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1 {6 # ] d7
For bug reporting instructions, please see:
For bug reporting instructions, please see:
%s.
Go ahead? (y or n)
Linker options
==============
Obsolete options:
Options starting with -g, -f, -m, -O, -W, or --param are automatically
passed on to the various sub-processes invoked by %s. In order to pass
other options on to these processes the -W<letter> options must be used.
ldd output with constructors/destructors.
write_c_file - output name is %s, prefix is %s
Display specific types of command line options.
from %qD %s included from %#qD -F, --fullname Print full filename
-f, --function Print function level info
-h, --hotonly Only print info for hot objects/functions
-n, --normalize <int64_t> Normalize the profile
-o, --object Print object level info
-o, --output <dir> Output directory
-s, --scale <float or simple-frac> Scale the profile counters
-t <float>, --hot_threshold <float> Set the threshold for hotness
-v, --verbose Verbose mode
-w, --weight <w1,w2> Set weights (float point values)
Included at %s:%d: inlined from %qD inlined from %qD at %r%s:%d%R inlined from %qD at %r%s:%d:%d%R inlined from %qs inlined from %qs at %r%s:%d%R inlined from %qs at %r%s:%d:%d%R by earlier handler for %<%T%> in pointer to member conversion in pointer to member function conversion # %E %q#D %q+T does not have %<constexpr%> destructor %q+T has a non-trivial destructor %q+T is not an aggregate, does not have a trivial default constructor, and has no %<constexpr%> constructor that is not a copy or move constructor %qD is not deducible from %qT %qE %qE is not equivalent to %qE %qT does not have a virtual destructor %qT does not have unique object representations %qT is a closure type, which is only literal in C++17 and later %qT is an ambiguous base class of %qT %qT is not a POD type %qT is not a base of %qT %qT is not a class %qT is not a final class %qT is not a literal type %qT is not a polymorphic type %qT is not a reference that binds to a temporary object of type %qT (copy-initialization) %qT is not a reference that binds to a temporary object of type %qT (direct-initialization) %qT is not a trivial type %qT is not a union %qT is not an abstract class %qT is not an aggregate %qT is not an empty class %qT is not an enum %qT is not an standard layout type %qT is not assignable from %qT %qT is not constructible from %qE %qT is not convertible from %qE %qT is not default constructible %qT is not derived from %qT %qT is not layout compatible with %qT %qT is not nothrow assignable from %qT %qT is not nothrow constructible from %qE %qT is not nothrow convertible from %qE %qT is not nothrow copy assignable %qT is not nothrow copy constructible %qT is not nothrow default constructible %qT is not pointer-interconvertible base of %qT %qT is not the same as %qT %qT is not trivially assignable from %qT %qT is not trivially constructible from %qE %qT is not trivially copy assignable %qT is not trivially copy constructible %qT is not trivially copyable %qT is not trivially default constructible %qT is not trivially destructible (Use '-v --help' to display command line options of sub-processes).
-### Like -v but options quoted and commands not executed.
--help Display this information.
--help={common|optimizers|params|target|warnings|[^]{joined|separate|undocumented}}[,...].
--sysroot=<directory> Use <directory> as the root directory for headers
and libraries.
--target-help Display target specific command line options (including assembler and linker options).
--version Display compiler version information.
-B <directory> Add <directory> to the compiler's search paths.
-D, --debug Display debugging dumps
-E Preprocess only; do not compile, assemble or link.
-H, --human-readable Output human readable numbers
-S Compile only; do not assemble or link.
-Wa,<options> Pass comma-separated <options> on to the assembler.
-Wl,<options> Pass comma-separated <options> on to the linker.
-Wp,<options> Pass comma-separated <options> on to the preprocessor.
-Xassembler <arg> Pass <arg> on to the assembler.
-Xlinker <arg> Pass <arg> on to the linker.
-Xpreprocessor <arg> Pass <arg> on to the preprocessor.
-a, --all-blocks Show information for every basic block
-b, --branch-probabilities Include branch probabilities in output
-c Compile and assemble, but do not link.
-c, --branch-counts Output counts of branches taken
rather than percentages
-d, --display-progress Display progress information
-dumpmachine Display the compiler's target processor.
-dumpspecs Display all of the built in spec strings.
-dumpversion Display the version of the compiler.
-f, --function-summaries Output summaries for each function
-foffload=<targets> Specify offloading targets.
-h, --help Print this help, then exit
-h, --help Print this help, then exit
-i, --json-format Replaced with -j, --json-format
-j, --human-readable Replaced with -H, --human-readable
-j, --json-format Output JSON intermediate format
into .gcov.json.gz file
-k, --use-colors Emit colored output
-l, --long-file-names Use long output file names for included
source files
-m, --demangled-names Output demangled function names
-n, --no-output Do not create an output file
-no-canonical-prefixes Do not canonicalize paths when building relative
prefixes to other gcc components.
-o <file> Place the output into <file>.
-o, --object-directory DIR|FILE Search for object files in DIR or called FILE
-p, --preserve-paths Preserve all pathname components
-pass-exit-codes Exit with highest error code from a phase.
-pie Create a dynamically linked position independent
executable.
-pipe Use pipes rather than intermediate files.
-print-file-name=<lib> Display the full path to library <lib>.
-print-libgcc-file-name Display the name of the compiler's companion library.
-print-multi-directory Display the root directory for versions of libgcc.
-print-multi-lib Display the mapping between command line options and
multiple library search directories.
-print-multi-os-directory Display the relative path to OS libraries.
-print-multiarch Display the target's normalized GNU triplet, used as
a component in the library path.
-print-prog-name=<prog> Display the full path to compiler component <prog>.
-print-search-dirs Display the directories in the compiler's search path.
-print-sysroot Display the target libraries directory.
-print-sysroot-headers-suffix Display the sysroot suffix used to find headers.
-q, --use-hotness-colors Emit perf-like colored output for hot lines
-r, --relative-only Only show data for relative sources
-s, --source-prefix DIR Source prefix to elide
-save-temps Do not delete intermediate files.
-save-temps=<arg> Do not delete intermediate files.
-shared Create a shared library.
-specs=<file> Override built-in specs with the contents of <file>.
-std=<standard> Assume that the input sources are for <standard>.
-t, --stdout Output to stdout instead of a file
-time Time the execution of each subprocess.
-u, --unconditional-branches Show unconditional branch counts too
-v Display the programs invoked by the compiler.
-v, --version Print version number, then exit
-v, --version Print version number, then exit
-w, --verbose Print verbose informations
-x <language> Specify the language of the following input files.
Permissible languages include: c c++ assembler none
'none' means revert to the default behavior of
guessing the language based on the file's extension.
-x, --hash-filenames Hash long pathnames
Known valid arguments for %s option:
a constructor taking a single argument of its own class type is invalid a qualified-id is required after user-defined conversion: ambiguous template argument for non-type template parameter is treated as function type an inherited constructor is not a candidate for initialization from an expression of the same or derived type and each type can be converted to the other as it is a non-system directory that duplicates a system directory
base %qT base class %qT of %q+T is non-literal because conversion sequence for the argument is better because the following virtual functions are pure within %qT: but %d required but does not declare %<%T(const %T&)%> but does not declare %<operator=(const %T&)%> by %qD candidate conversions include %qD and %qD candidate expects %d argument, %d provided candidate expects %d arguments, %d provided candidate expects at least %d argument, %d provided candidate expects at least %d arguments, %d provided cannot convert %qE (type %qT) to type %qT cannot deduce a template for %qT from non-template type %qT conversion from return type %qT of template conversion function specialization to %qT is not an exact match conversion of argument %d would be ill-formed: couldn%'t deduce template parameter %qD crosses initialization of %q#D declared here deduced conflicting types for parameter %qT (%qT and %qT) deduced conflicting values for non-type parameter %qE (%qE and %qE) enters %<catch%> block enters %<consteval if%> statement enters %<constexpr if%> statement enters %<try%> block enters OpenMP structured block enters scope of %q#D which has non-trivial destructor enters scope of %q#D, which has non-trivial destructor enters statement expression enters synchronized or atomic statement exits OpenMP structured block expected %qD but got %qD expected a class template, got %qE expected a class template, got %qT expected a constant of type %qT, got %qT expected a template of type %qD, got %qT expected a type, got %qE expected a type, got %qT for conversion from %qH to %qI from definition of %q#D from here in call to %qD in evaluation of %<%Q(%#T, %#T)%> in thrown expression inconsistent parameter pack deduction with %qT and %qT inherited here initializing argument %P of %qD member function type %qT is not a valid template argument merge [options] <dir1> <dir2> Merge coverage file contents
merge-stream [options] [<file>] Merge coverage stream file (or stdin)
and coverage file contents
mismatched types %qT and %qT no known conversion for argument %d from %qH to %qI no known conversion for implicit %<this%> parameter from %qH to %qI no known conversion from %qH to %qI non-static data member %qD has non-literal type non-static data member %qD has volatile type or %<operator=(const %T&)%> or a %<transaction_may_cancel_outer%> function overlap [options] <dir1> <dir2> Compute the overlap of two profiles
passing %qT as %<this%> argument discards qualifiers profiling support are only provided in archive format return type %qT of explicit conversion function cannot be converted to %qT with a qualification conversion rewrite [options] <dir> Rewrite coverage file contents
since %q+#D declared in base class skips initialization of %q#D substitution of deduced template arguments resulted in errors seen above template argument %qE does not match %qE template argument %qE does not match pointer-to-member constant %qE template argument deduction/substitution failed: template parameter %qD is not a parameter pack, but argument %qD is template parameters of a template template argument are inconsistent with other deduced template arguments trying to instantiate %qD types %qT and %qT have incompatible cv-qualifiers variable-sized array type %qT is not a valid template argument when initialized here when instantiating default argument for call to %qD (BB %d) (operand type is %qT) (operand types are %qT and %qT) (operand types are %qT, %qT, and %qT) All options with the desired characteristics have already been displayed
No options with the desired characteristics were found
None found. Use --help=%s to show *all* the options supported by the %s front-end.
[see %<-fno-allow-invalid-boz%>] because all of its copy and move constructors are deleted candidate 1: %q#F candidate 2: %q#F conflicting code gen style switches are used declared here the expression has a constant value but is not a C++ constant-expression zstd !$ACC LOOP %s loops don't form rectangular iteration space at %L !$ACC LOOP cannot be a DO CONCURRENT loop at %L !$ACC LOOP cannot be a DO WHILE or DO without loop control at %L !$ACC LOOP iteration variable must be of type integer at %L !$ACC ROUTINE already applied at %C !$ACC ROUTINE with GANG, WORKER, or VECTOR clause is not permitted in PURE procedure at %C !$ACC at %C starts a commented line as it neither is followed by a space nor is a continuation line !$OMP ASSUMES at %C must be in the specification part of a subprogram or module !$OMP ATOMIC CAPTURE capture statement reads from different variable than update statement writes into at %L !$OMP ATOMIC READ at %L incompatible with RELEASE clause !$OMP ATOMIC READ statement must read from a scalar variable of intrinsic type at %L !$OMP ATOMIC UPDATE at %L with FAIL clause requiries either the COMPARE clause or using the intrinsic MIN/MAX procedure !$OMP ATOMIC WRITE at %L incompatible with ACQUIRE clause !$OMP ATOMIC assignment intrinsic IAND, IOR or IEOR must have two arguments at %L !$OMP ATOMIC assignment intrinsic must be MIN, MAX, IAND, IOR or IEOR at %L !$OMP ATOMIC assignment must be var = var op expr or var = expr op var at %L !$OMP ATOMIC assignment must have an operator or intrinsic on right hand side at %L !$OMP ATOMIC assignment operator must be binary +, *, -, /, .AND., .OR., .EQV. or .NEQV. at %L !$OMP ATOMIC at %L with %s clause is incompatible with READ or WRITE !$OMP ATOMIC at %L with %s clause requires %s clause !$OMP ATOMIC capture-statement must set a scalar variable of intrinsic type at %L !$OMP ATOMIC capture-statement requires a scalar variable of intrinsic type at %L !$OMP ATOMIC intrinsic arguments except one must not reference %qs at %L !$OMP ATOMIC intrinsic arguments must be scalar at %L !$OMP ATOMIC statement must assign an expression of intrinsic type at %L !$OMP ATOMIC statement must set a scalar variable of intrinsic type at %L !$OMP ATOMIC var = var op expr not mathematically equivalent to var = var op (expr) at %L !$OMP ATOMIC with ALLOCATABLE variable at %L !$OMP DECLARE REDUCTION %s not found at %L !$OMP DECLARE REDUCTION %s not found for type %s at %L !$OMP DECLARE SIMD should refer to containing procedure %qs at %L !$OMP DECLARE TARGET variable %qs at %L isn't SAVEd !$OMP REQUIRES at %C must appear in the specification part of a program unit !$OMP REQUIRES clause %<atomic_default_mem_order(%s)%> specified at %L overrides a previous %<atomic_default_mem_order(%s)%> (which might be through using a module) !$OMP REQUIRES clause %<atomic_default_mem_order(%s)%> specified via module %qs use at %L but same clause is not specified for the program unit !$OMP REQUIRES clause %<atomic_default_mem_order(%s)%> specified via module %qs use at %L overrides a previous %<atomic_default_mem_order(%s)%> (which might be through using a module) !$OMP REQUIRES clause %qs specified at %L comes after using a device construct/routine !$OMP REQUIRES clause %qs specified via module %qs use at %L but same clause is not specified for the program unit !$OMP REQUIRES clause %qs specified via module %qs use at %L comes after using a device construct/routine !$OMP at %C starts a commented line as it neither is followed by a space nor is a continuation line "::" was expected after module nature at %C but was not found "USE :: module" at %C # %s %.2f %.2f
#include "..." search starts here:
#include <...> search starts here:
$ descriptor at %L $ should be the last specifier in format at %L $OMP ERROR encountered at %L $OMP ERROR encountered at %L: %s %#qT declared here %#qT defined here %%:%<canon_for_mlib%> takes 1 or more pairs of parameters %%:%<target_mode_check%> takes an even number of parameters %%LOC() as an rvalue at %C %%d, %%e, %%f, %%g operand modifiers are for memory references or constant values only %+qD causes a section type conflict %+qD causes a section type conflict with %qD %+qD declared %qE after being used %+qD declared %qs after being used %+qD without %<retain%> attribute and %qD with %<retain%> attribute are placed in a section with the same name %<!%> not valid in GIMPLE %<#define %s%> %<#pragma %s%> may only be used at file scope %<#pragma %s%> may only be used in compound statements %<#pragma GCC aarch64%> requires a string parameter %<#pragma GCC arm%> requires a string parameter %<#pragma GCC ivdep%> must be inside a function %<#pragma GCC memregs%> must precede any function declarations %<#pragma GCC memregs%> takes a number [0-16] %<#pragma GCC optimize (string [,string]...)%> does not have a final %<)%> %<#pragma GCC optimize%> is not a string or number %<#pragma GCC optimize%> is not allowed inside functions %<#pragma GCC optimize%> string is badly formed %<#pragma GCC option%> is not a string %<#pragma GCC option%> is not allowed inside functions %<#pragma GCC pch_preprocess%> must be first %<#pragma GCC pop_options%> without a corresponding %<#pragma GCC push_options%> %<#pragma GCC target (string [,string]...)%> does not have a final %<)%> %<#pragma GCC target%> is not supported for this machine %<#pragma GCC target%> string is badly formed %<#pragma GCC unroll%> must be inside a function %<#pragma GCC unroll%> requires an assignment-expression that evaluates to a non-negative integral constant less than %u %<#pragma GCC visibility push()%> must specify %<default%>, %<internal%>, %<hidden%> or %<protected%> %<#pragma GCC visibility%> must be followed by %<push%> or %<pop%> %<#pragma STDC FLOAT_CONST_DECIMAL64%> is not supported for C++ %<#pragma STDC FLOAT_CONST_DECIMAL64%> is not supported on this target %<#pragma acc %s data%> has no data movement clause %<#pragma acc routine%> must be applied before definition %<#pragma acc routine%> must be applied before use %<#pragma acc routine%> must be at file scope %<#pragma acc routine%> names a set of overloads %<#pragma acc routine%> not immediately followed by a single function declaration or definition %<#pragma acc routine%> not immediately followed by function declaration or definition %<#pragma acc update%> must contain at least one %<device%> or %<host%> or %<self%> clause %<#pragma align%> must appear before the declaration of %qD, ignoring %<#pragma implementation%> for %qs appears after file is included %<#pragma message: %s%> %<#pragma omp allocate%> not yet supported %<#pragma omp assumes%> may only be used at file or namespace scope %<#pragma omp atomic capture%> uses two different expressions for memory %<#pragma omp atomic capture%> uses two different variables for memory %<#pragma omp atomic compare capture%> with non-integral comparison result %<#pragma omp atomic read%> incompatible with %<release%> clause %<#pragma omp atomic update%> uses two different expressions for memory %<#pragma omp atomic update%> uses two different variables for memory %<#pragma omp atomic write%> incompatible with %<acquire%> clause %<#pragma omp cancel%> must specify one of %<parallel%>, %<for%>, %<sections%> or %<taskgroup%> clauses %<#pragma omp cancellation point%> must specify one of %<parallel%>, %<for%>, %<sections%> or %<taskgroup%> clauses %<#pragma omp critical%> with %<hint%> clause requires a name, except when %<omp_sync_hint_none%> is used %<#pragma omp declare %s%> followed by %<#pragma omp declare %s%> %<#pragma omp declare %s%> must be followed by function declaration or definition %<#pragma omp declare %s%> must be followed by function declaration or definition or another %<#pragma omp declare %s%> %<#pragma omp declare %s%> not immediately followed by a function declaration or definition %<#pragma omp declare %s%> not immediately followed by a single function declaration or definition %<#pragma omp declare %s%> not immediately followed by function declaration or definition %<#pragma omp declare reduction%> combiner refers to variable %qD which is not %<omp_out%> nor %<omp_in%> %<#pragma omp declare reduction%> initializer refers to variable %qD which is not %<omp_priv%> nor %<omp_orig%> %<#pragma omp declare reduction%> not at file or block scope %<#pragma omp end declare target%> without corresponding %<#pragma omp declare target%> or %<#pragma omp begin declare target%> %<#pragma omp error%> with %<at(execution)%> clause may only be used in compound statements %<#pragma omp ordered%> with %qs clause may only be used in compound statements %<#pragma omp requires%> may only be used at file or namespace scope %<#pragma omp scan%> may only be used in a loop construct with %<inscan%> %<reduction%> clause %<#pragma omp section%> may only be used in %<#pragma omp sections%> construct %<#pragma omp simd%> used with class iteration variable %qE %<#pragma omp target data%> must contain at least one %<map%>, %<use_device_ptr%> or %<use_device_addr%> clause %<#pragma omp target data%> with map-type other than %<to%>, %<from%>, %<tofrom%> or %<alloc%> on %<map%> clause %<#pragma omp target enter data%> must contain at least one %<map%> clause %<#pragma omp target enter data%> with map-type other than %<to%>, %<tofrom%> or %<alloc%> on %<map%> clause %<#pragma omp target exit data%> must contain at least one %<map%> clause %<#pragma omp target exit data%> with map-type other than %<from%>, %<tofrom%>, %<release%> or %<delete%> on %<map%> clause %<#pragma omp target update%> must contain at least one %<from%> or %<to%> clauses %<#pragma omp target%> with map-type other than %<to%>, %<from%>, %<tofrom%> or %<alloc%> on %<map%> clause %<#pragma omp target%> with modifier other than %<always%> or %<close%> on %<map%> clause %<#pragma pack (pop)%> encountered without matching %<#pragma pack (push)%> %<#pragma pack%> has no effect with %<-fpack-struct%> - ignored %<#pragma pack(pop, %E)%> encountered without matching %<#pragma pack(push, %E)%> %<#pragma redefine_extname%> ignored due to conflict with %<asm%> declaration %<#pragma redefine_extname%> ignored due to conflict with previous %<#pragma redefine_extname%> %<#pragma redefine_extname%> ignored due to conflict with previous rename %<#pragma riscv intrinsic%> option %qs needs 'V' extension enabled %<#pragma riscv intrinsic%> requires a string parameter %<#pragma scalar_storage_order%> is not supported for C++ %<#pragma vtable%> no longer supported %<#pragma weak%> declaration of %q+D not allowed, ignored %<#pragma%> GHS endXXX does not match previous startXXX %<#pragma%> GHS endXXX found without previous startXXX %<#pragma%> is not allowed here %<#undef %E%> %<$%>operand number used after format without operand number %<%%%> constraint used with last operand %<%%%c%> yields only last 2 digits of year %<%%%c%> yields only last 2 digits of year in some locales %<%.*s%> directive argument is not a nul-terminated string %<%.*s%> directive argument is null %<%.*s%> directive output between %wu and %wu bytes causes result to exceed %<INT_MAX%> %<%.*s%> directive output between %wu and %wu bytes exceeds %<INT_MAX%> %<%.*s%> directive output between %wu and %wu bytes exceeds minimum required size of 4095 %<%.*s%> directive output between %wu and %wu bytes may cause result to exceed %<INT_MAX%> %<%.*s%> directive output between %wu and %wu bytes may exceed minimum required size of 4095 %<%.*s%> directive output may be truncated writing %wu byte into a region of size %wu %<%.*s%> directive output may be truncated writing %wu bytes into a region of size %wu %<%.*s%> directive output may be truncated writing %wu byte into a region of size between %wu and %wu %<%.*s%> directive output may be truncated writing %wu bytes into a region of size between %wu and %wu %<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size %wu %<%.*s%> directive output may be truncated writing %wu or more bytes into a region of size between %wu and %wu %<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size %wu %<%.*s%> directive output may be truncated writing between %wu and %wu bytes into a region of size between %wu and %wu %<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size %wu %<%.*s%> directive output may be truncated writing likely %wu or more bytes into a region of size between %wu and %wu %<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size %wu %<%.*s%> directive output may be truncated writing up to %wu bytes into a region of size between %wu and %wu %<%.*s%> directive output of %wu bytes causes result to exceed %<INT_MAX%> %<%.*s%> directive output of %wu bytes exceeds %<INT_MAX%> %<%.*s%> directive output of %wu bytes exceeds minimum required size of 4095 %<%.*s%> directive output truncated writing %wu byte into a region of size %wu %<%.*s%> directive output truncated writing %wu bytes into a region of size %wu %<%.*s%> directive output truncated writing %wu byte into a region of size between %wu and %wu %<%.*s%> directive output truncated writing %wu bytes into a region of size between %wu and %wu %<%.*s%> directive output truncated writing %wu or more bytes into a region of size %wu %<%.*s%> directive output truncated writing %wu or more bytes into a region of size between %wu and %wu %<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size %wu %<%.*s%> directive output truncated writing between %wu and %wu bytes into a region of size between %wu and %wu %<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size %wu %<%.*s%> directive output truncated writing likely %wu or more bytes into a region of size between %wu and %wu %<%.*s%> directive output truncated writing up to %wu bytes into a region of size %wu %<%.*s%> directive output truncated writing up to %wu bytes into a region of size between %wu and %wu %<%.*s%> directive precision out of range %<%.*s%> directive width out of range %<%.*s%> directive writing %wu byte into a region of size %wu %<%.*s%> directive writing %wu bytes into a region of size %wu %<%.*s%> directive writing %wu byte into a region of size between %wu and %wu %<%.*s%> directive writing %wu bytes into a region of size between %wu and %wu %<%.*s%> directive writing %wu or more bytes into a region of size %wu %<%.*s%> directive writing %wu or more bytes into a region of size between %wu and %wu %<%.*s%> directive writing between %wu and %wu bytes into a region of size %wu %<%.*s%> directive writing between %wu and %wu bytes into a region of size between %wu and %wu %<%.*s%> directive writing likely %wu or more bytes into a region of size %wu %<%.*s%> directive writing likely %wu or more bytes into a region of size between %wu and %wu %<%.*s%> directive writing up to %wu bytes into a region of size %wu %<%.*s%> directive writing up to %wu bytes into a region of size between %wu and %wu %<%D::%D%> is not a class member %<%D::%D%> is not a member of %qT %<%E (%E)%> attribute ignored on functions declared %qs %<%E (%E)%> attribute ignored with deallocation functions declared %qs %<%E::%E%> has not been declared %<%E::%E%> is not a class or namespace %<%E::%E%> is not a class, namespace, or enumeration %<%E::%E%> is not a type %<%E::%E%> scoped attribute directive ignored %<%T%s%D%> names destructor %<%T::%D%> names constructor in %qT %<%T::%D%> names the constructor, not the type %<%T::%E%> has not been declared %<%T::%E%> is not a type %<%T::%E%> names the constructor, not the type %<%c%> is not a valid character in an identifier %<%c%> is not a valid first character for an identifier %<%c%E%> not found in protocol(s) %<%s %E%> declared inside parameter list will not be visible outside of this definition or declaration %<%s %s%> construct not closely nested inside of %qs %<%s + %s%> at %L must be less than or equal to BIT_SIZE(%qs) %<%s taskgroup%> construct not closely nested inside of %<taskgroup%> region %<%s%s%s%s%s%> directive mentioned in both %<absent%> and %<contains%> clauses %<%s%s%s%s%s%> directive mentioned multiple times in %qs clauses %<%s(%s)%> is only allowed in %<omp ordered%> %<%s=%s%> and %<%s-%s%> are incompatible %<&%> constraint used with no register class %<&%> not allowed by itself in line %d %<&%> should come before %<...%> %<&&%> not valid in GIMPLE %<)%> expected at %C %<*%> in boolean context, suggest %<&&%> instead %<*this%> capture only available with %<-std=c++17%> or %<-std=gnu++17%> %<-%s%> conflicts with the other architecture options, which specify a %s processor %<--help%> argument %q.*s is ambiguous, please be more specific %<--param constructive-interference-size=%d%> is greater than %<--param l1-cache-line-size=%d%> %<--param constructive-interference-size=%d%> is less than %d %<--param destructive-interference-size=%d%> is less than %<--param l1-cache-line-size=%d%> %<--param destructive-interference-size=%d%> is less than %d %<-I-%> specified twice %<-MG%> may only be used with %<-M%> or %<-MM%> %<-W%serror=%s%>: no option %<-%s%> %<-W%serror=%s%>: no option %<-%s%>; did you mean %<-%s%>? %<-Wabi%> warns about differences from the most up-to-date ABI, which is also used by default %<-Wabi%> won%'t warn about anything %<-Wabi=1%> is not supported, using =2 %<-Werror=%> argument %qs is not valid for %s %<-Werror=%s%>: %<-%s%> is not an option that controls warnings %<-Wformat-contains-nul%> ignored without %<-Wformat%> %<-Wformat-extra-args%> ignored without %<-Wformat%> %<-Wformat-nonliteral%> ignored without %<-Wformat%> %<-Wformat-security%> ignored without %<-Wformat%> %<-Wformat-y2k%> ignored without %<-Wformat%> %<-Wformat-zero-length%> ignored without %<-Wformat%> %<-Wmisleading-indentation%> is disabled from this point onwards, since column-tracking was disabled due to the size of the code/headers %<-Wstrict-flex-arrays%> is ignored when %<-fstrict-flex-arrays%> is not present %<-f%s%> and %<%s=%s%> are incompatible %<-f%s%> is not supported with CONST16 instructions %<-f%s%> not supported: ignored %<-f%sleading-underscore%> not supported on this target machine %<-fPIC%> and %<-fpic%> are not supported on this target %<-fPIC%> is not supported %<-fPIC%>/%<-fpic%> not supported for this target %<-fPIE%> is not supported %<-fabi-compat-version=1%> is not supported, using =2 %<-fabi-version=1%> is no longer supported %<-fabi-version=12%> (GCC 8.1) accidentally changes the calling convention for %qT %<-fabi-version=13%> (GCC 8.2) fixes the calling convention for %qT, which was accidentally changed in 8.1 %<-falign-%s%> is not between 0 and %d %<-falign-labels=%d%> is not supported %<-falign-loops=%d%> is not supported %<-faligned-new=%d%> is not a power of two %<-fasan-shadow-offset%> should only be used with %<-fsanitize=kernel-address%> %<-fassociative-math%> disabled; other options take precedence %<-fcall-saved-REG%> is not supported for out registers %<-fcf-protection%> is not compatible with this target %<-fcf-protection=branch%> is not supported for this target %<-fcf-protection=full%> is not supported for this target %<-fcf-protection=return%> is not supported for this target %<-fcontract-assumption-mode=%> cannot be mixed with p1332/p1429 %<-fcontract-assumption-mode=%> must be %<on%> or %<off%> %<-fcontract-build-level=%> cannot be mixed with p1332/p1429 %<-fcontract-build-level=%> must be off|default|audit %<-fcontract-continuation-mode=%> cannot be mixed with p1332/p1429 %<-fcontract-continuation-mode=%> must be %<on%> or %<off%> %<-fcontract-level=%> too many custom roles %<-fcontract-role=%> cannot be mixed with std/p1429 contract flags %<-fcontract-role=%> must be in the form role:semantics %<-fcontract-role=%> semantics must include default,audit,axiom values %<-fcontract-semantic=%> cannot be mixed with std/p1332 contract flags %<-fcontract-semantic=%> cannot find default role %<-fcontract-semantic=%> level must be default, audit, or axiom %<-fcontract-semantic=%> must be in the form level:semantic %<-fconvert=r16_ieee%> or %<-fconvert=r16_ibm%> not supported on this architecture %<-fd-lines-as-code%> has no effect in free form %<-fd-lines-as-comments%> has no effect in free form %<-fdata-sections%> not supported for this target %<-fdbg-cnt=%s:%d-%d%> has smaller upper limit than the lower %<-fdirectives-only%> is incompatible with %<-Wunused-macros%> %<-fdirectives-only%> is incompatible with %<-traditional%> %<-femit-struct-debug-detailed=dir:...%> must allow at least as much as %<-femit-struct-debug-detailed=ind:...%> %<-fexcess-precision=16%> for Ada %<-fexcess-precision=16%> for Fortran %<-fexcess-precision=16%> is not compatible with %<-mfpmath=387%> %<-fexcess-precision=16%> is not supported on this target %<-fexcess-precision=standard%> for Ada %<-fexcess-precision=standard%> for Fortran %<-ffunction-sections%> not supported for this target %<-fhandle-exceptions%> has been renamed %<-fexceptions%> (and is now on by default) %<-fipa-modref%> is incompatible with %qs %<-flinker-output=rel%> and %<-fltrans%> are mutually exclusive %<-fmodule-only%> used for non-interface %<-fmoduleinfo%> is not supported on this target %<-fno-fat-lto-objects%> are supported only with linker plugin %<-fno-gnu89-inline%> is only supported in GNU99 or C99 mode %<-fobjc-abi-version%> %d is not supported for 32 bit targets with %<-fnext-runtime%> %<-fobjc-abi-version%> 2 must be used for 64 bit targets with %<-fnext-runtime%> %<-fobjc-exceptions%> is required to enable Objective-C exception syntax %<-fobjc-gc%> is ignored for %<-fgnu-runtime%> %<-fobjc-sjlj-exceptions%> is ignored for %<-fgnu-runtime%> %<-fobjc-sjlj-exceptions%> is ignored for %<-fnext-runtime%> when %<-fobjc-abi-version%> greater than 1 %<-fobjc-sjlj-exceptions%> is the only supported exceptions system for %<-fnext-runtime%> with %<-fobjc-abi-version%> argument less than 2 %<-foffload-abi%> option can be specified only for offload compiler %<-fonly=%> argument is different from first input file name %<-fopenacc-dim%> operand is malformed at %qs %<-fpic%> and %<-fPIC%> not supported without %<-mdsbt%> on this target %<-fpic%> and %<-mapcs-reent%> are incompatible %<-fpic%> is not supported %<-fpie%> is not supported %<-fprefetch-loop-arrays%> is not supported with %<-Os%> %<-fprefetch-loop-arrays%> not supported for this target %<-fprefetch-loop-arrays%> not supported for this target (try %<-march%> switches) %<-frecord-gcc-switches%> is not supported by the current target %<-freorder-blocks-and-partition%> does not support unwind info on this architecture %<-freorder-blocks-and-partition%> does not work on this architecture %<-freorder-blocks-and-partition%> does not work with exceptions on this architecture %<-freorder-blocks-and-partition%> not supported on this architecture %<-fsanitize-address-use-after-scope%> requires %<-fstack-reuse=none%> option %<-fsanitize-recover=%s%> is not supported %<-fsanitize-trap=%s%> is not supported %<-fsanitize=%s%> is incompatible with %<-fsanitize=%s%> %<-fsanitize=address%> and %<-fsanitize=kernel-address%> are not supported for this target %<-fsanitize=address%> not supported for this target %<-fsanitize=all%> option is not valid %<-fsanitize=kernel-address%> with stack protection is not supported without %<-fasan-shadow-offset=%> for this target %<-fsanitize=pointer-compare%> must be combined with %<-fsanitize=address%> or %<-fsanitize=kernel-address%> %<-fsanitize=pointer-subtract%> must be combined with %<-fsanitize=address%> or %<-fsanitize=kernel-address%> %<-fsanitize=shadow-call-stack%> not supported in current platform %<-fsanitize=shadow-call-stack%> requires %<-ffixed-x18%> %<-fsanitize=shadow-call-stack%> requires %<-fno-exceptions%> %<-fsplit-stack%> currently only supported on GNU/Linux %<-fsplit-stack%> currently only supported on PowerPC64 GNU/Linux with glibc-2.18 or later %<-fsplit-stack%> does not support 2 register parameters for a nested function %<-fsplit-stack%> does not support 3 register parameters %<-fsplit-stack%> does not support fastcall with nested function %<-fsplit-stack%> is not supported by this compiler configuration %<-fsplit-stack%> requires assembler support for CFI directives %<-fstack-check=%> and %<-fstack-clash-protection%> are mutually exclusive; disabling %<-fstack-check=%> %<-fstack-check=specific%> for Thumb-1 %<-fstack-check=specific%> not implemented for MIPS16 %<-fstack-clash-protection%> is not supported on targets where the stack grows from lower to higher addresses %<-fstack-limit-%> options are ignored with %<-mfdpic%>; use %<-mstack-check-l1%> %<-fstack-limit-%> options are not supported on this cpu %<-fstack-protector%> does not work on this architecture %<-fstack-protector%> not supported for this target %<-fuse-cxa-atexit%> is not supported for msp430-elf %<-fuse-linker-plugin%>, but %s not found %<-fwpa%> and %<-fltrans%> are mutually exclusive %<-g%> is only supported when using GAS on this processor %<-g%> option disabled %<-g%> with %<-mno-apcs-frame%> may not give sensible debugging %<-gdwarf%s%> is ambiguous; use %<-gdwarf-%s%> for DWARF version or %<-gdwarf%> %<-g%s%> for debug level %<-gdwarf-6%> is output as version 5 with incompatibilities %<-ginline-points%> is forced disabled without %<-gstatement-frontiers%> %<-ginternal-reset-location-views%> is forced disabled without %<-gvariable-location-views%> %<-gnat%> misspelled as %<-gant%> %<-gsplit-dwarf%> is not supported on this platform, ignored %<-gsplit-dwarf%> is not supported with LTO, disabling %<-iplugindir%> option not passed from the gcc driver %<-m%s%> not supported in this configuration %<-m%s%> overrides %<-m%s=%s%>, adjusting ABI to %qs %<-m32%> conflicts with %<-arch ppc64%> (%<-m32%> ignored) %<-m32%> conflicts with %<-arch x86_64%> (%<-m32%> ignored) %<-m64%> requires a PowerPC64 cpu %<-m96bit-long-double%> is not compatible with this target %<-mabi=%s%> not supported with %<-fsanitize=address%> %<-mabi=%s%> not supported with %<-fsanitize=kernel-address%> %<-mabi=%s%> not supported with %<-fsanitize=thread%> %<-mabi=2fp+%> option only support when FPU available, must be enable %<-mext-fpu-sp%> or %<-mext-fpu-dp%> %<-mabi=ms%> not supported with X32 ABI %<-maix64%> required: 64-bit computation with 32-bit addressing not yet supported %<-maix64%> requires PowerPC64 architecture remain enabled %<-malign-functions%> is obsolete, use %<-falign-functions%> %<-malign-functions=%d%> is not between 0 and %d %<-malign-jumps%> is obsolete, use %<-falign-jumps%> %<-malign-jumps=%d%> is not between 0 and %d %<-malign-loops%> is obsolete, use %<-falign-loops%> %<-malign-loops=%d%> is not between 0 and %d %<-mapcs-stack-check%> incompatible with %<-mno-apcs-frame%> %<-march=%s%> is not compatible with the selected ABI %<-march=%s%> requires %<-mfp32%> %<-march=%s%>: %s must separate with %<_%> %<-march=%s%>: ISA string is not in canonical order. %<%c%> %<-march=%s%>: ISA string must begin with rv32 or rv64 %<-march=%s%>: expect number after %<%dp%> %<-march=%s%>: extension %qs appear more than one time %<-march=%s%>: first ISA subset must be %<e%>, %<i%> or %<g%> %<-march=%s%>: for %<%s%dp%dp?%>, version number with more than 2 level is not supported %<-march=%s%>: name of %s must be more than 1 letter %<-march=%s%>: rv%de is not a valid base ISA %<-march=%s%>: unexpected ISA string at end: %qs %<-march=%s%>: unsupported ISA subset %<%c%> %<-march=%s%>: z*inx conflicts with floating-point extensions %<-masm=intel%> not supported in this configuration %<-max-stackframe=%d%> is not usable, not between 0 and %d %<-mbackchain%> %<-mpacked-stack%> %<-mhard-float%> are not supported in combination %<-mbranch-cost=%d%> is not between 0 and 5 %<-mcall-aixdesc%> incompatible with %<-mabi=elfv2%> %<-mcall-ms2sysv-xlogues%> is not compatible with %s %<-mcall-ms2sysv-xlogues%> isn%'t currently supported with SEH %<-mcmodel%> incompatible with other toc options %<-mcmodel=%> is not supported in 32-bit mode %<-mcode-region=either%> requires the large memory model (%<-mlarge%>) %<-mcode-region=upper%> requires the large memory model (%<-mlarge%>) %<-mcorea%> and %<-mcoreb%> cannot be used together %<-mcorea%> should be used with %<-mmulticore%> %<-mcoreb%> should be used with %<-mmulticore%> %<-mcpu=%> is deprecated; use %<-mtune=%> or %<-march=%> instead %<-mcpu=%s%> conflicts with %<-march=%s%> %<-mcpu=%s%> has invalid silicon revision %<-mcpu=%s%> is not valid %<-mcpu=%s%>: unknown CPU %<-mdata-region=either%> requires the large memory model (%<-mlarge%>) %<-mdata-region=upper%> requires the large memory model (%<-mlarge%>) %<-mdiv%> requires %<-march%> to subsume the %<M%> extension %<-mdouble-float%> ignored without %<-mhard-float%> %<-mdynamic-no-pic%> overrides %<-fpic%>, %<-fPIC%>, %<-fpie%> or %<-fPIE%> %<-mes0%> can only be used with C %<-mexr%> is used without %<-ms%> %<-mexr%> is used without %<-ms%> or %<-msx%> %<-mfdivdu%> ignored without %<-mhard-float%> %<-mfdpic%> is not supported, please use a bfin-linux-uclibc target %<-mfentry%> is supported only for 64-bit CPUs %<-mfentry%> isn%'t supported for 32-bit in combination with %<-fpic%> %<-mfloat-abi=hard%> and VFP %<-mfloat-abi=hard%>: selected architecture lacks an FPU %<-mfpxx%> can only be used with the o32 ABI %<-mfpxx%> requires %<-mlra%> %<-mfunction-return%> and %<-fcf-protection%> are not compatible %<-mfunction-return=%s%> and %<-mcmodel=large%> are not compatible %<-mfused-madd%> is deprecated; use %<-ffp-contract=%> instead %<-mgp32%> and %<-mfp64%> can only be combined if the target supports the mfhc1 and mthc1 instructions %<-mgp32%> and %<-mfp64%> can only be combined when using the o32 ABI %<-mgp32%> used with a 64-bit ABI %<-mgp64%> used with a 32-bit ABI %<-mgp64%> used with a 32-bit processor %<-mgpopt%> not supported with PIC %<-mgprel-sec=%> argument is not a valid regular expression %<-mgprel-sec=%> not supported with PIC %<-mhard-dfp%> cannot be used in conjunction with %<-msoft-float%> %<-mhard-float%> is not supported by the selected CPU %<-mincoming-stack-boundary=%d%> is not between %d and 12 %<-mindirect-branch%> and %<-fcf-protection%> are not compatible %<-mindirect-branch=%s%> and %<-mcmodel=large%> are not compatible %<-mintel-syntax%> and %<-mno-intel-syntax%> are deprecated; use %<-masm=intel%> and %<-masm=att%> instead %<-mips3d%> requires %<-mpaired-single%> %<-misr-secure=%d%> argument not in between 0 and 3 %<-misr-vector-size=%d%> argument must be 4 or 16 %<-mlam=%> option: [u48|u57] not supported for 32-bit code %<-mlarge%> requires a 430X-compatible %<-mmcu=%> %<-mlong-double-64%> not allowed with %<-m64%> %<-mloongson-ext2%> must be used with %<-mloongson-ext%> %<-mloongson-mmi%> must be used with %<-mhard-float%> %<-mmsa%> must be used with %<-mfp64%> and %<-mhard-float%> %<-mmul=g13%> cannot be used with %<-mcpu=g10%> %<-mmul=g13%> cannot be used with %<-mcpu=g14%> %<-mmul=g14%> cannot be used with %<-mcpu=g10%> %<-mmul=g14%> cannot be used with %<-mcpu=g13%> %<-mmulticore%> can only be used with BF561 %<-mn%> is not supported for linux targets %<-mno-%s%> turns off %<-m%s%> %<-mno-allow-string-insns%> forbids the generation of the RMPA instruction %<-mno-altivec%> disables vsx %<-mno-dpfp-lrsr%> supported only with %<-mdpfp%> %<-mno-exr%> is valid only with %<-ms%> or %<-msx%> - option ignored %<-mno-fentry%> isn%'t compatible with SEH %<-mno-gpopt%> needs %<-mexplicit-relocs%> %<-mno-mpy%> supported only for ARC700 or ARCv2 %<-mno-pic-data-is-text-relative%> cannot be used without %<-fpic%>/%<-fPIC%> %<-mnop-mcount%> is not compatible with this target %<-mnop-mcount%> is not implemented for %<-fPIC%> %<-mpcrel%> %<-fPIC%> is not currently supported on selected cpu %<-mpic-register=%> is useless without %<-fpic%> %<-mpic-symbol-stubs%> is not required for 64-bit code (ignored) %<-mpreferred-stack-boundary%> is not supported for this target %<-mpreferred-stack-boundary=%d%> is not between %d and %d %<-mpreferred-stack-boundary=%d%> must be between %d and %d %<-mquad-memory%> is not available in little endian mode %<-mquad-memory%> requires 64-bit mode %<-mquad-memory-atomic%> requires 64-bit mode %<-mr0rel-sec=%> argument is not a valid regular expression %<-mr0rel-sec=%> not supported with PIC %<-mregparm%> is ignored for Intel MCU psABI %<-mregparm%> is ignored in 64-bit mode %<-mregparm=%d%> is not between 0 and %d %<-mrelax%> is only supported for RTP PIC %<-mriscv-attribute%> RISC-V ELF attribute requires GNU as 2.32 [%<-mriscv-attribute%>] %<-mrtd%> is ignored in 64bit mode %<-ms2600%> is used without %<-ms%> %<-mshared-library-id=%> specified without %<-mid-shared-library%> %<-mshared-library-id=%s%> is not between 0 and %d %<-msmart%> is incompatible with %<-mhigh-registers%> %<-mspfp_fast%> not available on ARC600 or ARC601 %<-msse5%> was removed %<-msseregparm%> used without SSE enabled %<-mstack-guard%> implies use of %<-mstack-size%> %<-mstack-protector-guard=tls%> needs a hardware TLS register %<-mstringop-strategy=rep_8byte%> not supported for 32-bit code %<-mtpf-trace-hook-epilogue-check%> requires integer in range 0-4095 %<-mtpf-trace-hook-epilogue-target%> requires integer in range 0-4095 %<-mtpf-trace-hook-prologue-check%> requires integer in range 0-4095 %<-mtpf-trace-hook-prologue-target%> requires integer in range 0-4095 %<-mtune=%> expects mn10300, am33, am33-2, or am34 %<-mtune=x86-64%> is deprecated; use %<-mtune=k8%> or %<-mtune=generic%> instead as appropriate %<-muintr%> not supported for 32-bit code %<-mvrsave=no%> is deprecated; use %<-mno-vrsave%> instead %<-mvrsave=yes%> is deprecated; use %<-mvrsave%> instead %<-mvsx%> and %<-mno-altivec%> are incompatible %<-mvsx%> needs indexed addressing %<-mvsx%> requires hardware floating point %<-mxl-multiply-high%> can be used only with %<-mcpu=v6.00.a%> or greater %<-mxl-multiply-high%> requires %<-mno-xl-soft-mul%> %<-mxl-reorder%> can be used only with %<-mcpu=v8.30.a%> or greater %<-mxl-reorder%> requires %<-mxl-pattern-compare%> for %<-mcpu=v8.30.a%> %<-pipe%> ignored because %<-save-temps%> specified %<-pipe%> not supported %<-x %s%> after last input file has no effect %<.%s%> designator used multiple times in the same initializer list %<...%> handler must be the last handler for its try block %<...%> not allowed in designated initializer list %<::%> needed in PROCEDURE binding with explicit target at %C %<::%D%> has not been declared %<::%D%> has not been declared; did you mean %qs? %<::%E%> has not been declared %<::%E%> is not a class or namespace %<::%E%> is not a class, namespace, or enumeration %<::%E%> is not a type %<::main%> must return %<int%> %<<:%> is an alternate spelling for %<[%>. Insert whitespace between %<<%> and %<::%> %<<::%> cannot begin a template-argument list %<<<%> in boolean context, did you mean %<<%>? %<=%>options missing after %<-foffload-options=%>target %<=> target%> is invalid for DEFERRED binding at %C %<>>%> operator is treated as two right angle brackets in C++11 %<>>%> should be %<> >%> within a nested template argument list %<?:%> using integer constants in boolean context %<?:%> using integer constants in boolean context, the expression will always evaluate to %<true%> %<@catch%> parameter cannot be protocol-qualified %<@catch%> parameter is not a known Objective-C class type %<@dynamic%> is not available in Objective-C 1.0 %<@dynamic%> not in @implementation context %<@dynamic%> requires the @interface of the class to be available %<@encode%> must specify a type as an argument %<@end%> missing in implementation context %<@end%> must appear in an @implementation context %<@interface%> of class %qE not found %<@optional%> is allowed in @protocol context only %<@optional%> is not available in Objective-C 1.0 %<@package%> is not available in Objective-C 1.0 %<@package%> presently has the same effect as %<@public%> %<@property%> is not available in Objective-C 1.0 %<@required%> is allowed in @protocol context only %<@required%> is not available in Objective-C 1.0 %<@synchronized%> argument is not an object %<@synthesize%> cannot be used in categories %<@synthesize%> is not available in Objective-C 1.0 %<@synthesize%> not in @implementation context %<@synthesize%> requires the @interface of the class to be available %<@throw%> (rethrow) used outside of a %<@catch%> block %<@throw%> argument is not an object %<@try%> without %<@catch%> or %<@finally%> %<CPU_TYPE%> and %<MPY_TYPE%> column headings are missing from %<devices.csv%> %<CPU_TYPE%> column heading is missing from %<devices.csv%> %<CTABLE_ENTRY%> base address is not a multiple of 256 %<CTABLE_ENTRY%> index % %<DEFERRED_INIT%> calls should have same constant size for the first argument and LHS %<DETACH%> clause at %L must not be used together with %<MERGEABLE%> clause %<G0%> in format at %L %<GCC ivdep%> directive not at the start of a loop at %C %<GCC novector%> directive not at the start of a loop at %C %<GCC unroll%> directive not at the start of a loop at %C %<GCC unroll%> directive requires a non-negative integral constant less than or equal to %u at %C %<GCC vector%> directive not at the start of a loop at %C %<HLE_ACQUIRE%> not used with %<ACQUIRE%> or stronger memory model %<HLE_RELEASE%> not used with %<RELEASE%> or stronger memory model %<LEXER_DEBUGGING_ENABLED_P%> is not set to true %<MOLD%> argument of %<TRANSFER%> intrinsic at %L is an array and shall not have storage size 0 when %<SOURCE%> argument has size greater than 0 %<MOLD%> argument of %<TRANSFER%> intrinsic at %L must not be %s %<MOLD%> argument of %<TRANSFER%> intrinsic at %L must not be a %s %<MPY_TYPE%> column heading is missing from %<devices.csv%> %<PRINT_OPERAND%> null pointer %<PRINT_OPERAND%>: Unknown punctuation %<%c%> %<PRINT_OPERAND_ADDRESS%>, null pointer %<SOURCE%> argument of %<TRANSFER%> intrinsic at %L must not be a %s %<TREE_PURPOSE%> is non-NULL in %<TYPE_ARG_TYPES%> list %<TYPE_ARRAY_MAX_SIZE%> not %<INTEGER_CST%> %<TYPE_BINFO%> is not %<TREE_BINFO%> %<TYPE_BINFO%> type is not %<TYPE_MAIN_VARIANT%> %<TYPE_CACHED_VALUES%> is not %<TREE_VEC%> %<TYPE_CACHED_VALUES_P%> is %i while %<TYPE_CACHED_VALUES%> is %p %<TYPE_CACHED_VALUES_P%> is set while it should not be %<TYPE_CANONICAL%> has different %<TYPE_CANONICAL%> %<TYPE_CANONICAL%> is not compatible %<TYPE_CANONICAL%> of main variant is not main variant %<TYPE_FIELDS%> defined in incomplete type %<TYPE_LANG_SLOT_1 (binfo)%> field is non-NULL %<TYPE_MAIN_VARIANT%> has different %<TYPE_MAIN_VARIANT%> %<TYPE_MAX_VALUE_RAW%> non-NULL %<TYPE_METHOD_BASETYPE%> is not main variant %<TYPE_METHOD_BASETYPE%> is not record nor union %<TYPE_MODE%> of %<TYPE_CANONICAL%> is not compatible %<TYPE_NEXT_PTR_TO%> is not %<POINTER_TYPE%> %<TYPE_NEXT_REF_TO%> is not %<REFERENCE_TYPE%> %<TYPE_OFFSET_BASETYPE%> is not record nor union %<TYPE_VALUES_RAW%> field is non-NULL %<TYPE_VFIELD%> is not %<FIELD_DECL%> nor %<TREE_LIST%> %<V%> modifier on non-integer register %<[%E] =%> used in a GNU-style designated initializer for class %qT %<[*]%> not allowed in other than function prototype scope %<[*]%> not in a declaration %<[[omp::directive(%s)]]%> must be the only specified attribute on a statement %<[super ...]%> must appear in a method context %<_Alignas%> specifiers cannot reduce alignment of %qE %<_Alignas%> specifiers cannot reduce alignment of compound literal %<_Alignas%> specifiers cannot reduce alignment of unnamed field %<_Atomic%> %qD in %<aligned%> clause %<_Atomic%> %qD in %<firstprivate%> clause on %<target%> construct %<_Atomic%> %qD in %<linear%> clause %<_Atomic%> %qD in %qs clause %<_Atomic%> %qD in implicit %<firstprivate%> clause on %<target%> construct %<_Atomic%> %qD in implicit %<map%> clause %<_Atomic%> %qE in %<reduction%> clause %<_Atomic%> %qE in %qs clause %<_Atomic%> applied to a qualified type %<_Atomic%> expression in %<#pragma omp atomic%> %<_Atomic%> in Objective-C %<_Atomic%> iteration variable %qE %<_Atomic%> qualified type in %<#pragma omp declare reduction%> %<_Atomic%>-qualified array type %<_Atomic%>-qualified function type %<_Atomic%>-qualified parameter type %qT of %q+D %<_Atomic%>-qualified return type of %qD %<_Float%d%s%> is not supported on this target %<_Generic%> association has function type %<_Generic%> association has incomplete type %<_Generic%> association has variable length type %<_Generic%> selector matches multiple associations %<_Generic%> selector of type %qT is not compatible with any association %<_Generic%> specifies two compatible types %<_Noreturn%> in empty declaration %<_Sat%> is used without %<_Fract%> or %<_Accum%> %<__BELOW100__%> attribute not allowed with auto storage class %<__BELOW100__%> attribute only applies to variables %<__GIMPLE%> only valid with %<-fgimple%> %<__RTL%> function cannot be compiled with %<-flto%> %<__alignof%> applied to a bit-field %<__auto_type%> followed by %<[[]]%> attributes %<__auto_type%> requires a plain identifier as declarator %<__auto_type%> used with a bit-field initializer %<__builtin_arc_aligned%> with non-constant alignment %<__builtin_bit_cast%> destination type %qT is an array type %<__builtin_bit_cast%> destination type %qT is not trivially copyable %<__builtin_bit_cast%> source size %qE not equal to destination type size %qE %<__builtin_bit_cast%> source type %qT is not trivially copyable %<__builtin_complex%> operand not of real binary floating-point type %<__builtin_complex%> operands of different types %<__builtin_convertvector%> first argument must be an integer or floating vector %<__builtin_convertvector%> number of elements of the first argument vector and the second argument vector type should be the same %<__builtin_convertvector%> second argument must be an integer or floating vector type %<__builtin_eh_return%> not supported on this target %<__builtin_has_attribute%> with dependent argument not supported yet %<__builtin_is_corresponding_member%> argument is not pointer to member %<__builtin_is_corresponding_member%> needs two arguments %<__builtin_is_corresponding_member%> not well defined for anonymous unions %<__builtin_is_pointer_interconvertible_with_class%> argument is not pointer to member %<__builtin_is_pointer_interconvertible_with_class%> needs a single argument %<__builtin_longjmp%> second argument must be 1 %<__builtin_next_arg%> called without an argument %<__builtin_rx_%s%> takes %<C%>, %<Z%>, %<S%>, %<O%>, %<I%>, or %<U%> %<__builtin_saveregs%> not supported by this subtarget %<__builtin_saveregs%> not supported by this target %<__builtin_set_thread_pointer%> is not supported on this target %<__builtin_shuffle%> argument vector(s) inner type must have the same size as inner type of the mask %<__builtin_shuffle%> argument vectors must be of the same type %<__builtin_shuffle%> arguments must be vectors %<__builtin_shuffle%> last argument must be an integer vector %<__builtin_shuffle%> number of elements of the argument vector(s) and the mask vector should be the same %<__builtin_shufflevector%> argument vectors must have the same element type %<__builtin_shufflevector%> arguments must be constant size vectors %<__builtin_shufflevector%> arguments must be vectors %<__builtin_shufflevector%> must specify a result with a power of two number of elements %<__builtin_thread_pointer%> is not supported on this target %<__builtin_unreachable%> or %<__builtin_trap%> call with arguments %<__delay_cycles%> is limited to 32-bit loop counts %<__delay_cycles%> only takes constant arguments %<__delay_cycles%> only takes non-negative cycle counts %<__fp16%> and no ldrh %<__gcc_host_wide_int__%> is not defined as %<long%> or %<long long%> %<__gcc_host_wide_int__%> is not defined as a type %<__int%d%> is not supported by this target %<__int%d%> is not supported on this target %<__label__%> declarations are only allowed in function scopes %<__label__%> not at the beginning of a block %<__restrict%> can only be specified for objects and functions %<__thread%> before %<extern%> %<__thread%> before %<static%> %<__thread%> before %qD %<__thread%> can only be specified for objects and functions %<__transaction_atomic%> without transactional memory support enabled %<__transaction_cancel%> not within %<__transaction_atomic%> %<__transaction_cancel%> within a %<__transaction_relaxed%> %<__transaction_cancel%> without transactional memory support enabled %<__transaction_relaxed%> without transactional memory support enabled %<a%d%> argument of %qs intrinsic at %L must be %s(%d) %<a1%> argument of %qs intrinsic at %L must be INTEGER, REAL or CHARACTER %<acc update%> must contain at least one %<device%> or %<host%> or %<self%> clause at %L %<alias%> attribute ignored because function is defined %<align%> clause argument needs to be positive constant power of two integer expression %<alignas%> argument has non-integral type %qT %<alignas%> in empty declaration with %<enum%> underlying type %<aligned%> clause alignment expression must be integral %<aligned%> clause alignment expression must be positive constant integer expression %<allocate%> clause %<align%> modifier argument needs to be positive constant power of two integer expression %<allocate%> clause allocator expression has type %qT rather than %<omp_allocator_handle_t%> %<allocate%> clause must specify an allocator here %<allocator%> clause allocator expression has type %qT rather than %<omp_allocator_handle_t%> %<always_inline%> function might not be inlinable %<amdgpu_hsa_kernel%> attribute requires string constant arguments %<ancestor%> device modifier not preceded by %<requires%> directive with %<reverse_offload%> clause %<ancestor%> device modifier not preceded by %<requires%> directive with %<reverse_offload%> clause at %C %<and%> of mutually exclusive equal-tests is always 0 %<asm goto%> with complex typed outputs %<asm%> clobber conflict with input operand %<asm%> clobber conflict with output operand %<asm%> declaration ignored due to conflict with previous rename %<asm%> flags not supported in thumb1 mode %<asm%> in %<constexpr%> function only available with %<-std=c++20%> or %<-std=gnu++20%> %<asm%> not allowed in %<transaction_safe%> function %<asm%> not allowed in atomic transaction %<asm%> operand %d probably does not match constraints %<asm%> operand constraint incompatible with operand size %<asm%> operand has impossible constraints %<asm%> operand requires impossible reload %<asm%> qualifier %qT ignored outside of function body %<asm%> qualifier outside of function body %<asm%> specifier for variable %qE conflicts with %<asm%> clobber list %<asm%> specifiers are not permitted on non-static data members %<assign%> can be unsafe for Objective-C objects; please state explicitly if you need it %<assign%> property %qs is using bit-field instance variable %qs %<assume%> attribute at top level %<assume%> attribute not followed by %<;%> %<async%> expression must be integral %<atexit%> failed %<atomic%> property %qs is using bit-field instance variable %qs %<atomic_cancel%> %<atomic_default_mem_order%> clause used lexically after first %<atomic%> construct without memory order clause %<auto%> can only be specified for variables or function declarations %<auto%> changes meaning in C++11; please remove it %<auto%> conflicts with other OpenACC loop specifiers %<auto%> in file-scope empty declaration %<auto%> not allowed in alias declaration %<auto%> parameter not permitted in this context %<auto%> requires a plain identifier, possibly with attributes, as declarator %<auto%> used with %<constexpr%> %<auto(x)%> cannot be constrained %<auto(x)%> only available with %<-std=c++2b%> or %<-std=gnu++2b%> %<auto{x}%> cannot be constrained %<auto{x}%> only available with %<-std=c++2b%> or %<-std=gnu++2b%> %<await_suspend%> must return %<void%>, %<bool%> or a coroutine handle %<bank_switch%> has no effect on non-interrupt functions %<bf16%> or %<BF16%> suffix on floating constant only available with %<-std=c++2b%> or %<-std=gnu++2b%> %<bind%> clause not specified on a %<loop%> construct not nested inside another OpenMP construct %<bind(parallel)%> on a %<loop%> construct nested inside %<simd%> construct %<bind(teams)%> on a %<loop%> region not strictly nested inside of a %<teams%> region %<builtin_return_address%> contains only 2 bytes of address %<cancel for%> inside %<nowait%> for construct %<cancel for%> inside %<ordered%> for construct %<cancel sections%> inside %<nowait%> sections construct %<catch%> is not supported %<concept%> only available with %<-std=c++20%> or %<-fconcepts%> %<const%> %qs cannot be declared %<mutable%> %<const%> and %<volatile%> function specifiers on %qD invalid in field declaration %<const%> and %<volatile%> function specifiers on %qD invalid in parameter declaration %<const%> and %<volatile%> function specifiers on %qD invalid in type declaration %<const%> and %<volatile%> function specifiers on %qD invalid in variable declaration %<const%> can only be specified for objects and functions %<const%> qualified %<depobj%> expression %<const%> qualified %qE may appear only in %<shared%> or %<firstprivate%> clauses %<const%> qualified %qE without %<mutable%> member may appear only in %<shared%> or %<firstprivate%> clauses %<const%>, %<volatile%> or %<__restrict%>-qualified type %qT in %<#pragma omp declare reduction%> %<consteval%> function %q+D overriding non-%<consteval%> function %<constexpr%> call flows off the end of the function %<constexpr%> constructor does not have empty body %<constexpr%> constructor for union %qT must initialize exactly one non-static data member %<constexpr%> destructors only available with %<-std=c++20%> or %<-std=gnu++20%> %<constexpr%> evaluation depth exceeds maximum of %d (use %<-fconstexpr-depth=%> to increase the maximum) %<constexpr%> evaluation operation count exceeds limit of %wd (use %<-fconstexpr-ops-limit=%> to increase the limit) %<constexpr%> in empty declaration %<constexpr%> initializer for a binary floating-point type is of decimal type %<constexpr%> initializer for a real type is of complex type %<constexpr%> initializer is not an arithmetic constant expression %<constexpr%> initializer not representable in type of object %<constexpr%> integer initializer is not an integer constant expression %<constexpr%> lambda only available with %<-std=c++17%> or %<-std=gnu++17%> %<constexpr%> loop iteration count exceeds limit of %d (use %<-fconstexpr-loop-limit=%> to increase the limit) %<constexpr%> needed for in-class initialization of static data member %q#D of non-integral type %<constexpr%> object has variably modified type %<constexpr%> pointer initializer is not null %<constexpr%> static data member %qD must have an initializer %<constexpr%> used with %qE %<constexpr%> variable %qD has variably-modified type %qT %<constinit%> can only be applied to a variable with static or thread storage duration %<constinit%> on function return type is not allowed %<constinit%> variable %qD does not have a constant initializer %<critical%> region may not be nested inside a %<critical%> region with the same name %<custom-%s=%> argument should be a non-negative integer %<custom-%s=%> is not recognized as FPU instruction %<custom-%s=%> requires argument %<custom-fpu-cfg%> option does not support %<no-%> %<custom-fpu-cfg%> option requires configuration argument %<decl-specifier%> in declaration of deduction guide %<declare %s%> directive not immediately followed by function declaration or definition %<declare variant%> on constructor %qD %<declare variant%> on defaulted %qD %<declare variant%> on deleted %qD %<declare variant%> on destructor %qD %<declare variant%> on virtual %qD %<decltype%> cannot resolve address of overloaded function %<decltype%> evaluates to %qT, which is not a class or enumeration type %<decltype(auto)%> cannot be cv-qualified %<decltype(auto)%> type specifier only available with %<-std=c++14%> or %<-std=gnu++14%> %<default%> label not within a switch statement %<default%> target was not set %<delete[]%> is not a constant expression %<depend%> clause with %<depobj%> dependence type on array section %<depend(%s)%> is only allowed in %<omp ordered%> %<depobj%> dependence type specified in %<depend%> clause on %<depobj%> construct %<depobj%> expression is not lvalue expression %<detach%> clause event handle has type %qT rather than %<omp_event_handle_t%> %<detach%> clause must not be used together with %<mergeable%> clause %<device%> clause with %<ancestor%> is only allowed on %<target%> construct %<device%> id must be integral %<dim%> argument of %qs intrinsic at %L is not a valid codimension index %<dim%> argument of %qs intrinsic at %L is not a valid dimension index %<dim%> argument of %s intrinsic at %L is not a valid dimension index %<dist_schedule%> chunk size expression must be integral %<distribute%> region must be strictly nested inside %<teams%> construct %<dynamic_cast%> not permitted with %<-fno-rtti%> %<dynamic_cast<%#T>(%#D)%> can never succeed %<else%> without a previous %<if%> %<enum %E%> declared in %<for%> loop initial declaration %<enum%> declared both with and without fixed underlying type %<enum%> declared with but defined without fixed underlying type %<enum%> underlying type incompatible with previous declaration %<enum%> underlying type may not be specified here %<explicit%> can only be specified for constructors %<explicit%> in friend declaration %<explicit%> outside class declaration %<explicit(bool)%> only available with %<-std=c++20%> or %<-std=gnu++20%> %<export%> not part of following module-directive %<extern "C"%> linkage started here %<externally_visible%> attribute have effect only on public objects %<f%d%> or %<F%d%> suffix on floating constant only available with %<-std=c++2b%> or %<-std=gnu++2b%> %<fallthrough%> attribute at top level %<fallthrough%> attribute not followed by %<;%> %<fallthrough%> attribute specified with a parameter %<fast_interrupt%> attribute directive ignored %<filter%> expression must be integral %<flatten%> attribute is ignored on aliases %<flush%> list specified together with memory order clause %<fopen%>: %s: %m %<for%> loop initial declarations are only allowed in C99 or C11 mode %<friend%> can only be specified inside a class %<friend%> used outside of class %<function_profiler%> support %<function_profiler%> support for MMIX %<gang%> loop in %<gang-single%> region %<gang%> num expression must be integral %<gang%> num value must be positive %<gang%> static expression must be integral %<gang%> static value must be positive %<generic%> CPU can be used only for %<-mtune=%> switch %<generic%> CPU can be used only for %<target("tune=")%> attribute %<getter%> attribute of property %qD conflicts with previous declaration %<gnu_inline%> attribute present on %q+D %<goto%> in %<constexpr%> function only available with %<-std=c++2b%> or %<-std=gnu++2b%> %<goto%> is not a constant expression %<gp_offset%> (%ld) or %<end_offset%> (%ld) is less than zero %<grainsize%> expression must be integral %<grainsize%> value must be positive %<h%> applied to non-register operand %<hard-float%> MIPS16 code for ABIs other than o32 and o64 %<hint%> expression must be constant integer expression %<hint%> expression must be integral %<if consteval%> only available with %<-std=c++2b%> or %<-std=gnu++2b%> %<if consteval%> requires compound statement %<if constexpr%> only available with %<-std=c++17%> or %<-std=gnu++17%> %<ifunc%> resolver for %qD must return %qT %<ifunc%> resolver for %qD should return %qT %<inbranch%> clause is incompatible with %<notinbranch%> %<indirect_call%> attribute cannot apply for static function %<inline%> can only be specified for functions %<inline%> in empty declaration %<inline%> is not allowed in declaration of friend template specialization %qD %<inline%> specified for friend class declaration %<inline%> specifier invalid for function %qs declared out of global scope %<inline%> specifier invalid for variable %qD declared at block scope %<inscan%> %<reduction%> clause on %qs construct %<inscan%> %<reduction%> clause on construct other than %<for%>, %<simd%>, %<for simd%>, %<parallel for%>, %<parallel for simd%> %<inscan%> %<reduction%> clause used together with %<linear%> clause for a variable other than loop iterator %<inscan%> %<reduction%> clause with array section %<inscan%> REDUCTION clause on construct other than DO, SIMD, DO SIMD, PARALLEL DO, PARALLEL DO SIMD at %L %<inscan%> and non-%<inscan%> %<reduction%> clauses on the same construct %<inscan%> and non-%<inscan%> %<reduction%> clauses on the same construct at %L %<intel%> CPU can be used only for %<-mtune=%> switch %<intel%> CPU can be used only for %<target("tune=")%> attribute %<interrupt_thread%> is available only on fido %<iterator%> modifier incompatible with %qs %<iterator%> modifier may not be specified on %<depobj%> construct %<l1-cache-size%> parameter is not a power of two %d %<lang_*%> check: failed in %s, at %s:%d %<lastprivate%> clause on a %<loop%> construct refers to a variable %qD which is not the loop iterator %<linear%> clause for variable other than loop iterator specified on construct combined with %<distribute%> %<linear%> clause may not be specified together with %<ordered%> clause if stand-alone %<ordered%> construct is nested in it %<linear%> clause step %qE is neither constant nor a parameter %<linear%> clause step expression must be integral %<linear%> clause step is a parameter %qD not specified in %<uniform%> clause %<location_t%> is not defined as a type %<locus%> is not defined as a type %<long long long%> is too long for GCC %<long%> and %<short%> specified together %<long%> switch expression not converted to %<int%> in ISO C %<lp_array%> does not match %<region_tree%> %<lp_array%> is corrupted for lp %i %<lto_obj_file_open()%> failed %<main%> declared %<_Noreturn%> %<memset%> used with constant zero length parameter; this could be due to transposed parameters %<memset%> used with length equal to number of elements without multiplication by element size %<ms_hook_prologue%> attribute is not compatible with %<-mfentry%> for 32-bit %<ms_hook_prologue%> attribute is not compatible with nested function %<msp430_select_hwmult_lib%> needs one or more arguments %<msp430_set_driver_var%> expects 2 arguments %<mutexinoutset%> kind in %<depend%> clause on a %<taskwait%> construct %<namespace %E%> is ambiguous %<namespace%> definition is not allowed here %<new%> of %<initializer_list%> does not extend the lifetime of the underlying array %<new%> of type %qT with extended alignment %d %<no-custom-%s%> does not accept arguments %<nogroup%> clause must not be used together with %<reduction%> clause %<nonatomic%> attribute of property %qD conflicts with previous declaration %<nonmonotonic%> schedule modifier specified together with %<ordered%> clause %<nonnull%> argument %qD compared to NULL %<noreturn%> function does return %<nowait%> clause must not be used together with %<copyprivate%> %<num_tasks%> value must be positive %<num_teams%> lower bound %qE bigger than upper bound %qE %<num_teams%> value must be positive %<num_threads%> value must be positive %<object.TypeInfo%> cannot be used with %<-fno-rtti%> %<object.TypeInfo%> could not be found, but is implicitly used %<offsetof%> within non-standard-layout type %qT is conditionally-supported %<omp requires reverse_offload%> requires at least %<sm_35%> for %<-foffload-options=nvptx-none=-march=%> - disabling offload-code generation for this device type %<omp::%E%> attribute requires argument %<omp::%E%> not allowed to be specified in this context %<omp_all_memory%> at %C not permitted in this clause %<omp_all_memory%> may only be used in OpenMP %<depend%> clause %<omp_all_memory%> used with %<depend%> kind other than %<out%> or %<inout%> %<omp_all_memory%> used with DEPEND kind other than OUT or INOUT at %C %<omp_all_memory%> used with dependence-type other than OUT or INOUT at %C %<omp_all_memory%>, declared at %L, may only be used in the OpenMP DEPEND clause %<operator %s%> %<operator %s%> in %<%s%E%> %<operator delete%> must return type %qT %<operator delete%> takes type %qT as first parameter %<operator delete[]%> cannot be a destroying delete %<operator new%> must not return NULL unless it is declared %<throw()%> (or %<-fcheck-new%> is in effect) %<operator new%> must return type %qT %<operator new%> takes type %<size_t%> (%qT) as first parameter %<operator%s%> %<operator%s%> in %<%E %s %E%> %<operator%s%> in %<%E%s%> %<operator%s%> in %<%s%E%> %<operator=%> should return a reference to %<*this%> %<operator[]%> %<operator[]%> in %<%E[%E]%> %<or%> of unmatched not-equal tests is always 1 %<order%> clause must not be used together with %<ordered%> %<ordered simd threads%> must be closely nested inside of %<%s simd%> region %<ordered%> %<simd%> must be closely nested inside %<simd%> region %<ordered%> clause parameter is less than %<collapse%> %<ordered%> clause with parameter on range-based %<for%> loop %<ordered%> construct with %<depend%> clause must be closely nested inside an %<ordered%> loop %<ordered%> construct with %qs clause must be closely nested inside a loop with %<ordered%> clause %<ordered%> construct without %<doacross%> or %<depend%> clauses binds to loop where %<collapse%> argument %wd is different from %<ordered%> argument %wd %<ordered%> construct without %<doacross%> or %<depend%> clauses must not have the same binding region as %<ordered%> construct with those clauses %<ordered%> region may not be closely nested inside of %<critical%>, %<ordered%>, explicit %<task%> or %<taskloop%> region %<ordered%> region must be closely nested inside a loop region with an %<ordered%> clause %<pch_preprocess%> pragma should only be used with %<-fpreprocessed%> %<pex_init%> failed: %m %<pragma omp error%> encountered %<pragma omp error%> encountered: %s %<pragma omp requires%> requires at least one clause %<priority%> expression must be integral %<priority%> value must be non-negative %<readonly%> attribute conflicts with %<setter%> attribute %<readonly%> attribute of property %qD conflicts with previous declaration %<region_array%> does not match %<region_tree%> %<region_array%> is corrupted for region %i %<register%> in file-scope empty declaration %<register%> storage class specifier used %<reinterpret_cast%> from integer to pointer %<reinterpret_cast%> from type %qT to type %qT casts away qualifiers %<reinterpret_cast%> is not a constant expression %<reinterpret_cast<%T>(%E)%> is not a constant expression %<requires%> only available with %<-std=c++20%> or %<-fconcepts%> %<return%> with a value, in function returning void %<return%> with no value, in function returning non-void %<return_void%> declared here %<safelen%> clause expression must be positive constant integer expression %<scalar_storage_order%> is not supported because endianness is not uniform %<scope%> region may not be closely nested inside of work-sharing, %<loop%>, explicit %<task%>, %<taskloop%>, %<critical%>, %<ordered%>, %<master%>, or %<masked%> region %<seq%> overrides other OpenACC loop specifiers %<setter%> attribute of property %qD conflicts with previous declaration %<setter%> specified here %<shape%> argument of %<reshape%> intrinsic at %L has more than %d elements %<shape%> argument of %<reshape%> intrinsic at %L must be an array of constant size %<signed%> and %<unsigned%> specified together %<simdlen%> clause expression must be positive constant integer expression %<simdlen%> clause value is bigger than %<safelen%> clause value %<sizeof%> applied to a bit-field %<sizeof%> on array function parameter %qE will return size of %qT %<sizeof...%> argument must be surrounded by parentheses %<soft-float%> and long-double-128 are incompatible %<source%> argument of %<shape%> intrinsic at %L must not be an assumed size array %<stack_offset%> must be a multiple of 4 %<stack_offset%> must be at least 4 %<static%> %qs cannot be declared %<mutable%> %<static%> lambda specifier with lambda capture %<static%> may not be used when defining (as opposed to declaring) a static data member %<static%> specifier invalid for function %qs declared out of global scope %<static_assert%> without a message only available with %<-std=c++17%> or %<-std=gnu++17%> %<static_cast%> from type %qT to type %qT casts away qualifiers %<std::%s%> is defined in header %qs; did you forget to %<#include %s%>? %<std::%s%> is only available from %s onwards %<std::is_constant_evaluated%> always evaluates to false in a non-%<constexpr%> function %<std::is_constant_evaluated%> always evaluates to true in %<if constexpr%> %<std::is_constant_evaluated%> always evaluates to true in a %<consteval%> function %<std::source_location::__impl%> does not contain only non-static data members %<_M_file_name%>, %<_M_function_name%>, %<_M_line%> and %<_M_column%> %<std::tuple_element<%u, %T>::type%> is %<void%> %<std::tuple_size<%T>::value%> is not an integral constant expression %<strong%> using directive no longer supported %<struct %E%> declared in %<for%> loop initial declaration %<symver%> attribute argument %qs must contain one or two %<@%> %<symver%> attribute argument not a string constant %<symver%> attribute is only applicable to symbols %<symver%> attribute only applies to functions and variables %<sysctl%> for %<kern.osversion%> failed: %m %<target%> construct with nested %<teams%> construct contains directives outside of the %<teams%> construct %<target("rtd")%> is ignored in 64bit mode %<target("sseregparm")%> used without SSE enabled %<target("tune=x86-64")%> is deprecated; use %<target("tune=k8")%> or %<target("tune=generic")%> instead as appropriate %<target_clones%> attribute needs GLIBC (2.23 and newer) that exports hardware capability bits %<task%> reduction modifier on a construct with a %<nowait%> clause %<taskwait%> construct with %<nowait%> clause but no %<depend%> clauses %<teams%> construct must be closely nested inside of %<target%> construct or not nested in any OpenMP construct %<template%> keyword not permitted in destructor name %<template%> must follow a nested-name-specifier %<this%> allowed in OpenMP only in %<declare simd%> clauses %<this%> cannot be captured by reference %<this%> is unavailable for static member functions %<this%> may not be used in this context %<this%> not allowed in %<allocate%> clause %<this%> was not captured for this lambda function %<thread_limit%> expression must be integral %<thread_limit%> value must be positive %<threadprivate%> %qD is not file, namespace or block scope variable %<threadprivate%> %qE directive not in %qT definition %<threadprivate%> %qE has incomplete type %<throw%> will always call %<terminate%> %<tile%> argument needs integral type %<tile%> argument needs positive integral constant %<transaction_may_cancel_outer%> function call not within outer transaction or %<transaction_may_cancel_outer%> %<transaction_safe_dynamic%> may only be specified for a virtual function %<tree%> is not defined as a pointer type %<tree%> is not defined as a type %<try%> in %<constexpr%> function only available with %<-std=c++20%> or %<-std=gnu++20%> %<typedef%> specifier conflicts with %qs %<typedef%> used with %<auto%> %<typedef%> was ignored in this declaration %<typeid%> is not a constant expression because %qE is of polymorphic type %<typeid%> of qualified function type %qT %<typeid%> operator cannot appear in a constant-expression %<typename %T::%D%> names %q#D, which is not a type %<typename %T::%D%> names %q#T, which is not a class template %<typeof%> applied to a bit-field %<union %E%> declared in %<for%> loop initial declaration %<using enum%> of %qT before its enum-specifier %<using enum%> of dependent type %qT %<using enum%> of incomplete type %qT %<using enum%> of non-enumeration type %q#T %<using enum%> only available with %<-std=c++20%> or %<-std=gnu++20%> %<using%> with enumeration scope %q#T only available with %<-std=c++20%> or %<-std=gnu++20%> %<va_start%> used in function with fixed arguments %<vec_lvsl%> is deprecated for little endian; use assignment for unaligned loads and stores %<vec_lvsr%> is deprecated for little endian; use assignment for unaligned loads and stores %<vector%> length expression must be integral %<vector%> length value must be positive %<verify_gimple%> failed %<verify_marked_backedges%> failed %<virtual%> can only be specified for functions %<virtual%> outside class declaration %<virtual%> specified more than once in base-specifier %<void%> as only parameter may not be qualified %<void%> must be the only parameter %<volatile%> can only be specified for objects and functions %<volatile%>-qualified parameter is deprecated %<volatile%>-qualified return type is deprecated %<volatile%>-qualified structured binding is deprecated %<wait%> expression must be integral %<warn_if_not_aligned%> may not be specified for %q+D %<weak%> clause requires atomic equality comparison %<weakref%> attribute ignored because function is defined %<weakref%> attribute ignored because variable is initialized %<weakref%> attribute should be accompanied with an %<alias%> attribute %<weakref%> cannot be versioned %<worker%> num expression must be integral %<worker%> num value must be positive %<||%> not valid in GIMPLE %<~%> on a boolean expression %<~%> on an expression of type %<bool%> %<~auto%> only available with %<-std=c++14%> or %<-std=gnu++14%> %@ %s %@ %s (depth %i) %@ %s (fndecl %qD, depth %i) %d bytes of gang-private data-share memory exhausted (increase with %<-mgang-private-size=%d%>, for example) %d constructor found
%d constructors found
%d destructor found
%d destructors found
%d exits recorded for loop %d (having %d exits) %d frame table found
%d frame tables found
%i-bit mode not compiled in %llu bytes %q#D cannot be overloaded with %q#D %q#D conflicts with a previous declaration %q#D conflicts with version inherited from %qT %q#D declared here %q#D does not have external linkage %q#D does not refer to the unqualified type, so it is not used for linkage %q#D explicitly defaulted here %q#D has incomplete type %q#D hides constructor for %q#D %q#D inherits from multiple base subobjects %q#D invalid; an anonymous union can only have non-static data members %q#D invalid; an anonymous union may only have public non-static data members %q#D is a static data member; it can only be initialized at its definition %q#D is implicitly declared as deleted because %qT declares a move constructor or move assignment operator %q#D is implicitly deleted because the default definition would be ill-formed: %q#D is inaccessible within this context %q#D is not a function template %q#D is not a non-static data member of %qT %q#D is not a valid template argument for type %qT because a reference variable does not have a constant address %q#D is not const %q#D is private within this context %q#D is protected within this context %q#D is public, but requires an existing %q#T object %q#D is volatile %q#D not declared in class %q#D previously declared here %q#D previously defined here %q#D redeclared as different kind of entity %q#D references internal linkage entity %q#D %q#D should be initialized %q#D, declared using local type %qT, is used but never defined %q#D, declared using unnamed type, is used but never defined %q#F is implicitly deleted because its exception-specification does not match the implicit exception-specification %qX %q#T has no member named %qE %q#T has no member named %qE; did you mean %q#D? (accessible via %q#D) %q#T has no member named %qE; did you mean %q#D? (not accessible from this context) %q#T has no member named %qE; did you mean %qE? %q#T has no user-provided default constructor %q#T has pointer data members %q#T has virtual base classes %q#T has virtual functions and accessible non-virtual destructor %q#T is not a class %q#T is not a class or namespace %q#T is not a template %q#T is not a valid type for a template non-type parameter %q#T only defines a private destructor and has no friends %q#T only defines private constructors and has no friends %q#T used where a %qT was expected %q#T used where a floating-point value was expected %q#T was previously declared here %q+#D cannot be declared %q+#D is not a static data member of %q#T %q+#D marked %<final%>, but is not virtual %q+#D marked %<override%>, but does not override %q+D alias between function and variable is not supported %q+D aliased to external symbol %qE %q+D aliased to undefined symbol %qE %q+D already declared with dllexport attribute: dllimport ignored %q+D declared as a friend %q+D declared as variadic function %q+D declared weak after being used %q+D declared with an exception specification %q+D defined as variadic function without prototype %q+D defined both normally and as %qE attribute %q+D has incompatible attributes %qs and %qs %q+D in declare target directive does not have mappable type %q+D is static but declared in inline function %qD which is not static %q+D is usually a function %q+D offset %E in %qT isn%'t aligned to %u %q+D offset %E in %qT may not be aligned to %u %q+D redeclared as different kind of symbol %q+D redeclared inline with %<gnu_inline%> attribute %q+D redeclared inline without %<gnu_inline%> attribute %q+D redeclared without dllimport attribute after being referenced with dll linkage %q+D redeclared without dllimport attribute: previous dllimport ignored %q+D static data member inside of declare target directive %q+D takes only zero or two arguments %q+E is not a constant expression %q+F declared %<static%> but never defined %q+F used but never defined %q+T is not literal because: %qD accessing %E byte in a region of size %E %qD accessing %E bytes in a region of size %E %qD accessing %E or more bytes in a region of size %E %qD accessing %wu byte at offsets %s and %s may overlap %wu byte at offset %s %qD accessing %wu bytes at offsets %s and %s may overlap %wu byte at offset %s %qD accessing %wu byte at offsets %s and %s may overlap up to %wu bytes at offset %s %qD accessing %wu bytes at offsets %s and %s may overlap up to %wu bytes at offset %s %qD accessing %wu byte at offsets %s and %s overlaps %wu byte at offset %s %qD accessing %wu byte at offsets %s and %s overlaps %wu bytes at offset %s %qD accessing %wu byte at offsets %s and %s overlaps %wu or more bytes at offset %s %qD accessing %wu bytes at offsets %s and %s overlaps %wu or more bytes at offset %s %qD accessing %wu byte at offsets %s and %s overlaps between %wu and %wu bytes at offset %s %qD accessing %wu bytes at offsets %s and %s overlaps between %wu and %wu bytes at offset %s %qD accessing %wu byte may overlap %wu byte %qD accessing %wu bytes may overlap %wu byte %qD accessing %wu byte may overlap up to %wu bytes %qD accessing %wu bytes may overlap up to %wu bytes %qD accessing %wu bytes at offsets %s and %s overlaps %wu byte at offset %s %qD accessing %wu bytes at offsets %s and %s overlaps %wu bytes at offset %s %qD accessing %wu or more bytes at offsets %s and %s may overlap %wu byte at offset %s %qD accessing %wu or more bytes at offsets %s and %s may overlap up to %wu bytes at offset %s %qD accessing %wu or more bytes at offsets %s and %s overlaps %wu byte at offset %s %qD accessing %wu or more bytes at offsets %s and %s overlaps %wu bytes at offset %s %qD accessing %wu or more bytes at offsets %s and %s overlaps %wu or more bytes at offset %s %qD accessing %wu or more bytes at offsets %s and %s overlaps between %wu and %wu bytes at offset %s %qD accessing between %E and %E bytes in a region of size %E %qD accessing between %wu and %wu bytes at offsets %s and %s may overlap %wu byte at offset %s %qD accessing between %wu and %wu bytes at offsets %s and %s may overlap up to %wu bytes at offset %s %qD accessing between %wu and %wu bytes at offsets %s and %s overlaps %wu byte at offset %s %qD accessing between %wu and %wu bytes at offsets %s and %s overlaps %wu bytes at offset %s %qD accessing between %wu and %wu bytes at offsets %s and %s overlaps %wu or more bytes at offset %s %qD accessing between %wu and %wu bytes at offsets %s and %s overlaps between %wu and %wu bytes at offset %s %qD accessing between %wu and %wu bytes may overlap %wu byte %qD accessing between %wu and %wu bytes may overlap up to %wu bytes %qD alias between functions of incompatible types %qT and %qT %qD appears both in data and map clauses %qD appears more than once in %<aligned%> clauses %qD appears more than once in %<allocate%> clauses %qD appears more than once in %<nontemporal%> clauses %qD appears more than once in data clauses %qD appears more than once in data-sharing clauses %qD appears more than once in map clauses %qD appears more than once in motion clauses %qD appears more than once in reduction clauses %qD argument %d promotes to %qT where %qT is expected in a call to built-in function declared without prototype %qD argument %d type is %qT where %qT is expected in a call to built-in function declared without prototype %qD argument %i declared attribute %<nonstring%> %qD argument %i declared attribute %<nonstring%> is smaller than the specified bound %wu %qD argument %i declared attribute %<nonstring%> is smaller than the specified bound [%E, %E] %qD argument %i declared attribute %<nonstring%> may be smaller than the specified bound [%E, %E] %qD argument missing terminating nul %qD attribute directive ignored %qD attribute is meaningless since members of the anonymous namespace get local symbols %qD attribute requires a single NTBS argument %qD called in a constant expression %qD called in a constant expression before its definition is complete %qD called on a pointer passed to mismatched reallocation function %qD %qD called on a pointer to an unallocated object %qE %qD called on pointer %qE passed to mismatched allocation function %qD %qD called on pointer %qE with nonzero offset%s %qD called on pointer returned from a mismatched allocation function %qD called on pointer to an unallocated object %qD called on unallocated object %qD %qD can be marked override %qD cannot appear in a constant-expression %qD cannot be %qs %qD cannot be declared %<virtual%>, since it is always static %qD cannot be defaulted %qD cannot be used as a function %qD cannot have default arguments %qD changed semantics in GCC 4.4 %qD clearing an object of non-trivial type %#qT%s %qD clearing an object of type %#qT containing a pointer-to-member%s %qD clearing an object of type %#qT with no trivial copy-assignment%s %qD conflicts with used function %qD copying an object of non-trivial type %#qT from an array of %#qT %qD copying an object of type %#qT with %qs member %qD from an array of %#qT; use assignment or copy-initialization instead %qD declared %<static%> in %<constexpr%> context %qD declared %<thread_local%> in %<constexpr%> context %qD declared %<transaction_safe_dynamic%> %qD declared as a %<virtual%> field %qD declared as a %<virtual%> parameter %qD declared as a %<virtual%> type %qD declared as a %<virtual%> variable %qD declared as a non-parameter %qD declared as an %<inline%> field %qD declared as an %<inline%> parameter %qD declared as an %<inline%> type %qD declared as array of template placeholder type %qT %qD declared as reference but not initialized %qD declared here %qD declared here, later in the translation unit %qD declared weak after being used %qD defined %<static%> in %<constexpr%> context %qD defined %<static%> in %qs function only available with %<-std=c++2b%> or %<-std=gnu++2b%> %qD defined %<thread_local%> in %<constexpr%> context %qD defined %<thread_local%> in %qs function only available with %<-std=c++2b%> or %<-std=gnu++2b%> %qD defined but not used %qD defined here %qD destination unchanged after copying no bytes %qD destination unchanged after copying no bytes from a string of length %E %qD does not have %<const char *%> type %qD does not have a mappable type in %qs clause %qD does not have integral or enumeration type %qD does not have integral type %qD does not name an enumeration in %qT %qD does not refer to a function %qD does not refer to a namespace scope function %qD expecting %E byte in a region of size %E %qD expecting %E bytes in a region of size %E %qD expecting %E or more bytes in a region of size %E %qD expecting between %E and %E bytes in a region of size %E %qD forming offset %s is out of bounds %qD forming offset %s is out of the bounds [0, %wu] %qD forming offset %s is out of the bounds [0, %wu] of object %qD with type %qT %qD forming offset %s is out of the bounds of object %qD with type %qT %qD has a non-structural type %qD has a previous declaration here %qD has already been defined %qD has an incomplete type %qT %qD has incomplete type %qD has invalid argument list %qD has not been declared in %qD %qD has not been declared within %qD %qD has the same name as the class in which it is declared %qD in %<reduction%> clause is a zero size array %qD inherits the %E ABI tag that %qT (used in its return type) has %qD inherits the %E ABI tag that %qT (used in its type) has %qD invalid in %q#T because of local member %q#D with same name %qD invalid in %q#T because of local method %q#D with same name %qD invalid in condition %qD invalid in lambda %qD is a function, not a type %qD is a namespace %qD is a usual (non-placement) deallocation function %qD is a usual (non-placement) deallocation function in C++14 (or with %<-fsized-deallocation%>) %qD is already a friend of %qT %qD is already a friend of class %qT %qD is already defined in %qT %qD is already defined in class %qT %qD is already defined in the class %qT %qD is an enumeration template %qD is both a direct base and an indirect virtual base %qD is declared in header %qs %qD is defined with tls model %s %qD is deprecated %qD is deprecated: %s %qD is initialized with itself %qD is instantiated for an empty pack %qD is mutable %qD is normally a non-static function %qD is not a class or alias template %qD is not a class or namespace %qD is not a class type %qD is not a direct member of %qT %qD is not a function argument %qD is not a function template %qD is not a member of %qD %qD is not a member of %qD; did you mean %qs? %qD is not a member of %qT %qD is not a member of %qT; did you mean %qs? %qD is not a member template function %qD is not a namespace-name %qD is not a namespace-name; did you mean %qs? %qD is not a pointer variable %qD is not a static data member %qD is not a static data member of a class template %qD is not a template %qD is not a template function %qD is not a type %qD is not a valid template argument because %qD is a variable, not the address of a variable %qD is not a variable %qD is not a variable in %<aligned%> clause %qD is not a variable in %<allocate%> clause %qD is not a variable in %<nontemporal%> clause %qD is not a variable in %qs clause %qD is not a variable in clause %<firstprivate%> %qD is not a variable in clause %<lastprivate%> %qD is not a variable in clause %qs %qD is not a variable template %qD is not an argument in %<uniform%> clause %qD is not captured %qD is not compatible with %qD %qD is not defined outside of function scope %qD is not lvalue expression nor array section in %qs clause %qD is not public %qD is not usable as a %<constexpr%> function because: %qD is static but used in inline function %qD which is not static %qD is threadprivate variable in %qs clause %qD is too small to hold all values of %q#T %qD is unavailable %qD is unavailable: %s %qD is used uninitialized %qD may access %E byte in a region of size %E %qD may access %E bytes in a region of size %E %qD may access %E or more bytes in a region of size %E %qD may access between %E and %E bytes in a region of size %E %qD may be a static member function only with %<-std=c++23%> or %<-std=gnu++23%> %qD may be used uninitialized %qD may not be declared as static %qD may not be declared within a namespace %qD may read %E byte from a region of size %E %qD may read %E bytes from a region of size %E %qD may read %E or more bytes from a region of size %E %qD may read between %E and %E bytes from a region of size %E %qD may write %E byte into a region of size %E %qD may write %E bytes into a region of size %E %qD may write %E or more bytes into a region of size %E %qD may write between %E and %E bytes into a region of size %E %qD moving an object of non-trivial type %#qT and size %E into a region of size %E %qD moving an object of non-trivially copyable type %#qT; use %<new%> and %<delete%> instead %qD moving an object of type %#qT with deleted copy constructor; use %<new%> and %<delete%> instead %qD moving an object of type %#qT with deleted destructor %qD must be a global variable in %<#pragma acc declare link%> %qD must be a member function %qD must be a non-member function %qD must be a non-static member function %qD must be a variable declared in the same scope as %<#pragma acc declare%> %qD must be either a non-static member function or a non-member function %qD must have an argument of class or enumerated type %qD must have either one or two arguments %qD must have either zero or one argument %qD must have exactly one argument %qD must have exactly two arguments %qD must have no arguments %qD must not have variable number of arguments %qD not defined %qD of a string of length %wu and an array of size %wu evaluates to nonzero %qD of a string of length %wu or more and an array of size %wu evaluates to nonzero %qD of a string of length %wu, an array of size %wu and bound of %wu evaluates to nonzero %qD of strings of length %wu and %wu and bound of %wu evaluates to nonzero %qD offset %s from the object at %qE is out of the bounds of %qT %qD offset %s from the object at %qE is out of the bounds of referenced subobject %qD with type %qT at offset %wi %qD offset %s is out of bounds %qD offset %s is out of the bounds [0, %wu] %qD offset %s is out of the bounds [0, %wu] of object %qD with type %qT %qD offset %s is out of the bounds of object %qD with type %qT %qD only valid in lambda with %<-std=c++23%> or %<-std=gnu++23%> %qD output may be truncated copying %E byte from a string of length %wu %qD output may be truncated copying %E bytes from a string of length %wu %qD output may be truncated copying between %wu and %wu bytes from a string of length %wu %qD output truncated before terminating nul copying %E byte from a string of the same length %qD output truncated before terminating nul copying %E bytes from a string of the same length %qD output truncated before terminating nul copying as many bytes from a string as its length %qD output truncated copying %E byte from a string of length %wu %qD output truncated copying %E bytes from a string of length %wu %qD output truncated copying between %wu and %wu bytes from a string of length %wu %qD pointer overflow between offset %s and size %s %qD pointer overflow between offset %s and size %s accessing array %qD with type %qT %qD reading %E byte from a region of size %E %qD reading %E bytes from a region of size %E %qD reading %E or more bytes from a region of size %E %qD reading between %E and %E bytes from a region of size %E %qD redeclared with different access %qD redeclared with different visibility %qD referenced in target region does not have a mappable type %qD renamed after being referenced in assembly %qD should be initialized %qD should be initialized in the member initialization list %qD should have been declared inside %qD %qD should return by value %qD source argument is the same as destination %qD specified both in declare target %<link%> and %<to%> or %<enter%> clauses %qD specified both in declare target %<link%> and %qs clauses %qD specified both in declare target %<link%> and implicitly in %<to%> clauses %qD specified bound %E equals destination size %qD specified bound %E equals source length %qD specified bound %E exceeds destination size %E %qD specified bound %E exceeds maximum object size %E %qD specified bound %E exceeds source size %E %qD specified bound %E may exceed destination size %E %qD specified bound %E may exceed maximum object size %E %qD specified bound %E may exceed source size %E %qD specified bound %s exceeds maximum object size %E %qD specified bound %s exceeds the size %E of unterminated array %qD specified bound %s exceeds the size of at most %E of unterminated array %qD specified bound %s may exceed the size of at most %E of unterminated array %qD specified bound %wu exceeds maximum object size %wu %qD specified bound [%E, %E] exceeds destination size %E %qD specified bound [%E, %E] exceeds maximum object size %E %qD specified bound [%E, %E] exceeds source size %E %qD specified bound [%E, %E] may exceed destination size %E %qD specified bound [%E, %E] may exceed maximum object size %E %qD specified bound [%E, %E] may exceed source size %E %qD specified bound between %wu and %wu exceeds maximum object size %wu %qD specified bound depends on the length of the source argument %qD specified in %<allocate%> clause but not in an explicit privatization clause %qD specified in %<inscan%> %<reduction%> clause but not in %<scan%> directive clause %qD specified in %qs clause but not in %<inscan%> %<reduction%> clause on the containing construct %qD specified size %E exceeds maximum object size %E %qD specified size %E may exceed maximum object size %E %qD specified size between %E and %E exceeds maximum object size %E %qD specified size between %E and %E may exceed maximum object size %E %qD specifier conflicts with %<typedef%> %qD specifier conflicts with %qs %qD specifies less restrictive attribute than its target %qD: %s %qD specifies less restrictive attributes than its target %qD: %s %qD specifies more restrictive attribute than its target %qD: %s %qD specifies more restrictive attributes than its target %qD: %s %qD target declared here %qD used as a variant with incompatible %<construct%> selector sets %qD used before its definition %qD used in its own initializer %qD used without template arguments %qD violates the C++ One Definition Rule %qD was declared %<extern%> and later %<static%> %qD was declared %qs which implies default visibility %qD was declared here %qD was hidden %qD was not declared %<constexpr%> %qD was not declared in this scope %qD was not declared in this scope, and no declarations were found by argument-dependent lookup at the point of instantiation %qD was not declared in this scope; did you mean %qs? %qD was not initialized with a constant expression %qD was previously declared here %qD was used with no declaration before its definition %qD was used with no prototype before its definition %qD will be initialized after %qD writing %E byte into a region of size %E overflows the destination %qD writing %E bytes into a region of size %E overflows the destination %qD writing %E or more bytes into a region of size %E overflows the destination %qD writing %wu byte into a region of size %wu %qD writing %wu bytes into a region of size %wu %qD writing %wu byte into a region of size between %wu and %wu %qD writing %wu bytes into a region of size between %wu and %wu %qD writing between %E and %E bytes into a region of size %E overflows the destination %qD writing between %wu and %wu bytes into a region of size %wu %qD writing between %wu and %wu bytes into a region of size between %wu and %wu %qD writing one too many bytes into a region of a size that depends on %<strlen%> %qD writing to an object of a non-trivial type %#qT leaves %wu byte unchanged %qD writing to an object of a non-trivial type %#qT leaves %wu bytes unchanged %qD writing to an object of non-trivial type %#qT%s %qD writing to an object of non-trivially copyable type %#qT%s %qD writing to an object of type %#qT containing a pointer to data member%s %qD writing to an object of type %#qT with %qs member %qD %qD writing to an object of type %#qT with no trivial copy-assignment %qD writing to an object of type %#qT with no trivial copy-assignment%s %qD writing to an object with a deleted copy constructor %qD: visibility attribute ignored because it conflicts with previous declaration %qE 2.95 vtable-compatibility attribute applies only to C++ classes %qE 2.95 vtable-compatibility attribute applies only when compiling a kext %qE appears more than once in %<aligned%> clauses %qE appears more than once in %<allocate%> clauses %qE appears more than once in %<nontemporal%> clauses %qE appears more than once in data clauses %qE appears more than once in map clauses %qE appears more than once on the same %<declare target%> directive %qE argument %Z may overlap destination object %qE %qE arguments %Z may overlap destination object %qE %qE argument %Z overlaps destination object %qE %qE arguments %Z overlap destination object %qE %qE argument is not a function %qE argument must be one of %qs, %qs, %qs, or %qs %qE argument not a string %qE argument not an identifier %qE arguments %Z and maybe %Z overlap destination object %qE %qE attribute address out of range %qE attribute allows only an integer constant argument %qE attribute applied to %qD with void return type %qE attribute applied to %qT after its definition %qE attribute applied to extern "C" declaration %qD %qE attribute applied to non-class, non-enum type %qT %qE attribute applied to non-function, non-variable %qD %qE attribute applies only to functions %qE attribute applies only to initialized variables with external linkage %qE attribute argument %E is not a power of 2 %qE attribute argument %E is not an integer constant %qE attribute argument %E is not in the range [0, %wu] %qE attribute argument %E is not positive %qE attribute argument %i has type %qT %qE attribute argument %i is invalid %qE attribute argument %i value %qE does not refer to a function parameter %qE attribute argument %i value %qE does not refer to a variable argument list %qE attribute argument %i value %qE exceeds the number of function parameters %u %qE attribute argument %i value %qE is not an integer constant %qE attribute argument %i value %qE refers to a variadic function parameter of unknown type %qE attribute argument %i value %qE refers to parameter type %qT %qE attribute argument %qE exceeds %u %qE attribute argument %qE is not an integer constant %qE attribute argument %qE is not an integer constant between 0 and 3 %qE attribute argument %qE is not recognised %qE attribute argument 1 does not name a function %qE attribute argument 1 is ambiguous %qE attribute argument 1 must take a pointer type as its first argument %qE attribute argument 1 must take a pointer type as its first argument; have %qT %qE attribute argument cannot be a constant arithmetic expression %qE attribute argument cannot be a string %qE attribute argument has type %qT %qE attribute argument is invalid %qE attribute argument must be a string constant %qE attribute argument not a string constant %qE attribute argument not an integer %qE attribute argument not an integer constant %qE attribute argument should be between 0 to 255 %qE attribute argument should be between 18 to 255 %qE attribute argument value %qE does not refer to a function parameter %qE attribute argument value %qE does not refer to a variable argument list %qE attribute argument value %qE exceeds %wu %qE attribute argument value %qE exceeds the number of function parameters %u %qE attribute argument value %qE is negative %qE attribute argument value %qE is not an integer constant %qE attribute argument value %qE refers to a variadic function parameter of unknown type %qE attribute argument value %qE refers to parameter type %qT %qE attribute can only be applied to functions or parameters %qE attribute can only be applied to functions or to class or enumeration types %qE attribute can only be applied to functions or to structure, union or enumeration types %qE attribute can only be applied to non-static data members %qE attribute cannot be applied to a bit-field %qE attribute cannot be specified for local variables %qE attribute cannot be specified for register variables %qE attribute cannot be specified for thread-local variables %qE attribute conflicts with %qE attribute %qE attribute directive ignored %qE attribute does not apply to functions %qE attribute does not apply to types %qE attribute does not take any arguments %qE attribute doesn%'t apply to functions %qE attribute duplicated %qE attribute follows %qE %qE attribute has no effect %qE attribute has no effect on functions with static linkage %qE attribute has no effect on unit local functions %qE attribute have effect only on public objects %qE attribute ignored %qE attribute ignored because %qD does not have thread storage duration %qE attribute ignored because %qD is not a local variable %qE attribute ignored because %qD is not a variable %qE attribute ignored because %qT is already defined %qE attribute ignored due to conflict with %qs attribute %qE attribute ignored due to conflict with attribute %qs %qE attribute ignored for %qE %qE attribute ignored for field of type %qT %qE attribute ignored for type %qT %qE attribute ignored on a declaration of a different kind than referenced symbol %qE attribute ignored on a function returning %qT %qE attribute ignored on a redeclaration of the referenced symbol %qE attribute ignored on functions returning %qT; valid only for pointer return types %qE attribute ignored on non-class types %qE attribute ignored on objects of type %qT %qE attribute ignored on types %qE attribute ignored without %<-mcmse%> option %qE attribute ignored without %<-mistack%> %qE attribute ignored. Large memory model (%<-mlarge%>) is required. %qE attribute ignored. Use %<-fcf-protection%> option to enable it %qE attribute ignored; field must be a function pointer %qE attribute ignored; valid only for functions %qE attribute ignored; valid only for functions and function pointer fields %qE attribute is for pointer types only %qE attribute is not supported because endianness is not uniform %qE attribute is not supported for R8C target %qE attribute is only applicable on functions %qE attribute is only valid for Objective-C objects %qE attribute is only valid on %<struct%> type %qE attribute is specific to ELF targets %qE attribute is supported only for SH2A %qE attribute is used for non-class method %qE attribute may be put on a typedef only; attribute is ignored %qE attribute may not be specified for %q+D %qE attribute may not be specified for a non-array field %qE attribute must appear before %qs attribute %qE attribute must apply to a declaration %qE attribute not allowed with auto storage class %qE attribute not available to functions that return value on the stack %qE attribute not available to functions with arguments passed on the stack %qE attribute not available to functions with variable number of arguments %qE attribute on a function not returning a pointer %qE attribute on function returning %<void%> %qE attribute on non-volatile variable %qE attribute only affects top level objects %qE attribute only applies to SH2A %qE attribute only applies to base type of a function pointer %qE attribute only applies to function types %qE attribute only applies to functions %qE attribute only applies to interrupt functions %qE attribute only applies to structure, union and class types %qE attribute only applies to types %qE attribute only applies to variables %qE attribute only applies to variables in static storage %qE attribute only applies to variadic functions %qE attribute only available for 32-bit %qE attribute only supported for reduced Tiny cores %qE attribute only supported on boolean types %qE attribute only supported on non-mask vector types %qE attribute only valid for ARC EM architecture %qE attribute only valid for ARCv2 architecture %qE attribute requires %s %qE attribute requires a string argument %qE attribute requires a string constant argument %qE attribute requires a void return type %qE attribute requires an integer argument %qE attribute requires an integer constant argument %qE attribute requires prototypes with named arguments %qE attribute takes no arguments %qE attribute with unsupported boolean precision %qE attribute without arguments on a non-prototype %qE cannot be applied to non-pointer type %qT %qE cannot be introduced with an ellipsis %<...%> %qE cannot be used as a function %qE cannot be used as a member pointer, since it is of type %qT %qE cannot have both %qs and %qs attributes %qE declared %<threadprivate%> after first use %qE declared as function returning a function %qE declared as function returning an array %qE declared here %qE defined as wrong kind of tag %qE does not constrain a type %qE does not have %<omp_depend_t%> type in %<depend%> clause with %<depobj%> dependence type %qE does not have a mappable type in %qs clause %qE does not have pointer or array type %qE does not name a type %qE does not name a type; did you mean %qs? %qE does not satisfy return-type-requirement %qE does not satisfy return-type-requirement, because %qE does not support 32-bit sign-extended offsets %qE does not support 32-bit vector type %qT %qE does not support sign-extended offsets %qE evaluates to false %qE fails to be a typedef or built in type %qE has both %<extern%> and initializer %qE has const type for %<reduction%> %qE has invalid type for %<reduction(%s)%> %qE has no form that takes %qT arguments %qE has not been declared %qE implies default visibility, but %qD has already been declared with a different visibility %qE in %<aligned%> clause is neither a pointer nor an array %qE in %<aligned%> clause is neither a pointer nor an array nor a reference to pointer or array %qE in %<reduction%> clause is a zero size array %qE in %q#T does not name a template type %qE in %q#T does not name a type %qE in namespace %qE does not name a template type %qE in namespace %qE does not name a template type; did you mean %qs? %qE in namespace %qE does not name a type %qE in namespace %qE does not name a type; did you mean %qs? %qE incompatible attribute ignored %qE initialized and declared %<extern%> %qE is a member of a union %qE is a pointer to pointer; did you mean to dereference it before applying %<->%> to it? %qE is a pointer; did you mean to use %<->%>? %qE is an unrecognized format function type %qE is deprecated %qE is deprecated: %s %qE is marked %<throw()%> or %<noexcept%> but no usable %<get_return_object_on_allocation_failure%> is provided by %qT %qE is neither a variable nor a function name in clause %qs %qE is neither function nor member function; cannot be declared friend %qE is not %<noexcept%> %qE is not a class or namespace %qE is not a class template %qE is not a class, namespace, or enumeration %qE is not a constant expression %qE is not a constant expression because allocated storage has not been deallocated %qE is not a constant expression because it refers to a result of %<operator new%> %qE is not a constant expression because it refers to an incompletely initialized variable %qE is not a constant expression because it refers to mutable subobjects of %qT %qE is not a constant expression when the class %qT is still incomplete %qE is not a template %qE is not a type %qE is not a valid %<asm%> qualifier %qE is not a valid template argument for %qT because it is not the address of a variable %qE is not a valid template argument for type %qT %qE is not a valid template argument for type %qT because %qD does not have external linkage %qE is not a valid template argument for type %qT because %qD has no linkage %qE is not a valid template argument for type %qT because it is a pointer %qE is not a valid template argument for type %qT because it is not an lvalue %qE is not a valid template argument for type %qT because it is of type %qT %qE is not a valid template argument for type %qT because of conflicts in cv-qualification %qE is not a valid template argument for type %qT because string literals can never be used in this context %qE is not a valid template argument of type %qT because %qD has no linkage %qE is not a valid template argument of type %qT because %qE is not a variable or function %qE is not a valid template argument of type %qT in C++98 because %qD does not have external linkage %qE is not a variable in %<aligned%> clause %qE is not a variable in %<allocate%> clause %qE is not a variable in %<nontemporal%> clause %qE is not a variable in %qs clause %qE is not a variable in clause %<firstprivate%> %qE is not a variable in clause %<lastprivate%> %qE is not a variable in clause %qs %qE is not an Objective-C class name or alias %qE is not an argument in %<uniform%> clause %qE is not at beginning of declaration %qE is not initialized %qE is not lvalue expression nor array section in %qs clause %qE is not of type %qT %qE is not recognized as a module control-line %qE is not the entire pattern of the pack expansion %qE is only allowed in Objective-C dialects %qE is only applicable to Objective-C class interfaces, attribute ignored %qE is predetermined %qs for %qs %qE is provided by %qT but %<std::nothrow%> cannot be found %qE is provided by %qT but %qE is not marked %<throw()%> or %<noexcept%> %qE is provided by %qT but is not usable with the function signature %qD %qE is unavailable %qE is unavailable: %s %qE is used uninitialized %qE may be used uninitialized %qE may not respond to %<%c%E%> %qE may only occur after a module interface declaration %qE may only occur once in an export declaration %qE may write a terminating nul past the end of the destination %qE missing template arguments %qE must be %<threadprivate%> for %<copyin%> %qE needs isa option %s %qE needs unknown isa option %qE not specified in enclosing %<target%> %qE not specified in enclosing %qs %qE not specified in enclosing OpenACC %qs construct %qE output %wu byte %qE output %wu bytes %qE output %wu byte into a destination of size %wu %qE output %wu bytes into a destination of size %wu %qE output %wu or more bytes %qE output %wu or more bytes (assuming %wu) %qE output %wu or more bytes (assuming %wu) into a destination of size %wu %qE output %wu or more bytes into a destination of size %wu %qE output between %wu and %wu bytes %qE output between %wu and %wu bytes into a destination of size %wu %qE output may be truncated before the last format character %qE output truncated before the last format character %qE redeclared as different kind of symbol %qE redeclared with conflicting %qs attributes %qE requires %<-fgnu-tm%> %qE requires a %<declare%> directive for use in a %<routine%> function %qE requires a vector base and a scalar index %qE requires an argument %qE requires the SVE ISA extension %qE should not have %<omp_depend_t%> type in %<depend%> clause with dependence type other than %<depobj%> %qE specified here %qE undeclared (first use in this function) %qE undeclared (first use in this function); did you mean %qs? %qE undeclared here (not in a function) %qE undeclared here (not in a function); did you mean %qs? %qE used with %<auto%> %qE used with %<constexpr%> %qE used with %<extern%> %qE used with %<register%> %qE used with %<typedef%> %qE used with %qs %qE with %<link%> clause used in %<routine%> function %qE writing a terminating nul past the end of the destination %qF declared %<static%> but never defined %qF requires %<-mvx%> %qF requires z14 or higher %qF requires z15 or higher %qT and %qT are in disjoint named address spaces %qT as type rather than plain %<decltype(auto)%> %qT declared here %qT declared in %<constexpr%> compound literal %qT declared in underspecified object declaration %qT declared in underspecified object initializer %qT declared with a mismatched class-key %qs %qT declared with greater visibility than its base %qT %qT declared with greater visibility than the type of its field %qD %qT defined as %qs here %qT defined in %<constexpr%> compound literal %qT defined in underspecified object declaration %qT defined in underspecified object initializer %qT defined with direct virtual base %qT defined with multiple direct bases %qT does not have the %E ABI tag that %qT (used in the type of %qD) has %qT does not have the %E ABI tag that base %qT has %qT does not match original declaration %qT first declared as %qs here %qT has a base %qT which depends on the type %qT which has no linkage %qT has a base %qT which has internal linkage %qT has a base %qT which has no linkage %qT has a base %qT which uses the anonymous namespace %qT has a field %q#D whose type has internal linkage %qT has a field %q#D whose type has no linkage %qT has a field %q#D whose type uses the anonymous namespace %qT has a field %qD whose type depends on the type %qT which has no linkage %qT has a previous declaration here %qT has no member named %qE %qT has no member named %qE; did you mean %qE? %qT has no non-static data member named %qD %qT is a variably modified type %qT is already a friend of %qT %qT is an ambiguous base class of dynamic type %qT of its operand %qT is an ambiguous base of %qT %qT is an inaccessible base of %qT %qT is not a base of %qT %qT is not a class or namespace %qT is not a class type %qT is not a class, namespace, or enumeration %qT is not a class, struct, or union type %qT is not a direct base of %qT %qT is not a member class template of %qT %qT is not a member of %qT %qT is not a nested class of %qT %qT is not a pointer-to-object type %qT is not a template %qT is not a template type %qT is not a valid type for a template non-type parameter because it is not structural %qT is not an %<asm%> qualifier %qT is not an accessible base of %qT %qT is not an enumeration type %qT is promoted to %qT when passed through %<...%> %qT is/uses unnamed type %qT may not intend to support class template argument deduction %qT not permitted in template argument %qT referred to as %qs %qT referred to as enum %qT resolves to %qT, which is not a class type %qT resolves to %qT, which is not an enumeration type %qT%d%qE%d passing single vector %qT to argument %d of %qE, which expects a tuple of %d vectors %qV qualifiers cannot be applied to %qT %qc conversion used unquoted %qc conversion used within a quoted sequence %qc directive redundant after prior occurence of the same %qs %qs LHS in assignment statement %qs LHS in clobber statement %qs RHS in assignment statement %qs accessing uninitialized byte at offset %d %qs already defined as specific binding for the generic %qs at %C %qs and %<%s-%s%> are incompatible %qs and %<%s=%s%> are incompatible %qs and %qs are incompatible %qs and %qs arguments of %qs intrinsic at %L must have identical shape. %qs and %qs arguments of %qs intrinsic at %L must have the same type %qs and %qs attributes are not compatible %qs and %qs cannot be mixed FUNCTION/SUBROUTINE for GENERIC %qs at %L %qs and %qs cannot both be enabled %qs and %qs for GENERIC %qs at %L are ambiguous %qs appears more than once in %<allocate%> clauses at %L %qs appears to be a misspelled %qs handler, missing %<__vector%> prefix %qs applied to a void type %qs applied to an incomplete type %qs applied to non-SVE type %qT %qs applied to non-vector type %qT %qs applied to type %qT, which already has a size %qs argument has invalid operand number (argument %lu) %qs argument missing terminating nul %qs argument of %qs intrinsic at %L cannot be INTENT(IN) %qs argument of %qs intrinsic at %L cannot be of type %s %qs argument of %qs intrinsic at %L has invalid permutation of dimensions (dimension %qd duplicated) %qs argument of %qs intrinsic at %L has invalid shape in dimension %d (%ld/%ld) %qs argument of %qs intrinsic at %L has negative element (%d) %qs argument of %qs intrinsic at %L has out-of-range dimension (%d) %qs argument of %qs intrinsic at %L has wrong number of elements (%d/%d) %qs argument of %qs intrinsic at %L is empty %qs argument of %qs intrinsic at %L is not a valid dimension index %qs argument of %qs intrinsic at %L must be %s %qs argument of %qs intrinsic at %L must be ALLOCATABLE %qs argument of %qs intrinsic at %L must be INTEGER %qs argument of %qs intrinsic at %L must be INTEGER or PROCEDURE %qs argument of %qs intrinsic at %L must be INTEGER or REAL %qs argument of %qs intrinsic at %L must be INTEGER or REAL or CHARACTER %qs argument of %qs intrinsic at %L must be INTEGER, LOGICAL, or a BOZ literal constant %qs argument of %qs intrinsic at %L must be REAL or COMPLEX %qs argument of %qs intrinsic at %L must be a POINTER %qs argument of %qs intrinsic at %L must be a POINTER or a TARGET %qs argument of %qs intrinsic at %L must be a POINTER, ALLOCATABLE or procedure pointer %qs argument of %qs intrinsic at %L must be a constant %qs argument of %qs intrinsic at %L must be a data entity %qs argument of %qs intrinsic at %L must be a logical array %qs argument of %qs intrinsic at %L must be a pointer or target VARIABLE or FUNCTION %qs argument of %qs intrinsic at %L must be a scalar %qs argument of %qs intrinsic at %L must be a variable %qs argument of %qs intrinsic at %L must be an array %qs argument of %qs intrinsic at %L must be an interoperable data entity: %s %qs argument of %qs intrinsic at %L must be default real %qs argument of %qs intrinsic at %L must be double precision %qs argument of %qs intrinsic at %L must be less than rank %d %qs argument of %qs intrinsic at %L must be numeric or LOGICAL %qs argument of %qs intrinsic at %L must be of a dummy variable %qs argument of %qs intrinsic at %L must be of a kind not wider than the default kind (%d) %qs argument of %qs intrinsic at %L must be of an OPTIONAL dummy variable %qs argument of %qs intrinsic at %L must be of an extensible type %qs argument of %qs intrinsic at %L must be of intrinsic type %qs argument of %qs intrinsic at %L must be of kind %d %qs argument of %qs intrinsic at %L must be of rank %d %qs argument of %qs intrinsic at %L must be of rank 1 or 2 %qs argument of %qs intrinsic at %L must be positive %qs argument of %qs intrinsic at %L must be the same kind as %qs %qs argument of %qs intrinsic at %L must be the same type and kind as %qs %qs argument of %qs intrinsic at %L must have a numeric type %qs argument of %qs intrinsic at %L must have a type of either REAL or INTEGER %qs argument of %qs intrinsic at %L must have length at least 1 %qs argument of %qs intrinsic at %L must have the same rank as %qs or be a scalar %qs argument of %qs intrinsic at %L must not be OPTIONAL %qs argument of %qs intrinsic at %L must not be a subobject of %qs %qs argument of %qs intrinsic at %L must not be present if %<x%> is COMPLEX %qs argument of %qs intrinsic at %L must provide at least as many elements as there are .TRUE. values in %qs (%ld/%d) %qs argument of %qs intrinsic at %L not yet supported %qs argument of %qs intrinsic at %L shall be of type integer, real or character %qs argument of %qs intrinsic at %L shall have the same type as %qs at %L %qs argument of %qs intrinsic at %L shall not be TYPE(*) %qs argument of %qs intrinsic at %L shall not be a procedure %qs argument of %qs intrinsic at %L shall not be an assumed-size array %qs argument of %qs intrinsic at %L shall not be coindexed %qs argument of %qs intrinsic at %L shall specify a valid integer kind %qs argument of intrinsic %qs at %L of must have rank %d or be a scalar %qs argument references non-pointer operand (argument %lu, operand %lu) %qs argument with out-of-range operand number (argument %lu, operand %lu) %qs at %C is a DEC extension, enable with %<-fdec-structure%> %qs at %C is a redefinition of the declaration in the corresponding interface for MODULE PROCEDURE %qs %qs at %C is already defined as FINAL procedure %qs at %C is not a member of the %qs structure %qs at %C is not a member of the %qs structure; did you mean %qs? %qs at %C is not a variable %qs at %C is not an inquiry reference to an intrinsic type component %qs at %C is not an inquiry reference to an intrinsic type component %qs %qs at %C is the name of a recursive function and so refers to the result variable. Use an explicit RESULT variable for direct recursion (12.5.2.1) %qs at %L already is initialized at %L %qs at %L associated to expression cannot be used in a variable definition context (%s) %qs at %L associated to vector-indexed target cannot be used in a variable definition context (%s) %qs at %L cannot appear in COMMON [F2008:C5100] %qs at %L cannot have the VALUE attribute because it is not a dummy argument %qs at %L has a type, which is not consistent with the CALL at %L %qs at %L has attributes specified outside its INTERFACE body %qs at %L has the CONTIGUOUS attribute but is not an array pointer or an assumed-shape or assumed-rank array %qs at %L is ambiguous %qs at %L is an array and OPTIONAL; If it is not present, then it cannot be the actual argument of an ELEMENTAL procedure unless there is a non-optional argument with the same rank (Fortran 2018, 15.5.2.12) %qs at %L is host associated at %L into a contained procedure with an internal procedure of the same name %qs at %L is not a VALUE %qs at %L is not a function %qs at %L is not a module procedure %qs at %L is of the ABSTRACT type %qs %qs at %L must be less than BIT_SIZE(%qs) %qs at %L must be less than or equal to BIT_SIZE(%qs) %qs at %L must be less than or equal to the BIT_SIZE of INTEGER(KIND=%d) %qs at %L must be nonnegative %qs at %L must have constant character length in this context %qs at %L must have the same number of formal arguments as the overridden procedure %qs at %L must not be DEFERRED as it overrides a non-DEFERRED binding %qs at %L overrides a FUNCTION and must also be a FUNCTION %qs at %L overrides a NOPASS binding and must also be NOPASS %qs at %L overrides a PUBLIC procedure and must not be PRIVATE %qs at %L overrides a PURE procedure and must also be PURE %qs at %L overrides a SUBROUTINE and must also be a SUBROUTINE %qs at %L overrides a binding with PASS and must also be PASS %qs at %L overrides a non-ELEMENTAL procedure and must not be ELEMENTAL, either %qs at %L overrides a procedure binding declared NON_OVERRIDABLE %qs at %L overrides an ELEMENTAL procedure and must also be ELEMENTAL %qs at %L shall be an INTENT(OUT) variable %qs at %L should be a FUNCTION %qs at %L should be a SUBROUTINE %qs at %L should be a scalar of type integer(kind=omp_event_handle_kind) %qs attribute cannot be applied to a function that does not take variable arguments %qs attribute directive ignored %qs attribute ignored %qs attribute not supported for %qE in %<__builtin_has_attribute%> %qs attribute not supported for %qT in %<__builtin_has_attribute%> %qs attribute not supported in %<__builtin_has_attribute%> %qs attribute only applies to functions %qs attribute only applies to variadic functions %qs attribute requires prototypes with named arguments %qs attribute without arguments on a non-prototype %qs cannot appear in a constant-expression %qs cannot appear in a typedef declaration %qs cannot be constant evaluated because the argument cannot be encoded %qs cannot be constant evaluated because the argument cannot be interpreted %qs cannot be constant evaluated because the type is too large %qs cannot be constant evaluated on the target %qs cannot be extended at %C because it is BIND(C) %qs cannot be extended at %C because it is a SEQUENCE type %qs cannot be initialized with%<-ftrivial-auto-var_init%> %qs cannot be used for compiling a shared library %qs cannot be used for type declarations %qs cannot be used in a %<constexpr%> function %qs cannot be used in a constructor %qs cannot be used in a destructor %qs cannot be used in a function with a deduced return type %qs cannot be used in a varargs function %qs cannot be used in the %<main%> function %qs cannot be used outside a function %qs clause at %L specified more than once %qs clause is incompatible with %<read%> or %<write%> clauses %qs clause may not appear on non-rectangular %qs %qs clause requires %qs clause %qs clause specified together with %<inscan%> %<reduction%> clause %qs clause used lexically after first target construct or offloading API %qs clause with %<sink%> modifier refers to iteration never in the iteration space %qs clause with %<sink%> modifier waiting for lexically later iteration %qs clause with %<source%> modifier specified together with %qs clauses with %<sink%> modifier on the same construct %qs combined with %<auto%> qualifier for %qE %qs combined with %<register%> qualifier for %qE %qs conflicts with %<-arch i386%> (%qs ignored) %qs conflicts with %<-arch ppc%> (%qs ignored) %qs construct inside of %qs region %qs declared INTRINSIC at %L does not exist %qs declared as function returning a function %qs declared as function returning an array %qs declared at %L is also the name of an intrinsic. It can only be called via an explicit interface or if declared EXTERNAL. %qs declared at %L may shadow the intrinsic of the same name. In order to call the intrinsic, explicit INTRINSIC declarations may be required. %qs declared in a non-class scope %qs defined in a non-class scope %qs directive mentioned both times in ABSENT and CONTAINS clauses in %s directive at %L %qs directive mentioned multiple times in %s clause in %s directive at %L %qs does not support MIPS16 code %qs does not support feature %qs %qs does not work on a cross compiler %qs entity cannot have an initializer at %C %qs entity cannot have attributes at %C %qs expects 1 argument but %d given %qs expects 2 arguments but %d given %qs expects a constant argument %qs expects a fixed-point value as argument %qs expects a fixed-point value as first argument %qs expects an integer value as second argument %qs expression must be integral %qs expression of %<volatile%>-qualified type is deprecated %qs failed %qs feature modifier is incompatible with the use of floating-point types %qs feature modifier is incompatible with the use of vector types %qs function cannot have arguments %qs function cannot have different interrupt type %qs function cannot return a value %qs function uses %<auto%> type specifier without trailing return type %qs function with trailing return type has %<decltype(auto)%> as its type rather than plain %<auto%> %qs function with trailing return type has %qT as its type rather than plain %<auto%> %qs function with trailing return type not declared with %<auto%> type specifier %qs has %qs %qs has both %<extern%> and initializer %qs has overflowed %qs in %<%s %E%> %qs in %s clause at %L is a zero size array section %qs in %s clause at %L is not a proper array section %qs in ALIGNED clause at %L requires a scalar positive constant integer alignment expression %qs in ALIGNED clause must be POINTER, ALLOCATABLE, Cray pointer or C_PTR at %L %qs in EXTENDS expression at %C is not a derived type %qs in LINEAR clause at %L requires a constant integer linear-step expression or dummy argument specified in UNIFORM clause %qs in LINEAR clause at %L requires a scalar integer linear-step expression %qs in attribute syntax terminated with %qs in pragma syntax %qs in empty declaration %qs in empty declaration with %<enum%> underlying type %qs in gimple IL %qs in pragma syntax terminated with %qs in attribute syntax %qs in the pointer assignment at %L cannot be an l-value since it is a procedure %qs in variable definition context (%s) at %L is not a variable %qs incompatible with explicitly disabled options %qs initialized and declared %<extern%> %qs into non-mode-precision operand %qs intrinsic subprogram at %L has been removed. Use INT intrinsic subprogram. %qs intrinsic with CHARACTER argument at %L %qs intrinsic with KIND argument at %L %qs intrinsic with RADIX argument at %L %qs is a nested function and cannot be accessed from %qs %qs is a reserved identifier in AVR-LibC. Consider %<#include <avr/interrupt.h>%> before using the %qs macro %qs is already IMPORTed from host scoping unit at %C %qs is an invalid argument to %<-mcpu=%> %qs is an opaque type, and you cannot set it to other values %qs is an unknown %<-save-temps%> option %qs is corrupted %qs is defined but could not be loaded: %s %qs is defined but plugin support is disabled %qs is defined in header %qs; did you forget to %<#include %s%>? %qs is deprecated %qs is deprecated and not recommended in any circumstances %qs is deprecated; use -fno-zero-initialized-in-bss %qs is deprecated; use -fstack-check %qs is incompatible with %qs %qs is incompatible with the use of floating-point types %qs is incompatible with the use of vector types %qs is loaded but symbol %qs is not found: %s %qs is mutually exclusive with %qs and cannot be specified together %qs is narrower than values of its type %qs is neither a defined operator nor a structure component in dotted string at %C %qs is not a constant expression because %qT contains a pointer to member type %qs is not a constant expression because %qT contains a pointer type %qs is not a constant expression because %qT contains a reference type %qs is not a constant expression because %qT contains a union type %qs is not a constant expression because %qT contains a volatile subobject %qs is not a constant expression because %qT is a pointer to member type %qs is not a constant expression because %qT is a pointer type %qs is not a constant expression because %qT is a reference type %qs is not a constant expression because %qT is a union type %qs is not a constant expression because %qT is volatile %qs is not a directory %qs is not a field, but a %qs %qs is not a gcov data file %qs is not a valid Modula-2 system library name or abbreviation %qs is not a valid base register in %<-mstack-protector-guard-reg=%> %qs is not a valid base register in %qs %qs is not a valid number in %<-mstack-protector-guard-offset=%> %qs is not a valid number in %qs %qs is not a valid offset in %<-mstack-protector-guard-offset=%> %qs is not a valid offset in %qs %qs is not a valid option to the preprocessor %qs is not an associative array %qs is not an expression %qs is not an option that controls warnings %qs is not defined as a type %qs is not supported by arch %s %qs is not supported for 64-bit Darwin; it is incompatible with the installed C and C++ libraries %qs is not supported for this target %qs is not supported in 32-bit mode %qs is not supported in this compiler configuration %qs is not supported in this configuration %qs is not supported on little endian systems %qs is not supported on this target %qs is not supported with %qs %qs is not supported, now cmodel is set to %qs %qs is not valid for %<-mmacosx-version-min%> %qs is not valid for %qs %qs is of a PRIVATE type and cannot be a dummy argument of %qs, which is PUBLIC at %L %qs is used uninitialized %qs is version %q.*s, expected version %q.*s %qs length expression must be integral %qs length expression must be positive constant integer expression %qs matching variant is deprecated %qs matching variant requires z14 or higher %qs matching variant requires z15 or higher %qs may be used uninitialized %qs may only be used with a single declarator %qs must be a module procedure or an external procedure with an explicit interface at %L %qs must be by itself for %<-mharden-sls=%> %qs must be of same type and kind as %qs at %L in %qs %qs must be the first clause of %qs %qs must be used with %qs %qs must not appear in the array specification at %L in the same ALLOCATE statement where it is itself allocated %qs needs a valid base register %qs not allowed outside STRUCTURE at %C %qs not at element boundary %qs not supported by your assembler %qs not supported with %<-msoft-float%> %qs not yet supported %qs of %qs is PRIVATE at %L %qs of module %qs, imported at %C, is also the name of the current program unit %qs of non-mode-precision operand %qs only supported in OpenACC code %qs parameter inquiry for %qs in variable definition context (%s) at %L %qs plugin is not licensed under a GPL-compatible license %qs pointer is null %qs profile count data file not found %qs property cannot be set %qs region may not be closely nested inside of work-sharing, %<loop%>, explicit %<task%> or %<taskloop%> region %qs requires %<__ibm128%> type support %qs requires %<long double%> to be IBM 128-bit format %qs requires %qs %qs requires %qs or %qs %qs requires PowerPC64 architecture, enabling %qs requires VSX support %qs requires a target that provides the %qs instruction %qs requires an initialized data declaration %qs requires an integer constant expression %qs requires branch-likely instructions %qs requires full ISA 2.06 support %qs requires full ISA 3.0 support %qs requires quad-precision floating-point arithmetic %qs requires the %qs and %qs options %qs requires the %qs option %qs requires the %qs option and either the %qs or %qs option %qs requires the ELFv2 ABI %qs should be %qs to terminate a template argument list %qs should be from a scalar to a like vector %qs specified bound %s exceeds maximum object size %E %qs specified bound %s exceeds the size %E of unterminated array %qs specified bound %s exceeds the size of at most %E of unterminated array %qs specified bound %s may exceed the size of at most %E of unterminated array %qs specified for auto variable %qE %qs specified for parameter %qE %qs specified for structure field %qs specified for structure field %qE %qs specified for unnamed parameter %qs specified in %<allocate%> clause at %L but not in an explicit privatization clause %qs specified in 'allocate' clause at %L but not in an explicit privatization clause %qs specified multiple times in the same option %qs specified with %<decltype%> %qs specified with %<typeof%> %qs specified with %qD %qs specified with %qT %qs specifies a conflicting level of parallelism %qs string ill-formed %qs symbol %q+D must have static linkage %qs symbol %q+D ultimately targets itself %qs tag used in naming %q#T %qs unsupported for this ABI %qs used with %<auto%> %qs used with %qE %qs uses dynamic stack allocation %qs uses register r29 %qs value must be positive %qs variable is neither a pointer nor an array %qs variable is neither a pointer nor reference to pointer %qs variable is neither a pointer, nor an array nor reference to pointer or array %qs variable is not a pointer %qs was declared here %qs without corresponding %qs %qs: [%u] bad %<next_regno%> for empty chain (%u) %qs: [%u] bad %<oldest_regno%> (%u) %qs: [%u] non-empty register in chain (%s %u %i) %qs: loop in %<next_regno%> chain (%u) %r%s:%d:%R %r%s:%d:%R [ skipping %d instantiation contexts, use -ftemplate-backtrace-limit=0 to disable ]
%r%s:%d:%R in %<constexpr%> expansion of %qs %r%s:%d:%d:%R %r%s:%d:%d:%R [ skipping %d instantiation contexts, use -ftemplate-backtrace-limit=0 to disable ]
%r%s:%d:%d:%R in %<constexpr%> expansion of %qs %s %s
%s Same as %s. %s !$ACC LOOP loops not perfectly nested at %L %s %#qD %s %#qS %s %<%s%.*s%> expects a matching %<%T%s%> argument %s %<%s%.*s%> expects a matching %<%s%s%> argument %s %<%s%.*s%> expects argument of type %<%T%s%>, but argument %d has type %qT %s %<%s%.*s%> expects argument of type %<%s%s%>, but argument %d has type %qT %s %<%s(%E)%> %p %d %s %qE does not fully implement the %qE protocol %s %qs %s %qs construct inside of %s %qs region %s %qs is an invalid argument to builtin %qs %s %s %p %d %s %s%s
%s %wd out of range %wd - %wd %s '%s'
%s - %u-bit integer numbers unsupported (mode %qs) %s - %u-bit-precision complex floating-point numbers unsupported (mode %qs) %s - %u-bit-precision decimal floating-point numbers unsupported (mode %qs) %s - %u-bit-precision floating-point numbers unsupported (mode %qs) %s - unsupported mode %qs %s argument to IMAGE_INDEX must be a rank one array at %L %s at %C has no default type %s at %C is a DEC extension, enable with %<-fdec%> %s at %C is a DEC extension, enable with %<-fdec-static%> %s at %C is a DEC extension, enable with %<-fdec-structure%> %s at %L %s at %L is a DEC extension, enable with %<-fdec-static%> %s at %L must be INTEGER %s at %L must be a scalar %s at %L must be integer %s attribute applied to %s %s at %L %s attribute at %L is not allowed outside of the specification part of a module %s attribute conflicts with %s attribute at %L %s attribute conflicts with %s attribute in %qs at %L %s attribute not allowed in BLOCK DATA program unit at %L %s attribute of %qs conflicts with %s attribute at %L %s between %L and %L %s between the MODULE PROCEDURE declaration in MODULE %qs and the declaration at %L in (SUB)MODULE %qs %s cannot be a DO CONCURRENT loop at %L %s cannot be a DO WHILE or DO without loop control at %L %s cannot be used in %<asm%> here %s clause at %L requires a scalar INTEGER expression %s clause variable %qs at %L is neither a POINTER nor an array %s contains too many lines %s does not support %%n$ operand number formats %s does not support %s %s does not support %s with the %<%%%c%> %s format %s does not support block_ends_with_call_p %s does not support block_ends_with_condjump_p %s does not support can_duplicate_block_p %s does not support can_merge_blocks_p %s does not support can_remove_branch_p %s does not support create_basic_block %s does not support delete_basic_block %s does not support dump_bb_for_graph %s does not support duplicate_block %s does not support flow_call_edges_add %s does not support force_nonfallthru %s does not support make_forwarder_block %s does not support merge_blocks %s does not support move_block_after %s does not support predict_edge %s does not support predicted_by_p %s does not support redirect_edge_and_branch %s does not support redirect_edge_and_branch_force %s does not support split_block %s does not support split_edge %s does not support the %<%%%c%> %s format %s does not support the %<%%%s%c%> %s format %s does not support the %qs %s length modifier %s does not take any feature options %s expects a compile time integer constant %s expects a compile time long integer constant as first argument %s expression list treated as compound expression %s from %s called in %s %s from %s referenced in %s %s ignored with %s and %<%%%c%> %s format %s ignored with %s in %s format %s incompatible with %<-mword-relocations%> %s instructions aren%'t allowed in a function with the %<no_caller_saved_registers%> attribute %s instructions aren%'t allowed in an exception service routine %s instructions aren%'t allowed in an interrupt service routine %s is not supported by this configuration %s iteration variable must be of type integer at %L %s iteration variable must not be THREADPRIVATE at %L %s iteration variable present on clause other than PRIVATE, LASTPRIVATE or ALLOCATE at %L %s iteration variable present on clause other than PRIVATE, LASTPRIVATE, ALLOCATE or LINEAR at %L %s iteration variable used in more than one loop at %L %s loop bounds reference different iteration variables at %L %s loop end expression not in canonical form at %L %s loop increment not in canonical form at %L %s loop start expression not in canonical form at %L %s must contain at least one MAP clause at %L %s namespace %qD conflicts with reachable definition %s not supported for variable length aggregates %s not supported on this target %s only supports non-pic code on M-profile targets %s only supports non-pic code on M-profile targets with the MOVT instruction %s out of range: Range is %i to %i, value is %i %s procedure at %L is already declared as %s procedure %s procedure at %L is already declared as %s procedure.
F2008: A pointer function assignment is ambiguous if it is the first executable statement after the specification block. Please add any other kind of executable statement before it. FIXME %s returned %d exit status %s signal terminated program %s %s specifier in %s statement at %L has invalid value %qs %s specifier in %s statement at %L has value %qs %s statement at %C cannot follow %s statement at %L %s statement at %C cannot terminate a non-block DO loop %s statement at %C follows another accessibility specification %s statement at %C in PURE procedure %s statement at %C is not applicable to construct %qs %s statement at %C is not within a construct %s statement at %C is not within construct %qs %s statement at %C leaves CRITICAL construct %s statement at %C leaves DO CONCURRENT construct %s statement at %C leaving OpenACC structured block %s statement at %C leaving OpenMP structured block %s statement expected at %L %s statement is not allowed inside of BLOCK DATA at %C %s statement is not allowed inside of BLOCK at %C %s statement must appear in a MODULE %s statement not allowed in PURE procedure at %C %s tag %s tag at %L must be a character string of default kind %s tag at %L must be of type %s %s tag at %L must be scalar %s tag with INQUIRE %s terminated with signal %d [%s]%s %s used with %<%%%c%> %s format %s used within a quoted sequence %s variable %qE is private in outer context %s%#qD %s%#qD (deleted) %s%#qD (near match) %s%#qD (reversed) %s%#qD (rewritten) %s%<%D(%T)%> (built-in) %s%<%D(%T, %T)%> (built-in) %s%<%D(%T, %T, %T)%> (built-in) %s%qT (conversion) %s%qs%s is invalid %s%qs%s is not allowed %s%s%s %sversion %s (%s)
%s compiled by GNU C version %s, %s%s%s %sversion %s (%s) compiled by CC, %s%sGGC heuristics: --param ggc-min-expand=%d --param ggc-min-heapsize=%d
%s%swarning: %s header version %s differs from library version %s.
%s-%s is an empty range %s: %<-fcompare-debug%> failure %s: %<-fcompare-debug%> failure (length) %s: %d basic blocks and %d edges/basic block %s: %d basic blocks and %d registers; increase %<--param max-gcse-memory%> above %wu %s: %m %s: %s %s: %s compiler not installed on this system %s: %s: %s %s: In instantiation of %q#D:
%s: In substitution of %qS:
%s: PCH file was invalid %s: all warnings being treated as errors %s: attempt to rename spec %qs to already defined spec %qs %s: cannot open as COFF file %s: could not determine length of compare-debug file %s %s: could not open compare-debug file %s %s: couldn%'t open PCH file: %m %s: linker input file not found: %m %s: linker input file unused because linking not done %s: not a COFF file %s: section %s.%d is missing %s: some warnings being treated as errors %s:%d: confused by earlier errors, bailing out
%s:%d:%s %s:%d:assertion of condition %qs failed %s:%d:condition %s failed %s:%d:the value %s is not a BOOLEAN as the value is %d %s:%s: %E: %E %s:'%s' has arcs from exit block
%s:'%s' has arcs to entry block
%s:'%s' lacks entry and/or exit blocks
%s:already seen blocks for '%s'
%s:cannot open data file, assuming not executed
%s:cannot open notes file
%s:corrupted
%s:graph is unsolvable for '%s'
%s:no functions found
%s:no lines for '%s'
%s:not a gcov data file
%s:not a gcov notes file
%s:overflowed
%s:profile mismatch for '%s'
%s:source file is newer than notes file '%s'
%s:stamp mismatch with notes file
%s:version '%.4s', prefer '%.4s'
%s:version '%.4s', prefer version '%.4s'
%sspecifier at %L not allowed in OPEN statement for unformatted I/O %u name provided for structured binding %u names provided for structured binding ' ' ' flag '!' flag '#' flag '%%%c' is not a valid operand prefix '%%&' used without any local dynamic TLS references '%%l' operand isn't a label '%s' file is already processed
'%s' is not a valid explicit concrete semantic '%s' must have %d operands (excluding match_dups) '%s' must have at least %d operands (excluding match_dups) '%s' must have no more than %d operands (excluding match_dups) ''' flag '(' flag '+' flag '-' flag '0' flag 'B' operand has multiple bits set 'B' operand is not constant 'E' modifier 'I' flag 'O' modifier '^' flag '_' flag 'a' flag 'm' flag 'o' operand is not constant 'q' flag (C) (Obsolete after 10.3.9) Set MH_NOPREFIXBINDING, in an executable. (Obsolete after 10.4) Set MH_NOMULTIDEFS in an umbrella framework. (Obsolete after 10.4) -multiply_defined <treatment> Provided a mechanism for warning about symbols defined in multiple dylibs. (Obsolete after 10.4) -multiply_defined_unused <treatment> Provided a mechanism for warning about symbols defined in the current executable also being defined in linked dylibs. (Obsolete after 10.4) Multi modules are ignored at runtime since macOS 10.4. (Obsolete and unhandled by ld64, ignored) ld should produce an executable (only handled by ld_classic). (Obsolete) This is the default. (Obsolete) -sectobjectsymbols <segname> <sectname> Setting a local symbol at the start of a section is no longer supported. (Obsolete) -sectorder <segname> <sectname> <orderfile> Replaced by a more general option "-order_file". (Obsolete) Allowed linking to proceed with "-flat_namespace" when a linked bundle contained a symbol also exported from the main executable. (Obsolete) Current linkers never dead-strip these items, so the option is not needed. (Obsolete) LD_PREBIND is no longer supported. (Obsolete) Object files with LINKEDIT sections are no longer supported. (Obsolete) This is the default. (Obsolete, ignored) Old support similar to "-whyload". (Obsolete, ld_classic only) -sectcreate <segname> <sectname> <file> Allowed creation of a section from a file. (Obsolete, ld_classic only) -seg_addr_table_filename <path>. (a pointer to member can only be formed with %<&%E%>) (an out of class initialization is required) (anonymous namespace) (anonymous) (if this is not what you intended, make sure the function template has already been declared and add %<<>%> after the function name here) (if you use %<-fpermissive%> or %<-std=c++11%>, or %<-std=gnu++11%> G++ will accept your code) (if you use %<-fpermissive%>, G++ will accept your code, but allowing the use of an undeclared name is deprecated) (messages without a matching method signature will be assumed to return %<id%> and accept %<...%> as arguments) (near initialization for %qs) (no argument) (perhaps %<typename %T::%E%> was intended) (perhaps a semicolon is missing after the definition of %qT) (so you should pass %qT not %qT to %<va_arg%>) (static destructors for %s) (static initializers for %s) (the message is displayed only once per source file)
({anonymous}) *** WARNING *** there are active plugins, do not report this as a bug unless you can reproduce it without enabling any plugins.
*this --help=<class> Display descriptions of a specific class of options. <class> is one or more of optimizers, target, warnings, undocumented, params. --param inline-unit-growth limit reached --param large-function-growth limit reached --param large-stack-frame-growth limit reached --param max-inline-insns-auto limit reached --param max-inline-insns-single limit reached --param=openacc-kernels=[decompose|parloops] Specify mode of OpenACC 'kernels' constructs handling. --param=openacc-privatization=[quiet|noisy] Specify mode of OpenACC privatization diagnostics. --param=parloops-schedule=[static|dynamic|guided|auto|runtime] Schedule type of omp schedule for loops parallelized by parloops. --param=ranger-debug=[none|trace|gori|cache|tracegori|all] Specifies the output mode for debugging ranger. --param=threader-debug=[none|all] Enables verbose dumping of the threader solver. -A<question>=<answer> Assert the <answer> to <question>. Putting '-' before <question> disables the <answer> to <question>. -D<macro>[=<val>] Define a <macro> with <val> as its value. If just <macro> is given, <val> is taken to be 1. -E or -x required when input is from standard input -F <dir> Add <dir> to the end of the main framework include path. -G<number> Put global and static data smaller than <number> bytes into a special section (on some targets). -Hd <dir> Write D interface files to directory <dir>. -Hf <file> Write D interface to <file>. -I <dir> Add <dir> to the end of the main include path. -J<directory> Put MODULE files in 'directory'. -MF <file> Write dependency output to the given file. -MQ <target> Add a target that may require quoting. -MT <target> Add a target that does not require quoting. -O<number> Set optimization level to <number>. -U<macro> Undefine <macro>. -Waligned-new=[none|global|all] Warn even if 'new' uses a class member allocation function. -Walloc-size-larger-than=<bytes> Warn for calls to allocation functions that attempt to allocate objects larger than the specified number of bytes. -Walloca-larger-than=<number> Warn on unbounded uses of alloca, and on bounded uses of alloca whose bound can be larger than <number> bytes. -Wbidi-chars=[none|unpaired|any|ucn] Warn about UTF-8 bidirectional control characters. -Wframe-larger-than=<byte-size> Warn if a function's stack frame requires in excess of <byte-size>. -Wlarger-than=<byte-size> Warn if an object's size exceeds <byte-size>. -Wnormalized=[none|id|nfc|nfkc] Warn about non-normalized Unicode strings. -Wstack-usage=<byte-size> Warn if stack usage might exceed <byte-size>. -Wvla-larger-than=<number> Warn on unbounded uses of variable-length arrays, and on bounded uses of variable-length arrays whose bound can be larger than <number> bytes. -Xbind-now and -Xbind-lazy are incompatible -Xf <file> Write JSON output to the given <file>. -allowable_client <name> The output dylib is private to the client <name>. -arch <name> Generate output for architecture <name>. -aux-info <file> Emit declaration information into <file>. -bundle not allowed with -dynamiclib -bundle_loader <executable> Treat <executable> (that will be loading this bundle) as if it was one of the dynamic libraries the bundle is linked against for symbol resolution. -bundle_loader not allowed with -dynamiclib -c or -S required for Ada -c required for gnat2scil -c required for gnat2why -client_name <name> Enable the executable being built to link against a private dylib (using allowable_client). -client_name not allowed with -dynamiclib -compatibility_version <number> Set the version for the client interface. Client programs must record a value less than or equal to <number>, or the binding will fail at runtime. -compatibility_version only allowed with -dynamiclib -current_version <number> Set the current version for the library to <number>. -current_version only allowed with -dynamiclib -d<letters> Enable dumps from specific passes of the compiler. -dumpbase <file> Set the file basename to be used for dumps. -dumpbase-ext .<ext> Drop a trailing .<ext> from the dump basename to name auxiliary output files. -dumpdir <dir> Set the directory name to be used for dumps. -dylib_file install_name:file_name This allows linking of a dylib with "install_name" but to be found in a different install position "file_name" -dylinker_install_name <path> Only used for building dyld. -exported_symbols_list <filename> Export global symbols in <filename> in linked output file; any symbols not mentioned will be treated as "hidden". -f%s ignored (not supported for DJGPP)
-fada-spec-parent=unit Dump Ada specs as child units of given parent. -faligned-new=<N> Use C++17 over-aligned type allocation for alignments greater than N. -fasan-shadow-offset=<number> Use custom shadow memory offset. -fblas-matmul-limit=<n> Size of the smallest matrix for which matmul will use BLAS. -fbounds-check=[on|safeonly|off] Turn array bounds checks on, in @safe code only, or off. -fcall-saved-<register> Mark <register> as being preserved across functions. -fcall-used-<register> Mark <register> as being corrupted by function calls. -fcf-protection=[full|branch|return|none|check] Instrument functions with checks to verify jump/call/return control-flow transfer instructions have valid targets. -fcheck=[...] Specify which runtime checks are to be performed. -fcheckaction=[throw,halt,context] Behavior on contract failure. -fcoarray=<none|single|lib> Specify which coarray parallelization should be used. -fcompare-debug[=<opts>] Compile with and without e.g. -gtoggle, and compare the final-insns dump. -fconst-string-class=<name> Use class <name> for constant strings. -fconstexpr-cache-depth=<number> Specify maximum constexpr recursion cache depth. -fconstexpr-depth=<number> Specify maximum constexpr recursion depth. -fconstexpr-loop-limit=<number> Specify maximum constexpr loop iteration count. -fconstexpr-ops-limit=<number> Specify maximum number of constexpr operations during a single constexpr evaluation. -fcontract-assumption-mode=[on|off] Enable or disable treating axiom level contracts as assumptions (default on). -fcontract-build-level=[off|default|audit] Specify max contract level to generate runtime checks for. -fcontract-continuation-mode=[on|off] Enable or disable contract continuation mode (default off). -fcontract-mode=[on|off] Enable or disable all contract facilities (default on). -fcontract-role=<name>:<semantics> Specify the semantics for all levels in a role (default, review), or a custom contract role with given semantics (ex: opt:assume,assume,assume). -fcontract-semantic=<level>:<semantic> Specify the concrete semantics for level. -fcontract-strict-declarations=[on|off] Enable or disable warnings on generalized redeclaration of functions with contracts (default off). -fconvert=<big-endian|little-endian|native|swap|r16_ieee|r16_ibm> The endianness used for unformatted files. -fdbg-cnt=<counter>[:<lower_limit1>-]<upper_limit1>[:<lower_limit2>-<upper_limit2>:...][,<counter>:...] Set the debug counter limit. -fdebug-prefix-map=<old>=<new> Map one directory name to another in debug information. -fdebug=<ident> Compile in debug code identified by <ident>. -fdiagnostics-color=[never|always|auto] Colorize diagnostics. -fdiagnostics-column-origin=<number> Set the number of the first column. The default is 1-based as per GNU style, but some utilities may expect 0-based, for example. -fdiagnostics-column-unit=[display|byte] Select whether column numbers are output as display columns (default) or raw bytes. -fdiagnostics-escape-format=[unicode|bytes] Select how to escape non-printable-ASCII bytes in the source for diagnostics that suggest it. -fdiagnostics-format=[text|sarif-stderr|sarif-file|json|json-stderr|json-file] Select output format. -fdiagnostics-show-location=[once|every-line] How often to emit source location at the beginning of line-wrapped diagnostics. -fdiagnostics-urls=[never|always|auto] Embed URLs in diagnostics. -fdisable-[tree|rtl|ipa]-<pass>=range1+range2 Disable an optimization pass. -fdoc-dir=<dir> Write documentation file to directory <dir>. -fdoc-file=<file> Write documentation to <file>. -fdoc-inc=<file> Include a Ddoc macro <file>. -fdump-<type> Dump various compiler internals to a file. -fdump-cxx-spec=<filename> Write all declarations as C++ code to <filename>. -fdump-final-insns=filename Dump to filename the insns at the end of translation. -fdump-go-spec=filename Write all declarations to file as Go code. -femit-struct-debug-baseonly Aggressive reduced debug info for structs. -femit-struct-debug-detailed=<spec-list> Detailed reduced debug info for structs. -femit-struct-debug-reduced Conservative reduced debug info for structs. -fenable-[tree|rtl|ipa]-<pass>=range1+range2 Enable an optimization pass. -fexcess-precision=[fast|standard|16] Specify handling of excess floating-point precision. -fexec-charset=<cset> Convert all strings and character constants to character set <cset>. -fextern-std=<standard> Set C++ name mangling compatibility with <standard>. -ffile-prefix-map=<old>=<new> Map one directory name to another in compilation result. -ffixed-<register> Mark <register> as being unavailable to the compiler. -ffixed-line-length-<n> Use n as character line width in fixed mode. -ffp-contract=[off|on|fast] Perform floating-point expression contraction. -ffpe-summary=[...] Print summary of floating point exceptions. -ffpe-trap=[...] Stop on following floating point exceptions. -ffree-line-length-<n> Use n as character line width in free mode. -fgnat-encodings=[all|gdb|minimal] Select the balance between GNAT encodings and standard DWARF emitted in the debug information. -fgo-c-header=<file> Write Go struct definitions to file as C code. -fgo-debug-escape-hash=<string> Hash value to debug escape analysis. -fgo-dump-<type> Dump Go frontend internal information. -fgo-embedcfg=<file> List embedded files via go:embed. -fgo-optimize-<type> Turn on optimization passes in the frontend. -fgo-pkgpath=<string> Set Go package path. -fgo-prefix=<string> Set package-specific prefix for exported Go names. -fgo-relative-import-path=<path> Treat a relative import as relative to path. -finit-character=<n> Initialize local character variables to ASCII value n. -finit-integer=<n> Initialize local integer variables to n. -finit-logical=<true|false> Initialize local logical variables. -finit-real=<zero|snan|nan|inf|-inf> Initialize local real variables. -finline-arg-packing Perform argument packing inline. -finline-limit=<number> Limit the size of inlined functions to <number>. -finline-matmul-limit=<n> Specify the size of the largest matrix for which matmul will be inlined. -finput-charset=<cset> Specify the default character set for source files. -finstrument-functions-exclude-file-list=filename,... Do not instrument functions listed in files. -finstrument-functions-exclude-function-list=name,... Do not instrument listed functions. -fira-algorithm=[CB|priority] Set the used IRA algorithm. -fira-region=[one|all|mixed] Set regions for IRA. -fira-verbose=<number> Control IRA's level of diagnostic messages. -flive-patching=[inline-only-static|inline-clone] Control IPA optimizations to provide a safe compilation for live-patching. At the same time, provides multiple-level control on the enabled IPA optimizations. -fmacro-prefix-map=<old>=<new> Map one directory name to another in __FILE__, __BASE_FILE__, and __builtin_FILE(). -fmax-array-constructor=<n> Maximum number of objects in an array constructor. -fmax-errors=<number> Maximum number of errors to report. -fmax-identifier-length=<n> Maximum identifier length. -fmax-stack-var-size=<n> Size in bytes of the largest array that will be put on the stack. -fmax-subrecord-length=<n> Maximum length for subrecords. -fmessage-length=<number> Limit diagnostics to <number> characters per line. 0 suppresses line-wrapping. -fmodule-file=<package.module>=<filespec> use <filespec> as source file for <package.module>. -fno-threadsafe-statics Do not generate thread-safe code for initializing local statics. -foffload-abi=[lp64|ilp32] Set the ABI to use in an offload compiler. -foffload-options=<targets>=<options> Specify options for the offloading targets. -fopt-info[-<type>=filename] Dump compiler optimization details. -force_flat_namespace not allowed with -dynamiclib -fpack-struct=<number> Set initial maximum structure member alignment. -fpermitted-flt-eval-methods=[c11|ts-18661] Specify which values of FLT_EVAL_METHOD are permitted. -fplugin-arg-<name>-<key>[=<value>] Specify argument <key>=<value> for plugin <name>. -fprofile-prefix-map=<old>=<new> Map one directory name to another in GCOV coverage result. -fprofile-reproducible=[serial|parallel-runs|multithreaded] Control level of reproducibility of profile gathered by -fprofile-generate. -fprofile-update=[single|atomic|prefer-atomic] Set the profile update method. -framework <name> The linker should search for the framework <name> in the framework search path. -frandom-seed=<string> Make compile reproducible using <string>. -freorder-blocks-algorithm=[simple|stc] Set the used basic block reordering algorithm. -frust-cfg=<name> Set a config expansion option -frust-compile-until=[ast|attributecheck|expansion|nameresolution|lowering|typecheck|privacy|unsafety|const|copimlation|end] When to stop in the pipeline when compiling Rust code -frust-crate=<name> Set the crate name for the compilation -frust-dump-<type> Dump Rust frontend internal information. -frust-edition=[2015|2018|2021] Choose which edition to use when compiling rust code -frust-mangling=[legacy|v0] Choose which version to use for name mangling -frust-max-recursion-depth=integer -frust-metadata-output=<path.rox> Path to output crate metadata -fsanitize-sections=<sec1,sec2,...> Sanitize global variables in user-defined sections. -fsanitize=address is not supported in this configuration -fsave-mixins=<filename> Expand and save mixins to file specified by <filename>. -fsched-stalled-insns-dep=<number> Set dependence distance checking in premature scheduling of queued insns. -fsched-stalled-insns=<number> Set number of queued insns that can be prematurely scheduled. -fsched-verbose=<number> Set the verbosity level of the scheduler. -fsimd-cost-model=[unlimited|dynamic|cheap|very-cheap] Specifies the vectorization cost model for code marked with a simd directive. -fsso-struct=[big-endian|little-endian|native] Set the default scalar storage order. -fstack-check=[no|generic|specific] Insert stack checking code into the program. -fstack-limit-register=<register> Trap if the stack goes past <register>. -fstack-limit-symbol=<name> Trap if the stack goes past symbol <name>. -fstack-reuse=[all|named_vars|none] Set stack reuse level for local variables. -fstrict-flex-arrays=<level> Control when to treat the trailing array of a structure as a flexible array member for the purposes of accessing the elements of such an array. The default is treating all trailing arrays of structures as flexible array members. -ftabstop=<number> Distance between tab stops for column reporting. -ftemplate-depth=<number> Specify maximum template instantiation depth. -ftls-model=[global-dynamic|local-dynamic|initial-exec|local-exec] Set the default thread-local storage code generation model. -ftrack-macro-expansion=<0|1|2> Track locations of tokens coming from macro expansion and display them in error messages. -ftree-parallelize-loops=<number> Enable automatic parallelization of loops. -ftrivial-auto-var-init=[uninitialized|pattern|zero] Add initializations to automatic variables. -fuse-linker-plugin is not supported in this configuration -fvect-cost-model=[unlimited|dynamic|cheap|very-cheap] Specifies the cost model for vectorization. -fversion=<ident> Compile in version code identified by <ident>. -fvisibility=[default|internal|hidden|protected] Set the default symbol visibility. -fvisibility=[private|protected|public|package] Set the default symbol visibility. -fvtable-verify=preinit is not supported in this configuration -fvtable-verify=std is not supported in this configuration -fwide-exec-charset=<cset> Convert all wide strings and character constants to character set <cset>. -gnat<options> Specify options to GNAT. -gz is not supported in this configuration -gz=<format> Generate compressed debug sections in format <format>. -gz=zstd is not supported in this configuration -idirafter <dir> Add <dir> to the end of the system include path. -iframework <dir> Add <dir> to the end of the system framework include path. -imacros <file> Accept definition of macros in <file>. -image_base <address> Specify <address> as the base address for a dylib or bundle. -imultiarch <dir> Set <dir> to be the multiarch include subdirectory. -imultilib <dir> Set <dir> to be the multilib include subdirectory. -include <file> Include the contents of <file> before other files. -init <symbol_name> The symbol <symbol_name> will be used as the first initialiser for a dylib. -install_name <name> Set the install name for a dylib. -install_name only allowed with -dynamiclib -iplugindir=<dir> Set <dir> to be the default plugin directory. -iprefix <path> Specify <path> as a prefix for next two options. -iquote <dir> Add <dir> to the end of the quote include path. -isysroot <dir> Set <dir> to be the system root directory. -isystem <dir> Add <dir> to the start of the system include path. -iwithprefix <dir> Add <dir> to the end of the system include path. -iwithprefixbefore <dir> Add <dir> to the end of the main include path. -keep_private_externs not allowed with -dynamiclib -mabi=ABI Generate code that conforms to the given ABI. -mabi=BASEABI Generate code that conforms to the given BASEABI. -mabs=MODE Select the IEEE 754 ABS/NEG instruction execution mode. -march= Generate code for given RISC-V ISA (e.g. RV64IM). ISA strings must be lower-case. -march=ARCH Generate code for the specified chip or CPU version. -march=ISA Generate code for the given ISA. -march=PROCESSOR Generate code for the given PROCESSOR ISA. -mas100-syntax is incompatible with -gdwarf -mbranch-cost=COST Set the cost of branches to roughly COST instructions. -mbranch-cost=N Set the cost of branches to roughly N instructions. -mcall-ABI Select ABI calling convention. -mcode-readable=SETTING Specify when instructions are allowed to access code. -mcode-region requires the large memory model (-mlarge) -mcpu= Use features of and schedule code for given CPU. -mcpu=CPU Compile code for ARC variant CPU. -mcpu=PROCESSOR Use features of and schedule code for given CPU. -mcpu=PROCESSOR Use architecture of and optimize the output for PROCESSOR. -mcpu=m16c Compile code for M16C variants. -mcpu=m32c Compile code for M32C variants. -mcpu=m32cm Compile code for M32CM variants. -mcpu=r8c Compile code for R8C variants. -mdata-region requires the large memory model (-mlarge) -mdebug= Enable debug output. -mdouble=<BITS> Use <BITS> bits wide double type. -memregs= Number of memreg bytes (default: 16, range: 0..16). -mflush-func=FUNC Use FUNC to flush the cache before calling stack trampolines. -mfpu=FPU Generate code for the given FPU. -mhard-float not supported -mipsN Generate code for ISA level N. -mlam=[none|u48|u57] Instrument meta data position in user data pointers. -mlarge-data-threshold=<number> Data greater than given threshold will go into .ldata section in x86-64 medium model. -mlong-double=<BITS> Use <BITS> bits wide long double type. -mmax-inline-memcpy-size=SIZE Set the max size of memcpy to inline, default is 1024. -mmax-stackframe=SIZE Warn when a stackframe is larger than the specified size. -mmcu=MCU Select the target MCU. -mmcu=MCU Select the target System-On-Chip variant that embeds this PRU. -mmpy-option=MPY Compile ARCv2 code with a multiplier design option. -mnan=ENCODING Select the IEEE 754 NaN data encoding. -mno-serialize-volatile Do not serialize volatile memory references with MEMW instructions. -moverride=<string> Power users only! Override CPU optimization parameters. -mpointer-size=[no,32,short,64,long] Set the default pointer size. -mr10k-cache-barrier=SETTING Specify when r10k cache barriers should be inserted. -msdata=[none,data,sysv,eabi] Select method for sdata handling. -msim Use simulator runtime. -msingle-float and -msoft-float cannot both be specified -msmall-data-limit=N Put global and static data smaller than <number> bytes into a special section (on some targets). -msve-vector-bits=<number> Set the number of bits in an SVE vector register. -mtarget-linker <version> Specify that ld64 <version> is the toolchain linker for the current invocation. -mtls-size=[16,32] Specify bit size of immediate TLS offsets. -mtraceback=[full,part,no] Select type of traceback table. -mtune= Schedule code for given CPU. -mtune=ARCH Tune alignment for the specified chip or CPU version. -mtune=PROCESSOR Generate optimized code for PROCESSOR. -mtune=PROCESSOR Optimize the output for PROCESSOR. -mtune=TUNE Tune code for given ARC variant. -mx32 is not supported on Solaris -o <file> Place output into <file>. -pagezero_size <size> Allows setting the page 0 size to 4kb when required. -pg and -fomit-frame-pointer are incompatible -pie is not supported in this configuration -private_bundle not allowed with -dynamiclib -read_only_relocs <treatment> Allow relocations in read-only pages (not recommended). -sectalign <segname> <sectname> <value> Set section <sectname> in segment <segname> to have alignment <value> which must be an integral power of two expressed in hexadecimal form. -sectcreate <segname> <sectname> <file> Create section <sectname> in segment <segname> from the contents of <file>. -seg_addr_table <file> Specify the base addresses for dynamic libraries; <file> contains a line for each library. -segaddr <name> <address> Set the base address of segment <name> to <address> which must be aligned to a page boundary (currently 4kb). -segprot <segname> <max_prot> <init_prot> The virtual memory protections for segment <segname> have maximum and initial values <max_prot> and <init_prot> respectively. The specified values may contain "r", "w", "x" or "-" the latter meaning "no access". -segs_read_only_addr <address> Specify that <address> is the base address of the read-only segments of a dylib. -segs_read_write_addr <address> Specify that <address> is the base address address of the read-write segments of a dylib. -stdlib=[libstdc++|libc++] The standard library to be used for C++ headers and runtime. -sub_library <name> Library named <name> will be re-exported (only useful for dylibs). -sub_umbrella <name> Framework named <name> will be re-exported (only useful for dylibs). -trigraphs Support ISO C trigraphs. -umbrella <framework> The specified framework will be re-exported. -undefined <treatment> Specify the handling for undefined symbols (default is error). -unexported_symbols_list <filename> Do not export the global symbols listed in <filename>. -weak_reference_mismatches <treatment> Specifies what to do if a symbol import conflicts between file (weak in one and not in another) the default is to treat the symbol as non-weak. ... this enumerator %qD ... to the previous %qs clause here ... with %qs clause here ... without %qs clause near to here ...following parameter %P which has a default argument ...this statement, but the latter is misleadingly indented as if it were guarded by the %qs .NOT. operator in expression at %L must have a LOGICAL operand .XOR. operator at %C /* Prototypes for external procedures generated from %s
by GNU Fortran %s%s.
Use of this interface is discouraged, consider using the
BIND(C) feature of standard Fortran instead. */
128-bit %<long double%> not supported for VAX floats 31 bit ABI. 387 instruction set disabled, using SSE arithmetics 64 bit ABI. 64-bit ABI not supported in ESA/390 mode ; use assignment instead ; use assignment or value-initialization instead ; use copy-assignment instead ; use copy-assignment or copy-initialization instead ; use copy-initialization instead ; use value-initialization instead <During initialization>
<anonymous> <brace-enclosed initializer list> <built-in> <command-line> <declaration error> <enumerator> <erroneous-expression> <expression error> <lambda <lambda> <message unknown at compile time> <missing> <return value> <return-value> <statement> <structured bindings> <tag-error> <template arguments error> <template parameter error> <throw-expression> <type error> <type-error> <typedef-error> <typeprefixerror> <ubsan routine call> <unknown operator> <unknown> <unnamed %s> <unnamed-fixed: <unnamed-float: <unnamed-unsigned: <unnamed> <unparsed> <unresolved overloaded function type> A BOZ literal constant at %L cannot appear as an actual argument in a function reference A BOZ literal constant at %L cannot appear as an actual argument in a subroutine reference A factor for tuning the upper bound that swing modulo scheduler uses for scheduling a loop. A floatig point to integer truncation may be replaced with rounding to save mode switching. A lower bound must precede colon in assumed-size array specification at %L A non-default set of initial values has been requested, which violates the ABI A parameter name is required at %C A synonym for -std=c89 (for C) or -std=c++98 (for C++). A threshold on the average loop count considered by the swing modulo scheduler. A type parameter list is required at %C AAPCS does not support %<-mcallee-super-interworking%> AAPCS does not support %<-mcaller-super-interworking%> ABI %qs cannot be implemented due to limited instruction set %qs, falling back to %qs ABI %qs is not enabled at configure-time, the linker might report an error ABI changed (%qs to %qs) while multilib is disabled ABI for flattened struct with zero-length bit-fields changed in GCC 10 ABI requires %<-march=rv%d%> ABI variant code generation (for use with -mabi= option): ABI with startfiles: %s ABSTRACT INTERFACE %qs at %L must not have an assumed character length result (F2008: C418) ABSTRACT INTERFACE %qs must not be referenced at %L ABSTRACT INTERFACE at %C ABSTRACT type %qs used at %L ABSTRACT type at %C AC-IMPLIED-DO final expression references control variable at %L AC-IMPLIED-DO initial expression references control variable at %L AC-IMPLIED-DO step expression references control variable at %L ACC CACHE directive must be inside of loop %C ACCESS specification at %L was already specified ACLE function %qD is incompatible with the use of %qs ACLE function %qD requires ISA extension %qs ACQUIRED_LOCK variable ACQUIRED_LOCK= argument at %L must be a scalar LOGICAL variable ACTION type conflicts with READONLY specifier at %L ALIGN modifier requires at %L a scalar positive constant integer alignment expression that is a power of two ALLOCATABLE attribute at %C in a STRUCTURE definition ALLOCATABLE attribute at %C in a TYPE definition ALLOCATABLE object %qs in %s clause at %L ALLOCATABLE specified outside of INTERFACE body at %L ALLOCATE object ALLOCATE of coarray at %C in CRITICAL block ALLOCATE of coarray at %C in DO CONCURRENT block ALLOCATED intrinsic at %L requires an array or scalar allocatable entity ALTERNATE RETURN not permitted at %L APCS reentrant code not supported. Ignored ARMv8-M Security Extensions incompatible with selected FPU ASSIGN statement at %C ASSIGN statement at %L requires a scalar default INTEGER variable ASSIGNED GOTO statement at %L requires a scalar INTEGER variable ASSIGNED variable in FORMAT tag at %L ASSOCIATE construct at %C ASYNCHRONOUS attribute at %C ASYNCHRONOUS statement at %C ASYNCHRONOUS= at %L not allowed in Fortran 95 ATOM argument at %L of the %s intrinsic function shall be a coarray or coindexed ATOM argument at %L to intrinsic function %s shall be an integer of ATOMIC_INT_KIND ATOM argument at %L to intrinsic function %s shall be an integer of ATOMIC_INT_KIND or a logical of ATOMIC_LOGICAL_KIND ATOM argument of the %s intrinsic function at %L shall be definable AUX pointer initialized for edge %d->%d AVX vector argument without AVX enabled changes the ABI AVX vector return without AVX enabled changes the ABI AVX512F vector argument without AVX512F enabled changes the ABI AVX512F vector return without AVX512F enabled changes the ABI Abbreviation for "-g -feliminate-unused-debug-symbols". Abbreviation for "-g -fno-eliminate-unused-debug-symbols". Absolute value of SHIFT shall be less than or equal to SIZE at %C Abstract interface %qs is invalid in procedure pointer assignment at %L Accept argument mismatches in procedure calls. Accept extensions to support legacy code. Access data in the same section from shared anchor points. Access offset before parent offset Access overlaps with its sibling Access size greater or equal to its parent size Access specification of the %s operator at %C has already been specified Access specification of the .%s. operator at %C has already been specified Access terminates outside of its parent Accumulate outgoing function arguments and acquire/release the needed stack space for outgoing function arguments in function prologue/epilogue. Without this option, outgoing arguments are pushed before calling a function and popped afterwards. This option can lead to reduced code size for functions that call many functions that get their arguments on the stack like, for example printf. Actual CLASS array argument for %qs must be a full array at %L Actual argument at %L for INTENT(%s) dummy %qs of ELEMENTAL subroutine %qs is a scalar, but another actual argument is an array Actual argument at %L of %qs intrinsic shall be an associated pointer Actual argument at %L to allocatable or pointer dummy argument %qs must have a deferred length type parameter if and only if the dummy has one Actual argument at %L to assumed-type dummy has type parameters or is of derived type with type-bound or FINAL procedures Actual argument contains too few elements for dummy argument %qs (%lu/%lu) at %L Actual argument for %qs at %L must be a pointer Actual argument for %qs at %L must be a pointer or a valid target for the dummy pointer in a pointer assignment statement Actual argument for %qs cannot be an assumed-size array at %L Actual argument for %qs must be ALLOCATABLE at %L Actual argument of EVENT_TYPE or with EVENT_TYPE component at %L requires an explicit interface for procedure %qs Actual argument of LOCK_TYPE or with LOCK_TYPE component at %L requires an explicit interface for procedure %qs Actual argument to %qs at %L must be a coarray Actual argument to %qs at %L must be polymorphic Actual argument to %qs at %L must be simply contiguous or an element of such an array Actual argument to %qs at %L must be unlimited polymorphic since the formal argument is a pointer or allocatable unlimited polymorphic entity [F2008: 12.5.2.5] Actual argument to %qs at %L must have the same declared type Actual argument to assumed-rank INTENT(OUT) dummy %qs at %L cannot be of unknown size Actual argument to contiguous pointer dummy %qs at %L must be simply contiguous Actual argument to non-INTENT(INOUT) dummy %qs at %L, which is EVENT_TYPE or has a EVENT_TYPE component Actual argument to non-INTENT(INOUT) dummy %qs at %L, which is LOCK_TYPE or has a LOCK_TYPE component Actual string length does not match the declared one for dummy argument '%s' (%ld/%ld) Actual string length is shorter than the declared one for dummy argument '%s' (%ld/%ld) Add CS prefix to call and jmp to indirect thunk with branch target in r8-r15 registers. Add a common subexpression elimination pass after loop optimizations. Add comments for ignored declarations in the generated C++ header. Add description attributes to some DWARF DIEs that have no name attribute. Add explicit checks for division by zero. Add explicit checks for division overflow in INT_MIN / -1. Add extra commentary to assembler output. Add extra information to the executable that can speed up dynamic loading (provided that dependent libraries are unchanged). Add the .lower prefix to section names when compiling with -m{code,data}-region=lower (disabled by default). Additional debug prints. Additional maximum allowed growth of total size of new parameters that ipa-sra replaces a pointer to an aggregate with, if it points to a local variable that the caller only writes to and passes it as an argument to functions. After diagnosing undefined behavior attempt to continue execution. Aggressively optimize loops using language constraints. Alias and target%'s comdat groups differs Alias and target%'s section differs Alias for -mcpu=g10. Alias for -mcpu=g13. Alias for -mcpu=g14. Alias has call edges Alias has more than one alias reference Alias has non-alias reference Alias: Align all labels. Align all loops to 32 byte boundary. Align code and data to 32 bits. Align destination of the string operations. Align doubles at 64-bit boundaries. Align function entry to 4 byte. Align labels which are only reached by jumping. Align some doubles on dword boundary. Align the start of functions. Align the start of loops. Align to the base type of the bit-field. Align to the base type of the bit-field. Don't assume that unaligned accesses are handled by the system. Align variables on a 32-bit boundary. All intrinsics procedures are available regardless of selected standard. All memory accesses use I/O load/store instructions. All the LEN type parameters in the TYPE IS statement at %C must be ASSUMED Allocatable %qs at %L cannot have an initializer Allocatable array %qs at %L must have a deferred shape or assumed rank Allocatable character dummy argument %qs at %L must have deferred length as procedure %qs is BIND(C) Allocatable coarray variable %qs at %L must have deferred shape Allocatable component %s at %L must have a codimension as it has a noncoarray subcomponent of type EVENT_TYPE Allocatable component %s at %L must have a codimension as it has a noncoarray subcomponent of type LOCK_TYPE Allocatable component %s at %L of type EVENT_TYPE must have a codimension Allocatable component %s at %L of type LOCK_TYPE must have a codimension Allocatable component of structure at %C must have a deferred shape Allocatable component or deferred-shaped array near %C in DATA statement Allocatable function %qs at %L must have an explicit function interface Allocate local variables on the stack to allow indirect recursion. Allocate-object at %C is not a nonprocedure pointer nor an allocatable variable Allocate-object at %L also appears at %L Allocate-object at %L is neither a data pointer nor an allocatable variable Allocate-object at %L is subobject of object at %L Allocate-object at %L must be ALLOCATABLE or a POINTER Allocate-object at %L with a deferred type parameter requires either a type-spec or SOURCE tag or a MOLD tag Allocating %s at %L with type-spec requires the same character-length parameter as in the declaration Allocating %s of ABSTRACT base type at %L requires a type-spec or source-expr Allow (or do not allow) gcc to use the LOOP instruction. Allow IEC559 floating point exceptions in constant expressions. Allow a BOZ literal constant to appear in an invalid context and with X instead of Z. Allow access to instance variables as if they were local declarations within instance method implementations. Allow arbitrary character line width in fixed mode. Allow arbitrary character line width in free mode. Allow bit-fields to cross word boundaries. Allow branches to be packed with other instructions. Allow built-in functions ceil, floor, round, trunc to raise "inexact" exceptions. Allow dollar signs in entity names. Allow fast jumps to the message dispatcher. Allow function addresses to be held in registers. Allow gcc to generate LIW instructions. Allow gcc to generate the SETLB and Lcc instructions. Allow hardware floating-point instructions to cover both 32-bit and 64-bit operations. Allow implicit conversions between vectors with differing numbers of subparts and/or differing element types. Allow interposing function (or variables) by ones with different semantics (or initializer) respectively by dynamic linker. Allow math optimizations that may violate IEEE or ISO standards. Allow optimization for floating-point arithmetic which may change the result of the operation due to rounding. Allow premature scheduling of queued insns. Allow readonly data in sdata. Allow sign extension in fusion operations. Allow speculative motion of more loads. Allow speculative motion of non-loads. Allow speculative motion of some loads. Allow the arguments of the '?' operator to have different types. Allow the compiler to introduce new data races on stores. Allow the store merging pass to introduce unaligned stores if it is legal to do so. Allow the use of MDMX instructions. Allow the use of MT instructions. Allow the use of hardware floating point instructions for V850E2V3 and up. Allow the use of hardware floating-point ABI and instructions. Allow to use truncation instead of rounding towards zero for fractional fixed-point types. Allow two instructions to be issued per cycle. Allow usage of __gcc_isr pseudo instructions in ISR prologues and epilogues. Allow use r15 for inline ASM. Already inside a CONTAINS block at %C Alternate RETURN statement at %C is only allowed within a SUBROUTINE Alternate RETURN statement at %L requires a SCALAR-INTEGER return specifier Alternate calling convention. Alternate return at %L is not permitted in a DTIO procedure Alternate return cannot appear in operator interface at %L Alternate return dummy argument cannot appear in a SUBROUTINE with the BIND(C) attribute at %L Alternate return specifier in elemental subroutine %qs at %L is not allowed Alternate return specifier in function %qs at %L is not allowed Alternate-return argument at %C Although not referenced, %qs has ambiguous interfaces at %L AltiVec argument passed to unprototyped function AltiVec not supported in this target Always align function entry, jump target and return address. Always generate long calls. Always save $lp in the stack. Always treat bitfields as int-sized. Always use Dynamic Realigned Argument Pointer (DRAP) to realign stack. Always use JSR, never BSR, for calls. Ambiguous !$OMP DECLARE REDUCTION from module %s at %L Ambiguous interfaces in %s for %qs at %L and %qs at %L Ambiguous symbol in TYPE definition at %C Amend appropriate diagnostic messages with the command line option that controls them. Amount of local data-share (LDS) memory to reserve for gang-private variables. An alias for minterlink-compressed provided for backward-compatibility. An alternate return at %L without a * dummy argument An indirect edge from %s is not marked as indirect or has associated indirect_info, the corresponding statement is: An outer FORALL construct already has an index with this name %L Analyze and remove doubleword swaps from VSX computations. Analyzed alias has no reference Annotate assembler instructions with estimated addresses. Append a second underscore if the name already contains an underscore. Append underscores to externally visible names. Apply negative sign to zero values. Apply special rules for compiling runtime package. Apply variable expansion when loops are unrolled. Approximate function insn number in 1K units triggering simple local RA. Approximate the effect of function calls to simplify analysis. Argument %<A%> with INTENT(INOUT) at %L of the intrinsic subroutine %s shall not have a vector subscript Argument %<S%> of NEAREST at %L shall not be zero Argument %qs appears twice in call to %qs at %L Argument %qs of %qs intrinsic at %L must be in type conformance to argument %qs at %L Argument %qs of %qs with PASS(%s) at %L may not be ALLOCATABLE Argument %qs of %qs with PASS(%s) at %L may not have the POINTER attribute Argument %qs of %qs with PASS(%s) at %L must be of the derived type %qs Argument %qs of %qs with PASS(%s) at %L must be of the derived-type %qs Argument %qs of %qs with PASS(%s) at %L must be scalar Argument %qs of MOD at %L shall not be zero Argument %qs of MODULO at %L shall not be zero Argument %qs of elemental procedure %qs at %L must have its INTENT specified or have the VALUE attribute Argument %qs of elemental procedure at %L cannot have the ALLOCATABLE attribute Argument %qs of elemental procedure at %L cannot have the POINTER attribute Argument %qs of elemental procedure at %L must be scalar Argument %qs of pure function %qs at %L must be INTENT(IN) or VALUE Argument %qs of pure function %qs at %L with VALUE attribute but without INTENT(IN) Argument %qs of pure subroutine %qs at %L must have its INTENT specified or have the VALUE attribute Argument %qs of pure subroutine %qs at %L with VALUE attribute but without INTENT Argument %qs of statement function %qs at %L must be scalar Argument CPTR at %L to C_F_POINTER shall have the type TYPE(C_PTR) Argument CPTR at %L to C_F_PROCPOINTER shall have the type TYPE(C_FUNPTR) Argument C_PTR_1 at %L to C_ASSOCIATED shall have the type TYPE(C_PTR) or TYPE(C_FUNPTR) Argument C_PTR_2 at %L to C_ASSOCIATED shall have the same type as C_PTR_1: %s instead of %s Argument FPTR at %L to C_F_POINTER must be a pointer Argument FPTR at %L to C_F_POINTER shall not be coindexed Argument FPTR at %L to C_F_PROCPOINTER shall be a procedure pointer Argument FPTR at %L to C_F_PROCPOINTER shall not be coindexed Argument NCOPIES of REPEAT intrinsic is negative (its value is %ld) Argument NCOPIES of REPEAT intrinsic is negative at %L Argument NCOPIES of REPEAT intrinsic is too large Argument NCOPIES of REPEAT intrinsic is too large at %L Argument X at %L to C_FUNLOC shall be a procedure or a procedure pointer Argument X at %L to C_FUNLOC shall not be coindexed Argument X at %L to C_LOC shall be not be a zero-sized string Argument X at %L to C_LOC shall have either the POINTER or the TARGET attribute Argument X at %L to C_LOC shall not be coindexed Argument at %L to C_LOC shall not be polymorphic Argument dim at %L must be of INTEGER type Argument dim at %L must be scalar Argument mismatch for the overriding procedure %qs at %L: %s Argument of %s at %L must be of length one Argument of %s function at %L is negative Argument of %s function at %L is too large for the collating sequence of kind %d Argument of %s function at %L outside of range [0,127] Argument of ACOS at %L must be between -1 and 1 Argument of ACOSD at %L must be between -1 and 1 Argument of ACOSH at %L must not be less than 1 Argument of ASIN at %L must be between -1 and 1 Argument of ASIND at %L must be between -1 and 1 Argument of ATANH at %L must be inside the range -1 to 1 Argument of FINAL procedure at %L must be of type %qs Argument of FINAL procedure at %L must not be ALLOCATABLE Argument of FINAL procedure at %L must not be INTENT(OUT) Argument of FINAL procedure at %L must not be OPTIONAL Argument of FINAL procedure at %L must not be a POINTER Argument of IACHAR at %L must be of length one Argument of IACHAR function at %L outside of range 0..127 Argument of ICHAR at %L must be of length one Argument of LOG at %L cannot be less than or equal to zero Argument of LOG10 at %L cannot be less than or equal to zero Argument of SELECT statement at %L cannot be %s Argument of SELECT statement at %L must be a scalar expression Argument of SQRT at %L has a negative value Argument to %<-fcheck%> is not valid: %s Argument to %<-ffpe-summary%> is not valid: %s Argument to %<-ffpe-trap%> is not valid: %s Argument types of %qs intrinsic at %L must match (%s/%s) Arguments of %qs at %L and %L cannot both be BOZ literal constants Arguments of %qs have different kind type parameters at %L Arithmetic IF statement at %C Arithmetic IF statement at %L requires a scalar REAL or INTEGER expression Arithmetic NaN at %L Arithmetic NaN converting %s to %s at %L. This check can be disabled with the option %<-fno-range-check%> Arithmetic OK at %L Arithmetic OK converting %s to %s at %L Arithmetic overflow at %L Arithmetic overflow converting %s to %s at %L. This check can be disabled with the option %<-fno-range-check%> Arithmetic underflow at %L Arithmetic underflow converting %s to %s at %L. This check can be disabled with the option %<-fno-range-check%> Array %qs at %L cannot have a deferred shape Array %qs at %L is a variable, which does not reduce to a constant expression Array %qs at %L is larger than limit set by %<-fmax-stack-var-size=%>, moved from stack to static storage. This makes the procedure unsafe when called recursively, or concurrently from multiple threads. Consider increasing the %<-fmax-stack-var-size=%> limit (or use %<-frecursive%>, which implies unlimited %<-fmax-stack-var-size%>) - or change the code to use an ALLOCATABLE array. If the variable is never accessed concurrently, this warning can be ignored, and the variable could also be declared with the SAVE attribute. Array %qs at %L with non-constant bounds cannot be an EQUIVALENCE object Array %qs is not permitted in reduction at %L Array bound mismatch for dimension 1 of array (%ld/%ld) Array bound mismatch for dimension 2 of array (%ld/%ld) Array component of structure at %C must have an explicit shape Array component of structure at %C must have explicit or deferred shape Array constructor including type specification at %C Array constructor value at %L shall not be unlimited polymorphic [F2008: C4106] Array entity required at %L Array in initializer list at %L must have an explicit shape Array index at %L is an array of rank %d Array index at %L must be of INTEGER type, found %s Array index at %L must be scalar Array is not contiguous at %L Array of interoperable type at %L to C_LOC which is nonallocatable and neither assumed size nor explicit size Array operands are incommensurate at %L Array operands are incommensurate converting %s to %s at %L Array pointer %qs at %L must have a deferred shape or assumed rank Array reference at %C cannot have more than %d dimensions Array reference at %C has more than 7 dimensions Array reference at %L is out of bounds (%ld < %ld) in codimension %d Array reference at %L is out of bounds (%ld < %ld) in dimension %d Array reference at %L is out of bounds (%ld > %ld) in codimension %d Array reference at %L is out of bounds (%ld > %ld) in dimension %d Array reference at %L out of bounds (%ld < %ld) in loop beginning at %L Array reference at %L out of bounds (%ld > %ld) in loop beginning at %L Array reference in EQUIVALENCE at %C cannot be an array section Array reference out of bounds Array section at %L to C_LOC Array section designator, e.g. %<(:)%>, is required besides the coarray designator %<[...]%> at %C Array section with a vector subscript at %L shall not be the target of a pointer Array sections: %qs not allowed in !$ACC DECLARE at %L Array specification at %C has more than %d dimensions Array specification at %C with more than 7 dimensions Array specification for symbol %qs in COMMON at %C must be explicit Array specification must be deferred at %L Array specification or array-valued SOURCE= expression required in ALLOCATE statement at %L Array specification required in ALLOCATE statement at %L Array-section actual argument at %L is incompatible with the non-assumed-shape dummy argument %qs due to VOLATILE attribute Array-section actual argument with vector subscripts at %L is incompatible with INTENT(OUT), INTENT(INOUT), VOLATILE or ASYNCHRONOUS attribute of the dummy argument %qs As extending type %qs at %L has a coarray component, parent type %qs shall also have one Assembler options
=================
Assigned GOTO statement at %C Assigned label is not a target label Assigning value other than 0 or 1 to LOGICAL has undefined result at %L Assignment of scalar to unallocated array Assignment operator interface at %L must be a SUBROUTINE Assignment operator interface at %L must have two arguments Assignment operator interface at %L must not redefine an INTRINSIC type assignment Assignment to a FORALL index variable at %L Assignment to a LEN or KIND part_ref at %L is not allowed Assignment to a constant expression at %C Assignment to an allocatable polymorphic variable at %L Assignment to an allocatable polymorphic variable at %L requires %<-frealloc-lhs%> Assignment to coindexed variable at %L in a PURE procedure Assignment to contiguous pointer from non-contiguous target at %L Assignment to polymorphic coarray at %L is not permitted Associate name %qs in %s clause at %L Associate name %qs in SHARED clause at %L Associate-name %qs at %L is used as array Associate-name %qs cannot appear in a variable definition context (%s) at %L because its target at %L cannot, either Associating entity %qs at %L is a procedure name Associating entity %qs at %L is a procedure pointer Associating selector-expression at %L yields a procedure Association target at %C must not be coindexed Association target at %L cannot be a BOZ literal constant Assume ES is zero throughout program execution, use ES: for read-only data. Assume ICPLBs are enabled at runtime. Assume a large TLS segment. Assume all symbols have 32-bit values. Assume all variable arg functions are prototyped. Assume assembler support for (DWARF2+) .loc directives. Assume assembler support for view in (DWARF2+) .loc directives. Assume code will be assembled by GAS. Assume code will be linked by GNU ld. Assume code will be linked by HP ld. Assume common declarations may be overridden with ones with a larger trailing array. Assume data segments are relative to text segment. Assume floating-point operations can trap. Assume incoming stack aligned to this power of 2. Assume labels and symbols can be addressed using 16 bit absolute addresses. Assume loading data from flash is slower than fetching instructions. Assume memory references are ordered and barriers are not needed. Assume no NaNs or infinities are generated. Assume normal C execution environment. Assume pointer overflow wraps around. Assume possible double misalignment. Assume round to nearest is selected for purposes of scheduling. Assume signed arithmetic overflow wraps around. Assume small address space. Assume strict aliasing rules apply across (uninlined) function boundaries. Assume strict aliasing rules apply. Assume target CPU is configured as big endian. Assume target CPU is configured as little endian. Assume that all data in static storage can be accessed by LDS / STS. This option is only useful for reduced Tiny devices. Assume that floating-point stores and loads are not likely to cause conflict when placed into one instruction group. Assume that loops with an exit will terminate and not loop indefinitely. Assume that receivers of Objective-C messages may be nil. Assume that run-time support has been provided, so omit -lsim from the linker command line. Assume that standard D runtime libraries and "D main" exist. Assume that the reciprocal estimate instructions provide more accuracy. Assume that the source file is fixed form. Assume that the source file is free form. Assume that values of enumeration type are always within the minimum range of that type. Assume that zero displacement conditional branches are fast. Assume the VxWorks RTP environment. Assume the VxWorks vThreads environment. Assume unified syntax for inline assembly code. Assumed or deferred character length variable %qs in constant expression at %L Assumed rank array %qs in %s clause at %L Assumed shape array %qs at %L is not permitted in an initialization expression Assumed shape array at %L must be a dummy argument Assumed size array %qs at %L is not permitted in an initialization expression Assumed size array %qs in %s clause at %L Assumed size array %qs in COPYPRIVATE clause at %L Assumed size array %qs in namelist %qs at %C is not allowed Assumed size array %qs in namelist %qs at %L is not allowed Assumed size array at %L must be a dummy argument Assumed type at %C Assumed type at %C is not allowed for components Assumed type of variable %s at %L is only permitted for dummy variables Assumed-length character dummy argument %qs at %L of procedure %qs with BIND(C) attribute Assumed-rank argument at %L is only permitted as actual argument to intrinsic inquiry functions Assumed-rank argument at %L is only permitted as first actual argument to the intrinsic inquiry function %s Assumed-rank argument requires an explicit interface at %L Assumed-rank array %qs at %L is not permitted in an initialization expression Assumed-rank array at %C Assumed-rank array at %L may not have the VALUE or CODIMENSION attribute Assumed-rank array at %L must be a dummy argument Assumed-rank variable %s at %L as actual argument to an inquiry function shall be the first argument Assumed-rank variable %s at %L may only be used as actual argument Assumed-rank variable %s at %L shall not have a subobject reference Assumed-shape actual argument at %L is incompatible with the non-assumed-shape dummy argument %qs due to VOLATILE attribute Assumed-shape array %qs at %L as dummy argument to the BIND(C) procedure %qs at %L Assumed-shape array %qs at %L is not permitted in an initialization expression Assumed-size dummy array with !$ACC DECLARE at %L Assumed-type actual argument at %L corresponding to assumed-rank dummy argument %qs must be assumed-shape or assumed-rank Assumed-type actual argument at %L requires that dummy argument %qs is of assumed type Assumed-type argument %s at %L requires an explicit interface Assumed-type argument at %L is not permitted as actual argument to the intrinsic %s Assumed-type argument at %L is only permitted as first actual argument to the intrinsic %s Assumed-type variable %s at %L as actual argument to an inquiry function shall be the first argument Assumed-type variable %s at %L may not have the ALLOCATABLE, CODIMENSION, POINTER or VALUE attribute Assumed-type variable %s at %L may not have the INTENT(OUT) attribute Assumed-type variable %s at %L may only be used as actual argument Assumed-type variable %s at %L shall not be an explicit-shape array Assumed-type variable %s at %L shall not have a subobject reference At global scope: At most %i profile runs is supported. Perhaps corrupted profile? At top level: Attempt to DEALLOCATE unallocated '%s' Attempt to fill delay slots of branch instructions. Attempt to indirectly overlap COMMON blocks %s and %s by EQUIVALENCE at %C Attempt to keep stack aligned to this power of 2. Attempt to merge identical constants across compilation units. Attempt to merge identical constants and constant variables. Attempt to merge identical debug strings across compilation units. Attempting to allocate already allocated variable Attempting to allocate already allocated variable '%s' Attribute %s at %L in a TYPE definition Attribute at %L is not allowed in a STRUCTURE definition Attribute at %L is not allowed in a TYPE definition Attribute at %L is not allowed outside a TYPE definition Augment variable location lists with progressive views. AutoFDO profile magic number does not match AutoFDO profile version %u does not match %u Automatic array %qs at %L cannot have an initializer Automatically adds space for longer path names in load commands (up to MAXPATHLEN). Automatically align branch targets to reduce branch penalties. Available BITS selections: Average number of iterations of a loop. Avoid all range limits on call instructions. Avoid combining multiple statements into one exploded edge. Avoid generating pc-relative calls; use indirection. Avoid generation of indexed load/store instructions when possible. Avoid overlapping destination and address registers on LDRD instructions that may trigger Cortex-M3 errata. Avoid placing any readable data in program memory. Avoid speculative loads to work around a hardware anomaly. Avoid use of the DIV and MOD instructions. Avoid using the GOT to access external symbols. BB %i cannot throw but has an EH edge BB %i has incorrect edge BB %i has incorrect fallthru edge BB %i has multiple EH edges BB %i is missing an EH edge BB %i is missing an edge BB %i last statement has incorrectly set lp BB %i too many fallthru edges BB_RTL flag not set for block %d BIND(C) Variable %qs at %L must have length one BIND(C) applied to %s %s at %L BIND(C) at %L BIND(C) attribute at %C requires an interface with BIND(C) BIND(C) attribute at %L can only be used for variables or common blocks BIND(C) attribute at %L may not be specified for an internal procedure BIND(C) procedure with NAME may not have POINTER attribute at %C BIND(C) statement at %C BLANK= at %L not allowed in Fortran 95 BLOCK DATA construct at %L BLOCK DATA element %qs at %L must be in COMMON BLOCK construct at %C BMX instructions are only supported with R2 architecture BOZ at %L cannot appear in an old-style initialization BOZ constant at %C uses nonstandard postfix syntax BOZ constant at %L cannot appear in the COMPLEX intrinsic subprogram BOZ literal constant at %L cannot appear as an initializer BOZ literal constant at %L cannot appear in ACHAR intrinsic subprogram BOZ literal constant at %L cannot appear in CHAR intrinsic subprogram BOZ literal constant at %L cannot appear in a structure constructor BOZ literal constant at %L cannot appear in an array constructor BOZ literal constant at %L cannot appear in an output IO list BOZ literal constant at %L cannot appear in the FLOAT intrinsic subprogram BOZ literal constant at %L cannot be an actual argument to %qs BOZ literal constant at %L cannot be an operand of unary operator %qs BOZ literal constant at %L is neither a DATA statement value nor an actual argument of INT/REAL/DBLE/CMPLX intrinsic subprogram BOZ literal constant near %L cannot appear as an operand of a relational operator BOZ literal constant near %L cannot be assigned to a %qs variable BOZ literal constant near %L cannot be assigned to a %qs variable in an old-style initialization BOZ used outside a DATA statement at %L BPF CO-RE does not support LTO BPF CO-RE requires BTF debugging information, use %<-gbtf%> BYTE type at %C BYTE type used at %C is not available on the target machine Bad 128-bit move Bad GPR fusion Bad INTENT specification at %C Bad IO basetype (%d) Bad allocate-object at %C for a PURE procedure Bad array dimension at %L Bad array reference at %L Bad array spec of component %qs referenced in structure constructor at %L Bad array specification for an explicitly shaped array at %C Bad array specification for assumed shape array at %C Bad array specification for implied-shape array at %C Bad array specification in ALLOCATE statement at %L Bad character %qc in OPERATOR name at %C Bad coarray specification in ALLOCATE statement at %L Bad continuation line at %C Bad kind expression for function %qs at %L Bad kind for logical constant at %C Bad name Bad operator Bad shape of initializer at %L Bad specification for assumed size array at %C Bad specification for assumed size array at %L Bad specification for deferred shape array at %C Bad target in pointer assignment in PURE procedure at %L Bad type in constant expression Bad type in gfc_simplify_sign Base ABI types for LoongArch: Base object for NOPASS type-bound procedure call at %L must be scalar Base object for procedure-pointer component call at %L is of ABSTRACT type %qs Base object for type-bound procedure call at %L is of ABSTRACT type %qs Basic ISAs of LoongArch: Binding at %C must have the same access as already defined binding %qs Binding attributes already specify passing, illegal NOPASS at %C Binding attributes already specify passing, illegal PASS at %C Blank BLOCK DATA at %C conflicts with prior BLOCK DATA at %L Blank required in %s statement near %C Blanket SAVE statement at %C follows previous SAVE statement Block label is not appropriate for IF statement at %C Block label not appropriate for arithmetic IF statement at %C Board name [and memory region]. Both MONOTONIC and NONMONOTONIC schedule modifiers specified at %L Both section and comdat group is set Bound on number of candidates below that all candidates are considered in iv optimizations. Bound on number of iv uses in loop optimized in iv optimizations. Bound on number of runtime checks inserted by the vectorizer's loop versioning for alias check. Bound on number of runtime checks inserted by the vectorizer's loop versioning for alignment check. Bound on size of expressions used in the scalar evolutions analyzer. Bound on the complexity of the expressions in the scalar evolutions analyzer. Bound on the cost of an expression to compute the number of iterations. Bound on the number of iterations the brute force # of iterations analysis algorithm evaluates. Bounds specification for %qs in pointer assignment at %L Branch at %L may result in an infinite loop Branches are this expensive (arbitrary units). Branches executed:%s of %d
Build for Core A. Build for Core B. Build for SDRAM. Building block for specs-based multilib-aware TFLAGS. Builtin %qF requires z14 or higher Builtin %qF requires z15 or higher Builtin not implemented By-value argument at %L cannot be an array or an array section By-value argument at %L is not allowed in this context By-value argument at %L is not of numeric type C interoperable character dummy variable %qs at %L with VALUE attribute must have length one C kind type parameter is for type %s but type at %L is %s C++ constructors and destructors will not be invoked for Objective-C fields C++ designated initializers only available with %<-std=c++20%> or %<-std=gnu++20%> C++ lookup of %qD would return a field, not a type C++ modules are incompatible with precompiled headers C++ modules are incompatible with traditional preprocessing C++ requires promoted type, not enum type, in %<va_arg%> C++11 %<constexpr%> only available with %<-std=c++11%> or %<-std=gnu++11%> C++11 %<noexcept%> only available with %<-std=c++11%> or %<-std=gnu++11%> C++11 %<thread_local%> allows dynamic initialization and destruction C++11 %<thread_local%> only available with %<-std=c++11%> or %<-std=gnu++11%> C++11 attributes only available with %<-std=c++11%> or %<-std=gnu++11%> C++11 auto only available with %<-std=c++11%> or %<-std=gnu++11%> C++20 %<constinit%> only available with %<-std=c++20%> or %<-std=gnu++20%> C++20 %qE only available with %<-fmodules-ts%> C++20 %qE only available with %<-fmodules-ts%>, which is not yet enabled with %<-std=c++20%> C++20 concept definition syntax is %<concept <name> = <expr>%> C++20 says that these are ambiguous, even though the second is reversed: C99 designator %qE is not an integral constant-expression C99 designator %qE outside aggregate initializer CASE label at %L overlaps with CASE label at %L CCTL intrinsic function subtype out of range CDX instructions are only supported with R2 architecture CFString literal expression is not a string constant CFString literal is missing CHANGE TEAM statement at %C CHARACTER expression at %L is being truncated (%ld/%ld) CHARACTER expression will be truncated in assignment (%ld/%ld) at %L CHARACTER expression will be truncated in constructor (%ld/%ld) at %L CHARACTER length in !$OMP DECLARE REDUCTION %s not constant at %L CHARACTER length must be a constant at %L CHARACTER(*) function %qs at %L CHARACTER(*) function %qs at %L cannot be array-valued CHARACTER(*) function %qs at %L cannot be pointer-valued CHARACTER(*) function %qs at %L cannot be pure CHARACTER(*) function %qs at %L cannot be recursive CLASS entity at %C cannot have the PARAMETER attribute CLASS selector at %L needs a temporary which is not yet implemented CLASS statement at %C CLASS variable %qs at %L cannot have the PARAMETER attribute CLASS variable %qs at %L must be dummy, allocatable or pointer CLOSE statement at %L requires a UNIT number CLOSE statement not allowed in PURE procedure at %C CODIMENSION specified for %qs outside its INTERFACE body at %L COLLAPSE clause argument not constant positive integer at %C COLLECT_GCC must be set. COMMON %qs at %L does not exist COMMON %qs at %L requires %d bytes of padding; reorder elements or use %<-fno-align-commons%> COMMON at %L mentioned multiple times in clauses of the same OMP DECLARE TARGET directive COMMON at %L requires %d bytes of padding; reorder elements or use %<-fno-align-commons%> COMMON at %L set in previous OMP DECLARE TARGET directive to a different DEVICE_TYPE COMMON block %qs at %L cannot have the EXTERNAL attribute COMMON block %qs at %L is also an intrinsic procedure COMMON block %qs at %L is used as PARAMETER at %L COMMON block %qs at %L that is also a function result COMMON block %qs at %L that is also a global procedure COMMON block %qs at %L uses the same global identifier as entity at %L COMMON block /%s/ not found at %C COMMON block at %L COMMON block at %L with binding label %qs uses the same global identifier as entity at %L COMMON block member %qs at %L cannot be an EQUIVALENCE object in the pure procedure %qs COMMON variable %qs at %L must have constant character length COMPLEX argument %qs of %qs intrinsic at %L COMPLEX quantities cannot be compared at %L CONTAINS block in derived type definition at %C CONTAINS statement at %C is already in a contained program unit CONTAINS statement without FUNCTION or SUBROUTINE statement at %L CONTIGUOUS attribute at %C CONTIGUOUS statement at %C CONVERT tag at %L COUNT argument of the EVENT_QUERY intrinsic function at %L shall be definable COUNT argument of the EVENT_QUERY intrinsic function at %L shall have at least the range of the default integer COUNT argument to SYSTEM_CLOCK at %L has non-default kind COUNT_MAX argument to SYSTEM_CLOCK at %L has non-default kind COUNT_RATE argument to SYSTEM_CLOCK at %L has non-default kind CPU you selected does not support x86-64 instruction set CRIS-port assertion failed: %s CRITICAL block inside of OpenACC region at %C CRITICAL block inside of OpenMP region at %C CRITICAL statement at %C CTF debug info requested, but not supported for %qs frontend CYCLE statement at %C is not applicable to non-loop construct %qs CYCLE statement at %C to non-innermost collapsed !$ACC LOOP loop CYCLE statement at %C to non-innermost collapsed !$OMP DO loop CYCLE statement at %C to non-innermost tiled !$ACC LOOP loop Call mcount for profiling before a function prologue. Call the dump function for variables and function in IL. Caller copies function arguments passed by hidden reference. Calls executed:%s of %d
Cannot IMPORT %qs from host scoping unit at %C - does not exist. Cannot USE a module that is currently built Cannot USE a submodule that is currently built Cannot change attributes of USE-associated symbol %s at %L Cannot change attributes of USE-associated symbol at %L Cannot change directory to %s Cannot compute the length of the char array at %L. Cannot construct ABSTRACT type %qs at %L Cannot convert %qs to %qs at %L Cannot convert %qs to interoperable type at %L Cannot convert %s to %s at %L Cannot delete module file %qs: %s Cannot delete temporary module file %qs: %s Cannot determine shape of initializer at %L Cannot find an intrinsic module named %qs at %C Cannot find function declaration for %qs Cannot find keyword named %qs in call to %qs at %L Cannot find suitable multilib set for %<-march=%s%>/%<-mabi=%s%> Cannot find symbol %qs Cannot get current directory name Cannot initialize implied-shape array at %L with scalar Cannot initialize parameter array at %L with variable length elements Cannot make directory %s Cannot map %s Cannot open %s Cannot open JSON output file %s
Cannot open file %qs Cannot open included file %qs Cannot open module file %qs for reading at %C: %s Cannot open module file %qs for writing at %C: %s Cannot open omp_requires file %qs Cannot open pre-included file %qs Cannot open source file %s
Cannot overwrite GENERIC %qs at %L Cannot read %s Cannot read module file %qs opened at %C, because it was created by a different version of GNU Fortran Cannot rename module file %qs to %qs: %s Cannot set Cray pointee array spec. Cannot set pointee array spec. Cannot simplify expression at %L Cannot specify IMPLICIT at %C after IMPLICIT NONE Catch typos. Cause gas to print tomcat statistics. Cgraph edge statement index not found Cgraph edge statement index out of range Chained transparent aliases Change of value in conversion from %qs to %qs at %L Change only the low 8 bits of the stack pointer. Change the ABI to allow double word insns. Change the amount of scheduler lookahead. Change the maximum length of conditionally-executed sequences. Change the number of temporary registers that are available to conditionally-executed sequences. Change the stack pointer without disabling interrupts. Changes visibility to match Microsoft Visual Studio by default. Character %qs in string at %C is not representable in character kind %d Character %qs in string at %L cannot be converted into character kind %d Character component %qs of %qs at %L with deferred length must be a POINTER or ALLOCATABLE Character dummy argument %qs at %L must be of constant length of one or assumed length, unless it has assumed shape or assumed rank, as procedure %qs has the BIND(C) attribute Character dummy argument %qs at %L must be of length 1 as it has the VALUE attribute Character dummy variable %qs at %L with VALUE attribute must have constant length Character length expression of component %qs at %L must be of INTEGER type, found %s Character length mismatch (%ld/%ld) between actual argument and assumed-shape dummy argument %qs at %L Character length mismatch (%ld/%ld) between actual argument and pointer or allocatable dummy argument %qs at %L Character length of actual argument shorter than of dummy argument %qs (%lu/%lu) at %L Character length of component %qs needs to be a constant specification expression at %L Character-valued argument %qs of statement function at %L must have constant length Character-valued internal function %qs at %L must not be assumed length Character-valued module procedure %qs at %L must not be assumed length Character-valued statement function %qs at %L must have constant length Check for stack overflow at runtime. Check for syntax errors, then stop. Check the return value of new in C++. Chose strategy to generate stringop using. Chunk size of omp schedule for loops parallelized by parloops. Clause expected at %C Clause expected at %C after trailing comma Clear all tune features. Clear call-used registers upon function return. Clear hardware capabilities when linking. Clear the BSS to zero and place zero initialized in BSS. Coarray component %qs at %L must be allocatable with deferred shape Coarray declaration at %C Coarray designator at %C but %qs is not a coarray Coarray dummy argument %qs at %L to elemental procedure Coarray dummy variable %qs at %L not allowed in BIND(C) procedure %qs Coarray specification required in ALLOCATE statement at %L Coarray variable %qs at %L shall not have codimensions with deferred shape Coarrays disabled at %C, use %<-fcoarray=%> to enable Coarrays disabled at %L, use %<-fcoarray=%> to enable Code for reallocating the allocatable array at %L will be added Code for reallocating the allocatable variable at %L will be added Code size: small, medium or large. Coindex of codimension %d must be a scalar at %L Coindex rank mismatch in array reference at %L (%d/%d) Coindexed ASYNCHRONOUS or VOLATILE actual argument at %L requires that dummy %qs has neither ASYNCHRONOUS nor VOLATILE Coindexed actual argument at %L in PURE procedure is passed to a POINTER dummy argument Coindexed actual argument at %L in PURE procedure is passed to an INTENT(%s) argument Coindexed actual argument at %L to allocatable dummy %qs requires INTENT(IN) Coindexed actual argument at %L to pointer dummy %qs Coindexed actual argument at %L with allocatable ultimate component to dummy %qs requires either VALUE or INTENT(IN) Coindexed actual argument at %L with ultimate pointer component Coindexed allocatable object at %L Coindexed expression at %L is assigned to a derived type variable with a POINTER component in a PURE procedure Coindexed expression to pointer component %qs in structure constructor at %L Coindexed object with polymorphic allocatable subcomponent at %L Coindexed polymorphic actual argument at %L is passed polymorphic dummy argument %qs Coindexed procedure-pointer component at %C Coindexed variable must not have an allocatable ultimate component in assignment at %L Collect and dump debug information into temporary file if ICE in C/C++ compiler occurred. Comma after * at %C not allowed without I/O list Comma before i/o item list at %L Comma expected at %C Comma required after P descriptor in format string at %L Compile code for big endian mode. Compile code for little endian mode. This is the default. Compile code that relies on Cygwin DLL wrappers to support C++ operator new/delete replacement. Compile for 32-bit pointers. Compile for 64-bit pointers. Compile for ETRAX 100 (CRIS v8). Compile for ETRAX 4 (CRIS v3). Compile for V8+ ABI. Compile for devices requiring XNACK enabled. Default off. Compile for devices with the SRAM ECC feature enabled, or not. Default "any". Compile for the DSBT shared library ABI. Compile for the m32r. Compile for the m32r2. Compile for the m32rx. Compile for the v850 processor. Compile for the v850e processor. Compile for the v850e1 processor. Compile for the v850e2 processor. Compile for the v850e2v3 processor. Compile for the v850e3v5 processor. Compile for the v850es variant of the v850e1. Compile in debug code. Compile in unittest code. Compile release version. Compile whole compilation unit at a time. Compile-time bonus IPA-CP assigns to candidates which make loop bounds or strides known. Complain about a name being declared as a class member after a previous use of the same name. Complain when a command-line option is valid, but not applicable to the current front end. Complex argument of LOG at %L cannot be zero Complex multiplication and division follow Fortran rules. Component %qs at %C already declared at %L Component %qs at %C already in the parent type at %L Component %qs at %C is a PRIVATE component of %qs Component %qs at %L cannot have the ALLOCATABLE attribute because it is a member of the BIND(C) derived type %qs at %L Component %qs at %L cannot have the POINTER attribute because it is a member of the BIND(C) derived type %qs at %L Component %qs at %L has the CONTIGUOUS attribute but is not an array pointer Component %qs at %L of TYPE(C_PTR) or TYPE(C_FUNPTR) shall not be a coarray Component %qs at %L with coarray component shall be a nonpointer, nonallocatable scalar Component %qs in derived type %qs at %L may not be C interoperable Component %qs in derived type %qs at %L may not be C interoperable, even though derived type %qs is BIND(C) Component %qs is initialized twice in the structure constructor at %L Component %qs of %qs at %L has the same name as an inherited type-bound procedure Component %qs of BIND(C) type at %L must have length one Component %qs with CLASS at %C must be allocatable or pointer Component %s at %L of type EVENT_TYPE must have a codimension or be a subcomponent of a coarray, which is not possible as the component has the pointer attribute Component %s at %L of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray, which is not possible as the component has the pointer attribute Component %s of SEQUENCE type declared at %L does not have the SEQUENCE attribute Component at %C must have the POINTER attribute Component initializer without name after component named %s at %L Component to the right of a part reference with nonzero rank must not have the ALLOCATABLE attribute at %L Component to the right of a part reference with nonzero rank must not have the POINTER attribute at %L Component with KIND attribute at %C must be INTEGER Component with LEN attribute at %C must be INTEGER Components in TYPE at %C must precede CONTAINS Compute locview reset points based on insn length estimates. Computed GOTO at %C Concat operator at %L must concatenate strings of the same kind Concatenation operator in expression at %L must have two CHARACTER operands Conditional moves for float are enabled. Conditional moves for integral are enabled. Configure the newlib board specific runtime. The default is or1ksim. Configured with: %s
Conflicting initializers in union at %L and %L Conform more closely to IBM XLC semantics. Conform to nothing in particular. Conform to the ISO 1990 C standard as amended in 1994. Conform to the ISO 1990 C standard with GNU extensions. Conform to the ISO 1990 C standard. Conform to the ISO 1998 C++ standard revised by the 2003 technical corrigendum with GNU extensions. Conform to the ISO 1998 C++ standard revised by the 2003 technical corrigendum. Conform to the ISO 1999 C standard with GNU extensions. Conform to the ISO 1999 C standard. Conform to the ISO 2011 C standard with GNU extensions. Conform to the ISO 2011 C standard. Conform to the ISO 2011 C++ standard with GNU extensions. Conform to the ISO 2011 C++ standard. Conform to the ISO 2014 C++ standard with GNU extensions. Conform to the ISO 2014 C++ standard. Conform to the ISO 2017 C standard (published in 2018) with GNU extensions. Conform to the ISO 2017 C standard (published in 2018). Conform to the ISO 2017 C++ standard with GNU extensions. Conform to the ISO 2017 C++ standard. Conform to the ISO 2020 C++ standard (experimental and incomplete support). Conform to the ISO 2020 C++ standard with GNU extensions (experimental and incomplete support). Conform to the ISO 2023 C++ draft standard (experimental and incomplete support). Conform to the ISO 2023 C++ draft standard with GNU extensions (experimental and incomplete support). Conform to the ISO 202X C standard draft (experimental and incomplete support). Conform to the ISO 202X C standard draft with GNU extensions (experimental and incomplete support). Conform to the ISO Fortran 2003 standard. Conform to the ISO Fortran 2008 standard including TS 29113. Conform to the ISO Fortran 2008 standard. Conform to the ISO Fortran 2018 standard. Conform to the ISO Fortran 95 standard. Conform to the Objective-C 1.0 language as implemented in GCC 4.0. Conform to the o32 FPXX ABI. Consider access to byte sized memory slow. Consider type 'int' to be 16 bits wide. Consider type 'int' to be 32 bits wide. Constant character expression required in MESSAGE clause at %L Constant expression in FORMAT tag at %L must be of type default CHARACTER Constant expression required at %C Constant logical value in CASE statement is repeated at %L Constant memcpy size in bytes above which to start using MOPS sequence. Constant memmove size in bytes above which to start using MOPS sequence. Constant memset size in bytes from which to start using MOPS sequence. Construct webs and split unrelated uses of single variable. Contained function %qs at %L has no IMPLICIT type Contained procedure %qs at %C clashes with procedure defined at %L Contained procedure %qs at %C is already ambiguous Contained procedure %qs at %L has the same name as its encompassing procedure Contained procedure %qs at %L of a PURE procedure must also be PURE Control generation of reciprocal estimates. Control ira to consider matching constraint (duplicated operand number) heavily in all available alternatives for preferred register class. If it is set as zero, it means ira only respects the matching constraint when it's in the only available alternative with an appropriate register class. Otherwise, it means ira will check all available alternatives for preferred register class even if it has found some choice with an appropriate register class and respect the found qualified matching constraint. Control the IEEE trap mode. Control the generated fp rounding mode. Control the precision given to fp exceptions. Control which events are displayed in diagnostic paths. Controls how loop vectorizer uses partial vectors. 0 means never, 1 means only for loops whose need to iterate can be removed, 2 means for all loops. The default value is 2. Conversion from %qs to %qs at %L Conversion from %s to %s at %L Conversion from %s to default-kind COMPLEX(%d) at %L might lose precision, consider using the KIND argument Conversion of an Infinity or Not-a-Number at %L to INTEGER Convert BASE + LARGE_OFFSET addresses to NEW_BASE + SMALL_OFFSET to allow more memory accesses to be generated as compressed instructions. Currently targets 32-bit integer load/stores. Convert conditional jumps in innermost loops to branchless equivalents. Convert floating point constants to single precision constants. Convert function return to call and return thunk. Convert indirect call and jump to call and return thunks. Copy array sections into a contiguous block on procedure entry. Copyright %s 2023 Free Software Foundation, Inc.
Corank mismatch in argument %qs at %L (%d and %d) Cost at which GCSE optimizations will not constraint the distance an expression can travel. Cost to assume for a branch insn. Cost to assume for a multiply insn. Cost to assume for a multiply instruction, with 4 being equal to a normal insn. Could not generate addis value for fusion Could not open output file '%s'
Count speculative dependencies while calculating priority of instructions. Cray Pointee at %C cannot be assumed shape array Cray Pointee at %L appears in multiple pointer() statements Cray pointee %qs in %s clause at %L Cray pointee %qs in SHARED clause at %L Cray pointee object %qs in %s clause at %L Cray pointee object %qs of derived type in %s clause at %L Cray pointee object %qs of polymorphic type in %s clause at %L Cray pointer %qs in %s clause at %L Cray pointer at %C has %d bytes of precision; memory addresses require %d bytes Cray pointer at %C must be an integer Cray pointer declaration at %C requires %<-fcray-pointer%> flag Cray pointer object %qs in %s clause at %L Cray pointer object %qs of derived type in %s clause at %L Cray pointer object %qs of polymorphic type in %s clause at %L Create GUI application. Create a dynamically linked position independent executable. Create a shared library. Create a static position independent executable. Create canonical induction variables in loops. Create console application. Create data files needed by "gcov". Creating '%s'
Creating array temporary at %L Creating array temporary at %L for argument %qs D does not support pointers on this target. D inline assembler statements are not supported in GDC. DATA array %qs at %L must be specified in a previous declaration DATA element %qs at %L cannot have a coindex DATA element %qs at %L cannot have the ALLOCATABLE attribute DATA element %qs at %L is a pointer and so must be a full array DATA object near %L has the pointer attribute and the corresponding DATA value is not a valid initial-data-target DATA statement at %C after the first executable statement DATA statement at %C cannot appear within an INTERFACE DATA statement at %C is not allowed in a PURE procedure DATA statement at %L has more values than variables DATA statement at %L has more variables than values DC format specifier not allowed at %C DEALLOCATE object DEALLOCATE of coarray at %C in CRITICAL block DEALLOCATE of coarray at %C in DO CONCURRENT block DECIMAL= at %L not allowed in Fortran 95 DEFAULTMAP at %C but prior DEFAULTMAP for category %s DEFAULTMAP at %C but prior DEFAULTMAP with unspecified category DEF_INTERNAL_FLT_FN (%s) has no associated built-in functions DEF_INTERNAL_INT_FN (%s) has no associated built-in functions DELIM= at %L not allowed in Fortran 95 DEPEND clause at %L of OMP DEPOBJ construct shall have only a single locator DEPEND clause at %L of OMP DEPOBJ construct shall not have dependence-type DEPOBJ DEPOBJ in DEPOBJ construct at %L shall be a scalar integer of OMP_DEPEND_KIND kind DETACH event handle %qs in %s clause at %L DETACH event handle %qs in SHARED clause at %L DIM argument at %L is out of bounds DIM argument without COARRAY argument not allowed for THIS_IMAGE intrinsic at %L DIMENSION specified for %qs outside its INTERFACE body at %L DISTANCE= argument to NUM_IMAGES at %L DISTANCE= argument to THIS_IMAGE at %L DIST_SCHEDULE clause's chunk_size at %L requires a scalar INTEGER expression DO CONCURRENT construct at %C DO loop at %L is undefined as it overflows DO loop at %L is undefined as it underflows DO loop at %L will be executed zero times DO step value is zero DO termination statement which is not END DO or CONTINUE with label %d at %C DO-iterator %qs at %L is inside iterator of the same name DOUBLE COMPLEX at %C DP format specifier not allowed at %C DTIO %s procedure at %L must be recursive DTIO character argument at %L must have assumed length DTIO dummy argument at %L must be a scalar DTIO dummy argument at %L must be an ASSUMED SHAPE ARRAY DTIO dummy argument at %L must be of KIND = %d DTIO dummy argument at %L must be of type %s DTIO dummy argument at %L must have INTENT %s DTIO procedure %qs at %L must be a subroutine Darwin does not support -mfentry or associated options Darwin is not an mx32 platform Data element above array upper bound at %L Data element below array lower bound at %L Data is stored in big-endian format. Data is stored in little-endian format. (Default). Data referenced by offset from start of text instead of GOT (with -fPIC/-fPIE). Data target at %L shall not have a coindex Data transfer element at %L cannot be a full reference to an assumed-size array Data transfer element at %L cannot be polymorphic unless it is processed by a defined input/output procedure Data transfer element at %L cannot have ALLOCATABLE components unless it is processed by a defined input/output procedure Data transfer element at %L cannot have POINTER components unless it is processed by a defined input/output procedure Data transfer element at %L cannot have PRIVATE components Data transfer element at %L cannot have PRIVATE components unless it is processed by a defined input/output procedure Data transfer element at %L cannot have procedure pointer components Data-pointer-object at %L must be unlimited polymorphic, or of a type with the BIND or SEQUENCE attribute, to be compatible with an unlimited polymorphic target Debug library to use instead of phobos. Declaring method %qD final would enable devirtualization of %i call Declaring method %qD final would enable devirtualization of %i calls Declaring method %qD final would enable devirtualization of %i call executed %lli times Declaring method %qD final would enable devirtualization of %i calls executed %lli times Declaring type %qD final would enable devirtualization of %i call Declaring type %qD final would enable devirtualization of %i calls Declaring type %qD final would enable devirtualization of %i call executed %lli times Declaring type %qD final would enable devirtualization of %i calls executed %lli times Declaring virtual destructor of %qD final would enable devirtualization of %i call Declaring virtual destructor of %qD final would enable devirtualization of %i calls Declaring virtual destructor of %qD final would enable devirtualization of %i call executed %lli times Declaring virtual destructor of %qD final would enable devirtualization of %i calls executed %lli times Default library to use instead of phobos. Default-initialized %s dummy argument %qs at %L is not permitted in BIND(C) procedure %qs Defer popping functions args from stack until later. Deferred array %qs at %L is not permitted in an initialization expression Deferred type parameter not yet supported Deferred-length character dummy argument %qs at %L of procedure %qs with BIND(C) attribute Delete dead instructions that may throw exceptions. Delete useless null pointer checks. Deleted feature: Dependence-type SINK used together with SOURCE on the same construct at %L Deprecated in favor of -std=c++11. Deprecated in favor of -std=c++14. Deprecated in favor of -std=c++17. Deprecated in favor of -std=c11. Deprecated in favor of -std=c99. Deprecated in favor of -std=gnu++11. Deprecated in favor of -std=gnu++14. Deprecated in favor of -std=gnu++17. Deprecated in favor of -std=gnu11. Deprecated in favor of -std=gnu99. Deprecated in favor of -std=iso9899:1999. Deprecated option. Use -mno-vrsave instead. Deprecated option. Use -mvrsave instead. Deprecated. This switch has no effect. Derived type %qs at %C is being used before it is defined Derived type %qs at %L cannot have the SEQUENCE attribute because it is BIND(C) Derived type %qs at %L has not been declared Derived type %qs at %L may not be ABSTRACT Derived type %qs at %L must be an extension of %qs Derived type %qs at %L must be extensible Derived type %qs cannot be used as a variable at %C Derived type %qs cannot be used as a variable at %L Derived type %qs declared at %L must have the BIND attribute to be C interoperable Derived type %qs is used as an actual argument at %L Derived type %qs with BIND(C) attribute at %L is empty, and may be inaccessible by the C companion processor Derived type at %C can only be PRIVATE in the specification part of a module Derived type at %C can only be PUBLIC in the specification part of a module Derived type at %C has not been previously defined and so cannot appear in a derived type definition Derived type component %C is not a permitted EQUIVALENCE member Derived type declaration with FINAL at %C must be in the specification part of a MODULE Derived type definition at %C with empty CONTAINS section Derived type definition at %C without components Derived type definition of %qs at %C has already been defined Derived type name %qs at %C already has a basic type Derived type name %qs at %C already has a basic type of %s Derived type variable %qs at %L cannot have ALLOCATABLE components to be an EQUIVALENCE object Derived type variable %qs at %L must have SEQUENCE attribute to be an EQUIVALENCE object Derived type variable %qs at %L with default initialization cannot be in EQUIVALENCE with a variable in COMMON Derived type variable %qs at %L with pointer component(s) cannot be an EQUIVALENCE object Derived type variable %qs in COMMON at %L has an ultimate component that is allocatable Derived type variable %qs in COMMON at %L has neither the SEQUENCE nor the BIND(C) attribute Derived type variable %qs in COMMON at %L may not have default initializer Derived-type %qs declared at %L must be ABSTRACT because %qs is DEFERRED and not overridden Derived-type %qs with BIND(C) must not have a CONTAINS section at %C Derived-type %qs with SEQUENCE must not have a CONTAINS section at %C Derived-type dummy argument %qs at %L was declared INTENT(OUT) but was not set and does not have a default initializer Description for mxl-mode-bootstrap. Description for mxl-mode-executable. Description for mxl-mode-novectors. Description for mxl-mode-xmdstub. Destruct fields of partially constructed objects. Detect paths that trigger erroneous or undefined behavior due to a null value being used in a way forbidden by a returns_nonnull or nonnull attribute. Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap. Detect paths that trigger erroneous or undefined behavior due to dereferencing a null pointer. Isolate those paths from the main control flow and turn the statement with erroneous or undefined behavior into a trap. Determine which dependences between insns are considered costly. Different CHARACTER lengths (%ld/%ld) in array constructor Different CHARACTER lengths (%ld/%ld) in array constructor at %L Different character kinds at %L Different kind type parameters in pointer assignment at %L Different ranks in pointer assignment at %L Different shape for %s at %L on dimension %d (%d and %d) Different shape for arguments %qs and %qs at %L for intrinsic %<dot_product%> Different shape on dimension 1 for arguments %qs and %qs at %L for intrinsic matmul Different shape on dimension 2 for argument %qs and dimension 1 for argument %qs at %L for intrinsic matmul Different type kinds at %L Different types in pointer assignment at %L; attempted assignment of %s to %s Dimensions specified for %s at %L after its initialization Disable -Wframe-larger-than= warning. Equivalent to -Wframe-larger-than=<SIZE_MAX> or larger. Disable -Wlarger-than= warning. Equivalent to -Wlarger-than=<SIZE_MAX> or larger. Disable ARCompact specific pass to generate conditional execution instructions. Disable FP regs. Equivalent to -msoft-float. Disable FPU ISA, the ABI option must be enable %<-mfloat-abi=soft%> Disable LR and SR instructions from using FPX extension aux registers. Disable Scalar to Vector optimization pass transforming 64-bit integer computations into a vector ones. Disable Walloc-size-larger-than= warning. Equivalent to Walloc-size-larger-than=<SIZE_MAX> or larger. Disable Walloca-larger-than= warning. Equivalent to Walloca-larger-than=<SIZE_MAX> or larger. Disable Wstack-usage= warning. Equivalent to Wstack-usage=<SIZE_MAX> or larger. Disable Wvla-larger-than= warning. Equivalent to Wvla-larger-than=<SIZE_MAX> or larger. Disable access to shared memory objects. Disable access to variables marked `@system' from @safe code. Disable floating point optimizations that ignore the IEEE signedness of zero. Disable hardware floating point. Disable indexed addressing. Disable optimizations observable by IEEE signaling NaNs. Disable optimizations that assume default FP rounding behavior. Disable position-independent code (PIC) for use in OS kernel code. Disable preprocessing. Disable space regs. Disable the use of RX FPU instructions. Disallow direct calls to global functions. Disallow more than 'msched-max-memory-insns' in instruction group. Otherwise, limit is 'soft' (prefer non-memory operations when limit is reached). Disallow tail call optimization when a calling routine may have omitted character lengths. Disallow unsound immutable conversions that were formerly incorrectly permitted. Discover pure and const functions. Discover read-only and non addressable static variables. Discover read-only, write-only and non-addressable static variables. Display compile time statistics. Display statistics accumulated during compilation. Display target specific command line options (including assembler and linker options). Display the code tree after front end optimization. Display the code tree after parsing. Display the code tree after parsing; deprecated option. Display the compiler's version. Display the frontend AST after parsing and semantic passes. Display the global symbol table after parsing. Display the symbols in reverse order. Display this information. Division by zero at %L Division by zero converting %s to %s at %L Division strategy, one of: call-div1, call-fp, call-table. Do CFG-sensitive rematerialization in LRA. Do dispatch scheduling if processor is bdver1, bdver2, bdver3, bdver4 or znver1 and Haifa scheduling is selected. Do link the standard D startup files in the compilation. Do no generate BRcc instructions in arc_reorg. Do not add a default symbol exports to modules or dynamic libraries. Do not allow constant data to be placed in code sections. Do not assume a large TLS segment. Do not assume that functions never executed during the train run are cold. Do not assume that standard C libraries and "main" exist. Do not disable space regs. Do not discard comments in macro expansions. Do not discard comments. Do not display functions compiled or elapsed time. Do not elide common elements in template comparisons. Do not emit addressing modes with side-effect assignment. Do not emit complex integer constants to read-only memory. Do not emit function prologue or epilogue. Do not enforce strict alignment. Do not generate #line directives. Do not generate .size directives. Do not generate a single exit point for each function. Do not generate code that can only run in supervisor mode (default). Do not generate load/store with update instructions. Do not generate mpy instructions for ARC700. Do not generate unaligned memory accesses. Do not inline integer division. Do not inline square root. Do not link against the device-specific library lib<MCU>.a. Do not link the standard D library in the compilation. Do not load the PIC register in function prologues. Do not look for object files in standard path. Do not mark ABI switches in e_flags. Do not perform optimizations increasing noticeably stack usage. Do not place floating point constants in TOC. Do not place symbol+offset constants in TOC. Do not predefine system-specific and GCC-specific macros. Do not pretty-print template specializations as the template signature followed by the arguments. Do not provide a default start-address 0x100 of the program. Do not push extended registers on stack in monitor functions. Do not search standard system include directories (those specified with -isystem will still be used). Do not search standard system include directories for C++. Do not support SSE4.1 and SSE4.2 built-in functions and code generation. Do not suppress C++ class debug information. Do not suppress warnings from system headers. Do not treat local variables and COMMON blocks as if they were named in SAVE statements. Do not tune code and read-only data alignment. Do not tune stack alignment. Do not tune writable data alignment. Do not use GOT to access external symbols. Do not use MDMX instructions. Do not use MIPS-3D instructions. Do not use VAX fp. Do not use a cache-flushing function before calling stack trampolines. Do not use addresses that allocate global registers. Do not use condition codes from normal instructions. Do not use hardware FP. Do not use hardware floating point. Do not use hardware fp. Do not use hardware quad fp instructions. Do not use the AIX Vector Extended ABI. Do not use the AltiVec ABI extensions. Do not use the bit-field instructions. Do not use the callt instruction (default). Do not use the device-specific specs file device-specs/specs-<MCU>. Do not use the fabsd custom instruction. Do not use the fabss custom instr. Do not use the faddd custom instruction. Do not use the fadds custom instruction. Do not use the fatand custom instruction. Do not use the fatans custom instruction. Do not use the fcmpeqd custom instruction. Do not use the fcmpeqs custom instruction. Do not use the fcmpged custom instruction. Do not use the fcmpges custom instruction. Do not use the fcmpgtd custom instruction. Do not use the fcmpgts custom instruction. Do not use the fcmpled custom instruction. Do not use the fcmples custom instruction. Do not use the fcmpltd custom instruction. Do not use the fcmplts custom instruction. Do not use the fcmpned custom instruction. Do not use the fcmpnes custom instruction. Do not use the fcosd custom instruction. Do not use the fcoss custom instruction. Do not use the fdivd custom instruction. Do not use the fdivs custom instruction. Do not use the fexpd custom instruction. Do not use the fexps custom instruction. Do not use the fextsd custom instruction. Do not use the fixdi custom instruction. Do not use the fixdu custom instruction. Do not use the fixsi custom instruction. Do not use the fixsu custom instruction. Do not use the floatid custom instruction. Do not use the floatis custom instruction. Do not use the floatud custom instruction. Do not use the floatus custom instruction. Do not use the flogd custom instruction. Do not use the flogs custom instruction. Do not use the fmaxd custom instruction. Do not use the fmaxs custom instruction. Do not use the fmind custom instruction. Do not use the fmins custom instruction. Do not use the fmuld custom instruction. Do not use the fmuls custom instruction. Do not use the fnegd custom instruction. Do not use the fnegs custom instruction. Do not use the frdxhi custom instruction. Do not use the frdxlo custom instruction. Do not use the frdy custom instruction. Do not use the fsind custom instruction. Do not use the fsins custom instruction. Do not use the fsqrtd custom instruction. Do not use the fsqrts custom instruction. Do not use the fsubd custom instruction. Do not use the fsubs custom instruction. Do not use the ftand custom instruction. Do not use the ftans custom instruction. Do not use the ftruncds custom instruction. Do not use the fwrx custom instruction. Do not use the fwry custom instruction. Do not use the round custom instruction. Do not use unaligned memory references. Do not warn about specified attributes. Do not warn about using "long long" when -pedantic. Do stack checking using bounds in L1 scratch memory. Does nothing. Preserved for backward compatibility. Does nothing. Preserved for backward compatibility. Don't align items in code or data. Don't allocate floats and doubles in extended-precision registers. Don't assume that unaligned accesses are handled by the system. Don't call any cache flush functions. Don't call any cache flush trap. Don't create a dynamically linked position independent executable. Don't destruct fields of partially constructed objects. Don't emit DWARF additions beyond selected version. Don't emit dllexported inline functions unless needed. Don't generate DWARF pubnames and pubtypes sections. Don't generate checks for control speculation in selective scheduling. Don't generate privileged-mode only code; implies -mno-inline-ic_invalidate if the inline code would not work in user mode. Don't indicate any priority with TARGET_REGISTER_PRIORITY. Don't optimize block moves, use memcpy. Don't optimize block moves. Don't use C-style integral promotion for unary '+', '-' and '~'. Don't use P-mnemonics for branches. Don't use any of r32..r63. Don't use less than 25 bit addressing range for calls. Don't warn about uses of Microsoft extensions. Double CLASS IS block in SELECT TYPE statement at %L Downgrade conformance errors to warnings. Driving: Dummy %qs at %L cannot have an initializer Dummy argument %qs at %L cannot be INTENT(OUT) Dummy argument %qs at %L cannot be OPTIONAL Dummy argument %qs at %L cannot be a derived type at %C Dummy argument %qs at %L may not be a pointer with CONTIGUOUS attribute as procedure %qs is BIND(C) Dummy argument %qs at %L of EVENT_TYPE shall not be INTENT(OUT) Dummy argument %qs at %L of LOCK_TYPE shall not be INTENT(OUT) Dummy argument %qs at %L was declared INTENT(OUT) but was not set Dummy argument %qs has to be a pointer, assumed-shape or assumed-rank array without CONTIGUOUS attribute - as actual argument at %L is not simply contiguous and both are ASYNCHRONOUS or VOLATILE Dummy argument %qs not allowed in expression at %L Dummy argument %qs of %qs at %L should be named %qs as to match the corresponding argument of the overridden procedure Dummy argument %qs with INTENT(IN) in pointer association context (%s) at %L Dummy argument %qs with INTENT(IN) in variable definition context (%s) at %L Dummy flag. This is the default unless FPX switches are provided explicitly. Dummy procedure %qs at %C cannot have a generic interface Dummy procedure %qs at %L shall not be elemental Dummy procedure %qs is invalid in procedure pointer initialization at %L Dummy procedure %qs not allowed in elemental procedure %qs at %L Dummy procedure %qs of PURE procedure at %L must also be PURE Dummy procedure at %C may not have BIND(C) attribute with NAME Dump Source Coverage Obligations. Dump a textual representation of each diagnostic's exploded path to SRCFILE.IDX.KIND.epath.txt. Dump a textual representation of the exploded graph to SRCFILE.eg-ID.txt. Dump a textual representation of the exploded graph to SRCFILE.eg.txt. Dump analyzer-specific call graph information to a SRCFILE.callgraph.dot file. Dump analyzer-specific data to a SRCFILE.analyzer.json.gz file. Dump declarations to a .decl file. Dump detailed information on GCC's internal representation of source code locations. Dump only the defined symbols. Dump optimization passes. Dump state-purging information to a SRCFILE.state-purge.dot file. Dump the analyzer exploded graph to a SRCFILE.eg.dot file. Dump the analyzer supergraph to a SRCFILE.supergraph.dot file. Dump the demangled output. Dump the details of LTO objects. Dump the dump tool command line options. Dump the statistics of gimple statements. Dump the statistics of tree types. Dump the statistics of trees. Dump the symtab callgraph. Dump various Rust front end internals. Dump various analyzer internals to SRCFILE.*.fg.dot and SRCFILE.*.tg.dot. Dump various analyzer internals to SRCFILE.analyzer.txt. Dump various analyzer internals to stderr. Duplicate %s attribute at %L Duplicate %s attribute specified at %L Duplicate %s label specification at %C Duplicate %s specification at %C Duplicate ASYNCHRONOUS attribute specified at %L Duplicate AUTOMATIC attribute specified at %L Duplicate BIND attribute specified at %L Duplicate DEFERRED at %C Duplicate ELSE statements at %L and %C Duplicate EXTENDS attribute specified at %L Duplicate IMPLICIT NONE statement at %C Duplicate NML specification at %C Duplicate NON_OVERRIDABLE at %C Duplicate POINTER attribute at %C Duplicate PRIVATE statement at %C Duplicate PROTECTED attribute specified at %L Duplicate SAVE attribute specified at %L Duplicate SEQUENCE statement at %C Duplicate UNIT specification at %C Duplicate VALUE attribute specified at %L Duplicate VOLATILE attribute specified at %L Duplicate access-specifier at %C Duplicate argument %qs at %L to intrinsic %s Duplicate array spec for Cray pointee at %C Duplicate construct label %qs at %C Duplicate format specification at %C Duplicate name %qs in association at %C Duplicate name %qs in parameter list at %C Duplicate statement label %d at %L and %L Duplicate symbol %qs in formal argument list at %C Duplicated %qs clause at %L Duplicated NOWAIT clause on %s and %s at %C Duplicated clause with SOURCE dependence-type at %C During link time optimization warn about mismatched types of global declarations. Dynamic Realign Argument Pointer (DRAP) not supported in interrupt service routine. This may be worked around by avoiding functions with aggregate return. Dynamically allocate cc registers. E specifier not allowed with g0 descriptor in format string at %L EDGE_CROSSING incorrectly set across same section EDGE_CROSSING missing across section boundary EH edge crosses section boundary in bb %i EH incoming edge mixed with non-EH incoming edges in bb %i EH landing pad label %qD is not first in a sequence of labels in bb %d ELEMENTAL function %qs at %L must have a scalar result ELEMENTAL non-INTRINSIC procedure %qs is not allowed as an actual argument at %L ELEMENTAL prefix in MODULE PROCEDURE interface is missing at %L ELEMENTAL procedure pointer component %qs is not allowed as an actual argument at %L ELFv2 parameter passing for an argument containing zero-width bit fields but that is otherwise a homogeneous aggregate was corrected in GCC 12 ELSE IF statement at %C cannot follow ELSE statement at %L ELSEWHERE statement at %C follows previous unmasked ELSEWHERE ELSEWHERE statement at %C not enclosed in WHERE block ENCODING= at %L not allowed in Fortran 95 END TEAM statement at %C END statement instead of %s statement at %L END tag at %C not allowed in output statement END tag label %d at %L not defined ENTRY %qs at %L cannot be called recursively, as function %qs is not RECURSIVE ENTRY %qs at %L cannot be called recursively, as subroutine %qs is not RECURSIVE ENTRY %qs at %L has no IMPLICIT type ENTRY result %s cannot be ALLOCATABLE in FUNCTION %s at %L ENTRY result %s cannot be a POINTER in FUNCTION %s at %L ENTRY result %s cannot be an array in FUNCTION %s at %L ENTRY result %s cannot be of type %s in FUNCTION %s at %L ENTRY statement at %C ENTRY statement at %C cannot appear in a contained procedure ENTRY statement at %C cannot appear within a BLOCK DATA ENTRY statement at %C cannot appear within a DERIVED TYPE block ENTRY statement at %C cannot appear within a DO block ENTRY statement at %C cannot appear within a FORALL block ENTRY statement at %C cannot appear within a MODULE ENTRY statement at %C cannot appear within a PROGRAM ENTRY statement at %C cannot appear within a SELECT block ENTRY statement at %C cannot appear within a STRUCTURE block ENTRY statement at %C cannot appear within a SUBMODULE ENTRY statement at %C cannot appear within a WHERE block ENTRY statement at %C cannot appear within a contained subprogram ENTRY statement at %C cannot appear within an IF-THEN block ENTRY statement at %C cannot appear within an INTERFACE ENTRY statement at %L with BIND(C) prohibited in an elemental procedure ENTRY_BLOCK has IL associated with it ENUM and ENUMERATOR at %C ENUM declaration at %C has no ENUMERATORS ENUM definition statement expected before %C ENUMERATOR %L not initialized with integer expression EOR tag label %d at %L not defined EQUIVALENCE at %C requires two or more objects EQUIVALENCE statement at %C ERR tag label %d at %L not defined ERRMSG at %L ERRMSG at %L is useless without a STAT tag ERRMSG tag at %L ERRMSG variable ERRMSG variable at %L shall be a scalar default CHARACTER variable ERRMSG= argument at %L must be a scalar CHARACTER variable ERROR STOP statement at %C ESA/390 architecture. EVENT POST statement at %C EVENT WAIT statement at %C EVENT argument at %L to the intrinsic EVENT_QUERY shall be of type EVENT_TYPE EXIT statement at %C terminating !$ACC LOOP loop EXIT statement at %C terminating !$OMP DO loop EXIT statement with no do-construct-name at %C EXIT_BLOCK has IL associated with it EXTENDS at %L EXTERNAL attribute conflicts with FUNCTION attribute in %qs at %L Either all or none of the objects in the EQUIVALENCE set at %L shall have the PROTECTED attribute Element in %s array constructor at %L is %s Element of assumed-shape or pointer array as actual argument at %L cannot correspond to actual argument at %L Element of assumed-shape or pointer array passed to array dummy argument %qs at %L Element with a value of %d in ORDER at %L must be in the range [1, ..., %d] for the RESHAPE intrinsic near %L Elemental function as initialization expression with non-integer/non-character arguments at %L Elements with the same value at %L and %L in vector subscript in a variable definition context (%s) Eliminate multiple function invocations also for impure functions. Emit .gnu_attribute tags. Emit .stack_size directives. Emit 16-bit relocations to the small data areas. Emit 32-bit relocations to the small data areas. Emit GNU_PROPERTY_X86_ISA_1_NEEDED GNU property. Emit IEEE-conformant code, without inexact exceptions. Emit RISC-V ELF attribute. Emit call graph information. Emit checks causing "break 8" instructions to execute when applying atomic builtins on misaligned memory. Emit code for the byte/word ISA extension. Emit code for the counting ISA extension. Emit code for the fp move and sqrt ISA extension. Emit code for the motion video ISA extension. Emit code using explicit relocation directives. Emit common-like symbols as weak symbols. Emit custom warnings with internal details intended for analyzer developers. Emit debug annotations during preprocessing. Emit debugging information related to the escape analysis pass when run with -fgo-optimize-allocs. Emit diagnostics showing the location of nodes in the exploded graph. Emit direct branches to local functions. Emit extra code in the function prologue in order to trap if the stack size exceeds the given limit. Emit function prologues only before parts of the function that need it, rather than at the top of the function. Emit function-calls using global offset table when generating PIC. Emit fused multiply-add instructions for long doubles in vector registers (wfmaxb, wfmsxb, wfnmaxb, wfnmsxb). Reassociation pass does not handle fused multiply-adds, therefore code generated by the middle-end is prone to having long fused multiply-add chains. This is not pipeline-friendly, and the default behavior is to emit separate multiplication and addition instructions for long doubles in vector registers, because measurements show that this improves performance. This option allows overriding it for testing purposes. Emit implicit instantiations of inline templates. Emit implicit instantiations of templates. Emit indirect branches to local functions. Emit instrumentation calls to __tsan_func_entry() and __tsan_func_exit(). Emit long load/store sequences. Emit more verbose descriptions of control flow in diagnostics. Emit more verbose descriptions of state changes in diagnostics. Emit optimization diagnostics. Emit profiling counter call at function entry before prologue. Emit profiling counter call at function entry before prologue. The compiled code will require a 64-bit CPU and glibc 2.29 or newer to run. Emit progressive recommended breakpoint locations. Emit rdval instead of rduniq for thread pointer. Emit special instrumentation for accesses to volatiles. Emit static const variables even if they are not used. Emit stop bits before and after volatile extended asms. Emit template instantiations as weak symbols. Emit traps as "break 8", default for CRIS v3 and up. If disabled, calls to abort() are used. Emit verbose debug information in assembly code. Empty FINAL at %C Empty IMPLICIT statement at %C Empty array constructor at %C is not allowed Empty old style initializer list at %C Empty set of digits in BOZ constant at %C Enable 'q' instruction alternatives. Enable 16-entry register file. Enable 32-bit ALU instructions. Enable 32-bit jump instructions. Enable 64-bit Time-Stamp Counter extension instruction. Enable C++ coroutines (experimental). Enable C++ header module (experimental). Enable C++ modules-ts (experimental). Enable C++14 sized deallocation support. Enable C-SKY DSP instructions. Enable C-SKY Enhanced DSP instructions. Enable C-SKY SECURE instructions. Enable C-SKY TRUST instructions. Enable C-SKY Vector DSP instructions. Enable CFI tables via GAS assembler directives. Enable DEC-style STATIC and AUTOMATIC attributes. Enable DIV, DIVU. Enable DIV-REM instructions for ARCv2. Enable DSP 3.1 Pack A extensions. Enable DWARF line debug info via GNU as. Enable Dual and Single Operand Instructions for Telephony. Enable ENTER_S and LEAVE_S opcodes for ARCv2. Enable FT32B code compression. Enable Full Redundancy Elimination (FRE) on trees. Enable Function Descriptor PIC mode. Enable Graphite Identity transformation. Enable ID based shared library. Enable IEEE 128-bit floating point via the __float128 keyword. Enable Local Register Allocation. Enable Locked Load/Store Conditional extension. Enable MUL instructions. Enable MUL.X and UMUL.X instructions. Enable MULX instructions, assume fast shifter. Enable Objective-C exception and synchronization syntax. Enable Objective-C setjmp exception handling runtime. Enable OpenACC. Enable OpenMP (implies -frecursive in Fortran). Enable OpenMP GPU offloading. Enable OpenMP's SIMD directives. Enable PIC support for building libraries. Enable Plan 9 language extensions. Enable Read-Modify-Write (RMW) instructions support/use. Enable SSA coalescing of user variables. Enable SSA code sinking on trees. Enable SSA dead code elimination optimization on trees. Enable SSA-BIT-CCP optimization on trees. Enable SSA-CCP optimization on trees. Enable SSA-PRE optimization on trees. Enable TPF-OS tracing code. Enable Virtual Hosting support. Enable XY Memory extension (DSP version 3). Enable alignment of COMMON blocks. Enable all -Wunused- warnings. Enable all DEC language extensions. Enable all optimization info dumps on stderr. Enable an RTL peephole pass before sched2. Enable asan allocas/VLAs protection. Enable asan builtin functions protection. Enable asan detection of use-after-return bugs. Enable asan globals protection. Enable asan load operations protection. Enable asan stack protection. Enable asan store operations protection. Enable assembler and linker relaxation. Enabled by default at -Os. Enable atomic instructions. Enable backend debugging. Enable backward propagation of use properties at the SSA level. Enable barrel shift instructions. Enable basic block vectorization (SLP) on trees. Enable basic program profiling code. Enable bbit peephole2. Enable cache bypass for volatile references. Enable cache prefetch instructions. Enable certain features present in drafts of C++ Contracts. Enable certain features present in the Concepts TS. Enable code density instructions for ARCv2. Enable code hoisting. Enable common options for generating profile info for profile feedback directed optimizations, and set -fprofile-dir=. Enable common options for generating profile info for profile feedback directed optimizations. Enable common options for performing profile feedback directed optimizations, and set -fprofile-dir=. Enable common options for performing profile feedback directed optimizations. Enable compact casesi pattern. Enable conditional dead code elimination for builtin calls. Enable conditional execution other than moves/scc. Enable conditional move instruction usage. Enable conditional moves. Enable conservative small loop unrolling. Enable constructor/destructor feature. Enable coprocessor instructions. Enable copy propagation of scalar-evolution information. Enable copy propagation on trees. Enable correction of flow inconsistent profile data input. Enable dead store elimination. Enable debug output. Enable decimal floating point hardware support. Enable default conversions between __float128 & long double. Enable default widths for i, f and g format specifiers. Enable divide and modulus instructions. Enable dominator optimizations. Enable double load/store instructions for ARC HS. Enable dual viterbi butterfly extension. Enable earlier placing stop bits for better scheduling. Enable exception handling. Enable experimental compilation of Rust files at your own risk Enable extra conditional-branch instructions j(s)lt and j(s)le. Enable forward propagation on trees. Enable front end optimization. Enable function profiling. Enable function reordering that improves code placement. Enable garbage collection (GC) in Objective-C/Objective-C++ programs. Enable generation of ARC SIMD instructions via target-specific builtins. Enable generation of R2 BMX instructions. Enable generation of R2 CDX instructions. Enable generation of binaries which use functions from libgcc to perform divide operations. The default is -mhard-div. Enable generation of binaries which use functions from libgcc to perform floating point operations. This is the default; use -mhard-float to override. Enable generation of binaries which use functions from libgcc to perform multiply operations. The default is -mhard-mul. Enable generation of compare and set flag with immediate (l.sf*i) instructions. By default extra instructions will be generated to store the immediate to a register first. Enable generation of conditional move (l.cmov) instructions. By default the equivalent will be generated using set and branch. Enable generation of hardware divide (l.div, l.divu) instructions. This is the default; use -msoft-div to override. Enable generation of hardware floating point instructions. The default is -msoft-float. Enable generation of hardware multiply instructions (l.mul, l.muli) instructions. This is the default; use -msoft-mul to override. Enable generation of rotate right (l.ror) instructions. By default functions from libgcc are used to perform rotate right operations. Enable generation of rotate right with immediate (l.rori) instructions. By default functions from libgcc are used to perform rotate right with immediate operations. Enable generation of shift with immediate (l.srai, l.srli, l.slli) instructions. By default extra instructions will be generated to store the immediate to a register first. Enable generation of sign extension (l.ext*) instructions. By default memory loads are used to perform sign extension. Enable guessing of branch probabilities. Enable hardware floating point. Enable hoisting adjacent loads to encourage generating conditional move instructions. Enable hoisting loads from conditional pointers. Enable hwasan instrumentation of allocas/VLAs. Enable hwasan instrumentation of builtin functions. Enable hwasan instrumentation of load operations. Enable hwasan instrumentation of statically sized stack-allocated variables. Enable hwasan instrumentation of store operations. Enable in and out of Graphite representation. Enable inline checks for nil receivers with the NeXT runtime and ABI version 2. Enable inlining of PLT in function calls. Enable inlining of function declared "inline", disabling disables all inlining. Enable instructions that guard against return-oriented programming attacks. Enable interrupt stack instructions. Enable kind-specific variants of integer intrinsic functions. Enable label alignment optimizations. Enable lazy module importing. Enable legacy math intrinsics for compatibility. Enable legacy parsing of INCLUDE as statement. Enable link-time optimization. Enable linker optimizations. Enable linker relaxation. Enable linker relaxations. Enable linker relaxing. Enable load/store bonding. Enable loop distribution for patterns transformed into a library call. Enable loop distribution on trees. Enable loop epilogue vectorization using smaller vector size. Enable loop header copying on trees. Enable loop interchange on trees. Enable loop invariant motion on trees. Enable loop nest transforms. Same as -floop-nest-optimize. Enable loop optimizations on tree level. Enable loop vectorization of floating point inductions. Enable loop vectorization on trees. Enable machine specific peephole optimizations. Enable more verbose RTX cost dumps during debug. For GCC developers use only. Enable most warning messages. Enable multicore support. Enable multiply instructions. Enable multiprocessor instructions. Enable nested conditional execution optimizations. Enable optimizing &&/|| in conditional execution. Enable parsing GIMPLE. Enable pre-reload use of cbranchsi pattern. Enable preprocessing. Enable range checking during compilation. Enable reassociation on tree level. Enable register pressure sensitive insn scheduling. Enable relaxing in the assembler. Enable rvalue arguments to ref parameters. Enable scheduling across basic blocks. Enable separate data segment. Enable setting GPRs to the result of comparisons. Enable shadow stack built-in functions from Control-flow Enforcement Technology (CET). Enable sign extend instructions. Enable split of 32 bit immediate loads into low / high part. Enable stack probing. Enable static analysis pass. Enable strict 32-bit psABI struct return checking. Enable string length optimizations on trees. Enable support for C++ concepts. Enable support for DEC STRUCTURE/RECORD. Enable support for GNU transactional memory. Enable support for the RH850 ABI. This is the default. Enable support for the old GCC ABI. Enable swap byte ordering extension instruction. Enable tail merging on trees. Enable the CSR checking for the ISA-dependent CRS and the read-only CSR. The ISA-dependent CSR are only valid when the specific ISA is set. The read-only CSR can not be written by the CSR instructions. Enable the char8_t fundamental type and use it as the type for UTF-8 string and character literals. Enable the critical path heuristic in the scheduler. Enable the dependent count heuristic in the scheduler. Enable the division approximation. Enabling this reduces precision of division results to about 16 bits for single precision and to 32 bits for double precision. Enable the extended LRW instruction (default for CK801). Enable the group heuristic in the scheduler. Enable the last instruction heuristic in the scheduler. Enable the loop nest optimizer. Enable the normal mode. Enable the rank heuristic in the scheduler. Enable the reciprocal square root approximation. Enabling this reduces precision of reciprocal square root results to about 16 bits for single precision and to 32 bits for double precision. Enable the speculative instruction heuristic in the scheduler. Enable the square root approximation. Enabling this reduces precision of square root results to about 16 bits for single precision and to 32 bits for double precision. If enabled, it implies -mlow-precision-recip-sqrt. Enable the use of 64-bit floating point registers in fmov instructions. See -mdalign if 64-bit alignment is required. Enable the use of RX FPU instructions. This is the default. Enable the use of blank format items in format strings. Enable the use of character literals in assignments and data statements for non-character variables. Enable the use of indexed loads. Enable the use of pre/post modify with register displacement. Enable the use of the LRA register allocator. Enable the use of the fsca instruction. Enable the use of the fsrra instruction. Enable the use of the old, broken, ABI where all stacked function arguments are aligned to 32-bits. Enable the use of the short load instructions. Enable the use the standard RX ABI where all stacked function arguments are naturally aligned. This is the default. Enable the z vector language extension providing the context-sensitive vector macro and enable the Altivec-style builtins in vecintrin.h. Enable traditional preprocessing. Enable transitivity of constraints during analysis. Enable unaligned word and halfword accesses to packed data. Enable use of BI/BIH instructions when available. Enable use of GPREL for read-only data in FDPIC. Enable use of NPS400 bit operations. Enable use of NPS400 xld/xst extension. Enable use of POST_INC / POST_DEC. Enable use of POST_MODIFY. Enable use of R16-R31 (default). Enable use of odd-numbered single-precision registers. Enable use of sdata/scommon/sbss. Enable user-defined instructions. Enable using IEEE 128-bit floating point instructions. Enable v850e3v5 loop instructions. Enable variable polynomial CRC extension. Enable vectorization on trees. Enable verbose output. Enable workaround for single erratum of AT697F processor (corresponding to erratum #13 of AT697E processor). Enable workarounds for the errata of the GR712RC processor. Enable workarounds for the errata of the UT699 processor. Enable workarounds for the errata of the UT699E/UT700 processor. Enable/Disable the traditional scheduling in loops that already passed modulo scheduling. Enable/disable GP-relative addressing. Enabled ID based shared library. Enables Position-Independent-Data (PID) mode. Enables or disables the use of the SMOVF, SMOVB, SMOVU, SUNTIL, SWHILE and RMPA instructions. Enabled by default. Enables the dynamic vectorizer cost model. Preserved for backward compatibility. Enables verbose cost model dumping in the debug dump files. Encode SSE instructions with VEX prefix. End expression in DO loop End of nonblock DO statement at %C is interwoven with another DO loop End of nonblock DO statement at %C is within another block End of scalar initializer expected at %C End of search list.
Enforce class member access control semantics. Entity %qs at %L has a deferred type parameter and requires either the POINTER or ALLOCATABLE attribute Entity %qs at %L is already present in the interface Entity %qs at %L is incompatible with a BOZ literal constant Entity with assumed character length at %L must be a dummy argument or a PARAMETER Enumerator exceeds the C integer type at %C Equality comparison for %s at %L Equivalence for %qs does not match ordering of COMMON %qs at %L Equivalent to -mgpopt=local. Equivalent to -mgpopt=none. Errmsg-variable at %L shall not be %sd within the same %s statement Error Error allocating %lu bytes Error converting PARAMETER constant in complex constant at %C Error converting integer Error in array constructor referenced at %L Error in pointer initialization at %C Error in type-spec at %L Error in typebound call at %L Error reallocating to %lu bytes Error writing JSON output file %s
Error writing module file %qs for writing: %s Error writing modules file: %s Error writing output file '%s'
Evaluation of nonstandard initialization expression at %L Evaluation of string longer than 2**28 at %L deferred to runtime, expect bugs Event Event variable argument at %L must be a coarray but not coindexed Event variable argument at %L must be a coarray or coindexed Event variable at %L must be a scalar of type EVENT_TYPE Every subscript of target specification at %L must be a constant expression Exit condition of DO WHILE loop at %L must be a scalar LOGICAL expression Exit on the first error occurred. Expand 32bit/64bit integer divide into 8bit unsigned integer divide with run-time check. Expand adddi3 and subdi3 at rtl generation time into add.f / adc etc. Expected ")" at %C Expected "," at %C Expected %<( depobj )%> at %C Expected %<(%> after %qs at %C Expected %<(%> at %C Expected %<)%> or %<,%> at %C Expected %<)%> or %<omp_cur_iteration)%> at %C Expected %<*%> in coindex specification in ALLOCATE statement at %L Expected %<,%> at %C Expected %<,%> or %<)%> at %C Expected %<,%> or end of statement at %C Expected %<:%> at %C Expected %<::%> after binding-attributes at %C Expected %<::%> at %C Expected %<==%>, %<.EQ.%> or %<.EQV.%> atomic comparison expression at %L Expected %<=>%> at %C Expected %<END INTERFACE ASSIGNMENT (=)%> at %C Expected :: in TYPE definition at %C Expected = sign in PARAMETER statement at %C Expected ALLOC, TO, FROM, TOFROM, FIRSTPRIVATE, NONE or DEFAULT at %C Expected COMPILATION or EXECUTION in AT clause at %C Expected DEPEND, UPDATE, or DESTROY clause at %C Expected DO loop at %C Expected ELSE at %L in atomic compare capture Expected FATAL or WARNING in SEVERITY clause at %C Expected HOST, NOHOST or ANY at %C Expected IF at %L in atomic compare capture Expected IN, OUT, INOUT, INOUTSET or MUTEXINOUTSET followed by %<)%> at %C Expected INCLUSIVE or EXCLUSIVE clause at %C Expected INTEGER type at %L Expected NONE or PRESENT in DEFAULT clause at %C Expected NONE, FIRSTPRIVATE, PRIVATE or SHARED in DEFAULT clause at %C Expected ORDER(CONCURRENT) at %C with optional %<reproducible%> or %<unconstrained%> modifier Expected P edit descriptor in format string at %L Expected PARAMETER symbol in complex constant at %C Expected RANK or RANK DEFAULT following SELECT RANK at %C Expected SCALAR, AGGREGATE, ALLOCATABLE or POINTER at %C Expected SEQ_CST, ACQUIRE or RELAXED at %C Expected SEQ_CST, ACQ_REL or RELAXED for ATOMIC_DEFAULT_MEM_ORDER clause at %C Expected SEQ_CST, AQC_REL, RELEASE, or ACQUIRE at %C Expected SHAPE argument to C_F_POINTER with array FPTR at %L Expected TEAMS, PARALLEL or THREAD as binding in BIND at %C Expected TYPE IS, CLASS IS or END SELECT statement following SELECT TYPE at %C Expected UNIFIED_ADDRESS, UNIFIED_SHARED_MEMORY, DYNAMIC_ALLOCATORS, REVERSE_OFFLOAD, or ATOMIC_DEFAULT_MEM_ORDER clause at %L Expected a CASE or END SELECT statement following SELECT CASE at %C Expected a nameless interface at %C Expected a procedure for argument %qs at %L Expected a procedure pointer for argument %qs at %L Expected a right parenthesis in expression at %C Expected a step value in iterator at %C Expected access-specifier at %C Expected alternate return label at %C Expected an initialization expression at %C Expected another dimension in array declaration at %C Expected argument list at %C Expected array subscript at %C Expected array subscript stride at %C Expected association at %C Expected association list at %C Expected attribute bit name Expected binding attribute at %C Expected binding name at %C Expected binding target after %<=>%> at %C Expected block name %qs of SELECT construct at %C Expected block name of %qs in %s statement at %L Expected bounds specification for %qs at %L Expected coarray variable as %qs argument to the %s intrinsic at %L Expected comma in I/O list at %C Expected component reference at %C Expected construct-type PARALLEL, SECTIONS, DO or TASKGROUP in $OMP CANCELLATION POINT statement at %C Expected data constant after repeat spec at %C Expected dependence-type SINK or SOURCE at %C Expected entity-list in AUTOMATIC statement at %C Expected entity-list in STATIC statement at %C Expected exponent in expression at %C Expected expression at %C in PARAMETER statement Expected expression in %s statement at %C Expected expression in array specification at %C Expected expression type Expected formal argument list in function definition at %C Expected generic name or operator descriptor at %C Expected identifier at %C Expected initialization expression at %C Expected initialization expression in CASE at %C Expected integer Expected integer expression at %C Expected integer expression of the %<omp_allocator_handle_kind%> kind at %L Expected integer expression or a single device-modifier %<device_num%> or %<ancestor%> at %C Expected integer string Expected intrinsic assignment in OMP WORKSHARE at %L Expected label %qs for %s statement at %C Expected left parenthesis Expected list of %<lower-bound :%> or list of %<lower-bound : upper-bound%> specifications at %L Expected module procedure name at %C Expected name Expected parameter list in type declaration at %C Expected range-specification at %C Expected real string Expected register or constant integer. Expected right parenthesis Expected scalar initialization expression at %C Expected scalar intrinsic expression at %L in atomic comparison Expected scalar intrinsic variable at %L in atomic comparison Expected specific binding name at %C Expected string Expected structure component name at %C Expected structure component or operator name after %<.%> at %C Expected terminating name at %C Expected type-bound procedure or procedure pointer component at %C Expected variable list at %C Expected variable name at %C Expected variable name at %C in PARAMETER statement Expecting %<END INTERFACE %s%> at %C Expecting %<END INTERFACE OPERATOR (%s)%> at %C Expecting %<END INTERFACE OPERATOR (%s)%> at %C, but got %qs Expecting %<END INTERFACE OPERATOR (.%s.)%> at %C Expecting %s at %C Expecting %s statement at %L Expecting a comma in EQUIVALENCE at %C Expecting a scalar INTEGER expression at %C, found %s Expecting a variable at %L Expecting definable entity near %L Expecting list of named entities at %C Expecting variable in READ statement at %C Expecting variable or io-implied-do at %L Expecting variable or io-implied-do in READ statement at %L Explain what alignment considerations lead to the decision to make an insn short or long. Explicit array shape at %C must be constant of INTEGER type and not %s type Explicit interface required for %qs at %L: %s Explicit interface required for component %qs at %L: %s Explicit interface required for polymorphic argument at %L Explicit shaped array with nonconstant bounds at %C Export functions even if they can be inlined. Expression at %L in this context must be constant Expression at %L must be of INTEGER type, found %s Expression at %L must be scalar Expression in CASE selector at %L cannot be %s Expression in CASE selector at %L must be scalar Expression in CASE statement at %L is not in the range of %s Expression in CASE statement at %L must be of kind %d Expression in CASE statement at %L must be of type %s Expression in CASE statement at %L must be scalar Extension: %s specifier in %s statement at %L has value %qs Extension: Conversion from %s to %s at %L Extension: Scalar non-default-kind, non-C_CHAR-kind CHARACTER actual argument with array dummy argument %qs at %L Extension: Unary operator following arithmetic operator (use parentheses) at %C Extension: Zero width after L descriptor at %L Extension: backslash character at %C Extension: exponent-letter %<q%> in real-literal-constant at %C External %qs at %L cannot have an initializer External IO UNIT cannot be an array at %L External object %qs at %L may not have an initializer Extra option to %<-Xassembler%>: %s, dropping all %<-Xassembler%> and %<-Wa%> options. Extraneous characters in format at %L F2008: C1210 IMPORT statement at %C is not permitted in a module procedure interface body FAIL IMAGE statement at %C FAILED= argument to NUM_IMAGES at %L FDPIC mode is not supported in Thumb-1 mode FINAL clause at %L requires a scalar LOGICAL expression FINAL declaration at %C must be inside CONTAINS FINAL declaration at %C must be inside a derived type CONTAINS section FINAL procedure %qs at %L is not a SUBROUTINE FINAL procedure %qs declared at %L has the same rank (%d) as %qs FINAL procedure at %L must have exactly one argument FINAL procedure at %L with assumed rank argument must be the only finalizer with the same kind/type (F2018: C790) FINAL procedure declaration at %C FLUSH statement at %C FORALL construct at %L FORALL end expression at %L must be a scalar INTEGER FORALL index %qs may not appear in triplet specification at %L FORALL index-name at %L must be a scalar INTEGER FORALL index-name at %L must be a scalar variable of type integer FORALL mask clause at %L requires a scalar LOGICAL expression FORALL start expression at %L must be a scalar INTEGER FORALL stride expression at %L cannot be zero FORALL stride expression at %L must be a scalar %s FORM TEAM statement at %C FORMAT label %d at %L not defined FORMAT statement at %C cannot appear within an INTERFACE FORMAT statement at %L does not have a statement label FORMAT tag at %L cannot be a zero-sized array FORMAT tag at %L must be of type default-kind CHARACTER or of INTEGER FP exceptions are enabled. FP registers might be clobbered despite %qE attribute: compile with %<-mgeneral-regs-only%> FPTR argument at %L to C_F_POINTER shall not be polymorphic FPU types of LoongArch: FPX fast and compact options cannot be specified together FPX: Enable Argonaut ARC CPU Double Precision Floating Point extensions. FPX: Generate Double Precision FPX (compact) instructions. FPX: Generate Double Precision FPX (fast) instructions. FPX: Generate Single Precision FPX (compact) instructions. FPX: Generate Single Precision FPX (fast) instructions. FROMPOS argument (%ld) out of range 0:%d in intrinsic MVBITS FROMPOS(%ld)+LEN(%ld)>BIT_SIZE(%d) in intrinsic MVBITS FUNCTION result %s cannot be ALLOCATABLE in FUNCTION %s at %L FUNCTION result %s cannot be a POINTER in FUNCTION %s at %L FUNCTION result %s cannot be an array in FUNCTION %s at %L FUNCTION result %s cannot be of type %s in FUNCTION %s at %L Factor complex constructors and destructors to favor space over speed. Failed to create structure type '%s' at %C Failed to match clause at %C Failure getting length of a constant array. Failure in conversion of BOZ to REAL at %L Fatal Error File %qs is being included recursively File %qs opened at %C is not a GNU Fortran module file Fine grain control of tune features. First argument of defined assignment at %L must be INTENT(OUT) or INTENT(INOUT) First argument of operator interface at %L cannot be optional First argument of operator interface at %L must be INTENT(IN) First or last !$OMP ATOMIC intrinsic argument must be %qs at %L Fix min_int calculation Fixed line length must be at least seven Flag %<-fmax-stack-var-size=%d%> overwrites %<-frecursive%> implied by %qs Flag %<-fno-automatic%> overwrites %<-fmax-stack-var-size=%d%> Flag %<-fno-automatic%> overwrites %<-frecursive%> Flag %<-fno-automatic%> overwrites %<-frecursive%> implied by %qs Flag %<-frecursive%> overwrites %<-fmax-stack-var-size=%d%> Flag to enable embeding metadata directly into object files Floating point custom instruction configuration name. Fold calls to simple inline functions. Follow Renesas (formerly Hitachi) / SuperH calling conventions. Follow the C++17 evaluation order requirements for assignment expressions, shift, member function calls, etc. Follow the EABI linkage requirements. For !$OMP ATOMIC COMPARE, the first operand in comparison at %L must be the variable %qs that the update statement writes into at %L For -f*-prefix-map= options compare canonicalized pathnames rather than just strings. For dummy procedure %s, no binding name is allowed in BIND(C) at %C For intrinsics library: pass all parameters in registers. For nested functions on stack executable permission is set. For shift operations by a constant amount, which require an individual instruction to shift by one position, set the maximum number of inline shift instructions (maximum value 64) to emit instead of using the corresponding __mspabi helper function. The default value is 4. For targets that normally need trampolines for nested functions, always generate them instead of using descriptors. For the assembler (and linker) permit any architecture sub-variant to be used without error. Forbid performing fp-as-gp optimization. Forbid using $fp to access static and global variables. This option strictly forbids fp-as-gp optimization regardless of '-mforce-fp-as-gp'. Force all calls to be made via a jli instruction. Force assembly output to always use hex constants. Force bitfield accesses to match their type width. Force creation of temporary to test infrequently-executed forall code. Force disable hardware loop, even use -mext-dsp. Force functions to be aligned to a 4 byte boundary. Force generation of external symbol indirection stubs. Force indirect call and jump via register. Force performing fp-as-gp optimization. Force the underlying type for "wchar_t" to be "unsigned short". Force the usage of delay slots for conditional branches. Format statement in module main block at %C Fortran 2003: %s specifier in %s statement at %L has value %qs Fortran 2003: Character for %qs argument of %qs intrinsic at %L Fortran 2003: DT format specifier not allowed at %C Fortran 2003: Scalar CHARACTER actual argument with array dummy argument %qs at %L Fortran 2008 obsolescent feature: Fortran 2008: COMMON block %qs with binding label at %L sharing the identifier with global non-COMMON-block entity at %L Fortran 2008: Non-pointer actual argument at %L to pointer dummy %qs Fortran 2008: Null pointer at %L to non-pointer dummy %qs Fortran 2008: Pointer functions in variable definition context (%s) at %L Fortran 2008: Semicolon at %C without preceding statement Fortran 2018 deleted feature: Fortran 2018 obsolescent feature: Fortran 2018: Fortran 95 requires default INTEGER in %s tag at %L Found no matching specific binding for the call to the GENERIC %qs at %L Free line length must be at least three Function %qs as initialization expression at %L Function %qs at %L cannot be called recursively, as it is not RECURSIVE Function %qs at %L cannot have an initializer Function %qs at %L has no IMPLICIT type Function %qs at %L has no IMPLICIT type; did you mean %qs? Function %qs at %L is INTRINSIC but is not compatible with an intrinsic Function %qs at %L must be PURE Function %qs in initialization expression at %L must be an intrinsic function Function %qs is declared CHARACTER(*) and cannot be used at %L since it is not a dummy argument Function %qs requires an argument list at %C Function %s at %L has entries with mismatched array specifications Function %s at %L has entry %s with mismatched characteristics Function %s at %L with entries returning variables of different string lengths Function not found. Function result %qs at %L cannot have an initializer Function result %qs at %L has no IMPLICIT type Function result %qs at %L is invalid as X argument to C_FUNLOC Function result %qs at %L shall not be a coarray or have a coarray component Function result %qs is invalid as proc-target in procedure pointer assignment at %L Function result variable %qs at %L of elemental function %qs shall not have an ALLOCATABLE or POINTER attribute Function starts are aligned to this power of 2. Functions which return values must end with return statements. Fuse certain integer operations together for better performance on power10. Fuse certain integer operations together for better performance on power8. GCC cannot support operators with integer types and fixed-point types that have too many integral and fractional bits together GCC does not currently support argument type %qT for %<simd%> functions GCC does not currently support mixed size types for %<simd%> functions GCC does not currently support return type %qT for %<simd%> functions GCC does not currently support simdlen %wd for type %qT GCC is not configured to support %qs as %<-foffload=%> argument GCC must be configured with %<--enable-newlib-nano-formatted-io%> to use %<-mtiny-printf%> GCC supports only %u nested scopes GCC vector passed by reference: non-standard ABI extension with no compatibility guarantee GCC vector returned by reference: non-standard ABI extension with no compatibility guarantee GCC_OFFLOAD_OMP_REQUIRES_FILE unset GCN GPU type to use: GCSE disabled GENERIC %qs at %L cannot overwrite specific binding with the same name GENERIC %qs at %L must target a specific binding, %qs is GENERIC, too GENERIC at %C must be inside a derived-type CONTAINS GENERIC binding at %C GENERIC procedure %qs is not allowed as an actual argument at %L GMP version %s, MPFR version %s, MPC version %s, isl version %s
GNU C no longer supports -traditional without -E GNU Extension: GNU Objective C no longer supports traditional compilation GNU-style attribute between label and declaration appertains to the label GOTO statement at %L leaves CRITICAL construct for label at %L GOTO statement at %L leaves DO CONCURRENT construct for label at %L Garbage after PARAMETERIZED TYPE declaration at %C Generate (do not generate) MMA instructions. Generate (do not generate) code that uses the LXVKQ instruction. Generate (do not generate) code that uses the XXSPLTIDP instruction. Generate (do not generate) code that uses the XXSPLTIW instruction. Generate (do not generate) pc-relative memory addressing. Generate (do not generate) pc-relative memory optimizations for externals. Generate (do not generate) prefixed memory instructions. Generate 16-bit instructions. Generate 16bit i386 code. Generate 32-bit code. Generate 32-bit offsets in switch tables. Generate 32bit i386 code. Generate 32bit x86-64 code. Generate 32x16 multiply and mac instructions. Generate 64-bit code. Generate 64bit x86-64 code. Generate APCS conformant stack frames. Generate ARCompact 32-bit code for ARC600 processor. Generate ARCompact 32-bit code for ARC601 processor. Generate ARCompact 32-bit code for ARC700 processor. Generate AT&T-style stubs for Mach-O. Generate BTF debug information at default level. Generate C header of platform-specific features. Generate C prototypes from BIND(C) declarations. Generate C prototypes from non-BIND(C) external procedure definitions. Generate C++ Module dependency information. Generate C-SKY FPU double float instructions (default for hard float). Generate CTF debug information at default level. Generate DSP extension instructions. Generate DWARF pubnames and pubtypes sections with GNU extensions. Generate DWARF pubnames and pubtypes sections. Generate ELF FDPIC code. Generate GFLOAT double precision code. Generate H8/300H code. Generate H8S code. Generate H8S/2600 code. Generate H8SX code. Generate ILP32 code. Generate IT blocks appropriate for ARMv8. Generate JSON file. Generate LP64 code. Generate MIPS16 code. Generate ModuleInfo struct for output module. Generate PA1.0 code. Generate PA1.1 code. Generate PA2.0 code (requires binutils 2.10 or later). Generate SH1 code. Generate SH2 code. Generate SH2a FPU-less code. Generate SH2e code. Generate SH3 code. Generate SH3e code. Generate SH4 FPU-less code. Generate SH4 code. Generate SH4-100 FPU-less code. Generate SH4-100 code. Generate SH4-200 FPU-less code. Generate SH4-200 code. Generate SH4-300 FPU-less code. Generate SH4-300 code. Generate SH4a FPU-less code. Generate SH4a code. Generate SH4al-dsp code. Generate SIMD clones for functions with the OpenMP declare target directive. Generate VRSAVE instructions when generating AltiVec code. Generate __mcount_loc section with all _mcount and __fentry__ calls. Generate __mcount_loc section with all mcount or __fentry__ calls. Generate a #line directive pointing at the current working directory. Generate a Mach-O bundle (file type MH_BUNDLE). Generate a __return_loc section pointing to all return instrumentation code. Generate a call to abort if a noreturn function returns. Generate a default D main() function when compiling. Generate a single exit point for each function. Generate absolute source path names for gcov. Generate aggregate parameter passing code with at most 64-bit alignment. Generate all necessary information for BPF Compile Once - Run Everywhere. Generate an output executable that binds symbols on load, rather than lazily. Generate assembler output that is compatible with the Renesas AS100 assembler. This may restrict some of the compiler's capabilities. The default is to generate GAS compatible syntax. Generate auto-inc/dec instructions. Generate big endian code. Generate big-endian code. Generate big-endian eBPF. Generate bit instructions. Generate call insns as direct calls. Generate call insns as indirect calls, if necessary. Generate call insns as indirect calls. Generate call insns as register indirect calls. Generate cld instruction in the function prologue. Generate code for C-SKY compiler runtime instead of libgcc. Generate code for GNU as. Generate code for GNU assembler (gas). Generate code for GNU ld. Generate code for GNU runtime environment. Generate code for NeXT (Apple Mac OS X) runtime environment. Generate code for OpenMP offloading: enables -msoft-stack and -muniform-simt. Generate code for SH4 340 series (MMU/FPU-less). Generate code for SH4 400 series (MMU/FPU-less). Generate code for SH4 500 series (FPU-less). Generate code for Smart Mode. Generate code for Thumb state. Generate code for UNIX assembler. Generate code for a 32-bit ABI. Generate code for a 5206e. Generate code for a 520X. Generate code for a 528x. Generate code for a 5307. Generate code for a 5407. Generate code for a 64-bit ABI. Generate code for a 68000. Generate code for a 68010. Generate code for a 68020. Generate code for a 68030. Generate code for a 68040, without any new instructions. Generate code for a 68040. Generate code for a 68060, without any new instructions. Generate code for a 68060. Generate code for a 68302. Generate code for a 68332. Generate code for a 68851. Generate code for a ColdFire v4e. Generate code for a DLL. Generate code for a Fido A. Generate code for a cpu32. Generate code for all template instantiations. Generate code for an 11/10. Generate code for an 11/40. Generate code for an 11/45. Generate code for assert contracts. Generate code for class invariant contracts. Generate code for darwin loadable kernel extensions. Generate code for functions even if they are fully inlined. Generate code for given CPU. Generate code for old exec BSS PLT. Generate code for postcondition contracts. Generate code for precondition contracts. Generate code for static functions even if they are never called. Generate code for switches without a default case. Generate code for the Android platform. Generate code for the M*Core M210. Generate code for the M*Core M340. Generate code for the kernel or loadable kernel extensions. Generate code for the supervisor mode (default). Generate code for the user mode. Generate code in 32 bit ARM state. Generate code in big endian mode. Generate code in big-endian mode. Generate code in little endian mode. Generate code in little-endian mode. Generate code suitable for executables (NOT shared libs). Generate code suitable for fast turn around debugging. Generate code that can be used in SVR4-style dynamic objects. Generate code that can keep local state uniform across all lanes. Generate code that conforms to Intel MCU psABI. Generate code that conforms to the given ABI. Generate code that conforms to the specified ABI. Generate code that is link-compatible with MIPS16 and microMIPS code. Generate code that uses 68881 floating-point instructions. Generate code that will run in privileged state. Generate code that won't be linked against any other ID shared libraries, but may be used as a shared library. Generate code to check bounds before indexing arrays. Generate code to check exception specifications. Generate code to mitigate against straight line speculation. Generate code to track when the CPU might be speculating incorrectly. Generate code to use a non-exec PLT and GOT. Generate code using global anchor symbol addresses. Generate code which uses hardware floating point instructions. Generate code which uses only the general registers. Generate code which uses the core registers only (r0-r14). Generate code with library calls for floating point. Generate code with unaligned load store, valid for MIPS R6. Generate code without GP reg. Generate compile-time CFString objects. Generate compressed debug sections. Generate conditional move instructions. Generate constant pools in the compiler instead of assembler. Generate cpp defines for server IO. Generate cpp defines for workstation IO. Generate debug information in DWARF v2 (or later) format. Generate debug information in VMS format. Generate debug information in default extended format. Generate debug information in default format. Generate debug information in default version of DWARF format. Generate debug information in separate .dwo files. Generate default double-precision SH2a-FPU code. Generate default single-precision SH2a-FPU code. Generate default single-precision SH4 code. Generate default single-precision SH4-100 code. Generate default single-precision SH4-200 code. Generate default single-precision SH4-300 code. Generate default single-precision SH4a code. Generate discontiguous stack frames. Generate divide instructions. Generate divide results with reminder having the same sign as the divisor (not the dividend). Generate documentation. Generate double-precision floating-point instructions. Generate eBPF for the given Linux kernel version. Generate extended arithmetic instructions, only valid for ARC700. Generate extended entry point information for inlined functions. Generate fast indirect calls. Generate floating point mathematics using given instruction set. Generate floating-point multiply-accumulation instructions. Generate frecipd/fsqrtd/fdivd instructions (default for hard float). Generate hardware abs instructions. Generate inline floating point division, optimize for latency. Generate inline floating point division, optimize for throughput. Generate inline integer division, optimize for latency. Generate inline integer division, optimize for throughput. Generate inline square root, optimize for latency. Generate inline square root, optimize for throughput. Generate instructions supported by barrel shifter. Generate isel instructions. Generate lazy class lookup (via objc_getClass()) for use in Zero-Link mode. Generate libcalls for atomic loads and stores when sync libcalls are disabled. Generate little endian code. Generate little-endian code. Generate little-endian eBPF. Generate load/store multiple instructions. Generate load/store with update instructions. Generate local calls to out-of-line atomic operations. Generate make dependencies and compile. Generate make dependencies. Generate mcount/__fentry__ calls as nops. To activate they need to be patched in. Generate millicode thunks. Generate mul64 and mulu64 instructions. Generate norm instruction. Generate normal-mode code. Generate only single-precision SH2a-FPU code. Generate only single-precision SH4 code. Generate only single-precision SH4-100 code. Generate only single-precision SH4-200 code. Generate only single-precision SH4-300 code. Generate only single-precision SH4a code. Generate pc-relative code. Generate performance extension instructions. Generate performance extension version 2 instructions. Generate phony targets for all headers. Generate position-independent code for executables if possible (large mode). Generate position-independent code for executables if possible (small mode). Generate position-independent code if possible (large mode). Generate position-independent code if possible (small mode). Generate prefetch instructions, if available, for arrays in loops. Generate push/pop instructions (default). Generate re-entrant, PIC code. Generate reciprocals instead of divss and sqrtss. Generate return instruction in naked function. Generate run time type descriptor information. Generate sdata references. This is the default, unless you compile for PIC. Generate sections .s390_indirect_jump, .s390_indirect_call, .s390_return_reg, and .s390_return_mem to contain the indirect branch locations which have been patched as part of using one of the -mindirect-branch* or -mfunction-return* options. The sections consist of an array of 32 bit elements. Each entry holds the offset from the entry to the patched location. Generate self-relocatable code. Generate sin, cos, sqrt for FPU. Generate single-precision floating-point instructions. Generate software reciprocal divide and square root for better throughput. Generate special Objective-C methods to initialize/destroy non-POD C++ ivars, if needed. Generate stm/ldm instructions (default). Generate string extension instructions. Generate swap instruction. Generate the integer modulo instructions. Generate the quad word memory atomic instructions (lqarx/stqcx). Generate the quad word memory instructions (lq/stq). Generate unaligned VSX load/store for inline expansion of memcpy/memmove. Generate unaligned VSX vector pair load/store for inline expansion of memcpy/memmove. Generate unwind tables that are exact at each instruction boundary. Generate v3 push25/pop25 instructions. Generate vzeroupper instruction before a transfer of control flow out of the function. Generate xBPF. Generic function %qs at %L is not consistent with a specific intrinsic interface Generic name %qs of function %qs at %L being the same name as derived type at %L Generic subroutine %qs at %L is not consistent with an intrinsic subroutine interface Give branches their default cost. Give external symbols a leading underscore. Global binding name %qs at %L is already being used as a %s at %L Global binding name %qs at %L is already being used at %L Global entity %qs at %L cannot appear in a COMMON block Global entity %qs at %L cannot appear in a COMMON block at %L Global name %qs at %L is already being used as a %s at %L Global name %qs at %L is already being used at %L Graphite loop optimizations cannot be used (isl is not available) (%<-fgraphite%>, %<-fgraphite-identity%>, %<-floop-nest-optimize%>, %<-floop-parallelize-all%>) Graphite loop optimizations cannot be used (isl is not available). Guide linker to relax instructions. HOLDS expression at %L must be a scalar logical expression Handle atomic builtins that may be applied to unaligned data by calling library functions. Overrides -mtrap-unaligned-atomic. Harden conditional branches by checking reversed conditions. Harden conditionals not used in branches, checking reversed conditions. Hardware autoprefetcher scheduler model control flag. Number of lookahead cycles the model looks into, at '0' only enable instruction sorting heuristic. Disabled by default. Hexadecimal constant at %L uses nonstandard X instead of Z Hollerith constant at %C Host associated variable %qs may not be in the DATA statement at %C How much can given compilation unit grow because of the inlining (in percent). How much can given compilation unit grow because of the interprocedural constant propagation (in percent). I/O register operand for '%%%c' IBITS: Bad bit ICE: %<emit_insn%> used where %<emit_jump_insn%> needed: ID of shared library to build. ID shared libraries and FD-PIC mode cannot be used together IEEE_ARITHMETIC module at %C IEEE_EXCEPTIONS module at %C IEEE_FEATURES module at %C IF clause at %L requires a scalar LOGICAL expression IF clause modifier %s at %L not appropriate for the current OpenMP construct IF clause without modifier at %L used together with IF clauses with modifiers IM part_ref at %C IMPLICIT NONE (type) statement at %L following an IMPLICIT statement IMPLICIT NONE with spec list at %C IMPLICIT statement at %C following an IMPLICIT NONE (type) statement IMPORT statement at %C IMPORT statement at %C only permitted in an INTERFACE body IMPURE procedure at %C INQUIRE statement at %L cannot contain both FILE and UNIT specifiers INQUIRE statement at %L requires a PENDING= specifier with the ID= specifier INQUIRE statement at %L requires either FILE or UNIT specifier INQUIRE statement not allowed in PURE procedure at %C INTEGER expression of %s clause at %L must be non-negative INTEGER expression of %s clause at %L must be positive INTEGER expression of SCHEDULE clause's chunk_size at %L must be positive INTEGER(KIND=8) is not available for %<-fdefault-integer-8%> option INTEGER(KIND=8) is not available for %<-finteger-4-integer-8%> option INTENT (%s) conflicts with INTENT(%s) at %L INTENT is not allowed inside of BLOCK at %C INTENT(%s) actual argument at %L might interfere with actual argument at %L. INTENT(IN) POINTER %qs in %s clause at %L INTENT(IN) POINTER %qs in COPYPRIVATE clause at %L INTENT(OUT) argument %qs of pure procedure %qs at %L may not be polymorphic INTERFACE procedure %qs at %L has the same name as the enclosing procedure IO UNIT in %s statement at %L must be an internal file in a PURE procedure IO definition for %q+D needs an address IOLENGTH tag invalid in INQUIRE statement at %C IOMSG tag at %L IPA modref summary is missing in input file IPA-SRA access verification failed ISA %qs is not supported in %<target%> attribute, use %<arch=%> syntax ISO C does not allow %<%E (expression)%> ISO C does not allow extra %<;%> outside of a function ISO C does not permit %<_Alignof%> applied to a function type ISO C does not support %<#pragma STDC FLOAT_CONST_DECIMAL64%> ISO C does not support %<++%> and %<--%> on complex types ISO C does not support %<[[]]%> attributes before C2X ISO C does not support %<__int%d%> types ISO C does not support %<auto%> type deduction before C2X ISO C does not support %<~%> for complex conjugation ISO C does not support %qs before C2X ISO C does not support %qs predefined identifier ISO C does not support complex integer types ISO C does not support decimal floating-point before C2X ISO C does not support fixed-point types ISO C does not support omitting parameter names in function definitions before C2X ISO C does not support plain %<complex%> meaning %<double complex%> ISO C does not support saturating types ISO C does not support specifying %<enum%> underlying types before C2X ISO C does not support the %<_Float%d%s%> type ISO C forbids %<goto *expr;%> ISO C forbids %<return%> with expression, in function returning void ISO C forbids an empty translation unit ISO C forbids assignment between function pointer and %<void *%> ISO C forbids braced-groups within expressions ISO C forbids casting nonscalar to the same type ISO C forbids casts to union type ISO C forbids comparison of %<void *%> with function pointer ISO C forbids conditional expr between %<void *%> and function pointer ISO C forbids conditional expr with only one void side ISO C forbids const or volatile function types ISO C forbids conversion of function pointer to object pointer type ISO C forbids conversion of object pointer to function pointer type ISO C forbids empty initializer braces before C2X ISO C forbids forward parameter declarations ISO C forbids forward references to %<enum%> types ISO C forbids initialization between function pointer and %<void *%> ISO C forbids label declarations ISO C forbids member declarations with no members ISO C forbids nested functions ISO C forbids omitting the middle term of a %<?:%> expression ISO C forbids ordered comparisons of pointers to functions ISO C forbids passing argument %d of %qE between function pointer and %<void *%> ISO C forbids qualified function types ISO C forbids return between function pointer and %<void *%> ISO C forbids specifying range of elements to initialize ISO C forbids storage class specifiers in compound literals before C2X ISO C forbids subscripting %<register%> array ISO C forbids zero-size array ISO C forbids zero-size array %qE ISO C prohibits argument conversion to union type ISO C requires a named argument before %<...%> before C2X ISO C restricts enumerator values to range of %<int%> before C2X ISO C++ %qE attribute does not apply to functions; treating as %<[[gnu::%E]]%> ISO C++ 1998 does not support %<long long%> ISO C++ 1998 forbids the use of %<extern%> on explicit instantiations ISO C++ allows bit-field attributes only before the %<:%> token ISO C++ did not adopt string literal operator templates taking an argument pack of characters ISO C++ does not allow %<?:%> with omitted middle operand ISO C++ does not allow %<alignof%> with a non-type ISO C++ does not allow C99 designated initializers ISO C++ does not allow GNU designated initializers ISO C++ does not permit %<%T::%D%> to be defined as %<%T::%D%> ISO C++ does not permit %<alignof%> applied to a function type ISO C++ does not support %<__int%d%> for %qs ISO C++ does not support plain %<complex%> meaning %<double complex%> ISO C++ forbids applying %<__alignof%> to an expression of function type ISO C++ forbids applying %<sizeof%> to an expression of function type ISO C++ forbids braced-groups within expressions ISO C++ forbids calling %<::main%> from within program ISO C++ forbids casting to an array type %qT ISO C++ forbids comparison between pointer and integer ISO C++ forbids comparison between pointer of type %<void *%> and pointer-to-function ISO C++ forbids compound-literals ISO C++ forbids computed gotos ISO C++ forbids conditional expression between pointer of type %<void *%> and pointer-to-function ISO C++ forbids conversion between pointer of type %<void *%> and pointer-to-function ISO C++ forbids converting a string constant to %qT ISO C++ forbids declaration of %qs with no type ISO C++ forbids decrementing a pointer of type %qT ISO C++ forbids decrementing an enum ISO C++ forbids empty unnamed enum ISO C++ forbids flexible array member %qs ISO C++ forbids flexible array members ISO C++ forbids in-class initialization of non-const static member %qD ISO C++ forbids incrementing a pointer of type %qT ISO C++ forbids incrementing an enum ISO C++ forbids initialization of member constant %qD of non-integral type %qT ISO C++ forbids nested type %qD with same name as enclosing class ISO C++ forbids omitting the middle term of a %<?:%> expression ISO C++ forbids taking address of function %<::main%> ISO C++ forbids taking the address of a bound member function to form a pointer to member function. Say %<&%T::%D%> ISO C++ forbids taking the address of an unqualified or parenthesized non-static member function to form a pointer to member function. Say %<&%T::%D%> ISO C++ forbids the use of %qE on explicit instantiations ISO C++ forbids typename key in template template parameter; use %<-std=c++17%> or %<-std=gnu++17%> ISO C++ forbids using a floating-point literal in a constant-expression ISO C++ forbids using pointer of type %<void *%> in subtraction ISO C++ forbids using pointer to a function in subtraction ISO C++ forbids using pointer to a method in subtraction ISO C++ forbids variable length array ISO C++ forbids variable length array %qD ISO C++ forbids zero-size array ISO C++ forbids zero-size array %qD ISO C++ prohibits anonymous structs ISO C++ prohibits overloading %<operator ?:%> ISO C++ says that these are ambiguous, even though the worst conversion for the first is better than the worst conversion for the second: ISO C++17 does not allow %<register%> storage class specifier ISO C++17 does not allow dynamic exception specifications ISO C11 does not support omitting the string in %qE ISO C90 does not support %<[*]%> array declarators ISO C90 does not support %<_Generic%> ISO C90 does not support %<_Noreturn%> ISO C90 does not support %<__func__%> predefined identifier ISO C90 does not support %<for%> loop initial declarations ISO C90 does not support %<long long%> ISO C90 does not support %<static%> or type qualifiers in parameter array declarators ISO C90 does not support %qE ISO C90 does not support boolean types ISO C90 does not support complex types ISO C90 does not support flexible array members ISO C90 does not support the %<_Atomic%> qualifier ISO C90 doesn%'t support unnamed structs/unions ISO C90 forbids array %qE whose size cannot be evaluated ISO C90 forbids array whose size cannot be evaluated ISO C90 forbids compound literals ISO C90 forbids mixed declarations and code ISO C90 forbids specifying subobject to initialize ISO C90 forbids subscripting non-lvalue array ISO C90 forbids variable length array ISO C90 forbids variable length array %qE ISO C99 does not support %<_Generic%> ISO C99 does not support %<_Noreturn%> ISO C99 does not support %qE ISO C99 does not support the %<_Atomic%> qualifier ISO C99 doesn%'t support unnamed structs/unions ISO_C_BINDING module at %C ISO_FORTRAN_ENV intrinsic module at %C ITERATOR may not be combined with SINK at %C ITERATOR may not be combined with SOURCE at %C If -ftree-vectorize is used, the minimal loop bound of a loop to be considered for vectorization. If -fvariable-expansion-in-unroller is used, the maximum number of times that an individual variable will be expanded during loop unrolling. If bounds remapping is specified at %L, the pointer target shall not be NULL If first argument of ATAN2 at %L is zero, then the second argument must not be zero If first argument of ATAN2D at %L is zero, then the second argument must not be zero If number of candidates in the set is smaller, we always try to remove unused ivs during its optimization. If scheduling post reload, do superblock scheduling. Ignore 'D' in column one in fixed form. Ignore dllimport for functions. Ignore the normal two-level namespace; resolve symbols in command line order and do not record which library provided the resolved symbol. Ignore unsupported pragmas. Ignored, but preserved for backward compatibility. Only 64-bit ABI is supported. Ignored. Ignoring '!$omx' vendor-extension sentinel at %C Illegal allocate-object at %C for a PURE procedure Illegal assignment to external procedure at %L Illegal character in BOZ constant at %C Illegal id in copy_walk_reduction_arg Illegal preprocessor directive Illegal reference type at %L as EQUIVALENCE object Illegal stride of zero at %L Illegal type in character concatenation at %L Image control statement %s at %C in CRITICAL block Image control statement %s at %C in DO CONCURRENT block Image control statement %s at %C in PURE procedure Image control statement CRITICAL at %C in DO CONCURRENT block Image control statement CRITICAL at %C in PURE procedure Image control statement EVENT %s at %C in CRITICAL block Image control statement EVENT %s at %C in DO CONCURRENT block Image control statement EVENT %s at %C in PURE procedure Image control statement RETURN at %C in CRITICAL block Image control statement RETURN at %C in DO CONCURRENT block Image control statement STOP at %C in CRITICAL block Image control statement STOP at %C in DO CONCURRENT block Image control statement SYNC at %C in CRITICAL block Image control statement SYNC at %C in DO CONCURRENT block Image control statement SYNC at %C in PURE procedure Imageset argument at %L must be a scalar or rank-1 INTEGER expression Imageset argument at %L must between 1 and num_images() Implement 'in' contracts of overridden methods to be a superset of parent contract. Implement 'in' parameters to mean scope const. Implement C++17 inheriting constructor semantics. Implement D bit-fields. Implement DIP1000: Scoped pointers. Implement DIP1008: Allow exceptions in @nogc code. Implement DIP1021: Mutable function arguments. Implement __atomic operations via libcalls to legacy __sync functions. Implement resolution of DR 150 for matching of template template arguments. Implicitly declared BIND(C) function %qs at %L may not be C interoperable Implicitly declared BIND(C) variable %qs at %L may not be C interoperable Implicitly declared function %s used in !$OMP DECLARE REDUCTION at %L Implicitly declared subroutine %s used in !$OMP DECLARE REDUCTION at %L Implicitly declared variable %qs at %L may not be C interoperable but it is a dummy argument to the BIND(C) procedure %qs at %L Implicitly typed PARAMETER %qs at %L doesn't match a later IMPLICIT type Implied SAVE for module variable %qs at %L, needed due to the default initialization Implied-shape array at %L Improve GCC's ability to track column numbers in large source files, at the expense of slower compilation. Impure function %qs at %L might not be evaluated Impure function at %L might not be evaluated In %s at %L procedures must be all FUNCTIONs as the generic name is also the name of a derived type In %s at %L procedures must be either all SUBROUTINEs or all FUNCTIONs In C++, nonzero means warn about deprecated conversion from string literals to 'char *'. In C, similar warning, except that the conversion is of course not deprecated by the ISO C standard. In Fortran 2003 COMMON %qs block at %L is a global identifier and must thus have the same binding name as the same-named COMMON block at %L: %s vs %s In SSA-PRE optimization on trees, enable partial-partial redundancy elimination. In a pure subprogram an INTENT(IN) dummy argument shall not be used as the expr at %L of an intrinsic assignment statement in which the variable is of a derived type if the derived type has a pointer component at any level of component selection. In call to %qs at %L, type mismatch in argument %qs; pass %qs to %qs In constructor %qD In copy constructor %qD In destructor %qD In file included from In function %qD In function %qs In lambda function In member function %qD In member function %qs In module In module imported at In static member function %qD Include directory %qs: %s Included file %qs is not a regular file Incompatible allocate-object at %C for CHARACTER type-spec at %L Incompatible derived type in PARAMETER at %L Incompatible initialization between a derived type entity and an entity with %qs type at %C Incompatible ranks %d and %d in assignment at %L Incompatible ranks in %s (%d and %d) at %L Incompatible types in DATA statement at %L; attempted conversion of %s to %s Incompatible typespec for array element at %L Incompatible use of TILE and COLLAPSE at %L Inconsistent equivalence rules involving %qs at %L and %qs at %L Inconsistent internal state: No location in expression near %L Inconsistent internal state: No location in statement Inconsistent ranks for operator at %%L and %%L Incorrect EH edge %i->%i Incorrect extent in argument B in MATMUL intrinsic in dimension 1: is %ld, should be %ld Increase the IEEE compliance for floating-point comparisons. Index in dimension %d is out of bounds at %L Index variable %qs not definable as INTENT(INOUT) argument at %L in procedure %qs called from within DO loop at %L Index variable %qs not definable as INTENT(INOUT) argument at %L in subroutine %qs called from within DO loop at %L Index variable %qs redefined at %L in procedure %qs called from within DO loop at %L Index variable %qs set to undefined as INTENT(OUT) argument at %L in procedure %qs called from within DO loop at %L Index variable %qs set to undefined as INTENT(OUT) argument at %L in subroutine %qs called from within DO loop at %L Indicate how many non memory access vector instructions can be issued per cycle, it's used in unroll factor determination for autovectorizer. The default value is 4. Indicate presence of a processor erratum. Indicate priority for r0..r3 / r12..r15 with TARGET_REGISTER_PRIORITY. Inequality comparison for %s at %L Inhibit the use of hardware floating point instructions. Initialization at %C is not allowed in a PURE procedure Initialization at %C isn't for a pointer variable Initialization of allocatable component at %C is not allowed Initialization of pointer at %C is not allowed in a PURE procedure Initialization of structure component with a HOLLERITH constant at %L is not allowed Initialization of variable at %C is not allowed in a PURE procedure Initialization string at %L was truncated to fit the variable (%ld/%ld) Initialize components of derived type variables according to other init flags. Initialize local variables to zero (from g77). Initialize ptx registers. Initialized symbol %qs at %C can only be COMMON in BLOCK DATA Initialized variable %qs at %L is in a blank COMMON but initialization is only allowed in named common blocks Initializer not allowed for PARAMETER %qs at %C Initializing already initialized variable at %C Inline __atomic operations when a lock free instruction sequence is available. Inline all known string operations. Inline code to invalidate instruction cache entries after setting up nested function trampolines. Inline constants if it can be done in 2 insns or less. Inline memset/memcpy string operations, but perform inline version only for small blocks. Inline recursively only when the probability of call being executed exceeds the parameter. Inquiry parameter cannot appear in a data-stmt-object-list at %C Insert ENDBR instruction at function entry only via cf_check attribute for CET instrumentation. Insert NOP instructions at each function entry. Insert arc-based program profiling code. Insert code to probe each page of stack space as it is allocated to protect from stack-clash style attacks. Insert code to profile values of expressions. Insert relax hint for linker to do relaxation. Insert stack checking code into the program. Same as -fstack-check=specific. Instruction accounted for function prologue, epilogue and other overhead. Instruction accounted for function thunk overhead. Instructions number above which STFL stall penalty can be compensated. Instrument function entry and exit with profiling calls invoked once. Instrument function entry and exit with profiling calls. Instrument function exit in instrumented functions with __fentry__. Instrument only functions from files whose name does not match any of the regular expressions (separated by semi-colons). Instrument only functions from files whose name matches any of the regular expressions (separated by semi-colons). Integer division truncated to constant %qs at %L Integer expression required at %C Integer id (N) of fabsd custom instruction. Integer id (N) of fabss custom instruction. Integer id (N) of faddd custom instruction. Integer id (N) of fadds custom instruction. Integer id (N) of fatand custom instruction. Integer id (N) of fatans custom instruction. Integer id (N) of fcmpeqd custom instruction. Integer id (N) of fcmpeqs custom instruction. Integer id (N) of fcmpged custom instruction. Integer id (N) of fcmpges custom instruction. Integer id (N) of fcmpgtd custom instruction. Integer id (N) of fcmpgts custom instruction. Integer id (N) of fcmpled custom instruction. Integer id (N) of fcmples custom instruction. Integer id (N) of fcmpltd custom instruction. Integer id (N) of fcmplts custom instruction. Integer id (N) of fcmpned custom instruction. Integer id (N) of fcmpnes custom instruction. Integer id (N) of fcosd custom instruction. Integer id (N) of fcoss custom instruction. Integer id (N) of fdivd custom instruction. Integer id (N) of fdivs custom instruction. Integer id (N) of fexpd custom instruction. Integer id (N) of fexps custom instruction. Integer id (N) of fextsd custom instruction. Integer id (N) of fixdi custom instruction. Integer id (N) of fixdu custom instruction. Integer id (N) of fixsi custom instruction. Integer id (N) of fixsu custom instruction. Integer id (N) of floatid custom instruction. Integer id (N) of floatis custom instruction. Integer id (N) of floatud custom instruction. Integer id (N) of floatus custom instruction. Integer id (N) of flogd custom instruction. Integer id (N) of flogs custom instruction. Integer id (N) of fmaxd custom instruction. Integer id (N) of fmaxs custom instruction. Integer id (N) of fmind custom instruction. Integer id (N) of fmins custom instruction. Integer id (N) of fmuld custom instruction. Integer id (N) of fmuls custom instruction. Integer id (N) of fnegd custom instruction. Integer id (N) of fnegs custom instruction. Integer id (N) of frdxhi custom instruction. Integer id (N) of frdxlo custom instruction. Integer id (N) of frdy custom instruction. Integer id (N) of fsind custom instruction. Integer id (N) of fsins custom instruction. Integer id (N) of fsqrtd custom instruction. Integer id (N) of fsqrts custom instruction. Integer id (N) of fsubd custom instruction. Integer id (N) of fsubs custom instruction. Integer id (N) of ftand custom instruction. Integer id (N) of ftans custom instruction. Integer id (N) of ftruncds custom instruction. Integer id (N) of fwrx custom instruction. Integer id (N) of fwry custom instruction. Integer id (N) of round custom instruction. Integer kind %d at %C not available Integer outside symmetric range implied by Standard Fortran at %L Integer outside symmetric range implied by Standard Fortran converting %s to %s at %L Integer overflow when calculating the amount of memory to allocate Integer too big for its kind at %C. This check can be disabled with the option %<-fno-range-check%> Integer too large at %C Integer value too large in expression at %C Integrate functions into their callers when code size is known not to grow. Integrate functions not declared "inline" into their callers when profitable. Integrate functions only required by their single caller. Intel MCU psABI isn%'t supported in %s mode Interchanging loops at %L Interface %qs at %L is declared in a later PROCEDURE statement Interface %qs at %L may not be a statement function Interface %qs at %L may not be generic Interface %qs at %L must be explicit Interface mismatch for procedure-pointer component %qs in structure constructor at %L: %s Interface mismatch in dummy procedure %qs at %L: %s Interface mismatch in global procedure %qs at %L: %s Interface mismatch in procedure pointer assignment at %L: %qs is not a subroutine Interface mismatch in procedure pointer assignment at %L: %s Interface must be specified for DEFERRED binding at %C Interface of %qs at %L must be explicit Interface-name expected after %<(%> at %C Internal compiler error:
Internal file at %L with namelist Internal procedure %qs in %s at %L Internal procedure %qs is invalid in procedure pointer assignment at %L Internal procedure %qs is invalid in procedure pointer initialization at %L Internal procedure %qs is used as actual argument at %L Internal unit with vector subscript at %L Interpret any INTEGER(4) as an INTEGER(8). Interpret any REAL(4) as a REAL(10). Interpret any REAL(4) as a REAL(16). Interpret any REAL(4) as a REAL(8). Interpret any REAL(8) as a REAL(10). Interpret any REAL(8) as a REAL(16). Interpret any REAL(8) as a REAL(4). Interpret imaginary, fixed-point, or other gnu number suffix as the corresponding number literal rather than a user-defined number literal. Interrupt Service Routines cannot be coded in Thumb-1 mode Intersperse literal pools with code in the text section. Interval in which to probe the stack expressed as a power of two in bytes. Interval overlap of %<-fdbg-cnt=%s%>: [%u, %u] and [%u, %u] Intrinsic %qs (%s) used at %L Intrinsic %qs at %L cannot have an initializer Intrinsic %qs at %L is invalid in procedure pointer assignment Intrinsic %qs at %L is not allowed as an actual argument Intrinsic %qs at %L must have at least two arguments Intrinsic TRANSFER at %L has partly undefined result: source size %ld < result size %ld Intrinsic function %qs (%d) not recognized Intrinsic function %qs at %L is not permitted in an initialization expression Intrinsic function %s at %L is not permitted for CO_REDUCE Intrinsic function NULL at %L cannot be an actual argument to STORAGE_SIZE, because it returns a disassociated pointer Intrinsic operator %qs referenced at %L not found in module %qs Intrinsic operator interface at %L must be a FUNCTION Intrinsic procedure %qs not allowed in PROCEDURE statement at %L Intrinsic procedure at %L cannot be a MODULE PROCEDURE Intrinsic subroutine %qs at %L shall not have a type specifier Intrinsic symbol specified in !$ACC ROUTINE ( NAME ) at %C marked with incompatible GANG, WORKER, or VECTOR clause Intrinsic symbol specified in !$ACC ROUTINE ( NAME ) at %C marked with incompatible NOHOST clause Invalid %qs directive at %L in %s clause: declarative, informational and meta directives not permitted Invalid BOZ literal constant used in subscript at %C Invalid C identifier in NAME= specifier at %C Invalid Hollerith constant at %L contains a wide character Invalid Hollerith constant: %L must contain at least one character Invalid Hollerith constant: Integer kind at %L should be default Invalid KIND parameter of %s at %L Invalid NAME %qs in !$ACC ROUTINE ( NAME ) at %C Invalid NULL at %L Invalid argument to !$ACC WAIT at %C Invalid array reference of a non-array entity at %L Invalid association target at %C Invalid character %<$%> at %L. Use %<-fdollar-ok%> to allow it as an extension Invalid character %qc in variable name at %C Invalid character 0x%s at %C Invalid character in name at %C Invalid character(s) in ELSE statement after %C Invalid clause in module with !$ACC DECLARE at %L Invalid codimension %d at %C, only %d codimensions exist Invalid combined or composite directive at %L Invalid context for NULL () intrinsic at %L Invalid context for NULL() pointer at %%L Invalid exponent-letter %<q%> in real-literal-constant at %C Invalid expression after %<%s(%> at %C Invalid expression in gfc_element_size. Invalid expression in gfc_target_encode_expr. Invalid expression in gfc_target_interpret_expr. Invalid expression in the structure constructor for pointer component %qs at %L in PURE procedure Invalid form of PROGRAM statement at %C Invalid form of WRITE statement at %L, UNIT required Invalid form of array reference at %C Invalid form of coarray reference at %C Invalid image number %d in SYNC IMAGES Invalid initialization expression for ALLOCATABLE component %qs in structure constructor at %L Invalid initializer %s in Data statement at %C Invalid keyword %qs in %qs intrinsic function at %L Invalid kind %d for CHARACTER constant at %C Invalid kind for %s at %L Invalid mixing of IEEE 128-bit and IBM 128-bit floating point types Invalid old style initialization for derived type component at %C Invalid operator for !$OMP DECLARE REDUCTION %s at %L Invalid procedure argument at %L Invalid procedure pointer assignment at %L Invalid range %s in option %s Invalid real kind %d at %C Invalid standard code on intrinsic %qs (%d) Invalid substring in data-implied-do at %L in DATA statement Invalid type in arithmetic operation at %L Invalid type-spec at %C Invalid use of BOZ literal constant at %L Invalid use of statement function argument at %L Invalid value for %s specification at %C Issue a note when diagnostics are deduplicated. Issue debug information for compiler-generated auxiliary variables. Issue warnings needed for strict compliance to the standard. Iterator step at %L cannot be zero Jump targets are aligned to this power of 2. Junk after ASSOCIATE statement at %C Junk after CALL at %C Junk after GENERIC binding at %C Junk after MAP statement at %C Junk after UNION statement at %C Junk after non-nested STRUCTURE statement at %C Just generate unwind tables for exception handling. Just use icc0/fcc0. KIND attribute at %C in a STRUCTURE definition KIND attribute at %C in a TYPE definition KIND parameter of %s at %L must be an initialization expression KIND part_ref at %C Keyword %qs at %C has already appeared in the current argument list Keyword argument %qs at %L is already associated with another actual argument Keyword argument %qs at %L is invalid in a statement function Keyword argument %qs at %L is not in the procedure Keyword argument %qs at %L is not in the procedure; did you mean %qs? Keyword argument requires explicit interface for procedure %qs at %L Keyword argument requires explicit interface for procedure pointer component %qs at %L Kind %d is not supported for CHARACTER at %C Kind %d not supported for type %s at %C Kind type parameter for entity at %L differs from the kind type parameter of the typespec Known AArch64 ABIs (for use with the -mabi= option): Known ABIs (for use with the -mabi= option): Known ARC CPUs (for use with the -mcpu= option): Known ARM ABIs (for use with the -mabi= option): Known ARM CPUs (for use with the -mcpu= and -mtune= options): Known ARM FPUs (for use with the -mfpu= option): Known ARM architectures (for use with the -march= option): Known C6X ISAs (for use with the -march= option): Known CPUs (for use with the -mcpu= and -mtune= options): Known CSKY CPUs (for use with the -mcpu= options): Known CSKY FPUs (for use with the -mfpu= option): Known CSKY architectures (for use with the -march= option): Known FR-V CPUs (for use with the -mcpu= option): Known IQ2000 CPUs (for use with the -mcpu= option): Known Itanium CPUs (for use with the -mtune= option): Known M68K CPUs (for use with the -mcpu= option): Known M68K ISAs (for use with the -march= option): Known M68K microarchitectures (for use with the -mtune= option): Known MIPS ABIs (for use with the -mabi= option): Known MIPS CPUs (for use with the -march= and -mtune= options): Known MIPS IEEE 754 settings (for use with the -mabs= and -mnan= options): Known MIPS ISA levels (for use with the -mips option): Known PTX ISA target architectures (for use with the -misa= option): Known PTX ISA versions (for use with the -mptx= option): Known TLS dialects (for use with the -mtls-dialect= option): Known __fp16 formats (for use with the -mfp16-format= option): Known address mode (for use with the -maddress-mode= option): Known arch types (for use with the -march= option): Known assembler dialects (for use with the -masm= option): Known choices for mitigation against straight line speculation with -mharden-sls=: Known choices for return instrumentation with -minstrument-return=: Known cmodel types (for use with the -mcmodel= option): Known cmodel types (for use with the -mict-model= option): Known code model types (for use with the -mcmodel= option): Known code models (for use with the -mcmodel= option): Known cpu types (for use with the -mcpu= option): Known data alignment choices (for use with the -malign-data= option): Known floating-point ABIs (for use with the -mfloat-abi= option): Known floating-point number of registers (for use with the -mconfig-fpu= option): Known indirect branch choices (for use with the -mindirect-branch=/-mfunction-return= options): Known preferred register vector length (to use with the -mprefer-vector-width= option): Known stack protector guard (for use with the -mstack-protector-guard= option): Known vectorization library ABIs (for use with the -mveclibabi= option): L%d cache latency unknown for %s LEN argument (%ld) out of range 0:%d in intrinsic MVBITS LEN argument (%ld) out of range 0:%ld in intrinsic IBITS LEN attribute at %C in a STRUCTURE definition LEN attribute at %C in a TYPE definition LEN or KIND inquiry ref in DATA statement at %L LEN part_ref at %C LHS in %<noreturn%> call LINEAR clause modifier other than VAL used on DO or SIMD construct at %L LINEAR clause modifier used on DO or SIMD construct at %L LINEAR dummy argument %qs with VALUE attribute with %s modifier at %L LINEAR variable %qs must be INTEGER at %L LOCK statement at %C LOCK_EVENT in variable definition context (%s) at %L LOCK_TYPE in variable definition context (%s) at %L LOGICAL dummy argument %qs at %L with non-C_Bool kind in BIND(C) procedure %qs LOGICAL operands are required in expression at %L LOGICAL result variable %qs at %L with non-C_Bool kind in BIND(C) procedure %qs LTO support has not been enabled in this configuration Label %d at %C already referenced as a format label Label %d at %C already referenced as branch target Label %d at %C previously used as a FORMAT label Label %d at %C previously used as branch target Label %d at %L defined but cannot be used Label %d at %L defined but not used Label %d referenced at %L is never defined Label %qs after %L doesn't match IF label %qs Label %qs at %C doesn't match IF label %qs Label %qs at %C doesn't match WHERE label %qs Label at %L is not in the same block as the GOTO statement at %L Label name %qs at %C is ambiguous Labeled DO statement at %L Left parenthesis required after %<*%> in format string at %L Legacy Extension: Letter %qc already has an IMPLICIT type at %C Letter %qc already set in IMPLICIT statement at %C Letters must be in alphabetic order in IMPLICIT statement at %C Level not found, use none, slim, blocks, vops. Lift restrictions on GOT size. Like -M but ignore system header files. Like -MD but ignore system header files. Like -pedantic but issue them as errors. Like parameter rs6000-density-load-pct-threshold, we also check if the total number of load statements exceeds the threshold specified by this parameter, and penalize only if it's satisfied. The default value is 20. Like parameter rs6000-density-pct-threshold, we also check the total sum of vec_cost and non vec_cost, and penalize only if the sum exceeds the threshold specified by this parameter. The default value is 70. Limit how much the autovectorizer may unroll a loop. Limit of %d continuations exceeded in statement at %C Line truncated at %L Lines executed:%s of %d
Link in code for a __main kernel. Link the standard D library dynamically in the compilation. Link the standard D library statically in the compilation. Link the standard Modula-2 libraries statically in the compilation. Link to emit program in ELF format (rather than mmo). Link with HAL BSP. Link with a limited version of the C library. Link with libads.a, libc.a and crt0.o. Link with libc.a and libdebug.a. Link with libc.a and libsim.a. Link with libmvme.a, libc.a and crt0.o. Link with libsim.a, libc.a and sim-crt0.o. Link with libyk.a, libc.a and crt0.o. Link with the fast floating-point library. Link with the library-pic libraries. Link-time optimization with number of parallel jobs or jobserver. List all available debugging counters with their limits and counts. List all hidden GC allocations. List all non-mutable fields which occupy an object instance. List all usages of 'in' on parameter. List all variables going into thread local storage. List information on all D language transitions. List item %qs at %L set in previous OMP DECLARE TARGET directive to a different DEVICE_TYPE List item %qs in %s clause at %L must be of TYPE(C_PTR) List item %qs with allocatable components is not permitted in map clause at %L List item shall not be coindexed at %C List specified together with memory order clause in FLUSH directive at %C List statistics on template instantiations. Load all members of archive libraries, rather than only those that satisfy undefined symbols. Locator %qs at %L in DEPEND clause of depobj type shall be a scalar integer of OMP_DEPEND_KIND kind Locator at %L in DEPEND clause of depobj type shall be a scalar integer of OMP_DEPEND_KIND kind Lock variable at %L must be a scalar of type LOCK_TYPE Logical SELECT CASE block at %L has more that two cases Logical range in CASE statement at %L is not allowed Logicals at %%L must be compared with %s instead of %s Logs which object files the linker loads. Logs which symbol(s) caused an object to be loaded. Look for and use PCH files even when preprocessing. Looks for opportunities to reduce stack adjustments and stack references. LoongArch CPU types: Loop code aligned to this power of 2. Loop iterates infinitely Loop variable Loop variable at %C cannot be a coarray Loop variable at %C cannot be a sub-component Loop variable at %C cannot be an array Loop variable has been modified Loops iterating at least selected number of iterations will get loop alignment. Lower array reference at %L is out of bounds (%ld < %ld) in dimension %d Lower array reference at %L is out of bounds (%ld > %ld) in dimension %d MAP %qD TO %qE MAP %qD TO %qT MCU %qs does not have hardware multiply support, but %<-mhwmult%> is set to %s MCU %qs supports %s ISA but %<-mcpu%> option is set to %s MCU %qs supports %s hardware multiply, but %<-mhwmult%> is set to 16-bit MCU %qs supports %s hardware multiply, but %<-mhwmult%> is set to 32-bit MCU %qs supports %s hardware multiply, but %<-mhwmult%> is set to f5series MESSAGE clause at %L requires a scalar default-kind CHARACTER expression MIPS16 %<-mxgot%> code MIPS16 PIC for ABIs other than o32 and o64 MMIX Internal: %s is not a shiftable integer MMIX Internal: Bad register: %d MMIX Internal: Bad value for 'm', not a CONST_INT MMIX Internal: Cannot decode this operand MMIX Internal: Expected a CONST_INT, not this MMIX Internal: Expected a constant, not this MMIX Internal: Expected a register, not this MMIX Internal: Last named vararg would not fit in a register MMIX Internal: Missing %qc case in %<mmix_print_operand%> MMIX Internal: This is not a constant: MMIX Internal: This is not a recognized address MMIX Internal: Trying to output invalidly reversed condition: MMIX Internal: What is the CC of this? MMIX Internal: What's the CC of this? MMX vector argument without MMX enabled changes the ABI MMX vector return without MMX enabled changes the ABI MODULE PROCEDURE at %C must be in a generic module interface MODULE PROCEDURE declaration at %C MODULE prefix at %C MODULE prefix at %C found outside of a module, submodule, or interface MOLD argument to NULL required at %L MOLD tag at %L MOLD tag at %L conflicts with SOURCE tag at %L MOLD tag at %L conflicts with the typespec at %L MOLD= required in NULL() argument at %L: Ambiguity between specific functions %s and %s MSA MIPS16 code MSP430 built-in functions only work inside interrupt handlers MULT case in %<cris_op_str%> Magnitude of second argument of %s exceeds bit size at %L Magnitude of second argument of ISHFTC exceeds BIT_SIZE of first argument at %C Maintain backchain pointer. Make "char" signed by default. Make "char" unsigned by default. Make GCC pass the --no-relax command-line option to the linker instead of the --relax option. Make all function calls indirect. Make inline functions constexpr by default. Make integers 32 bits wide. Make structs a multiple of 4 bytes (warning: ABI altered). Make the linker relaxation machine assume that a program counter wrap-around occurs. Malformed GENERIC statement at %C Malformed type-spec at %C Malloc data into P2 space. Mangled derived type definition at %C Mapper for module to CMI files. Mark MAC register as call-clobbered. Mark all loops as parallel. Mark implicitly-declared copy operations as deprecated if the class has a user-provided copy operation or destructor. Mark implicitly-declared copy operations as deprecated if the class has a user-provided copy operation. Marks all inlined functions and methods as having hidden visibility. Max basic blocks number in loop for loop invariant motion. Max loops number for regional RA. Max number of bytes to compare with loops. Max number of bytes to compare without loops. Max number of bytes to compare. Max number of bytes to move inline. Max size of conflict table in MB. Max. count of debug markers to expand or inline. Max. recursion depth for expanding var tracking expressions. Max. size of loc list for which reverse ops should be added. Max. size of var tracking hash tables. Maximal code growth caused by tail duplication (in percent). Maximal estimated growth of function body caused by early inlining of single call. Maximal estimated outcome of branch considered predictable. Maximal growth due to inlining of large function (in percent). Maximal number of boundary endpoints of case ranges of switch statement used during IPA function summary generation. Maximal size of a partition for LTO (in estimated instructions). Maximal stack frame growth due to inlining (in percent). Maximum allowed growth of total size of new parameters that ipa-sra replaces a pointer to an aggregate with. Maximum amount of iterations of the pass over a function. Maximum amount of similar bbs to compare a bb with. Maximum combined size of caller and callee which is inlined if callee is called once. Maximum depth of DFS walk used by modref escape analysis. Maximum depth of a loop nest to fully value-number optimistically. Maximum depth of instruction chains to consider for recomputation in the outgoing range calculator. Maximum depth of logical expression evaluation ranger will look through when evaluating outgoing edge ranges. Maximum depth of recursive cloning for self-recursive function. Maximum depth of search in the dominator tree for expressions to hoist. Maximum depth of sqrt chains to use when synthesizing exponentiation by a real constant. Maximum extension level reached with type %qs at %L Maximum length of candidate scans for straight-line strength reduction. Maximum length of partial antic set when performing tree pre optimization. Maximum loop depth of a call which is considered for inlining functions called once. Maximum number of VALUEs handled during a single find_base_term call. Maximum number of accesses stored in each modref reference. Maximum number of active local stores in RTL dead store elimination. Maximum number of aggregate content items for a parameter in jump functions and lattices. Maximum number of arguments in a PHI supported by TREE if-conversion unless the loop is marked with simd pragma. Maximum number of arrays per SCoP. Maximum number of artificial accesses to enable forward propagation that Scalar Replacement of Aggregates will keep for one local variable. Maximum number of bases stored in each modref tree. Maximum number of basic blocks before EVRP uses a sparse cache. Maximum number of bits for which we avoid creating FMAs. Maximum number of bits that can be moved from memory to memory efficiently. Maximum number of bits that can be stored to memory efficiently. Maximum number of concurrently open C++ module files when lazy loading. Maximum number of conditional store pairs that can be sunk. Maximum number of constant stores to merge in the store merging pass. Maximum number of datarefs in loop for building loop data dependencies. Maximum number of different predicates used to track properties of loops in IPA analysis. Maximum number of disambiguations to perform per memory access. Maximum number of escape points tracked by modref per SSA-name. Maximum number of fields in a structure before pointer analysis treats the structure as a single variable. Maximum number of insns in a basic block to consider for RTL if-conversion. Maximum number of instructions in the ready list that are considered eligible for renaming. Maximum number of instructions to copy when duplicating blocks on a finite state automaton jump thread path. Maximum number of isl operations, 0 means unlimited. Maximum number of loop peels to enhance alignment of data references in a loop. Maximum number of may-defs visited when devirtualizing speculatively. Maximum number of namespaces to search for alternatives when name lookup fails. Maximum number of nested calls to search for control dependencies during uninitialized variable analysis. Maximum number of operations in a parameter expression that can be handled by IPA analysis. Maximum number of outgoing edges in a switch before EVRP will not process it. Maximum number of parameters in a SCoP. Maximum number of possible vector layouts (such as permutations) to consider when optimizing to-be-vectorized code. Maximum number of queries into the alias oracle per store. Maximum number of references stored in each modref base. Maximum number of relations the oracle will register in a basic block. Maximum number of statements allowed in a block that needs to be duplicated when threading jumps. Maximum number of statements that will be visited by IPA formal parameter analysis based on alias analysis in any given function. Maximum number of statements visited during jump function offset discovery. Maximum number of store chains to track at the same time in the store merging pass. Maximum number of strings for which strlen optimization pass will track string lengths. Maximum number of tests performed by modref query. Maximum number of times a given range is adjusted during the dataflow. Maximum number of times that an insn could be scheduled. Maximum permissible cost for the sequence that would be generated by the RTL if-conversion pass for a branch that is considered predictable. Maximum permissible cost for the sequence that would be generated by the RTL if-conversion pass for a branch that is considered unpredictable. Maximum pieces that IPA-SRA tracks per formal parameter, as a consequence, also the maximum number of replacements of a formal parameter. Maximum probability of the entry BB of split region (in percent relative to entry BB of the function) to make partial inlining happen. Maximum recursion depth allowed when querying a property of an SSA name. Maximum size (in bytes) of objects tracked bytewise by dead store elimination. Maximum size in bytes of constant values allowed as operands. Maximum size of a list of values associated with each parameter for interprocedural constant propagation. Maximum size of a single store merging region in bytes. Maximum size of global and static variables which can be placed into the small data area. Maximum size, in storage units, of an aggregate which should be considered for scalarization when compiling for size. Maximum size, in storage units, of an aggregate which should be considered for scalarization when compiling for speed. Maximum subrecord length cannot exceed %d Maximum supported identifier length is %d Maximum unroll factor for the unroll-and-jam transformation. Member functions defined within their class are inline in module purview. Memory Tagging Extension does not support %<-mabi=ilp32%> Merge adjacent stores. Merge similar-enough states during analysis. Merge subcommand usage: Merge-stream subcommand usage: Min. ratio of insns to mem ops to enable prefetching in a loop. Min. ratio of insns to prefetches to enable prefetching for a loop with an unknown trip count. Minimal distance between possibly conflicting store and load. Minimal fall-through edge probability in percentage used to add BB to inheritance EBB in LRA. Minimal size of a partition for LTO (in estimated instructions). Minimum heap expansion to trigger garbage collection, as a percentage of the total size of the heap. Minimum heap size before we start collecting garbage, in kilobytes. Minimum number of iterations per thread of an innermost parallelized loop. Minimum page size for warning purposes. Minimum percentage of memrefs that must go away for unroll-and-jam to be considered profitable. Minimum probability (in percent) of dereferencing of a function pointer parameter for it to be considered for replacement with simple values. Mismatch in BIND(C) names (%qs/%qs) at %C Mismatch in ELEMENTAL attribute between MODULE PROCEDURE at %L and its interface in %s Mismatch in MODULE PROCEDURE formal argument names (%s/%s) at %C Mismatch in PURE attribute between MODULE PROCEDURE at %L and its interface in %s Mismatch in RECURSIVE attribute between MODULE PROCEDURE at %L and its interface in %s Mismatch in components of derived type %qs from %qs at %C: expecting %qs, but got %qs Mismatch in number of MODULE PROCEDURE formal arguments at %C Mismatch in the procedure pointer assignment at %L: mismatch in the calling convention Mismatches between file architecture and one specified by "-arch" are errors instead of warnings. Missing %<&%> in continued character constant at %C Missing %<(%> in ELSE IF expression at %C Missing %<(%> in IF-expression at %C Missing %<)%> in ELSE IF expression at %C Missing %qs argument to %qs intrinsic at %L for %qs of type %qs Missing %qs argument to the %s intrinsic at %L Missing %qs in statement at or before %L Missing -mcpu option in ASM_CPU_SPEC? Missing INITIALIZER clause for !$OMP DECLARE REDUCTION of derived type without default initializer at %L Missing THEN in ELSE IF statement after %L Missing actual argument %qs in call to %qs at %L Missing actual argument for argument %qs at %L Missing alternate return spec in subroutine call at %L Missing alternate return specifier in subroutine call at %L Missing argument list in function %qs at %C Missing argument to %qs at %C Missing array specification at %L in CODIMENSION statement Missing array specification at %L in DIMENSION statement Missing character range in IMPLICIT at %C Missing closing paren for binding label at %C Missing codimension specification at %C Missing comma at %L Missing counts for called function %s Missing dimension specification at %C Missing entity or common block name for attribute specification statement at %C Missing explicit declaration with EXTERNAL attribute for symbol %qs at %L Missing exponent in real number at %C Missing format label at %C Missing format with default unit at %C Missing generic specification in USE statement at %C Missing item in format string at %L Missing keyword name in actual argument list at %C Missing kind-parameter at %C Missing leading left parenthesis in format string at %L Missing lower bound in assumed size coarray specification at %C Missing positive width after L descriptor at %L Missing required parentheses before BIND(C) at %C Missing right parenthesis at %C Missing right parenthesis or comma at %C Missing symbol Mitigate issues with AES instructions on Cortex-A57 and Cortex-A72 (Arm erratum #1655431). Mitigate issues with AES instructions on Cortex-A57 and Cortex-A72 (Arm erratum #1742098). Mitigate issues with VLLDM on some M-profile devices (CVE-2021-35465). Module %qs at line %d column %d: %s Module file %qs has not been generated, either because the module does not contain a MODULE PROCEDURE or there is an error in the module. Module nature in USE statement at %C shall be either INTRINSIC or NON_INTRINSIC More actual than formal arguments in procedure call at %L More than one edge out of thunk node Move loop invariant computations out of loops. Move stores out of loops. Multiple %qs modifiers specified at %C Multiple identifiers provided with single NAME= specifier at %C Multiple loop axes specified for routine at %C NAME %qs does not refer to a subroutine or function in !$ACC ROUTINE ( NAME ) at %L NAME %qs invalid in !$ACC ROUTINE ( NAME ) at %L NAME not allowed on BIND(C) for ABSTRACT INTERFACE at %C NAME= specifier at %C should be a constant expression NAME= specifier at %C should be a scalar of default character kind NAMELIST %qs in READ statement at %L contains the symbol %qs which may not appear in a variable definition context NAMELIST array object %qs with assumed shape in namelist %qs at %L NAMELIST array object %qs with nonconstant shape in namelist %qs at %L NAMELIST object %qs has PRIVATE components and cannot be a member of PUBLIC namelist %qs at %L NAMELIST object %qs has use-associated PRIVATE components and cannot be member of namelist %qs at %L NAMELIST object %qs in namelist %qs at %L has ALLOCATABLE or POINTER components and thus requires a defined input/output procedure NAMELIST object %qs in namelist %qs at %L is polymorphic and requires a defined input/output procedure NAMELIST object %qs in namelist %qs at %L with ALLOCATABLE or POINTER components NAMELIST object %qs was declared PRIVATE and cannot be member of PUBLIC namelist %qs at %L NAMELIST object %qs with nonconstant character length in namelist %qs at %L NEWUNIT specifier at %L NEWUNIT specifier must have FILE= or STATUS='scratch' at %L NONMONOTONIC schedule modifier specified with ORDERED clause at %L NON_OVERRIDABLE and DEFERRED cannot both appear at %C NOPASS or explicit interface required at %C NOTE_INSN_BASIC_BLOCK %d in middle of basic block %d NOTE_INSN_BASIC_BLOCK is missing for block %d NOWAIT clause must not be used with COPYPRIVATE clause at %L NO_ARG_CHECK attribute NULL appears on right-hand side in assignment at %L NULL at %L is not permitted as actual argument to %qs intrinsic function NULL intrinsic with allocatable MOLD at %L NULL used in arithmetic NULL() at %C cannot appear in an array constructor NULL() initialization at %C is ambiguous NULL() initialization at %C may not have MOLD NULL() near %L cannot appear in INQUIRE statement NULLIFY does not allow bounds remapping for pointer object at %C NUM_TEAMS lower bound at %L larger than upper bound at %L Name %qs at %C is already defined as a generic interface at %L Name %qs at %C is an ambiguous reference to %qs from current program unit Name %qs at %C is an ambiguous reference to %qs from module %qs Name %qs at %C is the name of the procedure Name %qs in %s statement at %C is not a construct name Name %qs in %s statement at %C is unknown Name %qs of ABSTRACT INTERFACE at %C cannot be the same as an intrinsic type Name after !$omp critical and !$omp end critical does not match at %C Name at %C is too long Name of system library to link against. Name of the startfile. Name too long Named COMMON block %qs at %L shall be of the same size as elsewhere (%lu vs %lu bytes) Named block DO at %L requires matching ENDDO name Named constant %qs at %L cannot be an EQUIVALENCE object Named constant %qs in variable definition context (%s) at %L Named constant at %C in an EQUIVALENCE Namelist %qs cannot be an argument at %L Namelist %qs cannot be an argument to subroutine or function at %L Namelist group name %qs at %C already has a basic type of %s Namelist group name %qs at %C already is USE associated and cannot be respecified. Namelist group name at %L cannot have the SAVE attribute Need either entity or common block name for attribute specification statement at %C Negative argument N at %L Negative exponent of integer has zero result at %L Nested CRITICAL block at %C Nested function trampolines not supported on CK801. No binding name is allowed in BIND(C) at %C No branches
No calls
No default crt0.o. No description yet. No edge out of thunk node No executable lines
No initializer for allocatable component %qs given in the structure constructor at %C No initializer for component %qs given in the structure constructor at %C No longer supported. No region crossing jump at section boundary in bb %i Non-ELEMENTAL user-defined assignment in WHERE at %L Non-PARAMETER symbol %qs at %L cannot be implied-shape Non-POINTER in pointer association context (%s) at %L Non-RECURSIVE procedure %qs at %L is possibly calling itself recursively. Declare it RECURSIVE or use %<-frecursive%> Non-THREADPRIVATE object %qs in COPYIN clause at %L Non-character assumed shape array element in FORMAT tag at %L Non-character assumed size array element in FORMAT tag at %L Non-character in FORMAT tag at %L Non-character non-Hollerith in FORMAT tag at %L Non-character pointer array element in FORMAT tag at %L Non-constant lower bound in implied-shape declaration at %L Non-default LOGICAL kind in %s tag at %L Non-extensible derived-type %qs at %L must not be ABSTRACT Non-numeric character in statement label at %C Non-polymorphic passed-object dummy argument of %qs at %L Non-scalar FINAL procedure at %L should have assumed shape argument Non-significant digits in %qs number at %C, maybe incorrect KIND Non-variable expression in variable definition context (%s) at %L Non-zero imaginary part discarded in conversion from %qs to %qs at %L Nonallocatable variable must not be polymorphic in intrinsic assignment at %L - check that there is a matching specific subroutine for %<=%> operator Noncoarray component %s at %L of type EVENT_TYPE or with subcomponent of type EVENT_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as %s at %L has a codimension or a coarray subcomponent) Noncoarray component %s at %L of type EVENT_TYPE or with subcomponent of type EVENT_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as already a coarray subcomponent exists) Noncoarray component %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as %s at %L has a codimension or a coarray subcomponent) Noncoarray component %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must have a codimension or be a subcomponent of a coarray. (Variables of type %s may not have a codimension as already a coarray subcomponent exists) Nonconforming tab character at %C Nonconforming tab character in column %d of line %d Nonconforming tab character in format at %C Nonconstant array section at %L in DATA statement Nonexistent include directory %qs Noninteger exponent in an initialization expression at %L Noninteroperable array FPTR at %L to C_F_POINTER: %s Noninteroperable array at %L as argument to C_LOC: %s Noninteroperable procedure at %L to C_FUNLOC Noninteroperable procedure pointer at %L to C_F_PROCPOINTER Nonintrinsic elemental procedure %qs is invalid in procedure pointer assignment at %L Nonnegative width required in format string at %L Nonpointer object %qs with default initialization shall not appear in a DATA statement at %L Nonpolymorphic reference to abstract type at %C Nonstandard conversion from %s to %s at %L Nonstandard type declaration %s*%d at %C Nonzero range step expected at %L Not configured with %<--enable-gather-detailed-mem-stats%>. Not enough elements in array initializer at %C Not expected TAG. Note #include directives not translated to import declarations, and not known to be textual. Note #include directives translated to import declarations. Note Compiled Module Interface pathname of a specific module or header-unit. Note Compiled Module Interface pathnames. Note a #include translation of a specific header. Number of partitions the program should be split to. Number of registers used to pass integer arguments. Numeric PARAMETER required in complex constant at %C Numeric operands are required in expression at %L Numeric or CHARACTER operands are required in expression at %L OLD argument of the %s intrinsic function at %L shall be definable OMP CRITICAL at %L with HINT clause requires a NAME, except when omp_sync_hint_none is used OMP DECLARE TARGET COMMON at %L previously mentioned in LINK clause and later in %s clause OMP DECLARE TARGET COMMON at %L previously mentioned in TO or ENTER clause and later in LINK clause OMP DECLARE TARGET directive at %L with only DEVICE_TYPE clause is ignored OMP DECLARE TARGET variable at %L is an element of a COMMON block OMP DECLARE TARGET variable at %L previously mentioned in LINK clause and later in %s clause OMP DECLARE TARGET variable at %L previously mentioned in TO or ENTER clause and later in LINK clause OMP TARGET UPDATE at %L requires at least one TO or FROM clause OPEN statement at %L must have UNIT or NEWUNIT specified OPEN statement not allowed in PURE procedure at %C OPERATION argument at %L must be a PURE function OPTIONAL is not allowed inside of BLOCK at %C ORDER at %L is not a permutation of the size of SHAPE at %L ORDER clause must not be used together ORDERED at %L ORDERED clause argument not constant positive integer at %C ORDERED clause parameter is less than COLLAPSE at %L ORDERED clause specified together with %<inscan%> REDUCTION clause at %L Object %qs is not a variable at %L Object %qs is not a variable at %L; parameters cannot be and need not be copied Object %qs is not a variable at %L; parameters cannot be and need not be mapped Objective-C declarations may only appear in global scope Obsolescent feature: Obsolete; use GCN_STACK_SIZE at runtime. Offline tool to handle gcda counts
Old-style character length at %C Old-style initialization at %C Old-style type declaration %s*%d not supported at %C Omit frame pointer for leaf functions. Omit range reduction step when performing complex division. Omit the frame pointer in leaf functions. One of actual subroutine arguments in INITIALIZER clause of !$OMP DECLARE REDUCTION must be OMP_PRIV at %L Only DEFAULT permitted as reduction-modifier in REDUCTION clause at %L Only array FINAL procedures declared for derived type %qs defined at %L, suggest also scalar one unless an assumed rank finalizer has been declared Only emit Compiled Module Interface. Only generate absolute relocations on word sized values. Only intrinsic operators can be used in expression at %L Only issue one instruction per cycle. Only retained for backward compatibility. Only the !$ACC ROUTINE form without list is allowed in interface block at %C Only the !$OMP DECLARE TARGET form without clauses is allowed in interface block at %C Only use 32 FPRs. Only use 32 GPRs. OpenACC construct inside of non-OpenACC region OpenACC directive inside of CRITICAL block at %C OpenACC directives other than ROUTINE may not appear in PURE procedures at %C OpenACC loop directive must be associated with an OpenACC compute region OpenACC region inside of OpenACC routine, nested parallelism not supported yet OpenMP %<requires%> directive with %qs specified only in some compilation units OpenMP %<requires%> directive with non-identical clauses in multiple compilation units: %qs vs. %qs OpenMP construct among %<omp::directive%> attributes requires all %<omp::directive%> attributes on the same statement to be in the same %<omp::sequence%> OpenMP constructs are not allowed in target region with %<ancestor%> OpenMP constructs other than %<ordered simd%>, %<simd%>, %<loop%> or %<atomic%> may not be nested inside %<simd%> region OpenMP constructs other than %<parallel%>, %<loop%> or %<simd%> may not be nested inside a %<loop%> region OpenMP constructs other than %<parallel%>, %<loop%> or %<simd%> may not be nested inside a region with the %<order(concurrent)%> clause OpenMP directive other than %<declare simd%> or %<declare variant%> appertains to a declaration OpenMP directives other than SIMD or DECLARE TARGET at %C may not appear in PURE procedures OpenMP runtime API call %qD in a region with %<device(ancestor)%> clause OpenMP runtime API call %qD in a region with %<order(concurrent)%> clause OpenMP runtime API call %qD strictly nested in a %<teams%> region Operand of .not. operator at %%L is %s Operand of unary numeric operator %%<%s%%> at %%L is %s Operand of user operator %%<%s%%> at %%L is %s Operands at %L and %L cannot appear as operands of binary operator %qs Operands of binary numeric operator %%<%s%%> at %%L are %s/%s Operands of comparison operator %%<%s%%> at %%L are %s/%s Operands of logical operator %%<%s%%> at %%L are %s/%s Operands of string concatenation operator at %%L are %s/%s Operands of user operator %%<%s%%> at %%L are %s/%s Operator interface at %L conflicts with intrinsic interface Operator interface at %L has the wrong number of arguments Operator interface at %L must have, at most, two arguments Optimize amount of stdarg registers saved to stack at start of function. Optimize conditional patterns using SSA PHI nodes. Optimize for CPU. Optimize for debugging experience rather than speed or size. Optimize for space aggressively rather than speed. Optimize for space rather than speed. Optimize for speed disregarding exact standards compliance. Optimize frame header. Optimize induction variables on trees. Optimize lui/addiu address loads. Optimize opcode sizes at link time. Optimize partition neutering. Optimize sibling and tail recursive calls. Optimize tail call instructions in assembler and linker. Option %<-fallow-leading-underscore%> is for use only by gfortran developers, and should not be used for implicitly typed variables Options to %<-Xassembler%> do not match: %s, %s, dropping all %<-Xassembler%> and %<-Wa%> options. Options:
Out of bounds in IMAGE_INDEX at %L for dimension %d, SUB has %ld and COARRAY lower bound is %ld) Out of bounds in IMAGE_INDEX at %L for dimension %d, SUB has %ld and COARRAY upper bound is %ld) Out of stack space.
Output .debug_types section when using DWARF v4 debuginfo. Output callgraph information on a per-file basis with decorations. Output callgraph information on a per-file basis. Output lto objects containing both the intermediate language and binary output. Output stack usage information on a per-function basis. Output vtable verification counters. Output vtable verification pointer sets information. Overlap subcommand usage: Overlapping unequal initializers in EQUIVALENCE at %C Overlapping unequal initializers in EQUIVALENCE at %L Override -mbest-lib-options. P descriptor requires leading scale factor in format string at %L PAD= at %L not allowed in Fortran 95 PARAMETER %qs is used at %L before its definition is complete PARAMETER %qs shall not appear in a DATA statement at %C PARAMETER at %L is missing an initializer PARAMETER symbol in complex constant at %C PARAMETER without '()' at %C PAUSE statement at %C PC relative literal loads. PCH allocation failure PCH memory is not available: %m PCS variant PDP11 bit-field handling unsupported in %qs PHI argument is missing for edge %d->%d PHI argument is not SSA_NAME, or invariant PHI argument on abnormal edge is not SSA_NAME PHI node with location PHI node with wrong VUSE on edge from BB %d PIC code generation is not compatible with fast indirect calls PIC code generation is not supported in the portable runtime model PIC is not supported for %qs PIC is only supported for RTPs PIC is required but not supported with CONST16 instructions PIC register clobbered by %qs in %<asm%> PIC support for %<-fstack-limit-symbol%> POINTER attribute is required for procedure pointer component at %C POINTER object %qs in %s clause at %L POINTER object %qs of polymorphic type in %s clause at %L POINTER-valued function appears on right-hand side of assignment at %L POS argument (%ld) out of range 0:%ld in intrinsic %s POS argument (%ld) out of range 0:%ld in intrinsic BTEST POS argument (%ld) out of range 0:%ld in intrinsic IBITS POS(%ld)+LEN(%ld)>BIT_SIZE(%ld) in intrinsic IBITS POSITION specifier in OPEN statement at %L only allowed for stream or sequential ACCESS PR100400 PRE disabled PRINT namelist at %C is an extension PRINT statement at %C not allowed within PURE procedure PRINT_OPERAND, invalid insn for %%C PRINT_OPERAND, invalid insn for %%N PRIVATE statement at %C is only allowed in the specification part of a module PRIVATE statement at %C must precede procedure bindings PRIVATE statement at %C must precede structure components PRIVATE statement in TYPE at %C must be inside a MODULE PROCEDURE %qs at %L may not be used as its own interface PROCEDURE at %C must be in a generic interface PROCEDURE attribute conflicts with INTENT attribute in %qs at %L PROCEDURE attribute conflicts with NAMELIST attribute in %qs at %L PROCEDURE attribute conflicts with PROTECTED attribute at %L PROCEDURE attribute conflicts with RESULT attribute in %qs at %L PROCEDURE attribute conflicts with SAVE attribute in %qs at %L PROCEDURE list at %C PROCEDURE statement at %C PROCEDURE(interface) at %C should be declared DEFERRED PROTECTED at %C only allowed in specification part of a module PROTECTED attribute at %C PROTECTED attribute conflicts with EXTERNAL attribute at %L PROTECTED statement at %C PTX does not support weak declarations (only weak definitions) PTX version (%<-mptx%>) needs to be at least %s to support selected %<-misa%> (sm_%s) PUBLIC %s %qs at %L of PRIVATE derived type %qs PUBLIC function %qs at %L of PRIVATE type %qs PUBLIC statement at %C is only allowed in the specification part of a module PURE and IMPURE must not appear both at %C PURE prefix in MODULE PROCEDURE interface is missing at %L Pack VLIW instructions. Pack structure members together without holes. Pad shorter fixed form lines to line width with spaces. Padding of %d bytes required before %qs in COMMON %qs at %L; reorder elements or use %<-fno-align-commons%> Padding of %d bytes required before %qs in COMMON at %L; reorder elements or use %<-fno-align-commons%> Parameter %qs at %L has not been declared or is a variable, which does not reduce to a constant expression Parameter array %qs at %L cannot be automatic or of deferred shape Parameterized derived type at %C is ambiguous Parameterized type %qs does not have a component corresponding to parameter %qs at %L Pass -EB option through to linker. Pass -EL option through to linker. Pass -marclinux option through to linker. Pass -marclinux_prof option through to linker. Pass -z text to linker. Pass the address of the ra save location to _mcount in $12. Passed-object at %L must be scalar Passed-object dummy argument of %qs at %L must be at the same position as the passed-object dummy argument of the overridden procedure Passed-object dummy argument of %qs at %L must be scalar Passed-object dummy argument of %qs at %L must not be ALLOCATABLE Passed-object dummy argument of %qs at %L must not be POINTER Passes on a request to the assembler to enable fixes for various silicon errata. Passes on a request to the assembler to warn about various silicon errata. Passing coarray at %L to allocatable, noncoarray dummy argument %qs, which is invalid if the allocation status is modified Passing coarray at %L to allocatable, noncoarray, INTENT(OUT) dummy argument %qs Passing internal procedure at %L by location not allowed Passing intrinsic NULL as actual argument at %L requires an explicit interface Path to header file that should be pre-included before each compilation unit. Percentage penalty functions containing a single call to another function will receive when they are evaluated for cloning. Percentage penalty the recursive functions will receive when they are evaluated for cloning. Perform IPA Value Range Propagation. Perform Identical Code Folding for functions and read-only variables. Perform Identical Code Folding for functions. Perform Identical Code Folding for variables. Perform SMS based modulo scheduling before the first scheduling pass. Perform SMS based modulo scheduling with register moves allowed. Perform VR4130-specific alignment optimizations. Perform Value Range Propagation on trees. Perform a forward propagation pass on RTL. Perform a number of minor, expensive optimizations. Perform a register copy-propagation optimization pass. Perform a register renaming optimization pass. Perform a target dependent instruction fusion optimization pass. Perform cloning to make Interprocedural constant propagation stronger. Perform comparison elimination after register allocation has finished. Perform conversion of conditional jumps to branchless equivalents. Perform conversion of conditional jumps to conditional execution. Perform conversions of switch initializations. Perform cross-jumping optimization. Perform early inlining. Perform enhanced load motion during global common subexpression elimination. Perform function-local points-to analysis on trees. Perform global common subexpression elimination after register allocation has finished. Perform global common subexpression elimination. Perform indirect inlining. Perform internal consistency checkings. Perform interprocedural bitwise constant propagation. Perform interprocedural constant propagation. Perform interprocedural modref analysis. Perform interprocedural points-to analysis. Perform interprocedural profile propagation. Perform interprocedural reduction of aggregates. Perform jump threading optimizations. Perform live range splitting during the SSA->normal pass. Perform loop peeling. Perform loop splitting. Perform loop unrolling for all loops. Perform loop unrolling when iteration count is known. Perform loop unswitching. Perform partial inlining. Perform redundant load after store elimination in global common subexpression elimination. Perform scalar replacement of aggregates. Perform software pipelining of inner loops during selective scheduling. Perform software pipelining of outer loops during selective scheduling. Perform speculative devirtualization. Perform store motion after global common subexpression elimination. Perform straight-line strength reduction. Perform superblock formation via tail duplication. Perform unroll-and-jam on loops. Perform unused symbol elimination in debug info. Perform unused type elimination in debug info. Perform variable tracking and also tag variables that are uninitialized. Perform variable tracking by annotating assignments. Perform variable tracking. Perform whole program optimizations. Period required in format specifier %s at %L Period required in format specifier at %L Period required in format specifier in format string at %L Permit '$' as an identifier character. Permit nonconforming uses of the tab character. Permit scheduling of a function's prologue and epilogue sequence. Permit scheduling of a function's prologue sequence. Permit scheduling of function prologue and epilogue sequences. Permit universal character names (\u and \U) in identifiers. Place a stop bit after every cycle when scheduling. Place data items into their own section. Place each function into its own section. Place floating point constants in TOC. Place symbol+offset constants in TOC. Please include the complete backtrace with any bug report.
Please submit a full bug report, with preprocessed source (by using -freport-bug).
Please submit a full bug report, with preprocessed source.
Plugins Pointer array component of structure at %C must have a deferred shape Pointer assignment target cannot be a constant at %L Pointer assignment target has PROTECTED attribute at %L Pointer assignment target in initialization expression does not have the TARGET attribute at %L Pointer assignment target is neither TARGET nor POINTER at %L Pointer assignment target is not a POINTER at %L Pointer assignment with vector subscript on rhs at %L Pointer at %L in pointer assignment might outlive the pointer target Pointer character dummy argument %qs at %L must have deferred length as procedure %qs is BIND(C) Pointer component %s at %L has a noncoarray subcomponent of type EVENT_TYPE, which must have a codimension or be a subcomponent of a coarray Pointer component %s at %L has a noncoarray subcomponent of type LOCK_TYPE, which must have a codimension or be a subcomponent of a coarray Pointer initialization at %C requires %<=>%>, not %<=%> Pointer initialization target at %L must have the SAVE attribute Pointer initialization target at %L must have the TARGET attribute Pointer initialization target at %L must not be ALLOCATABLE Pointer object at %C shall not be coindexed Pointer object at %L shall not have a coindex Pointer procedure assignment at %L Pointer-array actual argument at %L requires an assumed-shape or pointer-array dummy argument %qs due to VOLATILE attribute Pointers are 32-bit. Pointers are 64-bit. Policies available for use with -mcompact-branches=: Polymorphic FPTR at %L to C_F_POINTER Polymorphic component %s at %L in SEQUENCE or BIND(C) type %s Polymorphic scalar passed to array dummy argument %qs at %L Polymorphic subobject of coindexed object at %L Positive exponent width required in format string at %L Positive width required in format specifier %s at %L Positive width required in format string at %L Positive width required with T descriptor in format string at %L Possible change of value in conversion from %s to %s at %L Prefer branches over conditional execution. Prefer word accesses over byte accesses. Preferentially allocate registers that allow short instruction generation. Prefix calls to memcpy, memset and memmove with __asan_ or __hwasan_ for -fsanitize=kernel-address or -fsanitize=kernel-hwaddress. Prepend global symbols with ":" (for use with PREFIX). Preprocess directives only. Preprocessed source stored into %s file, please attach this to your bugreport.
Preserve the PowerPC 476's link stack by matching up a blr with the bcl/bl insns used for GOT accesses. Pretend a branch-around-a-move is a conditional move. Prevent $fp being allocated during register allocation so that compiler is able to force performing fp-as-gp optimization. Prevent optimizing block moves, which is also the default behavior of -Os. Prevent the use of all floating-point operations. Prevent the use of all hardware floating-point instructions. Previous !$OMP DECLARE REDUCTION at %L Previous !$OMP DECLARE REDUCTION from module %s at %L Print CPU tuning information as comment in assembler file. This is an option used only for regression testing of the compiler and not intended for ordinary use in compiling code. Print CWE identifiers for diagnostic messages, where available. Print any rules associated with diagnostic messages. Print code coverage information.
Print extra (possibly unwanted) warnings. Print fix-it hints in machine-readable form. Print fix-it hints to stderr in unified diff format. Print hierarchical comparisons when template types are mismatched. Print the initial values of the variables. Print the name of header files as they are used. Probability that COMDAT function will be shared with different compilation unit. Procedure %qs at %C has an explicit interface from a previous declaration Procedure %qs at %C is already defined at %L Procedure %qs at %L already has basic type of %s Procedure %qs at %L has the same name as a component of %qs Procedure %qs at %L has the same name as an inherited component of %qs Procedure %qs at %L may not have basic type of %s Procedure %qs at %L must have the BIND(C) attribute to be C interoperable Procedure %qs called at %L is not explicitly declared Procedure %qs called at %L is not explicitly declared; did you mean %qs? Procedure %qs called with an implicit interface at %L Procedure %qs defined in interface body at %L clashes with internal procedure defined at %C Procedure %qs in %s at %L has no explicit interface Procedure %qs in %s at %L has no explicit interface; did you mean %qs? Procedure %qs in %s at %L is neither function nor subroutine Procedure %qs in %s at %L is neither function nor subroutine; did you mean %qs? Procedure %qs in PUBLIC interface %qs at %L takes dummy arguments of %qs which is PRIVATE Procedure %qs with PASS at %L must have at least one argument Procedure %qs with PASS(%s) at %L has no argument %qs Procedure %qs with binding label %qs at %L uses the same global identifier as entity at %L Procedure argument at %L is local to a PURE procedure and has the POINTER attribute Procedure pointer %qs at %L shall not be elemental Procedure pointer %qs in %s clause at %L Procedure pointer at %C Procedure pointer component %qs at %L cannot be a member of the BIND(C) derived type %qs at %L Procedure pointer component %qs called with an implicit interface at %L Procedure pointer component %qs requires an argument list at %C Procedure pointer component %qs with PASS at %L must have at least one argument Procedure pointer component %qs with PASS(%s) at %L has no argument %qs Procedure pointer component at %C Procedure pointer initialization target at %L may not be a procedure pointer Procedure pointer result %qs at %L is missing the pointer attribute Procedure pointer target %qs at %L must be either an intrinsic, host or use associated, referenced or have the EXTERNAL attribute Process #ident directives. Process all modules specified on the command line, but only generate code for the module specified by the argument. Processing spec (%s), which is '%s'
Produce a Mach-O dylinker (file type MH_DYLINKER), only used for building dyld. Produce a Mach-O shared library (file type MH_DYLIB), synonym for "-shared". Produce a backtrace when a runtime error is encountered. Produce a warning at runtime if a array temporary has been created for a procedure argument. Produce big endian code. Produce code relocatable at runtime. Produce little endian code. Produces a Mach-O file suitable for embedded/ROM use. Profile information in %s corrupted Program is entirely located in low 64k of memory. Program unit at %L has OpenMP device constructs/routines but does not set !$OMP REQUIRES REVERSE_OFFLOAD but other program units do Program unit at %L has OpenMP device constructs/routines but does not set !$OMP REQUIRES UNIFIED_ADDRESS but other program units do Program unit at %L has OpenMP device constructs/routines but does not set !$OMP REQUIRES UNIFIED_SHARED_MEMORY but other program units do Prohibit PC relative function calls. Prohibit PC relative jumps. Protect parentheses in expressions. Provide bash completion for options starting with provided string. Provide libraries for the simulator. Purge unneeded state during analysis. Push extended registers on stack in monitor functions. Put all local arrays on stack. Put everything in the regular TOC. Put jump tables for switch statements into the .data section rather than the .code section. Put relocated read-only data into .data section. Put uninitialized constants in ROM (needs -membedded-data). Put uninitialized globals in the common section. Put zero initialized data in the bss section. QUIET specifier at %L must be a scalar LOGICAL QUIET= specifier for %s at %L R2 architecture is little-endian only RANK (%i) at %L is repeated at %L RANK (*) at %L cannot be used with the pointer or allocatable selector at %L RANK (*) at %L is repeated at %L RANK DEFAULT at %L is repeated at %L RE or IM part_ref at %C RE part_ref at %C REAL array index at %L REAL(KIND=10) is not available for %<-fdefault-real-10%> option REAL(KIND=10) is not available for %<-freal-4-real-10%> option REAL(KIND=10) is not available for %<-freal-8-real-10%> option REAL(KIND=10) is not available for %<-freal-8-real-16%> option REAL(KIND=16) is not available for %<-fdefault-real-16%> option REAL(KIND=16) is not available for %<-freal-4-real-16%> option REAL(KIND=4) is not available for %<-freal-8-real-4%> option REAL(KIND=8) is not available for %<-fdefault-real-8%> option REAL(KIND=8) is not available for %<-freal-4-real-8%> option RECL in OPEN statement at %L must be positive RECL specifier not allowed in OPEN statement at %L for stream I/O RECORD at %C is an extension, enable it with %<-fdec-structure%> RECURSIVE prefix in MODULE PROCEDURE interface is missing at %L RESULT variable %qs at %L prohibits FUNCTION name %qs at %C from appearing in a specification statement RESULT variable at %C must be different than function name RESULT_DECL should be read only when DECL_BY_REFERENCE is set RETURN statement in main program at %C ROUND= at %L not allowed in Fortran 95 RTL check: access of elt %d of '%s' with last elt %d in %s, at %s:%d RTL check: access of elt %d of vector with last elt %d in %s, at %s:%d RTL check: access of hwi elt %d of vector with last elt %d in %s, at %s:%d RTL check: attempt to treat non-block symbol as a block symbol in %s, at %s:%d RTL check: expected code '%s' or '%s', have '%s' in %s, at %s:%d RTL check: expected code '%s', '%s' or '%s', have '%s' in %s, at %s:%d RTL check: expected code '%s', have '%s' in %s, at %s:%d RTL check: expected elt %d type '%c' or '%c', have '%c' (rtx %s) in %s, at %s:%d RTL check: expected elt %d type '%c', have '%c' (rtx %s) in %s, at %s:%d RTL flag check: %s used with unexpected rtx code '%s' in %s, at %s:%d RTP PIC is incompatible with %<-msingle-pic-base%> RTP PIC is incompatible with Thumb RTTI will not work on this type RVV type %qT does not have a defined alignment RVV type %qT does not have a fixed size RX FPU instructions do not support NaNs and infinities Raising a negative REAL at %L to a REAL power is prohibited Range specification at %L can never be matched Rank mismatch between actual argument at %L and actual argument at %L (rank-%d and rank-%d) Rank mismatch between actual argument at %L and actual argument at %L (rank-%d and scalar) Rank mismatch between actual argument at %L and actual argument at %L (scalar and rank-%d) Rank mismatch in argument %qs at %L (rank-%d and rank-%d) Rank mismatch in argument %qs at %L (rank-%d and scalar) Rank mismatch in argument %qs at %L (scalar and rank-%d) Rank mismatch in array reference at %L (%d/%d) Rank mismatch of array at %L and its initializer (%d/%d) Rank remapping requires a list of %<lower-bound : upper-bound%> specifications at %L Rank remapping target is not rank 1 at %L Rank remapping target is smaller than size of the pointer (%ld < %ld) at %L Rank remapping target must be rank 1 or simply contiguous at %L Reading file %qs as free form Reading module %qs at line %d column %d: %s Reading specs from %s
Real COUNT_RATE argument to SYSTEM_CLOCK at %L Real constant overflows its kind at %C Real constant underflows its kind at %C Real number at %C has a %<d%> exponent and an explicit kind Real number at %C has a %<q%> exponent and an explicit kind Realign stack in prologue. Reallocate the LHS in assignments. Recognize C++ keywords like "compl" and "xor". Recognize GNU-defined keywords. Recognize built-in functions. Recognize the "asm" keyword. Record DW_AT_decl_column and DW_AT_call_column in DWARF. Record gcc command line switches in DWARF DW_AT_producer. Record gcc command line switches in the object file. Record times taken by sub-phases separately. Recursive cloning only when the probability of call being executed exceeds the parameter. Redefinition of !$OMP DECLARE REDUCTION at %L Redefinition of predefined !$OMP DECLARE REDUCTION at %L Redefinition of predefined %s !$OMP DECLARE REDUCTION at %L Reduce priority for r0..r3 / r12..r15 with TARGET_REGISTER_PRIORITY. Reduce stack alignment on call sites if possible. Redundant !$ACC END LOOP at %C Redundant ACQUIRED_LOCK tag found at %L Redundant ERRMSG tag found at %L Redundant MOLD tag found at %L Redundant SOURCE tag found at %L Redundant STAT tag found at %L Redundant UNTIL_COUNT tag found at %L Reference statement index not found Reference statement index out of range Reference to impure function %qs at %L inside a DO CONCURRENT %s Reference to impure function %qs at %L inside a FORALL %s Reference to impure function %qs at %L within a PURE procedure Region crossing jump across same section in bb %i Register the profile information in the .gcov_info section instead of using a constructor/destructor. Register the profile information in the specified section instead of using a constructor/destructor. Regular expression matching additional GP-addressible section names. Regular expression matching section names for r0-relative addressing. Relax branches. Relax cmpxchg loop for atomic_fetch_{or,xor,and,nand} by adding load and cmp before cmpxchg, execute pause and loop back to load and compare if load value is not expected. Relax literals in assembler and place them automatically in the text section. Relief of register pressure through live range shrinkage. Remap file names when including files. Remove code and data that is unreachable from any exported symbol (including the entry point). Remove prefix from absolute path before mangling name for -fprofile-generate= and -fprofile-use=. Remove redundant membars. Removed in GCC 10. This switch has no effect. Removed in GCC 8. This switch has no effect. Removed in GCC 9. This switch has no effect. Removing '%s'
Removing call to impure function %qs at %L Removing call to impure function at %L Renaming operators in USE statements at %C Reorder basic blocks and partition into hot and cold sections. Reorder basic blocks to improve code placement. Reorder functions to improve code placement. Reorder top level functions, variables, and asms. Repeat spec invalid in scalar initializer at %C Repeat spec must be an integer at %C Replace add, compare, branch with branch on count register. Replace temporary expressions in the SSA->normal pass. Report on consistency of profile. Report on memory allocation before interprocedural optimization. Report on permanent memory allocation in WPA only. Report on permanent memory allocation. Report the time taken by each compiler pass. Report various link-time optimization statistics for WPA only. Report various link-time optimization statistics. Request IEEE-conformant math library routines (OSF/1). Reschedule instructions after register allocation. Reschedule instructions before register allocation. Reschedule pipelined regions without pipelining. Reserve space for outgoing arguments in the function prologue. Reshaped array too large at %C Restrict the analyzer to run just the named checker. Restrict the use of hardware floating-point instructions to 32-bit operations. Result %qs of contained function %qs at %L has no IMPLICIT type Result mismatch for the overriding procedure %qs at %L: %s Result of %s gives range error for its kind at %L Result of %s is NaN at %L Result of %s overflows its kind at %L Result of %s underflows its kind at %L Result of BESSEL_YN is -INF at %L Result of NEAREST is NaN at %L Result of SCALE overflows its kind at %L Result of exponentiation at %L exceeds the range of %s Return 8-byte vectors in memory. Return address signing is not supported with %<-mtpcs-frame%>. Return all structures in memory (AIX default). Return floating-point results in ac0 (fr0 in Unix assembler syntax). Return pointers in both a0 and d0. Return small aggregates in memory, not registers. Return small aggregates in registers. Return small structures in registers (SVR4 default). Return type mismatch of function %qs at %L (%s/%s) Return type of BIND(C) function %qs at %L cannot be an array Return type of BIND(C) function %qs of character type at %L must have length 1 Return value %qs of function %qs declared at %L not set Return value of function %qs at %L not set Return values of functions in FPU registers. Reuse r30 on a per function basis. Revert DIP1000: Scoped pointers. Rewrite subcommand usage: Right parenthesis expected at %C in format string at %L Rightmost upper bound of assumed size array section not specified at %L Run only the second compilation of -fcompare-debug. Run predictive commoning optimization. Run selective scheduling after reload. Run self-tests, using the given path to locate test files. Run the link-time optimizer in local transformation (LTRANS) mode. Run the link-time optimizer in whole program analysis (WPA) mode. Running spec function '%s' with %d args
Runtime name. SAVE attribute at %L cannot be specified in a PURE procedure SAVE statement at %C follows blanket SAVE statement SCHEDULE clause specified together with %<inscan%> REDUCTION clause at %L SCHEDULE clause's chunk_size at %L requires a scalar INTEGER expression SELECT RANK statement at %C SELECT TYPE at %C cannot appear in this scope SELECTED_REAL_KIND with neither %<P%> nor %<R%> argument at %L SEQUENCE attribute at %C already specified in TYPE statement SEQUENCE statement at %C must precede CONTAINS SEQUENCE statement at %C must precede structure components SH2a does not support little-endian SHAPE argument at %L to C_F_POINTER must have the same size as the RANK of FPTR SHIFT argument (%ld) out of range -%ld:%ld in intrinsic ISHFT SHIFT argument (%ld) out of range -%ld:%ld in intrinsic ISHFTC SHIFT argument (%ld) out of range 0:%ld in intrinsic %s SIGN= at %L not allowed in Fortran 95 SINK addend not a constant integer at %L SINK at %C not permitted as dependence-type for this directive SIZE argument (%ld) out of range 1:%ld in intrinsic ISHFTC SIZE at %L must be positive SOURCE at %C not permitted as dependence-type for this directive SOURCE tag at %L SOURCE tag at %L conflicts with the typespec at %L SOURCE tag at %L with more than a single allocate object SRAM-ECC modes: SSA corruption SSA name %qE with version %d has no definition SSA name undeclared SSA_NAME created in two different blocks %i and %i SSA_NAME_DEF_STMT is wrong SSA_NAME_OCCURS_IN_ABNORMAL_PHI should be set SSE instruction set disabled, using 387 arithmetics SSE register argument with SSE disabled SSE register return with SSE disabled SSE vector argument without SSE enabled changes the ABI SSE vector return without SSE enabled changes the ABI STAT tag at %L cannot be a constant STAT variable STAT= argument at %L must be a scalar INTEGER variable STAT= argument to %s at %L STAT= attribute in %C misplaced STATUS at %L shall be an INTENT(OUT) variable STOP code at %C cannot be negative STOP code at %C contains too many digits STOP code at %L must be a scalar CHARACTER constant or digit[digit[digit[digit[digit]]]] STOP code at %L must be a scalar default CHARACTER or INTEGER constant expression STOP code at %L must be default character KIND=%d STOP code at %L must be default integer KIND=%d STOP code at %L must be either INTEGER or CHARACTER type STOP code at %L must be scalar SUBMODULE declaration at %C SUBMODULE declaration at %C cannot appear within another scoping unit SUBROUTINE %qs at %L cannot be called recursively, as it is not RECURSIVE SVE type %qT cannot be passed to an unprototyped function SVE type %qT does not have a defined alignment SVE type %qT does not have a fixed size SYNC TEAM statement at %C SYNC statement at %C Same actual argument associated with INTENT(%s) argument %qs and INTENT(%s) argument %qs at %L Same as %s%s (or, in negated form, %s%s). Same as %s%s. Same as %s. Same as -fassociative-math for expressions which include division. Same as -mA6. Same as -mA7. Same as: -mep -mprolog-function. Same identifier %qs specified again at %C Save registers around function calls. Save the TOC in the prologue for indirect calls rather than inline. Scalar %qs in FORMAT tag at %L is not an ASSIGNED variable Scalar INTEGER expression expected at %L Scalar PARAMETER required in complex constant at %C Scalar entity required at %L Scalar integer expression for range begin expected at %L Scalar integer expression for range end expected at %L Scalar integer expression for range step expected at %L Scalar object %qs at %L may not be ALLOCATABLE Scalarization using DIMEN_RANGE unimplemented Scale factor to apply to the number of statements in a threading path crossing a loop backedge when comparing to max-jump-thread-duplication-stmts. Scaling factor in calculation of maximum distance an expression can be moved by GCSE optimizations. Schedule code for given CPU. Schedule given CPU. Schedule instructions using selective scheduling algorithm. Schedule the start and end of the procedure. Search space limit for the backwards jump threader. Second argument of %s is negative at %L Second argument of defined assignment at %L must be INTENT(IN) Second argument of operator interface at %L cannot be optional Second argument of operator interface at %L must be INTENT(IN) See %s for instructions.
Select code model. Select fraction of the maximal frequency of executions of basic block in function given basic block get alignment. Select large model - 20-bit addresses/pointers. Select method for sdata handling. Select return address signing scope. Select small model - 16-bit addresses/pointers (default). Select target ABI variant. Select the name for storing the profile note file. Select the runtime. Select type of coverage sanitization. Select what to sanitize. Selection expression in computed GOTO statement at %L must be a scalar integer expression Selector at %L cannot be NULL() Selector at %L has no type Selector at %L must not be coindexed Selector in SELECT TYPE at %C is not a named variable; use associate-name=> Selector shall be polymorphic in SELECT TYPE statement at %L Selects the type of RL78 core being targeted (g10/g13/g14). The default is the G14. If set, also selects the hardware multiply support to be used. Selects the type of hardware multiplication and division to use (none/g13/g14). Self reference in character length expression for %qs at %L Self-referential argument %qs at %L is not allowed Semicolon at %C needs to be preceded by statement Set 80387 floating-point precision to 32-bit. Set 80387 floating-point precision to 64-bit. Set 80387 floating-point precision to 80-bit. Set Windows defines. Set a hard limit for the size of each stack frame, in bytes. Set branch cost. Set default accessibility of module entities to PRIVATE. Set dependence distance checking in premature scheduling of queued insns. Set errno after built-in math functions. Set extra memory access cost for L32R instruction, in clock-cycle units. Set linker output type (used internally during LTO optimization). Set minimum width of left margin of source code when showing source. Set name of __fentry__ symbol called at function entry. Set name of main routine for the debugger. Set name of output ALI file (internal switch). Set name of section to record mrecord-mcount calls. Set number of bytes on the stack preallocated for use by the callee. Set number of nops to emit before each insn pattern. Set register to hold -1. Set sizeof(bool) to 1. Set start-address of data. Set start-address of the program. Set the FTZ and DAZ Flags. Set the PPC_EMB bit in the ELF flags header. Set the branch costs for conditional branch instructions. Reasonable values are small, non-negative integers. The default branch cost is 0. Set the branch costs for conditional branch instructions. Reasonable values are small, non-negative integers. The default branch cost is 1. Set the branch costs to roughly the specified number of instructions. Set the cost of branches. Set the default double precision kind to an 8 byte wide type. Set the default integer kind to an 8 byte wide type. Set the default real kind to an 10 byte wide type. Set the default real kind to an 16 byte wide type. Set the default real kind to an 8 byte wide type. Set the estimated probability in percentage for builtin expect. The default value is 90% probability. Set the max size of data eligible for the SDA area. Set the max size of data eligible for the TDA area. Set the max size of data eligible for the ZDA area. Set the max. number of bytes which has to be left to stack size before a trap instruction is triggered. Set the maximum amount for a single stack increment operation. Set the maximum number of instructions executed in parallel in reassociated tree. If 0, use the target dependent heuristic. Set the maximum number of template instantiation notes for a single warning or error. Set the number of 64 KiB flash segments. Set the output object such that, on loading, dyld will ignore any two-level namespace information and resolve symbols in the discovery order for loaded libs. Set the prologue and epilogue hook addresses to TPF_TRACE_PROLOGUE_SKIP_TARGET and TPF_TRACE_EPILOGUE_SKIP_TARGET. Equivalent to using -mtpf-trace-hook-prologue-target=TPF_TRACE_PROLOGUE_SKIP_TARGET and -mtpf-trace-hook-epilogue-target=TPF_TRACE_EPILOGUE_SKIP_TARGET Set the target CPU type. Set the top-level directory for storing the profile data. The default is 'pwd'. Set the trace check address for epilogue tpf hook Set the trace check address for prologue tpf hook Set the trace jump address for epilogue tpf hook Set the trace jump address for prologue tpf hook Set the version of RISC-V ISA spec. Sets LP_COUNT register width. Possible values are 8, 16, 20, 24, 28, and 32. Setting spec %s to '%s'
Shape specification for allocatable scalar at %C Shapes for operands at %L and %L are not conformable Shapes of ORDER at %L and SHAPE at %L are different Share slots for saving different hard registers. Share stack slots for spilled pseudo-registers. Shared DO termination label %d at %C Shorten address references during linking. Show column numbers in diagnostics, when available. Default on. Show labels annotating ranges of source code when showing source. Show line numbers in the left margin when showing source. Show stack depths of events in paths. Show the source line with a caret indicating the column. Shrink-wrap parts of the prologue and epilogue separately. Simplification error Simplification of SPREAD at %C not yet implemented Size in bytes after which thread-local aggregates should be instrumented with the logging functions instead of save/restore pairs. Size of %qs argument of %qs intrinsic at %L too small (%i/%i) Size of the stack guard expressed as a power of two in bytes. Size of tiles for loop blocking. Size optimization level: 0:none 1:opportunistic 2: regalloc 3:drop align, -Os. Sizes of ORDER at %L and SHAPE at %L are different Skip setting up RAX register when passing variable arguments. Small data area: none, sdata, use. Soft limit on number of memory insns per instruction group, giving lower priority to subsequent memory insns attempting to schedule in the same insn group. Frequently useful to prevent cache bank conflicts. Default value is 1. Sorry, !$ACC DECLARE at %L is not allowed in BLOCK construct Sorry, allocatable/pointer components in polymorphic (CLASS) type coarrays at %L are unsupported Sorry, coindexed access to an unlimited polymorphic component at %L is not supported Sorry, coindexed access to an unlimited polymorphic object at %L is not supported Sorry, only support for integer kind %d implemented for image-set at %L Sorry, polymorphic arrays not yet supported for firstprivate Sorry, the event component of derived type at %L is not yet supported Sorry, the lock component of derived type at %L is not yet supported Sort the symbols according to size. Sort the symbols alphabetically. Source-expr at %L and allocate-object at %L must have the same shape Source-expr at %L must be scalar or have the same rank as the allocate-object at %L Specification function %qs at %L cannot be RECURSIVE Specification function %qs at %L cannot be a statement function Specification function %qs at %L cannot be an internal function Specification function %qs at %L must be PURE Specifies bit size of immediate TLS offsets. Valid values are 12, 24, 32, 48. Specifies the number of registers replicated in second register bank on entry to fast interrupt. Specifies the number of registers to reserve for interrupt handlers. Specifies the registers that the processor saves on an interrupt entry and exit. Specifies whether interrupt functions should save and restore the accumulator register. Specify CPU for code generation purposes. Specify CPU for scheduling purposes. Specify CPU for scheduling purposes. Valid arguments are 700, 7100, 7100LC, 7200, 7300, and 8000. Specify TLS dialect. Specify UNIX standard for predefines and linking. Specify a file to which a list of files output by LTRANS is written. Specify a fpu configuration value from 0 to 7; 0-3 is as FPU spec says, and 4-7 is corresponding to 0-3. Specify a plugin to load. Specify alignment of structure fields default/natural. Specify an ABI. Specify bit size of immediate TLS offsets. Specify cache flush function. Specify cache flush trap number. Specify configuration of instruction mul: fast1, fast2 or slow. The default is fast1. Specify default OpenACC compute dimensions. Specify how many read/write ports for n9/n10 cores. The value should be 3r2w or 2r1w. Specify how to access the thread pointer. Specify how to print any control-flow path associated with a diagnostic. Specify if floating point hardware should be used. Specify integer and floating-point calling convention. Specify main object for TPF-OS. Specify maximum error replay depth during recursive diagnosis of a constraint satisfaction failure. Specify memcpy expansion strategy when expected size is known. Specify memset expansion strategy when expected size is known. Specify name for 32 bit signed division function. Specify range of registers to make fixed. Specify scheduling priority for dispatch slot restricted insns. Specify size of .local memory used for stack when the exact amount is not known. Specify that an external BLAS library should be used for matmul calls on large-size arrays. Specify that backslash in string introduces an escape character. Specify that no implicit typing is allowed, unless overridden by explicit IMPLICIT statements. Specify that the compiler should target secure code as per ARMv8-M Security Extensions. Specify the ISA to build for: msp430, msp430x, msp430xv2. Specify the MCU to build for. Specify the PTX ISA target architecture to use. Specify the PTX ISA version to use. Specify the __fp16 floating-point format. Specify the address generation strategy for ICT call's code model. Specify the address generation strategy for code model. Specify the algorithm to partition symbols and vars at linktime. Specify the code model used for accessing memory addresses. Specifying large enables generating binaries with large global offset tables. By default the value is small. Specify the code model. Specify the compact branch usage policy. Specify the cpu for pipeline model. Specify the memory model in effect for the program. Specify the minimum bit alignment of structures. (Deprecated). Specify the model for atomic operations. Specify the name of the target CPU. Specify the name of the target GPU. Specify the name of the target architecture. Specify the name of the target floating point configuration. Specify the name of the target floating point hardware/format. Specify the register to be used for PIC addressing. Specify the security level of c-isr for the whole file. Specify the size of each cache block, which must be a power of 2 between 4 and 512. Specify the size of each interrupt vector, which must be 4 or 16. Specify the target CPU. Specify the target RX cpu type. Specify the target architecture. Specify the target floating-point hardware/format. Specify the target processor. Specify the type of hardware multiply to support. Specify thread local storage scheme. Specify thread pointer register number. Specify use soft floating point ABI which mean alias to -mabi=2. Specify use soft floating point ABI which mean alias to -mabi=2fp+. Specify where to find the compiled intrinsic modules. Specify whether functions should be placed into the lower or upper memory regions, or if they should be shuffled between the regions (either) for best fit (default: lower). Specify whether variables should be placed into the lower or upper memory regions, or if they should be shuffled between the regions (either) for best fit (default: lower). Specify which ABI to use for Objective-C family code and meta-data generation. Specify which ABI type to generate code for: 2, 2fp+. Specify which post scheduling nop insertion scheme to apply. Specifying VOLATILE for coarray variable %qs at %C, which is use-/host-associated Split 32-byte AVX unaligned load. Split 32-byte AVX unaligned store. Split lifetimes of induction variables when loops are unrolled. Split paths leading to loop backedges. Split unaligned 8 byte vector moves before post-modify address generation. Split wide types into independent registers earlier. Split wide types into independent registers. Stack frame larger than 2G is not supported for %<-fsplit-stack%> Stack realignment not supported with %<__builtin_eh_return%> Start expression in DO loop Stat-variable at %L must be a scalar INTEGER variable Stat-variable at %L shall not be %sd within the same %s statement Statement at %L is not a valid branch target statement for the branch statement at %L Statement function %qs at %L conflicts with function name Statement function %qs at %L is not allowed as an actual argument Statement function %qs at %L may not have pointer or allocatable attribute Statement function %qs is invalid in procedure pointer assignment at %L Statement function %qs requires argument list at %C Statement function at %C Statement function at %L cannot appear within an INTERFACE Statement function at %L is recursive Statement label at %C is zero Statement label in END CRITICAL at %C does not match CRITICAL label Statement label in ENDDO at %C doesn't match DO label Statement label list in GOTO at %C cannot be empty Statement label without statement at %L Statically link the GCC Quad-Precision Math Library (libquadmath). Statically link the GNU Fortran helper library (libgfortran). Step expression in DO loop Step expression in DO loop at %L cannot be zero Stop exploring an execution path after certain diagnostics. Stop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is available. Stop forward growth if the probability of best edge is less than this threshold (in percent). Used when profile feedback is not available. Stop reverse growth if the reverse probability of best edge is less than this threshold (in percent). Store all argument registers on the stack. Store doubles in 64 bits. Store function names in object code. Stores doubles in 32 bits. This is the default. Stores the MDUC registers in interrupt handlers for G13 target. Stream extra data to support more aggressive devirtualization in LTO local transformation mode. Stride must not be present at %L Stride should not be specified for array section in %s clause at %L Strides not allowed in coarray subscript at %C String length at %L is too large Structure component %qs at %L cannot be an EQUIVALENCE object Structure constructor with missing optional arguments at %C Structure constructor with named arguments at %C Structure name %qs at %C cannot be the same as an intrinsic type Structure name expected after RECORD at %C Structure name expected in non-nested structure declaration at %C Subroutine %qs at %L is INTRINSIC but is not compatible with an intrinsic Subroutine call to %qs at %L is not PURE Subroutine call to %qs in DO CONCURRENT block at %L is not PURE Subroutine call to %qs in FORALL block at %L is not PURE Subroutine call to intrinsic %qs at %L is not PURE Subroutine call to intrinsic %qs in DO CONCURRENT block at %L is not PURE Subroutine call with alternate returns in INITIALIZER clause of !$OMP DECLARE REDUCTION at %L Subroutine call with alternate returns in combiner of !$OMP DECLARE REDUCTION at %L Substring at %L has length zero Substring end index (%ld) at %L exceeds string length Substring end index at %L exceeds the string length Substring end index at %L is too large Substring end index at %L must be of type INTEGER Substring end index at %L must be scalar Substring start index (%ld) at %L below 1 Substring start index at %L is less than one Substring start index at %L must be of type INTEGER Substring start index at %L must be scalar Substring starting and ending points of target specification at %L must be constant expressions Suggest that the override keyword be used when the declaration of a virtual function overrides another. Sum of array rank %d and corank %d at %C exceeds maximum allowed dimensions of %d Sum of second and third arguments of IBITS exceeds bit size at %L Supply a list of objects to be linked from a file, rather than the command line. Support 3DNow! built-in functions. Support AES built-in functions and code generation. Support AMX-BF16 built-in functions and code generation. Support AMX-COMPLEX built-in functions and code generation. Support AMX-FP16 built-in functions and code generation. Support AMX-INT8 built-in functions and code generation. Support AMX-TILE built-in functions and code generation. Support AVX512VNNI built-in functions and code generation. Support AVX512VP2INTERSECT built-in functions and code generation. Support Athlon 3Dnow! built-in functions. Support BMI built-in functions and code generation. Support BMI2 built-in functions and code generation. Support C++17 allocation of over-aligned types. Support CLDEMOTE built-in functions and code generation. Support CLFLUSHOPT instructions. Support CLWB instruction. Support CLZERO built-in functions and code generation. Support ENQCMD built-in functions and code generation. Support F16C built-in functions and code generation. Support FMA4 built-in functions and code generation. Support FSGSBASE built-in functions and code generation. Support FXSAVE and FXRSTOR instructions. Support GFNI built-in functions and code generation. Support HRESET built-in functions and code generation. Support Hardware Lock Elision prefixes. Support KL built-in functions and code generation. Support LWP built-in functions and code generation. Support LZCNT built-in function and code generation. Support MMX and SSE built-in functions and code generation. Support MMX built-in functions. Support MMX, SSE and SSE2 built-in functions and code generation. Support MMX, SSE, SSE2 and SSE3 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3 and SSE4A built-in functions and code generation. Support MMX, SSE, SSE2, SSE3 and SSSE3 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3 and SSE4.1 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1 and SSE4.2 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2 and AVX built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and AVX2 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX and FMA built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512BW built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512CD built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512DQ built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512ER built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512IFMA built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512PF built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512VBMI built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F and AVX512VL built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVX512F built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 and AVXVNNIINT8 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX512-FP16 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124FMAPS built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX5124VNNIW built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX512BF16 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX512BITALG built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX512VBMI2 built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F and AVX512VPOPCNTDQ built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, and AVXIFMA built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, and AVXNECONVERT build-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, and AVXVNNI built-in functions and code generation. Support MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, and CMPCCXADD build-in functions and code generation. Support MOVDIR64B built-in functions and code generation. Support MOVDIRI built-in functions and code generation. Support MWAIT and MONITOR built-in functions and code generation. Support MWAITX and MONITORX built-in functions and code generation. Support PCLMUL built-in functions and code generation. Support PCONFIG built-in functions and code generation. Support PKU built-in functions and code generation. Support PREFETCHI built-in functions and code generation. Support PREFETCHW instruction. Support PREFETCHWT1 built-in functions and code generation. Support PTWRITE built-in functions and code generation. Support RAOINT built-in functions and code generation. Support RDPID built-in functions and code generation. Support RDRND built-in functions and code generation. Support RDSEED instruction. Support RTM built-in functions and code generation. Support SERIALIZE built-in functions and code generation. Support SGX built-in functions and code generation. Support SHA1 and SHA256 built-in functions and code generation. Support TBM built-in functions and code generation. Support TLS segment larger than 64K. Support TSXLDTRK built-in functions and code generation. Support UINTR built-in functions and code generation. Support VAES built-in functions and code generation. Support VPCLMULQDQ built-in functions and code generation. Support WAITPKG built-in functions and code generation. Support WBNOINVD built-in functions and code generation. Support WIDEKL built-in functions and code generation. Support XOP built-in functions and code generation. Support XSAVE and XRSTOR instructions. Support XSAVEC instructions. Support XSAVEOPT instruction. Support XSAVES and XRSTORS instructions. Support alignments of up to 64-bits. Support calls between Thumb and ARM instruction sets. Support code generation of Advanced Bit Manipulation (ABM) instructions. Support code generation of cmpxchg16b instruction. Support code generation of crc32 instruction. Support code generation of movbe instruction. Support code generation of popcnt instruction. Support code generation of sahf instruction in 64bit x86-64 code. Support dynamic initialization of thread-local variables in a different translation unit. Support flag-preserving add-carry instructions. Support for the A argument at %L which is polymorphic A argument or has allocatable components is not yet implemented Support for the A argument at %L with allocatable components is not yet implemented Support legacy multi-threading. Support message passing with the Parallel Environment. Support more than 8192 GOT entries on ColdFire. Support multi-threading. Support synchronous non-call exceptions. Supported AArch64 return address signing scope (for use with -msign-return-address= option): Supported ABIs (for use with the -mabi= option): Supported ISA specs (for use with the -misa-spec= option): Supported LTO compression algorithms: zlib Suppress output of addresses in debugging dumps. Suppress output of instruction numbers, line number notes and addresses in debugging dumps. Suppress output of previous and next insn numbers in debugging dumps. Suppress warnings. Switch ARM/Thumb modes on alternating functions for compiler testing. Switch on/off MIPS16 ASE on alternating functions for compiler testing. Switches off the -mstack-guard= option. Switches off the -mstack-size= option. Symbol %qs already declared Symbol %qs at %C already declared Symbol %qs at %C also declared as a type at %L Symbol %qs at %C has already been host associated Symbol %qs at %C has no IMPLICIT type Symbol %qs at %C has not been previously defined Symbol %qs at %C is USE associated from module %qs and cannot occur in COMMON Symbol %qs at %C is already in a COMMON block Symbol %qs at %C is ambiguous Symbol %qs at %C must be a NAMELIST group name Symbol %qs at %L already has an explicit interface Symbol %qs at %L already has basic type of %s Symbol %qs at %L cannot have a type Symbol %qs at %L conflicts with symbol from module %qs, use-associated at %L Symbol %qs at %L conflicts with the rename symbol at %L Symbol %qs at %L conflicts with the symbol at %L Symbol %qs at %L has no IMPLICIT type Symbol %qs at %L has no IMPLICIT type; did you mean %qs? Symbol %qs at %L has the WEAK attribute but is a dummy argument Symbol %qs at %L has the WEAK attribute but is a local variable Symbol %qs at %L is ambiguous Symbol %qs at %L is marked PRIVATE but has been given the binding label %qs Symbol %qs has mixed component and non-component accesses at %L Symbol %qs in COMMON at %C cannot be a POINTER array Symbol %qs in COMMON at %C cannot be a coarray Symbol %qs in namelist %qs at %C must be declared before the namelist is declared. Symbol %qs in namelist %qs is INTENT(IN) at %C Symbol %qs is used before it is typed at %L Symbol %qs must be a PARAMETER in DATA statement at %C Symbol %qs present on both FROM and TO clauses at %L Symbol %qs present on both data and map clauses at %L Symbol %qs present on multiple clauses at %L Symbol %qs referenced at %L not found in intrinsic module ISO_C_BINDING Symbol %qs referenced at %L not found in intrinsic module ISO_FORTRAN_ENV Symbol %qs referenced at %L not found in module %qs Symbol %qs, in COMMON block %qs at %C is being indirectly equivalenced to another COMMON block %qs Symbol at %C is not appropriate for an expression Symbol at %L is not a DUMMY variable Synonym for "-export-dynamic" for linker versions that support it. Synonym for "image_base". Synonym for -Wcomment. Synonym of -gnatk8. Syntax error in !$ACC DECLARE list at %C Syntax error in !$ACC ROUTINE ( NAME ) at %C Syntax error in !$ACC ROUTINE ( NAME ) at %C, expecting %<)%> after NAME Syntax error in !$OMP DECLARE TARGET list at %C Syntax error in !$OMP THREADPRIVATE list at %C Syntax error in !GCC$ ATTRIBUTES statement at %C Syntax error in !GCC$ IVDEP directive at %C Syntax error in !GCC$ NOVECTOR directive at %C Syntax error in !GCC$ UNROLL directive at %C Syntax error in !GCC$ VECTOR directive at %C Syntax error in %s statement at %C Syntax error in ABSTRACT INTERFACE statement at %C Syntax error in ASYNCHRONOUS statement at %C Syntax error in AUTOMATIC statement at %C Syntax error in CASE specification at %C Syntax error in CHARACTER declaration at %C Syntax error in CLASS IS specification at %C Syntax error in COMPLEX constant at %C Syntax error in ELSE IF statement after %L Syntax error in ENUMERATOR definition at %C Syntax error in EQUIVALENCE statement at %L Syntax error in FORALL iterator at %C Syntax error in I/O iterator at %C Syntax error in IF-clause after %C Syntax error in IF-expression at %C Syntax error in IMPORT statement at %C Syntax error in NAME= specifier for binding label at %C Syntax error in OpenACC expression list at %C Syntax error in OpenMP SINK dependence-type list at %C Syntax error in OpenMP detach clause at %C Syntax error in OpenMP variable list at %C Syntax error in PROCEDURE statement at %C Syntax error in PROTECTED statement at %C Syntax error in RANK specification at %C Syntax error in SAVE statement at %C Syntax error in STATIC statement at %C Syntax error in SUBMODULE statement at %C Syntax error in SUBSTRING specification at %C Syntax error in TYPE IS specification at %C Syntax error in VALUE statement at %C Syntax error in VOLATILE statement at %C Syntax error in anonymous structure declaration at %C Syntax error in argument list at %C Syntax error in array constructor at %C Syntax error in character length specification at %C Syntax error in common block name at %C Syntax error in data declaration at %C Syntax error in expression at %C Syntax error in generic specification at %C Syntax error in iterator at %C Syntax error in nested structure declaration at %C Syntax error in old style initialization of %s at %C Syntax error in old style initializer list at %C Syntax error in procedure pointer component at %C Syntax error: Trailing garbage in END INTERFACE statement at %C Syntax error: Trailing garbage in INTERFACE statement at %C TARGET DATA must contain at least one MAP, USE_DEVICE_PTR, or USE_DEVICE_ADDR clause at %L TARGET ENTER DATA with map-type other than TO, TOFROM or ALLOC on MAP clause at %L TARGET EXIT DATA with map-type other than FROM, TOFROM, RELEASE, or DELETE on MAP clause at %L TARGET%s with map-type other than TO, FROM, TOFROM, or ALLOC on MAP clause at %L TEAM NUMBER argument to FORM TEAM at %L must be a scalar INTEGER TEAM argument at %L to the intrinsic TEAM_NUMBER shall be of type TEAM_TYPE TEAM argument to %qs at %L must be a scalar expression of type TEAM_TYPE TEAM= attribute in %C misplaced THREADPRIVATE object %qs in %s clause at %L THREADPRIVATE object %qs in SHARED clause at %L TILE requires constant expression at %L TLS dialect to use: TLS is not implemented for GCN. TODO TODO: Vector sections in data statements TODO: type-bound defined assignment(s) at %L not done because multiple part array references would occur in intermediate expressions. TOPOS argument (%ld) out of range 0:%d in intrinsic MVBITS TOPOS(%ld)+LEN(%ld)>BIT_SIZE(%d) in intrinsic MVBITS TYPE IS at %L overlaps with TYPE IS at %L TYPE with intrinsic-type-spec at %C Take advantage of linker relaxations to reduce the number of instructions required to materialize symbol addresses. Taken at least once:%s of %d
Takes two non-negative integer numbers separated by a comma. Prepend the function label with the number of two-byte Nop instructions indicated by the first. Append Nop instructions covering the number of halfwords indicated by the second after the label. Nop instructions of the largest possible size are used (six, four or two bytes), beginning with the largest possible size. Using 0 for both values disables hotpatching. Target DFLOAT double precision code. Target block's relative execution frequency (as a percentage) required to sink a statement. Target expression in pointer assignment at %L must deliver a pointer result Target has split I&D. Target of rank remapping is too small (%ld < %ld) Target the AM33 processor. Target the AM33/2.0 processor. Target the AM34 processor. Target the FT32B architecture. Target the software simulator. Target: %s
Tell DCE to remove unused C++ allocations. Tell DSE that the storage for a C++ object is dead when the constructor starts and when the destructor finishes. The %<-mfloat128%> option may not be fully supported The %s directive cannot be specified within a %s region at %L The A argument at %L has type %s but the function passed as OPERATION at %L returns %s The A argument at %L of CO_REDUCE shall not be polymorphic The A argument at %L to the intrinsic %s shall not be coindexed The AUTOMATIC object %qs at %L must not have the SAVE attribute or be a variable declared in the main program, a module or a submodule(F08/C513) The CHARACTER elements of the array constructor at %L must have the same length (%ld/%ld) The DEFAULT CASE at %L cannot be followed by a second DEFAULT CASE at %L The DISTANCE argument may not be specified together with the COARRAY or DIM argument in intrinsic at %L The FORALL with index %qs is not used on the left side of the assignment at %L and so might cause multiple assignment to this object The FROM and TO arguments at %L violate aliasing restrictions (F2003 12.4.1.7) The FROM and TO arguments of the MOVE_ALLOC intrinsic at %L must have the same corank %d/%d The FROM and TO arguments of the MOVE_ALLOC intrinsic at %L must have the same rank %d/%d The FROM argument to MOVE_ALLOC at %L shall not be coindexed The H format specifier at %L is a Fortran 95 deleted feature The Hollerith constant at %L is truncated in conversion to %qs The INTENT(OUT) dummy argument %qs at %L is ASSUMED SIZE and so cannot have a default initializer The KIND parameter %qs at %C cannot either be ASSUMED or DEFERRED The KIND parameter %qs in the PDT constructor at %C has no value The KIND part_ref at %C must be applied to an expression of intrinsic type The LEN part_ref at %C must be applied to a CHARACTER expression The NULL in the structure constructor at %L is being applied to component %qs, which is neither a POINTER nor ALLOCATABLE The RE or IM part_ref at %C must be applied to a COMPLEX expression The SELECT RANK CASE expression at %C must be a scalar, integer constant The SELECT RANK selector at %C must be an assumed rank variable The SHAPE array for the RESHAPE intrinsic at %L has a negative value %d for dimension %d The STATUS specified in OPEN statement at %L cannot have the value SCRATCH if a FILE specifier is present The STATUS specified in OPEN statement at %L is %qs and no FILE specifier is present The TO argument to MOVE_ALLOC at %L shall not be coindexed The TO arguments in MOVE_ALLOC at %L must be polymorphic if FROM is polymorphic The absolute value of SHIFT at %L must be less than or equal to BIT_SIZE(%qs) The absolute value of SHIFT at %L must be less than or equal to SIZE at %L The allocatable object %qs at %L must have an explicit function interface or be declared as array The allocate-object at %L and the source-expr at %L shall have the same kind type parameter The argument list functions %%VAL, %%LOC or %%REF are not allowed in this context at %L The argument of the RANK intrinsic at %L must be a data object The assignment to a KIND or LEN component of a parameterized type at %L is not allowed The assumed-rank array %qs at %L shall not have a codimension The assumed-rank array at %C shall not have a codimension The assumed-rank array at %L requires that the dummy argument %qs has assumed-rank The base name at %L does not match the name of the current procedure The base name at %L must not be a generic name The base name at %L must not be a procedure pointer The base name at %L must not be an entry name The base name for 'declare variant' must be specified at %L The base procedure at %L must have an explicit interface The bug is not reproducible, so it is likely a hardware or OS problem.
The character constant at %L is truncated in conversion to %s The character length of the A argument at %L and of the arguments of the OPERATION at %L shall be the same The character length of the A argument at %L and of the function result of the OPERATION at %L shall be the same The code model option names for -mcmodel: The component at %C that appears in the type parameter list at %L has neither the KIND nor LEN attribute The component at %C which is a type parameter must be a scalar The component with KIND or LEN attribute at %C does not not appear in the type parameter list at %L The default (and opposite of -static), implied by user mode executables, shared libraries and bundles. The denominator n of fraction 1/n of the execution frequency of the entry block of a function that a basic block of this function needs to at least have in order to be considered hot. The denominator n of fraction 1/n of the maximal execution count of a basic block in the entire program that a basic block needs to at least have in order to be considered hot (used in non-LTO mode). The denominator n of fraction 1/n of the number of profiled runs of the entire program below which the execution count of a basic block must be in order for the basic block to be considered unlikely. The derived parameter %qs at %C does not have a default value The derived type %qs at %L is of type %qs, which has not been defined The device has no SPH special function register. This option will be overridden by the compiler driver with the correct setting if presence/absence of SPH can be deduced from -mmcu=MCU. The earliest macOS version on which this program will run (formatted for the assembler). The earliest macOS version on which this program will run. The element in the structure constructor at %L, for pointer component %qs should be a POINTER or a TARGET The element in the structure constructor at %L, for pointer component %qs, is %s but should be %s The equivalence set for %qs cause an invalid extension to COMMON %qs at %L The equivalence set for variable %qs declared at %L violates alignment requirements The errmsg= argument at %L must be a default-kind character variable The event handle at %L must not be an array element The event handle at %L must not be part of a derived type or class The event variable at %L shall not be coindexed The following options are language-independent The following options are language-related The following options are not documented The following options are specific to just the language The following options are supported by the language The following options are target specific The following options control compiler warning messages The following options control optimizations The following options control parameters The following options take joined arguments The following options take separate arguments The function passed as OPERATION at %L has arguments of type %s and %s but shall have type %s The function passed as OPERATION at %L shall have scalar nonallocatable nonpointer arguments and return a nonallocatable nonpointer scalar The function passed as OPERATION at %L shall have the ASYNCHRONOUS attribute either for none or both arguments The function passed as OPERATION at %L shall have the TARGET attribute either for none or both arguments The function passed as OPERATION at %L shall have the VALUE attribute either for none or both arguments The function passed as OPERATION at %L shall have two arguments The function passed as OPERATION at %L shall not have the OPTIONAL attribute for either of the arguments The function result on the lhs of the assignment at %L must have the pointer attribute. The intrinsic %qs at %L is not included in the selected standard but %s and %qs will be treated as if declared EXTERNAL. Use an appropriate %<-std=%> option or define %<-fall-intrinsics%> to allow this intrinsic. The intrinsic %qs declared INTRINSIC at %L is not available in the current standard settings but %s. Use an appropriate %<-std=*%> option or enable %<-fall-intrinsics%> in order to use it. The leftmost part-ref in a data-ref cannot be a function reference at %C The lower bound for a buffer to be considered for stack smashing protection. The max number of reload pseudos which are considered during spilling a non-reload pseudo. The maximum amount of memory to be allocated by GCSE, in kilobytes. The maximum code size growth ratio when expanding into a jump table (in percent). The parameter is used when optimizing for size. The maximum code size growth ratio when expanding into a jump table (in percent). The parameter is used when optimizing for speed. The maximum conflict delay for an insn to be considered for speculative motion. The maximum depth of a loop nest to be unswitched. The maximum depth of a loop nest we completely peel. The maximum depth of a symbolic value, before approximating the value as unknown. The maximum depth of exploded nodes that should appear in a dot dump before switching to a less verbose format. The maximum depth of recursive inlining for inline functions. The maximum depth of recursive inlining for non-inline functions. The maximum expansion factor when copying basic blocks. The maximum factor which the loop vectorizer applies to the cost of statements in an inner loop relative to the loop being vectorized. The maximum instructions CSE process before flushing. The maximum length of a constant string for a builtin string cmp call eligible for inlining. The default value is 3. The maximum length of path considered in cse. The maximum length of scheduling's pending operations list. The maximum memory locations recorded by cselib. The maximum number of 'after supernode' exploded nodes within the analyzer per supernode, before terminating analysis. The maximum number of RTL nodes that can be recorded as combiner's last value. The maximum number of SSA_NAME assignments to follow in determining a value. The maximum number of backtrack attempts the scheduler should make when modulo scheduling a loop. The maximum number of blocks in a region to be considered for interblock scheduling. The maximum number of branches on the path through the peeled sequence. The maximum number of constraints per state. The maximum number of exploded nodes per program point within the analyzer, before terminating analysis of that point. The maximum number of incoming edges to consider for crossjumping. The maximum number of infeasible edges to reject before declaring a diagnostic as infeasible. The maximum number of insns combine tries to combine. The maximum number of insns in a region to be considered for interblock scheduling. The maximum number of insns in loop header duplicated by the copy loop headers pass. The maximum number of insns of a completely peeled loop. The maximum number of insns of a peeled loop. The maximum number of insns of an unswitched loop. The maximum number of insns to duplicate when unfactoring computed gotos. The maximum number of instructions in a single function eligible for inlining. The maximum number of instructions in an inner loop that is being considered for versioning. The maximum number of instructions in an outer loop that is being considered for versioning, on top of the instructions in inner loops. The maximum number of instructions inline function can grow to via recursive inlining. The maximum number of instructions non-inline function can grow to via recursive inlining. The maximum number of instructions ready to be issued to be considered by the scheduler during the first scheduling pass. The maximum number of instructions to consider to fill a delay slot. The maximum number of instructions to consider to find accurate live register information. The maximum number of instructions to consider to unroll in a loop on average. The maximum number of instructions to consider to unroll in a loop. The maximum number of instructions to search backward when looking for equivalent reload. The maximum number of instructions when automatically inlining small functions. The maximum number of instructions when automatically inlining. The maximum number of instructions when inlining for size. The maximum number of iterations through CFG to extend regions. The maximum number of loop iterations we predict statically. The maximum number of nested indirect inlining performed by early inliner. The maximum number of peelings of a single loop that is peeled completely. The maximum number of peelings of a single loop. The maximum number of stmts in loop nest for loop interchange. The maximum number of times a callsite can appear in a call stack within the analyzer, before terminating analysis of a call that would recurse deeper. The maximum number of unrollings of a single loop. The maximum number of use and def visits when discovering a STV chain before the discovery is aborted. The maximum ratio between array size and switch branches for a switch conversion to take place. The maximum ratio of insertions to deletions of expressions in GCSE. The maximum recommended size of contiguous memory occupied by two objects accessed with temporal locality by concurrent threads. Typically the L1 cache line size, but can be smaller to accommodate a variety of target processors with different cache line sizes. The maximum size of the lookahead window of selective scheduling. The minimal estimated speedup allowing inliner to ignore inline-insns-single and inline-insns-auto. The minimal probability of speculation success (in percents), so that speculative insn will be scheduled. The minimum UID to be used for a nondebug insn. The minimum constant stride beyond which we should use prefetch hints for. The minimum cost of an expensive expression in the loop invariant motion. The minimum number of matching instructions to consider for crossjumping. The minimum number of supernodes within a function for the analyzer to consider summarizing its effects at call sites. The minimum probability an edge must have for the scheduler to save its state across it. The minimum probability of reaching a source block for interblock speculative scheduling. The minimum recommended offset between two concurrently-accessed objects to avoid additional performance degradation due to contention introduced by the implementation. Typically the L1 cache line size, but can be larger to accommodate a variety of target processors with different cache line sizes. C++17 code might use this value in structure layout, but is strongly discouraged from doing so in public ABIs. The minimum size of variables taking part in stack slot sharing when not optimizing. The minimum stride ratio for loop interchange to be profitable. The minimum threshold for probability of semi-invariant condition statement to trigger loop split. The minimum value of stage count that swing modulo scheduler will generate. The module or main program array %qs at %L must have constant shape The name %qs at %C has already been used as an external module name The name %qs cannot be used as a defined operator at %C The number of Newton iterations for calculating the reciprocal for double type. The precision of division is proportional to this param when division approximation is enabled. The default value is 2. The number of Newton iterations for calculating the reciprocal for float type. The precision of division is proportional to this param when division approximation is enabled. The default value is 1. The number of array elements of the SUB argument to IMAGE_INDEX at %L shall be %d (corank) not %d The number of cycles the swing modulo scheduler considers when checking conflicts using DFA. The number of elements (%d) in the array constructor at %L requires an increase of the allowed %d upper limit. See %<-fmax-array-constructor%> option. The number of elements for which hash table verification is done for each searched element. The number of elements in the array constructor at %L requires an increase of the allowed %d upper limit. See %<-fmax-array-constructor%> option The number of elements in the array constructor at %L requires an increase of the allowed %d upper limit. See %<-fmax-array-constructor%> option The number of elements in the array constructor at %L requires an increase of the allowed %d upper limit. See %<-fmax-array-constructor%> option The number of executions of a basic block which is considered hot. The parameter is used only in GIMPLE FE. The number of insns executed before prefetch is completed. The number of most executed permilles of the profiled execution of the entire program to which the execution count of a basic block must be part of in order to be considered hot (used in LTO mode). The number of prefetches that can run at the same time. The number of registers in each class kept unused by loop invariant motion. The object %qs at %L has a deferred LEN parameter %qs and is neither allocatable nor a pointer The object %qs at %L with ASSUMED type parameters must be a dummy or a SELECT TYPE selector(F08/4.2) The parameter expression at %C does not simplify to an INTEGER constant The parameter expression at %C must be of INTEGER type and not %s type The path to devices.csv. The GCC driver can normally locate devices.csv itself and pass this option to the compiler, so the user shouldn't need to pass this. The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is available. The percentage of function, weighted by execution frequency, that must be covered by trace formation. Used when profile feedback is not available. The pointer object %qs at %L must have an explicit function interface or be declared as array The possible SVE vector lengths: The possible TLS dialects: The rank of the element in the structure constructor at %L does not match that of the component (%d/%d) The resolution file. The scale (in percents) applied to inline-insns-single and auto limits when heuristics hints that inlining is very profitable. The shape of component %qs in the structure constructor at %L differs from the shape of the declared component for dimension %d (%ld/%ld) The size of L1 cache line. The size of L1 cache. The size of L2 cache. The size of function body to be considered large. The size of stack frame to be considered large. The size of translation unit that IPA-CP pass considers large. The size of translation unit to be considered large. The smallest number of different values for which it is best to use a jump-table instead of a tree of conditional branches, if 0, use the default for the machine. The source-expr at %L shall neither be of type EVENT_TYPE nor have a EVENT_TYPE component if allocate-object at %L is a coarray The source-expr at %L shall neither be of type LOCK_TYPE nor have a LOCK_TYPE component if allocate-object at %L is a coarray The stat= argument at %L must be a kind=4 integer variable The structure constructor at %C has been finalized. This feature was removed by f08/0011. Use -std=f2018 or -std=gnu to eliminate the finalization. The symbol %qs, referenced at %L, is not in the selected standard The threshold ratio for performing partial redundancy elimination after reload. The threshold ratio of critical edges execution count that permit performing redundancy elimination after reload. The type %qs cannot be host associated at %L because it is blocked by an incompatible object of the same name declared at %L The type for function %qs at %L is not accessible The type parameter spec list at %C cannot contain both ASSUMED and DEFERRED parameters The type parameter spec list at %C contains too many parameter expressions The type parameter spec list at %C does not contain enough parameter expressions The type parameter spec list in the type-spec at %L cannot contain DEFERRED parameters The type-spec at %L shall specify that each length type parameter is assumed The type-spec shall not specify a sequence derived type or a type with the BIND attribute in SELECT TYPE at %C [F2003:C815] The upper bound for sharing integer constants. The upper bound in the last dimension must appear in the reference to the assumed size array %qs at %L The value for the KIND parameter %qs at %C does not reduce to a constant expression The value of n in %<-finit-character=n%> must be between 0 and 127 The value of the PDT LEN parameter '%s' does not agree with that in the dummy declaration The value of the SELECT RANK CASE expression at %C must not be less than zero or greater than %d The version of the C++ ABI in use. The version of the C++ ABI used for -Wabi warnings and link compatibility aliases. There is already a procedure with binding name %qs for the derived type %qs at %C There is no specific function for the generic %qs at %L There is no specific subroutine for the generic %qs at %L There's already a non-generic procedure with binding name %qs for the derived type %qs at %C This architecture does not support branch protection instructions This is free software; see the source for copying conditions. There is NO
warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
This is the default. This option is deprecated and has no effect. This option is ignored; it is provided for compatibility purposes only. This used to select linker and preprocessor options for use with newlib. This option lacks documentation. This switch is deprecated; do not use. This switch is deprecated; use -Werror=implicit-function-declaration instead. This switch is deprecated; use -Wextra instead. This switch is deprecated; use -fsanitize-recover= instead. This switch is deprecated; use -fsanitize-trap= instead. Thread model: %s
Threadprivate at %L isn't SAVEd Threadprivate variable at %C is an element of a COMMON block Threshold ipa-cp opportunity evaluation that is still considered beneficial to clone. Thumb-1 %<hard-float%> VFP ABI Thumb: Assume function pointers may go to non-Thumb aware code. Thumb: Assume non-static functions may be called from ARM code. Thumb: Generate (leaf) stack frames even if not needed. Thumb: Generate (non-leaf) stack frames even if not needed. Thunk is not supposed to have body Tiled loop cannot be parallelized across gangs, workers and vectors at the same time at %L Time accounted for function prologue, epilogue and other overhead. Time accounted for function thunk overhead. To enable preprocessing, use %<-cpp%> Toggle -fvar-tracking-assignments. Toggle debug information generation. Too few codimensions at %C, expected %d not %d Too few dummy arguments in DTIO procedure %qs at %L Too many arguments in call to %qs at %L Too many arguments to %s at %L Too many codimensions at %C, expected %d not %d Too many components in structure constructor at %L Too many digits in statement label at %C Too many dummy arguments in DTIO procedure %qs at %L Too many elements in array initializer at %C Transform condition stores into unconditional ones. Transformational function %qs at %L is invalid in an initialization expression Transparent alias and target%'s assembler names differs Trap for signed overflow in addition, subtraction and multiplication. Trap on __builtin_unreachable instead of using it for optimization. Trap on integer divide by zero. Treat a throw() exception specification as noexcept to improve code size. Treat all warnings as errors. Treat known sprintf return values as constants. Treat lines with 'D' in column one as comments. Treat main as if it had attribute OS_task. Treat missing header files as generated files. Treat signed overflow as undefined. Negated as -fwrapv -fwrapv-pointer. Treat specified warning as error. Treat the input file as already preprocessed. True if a non-short-circuit operation is optimal. Try running '%s' in the shell to raise its limit.
Try to allow the linker to turn PIC calls into direct calls. Try to convert virtual calls to direct ones. Try to interchange loops if profitable. Try to lay out derived types as compactly as possible. Try to reconstruct function calls and returns after inlining. Tune code for the given processor. Tune expected memory latency. Tune for the specified target CPU or architecture. Turn off all revertable D language features. Turn off any diagnostics features that complicate the output, such as line numbers, color, and warning URLs. Turn on CET instrumentation for switch statements that use a jump table and an indirect jump. Turn on Redundant Extensions Elimination pass. Turn on all upcoming D language features. Two main PROGRAMs at %L and %C Two or more part references with nonzero rank must not be specified at %L Two symbols with same comdat_group are not linked by the same_comdat_group list. Type %qs containing DEFERRED binding at %C is not ABSTRACT Type %qs of CLASS variable %qs at %L is not extensible Type declaration %qs at %L is not C interoperable but it is BIND(C) Type definition of %qs at %C was already defined at %L Type inaccessible in variable definition context (%s) at %L Type mismatch between actual argument at %L and actual argument at %L (%s/%s). Type mismatch in argument %qs at %L; passed %s to %s Type name %qs at %C cannot be the same as an intrinsic type Type name %qs at %C conflicts with previously declared entity at %L, which has the same name Type name %qs at %C is ambiguous Type of %s argument of IMAGE_INDEX at %L shall be INTEGER Type of entity at %L is type incompatible with source-expr at %L Type of entity at %L is type incompatible with typespec Type parameter %qs at %C has no corresponding entry in the type parameter name list at %L Type specified for intrinsic function %qs at %L is ignored Type-bound operator at %L cannot be NOPASS Type-bound procedure at %C Type-spec at %L cannot contain a deferred type parameter Type-spec at %L cannot contain an asterisk for a type parameter UNIT not specified at %L UNIT number in CLOSE statement at %L must be non-negative UNIT number in INQUIRE statement at %L cannot be %d UNIT number in statement at %L must be non-negative UNIT number missing in statement at %L UNIT specification at %L must be an INTEGER expression or a CHARACTER variable UNIT specification at %L must not be a character PARAMETER UNIT specifier not allowed with NEWUNIT at %L UNLOCK statement at %C UNTIL_COUNT= argument at %L must be a scalar INTEGER expression USE statement at %C has no ONLY qualifier Unable to find a specific INTRINSIC procedure for the reference %qs at %L Unable to find symbol %qs Unable to generate load/store offset for fusion Unable to load DLL. Unable to resolve the specific function %qs at %L Unable to resolve the specific subroutine %qs at %L Unclassifiable GCC directive at %C Unclassifiable GCC directive at %C, ignored Unclassifiable OpenACC directive at %C Unclassifiable OpenMP directive at %C Unclassifiable statement at %C Undefined specific binding %qs as target of GENERIC %qs at %L Under -ffast-math, generate a FRIZ instruction for (double)(long long) conversions. Under the control of Object Size type, warn about buffer overflow in string manipulation functions like memcpy and strcpy. Unequal character lengths (%ld/%ld) in %s Unequal character lengths (%ld/%ld) in %s at %L Unequal character lengths (%wd/%wd) for pointer component %qs in constructor at %L Unexpected !$OMP SCAN at %L outside loop construct with %<inscan%> REDUCTION clause Unexpected %<%c%> for nonderived-type variable %qs at %C Unexpected %<*%> for codimension %d of %d at %C Unexpected %<*%> in coarray subscript at %C Unexpected %s statement at %C Unexpected %s statement at %C in INTERFACE body Unexpected %s statement in BLOCK DATA at %C Unexpected %s statement in CONTAINS section at %C Unexpected %s statement in FORALL block at %C Unexpected %s statement in INTERFACE block at %C Unexpected %s statement in MODULE at %C Unexpected %s statement in WHERE block at %C Unexpected CASE statement at %C Unexpected DIM argument with noncoarray argument at %L Unexpected END statement at %C Unexpected ENTRY statement at %C Unexpected EOF Unexpected NULL() intrinsic at %L to dummy %qs Unexpected OpenACC parallelism. Unexpected RANK statement at %C Unexpected SHAPE argument at %L to C_F_POINTER with scalar FPTR Unexpected TYPE IS statement at %C Unexpected alternate return specifier in subroutine call at %L Unexpected character in variable list at %C Unexpected characters in PARAMETER statement at %C Unexpected coarray designator at %C Unexpected complex-parts designator reference in %s clause at %L Unexpected constant at %C Unexpected derived-type entities in binary intrinsic numeric operator %%<%s%%> at %%L Unexpected element %qc in format string at %L Unexpected end of file in %qs Unexpected end of format string in format string at %L Unexpected end of module Unexpected intrinsic type %qs at %L Unexpected junk after !$ACC ATOMIC statement at %C Unexpected junk after !$ACC DECLARE at %C Unexpected junk after !$OMP DECLARE REDUCTION at %C Unexpected junk after !$OMP DECLARE TARGET at %C Unexpected junk after !$OMP SCAN at %C Unexpected junk after $OMP BARRIER statement at %C Unexpected junk after $OMP CANCELLATION POINT statement at %C Unexpected junk after $OMP CRITICAL statement at %C Unexpected junk after $OMP FLUSH statement at %C Unexpected junk after $OMP MASTER statement at %C Unexpected junk after $OMP NOTHING statement at %C Unexpected junk after %qs at %L Unexpected junk after NOWAIT clause at %C Unexpected junk after OMP THREADPRIVATE at %C Unexpected junk after TASKYIELD clause at %C Unexpected junk after function declaration at %C Unexpected junk at %C Unexpected junk in formal argument list at %C Unexpected substring reference in %s clause at %L Unexpected thumb1 far jump Unexpected use of subroutine name %qs at %C Uninitialized probability of edge %i->%i Unit number in I/O statement too large Unit number in I/O statement too small Unknown argument %qs at %L to intrinsic %s Unknown argument list function at %L Unknown attribute in !GCC$ ATTRIBUTES statement at %C Unknown directive at %L Unknown form for stack limit expression Unknown intrinsic op Unknown operator %%<%s%%> at %%L Unknown operator %%<%s%%> at %%L; did you mean %%<%s%%>? Unknown procedure name %qs at %C Unlimited polymorphic allocate-object at %L requires either a type-spec or SOURCE tag or a MOLD tag Unrecognized MCU name %qs. Unrecognized option to %<-finit-logical%>: %s Unrecognized option to endianness value: %qs Unrecognized option to floating-point init value: %qs Unrecognized option: %qs Unsupported code '%c' for fixed-point: Unsupported operand for code '%c' Unsupported statement inside WHERE at %L Unsupported value for mmpy-option Unsupported: multiple OpenACC 'routine' levels of parallelism Unterminated character constant beginning at %C Unused PRIVATE module variable %qs declared at %L Unused dummy argument %qs at %L Unused initialization string at %L because variable has zero length Unused module variable %qs which has been explicitly imported at %L Unused parameter %qs declared at %L Unused parameter %qs which has been explicitly imported at %L Unused variable %qs declared at %L Upper array reference at %L is out of bounds (%ld < %ld) in dimension %d Upper array reference at %L is out of bounds (%ld > %ld) in dimension %d Upper bound of last coarray dimension must be %<*%> at %C Upper cobound is less than lower cobound at %L Upper cobound is less than lower cobound of 1 at %L Usage: %s [OPTION]... SUB_COMMAND [OPTION]...
Usage: %s [options] file...
Usage: gcov [OPTION...] SOURCE|OBJ...
Use "-Wa,OPTION" to pass "OPTION" to the assembler.
Use "-Wl,OPTION" to pass "OPTION" to the linker.
Use %reloc() assembly operators. Use %reloc() operators, rather than assembly macros, to load addresses. Use -G for data that is not defined by the current object. Use -G for object-local data. Use -mlong-double-64 for 64-bit IEEE floating point format. Use -mlong-double-128 for 128-bit floating point format (either IEEE or IBM). Use 128-bit AVX instructions instead of 256-bit AVX instructions in the auto-vectorizer. Use 128-bit long double. Use 16 bit int. Use 32 bit int. Use 32-bit ABI. Use 32-bit DWARF format when emitting DWARF debug information. Use 32-bit floating-point registers. Use 32-bit general registers. Use 32-bit offsets in jump tables rather than 16-bit offsets. Use 4 byte entries in switch tables. Use 4 media accumulators. Use 4-operand madd.s/madd.d and related instructions where applicable. Use 4xx half-word multiply instructions. Use 4xx string-search dlmzb instruction. Use 64 FPRs. Use 64 GPRs. Use 64-bit ABI. Use 64-bit DWARF format when emitting DWARF debug information. Use 64-bit floating-point registers. Use 64-bit general registers. Use 64-bit long double. Use 8 media accumulators. Use 80-bit long double. Use ABI reserved registers. Use AltiVec instructions. Use Bionic C library. Use Branch Likely instructions, overriding the architecture default. Use CONST16 instruction to load constants. Use Cyclic Redundancy Check (CRC) instructions. Use EABI. Use Enhanced Virtual Addressing instructions. Use Floating-point Multiply Single to Double (FsMULd) instruction. Use GNU C library. Use GP relative sdata/sbss sections. Use GP-relative addressing to access small data. Use Global INValidate (GINV) instructions. Use H8/300 alignment rules. Use IEEE math for fp comparisons. Use IRA based register pressure calculation in RTL hoist optimizations. Use IRA based register pressure calculation in RTL loop optimizations. Use ISA 2.07 Category:Vector.AES and Category:Vector.SHA2 instructions. Use ISA 2.07 transactional memory (HTM) instructions. Use LRA instead of reload (transitional). Use LRA instead of reload. Use LRA register allocator. Use Loongson EXTension (EXT) instructions. Use Loongson EXTension R2 (EXT2) instructions. Use Loongson MultiMedia extensions Instructions (MMI) instructions. Use MCU instructions. Use MIPS MSA Extension instructions. Use MIPS-3D instructions. Use MIPS-DSP REV 2 instructions. Use MIPS-DSP instructions. Use Mingw-specific thread support. Use Neon double-word (rather than quad-word) registers for vectorization. Use Neon quad-word (rather than double-word) registers for vectorization. Use NewABI-style %reloc() assembly operators. Use P-mnemonics for branches statically predicted as taken. Use PLT for PIC calls (-fno-plt: load the address from GOT at call site). Use PMC-style 'mad' instructions. Use PowerPC General Purpose group optional instructions. Use PowerPC Graphics group optional instructions. Use PowerPC V2.01 single field mfcr instruction. Use PowerPC V2.02 floating point rounding instructions. Use PowerPC V2.02 popcntb instruction. Use PowerPC V2.05 compare bytes instruction. Use PowerPC V2.06 popcntd instruction. Use PowerPC-64 instruction set. Use RJMP / RCALL even though CALL / JMP are available. Use ROM instead of RAM. Use SSE register passing conventions for SF and DF mode. Use STB_GNU_UNIQUE if supported by the assembler. Use SmartMIPS instructions. Use UNIX assembler syntax. Use UltraSPARC Compare-and-Branch extensions. Use UltraSPARC Fused Multiply-Add extensions. Use UltraSPARC Population-Count instruction. Use UltraSPARC Subtract-Extended-with-Carry instruction. Use UltraSPARC Visual Instruction Set version 1.0 extensions. Use UltraSPARC Visual Instruction Set version 2.0 extensions. Use UltraSPARC Visual Instruction Set version 3.0 extensions. Use UltraSPARC Visual Instruction Set version 4.0 extensions. Use VAX fp. Use VAXC structure conventions. Use VMS exit codes instead of posix ones. Use Virtualization (VZ) instructions. Use __cxa_atexit to register destructors. Use __cxa_get_exception_ptr in exception handling. Use a 32-bit long type. Use a 4-byte record marker for unformatted files. Use a 64-bit long type. Use a lightweight configuration of printf and puts to reduce code size. For single-threaded applications, not requiring reentrant I/O only. Requires Newlib Nano IO. Use a minimum runtime (no static initializers or ctors) for memory-constrained devices. Use a smart stack protection method for certain functions. Use a stack protection method for every function. Use additional VIS instructions introduced in OSA2017. Use addresses that allocate global registers. Use all registers, reserving none for interrupt handlers. Use alternate register names. Use an 8-bit 'int' type. Use an 8-byte record marker for unformatted files. Use an immediate to offset from the TLS register. This option is for use with fstack-protector-guard=tls and not for use in user-land code. Use an immediate to offset from the stack protector guard register, sp_el0. This option is for use with fstack-protector-strong and not for use in user-land code. Use arbitrary sized immediates in bit operations. Use big-endian byte order. Use bit tests for sufficiently large switch statements. Use branch-and-break sequences to check for integer divide by zero. Use branch-protection features. Use bras for executable < 64k. Use call-clobbered registers for parameters and return value. Use call0 ABI. Use callbacks instead of inline code if number of accesses in function becomes greater or equal to this number. Use caller save register across calls if possible. Use certain scalar instructions added in ISA 3.0. Use control speculation. Use custom stacks instead of local memory for automatic storage. Use data speculation after reload. Use data speculation before reload. Use decimal floating point instructions. Use default method for sdata handling. Use different calling convention using 'rtd'. Use direct poisoning/unpoisoning instructions for variables smaller or equal to this number. Use direct references against %gs when accessing tls data. Use eXtended Physical Address (XPA) instructions. Use epsilon-respecting floating point compare instructions. Use expression value profiles in optimizations. Use f2c calling convention. Use features of and optimize for CPU. Use features of and schedule code for given CPU. Use features of and schedule given CPU. Use features of architecture ARCH. Use field-wise comparisons for struct equality. Use flat register window model. Use fp double instructions. Use fp registers. Use full-set registers for register allocation. Use given SPARC-V9 code model. Use given address mode. Use given assembler dialect. Use given register vector width instructions instead of maximum register width in the auto-vectorizer. Use given stack-protector guard. Use given thread-local storage dialect. Use given x86-64 code model. Use hardware FP (default). Use hardware FP. Use hardware division instructions on ColdFire. Use hardware floating point conversion instructions. Use hardware floating point instructions. Use hardware floating point square root instruction. Use hardware floating point. Use hardware floating-point divide and square root instructions. Use hardware fp. Use hardware instructions for integer division. Use hardware prefetch instruction. Use hardware quad FP instructions. Use hardware transactional execution instructions. Use hardware vector facility instructions and enable the vector ABI. Use in block control speculation. Use in block data speculation after reload. Use in block data speculation before reload. Use in/loc/out register names. Use indirect CALLXn instructions for large programs. Use indirect calls. Use inline plt sequences to implement long calls and -fno-plt. Use instructions of and schedule code for given CPU. Use integer madd/msub instructions. Use internal function id in profile lookup. Use jump tables for sufficiently large switch statements. Use ldcw/ldcd coherent cache-control hint. Use libgcc stubs to save and restore registers clobbered by 64-bit Microsoft to System V ABI calls. Use little-endian byte order. Use ll, sc and sync instructions. Use lwxc1/swxc1/ldxc1/sdxc1 instructions where applicable. Use media instructions. Use microMIPS instructions. Use multiply add/subtract instructions. Use multiply high instructions for high part of 32x32 multiply. Use musl C library. Use native (MS) bitfield layout. Use new adddi3/subdi3 patterns. Use normal calling convention. Use of intrinsic module %qs at %C conflicts with non-intrinsic module name used previously Use of non-intrinsic module %qs at %C conflicts with intrinsic module name used previously Use of the NUMERIC_STORAGE_SIZE named constant from intrinsic module ISO_FORTRAN_ENV at %C is incompatible with option %s Use of the NUMERIC_STORAGE_SIZE named constant from intrinsic module ISO_FORTRAN_ENV at %L is incompatible with option %qs Use only one TOC entry per procedure. Use ordinarily cached memory accesses for volatile references. Use packed stack layout. Use paired-single floating-point instructions. Use pattern compare instructions. Use pc-relative switch case tables - this enables case table shortening. Use portable calling conventions. Use profiling information for branch probabilities. Use propolice as a stack protection method. Use push instructions to save outgoing arguments. Use r11 to hold the static link in calls to functions via pointers. Use random base tag for each frame, as opposed to base always zero. Use red-zone in the x86-64 code. Use reduced-set registers for register allocation. Use register stack for parameters and return value. Use registers for argument passing. Use registers r2 and r5. Use reorder instructions (swap and byte reversed load/store) (default). Use sample profile information for call graph node weights. The default profile file is fbdata.afdo in 'pwd'. Use sample profile information for call graph node weights. The profile file is specified in the argument. Use shared libraries. Use simple data speculation check for control speculation. Use simple data speculation check. Use simulator runtime. Use smaller but slower prologue and epilogue code. Use software emulation for floating point (default). Use software floating point comparisons. Use software floating point. Use software integer multiplication. Use stack bias. Use stack protection method only for functions with the stack_protect attribute. Use structs on stronger alignment for double-word copies. Use stubs for function prologues. Use subroutines for function prologues and epilogues. Use synci instruction to invalidate i-cache. Use table based fast divide (default at -O3). Use table lookup optimization for small signed integer divisions. Use tas.b instruction for __atomic_test_and_set. Use the AIX Vector Extended ABI. Use the AltiVec ABI extensions. Use the Cray Pointer extension. Use the DEC assembler syntax. Use the ELFv1 ABI. Use the ELFv2 ABI. Use the GNU assembler syntax. Use the GNU extension to the PE format for aligned common data. Use the Modern linker (MOLD) linker instead of the default linker. Use the RTL dead code elimination pass. Use the RTL dead store elimination pass. Use the bfd linker instead of the default linker. Use the bit-field instructions. Use the divide instruction. Use the floating point unit for integer add/subtract. Use the given base register for addressing the stack-protector guard. Use the given data alignment. Use the given offset for addressing the stack-protector guard. Use the given symbol for addressing the stack-protector guard. Use the gold linker instead of the default linker. Use the hardware barrel shifter instead of emulation. Use the lld LLVM linker instead of the default linker. Use the most feature-enabling options allowed by other options. Use the mvcle instruction for block moves. Use the narrowest integer type possible for enumeration types. Use the new min/max instructions defined in ISA 3.0. Use the simulator runtime. Use the soft multiply emulation (default). Use the software emulation for divides (default). Use the system register specified on the command line as the stack protector guard register. This option is for use with fstack-protector-strong and not for use in user-land code. Use traditional GNU semantics for inline functions. Use trap instructions to check for integer divide by zero. Use traps instead of diagnostics of undefined behavior sanitizers. Use uClibc C library. Use unicode startup and define UNICODE macro. Use vector and scalar instructions added in ISA 2.07. Use vector instructions added in ISA 3.0. Use vector/scalar (VSX) instructions. Use windowed registers ABI. Use zero-extending memory loads, not sign-extending ones. Use zlib/zstd compression level <number> for IL. Used for generating code for some older kernel revisions. Used here Used in Fix-and-Continue mode to indicate that object files may be swapped in at runtime. Used to limit unroll factor which indicates how much the autovectorizer may unroll a loop. The default value is 4. User defined non-ELEMENTAL function %qs at %L not allowed in WORKSHARE construct User operator %qs referenced at %L not found in module %qs User operator procedure %qs at %L cannot be assumed character length User operator procedure %qs at %L must be a FUNCTION User operator procedure %qs at %L must have at least one argument Uses of this option are diagnosed. Using IBM extended precision %<long double%> Using IEEE extended precision %<long double%> Using built-in specs.
Using function %qs at %L is deprecated Using parameter %qs declared at %L is deprecated Using subroutine %qs at %L is deprecated Using variable %qs at %L is deprecated Usually "private extern" (hidden) symbols are made local when linking, this command suppresses that such that they remain exported. VALUE argument of the %s intrinsic function at %L shall be definable VALUE attribute at %C VALUE is not allowed inside of BLOCK at %C VALUE object %qs in %s clause at %L VALUE statement at %C VOIDmode on an output VOLATILE attribute at %C VOLATILE attribute at %L cannot be specified in a PURE procedure VOLATILE statement at %C Valid Nios II ISA levels (for -march): Valid arguments for the -msdata= option: Valid arguments to -malign-: Valid arguments to -mcode-readable=: Valid arguments to -mfpmath=: Valid arguments to -mr10k-cache-barrier=: Valid arguments to -mstack-protector-guard=: Valid arguments to -mstringop-strategy=: Valid arguments to -mtp=: Valid options for GP-relative addressing (for -mgpopt): Validate vtable pointers before using them. Value of HINT clause at %L shall be a valid constant hint expression Variable %qs at %C cannot be redefined inside loop beginning at %L Variable %qs at %C with an initializer already appears in a DATA statement Variable %qs at %L cannot be BIND(C) because it is neither a COMMON block nor declared at the module level scope Variable %qs at %L cannot have both the ALLOCATABLE and BIND(C) attributes Variable %qs at %L cannot have both the OPTIONAL and the VALUE attribute because procedure %qs is BIND(C) Variable %qs at %L cannot have both the POINTER and BIND(C) attributes Variable %qs at %L has not been assigned a format label Variable %qs at %L in common block %qs at %C must be declared with a C interoperable kind since common block %qs is bind(c) Variable %qs at %L in this context must be constant Variable %qs at %L is INTENT(OUT) and can thus not be an allocatable coarray or have coarray components Variable %qs at %L is a coarray and is not ALLOCATABLE, SAVE nor a dummy argument Variable %qs at %L is a dummy argument of the BIND(C) procedure %qs but may not be C interoperable Variable %qs at %L is a dummy argument to the BIND(C) procedure %qs but is not C interoperable because derived type %qs is not C interoperable Variable %qs at %L is a dummy argument to the BIND(C) procedure %qs but is not C interoperable because it is polymorphic Variable %qs at %L is in COMMON but only in BLOCK DATA initialization is allowed Variable %qs at %L may not be a C interoperable kind but it is BIND(C) Variable %qs at %L not definable inside loop beginning at %L as INTENT(INOUT) argument to function %qs Variable %qs at %L not definable inside loop beginning at %L as INTENT(INOUT) argument to subroutine %qs Variable %qs at %L of TYPE(C_PTR) or TYPE(C_FUNPTR) shall not be a coarray Variable %qs at %L set to undefined value inside loop beginning at %L as INTENT(OUT) argument to function %qs Variable %qs at %L set to undefined value inside loop beginning at %L as INTENT(OUT) argument to subroutine %qs Variable %qs at %L with ALLOCATABLE attribute in procedure %qs with BIND(C) Variable %qs at %L with OPTIONAL attribute in procedure %qs which is BIND(C) Variable %qs at %L with POINTER attribute in procedure %qs with BIND(C) Variable %qs at %L with coarray component shall be a nonpointer, nonallocatable scalar, which is not a coarray Variable %qs cannot appear in a variable definition context (%s) at %L in PURE procedure Variable %qs cannot appear in the expression at %L Variable %qs from module %qs with binding label %qs at %L uses the same global identifier as entity at %L from module %qs Variable %qs has not been assigned a target label at %L Variable %qs in %s clause is used in NAMELIST statement at %L Variable %qs in common block %qs at %C cannot be bind(c) since it is not global Variable %qs in common block %qs at %C must be declared with a C interoperable kind since common block %qs is BIND(C) Variable %qs in common block %qs at %L cannot be declared with BIND(C) since it is not a global Variable %qs in common block %qs at %L may not be a C interoperable kind though common block %qs is BIND(C) Variable %qs is PROTECTED and cannot appear in a pointer association context (%s) at %L Variable %qs is PROTECTED and cannot appear in a variable definition context (%s) at %L Variable %qs is not a dummy argument at %L Variable %qs is used at %L before the ENTRY statement in which it is a parameter Variable %qs shall be declared in the same scoping unit as !$ACC DECLARE at %L Variable %qs with binding label %qs at %L uses the same global identifier as entity at %L Variable %qs, used in a specification expression, is referenced at %L before the ENTRY statement in which it is a parameter Variable %s at %L of type EVENT_TYPE or with subcomponent of type EVENT_TYPE must be a coarray Variable %s at %L of type LOCK_TYPE or with subcomponent of type LOCK_TYPE must be a coarray Variable %s at %L with NO_ARG_CHECK attribute may not have the ALLOCATABLE, CODIMENSION, POINTER or VALUE attribute Variable %s at %L with NO_ARG_CHECK attribute may not have the INTENT(OUT) attribute Variable %s at %L with NO_ARG_CHECK attribute may only be used as actual argument Variable %s at %L with NO_ARG_CHECK attribute shall be a dummy argument Variable %s at %L with NO_ARG_CHECK attribute shall be of type TYPE(*) or of an numeric intrinsic type Variable %s at %L with NO_ARG_CHECK attribute shall either be a scalar or an assumed-size array Variable %s at %L with NO_ARG_CHECK attribute shall not have a subobject reference Variable %s cannot be INTENT(IN) at %C Variable %s cannot be assigned in PURE procedure at %C Variable at %C is an element of a COMMON block Variable at %L mentioned multiple times in clauses of the same OMP DECLARE TARGET directive Variable is USE-associated with !$ACC DECLARE at %L Variable other than OMP_OUT or OMP_IN used in combiner of !$OMP DECLARE REDUCTION at %L Variable other than OMP_PRIV or OMP_ORIG used in INITIALIZER clause of !$OMP DECLARE REDUCTION at %L Variable type is UNKNOWN in assignment at %L Variable with NO_ARG_CHECK attribute at %L is only permitted as argument to the intrinsic functions C_LOC and PRESENT Vector library ABI to use. Vectorize for double-word operations. Verify that paths are feasible when emitting diagnostics. Version loops based on whether indices have a stride of one. Virtual function multiversioning not supported Volatile memory accesses do not use I/O load/store instructions. Volatile memory accesses use I/O load/store instructions. WAIT at %C not allowed in Fortran 95 WAIT clause at %L requires a scalar INTEGER expression WAIT statement not allowed in PURE procedure at %C WHERE assignment target at %L has inconsistent shape WHERE mask at %L has inconsistent shape WHERE/ELSEWHERE clause at %L requires a LOGICAL array Warn about "extern" declarations not at file scope. Warn about "suspicious" constructs. Warn about 'new' of type with extended alignment without -faligned-new. Warn about @selector()s without previously declared methods. Warn about C constructs that are not in the common subset of C and C++. Warn about C++ constructs whose meaning differs between ISO C++ 1998 and ISO C++ 2011. Warn about C++ constructs whose meaning differs between ISO C++ 2011 and ISO C++ 2014. Warn about C++ constructs whose meaning differs between ISO C++ 2014 and ISO C++ 2017. Warn about C++ constructs whose meaning differs between ISO C++ 2017 and ISO C++ 2020. Warn about C++ polymorphic types where adding final keyword would improve code quality. Warn about C++ virtual methods where adding final keyword would improve code quality. Warn about C++11 constructs in code compiled with an older standard. Warn about C++11 inheriting constructors when the base has a variadic constructor. Warn about C++14 constructs in code compiled with an older standard. Warn about C++17 constructs in code compiled with an older standard. Warn about C++20 constructs in code compiled with an older standard. Warn about C++23 constructs in code compiled with an older standard. Warn about GCC format strings with strings unsuitable for diagnostics. Warn about NULL being passed to argument slots marked as requiring non-NULL. Warn about PCH files that are found but not used. Warn about USE statements that have no ONLY qualifier. Warn about __TIME__, __DATE__ and __TIMESTAMP__ usage. Warn about accesses to interior zero-length array members. Warn about alignment of COMMON blocks. Warn about all enumerated switches missing a specific case. Warn about an empty body in an if or else statement. Warn about an invalid DO loop. Warn about boolean expression compared with an integer value different from true/false. Warn about buffer overflow in string manipulation functions like memcpy and strcpy. Warn about called procedures not explicitly declared. Warn about calling std::move on a local object in a return statement preventing copy elision. Warn about calls to snprintf and similar functions that truncate output. Warn about calls to snprintf and similar functions that truncate output. Same as -Wformat-truncation=1. Warn about calls to strcmp and strncmp used in equality expressions that are necessarily true or false due to the length of one and size of the other argument. Warn about calls with implicit interface. Warn about cases where -ftrivial-auto-var-init cannot initialize an auto variable. Warn about casting functions to incompatible types. Warn about casts between incompatible function types. Warn about casts that will produce a null result. Warn about casts which discard qualifiers. Warn about catch handlers of non-reference type. Warn about certain operations on boolean expressions. Warn about code paths in which NULL is passed to a must-not-be-NULL function argument. Warn about code paths in which a NULL function pointer is called. Warn about code paths in which a NULL pointer is dereferenced. Warn about code paths in which a file descriptor can be closed more than once. Warn about code paths in which a file descriptor is not closed. Warn about code paths in which a file descriptor is used without being checked for validity. Warn about code paths in which a freed value is used. Warn about code paths in which a heap-allocated pointer leaks. Warn about code paths in which a longjmp rewinds to a jmp_buf saved in a stack frame that has returned. Warn about code paths in which a non-heap pointer is freed. Warn about code paths in which a pointer can be freed more than once. Warn about code paths in which a pointer is checked for NULL after it has already been dereferenced. Warn about code paths in which a pointer to a buffer is assigned to an incompatible type. Warn about code paths in which a pointer to a stale stack frame is used. Warn about code paths in which a possibly-NULL pointer is dereferenced. Warn about code paths in which a possibly-NULL value is passed to a must-not-be-NULL function argument. Warn about code paths in which a read or write is performed on a closed file descriptor. Warn about code paths in which a shift with count >= width of type is attempted. Warn about code paths in which a shift with negative count is attempted. Warn about code paths in which a stdio FILE can be closed more than once. Warn about code paths in which a stdio FILE is not closed. Warn about code paths in which a va_list is used after va_end. Warn about code paths in which a write or read to a buffer is out-of-bounds. Warn about code paths in which an 'assert()' is made involving an unsanitized value. Warn about code paths in which an async-signal-unsafe function is called from a signal handler. Warn about code paths in which an on-stack buffer is passed to putenv. Warn about code paths in which an operation is attempted in the wrong phase of a file descriptor's lifetime. Warn about code paths in which an operation is attempted on the wrong type of file descriptor. Warn about code paths in which an uninitialized value is used. Warn about code paths in which an unsanitized value is used as a divisor. Warn about code paths in which an unsanitized value is used as a pointer offset. Warn about code paths in which an unsanitized value is used as a size. Warn about code paths in which an unsanitized value is used as an allocation size. Warn about code paths in which an unsanitized value is used as an array index. Warn about code paths in which floating-point arithmetic is used in locations where precise computation is needed. Warn about code paths in which read on a write-only file descriptor is attempted, or vice versa. Warn about code paths in which sensitive data is copied across a security boundary. Warn about code paths in which sensitive data is written to a file. Warn about code paths in which the wrong deallocation function is called. Warn about code paths in which va_arg is used too many times on a va_list. Warn about code paths in which va_arg uses the wrong type. Warn about code paths in which va_start or va_copy is used without a corresponding va_end. Warn about code paths which appear to lead to infinite recursion. Warn about code paths which attempt to write to a const object. Warn about code paths which attempt to write to a string literal. Warn about code which might break strict aliasing rules. Warn about comparison of different enum types. Warn about comparisons between two operands of array type. Warn about compile-time integer division by zero. Warn about constant integer divisions with truncated results. Warn about creation of array temporaries. Warn about dangling else. Warn about declarations of entities that may be missing attributes that related entities have been declared with. Warn about deleting polymorphic objects with non-virtual destructors. Warn about deprecated 'vector long ...' AltiVec type usage. Warn about deprecated arithmetic conversions on operands of enumeration types. Warn about deprecated arithmetic conversions on operands where one is of enumeration type and the other is of a floating-point type. Warn about deprecated uses of volatile qualifier. Warn about divisions of two sizeof operators when the first one is applied to an array and the divisor does not equal the size of the array element. Warn about duplicated branches in if-else statements. Warn about duplicated conditions in an if-else-if chain. Warn about enum/integer type mismatches. Warn about enumerated switches missing a "default:" statement. Warn about enumerated switches, with no default, missing a case. Warn about equality comparisons involving REAL or COMPLEX expressions. Warn about features not present in ISO C11, but present in ISO C2X. Warn about features not present in ISO C90, but present in ISO C99. Warn about features not present in ISO C99, but present in ISO C11. Warn about features not present in traditional C. Warn about format strings that are not literals. Warn about format strings that contain NUL bytes. Warn about function call elimination. Warn about function calls with format strings that write past the end of the destination region. Warn about function calls with format strings that write past the end of the destination region. Same as -Wformat-overflow=1. Warn about function parameters declared without a type specifier in K&R-style functions. Warn about function pointer arithmetic. Warn about functions which might be candidates for __attribute__((cold)). Warn about functions which might be candidates for __attribute__((const)). Warn about functions which might be candidates for __attribute__((malloc)). Warn about functions which might be candidates for __attribute__((noreturn)). Warn about functions which might be candidates for __attribute__((pure)). Warn about functions which might be candidates for format attributes. Warn about global functions without previous declarations. Warn about global functions without prototypes. Warn about implicit conversion of enum types. Warn about implicit conversions from "float" to "double". Warn about implicit declarations. Warn about implicit function declarations. Warn about inappropriate attribute usage. Warn about incompatible integer to pointer and pointer to integer conversions. Warn about inproper usages of flexible array members according to the level of -fstrict-flex-arrays. Warn about invalid OpenACC dimensions. Warn about invalid UTF-8 characters. Warn about invalid forms of delimited or named escape sequences. Warn about invalid uses of the "offsetof" macro. Warn about likely missing requires keyword. Warn about macros defined in the main file that are not used. Warn about macros that have conflicting header units definitions. Warn about maybe uninitialized automatic variables. Warn about mismatched declarations of VLA parameters. Warn about mismatched declarations of array parameters and unsafe accesses to them. Warn about missing ampersand in continued character constants. Warn about missing fields in struct initializers. Warn about missing sized deallocation functions. Warn about misuses of pragmas. Warn about most implicit conversions. Warn about multiple declarations of the same object. Warn about narrowing conversions within { } that are ill-formed in C++11. Warn about non-virtual destructors. Warn about none ISO msvcrt scanf/printf width extensions. Warn about nonsensical values of --param destructive-interference-size or constructive-interference-size. Warn about optimizations that assume that signed overflow is undefined. Warn about overflow in arithmetic expressions. Warn about overloaded virtual function names. Warn about overriding initializers with side effects. Warn about overriding initializers without side effects. Warn about packed bit-fields whose offset changed in GCC 4.4. Warn about pointer casts which increase alignment. Warn about positional initialization of structs requiring designated initializers. Warn about possible aliasing of dummy arguments. Warn about possible security problems with format functions. Warn about possible violations of sequence point rules. Warn about possibly incorrect subscripts in do loops. Warn about possibly missing braces around initializers. Warn about possibly missing parentheses. Warn about possibly nested block comments, and C++ comments spanning more than one physical line. Warn about potentially suboptimal choices related to OpenACC parallelism. Warn about printf/scanf/strftime/strfmon format string anomalies. Warn about questionable usage of the macros used to retrieve variable arguments. Warn about reading past the end of a source array in string manipulation functions like memchr and memcpy. Warn about real-literal-constants with 'q' exponent-letter. Warn about redundant calls to std::move. Warn about returning a pointer/reference to a local or temporary variable. Warn about returning structures, unions or arrays. Warn about semicolon after in-class function definition. Warn about sign differences with format functions. Warn about signed-unsigned comparisons. Warn about some C++ One Definition Rule violations during link time optimization. Warn about statements between switch's controlling expression and the first case. Warn about stray tokens after #else and #endif. Warn about strftime formats yielding 2-digit years. Warn about subscripts whose type is "char". Warn about suspicious calls to memset where the third argument contains the number of elements not multiplied by the element size. Warn about suspicious calls to memset where the third argument is constant literal zero and the second is not. Warn about suspicious declarations of "main". Warn about suspicious divisions of two sizeof expressions that don't work correctly with pointers. Warn about suspicious length parameters to certain string functions if the argument uses sizeof. Warn about suspicious uses of memory addresses. Warn about switch values that are outside of the switch's type range. Warn about switches with boolean controlling expression. Warn about the most vexing parse syntactic ambiguity. Warn about things that change between the current -fabi-version and the specified version. Warn about things that will change when compiling with an ABI-compliant compiler. Warn about truncated character expressions. Warn about truncated source lines. Warn about truncation in string manipulation functions like strncat and strncpy. Warn about type safety and similar errors and mismatches in declarations with alias attributes. Warn about uncasted NULL used as sentinel. Warn about underflow of numerical constant expressions. Warn about uninitialized automatic variables. Warn about unprototyped function declarations. Warn about unrecognized pragmas. Warn about unsafe macros expanding to multiple statements used as a body of a clause such as if, else, while, switch, or for. Warn about unsuffixed float constants. Warn about unsupported features in ThreadSanitizer. Warn about unused dummy arguments. Warn about use of multi-character character constants. Warn about useless casts. Warn about user-specified include directories that do not exist. Warn about uses of __attribute__((deprecated)) declarations. Warn about uses of __attribute__((warning)) declarations. Warn about uses of a comma operator within a subscripting expression. Warn about uses of register storage specifier. Warn about uses of std::initializer_list that can result in dangling pointers. Warn about using variadic macros. Warn about variables that might be changed by "longjmp" or "vfork". Warn about variables which are initialized to themselves. Warn about violations of Effective C++ style rules. Warn about xor operators where it appears the user meant exponentiation. Warn about zero-length formats. Warn about zero-trip DO loops. Warn for calls to allocation functions that specify zero bytes. Warn for conditionally-supported constructs. Warn for converting NULL from/to a non-pointer type. Warn for deallocation calls with arguments returned from mismatched allocation functions. Warn for implicit type conversions between signed and unsigned integers. Warn for implicit type conversions that cause loss of floating point precision. Warn for implicit type conversions that may change a value. Warn for infinitely recursive calls. Warn for mismatches between calls to operator new or delete and the corresponding call to the allocation or deallocation function. Warn for obsolescent usage in a declaration. Warn for placement new expressions with undefined behavior. Warn for suspicious integer expressions in boolean context. Warn for unsafe raw memory writes to objects of class types. Warn for uses of pointers to auto variables whose lifetime has ended. Warn for uses of pointers to deallocated storage. Warn from speculative compiles such as __traits(compiles). Warn if "defined" is used outside #if. Warn if C++17 noexcept function type will change the mangled name of a symbol. Warn if a C-style cast is used in a program. Warn if a caller of a function, marked with attribute warn_unused_result, does not use its return value. Warn if a class interface has no superclass. Root classes may use an attribute to suppress this warning. Warn if a class type has a base or a field whose type uses the anonymous namespace or depends on a type with no linkage. Warn if a comparison always evaluates to true or false. Warn if a comparison is always true or always false due to the limited range of the data type. Warn if a deprecated compiler feature, class, method, or field is used. Warn if a function uses alloca or creates an array with dynamic size. Warn if a local declaration hides an instance variable. Warn if a loop with constant number of iterations triggers undefined behavior. Warn if a property for an Objective-C object has no assign semantics specified. Warn if a selector has multiple methods. Warn if a simd directive is overridden by the vectorizer cost model. Warn if a single function's framesize exceeds the given framesize. Warn if a string is longer than the maximum portable length specified by the standard. Warn if a subobject has an abi_tag attribute that the complete object type does not have. Warn if a throw expression will always result in a call to terminate(). Warn if a user-procedure has the same name as an intrinsic. Warn if a variable length array is used. Warn if a virtual base has a non-trivial move assignment operator. Warn if an MCU name is unrecognized or conflicts with other options (default: on). Warn if an array is accessed out of bounds. Warn if an old-style parameter definition is used. Warn if an undefined macro is used in an #if directive. Warn if comparing pointer parameter with nonnull attribute with NULL. Warn if constant CFString objects contain non-portable characters. Warn if constructor or destructors with priorities from 0 to 100 are used. Warn if conversion of the result of arithmetic might change the value even though converting the operands cannot. Warn if dereferencing a NULL pointer may lead to erroneous or undefined behavior. Warn if devices.csv is not found or there are problem parsing it (default: on). Warn if inherited methods are unimplemented. Warn if left shift of a signed value overflows. Warn if left shifting a negative value. Warn if loops have been interchanged. Warn if passing too many arguments to a function for its format string. Warn if qualifiers on arrays which are pointer targets are discarded. Warn if shift count >= width of type. Warn if shift count is negative. Warn if testing floating point numbers for equality. Warn if the ISR is misspelled, i.e. without __vector prefix. Enabled by default. Warn if the NSObject attribute is applied to a non-typedef. Warn if the address space of an address is changed. Warn if the code is too complicated for the analyzer to fully explore. Warn if the pointer in a pointer assignment might outlive its target. Warn if the type of a variable might be not interoperable with C. Warn if trigraphs are encountered that might affect the meaning of the program. Warn if type qualifiers on pointers are discarded. Warn if type signatures of candidate methods do not match exactly. Warn in case a function ends earlier than it begins due to an invalid linenum macros. Warn in case profiles in -fprofile-use do not exist. Warn in case profiles in -fprofile-use do not match. Warn of prototypes causing type conversions different from what would happen in the absence of prototype. Warn on any use of alloca. Warn on direct multiple inheritance. Warn on direct virtual inheritance. Warn on intrinsics not part of the selected standard. Warn on namespace definition. Warn on primary template declaration. Warn on suspicious calls of standard functions computing absolute values. Warn on suspicious constructs involving reverse scalar storage order. Warn that -fno-automatic may break recursion. Warn when __builtin_frame_address or __builtin_return_address is used unsafely. Warn when __sync_fetch_and_nand and __sync_nand_and_fetch built-in functions are used. Warn when a #warning directive is encountered. Warn when a base is inaccessible in derived due to ambiguity. Warn when a built-in function is declared with the wrong signature. Warn when a built-in preprocessor macro is undefined or redefined. Warn when a class is redeclared or referenced using a mismatched class-key. Warn when a class or enumerated type is referenced using a redundant class-key. Warn when a const variable is unused. Warn when a conversion function will never be called due to the type it converts to. Warn when a declaration does not specify a type. Warn when a declaration has duplicate const, volatile, restrict or _Atomic specifier. Warn when a declaration is found after a statement. Warn when a function is unused. Warn when a function never produces a constant expression. Warn when a function parameter is only set, otherwise unused. Warn when a function parameter is unused. Warn when a jump misses a variable initialization. Warn when a label is unused. Warn when a left-hand-side array variable is reallocated. Warn when a left-hand-side variable is reallocated. Warn when a literal '0' is used as null pointer. Warn when a logical operator is suspiciously always evaluating to true or false. Warn when a noexcept expression evaluates to false even though the expression can't actually throw. Warn when a pointer differs in signedness in an assignment. Warn when a pointer is cast to an integer of a different size. Warn when a pointer is compared with a zero character constant. Warn when a range-based for-loop is creating unnecessary copies. Warn when a reference is bound to a temporary whose lifetime has ended. Warn when a register variable is declared volatile. Warn when a string or character literal is followed by a ud-suffix which does not begin with an underscore. Warn when a switch case falls through. Warn when a value is moved to itself with std::move. Warn when a variable is only set, otherwise unused. Warn when a variable is unused. Warn when a vector operation is compiled outside the SIMD. Warn when all constructors and destructors are private. Warn when an argument passed to a restrict-qualified parameter aliases with another argument. Warn when an atomic memory model parameter is known to be outside the valid range. Warn when an exception handler is shadowed by another handler. Warn when an expression value is unused. Warn when an inlined function cannot be inlined. Warn when an optimization pass is disabled. Warn when attempting to free a non-heap object. Warn when converting the type of pointers to member functions. Warn when deleting a pointer to incomplete type. Warn when fields in a struct with the packed attribute are misaligned. Warn when logical not is used on the left hand side operand of a comparison. Warn when multiple, different, fast interrupt handlers are in the compilation unit. Warn when non-templatized friend functions are declared within a template. Warn when not issuing stack smashing protection for some reason. Warn when one local variable shadows another local variable or parameter of compatible type. Warn when one local variable shadows another local variable or parameter. Warn when one variable shadows another (globally). Warn when one variable shadows another. Same as -Wshadow=global. Warn when overload promotes from unsigned to signed. Warn when padding is required to align structure members. Warn when performing class template argument deduction on a type with no deduction guides. Warn when profiling instrumentation was requested, but could not be applied to a certain function. Warn when sizeof is applied on a parameter declared as an array. Warn when the address of packed member of struct or union is taken. Warn when the compiler reorders code. Warn when the field in a struct is not aligned. Warn when the indentation of the code does not reflect the block structure. Warn when the packed attribute has no effect on struct layout. Warn when the template keyword is missing after a member access token in a dependent member access expression if that member is a template. Warn when there is a cast to a pointer from an integer of a different size. Warn when there is a conversion between pointers that have incompatible types. Warn when typedefs locally defined in a function are not used. Warn whenever a function's return type defaults to "int" (C), or about inconsistent return types (C++). Warn whenever a trampoline is generated. Warn whenever an Objective-C assignment is being intercepted by the garbage collector. Warn whenever attributes are ignored. Warn whenever type qualifiers are ignored. Warning When "signed" or "unsigned" is not given make the bitfield signed. When "signed" or "unsigned" is not given make the bitfield unsigned. When -mhard-float is selected, enables generation of double-precision floating point instructions. By default functions from libgcc are used to perform double-precision floating point operations. When -mhard-float is selected, enables generation of unordered floating point compare and set flag (lf.sfun*) instructions. By default functions from libgcc are used to perform unordered floating point compare and set flag operations. When a symbol is resolved, check `alias this' scope before going to upper scopes. When accessing RAM, use X as imposed by the hardware, i.e. just use pre-decrement, post-increment and indirect addressing with the X register. Without this option, the compiler may assume that there is an addressing mode X+const similar to Y+const and Z+const and emit instructions to emulate such an addressing mode for X. When both heuristics with rs6000-density-pct-threshold and rs6000-density-size-threshold are satisfied, we decide to penalize the loop body cost by the value which is specified by this parameter. The default value is 10. When costing for loop vectorization, we probably need to penalize the loop body cost by accounting for excess strided or elementwise loads. We collect the numbers for general statements and load statements according to the information for statements to be vectorized, check the proportion of load statements, and penalize only if the proportion exceeds the threshold specified by this parameter. The default value is 45. When costing for loop vectorization, we probably need to penalize the loop body cost if the existing cost model may not adequately reflect delays from unavailable vector resources. We collect the cost for vectorized statements and non-vectorized statements separately, check the proportion of vec_cost to total cost of vec_cost and non vec_cost, and penalize only if the proportion exceeds the threshold specified by this parameter. The default value is 85. When generating -fpic code, allow the use of PLTs. Ignored for fno-pic. When generating -mabicalls code, allow executables to use PLTs and copy relocations. When generating -mabicalls code, make the code suitable for use in shared libraries. When linking for big-endian targets, generate a BE8 format image. When linking for big-endian targets, generate a legacy BE32 format image. When possible do not generate stack frames. When propagating IPA-CP effect estimates, multiply frequencies of recursive edges that bring back an unchanged value by this factor. When reduction factor computed for a loop exceeds the threshold specified by this parameter, prefer to unroll this loop. The default value is 1. When running CSE, follow jumps to their targets. When using profile feedback, use the edge at this percentage position in frequncy histogram as the bases for IPA-CP heuristics. When vectorizing for SVE, consider using unpacked vectors for smaller elements and use the cost model to pick the cheapest approach. Also use the cost model to choose between SVE and Advanced SIMD vectorization. Where shorter, use canonicalized paths to systems headers. Whether codegen errors should be ICEs when -fchecking. Whether software prefetch hints should be issued for non-constant strides. Whether to use canonical types. Which -fsched-pressure algorithm to apply. While setting up signal handler: %m While setting up signal stack: %m Whole program analysis (WPA) mode with number of parallel jobs specified. With INSCAN at %L, expected loop body with !$OMP SCAN between two structured-block-sequences Without padding, there are not enough elements in the intrinsic RESHAPE source at %L to match the shape Work around VR4130 mflo/mfhi errata. Work around a hardware anomaly by adding a number of NOPs before a CSYNC or SSYNC instruction. Work around an early 4300 hardware bug. Work around bug in multiplication instruction. Work around certain 24K errata. Work around certain R10000 errata. Work around certain R4000 errata. Work around certain R4400 errata. Work around certain RM7000 errata. Work around certain VR4120 errata. Work around errata for early SB-1 revision 2 cores. Work around hardware multiply bug. Work around the R5900 short loop erratum. Workaround for ARM Cortex-A53 Erratum number 835769. Workaround for ARM Cortex-A53 Erratum number 843419. Wrap all indirect branches into execute in order to disable branch prediction. Wrap all indirect calls into execute in order to disable branch prediction. Wrap all indirect return branches into execute in order to disable branch prediction. Wrap indirect return branches into execute in order to disable branch prediction. This affects only branches where the return address doesn't need to be restored from memory. Wrap indirect return branches into execute in order to disable branch prediction. This affects only branches where the return address is going to be restored from memory. Wrap indirect table jumps and computed gotos into execute in order to disable branch prediction. Using thunk or thunk-extern with this option requires the thunks to be considered signal handlers to order to generate correct CFI. For environments where unwinding (e.g. for exceptions) is required please use thunk-inline instead. Write a SRCFILE.opt-record.json file detailing what optimizations were performed. Write all declarations as Ada code for the given file only. Write all declarations as Ada code transitively. Writing module %qs at line %d column %d: %s Wrong OpenACC continuation at %C: expected !$ACC, got !$OMP Wrong OpenMP continuation at %C: expected !$OMP, got !$ACC X argument at %L to C_LOC shall not be polymorphic X descriptor requires leading space count at %L X32 does not support %<ms_abi%> attribute XNACK support XXX entering %<pop_everything ()%> XXX leaving %<pop_everything ()%> You must enable MVE instructions to use these intrinsics You must enable NEON instructions (e.g. %<-mfloat-abi=softfp%> %<-mfpu=neon%>) to use these intrinsics. You must enable VFP instructions to use these intrinsics. You must enable crypto instructions (e.g. include %<-mfloat-abi=softfp%> %<-mfpu=crypto-neon%>) to use these intrinsics. You need a C startup file for -msys-crt0= Zero is not a valid statement label at %C Zero width in format descriptor in format string at %L Zero-sized array detected at %L where an entity with the TARGET attribute is expected [...] [...] style array constructors at %C [Leaving %s]
[available in [cannot find %s] [default] [disabled] [enabled] ` a %<return%> statement is not allowed in coroutine; did you mean %<co_return%>? a GNU Fortran extension a brace-enclosed initializer is not allowed here a call to a constructor cannot appear in a constant-expression a cast to a type other than an integral or enumeration type cannot appear in a constant-expression a class template declaration must not declare anything else a comma operator cannot appear in a constant-expression a concept cannot be a member function a concept cannot be constrained a constructor cannot be %<concept%> a conversion function cannot have a trailing return type a destructor cannot be %qs a different type is defined in another translation unit a field of same name but different type is defined in another translation unit a field with different name is defined in another translation unit a function call cannot appear in a constant-expression a function concept cannot be constrained a function-definition is not allowed here a label can only be part of a statement and a declaration is not a statement a lambda closure type has a deleted copy assignment operator a lambda closure type has a deleted default constructor a later %<-fabi-version=%> (or =0) avoids this error with a change in mangling a member of a structure or union cannot have a variably modified type a nested function is not supported for reduced registers a nested namespace definition cannot be inline a nested namespace definition cannot have attributes a non-template variable cannot be %<concept%> a parameter cannot be declared %qs a parameter list with an ellipsis cannot match an empty parameter name list declaration a statement expression is an insufficient context for overload resolution a storage class can only be specified for objects and functions a storage class on an anonymous aggregate in class scope is not allowed a template cannot be defaulted a template declaration cannot appear at block scope a template-id may not appear in a using-declaration a temporary bound to %qD only persists until the constructor exits a transaction expression cannot appear in a constant-expression a type defined in another translation unit is not polymorphic a type defined in another translation unit is polymorphic a type with different bases is defined in another translation unit a type with different number of fields is defined in another translation unit a type with different precision is defined in another translation unit a type with different signedness is defined in another translation unit a type with different size is defined in another translation unit a type with different virtual table pointers is defined in another translation unit a variable cannot be declared %<consteval%> a variable concept cannot be constrained a wide string is invalid in this context abnormal call edges for non-call insn in bb %i abnormal edges for no purpose in bb %i abort in %s, at %s:%d absolute value function %qD given an argument of type %qT but has parameter of type %qT which may cause truncation of value abstract declarator %qT used as declaration access declarations are deprecated in favour of using-declarations; suggestion: add the %<using%> keyword accessing %E byte in a region of size %E accessing %E bytes in a region of size %E accessing %E or more bytes in a region of size %E accessing %qD member instead of initialized %qD member in constant expression accessing a member %qE of an atomic structure %qE accessing a member %qE of an atomic union %qE accessing argument %u of a function declared with attribute %<%s%> accessing between %E and %E bytes in a region of size %E accessing data memory with program memory address accessing program memory with data memory address accessing thread-local storage is not currently supported with %<-mpure-code%> or %<-mslow-flash-data%> accessing uninitialized array element accessing uninitialized member %qD accessing value of %qE through a %qT glvalue in a constant expression accumulator is not a constant integer accumulator number is out of bounds actual argument to INTENT = OUT/INOUT add %<using namespace std::complex_literals%> (from %<<complex>%>) to enable the C++14 user-defined literal suffixes add a deduction guide to suppress this warning add explicit %<this%> or %<*this%> capture add parentheses around %qE to silence this warning add parentheses around left hand side expression to silence this warning add parentheses around the second %<sizeof%> to silence this warning add parentheses to declare a variable add_sym(): Bad sizing mode adding %<-flarge-source-files%> will allow for more column-tracking support, at the expense of compilation time and memory additional enumerators beginning with %qD address area attribute cannot be specified for functions address area of %q+D conflicts with previous declaration address mode %qs not supported in the %s bit mode address of a call to %qs is not a constant expression address of array with reverse scalar storage order requested address of explicit register variable %qD requested address of global register variable %qD requested address of label %qD returned address of local variable %qD returned address of overloaded function with no contextual type information address of register compound literal requested address of register variable %qD requested address offset not a constant address operand requires constraint for X, Y, or Z register address requested for %qD, which is declared %<register%> address space %qs not supported for devices with flash size up to %d KiB address spaces are not supported for reduced Tiny devices address taken but %<TREE_ADDRESSABLE%> bit not set address taken, but ADDRESSABLE bit not set address-of an object %qE with thread local or automatic storage is not a constant expression aggregate %q#D has incomplete type and cannot be defined aggregate types are prohibited in %<__regio_symbol%> address space aggregate value used where a complex was expected aggregate value used where a fixed-point was expected aggregate value used where a floating-point was expected aggregate value used where an integer was expected aka alias definitions not supported in Mach-O; ignored alias definitions not supported in this configuration alias template deduction only available with %<-std=c++20%> or %<-std=gnu++20%> alias-declaration in init-statement only available with %<-std=c++23%> or %<-std=gnu++23%> aliased declaration here alignment %u of %qT is less than %u alignment may not be specified for %q+D alignment may not be specified for %qD alignment must be a small power of two, not %d alignment of %q+D is greater than maximum object file alignment %d alignment of %qD increased in %<-fabi-version=9%> (GCC 5.2) alignment of %qD is bigger than original declaration alignment of %qD will increase in %<-fabi-version=9%> alignment of array elements is greater than element size alignment specified for %<register%> object %qE alignment specified for bit-field %qE alignment specified for function %qE alignment specified for parameter %qE alignment specified for type name in %<sizeof%> alignment specified for type name in %qE alignment specified for type name in cast alignment specified for typedef %qE alignment specified for unnamed bit-field alignment specified for unnamed parameter all member functions in class %qT are private all template parameters of %qD must be introduced allocatable argument allocated here allocation performed here allows opaque types to be implemented as any type (a GNU Modula-2 extension) already captured %qD in lambda expression also found %<%c%s%> alternatives not allowed in %<asm%> flag output ambiguating new declaration %q+#D ambiguating new declaration of %q#D ambiguous attribute '%s'; could be '%s' (via '%s:%s') or '%s' (via '%s:%s') ambiguous conversion for array subscript ambiguous default type conversion from %qT ambiguous method %s%s%s ambiguous overload for ambiguous overload for intrinsic %qs ambiguous template instantiation for %q#D ambiguous template instantiation for %q#T ambiguous template specialization %qD for %q+D an %<asm%> specification is not allowed on a function-definition an address area attribute cannot be specified for local variables an argument type that has a default promotion cannot match an empty parameter name list declaration an array of different size is defined in another translation unit an array reference cannot appear in a constant-expression an assignment cannot appear in a constant-expression an attribute that appertains to a friend declaration that is not a definition is ignored an attribute that appertains to a type-specifier is ignored an decrement cannot appear in a constant-expression an empty string cannot be in %<target_clones%> attribute an enum with different number of values is defined in another translation unit an enum with different value name is defined in another translation unit an enum with different values is defined in another translation unit an explicit specialization must be preceded by %<template <>%> an explicit type suffix is needed when using a vector of base addresses an increment cannot appear in a constant-expression an indirect edge from %s has no corresponding call_stmt an indirect edge with unknown callee corresponding to a call_stmt with a known declaration: an interrupt handler cannot be compiled with %<-muser-mode%> anachronism anachronism: anachronistic old-style base class initializer and %qT has no template constructors and field and the implicitly-defined constructor does not initialize %q#D anonymous %s declared inside parameter list will not be visible outside of this definition or declaration anonymous SSA name cannot have default definition anonymous struct not inside named type anonymous struct with base classes anonymous union with no members applying %<#pragma weak %+D%> after first use results in unspecified behavior arch extension %<%s%> should be prefixed by %<+%> architecture %qs supported for assembler only are_identical_variables: Bad type argument %d is an unsigned literal that is out of range argument %d must be a constant immediate argument %d must be a constant immediate in range [0,15] argument %d must be a literal between %d and %d, inclusive argument %d must be a literal between 0 and %d, inclusive argument %d must be a variable or a literal between %d and %d, inclusive argument %d must be an unsigned literal argument %d must be either a literal %d or a literal %d argument %d of %qE discards %<const%> qualifier argument %d of %qE discards %<volatile%> qualifier argument %d of %qE might be a candidate for a format attribute argument %d of %qE must be a pointer to a constant size type argument %d of %qE must be a pointer type argument %d of %qE must be an integer constant expression argument %d of %qE must not be a pointer to a %<const%> type argument %d of %qE must not be a pointer to a %<volatile%> type argument %d of %qE must not be a pointer to a function argument %d of '%s' did not have the expected name argument %d to %qE must be a constant immediate in range [0-%d] argument %d to the built-in must be a constant in range %d to %d argument %i in the range [%E, %E] argument %i is null but the corresponding size argument %i value is %s argument %i of variable length array %s is null but the corresponding bound argument %i value is %s argument %i range [%E, %E] exceeds maximum object size %E argument %i range [%E, %E] is negative argument %i to %<%T[static %E]%> is null where non-null expected argument %i value %qE exceeds maximum object size %E argument %i value %qE is negative argument %i value %s is negative argument %i value is zero argument %q+D might be clobbered by %<longjmp%> or %<vfork%> argument %qD declared here argument %qD doesn%'t match built-in prototype argument %qD doesn%'t match prototype argument %qE argument %qE cannot be read at compile time argument %qT argument %qd is not a constant argument %qs is not supported for %qs on this target argument %qs must be either %<on%> or %<off%> argument %qs to %<-Waligned-new%> not recognized argument %qs to %<-Wbidi-chars%> not recognized argument %qs to %<-Wnormalized%> not recognized argument %qs to %<-femit-struct-debug-detailed%> not recognized argument %qs to %<-femit-struct-debug-detailed%> unknown argument %u in call to function %qE does not have integral type argument %u in call to function %qE does not have pointer type argument %u in call to function %qE has pointer to %qs type (%qT) argument %u in call to function %qE has pointer to a non-trivially-copyable type (%qT) argument %u in call to function %qE points to incomplete type argument %u null where non-null expected argument %u of %<__builtin_tgmath%> has no arguments argument %u of %<__builtin_tgmath%> has variable arguments argument %u of %<__builtin_tgmath%> has wrong number of arguments argument %u of %<__builtin_tgmath%> is not a function pointer argument %u of %<__builtin_tgmath%> is unprototyped argument %u of type %s declared as a pointer argument %u of type %s declared as a variable length array argument %u of type %s declared as an ordinary array argument %u of type %s declared with %u unspecified variable bound argument %u of type %s declared with %u unspecified variable bounds argument %u of type %s declared with %u variable bound argument %u of type %s declared with %u variable bounds argument %u of type %s declared with mismatched bound %<%s%> argument %u of type %s declared with mismatched bound argument %E argument %u of type %s with mismatched bound argument %u to function %qE is of type %qT which is not known to be 128 bits wide argument 1 must be a map argument 1 of %qE must be a non-void pointer type argument 1 of %qE must be a pointer to a complete type argument 1 of %qE must be a pointer to a constant size type argument 1 of %qE must be a pointer to a nonzero size object argument 1 of %qs is out of range argument 1 of %qs must be a constant argument 3 in call to function %qE does not have pointer to integral type argument 3 in call to function %qE has boolean type argument 3 in call to function %qE has enumerated type argument 3 in call to function %qE has pointer to boolean type argument 3 in call to function %qE has pointer to enumerated type argument is not a field access argument list function at %C argument must be a 16-bit constant immediate argument must be a field reference argument must be array or slice or channel argument must be channel argument must be string or array or slice or map or channel argument must have complex type argument not permitted on %qs clause argument not permitted on %qs clause in OpenACC %<kernels%> region with a %qs clause argument of %<__builtin_eh_return_regno%> must be constant argument of %qE attribute ignored argument of %qE attribute is missing argument of %qE attribute is not "ilink" or "firq" argument of %qE attribute is not "ilink1" or "ilink2" argument of %qE attribute is not %qs, %qs %qs, %qs, %qs, %qs, %qs, %qs, %qs or %qs argument of %qE attribute is not a string constant argument of %qE attribute is not a string constant or number argument of Offsetof implies indirection of an embedded field argument of function call might be a candidate for a format attribute argument of type %qT not permitted with %<-mgeneral-regs-only%> argument references a symbol declared here argument to %<-O%> should be a non-negative integer, %<g%>, %<s%>, %<z%> or %<fast%> argument to %<__integer_pack%> must be between 0 and %d argument to %<alloca%> is too large argument to %<alloca%> is zero argument to %<alloca%> may be too large argument to %<decltype%> must be an expression argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to dereference it? argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to provide an explicit length? argument to %<sizeof%> in %qD call is the same expression as the destination; did you mean to remove the addressof? argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to dereference it? argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to provide an explicit length? argument to %<sizeof%> in %qD call is the same expression as the first source; did you mean to remove the addressof? argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to dereference it? argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to provide an explicit length? argument to %<sizeof%> in %qD call is the same expression as the second source; did you mean to remove the addressof? argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to dereference it? argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to provide an explicit length? argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to remove the addressof? argument to %<sizeof%> in %qD call is the same expression as the source; did you mean to use the size of the destination? argument to %<sizeof%> in %qD call is the same pointer type %qT as the destination; expected %qT or an explicit length argument to %<sizeof%> in %qD call is the same pointer type %qT as the first source; expected %qT or an explicit length argument to %<sizeof%> in %qD call is the same pointer type %qT as the second source; expected %qT or an explicit length argument to %<sizeof%> in %qD call is the same pointer type %qT as the source; expected %qT or an explicit length argument to %qE attribute is neither eic, nor %<vector=<line>%> argument to %qE attribute is neither zero, nor one argument to %qE attribute is not %<"user"%>, %<"supervisor"%>, or %<"machine"%> argument to %qE attribute is not (keep|thunk|thunk-extern) argument to %qE attribute is not (keep|thunk|thunk-inline|thunk-extern) argument to %qE attribute is not intstack argument to %qE attribute larger than %d argument to %qs is bigger than %d argument to %qs is not between %d and %d argument to %qs is too large (max. %d) argument to %qs should be a non-negative integer argument to %qs should be a non-negative integer optionally followed by a size unit argument to CAP is not a constant or variable of type CHAR argument to be formatted is not %<...%> argument to builtin has void type argument to interrupt attribute is unsupported for weak functions argument to variable-length array is too large argument to variable-length array is zero argument to variable-length array may be too large arguments %d and %d of %qE must have the same element size, but the values passed here have type %qT and %qT respectively arguments %d and %d of %qE must have the same signedness, but the values passed here have type %qT and %qT respectively arguments '%s' and '%s' for intrinsic %s arguments '%s' and '%s' for intrinsic '%s' arguments 'a%d' and 'a%d' for intrinsic '%s' arguments ignored for %<-Wattributes=%>; use %<-Wno-attributes=%> instead arguments of type %qT require the SVE ISA extension arguments to %qs should be non-negative integers arguments to destructor are not allowed arguments to the %qE attribute must be narrow string literals arguments to the %qE attribute must contain valid identifiers arith_power(): Bad base arith_power(): unknown type arithmetic IF arithmetic between different enumeration types %qT and %qT is deprecated arithmetic between enumeration type %qT and floating-point type %qT is deprecated arithmetic between floating-point type %qT and enumeration type %qT is deprecated arithmetic involving a null pointer in %qE arithmetic on pointer to RVV type %qT arithmetic on pointer to SVE type %qT arithmetic on pointer to an empty aggregate arithmetic on pointer to an incomplete type array %<TYPE_DOMAIN%> is not integer type array %q+D assumed to have one element array %qD declared here array %qD initialized by parenthesized string literal %qE array assignment array bound forbidden after parenthesized type-id array bound is not an integer constant array cannot be initialized with a %qs array deallocation of object allocated with non-array allocation array declaration canonicalization has failed array element value must be the same type as its declaration array elements cannot have RVV type %qT array elements cannot have SVE type %qT array index in initializer exceeds array bounds array index in initializer is not an integer constant expression array index in initializer not of integer type array index in non-array initializer array index range in initializer exceeds array bounds array initialized from non-constant array expression array initialized from parenthesized string constant array member %q#D declared here array must be initialized with a brace-enclosed initializer array of inappropriate type initialized from string constant array of runtime bound cannot be captured by copy, only by reference array result array section does not have mappable type in %qs clause array section in %<#pragma acc declare%> array section is not contiguous in %qs clause array size expression is not supported yet array size in new-expression must be constant array size missing in %q+D array size missing in %qD array size missing in %qT array subscript %<%T[%wi]%> is partly outside array bounds of %qT array subscript %E is above array bounds of %qT array subscript %E is below array bounds of %qT array subscript %E is outside array bounds of %qT array subscript %E is outside the bounds of an interior zero-length array %qT array subscript %qE is outside the bounds of an interior zero-length array %qT array subscript %wi is below array bounds of %qT array subscript %wi is outside array bounds of %qT array subscript %wu is above array bounds of %qT array subscript [%E, %E] is outside array bounds of %qT array subscript [%wi, %wi] is outside array bounds of %qT array subscript has type %<char%> array subscript is not an integer array subscript value %qE is outside the bounds of array %qD of type %qT array subscript value %qE is outside the bounds of array type %qT array type has incomplete element type %qT array type must be initialized array types have different bounds array used as initializer array with qualifier on the element is not qualified before C2X arrays of functions are not meaningful assembler does not support %<-mabi=ilp32%> assembler name hash list corrupted assertion missing after %qs assertions must be followed by %<;%> assign semantics attributes of property %qD conflict with previous declaration assigned here assigning to an array from an initializer list assignment assignment (not initialization) in declaration assignment discards %qv qualifier from pointer target type assignment from distinct Objective-C type assignment from pointer to non-enclosed address space assignment from temporary %<initializer_list%> does not extend the lifetime of the underlying array assignment left-hand side might be a candidate for a format attribute assignment makes %q#v qualified function pointer from unqualified assignment of constant field %qD assignment of function %qD assignment of member %qD in read-only object assignment of read-only location %qE assignment of read-only member %qD assignment of read-only named return value %qD assignment of read-only parameter %qD assignment of read-only reference %qD assignment of read-only variable %qD assignment suppression assignment to %qT from %qT makes integer from pointer without a cast assignment to %qT from %qT makes pointer from integer without a cast assignment to %qT from incompatible pointer type %qT assignment to %qT from pointer to %qD with incompatible type %qT assignment to %qT from pointer type %qT with incompatible scalar storage order assignment to expression with array type associate_integer_pointer(): Already associated assumed-rank argument assumed-shape argument assumed-type argument assuming cast to type %qT from overloaded function assuming directive output of %wu byte assuming directive output of %wu bytes assuming pointer to member %qD assuming signed overflow does not occur when combining constants around a comparison assuming signed overflow does not occur when reducing constant in comparison assuming signed overflow does not occur when simplifying %</%> or %<%%%> to %<>>%> or %<&%> assuming signed overflow does not occur when simplifying %<X - Y %s 0%> to %<X %s Y%> assuming signed overflow does not occur when simplifying %<abs (X)%> to %<X%> or %<-X%> assuming signed overflow does not occur when simplifying %<min/max (X,Y)%> to %<X%> or %<Y%> assuming signed overflow does not occur when simplifying range test asynchronous argument at %s, %s at offset %s into destination object %qE of size %s at offset %s into destination object of size %s allocated by %qE at offset %s into object %qE of size %s at offset %s into object of size %s allocated by %qE at offset %s into source object %qE of size %s at offset %s into source object of size %s allocated by %qE at offset %wi from %qD declared here at offset [%wi, %wi] from %qD declared here atexit failed attempt to take address of bit-field attempt to take address of bit-field structure member %qD attribute %<%E(%s)%> missing an argument attribute %<%E(%s, %E)%> invalid positional argument %i attribute %<%E(%s, %E, %E)%> invalid positional argument %i attribute %<fallthrough%> not preceding a case label or default label attribute %<fallthrough%> specified multiple times attribute %<target%> argument %qs is unknown attribute %<target%> argument not a string attribute %qE argument must be one of %qs or %qs attribute %qE argument must be one of %qs, %qs, %qs, or %qs attribute %qE argument not a string attribute %qE invalid mode attribute %qE invalid mode %qs; expected one of %qs, %qs, %qs, or %qs attribute %qE mode %qE is not an identifier; expected one of %qs, %qs, %qs, or %qs attribute %qE unexpected %<(%> after mode %qs; expected a positional argument or %<)%> attribute %qE without arguments on a non-prototype attribute %qs applies to array types only attribute %qs argument %qs is unknown attribute %qs argument is not a string attribute %qs invalid positional argument attribute %qs mismatch with mode %qs attribute %qs mismatched positional argument values %i and %i attribute %qs missing positional argument 2 provided in previous designation by argument %u attribute %qs positional argument %i invalid value %wi attribute %qs positional argument %i value %wi exceeds number of function arguments %u attribute %qs positional argument 1 references %qs-qualified argument type %qT attribute %qs positional argument 1 references argument of function type %qT attribute %qs positional argument 1 references non-pointer argument type %qT attribute %qs positional argument 2 conflicts with previous designation by argument %u attribute %qs positional argument 2 missing in previous designation attribute %qs positional argument 2 references non-integer argument type %qT attribute %qs specified multiple times attribute declaration attribute for %q#T must follow the %qs keyword attribute ignored attribute ignored in declaration of %q#T attribute ignored in explicit instantiation %q#T attribute using prefix only available with %<-std=c++17%> or %<-std=gnu++17%> attribute using prefix used together with scoped attribute token attribute value %qs is unknown in %qs attribute attribute value %qs was already specified in %qs attribute attributes after parenthesized initializer ignored attributes are not allowed on a function-definition attributes are not permitted in this position attributes at the beginning of statement are ignored attributes ignored on elaborated-type-specifier that is not a forward declaration attributes ignored on template instantiation attributes ignored on uninstantiated type attributes in parameter array declarator ignored attributes may be inserted here attributes may not be specified before the %<@%D%> Objective-C++ keyword attributes should be specified before the declarator in a function definition auto fpu selection not currently permitted here automatic variable %qE cannot be %<threadprivate%> automatically initializes all pointers to NIL aux field set for edge %s->%s aux field set for indirect edge from %s available since Fortran 77 await expressions are not permitted in handlers awaitable type %qT is not a structure axiom contract semantic must be %<assume%> or %<ignore%> backend decl for module variable %qs already exists bad ADDR_SPACE_GLOBAL address bad address bad address, not (reg+disp): bad address, not a constant: bad address, not an I/O address: bad address, not post_inc or pre_dec: bad alignment: %d bad amount of stack space removal: %d bad argument for %<-fdebug%>: %qs bad argument for %<-fextern-std%>: %qs bad argument for %<-fmodule-file%>: %qs bad argument for %<-fversion%>: %qs bad builtin code bad builtin fcode bad builtin icode bad condition code bad expression bad expression type during walk (%d) bad insn for 'A' bad insn in frv_print_operand, 0 case bad insn in frv_print_operand, bad const_double bad insn in frv_print_operand, z case bad insn to frv_print_operand, 'F' modifier: bad insn to frv_print_operand, 'L' modifier: bad insn to frv_print_operand, 'M/N' modifier: bad insn to frv_print_operand, 'O' modifier: bad insn to frv_print_operand, 'e' modifier: bad insn to frv_print_operand, 'f' modifier: bad insn to frv_print_operand, 'g' modifier: bad insn to frv_print_operand, P modifier: bad insn to frv_print_operand_address: bad insn to frv_print_operand_memory_reference: bad move bad op bad operand bad option %qs to attribute %<optimize%> bad option %qs to pragma %<optimize%> bad output_condmove_single operand bad output_move_double operand bad output_move_single operand bad register bad register to frv_print_operand_memory_reference_reg: bad return type for function argument %u of %<__builtin_tgmath%> bad shift insn: bad test bad type for argument %u of function argument %u of %<__builtin_tgmath%> bad usage of spec function %qs bad value %<%s%> for %<-mtls-size=%> switch bad value %qs for %<-march=%> switch bad value %qs for %<-mcpu%> switch bad value %qs for %<-mfp-rounding-mode%> switch bad value %qs for %<-mfp-trap-mode%> switch bad value %qs for %<-mmemory-latency%> bad value %qs for %<-mtls-size%> switch bad value %qs for %<-mtrap-precision%> switch bad value %qs for %<-mtune%> switch bad value %qs for %<-mtune=%> switch bad value %qs for %<target("arch=")%> attribute bad value %qs for %<target("tune=")%> attribute bad value for %<%s-%s%> bad value for %<%s=%s%> badly nested C headers from preprocessor bare apostrophe %<'%> in format barrier region may not be closely nested inside of work-sharing, %<loop%>, %<critical%>, %<ordered%>, %<master%>, %<masked%>, explicit %<task%> or %<taskloop%> region barrier value must be within [0,15] base %qT will be initialized after base class %q#T has accessible non-virtual destructor base class %q#T should be explicitly initialized in the copy constructor base class %qT is not public base initializer expansion %qT contains no parameter packs base operand of %<->%> has non-pointer type %qT base operand of %<->%> is not a pointer base pointer cycle detected base type %qT fails to be a struct or class type base variable or SSA name undeclared basic block %d pred edge is corrupted basic block %d should be marked irreducible basic block %d should not be marked irreducible basic block %i edge lists are corrupted basic blocks not laid down consecutively bb %d does not belong to loop %d bb %d has father loop %d, should be loop %d bb %d on wrong place because %qT has user-provided %qD because it is a member of %qT because it is used as a glvalue because the array element type %qT has variable size begin expression refers to outer iterator %qD binary argument %u to decimal-only type-generic function binary expression in operand of fold-expression binary operator does not support mixing vector bool with floating point vector operands binary operator does not support two vector bool operands binary operator does not support vector bool operand bind(c) procedure binding reference of type %qH to %qI discards qualifiers bit-field %q#D with non-integral type %qT bit-field %q+D width not an integer constant bit-field %qD has non-integral type %qT bit-field %qD with non-integral type %qT bit-field %qE has atomic type bit-field %qE in %qs clause bit-field %qs has invalid type bit-field %qs width not an integer constant bit-field %qs width not an integer constant expression bit-field has atomic type bitwise comparison always evaluates to false bitwise comparison always evaluates to true bitwise operation between different enumeration types %qT and %qT is deprecated block IF block-scope extern declaration %q#D not permitted in module purview body of %<constexpr%> function %qD not a return-statement bogus DISPOSE construction: %d bogus JARL construction: %d bogus JR construction: %d bogus PREPEARE construction: %d bogus comparison result type boolean registers required for the floating-point option both %<-mstack-protector-guard-offset%> and %<-mstack-protector-guard-reg%> must be used with %<-mstack-protector-guard=sysreg%> both %<__thread%> and %<thread_local%> specified both %<monotonic%> and %<nonmonotonic%> modifiers specified both %qs and %qs specified both %s and %qE attribute provide address both arguments in binary fold have unexpanded parameter packs both arguments must be compatible both arguments to %<__builtin___clear_cache%> must be pointers both binary and decimal floating-point arguments to type-generic function both branches of %<if%> statement marked as %qs both complex and decimal floating-point arguments to type-generic function bound argument %i value %s is negative for a variable length array argument %i of type %s braced spec %qs ends in escape braced spec %qs is invalid at %qc braced spec body %qs is invalid braced-group within expression allowed only inside a function braces around scalar initializer braces around scalar initializer for type %qT branch %2d never executed%s branch %2d taken %s%s break statement not within loop or switch break statement used with OpenMP for loop build_dt: format with namelist built-in %qD declared here built-in function %q+D declared as non-function built-in function %qD declared as non-function built-in function %qD requires the %<-mconstant-cfstrings%> flag built-in function %qD takes one argument only built-in function %qE must be directly called built-in function %qE not supported for MIPS16 built-in function %s requires Nios II R%d built-in subscript operator with more than one expression in expression list built-in subscript operator without expression list builtin %qF is deprecated builtin %qF is for GCC internal use only builtin %qF is not supported without %<-mhtm%> (default with %<-march=zEC12%> and higher) builtin %qF requires %<-mvx%> (default with %<-march=z13%> and higher) builtin %qs can only be used on vector types builtin %qs is only valid in 64-bit mode builtin %qs needs GLIBC (2.23 and newer) that exports hardware capability bits builtin %qs only accepts 1 argument builtin %qs only accepts 2 arguments builtin %qs only accepts 3 arguments builtin %qs only accepts a string argument builtin requires an immediate for operand %d but %qD does not throw; perhaps it should be declared %<noexcept%> but %qs has not but is prevailed by one without from other translation unit but not here by argument %u of type %s to %qD declared here by argument %u of type %s to %qT bytecode stream in file %qs generated with GCC compiler older than 10.0 bytecode stream in file %qs generated with LTO version %d.%d instead of the expected %d.%d bytecode stream: expected tag %s instead of %s bytecode stream: found empty cgraph node bytecode stream: found multiple instances of cgraph node with uid %d bytecode stream: found non-null terminated string bytecode stream: garbage at the end of symbols section bytecode stream: no callee found while reading edge bytecode stream: no caller found while reading edge bytecode stream: string too long for the string table bytecode stream: tag %s is not in the expected range [%s, %s] bytecode stream: trying to read %d bytes after the end of the input buffer bytecode stream: unexpected LTO section %s bytecode stream: unexpected tag %s bytecode stream: unknown GIMPLE statement tag %s call %2d never executed
call %2d returned %s
call a real function, rather than the builtin equivalent call has circular dependency call is considered never executed and code size would grow call is unlikely and code size would grow call of %<%T::operator[] (%A)%> is ambiguous call of %<(%T) (%A)%> is ambiguous call of overloaded %<%D(%A)%> is ambiguous call of overloaded %<%s(%A)%> is ambiguous call stmt hash does not point to first direct edge of speculative call sequence call to %<__builtin_custom_%s%> conflicts with switch %<-mcustom-%s%> call to %qD call to %qD here call to %qD uses the default argument for parameter %P, which is not yet defined call to %qE is ambiguous; argument %d has type %qs but argument %d has type %qs call to %qs declared with attribute error: %s call to %qs declared with attribute warning: %s call to function %qD which throws incomplete type %q#T call to function which throws incomplete type %q#T call to internal function %qE call to non-%<constexpr%> function %qD call to non-function %qD call-clobbered register used for global register variable called from here called from this function called object %qD is not a function or function pointer called object %qE is not a function or function pointer called object is not a function or function pointer callee refers to comdat-local symbols caller edge count does not match BB count caller edge count invalid caller is not optimized calling %qD with SSE calling convention without SSE/SSE2 enabled calling %qD with a nonzero argument is unsafe calling %qD with attribute sseregparm without SSE/SSE2 enabled calling %qT with attribute sseregparm without SSE/SSE2 enabled calling constexpr member function %qD through virtual base subobject calls to functions of type %qT require the SVE ISA extension calls to overloaded operators cannot appear in a constant-expression calls_comdat_local is set outside of a comdat group can only use %qE attribute on file-scope definitions of objects of class type can use at most one of the %<constinit%> and %<constexpr%> specifiers can't use non gp relative absolute address candidate 1: candidate 2: candidate is: candidates are: candidate: candidates are: cannot %<dynamic_cast%> %qE (of type %q#T) to type %q#T (%s) cannot %<goto%> into %<catch%> block cannot %<goto%> into %<try%> block cannot add an enumerator list to a template instantiation cannot add contracts after definition cannot add contracts to a virtual function cannot allocate an object of abstract type %qT cannot allocate objects with RVV type %qT cannot allocate objects with SVE type %qT cannot allocate stack for variable %q+D, naked function cannot allocate vl register for %qs on this target cannot apply %<%s%> to %qD, which has also been marked with an OpenMP 'declare target' directive cannot apply %<offsetof%> to a non constant address cannot apply %<offsetof%> to an enumerator %qD cannot apply %<offsetof%> to destructor %<~%T%> cannot apply %<offsetof%> to member function cannot apply %<offsetof%> to member function %qD cannot apply %<offsetof%> to static data member %qD cannot apply %<offsetof%> when %<operator[]%> is overloaded cannot apply both %<longcall%> and %<shortcall%> attributes to the same function cannot apply member pointer %qE to %qE, which is of non-class type %qT cannot bind bit-field %qE to %qT cannot bind lvalue reference of type %qH to an rvalue of type %qI cannot bind non-const lvalue reference of type %qH to a value of type %qI cannot bind non-const lvalue reference of type %qH to an rvalue of type %qI cannot bind packed field %qE to %qT cannot bind reference of type %qH to %qI due to different array bounds cannot bind rvalue %qE to %qT cannot bind rvalue reference of type %qH to lvalue of type %qI cannot call %<__builtin_custom_%s%> without specifying switch %<-mcustom-%s%> cannot call a concept as a function cannot call constructor %<%T::%D%> directly cannot call member function %qD without object cannot capture %qE by reference cannot capture member %qD of anonymous union cannot cast %qs to %qs since sizes do not line up cannot cast expression of type %qs to %qs cannot cast expression of type %qs to type %qs cannot catch type %qT because it involves types of variable size cannot close nonexistent response file cannot close receive-only channel cannot combine GNU and SVE vectors in a binary operation cannot combine a base of type %qT with an index of type %qT cannot combine a base of type %qT with an offset of type %qT cannot convert %qE from type %qH to type %qI cannot convert %qE from type %qT to type %qT cannot convert %qE to %qT cannot convert %qE to %qT because cannot convert %qH to %qI cannot convert %qH to %qI in argument passing cannot convert %qH to %qI in assignment cannot convert %qH to %qI in default argument cannot convert %qH to %qI in initialization cannot convert %qH to %qI in return cannot convert a delegate expression to %qs cannot convert a value of type %qT to vector type %qT which has different size cannot convert a vector of type %qT to type %qT which has different size cannot convert expression, only base types can be converted cannot convert from %qT to base class %qT because %qT is incomplete cannot convert from base class %qT to derived class %qT because the base is virtual cannot convert from base class %qT to derived class %qT via virtual base %qT cannot convert from incomplete type %qH to %qI cannot convert from pointer to base class %qT to pointer to derived class %qT because the base is virtual cannot convert from pointer to base class %qT to pointer to derived class %qT via virtual base %qT cannot convert struct %qs to %qs cannot convert to a pointer type cannot convert type %qH to type %qI cannot convert value to a vector cannot create pointer to reference member %qD cannot create precompiled header %s: %m cannot create type information for type %qT because it involves types of variable size cannot declare %<::main%> to be %qs cannot declare %<::main%> to be a global variable cannot declare %<::main%> to be a template cannot declare %<::main%> to be inline cannot declare %<::main%> to be static cannot declare %<catch%> parameter to be of abstract class type %qT cannot declare %<catch%> parameter to be of rvalue reference type %qT cannot declare %qD in a different module cannot declare %qD to be a bit-field type cannot declare a parameter with %<decltype(auto)%> cannot declare bit-field %qD with %<warn_if_not_aligned%> type cannot declare bit-field %qD with function type cannot declare bit-field %qs with %<warn_if_not_aligned%> type cannot declare field %q+D to be of abstract type %qT cannot declare member %<%T::%s%> within %qT cannot declare member function %<%T::%s%> within %qT cannot declare member function %qD to have static linkage cannot declare parameter %q+D to be of abstract type %qT cannot declare parameter to be of abstract type %qT cannot declare pointer to %q#T cannot declare pointer to %q#T member cannot declare pointer to qualified function type %qT cannot declare reference to %q#T cannot declare reference to %q#T, which is not a typedef or a template type argument cannot declare reference to qualified function type %qT cannot declare static function inside another function cannot declare variable %q+D to be of abstract type %qT cannot decompose address cannot decompose class type %qT because it has an anonymous struct member cannot decompose class type %qT because it has an anonymous union member cannot decompose class type %qT without non-static data members cannot decompose class type %qT: both it and its base class %qT have non-static data members cannot decompose class type %qT: its base classes %qT and %qT have non-static data members cannot decompose inaccessible member %qD of %qT cannot decompose lambda closure type %qT cannot decompose non-array non-class type %qT cannot decompose union type %qT cannot decompose variable length array %qT cannot decompose variable length vector %qT cannot decrement a pointer to incomplete type %qT cannot deduce template arguments for copy-initialization of %qT, as it has no non-explicit deduction guides or user-declared constructors cannot deduce template arguments of %qT, as it has no viable deduction guides cannot deduce template parameters from introduction list cannot default compare anonymous union member cannot default compare flexible array member cannot default compare reference member %qD cannot default compare union %qT cannot define %qD in different module cannot define friend function %qs in a local class definition cannot define member function %<%T::%s%> within %qT cannot define member of dependent typedef %qT cannot delete a function. Only pointer-to-objects are valid arguments to %<delete%> cannot delete objects with RVV type %qT cannot delete objects with SVE type %qT cannot dereference %qE in %qs clause cannot derive from %<final%> base %qT in derived type %qT cannot determine %<#include%> translation of %s: %s cannot determine the length of a %qs cannot disable built-in function %qs cannot emit unaligned pointers in ptx assembly cannot execute %qs: %s cannot execute %qs: %s: %m cannot expand initializer for member %qD cannot explicitly declare member %q#D to have extern linkage cannot extend PCH file: %m cannot fallthrough final case in switch cannot find %<ldd%> cannot find %<nm%> cannot find %qs cannot find %s in plugin %s
%s cannot find %s in plugin %s: %s cannot find LTO cgraph in %s cannot find LTO section refs in %s cannot find a register in class %qs while reloading %<asm%> cannot find a valid counter name %qs of %<-fdbg-cnt=%> option cannot find class %qE cannot find instance variable associated with property cannot find interface declaration for %qE cannot find interface declaration for %qE, superclass of %qE cannot find protocol declaration for %qE cannot find reference tag for class %qE cannot form pointer to member of non-class %q#T cannot generate position-independent code for %qs cannot get frame pointer to %qs cannot get position in PCH file: %m cannot get program status: %m cannot handle comparison of type %<%s == %s%> cannot handle inconsistent calls to %qs cannot handle switch condition of type %s cannot honor conflicting %qs clause cannot import module in its own purview cannot increment a pointer to incomplete type %qT cannot initialize a return object of type %qT with an rvalue of type %<void%> cannot initialize aggregate of type %qT with a compound literal cannot initialize array of %qT from a string literal with type array of %qT cannot inline function %<main%> cannot instantiate %<coroutine traits%> cannot instantiate a %<coroutine handle%> for promise type %qT cannot load plugin %s
%s cannot load plugin %s: %s cannot mix operands of decimal floating and complex types cannot mix operands of decimal floating and other floating types cannot mix operands of decimal floating and vector types cannot nest more than %d namespaces cannot open %qs for writing: %m cannot open %s cannot open %s for writing: %m cannot open %s: %m cannot open '%s' cannot open file %qs for writing optimization records cannot open intermediate gcn asm file cannot open intermediate gcn obj file cannot open intermediate ptx file cannot open ldd output: %m cannot open nested response file cannot open nm output: %m cannot open omp_requires file %qs cannot open profile file %s cannot pass argument in vector register because altivec instructions are disabled, use %qs to enable them cannot put object with volatile field into register cannot read %<LTO_section_decls%> from %s cannot read %s: %m cannot read LTO mode table from %s cannot read PCH file: %m cannot read function profile from %s cannot read omp_requires file %qs cannot read spec file %qs: %m cannot read string table from %s cannot receive reference type %qT through %<...%> cannot reload integer constant operand in %<asm%> cannot represent built-in %<va_list%> type in D cannot resolve overloaded function %qD based on conversion to type %qT cannot return from a handler of a function-try-block of a constructor cannot return value in vector register because altivec instructions are disabled, use %qs to enable them cannot set %qE attribute after definition cannot set interrupt attribute: no current function cannot set interrupt attribute: no such identifier cannot set position in PCH file: %m cannot specialize concept %q#D cannot specify %<-o%> with %<-c%>, %<-S%> or %<-E%> with multiple files cannot specify %<override%> for a class cannot specify -static with -fsanitize=address cannot specify -static with -fsanitize=hwaddress cannot specify -static with -fsanitize=thread cannot specify both %<-msep-data%> and %<-mid-shared-library%> cannot tail-call: %s cannot take address of %qs cannot take address of bit-field %qD cannot take address of scalar with reverse storage order cannot take the address of %<this%>, which is an rvalue expression cannot take the address of this expression cannot throw C++ classes cannot throw COM objects cannot throw expression of type %qT because it involves types of variable size cannot throw or catch RVV type %qT cannot throw or catch SVE type %qT cannot type switch on non-interface value cannot update SSA form cannot use %<-%> as input filename for a precompiled header cannot use %<-mtp=cp15%> with 16-bit Thumb cannot use %<::%> in parameter declaration cannot use %<indirect_call%> attribute under linux toolchain cannot use %<typeid%> with %<-fno-rtti%> cannot use %<va_arg%> with reverse storage order cannot use %<va_start%> in interrupt function cannot use %qs as a call-saved register cannot use %qs as a call-used register cannot use %qs as a fixed register cannot use an object as parameter to a method cannot use exception attributes to function %qD under linux toolchain cannot use interrupt attributes to function %qD under linux toolchain cannot use mode %qs for enumerated types cannot use mshared and static together cannot use mthreads and mlegacy-threads together cannot use multiple stack checking methods together cannot use reset attributes to function %qD under linux toolchain cannot use small-data accesses for %qs cannot use type %s as type %s cannot value-initialize array of unknown bound %qT cannot write %s: %m cannot write PCH file cannot write PCH file: %m cannot write PCH file: required memory segment unavailable cannot write padding to PCH file: %m cannot write to %s: %m canonical types differ for identical types %qT and %qT capture by copy of RVV type %qT capture by copy of SVE type %qT capture by copy of incomplete type %qT capture of non-variable %qE capture of variable %qD with non-automatic storage duration capture of variably-modified type %qT that is not an N3639 array of runtime bound case label %qE not within a switch statement case label does not reduce to an integer constant case label is not an integer constant expression case label not within a switch statement case label value exceeds maximum value for type case label value is less than minimum value for type case labels not sorted in switch statement case labels not sorted: case value %qs not in enumerated type case value %qs not in enumerated type %qT cast adds %q#v qualifier to function type cast between incompatible function types from %qH to %qI cast between incompatible function types from %qT to %qT cast between incompatible pointer to member types from %qH to %qI cast discards %qv qualifier from pointer target type cast from %qH to %qI increases required alignment of target type cast from %qH to %qI loses precision cast from %qT is not allowed cast from %qs to %qs will produce zero result cast from function call of type %qT to non-matching type %qT cast from pointer to integer of different size cast from type %qT to type %qT casts away qualifiers cast increases required alignment of target type cast specifies array type cast specifies function type cast to %qs address space pointer from disjoint %qs address space pointer cast to %qs address space pointer from disjoint generic address space pointer cast to %qs will produce null result cast to generic address space pointer from disjoint %qs address space pointer cast to non-integral type %qT in a constant expression cast to pointer from integer of different size cast to union type from type not present in union casting %qT to %qT does not dereference pointer casting between pointer-to-function and pointer-to-object is conditionally-supported catching non-reference type %q#T catching polymorphic type %q#T by value catching type %q#T by value category attributes are not available in Objective-C 1.0 category attributes are not available in this version of the compiler, (ignored) cdecl and thiscall attributes are not compatible cgraph count invalid cgraph_node has wrong clone list cgraph_node has wrong clone_of cgraph_node has wrong prev_clone pointer cgraph_node is in clone list but it is not clone change of the active member of a union from %qD to %qD change of the active member of a union from %qD to %qD during initialization changing the return type from %qs to a comparison category type will allow the comparison to use %qs and %qs check_charlen_present(): length not set check_dimension(): Bad array reference check_dummy_characteristics: Unexpected result %i of gfc_dep_compare_expr check_init_expr(): Unknown expression type check_intents(): List mismatch check_restricted(): Unknown expression type check_result_characteristics (1): Unexpected result %i of gfc_dep_compare_expr check_result_characteristics (2): Unexpected result %i of gfc_dep_compare_expr check_some_aliasing(): List mismatch check_some_aliasing(): corrupted data checksum is (%x,%x) instead of (%x,%x) choosing %qD over %qD chunk size value must be positive circular pointer delegation detected class %qE already exists class %qE defined without specifying a base class class %qE is deprecated class %qE is not available class %qE is unavailable class %qT does not have any field named %qD class %qT is implicitly friends with itself class %qs does not implement the %qE protocol class attributes are not available in Objective-C 1.0 class definition may not be declared a friend class extension for class %qE declared after its %<@implementation%> class extensions are not available in Objective-C 1.0 class template %qD redeclared as non-template class template argument deduction failed: class template argument deduction for %qT failed: explicit deduction guide selected in copy-list-initialization class template argument deduction is only available with %<-std=c++17%> or %<-std=gnu++17%> class type %qT is incomplete clauses in %<simd%> trait should be separated by %<,%> cleanup argument not a function cleanup argument not an identifier clones for %<target_clones%> attribute cannot be created close: %s closed intervals closing LTRANS output list %s: %m closing dependency file %s: %m closing json file %s: %m closing mixin file %s: %m coarray argument code may be misoptimized unless %<-fno-strict-aliasing%> is used code model %qs is not compatible with %s code model %qs needs %s code model %qs not supported in ilp32 mode code model %qs not supported in the %s bit mode code model %qs not supported in x32 mode code model %qs with %<-f%s%> code model %s does not support PIC mode collapse argument needs positive constant integer expression collapsed %s loops not perfectly nested at %L collapsed loops not perfectly nested collect2 version %s
collection in fast enumeration is not an object comdat symbol cannot be versioned comdat-local function called by %s outside its comdat comdat-local symbol referred to by %s outside its comdat comma at end of enumerator list comma-separated list in using-declaration only available with %<-std=c++17%> or %<-std=gnu++17%> command-line option %qs is not supported by this configuration command-line option %qs is valid for %s but not for %s command-line option %qs is valid for the driver but not for %s common symbol cannot be versioned common variables must have an alignment of 32678 or less compare_actual_expr(): Bad component code compare_real(): Bad operator comparing final insns dumps comparing floating-point with %<==%> or %<!=%> is unsafe comparing the result of pointer addition %qE and NULL comparing vectors with different element types comparing vectors with different number of elements comparison between %q#T and %q#T comparison between %qT and %qT comparison between distinct pointer types %qT and %qT lacks a cast comparison between distinct pointer-to-member types %qT and %qT lacks a cast comparison between pointer and integer comparison between pointer and zero character constant comparison between two arrays comparison between two arrays is deprecated in C++20 comparison between types %qT and %qT comparison is always %d comparison is always %d due to width of bit-field comparison is always false due to limited range of data type comparison is always true due to limited range of data type comparison of complete and incomplete pointers comparison of constant %qE with boolean expression is always false comparison of constant %qE with boolean expression is always true comparison of distinct Objective-C types lacks a cast comparison of distinct pointer types lacks a cast comparison of enumeration type %qT with floating-point type %qT is deprecated comparison of floating-point type %qT with enumeration type %qT is deprecated comparison of integer expressions of different signedness: %qT and %qT comparison of pointers to disjoint address spaces comparison of promoted bitwise complement of an unsigned value with constant comparison of promoted bitwise complement of an unsigned value with unsigned comparison of unsigned expression in %<< 0%> is always false comparison of unsigned expression in %<>= 0%> is always true comparison operator %q+D defaulted after its first declaration comparison required comparison with string literal results in unspecified behavior comparisons like %<X<=Y<=Z%> do not have their mathematical meaning compatible type is here compilation terminated due to -Wfatal-errors.
compilation terminated due to -fmax-errors=%u.
compilation terminated.
compile all implementation modules and program module at once compiled module file is %qs compiled module is %sversion %s compiler checks to force definition module procedure parameter names with their implementation module counterpart compiler does not support ZSTD LTO compression compiler is %sversion %s%s%s compiler warns if a cast is being used on types of differing sizes complement argument must be constant complex argument %u to decimal-only type-generic function complex arguments must have floating-point type complex arguments must have identical types complex floating point overflow in expression %qE of type %qT results in %qE complex floating point overflow in expression of type %qT results in %qE complex integer overflow in expression %qE of type %qT results in %qE complex integer overflow in expression of type %qT results in %qE complex invalid for %qs component %qs at %L has already been set by a parent derived type constructor compound literal has function type compound literal has variable size compound literal implicitly auto and declared %qs compound literal of non-object type %qT compound literal qualified by address-space qualifier compound-statement in %<constexpr%> function compressed stream: %s computed goto must be pointer type concatenation of string literals with conflicting encoding prefixes concept %q#D declared with a deduced return type concept %q#D declared with function parameters concept %q#D with non-%<bool%> return type %qT concept %qD has no definition concept %qE has multiple template parameter lists concept %qE not in namespace scope concept defined here concept must be defined at namespace scope concept must have type %<bool%> concept-id %qD in nested-name-specifier condition declares a function condition declares an array condition expression refers to iteration variable %qD conditional %<lastprivate%> clause on %qs construct conditional %<lastprivate%> on loop iterator %qD ignored conditional expression between distinct pointer types %qT and %qT lacks a cast conditional expression between distinct pointer-to-member types %qT and %qT lacks a cast conditional expression between enumeration type %qT and floating-point type %qT is deprecated conditional expression between floating-point type %qT and enumeration type %qT is deprecated conditional expression in operand of fold-expression conditionally executed loop in %<kernels%> region will be executed by a single gang; ignoring %<gang%> clause conflicting C language linkage declaration %q#D conflicting access specifications for field %qE, ignored conflicting access specifications for method %q+D, ignored conflicting code generation switches conflicting declaration %q#D conflicting declaration of %q#D with %qL linkage conflicting declaration of C function %q#D conflicting declaration of template %q#D conflicting exporting declaration %qD conflicting global module declaration %#qD conflicting named address spaces (%s vs %s) conflicting named address spaces (%s vs %s) for %q+D conflicting named address spaces (%s vs generic) for %q+D conflicting named address spaces (generic vs %s) for %q+D conflicting reduction operations for %qE conflicting return type specified for %q+#D conflicting super class name %qE conflicting type attributes specified for %q+#D conflicting type qualifiers for %q+D conflicting types for %<%c%s%> conflicting types for %q+D conflicting types for %q+D due to enum/integer mismatch; have %qT conflicting types for %q+D; have %qT conflicting types for built-in function %q+D; expected %qT conflicting types for built-in function %qs; expected %qs conflicting use of %<-mcustom%> switches, target attributes, and/or %<__builtin_custom_%> functions conflicts with %qD consider using %<-fno-module-lazy%>, increasing %<-param-lazy-modules=%u%> value, or increasing the per-process file descriptor limit consider using '-pg' instead of '-p' with gprof(1) consider using `-pg' instead of `-p' with gprof (1) consider using `-pg' instead of `-p' with gprof(1) const, volatile or restrict qualified type in %<#pragma omp declare reduction%> const/copy propagation disabled const_double_split got a bad insn: constant %qs is too large constant argument %d for builtin %qF is invalid (%s) constant argument %d for builtin %qF is out of range (%wd-%wd) constant argument %d for builtin %qF is out of range (0-%wu) constant argument %d for builtin %qF is out of range for target type constant argument out of range for %qs constant argument out of range for %s constant field %qD used as %<asm%> output constant folding not supported for this tree code constant not recomputed when %<ADDR_EXPR%> changed constant refers to itself constant value required for builtin %qF argument %d constraint %qE has type %qT, not %<bool%> constraint expression does not have type %<bool%> constraint mismatch at argument %d in template parameter list for %qD constraints not satisfied constraints on a non-templated function constructor cannot be static member function constructor delegates to itself constructor delegation follows mem-initializer for %qD constructor does not return a value to test constructor for alien class %qT cannot be a member constructor is not user-provided because it is explicitly defaulted in the class body constructor priorities are not supported constructor priorities from 0 to %d are reserved for the implementation constructor priorities must be integers from 0 to %d inclusive constructor syntax used, but no constructor declared for type %qT constructors cannot be declared %<virtual%> constructors may not be cv-qualified constructors may not be ref-qualified containing loop here contains additional virtual method %qD continue statement not within a loop contract predicate is false in constant expression contraction %<%.*s%> in format; use %qs instead contracts are only available with %<-fcontracts%> contracts must appertain to a function type control flow in the middle of basic block %d control passes through definition of %qD with static storage duration control passes through definition of %qD with thread storage duration control reaches end of non-void function control register number must be in range 0-31 for %s conversion between distinct pointer types %qT and %qT lacks a cast conversion between distinct pointer-to-member types %qT and %qT lacks a cast conversion casts away constness conversion from %q#T to %q#T conversion from %qH to %qI discards qualifiers conversion from %qH to %qI in a converted constant expression conversion from %qH to %qI is ambiguous conversion from %qH to non-scalar type %qI requested conversion from %qT to %qT conversion from %qT to %qT changes the value of %qE conversion from %qT to %qT changes value from %qE to %qE conversion from %qT to %qT discards imaginary component conversion from %qT to %qT may change value conversion from address space %qs to address space %qs conversion from normal type to notinheap type conversion from pointer type %qT to arithmetic type %qT in a constant expression conversion lacks type at end of format conversion of %qE from %qH to %qI is ambiguous conversion of %qs on the left hand side of %qs conversion of register to a different size in %qs conversion of scalar %qH to vector %qI involves truncation conversion of scalar %qT to vector %qT involves truncation conversion of unsigned constant value to negative integer conversion to %qT alters %qT constant value conversion to %qT from %qT may alter its value conversion to %qT from %qT may change the sign of the result conversion to %qT from boolean expression conversion to incomplete type conversion to non-const reference type %q#T from rvalue of type %qT conversion to non-scalar type requested conversion to void cannot resolve address of overloaded function conversion to void will not access object %qE of incomplete type %qT conversion to void will not access object of incomplete type %qT conversion to void will not access object of non-trivially-copyable type %qT conversion to void will not access object of type %qT conversion to volatile reference type %q#T from rvalue of type %qT conversions to arrays of unknown bound are only available with %<-std=c++20%> or %<-std=gnu++20%> converting %<false%> to pointer type %qT converting %<false%> to pointer type for argument %P of %qD converting %qT to %<void%> will never use a type conversion operator converting %qT to a base class %qT will never use a type conversion operator converting %qT to a reference to a base class %qT will never use a type conversion operator converting %qT to a reference to the same type will never use a type conversion operator converting %qT to the same type will never use a type conversion operator converting NULL to non-pointer type converting a packed %qT pointer (alignment %d) to a %qT pointer (alignment %d) may result in an unaligned pointer value converting an array compound literal to a pointer is ill-formed in C++ converting far pointer to near pointer converting from %qH to %qI converting lambda that uses %<...%> to function pointer converting overloaded function %qD to type %q#T is ambiguous converting to %qH from %qI requires direct-initialization converting to %qH from %qI with greater conversion rank converting to %qH from %qI with unordered conversion ranks converting to %qT from initializer list would use explicit constructor %qD converting to non-pointer type %qT from NULL coproc must be a constant immediate in range [0-%d] enabled with %<+cdecp<N>%> coprocessor %d is not enabled with +cdecp%d copying non-static data member %q#D of rvalue reference type copyprivate variable %qE is not threadprivate or private in outer context coroutines require a handle class template; cannot find %<%E::%E%> coroutines require a traits template; cannot find %<%E::%E%> corrupt loop tree root corrupted exits list of loop %d corrupted head of the exits list of loop %d corrupted ltrans output file %s corrupted profile info: invalid time profile corrupted profile info: number of executions for edge %d-%d thought to be %i corrupted profile info: number of iterations for basic block %d thought to be %i corrupted profile info: profile data is not flow-consistent corrupted value profile: %s profile counter (%d out of %d) inconsistent with basic-block count (%d) could not close Go dump file: %m could not close final insn dump file %qs: %m could not close response file %s could not close temporary response file %s could not close zeroed insn dump file %qs: %m could not convert %qE from %<void%> to %<bool%> could not convert %qE from %qH to %qI could not convert template argument %qE from %qT to %qT could not find %s in %s (consider using %<-B%>) could not find a spill register could not find an integer type of the same size as %qT could not find class %qE could not find interface for class %qE could not find setter/getter for %qE in class %qE could not find specs file %s
could not find variant declaration could not locate MCU data file %<devices.csv%> could not open Go dump file %qs: %m could not open dump file %qs: %m could not open final insn dump file %qs: %m could not open response file %s could not open symbol resolution file: %m could not open temporary response file %s could not parse file offset could not parse hex number could not resolve typename type could not split insn could not understand %<kern.osversion%> %q.*s could not understand version %qs could not write to response file %s could not write to temporary response file %s counter name counter value cpu %qs is an invalid argument to builtin %qs cpu %s is not based on arch %s, ignoring the arch create a swig interface file for the module create a topologically sorted module list from all dependent modules used in the application created and used with different ABIs created and used with different architectures / ABIs created and used with different endianness created and used with different settings of %<-fpic%> created and used with different settings of %<-fpie%> created and used with differing settings of '%s' creating array of %qT creating array of %qT, which is an abstract class type creating array of function members creating array of functions creating array of references creating array of template placeholder type %qT creating array of void creating pointer to member function of non-class type %qT creating pointer to member of non-class type %qT creating pointer to member of type void creating pointer to member reference type %qT creating selector for nonexistent method %qE critical attribute has no effect on interrupt functions custom instruction opcode must be a compile-time constant in the range 0-255 for %<__builtin_custom_%s%> cv-qualified type parameter dangling pointer %qE to %qD may be used dangling pointer %qE to an unnamed temporary may be used dangling pointer to %qD may be used dangling pointer to an unnamed temporary may be used data area attributes cannot be specified for local variables data area of %q+D conflicts with previous declaration data declaration data definition has no type or storage class data member %q+D invalidly declared function type data member %q+D invalidly declared method type data member %qD cannot be a member template data member may not have variably modified type %qT data movement for component %qE is not compatible with movement for struct %qE data type of %q+D isn%'t suitable for a register dead histogram dead statement in EH table deallocation function declared here deallocation of already deallocated storage deallocation of storage that was not previously allocated debug debug format %qs conflicts with prior selection debug output level %qs is too high debug path debug: decimal floating-point argument %u to binary-only type-generic function decimal floating-point argument %u to complex-only type-generic function decimal floating-point not supported for this target declaration %qD conflicts with builtin declaration %qD conflicts with import declaration %qD does not declare anything declaration adds contracts to %q#D declaration does not declare anything declaration for parameter %qD but no such parameter declaration has a different number of contracts than previously declared declaration of %<constexpr%> variable %qD is not a definition declaration of %<extern%> variable %qD in %<for%> loop initial declaration declaration of %<std::initializer_list%> does not match %<#include <initializer_list>%>, isn%'t a template declaration of %<~%T%> as member of %qT declaration of %q#D changes meaning of %qD declaration of %q#D conflicts with built-in declaration %q#D declaration of %q#D has %<extern%> and is initialized declaration of %q#D has no initializer declaration of %q#D outside of class is not definition declaration of %q#D shadows a parameter declaration of %q#T declaration of %q+#D shadows template parameter declaration of %q+D shadows a built-in function declaration of %q+D shadows previous non-variable declaration of %q+D with attribute %<noinline%> follows inline declaration declaration of %q+D with no linkage follows extern declaration declaration of %qD ambiguates earlier template instantiation for %qD declaration of %qD as %<typedef%> declaration of %qD as array of function members declaration of %qD as array of functions declaration of %qD as array of references declaration of %qD as array of void declaration of %qD as member of %qT declaration of %qD as multidimensional array must have bounds for all dimensions except the first declaration of %qD as non-function declaration of %qD as parameter declaration of %qD in %qD which does not enclose %qD declaration of %qD in namespace %qD which does not enclose %qD declaration of %qD not in a namespace surrounding %qD declaration of %qD shadows a built-in function declaration of %qD shadows a global declaration declaration of %qD shadows a member of %qT declaration of %qD shadows a parameter declaration of %qD shadows a previous local declaration of %qE as array of functions declaration of %qE as array of voids declaration of %qE as multidimensional array must have bounds for all dimensions except the first declaration of %qE as non-function declaration of %qE as non-member declaration of %qF has a different exception specifier declaration of built-in function %qD without a prototype; expected %qT declaration of function %qD in invalid context declaration of multidimensional array must have bounds for all dimensions except the first declaration of non-variable %qD in %<for%> loop initial declaration declaration of static variable %qD in %<for%> loop initial declaration declaration of template parameter %q+#D with different constraints declaration of template parameter %q+D shadows template parameter declaration of type name as array of functions declaration of type name as array of voids declarations in dependent base %qT are not found by unqualified lookup declarator-id missing; using reserved word %qD declared here declared private here declared protected here decompressed stream: %s decrement of a boolean expression decrement of constant field %qD decrement of enumeration value is invalid in C++ decrement of function %qD decrement of member %qD in read-only object decrement of pointer to an incomplete type %qT decrement of read-only location %qE decrement of read-only member %qD decrement of read-only named return value %qD decrement of read-only parameter %qD decrement of read-only reference %qD decrement of read-only variable %qD deduced class type %qD in function return type deduced expression type does not satisfy placeholder constraints deduced initializer does not satisfy placeholder constraints deduced return type does not satisfy placeholder constraints deduced return type only available with %<-std=c++14%> or %<-std=gnu++14%> deduced type %qT for %qD is incomplete deducing from brace-enclosed initializer list requires %<#include <initializer_list>%> deduction guide %q+D redeclared deduction guide %qD must be declared in the same scope as %qT deduction guide %qD must have the same access as %qT deduction guide %qD must not have a function body deduction guide for %qT must have trailing return type default %<target_clones%> attribute was not set default CPU architecture (%qs) does not support %qs ABI, falling back to %<-m%s=%s%> default argument %qE uses %qD default argument %qE uses local variable %qD default argument for template parameter for class enclosing %qD default argument given for parameter %d of %q#D default argument mismatch in overload resolution default argument missing for parameter %P of %q#D default argument specified for lambda parameter default argument specified in explicit specialization default arguments are not allowed in declaration of friend template specialization %qD default arguments are only permitted for function parameters default member initializer for %qD required before the end of its enclosing class default member initializer for unnamed bit-field default member initializers for bit-fields only available with %<-std=c++20%> or %<-std=gnu++20%> default template arguments may not be used in function template friend re-declaration default template arguments may not be used in function templates without %<-std=c++11%> or %<-std=gnu++11%> default template arguments may not be used in partial specializations default template arguments may not be used in template friend declarations default type conversion cannot deduce template argument for %qD defaulted %qD is not a friend of %qT defaulted %qD must be %<const%> defaulted %qD must have parameters of either type %<const %T&%> or %qT defaulted %qD must have parameters of either type %<const %T&%> or %qT, not both defaulted %qD must not have %<&&%> ref-qualifier defaulted %qD must return %<bool%> defaulted %qD only available with %<-std=c++20%> or %<-std=gnu++20%> defaulted and deleted functions only available with %<-std=c++11%> or %<-std=gnu++11%> defaulted constructor calls non-%<constexpr%> %qD defaulted declaration %q+D does not match the expected signature defaulted default constructor does not initialize %q#D defaulted default constructor does not initialize any non-static data member defaulted destructor calls non-%<constexpr%> %qD defaulted function %q+D with default argument defaulted member %qD must have parameter type %<const %T&%> defaulted move assignment for %qT calls a non-trivial move assignment operator for virtual base %qT deferred type parameter at %C defined here defined here %qD defining a type in a cast is invalid in C++ defining a type in a compound literal is invalid in C++ defining explicit specialization %qD in friend declaration defining type in %qs expression is invalid in C++ definition in block %i does not dominate use in block %i definition in block %i follows the use definition of %q#D ambiguates built-in declaration %q#D definition of %q#D is marked %<dllimport%> definition of %q#T inside template parameter list definition of %q#T is not complete until the closing brace definition of %qD does not match definition of %qD does not match %<#include <initializer_list>%> definition of %qD is not in namespace enclosing %qT definition of concept %qD has multiple statements definition of concept %qD is empty definition of explicitly-defaulted %q+D definition of implicitly-declared %qD definition of protocol %qE not found definition of static data member %q+D of dllimport%'d class definition provided for explicit instantiation delegates are only for non-static functions delegating constructors only available with %<-std=c++11%> or %<-std=gnu++11%> deleted definition of %qD is not first declaration deleted function %q+D overriding non-deleted function deleted in Fortran 95 deleting %qT is undefined deleting LTRANS file %s: %m deleting array %q#E deleting file %s: %m deleting object of abstract class type %qT which has non-virtual destructor will cause undefined behavior deleting object of polymorphic class type %qT which has non-virtual destructor might cause undefined behavior dependent-name %qE is parsed as a non-type, but instantiation yields a type deprecated conversion from string constant to %qT deprecated message is not a string dereference of non-pointer dereferencing %<void *%> pointer dereferencing a null pointer dereferencing a null pointer in %qE dereferencing type-punned pointer might break strict-aliasing rules dereferencing type-punned pointer will break strict-aliasing rules derived type declaration derived union %qT invalid designated initializers cannot be used with a non-aggregate type %qT designating the bound of variable length array argument %u designator order for field %qD does not match declaration order in %qT destination object %qE of size %s destination object allocated here destination object is likely at address zero destination object of size %s allocated by %qE destination object referenced by %<restrict%>-qualified argument 1 was declared here destroying %<operator delete%> must be a member function destroying %<operator delete%> must be a usual deallocation function destroying delete %qD cannot be used to release the allocated memory if the initialization throws because the object is not constructed yet destructor %qD declared as member template destructor cannot be static member function destructor does not return a value to test destructor for %qE shall not be run either destructor for %qT is ambiguous destructor for alien class %qT cannot be a member destructor priorities are not supported destructor priorities from 0 to %d are reserved for the implementation destructor priorities must be integers from 0 to %d inclusive destructors may not be cv-qualified destructors may not be ref-qualified destructors may not have parameters determining value of %qs did you mean %<-%s%>? did you mean %<-mcpu=%s%>? did you mean %<using enum %T::%D%>? did you mean to dereference the pointer? did you mean to use logical not (%<!%>)? did you mean to use logical not? difference between %qE and %qD does not have integer type different number of parameters different number of results different parameter types different receiver types different result types different underlying type in enum %q#T different varargs direct base %qT inaccessible in %qT due to ambiguity direct call to %s in speculative call sequence has no speculative flag direct call to %s in speculative call sequence has speculative_id %i out of range direct-list-initialization of %<auto%> requires exactly one element directive argument %qE directive argument in the range [%E, %E] directive with only %<device_type%> clause disable pass %s for function %s disable pass %s for functions in the range of [%u, %u] display all inbuilt system items display statistics about the amount of source lines compiled and symbols used display the location of module source files as they are compiled distinct Objective-C type in return division %<sizeof (%T) / sizeof (%T)%> does not compute the number of array elements division by zero division by zero is not a constant expression do not specify both -march=... and -mcpu=... do_check(): too many args do_simplify(): Too many args for intrinsic does not match member template declaration here does not support multilib dominator of %d should be %d, not %d dominator of %d status unknown don%'t know how to delete %qs don%'t support DSP extension instructions don%'t support performance extension instructions don%'t support performance extension version 2 instructions don%'t support string extension instructions double colon in MODULE PROCEDURE statement at %L double constants not supported double linked list of assembler names corrupted double linked list of clones corrupted due to different exception specifications dump file: %s
duplicate %<_Atomic%> duplicate %<_Thread_local%> or %<__thread%> duplicate %<asm%> operand name %qs duplicate %<asm%> qualifier %qE duplicate %<asm%> qualifier %qT duplicate %<const%> duplicate %<default%> case in %<_Generic%> duplicate %<restrict%> duplicate %<volatile%> duplicate %qD duplicate %qD specifier duplicate %qE duplicate %qE attribute duplicate %qE declaration specifier duplicate %qs duplicate %qs modifier duplicate (or overlapping) case value duplicate base type %qT invalid duplicate case value duplicate cv-qualifier duplicate declaration for protocol %qE duplicate declaration of method %<%c%E%> with conflicting types duplicate definition of %qs duplicate definition of '%s' duplicate definition of a symbol version duplicate direct call to %s in speculative call sequence with speculative_id %i duplicate explicit instantiation of %q#D duplicate explicit instantiation of %q#T duplicate info for %qE duplicate initialization of %qD duplicate insn UID: %i duplicate instance variable %q+D duplicate interface declaration for category %<%E(%E)%> duplicate interface declaration for class %qE duplicate label %qD duplicate label declaration %qE duplicate loop header duplicate member %q+D duplicate reference %s in speculative call sequence with speculative_id %i duplicate type-generic parameter type for function argument %u of %<__builtin_tgmath%> duplicate virt-specifier duplicated %<if%> condition duplicated parameter specifier %qs in %<amdgpu_hsa_kernel%> attribute during %<-fcompare-debug%> recompilation during %s pass: %s
during load of binding %<%E%s%E%> during load of binding %<%E%s%E@%s%> during load of pendings for %<%E%s%E%> dwarf version %wu is not supported dynamic dependency %s not found dynamic exception specifications are deprecated in C++11 dynamic type %qT of its operand does not have a base class of type %qT dynamic type %qT of its operand does not have an unambiguous public base class %qT eBPF stack limit exceeded each undeclared identifier is reported only once for each function it appears in edge %s->%s has no corresponding call_stmt edge count is not compatible with function count edge from %d to %d should be marked irreducible edge from %d to %d should not be marked irreducible edge has both call_stmt and lto_stmt_uid set edge not found edge points to wrong declaration: either %<-fopenacc%> or %<-fopenmp%> must be set either -fopenacc or -fopenmp must be set either all initializer clauses should be designated or none of them should be elaborated-type-specifier for a scoped enum must not use the %qD keyword element index %qE is out of bounds %<[0 .. %E]%> element types must be the same element_number(): Bad dimension type elemental binary operation elemental function arguments at %C are not compliant elemental procedure elements of array %q#D have incomplete type elements of array %q#T have incomplete type embedded %<\0%> in format embedded NUL in CFString literal empty class %qT parameter passing ABI changes in %<-fabi-version=12%> (GCC 8) empty declaration empty declaration of %<enum%> type does not redeclare tag empty declaration with %<_Alignas%> does not redeclare tag empty declaration with storage class specifier does not redeclare tag empty declaration with type qualifier does not redeclare tag empty enum is invalid empty file empty index range in initializer empty initializer for lambda init-capture empty initializer in lambda init-capture empty left precision in %s format empty parentheses were disambiguated as a function declaration empty precision in %s format empty property attribute list empty range specified empty string in attribute %<target%> empty struct has size 0 in C, size 1 in C++ empty structured binding declaration empty union has size 0 in C, size 1 in C++ enable pass %s for function %s enable pass %s for functions in the range of [%u, %u] enabling backtrace support is only meaningful when compiling for the Thumb enabling callee interworking support is only meaningful when compiling for the Thumb encapsulation is malformed enclosing %<target%> enclosing %qs enclosing OpenACC %qs construct enclosing class of %<constexpr%> non-static member function %q+#D is not a literal type enclosing class templates are not explicitly specialized enclosing parent compute construct enclosing region enclosing routine enclosing target region enclosing task end expression refers to outer iterator %qD end insn %d for block %d not found in the insn stream end of implied-do loop at %L could not be simplified to a constant value enum constant defined here enum constant in boolean context enum conversion from %qT to %qT in assignment is invalid in C++ enum conversion from %qT to %qT in initialization is invalid in C++ enum conversion from %qT to %qT in return is invalid in C++ enum conversion in assignment is invalid in C++ enum conversion in initialization is invalid in C++ enum conversion when passing argument %d of %qE is invalid in C++ enum type defined here enum value is not %<CONST_DECL%> or %<INTEGER_CST%> enum value name is not %<IDENTIFIER_NODE%> enum value type is not %<INTEGER_TYPE%> nor convertible to the enum enumerated and non-enumerated type in conditional expression enumerated mismatch in conditional expression: %qT vs %qT enumeration range differs enumeration value %qE not handled in switch enumeration values exceed range of %qs enumeration values exceed range of integer enumeration values exceed range of largest integer enumerator %qD does not match ... enumerator value %qE is outside the range of underlying type %qT enumerator value for %qD is not an integer constant enumerator value for %qD must have integral or unscoped enumeration type enumerator value for %qE is not an integer constant enumerator value for %qE is not an integer constant expression enumerator value outside the range of %qs enumerator value outside the range of underlying type environment variable %<COLLECT_GCC%> must be set environment variable %<COLLECT_GCC_OPTIONS%> must be set environment variable %<COLLECT_LTO_WRAPPER%> must be set environment variable %qs must expand to a non-negative integer less than or equal to %wd environment variable %qs not defined environment variable COLLECT_GCC_OPTIONS must be set environment variable DJGPP not defined environment variable DJGPP points to corrupt file %qs environment variable DJGPP points to missing file %qs error error closing %s: %m error closing optimization records %qs error in arguments to spec function %qs error in removing %s error writing %qs error writing optimization records to %qs: %s error writing to %s: %m error: error: unable to open '%s' for writing: %s
errors during merging of translation units eval_intrinsic(): Bad operator eval_type_intrinsic0(): op NULL exception cleanup for this placement new selects non-placement %<operator delete%> exception handling disabled, use %<-fexceptions%> to enable exception handling disabled; use %<-fexceptions%> to enable exception handling personality mismatch exception of type %<%T%> will be caught exception of type %qT will be caught by earlier handler exception specification of %qD depends on itself excess elements in %<char%> array initializer excess elements in array initializer excess elements in scalar initializer excess elements in struct initializer excess elements in union initializer excess elements in vector initializer excess use operand for statement execution counts assumed to be zero
execution counts estimated
existing declaration %#qD existing definition %qD exit %d->%d not recorded expansion pattern %qE contains no parameter packs expansion pattern %qT contains no parameter packs expansion point is location %i expected %<"%> expected %<#pragma acc%> clause expected %<#pragma omp scan%> expected %<#pragma omp section%> or %<}%> expected %<#pragma omp%> clause expected %<(%> expected %<(%> after template-argument-list expected %<(%> at %C expected %<(%> or end of line expected %<)%> expected %<)%> at %C expected %<)%> or %<,%> expected %<*%> expected %<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%> or identifier expected %<,%> expected %<,%> or %<)%> expected %<,%> or %<...%> expected %<,%> or %<;%> expected %<,%> or %<]%> expected %<,%> or %<}%> expected %<,%>, %<;%> or %<}%> expected %<.%> expected %<...%> expected %<:%> expected %<:%> or %<)%> expected %<:%> or %<...%> expected %<:%> or %<::%> expected %<:%>, %<,%>, %<;%>, %<}%> or %<__attribute__%> expected %<::%> expected %<;%> expected %<;%> after class definition expected %<;%> after struct definition expected %<;%> after union definition expected %<;%> at end of member declaration expected %<;%> or %<{%> expected %<;%> or %<{%> after method attribute definition expected %<;%>, %<,%> or %<)%> expected %<;%>, identifier or %<(%> expected %<<%> expected %<=%> expected %<=%> after Objective-C %qE expected %<=%> at %C expected %<=%>, %<,%>, %<;%>, %<asm%> or %<__attribute__%> expected %<==%> comparison in %<if%> condition expected %<==%>, %<<%> or %<>%> comparison in %<if%> condition expected %<>%> expected %<@end%> expected %<@synchronized%> expected %<@throw%> expected %<@try%> expected %<[%> expected %<]%> expected %<__label__%> expected %<__transaction_atomic%> expected %<__transaction_relaxed%> expected %<alloc%>, %<to%>, %<from%>, %<tofrom%>, %<firstprivate%>, %<none%> or %<default%> expected %<allocator%> or %<align%> expected %<ancestor%> or %<device_num%> expected %<asm%> expected %<at%>, %<severity%> or %<message%> clause expected %<auto%> expected %<auto%> or %<decltype(auto)%> after %qE expected %<big-endian%>, %<little-endian%>, or %<default%> after %<#pragma scalar_storage_order%> expected %<cancel%> %<if%> clause modifier expected %<catch%> expected %<class%> expected %<class%> or %<typename%> expected %<class%>, %<typename%>, or %<template%> expected %<co_yield%> expected %<concurrent%> expected %<construct%>, %<device%>, %<implementation%> or %<user%> expected %<construct%>, %<device%>, %<implementation%> or %<user%> at %C expected %<data%> expected %<data%> after %<#pragma acc %s%> expected %<data%>, %<update%>, %<enter%> or %<exit%> expected %<declare target%> or %<assumes%> expected %<declare%> or %<assumes%> expected %<decltype%> expected %<delete%> expected %<depend%>, %<destroy%> or %<update%> clause expected %<directive%> or %<sequence%> expected %<else%> expected %<error%>, %<warning%>, %<ignored%>, %<push%>, %<pop%>, %<ignored_attributes%> after %<#pragma GCC diagnostic%> expected %<extern%> expected %<finally%> or %<catch%> expected %<for%> after %qs expected %<host%>, %<nohost%> or %<any%> expected %<in%>, %<out%>, %<inout%>, %<mutexinoutset%> or %<inoutset%> expected %<inclusive%> or %<exclusive%> clause expected %<match%> expected %<match%> at %C expected %<namespace%> expected %<new%> expected %<none%> or %<present%> expected %<none%>, %<shared%>, %<private%> or %<firstprivate%> expected %<omp_priv%> or function-name expected %<operator%> expected %<point%> expected %<read%>, %<write%>, %<update%>, %<capture%>, %<compare%>, %<weak%>, %<fail%>, %<seq_cst%>, %<acq_rel%>, %<release%>, %<relaxed%> or %<hint%> clause expected %<read%>, %<write%>, %<update%>, or %<capture%> clause expected %<reproducible%> or %<unconstrained%> expected %<return%> expected %<scalar%>, %<aggregate%> or %<pointer%> expected %<seq_cst%>, %<acq_rel%>, %<release%> or %<acquire%> expected %<seq_cst%>, %<acquire%> or %<relaxed%> expected %<seq_cst%>, %<relaxed%> or %<acq_rel%> expected %<simd%>, %<reduction%>, %<target%> or %<variant%> expected %<static_assert%> expected %<target%> expected %<teams%>, %<parallel%> or %<thread%> expected %<template%> expected %<throw%> expected %<try%> expected %<unified_address%>, %<unified_shared_memory%>, %<dynamic_allocators%>, %<reverse_offload%> or %<atomic_default_mem_order%> clause expected %<using%> expected %<while%> expected %<{%> expected %<{%> at %C expected %<{%> or %<:%> expected %<}%> expected %<}%> at %C expected %<}%> before %<else%> expected %<~%> expected %d levels of template parms for %q#D, got %d expected %i or more, found %i expected %i, found %i expected %qE selector name expected %qT but argument is of type %qT expected %qT but pointer is of type %qT expected %qs %<if%> clause modifier rather than %qs expected %qs keyword before dependent template name expected %qs or %qs expected ... expected 64-bit address but argument 1 is %d-bit expected 64-bit address but argument 2 is %d-bit expected : at %C expected OpenMP directive name expected a string after %<#pragma message%> expected an SSA_NAME object expected an argument to %<msp430_select_cpu%> expected an identifier for the attribute name expected assumption clause expected at least one assumption clause expected attribute argument as balanced token sequence expected attribute before %<...%> expected between %i and %i, found %i expected binary operator expected block index expected block specifier expected boolean expression expected boolean type expected case label expected channel expected class name expected class-key expected class-name expected constant integer expression with valid sync-hint value expected constant offset expected constant size expected constructor, destructor, or type conversion expected contract level: %<default%>, %<audit%>, or %<axiom%> expected contract semantic or level expected contract-role expected count value expected declaration expected declaration or statement expected declaration specifiers expected declaration specifiers or %<...%> expected declarator expected directive name expected else statement expected empty string after %<operator%> keyword expected end of capture-list expected end of line expected expression expected expression at %C expected expression-list or type-id expected frequency quality expected frequency value expected function expected function name expected function-name %<(%> expected goto expression expected id-expression expected id-expression (arguments) expected identifier expected identifier at %C expected identifier or %<(%> expected identifier or %<)%> expected identifier or %<*%> expected identifier or string literal expected identifier or string literal at %C expected initializer expected integer expected integer expression expected integer expression list expected interface or pointer to interface expected iteration declaration or initialization expected iteration-statement expected jump-statement expected label expected labeled-statement expected loop number expected map index on right hand side expected module-name expected name at %C expected namespace-name expected nested-name-specifier expected numeric type expected operator expected parameter pack before %<...%> expected pass name expected pointer expected pointer as argument of unary %<*%> expected pointer in %qs clause expected primary-expression expected ptr-operator expected qualified name in friend declaration for constructor %qD expected qualified name in friend declaration for destructor %qD expected selection-statement expected signature: %qD expected simd clause at %C expected single pointer in %qs clause expected specifier-qualifier-list expected statement expected string literal expected string-literal expected suffix identifier expected template-argument expected template-id expected template-id for type expected template-name expected trait selector name expected trait selector name at %C expected type specifier expected type-name expected type-specifier expected unqualified-id expected variant name at %C expecting %E byte in a region of size %E expecting %E bytes in a region of size %E expecting %E or more bytes in a region of size %E expecting argument of type pointer or of type integer for argument 1 expecting between %E and %E bytes in a region of size %E expecting internal function name expecting one and only one label to be declared experimental flag to turn on the new strict type checker explicit by-copy capture of %<this%> with by-copy capture default only available with %<-std=c++20%> or %<-std=gnu++20%> explicit by-copy capture of %qD redundant with by-copy capture default explicit by-reference capture of %qD redundant with by-reference capture default explicit conversion operators only available with %<-std=c++11%> or %<-std=gnu++11%> explicit deduction guide declared here explicit deduction guides not considered for copy-initialization explicit goto at end of bb %d explicit instantiation of %q#D explicit instantiation of %q#T before definition of template explicit instantiation of %qD but no definition available explicit instantiation of %qD in namespace %qD (which does not enclose namespace %qD) explicit instantiation of %qD outside its namespace must use a nested-name-specifier explicit instantiation of function concept %q#D explicit instantiation of non-class template %qD explicit instantiation of non-template %q#D explicit instantiation of non-template type %qT explicit instantiation of variable concept %q#D explicit instantiation shall not use %<consteval%> specifier explicit instantiation shall not use %<constexpr%> specifier explicit instantiation shall not use %<inline%> specifier explicit qualification in declaration of %qD explicit register variable %qs cannot be used in nested function explicit register variable %qs declared %<extern%> explicit register variable %qs declared thread local explicit specialization %q#D may be missing attributes explicit specialization declared %<concept%> explicit specialization in non-namespace scope %qD explicit specialization of %qD after first use explicit specialization of %qD must be introduced by %<template <>%> explicit specialization of %qD outside its namespace must use a nested-name-specifier explicit specialization of function concept %qD explicit specialization of non-template %qT explicit template argument list not allowed explicit template specialization cannot have a storage class explicitly defaulted function %q+D cannot be declared %qs because the implicit declaration is not %qs: explicitly used registers must be grouped at top of stack exponent-letter %<q%> in real-literal-constant at %C expr in !$OMP ATOMIC COMPARE assignment var = expr must be scalar and cannot reference var at %L expr in !$OMP ATOMIC WRITE assignment var = expr must be scalar and cannot reference var at %L expr in !$OMP ATOMIC assignment var = var op expr must be scalar and cannot reference var at %L expression %qE does not designate a %<constexpr%> function expression %qE is not a constant expression expression %qs requires %<object.TypeInfo%> and cannot be used with %<-fno-rtti%> expression cannot be used as a function expression does not compute the number of elements in this array; element type is %qT, not %qT expression in new-declarator must have integral or enumeration type expression in static assertion is not an integer expression in static assertion is not an integer constant expression expression in static assertion is not constant expression list treated as compound expression in functional cast expression list treated as compound expression in initializer expression list treated as compound expression in mem-initializer expression must be enclosed in parentheses expression must be integral expression of abstract class type %qT cannot be used in throw-expression expression statement has incomplete type extend_ref(): Bad tail extended initializer lists only available with %<-std=c++11%> or %<-std=gnu++11%> extended registers have no high halves extern declaration of %q+D follows declaration with no linkage extern model globalvalue external TLS initialization functions not supported on this target external linkage required for symbol %q+D because of %qE attribute externally visible inline clone extra %<;%> extra %<;%> after in-class function definition extra brace group at end of initializer extra compile time semantic checking, typically tries to catch poor programming style extra elements in scalar initializer extra outgoing edge %d->%d extra qualification %<%T::%> on member %qs extra qualification not allowed extra semicolon extra semicolon in method definition specified extra semicolon in struct or union specified extra type qualifiers in format argument (argument %d) extraneous data at end of file fail to initialize plugin %s failed %<assume%> attribute assumption failed %s mapper %qs failed %s mapper %qs line %u failed mapper handshake %s failed to create map component '%s' failed to create union component '%s' failed to expand built-in function failed to get exit status: %m failed to get process times: %m failed to initialize plugin %s failed to load binding %<%E%s%E%> failed to load binding %<%E%s%E@%s%> failed to load pendings for %<%E%s%E%> failed to open temporary file %s for LTO output failed to open temporary file %s with LTO output failed to read compiled module cluster %u: %s failed to read compiled module: %s failed to reclaim unneeded function failed to reclaim unneeded function in same comdat group failed to translate literal to execution character set %qT failed to write compiled module: %s failure memory model %qs cannot be stronger than success memory model %qs for %qD failure memory model %wi cannot be stronger than success memory model %wi for %qD failure to simplify substring reference in DATA statement at %L failure trying to reload: fallthru edge after a control statement in bb %d fallthru edge after unconditional jump in bb %i fallthru edge crosses section boundary in bb %i fallthru to exit from bb %d fast enumeration is not available in Objective-C 1.0 fastcall and cdecl attributes are not compatible fastcall and regparm attributes are not compatible fastcall and stdcall attributes are not compatible fastcall and thiscall attributes are not compatible fatal error: fclose %s: %m fe_runtime_error string must be null terminated fe_runtime_error: Wrong number of arguments (%d instead of %d) field %q#D can be accessed via %q#D field %q#D with same name as class field %qD has incomplete type %qT field %qE declared as a function field %qE has incomplete type field name not in record or union initializer field number exceeds definition of set field number out of range trying to access set element field precision specifier field size too large field width field width in printf format field width in scanf format field width in strfmon format field width in strftime format field width specifier fields cannot have RVV type %qT fields cannot have SVE type %qT fields have different layout in another translation unit file %qs left but not entered file ends in default argument file-scope compound literal specifies %<register%> file-scope declaration of %qE specifies %<auto%> file-scope declaration of %qE specifies %<register%> filename %qs does not start with profile prefix %qs fill character fill character in strfmon format find_array_spec(): unused as(1) find_array_spec(): unused as(2) find_enum(): Enum not found fini function found in object %s first %<sizeof%> operand was declared here first argument must be []byte first argument of %q+D should be %<int%> first argument of %qD must be a pointer, second integer constant first argument to %<__builtin_call_with_static_chain%> must be a call expression first argument to %<__builtin_choose_expr%> not a constant first argument to %<va_arg%> not of type %<va_list%> first mismatch is field first offset must be in opposite direction of loop iterations first register must be R0 first seen here first specified here fixed ebp register requires %<-maccumulate-outgoing-args%> fixed ebp register requires %<target("accumulate-outgoing-args")%> fixed register %s used to pass parameter to function fixed tree mismatch fixed-point overflow in expression %qE of type %qT results in %qE fixed-point overflow in expression of type %qT results in %qE fixed-point types not supported for this target fixed-point types not supported in C++ flexible array member %qD does not have well defined padding bits for %qs flexible array member %qD in an otherwise empty %q#T flexible array member %qD in union flexible array member %qD not at end of %q#T flexible array member in a struct with no named members flexible array member in union flexible array member not at end of struct floating constant exceeds range of %qT floating constant misused floating constant truncated to zero floating literal exceeds range of %qT type floating literal truncated to zero floating point overflow in expression %qE of type %qT results in %qE floating point overflow in expression of type %qT results in %qE floating-point constant not a valid immediate operand floating-point suffix %qs shadowed by implementation flow control insn inside a basic block fmax-include-depth=<number> Set the maximum depth of the nested #include. fold check: original tree changed by fold fold of empty expansion over %O fold-expressions only available with %<-std=c++17%> or %<-std=gnu++17%> fopen %s: %m for %qD for a function-style cast, remove the redundant %<::%D%> for array function parameter length expression must be specified for backward compatibility for deduction to %<std::initializer_list%>, use copy-list-initialization (i.e. add %<=%> before the %<{%>) for increment expression cannot resolve address of overloaded function for increment expression has no effect for increment expression is a reference, not call, to function %qE for pointer type length expression must be specified for statement expected for template declaration %q+D for the option %<-mcache-block-size=X%>, the valid X must be: 4, 8, 16, 32, 64, 128, 256, or 512 for type %qT for unknown bound array type length expression must be specified for, while or do statement expected force positive result from MOD and DIV result floor format format argument %d unused before used argument %d in %<$%>-style format format argument %d used more than once in %s format format argument should be a %qs reference format argument should be a %qs reference but a string was found format is a wide character string format not a string literal and no format arguments format not a string literal, argument types not checked format not a string literal, format string not checked format of column headings in %<devices.csv%> is incorrect format string argument follows the arguments to be formatted format string argument is not a string type format string is defined here format string is not an array of type %qs forming pointer to qualified function type %qT forming pointer to reference type %qT forming reference to qualified function type %qT forming reference to reference type %qT forming reference to void forming type of %qs forward declaration of %q#T forward reference to frame of %qs found %<%c%s%> found %<-%E%> instead of %<+%E%> in protocol(s) found %<:%> in nested-name-specifier, expected %<::%> found a %qT but the format argument should be a string found a %qs reference but the format argument should be a string found a default name with a non-empty defining statement found a real definition for a non-register found a virtual definition for a GIMPLE register found an SSA_NAME that had been released into the free pool found default case not at the start of case vector fp software completion requires %<-mtrap-precision=i%> fr30_print_operand: invalid %%F code fr30_print_operand: invalid %%x code fr30_print_operand: invalid operand to %%A code fr30_print_operand: unhandled MEM fr30_print_operand: unknown code fr30_print_operand: unrecognized %%B code fr30_print_operand: unrecognized %%b code fr30_print_operand: unrecognized %%p code fr30_print_operand_address: unhandled address frame pointer required, but reserved frame size of %qs is %wd bytes frame size of function %qs is %wd bytes exceeding user provided stack limit of %d bytes; an unconditional trap is added frame size of function %qs is %wd bytes which is more than half the stack size; the dynamic check would not be reliable; no check emitted for this function frame size too large for reliable stack checking free_expr0(): Bad expr type free_pi_tree(): Unresolved fixup friend declaration %q#D declares a non-template function friend declaration %qD in local class without prior local declaration friend declaration %qD is not visible to explicit specialization friend declaration %qD may not have virt-specifiers friend declaration does not name a class or function friend declaration here friend declaration not in class definition friend declaration of %q#D specifies default arguments and isn%'t the only declaration friend declaration of %qD specifies default arguments and isn%'t a definition friend declaration requires class-key, i.e. %<friend %#T%> friend declaration requires class-key, i.e. %<friend class %T::%D%> friend function definition %qs cannot have a name qualified with %<%D::%> friend function definition %qs cannot have a name qualified with %<::%> from definition of %q#D from previous declaration %qF frv_print_operand: unknown code func can only be compared to nil function %q#D is initialized like a variable function %q+D definition is marked dllimport function %q+D part of alias cycle function %q+F can never be copied because it has %<noclone%> attribute function %q+F can never be copied because it receives a non-local goto function %q+F can never be copied because it saves address of local label in a static variable function %q+F can never be inlined because it contains a computed goto function %q+F can never be inlined because it has a VLA argument function %q+F can never be inlined because it is suppressed using %<-fno-inline%> function %q+F can never be inlined because it uses %<__builtin_return%> or %<__builtin_apply_args%> function %q+F can never be inlined because it uses alloca (override using the always_inline attribute) function %q+F can never be inlined because it uses attributes conflicting with inlining function %q+F can never be inlined because it uses non-local goto function %q+F can never be inlined because it uses setjmp function %q+F can never be inlined because it uses setjmp-longjmp exception handling function %q+F can never be inlined because it uses variable argument lists function %qD declared %<[[noreturn]]%> but its first declaration was not function %qD declared %<virtual%> inside a union function %qD is initialized like a variable function %qD might be a candidate for %qs format attribute function %qD redeclared as variable function %qD used as %<asm%> output function %qs cannot be declared %<mutable%> function %qs has been referenced in offloaded code but hasn%'t been marked to be included in the offloaded code function %qs, parameter %u, has IPA-SRA accesses which overlap function %qs, parameter %u, is used but does not have any certain IPA-SRA access function arguments of %<__builtin_tgmath%> all have the same type function arguments of %<__builtin_tgmath%> lack type-generic parameter function attributes %qs and %qs are mutually exclusive function body can be overwritten at link time function body not available function call has aggregate value function call of variable concept %qE function called through a non-compatible type function concept must be called function declaration isn%'t a prototype function declared %<noreturn%> has a %<co_return%> statement function declared %<noreturn%> has a %<return%> statement function definition declared %<auto%> function definition declared %<register%> function definition declared %<typedef%> function definition declared %qs function definition does not declare parameters function definition has qualified void return type function does not return a value to test function does not return string type function has external linkage when the user requests only inlining static for live patching function may return address of local variable function might be candidate for attribute %qs function might be candidate for attribute %qs if it is known to return normally function name as the left hand operand of %<<%> is ill-formed in C++20; wrap the function name in %<()%> function not considered for inlining function not declared inline and code size would grow function not inlinable function not inline candidate function or array type %qT in %<#pragma omp declare reduction%> function or array type in %<#pragma omp declare reduction%> function parameter function pointers not supported with %<-mabi=ti%> option function requires a dual-context, which is not yet supported by GDC function result count mismatch function return type cannot be function function return types not compatible due to %<volatile%> function returning a function function returning an array function returns address of label function returns address of local variable function returns an aggregate function starts on a higher line number than it ends function symbol is not function function template %qD redeclared as a class template function template-id %qD in nested-name-specifier function types not truly compatible in ISO C function versions cannot be marked as %<gnu_inline%>, bodies have to be generated function with contracts %q+D overriding contractless function function with qualified void return type called function-scope %qE implicitly auto and declared %qs function-scope %qs implicitly auto and declared %<__thread%> function-try-block body of %<constexpr%> constructor only available with %<-std=c++20%> or %<-std=gnu++20%> function-try-block body of %<constexpr%> function only available with %<-std=c++20%> or %<-std=gnu++20%> functional cast to array type %qT gang reduction on an orphan loop garbage at end of %<#pragma nomember_alignment%> gcc driver version %s %sexecuting gcc version %s
gcc version %s %s
gcov %s%s
generate a C source scaffold for the current module being compiled generate a C++ source scaffold for the current module being compiled generate a shared library from the module generate error messages which render keywords in lower case generate extra nops to improve debugging, producing an instruction for every code related keyword generate static scaffold initialization and finalization for every module inside main generate the main function generate_isocbinding_initializer(): bad iso_c_binding type, expected %<c_ptr%> or %<c_funptr%> generic thunk code fails for method %qD which uses %<...%> get_mpz(): Not an integer constant getting core file size maximum limit: %m gfc_add_interface(): Bad interface type gfc_arith_divide(): Bad basic type gfc_arith_error(): Bad error code gfc_arith_minus(): Bad basic type gfc_arith_plus(): Bad basic type gfc_arith_times(): Bad basic type gfc_arith_uminus(): Bad basic type gfc_array_dimen_size(): Bad EXPR_ARRAY expr gfc_array_dimen_size(): Bad dimension gfc_ascii_statement(): Bad statement code gfc_basic_typename(): Undefined type gfc_caf_attr(): Bad array reference gfc_caf_attr(): Expression isn't a variable gfc_check_dependency: expecting an EXPR_VARIABLE gfc_check_digit(): bad radix gfc_code2string(): Bad code gfc_compare_derived_types: invalid derived type gfc_compare_expr(): Bad basic type gfc_copy_expr(): Bad expr node gfc_expression_rank(): Two array specs gfc_find_array_ref(): No ref found gfc_free_statement(): Bad statement gfc_get_constant_expr(): locus %<where%> cannot be NULL gfc_get_default_type(): Bad symbol %qs gfc_is_constant_expr(): Unknown expression type gfc_match(): Bad match code %c gfc_match_sym_complex_part(): Bad type gfc_op2string(): Bad code gfc_range_check() returned bad value gfc_range_check(): Bad type gfc_ref_dimen_size(): Bad dimen_type gfc_ref_dimen_size(): Bad dimension gfc_resolve_blocks(): Bad block type gfc_resolve_code(): Bad statement code gfc_resolve_code(): No expression on DO WHILE gfc_resolve_expr(): Bad expression type gfc_set_default_type(): symbol already has a type gfc_simplify_abs(): Bad type gfc_simplify_dcmplx(): Bad type (x) gfc_simplify_dcmplx(): Bad type (y) gfc_simplify_dim(): Bad type gfc_simplify_floor(): Bad kind gfc_simplify_log: bad type gfc_simplify_mod(): Bad arguments gfc_simplify_modulo(): Bad arguments gfc_trans_code(): Bad statement code gfc_trans_omp_workshare(): Bad statement code gfc_trans_select(): Bad type for case expr. gfc_typename(): Undefined type gfc_validate_kind(): Got bad kind gfc_validate_kind(): Got bad type gfc_variable_attr(): Expression isn't a variable gfortran does not support -E without -cpp gfortran: Only one %<-J%> option allowed gimple call has no target gimple call has two targets gimple check: expected %s(%s), have %s(%s) in %s, at %s:%d gimple_bb (phi) is set to a wrong basic block gimple_bb (stmt) is set to a wrong basic block gimplification failed global constructors not supported on this target global destructors not supported on this target global module fragment contents must be from preprocessor inclusion global qualification of class name is invalid global register variable %qD used in nested function global register variable follows a function definition global register variable has initial value global/static variable assignment has been intercepted got %d template parameters for %q#D got %d template parameters for %q#T goto destination is neither a label nor a pointer gp is constant (but save/restore gp on indirect calls). grave accent %<`%> in format gsplit-dwarf is not supported on this platform had semantic errors when compiling hardware decimal floating-point instructions not available in ESA/390 mode hardware decimal floating-point instructions not available on %s hardware vector support not available on %s hardware vector support not available with %<-msoft-float%> has different parameters in another translation unit has different return value in another translation unit head insn %d for block %d not found in the insn stream header module expected, module %qs found here high bound %qE above array section size in %qs clause high bound for the array is outside the ztype limits high bound for the subrange has overflowed histogram value statement does not correspond to the statement it is associated with iWMMXt and NEON are incompatible iWMMXt unsupported under Thumb mode ia64_print_operand: unknown code identical_array_ref(): inconsistent dimensions identifier %qE conflicts with C++ keyword identifier %qE is a keyword in C++11 identifier %qE is a keyword in C++20 identifier expected after %<@protocol%> identifier overflow: %d if any %<if%> clause has modifier, then all %<if%> clauses have to use modifier if avoiding the apostrophe is not feasible, enclose it in a pair of %qs and %qs directives instead if this code is reached, the program will abort if this use is part of a public ABI, change it to instead use a constant variable you define if using %qs is not feasible, use %qs instead ignoring %<#pragma %s %s%> ignoring %<#pragma align%> for explicitly aligned %q+D ignoring %<#pragma omp declare simd%> on function with %<_Atomic%> qualified non-%<uniform%> argument ignoring %<#pragma omp declare simd%> on function with %<_Atomic%> qualified return type ignoring %<-fschedule-insns%> because of exception handling bug ignoring %<asm%> specifier for non-static local variable %q+D ignoring %qD attribute on anonymous namespace ignoring %qD attribute on non-inline namespace ignoring %qE attribute applied to template instantiation %qT ignoring %qE attribute applied to template specialization %qT ignoring %qE attribute not set on a variable ignoring %qE attribute set on const variable ignoring %qE attribute set on initialized variable ignoring %qE attribute set on uninitialized variable ignoring attribute %<%E (%u)%> because it conflicts with attribute %<%E (%u)%> ignoring attribute %qE after earlier %qE ignoring attribute %qE because it conflicts with attribute %<either%> ignoring attribute %qE because it conflicts with attribute %<lower%> ignoring attribute %qE because it conflicts with attribute %<noinit%> ignoring attribute %qE because it conflicts with attribute %<persistent%> ignoring attribute %qE because it conflicts with attribute %<section%> ignoring attribute %qE because it conflicts with attribute %<upper%> ignoring attribute %qE because it conflicts with attribute %qs ignoring attribute %qE in declaration of a built-in function %qD because it conflicts with attribute %qs ignoring attribute %qs because it conflicts with previous %qs ignoring attributes applied to %qT after definition ignoring attributes applied to class type %qT outside of definition ignoring attributes applied to dependent type %qT without an associated declaration ignoring attributes in template argument %qE ignoring attributes on template argument %qT ignoring duplicate directory "%s"
ignoring large linear step ignoring loop annotation ignoring malformed %<#pragma longcall%> ignoring nonexistent directory "%s"
ignoring packed attribute because of unpacked non-POD field %q#D ignoring possibly conflicting option %<-fopt-info-%s%> ignoring return value of %qD declared with attribute %<warn_unused_result%> ignoring return value of %qD, declared with attribute %<nodiscard%> ignoring return value of %qD, declared with attribute %<nodiscard%>%s ignoring return value of %qD, declared with attribute %<nodiscard%>: %<%s%> ignoring return value of %qD, declared with attribute %<nodiscard%>: %E ignoring return value of %qD, declared with attribute %<warn_unused_result%> ignoring return value of %qD, that must be used ignoring return value of %qD, that must be used: %<%s%> ignoring return value of function declared with attribute %<warn_unused_result%> ignoring return value of type %qT, declared with attribute %<nodiscard%> ignoring return value of type %qT, declared with attribute %<nodiscard%>: %E ignoring returned value of type %qT, declared with attribute %<nodiscard%>%s ignoring returned value of type %qT, declared with attribute %<nodiscard%>: %<%s%> ignoring returned value of type %qT, that must be used ignoring returned value of type %qT, that must be used: %<%s%> ignoring sink clause with offset that is not a multiple of the loop step ignoring the %q#D declaration ignoring unknown option %q.*s ignoring unrecognized switch %<-mcustom-fpu-cfg%> value %<%s%> ignoring zero linear step illegal OP in optimize_comparison illegal aggregate type %qE specified for instance variable %qs illegal argument 0 to %qs illegal operand illegal operand address (1) illegal operand address (2) illegal operand address (3) illegal operand address (4) illegal operand detected illegal reference type specified for instance variable %qs immediate evaluation returns address of immediate function %qD immediate value must fit into a %d-bit integer for %s implicit capture of %qE via %<[=]%> is deprecated in C++20 implicit conversion from %qH to %qI to match other operand of binary expression implicit conversion from %qH to %qI to match other result of conditional implicit conversion from %qH to %qI when passing argument to function implicit conversion from %qT to %qT implicit conversion from %qT to %qT to match other operand of binary expression implicit conversion from %qT to %qT to match other result of conditional implicit conversion from %qT to %qT when passing argument to function implicit declaration of function %qE implicit declaration of function %qE; did you mean %qs? implicit dereference will not access object of type %qT in for increment expression implicit dereference will not access object of type %qT in left operand of comma operator implicit dereference will not access object of type %qT in right operand of comma operator implicit dereference will not access object of type %qT in second operand of conditional expression implicit dereference will not access object of type %qT in statement implicit dereference will not access object of type %qT in third operand of conditional expression implicit mapping of assumed size array %qD implicit templates may not be %<virtual%> implicit this pointer type mismatch implicit_section flag is set but section isn%'t implicitly popped registers must be grouped at top of stack implicitly-declared %qD is deprecated implied END DO import %qs has CRC mismatch import cannot appear directly in a linkage-specification import declared %q#D here import of named module %qs inside language-linkage block import-declaration must be at global scope import_iso_c_binding_module(): Unable to create symbol for %s imported at imports must be built before being imported impossible constraint in %<asm%> impossible register constraint in %<asm%> impossible type assertion: type does not implement interface in %s, at %s:%d in C++03 a class-key must be used when declaring a friend in C++11 and above a default constructor can be explicit in C++11 destructors default to %<noexcept%> in C++11 this %<throw%> will call %<terminate%> because destructors default to %<noexcept%> in C++20 this comparison calls the current function recursively with reversed arguments in C++98 %<template%> (as a disambiguator) is only allowed within templates in C++98 %q+D may not be static because it is a member of a union in C++98 %qD must be initialized by constructor, not by %<{...}%> in a call to %qD declared with attribute %<%s%> here in a call to %qT declared with attribute %<%s%> in a call to allocation function %qD declared here in a call to built-in allocation function %qD in a call to built-in function %qD in a call to function %qD in a call to function %qD declared %qs in a call to function %qD declared with attribute %qs in a call to non-static member function %qD in a call with type %qT in a call with type %qT and attribute %qs in argument to unary ! in basic block %d: in call to %qD, declared here in declaration %q+D in definition of macro %qs in expansion of macro %qs in gfc_simplify_acos(): Bad type in gfc_simplify_acosh(): Bad type in gfc_simplify_asin(): Bad type in gfc_simplify_asinh(): Bad type in gfc_simplify_atan(): Bad type in gfc_simplify_atanh(): Bad type in gfc_simplify_cos(): Bad type in gfc_simplify_exp(): Bad type in gfc_simplify_sin(): Bad type in initialization of structured binding variable %qD in passing argument %P of %qD in template argument for type %qT in the definition of %q#T in this expression in-class initialization of static data member %q#D of incomplete type in-class initialization of static data member %q#D of non-literal type inaccessible plugin file %s expanded from short plugin name %s: %m inappropriate accumulator for %qs include %qs or provide a declaration of %qD include %qs or provide a declaration of %qE include %qs processed textually include %qs translated to import incoming edge count does not match number of PHI arguments incompatible %qs clause when applying %<%s%> to %qD, which has already been marked with an OpenACC 'routine' directive incompatible address space qualifiers %qs and %qs incompatible data clause with reduction on %qE; promoting to %<present_or_copy%> incompatible floating point / vector register operand for '%%%c' incompatible implicit declaration of built-in function %qD incompatible implicit declaration of function %qD incompatible options %<-mstack-protector-guard=global%> and %<-mstack-protector-guard-offset=%s%> incompatible register operand for '%%%c' incompatible type for argument %d of %qE incompatible type for map index incompatible type for method %s%s%s incompatible type for method %s%s%s (%s) incompatible type for receiver incompatible types in %<PHI%> argument %u incompatible types in assignment of %qT to %qT incompatible types in binary expression incompatible types in send incompatible types when assigning to type %qT from type %qT incompatible types when initializing type %qT using type %qT incompatible types when returning type %qT but %qT was expected incompatible vector types in conditional expression: %qT, %qT and %qT incomplete implementation of category %qE incomplete implementation of class %qE incomplete type %qT does not have member %qD incomplete type %qT used in nested name specifier inconsistent %<ifunc%> attribute inconsistent because %qs inconsistent begin/end types in range-based %<for%> statement: %qT and %qT inconsistent capitalization in format inconsistent deduction for %qT: %qT and then %qT inconsistent deduction for auto return type: %qT and then %qT inconsistent imported macro definition %qE inconsistent instance variable specification inconsistent operand constraints in an %<asm%> inconsistent types %qT and %qT deduced for lambda return type inconsistent user-defined literal suffixes %qD and %qD in string literal incorrect comparison mode incorrect entry in %<label_to_block_map%> incorrect format in scaling, using 1/1
incorrect hint operand incorrect insn: incorrect number of arguments to function %qE incorrect number of vector %qs elements incorrect property %qs of %qs selector incorrect rounding operand incorrect setting of landing pad number incorrect sharing of tree nodes incorrect type of vector %qs elements incorrect type of vector CONSTRUCTOR elements incorrectly nested OpenACC loop parallelism increment expression refers to iteration variable %qD increment is not constant 1 or -1 for %<!=%> condition increment of a boolean expression increment of constant field %qD increment of enumeration value is invalid in C++ increment of function %qD increment of member %qD in read-only object increment of pointer to an incomplete type %qT increment of read-only location %qE increment of read-only member %qD increment of read-only named return value %qD increment of read-only parameter %qD increment of read-only reference %qD increment of read-only variable %qD incremented enumerator value is too large for %<long%> incremented enumerator value is too large for %<unsigned long%> index %E denotes an offset greater than size of %qT index in dimension %d is out of bounds at %L index must be integer index value instead of field name in union initializer index value is out of bound indirect call count does not match BB count indirect call in function, which are not supported by eBPF indirect call in speculative call sequence has no speculative flag indirect function %q+D cannot be declared %qE indirect function %q+D cannot be declared weak indirect function call with a yet undetermined callee indirect import %qs is not already loaded indirect jumps are not available on this target indirection will not access object of incomplete type %qT in for increment expression indirection will not access object of incomplete type %qT in left operand of comma operator indirection will not access object of incomplete type %qT in right operand of comma operator indirection will not access object of incomplete type %qT in second operand of conditional expression indirection will not access object of incomplete type %qT in statement indirection will not access object of incomplete type %qT in third operand of conditional expression indirection will not access object of non-trivially-copyable type %qT in for increment expression indirection will not access object of non-trivially-copyable type %qT in left operand of comma operator indirection will not access object of non-trivially-copyable type %qT in right operand of comma operator indirection will not access object of non-trivially-copyable type %qT in second operand of conditional expression indirection will not access object of non-trivially-copyable type %qT in statement indirection will not access object of non-trivially-copyable type %qT in third operand of conditional expression inferred scalar type %qT is not an integer or floating-point type of the same size as %qT infinite recursion detected inform user which parameters will be passed by reference inherited constructor %qD is not %<constexpr%> inheriting constructors only available with %<-std=c++11%> or %<-std=gnu++11%> init function found in object %s init-statement in selection statements only available with %<-std=c++17%> or %<-std=gnu++17%> init_arglist(): too many arguments initialization discards %qv qualifier from pointer target type initialization from distinct Objective-C type initialization from pointer to non-enclosed address space initialization left-hand side might be a candidate for a format attribute initialization makes %q#v qualified function pointer from unqualified initialization of %qT from %qT makes integer from pointer without a cast initialization of %qT from %qT makes pointer from integer without a cast initialization of %qT from incompatible pointer type %qT initialization of %qT from pointer to %qD with incompatible type %qT initialization of %qT from pointer type %qT with incompatible scalar storage order initialization of a flexible array member initialization of common block variable %qs in DATA statement at %C initialization of flexible array member in a nested context initialization of new-expression for type %<auto%> requires exactly one element initialization of non-const reference type %q#T from rvalue of type %qT initialization of volatile reference type %q#T from rvalue of type %qT initializations for multiple members of %qT initialized field overwritten initialized field with side-effects overwritten initialized member %q+D declared here initialized variable %q+D is marked dllimport initializer element is not a constant expression initializer element is not computable at load time initializer element is not constant initializer ends prematurely initializer expression refers to iteration variable %qD initializer fails to determine size of %q+D initializer fails to determine size of %qD initializer fails to determine size of %qT initializer for %<decltype(auto) %D%> has function type; did you forget the %<()%>? initializer for %q#D expands to an empty list of expressions initializer for %q#D is invalid initializer for %qT must be brace-enclosed initializer for flexible array member %q#D initializer for floating value is not a floating constant initializer for integer/fixed-point value is too complicated initializer in range-based %<for%> loop initializer invalid for static member with constructor initializer provided for function initializer specified for friend function %qD initializer specified for non-virtual method %q+D initializer specified for static member function %qD initializer-string for %qT is too long initializing %qD from %qE does not extend the lifetime of the underlying array initializing %qH with %qI in converted constant expression does not bind directly initializing a base class of type %qT results in object slicing injected-class-name %qD used as template template argument inline assembly is not a constant expression inline clone count is not compatible inline clone in same comdat group list inline clone is forced to output inline clone with address taken inline declaration of %qD follows declaration with attribute %<noinline%> inline function %q+D declared as dllimport: attribute ignored inline function %q+D declared but never defined inline function %q+D declared weak inline function %q+D given attribute %qs inline function %qD given attribute %qs inline function %qD used but never defined inline namespace must be specified at initial definition inline namespaces only available with %<-std=c++11%> or %<-std=gnu++11%> inline variables are only available with %<-std=c++17%> or %<-std=gnu++17%> inlined_to pointer is set but no predecessors found inlined_to pointer is wrong inlined_to pointer refers to itself inlined_to pointer set for noninline callers inlining failed in call to %<always_inline%> %q+F: %s inlining failed in call to %q+F: %s inner loop uses same OpenACC parallelism as containing loop input file %qs is the same as output file input operand constraint contains %qc insert plugin to identify runtime errors at compiletime insert_bbt(): Duplicate key found insertion out of range in %qs insn %d basic block pointer is %d, should be %d insn %d in footer of bb %d has non-NULL basic block insn %d in header of bb %d has non-NULL basic block insn %d is in multiple basic blocks (%d and %d) insn %d outside of basic blocks has non-NULL bb field insn addresses not freed insn addresses not set after shorten branches insn contains an invalid address ! insn does not satisfy its constraints: insn outside basic block insn with UID %i not found for operand %i (`%s') of insn %i insn with UID %i not found for operand %i of insn %i install: %s%s
installation error, cannot find %<crtoffloadtable.o%> instance variable %qE accessed in class method instance variable %qE is %s; this will be a hard error in the future instance variable %qE is declared %s instance variable %qE is declared private instance variable %qs has unknown size instance variable %qs is declared private instance variable %qs uses flexible array member instance variable assignment has been intercepted instruction never executed instruction prefetch applies when in 64-bit mode with RIP-relative addressing and option %<-mprefetchi%>; they stay NOPs otherwise instruction scheduling not supported on this target machine instruction set %qs cannot implement default ABI %qs, falling back to %qs insufficient contextual information to determine type insufficient partitioning available to parallelize element loop insufficient partitioning available to parallelize loop insufficient partitioning available to parallelize tile loop integer constant is too large for %<unsigned long%> type integer division by zero integer literal exceeds range of %qT type integer overflow in array size integer overflow in expression %qE of type %qT results in %qE integer overflow in expression of type %qT results in %qE integer suffix %qs shadowed by implementation integral expression %qE is not constant integral result type precision does not match field size of %qs interface %qE does not have valid constant string layout interface partition is not exported intermediate array offset %wi is outside array bounds of %qT internal compiler debugging information, dump the list of quadruples internal compiler error internal compiler error. Bad address: internal compiler error. Incorrect shift: internal compiler error. Unknown mode: internal compiler error: internal compiler error: error reporting routines re-entered.
internal consistency failure internal error: %<cris_side_effect_mode_ok%> with bad operands internal error: bad register: %d internal error: not expecting operand1 to be a constant set internal procedure %qs at %L conflicts with DUMMY argument internal unit in WRITE interrupt and naked attributes are not compatible interrupt handlers cannot be MIPS16 functions interrupt handlers cannot have arguments interrupt service routine can only have a pointer argument and an optional integer argument interrupt service routine cannot be called directly interrupt service routine must return %<void%> interrupt service routine should have %qs as the second argument interrupt service routine should have a pointer as the first argument interrupt vector to %qE attribute is not %<vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)%> intrinsic register index is out of range intrinsic variable which isn't a procedure invalid %%-code invalid %%A operand invalid %%A value invalid %%B operand invalid %%C operand invalid %%C value invalid %%D operand invalid %%D value invalid %%E value invalid %%F value invalid %%G mode invalid %%G value invalid %%H value invalid %%J code invalid %%J value invalid %%K value invalid %%L value invalid %%M value invalid %%N value invalid %%O value invalid %%P operand invalid %%P value invalid %%R value invalid %%T value invalid %%U value invalid %%V value invalid %%Y operand invalid %%d value invalid %%e value invalid %%f operand invalid %%f value invalid %%h value invalid %%j code invalid %%j value invalid %%k value invalid %%m value invalid %%p value invalid %%q value invalid %%r value invalid %%s operand invalid %%s value invalid %%t value invalid %%t/%%b value invalid %%u value invalid %%v value invalid %%x value invalid %%xn code invalid %%y value, try using the 'Z' constraint invalid %%z value invalid %<#pragma %s%> invalid %<CASE_CHAIN%> invalid %<CPU_TYPE%> value of %qs read from %<devices.csv%> for %qs invalid %<MPY_TYPE%> value of %qs read from %<devices.csv%> for %qs invalid %<PHI%> argument invalid %<PHI%> result invalid %<const_cast%> from type %qT to type %qT invalid %<const_cast%> of an rvalue of type %qT to type %qT invalid %<enum%> underlying type invalid %<static_cast%> from type %qT to type %qT invalid %<sve_width%> value: %d invalid %<task%> reduction modifier on construct combined with %<simd%> or %<loop%> invalid %<task%> reduction modifier on construct not combined with %<parallel%>, %<for%> or %<sections%> invalid %<task%> reduction modifier on construct other than %<parallel%>, %qs or %<sections%> invalid %<task%> reduction modifier on construct other than %<parallel%>, %qs, %<sections%> or %<scope%> invalid %qs offset operator invalid 'asm': invalid (pointer) operands %qs invalid IACC argument invalid JSON syntax invalid LHS in gimple call invalid Objective-C++ selector name invalid OpenACC clause at file scope invalid OpenMP non-rectangular loop step; %<(%E - %E) * %E%> is not a multiple of loop %d step %qE invalid RHS for gimple memory store: %qs invalid UNSPEC as operand invalid UNSPEC as operand: %d invalid _Literal invalid abstract parameter type %qT invalid abstract return type %qT invalid abstract return type for function %q+#D invalid abstract return type for member function %q+#D invalid abstract type %qT for %qE invalid abstract type for %q+D invalid access to non-static data member %qD in virtual base of NULL object invalid address invalid address for 'O' output modifier invalid address for 'R' output modifier invalid address for 'S' output modifier invalid address in operand invalid address mode invalid address operand in %qs invalid addressing mode invalid alignment for %<#pragma align%>, ignoring invalid alignment value for %<__builtin_arc_aligned%> invalid application of %<__alignof%> to a bit-field invalid application of %<sizeof%> to a bit-field invalid application of %<sizeof%> to a function type invalid application of %qs to a member function invalid application of %qs to a void type invalid application of %qs to array type %qT of incomplete element type invalid application of %qs to incomplete type %qT invalid architecture for target attribute or pragma %qs invalid argument %<%s%> for %<-mbranch-protection=%> invalid argument %<%s%> for %<-mharden-sls=%> invalid argument %d for builtin %qF invalid argument %qs to %qs invalid argument given to %<-mharden-sls=%> invalid argument in option %qs invalid argument of %qE attribute invalid argument of %qs attribute invalid argument of SQRT at %L invalid argument to %qD invalid argument to built-in function invalid argument to built-in function %s invalid argument to gimple call invalid arguments invalid arguments for %<-falign-%s%> option: %qs invalid arguments for %<-fpatchable-function-entry%> invalid array assignment invalid base %qE for SSA name invalid base-class specification invalid block index invalid branch to/from %s structured block invalid call to non-function invalid calls_comdat_local flag invalid case label in switch statement invalid case range in switch statement invalid cast from type %qT to type %qT invalid cast of a prvalue expression of type %qT to type %qT invalid cast to abstract class type %qT invalid cast to function type %qT invalid class name in declaration of %qD invalid clique in %qs invalid combination of multiple type-specifiers invalid comparison code in gimple cond invalid comparison of generated array invalid comparison of generated struct invalid comparison of nil with nil invalid comparison of non-comparable array invalid comparison of non-comparable struct invalid comparison of non-comparable type invalid comparison of non-ordered type invalid comparison operator for 'E' output modifier invalid const_double operand invalid constant invalid constant - try using an output modifier invalid constant for output modifier '%c' invalid constant in %<#pragma %s%> invalid constant in %<#pragma pack%> - ignored invalid constant vector for output modifier '%c' invalid constrained type parameter invalid constraints invalid constraints for operand invalid constructor; you probably meant %<%T (const %T&)%> invalid control register %d for mvtc; using %<psw%> invalid controlling predicate invalid conversion from %<__fpreg%> invalid conversion from %qH to %qI invalid conversion from type %<__vector_pair%> invalid conversion from type %<__vector_quad%> invalid conversion from type %<bfloat16_t%> invalid conversion in gimple call invalid conversion in return statement invalid conversion to %<__fpreg%> invalid conversion to type %<__vector_pair%> invalid conversion to type %<__vector_quad%> invalid conversion to type %<bfloat16_t%> invalid conversion to type %qT from type %qT invalid covariant return type for %q#D invalid covariant return type for %q+#D invalid cpu %qs for %s%qs%s invalid custom instruction option %qs invalid declaration of %<%T::%E%> invalid declaration of member template in local class invalid declarator invalid default argument for a template template parameter invalid default case label in switch statement invalid definition of qualified type %qT invalid depend kind invalid depend kind in omp %<ordered%> %<depend%> invalid dist_schedule kind invalid doacross kind invalid element index %qE to %<__builtin_shufflevector%> invalid element type for attribute %qs invalid embedcfg: Files entry is not a string invalid embedcfg: Files is not a JSON object invalid embedcfg: Patterns entry is not an array invalid embedcfg: Patterns is not a JSON object invalid embedcfg: duplicate Patterns entry invalid embedcfg: missing Files invalid embedcfg: missing Patterns invalid embedcfg: not a JSON object invalid encoding prefix in literal operator invalid entry to %s structured block invalid exit from %s structured block invalid exit from OpenMP structured block invalid explicit specialization invalid expression - try using an output modifier invalid expression as operand invalid expression for min lvalue invalid expression for output modifier '%c' invalid expression for static array dimension: %s invalid expression type for %<#pragma omp atomic%> invalid failure memory model %qs for %qD invalid feature modifier %qs in %<-march=%s%> invalid feature modifier %qs in %<-mcpu=%s%> invalid feature modifier %qs of value %qs in %<target()%> pragma or attribute invalid feature modifier %s of value %qs in %<target()%> pragma or attribute invalid fn spec attribute "%s" invalid fn spec attribute "%s" arg %i invalid fnsummary in LTO stream invalid form of %<#pragma omp atomic compare%> invalid form of %<#pragma omp atomic%> invalid form of %<pragma omp atomic compare%> invalid format for %<sve_width%> invalid format of %s invalid fp constant invalid fpu for target attribute or pragma %qs invalid function in gimple call invalid hard register usage between earlyclobber operand and input operand invalid hard register usage between output operand and matching constraint operand invalid hard register usage between output operands invalid header name %qs invalid hex digit invalid id value for exception attribute invalid id value for interrupt attribute invalid id value for interrupt/exception attribute invalid id value for reset attribute invalid in-class initialization of static data member of non-integral type %qT invalid increment expression invalid initial value for member %qE invalid initialization of non-const reference of type %qH from an rvalue of type %qI invalid initialization of reference of type %qH from expression of type %qI invalid initializer invalid initializer clause invalid initializer for %q#D invalid initializer for array member %q#D invalid initializer for member function %qD invalid initializer for structured binding declaration invalid insn: invalid iterating variable in fast enumeration invalid jump function in LTO stream invalid key type for %<-mbranch-protection=%> invalid labels in gimple cond invalid left hand side of assignment invalid line in the resolution file invalid linkage-specification invalid location for %<pragma %s%>, ignored invalid lvalue in %<asm%> output %d invalid map kind invalid mask invalid mask type in %qs invalid member template declaration %qD invalid memory model %qs for %qD invalid memory model %wi for %qD invalid memory model argument %d of %qE invalid module name %qs invalid name %qs in %<target("arch=")%> pragma or attribute invalid name %qs in %<target("cpu=")%> pragma or attribute invalid name %qs in %<target("tune=")%> pragma or attribute invalid new-expression of abstract class type %qT invalid nmi function for reset attribute invalid non-type template argument invalid non-vector operands to %qs invalid number in %<-mrgf-banked-regs=%s%> valid values are 0, 4, 8, 16, or 32 invalid number of arguments for %<-falign-%s%> option: %qs invalid offload table in %s invalid offset operand in %qs invalid operand invalid operand %%xn code invalid operand address invalid operand code '%c' invalid operand for '%%%c' invalid operand for 'A' modifier invalid operand for 'D' modifier invalid operand for 'H' modifier invalid operand for 'O' modifier invalid operand for 'T' modifier invalid operand for 'b' modifier invalid operand for 'e' modifier invalid operand for 'm' modifier invalid operand for 'o' modifier invalid operand for 'p' modifier invalid operand for 'z' modifier invalid operand for code '%c' invalid operand in %qs invalid operand in return statement invalid operand in unary operation invalid operand modifier letter invalid operand output code invalid operand prefix invalid operand prefix '%%%c' invalid operand size for operand code '%c' invalid operand size for operand code 'O' invalid operand size for operand code 'z' invalid operand to %%H/%%L code invalid operand to %%M code invalid operand to %%N code invalid operand to %%O code invalid operand to %%R invalid operand to %%R code invalid operand to %%S invalid operand to %%T/%%B code invalid operand to %%U code invalid operand to %%V code invalid operand to %%Z code invalid operand to %%p code invalid operand to %%s code invalid operand to %%z code invalid operand to switch statement invalid operand type %qT for %qs invalid operand type used with operand code '%c' invalid operands in binary operation invalid operands in gimple comparison invalid operands in ternary operation invalid operands of types %qT and %qT to binary %qO invalid operands to %%c code invalid operands to %qs invalid operands to binary %s (have %qT and %qT) invalid operation invalid operation (%s) invalid operation on %<__fpreg%> invalid operator for %<#pragma omp atomic%> invalid order in asm node %i invalid parameter combination for AltiVec intrinsic %qs invalid parameter combination for intrinsic %qs invalid parameter type %qT invalid pass positioning operation invalid pointer mode %qs invalid pointer to bit-field %qD invalid position or size in %qs invalid position or size operand to %qs invalid private reduction on %qE invalid proc_bind kind invalid protection type %qs in %<target("branch-protection=")%> pragma or attribute invalid prototype for '%s' invalid punctuation %qc in constraint invalid pure const state for function invalid pure specifier (only %<= 0%> is allowed) invalid qualifiers for %<constexpr%> object invalid qualifiers for field of %<constexpr%> object invalid qualifiers on non-member function type invalid qualifying scope in pseudo-destructor name invalid receive on send-only channel invalid receiver type %qs invalid reduction-identifier invalid reference for 'J' output modifier invalid register name for %q+D invalid regular expression %qs in %qs invalid relocation invalid resolution in the resolution file invalid return type %qT of %<constexpr%> function %q+D invalid rtl sharing found in the insn invalid schedule kind invalid second argument to %<__builtin_prefetch%>; using zero invalid second argument to built-in function invalid send on receive-only channel invalid setter, it must have one argument invalid shift operand invalid source block specification invalid static chain in gimple call invalid storage class for function %qE invalid target memregs value %<%d%> invalid template declaration of %qD invalid template non-type parameter invalid template-argument-list invalid template-id invalid third argument invalid third argument to %<__builtin_ia32_prefetch%>; using zero invalid third argument to %<__builtin_prefetch%>; using zero invalid type %<void%> for %<new%> invalid type %qT as initializer for a vector of type %qT invalid type %qT declared %<friend%> invalid type argument (have %qT) invalid type argument of %<->%> (have %qT) invalid type argument of %<->*%> (have %qT) invalid type argument of array indexing (have %qT) invalid type argument of implicit conversion (have %qT) invalid type argument of unary %<*%> (have %qT) invalid type for %<asm%> flag output invalid type for _Literal with constructor invalid type for instance variable invalid type for iteration variable %qE invalid type for make function invalid type for parameter %d of %<constexpr%> function %q+#D invalid type for property invalid type of %<__MEM%> operand invalid type of argument %u of type-generic function invalid type-generic return type for argument %u of %<__builtin_tgmath%> invalid type-generic type for argument %u of argument %u of %<__builtin_tgmath%> invalid types %<%T[%T]%> for array subscript invalid types for %qs invalid types in address space conversion invalid types in conversion to floating-point invalid types in conversion to integer invalid types in fixed-point conversion invalid types in nop conversion invalid use of %%d, %%x, or %%X invalid use of %<...%> calling non-variadic function invalid use of %<...%> with builtin function invalid use of %<...%> with non-slice invalid use of %<::%> invalid use of %<__builtin_va_arg_pack ()%> invalid use of %<__builtin_va_arg_pack_len ()%> invalid use of %<auto%> in conversion operator invalid use of %<auto%> in default template argument invalid use of %<auto%> in exception-specification invalid use of %<auto%> in template argument invalid use of %<const_cast%> with type %qT, which is a pointer or reference to a function type invalid use of %<const_cast%> with type %qT, which is not a pointer, reference, nor a pointer-to-data-member type invalid use of %<decltype(auto)%> invalid use of %<extern%> variable %qD in %<#pragma acc declare%> invalid use of %<global%> variable %qD in %<#pragma acc declare%> invalid use of %<restrict%> invalid use of %<this%> after it is valid invalid use of %<this%> at top level invalid use of %<this%> before it is valid invalid use of %<this%> in non-member function invalid use of %q#T with a flexible array member in %q#T invalid use of %q#T with a zero-size array in %q#D invalid use of %qD invalid use of %qD in linkage specification invalid use of %qE to form a pointer-to-member-function invalid use of %qT invalid use of %qT in template argument invalid use of '%%%c' invalid use of MMA operand of type %qs as a function parameter invalid use of MMA type %qs as a function return value invalid use of a pointer to an incomplete type in pointer arithmetic invalid use of array indexing on pointer to member invalid use of array with unspecified bounds invalid use of asm flag output invalid use of attribute %<fallthrough%> invalid use of attributes in empty declaration invalid use of brace-enclosed initializer list invalid use of constructor as a template invalid use of contract role for explicit semantic invalid use of cv-qualified type %qT in parameter declaration invalid use of dependent type %qT invalid use of destructor %qD as a type invalid use of destructor %qE as a type invalid use of flexible array member invalid use of implicit conversion on pointer to member invalid use of incomplete type %q#T invalid use of incomplete typedef %qT invalid use of member %qD (did you forget the %<&%> ?) invalid use of member %qD in constructor %<pre%> contract invalid use of member %qD in destructor %<post%> contract invalid use of member %qD in static member function invalid use of member function %qD (did you forget the %<()%> ?) invalid use of method value as argument of Offsetof invalid use of non-lvalue array invalid use of non-static data member %qD invalid use of non-static data member %qE invalid use of non-static member function %qD invalid use of non-static member function of type %qT invalid use of pack expansion %qT invalid use of pack expansion expression invalid use of placeholder %qT invalid use of pointers to arrays with different qualifiers in ISO C before C2X invalid use of qualified-name %<%D::%D%> invalid use of qualified-name %<%T::%D%> invalid use of qualified-name %<::%D%> invalid use of register '%s' invalid use of structure with flexible array member invalid use of template template parameter %qT invalid use of template type parameter %qT invalid use of template-id %qD in declaration of primary template invalid use of template-name %qE without an argument list invalid use of type invalid use of type %<void%> in parameter declaration invalid use of type %qT as a default value for a template template-parameter invalid use of unary %<*%> on pointer to member invalid use of undefined type %qT invalid use of void expression invalid use of volatile lvalue inside %<transaction_safe%> function invalid use of volatile lvalue inside transaction invalid user-defined conversion from %qH to %qI invalid value-initialization of reference type invalid vector comparison resulting type invalid vector constant invalid vector immediate invalid vector operand invalid vector type for attribute %qE invalid vector types in nop conversion invalid version number %qs invalid warm function for reset attribute invalid zero extract inverted slice range io_kind_name(): bad I/O-kind ipa inline summary is missing in input file ipa reference summary is missing in ltrans unit is hidden by %qs is_c_interoperable(): gfc_simplify_expr failed it is defined as a pointer in different address space in another translation unit it is defined as a pointer to different type in another translation unit it must be a pointer-to-member of the form %<&X::Y%> it must be the address of a function with external linkage it must be the name of a function with external linkage it was later defined here item in READ iterating variable in fast enumeration is not an object iteration %s invokes undefined behavior iteration variable %qD should not be firstprivate iteration variable %qD should not be reduction iteration variable %qE is predetermined linear iteration variable %qE should be private iteration variable %qE should not be firstprivate iteration variable %qE should not be linear iteration variable %qE should not be reduction iterator %qD has %<_Atomic%> qualified type iterator %qD has const qualified type iterator %qD has neither integral nor pointer type iterator %qD has zero step iterator step with non-integral type iterator variable its dest_idx should be %d, not %d its value can vary between compiler versions or with different %<-mtune%> or %<-mcpu%> flags ivar %qs used by %<@synthesize%> declaration must be an existing ivar iwmmxt abi requires an iwmmxt capable cpu iwmmxt requires an AAPCS compatible ABI for proper operation jump into scope of identifier with variably modified type jump into statement expression jump skips variable initialization jump to case label jump to label %qD junk at end of %<#pragma %s%> junk at end of %<#pragma ADDRESS%> junk at end of %<#pragma CTABLE_ENTRY%> junk at end of %<#pragma GCC memregs%> [0-16] junk at end of %<#pragma GCC visibility%> junk at end of %<#pragma __nostandard%> junk at end of %<#pragma __standard%> junk at end of %<#pragma align%> junk at end of %<#pragma fini%> junk at end of %<#pragma init%> junk at end of %<#pragma longcall%> junk at end of %<#pragma message%> junk at end of %<#pragma ms_struct%> junk at end of %<#pragma options%> junk at end of %<#pragma pack%> junk at end of %<#pragma pop_options%> junk at end of %<#pragma push_options%> junk at end of %<#pragma redefine_extname%> junk at end of %<#pragma reset_options%> junk at end of %<#pragma unused%> junk at end of %<#pragma weak%> junk at end of %<#pragma%> ghs endsda junk at end of %<#pragma%> ghs endtda junk at end of %<#pragma%> ghs endzda junk at end of %<#pragma%> ghs interrupt junk at end of %<#pragma%> ghs section junk at end of %<#pragma%> ghs startsda junk at end of %<#pragma%> ghs starttda junk at end of %<#pragma%> ghs startzda junk at end of '#pragma extern_model' keyword %<export%> is deprecated, and is ignored keyword %<export%> is enabled with %<-fmodules-ts%> keyword %<export%> not implemented, and will be ignored keyword %<template%> not allowed in class-head-name keyword %<template%> not allowed in declarator-id keyword %<typename%> not allowed in this context (a qualified member initializer is implicitly a type) keyword %<typename%> not allowed in this context (the base class is implicitly a type) keyword %<typename%> not allowed outside of templates label %q+D declared but not defined label %q+D defined but not used label %q+D used but not defined label %qD defined here label %qD has incorrect context in bb %d label %qD in the middle of basic block %d label %qD to block does not match in bb %d label %qE referenced outside of any function label %s referenced outside of any function label at end of compound statement label at end of compound statement only available with %<-std=c++2b%> or %<-std=gnu++2b%> label context is not the current function declaration label definition in %<constexpr%> function only available with %<-std=c++2b%> or %<-std=gnu++2b%> lambda capture initializers only available with %<-std=c++14%> or %<-std=gnu++14%> lambda capture of %qE is not a constant expression lambda expressions only available with %<-std=c++11%> or %<-std=gnu++11%> lambda in local class %q+T cannot capture variables from the enclosing context lambda parameter %qD previously declared as a capture lambda templates are only available with %<-std=c++14%> or %<-std=gnu++14%> lambda templates are only available with %<-std=c++20%> or %<-std=gnu++20%> lambda-expression in template parameter type lambda-expression in template-argument only available with %<-std=c++20%> or %<-std=gnu++20%> lambda-expression in unevaluated context only available with %<-std=c++20%> or %<-std=gnu++20%> lambda-expression is not a constant expression before C++17 lambdas are implicitly %<constexpr%> only in C++17 and later lane %wd out of range %wd - %wd lane index must be a constant immediate language %s not recognized language dialect differs %qs, expected %qs language string %<"%E"%> not recognized large fixed-point constant implicitly truncated to fixed-point type large integer implicitly truncated to unsigned type large return values not supported with %<-mabi=ti%> option last argument must be an immediate last argument of %qD is not integer constant between 0 and 3 last register name %s must be an odd register ld returned %d exit status left argument must be a slice left hand operand of %<->*%> must be a pointer to class, but is a pointer to member of type %qT left operand of comma operator cannot resolve address of overloaded function left operand of comma operator has no effect left operand of comma operator is a reference, not call, to function %qE left operand of shift expression %q+E is negative left precision left precision in strfmon format left shift count >= width of type left shift count >= width of vector element left shift count is negative left shift of negative value left-hand operand of comma expression has no effect left-hand side of assignment might be a candidate for a format attribute len larger than cap length %qE above array section size in %qs clause length %qE of array section does not have integral type length computed here length modifier length modifier in printf format length modifier in scanf format length modifier in strfmon format length required when allocating a slice letter %c was found & insn was not CONST_INT libraries: %s
library function %q#D redeclared as non-function %q#D library lib%s not found limit is %wu bytes, but argument is %s limit is %wu bytes, but argument may be as large as %s linear clause applied to non-integral non-pointer variable with %qT type linear clause applied to non-integral non-pointer variable with type %qT linear clause with %qs modifier applied to non-reference variable with %qT type linear step expression must be integral link against the pthread library (default on) list-initializer for non-class type must not be parenthesized listing the stack pointer register %qs in a clobber list is deprecated literal operator %q#D conflicts with raw literal operator literal operator suffixes not preceded by %<_%> are reserved for future standardization literal operator template %qD has invalid parameter list; expected non-type template parameter pack %<<char...>%> literal operator template %qD has invalid parameter list; expected non-type template parameter pack %<<char...>%> or single non-type parameter of class type literal operator with C linkage live patching (with %qs) is not supported with LTO lo_sum not of register local class %q#T shall not have static data member %q#D local declaration from a different function local declaration of %qE hides instance variable local label %qE conflicts with existing label local member %q#D declared here local method %q#D declared here local symbols must be defined local variable %qD may not appear in this context local variable memory requirements exceed capacity location of OpenACC %<kernels%> location of the previous clause in the same loop nest location of the previous reduction for %qE location references block not in block tree logical %<and%> applied to non-boolean constant logical %<and%> of equal expressions logical %<and%> of mutually exclusive tests is always false logical %<or%> applied to non-boolean constant logical %<or%> of collectively exhaustive tests is always true logical %<or%> of equal expressions logical not is only applied to the left hand side of comparison logical_to_bitwise(): Bad intrinsic lookup of %qT in %qT is ambiguous loop %d%'s header does not belong directly to it loop %d%'s header does not have exactly 2 entries loop %d%'s header is not a loop header loop %d%'s latch does not belong directly to it loop %d%'s latch does not have an edge to its header loop %d%'s latch does not have exactly 1 successor loop %d%'s latch does not have header as successor loop %d%'s latch is marked as part of irreducible region loop %d%'s latch is not dominated by its header loop %d%'s number of iterations %qE references the released SSA name %qE loop uses OpenACC parallelism disallowed by containing routine loop variable %qD creates a copy from type %qT loop variable %qD of type %qT binds to a temporary constructed from type %qT loop verification on loop tree that needs fixup loop with header %d marked for removal loop with header %d not in loop tree looser exception specification on overriding virtual function %q+#F low bound %qE above array section size in %qs clause low bound %qE of array section does not have integral type low bound for the array is outside the ztype limits low bound for the subrange has overflowed lower value in case label range less than minimum value for type lseek failed while reading export data lvalue required as decrement operand lvalue required as increment operand lvalue required as left operand of assignment lvalue required as unary %<&%> operand lvalue required in %<asm%> statement lvalue-to-rvalue conversion of a volatile lvalue %qE with type %qT machine independent builtin code out of range macro debug output may be incomplete with modules macro definitions of %qE corrupted macro expands to multiple statements macro name missing after %qs main variant is not defined make_generic(): Cannot find generic symbol %qs making multiple clones of %qD malformed %<#pragma %s%>, ignored malformed %<#pragma %s%>, ignoring malformed %<#pragma ADDRESS%> variable address malformed %<#pragma CTABLE_ENTRY%> variable address malformed %<#pragma GCC pch_preprocess%> malformed %<#pragma GCC visibility push%> malformed %<#pragma __extern_prefix%>, ignoring malformed %<#pragma align%> malformed %<#pragma align%>, ignoring malformed %<#pragma builtin%> malformed %<#pragma extern_model%>, ignoring malformed %<#pragma fini%> malformed %<#pragma fini%>, ignoring malformed %<#pragma init%> malformed %<#pragma init%>, ignoring malformed %<#pragma member_alignment%> malformed %<#pragma member_alignment%>, ignoring malformed %<#pragma message%>, ignored malformed %<#pragma ms_struct {on|off|reset}%>, ignoring malformed %<#pragma ms_struct%>, ignoring malformed %<#pragma options align={mac68k|power|reset}%>, ignoring malformed %<#pragma options%>, ignoring malformed %<#pragma pack%> - ignored malformed %<#pragma pack(pop[, id])%> - ignored malformed %<#pragma pack(push[, id][, <n>])%> - ignored malformed %<#pragma redefine_extname%>, ignored malformed %<#pragma weak%>, ignored malformed %<#pragma%> ghs section malformed %<COLLECT_GCC_OPTIONS%> malformed %<target("%s")%> pragma or attribute malformed %<target()%> pragma or attribute malformed option %<-fplugin-arg-%s%>: missing %<-<key>[=<value>]%> malformed ptx file malformed spec function arguments malformed spec function name malloc attribute should be used for a function that returns a pointer mangled name for %qD will change in C++17 because the exception specification is part of a function type mangling %<typeof%>, use %<decltype%> instead mangling %C mangling of %q#D as %qE conflicts with a previous mangle map can only be compared to nil mapper died by signal %s mapper exit status %d mapping field %qE of variable length structure mask must be an immediate match_attr_spec(): Bad attribute match_level_4(): Bad operator match_string_constant(): Delimiter not found matching constraint does not allow a register matching constraint not valid in output operand matching constraint references invalid operand number maximal number of LTO partitions streamed in parallel. maximum limit of %d namespaces searched for %qE maximum number of LRA assignment passes is achieved (%d) maximum number of generated reload insns per insn achieved (%d) may access %E byte in a region of size %E may access %E bytes in a region of size %E may access %E or more bytes in a region of size %E may access between %E and %E bytes in a region of size %E may not use both -EB and -EL may not use both -m32 and -m64 may read %E byte from a region of size %E may read %E bytes from a region of size %E may read %E or more bytes from a region of size %E may read between %E and %E bytes from a region of size %E may write %E byte into a region of size %E may write %E bytes into a region of size %E may write %E or more bytes into a region of size %E may write between %E and %E bytes into a region of size %E mduc registers only saved for G13 target media functions are not available unless %<-mmedia%> is used mem-initializer for %qD follows constructor delegation member %q+#D with constructor not allowed in anonymous aggregate member %q+#D with constructor not allowed in union member %q+#D with copy assignment operator not allowed in anonymous aggregate member %q+#D with copy assignment operator not allowed in union member %q+#D with destructor not allowed in anonymous aggregate member %q+#D with destructor not allowed in union member %q+D cannot be declared as a %<mutable%> reference member %q+D cannot be declared both %<const%> and %<mutable%> member %qD can be declared both %<virtual%> and %<constexpr%> only in %<-std=c++20%> or %<-std=gnu++20%> member %qD cannot be declared both %<virtual%> and %<static%> member %qD declared as friend before type %qT defined member %qD in read-only object used as %<asm%> output member %qD is uninitialized reference member %qD is used uninitialized member %qD must be initialized by mem-initializer in %<constexpr%> constructor member %qD with uninitialized reference fields member functions are implicitly friends of their class member template %qD may not have virt-specifiers member variables cannot have RVV type %qT member variables cannot have SVE type %qT members of an explicitly specialized class are defined without a template header memory allocation failed in vasprintf memory allocation failed while reading export data memory input %d is not directly addressable memory layout mismatch memory reference expected for 'S' output modifier method %<%c%E%> declared %<@optional%> and %<@required%> at the same time method %s%s%s is marked go:nointerface method %s%s%s requires a pointer receiver method argument attributes are not available in Objective-C 1.0 method attributes are not available in Objective-C 1.0 method attributes cannot be specified in @implementation context method attributes must be specified at the end method attributes must be specified at the end only method declaration not in @interface context method declared %qE overriding %qE method method definition for %<%c%E%> not found method definition not in @implementation context method overrides both %<transaction_pure%> and %qE methods method possibly missing a [super dealloc] call method type does not match object type min partition size cannot be greater than max partition size mio_array_ref(): Unknown array ref mips16 function profiling mismatch between declaration %qE size (%wd) and its initializer size (%wd) mismatch in argument %u type of built-in function %qD; expected %qT mismatch in argument %u type of intrinsic function %qD (%qT, should be %qT) mismatch in argument %u type of intrinsic function %qD (%qT, should be %qs) mismatch in bound %Z of argument %u declared as %s mismatch in bounds %Z of argument %u declared as %s mismatch in call of intrinsic function %qD mismatch in number of arguments for builtin %qF. Expected: %d got %d mismatch in return type of built-in function %qD; expected %qT mismatch in return type of intrinsic function %qD (%qT, should be %qs) mismatched argument pack lengths (%d vs %d) mismatched argument pack lengths while expanding %qE mismatched argument pack lengths while expanding %qT mismatched contract attribute in declaration mismatched contract condition in declaration mismatched declarations during linktime optimization mismatched operator in fold-expression mismatching comparison operand types mismatching definition mismatching parens misplaced %<@%D%> Objective-C++ construct missing $ operand number in format missing %<(%> after %<#pragma GCC visibility push%> - ignored missing %<(%> after %<#pragma pack%> - ignored missing %<(%> after %<#pragma unused%>, ignoring missing %<)%> after %<#pragma unused%>, ignoring missing %<PHI%> def missing %<big-endian%>, %<little-endian%>, or %<default%> after %<#pragma scalar_storage_order%> missing %<error%>, %<warning%>, %<ignored%>, %<push%>, %<pop%>, or %<ignored_attributes%> after %<#pragma GCC diagnostic%> missing %<target%> attribute for multi-versioned %qD missing %qs clause when applying %<%s%> to %qD, which has already been marked with an OpenACC 'routine' directive missing REG_EH_REGION note at the end of bb %i missing additional %<requires%> to start a requires-expression missing arch name in %<-march=%s%> missing argument for %<-mbranch-protection=%> missing argument to %<#pragma GCC diagnostic ignored_attributes%> missing argument to %<target("branch-protection=")%> pragma or attribute missing argument to %qs missing attribute name after %<#pragma GCC diagnostic ignored_attributes%> missing barrier after block %i missing braces around initializer missing braces around initializer for %qT missing callgraph edge for call stmt: missing close brace for named operand missing close paren missing collection in fast enumeration missing controlling predicate missing cpu name in %<-mcpu=%s%> missing cpu name in %<-mtune=%s%> missing dash missing definition missing device or architecture after %qs missing direct call for speculation %i missing edge %i->%i missing filename after %qs missing fill character at end of strfmon format missing header name missing increment expression missing indirect call in speculative call sequence missing initializer for field %qD of %qT missing initializer for member %qD missing loop condition in loop with %<GCC ivdep%> pragma missing loop condition in loop with %<GCC unroll%> pragma missing makefile target after %qs missing mapper missing method %s%s%s missing module name missing name in %<target("arch=")%> pragma or attribute missing name in %<target("cpu=")%> pragma or attribute missing number missing open paren missing operand missing option after %<#pragma GCC diagnostic%> kind missing or corrupt object.d missing origin for a node in a nested list missing path after %qs missing primary template attribute %s missing primary template attributes %s missing property attribute missing ref for speculation %i missing resolution data for %s missing sentinel in function call missing template argument list after %qE; for deduction, template placeholder must be followed by a simple declarator-id missing template argument list after %qE; template placeholder not permitted in parameter missing template arguments missing template arguments after %qE missing terminating %c character missing type-name in typedef-declaration missing value in %<target()%> pragma or attribute misspelled term %<%.*s%> in format; use %<%s%s%> instead mixing OpenMP directives with attribute and pragma syntax on the same declaration mixing OpenMP directives with attribute and pragma syntax on the same statement mixing declarations and function-definitions is forbidden mixing different types of symbol in same comdat groups is not supported mode %qs applied to inappropriate type mode size of non-integral result does not match field size of %qs modification of %qE is not a constant expression modifier other than %<val%> specified in %<linear%> clause on %<simd%> or %<for%> constructs when using OpenMP 5.2 modifiers modifier should not be specified in %<linear%> clause on %<simd%> or %<for%> constructs when not using OpenMP 5.2 modifiers modifying a const object %qE is not allowed in a constant expression module %qs CRC mismatch module %qs declared here module %qs expected, header module found module %qs found module %qs imported here module already declared module already imported module contains OpenMP, use %<-fopenmp%> to enable module dependencies require preprocessing module nature in USE statement at %C module-declaration not permitted in header-unit module-declaration only permitted as first declaration, or ending a global module fragment more than %d operands in %<asm%> more than one %<atomic_default_mem_order%> clause in a single compilation unit more than one %qs clause with %<source%> modifier on an %<ordered%> construct more than one 'crtl' directive more than one access specifier in base-specifier more than one locator in %<depend%> clause on %<depobj%> construct moving %qE of type %qT to itself moving a local object in a return statement prevents copy elision moving a temporary object prevents copy elision mpfr not configured to handle all floating modes multi-source compilation not implemented for C++ multidimensional array must have bounds for all dimensions except the first multilib exclusion %qs is invalid multilib exclusions %qs is invalid multilib select %qs %qs is invalid multilib select %qs is invalid multilib spec %qs is invalid multiple %<-mcpu=%> options specified multiple %<default%> targets were set multiple %<step%> modifiers multiple %qE attribute multiple EH personalities are supported only with assemblers supporting %<.cfi_personality%> directive multiple OpenMP standalone directives among %<omp::directive%> attributes must be all within the same %<omp::sequence%> multiple declarations in range-based %<for%> loop multiple default labels in one switch multiple definition of %q#T multiple fast interrupt routines seen: %qE and %qE multiple fields in union %qT initialized multiple function type attributes specified multiple hot/cold transitions found (bb %i) multiple initializations given for %qD multiple initializations given for base %qT multiple inline callers multiple interrupt attributes not allowed multiple interrupt attributes to function %qD multiple iterating variables in fast enumeration multiple linear modifiers multiple methods named %<%c%E%> found multiple nested types attributes to function %qD multiple parameters named %qD multiple prevailing defs for %qE multiple property %qE methods specified, the latest one will be used multiple ref-qualifiers multiple save register attributes to function %qD multiple selectors named %<%c%E%> found multiple storage classes in declaration of %qs multiple storage classes in declaration specifiers multiple types in one declaration multiple virtual PHI nodes in BB %d multiple-value argument in single-value context multiple-value function call in single-value context multiply option implies r%d is fixed multiversioning needs %<ifunc%> which is not supported on this target must %<#include <typeinfo>%> before using %<typeid%> must be declared with %<noexcept(true)%> must use %<.*%> or %<->*%> to call pointer-to-member function in %<%E (...)%>, e.g. %<(... ->* %E) (...)%> mutable %qD is not usable in a constant expression naked attribute only applies to functions name %qD used in a GNU-style designated initializer for an array name %qT has incomplete type name %qs differs from name %qs defined in another translation unit name %qs is defined as %u-bit while another translation unit defines it as %u-bit name %qs is defined to %wd while another translation unit defines it as %wd name %qs is defined to different value in another translation unit name missing for member function name of class shadows template template parameter %qD name used in a GNU-style designated initializer for an array named return values are no longer supported namespace %qD entered namespace alias %qD not allowed here, assuming %qD namespace name required namespace-scope anonymous aggregates must be static narrowing conversion of %qE from %qH to %qI narrowing conversion of %qE from %qH to %qI is ill-formed in C++11 need %<this%> to access member %qE need %<this%> to access member %qs need %<typename%> before %<%T::%D::%E%> because %<%T::%D%> is a dependent scope need %<typename%> before %<%T::%E%> because %qT is a dependent scope need %<typename%> before %qE because %qT is a dependent scope need explicit conversion need explicit conversion; missing method %s%s%s negative insn length negative integer implicitly converted to unsigned type negative length in array section in %qs clause negative low bound in array section in %qs clause negative nesting depth of region %i negative shift count negative width in bit-field %q+D negative width in bit-field %qs neither branch of %<if%> is a constant expression neither the destructor nor the class-specific %<operator delete%> will be called, even if they are declared when the class is defined neither the destructor nor the class-specific operator %<delete []%> will be called, even if they are declared when the class is defined nested assembly dialect alternatives nested extern declaration of %qD nested function %q+D declared but never defined nested function %qE declared %<extern%> nested function %qs declared %<extern%> nested function missing body nested function trampolines not supported on GCN5 due to non-executable stacks nested function trampolines not supported on this target nested functions cannot be profiled with %<-mfentry%> on s390 nested functions not supported on this target nested inline namespace definitions only available with %<-std=c++20%> or %<-std=gnu++20%> nested loop in reduction needs reduction clause for %qE nested name specifier %qT for enum declaration does not name a class or namespace nested namespace definitions only available with %<-std=c++17%> or %<-std=gnu++17%> nested namespace name required nested quoting directive nested redefinition of %<enum %E%> nested redefinition of %<struct %E%> nested redefinition of %<union %E%> nested requirement %qE is not satisfied nested requirement %qE is not satisfied, because new cannot be applied to a function type new cannot be applied to a reference type new declaration %q#D ambiguates built-in declaration %q#D new in Fortran 2003 new in Fortran 2008 new in Fortran 2018 new in Fortran 95 new types may not be defined in a return type new-expression is not a constant expression before C++20 next member %q#D declared here no %<%D(int)%> declared for postfix %qs no %<%D(int)%> declared for postfix %qs, trying prefix operator instead no %<%c%E%> method found no %<FUNCTION_PROFILER%> for CRIS no %<enum%> underlying type specified no %q#D member function declared in class %qT no %qs getter found no FPX/FPU mixing allowed no LTRANS output list filename provided no arguments no arguments for spec function no attribute can be applied to an explicit instantiation no class name specified with %qs no class template named %q#T in %q#T no closing %<]%> for %<%%[%> format no closing brace no constructors no context to resolve type of %qE no conversion operators declared no corresponding deallocation function for %qD no data type for mode %qs no declaration matches %q#D no declaration of property %qs found in the interface no default argument for %qD no destructors no dispatcher found for the versioning attributes no dispatcher found for the versioning attributes: %s no field %qD found in union being initialized no functions named %qD no immediate_use list no input files no input files; unwilling to write output files no integral type can represent all of the enumerator values for %qT no low registers available for popping high registers no match for no match for call to %<%T::operator[] (%A)%> no match for call to %<(%T) (%A)%> no matches converting function %qD to type %q#T no matching concept for template-introduction no matching concepts for %qE no matching fixed-point overload found for %qs no matching function for call to %<%D(%A)%> no matching function for call to %<%T::%s%E(%A)%#V%> no matching function for call to %<%T::operator %T(%A)%#V%> no matching function for call to %<%s(%A)%> no matching function for type-generic call no matching push for %<#pragma GCC visibility pop%> no matching template for %qD found no member function %qD declared in %qT no member named %qE in %qT no multilib-enabled ABI (%qs) can be implemented with instruction set %qs, falling back to %qs no operand of the disjunction is satisfied no post-decrement operator for type no post-increment operator for type no pre-decrement operator for type no pre-increment operator for type no previous declaration for %qD no previous prototype for %qD no processor type specified for linking no profile files were merged
no profiling of 64-bit code for this ABI no register in address no return statement in %<constexpr%> function returning non-void no return statement in function returning non-void no return statements in function returning %qT no semicolon at end of struct or union no suitable %<operator %s%> for %qT no suitable %qD found in class %qT no super class declared in @interface for %qE no super class declared in interface for %qE no suspend point info for %qD no type named %q#T in %q#T no type or storage class may be specified here, no unexpanded parameter packs in binary fold no unique final overrider for %qD in %qT no valid clauses specified in %<#pragma acc declare%> no viable destructor for %qT node differs from node->decl->decl_with_vis.symtab_node node has body_removed but is definition node has invalid order %i node has unknown type node is alias but not definition node is alias but not implicit alias node is alone in a comdat group node is analyzed but it is not a definition node is in same_comdat_group list but has no comdat_group node is symver but not alias node is transparent_alias but not an alias node is weakref but not an transparent_alias node not found in symtab assembler name hash node not found node->decl->decl_with_vis.symtab_node nodes with unreleased memory found noexcept-expression evaluates to %<false%> because of a call to %qD non 32 bit register operand for '%%%c' non double precision REAL argument to %s intrinsic at %L non-%<consteval%> function %q+D overriding %<consteval%> function non-AAPCS derived PCS variant non-ASCII character in CFString literal non-NULL pointer initialization at %C non-OpenACC construct inside of OpenACC region non-OpenACC construct inside of OpenACC routine non-array deallocation of object allocated with array allocation non-call exception handling mismatch non-class, non-variable partial specialization %qE is not allowed non-cold basic block %d reachable only by paths crossing the cold partition non-const integer argument %u in call to function %qE non-constant argument 0 to %qs non-constant argument 1 to %qs non-constant array in DATA statement %L non-constant array initialization non-constant array new length must be specified directly, not by %<typedef%> non-constant array new length must be specified without parentheses around the type-id non-constant compound literals cannot appear in a constant-expression non-constant condition for static assertion non-constant element in constant CONSTRUCTOR non-constant expression %qs non-constant in-class initialization invalid for non-inline static member %qD non-constant in-class initialization invalid for static member %qD non-constant initialization expression at %L non-deducible template %qT used without template arguments non-default INTEGER kind argument to %s intrinsic at %L non-delegitimized UNSPEC %s (%d) found in variable location non-deleted function %q+D overriding deleted function non-floating-point argument in call to function %qE non-floating-point arguments in call to function %qE non-function %qD declared as implicit template non-function alias definitions not supported in this configuration non-function in gimple call non-integer argument 1 to %qs non-integer argument 3 in call to function %qE non-integer memory model argument %d of %qE non-integer operand used with operand code %<z%> non-integral type switch statement non-local lambda expression cannot have a capture-default non-local variable %qD declared %<__thread%> has a non-trivial destructor non-local variable %qD declared %<__thread%> needs dynamic initialization non-loop with header %d not marked for removal non-lvalue array in conditional expression non-member %qs cannot be declared %<mutable%> non-member function %qD cannot have cv-qualifier non-member function %qD cannot have ref-qualifier non-member using-declaration names constructor of %qT non-member-template declaration of %qD non-memory input %d must stay in memory non-memory output %d must stay in memory non-nested function with variably modified type non-object member %qs cannot be declared %<mutable%> non-objective-c type %qT cannot be caught non-parameter %qs cannot be a parameter pack non-pointer argument to %<__builtin_launder%> non-rectangular loop nest with step other than constant 1 or -1 for %qs non-register as LHS of binary operation non-register as LHS of ternary operation non-register as LHS of unary operation non-scalar %qs non-scalar type non-scalar variable %qD in conditional %<lastprivate%> clause non-standard suffix on floating constant non-static const member %q#D in class without a constructor non-static const member %q#D, cannot use default assignment operator non-static data member %q+D in a union may not have reference type %qT non-static data member %qE declared %qs non-static data member declared with placeholder %qT non-static data member initializers only available with %<-std=c++11%> or %<-std=gnu++11%> non-static declaration of %q+D follows static declaration non-static initialization of a flexible array member non-static reference %q#D in class without a constructor non-static reference member %q#D, cannot use default assignment operator non-template %qD used as template non-template type %qT used as a template non-thread-local declaration of %q#D follows thread-local declaration non-thread-local declaration of %q+D follows thread-local declaration non-top-level %qs non-trivial conversion in %qs non-trivial conversion in unary operation non-trivial designated initializers not supported non-type partial specialization %qE is not allowed non-type template parameters of class type only available with %<-std=c++20%> or %<-std=gnu++20%> non-type template parameters of deduced class type only available with %<-std=c++20%> or %<-std=gnu++20%> non-variable %qD in declaration with more than one declarator with placeholder type non-vector %qs with elements non-vector operands in vector comparison nonconstant array index in initializer nonempty exits list of loop %d, but exits are not recorded nonlocal label %qD is not first in a sequence of labels in bb %d nonzero array subscript %qE is used with array %qD of type %qT with unknown bounds nonzero array subscript %qE is used with array of type %qT with unknown bounds normalization cannot co-exist with scaling
not Encapsulated Lazy Records of Named Declarations not allowed type combination in %qs not configured with sysroot headers suffix not enough DO loops for %s !$ACC LOOP at %L not enough DO loops for collapsed %s at %L not enough arguments not enough arguments to return not enough for loops to collapse not enough perfectly nested loops not enough type information not enough variable arguments to fit a sentinel not expecting different types to binary operator not exporting %<#define %E%> as it is a keyword not generating patch area, nops not supported not support %<-fpic%> option for v3m toolchain not writing module %qs due to errors note note: null destination pointer null format string null pointer null pointer dereference nullability specifier %qE cannot be applied to multi-level pointer type %qT nullability specifier %qE cannot be applied to non-pointer type %qT number must be 0 or 1 number of arguments doesn%'t match built-in prototype number of arguments doesn%'t match prototype number of bb notes in insn chain (%d) != n_basic_blocks (%d) number of components of vector not a power of two number of counters in profile data for function %qD does not match its profile data (counter %qs, expected %i and have %i) number of results does not match number of values number of speculative targets %i mismatched with num_speculative_call_targets %i number of variables in %qs clause with %<sink%> modifier does not match number of iteration variables number of vector components %wu exceeds %d number of vector components %wu not a power of two numeric argument of %qE attribute must be in range [0-63] objc++-cpp-output is deprecated; please use objective-c++-cpp-output instead objc-cpp-output is deprecated; please use objective-c-cpp-output instead object %qE of size %s object is not a method object missing in use of %qE object of size %s allocated by %qE object property %qD has no %<assign%>, %<retain%> or %<copy%> attribute; assuming %<assign%> object type %qT does not match destructor name ~%qT object with variably modified type must have no linkage objective-c method declaration is expected objective-c++ message argument(s) are expected objective-c++ message receiver expected objective-c++ method declaration is expected obsolescent in Fortran 95 obsolete Maverick format code '%c' obsolete option %<-I-%> used, please use %<-iquote%> instead obsolete use of designated initializer with %<:%> obsolete use of designated initializer without %<=%> obtained here odr-used inline variable %qD is not defined of module offload compiler %s not found offload compiler %s not found (consider using %<-B%>) offload dimension out of range (%d) offset %qwi outside bounds of constant string offset exceeds 16 bytes offset of %qD for %<-std=c++14%> and up changes in %<-fabi-version=17%> (GCC 12) offset of %qD is not ABI-compliant and may change in a future version of GCC offset of %qT base class for %<-std=c++14%> and up changes in %<-fabi-version=17%> (GCC 12) offset of packed bit-field %qD has changed in GCC 4.4 old declaration %q#D old-style function definition old-style parameter declarations in prototyped function definition omitted middle operand to %<?:%> operand cannot be mangled omp_cur_iteration at %L requires %<-1%> as logical offset one field is a bitfield while the other is not one of the initializer call arguments should be %<&omp_priv%> one of the initializer call arguments should be %<omp_priv%> or %<&omp_priv%> one type needs to be constructed while the other does not only %<distribute%>, %<parallel%> or %<loop%> regions are allowed to be strictly nested inside %<teams%> region only %<inbranch%> and %<notinbranch%> flags are allowed for %<__simd__%> attribute only %<inbranch%> and %<notinbranch%> flags are allowed for %<simd%> attribute only %qT or a null pointer constant can be converted to %qT only %u name provided for structured binding only %u names provided for structured binding only 0.0 can be loaded as an immediate only 32-bit access is supported for %<__regio_symbol%> address space only DWARF debug format is supported for interrupt service routine only Objective-C object types can be qualified with a protocol only attribute %<fallthrough%> or %<assume%> can be applied to a null statement only constructors take member initializers only declarations of constructors and conversion operators can be %<explicit%> only here as a %<friend%> only plain %<auto%> return type can be deduced to %<void%> only unevaluated inline assembly is allowed in a %<constexpr%> function in C++20 only uninitialized variables can be placed in a %<.bss%> section only uninitialized variables can be placed in the %<.noinit%> section only values 12 (4 KB) and 16 (64 KB) are supported for guard size. Given value %d (%llu KB) is out of range only weak aliases are supported in this configuration only zero initializers are allowed in section %qs opaque vector types cannot be initialized opaque-enum-declaration here opaque-enum-specifier must use a simple identifier opaque-enum-specifier without name open %s failed: %s open /dev/zero: %m opening LTRANS output list %s: %m opening dependency file %s: %m opening json file %s: %m opening mixin file %s: %m opening output file %qs: %s opening output file %s: %m operand %%xn code invalid for QImode operand %d should be a 3 bit unsigned immediate operand %d should be a 6 bit unsigned immediate operand %d should be a 8 bit unsigned immediate operand 1 should be an unsigned 3-bit immediate operand 1 should be an unsigned 3-bit value (I0-I7) operand 2 should be an even 3-bit value (subreg 0,2,4,6) operand 2 should be an unsigned 3-bit value (I0-I7) operand 2 should be an unsigned 3-bit value (subreg 0-7) operand 2 should be an unsigned 8-bit value operand 3 should be an unsigned 3-bit value (I0-I7) operand 3 should be an unsigned 8-bit value operand 4 should be an unsigned 8-bit value (0-255) operand constraint contains incorrectly positioned %<+%> or %<=%> operand constraints for %<asm%> differ in number of alternatives operand is not a condition code, invalid operand code '%c' operand is not a condition code, invalid operand code 'D' operand is not a condition code, invalid operand code 'Y' operand is not a specific integer, invalid operand code 'R' operand is not a specific integer, invalid operand code 'r' operand is not an integer, invalid operand code 'K' operand is not an integer, invalid operand code 'R' operand is not an offsettable memory reference, invalid operand code 'H' operand number missing after %%-letter operand number out of range operand number out of range in format operand number specified for format taking no argument operand number specified with suppressed assignment operand of %<?:%> changes signedness from %qT to %qT due to unsignedness of other operand operand of fold expression has no unexpanded parameter packs operand type %qT is incompatible with argument %d of %qE operand types are %qT and %qT operands to %<?:%> have different types %qT and %qT operands to %<?:%> of types %qT and %qT have unordered conversion rank operands to %T/%t must be reg + const_int: operation not permitted on type %<bfloat16_t%> operation on %qE may be undefined optimization attribute on %qD follows definition but the attribute doesn%'t match optimization level attribute mismatch optimization may eliminate reads and/or writes to register variables optimize non var unbounded parameters by passing it by reference, providing it is not written to within the callee procedure. option %<%s%> requires %<-mlong-double-128%> option %<%s=%s%> is not available for %qs CPU option %<-mdouble=32%> is only available if configured %<--with-double={32|32,64|64,32}%> option %<-mdouble=64%> is only available if configured %<--with-double={64|64,32|32,64}%> option %<-mirq-ctrl-saved%> valid only for ARC v2 processors option %<-mlong-double=32%> is only available if configured %<--with-long-double={32|32,64|64,32}%>, or %<--with-long-double=double%> together with %<--with-double={32|32,64|64,32}%> option %<-mlong-double=64%> is only available if configured %<--with-long-double={64|64,32|32,64}%>, or %<--with-long-double=double%> together with %<--with-double={64|64,32|32,64}%> option %<-mrgf-banked-regs%> valid only for ARC v2 processors option %<-mstructure-size-boundary%> is deprecated option %qs is ignored, the default value %qs is considered for %qs CPU option %qs is not available for %qs CPU option %qs is valid for %s but not for %s option %qs with mismatching values (%s, %s) option %s is not supported together with %<-fopenacc%> option %s not used consistently in all LTO input files option %s with different values optional argument optional class parameter options or targets=options missing after %qs optype_msgid overflow: %d or replace parentheses with braces to aggregate-initialize a variable or replace parentheses with braces to value-initialize a variable or use %<auto%> for an abbreviated function template or use %<j%> instead of %<i%> for the GNU built-in suffix ordered argument needs positive constant integer expression ordered comparison of pointer with integer zero ordered comparison of pointer with integer zero (%qT and %qT) ordered comparison of pointer with null pointer orders the initialization/finalializations for scaffold-static or force linking of modules if scaffold-dynamic ordinal type expected origin points to a different parent original %<default%> is here original declaration appeared here original declaration here original declaration with fewer contracts here original definition appeared here original definition here original not compressed with zstd original size unknown original template declaration here originally declared %<const%> here originally defined here originally indirect function call not considered for inlining originally specified here orphaned %qs construct other match is here ought to match virtual method %qD but does not outer %<__transaction_cancel%> not within outer %<__transaction_atomic%> outer %<__transaction_cancel%> not within outer %<__transaction_atomic%> or a %<transaction_may_cancel_outer%> function outer block of region %i is wrong outer iteration variable %qD addend expression %qE is not integral outer iteration variable %qD multiplier expression %qE is not integral outer iteration variable %qD used in condition expression has type other than %qT outer iteration variable %qD used in initializer expression has type other than %qT outer transaction in %<transaction_may_cancel_outer%> function outer transaction in %<transaction_safe%> function outer transaction in transaction output constraint %d cannot be specified together with %qs clobber output constraint %d must specify a single register output constraint %qc for operand %d is not at the beginning output file %s already exists in folder %s output filename may not be empty output filename specified twice output number %d not directly addressable output operand %d must use %<&%> constraint output operand constraint lacks %<=%> output operand is constant in %<asm%> output registers must be grouped at top of stack output_move_single: overflow in array dimension overflow in constant expression overflow in conversion from %qT to %qT changes the value of %qE overflow in conversion from %qT to %qT changes value from %qE to %qE overflow in enumeration values overflow in enumeration values at %qD overflow in implicit constant conversion overflowed output argument list for %qs overlapping initializer for field %qT.%qD overloaded builtin %qs is implemented by builtin %qs overloaded function name %qE in clause %qs overloaded function with no contextual type information overridden function is %q#D overridden function is %q#F overridden function is %qD override controls (override/final) only available with %<-std=c++11%> or %<-std=gnu++11%> overriding %qD declared %<transaction_safe%> pack expansion argument for non-pack parameter %qD of alias template %qD pack expansion argument for non-pack parameter %qD of concept %qD pack expansion in using-declaration only available with %<-std=c++17%> or %<-std=gnu++17%> pack init-capture only available with %<-std=c++20%> or %<-std=gnu++20%> packed attribute causes inefficient alignment packed attribute causes inefficient alignment for %q+D packed attribute causes inefficient alignment for %qE packed attribute is unnecessary packed attribute is unnecessary for %q+D packed attribute is unnecessary for %qE packed layout padding struct size to alignment boundary with %E bytes padding struct to align %q+D parameter %P has incomplete type %qT parameter %P of %qD has incomplete type %qT parameter %q+D declared %<_Noreturn%> parameter %q+D declared %<inline%> parameter %q+D has just a forward declaration parameter %qD declared with void type parameter %qD has incomplete type parameter %qD includes pointer to array of unknown bound %qT parameter %qD includes reference to array of unknown bound %qT parameter %qD invalidly declared method type parameter %qD is initialized parameter %qD may not appear in this context parameter %qD set but not used parameter %qP of %qD might be a candidate for a format attribute parameter %u (%q+D) has incomplete type parameter %u (%q+D) has void type parameter %u has incomplete type parameter %u has void type parameter declaration before lambda declaration specifiers only optional with %<-std=c++2b%> or %<-std=gnu++2b%> parameter declaration before lambda exception specification only optional with %<-std=c++2b%> or %<-std=gnu++2b%> parameter declaration before lambda trailing return type only optional with %<-std=c++2b%> or %<-std=gnu++2b%> parameter declaration before lambda transaction qualifier only optional with %<-std=c++2b%> or %<-std=gnu++2b%> parameter declared %<auto%> parameter may not have variably modified type %qT parameter might be a candidate for a format attribute parameter name missing from parameter list parameter names (without types) in function declaration parameter pack %<__bases%> only valid in template declaration parameter pack %q+D must be at the end of the template parameter list parameter pack %qD cannot have a default argument parameter pack argument %qE must be at the end of the template argument list parameter pack argument %qT must be at the end of the template argument list parameter pack cannot have a default argument parameter packs not expanded with %<...%>: parameter passing for argument of type %qT changed %{in GCC 12.1%} parameter passing for argument of type %qT changed in GCC 13.1 parameter passing for argument of type %qT changed in GCC 7.1 parameter passing for argument of type %qT changed in GCC 9.1 parameter passing for argument of type %qT when C++17 is enabled changed to match C++14 %{in GCC 10.1%} parameter passing for argument of type %qT with %<[[no_unique_address]]%> members changed %{in GCC 10.1%} parameter passing for argument of type %qT with zero-width bit fields members changed in GCC 12 parameter to builtin must be a string constant or literal parameter to builtin not valid: %s parametrized derived type argument parent subprogram cannot be inlined parentheses around %qE cannot be used to form a pointer-to-member-function parentheses must be omitted if %qE attribute argument list is empty parentheses must be omitted if attribute argument list is empty parentheses required around this composite literal to avoid parsing ambiguity parentheses were disambiguated as a function declaration parenthesized initialization is not allowed in OpenMP %<for%> loop parenthesized initializer in array new parse error in SELECT RANK statement at %C parse error in SELECT TYPE statement at %C parse error in template argument list part-ref with pointer attribute near %L is not rightmost part-ref of data-stmt-object partial specialization %q+D does not specialize any template arguments and is not more constrained than the primary template; to define the primary template, remove the template argument list partial specialization %q+D does not specialize any template arguments; to define the primary template, remove the template argument list partial specialization %qD is not more specialized than partial specialization %qT declared %<friend%> partial specialization is not more specialized than the primary template because it replaces multiple parameters with a pack expansion partial specialization of %qD after instantiation of %qD partition found but function partition flag not set pass %qs not found but is referenced by new pass %qs pass %s does not support cloning pass %s needs a %<set_pass_param%> implementation to handle the extra argument in %<NEXT_PASS%> passed to the preprocessor if -fcpp is used (internal switch) passing %qT as %<this%> argument discards qualifiers passing %qT chooses %qT over %qT passing %qT instead of the expected %qT to argument %d of %qE, after passing %qT to argument %d passing %qT to argument %d of %qE, but %qT is not a valid SVE element type passing %qT to argument %d of %qE, but argument %d had type %qT passing %qT to argument %d of %qE, but its %qT form does not accept scalars passing %qT to argument %d of %qE, but previous arguments had type %qT passing %qT to argument %d of %qE, which expects %qT passing %qT to argument %d of %qE, which expects %qs passing %qT to argument %d of %qE, which expects %qs or %qs passing %qT to argument %d of %qE, which expects a 32-bit or 64-bit integer type passing %qT to argument %d of %qE, which expects a pointer to 32-bit or 64-bit elements passing %qT to argument %d of %qE, which expects a pointer type passing %qT to argument %d of %qE, which expects a scalar element passing %qT to argument %d of %qE, which expects a scalar integer passing %qT to argument %d of %qE, which expects a scalar pointer passing %qT to argument %d of %qE, which expects a single SVE vector rather than a tuple passing %qT to argument %d of %qE, which expects a vector of %d-bit elements passing %qT to argument %d of %qE, which expects a vector of %d-bit integers passing %qT to argument %d of %qE, which expects a vector of 32-bit or 64-bit elements passing %qT to argument %d of %qE, which expects a vector of 32-bit or 64-bit integers passing %qT to argument %d of %qE, which expects a vector of integers passing %qT to argument %d of %qE, which expects a vector of signed integers passing %qT to argument %d of %qE, which expects a vector of unsigned integers passing %qT to argument %d of %qE, which expects a vector or pointer base address passing %qT to argument %d of %qE, which expects a vector or scalar type passing %qT to argument %d of %qE, which expects an SVE tuple type passing %qT to argument %d of %qE, which expects an SVE vector type passing %qT to argument %d of %qE, which when loading %qT expects a vector of %d-bit integers passing %qT to argument %d of %qE, which when storing %qT expects a vector of %d-bit integers passing %wd to argument %d of %qE, which expects %wd, %wd, %wd or %wd passing %wd to argument %d of %qE, which expects a valid %qT value passing %wd to argument %d of %qE, which expects a value in the range [%wd, %wd] passing %wd to argument %d of %qE, which expects either %wd or %wd passing NULL to non-pointer argument %P of %qD passing argument %d of %qE as %<float%> rather than %<double%> due to prototype passing argument %d of %qE as %qT rather than %qT due to prototype passing argument %d of %qE as complex rather than floating due to prototype passing argument %d of %qE as complex rather than integer due to prototype passing argument %d of %qE as floating rather than complex due to prototype passing argument %d of %qE as floating rather than integer due to prototype passing argument %d of %qE as integer rather than complex due to prototype passing argument %d of %qE as integer rather than floating due to prototype passing argument %d of %qE as signed due to prototype passing argument %d of %qE as unsigned due to prototype passing argument %d of %qE discards %qs qualifier from pointer target type passing argument %d of %qE discards %qv qualifier from pointer target type passing argument %d of %qE from distinct Objective-C type passing argument %d of %qE from incompatible pointer type passing argument %d of %qE from incompatible scalar storage order passing argument %d of %qE from pointer to non-enclosed address space passing argument %d of %qE makes %q#v qualified function pointer from unqualified passing argument %d of %qE makes integer from pointer without a cast passing argument %d of %qE makes pointer from integer without a cast passing argument %d of %qE with different width due to prototype passing argument %i to %qs-qualified parameter aliases with argument %Z passing argument %i to %qs-qualified parameter aliases with arguments %Z passing arguments to ellipsis of inherited constructor %qD passing objects of non-trivially-copyable type %q#T through %<...%> is conditionally supported passing too large argument on stack patchable function entry %wu exceeds size %wu path: pedwarn pedwarn: perhaps %<#include <coroutine>%> is missing perhaps insert a line break, or other disambiguation, to prevent this being considered a module control-line perhaps you need explicit template arguments in your nested-name-specifier perhaps you want to explicitly add %<%T::%> permerror permerror: placeholder constraints not satisfied placeholder type not allowed in this context placement new constructing an array of objects of type %qT and size %qwu in a region of type %qT and size %qwi placement new constructing an array of objects of type %qT and size %qwu in a region of type %qT and size at most %qwu placement new constructing an object of type %<%T [%wu]%> and size %qwu in a region of type %qT and size %qwi placement new constructing an object of type %<%T [%wu]%> and size %qwu in a region of type %qT and size at most %qwu placement new constructing an object of type %qT and size %qwu in a region of type %qT and size %qwi placement new constructing an object of type %qT and size %qwu in a region of type %qT and size at most %qwu please use an explicit cpu name; valid cpu names are: %s plugin %qs was specified with different paths: %qs and %qs plugin %s is not licensed under a GPL-compatible license
%s plugin %s is not licensed under a GPL-compatible license %s plugin %s registered a null callback function for event %s plugin %s should be specified before %<-fplugin-arg-%s%> in the command line plugin cannot register a missing pass plugin cannot register an unnamed pass plugin cannot register pass %qs without reference pass name plugin support is disabled; configure with %<--enable-plugin%> pointer pointer %qE may be used after %qD pointer %qE used after %qD pointer argument pointer arithmetic for garbage-collected objects not allowed pointer assignment pointer may be used after %qD pointer member %q+D declared here pointer of type %<void *%> used in arithmetic pointer of type %<void *%> used in subtraction pointer offset from symbol maybe incorrect pointer or allocatable result pointer target types incompatible in C++ pointer targeting address space %qs must be const in %qT pointer targeting address space %qs must be const in %s %q+D pointer targets in assignment from %qT to %qT differ in signedness pointer targets in initialization of %qT from %qT differ in signedness pointer targets in passing argument %d of %qE differ in signedness pointer targets in returning %qT from a function with return type %qT differ in signedness pointer to a function used in arithmetic pointer to a function used in subtraction pointer to array loses qualifier in conditional expression pointer to array loses qualifier in conditional expression in ISO C before C2X pointer to interface type has no methods pointer to member conversion via virtual base %qT pointer to member type %qT incompatible with object type %qT pointer type mismatch between %qT and %qT of %qD and %qD in conditional expression pointer type mismatch in conditional expression pointer used after %qD pointer value used where a complex was expected pointer value used where a floating-point was expected pointer-to-member function %qE cannot be called without an object; consider using %<.*%> or %<->*%> pointer-to-member-function type %qT requires an lvalue pointer-to-member-function type %qT requires an lvalue before C++20 pointer-to-member-function type %qT requires an rvalue pointer/integer type mismatch in conditional expression pointers are not permitted as case values pointers to %<__regio_symbol%> address space are prohibited pointers to disjoint address spaces used in conditional expression polymorphic argument position plus size exceeds size of referenced object in %qs position-independent code requires %qs position-independent code requires the Linux ABI positional initialization of field in %<struct%> declared with %<designated_init%> attribute positive width required at %L possible problem detected in invocation of %<operator delete%> possible problem detected in invocation of operator %<delete []%> possibly dangling reference to a temporary post-increment address is not a register post-module-declaration imports must be contiguous post-module-declaration imports must not be from header inclusion post-module-declaration imports must not be include-translated postconditions cannot be statements postfix %qD must have %<int%> as its argument postfix %qD must have %<int%> as its second argument postfix %qD should return %qT potential null pointer dereference power9 target option is incompatible with %<%s=<xxx>%> for <xxx> less than power9 pragma or attribute %<target("%s")%> does not accept an argument pragma or attribute %<target("%s")%> does not allow a negated form pragma or attribute %<target("%s")%> is not valid pragma or attribute %<target("%s=%s")%> is not valid pragma(%s) not implemented pre-decrement address is not a register pre-increment address is not a register precision precision in printf format preconditions cannot be statements predeclared arithmetic type %qT in %<#pragma omp declare reduction%> predeclared arithmetic type in %<#pragma omp declare reduction%> predicated Thumb instruction predicated instruction in conditional sequence prefix %qD should return %qT prefix attributes are ignored before %<@%D%> prefix attributes are ignored for implementations prefix attributes are ignored for methods prev_bb of %d should be %d, not %d previous %<#pragma omp declare reduction%> previous %<pragma omp declare reduction%> declaration previous contract here previous declaration previous declaration %q#D previous declaration %q#D here previous declaration %qD previous declaration %qD used %d template parameter previous declaration %qD used %d template parameters previous declaration as %q#D previous declaration here previous declaration of %<%c%E%> previous declaration of %<%c%E%> as %<@optional%> previous declaration of %<%c%E%> as %<@required%> previous declaration of %<%c%s%> previous declaration of %q#D previous declaration of %q+D previous declaration of %q+D with type %qT previous declaration of %qD previous declaration of %qD here previous declaration of %qE previous declaration with %qL linkage previous definition here previous definition of %q#T previous definition of %q+D with type %qT previous definition of %qD here previous implicit declaration of %q+D with type %qT previous label previous mangling %q#D previous non-prototype definition here previous specification previous specification in %q#D here previously declared as %s previously declared as %s with %u unspecified variable bound previously declared as %s with %u unspecified variable bounds previously declared as %s with %u variable bound previously declared as %s with %u variable bounds previously declared as %s with bound %<%s%> previously declared as %s with bound %qs previously declared as %s with bound argument %E previously declared as a pointer %s previously declared as a variable length array %s previously declared as an array %s previously declared as an ordinary array %s previously declared here previously defined here previously defined here as %s previously used here primary template %qD primary template here private member %q#D in anonymous union private module fragment private module fragment only permitted in purview of module interface or partition probability %qE is outside the range [0.0, 1.0] probability %qE must be constant floating-point expression problem with building target image for %s product %<%E * %E%> of arguments %i and %i exceeds %<SIZE_MAX%> product %<%E * %E%> of arguments %i and %i exceeds maximum object size %E profile data for function %u is corrupted profile for function %qD not found in profile data profiler support for VxWorks profiling %<-mcmodel=large%> with PIC is not supported profiling is not yet implemented for this architecture profiling not supported with -mg programs: %s
promoted argument %qD doesn%'t match built-in prototype promoted argument %qD doesn%'t match prototype promoted bitwise complement of an unsigned value is always nonzero properties for %<simd%> selector may not be specified in %<metadirective%> properties must be named property %qs already specified in %<@dynamic%> property %qs already specified in %<@synthesize%> property %qs is using instance variable %qs of incompatible type property %qs is using the same instance variable as property %qs property cannot be a bit-field property cannot be an array property declaration not in %<@interface%>, %<@protocol%> or %<category%> context property must be constant integer expression property must be constant integer expression or string literal property must be constant integer expression or string literal at %C property must be constant integer or logical expression at %C protected member %q#D in anonymous union protected visibility attribute not supported in this configuration; ignored protocol %qE has circular dependency protocol %qE is deprecated protocol %qE is unavailable protocol attributes are not available in Objective-C 1.0 prototype declaration prototype declared here prototype for %q+D declares argument %d with incompatible type prototype for %q+D declares fewer arguments than previous old-style definition prototype for %q+D declares more arguments than previous old-style definition prototype for %q+D follows non-prototype definition prototype for '%s' has required operands after optional operands prototype specified for %q#D provided for %qD pseudo-destructor is not called pure virtual %q#D called from constructor pure virtual %q#D called from destructor pure virtual %q#D called from non-static data member initializer pure-specifier on function-definition q/Q modifiers invalid for symbol references qsort checking failed qsort comparator non-negative on sorted output: %d qsort comparator not anti-symmetric: %d, %d qsort comparator not transitive: %d, %d, %d qualified name does not name a class qualified type %qT does not match destructor name ~%qT qualified-id in declaration qualifiers are not allowed on constructor declaration qualifiers are not allowed on declaration of %<operator %T%> qualifiers are not allowed on declaration of deduction guide qualifiers are not allowed on destructor declaration qualifying type %qT does not match destructor name ~%qT quoted %qs directive in format quoted %qs directive in format; use %qs instead r0 needs to be available as a call-clobbered register range clause must have array, slice, string, map, or channel type range expressions in switch statements are non-standard range limits are not of the same type range-based %<for%> expression of type %qT has incomplete type range-based %<for%> loops only available with %<-std=c++11%> or %<-std=gnu++11%> range-based %<for%> loops with initializer only available with %<-std=c++20%> or %<-std=gnu++20%> rank + corank of %qs exceeds %d at %C raw literal operator %q#D conflicts with literal operator template rdynamic is not supported re-initialization of %qs at %L reachable %s definition here read failed while reading export data read-only location %qE used as %<asm%> output read-only member %qD used as %<asm%> output read-only named return value %qD used as %<asm%>output read-only parameter %qD use as %<asm%> output read-only reference %qD used as %<asm%> output read-only variable %qD used as %<asm%> output reading %E byte from a region of size %E reading %E bytes from a region of size %E reading %E or more bytes from a region of size %E reading CMI %qs reading between %E and %E bytes from a region of size %E reading input file reading through null pointer (argument %d) receiving objects of non-trivially-copyable type %q#T through %<...%> is conditionally-supported recognise the specified suffix as a definition module filename recognise the specified suffix as implementation and module filenames recompiling with %<-fcompare-debug%> recursive call recursive evaluation of default argument for %q#D recursive inlining recursive instantiation of default member initializer for %qD recursive lazy load recursive reference %qs recursive type %qT undefined recursively required by substitution of %qS
recursively required from %q#D
recursively required from here
redeclaration %qD differs in %qs from previous declaration redeclaration of %<enum %E%> redeclaration of %<pragma omp declare reduction%> redeclaration of %q#D redeclaration of %q#D may not have default arguments redeclaration of %q#D with different constraints redeclaration of %q#D with different template parameters redeclaration of %q+D with different visibility (old visibility preserved) redeclaration of %q+D with no linkage redeclaration of %qD adds abi tag %qE redeclaration of %qD with different constraints redeclaration of %qT as a non-template redeclaration of %qs %<#pragma omp declare reduction%> for type %qT redeclaration of C++ built-in type %qT redeclaration of Objective-C class %qs redeclaration of enum %qs redeclaration of enumerator %q+D redeclaration of friend %q#D may not have default template arguments redeclaration of property %qD redeclared here redeclared here as %q#D redeclared with %d template parameter redeclared with %d template parameters redefined extern inline functions are not considered for inlining redefinition of %<CTABLE_ENTRY % redefinition of %<struct %E%> redefinition of %<union %E%> redefinition of %q#D redefinition of %q#T redefinition of %q+D redefinition of default argument for %q+#D redefinition of parameter %q+D redefinition of typedef %q+D redefinition of typedef %q+D with different type redefinition of typedef %q+D with variably modified type redundant class-key %qs in reference to %q#T redundant enum-key %<enum%s%> in reference to %q#T redundant move in initialization redundant move in return statement redundant redeclaration of %<constexpr%> static data member %qD redundant redeclaration of %q+D redundant redeclaration of %qD in same scope ref-qualifiers only available with %<-std=c++11%> or %<-std=gnu++11%> reference %<dynamic_cast%> failed reference %qD is initialized with itself reference %qD is not yet bound to a value when used here reference %qs cannot be declared %<mutable%> reference has both stmt and lto_stmt_uid set reference to %<%T::%D%> is ambiguous reference to %qD is ambiguous reference to dead statement reference to local variable %qD returned reference type %qT in %<#pragma omp declare reduction%> referenced argument declared here referenced symbol declared here referencing argument %u of type %qT region contains %s partitioned code but is not %s partitioned region is %s partitioned but does not contain %s partitioned code region of lp %i is wrong register name %<%s%> not recognized in %<__regio_symbol%> address space register name given for non-register variable %q+D register name not specified for %q+D register number must be a compile-time constant. Try giving higher optimization levels register number must be in range 0-31 for %s register of %qD used for multiple global register variables register or memory expression expected for 'M' output modifier register or memory expression expected for 'N' output modifier register specified for %q+D is an internal GCC implementation detail register specified for %q+D isn%'t suitable for data type register variable %qD used in nested function regparam and thiscall attributes are not compatible regparm nested function not supported with %<__builtin_eh_return%> reimplementation of class %qE relaxed transaction in %<transaction_safe%> function relaxed transaction in atomic transaction remove %<std::move%> call remove %<{ }%> around initializer remove parentheses remove parentheses to default-initialize a variable remove the class-key or replace it with %qs removed loop %d in loop tree rename spec %s to %s
repeated %<@%> before Objective-C string repeated %s in format replace parentheses with braces to declare a variable replace the class-key with %qs request for implicit conversion from %qT to %qT not permitted in C++ request for member %qD in %qE, which is of non-class type %qT request for member %qD in %qE, which is of pointer type %qT (maybe you meant to use %<->%> ?) request for member %qD is ambiguous request for member %qD is ambiguous in multiple inheritance lattice request for member %qE in non-class type %qT request for member %qE in something not a structure or union requested %<init_priority%> %i is out of range [0, %i] requested %<init_priority%> %i is reserved for internal use requested %<init_priority%> is not an integer constant requested %qE attribute is not a comma separated pair of non-negative integer constants or too large (max. %d) requested ABI requires %<-march%> to subsume the %qc extension requested alignment %qE exceeds maximum %u requested alignment %qE exceeds object file maximum %u requested alignment %qE is not a positive power of 2 requested alignment for %q+D is greater than implemented alignment of %wu requested alignment is not a constant requested alignment is not a power of 2 requested alignment is not an integer constant requested alignment is too large requested position is less than zero requested position is not an integer constant require id argument in the string require_atom(): bad atom type required required by substitution of %qS
required from %q#D
required from here
requires requires-clause on declaration of non-function type %qT requires-clause on return type requires-clause on type-id requires-clause on typedef resolution sub id %wx not in object file resolve_function(): bad function type resolve_intrinsic(): Too many args for intrinsic resolve_operator(): Bad intrinsic resolve_ref(): Bad array reference resolve_subroutine(): bad function type resolver indirect function declared here result of %<%wu^%wu%> is %wu; did you mean %<1 << %wu%> (%wu)? result of %<%wu^%wu%> is %wu; did you mean %<1LL << %wu%>? result of %<%wu^%wu%> is %wu; did you mean %<1e%wu%>? result of %<%wu^%wu%> is %wu; did you mean exponentiation? result of %<operator->()%> yields non-pointer result result of %qE requires %u bits to represent, but %qT only has %u bits result type is not a plain type-constraint result with non-constant character length return address signing is only supported for %<-mabi=lp64%> return discards %qv qualifier from pointer target type return edge does not point to exit in bb %d return from pointer to non-enclosed address space return makes %q#v qualified function pointer from unqualified return not followed by barrier return type %q#T is incomplete return type defaults to %<int%> return type is an incomplete type return type might be a candidate for a format attribute return type of %qD is not %<int%> return type of %qD is not %qs return type of function return type specification for constructor invalid return type specification for destructor invalid return type specified for %<operator %T%> return type specified for deduction guide return value type mismatch return with value in function with no return type return-statement with a value, in function returning %qT return-statement with no value, in function returning %qT return-type-requirement is not a type-constraint returned from %qD returned from %qT returning %qT from a function with incompatible return type %qT returning %qT from a function with return type %qT makes integer from pointer without a cast returning %qT from a function with return type %qT makes pointer from integer without a cast returning %qT from pointer type with incompatible scalar storage order %qT returning a value from a constructor returning a value from a destructor returning initializer list returning local %<initializer_list%> variable %qD does not extend the lifetime of the underlying array returning pointer to %qD of type %qT from a function with incompatible type %qT returning reference to temporary returning temporary %<initializer_list%> does not extend the lifetime of the underlying array returning to the gate for a mechanical issue returns_twice call is %s in basic block %d reverse floating-point scalar storage order reverse scalar storage order reverse storage order for %smode right operand of comma operator cannot resolve address of overloaded function right operand of comma operator has no effect right operand of comma operator is a reference, not call, to function %qE right operand of shift expression %q+E is greater than or equal to the precision %wu of the left operand right operand of shift expression %q+E is negative right precision right precision in strfmon format right shift count >= width of type right shift count >= width of vector element right shift count is negative right-hand operand of comma expression has no effect rounding mode not supported for VAX floats rounding result will always be 0 rounding to %d bits has no effect for fixed-point value with %d fractional bits routine %qD declared here routine call uses OpenACC parallelism disallowed by containing routine routine call uses same OpenACC parallelism as containing loop rv32e requires ilp32e ABI rx100 cpu does not have FPU hardware rx200 cpu does not have FPU hardware same canonical type node for different types %qT and %qT same variable used in %<firstprivate%> and %<lastprivate%> clauses on %<distribute%> construct same version was previously defined here same_comdat_group is not a circular list same_comdat_group list across different groups sanitizer function attribute mismatch satisfaction of atomic constraint %qE depends on itself satisfaction value first evaluated to %qE from here satisfaction value of atomic constraint %qE changed from %qE to %qE saturation bit range must be a constant immediate saturation bit range must be in the range [%wd, %wd] save temporary preprocessed files saw %d %<template<>%>, need %d for specializing a member function template say %<typename %E%> if a type is meant scalar object %qD requires one element in initializer scale needs to be non-negative scaling cannot co-exist with normalization, skipping
schedule %<auto%> does not take a %<chunk_size%> parameter schedule %<runtime%> does not take a %<chunk_size%> parameter schedule chunk size expression must be integral scope %qT before %<~%> is not a class-name scoped enum %qT passed through %<...%> as %qT before %<-fabi-version=6%>, %qT after scoped enums only available with %<-std=c++11%> or %<-std=gnu++11%> scoped/unscoped mismatch in enum %q#T score argument must be constant integer expression score argument must be constant integer expression at %C score argument must be non-negative score argument must be non-negative at %C second argument must be a const second argument must be slice or string second argument of %q+D should be %<char **%> second argument to %<__builtin_call_with_static_chain%> must be a pointer type second argument to %<__builtin_prefetch%> must be a constant second argument to %<va_arg%> is a function type %qT second argument to %<va_arg%> is of incomplete type %qT second argument to function %qE must be a constant integer power of 2 between %qi and %qu bits second operand of conditional expression cannot resolve address of overloaded function second operand of conditional expression has no effect second operand of conditional expression is a reference, not call, to function %qE second operand to the conditional operator is of type %<void%>, but the third operand is neither a throw-expression nor of type %<void%> second parameter of %<va_start%> not last named argument second, third and fourth argument must be a const section #%u is missing or corrupted section %qs is missing or corrupted section already exists: %qs section anchors must be disabled when toplevel reorder is disabled section anchors must be disabled when unit-at-a-time is disabled section attribute argument not a string constant section attribute cannot be specified for local variables section attribute not allowed for %q+D section attributes are not supported for this target section of %q+D cannot be overridden section of %q+D conflicts with previous declaration section of alias %q+D must match section of its target section type conflict section type conflict with %qD segmentation fault segmentation fault (code) selected fp16 options are incompatible selector %qs does not accept any properties selector %qs does not accept any properties at %C selector %qs not allowed for context selector set %qs selector %qs not allowed for context selector set %qs at %C selector %qs specified more than once in set %qs selector must be an immediate selector must be an integer constant in the range [0, %wi] selector set %qs specified more than once self-comparison always evaluates to false self-comparison always evaluates to true self-tests are not enabled in this build self-tests incompatible with %<-E%> semantic interposition mismatch set %qs to at least %d for more detail set all location values to a specific value (internal switch) set base type must be an ordinal type set type cannot be initialized with a %qs set type does not take another integer value setjmp/longjmp inside %<simd%> construct setter method names must terminate with %<:%> setting core file size limit to maximum: %m shadowed declaration is here shadowing built-in function %q#D shadowing library function %q#D shadowing previous type declaration of %q#D shared SSA name info shared and mdll are not compatible shared call_stmt: shared is not supported shared rtx shared-memory region overflow shift count not integer shift expression %q+E overflows shift of non-integer operand short read while reading export data show_array_ref(): Unknown array reference show_array_spec(): Unhandled array shape type. show_code_node(): Bad statement code show_expr(): Bad intrinsic in expression show_expr(): Don't know how to show expr show_ref(): Bad component code sibcall edges for non-call insn in bb %i side effects not recomputed when %<ADDR_EXPR%> changed side-effects element in no-side-effects CONSTRUCTOR signed conversion from %qT to %qT changes the value of %qE signed conversion from %qT to %qT changes value from %qE to %qE signedness of type and machine mode %qs don%'t match simple IF simplify_intrinsic_op(): Bad operator simplify_min_max(): Bad type in arglist single %<target_clones%> attribute is ignored size %qE of array %qE exceeds maximum object size %qE size %qE of array %qE is negative size %qE of array exceeds maximum object size %qE size %qE of array is negative size in array new must have integral type size is too large size mismatch in argument %d of %qE size of %q+D %E bytes exceeds maximum object size %wu size of %qD differ from the size of original declaration size of array %qD has non-integral type %qT size of array %qD is not an integral constant-expression size of array %qE exceeds maximum object size %qE size of array %qE has incomplete type size of array %qE has non-integer type size of array %qE is negative size of array %qE is not a constant expression size of array %qE is too large size of array element is not a multiple of its alignment size of array exceeds maximum object size %qE size of array has non-integral type %qT size of array is not a constant expression size of array is not an integral constant-expression size of array is too large size of loop %d should be %d, not %d size of return value of %q+D is %u bytes size of return value of %q+D is larger than %wu bytes size of string literal is too large size of type %qT is too large (%qE bytes) size of unnamed array has incomplete type size of unnamed array has non-integer type size of unnamed array is negative size of unnamed array is too large size of variable %q+D is too large size ranges of option %qs should be increasing sizeof(long double) is 12. sizeof(long double) is 16. slice can only be compared to nil slice capacity must be integer slice end must be integer slice of unaddressable value so any instantiation with a non-empty parameter pack would be ill-formed soft-float and long-double-128 are incompatible some parts of macro expansion are not guarded by this %qs clause sorry, unimplemented sorry, unimplemented: sorry: semantics of inline function static data %q#D are wrong (you%'ll wind up with multiple copies) sorry: semantics of inline variable %q#D are wrong (you%'ll wind up with multiple copies) source is a pointer to incomplete type source is not a pointer source is not a pointer to class source is not of class type source is of incomplete class type source locations for function %qD have changed, the profile data may be out of date source object %qE of size %s source object allocated here source object is likely at address zero source object of size %s allocated by %qE source type is not polymorphic space followed by punctuation character %<%c%> spec %qs has invalid %<%%0%c%> spec %qs has invalid %<%%@%c%> spec %qs has invalid %<%%W%c%> spec %qs has invalid %<%%x%c%> spec %qs invalid spec failure: %<%%*%> has not been initialized by pattern match spec failure: more than one argument to %<SYSROOT_HEADERS_SUFFIX_SPEC%> spec failure: more than one argument to %<SYSROOT_SUFFIX_SPEC%> spec failure: unrecognized spec option %qc spec file has no spec for linking spec is '%s'
spec-generated switch is just %<-%> spec_dimen_size(): Bad dimension specialization %qT after instantiation %qT specialization of %qD after instantiation specialization of %qD in different namespace specialization of %qD must appear at namespace scope specialization of %qT after instantiation specialization of alias template %qD specialization of implicitly-declared special member function specialization of variable concept %q#D specialization of variable template %qD declared as function specializing member %<%T::%E%> requires %<template<>%> syntax specified bound %E exceeds destination size %E specified bound %E exceeds maximum object size %E specified bound %E exceeds source size %E specified bound %E may exceed destination size %E specified bound %E may exceed maximum object size %E specified bound %E may exceed source size %E specified bound %wu exceeds %<INT_MAX%> specified bound %wu exceeds maximum object size %wu specified bound %wu exceeds the size %wu of the destination object specified bound [%E, %E] exceeds destination size %E specified bound [%E, %E] exceeds maximum object size %E specified bound [%E, %E] exceeds source size %E specified bound [%E, %E] may exceed maximum object size %E specified bound [%E, %E] may exceed source size %E specified bound range [%wu, %wu] exceeds %<INT_MAX%> specified mode too small for enumerated values specified option %qs more than once specified size %E exceeds maximum object size %E specified size %E may exceed maximum object size %E specified size between %E and %E exceeds maximum object size %E specified size between %E and %E may exceed maximum object size %E specify a system register with a small string length specify the library order, the libraries may be specified by a comma separated abbreviation: log,min,pim,iso or by directory names: m2log,m2min,m2pim,m2iso. specify the list of runtime modules and their initialization order specify the module mangled prefix name specify the module mangled prefix name for all modules in the following include paths specifying vector types with %<__attribute__ ((mode))%> is deprecated specs %%include syntax malformed after %ld characters specs %%rename syntax malformed after %ld characters specs %s spec was not found to be renamed specs file malformed after %ld characters specs unknown %% command after %ld characters speculative edges are not adjacent spurious %<>>%>, use %<>%> to terminate a template argument list spurious leading punctuation sequence %<%.*s%> in format spurious trailing %<%%%> in format spurious trailing punctuation sequence %<%.*s%> in format spurious trailing space in format stack clash guard size %<%d%> must be equal to probing interval %<%d%> stack frame must be smaller than 64K stack frame not a multiple of 8 bytes: %wd stack frame not a multiple of octabyte: %wd stack frame too large stack guard value must be an exact power of 2 stack limit expression is not supported stack limits not supported on this target stack probes for SVE frames stack probing requires %<-maccumulate-outgoing-args%> for correctness stack probing requires %<target("accumulate-outgoing-args")%> for correctness stack protector not protecting function: all local arrays are less than %d bytes long stack protector not protecting local variables: variable length buffer stack register used for global register variable stack size must be an exact power of 2 stack size must be greater than the stack guard value stack size must not be greater than 64k stack usage computation not supported for this target stack usage is %wu bytes stack usage might be %wu bytes stack usage might be unbounded stackframe too big: %d bytes standalone OpenMP directives in %<omp::directive%> attribute can only appear on an empty statement standard %qE attribute can only be applied to functions standard attributes in middle of decl-specifiers standard attributes must precede the decl-specifiers to apply to the declaration, or follow them to apply to the type standard attributes on namespaces must precede the namespace name start of RTL fragment must be on an earlier line than end start of implied-do loop at %L could not be simplified to a constant value start/end of RTL fragment are in different files statement cannot resolve address of overloaded function statement has no effect statement is a reference, not call, to function %qE statement is not a constant expression statement marked for throw in middle of block statement marked for throw, but doesn%'t statement uses released SSA name statement volatile flag not up to date statement will never be executed statement with no effect statement-expression in a constant expression statement-expressions are not allowed outside functions nor in template-argument lists static IO declaration for %q+D needs an address static assertion failed static assertion failed: %E static assertion failed: %s static chain with function that doesn%'t use one static data member %qD in unnamed class static data member %qE declared %qs static declaration of %q+D follows non-static declaration static initialization of variable %q+D in %<.shared%> memory is not supported static is not supported on TPF-OS static member %qD cannot be a bit-field static member %qD declared %<register%> static member function %q#D declared with type qualifiers static member function %qD cannot have cv-qualifier static member function %qD cannot have ref-qualifier static or type qualifiers in non-parameter array declarator static type %qT of its operand is a non-public base class of dynamic type %qT statically allocated instance of Objective-C class %qE stdcall and cdecl attributes are not compatible stdcall and fastcall attributes are not compatible stdcall and thiscall attributes are not compatible step expression refers to outer iterator %qD step of implied-do loop at %L could not be simplified to a constant value step of implied-do loop at %L shall not be zero stmt (%p) marked modified after optimization pass: stmt with wrong VUSE stmts without block storage class %<__thread%> invalid for function %qs storage class %<auto%> invalid for function %qs storage class %<register%> invalid for function %qs storage class %<thread_local%> invalid for function %qs storage class %qD applied to template instantiation storage class specified for %qs storage class specified for parameter %qE storage class specified for parameter %qs storage class specified for structure field storage class specified for structure field %qE storage class specified for template parameter %qs storage class specified for typename storage class specified for unnamed parameter storage class specifier in %<sizeof%> storage class specifier in %qE storage class specifier in cast storage class specifier in empty declaration with %<enum%> underlying type storage class specifiers invalid in friend function declarations storage size of %q+D isn%'t constant storage size of %q+D isn%'t known storage size of %qD has not been resolved storage size of %qD isn%'t constant storage size of %qD isn%'t known storing the address of local variable %qD in %qE strange device name %qs after %qs: bad character %qc strategy name %qs specified for option %qs not supported for 32-bit code stray %<,%> at end of member declaration stray %<@%> in program stray %<\%o%> in program stray %qc in program stray %qs between Objective-C++ methods stray %qs in program streaming subprocess failed streaming subprocess was killed by signal strftime formats cannot format arguments string length %qd is greater than the length %qd ISO C%d compilers are required to support string literal with user-defined suffix is invalid in this context strong-cast assignment has been intercepted strong-cast may possibly be needed struct defined here struct has no members struct has no named members structure alignment must be a small power of two, not %wu structure field structure size boundary can only be set to 8 or 32 structure size boundary can only be set to 8, 32 or 64 structured binding declaration can be %qs only in %<-std=c++20%> or %<-std=gnu++20%> structured binding declaration cannot be %qs structured binding declaration cannot be C++98 %<auto%> structured binding declaration cannot have constrained %<auto%> type %qT structured binding declaration cannot have type %qT structured binding declaration set but not used structured binding has incomplete type %qT structured binding refers to incomplete class type %qT structured binding refers to incomplete type %qT structured bindings only available with %<-std=c++17%> or %<-std=gnu++17%> subframework include %s conflicts with framework include subobject %qD declared here subprogram %q+F not marked %<Inline%> subprogram %q+F not marked %<Inline_Always%> subscript missing in array reference subscripted value is neither array nor pointer subscripted value is neither array nor pointer nor vector subscripted value is pointer to function subscripting array declared %<register%> subsequently declared as %s with %u unspecified variable bound subsequently declared as %s with %u unspecified variable bounds suggest braces around empty body in %<do%> statement suggest braces around empty body in an %<else%> statement suggest braces around empty body in an %<if%> statement suggest explicit braces around empty body in %<do%> statement suggest explicit braces to avoid ambiguous %<else%> suggest parentheses around %<&&%> within %<||%> suggest parentheses around %<+%> in operand of %<&%> suggest parentheses around %<+%> inside %<<<%> suggest parentheses around %<+%> inside %<>>%> suggest parentheses around %<-%> in operand of %<&%> suggest parentheses around %<-%> inside %<<<%> suggest parentheses around %<-%> inside %<>>%> suggest parentheses around %<>>%> expression suggest parentheses around arithmetic in operand of %<^%> suggest parentheses around arithmetic in operand of %<|%> suggest parentheses around assignment used as truth value suggest parentheses around comparison in operand of %<!=%> suggest parentheses around comparison in operand of %<&%> suggest parentheses around comparison in operand of %<==%> suggest parentheses around comparison in operand of %<^%> suggest parentheses around comparison in operand of %<|%> suggest parentheses around operand of %<!%> or change %<&%> to %<&&%> or %<!%> to %<~%> suggest parentheses around operand of %<!%> or change %<|%> to %<||%> or %<!%> to %<~%> suggested alternative: suggested alternatives: support for mode %qs supported core architectures:%s switch %<-mcpu=%s%> conflicts with %<-march=%s%> switch switch %<-mcpu=%s%> conflicts with switch %<-march=%s%> switch %<-mcustom-%s%> conflicts with switch %<-mcustom-%s%> switch %<-mcustom-%s%> is required for double-precision floating-point switch %<-mcustom-%s%> value %d must be between 0 and 255 switch %qs does not start with %<-%> switch %qs is no longer supported switch condition has boolean value switch jumps into statement expression switch jumps over variable initialization switch missing default case switch quantity not an integer switch starts here switch statement of size %lu entries too large symbol %qD referenced by %qD declared here symbol needs to be defined to have a version symbol used as immediate operand symbol used with both base and indexed registers symbol with offset used in PIC mode symbolic memory references are only supported on z10 or later symtab_node::verify failed symver attribute argument must have format %<name@nodename%> symver is not exported with default visibility symver is only supported on ELF platforms symver target is not exported with default visibility synthesized method %qD first required here system path %qs is not absolute taking address of an immediate function %qD taking address of constructor %qD taking address of destructor %qD taking address of expression of type %<void%> taking address of packed member of %qT may result in an unaligned pointer value taking address of rvalue taking address of temporary array taking the absolute value of unsigned type %qT has no effect taking the address of a label is non-standard target & host is %qs:%qs, expected %qs:%qs target CPU does not support ARM mode target CPU does not support ARMv8-M Security Extensions target CPU does not support THUMB instructions target CPU does not support interworking target CPU does not support unaligned accesses target OS does not support unaligned accesses target argument target attribute is not supported on this machine target attribute or pragma changes %<long double%> size target attribute or pragma changes AltiVec ABI target attribute or pragma changes darwin64 ABI target does not support atomic profile update, single mode is selected target does not support function version dispatcher target format does not support infinity target is not pointer or reference target is not pointer or reference to class target is not pointer or reference to complete type target of conversion might be a candidate for a format attribute target of initialization might be a candidate for a format attribute target specific builtin not available target specific option mismatch target system does not support debug output target system does not support the %qs debug format targets missing after %qs template %qD declared template %qE in clause %qs template argument %d is invalid template argument %qE for type %qT not a compile-time constant template argument for %qD uses local type %qT template argument required for %<%s %T%> template arguments to %qD do not match original template %qD template class without a name template constraint failure for %qD template declaration of %<typedef%> template declaration of %q#D template definition of non-template %q#D template instantiation depth exceeds maximum of %d (use %<-ftemplate-depth=%> to increase the maximum) template instantiation depth exceeds maximum of %d instantiating %q+D, possibly from virtual table generation (use %<-ftemplate-depth=%> to increase the maximum) template parameter %q+#D template parameter %qD declared here template parameter %qD of type %qT is not allowed in an integral constant expression because it is not of integral or enumeration type template parameter list used in explicit instantiation template parameter lists provided don%'t match the template parameters of %qD template parameter pack %qD cannot have a default argument template parameter pack cannot have a default argument template parameter packs cannot have default arguments template parameter type %qT declared %<friend%> template parameters cannot be friends template parameters do not match template %qD template parameters not deducible in partial specialization: template specialization of %qD not allowed by ISO C++ template specialization with C linkage template specifiers not specified in declaration of %qD template template parameter %qT in declaration of deduction guide template type parameters must use the keyword %<class%> or %<typename%> template with C linkage template-id %qD for %q+D does not match any template declaration template-id %qD used as a declarator template-id %qE in declaration of primary template template-id not allowed for destructor template-introductions are not part of C++20 concepts; use %qs to enable template-parameter- templates may not be %<virtual%> temporary of non-literal type %qT in a constant expression ternary %<operator?:%> ternary %<operator?:%> in %<%E ? %E : %E%> testing if a concept-id is a valid expression; add %<requires%> to check satisfaction the %<audit%> semantic should be at least as strong as the %<default%> semantic the %<bool%> keyword is not allowed in a C++20 concept definition the %<device%> clause expression must evaluate to %<1%> the %<device%> clause expression must evaluate to %<1%> at %C the %<interrupt%> attribute requires a MIPS32r2 processor or greater the %qE attribute cannot be applied to an SVE function type the %qE attribute requires arguments the %qs architecture does not support %<-m%s=2008%> the %qs architecture does not support %<-m%s=legacy%> the %qs architecture does not support %<-mfp32%> the %qs architecture does not support DSP instructions the %qs architecture does not support branch-likely instructions the %qs architecture does not support madd or msub instructions the %qs architecture does not support odd single-precision registers the %qs architecture does not support paired-single instructions the %qs architecture does not support the synci instruction the %qs debug info cannot be used with pre-compiled headers the ' ' printf flag the '!' strfmon flag the '#' printf flag the '#' strftime flag the ''' printf flag the ''' scanf flag the '(' strfmon flag the '+' printf flag the '+' strfmon flag the '-' printf flag the '-' strfmon flag the '-' strftime flag the '0' printf flag the '0' strftime flag the 'E' strftime modifier the 'I' printf flag the 'I' scanf flag the 'O' modifier the 'O' strftime modifier the '^' strfmon flag the '^' strftime flag the '_' strftime flag the 'a' scanf flag the 'm' scanf flag the 'q' diagnostic flag the -shared option is not currently supported for VAX ELF the ABI for passing a value containing zero-width fields before an adjacent 64-bit floating-point field was changed in GCC %{12.1%} the ABI for passing parameters with %d-byte alignment has changed in GCC 4.6 the ABI for returning a value containing zero-width bit-fields but otherwise an aggregate with only one or two floating-point fields was changed in GCC %{12.1%} the ABI for returning a value with C++17 empty bases but otherwise an aggregate with only one or two floating-point fields was changed in GCC %{12.1%} the ABI of passing C structures with zero-width bit-fields has changed in GCC %{12.1%} the ABI of passing struct with a flexible array member has changed in GCC 4.4 the ABI of passing structure with %<complex float%> member has changed in GCC 4.4 the ABI of passing union with %<long double%> has changed in GCC 4.4 the ENI instruction operand must be either 0 or 1 the RX100 cpu does not have FPU hardware the RX200 cpu does not have FPU hardware the address %qE will never be NULL the address of %qD is not a valid template argument the address of %qD is not a valid template argument because it does not have static storage duration the address of %qD will always evaluate as %<true%> the address of %qD will never be %<null%> the address of %qD will never be NULL the address of a label cannot appear in a constant-expression the address of the %qT subobject of %qD is not a valid template argument the align argument to %<__builtin_coro_promise%> must be a constant the alignment of %<_Atomic %T%> fields changed in %{GCC 11.1%} the argument to %<xabort%> intrinsic must be an 8-bit immediate the assignment suppression scanf feature the call requires %<ifunc%>, which is not supported by this target the calling convention for %qT changes in %<-fabi-version=13%> (GCC 8.2) the combination of %qs and %qs is incompatible with %qs the comparison reduces to %qE the comparison will always evaluate as %<false%> for the address of %qE will never be NULL the comparison will always evaluate as %<false%> for the pointer operand in %qE must not be NULL the comparison will always evaluate as %<true%> for the address of %qE will never be NULL the comparison will always evaluate as %<true%> for the pointer operand in %qE must not be NULL the compiler can assume that the address of %qD will always evaluate to %<true%> the compiler can assume that the address of %qD will never be NULL the compiler can assume that the address of %qE will never be NULL the component %qs is a PRIVATE type and cannot be a component of %qs, which is PUBLIC at %L the conflicting type defined in another translation unit the conflicting type defined in another translation unit has virtual table of different size the conflicting type defined in another translation unit has virtual table with different contents the conflicting type defined in another translation unit has virtual table with more entries the conflicting type defined in another translation unit with different RTTI information the content of uninitialized storage is not usable in a constant expression the control flow of function %qD does not match its profile data (counter %qs) the coroutine promise type %qT declares both %<return_value%> and %<return_void%> the count should be no less than 0; please check the intrinsic %qs in code the default value for the current CPU tuning is %d bytes the direction argument to %<__builtin_coro_promise%> must be a constant the dot syntax is not available in Objective-C 1.0 the ellipsis in %qD is not inherited the event handle of a %<detach%> clause should not be in a data-sharing clause the expression %qE evaluated to %<false%> the expression %qE is required to be non-throwing the extra base is defined here the fifth argument must be an 8-bit immediate the first argument of a %qs must be of a boolean vector type of the same number of elements as the result the first difference of corresponding definitions is field %qD the first difference of corresponding definitions is method %qD the first parameter of %<operator new%> cannot have a default argument the forth argument must be scale 1, 2, 4, 8 the fourth argument must be one of enum %qs the frame size of %wu bytes is larger than %wu bytes the immediate argument must be a 4-bit immediate the immediate argument must be a 5-bit immediate the immediate argument must be an 8-bit immediate the incompatible type defined in another translation unit the incompatible type is defined here the lambda has no capture-default the last argument must be a 1-bit immediate the last argument must be a 2-bit immediate the last argument must be a 3-bit immediate the last argument must be a 32-bit immediate the last argument must be a 4-bit immediate the last argument must be a 5-bit immediate the last argument must be an 1-bit immediate the last argument must be an 8-bit immediate the last argument must be scale 1, 2, 4, 8 the location value is corrupt the m210 does not have little endian support the macro %qs had not yet been defined the mangled name of %qD changed between %<%s=%d%> (%qD) and %<%s=%d%> (%qD) the mangled name of %qD changes between %<%s=%d%> (%qD) and %<%s=%d%> (%qD) the mangled name of %qD changes between %<-fabi-version=%d%> and %<-fabi-version=%d%> the mangled name of a thunk for %qD changes between %<-fabi-version=%d%> and %<-fabi-version=%d%> the mangled name of the initialization guard variable for %qD changes between %<-fabi-version=%d%> and %<-fabi-version=%d%> the max value for the last size range should be -1 for option %qs the message attached to %<unavailable%> is not a string the modules initialization order is dynamically determined by M2RTS and application dependencies the next to last argument must be an 8-bit immediate the omitted middle operand in %<?:%> will always be %<true%>, suggest explicit middle operand the operand %qE is unsatisfied because the program should also define %qD the range of count should be in 0 to 16; please check the intrinsic %qs in code the range of count should be in 0 to 32; please check the intrinsic %qs in code the range of count should be in 0 to 64; please check the intrinsic %qs in code the range of mask should be in 0 to 255 the range of selector should be in 0 to 1 the range of selector should be in 0 to 3 the range of selector should be in 0 to 7 the register %qs cannot be clobbered in %<asm%> for the current target the register specified for %q+D cannot be accessed by the current target the register specified for %q+D is not general enough to be used as a register variable the required expression %qE is invalid the required expression %qE is invalid, because the required type %qT is invalid the required type %qT is invalid, because the result for the xxspltidp instruction is undefined for subnormal input values the result of the conversion is unspecified because %qE is outside the range of type %qT the same loop iteration variables %qD used in multiple associated loops the target does not support %<asm goto%> with outputs in %<asm%> the temporary was destroyed at the end of the full expression %qE the third argument must be an 8-bit immediate the third argument must be comparison constant the type %qT of %<constexpr%> variable %qD is not literal the type being destroyed is %qT, but the destructor refers to %qT the value of %qD is not usable in a constant expression the value of the stack pointer after an %<asm%> statement must be the same as it was before the statement there are no arguments to %qD that depend on a template parameter, so a declaration of %qD must be available third argument of %q+D should probably be %<char **%> third argument to %<__builtin_prefetch%> must be a constant third argument to function %qE must be a constant integer third operand of conditional expression cannot resolve address of overloaded function third operand of conditional expression has no effect third operand of conditional expression is a reference, not call, to function %qE third operand to the conditional operator is of type %<void%>, but the second operand is neither a throw-expression nor of type %<void%> this %qs clause does not guard... this built-in function is only available on the fr405 and fr450 this built-in function is only available on the fr450 this built-in function is only available on the fr500 and fr550 this built-in function is only available on the v3f toolchain this built-in function is only available on the v3s or v3f toolchain this built-in function not support on the v3m toolchain this builtin is not supported for this target this compiler does not support %qs this compiler does not support PowerPC (%<-arch%> option ignored) this compiler does not support x86 (%<-arch%> option ignored) this condition has identical branches this decimal constant is unsigned only in ISO C90 this decimal constant would be unsigned in ISO C90 this definition requires the MVE ISA extension this flexibility is deprecated and will be removed this is a GCC bug that can be worked around by adding attribute used to function called this is the first default label this is the first entry overlapping that value this is the insn: this media function is only available on the fr400 and fr550 this media function is only available on the fr500 this operation requires the RVV ISA extension this operation requires the SVE ISA extension this statement may fall through this target does not define a speculation barrier; your program will still execute correctly, but incorrect speculation may not be restricted this target does not support %qs this target is little-endian this target machine does not have delayed branches thread-local COMMON data not implemented thread-local declaration of %q#D follows non-thread-local declaration thread-local declaration of %q+D follows non-thread-local declaration threadprivate iteration variable %qD threadprivate variable %qE used in a region with %<order(concurrent)%> clause threadprivate variable %qE used in target region threadprivate variable %qE used in untied task three-way comparison of %qD has type %qT, not a comparison category type three-way comparison of %qD has type %qT, which does not convert to %qT three-way comparison of vectors throwing NULL, which has integral, not pointer type thunk-inline is only supported with %<-mindirect-branch-jump%> to be safe all intermediate pointers in cast from %qT to %qT must be %<const%> qualified to generate dependencies you must specify '-fcpp' to generate dependencies you must specify either %<-M%> or %<-MM%> to match this %qs to refer to a type member of a template parameter, use %<typename %E%> token %u has %<x-location == %u%> token %u has %<x-location == y-location == %u%> token %u has %<y-location == %u%> too few arguments to %%:version-compare too few arguments to %<__builtin_tgmath%> too few arguments to built-in function %qE expecting %u too few arguments to constructor %q#D too few arguments to function too few arguments to function %<va_start%> too few arguments to function %q#D too few arguments to function %qE too few arguments to member function %q#D too few arguments to method %q#D too few expressions for struct too few template parameter lists in declaration of %qD too few template-parameter-lists too large function value type, needs %d registers, have only %d registers for this too late for # directive to set debug directory too many %<#pragma options align=reset%> too many %<...%> in lambda capture too many %<always%> modifiers too many %<always%> modifiers at %L too many %<close%> modifiers too many %<close%> modifiers at %L too many %<defaultmap%> clauses with %qs category too many %<defaultmap%> clauses with unspecified category too many %<if%> clauses too many %<if%> clauses with %qs modifier too many %<if%> clauses without modifier too many %<static%> arguments too many %qs clauses too many %qs clauses on a task construct too many alternatives in %<asm%> too many arguments too many arguments for %%:dumps too many arguments for format too many arguments for partial specialization %qT too many arguments passed in sgpr registers too many arguments to %%:compare-debug-dump-opt too many arguments to %%:compare-debug-self-opt too many arguments to %%:version-compare too many arguments to built-in function %qE expecting %d too many arguments to constructor %q#D too many arguments to function too many arguments to function %q#D too many arguments to function %qE too many arguments to make too many arguments to member function %q#D too many arguments to method %q#D too many arguments to method %qE too many atomic clauses too many braces around initializer for %qT too many braces around scalar initializer for type %qT too many exception handling edges in bb %i too many expressions for struct too many filenames given; type %<%s %s%> for usage too many function arguments for eBPF too many initializers for %qT too many input files too many loop exits recorded too many memory order clauses too many open parens too many outgoing branch edges from bb %i too many size ranges specified in option %qs too many template headers for %qD (should be %d) too many template parameter lists in declaration of %qD too many template-parameter-lists too many values in return statement too many variables for range clause with channel too much stack space to dispose of: %d too much stack space to prepare: %d top-level comma expression in array subscript changed meaning in C++23 top-level comma expression in array subscript is deprecated top-level declaration of %qs specifies %<auto%> toplevel reorder must be disabled when unit-at-a-time is disabled total size and element size must be a nonzero constant immediate total size of local objects %wu exceeds maximum %wu total size of local objects exceeds maximum %wu total size of local objects is too large total size of local variables exceeds architecture limit tp_first_run must be non-negative traditional C lacks a separate namespace for labels, identifier %qE conflicts traditional C rejects ISO C style function definitions traditional C rejects automatic aggregate initialization traditional C rejects initialization of unions traditional C rejects string constant concatenation traditional C rejects the unary plus operator trailing %<,%> in arguments for %<#pragma GCC diagnostic ignored_attributes%> trailing %<,%> in arguments for %<-Wno-attributes=%> trailing array %qT should not be used as a flexible array member trailing return type %qT of deduction guide is not a specialization of %qT trailing return type only available with %<-std=c++11%> or %<-std=gnu++11%> trampoline generated for nested function %qD transactional memory is not supported with %<-fsanitize=address%> transactional memory is not supported with %<-fsanitize=kernel-address%> transactional memory is not supported with non-call exceptions transformational intrinsic %qs at %L is not permitted in an initialization expression trap mode not supported for VAX floats tree check: %s, have %s in %s, at %s:%d tree check: accessed elt %d of %<tree_int_cst%> with %d elts in %s, at %s:%d tree check: accessed elt %d of %<tree_vec%> with %d elts in %s, at %s:%d tree check: accessed operand %d of %<omp_clause %s%> with %d operands in %s, at %s:%d tree check: accessed operand %d of %s with %d operands in %s, at %s:%d tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d tree check: expected %<omp_clause %s%>, have %qs in %s, at %s:%d tree check: expected class %qs, have %qs (%s) in %s, at %s:%d tree check: expected none of %s, have %s in %s, at %s:%d tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d tree code %qs is not supported in LTO streams tree list ends on depth %i tried to perform floating-point modulo division on %qT true/false edge after a non-GIMPLE_COND in bb %d try making the operator a %<const%> member function try removing the parentheses around the type-id try using %qE instead trying to capture %qD in instantiation of generic lambda trying to encode non-integer type as a bit-field trying to finish struct, but kicked out due to previous parse errors trying to make class %qT a friend of global scope tuning string missing in option (%s) turn on internal debugging of the compiler (internal switch) turn on quadruple tracing (internal switch) turn on the Modula-2 api tracing (internal switch) turn on the Modula-2 function line number generation (internal switch) turns on all division and modulus by zero checking for ordinal values turns on all range checking for numerical values turns on all software runtime checking (an abbreviation for -fnil -frange -findex -fwholediv -fcase -freturn -fwholevalue -ffloatvalue) turns on runtime checking for functions which finish without executing a RETURN statement turns on runtime checking to check whether a CASE statement requires an ELSE clause when one was not specified turns on runtime checking to check whether a floating point number will exceed range turns on runtime checking to check whether a whole number will exceed range turns on runtime checking to detect accessing data through a NIL value pointer turns on runtime subrange, array index and indirection via NIL pointer checking two consecutive %<[%> shall only introduce an attribute two different outer iteration variables %qD and %qD used in a single loop two or more data types in declaration of %qs two or more data types in declaration specifiers two or more sections for %s type %<__vector_pair%> requires the %qs option type %<__vector_quad%> requires the %qs option type %q#T argument given to %<delete%>, expected pointer type %qE has a user-defined constructor type %qE has a user-defined destructor type %qE has no default constructor to call type %qE has virtual member functions type %qT (typedef of %qT) violates the C++ One Definition Rule type %qT defined in anonymous namespace cannot match across the translation unit boundary type %qT defined in anonymous namespace cannot match type %qT across the translation unit boundary type %qT does not have a known size type %qT for explicit instantiation %qD does not match declared type %qT type %qT is not a base type for type %qT type %qT is not a direct base of %qT type %qT is not a direct or virtual base of %qT type %qT is too large type %qT itself violates the C++ One Definition Rule type %qT of template argument %qE depends on a template parameter type %qT of template argument %qE depends on template parameters type %qT should match type %qT type %qT violates the C++ One Definition Rule type %qT with no linkage used to declare function %q#D with linkage type %qT with no linkage used to declare variable %q#D with linkage type %qs does not conform to the %qE protocol type %qs is not an expression type %qs violates the C++ One Definition Rule type %s differs by %<TYPE_ALIGN%> type %s differs by %<TYPE_MODE%> type %s differs by %<TYPE_SIZE%> type %s differs by %<TYPE_USER_ALIGN%> type %s is not an opaque type type %s is not with opaque mode type assertion only valid for interface types type attributes ignored after type is already defined type conversion result count mismatch type defaults to %<int%> in declaration of %qE type defaults to %<int%> in type name type has no methods type is deprecated type is deprecated: %s type is not compatible with its variant type is unavailable type is unavailable: %s type mismatch between an SSA_NAME and its symbol type mismatch for case label in switch statement type mismatch in %qs type mismatch in %qs expression type mismatch in %qs reference type mismatch in binary expression type mismatch in conditional expression type mismatch in parameter %i type must be cv-qualified %<auto%> or reference to cv-qualified %<auto%> type name %qs should match type name %qs type name declared as function returning a function type name declared as function returning an array type of %<asm%> operand %qE could not be determined type of %<depobj%> expression is not %<omp_depend_t%> type of %qD defaults to %<int%> type of %qD does not match original declaration type of %qE is unknown type of array %q+D completed incompatibly with implicit initialization type of bit-field %qs is a GCC extension type of formal parameter %d is incomplete type of iterator %qD refers to outer iterator %qD type of property %qD conflicts with previous declaration type precision mismatch in switch statement type punning toggles scalar storage order type qualifier in empty declaration with %<enum%> underlying type type qualifiers ignored on cast result type type qualifiers ignored on function return type type to vector delete is neither pointer or array type type transparent %q#T cannot be made transparent because the type of the first field has a different ABI from the class overall type transparent %q#T does not have any fields type transparent class %qT has base classes type transparent class %qT has virtual functions type variant differs by %s type variant has different %<TREE_TYPE%> type variant has different %<TYPE_BINFO%> type variant has different %<TYPE_FIELDS%> type variant has different %<TYPE_SIZE_UNIT%> type variant has different %<TYPE_VFIELD%> type variant with %<TYPE_ALIAS_SET_KNOWN_P%> type variant%'s %<TREE_TYPE%> type variant%'s %<TYPE_BINFO%> type variant%'s %<TYPE_SIZE_UNIT%> type was previously declared %qE type%'s %<TREE_TYPE%> type%'s %<TYPE_BINFO%> type%'s %<TYPE_SIZE_UNIT%> type-punning to incomplete type might break strict-aliasing rules type-specifier invalid in lambda type/value mismatch at argument %d in template parameter list for %qD typedef %q+D declared %<_Noreturn%> typedef %q+D declared %<inline%> typedef %qD is initialized (use %<__typeof__%> instead) typedef %qD is initialized (use %qs instead) typedef %qD locally defined but not used typedef declaration invalid in parameter declaration typedef declared %<auto%> typedef may not be a function definition typedef may not be a member function definition typedef name may not be a nested-name-specifier typedef-name %qD used as destructor declarator types are not quite compatible types differ in signedness types have different parameter counts types may not be defined in %<decltype%> expressions types may not be defined in %<noexcept%> expressions types may not be defined in %qs expressions types may not be defined in a %<typeid%> expression types may not be defined in a conversion-type-id types may not be defined in a for-range-declaration types may not be defined in a new-expression types may not be defined in a new-type-id types may not be defined in alias template declarations types may not be defined in an exception-specification types may not be defined in casts types may not be defined in conditions types may not be defined in declare reduction type list types may not be defined in enum-base types may not be defined in exception-declarations types may not be defined in explicit-specifier types may not be defined in iterator type types may not be defined in parameter types types may not be defined in template arguments types may not be defined within %<__builtin_offsetof%> typespec in ALLOCATE at %L unable to compute real location of stacked parameter unable to deduce %qT from %qE unable to deduce lambda return type from %qE unable to emulate %qs unable to find a register to spill unable to find a register to spill in class %qs unable to find character literal operator %qD with %qT argument unable to find numeric literal operator %qD unable to find string literal operator %qD with %qT, %qT arguments unable to find the promise type for this coroutine unable to generate reloads for impossible constraints: unable to generate reloads for: unable to implement ABI %qs with instruction set %qs unable to locate default linker script %qs in the library search paths unable to open dynamic dependency %qs unable to open file unable to open log file %<vtv_class_set_sizes.log%>: %m unable to open log file %<vtv_count_data.log%>: %m unable to open log file %<vtv_set_ptr_data.log%>: %m unable to register info for plugin %qs - plugin name not found unable to represent further imported source locations unable to resolve forward reference in definition unable to use %qs for PIC register unbalanced punctuation character %<%c%> in format unbalanced punctuation character %qc in format unbounded use of %<alloca%> unbounded use of variable-length array unconditional %2d never executed
unconditional %2d taken %s
undeclared selector %qE undefined behavior when second parameter of %<va_start%> is declared with %<register%> storage undefined named operand %qs underlying type %qT of %qT must be an integral type underlying type mismatch in enum %q#T underspecified %qD referenced in its initializer underspecified declaration of %qE, which is already declared in this scope unexpanded parameter pack in enumerator in lambda unexpanded parameter pack in local class in lambda unexpected !$OMP ATOMIC expression at %L unexpected %<%s%> after %<%s%> unexpected %<else%> unexpected AST of kind %s unexpected EOF unexpected RHS for assignment unexpected argument unexpected argument to %<msp430_select_hwmult_lib%>: %s unexpected attribute unexpected base-type in cris_print_base unexpected encapsulation format or type unexpected error opening %<devices.csv%> unexpected expression %qE of kind %s unexpected file name %s in linker resolution file. Expected %s unexpected first argument to %<msp430_select_hwmult_lib%>: %s unexpected index-type in cris_print_index unexpected keyword; remove space between quotes and suffix identifier unexpected mapping node unexpected multiplicative operand unexpected offset unexpected operand unexpected operand: %d unexpected placeholder in constrained result type unexpected pointer mapping node unexpected side-effects in address unexpected template-id %qE unexpected text address: unexpected type for array length: %qs unhandled alignment for %<#pragma nomember_alignment%> unhandled arguments %qs and %qs to %<msp430_set_driver_var%> unhandled expression unhandled expression type uninitialized %<const %D%> uninitialized %<const %D%> is invalid in C++ uninitialized const in %<new%> of %q#T uninitialized const member in %q#T uninitialized const member in %q#T using %<new%> without new-initializer uninitialized const member in %qT is invalid in C++ uninitialized const member in base %q#T of %q#T uninitialized const member in base %q#T of %q#T using %<new%> without new-initializer uninitialized reference member in %q#T uninitialized reference member in %q#T using %<new%> without new-initializer uninitialized reference member in base %q#T of %q#T uninitialized reference member in base %q#T of %q#T using %<new%> without new-initializer uninitialized variable %q+D put into program memory area uninitialized variable %qD in %<constexpr%> context uninitialized variable %qD in %<constexpr%> function union cannot be made transparent union defined here union has no members union has no named members union member %q+D with non-trivial %qD unknown %<#pragma GCC aarch64%> option %qs unknown %<#pragma GCC arm%> option %qs unknown %<#pragma extern_model%> model %qs unknown %<#pragma member_alignment%> name %s unknown %<#pragma riscv intrinsic%> option %qs unknown %<-mdebug-%s%> switch unknown %<asm%> flag output %qs unknown C++ standard %qs unknown CRIS cpu version specification in %<-mtune=%>: %s unknown CRIS version specification in %<-march=%> or %<-mcpu=%>: %s unknown Compiled Module Interface: %s unknown Control-Flow Protection Level %qs unknown FPU type %<0x%x%>, %qs failed unknown IRA algorithm %qs unknown IRA region %qs unknown LTO partitioning model %qs unknown Live-Patching Level %qs unknown OpenMP directive name in %<omp::directive%> attribute argument unknown OpenMP directive name in %qs clause argument unknown Stack Reuse Level %qs unknown TLS model %qs unknown action %qE for %<#pragma pack%> - ignored unknown alignment %qs specified for option %qs unknown architecture specific memory model unknown architecture specifier in memory model %wi for %qD unknown array bounds setting %qs unknown array size in delete unknown assumption clause %qs unknown attribute %qE unknown attribute %qs unknown base architecture %<0x%x%>, %qs failed unknown basic block reordering algorithm %qs unknown block specifier unknown builtin immediate operand type for operand %d unknown callback event registered by plugin %s unknown checkaction setting %qs unknown conversion type character %qc in format unknown core architecture %qs specified with %qs unknown cpu %qs for %<-mtune%> unknown demangling style %qs unknown dest unknown error reading %s from %<devices.csv%> unknown excess precision style %qs unknown flag passed in %<-moverride=%s%> (%s) unknown floating point contraction style %qs unknown header kind %qs unknown insn mode unknown internal function %qE unknown lam type %qs unknown linker output %qs unknown machine mode %qE unknown move insn: unknown offload ABI %qs unknown operand letter: '%c' unknown operator %qs in %%:version-compare unknown option %q.*s in %<-fopt-info-%s%> unknown option after %<#pragma GCC diagnostic%> kind unknown option for %<%s=%s%> unknown option for %<-mrecip=%s%> unknown parameter to option %<-mtune-ctrl%>: %s unknown pass %s specified in %<-fdisable%> unknown pass %s specified in %<-fenable%> unknown pointer size model %qs unknown processor ID %<0x%x%>, some tuning parameters will fall back to default unknown profile quality unknown profile reproducibility method %qs unknown profile update method %qs unknown property %qE of %qs selector unknown property %qs of %qs selector unknown property attribute unknown property attribute %<%s%s%> unknown property attribute %qE unknown punctuation '%c' unknown ranger debug mode %qs unknown register name %qs in %<asm%> unknown register name: %s unknown relocation unspec unknown rust compile-until %qs unknown rust edition %qs unknown rust mangling option %qs unknown spec function %qs unknown specification for the set of FLT_EVAL_METHOD values to permit %qs unknown specifier %qs in %<amdgpu_hsa_kernel%> attribute unknown src unknown stack check parameter %qs unknown switch %<-mlong-double-%s%> unknown target attribute or pragma %qs unknown threader debug mode %qs unknown tuning option (%s) unknown type %<%T%> found during Objective-C encoding unknown type name %qE unknown type name %qE; did you mean %qs? unknown type name %qE; use %<enum%> keyword to refer to the type unknown type name %qE; use %<struct%> keyword to refer to the type unknown type name %qE; use %<union%> keyword to refer to the type unknown value %qs for %<-march%> unknown value %qs for %<-mcpu%> unknown value %qs for %<-mtune%> unknown value %qs of %<-mmacosx-version-min%> unknown vectorization library ABI type in %<-mveclibabi=%s%> unknown vectorizer cost model %qs unknown vtable verify initialization priority %qs unmatched color reset directive unmatched quoting directive unnamed class defined here unnamed field has incomplete type unnamed field is neither function nor member function; cannot be declared friend unnamed initializer for %qT, which has no base classes unnamed initializer for %qT, which uses multiple inheritance unnamed scoped enum is not allowed unnamed struct/union that defines no instances unnamed temporary defined here unnamed type with no linkage used to declare function %q#D with linkage unnamed type with no linkage used to declare variable %q#D with linkage unnamed variable or field declared void unnecessary parentheses in declaration of %qs unordered comparison on non-floating-point argument unquote_string(): got bad string unquoted attribute in format unquoted control character %qc in format unquoted control characters in format unquoted identifier or keyword %<%.*s%> in format unquoted keyword %<%.*s%> in format unquoted name of built-in function %<%.*s%> in format unquoted non-graph character %qc in format unquoted non-graph characters in format unquoted operator %<%.*s%> in format unquoted option name %<%.*s%> in format unquoted preprocessing directive %<%.*s%> in format unquoted sequence of %i consecutive punctuation characters %q.*s in format unquoted sequence of %i consecutive space characters in format unquoted type name %<%.*s%> in format unquoted whitespace character %qc in format unreachable unrecognizable argument of option unrecognizable insn: unrecognized %<-mfpu%> target: %s unrecognized %<hwmpy%> field in %<hard_msp430_mcu_data[%d]%>: %qd unrecognized %<include_flags 0x%x%> passed to %<print_specific_help%> unrecognized %<revision%> field in %<hard_msp430_mcu_data[%d]%>: %qd unrecognized %qE attribute argument %qs unrecognized %s target: %s unrecognized MCU name %qs, assuming that it has no hardware multiply; use the %<-mhwmult%> option to set this explicitly unrecognized MCU name %qs, assuming that it is just a MSP430X with no hardware multiply; use the %<-mcpu%> and %<-mhwmult%> options to set these explicitly unrecognized MCU name %qs, assuming that it just supports the MSP430X ISA; use the %<-mcpu%> option to set the ISA explicitly unrecognized address unrecognized argument in option %qs unrecognized argument to %<--help=%> option: %q.*s unrecognized argument to %<-f%ssanitize%s=%> option: %q.*s unrecognized argument to %<-f%ssanitize%s=%> option: %q.*s; did you mean %qs? unrecognized argument to %<-flto=%> option: %qs unrecognized argument to %<-fzero-call-used-regs=%>: %qs unrecognized automatic variable initialization type %qs unrecognized btf debug output level %qs unrecognized command-line option %<-%s%> unrecognized command-line option %<-%s%>; did you mean %<-%s%>? unrecognized command-line option %<-fdump-%s%> unrecognized command-line option %<-fdump-%s%>; did you mean %<-fdump-%s%>? unrecognized command-line option %<-fopt-info-%s%> unrecognized command-line option %qs unrecognized command-line option %qs may have been intended to silence earlier diagnostics unrecognized control register number: %d - using %<psw%> unrecognized debug output level %qs unrecognized edge flag: %qs unrecognized enum value: %qs unrecognized format specifier unrecognized gcc debugging option: %c unrecognized interrupt vector argument of %qE attribute unrecognized ivar visibility value %qs unrecognized operand to %%:%<asm_auto_mfpu%> unrecognized operand to %%:%<canon_for_mlib%> unrecognized option %<-fdisable%> unrecognized option %<-fenable%> unrecognized option passed to %%:%<target_mode_check%> unrecognized register name %qs unrecognized scalar storage order value %qs unrecognized section name %qE unrecognized shadow offset %qs unrecognized string escape unrecognized supposed constant unrecognized visibility value %qs unrecoverable error unresolved overload for builtin %qF unresolved overloaded builtin unrestricted unions only available with %<-std=c++11%> or %<-std=gnu++11%> unsafe function call %qD within %<transaction_safe%> function unsafe function call %qD within atomic transaction unsafe function call %qE within %<transaction_safe%> function unsafe function call %qE within atomic transaction unsafe indirect function call within %<transaction_safe%> function unsafe indirect function call within atomic transaction unset option %qs is ignored, it is always enabled for %qs CPU unsigned conversion from %qT to %qT changes the value of %qE unsigned conversion from %qT to %qT changes value from %qE to %qE unsuffixed floating constant unsupported SVE vector size unsupported argument to %qD unsupported argument type %qT for simd unsupported argument type to builtin function unsupported code '%c' for fixed-point: unsupported combination: %qs %s unsupported combination: %qs%s %s unsupported combination: %s unsupported constant address: unsupported cpu name returned from kernel for %<-mcpu=native%>: %s unsupported field expression unsupported fixed-point conversion unsupported memory expression: unsupported non-standard concatenation of string literals unsupported non-standard suffix on floating constant unsupported number of nops before function entry (%u) unsupported operand unsupported operand %s for code '%c' unsupported operand for code '%c' unsupported operand size for extended register unsupported operation or type for vector comparison returning a boolean unsupported return type %qT for %<simd%> functions unsupported return type %qT for simd unsupported simdlen %wd unsupported simdlen %wd (amdgcn) unsupported size for integer register unsupported variable field offset unsupported variable size field access unterminated assembly dialect alternative unterminated color directive unterminated format string unterminated quote character %<%c%> in format unterminated quoting directive unterminated string unused arguments in %<$%>-style format unused name %qE unused parameter %qD unused structured binding declaration unused variable %q+D unused variable %qD unwind tables currently require either a frame pointer or %<-maccumulate-outgoing-args%> for correctness upper value in case label range exceeds maximum value for type use %<#include%> instead use %<%T::%D%> instead use %<%T::%D%> instead of %<%T::%D%> to name the constructor in a qualified name use %<%T::template %D%> to indicate that it is a template use %<&%D[0] %s &%D[0]%> to compare the addresses use %<-Winvalid-pch%> for more information use %<-faligned-new%> to enable C++17 over-aligned new support use %<-fext-numeric-literals%> to enable more built-in suffixes use %<-flax-vector-conversions%> to permit conversions between vectors with differing element types or numbers of subparts use %<...%> to expand argument pack use %<__attribute__ ((vector_size))%> instead use %<__builtin_rx_mvtc (0, ... )%> to write arbitrary values to PSW use %<alias %s = %s.%s;%> to introduce base class overload set use %<template<>%> for an explicit specialization use %<this->%D%> instead use %qD directly instead use %qs instead use ISO dialect of Modula-2 use PIM 2 dialect of Modula-2 use PIM 3 dialect of Modula-2 use PIM 4 dialect of Modula-2 use PIM [234] dialect of Modula-2 use a cast to the expected type to disambiguate use cpp to preprocess the module use e.g. %<-Wabi=11%> to warn about changes from GCC 7 use non-reference type %qT to make the copy explicit or %qT to prevent copying use of %<alloca%> use of %<alloca%> within a loop use of %<auto%> in lambda parameter declaration only available with %<-std=c++14%> or %<-std=gnu++14%> use of %<auto%> in member template conversion operator can never be deduced use of %<auto%> in parameter declaration only available with %<-std=c++14%> or %<-std=gnu++14%> use of %<auto%> in parameter declaration only available with %<-std=c++20%> or %<-fconcepts%> use of %<complex%> in AltiVec types is invalid use of %<double%> in AltiVec types is invalid without %qs use of %<long double%> in AltiVec types is invalid use of %<long long%> in AltiVec types is invalid without %qs use of %<long%> in AltiVec types is deprecated; use %<int%> use of %<long%> in AltiVec types is invalid for 64-bit code without %qs use of %<this%> in a constant expression use of %qD use of %qD before deduction of %<auto%> use of %qs use of %qs in template use of %qs length modifier with %qc type character has either no effect or undefined behavior use of %s and %s together in %s format use of %s and %s together with %<%%%c%> %s format use of allocated storage after deallocation in a constant expression use of an operand of type %qT in %<operator++%> is deprecated use of an operand of type %qT in %<operator++%> is forbidden in C++17 use of an operand of type %qT in %<operator--%> is forbidden use of boolean types in AltiVec types is invalid use of built-in parameter pack %qD outside of a template use of built-in trait %qE in function signature; use library traits instead use of built-in trait %qT in function signature; use library traits instead use of class template %qT as expression use of decimal floating-point types in AltiVec types is invalid use of deleted function %qD use of enum %q#D without previous declaration use of function %qD with unsatisfied constraints use of invalid variable template %qE use of local variable with automatic storage from containing function use of multiversioned function without a default use of old-style cast to %q#T use of parameter from containing function use of parameter outside function body use of untyped nil use operand missing for statement use option %<-std=c99%>, %<-std=gnu99%>, %<-std=c11%> or %<-std=gnu11%> to compile your code use reference type to prevent copying use the apostrophe directive %qs instead use unary %<+%> which decays operands to pointers or %<&%D[0] %s &%D[0]%> to compare the addresses used array that cannot be converted to pointer where scalar is required used as rewritten candidate for comparison of %qT and %qT used here to mean %q#D used struct type value where scalar is required used union type value where scalar is required used vector type where scalar is required useless %<_Alignas%> in empty declaration useless %qs in empty declaration useless cast to type %q#T useless storage class specifier in empty declaration useless type name in empty declaration useless type qualifier in empty declaration user defined reduction lookup is ambiguous user defined reduction not found for %qE user defined reduction with constructor initializer for base class %qT user-defined %qD always evaluates both arguments user-defined literals only available with %<-std=c++11%> or %<-std=gnu++11%> uses %qD, which does not have an alignment parameter using %<%c%s%> using %<num_workers (%d)%>, ignoring %d using %<vector_length (%d)%> due to call to vector-partitionable routine, ignoring %d using %<vector_length (%d)%>, ignoring %d using %<vector_length (%d)%>, ignoring runtime setting using %<vector_length (64)%>, ignoring %d using %<vector_length (64)%>, ignoring runtime setting using %qs using %qs with unsigned type has no effect using a dangling pointer to %qD using a dangling pointer to an unnamed temporary using alias template specialization %qT after %qs using complex absolute value function %qD when argument is of floating-point type %qT using complex absolute value function %qD when argument is of integer type %qT using dangling pointer %qE to %qD using dangling pointer %qE to an unnamed temporary using darwin64 ABI using decimal floating-point absolute value function %qD when argument is of complex type %qT using decimal floating-point absolute value function %qD when argument is of floating-point type %qT using decimal floating-point absolute value function %qD when argument is of integer type %qT using floating-point absolute value function %qD when argument is of complex type %qT using floating-point absolute value function %qD when argument is of decimal floating-point type %qT using floating-point absolute value function %qD when argument is of integer type %qT using integer absolute value function %qD when argument is of complex type %qT using integer absolute value function %qD when argument is of floating-point type %qT using invalid field %qD using old darwin ABI using result of function returning %<void%> using rvalue as lvalue using serial compilation of %d LTRANS jobs using simple load CSE after register allocation using template type parameter %qT after %qs using the range [%E, %E] for directive argument using typedef-name %qD after %qs using value of assignment with %<volatile%>-qualified left operand is deprecated using-declaration for member at non-class scope using-declaration for non-member at class scope using-declaration may not name namespace %qD valid %<-foffload=%> arguments are: %s valid %<-foffload=%> arguments are: %s; did you mean %qs? valid arguments are: %s valid arguments are: %s; did you mean %qs? valid arguments to %<-march=%> switch are: %s valid arguments to %<-march=%> switch are: %s; did you mean %qs? valid arguments to %<-mtune=%> switch are: %s valid arguments to %<-mtune=%> switch are: %s; did you mean %qs? valid arguments to %<target("arch=")%> attribute are: %s valid arguments to %<target("arch=")%> attribute are: %s; did you mean %qs? valid arguments to %<target("tune=")%> attribute are: %s valid arguments to %<target("tune=")%> attribute are: %s; did you mean %qs? valid arguments to %qs are: %s valid arguments to %qs are: %s; did you mean %qs? valid failure models are %qs, %qs, %qs, %qs valid feature names are: %s valid feature names are: %s; did you mean %qs? valid format is %<ns::attr%> or %<ns::%> valid models are %s valid values for builtin %qF argument %d are 64, 128, 256, 512, 1024, 2048, and 4096 value %qE of type %qT is not a constant expression value %qs is not supported by attribute %<target%> value argument value computed is not used value of %<-mfixed-range%> must have form REG1-REG2 value passed in %qs is too large value-initialization of function type %qT value-initialization of incomplete type %qT value-initialization of reference type %qT var-tracking-assignments changes selective scheduling variable variable %q#D has initializer but incomplete type variable %q+D declared %<_Noreturn%> variable %q+D declared %<inline%> variable %q+D definition is marked dllimport variable %q+D might be clobbered by %<longjmp%> or %<vfork%> variable %q+D must be const in order to be put into read-only section by means of %qs variable %q+D part of alias cycle variable %q+D with dynamic initialization put into program memory area variable %qD adjusted for OpenACC privatization level: %qs variable %qD has function type variable %qD has initializer but incomplete type variable %qD of non-literal type %qT in %<constexpr%> function only available with %<-std=c++2b%> or %<-std=gnu++2b%> variable %qD redeclared as function variable %qD set but not used variable %qD used more than once with %<#pragma acc declare%> variable %qE declared in enclosing %<host_data%> region variable %qE is not an iteration of outermost loop %d, expected %qE variable %qE of incomplete type %qT will not be accessed in for increment expression variable %qE of incomplete type %qT will not be accessed in left operand of comma operator variable %qE of incomplete type %qT will not be accessed in right operand of comma operator variable %qE of incomplete type %qT will not be accessed in second operand of conditional expression variable %qE of incomplete type %qT will not be accessed in statement variable %qE of incomplete type %qT will not be accessed in third operand of conditional expression variable %qs has been referenced in offloaded code but hasn%'t been marked to be included in the offloaded code variable %qs has scoped destruction, cannot build closure variable concept has no initializer variable length array %qD is used variable length array is used variable length arrays are not yet supported in coroutines variable length element type in array %<reduction%> clause variable of same assembler name as the virtual table is defined in another translation unit variable or field %qE declared void variable or field declared void variable previously declared %<static%> redeclared %<extern%> variable sized type %qT in %<reduction%> clause variable sized type %qT in %qs clause variable symbol is not variable variable template declared here variable template-id %qD in nested-name-specifier variable templates only available with %<-std=c++14%> or %<-std=gnu++14%> variable tracking requested, but not supported by this debug format variable tracking requested, but useless unless producing debug info variable tracking size limit exceeded variable tracking size limit exceeded with %<-fvar-tracking-assignments%>, retrying without variable-length array of %<auto%> variable-sized compound literal variable-sized object may not be initialized except with an empty initializer variables in %<__regio_symbol%> address space cannot be declared %<register%> variables in %<__regio_symbol%> address space cannot have initial value variables in %<__regio_symbol%> address space must be declared %<extern%> variables in %<__regio_symbol%> address space must be declared %<volatile%> variables of type %qT cannot have thread-local storage duration variably modified %qE at file scope variably modified field at file scope variably modified type not allowed in new-expression variadic functions must use the base AAPCS variant variadic templates only available with %<-std=c++11%> or %<-std=gnu++11%> variadic thunk call variant %qD and base %qD have incompatible types variant %qD is a built-in variant %qD is not a function variant %qs and base %qs at %L have incompatible types: %s variant %qs at %L is not a function or subroutine vector %qs element is not a GIMPLE value vector %qs with non-NULL element index vector argument passed to unprototyped function vector condition will be expanded piecewise vector operation will be expanded in parallel vector operation will be expanded piecewise vector operation will be expanded with a single scalar operation vector overflow in expression %qE of type %qT results in %qE vector overflow in expression of type %qT results in %qE vector shuffling operation will be expanded piecewise vector size not an integral multiple of component size vector type expected in %qs vector types expected in %qs vectorization did not happen for a simd loop vectors with different element number found in %qs verify_bind_c_derived_type(): Given symbol is unexpectedly NULL verify_cgraph_node failed verify_flow_info failed verify_flow_info: Basic block %d succ edge is corrupted verify_flow_info: Block %i has loop_father, but there are no loops verify_flow_info: Block %i lacks loop_father verify_flow_info: Duplicate edge %i->%i verify_flow_info: Incorrect blocks for fallthru %i->%i verify_flow_info: Incorrect fallthru %i->%i verify_flow_info: Missing count of block %i verify_flow_info: REG_BR_PROB does not match cfg %i %i verify_flow_info: REG_BR_PROB is set but cfg probability is not verify_flow_info: Wrong count of block %i verify_flow_info: Wrong probability of edge %i->%i verify_flow_info: unallocated edge flag set on %d -> %d verify_flow_info: unallocated flag set on BB %d verify_gimple failed verify_ssa failed version attribute is not a string version control conflict marker in file version inherited from %qT declared here version of %<g%> will be omitted, please specify version for individual extension versioned symbol must be public versioned symbol must have default visibility virt-specifiers in %qs not allowed outside a class definition virtual PHI with argument locations virtual SSA name for non-VOP decl virtual base %qT inaccessible in %qT due to ambiguity virtual def operand missing for statement virtual definition is not an SSA name virtual definition of statement not up to date virtual function %q+D overriding final function virtual function cannot have deduced return type virtual function multiversioning not supported virtual functions cannot be %<constexpr%> before C++20 virtual functions cannot be friends virtual method %qD virtual non-class function %qs virtual table of type %qD contains RTTI information virtual table of type %qD violates one definition rule virtual table pointer is used uninitialized virtual use of statement not up to date virtual use operand missing for statement visibility argument not a string visibility attribute not supported in this configuration; ignored vms '#pragma __message' is ignored void value not ignored as it ought to be volatile argument vtable for vtable verification is not supported with LTO waitpid failed warning: warning: consider linking with '-static' as system libraries with was expecting `%s' weak %q+D cannot be defined %qE weak alias definitions not supported in this configuration weak aliases are not supported weak declaration of %q+D being applied to a already existing, static definition weak declaration of %q+D must be public weak declaration of %q+D not supported weights need to be non-negative when storing %qT, %qE requires a vector base and a scalar index when writing output to %s: %m while %qT decomposes into %E elements while %qT decomposes into %wu element while %qT decomposes into %wu elements while referencing %qD width of %qD exceeds its type width of %qs exceeds its type width of bit-field %qD has non-integral type %qT with with %<ancestor%>, only the %<device%>, %<firstprivate%>, %<private%>, %<defaultmap%>, and %<map%> clauses may appear on the construct within this loop without %<-gdwarf-5%>, %<-gvariable-location-views=incompat5%> is equivalent to %<-gvariable-location-views%> work-sharing region may not be closely nested inside of work-sharing, %<loop%>, %<critical%>, %<ordered%>, %<master%>, %<masked%>, explicit %<task%> or %<taskloop%> region write of %wu-bit data outside the bound of destination object, data truncated into %wu-bit write_atom(): Trying to write dab atom write_symbol(): bad module symbol %qs write_symtree(): Symbol not written writing %E byte into a region of size %E overflows the destination writing %E bytes into a region of size %E overflows the destination writing %E or more bytes into a region of size %E overflows the destination writing %wu byte into a region of size %wu writing %wu bytes into a region of size %wu writing %wu byte into a region of size between %wu and %wu writing %wu bytes into a region of size between %wu and %wu writing CMI %qs writing between %E and %E bytes into a region of size %E overflows the destination writing between %wu and %wu bytes into a region of size %wu writing between %wu and %wu bytes into a region of size between %wu and %wu writing into constant object (argument %d) writing one too many bytes into a region of a size that depends on %<strlen%> writing output file writing through null pointer (argument %d) writing to LTRANS output list %s: %m writing to address space %qs not supported wrong %<TYPE_CACHED_VALUES%> entry wrong amount of branch edges after conditional jump in bb %i wrong amount of branch edges after unconditional jump %i wrong argument %qs to option %qs wrong argument to ignored attributes wrong edge %d->%d for PHI argument wrong entry in %<TYPE_ARG_TYPES%> list wrong immediate use list wrong insn in the fallthru edge wrong list of exited loops for edge %d->%d wrong number of arguments wrong number of arguments specified for %qE attribute wrong number of arguments to %%:debug-level-gt wrong number of arguments to %%:dwarf-version-gt wrong number of arguments to %<__builtin_addressof%> wrong number of arguments to %<__builtin_assoc_barrier%> wrong number of arguments to %<__builtin_call_with_static_chain%> wrong number of arguments to %<__builtin_choose_expr%> wrong number of arguments to %<__builtin_complex%> wrong number of arguments to %<__builtin_convertvector%> wrong number of arguments to %<__builtin_launder%> wrong number of arguments to %<__builtin_shuffle%> wrong number of arguments to %<__builtin_shufflevector%> wrong number of arguments to %<assume%> attribute wrong number of arguments to function %<__builtin_next_arg%> wrong number of arguments to function %<va_start%> wrong number of branch edges after unconditional jump in bb %i wrong number of template arguments (%d, should be %d) wrong number of template arguments (%d, should be at least %d) wrong outgoing edge flags at end of bb %d wrong strategy name %qs specified for option %qs wrong tree in %<TYPE_FIELDS%> list wrong type argument to %s wrong type argument to abs wrong type argument to absu wrong type argument to bit-complement wrong type argument to conjugation wrong type argument to decrement wrong type argument to increment wrong type argument to unary exclamation mark wrong type argument to unary minus wrong type argument to unary plus wrong type of argument %s x87 register return with x87 disabled xstormy16_print_operand: unknown code you can enable %qs using the command-line option %<-march%>, or by using the %<target%> attribute or pragma you can enable RVV using the command-line option %<-march%>, or by using the %<target%> attribute or pragma you can enable SVE using the command-line option %<-march%>, or by using the %<target%> attribute or pragma you can silence this warning by using a hexadecimal constant (%wx rather than %wd) you can stabilize this value with %<--param hardware_destructive_interference_size=%d%>, or disable this warning with %<-Wno-interference-size%> you can use an inline namespace instead you can work around this by removing the initializer you cannot take the address of a nested function if you use the %qs option you should use the %<-%s%> option your native CPU architecture (%qs) does not support %qs ABI, falling back to %<-m%s=%s%> z*inx requires ABI ilp32, ilp32e or lp64 z/Architecture. zero as null pointer constant zero length array section in %qs clause zero or negative size array %q+D zero sized type %qT in %<reduction%> clause zero sized type %qT in %qs clause zero vector size zero width for bit-field %q+D zero width for bit-field %qs zero width in %s format zero-length %s format string zero-size array %qD zero-size array %qT zero-size array member %qD in an otherwise empty %q#T zero-size array member %qD not at end of %q#T {anonymous} {erroneous} Project-Id-Version: gcc 13.1.0
Report-Msgid-Bugs-To: https://gcc.gnu.org/bugs/
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Fortfahren? (y oder n)
Linkeroptionen
==============
Veraltete Optionen:
Optionen, die mit -g, -f, -m, -O, -W, oder --param beginnen, werden automatisch
an die verschiedenen Subprozesse, die von %s aufgerufen werden, übergeben.
Um weitere Optionen an diese Prozesse zu übergeben, müssen die Optionen
-W<Buchstabe> verwendet werden.
Ausgabe von ldd mit Konstruktoren/Destruktoren.
write_c_file: Ausgabename ist %s, Präfix ist %s
Spezifische Typen der Kommandozeilenoptionen anzeigen.
von %qD %s eingebunden von %#qD -F, --fullname Vollständigen Dateinamen ausgeben
-f, --function Daten über Funktionsebene ausgeben
-h, --hotonly Daten nur für heiße Objekte/Funktionen ausgeben
-n, --normalize <int64_t> Profil normalisieren
-o, --object Daten über Objektebene ausgeben
-o, --output <Verzeichnis> Ausgabeverzeichnis
-s, --scale <Gleitkomma oder einfacher Bruch> Profilzähler skalieren
-t <Gleitkomma>, --hot_threshold <Gleitkomma> Schwellwert für Heißheit festlegen
-v, --verbose Ausführlicher Modus
-w, --weight <Gewicht1,Gewicht2> Gewichtung festlegen (Gleitkommazahlen)
Eingefügt bei %s:%d: eingefügt von %qD eingefügt von %qD bei %r%s:%d%R eingefügt von %qD bei %r%s:%d:%d%R eingefügt von %qs eingefügt von %qs bei %r%s:%d%R eingefügt von %qs bei %r%s:%d:%d%R von früherem Behandler für %<%T%> in Umwandlung in Zeiger auf Element in Umwandlung in Zeiger auf Elementfunktion # %E %q#D %q+T hat keinen %<constexpr%>-Destruktor %q+T hat einen nicht-trivialen Destruktor %q+T ist kein Aggregat, hat keinen trivialen Standardkonstruktor und hat keinen %<constexpr%>-Konstruktor, der kein Kopier- oder Bewegungskonstruktor ist %qD lässt sich nicht vom Typ %qT schlussfolgern %qE %qE entspricht nicht %qE %qT keinen virtuellen Destruktor hat %qT keine eindeutige Objektrepräsentationen hat %qT is a Closure-Typ und ist erst ab C++17 literal %qT ist mehrdeutige Basisklasse von %qT %qT kein POD-Typ ist %qT keine Basis von %qT ist %qT keine Klasse ist %qT keine finale Klasse ist %qT kein literaler Typ ist %qT kein polymorpher Typ ist %qT ist keine Referenz, die mit einem temporären Objekt vom Typ %qT verbunden ist (copy-initialization) %qT ist keine Referenz, die mit einem temporären Objekt vom Typ %qT verbunden ist (direct-initialization) %qT kein trivialer Typ ist %qT kein Vereinigungstyp ist %qT keine abstrakte Klasse ist %qT kein Aggregat ist %qT keine leere Klasse ist %qT keine Aufzählung ist %qT kein Typ mit Standardlayout ist %qT nicht vom Typ %qT zugewiesen werden kann %qT nicht von %qE konstruiert werden kann %qT kann nicht von %qE umgewandelt werden %qT nicht mit dem Standardkonstruktor erzeugt werden kann %qT ist nicht vom Typ %qT abgeleitet das Layout von %qT nicht zu %qT kompatibel ist %qT ist nicht per %<nothrow%>-Kopie von %qT zuweisbar %qT kann nicht per %<nothrow%> von %qE konstruiert werden %qT kann nicht per %<nothrow%> von %qE umgewandelt werden %qT ist nicht per %<nothrow%>-Kopie zuweisbar %qT kann nicht per %<nothrow%> mit dem Standardkonstruktor kopiert werden %qT kann nicht per %<nothrow%> mit dem Standardkonstruktor erzeugt werden %qT keine Zeiger-konvertierbare Basis von %qT ist %qT nicht derselbe Typ wie %qT ist %qT nicht per trivialer Kopie von %qT zugewiesen werden kann %qT nicht trivial von %qE konstruiert werden kann %qT nicht per trivialer Kopie zugewiesen werden kann %qT nicht per trivialer Kopie erzeugt werden kann %qT nicht trivial kopierbar %qT nicht trivial mit dem Standardkonstruktor erzeugt werden kann %qT nicht trivial zerstört werden kann (Verwenden Sie »-v --help« zum Anzeigen der Kommandozeilenoptionen von Subprozessen).
-### Wie -v, aber mit zitierten Optionen und ohne Ausführung
der Befehlen.
--help Diese Informationen anzeigen.
--help={common|optimizers|params|target|warnings|[^]{joined|separate|undocumented}}[,...]
--sysroot=<Verzeichnis> <Verzeichnis> als Wurzelverzeichnis für Header und
Bibliotheken verwenden.
--target-help Zielspezifische Kommandozeilenoptionen (inklusive Assembler- und Linkeroptionen) anzeigen.
--version Compilerversionsinformation anzeigen.
-B <Verzeichnis> <Verzeichnis> zum Suchpfad des Compilers hinzufügen.
-D, --debug Fehlersuche-Details anzeigen
-E Nur den Präprozessor ausführen, nicht Compiler, Assembler oder
Linker.
-H, --human-readable Menschenlesbare Zahlen ausgeben
-S Nur kompilieren, nicht assemblieren oder linken.
-Wa,<Optionen> Die durch Kommata getrennten <Optionen> an den Assembler übergeben.
-Wl,<Optionen> Die durch Kommata getrennten <Optionen> an den Linker übergeben.
-Wp,<Optionen> Die durch Kommata getrennten <Optionen> an den Präprozessor übergeben.
-Xassembler <Arg> <Arg> an den Assembler übergeben.
-Xlinker <Arg> <Arg> an den Linker übergeben.
-Xpreprocessor <Arg> <Arg> an den Präprozessor übergeben.
-a, --all-blocks Informationen für jeden Basisblock zeigen
-b, --branch-probabilities Zweigwahrscheinlichkeiten in Ausgabe aufnehmen
-c Nur kompilieren und assemblieren, aber nicht binden.
-c, --branch-counts Anzahl der Zweigdurchläufe statt
Prozentzahlen ausgeben
-d, --display-progress Fortschrittsinformationen anzeigen
-dumpmachine Zielprozessor des Compilers anzeigen.
-dumpspecs Alle eingebauten Spezifikationszeichenketten anzeigen.
-dumpversion Die Compilerversion anzeigen.
-f, --function-summaries Ausgabezusammenfassungen für jede Funktion
-foffload=<Ziele> Offloading-Ziele angeben.
-h, --help Diese Hilfe anzeigen, danach beenden
-h, --help Diese Hilfe anzeigen
-i, --json-format Ersetzt durch -j, --json-format
-j, --human-readable Ersetzt durch -H, --human-readable
-j, --json-format Zwischenergebnisse im JSON-Format in
.gcov.json.gz-Datei ausgeben
-k, --use-colors Bunte Ausgabe erzeugen
-l, --long-file-names In eingefügten Quelldateien lange Dateinamen
für Ausgabedateien verwenden
-m, --demangled-names Entmangelte Funktionsnamen ausgeben
-n, --no-output Keine Ausgabedatei erzeugen
-no-canonical-prefixes Pfade beim Erzeugen relativer Präfixe zu anderen
GCC-Komponenten nicht kanonisieren.
-o <Datei> Ausgabe in <Datei> schreiben.
-o, --object-directory DIR|FILE In DIR oder aufgerufener Datei FILE nach
Objektdateien suchen
-p, --preserve-paths Alle Pfadnamenskomponenten bewahren
-pass-exit-codes Mit höchstem Rückgabe-Code einer Phase beenden.
-pie Eine ausführbare Datei mit positionsunabhängigem
Code erzeugen.
-pipe Pipes statt temporärer Dateien verwenden.
-print-file-name=<Bib> Vollen Pfad zur Bibliothek <Bib> anzeigen.
-print-libgcc-file-name Name der Begleitbibliothek des Compilers anzeigen.
-print-multi-directory Wurzelverzeichnis für Versionen von libgcc anzeigen.
-print-multi-lib Entspechungen zwischen Kommandozeilenoptionen und
mehreren Suchverzeichnissen für Bibliotheken ausgeben.
-print-multi-os-directory Relativen Pfad zu Betriebssystembibliotheken anzeigen.
-print-multiarch Normalisiertes GNU-Tripel für das Ziel anzeigen,
welches als Komponente im Bibliothekspfad verwendet wird.
-print-prog-name=<Prog> Vollen Pfad zur Compilerkomponente <Prog> anzeigen.
-print-search-dirs Verzeichnisse im Suchpfad des Compilers anzeigen.
-print-sysroot Verzeichnis der Bibliotheken für die Zielarchitektur ausgeben.
-print-sysroot-headers-suffix Den für die Headersuche verwendeten Sysroot-Anhang ausgeben.
-q, --use-hotness-colors perf-artige bunte Ausgabe für heiße Zeilen
-r, --relative-only Nur Daten für relative Quellen zeigen
-s, --source-prefix VERZ wegzulassender Quellen-Präfix
-save-temps Temporäre Dateien nicht löschen.
-save-temps=<Arg> Temporäre Dateien nicht löschen.
-shared Eine dynamiache Bibliothek erzeugen.
-specs=<Datei> Eingebaute Spezifikationen mit dem Inhalt von <Datei>
überschreiben.
-std=<Standard> Annehmen, dass die Eingabequellen für <Standard> sind.
-t, --stdout Ausgabe nach stdout anstelle einer Datei
-time Zeit für die Ausführung jedes Subprozesses festhalten.
-u, --unconditional-branches Auch unbedingte Zweigzähler zeigen
-v Die vom Compiler aufgerufenen Programme ausgeben.
-v, --version Versionsnummer anzeigen, danach beenden
-v, --version Versionsnummer anzeigen
-w, --verbose Ausführliche Informationen ausgeben
-x <Sprache> Sprache der folgenden Eingabedateien angeben
Zulässige Sprachen sind: c c++ assembler none
»none« bedeutet den Rückfall auf das Standardverhalten,
die Sprache aufgrund der Dateiendung zu erraten.
-x, --hash-filenames lange Dateinamen hashen
Bekannte gültige Argumente für Option »%s«:
Ein Konstruktor, der ein einzelnes Argument seines eigenen Klassentyps hat, ist ungültig eine qualifizierte ID ist erforderlich nach benutzerdefinierter Umwandlung: mehrdeutiges Templateargument für Nichttyp-Templateparameter wird wie ein Funktionstyp behandelt ein geerbter Konstruktor ist kein Kandidat für Initialisierung aus einem Ausdruck desselben oder eines abgeleiteten Typs und jeder Typ kann zu jedem anderen konvertiert werden da es ein Nicht-Systemverzeichnis ist, das ein Systemverzeichnis dupliziert
Basis %qT Basisklasse %qT von %q+T ist kein Literal denn die Umwandlungsfolge für das Argument ist besser denn die folgenden virtuellen Funktionen sind rein innerhalb %qT: aber %d benötigt aber deklariert %<%T(const %T&)%> nicht aber deklariert %<operator=(const %T&)%> nicht von %qD in Frage kommende Umwandlungen beziehen %qD und %qD ein Kandidat erwartet %d Argument, %d angegeben Kandidat erwartet %d Argumente, %d angegeben Kandidat erwartet mindestens %d Argument, %d angegeben Kandidat erwartet mindestens %d Argumente, %d angegeben %qE (Typ %qT) kann nicht in den Typ %qT umgewandelt werden für %qT kann kein Template aus Nicht-Templatetyp %qT hergeleitet werden Umwandlung von Rückgabetyp %qT der Spezialisierung der Template-Umwandlungsfunktion in %qT passt nicht exakt Umwandlung von Argument %d wäre unzulässig: Template-Parameter %qD konnte nicht hergeleitet werden überschneidet Initialisierung von %q#D hier deklariert hergeleitete Typen für Parameter %qT stehen in Konflikt (%qT und %qT) hergeleitete Werte für Nicht-Typ-Parameter %qE stehen in Konflikt (%qE und %qE) betritt %<catch%>-Block betritt %<consteval if%>-Anweisung betritt %<constexpr if%>-Anweisung betritt %<try%>-Block tritt in OpenMP-strukturierten Block ein Eintritt in Gültigkeitsbereich von %q#D mit nicht-trivialem Destruktor Eintritt in Gültigkeitsbereich von %q#D mit nicht-trivialem Destruktor betritt den Anweisungsausdruck synchronisierte oder atomare Anweisung wird betreten beendet OpenMP-strukturierten Block %qD erwartet, %qD erhalten Klassentemplate erwartet, %qE erhalten Klassentemplate erwartet, %qT erhalten Konstante des Typs %qT erwartet, %qT erhalten ein Template des Typs %qD erwartet, %qT erhalten einen Typ erwartet, %qE erhalten einen Typ erwartet, %qT erhalten für Umwandlung von %qH in %qI aus Definition von %q#D von hier in Aufruf von %qD in Auswertung von %<%Q(%#T, %#T)%> in geworfenem Ausdruck unpassende Herleitung von Parameterpack mit %qT und %qT hier geerbt Argument %P von %qD wird initialisiert Typ %qT von Elementfunktion ist kein gültiges Templateargument merge [Optionen] <Ordner1> <Ordner2> Abdeckungsdateien zusammenführen
merge-stream [Optionen] [<file>] Coverage-Stream-Datei (oder stdin)
mit Inhalt der Coverage-Datei zusammenführen
unpassende Typen %qT und %qT keine bekannte Umwandlung für Argument %d von %qH nach %qI keine bekannte Umwandlung für impliziten %<this%>-Parameter von %qH nach %qI keine bekannte Umwandlung von %qH nach %qI nicht-statisches Datenelement %qD hat nicht-literalen Typ nicht-statisches Datenelement %qD hat nicht-literalen Typ oder %<operator=(const %T&)%> oder einer %<transaction_may_cancel_outer%>-Funktion overlap [Optionen] <Verz1> <Verz2> Überlappung zwischen zwei Profilen berechnen
die Übergabe von %qT als %<this%>-Argument streicht Qualifizierer Profiling-Unterstützung nur im Archivformat unterstützt werden Rückgabetyp %qT der expliziten Umwandlungsfunktion kann nicht mit Qualifizierungsänderung in %qT umgewandelt werden rewrite [Optionen] <Verzeichnis> Inhalt der Abdeckungsdatei umschreiben
denn %q+#D ist in Basisklasse deklariert überspringt Initialisierung von %q#D Ersetzung der ermittelten Templateargumente führte zu obigen Fehlern Template-Argument %qE passt nicht zu %qE Templateargumente %qE passt nicht zum konstanten Zeiger auf Element %qE Herleitung/Ersetzung von Templateargument gescheitert: Templateparameter %qD ist kein Parameterpack wie Argument %qD Templateparameter eines Template-Templatearguments sind mit anderen hergeleiteten Templateargumenten unverträglich Versuch, %qD zu instanziieren Typen %qT und %qT haben unverträgliche CV-Qualifizierer Arraytyp %qT mit veränderlicher Größe ist kein gültiges Templateargument während es hier initialisiert wurde bei Instanziierung des Standardarguments für Aufruf von %qD (BB %d) (Operandentyp ist %qT) (Operandentypen sind %qT und %qT) (Operandentypen sind %qT, %qT und %qT) Alle Optionen mit den gewünschten Eigenschaften wurden bereits angezeigt
Keine Optionen mit den gewünschten Eigenschaften gefunden
Nichts gefunden. Bitte verwenden Sie »--help=%s«, um *alle* vom Frontend %s unterstützten Optionen anzuzeigen
[siehe %<-fno-allow-invalid-boz%>] da alle seine Kopier- und Verschiebekonstruktoren gelöscht sind Kandidat 1: %q#F Kandidat 2: %q#F in Konflikt stehende Codeerzeugungsschalter verwendet hier deklariert der Ausdruck hat einen konstanten Wert, ist aber kein konstanter Ausdruck im Sinne von C++ zstd »%s !$ACC LOOP«-Schleifen bei %L formen keinen rechteckigen Wiederholungsraum !$ACC LOOP kann bei %L keine DO-CONCURRENT-Schleife sein !$ACC LOOP darf ohne Schleifensteuerung bei %L kein DO WHILE oder DO sein !$ACC-LOOP-Iterationsvariable bei %L muss vom Typ integer sein »!$ACC ROUTINE« wurde bereits bei %C angewendet !$ACC ROUTINE mit GANG, WORKER oder VECTOR-Klausel ist in PURE-Prozedur bei %C nicht erlaubt !$ACC bei %C beginnt eine kommentierte Zeile, da es weder von Leerzeichen gefolgt wird noch eine Fortsetzungszeile ist !$OMP ASSUMES bei %C muss im Spezifikationsteil eines Unterprogramms oder Moduls vorkommen !$OMP ATOMIC CAPTURE-Erfassungsanweisung liest bei %L von anderer Variable als die Update-Anweisung schreibt !$OMP ATOMIC READ bei %L ist inkompatibel zur RELEASE-Klausel Anweisung !$OMP ATOMIC READ muss bei %L von skalarer Variable intrinsischen Typs lesen !$OMP ATOMIC UPDATE bei %L mit FAIL-Klausel erfordert entweder die COMPARE-Klausel oder die Verwendung der intrinsischen MIN/MAX-Prozedur !$OMP ATOMIC WRITE bei %L ist inkompatibel zur ACQUIRE-Klausel Eingebaute Zuweisung !$OMP ATOMIC IAND, IOR oder IEOR muss bei %L zwei Argumente haben Eingebaute Zuweisung !$OMP ATOMIC muss bei %L MIN, MAX, IAND, IOR oder IEOR sein Zuweisung !$OMP ATOMIC muss bei %L »var = var op expr« oder »var = expr op var« sein !$OMP ATOMIC Zuweisung muss auf der rechten Seite bei %L Operator oder Intrinsic haben Zuweisungsoperator »!$OMP ATOMIC« muss bei %L ein binäres +, *, -, /, .AND., .OR., .EQV. oder .NEQV. sein !$OMP ATOMIC bei %L mit %s-Klausel ist inkompatibel zu READ oder WRITE !$OMP ATOMIC bei %L mit %s-Klausel erfordert %s-Klausel Erfassungsanweisung !$OMP ATOMIC bei %L muss eine skalare Variable intrinsischen Typs setzen Erfassungsanweisung !$OMP ATOMIC bei %L erfordert eine skalare Variable intrinsischen Typs Von den intrinsischen Argumenten für %<!$OMP ATOMIC%> bei %2$L darf höchstens eins auf %1$qs verweisen !$OMP ATOMIC intrinsische Argumente müssen bei %L skalar sein Anweisung !$OMP ATOMIC muss einen skalaren Ausdruck intrinsischen Typs bei %L zuweisen Anweisung !$OMP ATOMIC muss eine skalare Variable intrinsischen Typs bei %L setzen !$OMP ATOMIC »var op expr« bei %L ist nicht mathematisch äquivalent zu »var = var op (expr)« !$OMP ATOMIC mit ALLOCATABLE-Variable bei %L !$OMP DECLARE REDUCTION %s nicht gefunden bei %L !$OMP DECLARE REDUCTION »%s« für Typ %s bei %L nicht gefunden !$OMP DECLARE SIMD bei %2$L sollte auf die enthaltende Prozedur %1$qs verweisen »!$OMP DECLARE TARGET«-Variable %qs bei %L ist nicht gespeichert (SAVE) !$OMP REQUIRES bei %C muss im Spezifikationsteil einer Programmeinheit vorkommen %<!$OMP REQUIRES%>-Klausel %<atomic_default_mem_order(%s)%>, die bei %L angegeben ist, übersteuert ein vorangehendes %<atomic_default_mem_order(%s)%> (das möglicherweise von einer Modulverwendung stammt) %<!$OMP REQUIRES%>-Klausel %<atomic_default_mem_order(%s)%> wird von der Modulverwendung %qs bei %L angegeben, aber diese Klausel ist in der Programmeinheit nicht ebenfalls angegeben %<!$OMP REQUIRES%>-Klausel %<atomic_default_mem_order(%s)%>, die von der Modulverwendung %qs bei %L angegeben ist, übersteuert ein vorangehendes %<atomic_default_mem_order(%s)%> (das möglicherweise von einer Modulverwendung stammt) %<!$OMP REQUIRES%>-Klausel %qs, die bei %L angegeben ist, kommt nach der Verwendung eines Geräte-Konstrukts bzw. einer Geräte-Routine %<!$OMP REQUIRES%>-Klausel %qs ist von der Modulverwendung %qs bei %L angegeben, aber diese Klausel ist in der Programmeinheit nicht ebenfalls angegeben %<!$OMP REQUIRES%>-Klausel %qs, die von der Modulverwendung %qs bei %L angegeben ist, kommt nach der Verwendung eines Geräte-Konstrukts bzw. einer Geräte-Routine !$OMP bei %C beginnt eine kommentierte Zeile, da es weder von Leerzeichen gefolgt wird noch eine Fortsetzungszeile ist "::" nach Modul-Eigenschaft bei %C erwartet, aber nicht gefunden "USE :: module" bei %C # %s %.2f %.2f
Suche für »#include "..."« beginnt hier:
Suche für »#include <...>« beginnt hier:
$-Deskriptor bei %L $ sollte das letzte Spezifikationssymbol in Format bei %L sein $OMP ERROR aufgetreten bei %L $OMP ERROR aufgetreten bei %L: %s %#qT wird hier deklariert %#qT hier definiert %%:%<canon_for_mlib%> verlangt 1 oder mehr Paare von Parametern %%:%<target_mode_check%> verlangt eine gerade Anzahl an Parametern %%LOC() als rvalue bei %C Die Operandenmodifizierer %%d, %%e, %%f und %%g sind ausschließlich für Speicherreferenzen oder konstante Werte %+qD löst einen Abschnittstypkonflikt aus %+qD löst einen Abschnittstypkonflikt mit %qD aus %+qD als %qE deklariert, nachdem es verwendet wurde %+qD wurde als %qs deklariert, nachdem es verwendet wurde %+qD ohne %<retain%>-Attribut und %qD mit %<retain%>-Attribut liegen in einem Abschnitt mit demselben Namen Interner Fehler: %<!%> not valid in GIMPLE %<#define %s%> %<#pragma %s%> darf nur im Gültigkeitsbereich einer Datei verwendet werden %<#pragma %s%> darf nur in Verbundanweisungen verwendet werden %<#pragma GCC aarch64%> erfordert eine Zeichenkette als Parameter %<#pragma GCC arm%> erfordert eine Zeichenkette als Parameter %<#pragma GCC ivdep%> muss innerhalb einer Funktion sein %<#pragma GCC memregs%> muss vor allen Funktionsdeklarationen stehen %<#pragma GCC memregs%> erfordert eine Zahl von 0 bis 16 %<#pragma GCC optimize (Zeichenkette [,Zeichenkette]...)%> hat kein abschließendes %<)%> %<#pragma GCC optimize%> ist keine Zeichenkette oder Zahl %<#pragma GCC optimize%> ist nur außerhalb von Funktionen erlaubt %<#pragma GCC optimize%> Zeichenkette hat falsches Format %<#pragma GCC option%> ist keine Zeichenkette %<#pragma GCC option%> ist nur außerhalb von Funktionen erlaubt %<#pragma GCC pch_preprocess%> muss zuerst kommen %<#pragma GCC pop_options%> ohne zugehöriges %<#pragma GCC push_options%> %<#pragma GCC target (Zeichenkette [,Zeichenkette]...)%> hat kein abschließendes %<)%> %<#pragma GCC target%> wird für diese Maschine nicht unterstützt %<#pragma GCC target%> Zeichenkette hat falsches Format %<#pragma GCC unroll%> muss innerhalb einer Funktion sein %<#pragma GCC unroll%> erfordert einen Zuweisungsausdruck, der zu einer nichtnegativen Ganzzahlkonstante kleiner als %u evaluiert %<#pragma GCC visibility push()%> muss %<default%>, %<internal%>, %<hidden%> oder %<protected%> angeben %<#pragma GCC visibility%> muss von %<push%> oder %<pop%> gefolgt werden %<#pragma STDC FLOAT_CONST_DECIMAL64%> wird für C++ nicht unterstützt %<#pragma STDC FLOAT_CONST_DECIMAL64%> wird auf diesem Ziel nicht unterstützt %<#pragma acc %s data%> hat keine Datenverschiebeklausel %<#pragma acc routine%> muss vor Definition angewendet werden %<#pragma acc routine%> muss vor Verwendung angewendet werden %<#pragma acc routine%> darf nur im Datei-Gültigkeitsbereich auftreten %<#pragma acc routine%> benennt eine Menge von Überladungen %<#pragma acc routine%> muss direkt vor einer Deklaration oder Definition einer einzelnen Funktion auftreten %<#pragma acc routine%> muss direkt vor einer Funktionsdeklaration oder -definition auftreten %<#pragma acc update%> muss mindestens eine %<device%>- oder %<host%>- or %<self%>-Klausel enthalten %<#pragma align%> muss vor der Deklaration von %qD auftreten; wird ignoriert %<#pragma implementation%> für %qs erscheint, nachdem Datei eingebunden wurde %<#pragma message: %s%> %<#pragma omp allocate%> wird nicht mehr unterstützt %<#pragma omp assumes%> darf nur im Gültigkeitsbereich einer Datei oder eines Namensraums verwendet werden %<#pragma omp atomic capture%> verwendet zwei unterschiedliche Ausdrücke für Speicher %<#pragma omp atomic capture%> verwendet zwei unterschiedliche Variablen für Speicher Ergebnis von %<#pragma omp atomic compare capture%> ist keine Ganzzahl %<#pragma omp atomic read%> ist unverträglich mit der Klausel %<release%> %<#pragma omp atomic update%> verwendet zwei unterschiedliche Ausdrücke für Speicher %<#pragma omp atomic update%> verwendet zwei unterschiedliche Variablen für Speicher %<#pragma omp atomic write%> ist unverträglich mit der Klausel %<acquire%> %<#pragma omp cancel%> muss eine der Klauseln %<parallel%>, %<for%>, %<sections%> oder %<taskgroup%> angeben %<#pragma omp cancellation point%> muss eine der Klauseln %<parallel%>, %<for%>, %<sections%> oder %<taskgroup%> angeben %<#pragma omp critical%> mit %<hint%>-Klausel erfordert einen Namen, außer wenn %<omp_sync_hint_none%> verwendet wird %<#pragma omp declare %s%> gefolgt von %<#pragma omp declare %s%> %<#pragma omp declare %s%> muss vor der Deklaration oder Definition einer Funktion auftreten %<#pragma omp declare %s%> muss von einer Funktionsdeklaration oder -definition oder einem weiteren %<#pragma omp declare %s%> gefolgt werden hinter %<#pragma omp declare %s%> muss direkt eine Funktionsdeklaration oder -definition stehen hinter %<#pragma omp declare %s%> muss direkt eine einzelne Funktionsdeklaration oder -definition stehen %<#pragma omp declare %s%> muss direkt von einer Funktionsdeklaration oder -definition gefolgt sein %<#pragma omp declare reduction%>-Kombinierer verweist auf Variable %qD, die weder %<omp_out%> noch %<omp_in%> ist %<#pragma omp declare reduction%>-Initialisierung verweist auf Variable %qD, die weder %<omp_priv%> noch %<omp_orig%> ist %<#pragma omp declare reduction%> darf nur im Datei- oder Block-Gültigkeitsbereich auftreten %<#pragma omp end declare target%> ohne zugehöriges %<#pragma omp declare target%> oder %<#pragma omp begin declare target%> %<#pragma omp error%> mit %<at(execution)%>-Klausel darf nur in Verbundanweisungen verwendet werden %<#pragma omp ordered%> mit %qs-Klausel darf nur in Verbundanweisungen verwendet werden %<#pragma omp requires%> darf nur im Gültigkeitsbereich einer Datei oder eines Namensraums verwendet werden %<#pragma omp scan%> darf nur in einem Schleifenkonstrukt mit %<inscan%>-%<reduction%>-Klausel verwendet werden %<#pragma omp section%> darf nur in %<#pragma omp sections%>-Konstrukt verwendet werden %<#pragma omp simd%> zusammen mit Iterationsvariable %qE verwendet %<#pragma omp target data%> muss mindestens eine %<map%>-, %<use_device_ptr%>- oder %<use_device_addr%>-Klausel enthalten %<#pragma omp target data%> mit Zuordnungstyp außer %<to%>, %<from%>, %<tofrom%> oder %<alloc%> an %<map%>-Klausel %<#pragma omp target enter data%> muss mindestens eine %<map%>-Klausel enthalten %<#pragma omp target enter data%> mit Zuordnungstyp außer %<to%>, %<tofrom%> oder %<alloc%> an %<map%>-Klausel %<#pragma omp target exit data%> muss mindestens eine %<map%>-Klausel enthalten %<#pragma omp target exit data%> mit Zuordnungstyp außer %<from%>, %<tofrom%>, %<release%> oder %<delete%> an %<map%>-Klausel %<#pragma omp target update%> muss mindestens eine %<from%>- oder %<to%>-Klausel enthalten %<#pragma omp target%> mit Zuordnungstyp außer %<to%>, %<from%>, %<tofrom%> oder %<alloc%> an %<map%>-Klausel %<#pragma omp target%> mit Modifizierer außer %<always%> oder %<close%> an %<map%>-Klausel %<#pragma pack (pop)%> gefunden ohne passendes %<#pragma pack (push)%> %<#pragma pack%> hat mit %<-fpack-struct%> keinen Effekt – wird ignoriert %<#pragma pack(pop, %E)%> gefunden ohne passendes %<#pragma pack(push, %E)%> %<#pragma redefine_extname%> wird aufgrund von Konflikt mit %<asm%>-Deklaration ignoriert %<#pragma redefine_extname%> wird aufgrund des Konflikts mit vorherigem %<#pragma redefine_extname%> ignoriert %<#pragma redefine_extname%> wird aufgrund des Konflikts mit vorheriger Umbenennung ignoriert %<#pragma riscv intrinsic%>-Option %qs erfordert, dass die Erweiterung 'V' eingeschaltet ist %<#pragma riscv intrinsic%> erfordert eine Zeichenkette als Parameter %<#pragma scalar_storage_order%> wird in C++ nicht unterstützt %<#pragma vtable%> wird nicht mehr unterstützt %<#pragma weak%>-Deklaration von %q+D nicht erlaubt; wird ignoriert %<#pragma GHS endXXX%> passt nicht zum vorherigen %<startXXX%> %<#pragma GHS endXXX%> ohne vorheriges %<startXXX%> gefunden %<#pragma%> ist hier nicht erlaubt %<#undef %E%> %<$%>-Operandennummer nach Format ohne Operandennummer angegeben %<%%%>-Bedingung mit letztem Operanden verwendet %<%%%c%> liefert nur die letzten 2 Ziffern des Jahres %<%%%c%> liefert in manchen Locales nur die letzten 2 Ziffern des Jahres Argument der Direktive %<%.*s%> ist keine nul-terminierte Zeichenkette Argument %<%.*s%> für Direktive ist null Ausgabe der %<%.*s%>-Direktive zwischen %wu und %wu Bytes macht das Ergebnis größer als %<INT_MAX%> Ausgabe der Direktive %<%.*s%> zwischen %wu und %wu Bytes übersteigt %<INT_MAX%> Ausgabe der %<%.*s%>-Direktive zwischen %wu und %wu Bytes überschreitet die minimal erforderliche Größe von 4095 Ausgabe der %<%.*s%>-Direktive zwischen %wu und %wu Bytes könnte das Ergebnis größer als %<INT_MAX%> machen Ausgabe der %<%.*s%>-Direktive zwischen %wu und %wu Bytes könnte die minimal erforderliche Größe von 4095 überschreiten Ausgabe der %<%.*s%>-Direktive könnte abgeschnitten sein, beim Schreiben von %wu Byte in eine Region der Größe %wu Ausgabe der %<%.*s%>-Direktive könnte abgeschnitten sein, beim Schreiben von %wu Bytes in eine Region der Größe %wu Ausgabe der %<%.*s%>-Direktive könnte abgeschnitten sein, beim Schreiben von %wu Byte in eine Region der Größe zwischen %wu und %wu Ausgabe der %<%.*s%>-Direktive könnte abgeschnitten sein, beim Schreiben von %wu Bytes in eine Region der Größe zwischen %wu und %wu Ausgabe der %<%.*s%>-Direktive könnte abgeschnitten sein, beim Schreiben von %wu oder mehr Bytes in eine Region der Größe %wu Ausgabe der %<%.*s%>-Direktive könnte abgeschnitten sein, beim Schreiben von %wu oder mehr Bytes in eine Region der Größe zwischen %wu und %wu Ausgabe der %<%.*s%>-Direktive könnte abgeschnitten sein, beim Schreiben von %wu bis %wu Bytes in eine Region der Größe %wu Ausgabe der %<%.*s%>-Direktive könnte abgeschnitten sein, beim Schreiben zwischen %wu und %wu Bytes in eine Region der Größe zwischen %wu und %wu Ausgabe der %<%.*s%>-Direktive könnte abgeschnitten sein, beim Schreiben von wahrscheinlich %wu oder mehr Bytes in eine Region der Größe %wu Ausgabe der %<%.*s%>-Direktive könnte abgeschnitten sein, beim Schreiben von wahrscheinlich %wu oder mehr Bytes in eine Region der Größe zwischen %wu und %wu Ausgabe der %<%.*s%>-Direktive könnte abgeschnitten sein, beim Schreiben von bis zu %wu Bytes in eine Region der Größe %wu Ausgabe der %<%.*s%>-Direktive könnte abgeschnitten sein, beim Schreiben von bis zu %wu Bytes in eine Region der Größe zwischen %wu und %wu Ausgabe der %<%.*s%>-Direktive von %wu Bytes macht das Ergebnis größer als %<INT_MAX%> Ausgabe der Direktive %<%.*s%> übersteigt mit %wu Bytes %<INT_MAX%> Ausgabe der %<%.*s%>-Direktive von %wu Bytes überschreitet die minimal erforderliche Größe von 4095 Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu Byte in eine Region der Größe %wu Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu Bytes in eine Region der Größe %wu Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu Byte in eine Region der Größe zwischen %wu und %wu Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu Bytes in eine Region der Größe zwischen %wu und %wu Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu oder mehr Bytes in eine Region der Größe %wu Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu oder mehr Bytes in eine Region der Größe zwischen %wu und %wu Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu bis %wu Bytes in eine Region der Größe %wu Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von %wu bis %wu Bytes in eine Region der Größe zwischen %wu und %wu Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von wahrscheinlich %wu oder mehr Bytes in eine Region der Größe %wu Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von wahrscheinlich %wu oder mehr Bytes in eine Region der Größe zwischen %wu und %wu Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von bis zu %wu Bytes in eine Region der Größe %wu Ausgabe der %<%.*s%>-Direktive abgeschnitten, beim Schreiben von bis zu %wu Bytes in eine Region der Größe zwischen %wu und %wu Genauigkeit der %<%.*s%>-Direktive außerhalb des zulässigen Bereichs Breite für %<%.*s%>-Direktive außerhalb des zulässigen Bereichs %<%.*s%>-Direktive schreibt %wu Byte in eine Region der Größe %wu %<%.*s%>-Direktive schreibt %wu Bytes in eine Region der Größe %wu %<%.*s%>-Direktive schreibt %wu Byte in eine Region der Größe zwischen %wu und %wu %<%.*s%>-Direktive schreibt %wu Bytes in eine Region der Größe zwischen %wu und %wu %<%.*s%>-Direktive schreibt %wu oder mehr Bytes in eine Region der Größe %wu %<%.*s%>-Direktive schreibt %wu oder mehr Bytes in eine Region der Größe zwischen %wu und %wu %<%.*s%>-Direktive schreibt zwischen %wu und %wu Bytes in eine Region der Größe %wu %<%.*s%>-Direktive schreibt zwischen %wu und %wu Bytes in eine Region der Größe zwischen %wu und %wu %<%.*s%>-Direktive schreibt wahrscheinlich %wu oder mehr Bytes in eine Region der Größe %wu %<%.*s%>-Direktive schreibt wahrscheinlich %wu oder mehr Bytes in eine Region der Größe zwischen %wu und %wu %<%.*s%>-Direktive schreibt bis zu %wu Bytes in eine Region der Größe %wu %<%.*s%>-Direktive schreibt bis zu %wu Bytes in eine Region der Größe zwischen %wu und %wu %<%D::%D%> ist kein Klassenelement %<%D::%D%> ist kein Element von %qT Attribut %<%E (%E)%> wird ignoriert, da es sich auf eine Funktion bezieht, die als %qs deklariert ist Attribut %<%E (%E)%> wird ignoriert, da es sich auf eine Deallokationsfunction bezieht, die als %qs deklariert ist %<%E::%E%> wurde nicht deklariert %<%E::%E%> ist keine Klasse oder Namensbereich %<%E::%E%> ist keine Klasse, Namensbereich oder Aufzählung %<%E::%E%> ist kein Typ Attribut-Direktive im Bereich %<%E::%E%> ignoriert %<%T%s%D%> benennt Destruktor %<%T::%D%> benennt Konstruktor in %qT %<%T::%D%> benennt Konstruktor, nicht den Typ %<%T::%E%> wurde nicht deklariert %<%T::%E%> ist kein Typ %<%T::%E%> benennt den Konstruktor, nicht den Typ %<%c%> ist kein gültiges Zeichen in einem Bezeichner %<%c%> ist kein gültiges Anfangszeichen für einen Bezeichner %<%c%E%> nicht in Protokoll(en) gefunden das innerhalb der Parameterliste deklarierte %<%s %E%> ist außerhalb dieser Definition oder Deklaration nicht sichtbar %<%s %s%>-Konstrukt innerhalb von %qs nicht eng geschachtelt %<%s + %s%> bei %L muss kleiner oder gleich BIT_SIZE(%qs) sein %<%s taskgroup%>-Konstrukt nicht eng geschachtelt innerhalb von %<taskgroup%>-Region %<%s%s%s%s%s%>-Direktive wird sowohl in %<absent%>- als auch %<contains%>-Klauseln erwähnt %<%s%s%s%s%s%>-Direktive wird mehrfach in %qs-Klauseln erwähnt %<%s(%s)%> ist nur in %<omp ordered%> erlaubt %<%s=%s%> und %<%s-%s%> sind unverträglich %<&%>-Bedingung ohne Registerklasse verwendet in Zeile %d ist %<&%> für sich alleine nicht erlaubt %<&%> sollte vor %<...%> kommen Interner Fehler: %<&&%> not valid in GIMPLE %<)%> bei %C erwartet %<*%> in booleschem Kontext, stattdessen ist %<&&%> empfohlen %<*this%>-Capture ist nur mit %<-std=c++17%> oder %<-std=gnu++17%> verfügbar %<-%s%> steht in Konflikt mit den anderen Architekturoptionen, die einen %s-Prozessor angeben Argument %q.*s für %<--help%> ist mehrdeutig, bitte präzisieren %<--param constructive-interference-size=%d%> ist größer als %<--param l1-cache-line-size=%d%> %<--param constructive-interference-size=%d%> ist kleiner als %d %<--param destructive-interference-size=%d%> ist kleiner als %<--param l1-cache-line-size=%d%> %<--param destructive-interference-size=%d%> ist kleiner als %d %<-I-%> doppelt angegeben %<-MG%> darf nur mit %<-M%> oder %<-MM%> verwendet werden %<-W%serror=%s%>: Keine Option %<-%s%> %<-W%serror=%s%>: unbekannte Option %<-%s%>; meinten Sie %<-%s%>? %<-Wabi%> warnt vor Abweichungen von der aktuellsten ABI, die ebenfalls standardmäßig verwendet wird %<-Wabi%> wird vor nichts warnen %<-Wabi=1%> wird nicht unterstützt; stattdessen wird »=2« verwendet Argument %qs für %<-Werror=%> ist für %s nicht gültig %<-Werror=%s%>: %<-%s%> ist keine Option, die Warnungen steuert %<-Wformat-contains-nul%> wird ohne %<-Wformat%> ignoriert %<-Wformat-extra-args%> wird ohne %<-Wformat%> ignoriert %<-Wformat-nonliteral%> wird ohne %<-Wformat%> ignoriert %<-Wformat-security%> wird ohne %<-Wformat%> ignoriert %<-Wformat-y2k%> wird ohne %<-Wformat%> ignoriert %<-Wformat-zero-length%> wird ohne %<-Wformat%> ignoriert %<-Wmisleading-indentation%> ist von diesem Punkt an ausgeschaltet, da die Spalten-Verfolgung aufgrund der Größe des Codes/Headers ausgeschaltet wurde %<-Wstrict-flex-arrays%> wird ignoriert, wenn %<-fstrict-flex-arrays%> nicht angegeben wurde %<-f%s%> und %<%s=%s%> sind unverträglich %<-f%s%> wird mit CONST16-Befehlen nicht unterstützt %<-f%s%> nicht unterstützt: wird ignoriert %<-f%sleading-underscore%> wird auf dieser Zielmaschine nicht unterstützt %<-fPIC%> und %<-fpic%> werden für dieses Ziel nicht unterstützt %<-fPIC%> wird nicht unterstützt %<-fPIC%>/%<-fpic%> werden für dieses Ziel nicht unterstützt %<-fPIE%> wird nicht unterstützt %<-fabi-compat-version=1%> wird nicht unterstützt; stattdessen wird »=2« verwendet %<-fabi-version=1%> wird nicht mehr unterstützt %<-fabi-version=12%> (GCC 8.1) ändert versehentlich die Aufrufkonvention für %qT %<-fabi-version=13%> (GCC 8.2) korrigiert die Aufrufkonvention für %qT, die in 8.1 versehentlich geändert wurde %<-falign-%s%> ist nicht zwischen 0 und %d %<-falign-labels=%d%> wird nicht unterstützt %<-falign-loops=%d%> wird nicht unterstützt %<-faligned-new=%d%> ist keine Zweierpotenz %<-fasan-shadow-offset%> sollte nur zusammen mit %<-fsanitize=kernel-address%> verwendet werden %<-fassociative-math%> abgeschaltet; andere Optionen haben Vorrang %<-fcall-saved-REG%> wird für Ausgaberegister nicht unterstützt %<-fcf-protection%> ist nicht mit diesem Ziel kompatibel %<-fcf-protection=branch%> wird für dieses Ziel nicht unterstützt %<-fcf-protection=full%> wird für dieses Ziel nicht unterstützt %<-fcf-protection=return%> wird für dieses Ziel nicht unterstützt %<-fcontract-assumption-mode=%> kann nicht mit p1332/p1429 gemischt werden %<-fcontract-assumption-mode=%> muss %<on%> oder %<off%> sein %<-fcontract-build-level=%> kann nicht mit p1332/p1429 gemischt werden %<-fcontract-build-level=%> muss off|default|audit sein %<-fcontract-continuation-mode=%> kann nicht mit p1332/p1429 gemischt werden %<-fcontract-continuation-mode=%> muss %<on%> oder %<off%> sein %<-fcontract-level=%> zu viele benutzerdefinierte Rollen %<-fcontract-role=%> kann nicht mit Vertragsoptionen aus std/p1429 gemischt werden %<-fcontract-role=%> muss die Form »Rolle:Semantik« haben %<-fcontract-role=%>-Semantik muss Werte für default,audit,axiom beinhalten %<-fcontract-semantic=%> kann nicht mit Vertragsoptionen aus std/p1332 gemischt werden %<-fcontract-semantic=%> kann die Standardrolle nicht finden %<-fcontract-semantic=%>-Stufe muss default, audit oder axiom sein %<-fcontract-semantic=%> muss die Form »Stufe:Semantik« haben %<-fconvert=r16_ieee%> oder %<-fconvert=r16_ibm%> werden auf dieser Architektur nicht unterstützt %<-fd-lines-as-code%> hat in Freiform keine Auswirkung %<-fd-lines-as-comments%> hat in Freiform keine Auswirkung %<-fdata-sections%> wird für dieses Ziel nicht unterstützt %<-fdbg-cnt=%s:%d:%d%> hat kleinere obere als untere Grenze %<-fdirectives-only%> ist mit %<-Wunused-macros%> unverträglich %<-fdirectives-only%> ist mit %<-traditional%> unverträglich %<-femit-struct-debug-detailed=dir:...%> muss zumindest so viel wie %<-femit-struct-debug-detailed=ind:...%> erlauben %<-fexcess-precision=16%> für Ada %<-fexcess-precision=16%> für Fortran %<-fexcess-precision=16%> ist nicht mit %<-mfpmath=387%> kompatibel %<-fexcess-precision=16%> wird auf diesem Ziel nicht unterstützt %<-fexcess-precision=standard%> für Ada %<-fexcess-precision=standard%> für Fortran %<-ffunction-sections%> wird für dieses Ziel nicht unterstützt %<-fhandle-exceptions%> wurde in %<-fexceptions%> umbenannt (und ist nun voreingestellt) %<-fipa-modref%> ist unverträglich mit %qs %<-flinker-output=rel%> und %<-fltrans%> schließen sich gegenseitig aus %<-fmodule-only%> wird für Nicht-Schnittstelle verwendet %<-fmoduleinfo%> wird von diesem Ziel nicht unterstützt %<-fno-fat-lto-objects%> werden nur mit Linker-Plugin unterstützt %<-fno-gnu89-inline%> wird nur im Modus GNU99 oder C99 unterstützt %<-fobjc-abi-version%> %d wird für 32-Bit-Ziele mit %<-fnext-runtime%> nicht unterstützt %<-fobjc-abi-version%> 2 muss für 64-Bit-Ziele mit %<-fnext-runtime%> verwendet werden %<-fobjc-exceptions%> verwenden, um Syntax für Objective-C-Ausnahmen einzuschalten %<-fobjc-gc%> wird für %<-fgnu-runtime%> ignoriert %<-fobjc-sjlj-exceptions%> wird für %<-fgnu-runtime%> ignoriert %<-fobjc-sjlj-exceptions%> wird für %<-fnext-runtime%> ignoriert, wenn %<-fobjc-abi-version%> größer als 1 ist %<-fobjc-sjlj-exceptions%> ist das einzige unterstützte Ausnahmesystem für %<-fnext-runtime%> mit %<-fobjc-abi-version%>-Argument kleiner 2 Option %<-foffload-abi%> kann nur für Offload-Compiler angegeben werden das Argument %<-fonly=%> unterscheidet sich vom Namen der ersten Eingabedatei Operand für %<-fopenacc-dim%> bei %qs ist falsch %<-fpic%> und %<-fPIC%> werden ohne %<-mdsbt%> für dieses Ziel nicht unterstützt %<-fpic%> und %<-mapcs-reent%> sind inkompatibel %<-fpic%> wird nicht unterstützt %<-fpie%> wird nicht unterstützt %<-fprefetch-loop-arrays%> wird nicht mit %<-Os%> unterstützt %<-fprefetch-loop-arrays%> wird für dieses Ziel nicht unterstützt %<-fprefetch-loop-arrays%> wird für dieses Ziel nicht unterstützt (ggf. die %<-march%>-Schalter versuchen) %<-frecord-gcc-switches%> wird für das aktuelle Ziel nicht unterstützt %<-freorder-blocks-and-partition%> unterstützt auf dieser Architektur nicht Unwind-Info %<-freorder-blocks-and-partition%> funktioniert auf dieser Architektur nicht %<-freorder-blocks-and-partition%> funktioniert auf dieser Architektur nicht mit Ausnahmen %<-freorder-blocks-and-partition%> wird auf dieser Architektur nicht unterstützt %<-fsanitize-address-use-after-scope%> erfordert %<-fstack-reuse=none%> %<-fsanitize-recover=%s%> wird nicht unterstützt %<-fsanitize-trap=%s%> wird nicht unterstützt %<-fsanitize=%s%> ist mit %<-fsanitize=%s%> unverträglich %<-fsanitize=address%> und %<-fsanitize=kernel-address%> werden für dieses Ziel nicht unterstützt %<-fsanitize=address%> wird für dieses Ziel nicht unterstützt %<-fsanitize=all%> ist ungültig %<-fsanitize=kernel-address%> mit Stapelschutz wird auf diesem Ziel nur in Kombination mit %<-fasan-shadow-offset=%> unterstützt %<-fsanitize=pointer-compare%> muss mit %<-fsanitize=address%> oder %<-fsanitize=kernel-address%> kombiniert werden %<-fsanitize=pointer-subtract%> muss mit %<-fsanitize=address%> oder %<-fsanitize=kernel-address%> kombiniert werden %<-fsanitize=shadow-call-stack%> wird für dieses Ziel nicht unterstützt %<-fsanitize=shadow-call-stack%> erfordert %<-ffixed-x18%> %<-fsanitize=shadow-call-stack%> erfordert %<-fno-exceptions%> %<-fsplit-stack%> wird derzeit nur auf GNU/Linux unterstützt %<-fsplit-stack%> wird derzeit nur auf PowerPC64 GNU/Linux mit glibc-2.18 oder neuer unterstützt %<-fsplit-stack%> unterstützt nicht 2 Registerparameter für eine geschachtelte Funktion %<-fsplit-stack%> unterstützt nicht 3 Registerparameter %<-fsplit-stack%> unterstützt nicht fastcall mit geschachtelter Funktion %<-fsplit-stack%> wird von dieser Compilerkonfiguration nicht unterstützt %<-fsplit-stack%> erfordert Assemblerunterstützung für CFI-Direktiven %<-fstack-check=%> und %<-fstack-clash-protection%> schließen einander aus. %<-fstack-check=%> wird deaktiviert %<-fstack-check=specific%> für Thumb-1 %<-fstack-check=specific%> nicht für MIPS16 implementiert %<-fstack-clash-protection%> wird auf Architekturen, deren Stapel von klein nach groß wächst, nicht unterstützt Optionen %<-fstack-limit-%> werden durch %<-mfdpic%> ignoriert; stattdessen %<-mstack-check-l1%> verwenden die Optionen %<-fstack-limit-%> werden auf dieser CPU nicht unterstützt %<-fstack-protector%> funktioniert auf dieser Architektur nicht %<-fstack-protector%> wird für dieses Ziel nicht unterstützt %<-fuse-cxa-atexit%> wird für msp430-elf nicht unterstützt %<-fuse-linker-plugin%>, aber %s nicht gefunden %<-fwpa%> und %<-fltrans%> schließen sich gegenseitig aus %<-g%> wird nur bei der Verwendung von GAS auf diesem Prozessor unterstützt Option %<-g%> ausgeschaltet %<-g%> mit %<-mno-apcs-frame%> könnte vernünftiges Debugging verhindern %<-gdwarf=%s%> ist mehrdeutig; verwenden Sie %<-gdwarf-%s%> für die DWARF-Version und %<-gdwarf -g%s%> für die Debugstufe %<-gdwarf-6%> wird als Version 5 ausgegeben, mit Inkompatibilitäten %<-ginline-points%> wird zwangsweise ausgeschaltet, da %<-gstatement-frontiers%> nicht angegeben ist %<-ginternal-reset-location-views%> wird zwangsweise ausgeschaltet, da %<-gvariable-location-views%> nicht angegeben ist %<-gnat%> falsch buchstabiert als %<-gant%> %<-gsplit-dwarf%> wird für dieses Ziel nicht unterstützt, wird ignoriert %<-gsplit-dwarf%> wird nicht zusammen mit LTO unterstützt, wird daher ausgeschaltet Option %<-iplugindir%> nicht vom GCC-Treiber übergeben %<-m%s%> wird in dieser Konfiguration nicht unterstützt %<-m%s%> setzt %<-m%s=%s%> außer Kraft, die ABI wird auf %qs angepasst %<-m32%> widerspricht %<-arch ppc64%> (%<-m32%> wird ignoriert) %<-m32%> widerspricht %<-arch x86_64%> (%<-m32%> wird ignoriert) %<-m64%> benötigt eine PowerPC64-CPU %<-m96bit-long-double%> ist nicht mit diesem Ziel kompatibel %<-mabi=%s%> wird nicht zusammen mit %<-fsanitize=address%> unterstützt %<-mabi=%s%> wird nicht zusammen mit %<-fsanitize=kernel-address%> unterstützt %<-mabi=%s%> wird nicht zusammen mit %<-fsanitize=thread%> unterstützt die Option %<-mabi=2fp+%> wird nur unterstützt, wenn eine FPU verfügbar ist, das kann durch die Optionen %<-mext-fpu-sp%> oder %<-mext-fpu-dp%> eingeschaltet werden %<-mabi=ms%> wird in der X32-ABI nicht unterstützt %<-maix64%> benötigt: 64-Bit-Berechnung mit 32-Bit-Adressierung noch nicht unterstützt %<-maix64%> setzt eingeschaltete PowerPC64-Architektur voraus %<-malign-functions%> ist veraltet, Ersatz: %<-falign-functions%> %<-malign-functions=%d%> liegt nicht zwischen 0 und %d %<-malign-jumps%> ist veraltet, Ersatz: %<-falign-jumps%> %<-malign-jumps=%d%> liegt nicht zwischen 0 und %d %<-malign-loops%> ist veraltet, Ersatz: %<-falign-loops%> %<-malign-loops=%d%> liegt nicht zwischen 0 und %d %<-mapcs-stack-check%> verträgt sich nicht mit %<-mno-apcs-frame%> %<-march=%s%> ist mit dem ausgewählten ABI unverträglich %<-march=%s%> erfordert %<-mfp32%> %<-march=%s%>: %s müssen durch %<_%> getrennt sein %<-march=%s%>: ISA-Zeichenkette ist nicht in kanonischer Reihenfolge. %<%c%> %<-march=%s%>: ISA-Zeichenkette muss mit %<rv32%> oder %<rv64%> anfangen %<-march=%s%>: nach %<%dp%> muss eine Zahl stehen %<-march=%s%>: Erweiterung %qs kommt mehr als einmal vor %<-march=%s%>: erste ISA-Teilmenge muss %<e%>, %<i%> oder %<g%> sein %<-march=%s%>: für %<%s%dp%dp?%> wird Versionsnummer mit mehr als 2 Stufen nicht unterstützt %<-march=%s%>: Name von %s muss mehr als 1 Buchstabe sein %<-march=%s%>: rv%de ist keine gültige Basis-ISA %<-march=%s%>: unerwartete ISA-Zeichenkette am Ende: %qs %<-march=%s%>: nicht unterstützte ISA-Teilmenge %<%c%> %<-march=%s%>: z*inx ist mit Gleitkommaerweiterungen unverträglich %<-masm=intel%> wird in dieser Konfiguration nicht unterstützt %<-max-stackframe=%d%> ist nicht verwendbar, nicht zwischen 0 und %d die Kombination aus %<-mbackchain%>, %<-mpacked-stack%> und %<-mhard-float%> wird nicht unterstützt %<-mbranch-cost=%d%> liegt nicht zwischen 0 und 5 %<-mcall-aixdesc%> ist unverträglich mit %<-mabi=elfv2%> %<-mcall-ms2sysv-xlogues%> ist nicht kompatibel mit %<%s%> %<-mcall-ms2sysv-xlogues%> wird derzeit nicht zusammen mit SEH unterstützt %<-mcmodel%> unverträglich mit anderen TOC-Optionen %<-mcmodel=%> wird im 32-Bit-Modus nicht unterstützt %<-mcode-region=either%> erfordert das große Speichermodell (%<-mlarge%>) %<-mcode-region=upper%> erfordert das große Speichermodell (%<-mlarge%>) %<-mcorea%> und %<-mcoreb%> können nicht zusammen verwendet werden %<-mcorea%> sollte mit %<-mmulticore%> verwendet werden %<-mcoreb%> sollte mit %<-mmulticore%> verwendet werden %<-mcpu=%> ist veraltet. Verwenden Sie stattdessen %<-mtune=%> oder %<-march=%> %<-mcpu=%s%> steht in Konflikt mit %<-march=%s%> %<-mcpu=%s%> hat ungültige Silizium-Revision %<-mcpu=%s%> ist nicht gültig %<-mcpu=%s%>: unbekannte CPU %<-mdata-region=either%> erfordert das große Speichermodell (%<-mlarge%>) %<-mdata-region=upper%> erfordert das große Speichermodell (%<-mlarge%>) %<-mdiv%> erfordert %<-march%>, um die %<M%>-Erweiterung zu ermitteln %<-mdouble-float%> wird ohne %<-mhard-float%> ignoriert %<-mdynamic-no-pic%> übersteuert %<-fpic%>, %<-fPIC%>, %<-fpie%> oder %<-fPIE%> %<-mes0%> kann nur zusammen mit C verwendet werden %<-mexr%> wird ohne %<-ms%> verwendet %<-mexr%> wird ohne %<-ms%> oder %<-msx%> verwendet %<-mfdivdu%> wird ohne %<-mhard-float%> ignoriert %<-mfdpic%> wird nicht unterstützt, bitte das Ziel »bfin-linux-uclibc« verwenden %<-mfentry%> wird nur auf 64-Bit-CPUs unterstützt %<-mfentry%> wird für 32 Bit in Kombination mit %<-fpic%> nicht unterstützt %<-mfloat-abi=hard%> und VFP %<-mfloat-abi=hard%>: ausgewählte Architektur hat keine FPU %<-mfpxx%> kann nur mit dem o32-ABI verwendet werden %<-mfpxx%> erfordert %<-mlra%> %<-mfunction-return%> und %<-fcf-protection%> sind nicht kompatibel %<-mfunction-return=%s%> und %<-mcmodel=large%> sind nicht kompatibel %<-mfused-madd%> ist veraltet; stattdessen %<-ffp-contract=%> verwenden %<-mgp32%> und %<-mfp64%> können nur kombiniert werden, wenn das Ziel die Befehle mfhc1 und mthc1 unterstützt %<-mgp32%> und %<-mfp64%> können nur kombiniert werden, wenn o32-ABI verwendet wird %<-mgp32%> mit einem 64-Bit-ABI verwendet %<-mgp64%> mit einem 32-Bit-ABI verwendet %<-mgp64%> mit einem 32-Bit-Prozessor verwendet %<-mgpopt%> wird nicht zusammen mit PIC unterstützt Argument für %<-mgprel-sec=%> ist kein gültiger regulärer Ausdruck %<-mgprel-sec=%> wird nicht zusammen mit PIC unterstützt %<-mhard-dfp%> kann nicht in Verbindung mit %<-msoft-float%> verwendet werden %<-mhard-float%> wird von der ausgewählten CPU nicht unterstützt %<-mincoming-stack-boundary=%d%> liegt nicht zwischen %d und 12 %<-mindirect-branch%> und %<-fcf-protection%> sind nicht kompatibel %<-mindirect-branch=%s%> und %<-mcmodel=large%> sind nicht kompatibel %<-mintel-syntax%> und %<-mno-intel-syntax%> sind veraltet; stattdessen %<-masm=intel%> und %<-masm=att%> verwenden %<-mips3d%> erfordert %<-mpaired-single%> Argument für %<-misr-secure=%d%> liegt nicht zwischen 0 und 3 für die Option %<-misr-vector-size=%d%> sind nur die Werte 4 oder 16 gültig %<-mlam=%>-Option: [u48|u57] wird für 32-Bit-Code nicht unterstützt %<-mlarge%> erfordert ein 430X-kompatibles %<-mmcu=%> %<-mlong-double-64%> ist mit %<-m64%> nicht erlaubt %<-mloongson-ext2%> muss zusammen mit %<-mloongson-ext%> verwendet werden %<-mloongson-mmi%> muss zusammen mit %<-mhard-float%> verwendet werden %<-mmsa%> muss zusammen mit %<-mfp64%> und %<-mhard-float%> verwendet werden %<-mmul=g13%> kann nicht zusammen mit %<-mcpu=g10%> verwendet werden %<-mmul=g13%> kann nicht zusammen mit %<-mcpu=g14%> verwendet werden %<-mmul=g14%> kann nicht zusammen mit %<-mcpu=g10%> verwendet werden %<-mmul=g14%> kann nicht zusammen mit %<-mcpu=g13%> verwendet werden %<-mmulticore%> kann nur mit BF561 verwendet werden %<-mn%> wird für Linux-Ziele nicht unterstützt %<-mno-%s%> schaltet %<-m%s%> aus %<-mno-allow-string-insns%> verbietet das Erzeugen des RMPA-Befehls %<-mno-altivec%> schaltet vsx aus %<-mno-dpfp-lrsr%> wird nur mit %<-mdpfp%> unterstützt %<-mno-exr%> ist nur mit %<-ms%> oder %<-msx%> gültig, die Option wird ignoriert %<-mno-fentry%> ist nicht mit SEH verträglich %<-mno-gpopt%> erfordert %<-mexplicit-relocs%> %<-mno-mpy%> wird nur für ARC700 oder ARCv2 unterstützt %<-mno-pic-data-is-text-relative%> kann nur zusammen mit %<-fpic%>/%<-fPIC%> verwendet werden %<-mnop-mcount%> ist nicht mit diesem Ziel kompatibel %<-mnop-mcount%> ist für %<-fPIC%> nicht implementiert %<-mpcrel -fPIC%> wird derzeit nicht für die ausgewählte CPU unterstützt %<-mpic-register=%> ist ohne %<-fpic%> nutzlos %<-mpic-symbol-stubs%> ist für 64-Bit-Code nicht erforderlich (ignoriert) %<-mpreferred-stack-boundary%> wird für dieses Ziel nicht unterstützt %<-mpreferred-stack-boundary=%d%> liegt nicht zwischen %d und %d %<-mpreferred-stack-boundary=%d%> muss zwischen %d und %d liegen %<-mquad-memory%> ist im Little-Endian-Modus nicht verfügbar %<-mquad-memory%> benötigt 64-Bit-Modus %<-mquad-memory-atomic%> benötigt 64-Bit-Modus Argument für %<-mr0rel-sec=%> ist kein gültiger regulärer Ausdruck %<-mr0rel-sec=%> wird nicht zusammen mit PIC unterstützt %<-mregparm%> wird für Intel-MCU-psABI ignoriert %<-mregparm%> wird im 64-Bit-Modus ignoriert %<-mregparm=%d%> liegt nicht zwischen 0 und %d %<-mrelax%> wird nur für RTP PIC unterstützt %<-mriscv-attribute%> RISC-V-ELF-Attribut erfordert GNU as 2.32 [%<-mriscv-attribute%>] %<-mrtd%> wird im 64-Bit-Modus ignoriert %<-ms2600%> wird ohne %<-ms%> verwendet %<-mshared-library-id=%> ohne %<-mid-shared-library%> angegeben %<-mshared-library-id=%s%> liegt nicht zwischen 0 und %d %<-msmart%> ist mit %<-mhigh-registers%> unverträglich %<-mspfp_fast%> ist auf ARC600 und ARC601 nicht verfügbar %<-msse5%> wurde entfernt %<-msseregparm%> verwendet, ohne dass SSE eingeschaltet ist %<-mstack-guard%> bringt %<-mstack-size%> mit sich %<-mstack-protector-guard=tls%> erfordert ein Hardware-TLS-Register %<-mstringop-strategy=rep_8byte%> wird für 32-Bit-Code nicht unterstützt %<-mtpf-trace-hook-epilogue-check%> erfordert eine Ganzzahl im Bereich von 0 bis 4095 %<-mtpf-trace-hook-epilogue-target%> erfordert eine Ganzzahl im Bereich von 0 bis 4095 %<-mtpf-trace-hook-prologue-check%> erfordert eine Ganzzahl im Bereich von 0 bis 4095 %<-mtpf-trace-hook-prologue-target%> erfordert eine Ganzzahl im Bereich von 0 bis 4095 %<-mtune=%> erwartet mn10300, am33, am33-2 oder am34 %<-mtune=x86-64%> ist veraltet; stattdessen entsprechend %<-mtune=k8%> oder %<-mtune=generic%> verwenden %<-muintr%> wird für 32-Bit-Code nicht unterstützt %<-mvrsave=no%> ist veraltet. Verwenden Sie stattdessen %<-mno-vrsave%> %<-mvrsave=yes%> ist veraltet. Verwenden Sie stattdessen %<-mvrsave%> %<-mvsx%> und %<-mno-altivec%> sind unverträglich %<-mvsx%> benötigt indizierte Adressierung %<-mvsx%> benötigt Hardware-Gleitkommabefehle %<-mxl-multiply-high%> kann nur mit %<-mcpu=v6.00.a%> oder höher verwendet werden %<-mxl-multiply-high%> erfordert %<-mno-xl-soft-mul%> %<-mxl-reorder%> kann nur mit %<-mcpu=v8.30.a%> oder höher verwendet werden %<-mxl-reorder%> erfordert %<-mxl-pattern-compare%> für %<-mcpu=v8.30.a%> %<-pipe%> ignoriert, da %<-save-temps%> angegeben wurde %<-pipe%> wird nicht unterstützt %<-x %s%> hinter letzter Eingabedatei hat keine Auswirkung %<.%s%>-Name wird mehrfach in derselben Initialisierungsliste verwendet %<...%>-Behandler muss der letzte Behandler für seinen »try«-Block sein %<...%> ist in benannten Initialisierungen nicht erlaubt %<::%> in PROCEDURE-Bindung mit explizitem Ziel bei %C erforderlich %<::%D%> wurde nicht deklariert %<::%D%> wurde nicht deklariert; meinten Sie %qs? %<::%E%> wurde nicht deklariert %<::%E%> ist keine Klasse oder Namensbereich %<::%E%> ist keine Klasse, Namensbereich oder Aufzählung %<::%E%> ist kein Typ %<::main%> muss %<int%> zurückgeben %<<:%> ist eine andere Schreibweise für %<[%>. Leerraum zwischen %<<%> und %<::%> einfügen %<<::%> kann keine Templateargumentliste einleiten %<<<%> in booleschem Kontext, meinten Sie %<<%>? %<=%>Optionen fehlen nach %<-foffload-options=%>Ziel %<=> target%> ist ungültig für DEFERRED-Bindung bei %C Operator %<>>%> wird in C++11 wie zwei spitze schließende Klammern behandelt %<>>%> sollte innerhalb einer geschachtelten Templateargumentliste %<> >%> sein %<?:%> mit Ganzzahlkonstanten in booleschem Kontext %<?:%> mit Ganzzahlkonstanten in booleschem Zusammenhang; der Ausdruck evaluiert immer zu %<true%> %<@catch%>-Parameter kann nicht Protokoll-qualifiziert sein %<@catch%>-Parameter ist kein bekannter Objective-C-Klassentyp in Objective-C 1.0 gibt es kein %<@dynamic%> %<@dynamic%> nicht in @implementation-Kontext %<@dynamic%> erfordert Verfügbarkeit des @interface der Klasse %<@encode%> muss als Argument einen Typen angeben %<@end%> fehlt in Implementationskontext %<@end%> muss in einem @implementation-Kontext auftreten %<@interface%> der Klasse %qE nicht gefunden %<@optional%> ist nur im @protocol-Kontext erlaubt %<@optional%> ist in Objective-C 1.0 nicht verfügbar %<@package%> ist in Objective-C 1.0 nicht verfügbar %<@package%> hat derzeit den gleichen Effekt wie %<@public%> %<@property%> ist in Objective-C 1.0 nicht verfügbar %<@required%> ist nur im @protocol-Kontext erlaubt %<@required%> ist in Objective-C 1.0 nicht verfügbar %<@synchronized%>-Argument ist kein Objekt %<@synthesize%> kann nicht in Kategorien verwendet werden in Objective-C 1.0 gibt es kein %<@synthesize%> %<@synthesize%> nicht in @implementation-Kontext %<@synthesize%> erfordert Verfügbarkeit des @interface der Klasse %<@throw%> (rethrow) außerhalb von %<@catch%>-Block verwendet %<@throw%>-Argument ist kein Objekt %<@try%> ohne %<@catch%> oder %<@finally%> Spaltenüberschriften %<CPU_TYPE%> und %<MPY_TYPE%> fehlen in %<devices.csv%> Spaltenüberschrift %<CPU_TYPE%> fehlt in %<devices.csv%> %<CTABLE_ENTRY%>-Basisadresse muss ein Vielfaches von 256 sein N/A %<DEFERRED_INIT%>-Aufrufe sollten die gleiche konstante Größe für das erste Argument und LHS haben %<DETACH%>-Klausel bei %L darf nicht zusammen mit %<MERGEABLE%>-Klausel verwendet werden %<G0%> in Format bei %L Die Direktive %<GCC unroll%> bei %C darf nur direkt vor einem Schleifenbeginn stehen Die Direktive %<GCC unroll%> bei %C darf nur direkt vor einem Schleifenbeginn stehen Die Direktive %<GCC unroll%> bei %C darf nur direkt vor einem Schleifenbeginn stehen Direktive %<GCC unroll%> bei %2$C verlangt eine konstante Anzahl (maximal %1$u) Die Direktive %<GCC unroll%> bei %C darf nur direkt vor einem Schleifenbeginn stehen %<HLE_ACQUIRE%> wird mit %<ACQUIRE%> oder stärkerem Speichermodell nicht verwendet %<HLE_RELEASE%> wird mit %<RELEASE%> oder stärkerem Speichermodell nicht verwendet %<LEXER_DEBUGGING_ENABLED_P%> ist nicht auf true gesetzt Argument %<MOLD%> des intrinsischen %<TRANSFER%> bei %L ist ein Array und darf nicht die Speichergröße 0 haben, da das %<SOURCE%>-Argument größer als 0 ist Argument %<MOLD%> des intrinsischen %<TRANSFER%> bei %L darf nicht %s sein Argument %<MOLD%> des intrinsischen %<TRANSFER%> bei %L darf kein %s sein Spaltenüberschrift %<MPY_TYPE%> fehlt in %<devices.csv%> %<PRINT_OPERAND%> Null-Zeiger %<PRINT_OPERAND%>: Unbekanntes Satzzeichen %<%c%> %<PRINT_OPERAND_ADDRESS%>, Null-Zeiger Argument %<SOURCE%> des intrinsischen %<TRANSFER%> bei %L darf kein %s sein Interner Compilerfehler: %<TREE_PURPOSE%> is non-NULL in %<TYPE_ARG_TYPES%> list Interner Compilerfehler: %<TYPE_ARRAY_MAX_SIZE%> not %<INTEGER_CST%> Interner Compilerfehler: %<TYPE_BINFO%> is not %<TREE_BINFO%> Interner Compilerfehler: %<TYPE_BINFO%> type is not %<TYPE_MAIN_VARIANT%> Interner Compilerfehler: %<TYPE_CACHED_VALUES%> is not %<TREE_VEC%> Interner Compilerfehler: %<TYPE_CACHED_VALUES_P%> is %i while %<TYPE_CACHED_VALUES%> is %p Interner Compilerfehler: %<TYPE_CACHED_VALUES_P%> is set while it should not be Interner Compilerfehler: %<TYPE_CANONICAL%> has different %<TYPE_CANONICAL%> Interner Compilerfehler: %<TYPE_CANONICAL%> is not compatible Interner Compilerfehler: %<TYPE_CANONICAL%> of main variant is not main variant Interner Compilerfehler: %<TYPE_FIELDS%> defined in incomplete type Interner Compilerfehler: %<TYPE_LANG_SLOT_1 (binfo)%> field is non-NULL Interner Compilerfehler: %<TYPE_MAIN_VARIANT%> has different %<TYPE_MAIN_VARIANT%> Interner Compilerfehler: %<TYPE_MAX_VALUE_RAW%> non-NULL Interner Compilerfehler: %<TYPE_METHOD_BASETYPE%> is not main variant Interner Compilerfehler: %<TYPE_METHOD_BASETYPE%> is not record nor union Interner Compilerfehler: %<TYPE_MODE%> of %<TYPE_CANONICAL%> is not compatible Interner Compilerfehler: %<TYPE_NEXT_PTR_TO%> is not %<POINTER_TYPE%> Interner Compilerfehler: %<TYPE_NEXT_REF_TO%> is not %<REFERENCE_TYPE%> Interner Compilerfehler: %<TYPE_OFFSET_BASETYPE%> is not record nor union Interner Compilerfehler: %<TYPE_VALUES_RAW%> field is non-NULL Interner Compilerfehler: %<TYPE_VFIELD%> is not %<FIELD_DECL%> nor %<TREE_LIST%> %<V%>-Modifikator an nicht-ganzzahligem Register %<[%E] =%> in benannter Initialisierung im GNU-Stil für Klasse %qT verwendet %<[*]%> außerhalb des Bereichs des Funktionsprototypen nicht erlaubt %<[*]%> nicht in einer Deklaration %<[[omp::directive(%s)]]%> muss das einzige angegebene Attribut in einer Anweisung sein %<[super …]%> darf nur in einem Methodenkontext auftreten %<_Alignas%>-Spezifizierer können nicht die Ausrichtung von %qE reduzieren %<_Alignas%>-Spezifizierer können nicht die Ausrichtung eines zusammengesetzten Feldes reduzieren %<_Alignas%>-Spezifizierer können nicht die Ausrichtung eines unbenannten Feldes reduzieren %<_Atomic%> %qD in %<aligned%>-Klausel %<_Atomic%> %qD in %<firstprivate%>-Klausel am %<target%>-Konstrukt %<_Atomic%> %qD in %<linear%>-Klausel %<_Atomic%>-Deklaration %qD in %qs-Klausel %<_Atomic%> %qD in impliziter %<firstprivate%>-Klausel am %<target%>-Konstrukt %<_Atomic%> %qD in implizier %<map%>-Klausel %<_Atomic%> %qE in %<reduction%>-Klausel %<_Atomic%>-Ausdruck %qE in %qs-Klausel %<_Atomic%> auf einen qualifizierten Typen angewandt %<_Atomic%>-Ausdruck in %<#pragma omp atomic%> %<_Atomic%> in Objective-C %<_Atomic%>-Iterationsvariable %qE %<_Atomic%>-qualifizierter Typ in %<#pragma omp declare reduction%> %<_Atomic%>-qualifizierter Arraytyp %<_Atomic%>-qualifizierter Funktionstyp %<_Atomic%>-qualifizierter Parametertyp %qT von %q+D %<_Atomic%>-qualifizierter Rückgabetyp von %qD %<_Float%d%s%> wird für dieses Ziel nicht unterstützt %<_Generic%>-Zuordnung hat Funktionstyp %<_Generic%>-Zuordnung hat unvollständigen Typ %<_Generic%>-Verbindung hat variable Typlänge %<_Generic%>-Selektor passt zu mehreren Zuordnungen %<_Generic%>-Selektor vom Typ %qT ist mit keiner der Zuordnungen kompatibel %<_Generic%> gibt zwei kompatible Typen an %<_Noreturn%> in leerer Deklaration %<_Sat%> ohne %<_Fract%> oder %<_Accum%> verwendet Attribut %<__BELOW100__%> nicht mit Speicherklasse »auto« erlaubt Attribut %<__BELOW100__%> bezieht sich nur auf Variablen %<__GIMPLE%> ist nur mit %<-fgimple%> gültig Funktion %<__RTL%> kann nicht mit %<-flto%> kompiliert werden %<__alignof%> auf Bitfeld angewandt %<__auto_type%> gefolgt von %<[[]]%>-Attributen %<__auto_type%> erfordert einen einfachen Bezeichner als Deklarator %<__auto_type%> wird mit einem Bitfeld-Initialisierer verwendet %<__builtin_arc_aligned%> mit nichtkonstanter Ausrichtung Zieltyp %qT von %<__builtin_bit_cast%> ist ein Arraytyp Zieltyp %qT von %<__builtin_bit_cast%> ist nicht trivial kopierbar in %<__builtin_bit_cast%> ist die Quellgröße %qE ungleich der Zieltypgröße %qE Quelltyp %qT von %<__builtin_bit_cast%> ist nicht trivial kopierbar Operand von %<__builtin_complex%> nicht realer binärer Gleitkommatyp Operanden von %<__builtin_complex%> unterschiedlichen Typs Das erste Argument von %<__builtin_convertvector%> muss Ganzzahl- oder Gleitkommavektor sein Anzahl der Elemente des ersten Argumentvektors und des Typs des zweiten Argumentvektors für %<__builtin_convertvector%> sollten gleich sein Das zweite Argument von %<__builtin_convertvector%> muss Ganzzahl- oder Gleitkommavektortyp sein %<__builtin_eh_return%> für dieses Ziel nicht unterstützt %<__builtin_has_attribute%> mit abhängigem Argument wird noch nicht unterstützt Argument von %<__builtin_is_corresponding_member%> muss ein Zeiger auf Member sein %<__builtin_is_corresponding_member%> benötigt zwei Argumente %<__builtin_is_corresponding_member%> nicht wohldefiniert für anonyme Vereinigungen Argument von %<__builtin_is_pointer_interconvertible_with_class%> muss ein Zeiger auf Member sein %<__builtin_is_pointer_interconvertible_with_class%> benötigt ein einziges Argument Zweites Argument für %<__builtin_longjmp%> muss 1 sein %<__builtin_next_arg%> ohne Argument gerufen %<__builtin_rx_%s%> benötigt %<C%>, %<Z%>, %<S%>, %<O%>, %<I%> oder %<U%> %<__builtin_saveregs%> wird für dieses Teilziel nicht unterstützt %<__builtin_saveregs%> wird von diesem Ziel nicht unterstützt %<__builtin_set_thread_pointer%> wird für dieses Ziel nicht unterstützt Innere Typen des/der Argumentvektors/en und Maske von %<__builtin_shuffle%> müssen gleiche Größe haben Vektorargumente von %<__builtin_shuffle%> müssen gleichen Typ haben Argumente für %<__builtin_shuffle%> müssen Vektoren sein Das letzte Argument von %<__builtin_shuffle%> muss Ganzzahlvektor sein Anzahl der Elemente des/der Argumentvektors/en und des Maskenvektors für %<__builtin_shuffle%> sollten gleich sein Vektorargumente von %<__builtin_shufflevector%> müssen den gleichen Typ haben Argumente für %<__builtin_shufflevector%> müssen Vektoren konstanter Größe sein Argumente für %<__builtin_shufflevector%> müssen Vektoren sein %<__builtin_shufflevector%> muss ein Ergebnis mit einer Zweierpotenz von Elementen angeben %<__builtin_thread_pointer%> wird für dieses Ziel nicht unterstützt Aufruf von %<__builtin_unreachable%> oder %<__builtin_trap%> mit Argumenten %<__delay_cycles%> ist auf 32-Bit-Schleifendurchläufe beschränkt %<__delay_cycles%> nimmt nur konstante Argumente entgegen %<__delay_cycles%> nimmt nur nicht-negative Zykluszahlen entgegen %<__fp16%> ohne %<ldrh%> %<__gcc_host_wide_int__%> ist nicht als %<long%> oder %<long long%> definiert %<__gcc_host_wide_int__%> ist nicht als Typ definiert %<__int%d%> wird von diesem Ziel nicht unterstützt %<__int%d%> wird für dieses Ziel nicht unterstützt %<__label__%>-Deklarationen sind nur im Funktionsgültigkeitsbereich erlaubt %<__label__%> nicht am Anfang eines Blocks %<__restrict%> kann nur für Objekte und Funktionen angegeben werden %<__thread%> vor %<extern%> %<__thread%> vor %<static%> %<__thread%> vor %qD %<__thread%> kann nur für Objekte und Funktionen angegeben werden %<__transaction_atomic%> ohne eingeschaltete Unterstützung für transaktionsgebundenen Speicher %<__transaction_cancel%> nicht innerhalb von %<__transaction_atomic%> %<__transaction_cancel%> innerhalb eines %<__transaction_relaxed%> %<__transaction_cancel%> ohne eingeschaltete Unterstützung für transaktionsbasierten Speicher %<__transaction_relaxed%> ohne eingeschaltete Unterstützung für transaktionsgebundenen Speicher Argument %<a%d%> des intrinsischen %qs bei %L muss %s(%d) sein Argument %<a1%> des intrinsischen %qs bei %L muss INTEGER, REAL oder CHARACTER sein %<acc update%> bei %L muss mindestens eine %<device%>- oder %<host%>- oder %<self%>-Klausel enthalten Attribut %<alias%> ignoriert, da Funktion bereits definiert ist in der %<align%>-Klausel muss das Argument eine positive konstante Zweierpotenz eines ganzzahligen Ausdrucks sein Argument für %<alignas%> hat nicht-ganzzahligen Typen %qT %<alignas%> in leerer Deklaration mit auf %<enum%> basierendem Typen Ausdruck für Ausrichtung der %<aligned%>-Klausel muss ganzzahlig sein Ausdruck für %<aligned%>-Klausel erfordert positiven konstanten Ganzzahlausdruck in der %<allocate%>-Klausel muss das Argument des %<align%>-Modifizierers eine positive konstante Zweierpotenz eines ganzzahligen Ausdrucks sein Allokationsausdruck in %<allocate%>-Klausel ist vom Typ %qT statt des erwarteten %<omp_allocator_handle_t%> %<allocate%>-Klausel muss hier einen Allozierer angeben Allokationsausdruck in %<allocator%>-Klausel ist vom Typ %qT statt des erwarteten %<omp_allocator_handle_t%> %<always_inline%> Funktion ist möglicherweise nicht inlinefähig Attribut %<amdgpu_hsa_kernel%> erfordert Zeichenkettenkonstanten als Argumente %<ancestor%>-Gerätemodifikator, dem keine %<requires%>-Direktive mit %<reverse_offload%>-Klausel vorausgeht %<ancestor%>-Gerätemodifizierer bei %C, dem keine %<requires%>-Direktive mit %<reverse_offload%>-Klausel vorausgeht %<und%> bei sich gegenseitig ausschließenden Gleichheits-Tests ist immer 0 %<asm goto%> mit komplexen typisierten Ausgaben %<asm%>-Konflikt mit Eingabeoperand %<asm%>-Konflikt mit Ausgabeoperand %<asm%>-Deklaration wird wegen Konflikt mit vorheriger Umbenennung ignoriert %<asm%>-Schalter werden im Thumb1-Modus nicht unterstützt %<asm%> innerhalb einer %<constexpr%>-Funktion ist erst ab %<-std=c++20%> oder %<-std=gnu++20%> verfügbar %<asm%> in %<transaction_safe%>-Funktion ist nicht erlaubt in atomarer Transaktion ist kein %<asm%> erlaubt %<asm%>-Operand %d passt wahrscheinlich nicht zu den Bedingungen %<asm%>-Operandenbedingung inkompatibel mit Operandengröße %<asm%>-Operand hat unmögliche Nebenbedingungen %<asm%>-Operand erfordert unmögliches Neuladen %<asm%>-Qualifizierer %qT wird ignoriert, da außerhalb des Funktionsrumpfes %<asm%>-Qualifizierer außerhalb des Funktionsrumpfes %<asm%>-Spezifizierer für Variable %qE steht in Konflikt mit %<asm%>-Bestrafungs-Liste %<asm%>-Symbole sind an nicht statischen Datenelementen nicht erlaubt %<assign%> kann für Objective-C-Objekte unsicher sein; bitte explizit angeben, falls nötig %<assign%>-Eigenschaft %qs verwendet Bitfeld-Instanzvariable %qs %<assume%>-Attribut auf höchster Ebene %<assume%>-Attribut ohne darauffolgendes %<;%> %<async%>-Ausdruck muss ganzzahlig sein %<atexit%> fehlgeschlagen %<atomic%>-Eigenschaft %qs verwendet Bitfeld-Instanzvariable %qs %<atomic_cancel%> %<atomic_default_mem_order%>-Klausel wird lexikalisch nach dem ersten %<atomic%>-Konstrukt ohne Speicherreihenfolge-Klausel verwendet %<auto%> kann nur für Variablen oder Funktionsdeklarationen angegeben werden Bedeutung von %<auto%> ändert in C++11 die Bedeutung; Bitte entfernen %<auto%> steht in Konflikt mit anderen OpenACC-Schleifenspezifizierern %<auto%> in leerer Deklaration im Datei-Gültigkeitsbereich %<auto%> ist in Aliasdeklaration nicht erlaubt %<auto%>-Parameter darf in diesem Kontext nicht verwendet werden %<auto%> erfordert einen einfachen Bezeichner, optional mit Attributen, als Deklarator %<auto%> mit %<constexpr%> verwendet %<auto(x)%> kann nicht eingeschränkt werden %<auto{x}%> ist erst mit %<-std=c++2b%> oder %<-std=gnu++2b%> verfügbar %<auto{x}%> kann nicht eingeschränkt werden %<auto{x}%> ist erst mit %<-std=c++2b%> oder %<-std=gnu++2b%> verfügbar %<await_suspend%> muss %<void%>, %<bool%> oder ein Koroutine-Handle zurückgeben %<bank_switch%> hat auf Nicht-Interrupt-Funktionen keine Auswirkung Suffix %<bf16%> oder %<BF16%> an Gleitkommakonstanten ist erst mit %<-std=c++2b%> oder %<-std=gnu++2b%> verfügbar %<bind%>-Klausel nicht auf einem %<loop%>-Konstrukt, das nicht in einem anderen OpenMP-Konstrukt geschachtelt ist %<bind(parallel)%> an einem %<loop%>-Konstrukt, das in einem %<simd%>-Konstrukt geschachtelt ist %<bind(teams)%> an einer %<loop%>-Region, die nicht streng innerhalb einer %<teams%>-Region geschachtelt ist %<builtin_return_address%> enthält nur 2 Adressbytes %<cancel for%> innerhalb von %<nowait%>-for-Konstrukt %<cancel for%> innerhalb von %<ordered%>-for-Konstrukt %<cancel sections%> innerhalb %<nowait%>-Abschnittskonstrukt %<catch%> wird nicht unterstützt %<concept%> ist erst ab %<-std=c++20%> oder mit %<-fconcepts%> verfügbar %qs ist %<const%> und darf daher nicht als %<mutable%> deklariert sein Funktionsspezifizierer %<const%> und %<volatile%> an %qD ungültig in Felddeklaration Funktionsspezifizierer %<const%> und %<volatile%> an %qD ungültig in Parameterdeklaration Funktionsspezifizierer %<const%> und %<volatile%> an %qD ungültig in Typdeklaration Funktionsspezifizierer %<const%> und %<volatile%> an %qD ungültig in Variablendeklaration %<const%> kann nur für Objekte und Funktionen angegeben werden %<const%>-qualifizierter %<depobj%>-Ausdruck %<const%>-qualifiziertes %qE darf nur in %<shared%>- oder %<firstprivate%>-Klauseln vorkommen %<const%>-qualifiziertes %qE ohne %<mutable%>-Element darf nur in %<shared%>- oder %<firstprivate%>-Klauseln vorkommen %<const%>-, %<volatile%>- oder %<__restrict%>-qualifizierter Typ %qT in %<#pragma omp declare reduction%> %<consteval%>-Funktion %q+D übersteuert nicht-%<consteval%>-Funktion Kontrollfluss für %<constexpr%>-Aufruf fällt hinten aus der Funktion %<constexpr%>-Konstruktor hat keinen leeren Körper %<constexpr%>-Konstruktor für Union %qT muss genau ein nicht-statisches Datenelement initialisieren %<constexpr%>-Destruktoren sind erst ab %<-std=c++20%> oder %<-std=gnu++20%> verfügbar Auswertungstiefe von %<constexpr%> überschreitet Höchstwert %d (%<-fconstexpr-depth=%> verwenden, um dies zu erhöhen) Anzahl der Evaluierungsoperationen in %<constexpr%> überschreitet Höchstwert %wd (%<-fconstexpr-ops-limit=%> verwenden, um diesen zu erhöhen) %<constexpr%> in leerer Deklaration %<constexpr%>-Initialisierer für einen binären Gleitkommatypen hat dezimalen Typ %<constexpr%>-Initialisierer für einen reellen Typen hat komplexen Typ Initialisierer für %<constexpr%> ist kein konstanter arithmetischer Ausdruck %<constexpr%>-Initialisierer ist nicht im Typen des Objekts darstellbar Initialisierer für %<constexpr%>-Ganzzahl ist kein konstanter Ganzzahlausdruck %<constexpr%>-Lambda ist nur mit %<-std=c++17%> oder %<-std=gnu++17%> verfügbar Anzahl der Schleifendurchläufe in %<constexpr%> überschreitet Höchstwert %d (%<-fconstexpr-loop-limit=%> verwenden, um diesen zu erhöhen) %<constexpr%> erforderlich für Initialisierung innerhalb der Klasse des statischen Datenelements %q#D mit nicht eingebautem Typ %<constexpr%>-Objekt hat variabel geänderten Typ Initialisierer für %<constexpr%>-Zeiger ist nicht null statisches Datenelement %qD (%<constexpr%>) muss Initialisierung haben %<constexpr%> mit %qE verwendet %<constexpr%>-Variable %qD hat variabel modifizierten Typ %qT Attribut %<constinit%> kann nur für Variablen verwendet werden, die »static« oder threadlokel sind %<constinit%> ist am Rückgabetyp einer Funktion nicht erlaubt %<constinit%>-Variable %qD muss eine konstante Initialisierung haben %<critical%>-Region darf innerhalb einer gleichnamigen %<critical%>-Region nicht eng geschachtelt sein Argument von %<custom-%s=%> muss eine nicht-negative Ganzzahl sein %<custom-%s=%> ist nicht als ein FPU-Befehl bekannt %<custom-%s=%> erfordert Argument Option %<custom-fpu-cfg%> unterstützt kein %<no-%> Option %<custom-fpu-cfg%> erfordert Konfigurationsargument %<decl-specifier%> in Deklaration von Ableitungshinweis %<declare %s%> muss direkt von einer Funktionsdeklaration oder -definition gefolgt sein %<declare variant%> für Konstruktor %qD %<declare variant%> an %qD mit Vorgabewert %<declare variant%> an gelöschter %qD %<declare variant%> für Destruktor %qD %<declare variant%> an virtueller %qD %<decltype%> kann die Adresse der überladenen Funktion nicht auflösen %<decltype%> wird zu %qT ausgewertet, und das ist weder eine Klasse noch ein Aufzählungstyp %<decltype(auto)%> darf nicht CV-qualifiziert sein die Typangabe %<decltype(auto)%> ist erst mit %<-std=c++14%> oder %<-std=gnu++14%> verfügbar %<default%>-Marke nicht innerhalb einer switch-Anweisung %<default%>-Ziel wurde nicht gesetzt %<delete[]%> ist kein Konstantenausdruck %<depend%>-Klausel mit %<depobj%>-Abhängigkeitstyp auf Arrayabschnitt %<depend(%s)%> ist nur in %<omp ordered%> erlaubt %<depobj%>-Abhängigkeitstyp in %<depend%>-Klausel von %<depobj%> angegeben Ausdruck %<depobj%> ist kein lvalue-Ausdruck Ereignishandle in %<detach%>-Klausel ist vom Typ %qT statt des erwarteten %<omp_event_handle_t%> %<detach%>-Klausel darf nicht zusammen mit %<mergeable%>-Klausel verwendet werden %<device%>-Klausel mit %<ancestor%> ist nur an einem %<target%>-Konstrukt erlaubt %<device%>-ID muss ganzzahlig sein Argument %<dim%> des intrinsischen %qs bei %L ist kein gültiger Codimensionsindex Argument %<dim%> des intrinsischen %qs bei %L ist kein gültiger Dimensionsindex Argument %<dim%> des intrinsischen »%s« bei %L ist kein gültiger Dimensionsindex Ausdruck für %<dist_schedule%>-Chunkgröße muss ganzzahlig sein %<distribute%>-Region muss innerhalb eines %<teams%>-Konstrukts streng geschachtelt sein %<dynamic_cast%> ist nicht mit %<-fno-rtti%> erlaubt %<dynamic_cast<%#T>(%#D)%> kann nie erfolgreich sein %<else%> ohne vorheriges %<if%> %<enum %E%> in Anfangsdeklaration einer %<for%>-Schleife deklariert %<enum%> wurde sowohl mit als auch ohne zugrundeliegendem festen Typ deklariert %<enum%> deklariert aber ohne festen zugrundeliegenden Typen definiert der auf %<enum%> basierende Typ ist zu der vorherigen Deklaration inkompatibel auf %<enum%> basierender Typ darf hier nicht angegeben werden %<explicit%> kann nur für Konstruktoren angegeben werden %<explicit%> in »friend«-Deklaration %<explicit%> außerhalb einer Klassendeklaration %<explicit(bool)%> ist erst mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar %<export%> ist kein Teil der folgenden module-directive %<extern "C"%>-Bindung beginnt hier Attribut %<externally_visible%> wirkt sich nur auf öffentliche Objekte aus Suffix %<f%d%> oder %<F%d%> an Gleitkommakonstanten ist erst mit %<-std=c++2b%> oder %<-std=gnu++2b%> verfügbar %<fallthrough%>-Attribut auf höchster Ebene %<fallthrough%>-Attribut ohne darauffolgendes %<;%> %<fallthrough%>-Attribut mit einem Parameter angegeben Direktive des Attributes %<fast_interrupt%> ignoriert %<filter%>-Ausdruck muss ganzzahlig sein Attribut %<flatten%> wird an Aliasen ignoriert %<flush%>-Liste wurde zusammen mit Speicherreihenfolge-Klausel angegeben %<fopen%>: %s: %m Anfangsdeklarationen in %<for%>-Schleifen sind nur im C99- oder C11-Modus erlaubt %<friend%> kann nur innerhalb einer Klasse angegeben werden %<friend%> außerhalb einer Klasse verwendet Unterstützung für %<function_profiler%> %<function_profiler%>-Unterstützung für MMIX %<gang%>-Schleife in %<gang-single%>-Region Ausdruck für %<gang%>-Nummer muss ganzzahlig sein Wert von %<gang%> muss positiv sein statischer %<gang%>-Ausdruck muss ganzzahlig sein statischer %<gang%>-Ausdruck muss positiv sein %<generic%>-CPU kann nur für %<-mtune=%>-Schalter verwendet werden %<generic%>-CPU kann nur für %<target("tune=")%>-Schalter verwendet werden %<getter%>-Attribut der Eigenschaft %qD in Konflikt mit vorheriger Deklaration Attribut %<gnu_inline%> vorhanden bei %q+D %<goto%> innerhalb einer %<constexpr%>-Funktion ist erst mit %<-std=c++2b%> oder %<-std=gnu++2b%> verfügbar %<goto%> ist kein Konstantenausdruck %<gp_offset%> (%ld) oder %<end_offset%> (%ld) ist kleiner als null Ausdruck für %<grainsize%> muss ganzzahlig sein Wert von %<grainsize%> muss positiv sein %<h%> auf nicht-Register-Operand angewandt %<hard-float%> MIPS16-Code für andere ABIs als o32 und o64 %<hint%>-Ausdruck muss ganzzahlig und konstant sein %<hint%>-Ausdruck muss ganzzahlig sein %<if consteval%> ist erst mit %<-std=c++2b%> oder %<-std=gnu++2b%> verfügbar %<if consteval%> erfordert zusammengesetzte Anweisung %<if constexpr%> ist nur mit %<-std=c++17%> oder %<-std=gnu++17%> verfügbar %<ifunc%>-Auflöser für %qD muss %qT zurückgeben %<ifunc%>-Auflöser für %qD sollte %qT zurückgeben %<inbranch%>-Klausel ist inkompatibel mit %<notinbranch%> Attribut %<indirect_call%> bezieht sich nicht auf %<static%>-Funktionen %<inline%> kann nur für Funktionen angegeben werden %<inline%> in leerer Deklaration %<inline%> ist nicht in Deklaration der friend-Template-Spezialisierung %qD erlaubt %<inline%> für friend-Klassen-Deklaration angegeben %<inline%> ungültig für außerhalb des globalen Gültigkeitsbereiches deklarierte Funktion %qs %<inline%>-Spezifizierer ungültig für Variable %qD mit Gültigkeitsbereich Block %<inscan%>-%<reduction%>-Klausel am %qs-Konstrukt %<inscan%>-%<reduction%>-Klausel bei Konstruktion außer %<for%>, %<simd%>, %<for simd%>, %<parallel for%>, %<parallel for simd%> %<inscan%>-%<reduction%>-Klausel wird zusammen mit %<linear%>-Klausel an einer Variable verwendet, die kein Schleifeniterator ist %<inscan%>-%<reduction%>-Klausel mit Arrayabschnitt %<inscan%>-REDUCTION-Klausel an einem anderen Konstrukt als DO, SIMD, DO SIMD, PARALLEL DO, PARALLEL DO SIMD bei %L die Klausel %<inscan%> darf nicht zusammen mit nicht-%<inscan%>-%<reduction%> am selben Konstrukt vorkommen %<inscan%> und nicht-%<inscan%>-%<reduction%>-Klauseln am selben Konstrukt bei %L die CPU %<intel%> kann nur für den Schalter %<-mtune=%> verwendet werden die CPU %<intel%> kann nur für das Attribut %<target("tune=")%> verwendet werden %<interrupt_thread%> ist nur auf Fido verfügbar Modifizierer %<iterator%> ist unverträglich mit %qs %<iterator%>-Modifizierer darf nicht bei einem %<depobj%>-Konstrukt angegeben sein %<l1-cache-size%>-Parameter ist keine Zweierpotenz (%d) %<lang_*%> check: failed in %s, at %s:%d %<lastprivate%>-Klausel an einem %<loop%>-Konstrukt bezieht sich auf eine Variable %qD, die nicht der Schleifeniterator ist %<linear%>-Klausel für Variable, die keine Schleifeniterationsvariable ist, wurde für ein mit %<distribute%> kombiniertes Konstrukt angegeben %<linear%>-Klausel darf nicht zusammen mit %<ordered%>-Klausel angegeben werden, wenn das alleinstehende %<ordered%>-Konstrukt darin geschachtelt ist Schrittweite %qE der %<linear%>-Klausel muss konstant oder ein Parameter sein Schrittweite der %<linear%>-Klausel muss ganzzahlig sein %<linear%>-Klauselschritt ist ein Parameter %qD, der nicht in der %<uniform%>-Klausel angegeben ist %<location_t%> ist nicht als ein Typ definiert %<locus%> ist nicht als ein Typ definiert %<long long long%> ist für GCC zu lang %<long%> und %<short%> gleichzeitig angegeben %<long%> switch-Ausdruck nicht nach %<int%> konvertiert in ISO C %<lp_array%> passt nicht zum %<region_tree%> %<lp_array%> ist für lp %i beschädigt %<lto_obj_file_open()%> failed %<main%> als %<_Noreturn%> deklariert %<memset%> mit konstanter Länge 0 verwendet; das könnte heißen, dass die Parameter vertauscht sind im Aufruf von %<memset%> ist die Länge gleich der Anzahl der Elemente angegeben, ohne sie mit der Elementgröße zu multiplizieren Attribut %<ms_hook_prologue%> ist mit %<-mfentry%> für 32 Bit nicht verträglich Attribut %<ms_hook_prologue%> ist mit geschachtelter Funktion nicht verträglich %<msp430_select_hwmult_lib%> erfordert mindestens ein Argument %<msp430_set_driver_var%> erwartet 2 Argumente %<mutexinoutset%>-Art in %<depend%>-Klausel bei einem %<taskwait%>-Konstrukt %<namespace %E%> ist mehrdeutig %<namespace%>-Definition ist hier nicht erlaubt %<new%> einer %<initializer_list%> führt nicht zu einer längeren Lebenszeit des zugrundeliegenden Arrays %<new%> für Typ %qT mit erweiterter Ausrichtung %d %<no-custom-%s%> akzeptiert keine Argumente %<nogroup%>-Klausel darf nicht zusammen mit %<reduction%>-Klausel verwendet werden Attribut %<nonatomic%> der Eigenschaft %qD in Konflikt mit vorheriger Deklaration %<nonmonotonic%>-Planungsmodifizierer zusammen mit %<ordered%>-Klausel angegeben %<nonnull%>-Argument %qD wird mit NULL verglichen %<noreturn%>-Funktion kehrt zurück %<nowait%>-Klausel darf nicht zusammen mit %<copyprivate%> verwendet werden Wert von %<num_tasks%> muss positiv sein untere Grenze %qE von %<num_teams%> ist größer als obere Grenze %qE Wert von %<num_teams%> muss positiv sein Wert von %<num_threads%> muss positiv sein %<object.TypeInfo%> kann nicht mit %<-fno-rtti%> verwendet werden %<object.TypeInfo%> konnte nicht gefunden werden, wird aber implizit verwendet %<offsetof%> innerhalb von Typ %qT (der kein Standardlayout hat) ist bedingt unterstützt %<omp requires reverse_offload%> erfordert mindestens %<sm_35%> für %<-foffload-options=nvptx-none=-march=%> – für diesen Gerätetyp wird die Offload-Codegenerierung ausgeschaltet Attribut %<omp::%E%> erfordert Argument %<omp::%E%> darf in diesem Kontext nicht angegeben werden %<omp_all_memory%> bei %C ist in dieser Klausel nicht erlaubt %<omp_all_memory%> darf nur in OpenMP-%<depend%>-Klausel verwendet werden %<omp_all_memory%> wird mit %<depend%>-Art außer %<out%> oder %<inout%> verwendet %<omp_all_memory%> wird bei %C mit DEPEND-Art außer OUT oder INOUT verwendet %<omp_all_memory%> wird mit Abhängigkeitsart außer OUT oder INOUT verwendet, bei %C %<omp_all_memory%>, bei %L deklariert, darf nur in der OpenMP-DEPEND-Klausel verwendet werden %<operator %s%> %<operator %s%> in %<%s%E%> %<operator delete%> muss Typ %qT zurückgeben %<operator delete%> nimmt Typ %qT als ersten Parameter %<operator delete[]%> kann kein zerstörendes %<delete%> sein %<operator new%> darf nicht NULL zurückgeben, außer er ist mit %<throw%> deklariert (oder %<-fcheck-new%> ist eingeschaltet) %<operator new%> muss Typ %qT zurückgeben %<operator new%> nimmt Typ %<size_t%> (%qT) als ersten Parameter %<operator%s%> %<operator%s%> in %<%E %s %E%> %<operator%s%> in %<%E%s%> %<operator%s%> in %<%s%E%> %<operator=%> sollte eine Referenz auf %<*this%> zurückgeben %<operator[]%> %<operator[]%> in %<%E[%E]%> %<oder%> bei nicht passenden Ungleichheits-Tests ist immer 1 %<order%>-Klausel darf nicht zusammen mit %<ordered%> verwendet werden %<ordered simd threads%> muss innerhalb einer %<%s simd%>-Region eng geschachtelt sein %<ordered%> %<simd%> muss innerhalb einer %<simd%>-Region eng geschachtelt sein %<ordered%>-Klauselparameter ist weniger als %<collapse%> %<ordered%>-Klausel mit Parameter in %<for%>-Schleife über einen Bereich %<ordered%>-Konstrukt mit %<depend%>-Klausel muss innerhalb einer %<ordered%>-Schleife eng geschachtelt sein %<ordered%>-Konstrukt mit %qs-Klausel muss innerhalb einer Schleife mit %<ordered%>-Klausel eng geschachtelt sein %<ordered%>-Konstrukt ohne %<doacross%>- oder %<depend%>-Klauseln ist mit einer Schleife verbunden, in der das %<collapse%>-Argument %wd sich vom %<ordered%>-Argument %wd unterscheidet %<ordered%>-Konstrukt ohne %<doacross%>- oder %<depend%>-Klauseln darf nicht dieselbe Bindungsregion wie ein %<ordered%>-Konstrukt mit diesen Klauseln haben %<ordered%>-Region darf innerhalb einer Region, die %<critical%>, %<ordered%>, expliziten %<task%> oder %<taskloop%> ist, nicht eng geschachtelt sein %<ordered%>-Region muss eng geschachtelt sein, wenn sie innerhalb einer Schleifenregion mit %<ordered%>-Klausel auftritt das Pragma %<pch_preprocess%> sollte nur mit %<-fpreprocessed%> verwendet werden %<pex_init%> failed: %m %<#pragma omp error%> gefunden %<#pragma omp error%> gefunden: %s %<pragma omp requires%> erfordert mindestens eine Klausel Ausdruck für %<priority%> muss ganzzahlig sein Wert von %<priority%> muss positiv sein Attribut %<readonly%> steht mit Attribut %<setter%> in Konflikt Attribut %<readonly%> der Eigenschaft %qD in Konflikt mit vorheriger Deklaration %<region_array%> passt nicht zum %<region_tree%> %<region_array%> ist für Region %i beschädigt %<register%> in leerer Deklaration im Datei-Gültigkeitsbereich %<register%>-Speicherklassenangabe verwendet %<reinterpret_cast%> von Ganzzahl zu Zeiger %<reinterpret_cast%> von Typ %qT in Typ %qT entfernt Qualifizierer Ein %<reinterpret_cast%> ist kein konstanter Ausdruck %<reinterpret_cast<%T>(%E)%> ist kein Konstantenausdruck %<requires%> ist erst ab %<-std=c++20%> oder mit %<-fconcepts%> verfügbar %<return%> mit Wert in void zurückgebender Funktion %<return%> ohne Wert in nicht-void zurückgebender Funktion %<return_void%> wurde hier deklariert Ausdruck der %<safelen%>-Klausel erfordert positiven konstanten Ganzzahlausdruck %<scalar_storage_order%> wird nicht unterstützt, da die Bytereihenfolge nicht einheitlich ist %<scope%>-Region darf nicht innerhalb einer Region eng geschachtelt sein, die arbeitsteilend, %<loop%>, explizit %<task%>, %<taskloop%>, %<critical%>, %<ordered%>, %<master%> oder %<masked%> ist %<seq%> übersteuert andere OpenACC-Schleifenspezifizierer %<setter%>-Attribut der Eigenschaft %qD in Konflikt mit vorheriger Deklaration %<setter%> ist hier angegeben Argument »shape« des intrinsischen »reshape« bei %L hat mehr als %d Elemente Argument %<shape%> des intrinsischen %<reshape%> bei %L muss ein Feld konstanter Größe sein %<signed%> und %<unsigned%> gleichzeitig angegeben Ausdruck der %<simdlen%>-Klausel erfordert positiven konstanten Ganzzahlausdruck %<simdlen%>-Klauselwert ist größer als %<safelen%>-Klauselwert %<sizeof%> auf ein Bitfeld angewandt %<sizeof%> auf Array-Funktionsparameter %qE gibt die Größe von %qT zurück Argument von %<sizeof...%> muss mit Klammern umschlossen werden %<soft-float%> und long-double-128 sind unverträglich Argument %<source%> des intrinsischen %<shape%> bei %L darf kein Feld impliziter Größe sein %<stack_offset%> muss ein Vielfaches von 4 sein %<stack_offset%> muss mindestens 4 sein %qs ist %<static%> und darf daher nicht als %<mutable%> deklariert sein Lambda-Spezifizierer %<static%> mit Lambda-Fang %<static%> darf nicht bei der Definition (im Gegensatz zu Deklaration) eines statischen Datenelementes verwendet werden %<static%> ist für außerhalb des globalen Gültigkeitsbereiches deklarierte Funktion %qs ungültig %<static_assert%> ohne Text ist erst ab %<-std=c++17%> oder %<-std=gnu++17%> verfügbar %<static_cast%> von Typ %qT in Typ %qT entfernt Qualifizierer %<std::%s%> ist im Header %qs definiert; haben Sie vergessen, %<#include %s%> zu schreiben? %<std::%s%> ist erst ab %s verfügbar %<std::is_constant_evaluated%> wertet in einer nicht-%<constexpr%>-Funktion immer zu false aus %<std::is_constant_evaluated%> wertet innerhalb von %<if constexpr%> immer zu true aus %<std::is_constant_evaluated%> wertet innerhalb einer %<consteval%>-Funktion immer zu true aus %<std::source_location::__impl%> enthält nicht nur nicht-statische Datenelemente %<_M_file_name%>, %<_M_function_name%>, %<_M_line%> und %<_M_column%> %<std::tuple_element<%u, %T>::type%> ist %<void%> %<std::tuple_size<%T>::value%> ist kein konstanter Ganzzahlausdruck die Direktive %<strong%>-%<using%> wird nicht mehr unterstützt %<struct %E%> in Anfangsdeklaration einer %<for%>-Schleife deklariert Argument %qs für Attribut %<symver%> muss ein oder zwei %<@%> enthalten Argument des Attributs %<symver%> ist keine Zeichenkettenkonstante Attribut %<symver%> bezieht sich nur auf Symbole Attribut %<symver%> gilt nur für Funktionen und Variablen Fehler bei %<sysctl%> für %<kern.osversion%>: %m %<target%>-Konstrukt mit geschachteltem %<teams%>-Konstrukt enthält Direktiven außerhalb des %<teams%>-Konstrukts %<target("rtd")%> wird im 64-Bit-Modus ignoriert %<target("sseregparm")%> verwendet, ohne dass SSE eingeschaltet ist %<target("tune=x86-64")%> ist veraltet; stattdessen entsprechend %<target("tune=k8")%> oder %<target("tune=generic")%> verwenden das Attribut %<target_clones%> erfordert GLIBC (2.23 oder neuer), die Hardware-Fähigkeits-Bits exportiert %<task%>-Reduktionsmodifizierer bei einem Konstrukt mit %<nowait%>-Klausel Konstrukt %<taskwait%> mit %<nowait%>-Klausel, aber ohne %<depend%>-Klauseln %<teams%>-Konstrukt muss innerhalb eines %<target%>-Konstrukts eng geschachtelt sein, oder in überhaupt keinem OpenMP-Konstrukt geschachtelt sein das Schlüsselwort %<template%> ist im Destruktornamen nicht erlaubt %<template%> muss auf einen nested-name-specifier folgen %<this%> ist in OpenMP nur innerhalb von %<declare simd%>-Klauseln erlaubt %<this%> kann nicht per Referenz eingefangen werden %<this%> ist für statische Elementfunktionen nicht verfügbar %<this%> darf in diesem Kontext nicht verwendet werden %<this%> ist in %<allocate%>-Klausel nicht erlaubt %<this%> wurde für diese Lambda-Funktion nicht aufgefangen %<thread_limit%>-Ausdruck muss ganzzahlig sein Wert von %<thread_limit%> muss positiv sein %<threadprivate%> %qD ist weder Datei-, Namens- noch Blockbereichsvariable %<threadprivate%> Direktive %qE nicht in Definition von %qT %<threadprivate%> %qE hat unvollständigen Typen %<throw%> wird immer %<terminate%> aufrufen Argument für %<tile%> erfordert ganzzahligen Typ %<tile%>-Argument muss eine positive, ganzzahlige Konstante sein Funktionsaufruf von %<transaction_may_cancel_outer%> nicht innerhalb von äußerer Transaktion oder %<transaction_may_cancel_outer%> %<transaction_safe_dynamic%> kann nur für virtuelle Funktionen angegeben werden %<tree%> ist nicht als ein Zeigertyp definiert %<tree%> ist nicht als ein Typ definiert %<try%> innerhalb einer %<constexpr%>-Funktion ist erst mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar %<typedef%>-Angabe ist unverträglich mit %qs %<typedef%> mit %<auto%> verwendet %<typedef%> wurde in dieser Deklaration ignoriert %<typeid%> ist kein konstanter Ausdruck, da %qE polymorphen Typ hat %<typeid%> des qualifizierten Funktionstyps %qT %<typeid%>-Operator kann nicht in einem Konstanten-Ausdruck auftreten %<typename %T::%D%> benennt %q#D, das ist jedoch kein Typ %<typename %T::%D%> benennt %q#T, was kein Klassentemplate ist %<typeof%> auf ein Bitfeld angewandt %<union %E%> in Anfangsdeklaration einer %<for%>-Schleife deklariert %<using enum%> von %qT vor seinem enum-specifier %<using enum%> des abhängigen Typen %qT %<using enum%> an unvollständigem Typ %qT %<using enum%> an Nicht-Aufzählungstyp %q#T %<using enum%> ist nur mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar %<using%> mit Gültigkeitsbereich in enum-Typ %q#T ist erst ab %<-std=c++20%> oder %<-std=gnu++20%> verfügbar %<va_start%> in Funktion mit fester Parameteranzahl verwendet %<vec_lvsl%> ist für Little-Endian veraltet; verwenden Sie Zuweisungen für unausgerichtete Speicherzugriffe %<vec_lvsr%> ist für Little-Endian veraltet; verwenden Sie Zuweisungen für unausgerichtete Speicherzugriffe Ausdruck für %<vector%>-Länge muss ganzzahlig sein Wert der %<vector%>-Länge muss positiv sein %<verify_gimple%> failed %<verify_marked_backedges%> failed %<virtual%> kann nur für Funktionen angegeben werden %<virtual%> außerhalb einer Klassendeklaration %<virtual%> mehr als einmal in Basisspezifikation angegeben %<void%> kann nicht als einzelner Parameter qualifiziert werden %<void%> muss der einzige Parameter sein %<volatile%> kann nur für Objekte und Funktionen angegeben werden %<volatile%>-qualifizierter Parameter ist veraltet %<volatile%>-qualifizierter Rückgabetyp ist veraltet %<volatile%>-qualifizierte strukturierte Bindung ist veraltet %<wait%>-Ausdruck muss ganzzahlig sein Für %q+D darf %<warn_if_not_aligned%> nicht angegeben werden %<weak%>-Klausel erfordert atomaren Gleichheitsvergleich Attribut %<weakref%> ignoriert, da Funktion bereits definiert ist Attribut %<weakref%> ignoriert, da Variable bereits initialisiert ist Attribut %<weakref%> sollte von Attribut %<alias%> begleitet werden %<weakref%> kann nicht versioniert werden Ausdruck für %<worker%>-Nummer muss ganzzahlig sein Wert der %<worker%>-Nummer muss positiv sein Interner Fehler: %<||%> not valid in GIMPLE %<~%> auf booleschem Ausdruck %<~%> auf einem Ausdruck vom Typ %<bool%> %<~auto%> ist nur mit %<-std=c++14%> oder %<-std=gnu++14%> verfügbar %@ %s %@ %s (depth %i) %@ %s (fndecl %qD, depth %i) %d Bytes des gang-privaten Speichers für Datenaustausch erschöpft (kann zum Beispiel mit %<-mgang-private-size=%d%> erhöht werden) Einen Konstruktor gefunden
%d Konstruktoren gefunden
Einen Destruktor gefunden
%d Destruktoren gefunden
Interner Fehler: %d exits recorded for loop %d (having %d exits) Eine Rahmentabelle gefunden
%d Rahmentabellen gefunden
%i-Bit-Modus nicht einkompiliert %llu Bytes %q#D kann nicht mit %q#D überladen werden %q#D steht mit vorheriger Deklaration in Konflikt %q#D steht in Konflikt mit von %qT geerbter Version %q#D hier deklariert %q#D hat keine externe Bindung %q#D verweist nicht auf den unqualifizierten Typen und wird daher nicht zum Binden verwendet %q#D wurde hat hier ausdrücklichen Standardwert bekommen %q#D hat unvollständigen Typ %q#D verdeckt Konstruktor für %q#D %q#D erbt von mehreren Basis-Teilobjekten %q#D ungültig; eine anonyme Union kann nur nicht-statische Datenelemente haben %q#D ungültig; eine anonyme Union kann nur nicht-statische Datenelemente haben %q#D« ist ein statisches Datenelement; es kann nur bei seiner Definition initialisiert werden %q#D ist implizit als gelöscht deklariert, da %qT einen Bewegungskonstruktor oder Bewegungs-Zuweisungsoperator deklariert %q#D wird implizit gelöscht, da die Standarddefinition ungültig wäre: %q#D ist in diesem Zusammenhang unzugänglich %q#D ist kein Funktionstemplate %q#D ist kein Nicht-static-Datenelement von %qT %q#D ist kein gültiges Templateargument für Typ %qT, weil eine Referenzvariable keine konstante Adresse hat %q#D ist nicht konstant %q#D ist in diesem Zusammenhang »private« %q#D ist in diesem Zusammenhang »protected« %q#D ist %<public%>, benötigt jedoch ein existierendes Objekt vom Typ %q#T %q#D ist volatile %q#D nicht in Klasse deklariert %q#D wurde bereits hier deklariert %q#D wurde bereits hier definiert %q#D als andere Symbolart redeklariert %q#D verweist auf eine Einheit %q#D mit interner Verlinkung %q#D sollte initialisiert werden %q#D (durch lokalen Typen %qT deklariert) wird verwendet, aber nirgends definiert %q#D (durch einen unbenannten Typen deklariert) wird verwendet, aber nirgends definiert %q#F wird implizit gelöscht, da ihre Ausnahme-Spezifikation nicht zur impliziten Ausnahme-Spezifikation %qX passt %q#T hat kein Element namens %qE %q#T hat kein Element namens %qE; meinten Sie %q#D? (zugreifbar über %q#D) %q#T hat kein Element namens %qE; meinten Sie %q#D? (aus diesem Kontext nicht zugreifbar) %q#T hat kein Element namens %qE; meinten Sie %qE? %q#T hat keinen benutzerdefinierten Default-Konstruktor %q#T hat Zeigertypen als Elemente %q#T hat virtuelle Basisklassen %q#T hat virtuelle Funktionen und erreichbaren nicht-virtuellen Destruktor %q#T ist keine Klasse %q#T ist weder Klasse noch Namensbereich %q#T ist kein Template %q#T ist kein gültiger Typ für einen Nicht-Typ-Parameter eines Templates %q#T definiert nur einen privaten Destruktor und hat keine »friends« %q#T definiert nur private Konstruktoren und hat keine »friends« %q#T verwendet, wo %qT erwartet wurde %q#T verwendet, wo ein Gleitkommawert erwartet wurde %q#T wurde vorher hier deklariert %q+#D kann nicht deklariert werden %q+#D ist kein static-Datenelement von %q#T %q+#D als %<final%> markiert, ist aber nicht »virtual« %q+#D als %<override%> markiert, überschreibt aber nicht Alias %q+D zwischen Funktion und Variable wird nicht unterstützt %q+D als Alias für externes Symbol %qE %q+D als Alias für undefiniertes Symbol %qE %q+D bereits mit Attribut »dllimport« deklariert: »dllimport« ignoriert %q+D als »friend« deklariert %q+D als variadische Funktion deklariert %q+D als schwach deklariert, nachdem es verwendet wurde %q+D mit einer Ausnahmespezifikation deklariert %q+D ist als variadische Funktion ohne Prototyp definiert %q+D sowohl normal als auch als Attribut %qE definiert %q+D hat unverträgliche Attribute %qs und %qs %q+D in »declare target«-Direktive hat keinen zuordenbaren Typ %q+D ist statisch, aber in Inline-Funktion %qD deklariert, was nicht statisch ist %q+D ist üblicherweise eine Funktion %q+D mit Offset %E in %qT ist nicht an %u ausgerichtet %q+D mit Offset %E in %qT ist möglicherweise nicht an %u ausgerichtet %q+D als andere Symbolart redeklariert %q+D mit Attribut %<gnu_inline%> »inline« redeklariert %q+D ohne Attribut %<gnu_inline%> »inline« redeklariert %q+D ohne Attribut »dllimport« redeklariert, nachdem es mit dll-Bindung referenziert wurde %qD ohne Attribut »dllimport« redeklariert: vorheriges »dllimport« ignoriert statisches Datenelement %q+D innerhalb von »declare target«-Direktive %q+D benötigt entweder null oder zwei Argumente %q+E ist kein Konstantenausdruck %q+F als %<static%> deklariert, aber nirgendwo definiert %q+F verwendet, aber nirgendwo definiert %q+T ist kein Literal, denn: %qD greift auf %E Byte in einer Region der Größe %E zu %qD greift auf %E Bytes in einer Region der Größe %E zu %qD greift auf %E oder mehr Bytes in einer Region der Größe %E zu %qD Zugriff auf %wu Byte an den Offsets %s und %s überdeckt möglicherweise %wu Byte an Offset %s %qD Zugriff auf %wu Byte an den Offsets %s und %s überdeckt möglicherweise %wu Bytes an Offset %s %qD Zugriff auf %wu Byte an den Offsets %s und %s überdeckt möglicherweise bis zu %wu Bytes an Offset %s %qD Zugriff auf %wu Bytes an den Offsets %s und %s überdeckt möglicherweise bis zu %wu Bytes an Offset %s %qD Zugriff auf %wu Byte an den Offsets %s und %s überdeckt sich mit %wu Byte an Offset %s %qD Zugriff auf %wu Byte an den Offsets %s und %s überdeckt sich mit %wu Bytes an Offset %s %qD Zugriff auf %wu Byte an den Offsets %s und %s überdeckt sich mit %wu oder mehr Bytes an Offset %s %qD Zugriff auf %wu Bytes an den Offsets %s und %s überdeckt sich mit %wu oder mehr Bytes an Offset %s %qD Zugriff auf %wu Byte an den Offsets %s und %s überdeckt sich mit %wu bis %wu Bytes an Offset %s %qD Zugriff auf %wu Bytes an den Offsets %s und %s überdeckt sich mit %wu bis %wu Bytes an Offset %s %qD Zugriff auf %wu Byte überdeckt möglicherweise %wu Byte %qD Zugriff auf %wu Byte überdeckt möglicherweise %wu Bytes %qD Zugriff auf %wu Byte überdeckt möglicherweise bis zu %wu Bytes %qD Zugriff auf %wu Bytes überdeckt möglicherweise bis zu %wu Bytes %qD Zugriff auf %wu Bytes an den Offsets %s und %s überdeckt sich mit %wu Byte an Offset %s %qD Zugriff auf %wu Bytes an den Offsets %s und %s überdeckt sich mit %wu Bytes an Offset %s %qD Zugriff auf %wu oder mehr Bytes an Offsets %s und %s überdeckt möglicherweise %wu Byte an Offset %s %qD Zugriff auf %wu oder mehr Bytes an Offsets %s und %s überdeckt möglicherweise %wu Bytes an Offset %s %qD Zugriff auf %wu oder mehr Bytes an den Offsets %s und %s überdeckt %wu Byte an Offset %s %qD Zugriff auf %wu oder mehr Bytes an den Offsets %s und %s überdeckt %wu Bytes an Offset %s %qD Zugriff auf %wu oder mehr Bytes an den Offsets %s und %s überdeckt %wu oder mehr Bytes an Offset %s %qD Zugriff auf %wu oder mehr Bytes an den Offsets %s und %s überdeckt %wu bis %wu Bytes an Offset %s %qD greift auf zwischen %E und %E Bytes in einer Region der Größe %E zu %qD Zugriff auf %wu bis %wu Bytes an Offsets %s und %s überdeckt möglicherweise %wu Byte an Offset %s %qD Zugriff auf %wu bis %wu Bytes an Offsets %s und %s überdeckt möglicherweise %wu Bytes an Offset %s %qD Zugriff auf %wu bis %wu Bytes an den Offsets %s und %s überdeckt %wu Byte an Offset %s %qD Zugriff auf %wu bis %wu Bytes an den Offsets %s und %s überdeckt %wu Bytes an Offset %s %qD Zugriff auf %wu bis %wu Bytes an den Offsets %s und %s überdeckt %wu oder mehr Bytes an Offset %s %qD Zugriff auf %wu bis %wu Bytes an den Offsets %s und %s überdeckt %wu bis %wu Bytes an Offset %s %qD Zugriff auf %wu bis %wu Bytes überdeckt möglicherweise %wu Byte %qD Zugriff auf %wu bis %wu Bytes überdeckt möglicherweise %wu Bytes %qD Alias zwischen unverträglichen Funktionstypen %qT und %qT %qD tritt in Daten- und Zuordnungsklauseln mehrfach auf %qD tritt in %<aligned%>-Klausel mehrfach auf %qD kommt in %<allocate%>-Klausel mehrfach vor %qD tritt in %<nontemporal%>-Klauseln mehrfach auf %qD tritt in Datenklausel mehrfach auf %qD kommt mehr als einmal in Datenfreigabeklauseln vor %qD tritt in Zuordnungsklauseln mehrfach auf %qD tritt in Bewegungsklausel mehrfach auf %qD tritt in Reduktionsklauseln mehrfach auf der Typ von %qD Argument %d wird zu %qT befördert, der Aufruf der eingebauten Funktion, die ohne Prototyp deklariert wurde, erwartet jedoch %qT der Typ von %qD Argument %d ist %qT, der Aufruf der eingebauten Funktion, die ohne Prototyp deklariert wurde, erwartet jedoch %qT %qD Argument %i ist als Attribut %<nonstring%> deklariert %qD Argument %i (als Attribut %<nonstring%> deklariert) ist kleiner als die angegebene Grenze %wu %qD Argument %i (als Attribut %<nonstring%> deklariert) ist kleiner als die angegebene Grenze [%E, %E] %qD Argument %i (als Attribut %<nonstring%> deklariert) ist möglicherweise kleiner als die angegebene Grenze [%E, %E] Argument für %qD hat kein abschließendes nul-Zeichen Attribut-Anweisung %qD wird ignoriert Attribut %qD ist bedeutungslos, da die Elemente des anonymen Namensraums lokale Symbole erhalten Attribut %qD erfordert ein einzelnes NTBS-Argument %qD in konstantem Ausdruck aufgerufen %qD in konstantem Ausdruck aufgerufen, bevor die Definition vollständig war %qD wird mit Zeiger aufgerufen, der aus der unpassenden Allozierungsfunktion %qD stammt %qD wird mit Zeiger auf nicht alloziertes Objekt %qE aufgerufen %qD wird mit Zeiger %qE aufgerufen, der aus der unpassenden Allozierungsfunktion %qD stammt %qD wird mit Zeiger %qE mit Offset%s ungleich 0 aufgerufen %qD wird mit Zeiger aufgerufen, der aus einer unpassenden Allozierungsfunktion stammt %qD wird mit nicht alloziertem Zeiger aufgerufen %qD wird auf nicht alloziertem Objekt %qD aufgerufen %qD kann als »override« markiert werden %qD kann nicht in Konstanten-Ausdruck auftreten %qD kann nicht %qs sein %qD kann nicht als %<virtual%> deklariert werden, da es immer statisch ist %qD kann nicht vorgegeben werden %qD kann nicht als Funktion verwendet werden %qD kann keine Standardargumente haben %qD hat neue Semantik in GCC 4.4 %qD Säubern eines Objekts von nichttrivialem Typ %#qT%s %qD Säubern eines Objekts des Typs %#qT, das einen Zeiger auf Datenelement enthält%s %qD Säubern eines Objekts des Typs %#qT ohne triviale Kopierzuweisung%s %qD steht mit verwendeter Funktion in Konflikt %qD Kopieren eines Objekts mit nichttrivialem Typ %#qT aus einem Array von %#qT %qD Kopieren eines Objekts des Typs %#qT mit Element %qs %qD aus einem Array von %#qT; verwenden Sie eine Zuweisung oder Kopierinitialisierung stattdessen %qD in %<constexpr%>-Kontext als %<static%> deklariert %qD in %<constexpr%>-Kontext als %<thread_local%> deklariert %qD als %<transaction_safe_dynamic%> deklariert %qD als ein %<virtual%> Feld deklariert %qD als ein %<virtual%> Parameter deklariert %qD als ein %<virtual%> Typ deklariert %qD als eine %<virtual%> Variable deklariert %qD als Nicht-Parameter deklariert %qD als ein %<inline%> Feld deklariert %qD als ein %<inline%> Parameter deklariert %qD als ein %<inline%> Typ deklariert %qD ist als Array vom Template-Platzhaltertyp %qT deklariert %qD als Referenz deklariert, aber nicht initialisiert %qD ist hier deklariert %qD hier deklariert, später in der Übersetzungseinheit %qD als schwach deklariert, nachdem es verwendet wurde %qD in %<constexpr%>-Kontext als %<static%> definiert %qD kann in einer %qs-Funktion erst ab %<-std=c++2b%> oder %<-std=gnu++2b%> als %<static%> definiert werden %qD in %<constexpr%>-Kontext als %<thread_local%> definiert %qD kann in einer %qs-Funktion erst ab %<-std=c++2b%> oder %<-std=gnu++2b%> als %<thread_local%> definiert werden %qD definiert, aber nicht verwendet %qD hier definiert %qD Ziel unverändert, nachdem keine Bytes kopiert wurden %qD Ziel unverändert, nachdem keine Bytes aus einem String der Länge %E kopiert wurden %qD hat nicht den Typ %<const char *%> %qD in %qs-Klausel hat keinen zuordenbaren Typ %qD hat keinen Ganzzahl- oder Aufzählungstyp %qD hat keinen Ganzzahltyp %qD benennt keinen Aufzählungstyp in %qT %qD bezeichnet keine Funktion %qD bezeichnet keine Funktion innerhalb eines Namensraum %qD erwartet %E Byte in einer Region der Größe %E %qD erwartet %E Bytes in einer Region der Größe %E %qD erwartet %E oder mehr Bytes in einer Region der Größe %E %qD erwartet zwischen %E und %E Bytes in einer Region der Größe %E %qD Bildung des Offsets %s außerhalb der Grenzen %qD Bildung des Offsets %s außerhalb der Grenzen [0, %wu] %qD Bildung des Offsets %s außerhalb der Grenzen [0, %wu] von Objekt %qD mit Typ %qT %qD Bildung des Offsets %s außerhalb der Grenzen von Objekt %qD mit Typ %qT %qD ist kein nicht-struktureller Typ %qD hat eine vorherige Deklaration hier %qD wurde bereits definiert %qD hat unvollständigen Typ %qT %qD hat unvollständigen Typ %qD hat ungültige Argumentliste %qD wurde nicht innerhalb von %qD deklariert %qD wurde nicht innerhalb von %qD deklariert %qD hat den gleichen Namen wie die Klasse, in der es deklariert wurde %qD in %<reduction%>-Klausel ist ein Array der Länge 0 %qD erbt das %E-ABI-Tag, das %qT (im Rückgabetyp verwendet) hat %qD erbt das %E-ABI-Tag, das %qT (im Typ verwendet) hat %qD ist ungültig in %q#T wegen lokalem Element %q#D mit gleichem Namen %qD ist in %q#T ungültig wegen lokaler Methode %q#D mit gleichem Namen %qD ungültig in Bedingung %qD ungültig in Lambda %qD ist eine Funktion, kein Typ %qD ist ein Namensbereich %qD ist eine gewöhnliche (nicht-Platzierungs) Deallokationsfunktion %qD ist eine übliche (nicht-placement) Deallokationsfunktion in C++14 (oder mit %<-fsized-deallocation%>) %qD ist bereits ein »friend« von %qT %qD ist bereits ein »friend« der Klasse %qT %qD ist bereits in %qT definiert %qD ist bereits in Klasse %qT definiert %qD ist bereits in der Klasse %qT definiert %qD ist ein Aufzählungstemplate %qD ist sowohl eine direkte Basis als auch eine indirekte virtuelle Basis %qD wird in Header %qs deklariert %qD ist mit TLS-Modell %s definiert %qD ist veraltet %qD ist veraltet: %s %qD wird mit sich selbst initialisiert %qD wird für ein leeres Pack instanziiert %qD ist veränderlich %qD ist normalerweise eine nicht-statische Funktion %qD ist weder ein Klassen- noch ein Alias-Template %qD ist keine Klasse oder Namensbereich %qD ist kein Klassentyp %qD ist kein direktes Element von %qT %qD ist kein Funktionsargument %qD ist kein Funktionstemplate %qD ist kein Element von %qD %qD ist kein Element von %qD; meinten Sie %qs? %qD ist kein Element von %qT %qD ist kein Element von %qT; meinten Sie %qs? %qD ist keine Elementtemplatefunktion %qD ist kein Namensbereichs-Name %qD bezeichnet Namensraum-Namen; meinten Sie %qs? %qD ist keine Zeigervariable %qD ist kein %<static%>-Datenelement %qD ist kein statisches Datenelement eines Klassentemplates %qD ist kein Template %qD ist keine Templatefunktion %qD ist kein Typ %qD ist kein gültiges Templateargument, weil %qD eine Variable und nicht die Adresse einer Variable ist %qD ist keine Variable %qD ist in %<aligned%>-Klausel keine Variable %qD ist in %<allocate%>-Klausel keine Variable %qD ist in %<nontemporal%>-Klausel keine Variable %qD in %qs-Klausel muss eine Variable sein %qD ist in Klausel %<firstprivate%> keine Variable %qD ist in Klausel %<lastprivate%> keine Variable %qD ist in Klausel %qs keine Variable %qD ist kein variadisches Template %qD in %<uniform%>-Klausel ist kein Argument %qD ist nicht eingefangen %qD ist mit %qD unverträglich %qD ist außerhalb des Funktionsgültigkeitsbereiches nicht definiert %qD ist in %qs-Klausel weder lvalue-Ausdruck noch Arrayabschnitt %qD ist nicht %<public%> %qD ist nicht als %<constexpr%>-Funktion verwendbar, denn: %qD ist statisch, wird jedoch in Inline-Funktion %qD verwendet, was nicht statisch ist %qD in %qs-Klausel ist eine threadprivate Variable %qD ist zu klein, um alle Werte von %q#T aufzunehmen %qD ist nicht verfügbar %qD ist nicht verfügbar: %s %qD ist nicht initialisiert, wird aber benutzt %qD greift möglicherweise auf %E Byte in einer Region der Größe %E zu %qD greift möglicherweise auf %E Bytes in einer Region der Größe %E zu %qD greift möglicherweise auf %E oder mehr Bytes in einer Region der Größe %E zu %qD greift möglicherweise auf zwischen %E und %E Bytes in einer Region der Größe %E zu %qD darf erst ab %<-std=c++23%> oder %<-std=gnu++23%> eine statische Memberfunktion sein %qD könnte uninitialisiert verwendet werden %qD darf nicht als »static« deklariert werden %qD darf nicht innerhalb eines Namensbereiches definiert werden %qD liest möglicherweise %E Byte aus einer Region der Größe %E %qD liest möglicherweise %E Bytes aus einer Region der Größe %E %qD liest möglicherweise %E oder mehr Bytes aus einer Region der Größe %E %qD liest möglicherweise zwischen %E und %E Bytes aus einer Region der Größe %E %qD schreibt möglicherweise %E Byte in eine Region der Größe %E %qD schreibt möglicherweise %E Bytes in eine Region der Größe %E %qD schreibt möglicherweise %E oder mehr Bytes in eine Region der Größe %E %qD schreibt möglicherweise zwischen %E und %E Bytes in eine Region der Größe %E %qD Verschieben eines Objekts des nichttrivialen Typs %#qT und Größe %E in eine Region der Größe %E %qD Verschieben eines Objekts des nichttrivial kopierbaren Typs %#qT; verwenden Sie stattdessen %<new%> oder %<delete%> %qD Verschieben eines Objekts des Typs %#qT mit gelöschtem Kopierkonstruktor; verwenden Sie stattdessen %<new%> und %<delete%> %qD Verschieben eines Objekts des Typs %#qT mit gelöschtem Destruktor In %<#pragma acc declare link%> muss %qD eine globale Variable sein %qD muss eine Memberfunktion sein %qD muss eine Nicht-Elementfunktion sein %qD muss eine nichtstatische Elementfunktion sein %qD muss eine Variable sein, die im selben Gültigkeitsbereich wie %<#pragma acc declare%> deklariert ist %qD muss entweder eine nichtstatische Elementfunktion oder eine Nicht-Element-Funktion sein %qD muss ein Argument von einem Klassen- oder Aufzählungstyp haben %qD muss entweder ein oder zwei Argumente nehmen %qD muss entweder null oder ein Argument nehmen %qD muss genau ein Argument nehmen %qD muss genau zwei Argumente nehmen %qD darf keine Argumente nehmen »%qD« darf keine variable Argumentanzahl haben %qD nicht definiert %qD einer Zeichenkette der Länge %wu und eines Arrays der Größe %wu wird zu ungleich Null ausgewertet %qD einer Zeichenkette der Länge %wu oder mehr und einem Array der Größe %wu wird zu ungleich Null ausgewertet %qD einer Zeichenkette der Länge %wu, einem Array der Größe %wu und der Grenze von %wu wird zu ungleich Null ausgewertet %qD von Zeichenketten der Länge %wu und %wu und der Grenze von %wu wird zu ungleich Null ausgewertet %qD Offset %s des Objekts an %qE ist außerhalb der Grenzen von %qT %qD Offset %s des Objekts an %qE ist außerhalb der Grenzen des referenzierten Teilobjekts %qD mit Typ %qT an Offset %wi %qD Offset %s ist außerhalb der Grenzen %qD Offset %s ist außerhalb der Grenzen [0, %wu] %qD Offset %s is außerhalb der Grenzen [0, %wu] von Objekt %qD mit Typ %qT %qD Offset %s ist außerhalb der Grenzen von Objekt %qD mit Typ %qT %qD ist in Lambda erst ab %<-std=c++23%> oder %<-std=gnu++23%> verfügbar Ausgabe von %qD möglicherweise abgeschnitten, beim Kopieren von %E Byte aus einer Zeichenkette der Länge %wu Ausgabe von %qD möglicherweise abgeschnitten, beim Kopieren von %E Bytes aus einer Zeichenkette der Länge %wu %qD Ausgabe möglicherweise abgeschnitten, beim Kopieren von %wu bis %wu Byte aus einer Zeichenkette der Länge %wu %qD Ausgabe abgeschnitten vor dem abschließenden NUL, beim Kopieren von %E Byte aus einem String derselben Länge %qD Ausgabe abgeschnitten vor dem abschließenden NUL, beim Kopieren von %E Bytes aus einem String derselben Länge %qD Ausgabe abgeschnitten vor dem beendenden NUL, beim Kopieren von so vielen Bytes aus einer Zeichenkette, wie die Ausgabezeichenkette lang ist Ausgabe von %qD abgeschnitten, beim Kopieren von %E Byte aus einer Zeichenkette der Länge %wu Ausgabe von %qD abgeschnitten, beim Kopieren von %E Bytes aus einer Zeichenkette der Länge %wu %qD Ausgabe abgeschnitten, beim Kopieren von %wu bis %wu Bytes aus einer Zeichenkette der Länge %wu %qD Zeigerüberlauf zwischen Offset %s und Größe %s %qD Zeigerüberlauf zwischen Offset %s und Größe %s beim Zugriff auf Array %qD mit Typ %qT %qD liest %E Byte aus einer Region der Größe %E %qD liest %E Bytes aus einer Region der Größe %E %qD liest %E oder mehr Bytes aus einer Region der Größe %E %qD liest zwischen %E und %E Bytes aus einer Region der Größe %E %qD mit anderem Zugriff redeklariert %qD mit anderer Sichtbarkeit redeklariert Zielregion verweist auf %qD, aber der Ausdruck hat keinen zuordenbaren Typ %qD nach Referenzierung in Assemblierung umbenannt %qD sollte initialisiert werden %qD sollte in Elementinitialisierungsliste initialisiert werden %qD sollte innerhalb von %qD deklariert werden %qD sollte Wert zurückgeben Quellargument für %qD ist dasselbe wie für das Ziel %qD ist sowohl im Deklarationsziel %<link%> als auch in %<to%>- oder %<enter%>-Klauseln angegeben %qD ist sowohl in %<link%>- als auch %qs-Klauseln des Deklarationsziels angegeben %qD ist sowohl in %<declare target link%>- als auch implizit in %<to%>-Klauseln angegeben angegebene Grenze %2$E von %1$qD ist genau die Größe des Ziels %qD angegebene Grenze %E ist genau die Größe der Quelle durch %qD angegebene Grenze %E überschreitet die Größe %E des Zielobjekts durch %qD angegebene Grenze %E überschreitet die maximale Objektgröße %E durch %qD angegebene Grenze %E überschreitet die Größe %E des Quellobjekts durch %qD angegebene Grenze %E überschreitet möglicherweise die Größe %E des Zielobjekts durch %qD angegebene Grenze %E überschreitet möglicherweise die maximale Objektgröße %E durch %qD angegebene Grenze %E überschreitet möglicherweise die Größe %E des Quellobjekts durch %qD angegebene Grenze %s überschreitet die maximale Objektgröße %E durch %qD angegebene Grenze %s überschreitet die Größe %E des nicht abgeschlossenen Arrays durch %qD angegebene Grenze %s überschreitet die Maximalgröße %E des nicht abgeschlossenen Arrays durch %qD angegebene Grenze %s überschreitet möglicherweise die Maximalgröße %E des nicht abgeschlossenen Arrays durch %qD angegebene Grenze %wu überschreitet maximale Objektgröße %wu durch %qD angegebene Grenze [%E, %E] überschreitet die Größe %E des Zielobjekts durch %qD angegebene Grenze [%E, %E] überschreitet die maximale Objektgröße %E durch %qD angegebene Grenze [%E, %E] überschreitet die Größe %E des Quellobjekts durch %qD angegebene Grenze [%E, %E] überschreitet möglicherweise die Größe %E des Zielobjekts durch %qD angegebene Grenze [%E, %E] überschreitet möglicherweise die maximale Objektgröße %E durch %qD angegebene Grenze [%E, %E] überschreitet möglicherweise die Größe %E des Quellobjekts durch %qD angegebene Grenze zwischen %wu und %wu überschreitet maximale Objektgröße %wu %qD angegebene Grenze hängt von der Länge des Quellarguments ab %qD ist in %<allocate%>-Klausel angegeben, aber nicht in einer expliziten Privatisierungs-Klausel %qD ist in %<inscan%>-%<reduction%>-Klausel angegeben, aber nicht in %<scan%>-Direktivenklausel %qD wurde in %qs-Klausel angegeben, aber nicht in %<inscan%>-%<reduction%>-Klausel am enthaltenden Konstrukt durch %qD angegebene Größe %E überschreitet die maximale Objektgröße %E durch %qD angegebene Größe %E überschreitet möglicherweise die maximale Objektgröße %E durch %qD angegebene Größe zwischen %E und %E überschreitet die maximale Objektgröße %E durch %qD angegebene Größe zwischen %E und %E überschreitet möglicherweise die maximale Objektgröße %E %qD-Spezifizierer ist unverträglich mit %<typedef%> %qD-Spezifizierer ist unverträglich mit %qs %qD legt weniger eingeschränktes Attribut als sein Ziel %qD fest: %s %qD legt weniger eingeschränkte Attribute als sein Ziel %qD fest: %s %qD legt eingeschränkteres Attribut als sein Ziel %qD fest: %s %qD legt eingeschränktere Attribute als sein Ziel %qD fest: %s Ziel %qD wurde hier deklariert %qD als Variante mit inkompatiblen %<construct%>-Selektormengen verwendet %qD vor seiner Definition verwendet %qD in seiner eigenen Initialisierung verwendet %qD wird ohne Template-Argumente verwendet %qD verletzt die One-Definition-Rule von C++ %qD wurde %<extern%> deklariert und später %<static%> %qD wurde als %qs deklariert, was Standardsichtbarkeit mit sich bringt %qD wurde hier deklariert %qD war versteckt %qD wurde nicht als %<constexpr%> definiert %qD wurde in diesem Gültigkeitsbereich nicht definiert %qD wurde in diesem Gültigkeitsbereich nicht deklariert, und bei argumentabhängiger Suche am Ort der Instanziierung wurden keine Deklarationen gefunden %qD wurde in diesem Gültigkeitsbereich nicht deklariert; meinten Sie %qs? %qD wurde nicht mit konstantem Ausdruck initialisiert %qD wurde vorher hier deklariert %qD wurde vor seiner Definition ohne Deklaration verwendet %qD wurde vor seiner Definition ohne Prototyp verwendet %qD wird initialisiert nach %qD schreibt %E Byte in eine Region der Größe %E und bringt dadurch das Zielobjekt zum Überlaufen %qD schreibt %E Bytes in eine Region der Größe %E und bringt dadurch das Zielobjekt zum Überlaufen %qD schreibt %E oder mehr Bytes in eine Region der Größe %E und bringt dadurch das Zielobjekt zum Überlaufen %qD schreibt %wu Byte in eine Region der Größe %wu %qD schreibt %wu Bytes in eine Region der Größe %wu %qD schreibt %wu Byte in eine Region der Größe zwischen %wu und %wu %qD schreibt %wu Bytes in eine Region der Größe zwischen %wu und %wu %qD schreibt zwischen %E und %E Bytes in eine Region der Größe %E und bringt dadurch das Zielobjekt zum Überlaufen %qD schreibt zwischen %wu und %wu Bytes in eine Region der Größe %wu %qD schreibt zwischen %wu und %wu Bytes in eine Region der Größe zwischen %wu und %wu %qD schreibt ein Byte zu viel in eine Region, deren Größe von %<strlen%> abhängt %qD Schreiben in ein Objekt eines nichttrivialen Typen %#qT lässt %wu Byte unverändert %qD Schreiben in ein Objekt eines nichttrivialen Typen %#qT lässt %wu Bytes unverändert %qD Schreiben in ein Objekt des nichttrivialen Typs %#qT%s %qD Schreiben in ein Objekt des nichttrivial kopierbaren Typs %#qT%s %qD Schreibzugriff auf ein Objekt des Typs %#qT, das einen Zeiger auf Datenelement enthält%s %qD Schreibzugriff auf ein Objekt des Typs %#qT mit Element %qs %qD %qD Schreibzugriff auf ein Objekt des Typs %#qT ohne triviale Kopierzuweisung %qD Schreibzugriff auf ein Objekt des Typs %#qT ohne triviale Kopierzuweisung%s %qD Schreibzugriff auf ein Objekt mit einem gelöschten Kopierkonstruktor %qD: Sichtbarkeitsattribut ignoriert, da es in Konflikt mit vorheriger Deklaration steht %qE 2.95 vtable-Kompatibilitätsattribut trifft nur für C++-Klassen zu %qE 2.95 vtable-Kompatibilitätsattribut trifft nur zu, wenn ein »kext« kompiliert wird %qE tritt in %<aligned%>-Klausel mehrfach auf %qE kommt mehr als einmal in %<allocate%>-Klauseln vor %qE tritt in %<nontemporal%>-Klausel mehrfach auf %qE tritt in dieser Datenklausel mehrfach auf %qE tritt in Mapklauseln mehrfach auf %qE tritt in derselben %<declare target%>-Direktive mehrfach auf %qE Argument %Z überlappt möglicherweise das Zielobjekt %qE %qE Argumente %Z überlappen möglicherweise das Zielobjekt %qE %qE Argument %Z überlappt das Zielobjekt %qE %qE Argumente %Z überlappen das Zielobjekt %qE Argument %qE ist keine Funktion Argument %qE muss eins von %qs, %qs, %qs oder %qs sein Argument %qE ist keine Zeichenkette Argument %qE ist kein Bezeichner Im Aufruf von %qE überlappen sich die Argumente %Z und vielleicht %Z mit dem Zielobjekt %qE Adresse von Attribut %qE außerhalb des gültigen Bereichs Attribut %qE erlaubt nur eine Ganzzahlkonstante als Argument Attribut %qE auf %qD mit Rückgabetyp »void« angewendet Attribut %qE auf %qT nach seiner Definition angewendet Attribut %qE wird auf »extern "C"«-Deklaration %qD angewendet Attribut %qE auf Nicht-Klassen-, Nicht-Enum-Typ %qT angewendet %qE-Attribut wird auf %qD angewendet, das weder Funktion noch Variable ist Attribut %qE kann nur auf Funktionen angewandt werden Attribut %qE bezieht sich nur auf initialisierte Variablen mit externer Bindung Attributargument %qE mit Wert %E ist keine Zweierpotenz Attribut %qE mit Argument %E ist keine Ganzzahlkonstante Argument %2$E von Attribut %1$qE liegt nicht im Bereich [0, %3$wu] Attribut %qE Argument %E ist nicht positiv Attributargument %qE an Position %i hat Typ %qT Attributargument %qE an Position %i ist ungültig Attributargument %qE an Position %i hat den Wert %qE, der nicht auf einen Funktionsparameter verweist Attributargument %qE an Position %i hat den Wert %qE, der nicht auf eine variable Argumentliste verweist Attributargument %qE an Position %i hat den Wert %qE, der die Anzahl der Funktionsparameter %u übersteigt Attributargument %qE an Position %i hat den Wert %qE, der keine Ganzzahlkonstante ist Attributargument %qE an Position %i hat den Wert %qE, der auf einen variadischen Funktionsparameter unbekannten Typs verweist Attributargument %qE an Position %i hat den Wert %qE, der auf den Parametertyp %qT verweist Attribut %qE hat Argument %qE, das %u übersteigt Attributargument %qE mit Wert %qE ist keine Ganzzahlkonstante Attribut %qE Argument %qE muss eine ganzzahlige Konstante zwischen 0 und 3 sein Attribut %qE Argument %qE ist unbekannt Attribut %qE Argument 1 benennt keine Funktion Attribut %qE Argument 1 ist mehrdeutig Attribut %qE Argument 1 muss einen Zeigertyp als erstes Argument haben Attribut %qE Argument 1 muss einen Zeigertyp als erstes Argument haben, hat jedoch %qT Attributargument %qE kann kein konstanter arithmetischer Ausdruck sein Attributargument %qE kann keine Zeichenkette sein Attributargument %qE hat Typ %qT Attributargument %qE ist ungültig Argument des Attributs %qE muss eine Zeichenkettenkonstante sein Argument des Attributs %qE ist keine Zeichenkettenkonstante Attributargument %qE ist keine Ganzzahl Attributargument %qE ist keine Ganzzahlkonstante Argument des Attributs %qE sollte zwischen 0 und 255 sein Argument des Attributs %qE sollte zwischen 18 und 255 sein Attributargument %qE hat den Wert %qE, der nicht auf einen Funktionsparameter verweist Attributargument %qE hat den Wert %qE, der nicht auf eine variable Argumentliste verweist Attributargument %qE mit Wert %qE übersteigt %wu Attributargument %qE hat den Wert %qE, der die Anzahl der Funktionsparameter %u übersteigt Attributargument %qE mit Wert %qE ist negativ Attributargument %qE hat den Wert %qE, der keine Ganzzahlkonstante ist Attributargument %qE hat den Wert %qE, der auf einen variadischen Funktionsparameter unbekannten Typs verweist Attributargument %qE hat den Wert %qE, der auf den Parametertyp %qT verweist Attribut %qE kann nur auf Funktionen oder Parameter angewendet werden Attribut %qE kann nur auf Funktionen oder auf Klasse- oder Aufzählungstypen angewendet werden Attribut %qE kann nur auf Funktionen oder auf struct-, union- oder enum-Typen angewendet werden Attribut %qE kann nur auf nicht-statische Datenelemente angewendet werden Attribut %qE kann nicht auf Bitfeld angewendet werden Attribut %qE kann nicht für lokale Variablen angegeben werden Attribut %qE kann nicht für Register-Variablen angegeben werden Attribut %qE kann nicht für threadlokale Variablen angegeben werden Attribut %qE steht mit Attribut %qE in Konflikt Attribut-Direktive %qE ignoriert Attribut %qE ist nicht auf Funktionen anwendbar Attribut %qE kann nicht auf Typen angewandt werden Attribut %qE akzeptiert keine Argumente Attribut %qE bezieht sich nicht auf Funktionen doppeltes Attribut %qE Attribut %qE folgt auf %qE Attribut %qE hat keinen Effekt Attribut %qE wirkt sich nicht auf Funktionen mit »static«-Bindung aus Attribut %qE wirkt sich nicht auf einheits-lokale Funktionen aus Attribut %qE wirkt sich nur auf öffentliche Objekte aus Attribut %qE wird ignoriert Attribut %qE ignoriert, da %qD nicht Thread-Speicherdauer hat Attribut %qE ignoriert, da %qD keine lokale Variable ist Attribut %qE ignoriert, da %qD keine Variable ist Attribut %qE ignoriert, da %qT bereits definiert ist Attribut %qE steht mit Attribut %qs in Konflikt; wird ignoriert Attribut %qE steht mit Attribut %qs in Konflikt; wird ignoriert Attribut %qE ignoriert für %qE Attribut %qE ignoriert für Feld vom Typ %qT Attribut %qE für Typ %qT ignoriert Attributargument %qE deklariert das referenzierte Symbol mit einer anderen Art; wird ignoriert Attribut %qE an einer Funktion mit Rückgabetyp %qT wird ignoriert Attributargument %qE deklariert das referenzierte Symbol neu; wird ignoriert Attribut %qE wird an Funktionen mit Rückgabetyp %qT ignoriert; es gilt nur für Zeiger-Rückgabetypen Attribut %qE ignoriert für Nicht-Klassen-Typen Attribut %qE wird für Objekte vom Typ %qT ignoriert Attribut %qE für Typen ignoriert Attribut %qE ignoriert, da die Option %<-mcmse%> nicht angegeben ist Attribut %qE ignoriert, da die Option %<-mistack%> nicht angegeben ist Attribut %qE ignoriert, da es nur für ein großes Speichermodell (%<-mlarge%>) sinnvoll ist. Attribut %qE ignoriert, da die Option %<-fcf-protection%> nicht angegeben ist Attribut %qE wird ignoriert, da das Feld ein Funktionszeiger sein muss Attribut %qE wird ignoriert, da es nur für Funktionen gilt Attribut %qE wird ignoriert, da es nur für Funktionen und Funktionszeigerfelder gilt Attribut %qE kann nur auf Zeigertypen angewendet werden Attribut %qE wird nicht unterstützt, da die Bytereihenfolge nicht einheitlich ist Attribut %qE wird für Ziel R8C nicht unterstützt Attribut %qE bezieht sich nur auf Funktionen Attribut %qE ist nur für Objective-C-Objekte gültig Attribut %qE kann nur auf %<struct%>-Typen angewandt werden Attribut %qE wird für ELF-Ziele unterstützt Attribut %qE wird nur auf SH2A unterstützt Attribut %qE wird für Nicht-Klassen-Methode verwendet Attribut %qE kann nur an einem typedef stehen; wird ignoriert Attribut %qE kann nicht für %q+D angegeben werden Attribut %qE kann nur für Array-Felder angegeben werden Attribut %qE muss vor Attribut %qs auftreten Attribut %qE muss sich auf eine Deklaration beziehen Attribut %qE nicht mit Speicherklasse »auto« erlaubt Attribut %qE ist nicht auf Funktionen anwendbar, die Argumente auf dem Stack zurückgeben Attribut %qE ist nicht auf Funktionen anwendbar, die Argumente auf dem Stack übergeben Attribut %qE ist nicht auf Funktionen anwendbar, die variable Anzahl von Argumenten haben Attribut %qE an einer Funktion, die keinen Zeiger zurückgibt Attribut %qE an einer Funktion mit Rückgabetyp %<void%> Attribut %qE an nicht-»volatile«-Variable Attribut %qE bezieht sich nur auf Toplevel-Objekte Attribut %qE gilt nur für SH2A Attribut %qE kann nur auf Basistypen von Funktionszeiger angewandt werden Attribut %qE kann nur auf Funktionstypen angewandt werden Attribut %qE bezieht sich nur auf Funktionen Attribut %qE bezieht sich nur auf Interruptfunktionen Attribut %qE ist nur bei Struktur-, Vereinigungs- und Klassentypen anwendbar Attribut %qE kann nur auf Typen angewandt werden Attribut %qE bezieht sich nur auf Variablen Attribut %qE kann nur für »static«-Variablen verwendet werden Attribut %qE gilt nur für variadische Funktionen Attribut %qE nur für 32 Bit verfügbar Attribut %qE wird nur für reduzierte Tiny-Kerne unterstützt Attribut %qE wird nur für Boolean-Typen unterstützt Attribut %qE wird nur für Vektortypen unterstützt, die nicht maskiert sind Attribut %qE ist nur für die ARC-EM-Architektur gültig Attribut %qE ist nur für die Architektur ARCv2 gültig Attribut %qE erfordert %s Attribut %qE erfordert eine Zeichenkettenkonstante als Argument Attribut %qE erfordert eine Zeichenkettenkonstante als Argument Attribut %qE erfordert den Rückgabetyp »void« Attribut %qE benötigt eine Ganzzahl als Argument Attribut %qE benötigt eine Ganzzahlkonstante als Argument Attribut %qE benötigt Prototypen mit benannten Argumenten Attribut %qE erwartet keine Argumente Attribut %qE mit nicht unterstützter Boolean-Genauigkeit Attribut %qE ohne Argumente für einen Nicht-Prototyp Attribut %qE kann nur auf Zeigertypen angewendet werden, nicht auf %qT %qE kann nicht mit Auslassungspunkten %<...%> eingeleitet werden %qE kann nicht als Funktion verwendet werden %qE kann nicht als Elementzeiger verwendet werden, da es vom Typ %qT ist %qE kann nicht gleichzeitig die Attribute %qs und %qs haben %qE nach erster Verwendung als %<threadprivate%> deklariert %qE als Funktion, die eine Funktion zurückgibt, deklariert %qE als Funktion, die ein Array zurückgibt, deklariert %qE ist hier deklariert %qE als falsche Symbolart definiert %qE schränkt keinen Typ ein %qE hat nicht den Typ %<omp_depend_t%>, in der %<depend%>-Klausel mit %<depobj%>-Abhängigkeitstyp %qE in %qs-Klausel hat keinen zuordenbaren Typ %qE hat weder Zeiger- noch Arraytyp %qE bezeichnet keinen Typ %qE bezeichnet keinen Typ; meinten Sie %qs? %qE erfüllt »return-type-requirement« nicht %qE erfüllt »return-type-requirement« nicht, da %qE unterstützt keine 32-Bit-Offsets mit Vorzeichenerweiterung %qE unterstützt den 32-Bit-Vektortyp %qT nicht %qE unterstützt keine vorzeichenerweiterten Offsets %qE wird zu »false« ausgewertet %qE ist kein typedef oder eingebauter Typ %qE hat sowohl %<extern%> als auch Initialisierung %qE hat konstanten Typ für %<reduction%> %qE hat ungültigen Typ für %<reduction(%s)%> %qE hat keine Form, die %qT Argumente annimmt %qE wurde nicht deklariert %qE bringt Standardsichtbarkeit mit sich, aber %qD wurde bereits mit anderer Sichtbarkeit deklariert %qE in %<aligned%>-Klausel ist weder Zeiger noch Array %qE in %<aligned%>-Klausel ist weder Zeiger noch Array noch Referenz auf Zeiger oder Array %qE in %<reduction%>-Klausel ist ein Array der Länge 0 %qE in %q#T benennt keinen Templatetypen %qE in %q#T benennt keinen Typen %qE in Namensraum %qE bezeichnet keinen Templatetyp %qE in Namensraum %qE bezeichnet keinen Templatetyp; meinten Sie %qs? %qE in Namensbereich %qE bezeichnet keinen Typ %qE in Namensraum %qE bezeichnet keinen Typ; meinten Sie %qs? %qE-inkompatibles Attribut wird ignoriert %qE initialisiert und als %<extern%> deklariert %qE ist ein Element eines Union-Typs %qE ist ein Zeiger auf einen Zeiger; wollten Sie ihn dereferenzieren, bevor Sie %<->%> darauf anwenden? %qE ist ein Zeiger; meinten Sie %<->%>? %qE ist ein nicht erkannter Formatfunktionstyp %qE ist veraltet %qE ist veraltet: %s %qE ist mit %<throw()%> oder %<noexcept%> markiert, aber %qT liefert kein brauchbares %<get_return_object_on_allocation_failure%> %qE in %qs-Klausel ist weder Variablen- noch Funktionsname %qE ist weder eine Funktion noch Elementfunktion; kann nicht als »friend« deklariert werden %qE ist nicht %<noexcept%> %qE ist keine Klasse oder Namensbereich %qE ist kein Klassentemplate %qE ist keine Klasse, Namensbereich oder Aufzählung %qE ist kein Konstantenausdruck %qE ist kein konstanter Ausdruck, da der angeforderte Speicher nicht vollständig freigegeben wurde %qE ist kein konstanter Ausdruck, da er auf das Ergebnis von %<operator new%> verweist %qE ist kein Konstantenausdruck, da er auf eine unvollständig initialisierte Variable verweist %qE ist kein Konstantenausdruck, da er auf veränderliche Teilobjekte von %qT verweist %qE ist kein konstanter Ausdruck, solange die Klasse %qT noch unvollständig ist %qE ist kein Template %qE ist kein Typ %qE ist kein gültiger %<asm%>-Qualifizierer %qE ist kein gültiges Templateargument für %qT, da es keine Adresse einer Variable ist %qE ist kein gültiges Templateargument für Typ %qT %qE ist kein gültiges Templateargument für Typ %qT, weil %qD keine externe Bindung hat %qE ist kein gültiges Templateargument für Typ %qT, weil %qD keine Bindung hat %qE ist kein gültiges Templateargument für Typ %qT, weil es ein Zeiger ist %qE ist kein gültiges Templateargument für Typ %qT, weil es kein L-Wert ist %qE ist kein gültiges Templateargument für Typ %qT, weil es vom Typ %qT ist %qE ist kein gültiges Templateargument für Typ %qT, da es in CV-Qualifikation in Konflikt steht %qE ist kein gültiges Templateargument für Typ %qT, da Zeichenkettensymbole in diesem Zusammenhang nicht verwendet werden können %qE ist kein gültiges Templateargument für Typ %qT, weil %qD keine Bindung hat %qE ist kein gültiges Templateargument vom Typ %qT, weil %qE weder eine Variable noch eine Funktion ist %qE ist in C++98 kein gültiges Templateargument des Typs %qT, weil %qD keine externe Bindung hat %qE ist %<aligned%>-Klausel keine Variable %qE in %<allocate%>-Klausel ist keine Variable %qE ist in %<nontemporal%>-Klausel keine Variable %qE in %qs-Klausel muss eine Variable sein %qE ist in Klausel %<firstprivate%> keine Variable %qE ist in Klausel %<lastprivate%> keine Variable %qE ist in Klausel %qs keine Variable %qE ist kein Klassenname oder Alias in Objective-C %qE in %<uniform%>-Klausel ist kein Argument %qE ist nicht am Anfang einer Deklaration %qE ist nicht initialisiert %qE ist weder ein lvalue-Ausdruck noch ein Arrayabschnitt in %qs-Klausel %qE ist nicht vom Typ %qT unbekannte Modul-Steuerzeile %qE %qE ist nicht das vollständige Muster einer Packexpansion %qE ist nur in Objective-C-Dialekten erlaubt %qE ist nur auf Objective-C-Klassen-Interfaces anwendbar; wird ignoriert %qE ist vorbestimmt %qs für %qs %qE wird von %qT bereitgestellt, aber %<std::nothrow%> wurde nicht gefunden %qE wird von %qT bereitgestellt, aber %qE ist nicht mit %<throw()%> oder %<noexcept%> gekennzeichnet %qE wird von %qT bereitgestellt, ist aber nicht mit der Funktionssignatur %qD verwendbar %qE ist nicht verfügbar %qE ist nicht verfügbar: %s %qE ist nicht initialisiert %qE könnte uninitialisiert verwendet werden %qE antwortet möglicherweise nicht auf %<%c%E%> %qE darf erst nach einer Modul-Interface-Deklaration vorkommen %qE darf nur einmal pro Export-Deklaration vorkommen %qE könnte ein abschließendes NUL hinter das Ende des Ziels schreiben fehlende Templateargumente für %qE %qE muss für %<copyin%> %<threadprivate%> sein %qE erfordert ISA-Option %s %qE erfordert unbekannte ISA-Option %qE in umgebendem %<target%> nicht angegeben %qE in umgebendem %qs nicht angegeben %qE in umgebendem OpenACC-%qs-Konstrukt nicht angegeben %qE hat %wu Byte ausgegeben %qE hat %wu Bytes ausgegeben %qE hat %wu Byte in ein Ziel der Größe %wu ausgegeben %qE hat %wu Byte in ein Ziel der Größe %wu ausgegeben %qE hat %wu oder mehr Bytes ausgegeben %qE hat %wu oder mehr Bytes (angenommen %wu) ausgegeben %qE hat %wu oder mehr Bytes (angenommen %wu) in das Ziel der Größe %wu ausgegeben %qE hat %wu oder mehr Bytes in das Ziel der Größe %wu ausgegeben %qE hat zwischen %wu und %wu Bytes ausgegeben %qE hat zwischen %wu und %wu Bytes in das Ziel der Größe %wu ausgegeben %qE-Ausgabe könnte vor dem letzten Formatzeichen abgeschnitten sein %qE-Ausgabe ist vor dem letzten Formatzeichen abgeschnitten %qE als andere Symbolart redeklariert %qE mit in Konflikt stehenden Attributen %qs redeklariert %qE benötigt %<-fgnu-tm%> %qE erfordert eine %<declare%>-Direktive, um in einer %<routine%>-Funktion verwendet zu werden %qE erfordert eine Vektorbasis und einen skalaren Index Attribut %qE benötigt ein Argument %qE benötigt die SVE-ISA-Erweiterung %qE sollte einen anderen Typ haben als %<omp_depend_t%>, in der %<depend%>-Klausel mit von %<depobj%> verschiedenem Abhängigkeitstyp %qE ist hier angegeben %qE nicht deklariert (erste Verwendung in dieser Funktion) %qE nicht deklariert (erstmalige Verwendung in dieser Funktion); meinten Sie %qs? %qE ist hier nicht deklariert (nicht in einer Funktion) %qE ist hier (außerhalb einer Funktion) nicht deklariert; meinten Sie %qs? %qE mit %<auto%> verwendet %qE mit %<constexpr%> verwendet %qE mit %<extern%> verwendet %qE mit %<register%> verwendet %qE mit %<typedef%> verwendet %qE mit %qs verwendet %qE mit %<link%>-Klausel wird in %<routine%>-Funktion verwendet %qE schreibt ein abschließendes NUL hinter das Ende des Ziels %qF als %<static%> deklariert, aber nirgendwo definiert %qF erfordert %<-mvx%> %qF erfordert z14 oder höher %qF erfordert z15 oder höher %qT und %qT sind in disjunkt benannten Adressräumen %qT als Typ statt als einfaches %<decltype(auto)%> %qT hier deklariert %qT in zusammengesetztem %<constexpr%>-Literal deklariert %qT ist in unvollständig angegebener Objektdeklaration deklariert %qT wird in unvollständig spezifiziertem Objektinitialisierer deklariert %qT mit nicht zusammenpassendem Klassenschlüssel %qs deklariert %qT mit bedeutenderer Sichtbarkeit als seine Basis %qT deklariert %qT mit bedeutenderer Sichtbarkeit als der Typ seines Feldes %qD deklariert %qT wurde hier als %qs definiert %qT in zusammengesetztem %<constexpr%>-Literal definiert %qT ist in unvollständig angegebener Objektdeklaration definiert %qT wurde in unvollständig angegebenem Objektinitialisierer definiert %qT ist mit direkter virtueller Basisklasse definiert %qT ist mit mehreren direkten Basisklassen definiert %qT hat nicht das ABI-Tag %E, das %qT (im Typ von %qD verwendet) hat %qT hat nicht das ABI-Tag %E, das die Basis %qT hat %qT stimmt nicht mit der ursprünglichen Deklaration überein %qT wurde erstmals hier als %qs deklariert %qT hat eine Basis %qT, die von Typ %qT abhängt, der wiederum keine Bindung hat %qT hat eine Basis %qT, die interne Bindung hat %qT hat eine Basis %qT, die keine Bindung hat %qT hat eine Basis %qT, die den anonymen Namensraum verwendet %qT hat ein Feld %q#D, dessen Typ keine Bindung hat %qT hat ein Feld %q#D, dessen Typ keine Bindung hat %qT hat ein Feld %q#D, dessen Typ den anonymen Namensbereich verwendet %qT hat ein Feld %qD, dessen Typ vom Typ %qT abhängt, der wiederum keine Bindung hat %qT hat hier eine vorherige Deklaration %qT hat kein Element namens %qE %qT hat kein Element namens %qE; meinten Sie %qE? %qT hat kein nicht-statisches Datenelement namens %qD %qT ist ein variabel modifizierter Typ %qT ist bereits ein »friend« von %qT %qT ist eine mehrdeutige Basisklasse des dynamischen Typen %qT seines Operanden %qT ist mehrdeutige Basis von %qT %qT ist eine nicht erreichbare Basis von %qT %qT ist keine Basis von %qT %qT ist keine Klasse oder Namensbereich %qT ist kein Klassentyp %qT ist weder eine Klasse, noch ein Namensbereich oder eine Aufzählung %qT ist kein Klassen-, Struktur- oder Union-Typ %qT ist keine direkte Basis von %qT %qT ist kein Elementklassentemplate von %qT %qT ist kein Element von %qT %qT ist keine geschachtelte Klasse von %qT %qT ist kein Zeiger auf Objekt %qT ist kein Template %qT ist kein Template-Typ %qT ist kein gültiger Typ für einen Nichttyp-Templateparameter, da er nicht strukturell ist %qT ist kein %<asm%>-Qualifizierer %qT ist keine erreichbare Basis von %qT %qT ist kein Aufzählungstyp %qT auf %qT erweitert beim Durchlaufen von %<...%> %qT ist/verwendet anonymen Typen %qT beabsichtigt möglicherweise nicht, Argumentherleitung für Klassentemplates zu unterstützen %qT ist in einem Templateargument nicht erlaubt %qT als %qs verwendet %qT als enum verwendet %qT wird in %qT aufgelöst, aber das ist kein Klassentyp %qT wird in %qT aufgelöst, was kein Aufzählungstyp ist %qT%d%qE%d der einzelne Vektor %qT wird an Argument %d von %qE übergeben, das erwartet jedoch ein Tupel von %d Vektoren %qV-Qualifizierer können nicht auf %qT angewendet werden %qc-Umwandlung wird unescapet verwendet Umwandlung %qc wird innerhalb einer q-Folge benutzt Die Direktive %qc ist redundant, da sie bereits vorgekommen ist %qs %qs auf der linken Seite einer Zuweisung %s auf der linken Seite einer Clobber-Anweisung %qs auf der rechten Seite Zuweisung %qs greift auf das uninitialisierte Byte an Offset %d zu %qs bereits als spezifische Bindung für das generische %qs bei %C definiert %qs und %<%s-%s%> sind unverträglich %qs und %<%s=%s%> sind unverträglich %qs und %qs sind unverträglich Argumente %qs und %qs des intrinsischen %qs bei %L müssen gleiche Form haben. Argumente %qs und %qs des intrinsischen %qs bei %L müssen denselben Typ haben Attribute %qs und %qs sind nicht verträglich %qs und %qs können nicht gemischte FUNCTION/SUBROUTINE für GENERIC %qs bei %L sein %qs und %qs können nicht gleichzeitig eingeschaltet sein %qs und %qs für GENERIC %qs bei %L sind mehrdeutig %qs kommt mehr als einmal in %<allocate%>-Klauseln bei %L vor %qs scheint ein falsch geschriebener %qs-Handler zu sein, das Präfix %<__vector%> fehlt %qs wird auf einen void-Typ angewendet %qs wird auf einen unvollständigen Typ angewendet %qs angewendet auf Nicht-SVE-Typ %qT %qs angewendet auf den Nicht-Vektor-Typ %qT %qs angewendet auf den Typ %qT, der bereits eine Größe hat Argument %qs hat ungültige Operandennummer (Argument %lu) Argument für %qs hat kein abschließendes nul-Zeichen Argument %qs des intrinsischen %qs bei %L kann nicht INTENT(IN) sein Argument %qs des intrinsischen %qs bei %L kann nicht Typ %s haben Argument %qs des intrinsischen %qs bei %L hat ungültige Permutation der Dimensionen (Dimension %qd doppelt) Argument %qs des intrinsischen %qs bei %L hat ungültige Form in Dimension %d (%ld/%ld) Argument %qs des intrinsischen %qs bei %L hat negatives Element (%d) Argument %qs des intrinsischen %qs bei %L hat Dimension außerhalb des Wertebereiches (%d) Argument %qs des intrinsischen %qs bei %L hat falsche Anzahl der Elemente (%d/%d) Argument %qs des intrinsischen %qs bei %L ist leer Argument %qs des intrinsischen %qs bei %L ist kein gültiger Dimensionsindex Argument %qs des intrinsischen %qs bei %L muss %s sein Argument %qs des intrinsischen %qs bei %L muss ALLOCATABLE sein Argument %qs des intrinsischen %qs bei %L muss ein INTEGER sein Argument %qs für intrinsisches %qs bei %L muss INTEGER oder PROCEDURE sein Argument %qs des intrinsischen %qs bei %L muss INTEGER oder REAL sein Argument %qs des intrinsischen %qs bei %L muss INTEGER, REAL oder CHARACTER sein Argument %qs der intrinsischen Funktion %qs bei %L muss INTEGER, LOGICAL oder ein BOZ-Literal sein Argument %qs des intrinsischen %qs bei %L muss REAL oder COMPLEX sein Argument %qs des intrinsischen %qs bei %L muss ein POINTER sein Argument %qs des intrinsischen %qs bei %L muss ein POINTER oder ein TARGET sein Argument %qs des intrinsischen %qs bei %L muss POINTER, ALLOCATABLE oder Prozedurzeiger sein Argument %qs des intrinsischen %qs bei %L muss eine Konstante sein Argument %qs des intrinsischen %qs bei %L muss eine Datenentität sein Argument %qs des intrinsischen %qs bei %L muss ein logisches Feld sein Argument %qs des intrinsischen %qs bei %L muss ein Zeiger oder Ziel VARIABLE oder FUNCTION sein Argument %qs des intrinsischen %qs bei %L muss ein Skalar sein Argument %qs des intrinsischen %qs bei %L muss eine Variable sein Argument %qs des intrinsischen %qs bei %L muss ein Feld sein Argument %qs des intrinsischen %qs bei %L muss austauschbare Datenentität sein: %s Argument %qs des intrinsischen %qs bei %L muss ein Standard-Real sein Argument %qs des intrinsischen %qs bei %L muss doppelte Genauigkeit haben Argument %qs für intrinsisches %qs bei %L muss geringer als Rang %d sein Argument %qs des intrinsischen %qs bei %L muss numerisch oder LOGICAL sein Argument %qs des intrinsischen %qs bei %L muss eine Scheinvariable sein Argument %qs des intrinsischen %qs bei %L darf von der Art nicht breiter als der Standard (%d) sein Argument %qs des intrinsischen %qs bei %L muss eine OPTIONALe Scheinvariable sein Argument %qs des intrinsischen %qs bei %L muss erweiterbaren Typ haben Argument %qs des intrinsischen %qs bei %L muss ein intrinsischer Typ sein Argument %qs des intrinsischen %qs bei %L muss von der Art %d sein Argument %qs des intrinsischen %qs bei %L muss vom Rang %d sein Argument %qs des intrinsischen %qs bei %L muss vom Rang 1 oder 2 sein Argument %qs des intrinsischen %qs bei %L muss positiv sein Argument %qs des intrinsischen %qs bei %L muss von der selben Art wie %qs sein Argument %qs des intrinsischen %qs bei %L muss vom gleichen Typ und gleicher Art wie %qs sein Argument %qs des intrinsischen %qs bei %L muss ein numerischer Typ sein %qs-Argument des intrinsischen %qs bei %L muss vom Typ REAL oder INTEGER sein Argument %qs des intrinsischen %qs bei %L muss mindestens die Länge 1 haben Argument %qs des intrinsischen %qs bei %L muss den selben Rang wie %qs haben oder skalar sein Argument %qs des intrinsischen %qs bei %L darf nicht OPTIONAL sein Argument %qs des intrinsischen %qs bei %L darf kein Unterobjekt von %qs sein Argument %qs des intrinsischen %qs bei %L darf nicht vorhanden sein, wenn %<x%> COMPLEX ist Argument %qs des intrinsischen %qs bei %L muss mindestens so viele Elemente haben wie es .TRUE.-Werte %qs (%ld/%d) gibt Argument %qs des intrinsischen %qs bei %L ist noch nicht unterstützt Argument %qs des intrinsischen %qs bei %L muss vom Typ integer, read oder character sein Argument %qs des intrinsischen %qs bei %L muss vom gleichen Typ und gleicher Art wie %qs bei %L sein Argument %qs des intrinsischen %qs bei %L darf nicht TYPE(*) sein Argument %qs des intrinsischen %qs bei %L darf keine Prozedur sein Argument %qs des intrinsischen %qs bei %L darf kein Feld impliziter Größe sein Argument %qs des intrinsischen %qs bei %L darf keinen Koindex haben Argument %qs des intrinsischen %qs bei %L muss eine gültige Ganzzahlart sein Argument %qs des intrinsischen %qs bei %L muss Rang %d haben oder ein Skalar sein Argument %qs referenziert Nicht-Zeiger-Operanden (Argument %lu, Operand %lu) Argument %qs mit Operandennummer außerhalb des Wertebereiches (Argument %lu, Operand %lu) %qs bei %C ist eine DEC-Erweiterung, muss mit %<-fdec-structure%> eingeschaltet werden %qs bei %C ist eine Redefinition der Deklaration in der entsprechenden Schnittstelle für MODUL PROCEDURE %qs %qs bei %C ist bereits als FINAL-Prozedur definiert %qs bei %C ist kein Element der Struktur %qs %qs bei %C ist kein Element der Struktur %qs; meinen Sie %qs? %qs bei %C ist keine Variable %qs bei %C ist keine Ermittlungsreferenz auf eine intrinsische Typkomponente %qs bei %C ist keine Ermittlungsreferenz auf eine intrinsische Typkomponente %qs %qs bei %C ist der Name einer rekursiven Funktion und verweist damit auf die Ergebnisvariable. Für direkte Rekursion, eine explizite RESULT-Variable verwenden (12.5.2.1) %qs bei %L wurde bereits bei %L initialisiert %qs ist bei %L mit Ausdruck verbunden und kann nicht in Variablen-Definitionskontext (%s) verwendet werden %qs ist bei %L mit vektorindiziertem Ziel verbunden und kann nicht in Variablen-Definitionskontext (%s) verwendet werden %qs bei %L kann nicht in COMMON auftreten [F2008:C5100] %qs bei %L kann nicht das VALUE-Attribut haben, da es kein Scheinargument ist %qs bei %L hat einen Typen, der nicht zum CALL bei %L passt %qs bei %L hat außerhalb seines INTERFACE-Körpers spezifizierte Attribute %qs bei %L hat Attribut CONTIGUOUS, aber ist kein Feldzeiger oder Feld vermuteter Größe oder Rang %qs bei %L ist mehrdeutig %qs bei %L ist ein Feld und OPTIONAL; wenn es fehlt, kann es nicht das effektive Argument einer ELEMENTAL-Prozedur sein, es sei denn, es gibt ein nicht-optionales Argument mit demselben Rang (Fortran 2018, 15.5.2.12) %qs bei %L ist Host-verbunden bei %L in eine enthaltene Prozedur mit einer gleichnamigen internen Prozedur %qs bei %L ist kein VALUE %qs bei %L ist keine Funktion %qs bei %L ist keine Modulprozedur %qs bei %L ist vom ABSTRACT-Typ %qs %qs bei %L muss kleiner als BIT_SIZE(%qs) sein %qs bei %L muss kleiner oder gleich BIT_SIZE(%qs) sein %qs bei %L muss kleiner oder gleich der BIT_SIZE von INTEGER(KIND=%d) sein %qs bei %L darf nicht negativ sein %qs bei %L muss in diesem Zusammenhang konstante Zeichenlänge haben %qs bei %L muss die gleiche Anzahl formaler Argumente wie die überschriebene Prozedur haben %qs bei %L darf nicht DEFERRED sein, da es eine Nicht-DEFERRED-Bindung überschreibt %qs bei %L überschreibt eine FUNCTION und muss auch eine FUNCTION sein %qs bei %L überschreibt eine NOPASS-Bindung und muss ebenfalls NOPASS sein %qs bei %L überschreibt eine PUBLIC-Prozedur und darf nicht PRIVATE sein %qs bei %L überschreibt eine PURE-Prozedur und muss auch PURE sein %qs bei %L überschreibt eine SUBROUTINE und muss auch eine SUBROUTINE sein %qs bei %L überschreibt eine Bindung mit PASS und muss ebenfalls PASS sein %qs bei %L überschreibt eine Nicht-ELEMENTAL-Prozedur und darf ebenfalls nicht ELEMENTAL sein %qs bei %L überschreibt eine Prozedurbindung, die als NON_OVERRIDABLE deklariert ist %qs bei %L überschreibt eine ELEMENTAL-Prozedur und muss auch ELEMENTAL sein %qs bei %L muss eine %<INTENT(OUT)%>-Variable sein %qs bei %L sollte eine FUNCTION sein %qs bei %L sollte eine SUBROUTINE sein %qs bei %L sollte ein Skalar vom Typ integer(kind=omp_event_handle_kind) sein Attribut %qs ist nur auf Funktionen anwendbar, die eine variable Anzahl von Argumenten haben Attribut-Direktive %qs ignoriert Attribut %qs wird ignoriert Attribut %qs wird für %qE in %<__builtin_has_attribute%> nicht unterstützt Attribut %qs wird für %qT in %<__builtin_has_attribute%> nicht unterstützt Attribut %qs wird in %<__builtin_has_attribute%> nicht unterstützt Attribut %qs gilt nur für Funktionen Attribut %qs gilt nur für variadische Funktionen Attribut %qs benötigt Prototypen mit benannten Argumenten Attribut %qs ohne Argumente für einen Nicht-Prototyp %qs kann nicht in einem Konstanten-Ausdruck auftreten %qs kann nicht in einer typedef-Deklaration auftreten %qs kann nicht als konstanter Ausdruck ausgewertet werden, da das Argument nicht codiert werden kann %qs kann nicht als konstanter Ausdruck ausgewertet werden, da das Argument nicht interpretiert werden kann %qs kann nicht als konstanter Ausdruck ausgewertet werden, da der Typ zu groß ist %qs kann auf diesem Ziel nicht als konstanter Ausdruck ausgewertet werden %qs kann bei %C nicht erweitert werden, da es BIND(C) ist %qs kann bei %C nicht erweitert werden, da es ein SEQUENCE-Typ ist %qs kann nicht mit %<-ftrivial-auto-var_init%> initialisiert werden %qs kann nicht zum Übersetzen einer gemeinsam genutzten Bibliothek verwendet werden %qs kann nicht für Typdeklarationen verwendet werden %qs kann nicht in einer %<constexpr%>-Funktion verwendet werden %qs kann nicht in einem Konstruktor verwendet werden %qs kann nicht in einem Destruktor verwendet werden %qs kann nicht in einer Funktion mit einem abgeleiteten Rückgabetyp verwendet werden %qs kann nicht in einer varargs-Funktion verwendet werden %qs kann nicht in der Funktion %<main%> verwendet werden %qs kann nicht außerhalb einer Funktion verwendet werden %qs-Klausel bei %L ist mehrfach angegeben Klausel %qs ist unverträglich mit den Klauseln %<read%> oder %<write%> %qs-Klausel darf nur bei rechteckigen %qs vorkommen %qs-Klausel erfordert %qs-Klausel %qs-Klausel darf nicht zusammen mit %<inscan%>-%<reduction%>-Klausel verwendet werden %qs-Klausel wird lexikalisch nach dem ersten Zielkonstrukt oder nach der ersten Auslagerungs-API verwendet %qs-Klausel mit %<sink%>-Modifizierer verweist auf Iteration, die niemals im Iterationsraum ist %qs-Klausel mit %<sink%>-Modifizierer wartet auf lexikalisch spätere Iteration %qs-Klausel mit %<source%>-Modifizierer zusammen mit %qs-Klauseln mit %<sink%>-Modifizierer an demselben Konstrukt %qs mit Qualifizierer %<auto%> für %qE kombiniert %qs mit Qualifizierer %<register%> für %qE kombiniert %qs widerspricht %<-arch i386%> (%qs wird ignoriert) %qs widerspricht %<-arch ppc%> (%qs wird ignoriert) %qs-Konstrukt innerhalb einer %qs-Region INTRINSIC deklariertes %qs bei %L existiert nicht %qs als Funktion, die eine Funktion zurückgibt, deklariert %qs als Funktion, die ein Feld zurückgibt, deklariert Bei %2$L deklariertes %1$qs ist auch der Name einer intrinsischen Funktion. Sie kann nur über eine explizite Schnittstelle oder als EXTERNAL deklariert aufgerufen werden. Bei %2$L deklariertes %1$qs überdeckt intrinsische Funktion mit gleichem Namen. Um die aufzurufen, sind explizite INTRINSIC-Deklarationen erforderlich. %qs in einem Nicht-Klassen-Gültigkeitsbereich definiert %qs nicht in Klassen-Gültigkeitsbereich definiert %qs-Direktive wird sowohl in ABSENT- als auch CONTAINS-Klauseln in %s-Direktive bei %L erwähnt %qs-Direktive wird mehrfach in %s-Klausel in »%s«-Direktive bei %L erwähnt %qs unterstützt keinen MIPS16-Code %qs unterstützt %qs nicht %qs funktioniert nicht auf einem Cross-Compiler Entität %qs bei %C kann keine Initialisierung haben Entität %qs bei %C kann keine Argumente haben %qs erfordert 1 Argument, aber %d wurden angegeben %qs erwartet 2 Argumente, aber %d wurden angegeben %qs erwartet ein konstantes Argument %qs erwartet einen Festkommawert als Argument %qs erwartet einen Festkommawert als erstes Argument %qs erwartet einen Ganzzahlwert als zweites Argument %qs-Ausdruck muss ganzzahlig sein %qs-Ausdruck von %<volatile%>-qualifiziertem Typ ist veraltet %qs fehlgeschlagen Feature-Modifizierer %qs verträgt sich nicht mit der Verwendung von Gleitkommatypen Feature-Modifizierer %qs verträgt sich nicht mit der Verwendung von Vektortypen Funktion %qs kann keine Argumente haben %qs-Funktion kann keine andere Interrupt-Art haben Funktion %qs kann keinen Wert zurückgeben Funktion %qs verwendet Typspezifikation %<auto%> ohne folgenden Rückgabetypen Funktion %qs mit nachgestelltem Rückgabetyp hat %<decltype(auto)%> als Typ statt einfachem %<auto%> Funktion %qs mit folgendem Rückgabetypen hat %qT als seinen Typ statt einfaches %<auto%> Funktion %qs mit folgendem Rückgabetypen nicht mit Typspezifikation %<auto%> deklariert %qs hat %qs %qs hat sowohl %<extern%> als auch Initialisierung %qs übergelaufen %qs in %<%s %E%> %qs in der %s-Klausel bei %L ist ein Array-Abschnitt der Größe Null %qs in %s-Klausel bei %L ist kein korrekter Feldabschnitt %qs in ALIGNED-Klausel bei %L erfordert einen skalaren, positiven, konstanten Ganzzahlausdruck für die Ausrichtung %qs in ALIGNED-Klausel bei %L muss POINTER, ALLOCATABLE, Cray-Zeiger oder C_PTR sein %qs in EXTENDS-Ausdruck bei %C ist kein abgeleiteter Typ %qs in LINEAR-Klausel bei %L benötigt einen konstanten, ganzzahligen linear-step-Ausdruck oder ein Dummy-Argument, das in der UNIFORM-Klausel angegeben ist %qs in LINEAR-Klausel bei %L benötigt einen skalaren, ganzzahligen linear-step-Ausdruck %qs beginnt in der Attributsyntax, wird aber mit %qs in der Pragmasyntax abgeschlossen %qs in leerer Deklaration %qs in leerer Deklaration mit auf %<enum%> basierendem Typen %qs in GIMPLE-IL %qs beginnt in der Pragmasyntax, wird aber mit %qs in der Attributsyntax abgeschlossen %qs in Zeigerzuweisung bei %L kann kein L-Wert sein, da es eine Prozedur ist %qs in Variablen-Definitionskontext (%s) bei %L ist keine Variable %qs inkompatibel mit explizit ausgeschalteten Optionen %qs initialisiert und als %<extern%> deklariert %qs in non-mode-precision Operanden Das intrinsische Unterprogramm %qs bei %L wurde entfernt. Verwenden Sie das intrinsische Unterprogramm INT. intrinsisches %qs mit CHARACTER-Argument bei %L intrinsisches %qs mit KIND-Argument bei %L intrinsisches %qs mit RADIX-Argument bei %L %qs ist eine geschachtelte Funktion, Zugriff von %qs aus ist nicht möglich %qs ist in der AVR-LibC ein reservierter Bezeichner. Erwägen Sie %<#include <avr/interrupt.h>%> vor der Benutzung des Makros %qs %qs bereits aus Host-Sichtbarkeitseinheit bei %C IMPORTiert %qs ist ein ungültiges Argument für %<-mcpu=%> %qs ist ein undurchsichtiger Typ, und Sie können ihn nicht auf andere Werte setzen %qs ist eine unbekannte Option für %<-save-temps%> %qs ist beschädigt %qs ist definiert, konnte aber nicht geladen werden: %s %qs ist definiert, aber die Plugin-Unterstützung ist deaktiviert %qs ist im Header %qs definiert; haben Sie vergessen, %<#include %s%> zu schreiben? %qs ist veraltet %qs ist veraltet und wird unter keinen Umständen empfohlen %qs ist veraltet; stattdessen -fno-zero-initialized-in-bss verwenden %qs ist veraltet; stattdessen -fstack-check verwenden %qs ist mit %qs unverträglich %qs verträgt sich nicht mit der Verwendung von Gleitkommatypen %qs verträgt sich nicht mit der Verwendung von Vektortypen %qs ist geladen, aber das Symbol %qs wurde nicht gefunden: %s %qs und %qs schließen sich gegenseitig aus und können nicht zusammen angegeben werden %qs ist schmaler als die Werte seines Typs in der gepunkteten Zeichenkette bei %2$C ist %1$qs weder ein definierter Operator noch eine Strukturkomponente %qs ist kein konstanter Ausdruck, da %qT einen Zeiger-auf-Element-Typen enthält %qs ist kein konstanter Ausdruck, da %qT einen Zeigertyp enthält %qs ist kein konstanter Ausdruck, da %qT einen Referenztypen enthält %qs ist kein konstanter Ausdruck, da %qT einen union-Typen enthält %qs ist kein konstanter Ausdruck, da %qT ein %<volatile%>-Teilobjekt enthält %qs ist kein konstanter Ausdruck, da %qT ein Zeiger-auf-Element-Typ ist %qs ist kein konstanter Ausdruck, da %qT ein Zeigertyp ist %qs ist kein konstanter Ausdruck, da %qT ein Referenztyp ist %qs ist kein konstanter Ausdruck, da %qT ein union-Typ ist %qs ist kein konstanter Ausdruck, da %qT %<volatile%> ist %qs ist kein Verzeichnis %qs ist kein Feld, sondern ein %qs %qs ist keine gcov-Datei %qs ist weder ein gültiger Name einer Modula-2-Systembibliothek noch eine Abkürzung dafür %qs ist kein gültiges Basisregister in %<-mstack-protector-guard-reg=%> %qs ist in %qs kein gültiges Basisregister %qs ist keine gültige Zahl in %<-mstack-protector-guard-offset=%> %qs ist in %qs keine gültige Zahl %qs ist kein gültiger Offset in %<-mstack-protector-guard-offset=%> %qs ist in %qs kein gültiger Offset %qs ist keine gültige Präprozessoroption %qs ist kein assoziatives Array %qs ist kein Ausdruck %qs ist keine Option, die Warnungen steuert %qs ist nicht als ein Typ definiert %qs wird von der Architektur %<%s%> nicht unterstützt %qs wird für 64-Bit-Darwin nicht unterstützt; es ist mit den installierten C- und C++-Bibliotheken unverträglich %qs wird auf diesem Ziel nicht unterstützt %qs wird im 32-Bit-Modus nicht unterstützt %qs wird von dieser Compiler-Konfiguration nicht unterstützt %qs wird in dieser Konfiguration nicht unterstützt %qs wird auf »little endian«-Systemen nicht unterstützt %qs wird auf diesem Ziel nicht unterstützt %qs wird mit %qs nicht unterstützt %qs wird nicht unterstützt, das cmodel ist auf %qs festgelegt ungültiger Wert %qs für %<-mmacosx-version-min%> %qs ist für %qs ungültig %qs hat PRIVATE-Typ und kann kein Scheinargument von %qs bei %L sein, das PUBLIC ist %qs ist nicht initialisiert, wird aber benutzt %qs hat Version %q.*s, Version %q.*s erwartet Ausdruck für %qs-Länge muss ganzzahlig sein Ausdruck für %qs-Länge muss ganzzahlig, positiv und konstant sein %qs-Matchingvariante ist veraltet passende %qs-Variante erfordert z14 oder höher passende %qs-Variante erfordert z15 oder höher %qs könnte uninitialisiert verwendet werden %qs kann nur mit einem einzelnen Deklarator verwendet werden %qs bei %L muss eine Modulprozedur oder eine externe Prozedur mit expliziter Schnittstelle sein %qs muss für sich allein stehen, für %<-mharden-sls=%> %qs muss vom gleichen Typ und gleicher Art wie %qs bei %L in %qs sein %qs muss die erste Klausel von %qs sein %qs muss mit %qs verwendet werden %qs darf nicht bei %L in einer Feldspezifikation in der gleichen ALLOCATE-Anweisung auftreten, wo es selbst alloziert wird %qs erfordert ein gültiges Basisregister %qs ist außerhalb der STRUCTURE bei %C nicht erlaubt %qs nicht an Elementgrenze %qs wird vom Assembler nicht unterstützt %qs wird in Kombination mit %<-msoft-float%> nicht unterstützt %qs wird noch nicht unterstützt %qs von %qs bei %L ist PRIVATE Bei %3$C importiertes %1$qs von Modul %2$qs ist auch der Name der aktuellen Programmeinheit Operand von %qs ohne Modus-Genauigkeit %qs wird nur in OpenACC-Code unterstützt Parameterabfrage %qs für %qs in Variablen-Definitionskontext (%s) bei %L Plugin %qs steht nicht unter einer GPL-kompatiblen Lizenz Zeiger %qs ist null Datei für Profilingzählerdaten %qs wurde nicht gefunden Eigenschaft %qs kann nicht gesetzt werden %qs-Region darf nicht innerhalb einer Region eng geschachtelt sein, die arbeitsteilend, %<loop%>, explizit %<task%> oder %<taskloop%> ist %qs erfordert Unterstützung des Typs %<__ibm128%> %qs erfordert, dass %<long double%> das IBM-128-Bit-Format ist %qs erfordert %qs %qs erfordert %qs oder %qs %qs erfordert PowerPC64-Architektur, wird eingeschaltet %qs erfordert VSX-Unterstützung %qs erfordert ein Ziel, das den %qs-Befehl unterstützt %qs benötigt eine initialisierte Datendeklaration %qs erfordert einen konstanten Ganzzahlausdruck %qs erfordert sprungwahrscheinliche Befehle %qs erfordert vollständige Unterstützung von ISA 2.06 %qs erfordert vollständige Unterstützung von ISA 3.0 %qs erfordert Gleitkomma-Arithmetik mit Vierfachpräzision %qs erfordert die Optionen %qs und %qs %qs erfordert die Option %qs %qs erfordert die Option %qs, zusätzlich entweder %qs oder %qs %qs erfordert das ELFv2-ABI %qs sollte %qs sein, um eine Templateargumentliste zu beenden %qs sollte von einem Skalar auf einen gleichartigen Vektor abbilden durch %qs angegebene Grenze %s überschreitet die maximale Objektgröße %E durch %qs angegebene Grenze %s überschreitet die Größe %E des nicht abgeschlossenen Arrays durch %qs angegebene Grenze %s überschreitet die Maximalgröße %E des nicht abgeschlossenen Arrays durch %qs angegebene Grenze %s überschreitet möglicherweise die Maximalgröße %E des nicht abgeschlossenen Arrays %qs für »auto«-Variable %qE angegeben %qs für Parameter %qE angegeben %qs für Strukturfeld angegeben %qs für Strukturfeld %qE angegeben %qs für unbenannten Parameter angegeben %qs ist in %<allocate%>-Klausel bei %L angegeben, aber nicht in einer expliziten Privatisierungs-Klausel %qs ist in %<allocate%>-Klausel bei %L angegeben, aber nicht in einer expliziten Privatisierungs-Klausel %qs ist in derselben Option mehrfach angegeben %qs mit %<decltype%> angegeben %qs mit %<typeof%> angegeben %qs mit %qD angegeben %qs mit %qT angegeben %qs gibt eine widersprüchliche Stufe der Parallelität an Zeichenkette %qs ist falsch geformt %qs-Symbol %q+D muss statische Bindung haben %qs-Symbol %q+D zielt letztendlich auf sich selbst ab Markierung %qs bei Benennung von %q#T verwendet %qs wird in dieser ABI nicht unterstützt %qs mit %<auto%> verwendet %qs mit %qE verwendet %qs verwendet dynamische Stapelanforderung %qs verwendet Register r29 Wert %qs muss positiv sein Variable %qs ist weder Zeiger noch Array Variable %qs ist weder Zeiger noch Referenz auf Zeiger Variable %qs ist weder Zeiger noch Array noch Referenz auf Zeiger oder Array Variable %qs muss ein Zeiger sein %qs wurde hier deklariert %qs ohne entsprechendes %qs %s: [%u] Falsches %<next_regno%> für leere Kette (%u) %s: [%u] Falsches %<oldest_regno%> (%u) %s: [%u] Nicht leeres Register in Kette (%s %u %i) %s: Zyklus in %<next_regno%>-Kette (%u) %r%s:%d:%R %r%s:%d:%R [ %d Instanziierungskontexte werden übersprungen, »-ftemplate-backtrace-limit=0« zum Ausschalten verwenden ]
%r%s:%d:%R in %<constexpr%>-Ersetzung von %qs %r%s:%d:%d:%R %r%s:%d:%d:%R [ %d Instanziierungskontexte werden übersprungen, »-ftemplate-backtrace-limit=0« zum Ausschalten verwenden ]
%r%s:%d:%d:%R in %<constexpr%>-Ersetzung von %qs %s %s
%s ist identisch mit %s. »%s !$ACC LOOP«-Schleifen bei %L nicht perfekt geschachtelt %s %#qD %s %#qS %s %<%s%.*s%> erwartet ein passendes Argument %<%T%s%> %s %<%s%.*s%> erwartet ein passendes Argument %<%s%s%> %s %<%s%.*s%> erwartet Argumenttyp %<%T%s%>, aber Argument %d hat Typ %qT %s %<%s%.*s%> erwartet Argumenttyp %<%s%s%>, aber Argument %d hat Typ %qT %s %<%s(%E)%> %p %d »%s %E« implementiert das Protokoll %qE nicht vollständig %s %qs %s-%qs-Konstrukt innerhalb einer %s-%qs-Region %s %qs ist ein ungültiges Argument für eingebaute Funktion %qs %s %s %p %d %s %s%s
»%s« %wd ist außerhalb des gültigen Bereichs von %wd bis %wd %s: »%s«
%s – %u-Bit-Ganzzahlen werden nicht unterstützt (Modus %qs) %s – Komplexe Gleitkommazahlen mit %u Bit Genauigkeit werden nicht unterstützt (Modus %qs) %s – Dezimale Gleitkommazahlen mit %u Bit Genauigkeit werden nicht unterstützt (Modus %qs) %s – Gleitkommazahlen mit %u Bit Genauigkeit werden nicht unterstützt (Modus %qs) nicht unterstützter Modus %2$qs für %1$qs Argument »%s« für IMAGE_INDEX muss Feld mit Rang 1 bei %L sein %s bei %C hat keinen Vorgabe-Typ %s bei %C ist eine DEC-Erweiterung, muss mit %<-fdec%> eingeschaltet werden %s bei %C ist eine DEC-Erweiterung, muss mit %<-fdec-static%> eingeschaltet werden %s bei %C ist eine DEC-Erweiterung, muss mit %<-fdec-structure%> eingeschaltet werden %s bei %L %s bei %L ist eine DEC-Erweiterung, muss mit %<-fdec-static%> eingeschaltet werden %s bei %L muss INTEGER sein %s bei %L muss skalar sein %s bei %L muss ganzzahlig sein Attribut %s auf %s %s bei %L angewendet Attribut %s bei %L ist außerhalb des Spezifikationsabschnitts eines Moduls nicht erlaubt Attribut %s steht mit Attribut %s bei %L in Konflikt Attribut %s steht mit Attribut %s in %qs bei %L in Konflikt Attribut %s ungültig in BLOCK DATA - Programmeinheit bei %L Attribut %s von %qs steht mit Attribut %s bei %L in Konflikt %s zwischen %L und %L %s zwischen der MODULE-PROCEDURE-Deklaration in Modul %qs und der Deklaration bei %L in (SUB)MODULE %qs %s kann bei %L keine DO-CONCURRENT-Schleife sein %s kann weder DO WHILE noch DO sein, ohne Schleifensteuerung bei %L »%s« kann nicht hier in %<asm%> verwendet werden Klausel %s bei %L erfordert einen skalaren INTEGER-Ausdruck %s-Klausel-Variable %qs bei %L ist weder Zeiger- noch Feldtyp %s enthält zu viele Zeilen %s unterstützt %%n$-Operandennummerformate nicht %s unterstützt %s nicht %s unterstützt %s mit dem Format %<%%%c%> %s nicht Interner Fehler: %s does not support block_ends_with_call_p Interner Fehler: %s does not support block_ends_with_condjump_p Interner Fehler: %s does not support can_duplicate_block_p Interner Fehler: %s does not support can_merge_blocks_p Interner Fehler: %s does not support can_remove_branch_p Interner Fehler: %s does not support create_basic_block Interner Fehler: %s does not support delete_basic_block Interner Fehler: %s does not support dump_bb_for_graph Interner Fehler: %s does not support duplicate_block Interner Fehler: %s does not support flow_call_edges_add Interner Fehler: %s does not support force_nonfallthru Interner Fehler: %s does not support make_forwarder_block Interner Fehler: %s does not support merge_blocks Interner Fehler: %s does not support move_block_after Interner Fehler: %s does not support predict_edge Interner Fehler: %s does not support predicted_by_p Interner Fehler: %s does not support redirect_edge_and_branch Interner Fehler: %s does not support redirect_edge_and_branch_force Interner Fehler: %s does not support split_block Interner Fehler: %s does not support split_edge %s unterstützt das Format %<%%%c%> für %s nicht %s unterstützt das Format %<%%%s%c%> für %s nicht %s unterstützt den Längenmodifizierer %qs für %s nicht %s akzeptiert keine Featureoptionen %s erwartet eine Ganzzahlkonstante zur Kompilierzeit %s erwartet eine Long-Ganzzahlkonstante als erstes Argument zur Kompilierzeit Ausdrucksliste für »%s« wird als zusammengesetzten Ausdruck behandelt %s aus %s wird in %s aufgerufen %s aus %s wird in %s referenziert %s ignoriert mit %s und Format %<%%%c%> für %s %s ignoriert mit %s im Format für %s »%s« verträgt sich nicht mit %<-mword-relocations%> %s-Befehle sind in Funktionen mit %<no_caller_saved_registers%>-Attribut nicht erlaubt %s-Befehle sind in Exception-Serviceroutine nicht erlaubt %s-Befehle sind in Interrupt-Serviceroutine nicht erlaubt %s wird von dieser Konfiguration nicht unterstützt %s-Iterationsvariable bei %L muss vom Typ integer sein %s-Iterationsvariable bei %L darf nicht THREADPRIVATE sein %s-Iterationsvariable bei %L an anderer Klausel als PRIVATE, LASTPRIVATE oder ALLOCATE gefunden %s-Iterationsvariable bei %L an anderer Klausel als PRIVATE, LASTPRIVATE, ALLOCATE oder LINEAR gefunden %s-Iterationsvariable bei %L wird in mehr als einer Schleife verwendet Grenzen der »%s«-Schleife bei %L verweisen auf unterschiedliche Iterationsvariablen Endausdruck der »%s«-Schleife bei %L ist nicht in kanonischer Form Schleifeninkrement %s bei %L hat nicht die kanonische Form Schleifenstartausdruck %s bei %L hat nicht die kanonische Form %s bei %L muss mindestens eine MAP-Klausel enthalten %s-Namensraum %qD widerspricht der Erreichbarkeits-Definition %s wird für Aggregattypen mit variabler Länge nicht unterstützt %s wird auf diesem Ziel nicht unterstützt %s unterstützt nicht-PIC-Code nur auf M-Profil-Zielen %s unterstützt nicht-PIC-Code nur auf M-Profil-Zielen mit dem MOVT-Befehl %s außerhalb des Wertebereiches: Bereich ist %i bis %i, Wert ist %i Prozedur %s bei %L ist bereits als Prozedur %s deklariert %s-Prozedur bei %L ist bereits als %s-Prozedur deklariert.
F2008: Eine Zuweisung an eine Zeigerfunktion ist mehrdeutig, wenn dies die erste Anweisung nach dem Spezifikationsblock ist. Bitte fügen Sie davor irgend eine andere ausführbare Anweisung ein. FIXME (steht so im englischen Original.) %s gab Ende-Status %d zurück Signal %s hat Programm %s beendet Spezifizierer %s in Anweisung %s bei %L hat ungültigen Wert %qs Spezifizierer %s in Anweisung %s bei %L hat Wert %qs Anweisung %s bei %C kann nicht auf Anweisung %s bei %L folgen Anweisung %s bei %C kann keine DO-Schleife ohne Block beenden Anweisung %s bei %C folgt einer anderen Zugriffsspezifikation Anweisung %s bei %C in PURE-Prozedur Anweisung %s bei %C nicht auf Konstrukt %qs anwendbar Anweisung %s bei %C ist nicht innerhalb eines Konstrukts Anweisung %s bei %C nicht innerhalb des Konstrukts %qs Anweisung %s bei %C hinterlässt CRITICAL-Konstrukt Anweisung %s bei %C hinterlässt DO CONCURRENT-Konstrukt Anweisung %s bei %C verlässt OpenACC-strukturierten Block Anweisung %s bei %C verlässt OpenMP-strukturierten Block %s-Anweisung bei %L erwartet %s-Anweisung ist innerhalb von BLOCK DATA bei %C nicht erlaubt %s-Anweisung ist innerhalb eines BLOCKs bei %C nicht erlaubt Anweisung %s muss in einem MODULE auftreten %s-Anweisung in PURE-Prozedur bei %C nicht erlaubt %s-Symbol Markierung %s bei %L muss Standard-Zeichenkette sein Markierung %s bei %L muss vom Typ %s sein Markierung %s bei %L muss ein Skalar sein %s-Symbol mit INQUIRE %s mit Signal %d [%s]%s beendet %s verwendet mit Format %<%%%c%> %s %s wird innerhalb von %%<…%%> verwendet »%s«-Variable %qE ist im äußeren Kontext »private« %s%#qD %s%#qD (gelöscht) %s%#qD (in der Nähe der Übereinstimmung) %s%#qD (umgekehrt) %s%#qD (umgeschrieben) %s%<%D(%T)%> (eingebaut) %s%<%D(%T, %T)%> (eingebaut) %s%<%D(%T, %T, %T)%> (eingebaut) %s%qT (Umwandlung) %s%qs%s ist ungültig %s%qs%s ist nicht erlaubt %s%s%s %sVersion %s (%s)
%s kompiliert von GNU-C-Version %s, %s%s%s %sVersion %s (%s) kompiliert von CC, %s%sGGC-Heuristik: --param ggc-min-expand=%d --param ggc-min-heapsize=%d
%s%sWarnung: %s-Header-Version %s unterscheidet sich von Bibliotheksversion %s.
%s-%s ist ein leerer Bereich %s: %<-fcompare-debug%> ist fehlgeschlagen %s: %<-fcompare-debug%> ist fehlgeschlagen (Länge) %s: %d Basis-Blöcke und %d Kanten/Basis-Blöcke %s: %d Basisblöcke und %d Register; erhöhen Sie %<--param max-gcse-memory%> auf mehr als %wu %s: %m %s: %s %s: %s-Compiler ist auf diesem System nicht installiert %s: %s: %s %s: In Instanziierung von %q#D:
%s: In Ersetzung von %qS:
%s: PCH-Datei war ungültig %s: Alle Warnungen werden als Fehler behandelt %s: Versuch, Spezifikation %qs in bereits definierte Spezifikation %qs umzubenennen %s kann nicht als COFF-Datei geöffnet werden %s: Größe der Vergleichs-Prüfdatei %s konnte nicht ermittelt werden %s: Vergleichs-Prüfdatei %s konnte nicht geöffnet werden %s: PCH-Datei konnte nicht geöffnet werden: %m %s: Linker-Eingabedatei nicht gefunden: %m %s: Eingabedatei des Linkers unbenutzt, da das Linken nicht durchgeführt wird %s: keine COFF-Datei %s: section %s.%d is missing %s: Einige Warnungen werden als Fehler behandelt %s:%d: durch frühere Fehler verwirrt, Abbruch
%s:%d:%s Interner Fehler: %s:%d:assertion of condition %qs failed Interner Fehler: %s:%d:condition %s failed Interner Fehler: %s:%d:the value %s is not a BOOLEAN as the value is %d %s:%s: %E: %E %s: »%s« hat Bögen vom Eintrittsblock
%s: »%s« hat Bögen zum Eintrittsblock
%s: Eintrag und/oder Exit-Blöcke fehlen in »%s«
%s: bereits gesehene Blöcke für »%s«
%s: kann nicht geöffnet werden, wird als nicht ausgeführt vermutet
%s:Hinweis-Datei kann nicht geöffnet werden
%s: beschädigt
%s: Graph ist für »%s« unlösbar
%s: keine Funktionen gefunden
%s: keine Zeilen für »%s«
%s: keine gcov-Datei
%s:keine gcov-Hinweis-Datei
%s: übergelaufen
%s: Profil passt nicht für »%s«
%s:Quelldatei ist neuer als Hinweis-Datei »%s«
%s: Marke passt nicht zur Hinweis-Datei
%s: Version »%.4s«, aber »%.4s« wird bevorzugt
%s: Version »%.4s«, aber Version »%.4s« wird bevorzugt
Spezifizierer %sbei %L ist in OPEN-Anweisung für unformatierte Ein-/Ausgabe nicht erlaubt %u Name für strukturelle Bindung angegeben %u Namen für strukturelle Bindung angegeben « » «-Kennzeichen »!«-Kennzeichen »#«-Kennzeichen »%%%c« ist kein gültiger Operandenpräfix »%%&« ohne lokale dynamische TLS-Referenzen verwendet »%%l«-Operand ist keine Marke Die Datei »%s« wird bereits verarbeitet
»%s« ist keine gültige explizite konkrete Semantik »%s« muss %d Operanden haben (außer match_dups) »%s« muss mindestens %d Operanden haben (außer match_dups) »%s« darf höchstens %d Operanden haben (außer match_dups) »'«-Kennzeichen »(«-Kennzeichen »+«-Kennzeichen »-«-Kennzeichen »0«-Kennzeichen »B«-Operand hat mehrere gesetzte Bits »B«-Operand ist nicht konstant »E«-Modifizierer »I«-Kennzeichen »O«-Modifizierer »^«-Kennzeichen »_«-Kennzeichen »a«-Kennzeichen »m«-Kennzeichen »o«-Operand ist nicht konstant »q«-Kennzeichen (C) (Obsolet nach 10.3.9) MH_NOPREFIXBINDING festlegen, in einer ausführbaren Datei. (Obsolet nach 10.4) MH_NOMULTIDEFS festlegen, in einem übergeordneten Framework. (Obsolet nach 10.4) -multiply_defined <Behandlung> Bot einen Mechanismus zur Warnung vor Symbolen, die in mehreren Dylibs definiert sind. (Obsolet nach 10.4) -multiply_defined_unused <Behandlung> Bot einen Mechanismus zur Warnung vor Symbolen, die in der aktuellen ausführbaren Datei definiert sind, die auch in verknüpften Dylibs definiert sind. (Obsolet nach 10.4) Multi-Module werden seit macOS 10.4 zur Laufzeit ignoriert. (Veraltet und unberücksichtigt von ld64) Ob ld eine ausführbare Datei erzeugen soll (nur von ld_classic umgesetzt). (Obsolet) Dies ist der Vorgabewert. (Obsolet) -sectobjectsymbols <Segmentname> <Abschnittsname> Das Festlegen eines lokalen Symbols am Anfang eines Abschnitts wird nicht mehr unterstützt. (Obsolet) -sectorder <Segmentname> <Abschnittsname> <Reihenfolgedatei> Wurde ersetzt durch die allgemeinere Option »-order_file«. (Obsolet) Erlaubte das Verlinken mit »-flat_namespace« fortzusetzen, wenn ein verlinktes Bundle ein Symbol enthält, das ebenfalls aus der Hauptausführungsdatei exportiert wurde. (Obsolet) Aktuelle Linker entfernen diese Elemente nie, daher wird diese Option nicht benötigt. (Obsolet) LD_PREBIND wird nicht mehr unterstützt. (Veraltet) Objektdateien mit LINKEDIT-Abschnitten werden nicht mehr unterstützt. (Obsolet) Dies ist der Vorgabewert. (Veraltet, ignoriert) Alte Unterstützung, ähnlich wie »whyload«. (Obsolet, nur ld_classic) -sectcreate <Segmentname> <Abschnittsname> <Datei> Hat erlaubt, einen Abschnitt aus einer Datei zu erstellen. (Obsolet, nur ld_classic) -seg_addr_table_filename <Pfad>. (ein Zeiger auf ein Element kann nur mit %<»&%E%> erzeugt werden) (eine Initialisierung außerhalb der Klasse ist erforderlich) (anonymer Namensraum) (anonym) (wenn das nicht beabsichtigt war, stellen Sie sicher, dass das Funktions-Template bereits deklariert wurde, fügen Sie %<<>%> hier hinter dem Funktionsnamen ein) (bei Verwendung von %<-fpermissive%>, %<-std=c++11%> oder %<-std=gnu++11%> wird G++ den Code akzeptieren) (mit %<-fpermissive%> wird G++ den Code akzeptieren, aber die Verwendung eines nicht deklarierten Namens ist veraltet) (bei Nachrichten ohne eine übereinstimmende Methodensignatur wird angenommen, dass sie %<id%> zurückgeben und %<...%> als Argumente akzeptieren) (nahe der Initialisierung für %qs) (kein Argument) (vielleicht war %<typename %T::%E%> beabsichtigt) (vielleicht fehlt ein Semikolon hinter der Definition von %qT) (Es sollte also %qT statt %qT an %<va_arg%> übergeben werden) (statische Destruktoren für %s) (statische Initialisierungen für %s) (die Meldung wird pro Quelldatei nur einmal angezeigt)
({anonym}) *** WARNUNG *** es gibt aktive Plugins – bitte Fehler nur dann melden, wenn diese auch ohne alle Plugins reproduziert werden können.
*this --help=<Klasse> Beschreibungen für eine bestimmte Klasse von Optionen anzeigen. <Klasse> ist ein oder mehrere Elemente aus optimizers, target, warnings, undocumented, param. --param inline-unit-growth: Limit erreicht --param large-function-growth: Limit erreicht --param large-stack-frame-growth: Limit erreicht --param max-inline-insns-auto: Limit erreicht --param max-inline-insns-single: Limit erreicht --param=openacc-kernels=[decompose|parloops] Modus, in dem OpenACC-»kernels«-Konstrukte verarbeitet werden. --param=openacc-privatization=[quiet|noisy] Modus von OpenACC-Privatisierungsmeldungen festlegen. --param=parloops-schedule=[static|dynamic|guided|auto|runtime] Art des OMP-Zeitplans für Schleifen, die durch parloops parallelisiert werden. --param=ranger-debug=[none|trace|gori|cache|tracegori|all] Ausgabemodus für das Ranger-Debuggen festlegen. --param=threader-debug=[none|all] Aktiviert das ausführliche Dumping des Threader-Lösers. -A<Frage>=<Antwort> Die <Antwort> auf eine <Frage> annehmen. Angabe von »-« vor <Frage> schaltet die <Antwort> auf <Frage> aus. -D<Makro>[=<Wert>] Ein <Makro> mit <Wert> definieren. Wenn nur <Makro> angegeben wird, wird <Wert> auf 1 gesetzt. »-E« oder »-x« benötigt, wenn die Eingabe von der Standardeingabe kommt -F <Verz> <Verz> an das Ende des Haupt-Einfügepfades des Frameworks anfügen. -G<Anzahl> Globale und statische Daten kleiner als <Anzahl> Bytes in einen gesonderten Abschnitt legen (bei manchen Zielarchitekturen). -Hd <Verz> D-Schnittstellen-Dateien in Verzeichnis <Verz> schreiben. -Hf <Datei> D-Interface in <Datei> schreiben. -I <Verz> <Verz> an das Ende des Haupteinfügepfades anfügen. -J<Verzeichnis> MODULE-Dateien in »Verzeichnis« ablegen. -MF <Datei> Abhängigkeiten in angegebene Datei schreiben. -MQ <Ziel> Ziel hinzufügen, das möglicherweise Anführungszeichen benötigt. -MT <Ziel> Ziel hinzufügen, das keine Anführungszeichen benötigt. -O<Zahl> Optimierungsstufe auf <Zahl> setzen. -U<Makro> <Makro>-Definition aufheben. -Waligned-new=[none|global|all] Selbst dann warnen, wenn »new« Klassenelementfunktionen zur Speicherreservierung verwendet. -Walloc-size-larger-than=<Bytes> Bei Aufrufen von Allozierungsfunktionen warnen, mit denen Objekte erzeugt werden, die größer als »Bytes« sind. -Walloca-larger-than=<Anzahl> Bei Aufrufen von alloca warnen, deren Größe unbeschränkt ist oder deren Größe zwar beschränkt ist, aber mehr als <Anzahl> Bytes betragen kann. -Wbidi-chars=[none|unpaired|any|ucn] Vor UTF-8 bidirektionalen Steuerzeichen warnen. -Wframe-larger-than=<Größe> Warnen, wenn der Stapelrahmen einer Funktion mehr als <Größe> Bytes benötigt. -Wlarger-than=<Anzahl> Warnen, wenn ein Objekt größer als <Anzahl> Bytes ist. -Wnormalized=[none|id|nfc|nfkc] Bei nicht-normalisierten Unicode-Zeichenketten warnen. -Wstack-usage=<Größe in Bytes> Warnen, wenn Stapelverwendung den angegebenen Betrag überschreiten könnte. -Wvla-larger-than=<Anzahl> Bei unbeschränkten Verwendungen von Arrays variabler Länge warnen, und bei Verwendung von Arrays variabler Länge, wenn die Länge <Anzahl> überschreiten kann. »-Xbind-now« und »-Xbind-lazy« sind unverträglich -Xf <Datei> JSON-Ausgabe in die angegebene <Datei> schreiben. -allowable_client <Name> Die ausgegebene dylib ist nur vom Client <Name> verwendbar. -arch <Name> Ausgabedatei für die Architektur <Name> erzeugen. -aux-info <Datei> Deklarationsinformationen in <Datei> ausgeben. »-bundle« ist nicht mit »-dynamiclib« erlaubt -bundle_loader <Ausführbar> Die ausführbare Datei <Ausführbar> (die dieses Bundle laden wird) so behandeln, als sei sie eine der dynamischen Bibliotheken, gegen die das Bundle für Symbolauflösung gebunden ist. »-bundle_loader« ist nicht mit »-dynamiclib« erlaubt Für Ada wird »-c« oder »-S« benötigt Für gnat2scil wird -c benötigt Für gnat2why wird »-c« benötigt -client_name <Name> Erlauben, dass die erzeugte ausführbare Datei gegen die private Dylib gebunden werden darf (mit allowable_client). »-client_name« ist nicht mit »-dynamiclib« erlaubt -compatibility_version <Nummer> Minimale Version für das Client-Interface festlegen. Clients müssen diese <Nummer> oder eine größere angeben, oder das Binden wird zur Laufzeit fehlschlagen. »-compatibility_version« ist nur mit »-dynamiclib« erlaubt -current_version <Nummer> Aktuelle Version für die Bibliothek auf <Nummer> festlegen. »-current_version« ist nur mit »-dynamiclib« erlaubt -d<Buchstaben> Ausgaben von bestimmten Durchläufen des Compilers einschalten. -dumpbase <Datei> Den Basis-Dateinamen für Ausgaben setzen. -dumpbase-ext .<Erw> Die Dateinamenserweiterung .<Erw> weglassen, beim Benennen der hilfsweisen Ausgabedateien. -dumpdir <Verzeichnis> Den Basis-Verzeichnisnamen für Ausgaben setzen. -dylib_file Installationsname:Dateiname Dies ermöglicht die Verknüpfung einer Dylib mit »Installationsname«, die aber in einer anderen Installationsposition »Dateiname« zu finden ist -dylinker_install_name <Pfad> Wird nur verwendet, um dyld zu bauen. -exported_symbols_list <Dateiname> Globale Symbole in <Dateiname> werden aus der gelinkten Ausgabedatei exportiert, alle nicht erwähnten Symbole werden als versteckt behandelt. -f%s ignoriert (nicht für DJGPP unterstützt)
-fada-spec-parent=Einheit Ada-Spezifikationen als Kind-Einheiten der angegebenen Elterneinheit ausgeben. -faligned-new=<N> Überausgerichtete Typallozierung aus C++17 für Typen mit Ausrichtung größer N verwenden. -fasan-shadow-offset=<Zahl> Spezifischen Offset für Schattenspeicher verwenden. -fblas-matmul-limit=<n> Größe der kleinsten Matrix, für die matmul BLAS verwendet. -fbounds-check=[on|safeonly|off] Array-Grenzprüfungen einschalten, nur in @safe-Code, oder ausschalten. -fcall-saved-<Register> <Register> als über Funktionsgrenzen hinweg reserviert markieren. -fcall-used-<Register> <Register> als durch Funktionsaufrufe beschädigt markieren. -fcf-protection=[full|branch|return|none|check] Funktionen mit zusätzlichen Prüfungen versehen, dass die Sprungziele von jump/call/return gültig sind. -fcheck=[...] Durchgeführte Laufzeitprüfungen. -fcheckaction=[throw,halt,context] Verhalten bei Nichterfüllung eines Vertrags. -fcoarray=<none|single|lib> Angeben, welche Koarray-Parallelisierung verwendet wird. -fcompare-debug[=<Optionen>] Mit und ohne z.B. -gtoggle kompilieren, und den Dump der »final-insns« vergleichen. -fconst-string-class=<Name> Klasse <Name> für konstante Zeichenketten verwenden. -fconstexpr-cache-depth=<Zahl> Größte Rekursionstiefe des Caches für konstante Ausdrücke festlegen. -fconstexpr-depth=<Zahl> Größte Rekursionstiefe für konstante Ausdrücke angeben. -fconstexpr-loop-limit=<Anzahl> Höchstzahl der Schleifeniterationen für »constexpr« angeben. -fconstexpr-ops-limit=<Anzahl> Höchstzahl der constexpr-Operationen pro einzelner »constexpr« angeben. -fcontract-assumption-mode=[on|off] Axiomatische Verträge als Annahmen zulassen oder nicht (Vorgabe: zulassen). -fcontract-build-level=[off|default|audit] Maximale Vertragsstufe, für die Laufzeitprüfungen generiert werden. -fcontract-continuation-mode=[on|off] Vertragsfortsetzungsmodus ein- oder ausschalten (Vorgabe: aus). -fcontract-mode=[on|off] Verträge komplett ein- oder ausschalten (Vorgabe: ein). -fcontract-role=<Name>:<Semantik> Semantik für alle Stufen in einer Rolle angeben (default, review), oder eine selbstdefinierte Rolle mit der angegebenen Semantik (zum Beispiel: opt:assume,assume,assume). -fcontract-semantic=<Stufe>:<Semantik> Die konkrete Semantik für die Stufe angeben. -fcontract-strict-declarations=[on|off] Warnungen bei generalisierten Neudeklarationen von Funktionen mit Verträgen ein- oder ausschalten (Vorgabe: aus). -fconvert=<big-endian|little-endian|native|swap|r16_ieee|r16_ibm> Die Endianess, die für unformatierte Dateien verwendet wird. -fdbg-cnt=<Zähler>[:<Untere Grenze 1>-]<Obere Grenze 1>[:<Untere Grenze 2>-<Obere Grenze 2>:...][,<Zähler>:...] Obergrenze für Debug-Zähler festlegen. -fdebug-prefix-map=<alt>=<neu> In Fehlersuchinfo einen Verzeichnisnamen auf einen anderen abbilden. -fdebug=<Bezeichner> Durch Bezeichner festgelegten Debugcode eincompilieren. -fdiagnostics-color=[never|always|auto] Diagnosemeldungen einfärben. -fdiagnostics-column-origin=<Nummer> Legt die Nummer der ersten Spalte fest. Die Vorgabe ist gemäß GNU-Stil 1-basiert, aber einige Dienstprogramme erwarten 0-basierte Spaltennummern. -fdiagnostics-column-unit=[display|byte] Festlegen, ob Spaltennummern als Anzeigespalten (Standard) ausgegeben werden oder in rohen Bytes gemessen werden. -fdiagnostics-escape-format=[unicode|bytes] Festlegen, wie Zeichen außerhalb des druckbaren ASCII-Bereichs in der Quelle für Diagnosen, die dies vorschlagen, ausgegeben werden sollen. -fdiagnostics-format=[text|sarif-stderr|sarif-file|json|json-stderr|json-file] Ausgabeformat auswählen. -fdiagnostics-show-location=[once|every-line] Wie oft die Quelltext-Position am Zeilenanfang ausgegeben wird, wenn die Diagnose über mehrere Zeilen geht. -fdiagnostics-urls=[never|always|auto] URLs in Diagnosemeldungen einbetten. -fdisable-[tree|rtl|ipa]-<Durchgang>=range1+range2 Einen Optimierungsdurchgang ausschalten. -fdoc-dir=<Verz> Dokumentationsdatei in Verzeichnis <Verz> schreiben. -fdoc-file=<Datei> Dokumentation in <Datei> schreiben. -fdoc-inc=<Datei> Eine Ddoc-Makro-Datei <Datei> inkludieren. -fdump-<type> Verschiedene compilerinterne Informationen in eine Datei abziehen. -fdump-cxx-spec=<Dateiname> Alle Deklarationen als C++-Code nach <Dateiname> schreiben. -fdump-final-insns=<Datei> Die Befehle am Ende der Übersetzung in Datei abziehen. -fdump-go-spec=<Datei> Alle Deklarationen als Go-Code in <Datei> schreiben. -femit-struct-debug-baseonly Aggressiv reduzierte Debuginfo für Strukturen. -femit-struct-debug-detailed=<spec-list>Ausführliche reduzierte Debuginfo für Strukturen. -femit-struct-debug-reduced Konservativ reduzierte Debuginfo für Strukturen. -fenable-[tree|rtl|ipa]-<Durchgang>=range1+range2 Einen Optimierungsdurchgang einschalten. -fexcess-precision=[fast|standard|16] Behandlung überschüssiger Gleitkommagenauigkeit bestimmen. -fexec-charset=<Zeichensatz> Alle Zeichenketten und Zeichenkonstanten in <Zeichensatz> umwandeln. -fextern-std=<Standard> C++-Namensumwandlung kompatibel zu <Standard> machen. -ffile-prefix-map=<alt>=<neu> In Übersetzungsergebnis einen Verzeichnisnamen auf einen anderen abbilden. -ffixed-<Register> <Register> als für den Compiler nicht verfügbar markieren. -ffixed-line-length-<n> Im festen Modus n als Zeilenlänge verwenden. -ffp-contract=[off|on|fast] Schrumpfung von Gleitkommaausdrücken durchführen. -ffpe-summary=[…] Zusammenfassung für Gleitkommaausnahmen ausgeben. -ffpe-trap=[…] Bei folgenden Gleitkommaausnahmen anhalten. -ffixed-line-length-<n> Im freien Modus n als Zeilenlänge verwenden. -fgnat-encodings=[all|gdb|minimal] Gleichgewicht zwischen GNAT-Encodings und Standard-DWARF auswählen, die in den Debuginformationen landen. -fgo-c-header=<Datei> Go-struct-Definitionen als C-Code in <Datei> schreiben. -fgo-debug-escape-hash=<Zeichenkette> Hashwert zum Debuggen der Escape-Analyse. -fgo-dump-<Typ> Interne Information des Go-Frontends in Datei ausgeben. -fgo-embedcfg=<Datei> Eingebettete Dateien über go:embed auflisten. -fgo-optimize-<type> Optimierungsdurchläufe im Frontend einschalten. -fgo-pkgpath=<Zeichenkette> Go-Paketpfad festlegen. -fgo-prefix=<Zeichenkette> Paketspezifisches Präfix für exportierte Go-Namen festlegen. -fgo-relative-import-path=<Pfad> Relativen Import als relativ zum Pfad behandeln. -finit-character=<n> Lokale Zeichenvariablen auf ASCII-Wert n initialisieren. -finit-integer=<n> Lokale Ganzzahlvariablen auf n initialisieren. -finit-logical=<true|false> Lokale logische Variablen initialisieren. -finit-real=<zero|nan|inf|-inf> Lokale Real-Variablen initialisieren. -finline-arg-packing Argumentpacken inline durchführen. -finline-limit=<Zahl> Größe von »inline«-Funktionen auf <Zahl> beschränken. -finline-matmul-limit=<n> Größe der größten Matrix, für die matmul geinlinet wird. -finput-charset=<Zeichensatz> Standard-Zeichensatz für Quelldateien angeben. -finstrument-functions-exclude-file-list=filename,… In den Dateien aufgezählte Funktionen nicht instrumentieren. -finstrument-functions-exclude-function-list=name,… Aufgezählte Funktionen nicht instrumentieren. -fira-algorithm=[CB|priority] Verwendeten IRA-Algorithmus festlegen. -fira-region=[one|all|mixed] Regionen für IRA festlegen. -fira-verbose=<Zahl< Stufe der IRA Diagnosemeldungen steuern. -flive-patching=[inline-only-static|inline-clone] Funktionsübergreifende Optimierung steuern, um für Live-Patching geeigneten Code zu erzeugen. Bietet gleichzeitig mehrstufige Kontrolle bezüglich der ausgewählten funktionsübergreifenden Optimierungen. -fmacro-prefix-map=<alt>=<neu> Einen Verzeichnisnamen auf einen anderen umschreiben in __FILE__, __BASE_FILE__ und __builtin_FILE(). -fmax-array-constructor=<n> Höchstzahl der Objekte in einem Feldkonstruktor. -fmax-errors=<Anzahl> Höchstzahl der zu meldenden Fehler. -fmax-identifier-length=<n> Größte Bezeichnerlänge. -fmax-stack-var-size=<n> Größe des größten Feldes, das auf dem Stapel abgelegt wird, in Bytes. -fmax-subrecord-length=<n> Größte Länge für Teildatensätze. -fmessage-length=<Anzahl> Diagnosemeldungen auf <Anzahl> Zeichen pro Zeile beschränken. 0 unterdrückt Zeilenumbruch. -fmodule-file=<package.module>=<Dateiang> Dateiangabe <Dateiang> als Quelldatei für <package.module> verwenden. -fno-threadsafe-statics Keinen threadsicheren Code für Initialisierung lokaler statischer Objekte erzeugen. -foffload-abi=[lp64|ilp32] Festlegen, welche ABI in einem Offload-Compiler verwendet wird. -foffload-options=<Ziele>=<Optionen> Offloading-Ziele und deren Optionen angeben. -fopt-info[-<Typ>=Dateiname] Optimierungsdetails des Compilers ausgeben. »-force_flat_namespace« ist nicht mit »-dynamiclib« erlaubt -fpack-struct=<Zahl> Anfängliche größte Ausrichtung für Strukturelemente festlegen. -fpermitted-flt-eval-methods=[c11|ts-18661] Angeben, welche Werte von FLT_EVAL_METHOD erlaubt sind. -fplugin-arg-<Name>-<Schlüssel>[=<Wert>] Argument <Schlüssel>=<Wert> für Plugin <Name> angeben. -fprofile-prefix-map=<alt>=<neu> In der Ausgabe von GCOV einen Verzeichnisnamen auf einen anderen abbilden. -fprofile-reproducible=[serial|parallel-runs|multithreaded] Stufe für die Reproduzierbarkeit des mit »-fprofile-generate« generierten Profils festlegen. -fprofile-update=[single|atomic|prefer-atomic] Methode für Profilupdates festlegen. -framework <Name> Das Framework <Name> im Pfad für Frameworks suchen. -frandom-seed=<Zeichenkette> Übersetzung mit <Zeichenkette> reproduzierbar machen. -freorder-blocks-algorithm=[simple|stc] Algorithmus zum Umordnen der Basisblöcke festlegen. -frust-cfg=<Name> Option für Konfigurationsexpansion festlegen -frust-compile-until=[ast|attributecheck|expansion|nameresolution|lowering|typecheck|privacy|unsafety|const|copimlation|end] Bis zu welchem Schritt der Verarbeitungskette Rust-Code übersetzt wird -frust-crate=<Name> Crate-Namen für die Übersetzung festlegen -frust-dump-<type> Interna des Rust-Frontends wegschreiben. -frust-edition=[2015|2018|2021] Sprachversion zum Übersetzen auswählen -frust-mangling=[legacy|v0] Version der Namensmangelung auswählen -frust-max-recursion-depth=<Anzahl> -frust-metadata-output=<Pfad.rox> Pfad, in den die Create-Metadaten geschrieben werden -fsanitize-sections=<sec1,sec2,...> Globale Variablen in benutzerdefinierten Abschnitten bereinigen. -fsanitize=address wird in dieser Konfiguration nicht unterstützt -fsave-mixins=<Dateiname> Mixins expandieren und in <Dateiname> speichern. -fsched-stalled-insns-dep=<Zahl> Abhängigkeitsentfernung für Prüfung in nicht ausgereifter Planung von eingereihten Befehlen festlegen. -fsched-stalled-insns=<Anzahl> Anzahl der eingereihten Befehle festlegen, die unausgereift geplant werden können. -fsched-verbose=<Stufe> Stufe der Wortfülle des Planers angeben. -fsimd-cost-model=[unlimited|dynamic|cheap|very-cheap] Vektorisierungs-Kostenmodell angeben, das für mit einer SIMD-Direktive markierten Code verwendet wird. -fsso-struct=[big-endian|little-endian|native] Standardspeicherreihenfolge für Skalare festlegen. -fstack-check=[no|generic|specific] Code zur Stapelprüfung in das Programm einfügen. -fstack-limit-register=<Register> Wenn der Stapel über <Register> hinausgeht, abfangen (»trap«). -fstack-limit-symbol=<Name> Wenn der Stapel über das Symbol <Name> hinausgeht, abfangen (»trap«). -fstack-reuse=[all|named_vars|none] Stufe der Stapel-Wiederverwendung für lokale Variablen festlegen. -fstrict-flex-arrays=<Stufe> Steuern, wann ein Array am Ende einer Struktur als ein flexibles Arraymember angesehen wird, bezüglich des Zugriffs auf die Elemente dieses Arrays. Vorgabe ist, alle Arrays am Ende einer Struktur als flexible Arrays anzusehen. -ftabstop=<Zahl> Abstand zwischen Tabstopps für Spaltenmeldungen. -ftemplate-depth=<Zahl> Größte Template-Instanziierungstiefe angeben. -ftls-model=[global-dynamic|local-dynamic|initial-exec|local-exec] Das standardmäßige Codeerzeugungsmodell für Thread-lokalen Speicher angeben. -ftrack-macro-expansion=<0|1|2> Orte der aus der Makroersetzung entstehenden Token verfolgen und sie in Fehlermeldungen anzeigen. -ftree-parallelize-loops=<Anzahl> Automatische Parallelisierung von Schleifen einschalten. -ftrivial-auto-var-init=[uninitialized|pattern|zero] Automatische Variablen initialisieren. -fuse-linker-plugin wird in dieser Konfiguration nicht unterstützt -fvect-cost-model=[unlimited|dynamic|cheap|very-cheap] Kostenmodell für Vektorisierung angeben. -fversion=<Ident> Mit Ident identifizierten Versionscode mitkompilieren. -fvisibility=[default|internal|hidden|protected] Standard-Symbolsichtbarkeit festlegen. -fvisibility=[private|protected|public|package] Standard-Symbolsichtbarkeit festlegen. -fvtable-verify=preinit wird in dieser Konfiguration nicht unterstützt -fvtable-verify=std wird in dieser Konfiguration nicht unterstützt -fwide-exec-charset=<Zeichensatz> Alle Wide-Zeichenketten und -konstanten in Zeichensatz <Zeichensatz> umwandeln. -gnat<Optionen> Optionen für GNAT angeben. -gz wird in dieser Konfiguration nicht unterstützt -gz=<Format> Komprimierte Debugabschnitte im Format <Format> erzeugen. -gz=zstd wird in dieser Konfiguration nicht unterstützt -idirafter <Verzeichnis> <Verzeichnis> an das Ende des System-Einfügepfades anfügen. -iframework <Verz> <Verz> an das Ende des Einfügepfades des System-Frameworks anfügen. -imacros <Datei> Definition von Makros in <Datei> akzeptieren. -image_base <Adresse> Basisadresse für eine Dylib oder ein Bundle festlegen. -imultiarch <Verzeichnis> <Verzeichnis> als Multiarch-include-Verzeichnis festlegen. -imultilib <Verzeichnis> <Verzeichnis> als Multilib-include-Verzeichnis setzen. -include <Datei> Inhalt von <Datei> vor anderen Dateien einfügen. -init <Symbolname> Das Symbol <Symbolname> wird als erster Initialisierer für eine Dylib verwendet. -install_name <Name> Legt den Installationsnamen für eine Dylib fest. »-install_name« ist nur mit »-dynamiclib« erlaubt -iplugindir=<Verz> <Verz> als Standard-Plugin-Verzeichnis festlegen. -iprefix <Pfad> <Pfad> als ein Präfix für die nächsten zwei Optionen angeben. -iquote <Verzeichnis> <Verzeichnis> am Ende des Einfügepfades für »#include "…"« anfügen. -isysroot <Verzeichnis> <Verzeichnis> als System-Wurzelverzeichnis setzen. -isystem <Verzeichnis> <Verzeichnis> an den Anfang des System-Einfügepfades anfügen. -iwithprefix <Verzeichnis> <Verzeichnis> an das Ende des System-Einfügepfades anfügen. -iwithprefixbefore <Verz> <Verz> an das Ende des Haupt-Einfügepfades anfügen. »-keep_private_externs« ist mit »-dynamiclib« nicht erlaubt -mabi=ABI Code erzeugen, der zum angegebenen ABI passt. -mabi=<Basis-ABI> Code erzeugen, der zur angegebenen Basis-ABI passt. -mabs=MODUS Den Modus für IEEE-754-ABS/NEG-Befehle auswählen. -march= Code für die angegebene RISC-V-ISA (z.B. RV64IM) erzeugen. ISA-Zeichenketten müssen in Kleinbuchstaben angegeben werden. -march=ARCH Code für die angegebene Chip- oder CPU-Version erzeugen. -march=ISA Code für das gegebene ISA erzeugen. -march=<Prozessor> Code für die angegebene <Prozessor>-ISA erzeugen. »-mas100-syntax« ist unverträglich mit »-gdwarf« -mbranch-cost=KOSTEN Sprungkosten auf ungefähr KOSTEN Befehle setzen. -mbranch-cost=N Sprungkosten auf ungefähr N Befehle setzen. -mcall-ABI ABI-Aufrufkonvention auswählen. -mcode-readable=SETTING Angeben, wann Befehle zum Codezugriff erlaubt sind. »-mcode-region« benötigt das large-Speichermodell (»-mlarge«) -mcpu= Eigenschaften der angegebenen CPU verwenden und entsprechend Code planen. -mcpu=CPU Code für ARC-Variante CPU planen. -mcpu=CPU Eigenschaften der gegebenen CPU verwenden und entsprechend Code planen. -mcpu=PROZESSOR Architektur von PROZESSOR verwenden und die Ausgabe dafür optimieren. -mcpu=m16c Code für M16C-Varianten kompilieren. -mcpu=m32c Code für M32C-Varianten kompilieren. -mcpu=m32cm Code für M32CM-Varianten kompilieren. -mcpu=r8c Code für R8C-Varianten kompilieren. »-mdata-region« benötigt das large-Speichermodell (»-mlarge«) -mdebug= Ausgaben zur Fehlersuche einschalten. -mdouble=<Bits> Einen <Bits> breiten Typ für »double« verwenden. -memregs= Anzahl der Memreg-Bytes (Standard: 16, Bereich: 0..16). -mflush-func=FUNC FUNC verwenden, um den Cache zu entleeren, bevor Stapel-Trampoline aufgerufen werden. -mfpu=FPU Code für die angegebene FPU erzeugen. -mhard-float wird nicht unterstützt -mipsN Code für ISA Stufe N erzeugen. -mlam=[none|u48|u57] Position der Metadaten in Nutzer-Datenzeigern instrumentieren. -mlarge-data-threshold=<Anzahl> Daten größer als angegebener Schwellwert werden in .ldata-Abschnitt im x86-64 Medium-Modell gehen. -mlong-double=<Bits> Einen <Bits> breiten Typ für »long double« verwenden. -mmax-inline-memcpy-size=SIZE Die maximale Größe von inline-memcpy festlegen, Standard ist 1024. -mmax-stackframe=GRÖẞE Warnen, wenn ein Stapelrahmen größer als die angegebene Größe ist. -mmcu=MCU Die Ziel-MCU auswählen. -mmcu=MCU Ziel-System-On-Chip-Variante auswählen, die diese PRU einbettet. -mmpy-option=MPY ARCv2-Code mit einer Option für das Multiplizierer-Design kompilieren. -mnan=CODIERUNG Datencodierung für IEEE-754-NaN angeben. -mno-serialize-volatile »volatile«-Speicherreferenzen nicht mit MEMW-Befehlen serialisieren. -moverride=<Zeichenkette> Nur für Powernutzer! CPU-Optimierungsparameter übersteuern. -mpointer-size=[no,32,short,64,long] Standardgröße für Zeiger festlegen. -mr10k-cache-barrier=EINSTELLUNG Angabe, wann r10k-Cachegrenzen eingefügt werden sollen. -msdata=[none,data,sysv,eabi] Methode für sdata-Behandlung auswählen. -msim Simulator-Laufzeitumgebung verwenden. »-msingle-float« und »-msoft-float« dürfen nicht zusammen angegeben werden -msmall-data-limit=N Globale und statische Daten kleiner als <N> Bytes in einen gesonderten Abschnitt legen (bei manchen Zielarchitekturen). -msve-vector-bits=<Anzahl> Anzahl der Bits in einem SVE-Vektorregister festlegen. -mtarget-linker <Version> ld64 <Version> als Toolchain-Linker für den aktuellen Aufruf festlegen. -mtls-size=[16,32] Bit-Breite des unmittelbaren TLS-Offsets angeben. -mtraceback=[full,part,no] Art der Traceback-Tabelle wählen (vollständig, teilweise, keine). -mtune= Code für die angegebene CPU planen. -mtune=ARCH Ausrichtung für angegebene Chip- oder CPU-Version optimieren. -mtune=<Prozessor> Code für <Prozessor> optimieren. -mtune=PROZESSOR Ausgabe für PROZESSOR optimieren. -mcpu=TUNE Code für angegebene ARC-Variante feintunen. %<-mx32%> wird unter Solaris nicht unterstützt -o <Datei> Ausgabe in <Datei> schreiben. -pagezero_size <Größe> Erlaubt es, die Größe der Seite 0 für bestimmte Sonderfälle auf 4 kB festzulegen. »-pg« und »-fomit-frame-pointer« sind unverträglich -pie wird in dieser Konfiguration nicht unterstützt »-private_bundle« ist mit »-dynamiclib« nicht erlaubt -read_only_relocs <Behandlung> Dies ermöglicht Codeverschiebungen in schreibgeschützten Seiten (nicht ratsam). -sectalign <Segmentname> <Abschnittsname> <Wert> Festlegen, dass der genannte Abschnitt im genannten Segment die genannte Ausrichtung hat. Die Ausrichtung muss eine Zweierpotenz in hexadezimaler Form sein. -sectcreate <Segmentname> <Abschnittsname> <Datei> Den genannten Abschnitt im genannten Segment aus der angegebenen Datei erstellen. -seg_addr_table <Datei> Basisadressen für dynamische Bibliotheken festlegen, <Datei> enthält eine Zeile für jede Bibliothek. -segaddr <Name> <Adresse> Basisadresse des Segments <Name> auf <Adresse>festlegen. Die Adresse muss an einer Seitenbegrenzung ausgerichtet sein (derzeit 4 kB). -segprot <Segmentname> <Max-Schutz> <Init-Schutz> Die Schutzwerte für virtuellen Speicher für das Segment <Segmentname> haben die maximalen und initialen Werte <Max-Schutz> und <Init-Schutz>. Als Werte sind »r«, »w«, »x« oder »-« möglich, letzteres bedeutet »kein Zugriff«. -segs_read_only_addr <Adresse> Adresse des schreibgeschützten Teils einer Dylib festlegen. -segs_read_write_addr <Adresse> Die <Adresse> als Basisadresse des Lese-/Schreibteils einer Dylib festlegen. -stdlib=[libstdc++|libc++] Die Standardbibliothek, die für C++-Header und Laufzeit verwendet wird. -sub_library <Name> Die Bibliothek <Name> wird wieder-exportiert (nur für Dylibs sinnvoll). -sub_umbrella <Name> Das Framework <Name> wird wieder-exportiert (nur für Dylibs sinnvoll). -trigraphs Trigraphen nach ISO C unterstützen. -umbrella <Framework> Das angegebene Framework wird re-exportiert. -undefined <Auswirkung> Auswirkung von undefinierten Symbolen festlegen (Vorgabewert ist »error«). -unexported_symbols_list <Datei> Globale Symbole, die in <Datei> aufgelistet sind, nicht exportieren. -weak_reference_mismatches <Auswirkung> Auswirkung von Symbol-Importkonflikten zwischen Dateien (schwach in der einen und nicht in der anderen) festlegen. Vorgabewert ist, das Symbol als nicht »weak« zu behandeln. ... diesem Aufzählungswert %qD … zur vorherigen %qs-Klausel hier … mit %qs-Klausel hier … ohne %qs-Klausel hier in der Nähe ... folgt auf Parameter %P, der ein Defaultargument hat … diese Anweisung, aber letztere ist verwirrend eingerückt, als wäre sie abhängig von %qs .NOT.-Operator in Ausdruck bei %L muss einen LOGICAL-Operanden haben .XOR.-Operator bei %C /* Prototypen für externe Prozeduren, generiert aus %s
von GNU Fortran %s%s.
Die Verwendung dieser Schnittstelle wird nicht empfohlen,
verwenden Sie besser das BIND(C)-Feature, das standardmäßig
in Fortran angeboten wird. */
128-bit %<long double%> wird für VAX floats nicht unterstützt 31-Bit-ABI. 387-Befehlssatz ausgeschaltet, es wird SSE-Arithmetik verwendet 64-Bit-ABI. 64-Bit-ABI nicht unterstützt im ESA/390-Modus ; verwenden Sie stattdessen eine Zuweisung ; verwenden Sie stattdessen eine Zuweisung oder Wertinitialisierung ; verwenden Sie stattdessen eine Kopierzuweisung ; verwenden Sie stattdessen eine Kopierzuweisung oder Kopierinitialisierung ; verwenden Sie stattdessen eine Kopierinitialisierung ; verwenden Sie stattdessen eine Wertinitialisierung <Während Initialisierung>
<anonym> <geschweift geklammerte Initialisierungsliste> <eingebaut> <Kommandozeile> <Deklarationsfehler> {Aufzählung} <fehlerhafter-Ausdruck> <Ausdrucksfehler> <lambda <lambda> <Meldung nicht zur Compilierzeit bekannt> <fehlt> <Rückgabewert> <Rückgabewert> <Anweisung> <strukturierte Bindungen> <Markierungsfehler> <Template-Argumente-Fehler> <Template-Parameter-Fehler> <throw-Ausdruck> <Typfehler> <Typ-Fehler> <typedef-Fehler> <Typpräfixfehler> <ubsan-Unterprogramm-Aufruf> <unbekannter Operator> <unbekannt> <unbenanntes %s> <unbenannt-Festkomma: <unbenannt-Gleitkomma: <unbenannt-vorzeichenlos: <unbenannt> <nicht-analysiert> <unaufgelöster überladener Funktionstyp> Eine BOZ-Literalkonstante bei %L kann nicht als tatsächliches Argument in einer Funktionsreferenz verwendet werden Eine BOZ-Literalkonstante bei %L kann nicht als tatsächliches Argument in einer Unterprogrammreferenz erscheinen Ein Faktor, um die obere Schranke des Swing-Modulo-Schedulers für Schleifenplanung einzustellen. Abschneiden von Gleitkomma- zu Ganzzahl darf durch Rundung ersetzt werden, um Modusumschaltung zu verhindern. Vor dem Doppelpunkt in der Angabe der angenommenen Größe des Feldes bei %L muss die untere Grenze angegeben sein Es wurde ein nicht standardmäßiger Satz von Anfangswerten angefordert, was gegen das ABI verstößt Bei %C wird ein Parametername erwartet Ein Synonym für -std=c89 (für C) oder -std=c++98 (für C++). Schwellwert für vom Swing-Modulo-Scheduler betrachteten Durchschnitts-Schleifen-Zähler. Bei %C wird eine Typparameterliste erwartet AAPCS unterstützt nicht %<-mcallee-super-interworking%> AAPCS unterstützt nicht %<-mcaller-super-interworking%> ABI %qs kann aufgrund des begrenzten Befehlssatzes %qs nicht implementiert werden, stattdessen wird %qs verwendet ABI %qs ist zur Konfigurationszeit nicht aktiviert, der Linker meldet möglicherweise einen Fehler ABI geändert (von %qs auf %qs), während Multilib ausgeschaltet ist ABI für abgeflachte Struktur mit Bit-Feldern der Länge 0 hat wurde mit GCC 10 geändert ABI erfordert %<-march=rv%d%> ABI-Varianten für Codeerzeugung (zur Verwendung mit der Option »-mabi=«): ABI mit Startdateien: %s ABSTRACT INTERFACE %qs bei %L darf kein angenommenes Zeichenlängenergebnis haben (F2008: C418) ABSTRACT INTERFACE %qs darf bei %L nicht referenziert werden ABSTRACT INTERFACE bei %C ABSTRACT-Typ %qs bei %L verwendet ABSTRACT-Typ bei %C letzter Ausdruck von AC-IMPLIED-DO referenziert Steuervariable bei %L erster Ausdruck von AC-IMPLIED-DO referenziert Steuervariable bei %L Schrittausdruck von AC-IMPLIED-DO referenziert Steuervariable bei %L ACC-CACHE-Direktive bei %C muss innerhalb einer Schleife sein ACCESS-Spezifikation bei %L wurde bereits spezifiziert ACLE-Funktion %qD ist nicht kompatibel mit der Verwendung von %qs ACLE-Funktion %qD erfordert ISA-Erweiterung %qs Variable ACQUIRED_LOCK »ACQUIRED_LOCK=«-Argument bei %L muss skalare LOGICAL-Variable sein ACTION-Typ bei %L steht in Konflikt mit READONLY-Spezifizierer ALIGN-Modifizierer bei %L erfordert einen skalaren, positiven, konstanten Ganzzahlausdruck für die Ausrichtung, der eine Zweierpotenz ist Attribut ALLOCATABLE bei %C in einer STRUCTURE-Definition Attribut ALLOCATABLE bei %C in einer TYPE-Definition ALLOCATABLE-Objekt %qs in Klausel %s bei %L ALLOCATABLE außerhalb des INTERFACE-Körpers bei %L angegeben ALLOCATE Objekt ALLOCATE von Koarray bei %C in CRITICAL-Block ALLOCATE von Koarray bei %C in DO CONCURRENT-Block Das intrinsische ALLOCATED bei %L erfordert ein Feld oder eine skalar allozierbare Entity ALTERNATE RETURN bei %L nicht erlaubt wiedereinsprungsfähiger APCS-Code nicht unterstützt. Ignoriert ARMv8-M Security Extensions sind mit der gewählten FPU inkompatibel ASSIGN-Anweisung bei %C ASSIGN-Anweisung bei %L erfordert eine skalare Standard-INTEGER-Variable Anweisung ASSIGNED GOTO bei %L erfordert eine skalare INTEGER-Variable ASSIGNED-Variable in FORMAT-Markierung bei %L ASSOCIATE-Konstrukt bei %C ASYNCHRONOUS-Attribut bei %C ASYNCHRONOUS-Anweisung bei %C ASYNCHRONOUS= bei %L ist in Fortran 95 nicht erlaubt ATOM-Argument bei %L der intrinsischen Funktion %s muss Koarray oder koindiziert sein ATOM-Argument bei %L für intrinsische Funktion %s muss eine ATOMIC_INT_KIND-Ganzzahl sein ATOM-Argument bei %L für intrinsische Funktion %s muss eine ATOMIC_INT_KIND-Ganzzahl oder ein ATOMIC_LOGICAL_KIND-Logikwert sein ATOM-Argument der intrinsischen Funktion »%s« bei %L muss definierbar sein AUX-Zeiger für Kante %d->%d initialisiert AVX-Vektorargument ohne eingeschaltetes AVX ändert das ABI AVX-Vektorrückgabe ohne eingeschaltetes AVX ändert das ABI AVX512F-Vektorargument ohne eingeschaltetes AVX512F ändert das ABI AVX512F-Vektorrückgabe ohne eingeschaltetes AVX512F ändert das ABI Abkürzung für »-g -feliminate-unused-debug-symbols«. Abkürzung für »-g -fno-eliminate-unused-debug-symbols«. Der absolute Wert von SHIFT muss kleiner oder gleich SIZE bei %C sein Abstrakte Schnittstelle %qs ist in Zuweisung des Prozedurzeigers bei %L ungültig Unpassende Argumente in Prozeduraufrufen akzeptieren. Erweiterungen akzeptieren, um alten Code zu unterstützen. Auf Daten im gleichen Abschnitt von gemeinsam verwendeten Ankerpunkten zugreifen. Offset des Zugriffs liegt vor dem Offset des Elternteils Zugriff überschneidet sich mit seinem Geschwisterteil Größe des Zugriffs ist größer oder gleich der übergeordneten Größe Zugriffsspezifikation des Operators %s bei %C wurde bereits spezifiziert Zugriffsspezifikation des Operators .%s. bei %C wurde bereits spezifiziert Zugriff endet außerhalb des Elternteils Ausgehende Funktionsargumente sammeln und den nötigen Stapelspeicher für ausgehende Argumente im Prolog/Epilog der Funktion reservieren/freigeben. Ohne diese Option werden ausgehende Argumente auf den Stapel geschoben und hinter zurückgeholt. Diese Option kann für Funktionen, die viele Funktionen mit Argumentübergabe über den Stapel aufrufen, z.B. printf, zu kleinerem Code führen. Effektives CLASS-Feldargument für %qs muss ein vollständiges Feld bei %L sein Effektives Argument bei %L für INTENT(%s)-Dummy %qs von ELEMENTAL-Unterprogramm %qs ist skalar, aber ein anderes effektives Argument ist ein Feld Argument bei %L von der intrinsischen Funktion %qs muss ein verbundener Zeiger sein Effektives Argument bei %L an reservierbares oder Zeiger-Scheinargument %qs muss Parameter mit Typ aufgeschobener Länge haben, genau dann, wenn das Scheinargument einen solchen hat Argument bei %L für den angenommenen Typ des Dummys hat Typparameter oder hat einen abgeleiteten Typ mit typgebundenen oder FINAL-Prozeduren Effektives Argument enthält zuwenige Elemente für Scheinargument %qs (%lu/%lu) bei %L Tatsächliches Argument für %qs bei %L muss ein Zeiger sein Tatsächliches Argument für %qs bei %L muss ein Zeiger oder ein gültiges Ziel für den Dummy-Zeiger in einer Anweisung für Zeiger-Zuweisung sein Effektives Argument für %qs kann nicht Feld vermuteter Größe bei %L sein Effektives Argument für %qs muss ALLOCATABLE bei %L sein Effektives Argument mit EVENT_TYPE oder mit EVENT_TYPE-Komponente bei %L erfordert eine explizite Schnittstelle für Prozedur %qs Effektives Argument mit LOCK_TYPE oder mit LOCK_TYPE-Komponente bei %L erfordert eine explizite Schnittstelle für Prozedur %qs Effektives Argument für %qs bei %L sein muss Koarray sein Effektives Argument für %qs bei %L muss polymorph sein Effektives Argument für %qs bei %L muss einfach fortlaufend oder ein Element eines solchen Feldes sein Effektives Argument für %qs bei %L muss unbegrenzt polymorph sein, da das formale Argument ein Zeiger oder reservierbare unbegrenzt polymorphe Entität ist [F2008: 12.5.2.5] Effektives Argument für %qs bei %L muss denselben deklarierten Typ haben Argument des INTENT(OUT)-Dummy für angenommenen Rang %qs bei %L muss eine bekannte Größe haben Effektives Argument für fortlaufenden Schein-Zeiger %qs bei %L muss einfach fortlaufend sein Effektives Argument für Nicht-INTENT(INOUT)-Platzhalter %qs bei %L mit Typ EVENT_TYPE oder einer EVENT_TYPE-Komponente Effektives Argument für Nicht-INTENT(INOUT)-Platzhalter %qs bei %L mit Typ LOCK_TYPE oder einer Komponente LOCK_TYPE Effektive Zeichenkettenlänge passt nicht zur deklarierten für Scheinargument »%s« (%ld/%ld) Effektive Zeichenkettenlänge ist kürzer als die deklarierte für Scheinargument »%s« (%ld/%ld) CS-Präfix zu call und jmp zu indirektem Thunk hinzufügen, wenn das Verzweigungsziel in den Registern r8-r15 liegt. Einen Durchlauf zur Entfernung von Teilausdrücken nach Schleifenoptimierungen hinzufügen. Kommentare hinzufügen, wenn Deklarationen im generierten C++-Header ignoriert werden. Beschreibungsattribute zu einigen DWARF-DIEs hinzufügen, die kein Namensattribut haben. Ausdrückliche Prüfungen für Division durch Null hinzufügen. Ausdrückliche Prüfungen für Divisionsüberlauf in INT_MIN / -1 hinzufügen. Zusätzliche Anmerkungen an Assemblerausgabe anfügen. Zusätzliche Informationen speicherm die das dynamische Laden beschleunigen können, solange die Binärdateien unverändert bleiben. Den Abschnittsnamen ».lower« voranstellen, wenn mit »-m{code,data}-region=lower« übersetzt wird (Vorgabe: nein). Zusätzliche Fehlerprotokollausdrucke. Maximal erlaubte Größenzunahme der Gesamtgröße der neuen Parameter, bis zu der IPA-RSA Zeiger auf Aggregate ersetzt, wenn der Zeiger auf eine lokale Variable zeigt, die vom Aufrufer nur geschrieben oder als Funktionsargument übergeben wird. Nach dem Erkennen von undefiniertem Verhalten versuchen, die Ausführung fortzusetzen. Schleifen aggressiv optimieren, dabei sprachspezifische Einschränkungen einbeziehen. Interner Fehler: Alias and target%'s comdat groups differs Interner Fehler: Alias and target%'s section differs Alias für --mcpu=g10. Alias für -mcpu=g13. Alias für -mcpu=g14. Interner Fehler: Alias has call edges Interner Fehler: Alias has more than one alias reference Interner Fehler: Alias has non-alias reference Alias: Alle Marken ausrichten. Alle Schleifen auf 32-Byte-Grenzen ausrichten. Code und Daten auf 32 Bit ausrichten. Ziel der Zeichenkettenoperationen ausrichten. Doubles auf 64-Bit-Grenzen ausrichten. Funktionseinsprung an 4-Byte-Grenze ausrichten. Marken ausrichten, die nur mit Sprüngen erreicht werden können. Einige Doubles auf DWord-Grenze ausrichten. Funktionsanfänge ausrichten. Schleifenanfänge ausrichten. Auf Basistyp des Bitfeldes ausrichten. Auf Basistyp des Bitfeldes ausrichten. Nicht annehmen, dass unausgerichtete Zugriffe vom System behandelt werden. Variablen auf 32-Bit-Grenzen ausrichten. Alle intrinsischen Prozeduren sind ungeachtet des gewählten Standards verfügbar. Alle Speicherzugriffe nutzen I/O-load/store-Befehle. Alle LEN-Typparameter in der TYPE-IS-Anweisung bei %C müssen ASSUMED sein Zuordnungsfähiges %qs bei %L kann keine Initialisierung haben Reservierbares Feld %qs bei %L muss aufgeschobene Form oder vermuteten Rang haben Das allozierbare Zeichen-Dummy-Argument %qs bei %L muss eine verzögerte Länge haben, da die Prozedur %qs BIND(C) ist Zuordnungsfähige Koarray-Variable %qs bei %L muss aufgeschobene Form haben Allozierbare Komponente %s bei %L muss eine Kodimension haben, da sie eine Subkomponente als Nicht-Koarray des Typs EVENT_TYPE hat Allozierbare Komponente %s bei %L muss eine Kodimension haben, da es eine Subkomponente als Nicht-Koarray des Typs LOCK_TYPE hat Allozierbare Komponente %s bei %L des Typs EVENT_TYPE muss eine Kodimension haben Allozierbare Komponente %s bei %L des Typs LOCK_TYPE muss eine Kodimension haben Allozierbare Komponente der Struktur bei %C muss eine aufgeschobene Form haben Allozierbare Komponente oder deferred-shaped-Feld bei %C in DATA-Anweisung Reservierbare Funktion %qs bei %L muss eine explizite Funktionsschnittstelle haben Lokale Variablen auf Stapel anlegen, um indirekte Rekursion zu ermöglichen. Allocate-Objekt bei %C ist kein Nicht-Prozedur-Zeiger oder reservierbare Variable ALLOCATE-Objekt bei %L tritt auch bei %L auf ALLOCATE-Objekt bei %L ist weder ein Datenzeiger noch eine reservierbare Variable ALLOCATE-Objekt bei %L ist Subobjekt des Objekts bei %L ALLOCATE-Objekt bei %L muss ALLOCATABLE oder ein POINTER sein ALLOCATE-Objekt bei %L mit Parameter aufgeschobenen Typs erfordert entweder eine Typspezifikation, SOURCE-Marke oder MOLD-Marke Reservierung von %s bei %L mit Typspezifikation erfordert den selben Zeichenkettenlängenparameter wie in der Deklaration Reservierung von %s mit ABSTRACT-Basistyp bei %L erfordert Typspezifikation oder Quellausdruck GCC erlauben (oder verbieten), LOOP-Befehle zu verwenden. IEC559-Gleitkommaausnahmen in konstanten Ausdrücken zulassen. Eine literale BOZ-Konstante in einem ungültigen Kontext erlauben, sowie mit X statt mit Z. Zugriff auf Instanzvariablen erlauben, als ob sie lokale Deklarationen innerhalb der Instanzmethoden-Implementierungen wären. Im festen Modus beliebig lange Zeilen erlauben. Im freien Modus beliebig lange Zeilen erlauben. Zulassen, dass Bitfelder Wortgrenzen überschneiden. Erlauben, Sprünge mit anderen Befehlen zu packen. Den eingebauten Funktionen ceil, floor, round, trunc erlauben, »inexact«-Exceptions zu werfen. Dollarzeichen in Entitätsnamen erlauben. Schnelle Sprünge zum Nachrichten-Dispatcher erlauben. Vorhalten von Funktionsadressen in Registern erlauben. GCC erlauben, LIW-Befehle zu verwenden. GCC erlauben, SETLB- und Lcc-Befehle zu verwenden. Hardware-Gleitkommabefehle erlauben, um 32-Bit- und 64-Bit-Befehle abzudecken. Implizite Umwandlungen zwischen Vektoren mit unterschiedlicher Anzahl der Teile und/oder abweichenden Elementtypen erlauben. Erlauben, dass der dynamische Linker Funktionen und Variablen mit solchen unterschiedlicher Semantik (oder Initialisierungen) gemischt platzieren darf. Mathematische Optimierungen erlauben, die IEEE- oder ISO-Standards verletzen könnten. Optimierung für Gleitkommaarithmetik erlauben, auch wenn durch Runden ein anderes Ergebnis herauskommen kann. Nicht ausgereifte Planung von eingereihten Befehlen erlauben. Nur-Lese-Daten in sdata-Abschnitt erlauben. Vorzeichenerweiterung in Fusionsoperationen erlauben. Spekulative Bewegung bei mehr Ladebefehlen erlauben. Spekulative Bewegung von Nicht-Lade-Befehlen erlauben. Spekulative Bewegung bei einigen Ladebefehlen erlauben. Verschiedene Typen für die Argumente des »?«-Operators erlauben. Dem Compiler erlauben, neue Datenwettläufe bei Speichervorgängen einzuführen. Im Durchlauf, der Speicheroperationen zusammenfasst, unausgerichtete Speicherungen zulassen, sofern es erlaubt ist. Verwendung von MDMX-Befehlen erlauben. Verwendung von MT-Befehlen erlauben. Verwendung von Hardware-Gleitkommabefehlen für V850E2V3 und aufwärts erlauben. Verwendung von Hardware-Gleitkomma-ABI und -befehlen erlauben. Für Festkomma-Bruchzahlen das Abschneiden statt Runden erlauben. Zwei Befehle pro Taktzyklus erlauben. Verwendung von __gcc_isr-Pseudobefehlen in ISR-Prologen und -Epilogen erlauben. Verwendung von r15 für Inline-Assembler erlauben. Bereits in CONTAINS-Block bei %C Alternative RETURN-Anweisung bei %C ist nur innerhalb einer SUBROUTINE erlaubt Alternative RETURN-Anweisung bei %L erfordert einen SCALAR-INTEGER-Spezifizierer als Rückgabe Alternative Aufrufkonvention. Alternativer Rücksprung bei %L ist in einer DTIO-Prozedur nicht erlaubt Alternative Rückgabe kann nicht in Operatorschnittstelle bei %L auftreten Alternatives Rückgabe-Dummyargument kann nicht in einer SUBROUTINE mit BIND(C)-Attribut bei %L auftreten Alternativer Rückgabespezifizierer in elementarem Unterprogramm %qs bei %L ist nicht erlaubt Alternativer Rückgabespezifizierer in Funktion %qs bei %L ist nicht erlaubt Argument für Alternativrückgabe bei %C Obwohl nicht referenziert, hat %qs mehrdeutige Schnittstellen bei %L AltiVec-Argument an Funktion ohne Prototyp übergeben AltiVec wird für dieses Ziel nicht unterstützt Funktionseinsprung, Sprungziele und Rücksprungadressen ausrichten. Immer weite Aufrufe erzeugen. Register $lp immer auf dem Stapel speichern. Bitfelder immer als gleichgroß wie »int« ansehen. Immer Dynamic Realigned Argument Pointer (DRAP) verwenden, um den Stapel neu auszurichten. Immer JSR für Aufrufe verwenden, niemals BSR. Mehrdeutiges !$OMP DECLARE REDUCTION von Modul %s bei %L Mehrdeutige Schnittstellen in %s für %qs bei %L und %qs bei %L Mehrdeutiges Symbol in TYPE-Definition bei %C Die geeignete Diagnosemeldung mit der Kommandozeilenoption anreichern, die sie steuert. Die Menge an lokalem, gemeinsam genutztem Speicher (LDS), die für private Gang-Variablen reserviert werden soll. Alias für -minterlink-compressed; für Rückwärtskompatibilität erhalten. Alternative Rückkehr bei %L ohne ein *-Scheinargument Interner Fehler: An indirect edge from %s is not marked as indirect or has associated indirect_info, the corresponding statement is: Ein äußeres FORALL-Konstrukt hat bereits einen Index mit Namen %L Doppelwort-Vertauschungen aus VSX-Berechnungen analysieren und entfernen. Interner Fehler: Analyzed alias has no reference Assemblerbefehle mit geschätzten Adressen kommentieren. Einen zweiten Unterstrich anhängen, wenn der Name bereits einen Unterstrich enthält. Unterstriche an extern sichtbare Namen anhängen. Negatives Vorzeichen auf Null-Werte anwenden. Besondere Regeln anwenden, um Paket für die Laufzeitumgebung zu kompilieren. Variablenerweiterung anwenden, wenn Schleifen abgerollt werden. Ungefähre Anzahl der Befehle in der Funktion, in Einheiten von 1k, die zu einer einfachen lokalen RA führen. Die Auswirkungen von Funktionsaufrufen abschätzen, um die Analyse zu vereinfachen. Argument %<A%> mit INTENT(OUT) bei %L des intrinsischen Unterprogramms %s darf keinen Vektorindex haben Argument %<S%> von NEAREST bei %L darf nicht Null sein Argument %qs tritt im Aufruf von %qs bei %L doppelt auf Argument %qs des intrinsischen %qs bei %L muss typkonform zu Argument %qs bei %L sein Argument %qs von %qs mit PASS(%s) bei %L darf nicht ALLOCATABLE sein Argument %qs von %qs mit PASS(%s) bei %L darf kein POINTER-Attribut haben Argument %qs von %qs mit PASS(%s) bei %L muss abgeleiteten Typ %qs haben Argument %qs von %qs mit PASS(%s) bei %L muss abgeleiteten Typ %qs haben Parameter %qs von %qs mit PASS(%s) bei %L muss skalar sein Argument %qs von MOD bei %L darf nicht Null sein Argument %qs von MODULO bei %L darf nicht 0 sein Für Argument %qs des elementaren Unterprogrammes %qs bei %L muss INTENT oder das VALUE-Attribut angegeben werden Argument %qs der elementaren Prozedur bei %L kann kein ALLOCATABLE-Attribut haben Argument %qs der elementaren Prozedur bei %L kann kein POINTER-Attribut haben Argument %qs der elementaren Prozedur bei %L muss skalar sein Argument %qs der reinen Funktion %qs bei %L muss INTENT(IN) oder VALUE sein Argument %qs der reinen Funktion %qs bei %L mit VALUE-Attribut, aber ohne INTENT(IN) Für Argument %qs des reinen Unterprogrammes %qs bei %L muss INTENT oder das VALUE-Attribut angegeben werden Argument %qs des reinen Unterprogrammes %qs bei %L mit VALUE-Attribut, aber ohne INTENT Argument %qs der Anweisungs-Funktion %qs bei %L muss skalar sein Argument CPTR bei %L für C_F_POINTER muss den Typen TYPE(C_PTR) haben Argument CPTR bei %L für C_F_PROCPOINTER muss den Typen TYPE(C_FUNPTR) haben Argument C_PTR_1 bei %L für C_ASSOCIATED muss den Typ TYPE(C_PTR) oder TYPE(C_FUNPTR) haben Argument C_PTR_2 bei %L für C_ASSOCIATED muss denselben Typ wie C_PTR_1 haben: %s statt %s Argument FPTR bei %L für C_F_POINTER muss ein Zeiger sein Argument FPTR für C_F_POINTER bei %L darf nicht koindiziert sein Argument FPTR bei %L für C_F_PROCPOINTER muss ein Prozedurzeiger sein Argument FPTR bei %L für C_F_PROCPOINTER darf nicht koindiziert sein Argument NCOPIES des intrinsischen REPEAT ist negativ (sein Wert ist %ld) Argument NCOPIES des intrinsischen REPEAT ist bei %L negativ Argument NCOPIES des intrinsischen REPEAT ist zu groß Argument NCOPIES des intrinsischen REPEAT ist bei %L zu groß Argument X bei %L für C_FUNLOC muss eine Prozedur oder ein Prozedurzeiger sein Argument X bei %L für C_FUNLOC darf nicht koindiziert sein Argument X bei %L für C_LOC darf keine Zeichenkette der Länge 0 sein Argument X bei %L für C_LOC muss entweder POINTER- oder TARGET-Attribut haben Argument X bei %L für C_LOC darf nicht koindiziert sein Argument bei %L für C_LOC darf nicht polymorph sein Argument dim bei %L muss INTEGER-Typ haben Argument dim bei %L muss skalar sein Unpassende Argumente für die überschreibende Prozedur %qs bei %L: %s Argument von %s bei %L muss von der Länge eins sein Argument der Funktion %s bei %L ist negativ Argument der Funktion %s bei %L ist zu groß für die zusammenfassende Sequenz der Art %d Argument der Funktion %s bei %L außerhalb des Wertebereichs [0,127] Argument von ACOS bei %L muss zwischen -1 und 1 liegen Argument von ACOSD bei %L muss zwischen -1 und 1 liegen Argument von ACOSH bei %L darf nicht kleiner als 1 sein Argument von ASIN bei %L muss zwischen -1 und 1 liegen Argument von ASIND bei %L muss zwischen -1 und 1 liegen Argument von ATANH bei %L muss im Bereich -1 bis 1 liegen Argument der FINAL-Prozedur bei %L muss Typ %qs haben Argument der FINAL-Prozedur bei %L darf nicht ALLOCATABLE sein Argument der FINAL-Prozedur bei %L darf nicht INTENT(OUT) sein Argument der FINAL-Prozedur bei %L darf nicht OPTIONAL sein Argument der FINAL-Prozedur bei %L darf kein POINTER sein Argument von IACHAR bei %L muss Länge Eins haben Argument der IACHAR-Funktion bei %L außerhalb des Wertebereiches 0..127 Argument von ICHAR bei %L muss Länge Eins haben Argument von LOG bei %L kann nicht kleiner oder gleich Null sein Argument von LOG10 bei %L kann nicht kleiner oder gleich Null sein Argument der SELECT-Anweisung bei %L kann nicht %s sein Argument der SELECT-Anweisung bei %L muss ein skalarer Ausdruck sein Argument von SQRT bei %L hat negativen Wert Argument für %<-fcheck%> ist ungültig: %s Argument für %<-ffpe-summary%> ist ungültig: %s Argument für %<-ffpe-trap%> ist ungültig: %s Argumenttypen des intrinsischen %qs bei %L müssen passen (%s/%s) Argumente von %qs bei %L und %L können nicht beide literale BOZ-Konstanten sein Argumente von %qs unterscheiden sich im Typ bei %L Arithmetische IF-Anweisung bei %C Arithmetische IF-Anweisung bei %L erfordert einen skalaren REAL- oder INTEGER-Ausdruck Arithmetisches NaN bei %L Arithmetisches NaN bei Umwandlung von %s in %s bei %L. Diese Überprüfung kann mit der Option %<-fno-range-check%> ausgeschaltet werden Arithmetik OK bei %L Arithmetik OK beim Konvertieren von %s in %s bei %L Arithmetik-Überlauf bei %L Arithmetischer Überlauf bei Umwandlung von %s in %s bei %L. Diese Überprüfung kann mit der Option %<-fno-range-check%> ausgeschaltet werden Arithmetik-Unterlauf bei %L Arithmetischer Unterlauf bei Umwandlung von %s in %s bei %L. Diese Überprüfung kann mit der Option %<-fno-range-check%> ausgeschaltet werden Feld %qs bei %L kann keine aufgeschobene Form haben Feld %qs bei %L ist eine Variable, die nicht zu konstantem Ausdruck reduziert Das Feld %qs bei %L ist größer als der Grenzwert, der durch %<-fmax-stack-var-size=%> festgelegt wurde, daher wurde es vom Stapel in den statischen Speicher verschoben. Dies macht die Prozedur unsicher, wenn sie rekursiv oder gleichzeitig von mehreren Threads aus aufgerufen wird. Erwägen Sie, die Grenze für %<-fmax-stack-var-size=%> anzuheben, verwenden Sie %<-frecursive%> (dadurch wird die Beschränkung von %<-fmax-stack-var-size%> aufgehoben), oder ändern Sie den Code so, dass er ein ALLOCATABLE-Feld verwendet. Wenn auf die Variable niemals nebenläufig zugegriffen wird, können Sie diese Warnung ignorieren, Sie könnten diese Variable auch mit dem Attribut SAVE deklarieren. Feld %qs bei %L mit nicht-konstanten Grenzen kann kein EQUIVALENCE-Objekt sein Feld %qs ist nicht in Reduzierung bei %L erlaubt Unstimmige Arraygrenzen für Dimension 1 des Arrays (%ld/%ld) Unstimmige Arraygrenzen für Dimension 2 des Arrays (%ld/%ld) Feldkomponente der Struktur bei %C muss eine explizite Form haben Feldkomponente der Struktur bei %C muss explizite oder aufgeschobene Form haben Feldkonstruktor mit Typspezifikation bei %C Wert für Feldkonstruktor bei %L darf nicht unbegrenzt polymorph sein [F2008: C4106] Feldeinheit bei %L benötigt Feld in der Initialisierungsliste bei %L muss eine explizite Form haben Feldindex bei %L ist ein Feld mit Rang %d Feldindex bei %L muss INTEGER-Typ haben, %s gefunden Feldindex bei %L muss skalar sein Feld ist nicht zusammenhängend bei %L Feld von interoperablem Typ bei %L für C_LOC; es ist nichtallozierbar und hat weder angenommene noch explizite Größe Array-Operanden sind unzureichend bei %L Arrayoperanden sind unzureichend beim Konvertieren von %s in %s bei %L Feldzeiger %qs bei %L muss aufgeschobene Form oder vermuteten Rang haben Feldreferenz bei %C kann nicht mehr als %d Dimensionen haben Feldreferenz bei %C darf nur maximal 7 Dimensionen haben Feldreferenz bei %L ist außerhalb der Grenzen (%ld < %ld) in Kodimension %d Feldreferenz bei %L ist außerhalb der Schranken (%ld < %ld) in Dimension %d Feldreferenz bei %L ist außerhalb der Grenzen (%ld > %ld) in Kodimension %d Feldreferenz bei %L ist außerhalb der Schranken (%ld > %ld) in Dimension %d Feldreferenz bei %L ist außerhalb der Grenzen (%ld < %ld) in Schleife, die bei %L beginnt Feldreferenz bei %L ist außerhalb der Grenzen (%ld > %ld) in Schleife, die bei %L beginnt Feldreferenz in EQUIVALENCE bei %C kann kein Feldabschnitt sein Feldreferenz außerhalb des Wertebereichs Feldabschnitt bei %L für C_LOC Feldabschnittbestimmer, z.B. %<(:)%>, wird neben dem Koarray-Bezeichner %<[...]%> bei %C benötigt Feldabschnitt mit Vektorindex bei %L darf nicht das Ziel eines Zeigers sein Feldabschnitte: %qs ist in !$ACC DECLARE bei %L nicht erlaubt Feldspezifikation bei %C hat mehr als %d Dimensionen Feldspezifikation bei %C mit mehr als 7 Dimensionen Feldspezifikation für Symbol %qs in COMMON bei %C muss explizit sein Feldspezifikation muss bei %L aufgeschoben werden Feldspezifikation oder feldwertiger SOURCE=-Ausdruck erforderlich in ALLOCATE-Anweisung bei %L In ALLOCATE-Anweisung bei %L ist Feld-Spezifikation erforderlich Feldbereich als effektives Argument bei %L ist wegen VOLATILE-Attribut unverträglich mit dem Scheinargument ohne vermutete Form %qs Feldbereich mit Vektorindex als effektives Argument bei %L ist unverträglich mit INTENT(OUT), INTENT(INOUT), VOLATILE- und ASYNCHRONOUS-Attribut des Scheinarguments %qs Da der erweiterte Typ %qs bei %L eine Koarray-Komponente hat, muss der Elterntyp %qs auch eine haben Assembleroptionen
=================
Zugewiesene GOTO-Anweisung bei %C Zugewiesene Marke ist keine Zielmarke Zuweisung eines anderen Wertes als 0 oder 1 an LOGICAL hat bei %L undefiniertes Ergebnis Zuweisung von Skalar zu unalloziertem Array Schnittstelle für Zuweisungsoperator bei %L muss eine SUBROUTINE sein Schnittstelle des Zuweisungsoperators bei %L muss zwei Argumente haben Schnittstelle des Zuweisungsoperators bei %L darf keine INTRINSIC Typzuweisung redefinieren Zuweisung an FORALL-Indexvariable bei %L Die Zuweisung zu einer KIND- oder LEN-part_ref bei %L ist nicht erlaubt Zuweisung an einen konstanten Ausdruck bei %C Zuweisung an allozierbare polymorphe Variable bei %L Zuweisung an allozierbare polymorphe Variable bei %L erfordert %<-frealloc-lhs%> Zuweisung an koindizierte Variable bei %L in einer PURE-Prozedur Zuweisung an zusammenhängenden Zeiger von nichtzusammenhängendem Ziel bei %L Zuweisung an polymorphes Koarray bei %L ist nicht erlaubt Associate-Name %qs in %s-Klausel bei %L Associate-Name %qs in SHARED-Klausel bei %L Zugeordneter Name %qs bei %L wird als Feld verwendet Associate-Name %qs kann nicht in Variablen-Definitionskontext (%s) bei %L auftreten, da sein Ziel bei %L es auch nicht kann Zugeordneter Name %qs bei %L ist ein Prozedurname Zugeordneter Name %qs bei %L ist ein Prozedurzeiger Der zuordnende Selektor-Ausdruck bei %L ergibt eine Prozedur Verknüpfungsziel bei %C darf nicht koindiziert sein Zuordnungsziel bei %L darf kein BOZ-Literal sein Annehmen, dass ES während der gesamten Laufzeit 0 ist; verwenden Sie ES: für schreibgeschützte Daten. Annahme, dass ICPLBs zur Laufzeit eingeschaltet sind. Von einem großen TLS-Segment ausgehen. Annehmen, dass alle Symbole 32-Bit-Werte haben. Annehmen, dass alle Funktionen mit variablen Argumenten Prototypen haben. Assembler-Unterstützung für (DWARF2+-).loc-Direktiven annehmen. Assembler-Unterstützung für Ansicht in (DWARF2+-).loc-Direktiven annehmen. Annehmen, dass der Code mit GAS assembliert wird. Annehmen, dass der Code später mit GNU ld gebunden wird. Annehmen, dass der Code später mit HP ld gebunden wird. Annehmen, dass gemeinsame Deklarationen durch solche übersteuert werden dürfen, die ein längeres hintangestelltes Array haben. Annehmen, dass Datensegmente relativ zum Textsegment liegen. Annehmen, dass Gleitkommaoperationen abgefangen werden können (»trap«). Annehmen, dass der ankommende Stapel an dieser Potenz von 2 ausgerichtet ist. Annahme, dass Marken und Symbole mit absoluten 16-Bit-Adressen adressiert werden können. Annehmen, dass das Datenladen aus dem Flashspeicher langsamer ist als Befehle zu laden. Annehmen, dass die Speicherverweise geordnet sind und daher keine Barrieren erforderlich sind. Annehmen, dass keine NaNs oder Unendlichkeiten erzeugt werden. Normale C-Ausführungsumgebung vermuten. Annehmen, dass Zeigerüberläufe überschlagen (Wraparound). Mögliche doppelte Fehlausrichtung annehmen. Rundung zur nächsten Ganzzahl für Zwecke der Planung annehmen. Annehmen, dass vorzeichenbehaftete arithmetische Überläufe regulär überschlagen (Wraparound). Kleinen Adressraum annehmen. Annehmen, dass strenge Alias-Regeln über nicht-inline-Funktionsgrenzen hinweg gelten. Annehmen, dass strenge Alias-Regeln gelten. Ziel-CPU als »big endian«-konfiguriert annehmen. Ziel-CPU als »little endian«-konfiguriert annehmen. Annemhne, dass auf alle Daten im statischen Speicher via LDS/STS zugegriffen werden kann. Diese Option ist nur für eingeschränkte Tiny-Geräte sinnvoll. Annehmen, dass Gleitkomma-Speichern und -Laden wahrscheinlich keinen Konflikt verursachen, wenn sie in dieselbe Befehlsgruppe gelegt werden. Annehmen, dass Schleifen mit einem Ausgang keine Endlosschleifen sind. Annehmen, dass Empfänger von Objective-C-Nachrichten nil sein können. Annehmen, dass Laufzeitunterstützung vorhanden ist, und daher -lsim von Linker-Kommandozeile auslassen. Annehmen, dass Standard-D-Laufzeitbibliotheken und »D main« vorhanden sind. Annahme, dass die reziproken abschätzenden Befehle höhere Genauigkeit bieten. Annehmen, dass Quelldatei in fester Form vorliegt. Annehmen, dass Quelldatei in freier Form vorliegt. Annehmen, dass die Werte einer Aufzählung immer im kleinsten Bereich des Typs liegen. Annehmen, dass bedingte Sprünge mit Weite Null schnell sind. VxWorks RTP-Umgebung vermuten. VxWorks vThreads-Umgebung vermuten. Einheitliche Syntax für Inline-Assemblercode annehmen. Variable %qs mit vermuteter oder aufgeschobener Zeichenlänge in konstantem Ausdruck bei %L Feld %qs mit vermutetem Rang in Klausel %s bei %L Feld %qs mit vermuteter Form bei %L ist nicht in einem Initialisierungs-Ausdruck erlaubt Feld mit vermuteter Form bei %L muss ein Scheinargument sein Feld %qs mit vermuteter Größe bei %L ist nicht in einem Initialisierungs-Ausdruck erlaubt Feld %qs mit vermuteter Größe in Klausel %s bei %L Feld %qs mit vermuteter Größe in Klausel COPYPRIVATE bei %L Feld %qs mit vermuteter Größe in Namensliste %qs bei %C ist nicht erlaubt Feld %qs mit vermuteter Größe in Namensliste %qs bei %L ist nicht erlaubt Feld mit vermuteter Größe bei %L muss ein Schein-Argument sein Vermuteter Typ bei %C Vermuteter Typ bei %C ist für Komponenten nicht erlaubt Vermuteter Typ der Variable %s bei %L ist nur für Scheinvariablen erlaubt Das Zeichen-Dummy-Argument %qs bei %L hat eine angenommene Länge und gehört zur Prozedur %qs mit Attribut BIND(C) Argument mit angenommenem Rang bei %L ist nur als effektives Argument der intrinsischen Abfragefunktionen erlaubt Argument mit angenommenem Rang bei %L ist nur als erstes effektives Argument der intrinsischen Abfragefunktion »%s« erlaubt Argument vermuteten Ranges erfordert eine explizite Schnittstelle bei %L Feld %qs mit vermutetem Rang bei %L ist nicht in einem Initialisierungs-Ausdruck erlaubt Feld mit vermutetem Rang bei %C Feld mit vermutetem Rang bei %L darf kein Attribut VALUE oder CODIMENSION haben Feld mit vermutetem Rang bei %L muss ein Scheinargument sein Variable %s vermuteten Ranges bei %L als effektives Argument für Abfragefunktion muss das erste Argument sein Variable %s vermuteten Ranges bei %L kann nur als effektives Argument verwendet werden Variable »%s« vermuteten Ranges bei %L darf keine Referenz auf Subobjekt haben Effektives Argument mit vermuteter Form bei %L ist wegen VOLATILE-Attribut unverträglich mit dem Scheinargument ohne vermutete Form %qs Feld mit angenommener Form %qs bei %L als Scheinargument für die BIND(C)-Prozedur %qs bei %L Feld %qs mit vermuteter Form bei %L ist nicht in einem Initialisierungs-Ausdruck erlaubt Dummyfeld mit vermuteter Größe mit »!$ACC DECLARE« bei %L Argument für angenommenen Typ bei %L, das dem Dummy-Argument %qs für den angenommenen Rang entspricht, muss von angenommener Form oder angenommenem Rang sein Feld mit vermutetem Rang bei %L erfordert Scheinargument %qs mit vermutetem Rang Argument »%s« bei %L vermuteten Typs erfordert eine explizite Schnittstelle Argument bei %L mit angenommenem Typ ist nicht als effektives Argument der intrinsischen Routine »%s« erlaubt Argument bei %L mit angenommenem Typ ist nur als erstes Argument der intrinsischen Routine »%s« erlaubt Variable %s vermuteten Typs bei %L als effektives Argument für Abfragefunktion muss das erste Argument sein Variable %s vermuteten Typs bei %L darf nicht die Attribute ALLOCATABLE, CODIMENSION, POINTER oder VALUE haben Variable %s vermuteten Typs bei %L darf nicht das Attribut INTENT(OUT) haben Variable %s vermuteten Typs bei %L kann nur als effektives Argument verwendet werden Variable %s vermuteten Typs bei %L darf kein Feld mit ausdrücklicher Form sein Variable %s vermuteten Typs bei %L darf keine Referenz auf Subobjekt haben Im globalen Gültigkeitsbereich: Es werden höchstens %i Profildurchläufe unterstützt. Evtl. beschädigte Datei? Auf höchster Ebene: Versuch, nicht reserviertes »%s« freizugeben Versuchen, die Verzögerungsschlitze der Sprungbefehle auszufüllen. Versuch, die COMMON-Blöcke %s und %s durch EQUIVALENCE bei %C indirekt zu überschneiden Versuch, den Stapel an dieser Potenz von 2 auszurichten. Versuchen, identische Konstanten über Übersetzungseinheiten hinweg zu verschmelzen. Versuchen, identische Konstanten und konstante Variablen zu verschmelzen. Versuchen, identische Zeichenketten zur Fehlersuche über Übersetzungseinheiten hinweg zu verschmelzen. Versuch, bereits reservierte Variable zu reservieren Versuch, bereits reservierte Variable »%s« zu reservieren Attribut %s bei %L in einer TYPE-Definition Attribut bei %L ist in STRUCTURE-Definition nicht erlaubt Attribut bei %L ist in TYPE-Definition nicht erlaubt Attribut bei %L ist außerhalb einer TYPE-Definition nicht erlaubt Adresslisten der Variablen mit progressiven Sichten anreichern. Erkennungszahl des AutoFDO-Profils passt nicht Version %u des AutoFDO-Profils passt nicht zu %u Automatisches Feld %qs bei %L kann keine Initialisierung haben Fügt automatisch Platz für längere Pfadnamen in Ladebefehlen hinzu (bis zu MAXPATHLEN). Zweigziele automatisch ausrichten, um Strafzyklen für Verzweigung zu verringern. Verfügbare Werte für Bits: Durchschnittliche Anzahl der Iterationen einer Schleife. Alle Bereichsgrenzen bei Aufrufbefehlen vermeiden. Vermeiden, dass mehrere Anweisungen zu einer expandierten Kante zusammengefasst werden. Erzeugung PC-relativer Aufrufe verhindern; Indirektion verwenden. Erzeugung indizierter Laden/Speichern-Befehle verhindern, wo möglich. Sich überschneidende Ziel- und Adressregister bei solchen LDRD-Befehlen vermeiden, die Cortex-M3-Errata auslösen können. Vermeiden, lesbare Daten in Programmspeicher abzulegen. Spekulative Ladeoperationen verhindern, um Hardwarebesonderheiten zu umgehen. Verwendung von DIV- und MOD-Befehlen verhindern. Die GOT möglichst nicht verwenden, um auf externe Symbole zuzugreifen. Interner Compilerfehler: BB %i cannot throw but has an EH edge Interner Compilerfehler: BB %i has incorrect edge Interner Compilerfehler: BB %i has incorrect fallthru edge Interner Compilerfehler: BB %i has multiple EH edges Interner Compilerfehler: BB %i is missing an EH edge Interner Compilerfehler: BB %i is missing an edge Interner Compilerfehler: BB %i last statement has incorrectly set lp Interner Compilerfehler: BB %i too many fallthru edges Interner Fehler: BB_RTL flag not set for block %d BIND(C)-Variable %qs bei %L muss Länge eins haben BIND(C) auf %s %s bei %L angewendet BIND(C) bei %L BIND(C)-Attribut bei %C erfordert eine Schnittstelle mit BIND(C) BIND(C)-Attribut bei %L kann nur für Variablen oder gemeinsame Blöcke verwendet werden BIND(C)-Attribut bei %L kann nicht für eine interne Prozedur angegeben werden BIND(C)-Prozedur mit NAME darf kein POINTER-Attribut bei %C haben BIND(C)-Anweisung bei %C BLANK= bei %L ist in Fortran 95 nicht erlaubt BLOCK-DATA-Konstrukt bei %L BLOCK DATA Element %qs bei %L muss in COMMON sein BLOCK-Konstrukt bei %C BMX-Befehle werden nur auf der R2-Architektur unterstützt BOZ bei %L kann nicht in einer Initialisierung alten Stils vorkommen BOZ-Konstante bei %C verwendet Nicht-Standard-Postfix-Syntax BOZ-Konstante bei %L kann nicht innerhalb eines COMPLEX-intrinsischen Unterprogramms vorkommen Die BOZ-Literalkonstante bei %L darf nicht als Initialisierer vorkommen Die BOZ-Literalkonstante bei %L darf nicht in einem ACHAR-intrinsischen Unterprogramm vorkommen Die BOZ-Literalkonstante bei %L darf nicht in einem CHAR-intrinsischen Unterprogramm vorkommen Die BOZ-Literalkonstante bei %L darf nicht in einem Strukturkonstruktor vorkommen Die BOZ-Literalkonstante bei %L darf nicht in einem Feldkonstruktor vorkommen BOZ-Literalkonstante bei %L darf nicht in einer Ausgabe-IO-Liste vorkommen BOZ-Literalkonstante bei %L darf nicht in einem FLOAT-intrinsischen Unterprogramm vorkommen Die BOZ-Literalkonstante bei %L darf kein tatsächliches Argument für %qs sein BOZ-Literalkonstante bei %L kann kein Operand des einstelligen Operators %qs sein BOZ-Literal bei %L darf nur als Wert einer DATA-Anweisung oder als Argument des intrinsischen Unterprogramms INT/REAL/DBLE/CMPLX vorkommen BOZ-Literalkonstante bei %L kann nicht als Operand eines Vergleichsoperators vorkommen BOZ-Literalkonstante in der Nähe von %L kann nicht einer %qs-Variablen zugewiesen werden Die BOZ-Literalkonstante in der Nähe von %L kann bei einer Initialisierung alten Stils nicht einer %qs-Variablen zugewiesen werden BOZ außerhalb einer DATA-Anweisung bei %L verwendet BPF CO-RE unterstützt LTO nicht BPF CO-RE erfordert BTF-Debugging-Informationen, verwenden Sie %<-gbtf%> BYTE-Typ bei %C Bei %C verwendeter BYTE-Typ ist auf der Zielmaschine nicht verfügbar Falsche 128-Bit-Verschiebung Falsche GPR-Fusion Falsche INTENT-Spezifikation bei %C Falscher IO-Basistyp (%d) Falsches Reservierungs-Objekt bei %C für eine PURE-Prozedur Ungültige Felddimension bei %L Ungültige Feldreferenz bei %L Der Strukturkonstruktor bei %2$L verweist auf die falsche Feldangabe der Komponente %1$qs Falsche Feldangabe für Feld mit explizit gebildeter Form bei %C Falsche Feldangabe für Feld mit durch Vermutung gebildeter Form bei %C Falsche Feldangabe für Feld mit implizit gebildeter Form bei %C Falsche Feldspezifikation in ALLOCATE-Anweisung bei %L Ungültiges Zeichen %qc in OPERATOR-Name bei %C Falsche Koarray-Spezifikation in ALLOCATE-Anweisung bei %L Falsche Fortsetzungszeile bei %C Falscher Art-Ausdruck für Funktion %qs bei %L Falsche Art für Logikkonstante bei %C Schlechter Name Falscher Operator Falsche Form des Initialisierers bei %L Falsche Spezifikation für Feld mit impliziter Größe bei %C Falsche Spezifikation für Feld bei %L mit angenommener Größe Falsche Spezifikation für Feld mit zurückgestellter Form bei %C Falsches Ziel in Zeigerzuweisung in PURE-Prozedur bei %L Falscher Typ in Konstanten-Ausdruck Bad type in gfc_simplify_sign Basis-ABI-Typen für LoongArch: Basisobjekt für Aufruf der typgebundenen NOPASS-Prozedur bei %L muss skalar sein Basisobjekt für Aufruf der Prozedurzeigerkomponente bei %L hat ABSTRACT-Typ %qs Basisobjekt für Aufruf der typgebundenen Prozedur bei %L hat ABSTRACT-Typ %qs Grundlegende ISAs von LoongArch: Bindung bei %C muss denselben Zugriff wie bereits definierte Bindung %qs haben Bindeattribute legen bereits Durchleitung fest, unzulässiges NOPASS bei %C Bindeattribute legen bereits Durchleitung fest, unzulässiges PASS bei %C Leeres BLOCK DATA bei %C steht in Konflikt mit vorherigem BLOCK DATA bei %L Leerzeichen in %s-Anweisung in der Nähe von %C erwartet Umfassende SAVE-Anweisung bei %C folgt vorheriger SAVE-Anweisung Blockmarke ist ungeeignet für IF-Anweisung bei %C Blockmarke passt nicht zu arithmetischer IF-Anweisung bei %C Boardname [und Speicherbereich]. Beide Planungsmodifizierer MONOTONIC und NONMONOTONIC bei %L angegeben Interner Fehler: Both section and comdat group is set Schranke für Anzahl der Kandidaten, unter der alle Kandidaten in IV-Optimierungen betrachtet werden. Schranke für Anzahl der IV-Verwendungen in bei IV-Optimierungen optimierter Schleife. Schranke für Anzahl der Laufzeitprüfungen, die von Schleifenversionierung des Vektorisierers für Aliasprüfung eingefügt werden. Schranke für Anzahl der Laufzeitprüfungen, die von Schleifenversionierung des Vektorisierers für Ausrichtungsprüfung eingefügt werden. Schranke für Größe von Ausdrücken, die im skalaren Evolutions-Analysierer verwendet werden. Schranke für die Komplexität von Ausdrücken im skalaren Evolutions-Analysierer. Schranke für die Kosten eines Ausdrucks, um die Anzahl der Durchläufe zu berechnen. Schranke für die Anzahl der Iterationen, die der Brute-Force-Algorithmus zur Auswertung der Anzahl von Iterationen auswertet. Grenzenangabe für %qs in Zeigerzuweisung bei %L Sprung bei %L könnte Endlosschleife bewirken Verzweigungen sind so teuer wie hier angegeben (beliebige Einheit). %s von %d Zweigen ausgeführt
Für Kern A bauen. Für Kern B bauen. Für SDRAM bauen. Baustein für specs-basierte multilib-bewusste TFLAGS. Eingebaute %qF erfordert z14 oder höher Eingebaute %qF erfordert z15 oder höher Eingebaute Funktion nicht implementiert Wertargument bei %L kann kein Feld oder Feldabschnitt sein Wertargument bei %L ist in diesem Kontext nicht erlaubt Wertargument bei %L hat keinen numerischen Typ C-kompatible zeichenwertige Scheinvariable %qs bei %L mit VALUE-Attribut muss Länge eins haben Typ-Parameter nach C-Art ist für Typ %s, aber Typ bei %L ist %s C++-Konstruktoren und -Destruktoren werden für Objective-C-Felder nicht aufgerufen designierte Initialisierer für C++ sind erst mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar Nachschlagen von %qD würde in C++ ein Feld, keinen Typen zurückgeben C++-Module sind nicht kompatibel mit vorkompilierten Headern C++-Module sind nicht mit der traditionellen Vorverarbeitung kompatibel C++ erfordert weitergegebenen Typ, nicht Enum-Typ, in %<va_arg%> %<constexpr%> von C++11 ist nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar %<noexcept%> von C++11 ist nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar %<thread_local%> in C++11 erlaubt dynamische Initialisierung und Zerstörung %<thread_local%> von C++11 ist nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar C++11-Attribute sind erst ab %<-std=c++11%> oder %<-std=gnu++11%> verfügbar C++11 %<auto%> ist nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar %<constinit%> aus C++20 ist erst ab %<-std=c++20%> oder %<-std=gnu++20%> verfügbar C++20 %qE ist nur mit %<-fmodules-ts%> verfügbar %qE aus C++20 ist nur mit %<-fmodules-ts%> verfügbar, das ist jedoch noch nicht in %<-std=c++20%> enthalten Die Schreibweise der C++20-Konzeptdefinition ist %<concept <Name> = <Ausdruck>%> C++20 besagt, dass diese mehrdeutig sind, auch wenn der zweite umgekehrt ist: C99-Designator %qE ist kein konstanter Ganzzahlausdruck C99-Bezeichner %qE außerhalb von Aggregatinitialisierung CASE-Marke bei %L überschneidet sich mit CASE-Marke bei %L Untertyp der intrinsischen CCTL-Funktion ist außerhalb des gültigen Bereichs CDX-Befehle werden nur auf der R2-Architektur unterstützt CFString-Literalausdruck ist keine Zeichenkettenkonstante CFString-Literal fehlt CHANGE-TEAM-Anweisung bei %C CHARACTER-Ausdruck bei %L wird abgeschnitten (%ld/%ld) CHARACTER-Ausdruck wird in Zuweisung (%ld/%ld) bei %L abgeschnitten CHARACTER-Ausdruck wird in Konstruktor (%ld/%ld) bei %L abgeschnitten CHARACTER-Länge in !$OMP DECLARE REDUCTION %s ist bei %L nicht konstant CHARACTER-Länge bei %L muss konstant sein CHARACTER(*)-Funktion %qs bei %L CHARACTER(*)-Funktion %qs bei %L darf nicht feld-wertig sein CHARACTER(*)-Funktion %qs bei %L darf nicht zeiger-wertig sein CHARACTER(*)-Funktion %qs bei %L darf nicht rein sein CHARACTER(*)-Funktion %qs bei %L darf nicht rekursiv sein CLASS-Entität bei %C kann nicht das PARAMETER-Attribut haben CLASS-Selektor bei %L erfordert Zwischenspeicher, was noch nicht implementiert ist CLASS-Anweisung bei %C COMMON-Block %qs bei %L kann nicht das EXTERNAL-Attribut haben CLASS-Variable %qs bei %L muss Attrappe, reservierbar oder Zeiger sein CLOSE-Anweisung bei %L erfordert eine UNIT-Zahl CLOSE-Anweisung in PURE-Prozedur bei %C nicht erlaubt CODIMENSION für %qs außerhalb seines INTERFACE-Körpers bei %L angegeben Argument der COLLAPSE-Klausel ist keine konstante positive Ganzzahl bei %C COLLECT_GCC muss gesetzt sein. COMMON %qs bei %L existiert nicht COMMON %qs bei %L erfordert Auffüllen mit %d Bytes; bitte Elemente umordnen oder %<-fno-align-commons%> verwenden COMMON bei %L wird mehrfach in Klauseln derselben OMP-DECLARE-TARGET-Direktive erwähnt COMMON bei %L erfordert Auffüllen mit %d Bytes; bitte Elemente umordnen oder %<-fno-align-commons%> verwenden COMMON bei %L wurde in einer vorangehenden Direktive OMP DECLARE TARGET auf einen abweichenden DEVICE_TYPE festgelegt COMMON-Block %qs bei %L kann nicht das EXTERNAL-Attribut haben COMMON-Block %qs bei %L ist auch eine intrinsische Prozedur COMMON-Block %qs bei %L wird bei %L als PARAMETER verwendet COMMON-Block %qs bei %L, der auch ein Funktionsergebnis ist COMMON-Block %qs bei %L, der auch eine globale Prozedur ist COMMON-Block %qs bei %L verwendet denselben globalen Bezeichner wie die Entität bei %L COMMON-Block /%s/ bei %C nicht gefunden COMMON-Block bei %L COMMON-Block bei %L mit Bindungsmarke %qs verwendet denselben globalen Bezeichner wie Entität bei %L COMMON-Blockelement %qs bei %L darf in der PURE-Prozedur %qs kein EQUIVALENCE-Objekt sein COMMON-Variable %qs bei %L muss konstante Zeichenlänge haben COMPLEX-Argument %qs ist Argument des intrinsischen %qs bei %L COMPLEX-Größen können nicht bei %L verglichen werden CONTAINS-Block in Definition des abgeleiteten Typs bei %C CONTAINS-Anweisung bei %C ist bereits in einer enthaltenen Programmeinheit CONTAINS-Anweisung ohne FUNCTION- oder SUBROUTINE-Anweisung bei %L CONTIGUOUS-Attribut bei %C CONTIGUOUS-Anweisung bei %C CONVERT-Marke bei %L COUNT-Argument der intrinsischen Funktion »EVENT_QUERY« bei %L muss definierbar sein COUNT-Argument der intrinsischen Funktion EVENT_QUERY bei %L muss mindestens den Gültigkeitsbereich von Standard-Integer abdecken Das COUNT-Argument für SYSTEM_CLOCK bei %L hat nicht-Standard-Art Das COUNT_MAX-Argument für SYSTEM_CLOCK bei %L hat nicht-Standard-Art Das COUNT_RATE-Argument für SYSTEM_CLOCK bei %L hat nicht-Standard-Art Die ausgewählte CPU unterstützt nicht den x86-64-Befehlssatz CRIS-Port-Behauptung gescheitert: %s CRITICAL-Block innerhalb von OpenACC-Region bei %C CRITICAL-Block innerhalb von OpenMP-Region bei %C CRITICAL-Anweisung bei %C CTF-Debuginformationen angefordert, jedoch nicht vom %qs-Frontend unterstützt CYCLE-Anweisung bei %C ist nicht auf Nicht-Schleifenkonstrukt %qs anwendbar CYCLE-Anweisung bei %C für nicht-innerste eingeklappte »!$ACC LOOP«-Schleife CYCLE-Anweisung bei %C für nicht-innerste eingestürzte !$OMP DO-Schleife CYCLE-Anweisung bei %C für nicht-innerste gekachelte »!$ACC LOOP«-Schleife Vor jedem Funktionsprolog mcount für Profiling aufrufen. Dump-Funktion für Variablen und Funktion in IL aufrufen. Der Aufrufer kopiert Funktionsargumente, die über versteckte Referenzen übergeben werden. %s von %d Aufruf(en) ausgeführt
IMPORT %qs aus Host-Sichtbarkeitseinheit bei %C nicht möglich - existiert nicht. Das Modul, das gerade gebaut wird, kann nicht gleichzeitig mit USE verwendet werden Das Teilmodul, das gerade gebaut wird, kann nicht gleichzeitig mit USE verwendet werden Attribute des USE-verbundenen Symbols %s bei %L können nicht verändert werden Attribute des USE-verbundenen Symbols bei %L können nicht verändert werden Verzeichnis %s kann nicht gewechselt werden Länge des Arrays bei %L kann nicht berechnet werden. ABSTRACT-Typ %qs bei %L kann nicht konstruiert werden Interner Fehler: Cannot convert %qs to %qs at %L %qs bei %L kann nicht in interoperablen Typ konvertiert werden %s kann nicht nach %s bei %L umgewandelt werden Moduldatei %qs kann nicht gelöscht werden: %s Temporäre Moduldatei %qs kann nicht gelöscht werden: %s Form des Initialisierers bei %L kann nicht bestimmt werden Intrinsisches Modul namens %qs bei %C nicht gefunden Funktionsdeklaration für %qs kann nicht gefunden werden Schlüsselwort %qs in Aufruf von %qs bei %L kann nicht gefunden werden Keine Menge von geeigneten Multibibliotheken für %<-march=%s%>/%<-mabi=%s%> gefunden Das Symbol %qs kann nicht gefunden werden Name des aktuellen Verzeichnisses kann nicht ermittelt werden Das implied-shape-Feld bei %L kann nicht mit Skalar initialisiert werden Parameter-Feld bei %L kann nicht mit Elementen variabler Länge initialisiert werden Verzeichnis %s kann nicht erstellt werden »%s« kann nicht in den Speicher geladen werden »%s« kann nicht geöffnet werden JSON-Ausgabedatei »%s« konnte nicht geöffnet werden
Datei %qs kann nicht geöffnet werden Die eingebundene Datei %qs kann nicht geöffnet werden Moduldatei %qs kann bei %C nicht zum Lesen geöffnet werden: %s Moduldatei %qs kann bei %C nicht zum Schreiben geöffnet werden: %s Fehler beim Öffnen der omp_requires-Datei %qs Die vor-eingebundene Datei %qs kann nicht geöffnet werden Quelldatei %s kann nicht geöffnet werden
GENERIC %qs bei %L kann nicht überschrieben werden »%s« kann nicht gelesen werden Bei %2$C geöffnete Moduldatei %1$qs kann nicht gelesen werden, da sie von einer anderen Version von GNU Fortran erstellt wurde Moduldatei %qs kann nicht in %qs umbenannt werden: %s Interner Fehler: Cannot set Cray pointee array spec. Interner Fehler: Cannot set pointee array spec. Ausdruck bei %L kann nicht vereinfacht werden IMPLICIT bei %C kann nicht hinter IMPLICIT NONE angegeben werden Tippfehler abfangen. Gas veranlassen, Tomcat-Statistiken auszugeben. Index der Cgraph-Kantenanweisung nicht gefunden Index der Cgraph-Kantenanweisung außerhalb des gültigen Bereichs Interner Fehler: Chained transparent aliases Wertänderung bei Umwandlung von %qs in %qs bei %L Nur die unteren 8 Bit des Stapelzeigers verändern. ABI ändern, um Doppelwortbefehle zuzulassen. Menge der Vorausplanung ändern. Größte Länge der bedingt ausgeführten Sequenzen ändern. Anzahl der temporären Register ändern, die für bedingt ausgeführte Sequenzen zur Verfügung stehen. Stapelzeiger ändern, ohne Unterbrechungen (Interrupts) auszuschalten. Sichtbarkeit wird geändert, um standardmäßig zu Microsoft Visual Studio zu passen. Zeichen %qs in Zeichenkette bei %C ist in Zeichenart %d nicht repräsentierbar Zeichen %qs in Zeichenkette bei %L kann nicht in Zeichenart %d umgewandelt werden Zeichenkomponente %qs von %qs bei %L mit aufgeschobener Länge muss POINTER oder ALLOCATABLE sein Das Zeichen-Dummy-Argument %qs bei %L muss entweder die konstante Länge 1 haben oder eine angenommene Länge, es sei denn, es hat eine angenommene Form oder einen angenommenen Rang, da die Prozedur %qs das Attribut BIND(C) hat Das Zeichen-Dummy-Argument %qs bei %L muss die Länge 1 haben, da es das Attribut VALUE hat Zeichenwertige Scheinvariable %qs bei %L mit VALUE-Attribut muss konstante Länge haben Ausdruck für Zeichenlänge der Komponente %qs bei %L muss vom Typ INTEGER sein, nicht %s Zeichenlänge passt nicht (%ld/%ld) zwischen effektivem Argument und Scheinargument %qs mit vermuteter Form bei %L Zeichenlänge passt nicht (%ld/%ld) zwischen effektivem Argument und Zeiger oder reservierbarem Scheinargument %qs bei %L Zeichenlänge des effektiven Arguments kürzer als das des Scheinarguments %qs (%lu/%lu) bei %L Zeichenlänge der Komponente %qs muss ein konstanter Spezifikationsausdruck bei %L sein Zeichenwertiges Argument %qs der Anweisungsfunktion bei %L muss konstante Länge haben Zeichenwertige interne Funktion %qs bei %L darf keine angenommene Länge haben Zeichenwertige Modulprozedur %qs bei %L darf keine vermutete Länge haben Zeichenwertige Anweisungsfunktion %qs bei %L muss konstante Länge haben Zur Laufzeit auf Stapelüberlauf prüfen. Auf Syntaxfehler prüfen, dann anhalten. Rückgabewert des C++-Operators new prüfen. Strategie zur Erzeugung von Zeichenkettenoperationen wählen. Häppchengröße des OMP-Schedulers für Schleifen, die durch parloops parallelisiert wurden. Klausel erwartet bei %C Klausel erwartet bei %C nach dem abschließenden Komma Alle Tuningfeatures zurücksetzen. Register, die beim Funktionsaufruf verwendet wurden, am Ende auf 0 zurücksetzen. Hardwarefähigkeiten beim Linken löschen. BSS komplett löschen und mit Null initialisierte Werte in BSS platzieren. Koarray-Komponente %qs bei %L muss reservierbar mit aufgeschobener Form sein Coarray-Deklaration bei %C Koarray-Bezeichner bei %C, aber %qs ist kein Koarray Koarray-Scheinargument %qs bei %L für elementare Prozedur Coarray-Scheinvariable %qs bei %L in BIND(C)-Prozedur %qs nicht erlaubt Koarray-Spezifikation in ALLOCATE-Anweisung bei %L erforderlich Koarray-Variable %qs bei %L darf keine Kodimensionen mit aufgeschobener Form haben Coarrays bei %C ausgeschaltet, %<-fcoarray=%> schaltet sie ein Koarrays bei %L ausgeschaltet, %<-fcoarray=%> schaltet sie ein Code zur Neu-Reservierung des reservierbaren Feldes bei %L wird hinzugefügt Code zur Neu-Reservierung der reservierbaren Variable bei %L wird hinzugefügt Code-Größe: small, medium oder large. Koindex der Kodimension %d muss bei %L ein Skalar sein Unpassende Ränge des Koindex in Feldreferenz bei %L (%d/%d) Koindiziertes effektives ASYNCHRONOUS- oder VOLATILE-Argument bei %L erfordert, dass Schein-%qs weder ASYNCHRONOUS noch VOLATILE hat Effektives koindiziertes Argument bei %L in PURE-Prozedur wird an POINTER-Scheinargument übergeben Effektives koindiziertes Argument bei %L in PURE-Prozedur wird an INTENT(%s)-Argument übergeben Koindiziertes effektives Argument bei %L an scheinreservierbares %qs erfordert INTENT(IN) Koindiziertes effektives Argument bei %L an Scheinzeiger %qs Koindiziertes effektives Argument bei %L mit reservierbarer endgültiger Komponente für Schein-%qs erfordert entweder VALUE oder INTENT(IN) Koindiziertes effektives Argument bei %L mit endgültiger Zeigerkomponente Koindiziertes reservierbares Objekt bei %L Koindizierter Ausdruck bei %L wird einer Variable abgeleiteten Typs mit einer POINTER-Komponente in einer PURE-Prozedur zugewiesen Koindizierter Ausdruck auf Zeigerkomponente %qs in Strukturkonstruktor bei %L Koindiziertes Objekt mit polymorpher reservierbarer Subkomponente bei %L Koindiziertem polymorphen effektiven Argument bei %L wird polymorphes Scheinargument %qs übergeben Koindizierte Prozedurzeiger-Komponente bei %C Koindizierte Variable darf keine reservierbare endgültige Komponente in Zuweisung bei %L haben Im Falle eines internen Fehlers im C/C++-Compiler die Debuginformationen sammeln und in temporäre Datei ausgeben. Komma hinter * bei %C ist nur zusammen mit einer I/O-Liste erlaubt Komma vor Ein-/Ausgabeelementliste bei %L Komma bei %C erwartet Fehlendes Komma nach P-Deskriptor in Formatzeichenkette bei %L Code für »Big Endian«-Modus erzeugen. Code für »Little Endian-Modus erzeugen. Dies ist der Standard. Code übersetzen, der Cygwin DLL-Wrapper benötigt, um C++-Operator new/delete zu ersetzen. Für 32-Bit-Zeiger kompilieren. Für 64-Bit-Zeiger kompilieren. Für ETRAX 100 (CRIS v8) übersetzen. Für ETRAX 4 (CRIS v3) übersetzen. Für V8+-ABI-übersetzen. Für Geräte kompilieren, die aktiviertes XNACK erfordern. Standardmäßig ausgeschaltet. Für Geräte mit aktivierter SRAM-ECC-Funktion kompilieren (oder auch nicht). Vorgabewert ist »any«. Für das DSBT-Shared-Library-ABI kompilieren. Für m32r übersetzen. Für m32r2 übersetzen. Für m32rx übersetzen. Für v850-Prozessor übersetzen. Für v850e-Prozessor übersetzen. Für v850e1-Prozessor übersetzen. Für v850e2-Prozessor übersetzen. Für v850e2v3-Prozessor übersetzen. Für v850e3v5-Prozessor übersetzen. Für die v850es-Variante des v850e1 übersetzen. Debuggingcode mitcompilieren. Unittest-Code eincompilieren. Release-Version compilieren. Ganze Übersetzungseinheit auf einmal übersetzen. Übersetzungszeit-Bonus, den IPA-CP an Kandidaten vergibt, die Schleifengrenzen oder Schrittweiten bekannt machen. Meckern, wenn ein Name als Klassenmember deklariert wird, nachdem der Name bereits anderswo verwendet wird. Meckern, wenn eine Kommandozeilenoption gültig ist, aber nicht zum aktuellen Frontend gehört. Komplexes Argument von LOG bei %L kann nicht Null sein Komplexe Multiplikation und Division befolgen Fortran-Regeln. Komponente %qs bei %C bereits bei %L deklariert Komponente %qs bei %C bereits im Elterntypen bei %L deklariert Komponente %qs bei %C ist eine PRIVATE-Komponente von %qs Komponente %qs bei %L kann nicht ALLOCATABLE-Attribut haben, da es Element des BIND(C)-abgeleiteten Typs %qs bei %L ist Komponente %qs bei %L kann nicht POINTER-Attribut haben, da es Element des BIND(C)-abgeleiteten Typs %qs bei %L ist Komponente %qs bei %L hat das CONTIGUOUS-Attribut, aber ist kein Feldzeiger Komponente %qs bei %L mit TYPE(C_PTR) oder TYPE(C_FUNPTR) darf kein Koarray sein Komponente %qs bei %L mit Koarray-Komponente darf ein Nicht-Zeiger und nicht-reservierbares Skalar sein Komponente %qs in abgeleitetem Typ %qs bei %L könnte nicht C-kompatibel sein Komponente %qs in abgeleitetem Typ %qs bei %L könnte nicht C-kompatibel sein, obwohl abgeleiteter Typ %qs BIND(C) ist Komponente %qs wird im Strukturkonstruktor bei %L doppelt initialisiert Komponente %qs von %qs bei %L hat den gleichen Namen wie eine geerbte typgebundene Prozedur Komponente %qs von BIND(C)-Typ bei %L muss Länge eins haben Komponente %qs mit CLASS bei %C muss allozierbar oder Zeiger sein Komponente %s bei %L des Typs EVENT_TYPE muss eine Kodimension haben oder eine Subkomponente eines Koarrays sein, was wegen des Zeigerattributs der Komponente nicht möglich ist Komponente %s bei %L des Typs LOCK_TYPE muss eine Kodimension haben oder eine Subkomponente eines Koarrays sein, was wegen des Zeigerattributs der Komponente nicht möglich ist Komponente %s des bei %L deklarierten SEQUENCE-Typen hat kein SEQUENCE-Attribut Komponente bei %C muss ein POINTER-Attribut haben Komponenteninitialisierung ohne Namen hinter Komponente namens »%s« bei %L Komponente rechts einer Teilreferenz mit Rang ungleich Null darf bei %L kein Attribut ALLOCATABLE haben Komponente rechts einer Teilreferenz mit Rang größer Null darf kein POINTER-Attribut bei %L haben Komponente mit KIND-Attribut bei %C muss ein INTEGER sein Komponente mit LEN-Attribut bei %C muss INTEGER sein Komponenten in TYPE bei %C müssen CONTAINS vorausgehen Locview-Rücksetzpunkte auf Basis der geschätzten Befehlslängen berechnen. Berechnetes GOTO bei %C Verkettungsoperator bei %L muss Zeichenketten der gleichen Sorte verketten Verkettungsoperator in Ausdruck bei %L muss zwei CHARACTER-Operanden haben Bedingte Kopierbefehle für Gleitkommazahlen aktivieren. Bedingte Kopierbefehle für Ganzzahlen aktivieren. Für das newlib-Board-spezifische Laufzeitumgebung konfigurieren. Vorgabewert ist or1ksim. Konfiguriert mit: %s
In Konflikt stehende Initialisierungen in Union bei %L und %L Näher der IBM XLC-Semantik entsprechen. Mit nichts besonderem übereinstimmen. Mit dem ISO-C-Standard von 1990, wie 1994 ergänzt, übereinstimmen. Mit dem ISO-C-Standard von von 1990 mit GNU-Erweiterungen übereinstimmen. Mit dem ISO-C-Standard von 1990 übereinstimmen. Mit dem ISO-C++-Standard von 1998 (inclusive technischer Korrekturen von 2003 sowie GNU-Erweiterungen) übereinstimmen. Mit dem ISO-C++-Standard von 1998 (inclusive technischer Korrekturen von 2003) übereinstimmen. Mit dem ISO-C-Standard von von 1999 mit GNU-Erweiterungen übereinstimmen. Mit dem ISO-C-Standard von 1999 übereinstimmen. Mit dem ISO-C-Standard von von 2011 mit GNU-Erweiterungen übereinstimmen. Mit dem ISO-C-Standard von 2011 übereinstimmen. Mit dem ISO-C++-Standard von 2011 mit GNU-Erweiterungen übereinstimmen. Mit dem ISO-C++-Standard von 2011 übereinstimmen. Mit dem ISO-C++-Standard von 2014 mit GNU-Erweiterungen übereinstimmen. Mit dem ISO-C++-Standard von 2014 übereinstimmen. Mit dem ISO-C-Standard von 2017 (veröffentlicht 2018) mit GNU-Erweiterungen übereinstimmen. Mit dem ISO-C-Standard von 2017 (2018 veröffentlicht) übereinstimmen. Mit dem ISO-C++-Standard von 2017 mit GNU-Erweiterungen übereinstimmen. Mit dem ISO-C++-Standard von 2017 übereinstimmen. Mit dem ISO-C++-Standard 2020 übereinstimmen (experimentelle und unvollständige Unterstützung). Mit dem ISO-C++-Standard für 2020 mit GNU-Erweiterungen (experimentelle und unvollständige Unterstützung) übereinstimmen. Mit dem ISO-C++-Standardentwurf 2023 übereinstimmen (experimentelle und unvollständige Unterstützung). Mit dem ISO-C++-Standardentwurf für 2023 mit GNU-Erweiterungen (experimentelle und unvollständige Unterstützung) übereinstimmen. Mit dem ISO-C-Standardentwurf 202X übereinstimmen (experimentelle und unvollständige Unterstützung). Mit dem ISO-C-Standardentwurf für 202X mit GNU-Erweiterungen (experimentelle und unvollständige Unterstützung) übereinstimmen. Mit dem Standard ISO Fortran 2003 übereinstimmen. Mit dem Standard ISO Fortran 2008 inkl. TS 29113 übereinstimmen. Mit dem Standard ISO Fortran 2008 übereinstimmen. Mit dem Standard ISO Fortran 2018 übereinstimmen. Mit dem Standard ISO Fortran 95 übereinstimmen. Mit der in GCC 4.0 implementierten Version Objective-C 1.0 übereinstimmen. Der ABI o32-FPXX entsprechen. Zugriff auf Speicher in Bytegröße als langsam betrachten. Typ »int« als 16 Bit breit ansehen. Typ »int« als 32 Bit breit ansehen. Die MESSAGE-Klausel bei %L erfordert einen konstanten Zeichenausdruck Konstanter Ausdruck in FORMAT-Markierung bei %L muss vom Standard-CHARACTER-Typ sein Konstanten-Ausdruck erforderlich bei %C Konstanter logischer Wert in CASE-Anweisung wird bei %L wiederholt Konstante memcpy-Größe in Bytes, ab der die MOPS-Sequenz verwendet werden soll. Konstante memmove-Größe in Bytes, ab der die MOPS-Sequenz verwendet werden soll. Konstante memset-Größe in Bytes, ab der die MOPS-Sequenz verwendet werden soll. Netze konstruieren und nicht zusammenhängende Verwendungen einzelner Variablen aufteilen. Enthaltene Funktion %qs bei %L hat keinen IMPLICIT-Typ Enthaltene Prozedur %qs bei %C steht in Konflikt mit Prozedur, die bei %L definiert wurde Enthaltene Prozedur %qs bei %C ist bereits mehrdeutig Schnittstellenprozedur %qs bei %L hat denselben Namen wie die umgebende Prozedur Enthaltene Prozedur %qs bei %L einer PURE-Prozedur muss auch PURE sein Erstellen der Steuerung für Kehrwertabschätzungen. Steuert, dass IRA die übereinstimmende Bedingung (doppelte Operandennummer) in allen verfügbaren Alternativen für die bevorzugte Registerklasse stark berücksichtigt. Wenn sie auf Null gesetzt ist, bedeutet dies, dass IRA die übereinstimmende Bedingung nur berücksichtigt, wenn sie in der einzigen verfügbaren Alternative mit einer geeigneten Registerklasse enthalten ist. Andernfalls bedeutet es, dass IRA alle verfügbaren Alternativen für die bevorzugte Registerklasse prüft, selbst wenn sie eine Auswahl mit einer geeigneten Registerklasse gefunden hat, und die gefundene qualifizierte übereinstimmende Einschränkung beachtet. Den IEEE-Trap-Modus steuern. Den generierten FP-Rundungsmodus steuern. Die Präzision der FP-Ausnahmen steuern. Steuern, welche Ereignisse in den Diagnosepfaden angegeben werden. Steuert, wie der Schleifenvektorisierer partielle Vektoren verwendet. 0 bedeutet nie, 1 bedeutet nur für Schleifen, die nicht unbedingt vektorisiert werden müssen, 2 bedeutet für alle Schleifen. Voreinstellung ist 2. Umwandlung von %qs in %qs bei %L Umwandlung von %s in %s bei %L Umwandlung von %s in standardartiges COMPLEX(%d) bei %L könnte Genauigkeit verlieren, evtl. KIND-Argument verwenden Umwandlung einer Unendlichkeit oder NaN bei %L in INTEGER Adressen der Form BASE + LARGE_OFFSET in NEW_BASE + SMALL_OFFSET konvertieren, damit mehr Speicherzugriffe als komprimierte Anweisungen generiert werden können. Zielt derzeit auf 32-Bit-Integer-Laden/Speichern ab. Umwandlung bedingter Sprünge in innersten Schleifen in zweiglose Äquivalente durchführen. Gleitkommakonstanten in Konstanten einfacher Genauigkeit umwandeln. Funktionsrückkehr in Aufruf umwandeln und Thunk zurückgeben. Indirekte Aufrufe und Sprünge in Aufrufe umwandeln und Thunks zurückgeben. Feldabschnitte bei Prozedureintritt in einen zusammenhängenden Block kopieren. Copyright %s 2023 Free Software Foundation, Inc.
Unpassender Korang in Argument %qs bei %L (%d und %d) Kosten, zu denen GCSE-Optimierungen nicht die Entfernung beeinträchtigen werden, um die ein Ausdruck verschoben werden kann. Für Sprungbefehl anzunehmende Kosten. Für einen Multiplikationsbefehl anzunehmende Kosten. Für einen Multiplikationsbefehl anzunehmende Kosten; 4 entspricht einem normalen Befehl. Addis-Wert für Fusion kann nicht erzeugt werden Ausgabedatei »%s« konnte nicht geöffnet werden
Spekulative Abhängigkeiten während Prioritätsberechnung der Befehle zählen. Cray-Zeigerende bei %C kann nicht Feld mit impliziter Form sein Cray-Zeigerende bei %L tritt in mehreren pointer()-Anweisungen auf Cray-Zeigerziel %qs in %s-Klausel bei %L Cray-Zeigerziel %qs in Klausel SHARED bei %L Cray-Zeigerziel-Objekt %qs in Klausel %s bei %L Cray-Zeigerziel-Objekt %qs von abgeleitetem Typ in »%s«-Klausel bei %L Cray-Zeigerziel-Objekt %qs von polymorphem Typ in %qs-Klausel bei %L Cray-Zeiger %qs in %s-Klausel bei %L Cray-Zeiger bei %C hat %d Bytes Genauigkeit; Speicheradressen benötigen %d Bytes Cray-Zeiger bei %C muss eine Ganzzahl sein Cray-Zeiger-Deklaration bei %C benötigt den Schalter %<-fcray-pointer%> Cray-Zeiger-Objekt %qs in Klausel %s bei %L Cray-Zeiger-Objekt von abgeleitetem Typ %qs in »%s«-Klausel bei %L Cray-Zeiger-Objekt %qs von polymorphem Typ in %qs-Klausel bei %L GUI-Anwendung erzeugen. Dynamisch gebundene, lageunabhängige ausführbare Datei erzeugen. Shared Library erzeugen. Statische, lageunabhängige ausführbare Datei erzeugen. Kanonische Induktionsvariablen in Schleifen erzeugen. Konsolenanwendung erzeugen. Von »gcov« benötigte Dateien anlegen. »%s« wird erzeugt
Zwischenergebnis-Feld bei %L wird erzeugt Bei %L wird ein vorübergehendes Feld für Argument %qs erzeugt D unterstützt auf dieser Zielplattform keine Zeiger. D-Inline-Assembler-Anweisungen werden in GDC nicht unterstützt. DATA-Feld %qs bei %L muss in vorheriger Deklaration angegeben werden DATA-Element %qs bei %L kann keinen Coindex haben Das DATA-Element %qs bei %L kann kein ALLOCATABLE-Attribut haben DATA-Element %qs bei %L ist ein Zeiger und muss daher ein vollständiges Feld sein Das DATA-Objekt in der Nähe von %L hat das Zeiger-Attribut und der entsprechende DATA-Wert ist kein gültiges initial-data-target DATA-Anweisung bei %C hinter der ersten ausführbaren Anweisung DATA-Anweisung bei %C kann nicht innerhalb von INTERFACE auftreten DATA-Anweisung bei %C ist in PURE-Prozedur nicht erlaubt DATA-Anweisung bei %L hat mehr Werte als Variablen DATA-Anweisung bei %L hat mehr Variablen als Werte DC-Format-Spezifizierer bei %C nicht erlaubt DEALLOCATE Objekt DEALLOCATE von Koarray bei %C in CRITICAL-Block DEALLOCATE von Koarray bei %C in DO CONCURRENT-Block DECIMAL= bei %L ist in Fortran 95 nicht erlaubt DEFAULTMAP bei %C, aber das vorherige DEFAULTMAP ist für Kategorie %s DEFAULTMAP bei %C, aber das vorherige DEFAULTMAP hat eine unspezifizierte Kategorie DEF_INTERNAL_FLT_FN (%s) hat keine verknüpften eingebauten Funktionen DEF_INTERNAL_INT_FN (%s) hat keine verknüpften eingebauten Funktionen DELIM= bei %L ist in Fortran 95 nicht erlaubt Die DEPEND-Klausel bei %L des OMP-DEPOBJ-Konstrukts darf nur einen einzigen Locator haben DEPEND-Klausel bei %L des OMP-DEPOBJ-Konstrukts darf nicht den Abhängigkeitstyp DEPOBJ haben DEPOBJ im DEPOBJ-Konstrukt bei %L muss eine skalare Ganzzahl der Art OMP_DEPEND_KIND sein DETACH-Ereignisbehandler %qs in %s-Klausel bei %L DETACH-Ereignisbehandler %qs in SHARED-Klausel bei %L DIM-Argument bei %L ist außerhalb der Grenzen DIM-Argument ohne COARRAY-Argument ist für intrinsisches THIS_IMAGE bei %L nicht erlaubt DIMENSION für %qs außerhalb seines INTERFACE-Körpers bei %L angegeben Argument DISTANCE= für NUM_IMAGES bei %L Argument DISTANCE= für THIS_IMAGE bei %L Die chunk_size der DIST_SCHEDULE-Klausel bei %L erfordert einen skalaren INTEGER-Ausdruck DO CONCURRENT-Konstrukt bei %C DO-Schleife bei %L ist undefiniert, da sie überläuft DO-Schleife bei %L ist undefiniert, da sie unterläuft DO-Schleife bei %L wird null mal ausgeführt DO-Schrittwert ist Null DO-Abbruchanweisung ist nicht »END DO« oder »CONTINUE« mit Marke %d bei %C DO-Iterator %qs bei %L ist innerhalb eines Iterators mit gleichem Namen DOUBLE COMPLEX bei %C DP-Format-Spezifizierer bei %C nicht erlaubt DTIO-%s-Prozedur bei %L muss rekursiv sein DTIO-Zeichenargument bei %L muss angenommene Länge haben DTIO-Scheinargument bei %L muss ein Skalar sein DTIO-Scheinargument bei %L muss ein ASSUMED SHAPE ARRAY sein DTIO-Scheinargument bei %L muss von KIND = %d sein DTIO-Scheinargument bei %L muss vom Typ %s sein DTIO-Scheinargument bei %L muss INTENT %s haben DTIO-Prozedur %qs bei %L muss ein Unterprogramm sein Darwin unterstützt »-mfentry« oder verwandte Optionen nicht Darwin ist keine mx32-Plattform Datenelement oberhalb der oberen Feldgrenze bei %L Datenelement unterhalb der unteren Feldgrenze bei %L Daten werden im Big-Endian-Format gespeichert. Daten werden im Little-Endian-Format gespeichert (Standard). Daten werden ausgehend vom Start des Programmcodes statt der GOT adressiert (mit -fPIC/-fPIE). Datenziel bei %L darf keinen Koindex haben Datenübertragungselement bei %L kann keine vollständige Referenz auf Feld vermuteter Größe sein Element zum Datenaustausch bei %L kann nicht polymorph sein, außer es wird von einer definierten E/A-Prozedur verarbeitet Datenübertragungselement bei %L kann keine ALLOCATABLE-Komponenten haben, außer es wird von einer definierten E/A-Prozedur verarbeitet Datenübertragungselement bei %L kann keine POINTER-Komponenten haben, außer es wird von einer definierten E/A-Prozedur verarbeitet Datenübertragungselement bei %L kann keine PRIVATE-Komponenten haben Datenübertragungselement bei %L kann keine PRIVATE-Komponenten haben, außer es wird von einer definierten E/A-Prozedur verarbeitet Datenübertragungselement bei %L kann keine Prozedurzeiger-Komponenten haben Datenzeigerobjekt bei %L muss unbegrenzt polymorph oder von einem Typ mit BIND- oder SEQUENCE-Attribut sein, um zum unbegrenzt polymorphen Ziel zu passen Debugging-Bibliothe, die anstelle von phobos verwendet wird. Wenn die Methode %qD als »final« deklariert wäre, würde das die Devirtualisierung von %d Aufruf einschalten Wenn die Methode %qD als »final« deklariert wäre, würde das die Devirtualisierung von %d Aufrufen einschalten Wenn die Methode %qD als »final« deklariert wäre, würde das die Devirtualisierung von %d Aufruf, der %lli-mal ausgeführt wurde, einschalten Wenn die Methode %qD als »final« deklariert wäre, würde das die Devirtualisierung von %d Aufrufen, die %lli-mal ausgeführt wurden, einschalten Wenn Typ %qD »final« wäre, würde %i Aufruf devirtualisiert werden Wenn Typ %qD »final« wäre, würden %i Aufrufe devirtualisiert werden Wenn Typ %qD »final« wäre, würde %i Aufruf, der %lli-mal ausgeführt wurde, devirtualisiert werden Wenn Typ %qD »final« wäre, würden %i Aufrufe, die %lli-mal ausgeführt wurden, devirtualisiert werden Wenn der virtuelle Destruktor von %qD als »final« deklariert wäre, würde das die Devirtualisierung von %d Aufruf einschalten Wenn der virtuelle Destruktor von %qD als »final« deklariert wäre, würde das die Devirtualisierung von %d Aufrufen einschalten Wenn der virtuelle Destruktor von %qD als »final« deklariert wäre, würde das die Devirtualisierung von %d Aufruf, der %lli-mal ausgeführt wurde, einschalten Wenn der virtuelle Destruktor von %qD als »final« deklariert wäre, würde das die Devirtualisierung von %d Aufrufen, die %lli-mal ausgeführt wurden, einschalten Standardbibliothek, die anstelle von phobos verwendet wird. Das durch Vorgabe initialisierte Dummy-%qs-Argument %qs bei %L ist in der BIND(C)-Prozedur %qs nicht erlaubt Zurückholen der Funktionsargumente vom Stapel bis auf weiteres hinauszögern. Aufgeschobenes Feld %qs bei %L ist nicht in einem Initialisierungs-Ausdruck erlaubt Parameter aufgeschobenen Typs wird noch nicht unterstützt Das Zeichen-Dummy-Argument %qs bei %L hat verzögerte Länge und gehört zur Prozedur %qs mit dem Attribut BIND(C) Unerreichbare Befehle löschen, die Ausnahmen werfen können. Unnötige Nullzeigerprüfungen löschen. Gelöschte Funktion: Abhängigkeitstyp SINK wird zusammen mit SOURCE an demselben Konstrukt bei %L verwendet Veraltet zugunsten von -std=c++11. Veraltet zugunsten von -std=c++14. Veraltet zugunsten von -std=c++17. Veraltet zugunsten von -std=c11. Veraltet zugunsten von -std=c99. Veraltet zugunsten von -std=gnu++11. Veraltet zugunsten von -std=gnu++14. Veraltet zugunsten von -std=gnu++17. Veraltet zugunsten von -std=gnu11. Veraltet zugunsten von -std=gnu99. Veraltet zugunsten von -std=iso9899:1999. Veraltete Option. Stattdessen -mno-vrsave verwenden. Veraltete Option. Stattdessen -mvrsave verwenden. Veraltet. Dieser Schalter hat keine Auswirkung. Abgeleiteter Typ %qs bei %C wird verwendet, bevor er definiert wird Abgeleiteter Typ %qs bei %L kann nicht das SEQUENCE-Attribut haben, da er BIND(C) ist Abgeleiteter Typ %qs bei %L wurde nicht deklariert Abgeleiteter Typ %qs bei %L darf nicht ABSTRACT sein Abgeleiteter Typ %qs bei %L muss eine Erweiterung von %qs sein Abgeleiteter Typ %qs bei %L muss erweiterbar sein Abgeleiteter Typ %qs kann bei %C nicht als Variable verwendet werden Abgeleiteter Typ %qs kann bei %L nicht als Variable verwendet werden Abgeleiteter Typ %qs, bei %L deklariert, muss BIND-Attribut haben, um C-kompatibel zu sein Abgeleiteter Typ %qs wird als Argument bei %L verwendet Abgeleiteter Typ %qs mit Attribut BIND(C) bei %L ist leer und könnte für entsprechenden C-Prozessor unzugreifbar sein Abgeleiteter Typ bei %C kann nur PRIVATE im Spezifikationsteil eines Moduls sein Abgeleiteter Typ bei %C kann nur PUBLIC im Spezifikationsteil eines Moduls sein Abgeleiteter Typ bei %C wurde vorher nicht definiert und kann daher nicht in einer abgeleiteten Typdefinition auftreten Komponente %C abgeleiteten Typs ist kein zulässiges EQUIVALENCE-Element Deklaration abgeleiteten Typs mit FINAL bei %C muss im Spezifikationsteil eines Moduls sein Definition eines abgeleiteten Typs bei %C mit leerem CONTAINS-Abschnitt Definition des abgeleiteten Typs bei %C ohne Komponenten Abgeleitete Typdefinition von %qs bei %C wurde bereits definiert Abgeleiteter Typname %qs bei %C hat bereits einen Basistyp Abgeleiteter Typname %qs bei %C hat bereits einen Basistypen von %s Variable %qs abgeleiteten Typs bei %L kann keine ALLOCATABLE-Komponenten haben, um EQUIVALENCE-Objekt zu sein Variable %qs abgeleiteten Typs bei %L muss SEQUENCE-Attribut haben, um EQUIVALENCE-Objekt zu sein Variable %qs abgeleiteten Typs bei %L mit Standardinitialisierung kann nicht in EQUIVALENCE mit einer Variablen in COMMON sein Variable %qs abgeleiteten Typs bei %L mit Zeigerkomponenten kann kein EQUIVALENCE-Objekt sein Variable %qs abgeleiteten Typs in COMMON bei %L hat eine endgültige Komponente, die allozierbar ist Variable %qs abgeleiteten Typs in COMMON bei %L hat weder das SEQUENCE- noch das BIND(C)-Attribut Variable %qs abgeleiteten Typs in COMMON bei %L darf nicht Standardinitialisierung haben Bei %2$L deklarierter abgeleiteter Typ %1$qs muss ABSTRACT sein, da %3$qs DEFERRED und nicht überschrieben ist Abgeleiteter Typ %qs bei %C mit BIND(C) darf keinen CONTAINS-Abschnitt haben Abgeleiteter Typ %qs bei %C mit SEQUENCE darf keinen CONTAINS-Abschnitt haben Scheinargument %qs abgeleiteten Typs bei %L war als INTENT(OUT) deklariert, aber nicht gesetzt und hat keine Standardinitialisierung Keine weiteren Informationen verfügbar. Keine weiteren Informationen verfügbar. Keine weiteren Informationen verfügbar. Keine weiteren Informationen verfügbar. Felder von teilweise konstruierten Objekten zerstören. Ausführungspfade erkennen, die ausgelöst werden, indem ein Nullwert auf eine Weise verwendet wird, die durch ein »returns_nonnull«- oder »nonnull«-Attribut verboten ist. Solche Pfade werden aus dem Hauptablauf herausgenommen und durch eine Trap ersetzt. Ausführungspfade erkennen, die durch Dereferenzieren eines Nullzeigers fehlerhaftes oder undefiniertes Verhalten auslösen. Solche Pfade werden aus dem Hauptablauf herausgenommen und durch eine Trap ersetzt. Feststellen, welche Abhängigkeiten zwischen Befehlen als teuer angesehen werden. Unterschiedliche CHARACTER-Längen (%ld/%ld) in Feldkonstruktor Unterschiedliche CHARACTER-Längen (%ld, %ld) in Feldkonstruktor bei %L Verschiedene Zeichenarten bei %L Parameter verschiedener Typen in Zeigerzuweisung bei %L Verschiedene Ränge in Zeigerzuweisung bei %L Andere Form für %s bei %L für Dimension %d (%d und %d) Unterschiedliche Form für Argumente %qs und %qs bei %L für intrinsisches %<dot_product%> Andere Form bei Dimension 1 für Argumente %qs und %qs bei %L für intrinsisches matmul Andere Form bei Dimension 2 für Argument %qs und Dimension 1 für Argument %qs bei %L für intrinsisches matmul Verschiedene Typ-Arten bei %L Verschiedene Typen in Zeigerzuweisung bei %L; Versuch der Zuweisung von %s an %s Für %s bei %L wurden Dimensionen nach dessen Initialisierung angegeben Die Warnung »-Wframe-larger-than=« ausschalten. Entspricht »-Wframe-larger-than=<SIZE_MAX>« oder größer. Die Warnung »-Wlarger-than=« ausschalten. Entspricht »-Wlarger-than=<SIZE_MAX>« oder größer. ARCompact-spezifischen Durchlauf, um Befehle für bedingte Ausführung zu erzeugen, ausschalten. Gleitkommaregister ausschalten. Äquivalent zu -msoft-float. FPU-ISA wird ausgeschaltet, kann mit %<-mfloat-abi=soft%> eingeschaltet werden LR- und SR-Befehle davon abhalten, FPX-Erweiterungsregister zu verwenden. Durchlauf für Skalar-nach-Vektor-Optimierung ausschalten, der 64-Bit-Ganzzahlberechnungen in Vektorberechnungen umwandelt. Die Warnung Walloc-size-larger-than= ausschalten. Entspricht Walloc-size-larger-than=<SIZE_MAX> oder größer. Die Warnung Walloca-larger-than= ausschalten. Entspricht Walloca-larger-than=<SIZE_MAX> oder größer. Die Warnung »-Wstack-usage=« ausschalten. Entspricht »-Wstack-usage=<SIZE_MAX>« oder größer. Die Warnung Wvla-larger-than= ausschalten. Entspricht Wvla-larger-than=<SIZE_MAX> oder größer. Zugriff auf gemeinsamen Speicher ausschalten. Zugriff auf Variablen, die mit »@system« markiert sind, von @safe-Code aus verbieten. Gleitkommaoptimierungen ausschalten, die die IEEE-Vorzeichenbehaftung von Null nicht beachten. Hardware-Gleitkommabefehle ausschalten. Indizierte Adressierung ausschalten. Von IEEE-Signalisierungs-NaNs wahrnehmbare Optimierungen ausschalten. Optimierungen, die Standard-Rundungsverhalten für Gleitkomma annehmen, ausschalten. Lageunabhängigen Code (PIC) für Verwendung in BS-Kernelcode ausschalten. Vorverarbeitung ausschalten. Leerregister ausschalten. Verwendung der RX-FPU-Befehle ausschalten. Direkte Aufrufe von globalen Funktionen verbieten. Mehr als »msched-max-memory-insns« in Befehlsgruppe verbieten. Ansonsten ist Grenze »weich« (Nicht-Speicheroperationen beim Erreichen der Grenze bevorzugen). Optimierung der Endrekursion verbieten, wenn die aufrufende Routine die Zeichenlänge weggelassen haben könnte. Unvollständige unveränderliche Umwandlungen, die bislang fälschlicherweise erlaubt waren, verbieten. Reine und konstante Funktionen entdecken. Nur-lese und nicht-adressierbare statische Variablen entdecken. Nur-lese-, nur-schreib- und nicht-adressierbare statische Variablen entdecken. Übersetzungszeitstatistik anzeigen. Während der Übersetzung angesammelte Statistik anzeigen. Zielspezifische Befehlszeilenoptionen (einschließlich Assembler- und Linker-Optionen) anzeigen. Codebaum nach Frontend-Optimierung anzeigen. Codebaum nach Analyse anzeigen. Codebaum nach Analyse anzeigen; veraltete Option. Compiler-Version anzeigen. Frontend-AST nach dem Parsen und der semantischen Analyse anzeigen. Die globale Symboltabelle nach dem Parsen anzeigen. Die Symbole in umgekehrter Reihenfolge ausgeben. Diese Informationen anzeigen. Division durch Null bei %L Division durch Null beim Konvertieren von %s in %s bei %L Divisionsstrategie, eine von: call-div1, call-fp, call-table. In LRA die ablaufsensitive Rematerialisierung durchführen. Dispatch-Planung durchführen, wenn Prozessor bdver1, bdver2, bdver3, bdver4 oder znver1 ist und Haifa-Planung ausgewählt ist. Die D-Programmstart-Dateien mit dem Compilat binden. Keine BRcc-Befehle in arc_reorg erzeugen. Keine Standardsymbolexporte zu Modulen oder dynamischen Bibliotheken hinzufügen. Verbieten, dass konstante Daten in Codeabschnitten platziert werden. Nicht von einem großen TLS-Segment ausgehen. Nicht annehmen, dass Funktionen, die im Trainingslauf nie ausgeführt wurden, kalt sind. Nicht annehmen, dass Standard-C-Bibliotheken und »main« vorhanden sind. Leerregister nicht ausschalten. Kommentare in Makroexpansionen nicht verwerfen. Kommentare nicht verwerfen. Übersetzte Funktionen oder verstrichene Zeit nicht ausgeben. Gemeinsame Elemente in Templatevergleichen nicht weglassen. Keine Adressierungsmodi mit Seiteneffektzuweisungen erzeugen. Keine komplexen Ganzzahlkonstanten im Nur-Lese-Speicher erzeugen. Keinen Funktionsprolog oder -epilog erzeugen. Strenge Ausrichtung nicht erzwingen. Keine #line-Direktiven erzeugen. Keine .size-Direktiven erzeugen. Nicht unbedingt einen einzigen Austrittspunkt für jede Funktion erzeugen. Keinen Code generieren, der nur im Supervisor-Modus läuft (Standard). Keine Befehle für Laden/Speichern mit Aktualisierung erzeugen. Keine mpy-Befehle für ARC700 erzeugen. Keine unausgerichteten Speicherzugriffe erzeugen. Ganzzahldivision nicht »inline« generieren. Quadratwurzel nicht »inline« generieren. Nicht gegen die Geräte-spezifische Bibliothek lib<MCU>.a binden. D-Standardbibliothek nicht in die Compilierung einbinden. PIC-Register nicht in Funktionsprologen laden. Nicht nach Objekten im Standardverzeichnis suchen. ABI-Schalter nicht in e_flags markieren. Keine Optimierungen durchführen, die die Stapelverwendung deutlich erhöhen. Gleitkommakonstanten nicht ins TOC legen. Symbol+Offset-Konstanten nicht ins TOC legen. Keine system- oder GCC-spezifischen Makros vordefinieren. Template-Spezialisierungen für die Ausgabe nicht als Template-Signatur gefolgt von den Argumenten umformatieren. Keine Standard-Start-Adresse 0x100 des Programmes bereitstellen. In Überwachungsfunktionen erweiterte Register nicht auf Stapel sichern. Standard-System-Einfügepfade nicht durchsuchen (die mit -isystem angegebenen werden trotzdem noch verwendet). Standard-System-Einfügeverzeichnisse nicht für C++ durchsuchen. Eingebaute Funktionen und Codeerzeugung für SSE4.1 und SSE4.2 nicht unterstützen. Keine Fehlersuchinformationen für C++-Klassen unterdrücken. Warnungen aus System-Headern nicht unterdrücken. Lokale Variablen und COMMON-Blöcke behandeln, als ob sie in SAVE-Anweisungen benannt worden wären. Ausrichtung von Code und der Nur-Lese-Daten nicht optimieren. Stapelausrichtung nicht optimieren. Ausrichtung der schreibbaren Daten nicht optimieren. Die GOT nicht verwenden, um auf externe Symbole zuzugreifen. Keine MDMX-Befehle verwenden. Keine MIPS-3D-Befehle verwenden. VAX-FP nicht verwenden. Keine Cache entleerende Funktion verwenden, bevor Stapel-Trampoline aufgerufen werden. Adressen, die globale Register belegen, nicht verwenden. Keine Bedingungscodes normaler Befehle verwenden. Hardware-Gleitkommabefehle nicht verwenden. Hardware-Gleitkommabefehle nicht verwenden. Hardware-Gleitkommabefehle nicht verwenden. Hardware-Vierfach-Gleitkommabefehle nicht verwenden. Die AIX-Vector-Extended-ABI nicht verwenden. AltiVec-ABI-Erweiterungen nicht verwenden. Bit-Feld-Befehle nicht verwenden. Den callt-Befehl nicht verwenden (Standard). Nicht die gerätespezifische Specs-Datei »device-specs/specs-<MCU>« verwenden. Spezifischen Befehl »fabsd« nicht verwenden. Spezifischen Befehl »fabss« nicht verwenden. Spezifischen Befehl »faddd« nicht verwenden. Spezifischen Befehl »fadds« nicht verwenden. Spezifischen Befehl »fatand« nicht verwenden. Spezifischen Befehl »fatans« nicht verwenden. Spezifischen Befehl »fcmpeqd« nicht verwenden. Spezifischen Befehl »fcmpeqs« nicht verwenden. Spezifischen Befehl »fcmpged« nicht verwenden. Spezifischen Befehl »fcmpges« nicht verwenden. Spezifischen Befehl »fcmpgtd« nicht verwenden. Spezifischen Befehl »fcmpgts« nicht verwenden. Spezifischen Befehl »fcmpled« nicht verwenden. Spezifischen Befehl »fcmples« nicht verwenden. Spezifischen Befehl »fcmpltd« nicht verwenden. Spezifischen Befehl »fcmplts« nicht verwenden. Spezifischen Befehl »fcmpned« nicht verwenden. Spezifischen Befehl »fcmpnes« nicht verwenden. Spezifischen Befehl »fcosd« nicht verwenden. Spezifischen Befehl »fcoss« nicht verwenden. Spezifischen Befehl »fdivd« nicht verwenden. Spezifischen Befehl »fdivs« nicht verwenden. Spezifischen Befehl »fexpd« nicht verwenden. Spezifischen Befehl »fexps« nicht verwenden. Spezifischen Befehl »fextsd« nicht verwenden. Spezifischen Befehl »fixdi« nicht verwenden. Spezifischen Befehl »fixdu« nicht verwenden. Spezifischen Befehl »fixsi« nicht verwenden. Spezifischen Befehl »fixsu« nicht verwenden. Spezifischen Befehl »floatid« nicht verwenden. Spezifischen Befehl »floatis« nicht verwenden. Spezifischen Befehl »floatud« nicht verwenden. Spezifischen Befehl »floatus« nicht verwenden. Spezifischen Befehl »flogd« nicht verwenden. Spezifischen Befehl »flogs« nicht verwenden. Spezifischen Befehl »fmaxd« nicht verwenden. Spezifischen Befehl »fmaxs« nicht verwenden. Spezifischen Befehl »fmind« nicht verwenden. Spezifischen Befehl »fmins« nicht verwenden. Spezifischen Befehl »fmuld« nicht verwenden. Spezifischen Befehl »fmuls« nicht verwenden. Spezifischen Befehl »fnegd« nicht verwenden. Spezifischen Befehl »fnegs« nicht verwenden. Spezifischen Befehl »frdxhi« nicht verwenden. Spezifischen Befehl »frdxlo« nicht verwenden. Spezifischen Befehl »frdy« nicht verwenden. Spezifischen Befehl »fsind« nicht verwenden. Spezifischen Befehl »fsins« nicht verwenden. Spezifischen Befehl »fsqrtd« nicht verwenden. Spezifischen Befehl »fsqrts« nicht verwenden. Spezifischen Befehl »fsubd« nicht verwenden. Spezifischen Befehl »fsubs« nicht verwenden. Spezifischen Befehl »ftand« nicht verwenden. Spezifischen Befehl »ftans« nicht verwenden. Den eigenen Befehl ftruncds nicht verwenden. Spezifischen Befehl »fwrx« nicht verwenden. Spezifischen Befehl »fwry« nicht verwenden. Spezifischen Befehl »round« nicht verwenden. Keine unausgerichteten Speicherreferenzen verwenden. Nicht bei den angegebenen Attributen warnen. Nicht bei Verwendung von »long long« mit -pedantic warnen. Stapel-Überprüfung mit Grenzen im L1-Zwischenspeicher durchführen. Tut nichts. Für Rückwärtskompatibilität erhalten. Tut nichts. Für Rückwärtskompatibilität erhalten. Code- und Datenelemente nicht ausrichten. Keine floats und doubles in Registern erweiterter Genauigkeit reservieren. Nicht annehmen, dass unausgerichtete Zugriffe vom System behandelt werden. Keine Funktionen zum Entleeren des Cache aufrufen. Keine Abfangfunktion zum Entleeren des Cache aufrufen. Keine dynamisch gebundene, lageunabhängige ausführbare Datei erzeugen. Felder von teilweise konstruierten Objekten nicht zerstören. Keine DWARF-Ergänzungen über gewählte Version hinaus erzeugen. Keine DLL-exportierten Inline-Funktionen erzeugen, außer wenn nötig. Keine DWARF-Abschnitte für Pubnames und Pubtypes erzeugen. Keine Prüfungen für Steuerungs-Spekulation in selektiver Planung. Keinen Code nur für privilegierten Modus erzeugen; bringt »-mno-inline-ic_invalidate« mit sich, wenn der »inline«-Code nicht im Usermodus funktionieren würde. Keine Priorität mit TARGET_REGISTER_PRIORITY ausdrücken. Blockverschiebungen nicht optimieren, sondern »memcpy« verwenden. Blockkopierbefehle nicht optimieren. C-ähnliche Ganzzahl-Promotion für unäres »+«, »-« und »~« nicht verwenden. Keine P-Mnemonics für Zweige verwenden. Register r32..r63 nicht verwenden. Mindestens 25-Bit-Addressraum für Aufrufe verwenden. Nicht bei Verwendung von Microsoft-Erweiterungen warnen. Doppelter CLASS IS-Block in SELECT TYPE-Anweisung bei %L Übereinstimmungsfehler zu Warnungen degradieren. Angesteuert: Schein-%qs bei %L kann keine Initialisierung haben Scheinargument %qs bei %L kann nicht INTENT(OUT) sein Scheinargument %qs bei %L kann nicht OPTIONAL sein Scheinargument %qs bei %L darf kein abgeleiteter Typ bei %C sein Das Dummy-Argument %qs bei %L kann kein Zeiger mit dem Attribut CONTIGUOUS sein, da die Prozedur %qs BIND(C) ist Scheinargument %qs bei %L mit EVENT_TYPE darf nicht INTENT(OUT) sein Scheinargument %qs bei %L mit LOCK_TYPE darf nicht INTENT(OUT) sein Scheinargument %qs bei %L war als INTENT(OUT) deklariert, aber nicht gesetzt Scheinargument %qs muss Zeiger oder Feld mit angenommener Form ohne CONTIGUOUS-Attribut sein, da das effektive Argument bei %L nicht einfach fortlaufend ist und beide ASYNCHRONOUS oder VOLATILE sind Scheinargument %qs ist im Ausdruck bei %L nicht erlaubt Scheinargument %qs von %qs bei %L sollte %qs genannt werden, um zum zugehörigen Argument der überschriebenen Prozedur zu passen Scheinargument %qs mit INTENT(IN) in Zeiger-Verbindungskontext (%s) bei %L Scheinargument %qs mit INTENT(IN) in Variablen-Definitionskontext (%s) bei %L Dummyflag. Dies ist die Voreinstellung, außer wenn FPX-Schalter explizit angegeben werden. Scheinprozedur %qs bei %C kann keine allgemeine Schnittstelle haben Scheinprozedur %qs bei %L darf nicht ELEMENTAL sein Dummyprozedur %qs ist in Initialisierung des Prozedurzeigers bei %L ungültig Scheinprozedur %qs nicht in elementarer Prozedur %qs bei %L erlaubt Scheinprozedur %qs der PURE-Prozedur bei %L muss auch PURE sein Scheinprozedur bei %C kann kein BIND(C)-Attribut mit NAME haben Quellcode-Abdeckungsverpflichtungen wegschreiben. Textdarstellung des Pfades jeder Diagnosemeldung nach QUELLDATEI.IDX.KIND.epath.txt wegschreiben. Textdarstellung des expandierten Graphen nach SRCFILE.eg-ID.txt wegschreiben. Textdarstellung des expandierten Graphen nach SRCFILE.eg.txt wegschreiben. Aufrufgraphen des Analysierers nach SRCFILE.callgraph.dot wegschreiben. Daten des Analysierers nach SRCFILE.analyzer.json.gz wegschreiben. Deklaration in .decl-Datei ausgeben. Detaillierte Informationen über die GCC-interne Repräsentation von Quellcode-Stellen ausgeben. Nur die definierten Symbole wegschreiben. Optimierungsdurchläufe ausgeben. Informationen über das Wegwerfen von Zuständen nach SRCFILE.state-purge.dot wegschreiben. Expandierten Graphen des Analysierers nach SRCFILE.eg.dot wegschreiben. Gesamtgraphen des Analysierers nach SRCFILE.supergraph.dot wegschreiben. Die entmangelte Ausgabe wegschreiben. Die Details von LTO-Objekten wegschreiben. Die Kommandozeilenoptionen des Dump-Werkzeugs wegschreiben. Die Statistik der GIMPLE-Anweisungen wegschreiben. Die Statistik der Baumarten wegschreiben. Die Statistik der Bäume wegschreiben. Den Aufrufgraphen der Symboltabelle wegschreiben. Diverse Interna des Rust-Frontends wegschreiben. Diverse Interna des Analysierers nach SRCFILE.*.fg.dot und SRCFILE.*.tg.dot wegschreiben. Diverse Interna des Analysierers nach SRCFILE.analyzer.txt wegschreiben. Diverse Interna des Analysierers auf die Standardfehlerausgabe wegschreiben. Doppeltes Attribut %s bei %L Attribut %s doppelt angegeben bei %L Doppelte Markenspezifikation %s bei %C Doppelte Spezifikation %s bei %C Doppeltes ASYNCHRONOUS-Attribut bei %L angegeben Doppeltes AUTOMATIC-Attribut bei %L angegeben Doppeltes BIND-Attribut bei %L angegeben Doppeltes DEFERRED bei %C Doppelte ELSE-Anweisungen bei %L und %C Doppeltes EXTENDS-Attribut bei %L angegeben Doppelte IMPLICIT NONE-Anweisung bei %C Doppelte NML-Spezifikation bei %C Doppeltes NON_OVERRIDABLE bei %C Doppeltes POINTER-Attribut bei %C Doppelte PRIVATE-Anweisung bei %C Doppeltes PROTECTED-Attribut bei %L angegeben SAVE-Attribut doppelt angegeben bei %L Doppelte SEQUENCE-Anweisung bei %C Doppelte UNIT-Spezifikation bei %C Doppeltes VALUE-Attribut bei %L angegeben Doppeltes VOLATILE-Attribut bei %L angegeben Doppelte Zugriffsspezifikation bei %C Doppeltes Argument %qs bei %L für intrinsisches %s Doppelte Feldspezifikation für Cray-Zeigerende bei %C Doppelte Aufbau-Marke %qs bei %C Doppelte Format-Spezifikation bei %C Doppelter Name %qs in Verknüpfung bei %C Doppelter Name %qs in Parameterliste bei %C Doppelte Anweisungsmarke %d bei %L und %L Doppeltes Symbol %qs in formaler Argumentliste bei %C Doppelte Klausel %qs bei %L Doppelte NOWAIT-Klausel an %s und %s bei %C Doppelte Klausel mit Abhängigkeitsart SOURCE bei %C Während der Optimierungen zur Linkzeit bei unpassenden Typen von globalen Deklarationen warnen. Dynamic Realign Argument Pointer (DRAP) wird in Interrupt-Service-Routinen nicht unterstützt. Ein Workaround ist, Funktionen mit Aggregat-Rückgabetypen zu vermeiden. CC-Register dynamisch belegen. E-Angabe nicht erlaubt mit g0-Deskriptor in Formatzeichenkette bei %L Interner Fehler: EDGE_CROSSING incorrectly set across same section Interner Fehler: EDGE_CROSSING missing across section boundary Interner Fehler: EH edge crosses section boundary in bb %i Interner Fehler: EH incoming edge mixed with non-EH incoming edges in bb %i Interner Fehler: EH landing pad label %qD is not first in a sequence of labels in bb %d ELEMENTAL-Funktion %qs bei %L muss ein skalares Ergebnis haben ELEMENTAL, nicht-INTRINSIC-Prozedur %qs ist nicht als effektives Argument bei %L erlaubt ELEMENTAL-Präfix fehlt in MODULE-PROCEDURE-Schnittstelle bei %L ELEMENTAL Prozedurzeigerkomponente %qs ist nicht als effektives Argument bei %L erlaubt ELFv2-Parameterübergabe für ein Argument, das Bitfelder der Breite 0 enthält, aber ansonsten ein homogenes Aggregat ist, wurde in GCC 12 korrigiert ELSE-IF-Anweisung bei %C kann nicht auf eine ELSE-Anweisung bei %L folgen Anweisung ELSEWHERE bei %C folgt zuvor unmaskiertem ELSEWHERE ELSEWHERE-Anweisung bei %C nicht eingeschlossen in WHERE-Block ENCODING= bei %L ist in Fortran 95 nicht erlaubt END-TEAM-Anweisung bei %C END-Anweisung statt %s-Anweisung bei %L END-Tag bei %C in Ausgabe-Anweisung nicht erlaubt END-Marke %d bei %L nicht definiert ENTRY %qs bei %L kann nicht rekursiv aufgerufen werden, da Funktion %qs nicht RECURSIVE ist ENTRY %qs bei %L kann nicht rekursiv aufgerufen werden, da Unterprogramm %qs nicht RECURSIVE ist ENTRY %qs bei %L hat keinen IMPLICIT-Typ ENTRY-Ergebnis %s kann nicht ALLOCATABLE in FUNCTION %s bei %L sein ENTRY-Ergebnis %s kann kein POINTER in FUNCTION %s bei %L sein ENTRY-Ergebnis %s kann kein Feld in FUNCTION %s bei %L sein ENTRY-Ergebnis %s kann nicht vom Typ %s in FUNCTION %s bei %L sein ENTRY-Anweisung bei %C ENTRY-Anweisung bei %C kann nicht in einer enthaltenen Prozedur auftreten ENTRY-Anweisung bei %C kann nicht innerhalb von BLOCK DATA auftreten ENTRY-Anweisung bei %C kann nicht innerhalb eines DERIVED TYPE Blockes auftreten ENTRY-Anweisung bei %C kann nicht innerhalb eines DO-Blockes auftreten ENTRY-Anweisung bei %C kann nicht innerhalb eines FORALL-Blockes auftreten ENTRY-Anweisung bei %C kann nicht innerhalb eines MODULEs auftreten ENTRY-Anweisung bei %C kann nicht innerhalb eines PROGRAMmes auftreten ENTRY-Anweisung bei %C kann nicht innerhalb eines SELECT-Blockes auftreten ENTRY-Anweisung bei %C kann nicht innerhalb eines STRUCTURE-Blockes auftreten ENTRY-Anweisung bei %C kann nicht innerhalb eines SUBMODULEs auftreten ENTRY-Anweisung bei %C kann nicht innerhalb eines WHERE-Blockes auftreten ENTRY-Anweisung bei %C kann nicht innerhalb eines enthaltenen Subprogrammes auftreten ENTRY-Anweisung bei %C kann nicht innerhalb eines IF-THEN-Blockes auftreten ENTRY-Anweisung bei %C kann nicht innerhalb von INTERFACE auftreten ENTRY-Anweisung bei %L mit BIND(C) ist in einer elementaren Prozedur verboten ENTRY_BLOCK has IL associated with it ENUM und ENUMERATOR bei %C ENUM-Deklaration bei %C hat keine ENUMERATORen Anweisung zur ENUM-Definition vor %C erwartet ENUMERATOR %L nicht mit Ganzzahlausdruck initialisiert EOR-Marke %d bei %L nicht definiert EQUIVALENCE bei %C erfordert zwei oder mehr Objekte EQUIVALENCE-Anweisung bei %C ERR-Marke %d bei %L nicht definiert ERRMSG bei %L ERRMSG bei %L ist ohne STAT-Marke nutzlos ERRMSG-Markierung bei %L ERRMSG-Variable »ERRMSG=«-Variable bei %L muss skalare Default-CHARACTER-Variable sein »ERRMSG=«-Argument bei %L muss skalare CHARACTER-Variable sein ERROR STOP-Anweisung bei %C ESA/390-Architektur. »EVENT POST«-Anweisung bei %C »EVENT WAIT«-Anweisung bei %C EVENT-Argument bei %L für die intrinsische EVENT_QUERY muss vom Typ EVENT_TYPE sein EXIT-Anweisung bei %C beendet »!$ACC LOOP«-Schleife EXIT-Anweisung bei %C beendet !$OMP DO Schleife EXIT-Anweisung ohne DO-CONSTRUCT-Name bei %C EXIT_BLOCK has IL associated with it EXTENDS bei %L Attribut EXTERNAL steht mit Attribut FUNCTION in %qs bei %L in Konflikt Entweder alle oder keines der Objekte in bei %L gesetztem EQUIVALENCE muss das Attribut PROTECTED haben Element in Feldkonstruktor %s bei %L ist %s Element des Feldes mit vermuteter Form oder von Zeigern bei %L kann nicht zum Argument bei %L passen Element des Feldes mit vermuteter Form oder von Zeigern wird bei %2$L an ein Feld-Scheinargument %1$qs übergeben Element mit einem Wert von %1$d in ORDER bei %2$L muss für das intrinsische RESHAPE in der Nähe von %4$L im Bereich [1, …, %3$d] liegen Elementare Funktion als Initialisierungsausdruck mit Nicht-Ganzzahl-/Nicht-Zeichen-Argumenten bei %L Elemente mit demselben Wert bei %L und %L in Vektorindex in einem Variablen-Definitionskontext (%s) Mehrere Funktionsaufrufe auch für unreine Funktionen entfernen. ».gnu_attribute«-Etiketten erzeugen. .stack_size-Direktiven erzeugen. 16-bit-Adressverschiebungen in kleinen Datenbereichen ablegen. 32-bit-Adressverschiebungen in kleinen Datenbereichen erzeugen. Property GNU_PROPERTY_X86_ISA_1_NEEDED GNU generieren. IEEE-konformen Code erzeugen, ohne ungenaue Ausnahmen. ELF-Attribut für RISC-V generieren. Informationen zum Aufrufgraph ausgeben. Prüfungen generieren, die bei Anwendung atomarer eingebauter Operationen auf unausgerichtetem Speicher zu »break 8«-Befehlen führen. Code für die Byte/Word-ISA-Erweiterung erzeugen. Code für die Zählen-ISA-Erweiterung erzeugen. Code für die FP-Move- und SQRT-ISA-Erweiterung erzeugen. Code für die Video-ISA-Erweiterung erzeugen. Code mit expliziten Adressverschiebungsbefehlen erzeugen. Common-ähnliche Symbole als schwache Symbole ausgeben. Benutzerdefinierte Warnungen mit internen Details ausgeben, die für Entwickler von Analyseprogrammen bestimmt sind. Debug-Kommentare während der Vorverarbeitung ausgeben. Debuginformation für den Escape-Analyse-Durchlauf ausgeben, wenn mit -fgo-optimize-allocs aufgerufen. Diagnoseinformationen zur Position der Knoten im expandierten Graphen ausgeben. Direkte Zweige in lokalen Funktionen erzeugen. Zusätzlichen Code im Funktionsprolog ausgeben, um ein Überschreiten des angegebenen Limits für die Stapelgröße abzufangen (trap). Funktionsprologe nur vor Teilen der Funktion erzeugen, die diese benötigt, statt am Anfang der Funktion. Bei PIC-Erzeugung Funktionsaufrufe ausgeben, die die globale Offsettabelle verwenden. Verschmolzene multiply-add-Befehle für long double in Vektorregistern (wfmaxb, wfmsxb, wfnmaxb, wfnmsxb) generieren. Der Durchlauf für Neuverknüpfungen verarbeitet verschmolzene multiply-add-Befehle nicht, daher enthält der vom Mittelteil generierte Code häufig lange verschmolzene multiply-add-Ketten. Das kann die Pipeline nicht gut verarbeiten, daher ist das Standardverhalten, die multiply- und add-Befehle separat zu generieren, soweit es long double in Vektorregistern betrifft. Performancemessungen haben ergeben, dass das besser ist. Diese Option erlaubt das Standardverhalten zu übersteuern, zu Testzwecken. Implizite Instanziierungen von »inline«-Templates ausgeben. Implizite Instanziierungen von Templates ausgeben. Indirekte Zweige in lokalen Funktionen erzeugen. Instrumentierungsaufrufe für Aufrufe von __tsan_func_entry() und __tsan_func_exit() erzeugen. Lange Laden/Speichern-Folgen ausgeben. Ausführlichere Beschreibungen des Steuerablaufs in den Diagnosemeldungen ausgeben. Ausführlichere Beschreibungen der Zustandsänderungen in den Diagnosemeldungen ausgeben. Diagnosemeldungen für Optimierung ausgeben. Profiling-Zähleraufruf am Funktionsanfang vor Prolog ausgeben. Aufruf für Profiling-Zähler am Funktionsanfang vor dem Prolog ausgeben. Der compilierte Code benötigt eine 64-Bit-CPU sowie glibc 2.29 oder neuer zum Laufen. Progressive empfohlene Breakpoint-Stellen ausgeben. rdval statt rduniq für Thread-Zeiger erzeugen. Spezielle Instrumentierung für Zugriff auf volatile-Objekte erzeugen. static-const-Variablen erzeugen, auch wenn sie nicht verwendet werden. Vor und nach »volatile extended«-asms Stopp-Bits ausgeben. Template-Instanziierungen als schwache Symbole ausgeben. Traps als »break 8« ausgeben, voreingestellt für CRIS v3 und aufwärts. Wenn ausgeschaltet, werden Aufrufe von abort() verwendet. Ausführliche Informationen zur Fehlersuche im Assemblercode ausgeben. Leeres FINAL bei %C Leere IMPLICIT-Anweisung bei %C Leerer Feldkonstruktor bei %C ist nicht erlaubt Leere Initialisierungsliste im alten Stil bei %C Leere Ziffernmenge in BOZ-Konstante bei %C Alternativen für q-Befehl einschalten. Registersatz mit 16 Einträgen aktivieren. 32-Bit-ALU-Befehle einschalten. 32-Bit-Sprungbefehle einschalten. Erweiterung für 64-Bit-Zeitstempel-Befehl einschalten. C++-Koroutinen einschalten (experimentell). C++-Header-Modul einschalten (experimentell). C++-modules-ts einschalten (experimentell). Unterstützung für Deallozierung mit Größenangabe aus C++14 einschalten. C-SKY-DSP-Befehle einschalten. Erweiterte C-SKY-DSP-Befehle einschalten. C-SKY-SECURE-Befehle einschalten. C-SKY-TRUST-Befehle einschalten. C-SKY-DSP-Vektorbefehle einschalten. CFI-Tabellen über GAS-Assembler-Direktiven einschalten. STATIC- und AUTOMATIC-Attribute im DEC-Stil einschalten. DIV und DIVU einschalten. DIV-REM-Befehle für ARCv2 einschalten. DSP-3.1-Paket-A-Erweiterungen einschalten. Dwarf-Zeilenfehlersuchinfo über GNU as einschalten. Befehle mit einem oder zwei Operanden für Telefonie einschalten. Die Opcodes ENTER_S und LEAVE_S für ARCv2 einschalten. Codekomprimierung für FT32B-Code aktivieren. Vollständige Redundanzentfernung (FRE) auf Bäumen einschalten. Funktionsdeskriptor-PIC-Modus einschalten. Transformation der Graphite-Identität einschalten. ID-basierte Shared Library einschalten. IEEE-128-Bit-Gleitkommazahlen mittels Schlüsselwort »__float128« einschalten. Lokale Registerzuordnung einschalten. Erweiterung für gesperrte Load/Store-Conditional-Befehle einschalten. MUL-Befehle einschalten. Befehle MUL.X und UMUL.X einschalten. MULX-Befehle einschalten, schnelle Bitverschiebung annehmen. Objective-C-Ausnahme- und -Synchronisations-Syntax einschalten. Laufzeitbibliothek zur Objective-C setjmp-Ausnahmebehandlung einschalten. OpenACC einschalten. OpenMP einschalten (bringt »-frecursive« in Fortran mit sich). Auslagern an OpenMP-GPU einschalten. SIMD-Direktiven von OpenMP einschalten. PIC-Unterstützung beim Bauen von Bibliotheken einschalten. Plan-9-Spracherweiterungen einschalten. Verwendung von Read-Modify-Write-Befehlen (RMW) einschalten. Zusammenfassen von nutzersichtbaren Variablen während des SSA-Durchlaufs einschalten. SSA-Codeversenkung auf Bäumen einschalten. Beseitigungsoptimierung für toten SSA-Code auf Bäumen einschalten. SSA-BIT-CCP-Optimierungen auf Bäumen einschalten. SSA-CCP-Optimierungen auf Bäumen einschalten. SSA-PRE-Optimierungen auf Bäumen einschalten. TPF-OS-Tracing-Code einschalten. Virtual-Hosting-Unterstützung einschalten. XY-Speicher-Erweiterung (DSP Version 3) einschalten. Ausrichtung von COMMON-Blöcken einschalten. Alle -Wunused- Warnungen einschalten. Alle DEC-Spracherweiterungen zulassen. Alle Informationen über Optimierungen auf stderr einschalten. Einen RTL-Guckloch-Durchlauf vor sched2 einschalten. ASan-Schutz für alloca/VLAs einschalten. ASan-Schutz für eingebaute Funktionen einschalten. ASan-Schutz für Verwendung-nach-Rückkehr-Fehler einschalten. ASan-Schutz für globale Variablen einschalten. ASan-Schutz für Ladeoperationen einschalten. ASan-Schutz für Stapelspeicher einschalten. ASan-Schutz für Speicheroperationen einschalten. Lockerung des Assemblers und Linkers einschalten. Per Vorgabe eingeschaltet bei -Os. Atomare Befehle einschalten. Backend-Fehlersuche einschalten. Rückwärtsübermittlung von Nutzungseigenschaften auf SSA-Ebene einschalten. Rohr-Bitschiebebefehle einschalten. Vektorisierung von Basisblöcken (SLP) auf Bäumen einschalten. Einfachen Programm-Profilierungscode einschalten. Bbit-Peephole2 einschalten. Cache-Umgehung für flüchtige Referenzen umgehen. Cache-Prefetch-Befehle einschalten. Bestimmte Features aus aktuellen Entwürfen von C++-Verträgen einschalten. Bestimmte Features, die im Concept-TS vorhanden sind, einschalten. Codedichte-Befehle für ARCv2 einschalten. Codeanhebung einschalten. Allgemeine Optionen zum Erzeugen von Profil-Info für Profil-Feedback-gerichtete Optimierungen einschalten, und -fprofile-dir= setzen. Allgemeine Optionen zum Erzeugen von Profil-Info für Profil-Feedback-gerichtete Optimierungen einschalten. Allgemeine Optionen zum Durchführen von Profil-Feedback-gerichteten Optimierungen einschalten, und -fprofile-dir= setzen. Allgemeine Optionen zum Durchführen von Profil-Feedback-gerichteten Optimierungen einschalten. Kompakte casesi-Muster einschalten. Beseitigung von bedingt totem Code für Aufrufe eingebauter Funktionen einschalten. Bedingte Ausführung (für andere Befehle als Kopieren/scc) einschalten. Verwendung bedingter Kopierbefehle einschalten. Bedingte Kopierbefehle einschalten. Konservatives abrollen kleiner Schleifen einschalten. Konstruktor-/Destruktor-Feature einschalten. Koprozessorbefehle einschalten. Kopieweitergabe von Informationen über Skalar-Evolution einschalten. Kopieweitergabe auf Bäumen einschalten. Korrektur fluss-unstimmiger Profildateneingabe einschalten. Entfernung toter Speicherungen einschalten. Ausgaben zur Fehlersuche einschalten. Hardwareunterstützung für dezimales Gleitkomma einschalten. Standardumwandlungen zwischen »__float128« und »long double« einschalten. Standardbreiten für die Formatangaben i, f und g aktivieren. Divisions- und Modulobefehle einschalten. Dominator-Optimierungen einschalten. Doppelte Load/Store-Befehle für ARC HS einschalten. Erweiterung Dual-Virterbi-Butterfly einschalten. Frühere Stopp-Bit-Platzierung für bessere Planung einschalten. Ausnahmebehandlung einschalten. Experimentelle Übersetzung von Rust-Dateien einschalten, auf eigene Gefahr Zusätzliche bedingte Verzweigungsanweisungen j(s)lt und j(s)le einschalten. Vorwärts-Übertragung auf Bäumen einschalten. Frontend-Optimierung einschalten. Funktionsprofilierung einschalten. Funktionen umsortieren, um Codeplatzierung zu verbessern. Garbage Collection (GC) in Objective-C/Objective-C++-Programmen einschalten. Erzeugen von ARC-SIMD-Befehlen mithilfe von zielspezifischen eingebauten Funktionen zu erzeugen. Erzeugen von R2-BMX-Befehlen einschalten. Erzeugen von R2-CDX-Befehlen einschalten. Binärdateien erzeugen, die Divisionen mit Funktionen aus der libgcc durchführen. Die Vorgabe ist »-mhard-div«. Binärdateien erzeugen, die Gleitkommaberechnungen mit Funktionen aus der libgcc durchführen. Dies ist die Voreinstellung; änderbar mit »-mhard-float«. Binärdateien erzeugen, die Multiplikationen mit Funktionen aus der libgcc durchführen. Die Vorgabe ist »-mhard-mul«. Befehle für Vergleiche mit Setzen der Flags (l.sf*i) erlauben. Standardverhalten ist, stattdessen zusätzliche Befehle zu verwenden, die den Direktwert in ein Register zwischenspeichern. Befehle für bedingte Zuweisungen (l.cmov) erlauben. Standardverhalten ist, stattdessen äquivalente set- und branch-Befehle zu verwenden. Division mit Hardware-Befehlen (l.div, l.divu) aktivieren. Dies ist die Voreinstellung; änderbar mit »-msoft-div«. Gleitkommaberechnungen mit Hardware-Befehlen durchführen. Die Voreinstellung ist »-msoft-float«. Multiplikation mit Hardware-Befehlen (l.mul, l.muli) aktivieren. Dies ist die Vorgabe; änderbar mit »-msoft-mul«. Befehle für Rechtsdrehung (l.ror) erzeugen. Standardmäßig werden Funktionen aus der libgcc verwendet, um Rechtsdrehungen mit Direktoperand durchzuführen. Befehle für Rechtsdrehung mit Direktoperand (l.rori) erzeugen. Standardmäßig werden Funktionen aus der libgcc verwendet, um diese Befehle durchzuführen. Befehle für Bitverschiebung mit Direktwert (l.srai, l.srli, l.slli) erlauben. Standardverhalten ist, stattdessen zusätzliche Befehle zu verwenden, die den Direktwert in ein Register zwischenspeichern. Befehle für Vorzeichenerweiterung (l.ext*) erlauben. Standardverhalten ist, die Vorzeichenerweiterung mittels Ladebefehlen durchzuführen. Erraten der Sprungwahrscheinlichkeiten einschalten. Hardware-Gleitkommabefehle einschalten. Herausziehen aufeinanderfolgender Ladeoperationen einschalten, um Erzeugung bedingter Kopieroperationen zu fördern. Herausziehen von Ladeoperationen aus bedingten Zeigern einschalten. hwasan-Instrumentierung für alloca/VLAs einschalten. hwasan-Instrumentierung für eingebaute Funktionen einschalten. hwasan-Instrumentierung für Ladeoperationen einschalten. hwasan-Instrumentierung von auf dem Stapel allozierten Variablen fester Größe einschalten. hwasan-Instrumentierung für Speicheroperationen einschalten. Ein- und Ausgabe der Graphite-Repräsentierung einschalten. »inline«-Prüfungen für NIL-Empfänger mit NeXT-Laufzeitumgebung und ABI-Version 2 einschalten. Inlining von PLT in Funktionsaufrufen einschalten. Einschalten des Inlining von »inline«-Funktionen, ansonsten wird jegliches Inlining ausgeschaltet. Befehle einschalten, die Angriffe über return-orientierte Programmierung vereiteln. Interrupt-Stapelbefehle einschalten. Artspezifische Varianten der intrinsischen Ganzzahlfunktionen einschalten. Sprungmarkenausrichtungs-Optimierungen einschalten. Faules Modul-Importieren einschalten. Intrinsische Altlasten-Mathematik-Funktionen für Kompatibilität einschaltet. Veraltetes Parsen von INCLUDE als Anweisung einschalten. Optimierungen zur Bindezeit einschalten. Binder-Optimierungen einschalten. Binderlockerung einschalten. Binderlockerungen einschalten. Binderlockerung einschalten. Zusammenfassen von benachbarten Lade-/Speicherbefehlen einschalten. Schleifenverteilung für in Bibliotheksaufruf umgewandelte Muster einschalten. Schleifenverteilung auf Bäumen einschalten. Vektorisierung des Schleifen-Epilogs mit kleinerer Vektorgröße einschalten. Kopieren des Schleifenkopfes auf Bäumen einschalten. Umordnen der Schleifen auf Bäumen einschalten. Bewegung der Schleifeninvariante auf Bäumen einschalten. Schleifenschachtelungs-Umwandlungen einschalten. Entspricht -floop-next-optimize. Schleifenoptimierungen auf Baumebene einschalten. Schleifenvektorisierung von Gleitkommabefehlen einschalten. Schleifenvektorisierung auf Bäumen einschalten. Maschinenspezifische Guckloch-Optimierungen einschalten. Ausführlichere RTX-Kosten während des Debuggens ausgeben. Nur für GCC-Entwickler gedacht. Die meisten Warnungen einschalten. Multicore-Unterstützung einschalten. Multiplikationsbefehle einschalten. Multiprozessorbefehle einschalten. Optimierungen für geschachtelte bedingte Ausführung einschalten. Optimierung von &&/|| in bedingter Ausführung einschalten. GIMPLE-Parsen einschalten. Vorausschauende Verwendung von »cbranchsi«-Mustern einschalten. Vorverarbeitung einschalten. Bereichsprüfung während Kompilierung einschalten. Neuverbindung auf Baumebene einschalten. Registerdruckempfindliche Befehlsplanung einschalten. Lockerung im Assembler einschalten. rvalue-Argumente für ref-Parameter aktivieren. Planung über Basisblöcke hinaus einschalten. Gesondertes Datensegment einschalten. Setzen von GPRs auf das Ergebnis von Vergleichen einschalten. Stapelspeicher-Sicherungskopie im Rahmen der Control-Flow Enforcement Technology (CET) einschalten. Vorzeichenerweiternde Befehle einschalten. Aufteilung von 32-Bit-Immediates in oberen/unteren Teil einschalten. Stapelsondierung einschalten. Durchgang für statische Analyse einschalten. Strenge Prüfung für 32-bit psABI Strukturrückgabe einschalten. Zeichenkettenlängen-Optimierungen auf Bäumen einschalten. Unterstützung für C++-Konzepte einschalten. Unterstützung für DEC STRUCTURE/RECORD einschalten. Unterstützung für GNU-Transaktionsspeicher einschalten. Unterstützung für RH850-ABI einschalten. Dies ist der Standard. Unterstützung für altes GCC-ABI einschalten. Erweiterung für Bytevertauschbefehle einschalten. Enden-Zusammenfassung auf Bäumen einschalten. CSR-Prüfung für die ISA-abhängigen CRS und das schreibgeschützte CSR einschalten. Die ISA-abhängigen CSR sind nur gültig, wenn die entsprechende ISA festgelegt ist. Das schreibgeschützte CSR kann nicht von den CSR-Befehlen geschrieben werden. Den fundamentalen Typ char8_t einschalten und ihn als Typ für UTF-8-Zeichenketten und Zeichenliterale verwenden. Critical-Path-Heuristik im Planer einschalten. Heuristik für Abhängigkeits-Zähler bei Planung einschalten. Annäherung der Division einschalten. Dies reduziert die Genauigkeit der Division auf etwa 16 Bits für einfache Genauigkeit und 32 Bits für doppelte Genauigkeit. Erweiterte LRW-Befehle einschalten (Standard für CK801). Gruppenheuristik im Planer einschalten. Heuristik für letzte Befehle im Planer einschalten. Optimierer für geschachtelte Schleifen einschalten. Normalen Modus einschalten. Rang-Heuristik im Planer einschalten. Annäherung der reziproken Quadratwurzel einschalten. Dies reduziert die Genauigkeit der reziproken Quadratwurzelergebnisse auf etwa 16 Bits für einfache Genauigkeit und 32 Bits für doppelte Genauigkeit. Heuristik für spekulative Befehle im Planer einschalten. Annäherung der Quadratwurzel einschalten. Dies reduziert die Genauigkeit der Quadratwurzelergebnisse auf etwa 16 Bits für einfache Genauigkeit und 32 Bits für doppelte Genauigkeit. Wenn eingeschaltet, bringt es »-mlow-precition-recip-sqrt« mit sich. Verwendung von 64-Bit Gleitkommaregistern in FMOV-Befehlen einschalten. Siehe auch -mdalign, wenn 64-Bit-Ausrichtung benötigt wird. Verwendung des RX-FPU-Befehls einschalten. Dies ist Standard. Verwendung von leeren Formatelementen in Formatzeichenketten einschalten. Zeichenliterale in Zuweisungen und Datenanweisungen für Nichtzeichenvariablen aktivieren. Verwendung von indexierten Ladebefehlen einschalten. Verwendung von Pre-/Post-Modifikationen mit Registerversatz einschalten. Verwendung des LRA-Registerallozierers einschalten. Verwendung des fsca-Befehls einschalten. Verwendung des fsrra-Befehls einschalten. Verwendung des alten, defekten ABI, bei dem alle Funktionsargumente auf dem Stapel auf 32 Bits ausgerichtet sind. Verwendung der kurzen Ladebefehle einschalten. Verwendung des Standard-RX-ABI, wobei alle Funktionsargumente auf dem Stapel natürlich ausgerichtet sind. (Voreinstellung.) Die z-Vektor-Spracherweiterung einschalten, die das kontextabhängige Vektormakro einschaltet und eingebaute Funktionen im Altivec-Stil aus vecintrin.h einschaltet. Traditionelle Vorverarbeitung einschalten. Transitivität von Beschränkungen während der Analyse berücksichtigen. Nicht ausgerichtete Wort- und Halbwortzugriffe auf gepackte Daten einschalten. Verwendung der BI/BIH-Befehle einschalten, wenn verfügbar. Verwendung von GPREL für Nur-Lese-Daten in FDPIC einschalten. Verwendung der NPS400-Bitbefehle einschalten. Erweiterung für xld/xst für NPS400 einschalten. Verwendung von POST_INC / POST_DEC einschalten. Verwendung von POST_MODIFY einschalten. Verwendung von R16 bis R31 einschalten (Standard). Verwendung der ungeraden Register für Gleitkomma einfacher Genauigkeit erlauben. Verwendung von sdata/scommon/sbss einschalten. Benutzerdefinierte Befehle einschalten. IEEE-128-Bit-Gleitkomma-Befehle einschalten. Schleifenbefehle für v850e3v5 einschalten. Variable polynomiale CRC-Erweiterung einschalten. Vektorisierung auf Bäumen einschalten. Wortreiche Ausgabe einschalten. Workaround für einzelnes Erratum des AT697F-Prozessors einschalten (entspricht Erratum #13 des Prozessors AT697E). Workarounds für Errata des GR712RC-Prozessors einschalten. Workaround für Errata des UT699-Prozessors einschalten. Workarounds für Errata des UT699E/UT700-Prozessors einschalten. Traditionelle Planung in Schleifen, die bereits Modulo-Planung unterzogen wurden, einschalten/ausschalten. Adressierung relativ zu GP ein-/ausschalten. ID-basierte Shared Library einschalten. Betriebsart für positionsunabhängige Daten (PID) einschalten. Ein-/ausschalten der Verwendung der Befehle SMOVF, SMOVB, SMOVU, SUNTIL, SWHILE und RMPA. Vorgabe: eingeschaltet. Schaltet das dynamische Vektorisierer-Kostenmodell ein. Für Rückwärtskompatibilität erhalten. Ausführliche Ausgabe des Kostenmodells in den Debug-Dumpdateien einschalten. SSE-Befehle mit VEX-Präfix kodieren. End-Ausdruck in DO-Schleife Ende der DO-Anweisung bei %C ist mit anderer DO-Schleife verwoben Ende der DO-Anweisung ohne Block bei %C ist innerhalb eines anderen Blockes Ende der skalaren Initialisierung bei %C erwartet Ende der Suchliste.
Semantik der Zugriffskontrolle für Klassenelemente erzwingen. Entität %qs bei %L hat Parameter mit aufgeschobenem Typ und benötigt entweder das POINTER- oder ALLOCATABLE-Attribut Entität %qs bei %L ist bereits in der Schnittstelle vorhanden Entity %qs bei %L ist inkompatibel zu einer BOZ-Literal-Konstante Entität mit vermuteter Zeichenlänge bei %L muss ein Scheinargument oder ein PARAMETER sein Zähler übersteigt den C-Ganzzahltyp bei %C Vergleich auf Gleichheit für %s bei %L Äquivalenz für %qs passt nicht zur Anordnung von COMMON %qs bei %L Äquivalent zu »-mgpopt=local«. Äquivalent zu »-mgpopt=none«. ERRMSG-Variable bei %L darf nicht »%s« innerhalb der selben »%s«-Anweisung sein Fehler Fehler beim Reservieren von %lu Bytes Fehler bei Umwandlung von PARAMETER-Konstante in komplexer Konstante bei %C Fehler beim Umwandeln einer Ganzzahl Fehler in Feldkonstruktor, auf den bei %L verwiesen wird Fehler in Zeigerinitialisierung bei %C Fehler in Typspezifikation bei %L Fehler in Typbeschränktem Aufruf bei %L Fehler beim Vergrößern des Speicherblocks auf %lu Bytes Fehler beim Schreiben der JSON-Ausgabedatei »%s«
Fehler beim Schreiben der Moduldatei %qs: %s Fehler beim Schreiben der Moduldatei: %s Fehler beim Schreiben der Ausgabedatei »%s«
Auswertung des nicht standardisierten Initialisierungsausdrucks bei %L Zeichenkette mit mehr als 2 hoch 28 Zeichen bei %L wird erst bei Ausführung des Programms ausgewertet werden, rechnen Sie mit Fehlern Ereignis Argument für Ereignisvariable bei %L muss ein Koarray, aber nicht koindiziert sein Argument für Ereignisvariable bei %L muss ein Koarray oder koindiziert sein Ereignis-Variable bei %L muss Skalar mit EVENT_TYPE sein Jeder Feldindex der Zielspezifikation bei %L muss ein konstanter Ausdruck sein Abbruchbedingung der DO WHILE-Schleife bei %L muss ein skalarer LOGICAL-Ausdruck sein Beim ersten auftretenden Fehler beenden. 32-/64-Bit-Ganzzahldivision in vorzeichenlose 8-Bit-Ganzzahldivision mit Laufzeitprüfung erweitern. Im Zuge der RTL-Erzeugung die Befehle adddi3 und subdi3 in add.f/adc usw. expandieren. »)« bei %C erwartet »,« bei %C erwartet %<( depobj )%> bei %C erwartet %<(%> nach %qs bei %C erwartet %<(%> bei %C erwartet %<)%> oder %<,%> bei %C erwartet %<)%> oder %<omp_cur_iteration%> bei %C erwartet In Koindex-Spezifikation in ALLOCATE-Anweisung bei %L wird %<*%> erwartet %<,%> bei %C erwartet %<,%> oder %<)%> bei %C erwartet %<,%> oder Ende der Anweisung bei %C erwartet %<:%> bei %C erwartet %<::%> nach Bindeattributen bei %C erwartet %<::%> bei %C erwartet Atomarer Vergleichsausdruck %<==%>, %<.EQ.%> oder %<.EQV.%> bei %L erwartet %<=>%> bei %C erwartet %<END INTERFACE ASSIGNMENT (=)%> bei %C erwartet »::« in TYPE-Definition bei %C erwartet Zeichen »=« in PARAMETER-Anweisung bei %C erwartet Eins von ALLOC, TO, FROM, TOFROM, FIRSTPRIVATE, NONE oder DEFAULT bei %C erwartet Entweder COMPILATION oder EXECUTION erwartet in AT-Klausel bei %C Eine der Klauseln DEPEND, UPDATE oder DESTROY bei %C erwartet DO-Schleife bei %C erwartet ELSE bei %L erwartet, in atomarer Vergleichserfassung Die SEVERITY-Klausel bei %C erwartet entweder FATAL oder WARNING HOST, NOHOST oder ANY bei %C erwartet IF bei %L erwartet, in atomarer Vergleichserfassung Eins von IN, OUT, INOUT, INOUTSET oder MUTEXINOUTSET bei %C erwartet, gefolgt von %<)%> Eine der Klauseln INCLUSIVE oder EXCLUSIVE bei %C erwartet INTEGER-Typ bei %L erwartet Eine der Klauseln NONE oder PRESENT bei %C erwartet Eins von NONE, FIRSTPRIVATE, PRIVATE oder SHARED erwartet, in DEFAULT-Klausel bei %C ORDER(CONCURRENT) erwartet bei %C, optional mit Modifizierer %<reproducible%> oder %<unconstrained%> P-Bearbeitungsdeskriptor erwartet in Formatzeichenkette bei %L PARAMETER-Symbol in komplexer Konstante bei %C erwartet RANK oder RANK DEFAULT gefolgt von SELECT RANK erwartet bei %C Eins von SCALAR, AGGREGATE, ALLOCATABLE oder POINTER bei %C erwartet Eins von SEQ_CST, ACQUIRE oder RELAXED erwartet, bei %C Eins von SEQ_CST, ACQ_REL oder RELAXED erwartet, für ATOMIC_DEFAULT_MEM_ORDER-Klausel bei %C Eins von SEQ_CST, AQC_REL, RELEASE oder ACQUIRE bei %C erwartet SHAPE-Argument für C_F_POINTER mit Array-FPTR bei %L erwartet Eins von TEAMS, PARALLEL oder THREAD erwartet als Bindung in BIND bei %C TYPE IS-, CLASS IS- oder END SELECT-Anweisung hinter SELECT TYPE bei %C erwartet Eine der Klauseln UNIFIED_ADDRESS, UNIFIED_SHARED_MEMORY, DYNAMIC_ALLOCATORS, REVERSE_OFFLOAD oder ATOMIC_DEFAULT_MEM_ORDER bei %L erwartet CASE- oder END-SELECT-Anweisung hinter SELECT CASE bei %C erwartet Namenlose Schnittstelle bei %C erwartet Prozedur für Argument %qs bei %L erwartet Prozedurzeiger für Argument %qs bei %L erwartet Rechte Klammer in Ausdruck bei %C erwartet Schrittvariable in Iterator bei %C erwartet Zugriffsspezifikation bei %C erwartet Alternative Rücksprungmarke bei %C erwartet Initialisierungsausdruck bei %C erwartet Andere Dimension in Felddeklaration bei %C erwartet Argumentliste bei %C erwartet Arrayindex erwartet bei %C Feldindexsprung erwartet bei %C Verknüpfung bei %C erwartet Verknüpfungsliste bei %C erwartet Attributbitname erwartet Bindeattribut bei %C erwartet Bindungsname bei %C erwartet Bindungsziel hinter %<=>%> bei %C erforderlich Blockname %qs des SELECT-Konstrukts bei %C erwartet Blocknamen von %qs in »%s«-Anweisung bei %L erwartet Grenzen für %qs bei %L erwartet Coarray-Variable als Argument %qs für intrinsisches %s bei %L erwartet Komma in E/A-Liste bei %C erwartet Referenz auf Komponente bei %C erwartet Konstrukttyp PARALLEL, SECTIONS, DO oder TASKGROUP in Anweisung $OMP CANCELLATION POINT bei %C erwartet Datenkonstante nach Wiederholungsangabe bei %C erwartet SINK oder SOURCE des Abhängigkeitstyps bei %C erwartet In AUTOMATIC-Anweisung bei %C wird eine »entity-list« erwartet »entity-list« in STATIC-Anweisung bei %C erwartet Exponent in Ausdruck bei %C erwartet Ausdruck bei %C in PARAMETER-Anweisung erwartet Ausdruck in %s-Anweisung bei %C erwartet Erwarteter Ausdruck in Feldspezifikation bei %C Ausdruckstyp erwartet Formale Argumentliste in Funktionsdefinition bei %C erwartet Generischer Name oder Operatordeskriptor bei %C erwartet Bezeichner bei %C erwartet Initialisierungsausdruck bei %C erwartet Erwarteter Initialisierungsausdruck in CASE bei %C Ganzzahl erwartet Ganzzahlausdruck bei %C erwartet Ganzzzahlausdruck der Art %<omp_allocator_handle_kind%> bei %L erwartet Entweder ein Ganzzahlausdruck oder genau ein Gerätemodifizierer %<device_num%> oder %<ancestor%> erwartet bei %C Ganzzahlzeichenkette erwartet Erwarteter intrinsischer Initialisierungsausdruck OMP WORKSHARE bei %L Marke %qs für »%s«-Anweisung bei %C erwartet Linke Klammer erwartet Liste von %<untere-Grenze :%> oder Liste von %<untere-Grenze : obere-Grenze%>-Angaben bei %L erwartet Prozedurname im Modul bei %C erwartet Name erwartet Parameterliste in Typdeklaration bei %C erwartet Bereichsangabe erwartet bei %C Echte Zeichenkette erwartet Register oder konstante Ganzzahl erwartet. Rechte Klammer erwartet Skalaren Initialisierungsausdruck bei %C erwartet Skalarer intrinsischer Ausdruck bei %L erwartet, in atomarem Vergleich Skalare intrinsische Variable bei %L erwartet, in atomarem Vergleich Spezifischer Bindungsname bei %C erwartet Zeichenkette erwartet Strukturkomponentenname bei %C erwartet Name einer Strukturkomponente oder eines Operators nach %<.%> bei %C erwartet Beendenden Namen bei %C erwartet Typgebundene Prozedur oder Prozedurzeiger-Komponente bei %C erwartet Variablenliste bei %C erwartet Variablennamen bei %C erwartet Variablennamen bei %C in PARAMETER-Anweisung erwartet %<END INTERFACE %s%> bei %C erwartet %<END INTERFACE OPERATOR (%s)%> bei %C erwartet %<END INTERFACE OPERATOR (%s)%> bei %C erwartet, aber %qs erhalten %<END INTERFACE OPERATOR (.%s.)%> bei %C erwartet %s bei %C erwartet »%s«-Anweisung bei %L erwartet Komma in EQUIVALENCE bei %C erwartet Skalaren INTEGER-Ausdruck bei %C erwartet, aber %s gefunden Variable bei %L erwartet Definierbare Entität bei %L erwartet Liste benannter Einträge bei %C erwartet Variable in READ-Anweisung bei %C erwartet Variable oder io-implied-do bei %L erwartet Variable oder io-implied-do in READ-Anweisung bei %L erwartet Erläutern, welche Ausrichtungsüberlegungen zu der Entscheidung führen, einen Befehl lang oder kurz zu machen. Explizite Arrayform bei %C muss eine Konstante vom Typ INTEGER sein, nicht %s Explizite Schnittstelle für %qs bei %L erforderlich: %s Explizite Schnittstelle für Komponente %qs bei %L erforderlich: %s Explizite Schnittstelle für polymorphes Argument bei %L erforderlich Feld mit expliziter Form, aber nichtkonstanten Grenzen bei %C Funktionen exportieren, auch wenn sie »inline« sein können. Ausdruck bei %L muss in diesem Kontext eine Konstante sein Ausdruck bei %L muss INTEGER-Typ haben, %s gefunden Ausdruck bei %L muss skalar sein Ausdruck in CASE-Anweisung bei %L darf nicht %s sein Ausdruck in CASE-Selektor bei %L muss skalar sein Ausdruck in CASE-Anweisung bei %L ist nicht im Bereich von %s Ausdruck in CASE-Anweisung bei %L muss von der Art %d sein Ausdruck in CASE-Anweisung bei %L muss Typ %s haben Ausdruck in CASE-Anweisung bei %L muss skalar sein Erweiterung: Spezifizierer %s in Anweisung %s bei %L hat Wert %qs Erweiterung: Umwandlung von %s in %s bei %L Erweiterung: Skalares effektives nicht-standardartiges, nicht-C_CHAR CHARACTER-Argument mit Feld-Scheinargument %qs bei %L Erweiterung: Unärer Operator hinter arithmetischem Operator bei %C (Klammern verwenden) Erweiterung: Nullbreite hinter L-Deskriptor bei %L Erweiterung: Zeichen Backslash bei %C Erweiterung: Exponentbuchstabe %<q%> in literaler Realkonstante bei %C Externes %qs bei %L kann keine Initialisierung haben Externe IO UNIT kann kein Feld bei %L sein Externes Objekt %qs bei %L darf keinen Initialisierer haben Überflüssige Option für %<-Xassembler%>; %s, alle Optionen der Form %<-Xassembler%> und %<-Wa%> werden verworfen. Überschüssige Zeichen im Format bei %L F2008: C1210 IMPORT-Anweisung bei %C ist im Körper einer Schnittstelle für Modulprozedur nicht erlaubt »FAIL IMAGE«-Anweisung bei %C Argument FAILED= für NUM_IMAGES bei %L Der FDPIC-Modus wird im Thumb-1-Modus nicht unterstützt FINAL-Klausel bei %L erfordert einen skalaren LOGICAL-Ausdruck FINAL-Deklaration bei %C muss innerhalb von CONTAINS sein FINAL-Deklaration bei %C muss innerhalb eines CONTAINS-Abschnitts eines abgeleiteten Typs stehen FINAL-Prozedur %qs bei %L ist keine SUBROUTINE Bei %2$L deklarierte FINAL-Prozedur %1$qs hat denselben Rang (%3$d) wie %4$qs FINAL-Prozedur bei %L muss genau ein Argument haben FINAL-Prozedur bei %L mit angenommenem Rangargument muss der einzige Finalisierer mit derselben Art/Typ sein (F2018: C790) FINAL-Prozedurdeklaration bei %C FLUSH-Anweisung bei %C FORALL-Konstrukt bei %L FORALL-Endausdruck bei %L muss skalarer INTEGER sein FORALL-Index %qs kann nicht in Tripel-Spezifikation bei %L auftreten FORALL-Indexname bei %L muss skalarer INTEGER sein FORALL-Indexname bei %L muss skalarer INTEGER sein FORALL-Maskenklausel bei %L erfordert einen skalaren LOGICAL-Ausdruck FORALL-Anfangsausdruck bei %L muss skalarer INTEGER sein FORALL-Schrittausdruck bei %L kann nicht Null sein FORALL-Schrittausdruck bei %L muss skalares %s sein FORM-TEAM-Anweisung bei %C FORMAT-Marke %d bei %L nicht definiert FORMAT-Anweisung bei %C kann nicht innerhalb von INTERFACE auftreten FORMAT-Anweisung bei %L hat keine Anweisungsmarke FORMAT-Kennzeichen bei %L kann kein Feld der Größe 0 sein FORMAT-Markierung bei %L muss vom Typ Standard-CHARACTER oder INTEGER sein Gleitkomma-Ausnahmen sind eingeschaltet. Gleitkomma-Register könnten trotz Attribut %qE überschrieben werden: compilieren Sie mit %<-mgeneral-regs-only%> Argument FPTR für C_F_POINTER bei %L darf nicht polymorph sein FPU-Typen von LoongArch: FPX-Optionen »fast« und »compact« schließen sich aus FPX: Gleitkommaerweiterungen für doppelte Genauigkeit für Argonaut-ARC-CPU einschalten. FPX: kompakte FPX-Befehle für doppelte Genauigkeit erzeugen. FPX: schnelle FPX-Befehle für doppelte Genauigkeit erzeugen. FPX: kompakte FPX-Befehle für einfache Genauigkeit erzeugen. FPX: schnelle FPX-Befehle für einfache Genauigkeit erzeugen. FROMPOS-Argument (%ld) außerhalb des Bereichs 0:%d in intrinsischem MVBITS FROMPOS(%ld)+LEN(%ld)>BIT_SIZE(%d) in intrinsischem MVBITS FUNCTION-Ergebnis %s kann nicht ALLOCATABLE in FUNCTION %s bei %L sein FUNCTION-Ergebnis %s kann kein POINTER in FUNCTION %s bei %L sein FUNCTION-Ergebnis %s kann kein Feld in FUNCTION %s bei %L sein FUNCTION-Ergebnis %s kann nicht vom Typ %s in FUNCTION %s bei %L sein Komplexe Konstruktoren und Destruktoren ausfaktorisieren, um Speicherplatz gegenüber Geschwindigkeit zu gewinnen. Failed to create structure type '%s' at %C Keine passende Klausel gefunden bei %C Failure getting length of a constant array. Fehler bei Umwandlung von BOZ in REAL bei %L Schwerwiegender Fehler Die Datei %qs wird rekursiv eingebunden Bei %2$C geöffnete Datei %1$qs ist keine GNU-Fortran-Moduldatei Detaillierte Steuerung der Tuningfeatures. Erstes Argument der definierten Zuweisung bei %L muss INTENT(OUT) oder INTENT(INOUT) sein Erstes Argument der Operatorschnittstelle bei %L kann nicht optional sein Erstes Argument der Operatorschnittstelle bei %L muss INTENT(IN) sein Erstes oder letztes intrinsisches Argument zu !$OMP ATOMIC muss bei %2$L %1$qs sein Fix min_int calculation Feste Zeilenlänge muss mindestens sieben sein Schalter %<-fmax-stack-var-size=%d%> überschreibt %<-frecursive%> (ausgelöst durch %qs) Schalter %<-fno-automatic%> überschreibt %<-fmax-stack-var-size=%d%> Schalter %<-fno-automatic%> überschreibt %<-frecursive%> Schalter %<-fno-automatic%> überschreibt %<-frecursive%> (ausgelöst durch %qs) Schalter %<-frecursive%> überschreibt %<-fmax-stack-var-size=%d%> Metadaten direkt in Objektdateien einbetten Name der Konfiguration für eigene Gleitkommabefehle. Aufrufe von einfachen inline-Funktionen zusammenfalten. Renesas-(vormals Hitachi)/SuperH-Aufrufkonventionen folgen. Die C++17-Anforderungen für die Auswertungsreihenfolge von Zuweisungsausdrücken, Bitverschiebungen, Elementfunktionsaufrufe, etc. befolgen. EABI-Bindeanforderungen befolgen. Bei !$OMP ATOMIC COMPARE muss der erste Operand des Vergleichs bei %L die Variable %qs sein, in die die Aktualisierungsanweisung bei %L schreibt Bei den Optionen der Form »-f*-prefix-map=« die kanonischen Pfadnamen statt der angegebenen Zeichenketten vergleichen. For Schein-Prozedur %s in BIND(C) bei %C ist kein bindender Name erlaubt Für Intrinsics-Bibliothek: alle Parameter in Registern übergeben. Für geschachtelte Funktionen auf dem Stapel werden Ausführrechte gesetzt. Für Bitschiebeoperationen mit konstanter Anzahl, die einen einzelnen Maschinenbefehl zur Verschiebung um eine Stelle erfordern, die maximale Anzahl von Inline-Verschiebeanweisungen (Maximalwert 64) festlegen, die ausgegeben werden sollen, anstatt die entsprechende Hilfsfunktion __mspabi zu verwenden. Der Standardwert ist 4. Für Ziele, die normalerweise Trampoline für geschachtelte Funktionen benötigen, diese stets generieren, statt Deskriptoren zu verwenden. Dem Assembler (und Linker) erlauben, jede beliebige Architektur-Untervariante ohne Fehler zu verwenden. FP-als-GP-Optimierung verbieten. Verbieten, dass mittels $fp auf statische oder globale Variablen zugegriffen wird. Diese Option verhindert die FP-als-GP-Optimierung, unabhängig von -mforce-fp-as-gp. Erzwingen, dass alle Aufrufe mittels des jli-Befehls erfolgen. Erzwingen, dass die Assembler-Ausgabe immer Hexadezimalkonstanten verwendet. Bitfeld-Zugriffe zwingen, zu ihrer Typbreite zu passen. Erzeugen von temporären Variablen erzwingen, um Code für selten ausgeführtes »forall« zu testen. Ausschalten der Hardwareschleife erzwingen, selbst wenn -mext-dsp angegeben ist. Funktionen auf 4-Byte-Grenzen zwingen. Codeerzeugung von Stummeln für die Indirektion externer Symbole erzwingen. Indirekte Aufrufe und Sprünge mittels Register erzwingen. FP-als-GP-Optimierung erzwingen. Den für »wchar_t« zugrundeliegenden Typen auf »unsigned short« zwingen. Verwendung der Delay-Slots für bedingte Sprünge erzwingen. Formatanweisung im Hauptblock des Modules bei %C Fortran 2003: Spezifizierer %s in Anweisung %s bei %L hat Wert %qs Fortran 2003: Zeichen für Argument %qs des intrinsischen %qs bei %L Fortran 2003: DT-Format-Spezifizierer bei %C nicht erlaubt Fortran 2003: Skalares effektives CHARACTER-Argument mit Feld-Scheinargument %qs bei %L Fortran 2008: Veraltete Funktion: Fortran 2008: COMMON-Block %qs mit Binde-Marke bei %L teilt sich Bezeichner mit gobaler nicht-COMMON-Blockentität bei %L Fortran 2008: Effektives Nicht-Zeiger-Argument bei %L an Scheinzeiger %qs Fortran 2008: Nullzeiger bei %L an Nicht-Zeiger-Schein-%qs Fortran 2008: Zeigerfunktionen in Variablen-Definitionskontext (%s) bei %L Fortran 2008: Semikolon bei %C ohne vorausgehende Anweisung Fortran 2018: gelöschtes Feature: Fortran 2018: Veraltetes Feature: Fortran 2018: Fortran 95 erfordert Standard INTEGER in %s-Marke bei %L Keine passende spezifische Bindung für Aufruf des GENERIC %qs bei %L gefunden Freie Zeilenlänge muss mindestens drei sein Funktion %qs als Initialisierungsausdruck bei %L Funktion %qs bei %L kann nicht rekursiv aufgerufen werden, da sie nicht RECURSIVE ist Funktion %qs bei %L darf keinen Initialisierer haben Funktion %qs bei %L hat keinen IMPLICIT-Typ Funktion %qs bei %L hat keinen IMPLICIT-Typ; meinen Sie %qs? Funktion %qs bei %L ist INTRINSIC, aber nicht mit einer intrinsischen Funktion verträglich Funktion %qs bei %L muss PURE sein Funktion %qs in Initialisierungs-Ausdruck bei %L muss eine intrinsische Funktion sein Funktion %qs ist als CHARACTER(*) deklariert und kann nicht bei %L verwendet werden, da es kein Scheinargument ist Funktion %qs erfordert eine Argumentliste bei %C Funktion »%s« bei %L hat Einträge mit unpassenden Feldspezifikationen Funktion »%s« bei %L hat Eintrag »%s« mit unpassenden Charakteristika Funktion »%s« bei %L mit Einträgen, die Variablen mit verschiedenen Zeichenkettenlängen zurückgeben Funktion nicht gefunden. Funktionsergebnis %qs bei %L kann keine Initialisierung haben Funktionsergebnis %qs bei %L hat keinen IMPLICIT-Typ Funktionsergebnis %qs bei %L ist als X-Argument für C_FUNLOC ungültig Funktionsergebnis %qs bei %L darf weder Koarray sein noch eine Koarray-Komponente haben Funktionsergebnis %qs ist als Prozedurziel in Zuweisung des Prozedurzeigers bei %L ungültig Funktionsergebnisvariable %qs bei %L von elementarer Funktion %qs darf nicht die Attribute ALLOCATABLE oder POINTER haben Funktionsanfänge werden an dieser Potenz von 2 ausgerichtet. Funktionen, die Werte zurückgeben, müssen mit return-Anweisungen enden. Bestimmte Ganzzahloperationen verschmelzen, um die Performance auf power10 zu steigern. Bestimmte Ganzzahloperationen verschmelzen, um die Performance auf power8 zu steigern. GCC kann keine Operatoren mit Ganzzahl- und Festkommatypen unterstützen, die zusammen zu viele Ganzzahl- und Bruch-Bits haben GCC bietet derzeit keine Unterstützung für Parametertyp %qT für %<simd%>-Funktionen GCC unterstützt derzeit keine Typen gemischter Größe für %<simd%>-Funktionen GCC bietet derzeit keine Unterstützung für Rückgabetyp %qT für %<simd%>-Funktionen GCC unterstützt derzeit %<simdlen %wd%> für Typ %qT nicht GCC ist nicht dafür konfiguriert, %qs als Argument für %<-foffload=%> zu unterstützen GCC muss mit %<--enable-newlib-nano-formatted-io%> konfiguriert werden, um %<-mtiny-printf%> zu verwenden GCC unterstützt nur %u geschachtelte Gültigkeitsbereiche GCC-Vektor per Referenz übergegeben: Nicht-Standard-ABI-Erweiterung ohne Kompatibilitätsgarantie GCC-Vektor per Referenz zurückgegeben: Nicht-Standard-ABI-Erweiterung ohne Kompatibilitätsgarantie GCC_OFFLOAD_OMP_REQUIRES_FILE ist nicht gesetzt Zu verwendende GCN-CPU-Art: GCSE ausgeschaltet GENERIC %qs bei %L kann nicht spezifische Bindung mit gleichem Namen überschreiben GENERIC %qs bei %L muss auf spezifische Bindung abzielen, %qs ist ebenfalls GENERIC GENERIC bei %C muss innerhalb eines CONTAINS eines abgeleiteten Typs sein GENERIC-Bindung bei %C GENERIC-Prozedur %qs ist bei %L nicht als effektives Argument erlaubt GMP Version %s, MPFR Version %s, MPC Version %s. isl Versiom %s
GNU C unterstützt »-traditional« ohne »-E« nicht mehr GNU-Erweiterung: GNU Objective C unterstützt keine traditionelle Übersetzung mehr Attribut im GNU-Stil zwischen Label und Deklaration bezieht sich auf das Label GOTO-Anweisung bei %L hinterlässt CRITICAL-Konstrukt für Marke bei %L GOTO-Anweisung bei %L hinterlässt DO CONCURRENT-Konstrukt für Marke bei %L Syntaxfehler hinter PARAMETERIZED-TYPE-Deklaration bei %C MMA-Befehle erzeugen (oder auch nicht). Code erzeugen (oder auch nicht), der den Befehl LXVKQ verwendet. Code erzeugen (oder auch nicht), der den Befehl XXSPLTIDP verwendet. Code erzeugen (oder auch nicht), der den Befehl XXSPLTIW verwendet. Speicheradressierung relativ zu PC (oder absolut) erzeugen. Optimierungen für Speicherzugriffe relative zu PC durchführen (nicht durchführen). Speicherzugriffsbefehle mit (oder ohne) Präfix erzeugen. 16-Bit-Befehle erzeugen. 16-Bit-i386-Code erzeugen. 32-Bit-Code erzeugen. 32-Bit-Versatz in switch-Tabellen erzeugen. 32-Bit-i386-Code erzeugen. 32-Bit-x86-64-Code erzeugen. 32x16-Multiplizier sowie Multiplizier+Addier-Befehle generieren. 64-Bit-Code erzeugen. 64-Bit-x86-64-Code erzeugen. APCS-konforme Stapelrahmen erzeugen. ARCompact-32-Bit-Code für ARC600-Prozessor erzeugen. ARCompact-32-Bit-Code für ARC601-Prozessor erzeugen. ARCompact-32-Bit-Code für ARC700-Prozessor erzeugen. Stubs im AT&T-Stil für Mach-O erzeugen. BTF-Debug-Informationen auf Standardniveau erzeugen. C-Header mit Plattform-spezifischen Merkmalen erzeugen. C-Prototypen aus BIND(C)-Deklarationen generieren. C-Prototypen aus Nicht-BIND(C)-Deklarationen für externe Prozeduren generieren. Informationen zu Abhängigkeiten von C++-Modulen erzeugen. FPU-Befehle mit doppelter Genauigkeit für C-SKY generieren (Vorgabe für Hardware-Gleitkomma). CTF-Debug-Informationen auf Standardniveau erzeugen. Erweiterungsbefehle für DSP generieren. DWARF-Abschnitte für Pubnames und Pubtypes mit GNU-Erweiterungen erzeugen. DWARF-Abschnitte für Pubnames und Pubtypes erzeugen. ELF-FDPIC-Code erzeugen. GFLOAT-Code mit doppelter Genauigkeit generieren. H8/300H-Code erzeugen. H8S-Code erzeugen. H8S/2600-Code erzeugen. H8SX-Code erzeugen. ILP32-Code erzeugen. Für den ARMv8 angemessene IT-Blöcke erzeugen. JSON-Datei erzeugen. LP64-Code erzeugen. MIPS16-Code erzeugen. ModuleInfo-Struktur für Ausgabemodul generieren. PA1.0-Code erzeugen. PA1.1-Code erzeugen. PA2.0-Code erzeugen (erfordert binutils 2.10 oder neuer). SH1-Code erzeugen. SH2-Code erzeugen. FPU-freien SH2a-Code erzeugen. SH2e-Code erzeugen. SH3-Code erzeugen. SH3e-Code erzeugen. FPU-freien SH4-Code erzeugen. SH4-Code erzeugen. FPU-freien SH4-100-Code erzeugen. SH4-100-Code erzeugen. FPU-freien SH4-200-Code erzeugen. SH4-200-Code erzeugen. FPU-freien SH4-300-Code erzeugen. SH4-300-Code erzeugen. FPU-freien SH4a-Code erzeugen. SH4a-Code erzeugen. SH4al-dsp-Code erzeugen. SIMD-Klone für Funktionen mit OpenMP-Declare-Ziel-Direktive erzeugen. Beim Erzeugen von AltiVec-Code VRSAVE-Befehle erzeugen. Separaten »__mcount_loc«-Abschnitt erzeugen, der alle Aufrufe von »_mcount« und »__fentry__« enthält. Separaten »__mcount_loc«-Abschnitt erzeugen, der alle Aufrufe von »mcount« und »__fentry__« enthält. Eine auf das aktuelle Verzeichnis verweisende #line-Anweisung erzeugen. Ein Mach-O-Bundle erzeugen (Dateityp MH_BUNDLE). Einen __return_loc-Abschnitt generieren, der auf jeden instrumentierten return-Code verweist. Die Funktion »abort« aufrufen, wenn eine »noreturn«-Funktion zurückkehrt. Beim Compilieren eine Default-main-Funktion für D generieren. Einen einzigen Austrittspunkt für jede Funktion erzeugen. Absolute Quellpfade für gcov erzeugen. Code zum Übergeben von Aggregaten mit maximal 64-Bit-Ausrichtung erzeugen. Alle notwendigen Informationen für »BPF Compile Once - Run Everywhere« generieren. Ausgabedatei erzeugen, die Symbole nicht erst bei Bedarf, sondern bereits beim Laden bindet. Assemblerausgabe erzeugen, die mit Renesas AS100-Assembler verträglich ist. Dies schränkt einige Compilerfähigkeiten ein. Voreinstellung ist GAS-verträgliche Syntax. Auto-inc/dec-Befehle erzeugen. Big-Endian-Code erzeugen. Big-Endian-Code erzeugen. Big-Endian-eBPF erzeugen. Bit-Befehle erzeugen. Sprungbefehle als direkte Sprünge erzeugen. Falls nötig, »call«-Befehle als indirekte Aufrufe erzeugen. Sprungbefehle als indirekte Sprünge erzeugen. Aufrufbefehle als indirekte Registeraufrufe erzeugen. Im Funktionsprolog cld-Befehle erzeugen. Code für Laufzeitumgebung des C-SKY-Compilers statt libgcc generieren. Code für GNU as erzeugen. Code für GNU Assembler (gas) erzeugen. Code für GNU ld erzeugen. Code für die GNU-Laufzeitumgebung erzeugen. Code für die NeXT-(Apple macOS X)-Laufzeitumgebung erzeugen. Code für OpenMP-Auslagerung erzeugen: schaltet »-msoft-stack« und »-muniform-simt« ein. Code für Serie SH4 340 erzeugen (ohne MMU/FPU). Code für Serie SH4 400 erzeugen (ohne MMU/FPU). Code für Serie SH4 500 erzeugen (ohne FPU) Code für Smart Mode erzeugen. Code für Thumb-Zustand erzeugen. Code für UNIX-Assembler erzeugen. Code für 32-Bit-ABI erzeugen. Code für einen 5206e erzeugen. Code für einen 520X erzeugen. Code für einen 528x erzeugen. Code für einen 5307 erzeugen. Code für einen 5407 erzeugen. Code für 64-Bit-ABI erzeugen. Code für 68000 erzeugen. Code für 68010 erzeugen. Code für 68020 erzeugen. Code für einen 68030 erzeugen. Code für einen 68040 ohne neue Befehle erzeugen. Code für einen 68040 erzeugen. Code für einen 68060 ohne neue Befehle erzeugen. Code für einen 68060 erzeugen. Code für einen 68302 erzeugen. Code für einen 68332 erzeugen. Code für einen 68851 erzeugen. Code für ColdFire v4e erzeugen. Code für DLL erzeugen. Code für Fido A erzeugen. Code für eine cpu32 erzeugen. Code für alle Template-Instanziierungen einschalten. Code für eine 11/10 erzeugen. Code für eine 11/40 erzeugen. Code für eine 11/45 erzeugen. Code für Assert-Verträge generieren. Code für Klassen-Invarianz-Verträge generieren. Code für ladbare Darwin-Kernelerweiterungen erzeugen. Code für Funktionen erzeugen, auch wenn sie vollständig »inline« sind. Code für die angegebene CPU erzeugen. Code für altes ausführbares BSS PLT erzeugen. Code für Nachbedingungsverträge erzeugen. Code für Vorbedingungsverträge generieren. Code für static-Funktionen erzeugen, auch wenn sie nie aufgerufen werden. Code für Switches ohne Default-Fall generieren. Code für die Android-Plattform erzeugen. Code für den M*Core M210 erzeugen. Code für den M*Core M340 erzeugen. Code für ladbare Darwin-Kernelerweiterungen oder Kernel erzeugen. Code für Supervisor-Modus generieren (Standard). Code für User-Modus generieren. Code im 32-Bit-ARM-Zustand erzeugen. Code im »Big Endian«-Modus erzeugen. Code im »Big Endian«-Modus erzeugen. Code im »Little Endian«-Modus erzeugen. Code im »Little Endian«-Modus erzeugen. Code für ausführbare Dateien (NICHT Shared Libraries) erzeugen. Für schnelles Debugging geeigneten Code erzeugen. Code erzeugen, der in dynamischen Objekten im SVR4-Stil verwendet werden kann. Code erzeugen, der lokalen Zustand in allen Bahnen einheitlich halten kann. Code erzeugen, der zum Intel-MCU-psABI passt. Code erzeugen, der zum angegebenen ABI passt. Code erzeugen, der zum angegebenen ABI passt. Code erzeugen, der sicher mit MIPS16- und microMIPS-Code gebunden werden kann. Code erzeugen, der 68881-Gleitkommabefehle verwendet. Code erzeugen, der im privilegierten Zustand läuft. Code erzeugen, der nicht mit anderen ID-shared Libraries gelinkt werden würde, aber als Shared Library verwendet werden kann. Code zur Überprüfung der Grenzen vor Arrayindizierung erzeugen. Code zur Überprüfung von Exception-Spezifikationen erzeugen. Code generieren, der Gerade-Linie-Spekulationen abwehrt. Code generieren, um mitzuverfolgen, wann die CPU falsch spekulieren könnte. Code erzeugen, der nicht ausführbares PLT und GOT enthält. Code mittels globaler Anker-Symboladressen generieren. Code erzeugen, der Hardware-Gleitkommabefehle verwendet. Code erzeugen, der nur die allgemeinen Register verwendet. Code erzeugen, der nur die Kernregister (r0–r14) verwendet. Code mit Bibliotheksaufrufen für Gleitkommaarithmetik erzeugen. Generierung von Code mit unausgerichtetem load/store, gültig für MIPS R6. Code ohne Register für globalen Zeiger erzeugen. CFString-Objekte zum Kompilierungszeitpunkt generieren. Komprimierte Fehlersuchinformationen erzeugen. Verwendung bedingter Kopierbefehle einschalten. Konstantenpools im Compiler statt im Assembler generieren. cpp-Defines für Server-IO erzeugen. cpp-Defines für Workstation-IO erzeugen. Fehlersuchinformationen im DWARF-v2-Format (oder neuer) erzeugen. Fehlersuchinformationen im VMS-Format erzeugen. Fehlersuchinformationen im erweiterten Standardformat erzeugen. Fehlersuchinformationen im Standardformat erzeugen. Fehlersuchinformationen im Standardversion des DWARF-Formats erzeugen. Fehlersuchinformationen in separaten .dwo-Dateien erzeugen. Standard SH2a-FPU-Code mit doppelter Genauigkeit erzeugen. Standard SH2a-FPU-Code mit einfacher Genauigkeit erzeugen. Standard SH4-Code mit einfacher Genauigkeit erzeugen. Standard SH4-100-Code mit einfacher Genauigkeit erzeugen. Standard SH4-200-Code mit einfacher Genauigkeit erzeugen. Standard SH4-300-Code mit einfacher Genauigkeit erzeugen. Standard SH4a-Code mit einfacher Genauigkeit erzeugen. Nicht zusammenhängende Stapelrahmen erzeugen. Divisions-Befehle erzeugen. Divisionsergebnisse mit dem gleichen Vorzeichen im Übertrag wie der Divisor (nicht der Dividend) erzeugen. Dokumentation erzeugen. Gleitkommabefehle doppelter Genauigkeit generieren. eBPF für die angegebene Linux-Kernelversion erzeugen. Erweiterte arithmetische Befehle erzeugen, nur für ARC700 gültig. Erweiterte Informationen für Einsprungpunkt für inline-Funktionen erzeugen. Schnelle indirekte Aufrufe erzeugen. Gleitkommaarithmetik mit gegebenem Befehlssatz erzeugen. Kombinierte Multiplizier-Addier-Befehle generieren. Die Befehle frecipd/fsqrtd/fdivd generieren (Vorgabe für Hardware-Gleitkomma). Hardware-abs-Befehle generieren. Eingebettete Gleitkommadivision erzeugen, auf Wartezeit optimieren. Eingebettete Gleitkommadivision erzeugen, auf Durchsatz optimieren. Eingebettete Ganzzahldivision erzeugen, auf Wartezeit optimieren. Eingebettete Ganzzahldivision erzeugen, auf Durchsatz optimieren. Quadratwurzel »inline« erzeugen, auf Wartezeit optimieren. Quadratwurzel »inline« erzeugen, auf Durchsatz optimieren. Befehle generieren, die vom Barrel-Shifter unterstützt werden. isel-Befehle erzeugen. Lockeres Nachschlagen von Klassen (mit objc_getClass()) für Verwendung im Null-Verknüpfungs-Modus erzeugen. Bibliotheksaufrufe für atomare Lade- und Speicherbefehle generieren, wenn synchronisierte Bibliotheksaufrufe ausgeschaltet sind. Little-Endian-Code erzeugen. Little-Endian-Code erzeugen. Little-Endian-eBPF erzeugen. Befehle zum gleichzeitigen Laden/Speichern mehrerer Daten erzeugen. Befehle für Laden/Speichern mit Aktualisierung erzeugen. Atomare Operationen durch Hilfsfunktionen implementieren. Make-Abhängigkeiten erzeugen und Code übersetzen. Make-Abhängigkeiten erzeugen. Aufrufe von »mcount«/»__fentry__« als NOPs erzeugen. Um sie einzuschalten, müssen sie hineingepatcht werden. Millicode-Schnipsel erzeugen. mul64- und mulu64-Befehle erzeugen. norm-Befehl erzeugen. Code im normalen Modus erzeugen. SH2a-FPU-Code nur mit einfacher Genauigkeit erzeugen. SH4-Code nur mit einfacher Genauigkeit erzeugen. SH4-100-Code nur mit einfacher Genauigkeit erzeugen. SH4-200-Code nur mit einfacher Genauigkeit erzeugen. SH4-300-Code nur mit einfacher Genauigkeit erzeugen. SH4a-Code nur mit einfacher Genauigkeit erzeugen. PC-relativen Code erzeugen. Erweiterungsbefehle für Performance einschalten. Erweiterungsbefehle für Performance Version 2 einschalten. Unechte Ziele für alle Header erzeugen. Wenn möglich, lageunabhängigen Code für ausführbare Dateien erzeugen (large mode). Wenn möglich, positionsunabhängigen Code für ausführbare Dateien erzeugen (small mode). Wenn möglich, lageunabhängigen Code erzeugen (large mode). Wenn möglich, positionsunabhängigen Code erzeugen (small mode). Wenn verfügbar, Prefetch-Befehle für Arrays in Schleifen erzeugen. Befehle push/pop generieren (Standard). Wiedereinsprungsfähigen PIC-Code erzeugen. Reziproke statt divss und sqrtss erzeugen. return-Befehl in nackter Funktion generieren. Informationen zur Typbeschreibung zur Laufzeit erzeugen. SData-Referenzen erzeugen. Dies ist die Voreinstellung, außer wenn PIC erzeugt wird. Abschnitte .s390_indirect_jump, .s390_indirect_call, .s390_return_reg, und .s390_return_mem erzeugen, in denen die Adressen für indirekte Sprungziele gespeichert werden, die aufgrund der Optionen -mindirect-branch* oder -mfunction-return* gepatcht wurden. Die Abschnitte bestehen aus einem Array von 32-Bit-Elementen. Jedes Element enthält den Offset vom Eintrag zu der gepatchten Adresse. Selbstverschiebbaren Code erzeugen. sin, cos und sqrt für FPU erzeugen. Gleitkommabefehle einfacher Genauigkeit generieren. Reziproke Division und Quadratwurzel in Software für besseren Durchsatz erzeugen. Wenn nötig, spezielle Objective-C-Methoden zur Initialisierung/Zerstörung von nicht-POD C++ ivars, erzeugen. stm/ldm-Befehle erzeugen (Vorgabe). Erweiterungsbefehle für Zeichenketten einschalten. swap-Befehl erzeugen. Ganzzahl-Modulo-Befehle erzeugen. Atomare Quadword-Befehle zum Speicherzugriff verwenden (lqarx/stqcx). Befehle zum Laden/Speichern von Quadwords (lq/stq) erzeugen. Unausgerichtete VSX-Lade/Speicher-Befehle für Inline-Expansion von memcpy/memmove generieren. Unausgerichtete VSX-Lade/Speicher-Befehle für Vektorpaare für Inline-Expansion von memcpy/memmove generieren. Abwicklungstabellen erzeugen, die genau an jeder Befehlsgrenze liegen. Befehle push25/pop25 für v3 erzeugen. »vzeroupper«-Befehl erzeugen, bevor der Ablauf die Funktion verlässt. xBPF erzeugen. Generische Funktion %qs bei %L ist nicht mit spezifischer intrinsischer Schnittstelle vereinbar Allgemeiner Name %qs der Funktion %qs bei %L ist der gleiche wie der des abgeleiteten Typs bei %L Generisches Unterprogramm %qs bei %L ist nicht mit intrinsischer Unterprogrammschnittstelle vereinbar Sprüngen ihre Standardkosten zuweisen. Externen Symbolen einen führenden Unterstrich geben. Globaler Bindungs-Name %qs bei %L wird bereits als ein %s bei %L verwendet Globaler Bindungs-Name %qs bei %L wird bereits bei %L verwendet Globale Entität %qs bei %L darf nicht in einem COMMON-Block vorkommen Globale Entität %qs bei %L kann nicht in einem COMMON-Block bei %L vorkommen Globaler Name %qs bei %L wird bereits als ein %s bei %L verwendet Globaler Name %qs bei %L wird bereits bei %L verwendet Graphite-Schleifenoptimierungen können nicht verwendet werden (ISL ist nicht verfügbar) (%<-fgraphite%>, %<-fgraphite-identity%>, %<-floop-nest-optimize%>, %<-floop-parallelize-all%>) Graphite-Schleifenoptimierungen können nicht verwendet werden (ISL ist nicht verfügbar). Linker anweisen, Befehle zu lockern. HOLDS-Ausdruck bei %L muss ein skalarer logischer Ausdruck sein Bibliotheksfunktionen aufrufen, wenn atomare eingebaute Operationen auf unausgerichteten Speicher angewendet werden können. Hebt -mtrap-unaligned-atomic auf. Bedingte Zweigen härten, indem die entgegengesetzten Bedingungen geprüft werden. Bedingungen, die nicht in den Zweigen verwendet werden, härten, indem die entgegengesetzten Bedingungen geprüft werden. Hardware-Autoprefetcher-Scheduler-Modellsteuerung: Anzahl der Vorausschauzyklen, die das Modell untersucht, bei '0' ist nur die heuristische Sortierung von Befehlen aktiviert. Standardmäßig deaktiviert. Hexadezimalkonstante bei %L verwendet Nicht-Standard X statt Z Hollerithkonstante bei %C Mit Host verbundene Variable %qs darf nicht in DATA-Anweisung bei %C stehen Wie viel die gegebene Übersetzungseinheit durch das »inline« wachsen kann (in Prozent). Wie viel die gegebene Übersetzungseinheit durch die interprozedurale Konstantenweitergabe wachsen kann (in Prozent). E/A-Registeroperand für »%%%c« IBITS: Bad bit ICE: %<emit_insn%> verwendet, wo %<emit_jump_insn%> erforderlich: ID der zu bauenden Shared Library. gemeinsam genutzte ID-Bibliotheken und FD-PIC-Modus können nicht zusammen verwendet werden IEEE_ARITHMETIC-Modul bei %C IEEE_EXCEPTIONS-Modul bei %C IEEE_FEATURES-Modul bei %C IF-Klausel bei %L erfordert einen skalaren LOGICAL-Ausdruck IF-Klausel-Modifizierer »%s« bei %L ist dem aktuellen OpenMP-Konstrukt nicht angemessen IF-Klausel ohne Modifizierer bei %L wird zusammen mit IF-Klauseln mit Modifizierert verwendet IM-part_ref bei %C »IMPLICIT NONE (type)«-Anweisung bei %L folgt einer IMPLICIT-Anweisung IMPLICIT NONE mit Angabenliste bei %C IMPLICIT-Anweisung bei %C folgt auf IMPLICIT NONE (Typ-)Anweisung IMPORT-Anweisung bei %C IMPORT-Anweisung bei %C ist nur in einem INTERFACE-Körper erlaubt IMPURE-Prozedur bei %C INQUIRE-Anweisung bei %L kann nicht sowohl FILE- als auch UNIT-Spezifikationssymbole enthalten INQUIRE-Anweisung bei %L erfordert PENDING= mit Spezifizierung ID= INQUIRE-Anweisung bei %L erfordert entweder FILE- oder UNIT-Spezifikationssymbol INQUIRE-Anweisung in PURE-Prozedur bei %C nicht erlaubt INTEGER-Ausdruck von %s-Klausel bei %L darf nicht negativ sein INTEGER-Ausdruck von %s-Klausel bei %L muss positiv sein INTEGER-Ausdruck der »chunk_size« der SCHEDULE-Klausel bei %L muss positiv sein INTEGER(KIND=8) ist nicht verfügbar für Option %<-fdefault-integer-8%> INTEGER(KIND=8) ist nicht verfügbar für Option %<-finteger-4-integer-8%> INTENT(%s) steht mit INTENT(%s) bei %L in Konflikt INTENT ist in BLOCK bei %C nicht erlaubt Effektives Argument von INTENT(%s) bei %L könnte effektives Argument bei %L stören. INTENT(IN) POINTER %qs in Klausel %s bei %L INTENT(IN)-Zeiger %qs in COPYPRIVATE-Klausel bei %L Argument %1$qs bei %3$L für die reine Prozedur %2$qs ist INTENT(OUT) und darf daher nicht polymorph sein INTERFACE-Prozedur %qs bei %L hat denselben Namen wie die umgebende Prozedur IO UNIT in %s-Anweisung bei %L muss eine interne Datei in einer PURE-Prozedur sein IO-Definition für %q+D erfordert eine Adresse IOLENGTH-Markierung in INQUIRE-Anweisung bei %C ungültig IOMSG-Markierung bei %L IPA-modref-Zusammenfassung fehlt in Eingabedatei IPA-SRA-Zugriffs-Verifikation fehlgeschlagen ISA %qs wird von Attribut %<target%> nicht unterstützt, verwenden Sie den Aufruf %<arch=%> ISO-C erlaubt kein %<%E (Ausdruck)%> ISO-C erlaubt kein zusätzliches %<;%> außerhalb einer Funktion ISO-C erlaubt kein auf Funktionstypen angewendetes %<_Alignof%> ISO C unterstützt nicht %<#pragma STDC FLOAT_CONST_DECIMAL64%> ISO-C unterstützt kein %<++%> und %<--%> für komplexe Typen ISO-C unterstützt %<[[]]%>-Attribute erst ab C2X ISO-C unterstützt die Typen %<__int%d%> nicht ISO C unterstützt %<auto%>-Typinferenz erst ab C2X ISO-C unterstützt nicht %<~%> für komplexe Konjugation ISO-C unterstützt %qs erst ab C2X ISO-C unterstützt den vordefinierten Bezeichner %qs nicht ISO-C unterstützt keine komplexen Ganzzahltypen ISO-C unterstützt dezimale Gleitkommazahlen erst ab C2X ISO-C unterstützt keine Ganzzahltypen ISO-C unterstützt das Weglassen von Parameternamen in Funktionsdefinitionen erst ab C2X ISO-C unterstützt nicht %<double complex%> bedeutendes einfaches %<complex%> ISO-C unterstützt keine sättigenden Typen ISO C unterstützt auf %<enum%> basierende Typen erst ab C2X ISO-C unterstützt den Typen %<_Float%d%s%> nicht ISO-C verbietet %<goto *expr;%> ISO-C verbietet %<return%> mit Ausdruck, in void zurückgebender Funktion ISO-C verbietet eine leere Quelldatei ISO-C verbietet Zuweisung zwischen Funktionszeiger und %<void *%> ISO-C verbietet geklammerte Gruppen innerhalb von Ausdrücken ISO-C verbietet Typkonvertierung von Nicht-Skalar auf selben Typen ISO-C verbietet Typkonvertierung auf union-Typ ISO-C verbietet Vergleich von %<void *%> mit Funktionszeiger ISO-C verbietet bedingten Ausdruck zwischen %<void *%> und Funktionszeiger ISO-C verbietet bedingten Ausdruck mit nur einer void-Seite ISO-C verbietet const- oder volatile-Funktionstypen ISO-C verbietet Konvertierung von Funktionszeigern in Objektzeigertyp ISO-C verbietet Konvertierung von Objektzeigertypen in Funktionszeigertyp ISO-C unterstützt leere Initialisierungsklammern erst ab C2X ISO-C verbietet Vorwärtsdeklaration für Parameter ISO-C verbietet Vorwärts-Referenzen auf %<enum%>-Typen ISO-C verbietet Initialisierung zwischen Funktionszeiger und %<void *%> ISO-C verbietet Markendeklarationen ISO-C verbietet Elementdeklarationen ohne Elemente ISO-C verbietet verschachtelte Funktionen ISO-C verbietet das Weglassen des mittleren Terms eines %<?:%>-Ausdruckes ISO-C verbietet geordnete Vergleiche zwischen Zeigern auf Funktionen ISO-C verbietet Übergabe des Arguments %d von %qE zwischen Funktionszeiger und %<void *%> ISO-C verbietet qualifizierte Funktionstypen ISO-C verbietet return zwischen Funktionszeiger und %<void *%> ISO-C verbietet die Angabe eines zu initialisierenden Elementebereiches ISO-C erlaubt Speicherklassenangaben in zusammengesetzten Literalen erst ab C2X ISO-C verbietet, ein %<register%>-Array zu indizieren ISO-C verbietet Array der Größe null ISO-C verbietet Array %qE der Größe null ISO-C verbietet Argumentkonvertierung in union-Typ ISO-C erfordert ein benanntes Argument vor %<...%>, vor C2X ISO C vor C2X beschränkt Aufzählungswerte auf den Bereich von %<int%> Attribut %qE aus ISO C++ ist nicht auf Funktionen anwendbar; wird als %<[[gnu::%E]]%> behandelt ISO-C++ 1998 unterstützt nicht %<long long%> ISO-C++ 1998 verbietet die Verwendung von %<extern%> bei expliziten Instanziierungen ISO C++ erlaubt Bitfeld-Attribute nur vor dem %<:%>-Token ISO C++ unterstützt keine Operatortemplates in Zeichenkettenliteralen, die eine Argumentpackung von Zeichen bekommen in ISO-C++ darf der mittlere Operand von %<?:%> nicht weggelassen werden ISO-C++ erlaubt kein %<alignof%> mit einem Nicht-Typ ISO-C++ erlaubt keine benannten Initialisierungen von C99 ISO-C++ erlaubt keine benannten Initialisierungen (GNU) ISO-C++ erlaubt nicht, %<%T::%D%> als %<%T::%D%> zu definieren ISO-C++ erlaubt kein auf Funktionstypen angewendetes %<alignof%> ISO-C++ unterstützt %<__int%d%> für %qs nicht ISO-C++ unterstützt nicht, dass einfaches %<complex%> %<double complex%> bedeutet ISO-C++ verbietet Anwendung von %<__alignof%> auf einen Ausdruck mit Funktionstyp ISO-C++ verbietet Anwendung von %<sizeof%> auf einen Ausdruck mit Funktionstyp ISO-C++ verbietet Gruppen in geschweiften Klammern innerhalb von Ausdrücken ISO-C++ verbietet den Aufruf von %<::main%> vom Programm aus ISO-C++ verbietet Umwandlung in Arraytyp %qT ISO-C++ verbietet Vergleich zwischen Zeiger und Ganzzahl ISO-C++ verbietet Vergleich zwischen Zeiger des Typs %<void *%> und Zeiger auf Funktion ISO-C++ verbietet zusammengesetzte Literale ISO-C++ verbietet berechnete Gotos ISO-C++ verbietet Bedingungsausdruck mit Zeiger des Typs %<void *%> und Zeiger auf Funktion ISO-C++ verbietet Umwandlung zwischen Zeiger des Typs %<void *%> und Zeiger auf Funktion ISO C++ verbietet, eine Zeichenkettenkonstante in %qT zu konvertieren ISO-C++ verbietet Deklaration von %qs ohne Typ ISO-C++ verbietet Verringern eines Zeigers vom Typ %qT ISO-C++ verbietet verringern einer Aufzählung ISO-C++ verbietet leere unbenannte Aufzählung ISO-C++ verbietet flexibles Arrayelement %qs ISO-C++ verbietet flexible Arrayelemente ISO-C++ verbietet Initialisierung des nicht konstanten statischen Elements %qD in der Klasse ISO-C++ verbietet Erhöhen eines Zeigers vom Typ %qT ISO-C++ verbietet erhöhen einer Aufzählung ISO-C++ verbietet Initialisierung der Elementkonstante %qD vom nicht eingebauten Typen %qT ISO-C++ verbietet geschachtelten Typen %qD mit gleichem Namen wie umschließende Klasse ISO-C++ verbietet das Auslassen des mittleren Terms eines %<?:%>-Ausdrucks ISO-C++ verbietet das Ermitteln der Adresse der Funktion %<::main%> ISO-C++ verbietet das Ermitteln der Adresse einer gebundenen Elementfunktion, um einen Zeiger auf Elementfunktion zu erzeugen. Stattdessen %<&%T::%D%> verwenden ISO-C++ verbietet das Ermitteln der Adresse einer nicht qualifizierten oder geklammerten nicht-statischen Elementfunktion, um einen Zeiger auf Elementfunktion zu erzeugen. Stattdessen %<&%T::%D%> verwenden ISO-C++ verbietet die Verwendung von %qE bei expliziten Instanziierungen ISO-C++ verbietet typename-Schlüssel in Template-Template-Parameter; verwenden Sie %<-std=c++17%> oder %<-std=gnu++17%> ISO-C++ verbietet Gleitkommaliterale in Konstanten-Ausdrücken ISO-C++ verbietet die Verwendung eines Zeigers des Typs %<void *%> in Subtraktion ISO-C++ verbietet die Verwendung eines Zeigers auf eine Funktion in Subtraktion ISO-C++ verbietet die Verwendung eines Zeigers auf Methode in Subtraktion ISO-C++ verbietet Array variabler Länge ISO-C++ verbietet Array %qD variabler Länge ISO-C++ verbietet Array der Größe null ISO-C++ verbietet Array %qD der Größe null ISO-C++ verbietet anonyme structs ISO-C++ verbietet Überladen von %<operator ?:%> ISO C++ besagt, dass diese mehrdeutig sind, auch wenn die schlechteste Umwandlung für das erste besser ist als die schlechteste Umwandlung für das zweite: ISO-C++17 erlaubt Speicherklassenangabe %<register%> nicht ISO C++17 erlaubt keine dynamischen Ausnahmespezifikationen das Weglassen der Zeichenkette in %qE wird von ISO C11 nicht unterstützt ISO-C90 unterstützt %<[*]%>-Arraydeklaratoren nicht ISO-C90 unterstützt nicht %<_Generic%> ISO-C90 unterstützt nicht %<_Noreturn%> ISO-C90 unterstützt den vordefinierten Bezeichner %<__func__%> nicht Deklarationen im Initialisierungsteil einer %<for%>-Schleife werden von ISO C90 nicht unterstützt; ab ISO C99 geht es ISO-C90 unterstützt nicht %<long long%> ISO-C90 unterstützt kein %<static%> oder Typkennzeichner in Parameterarraydeklaratoren ISO-C90 unterstützt nicht %qE ISO-C90 unterstützt keine booleschen Typen ISO-C90 unterstützt keine komplexen Typen ISO-C90 unterstützt keine flexiblen Arrays als Elemente ISO-C90 unterstützt den %<_Atomic%>-Qualifizierer nicht ISO-C90 unterstützt keine namenlosen structs/unions ISO-C90 verbietet Array %qE, dessen Größe nicht ausgewertet werden kann ISO-C90 verbietet Array, dessen Größe nicht ausgewertet werden kann ISO-C90 verbietet zusammengesetzte Literale ISO-C90 verbietet gemischte Deklarationen und Code ISO-C90 verbietet die Angabe von zu initialisierenden Unterobjekten ISO-C90 verbietet, ein Nicht-L-Wert-Array zu indizieren ISO-C90 verbietet Array variabler Größe ISO-C90 verbietet Array %qE variabler Größe ISO-C99 unterstützt nicht %<_Generic%> ISO-C99 unterstützt nicht %<_Noreturn%> ISO-C99 unterstützt nicht %qE ISO-C99 unterstützt den %<_Atomic%>-Qualifizierer nicht ISO-C99 unterstützt keine namenlosen structs/unions Modul ISO_C_BINDING bei %C Intrinsisches Modul ISO_FORTRAN_ENV bei %C ITERATOR bei %C kann nicht mit SINK kombiniert werden ITERATOR bei %C kann nicht mit SOURCE kombiniert werden Wenn »-ftree-vectorize« verwendet wird, die minimale Schleifengrenze einer für Vektorisierung zu betrachtenden Schleife. Wenn »-fvariable-expansion-in-unroller« verwendet wird, die Höchstzahl der Fälle, dass eine einzelne Variable während Loop-Unrolling expandiert wird. Wenn die Neuzuordnung von Grenzen bei %L angegeben wird, darf das Zeigerziel nicht NULL sein Wenn das erste Argument von ATAN2 bei %L 0 ist, dann darf das zweite Argument nicht 0 sein Wenn das erste Argument von ATAN2 bei %L 0 ist, dann darf das zweite Argument nicht 0 sein Wenn die Anzahl der Kandidaten in der Menge kleiner ist, wird immer versucht, ungenutzte IVs während ihrer Optimierung zu entfernen. Wenn Planung nach dem Neuladen, dann Superblock-Planung. »D« in Spalte eins in statischer Form ignorieren. Attribut dllimport für Funktionen ignorieren. Den normalen zweistufigen Namensraum ignorieren; Symbole in der Reihenfolge der Befehlszeile auflösen und nicht aufzeichnen, welche Bibliothek das aufgelöste Symbol bereitgestellt hat. Nicht unterstützte Pragmas ignorieren. Tut nichts. Für Rückwärtskompatibilität erhalten. Nur die 64-Bit-ABI wird unterstützt. Ignoriert. Herstellererweiterungsmarkierung »!$omx« bei %C wird ignoriert Unzulässiges ALLOCATE-Objekt bei %C für eine PURE-Prozedur Unzulässige Zuweisung an externe Prozedur bei %L Unzulässiges Zeichen in BOZ-Konstante bei %C Illegal id in copy_walk_reduction_arg Ungültige Präprozessordirektive Ungültiger Referenztyp bei %L als EQUIVALENCE-Objekt Unzulässiger Schritt von Null bei %L Unzulässiger Typ in Zeichenverkettung bei %L Anweisung %s zur Image-Steuerung bei %C in CRITICAL-Block Anweisung %s zur Image-Steuerung bei %C in DO CONCURRENT-Block Anweisung %s zur Image-Steuerung bei %C in PURE-Prozedur CRITICAL-Anweisung zur Image-Steuerung bei %C in DO CONCURRENT-Block CRITICAL-Anweisung zur Image-Steuerung bei %C in PURE-Prozedur Anweisung »EVENT %s« zur Image-Steuerung bei %C in CRITICAL-Block Anweisung »EVENT %s« zur Image-Steuerung bei %C in DO CONCURRENT-Block Anweisung »EVENT %s« zur Image-Steuerung bei %C in PURE-Prozedur RETURN-Anweisung zur Image-Steuerung bei %C in CRITICAL-Block PRINT-Anweisung zur Image-Steuerung bei %C in DO CONCURRENT-Block STOP-Anweisung zur Image-Steuerung bei %C in CRITICAL-Block STOP-Anweisung zur Image-Steuerung bei %C in DO CONCURRENT-Block SYNC-Anweisung zur Image-Steuerung bei %C in CRITICAL-Block SYNC-Anweisung zur Image-Steuerung bei %C in DO CONCURRENT-Block SYNC-Anweisung zur Image-Steuerung bei %C in PURE-Prozedur Argument für Imageset bei %L muss Skalar oder Rang-1-INTEGER-Ausdruck sein Argument für Imageset bei %L muss zwischen 1 und num_images() liegen »in«-Verträge von überschriebenen Methoden als Obermenge des übergeordneten Vertrags umsetzen. »in«-Parameter als »scope const« umsetzen. C++17-Semantik für erbende Konstruktoren umsetzen. D-Bitfelder implementieren. DIP1000 "Zeiger in Gültigkeitsbereichen" umsetzen. DIP1008 "Ausnahmen im @nogc-Code zulassen" umsetzen. DIP1021 "Veränderbare Funktionsargumente" umsetzen. __atomic-Operationen über Bibliotheksaufrufe alter __sync-Funktionen durchführen. Auflösung von DR 150 für Mustervergleich von Template-Template-Argumenten umsetzen. Implizit deklarierte BIND(C)-Funktion %qs bei %L ist möglicherweise nicht interoperabel mit C Implizit deklarierte BIND(C)-Variable %qs bei %L könnte nicht C-kompatibel sein Implizit deklarierte Funktion %s wird in !$OMP DECLARE REDUCTION bei %L verwendet Implizit deklariertes Unterprogramm %s wird in !$OMP DECLARE REDUCTION bei %L verwendet Implizit deklarierte Variable %qs bei %L könnte nicht C-kompatibel sein, ist aber ein Scheinargument für BIND(C)-Prozedur %qs bei %L Implizit angegebener PARAMETER %qs bei %L passt nicht zu früherem IMPLICIT-Typ Einbezogenes SAVE für Modulvariable %qs bei %L, benötigt wegen Standardinitialisierung Feld mit impliziter Form bei %L Verbesserung der Fähigkeit des GCC, Spaltennummern in großen Quelldateien zu verfolgen, auf Kosten einer langsameren Kompilierung. Unreine Funktion %qs bei %L wird möglicherweise nicht ausgewertet Unreine Funktion bei %L wird möglicherweise nicht ausgewertet In %s bei %L müssen alle Prozeduren auch FUNCTIONs sein, da der allgemeine Name auch der Name des abgeleiteten Typs ist In %s bei %L müssen alle Prozeduren entweder SUBROUTINE oder FUNCTION sein In C++ bedeutet ungleich Null die Warnung vor veralteter Umwandlung von Zeichenkettenliteralen in »char *«. In C erfolgt eine ähnliche Warnung, nur ist die Umwandlung nat. laut ISO-C-Standard nicht veraltet. In Fortran 2003 ist der COMMON-Block %qs bei %L ein globaler Bezeichner und muss daher den selben Bindungsnamen haben wie der gleichbenannte COMMON-Block bei %L: %s vs. %s In SSA-PRE-Optimierungen auf Bäumen Teils-Teils-Redundanz eliminieren. In einem reinen Unterprogramm darf ein INTENT(IN)-Dummy-Argument nicht als »expr« bei %L einer intrinsischen Zuweisungsanweisung verwendet werden, in der die Variable von einem abgeleiteten Typ ist, wenn der abgeleitete Typ eine Zeigerkomponente auf irgendeiner Ebene der Komponentenauswahl hat. Im Aufruf von %qs bei %L ist eine Typunverträglichkeit bei Argument %qs; %s wurde an %s übergeben In Konstruktor %qD In Kopierkonstruktor %qD In Destruktor %qD In Datei, eingebunden von In Funktion %qD In Funktion %qs In Lambda-Funktion In Elementfunktion %qD In Elementfunktion %qs In Modul In Modul, importiert bei In statischer Elementfunktion %qD Include-Verzeichnis %qs: %s Die eingebundene Datei %qs ist keine reguläre Datei Inkompatibles ALLOCATE-Objekt bei %C für CHARACTER-Typspezifikation bei %L Unverträglicher abgeleiteter Typ in PARAMETER bei %L Inkompatible Initialisierung zwischen einer abgeleiteten Typentität und einer Entität mit Typ %qs bei %C Unverträgliche Ränge %d und %d in Zuweisung bei %L Unverträgliche Ränge in %s (%d und %d) bei %L Unverträgliche Typen in DATA-Anweisung bei %L; versuchte Umwandlung von %s an %s Unverträgliche Typangabe für Feldelement bei %L Unverträgliche Verwendung von TILE und COLLAPSE bei %L Inkonsistente Äquivalenzregeln mit %qs bei %L und %qs bei %L Interne Compilerwarnung: No location in expression near %L Interne Compilerwarnung: Inconsistent internal state: No location in statement Ränge für Operator bei %%L und %%L stimmen nicht überein Interner Compilerfehler: Incorrect EH edge %i->%i Falsche Ausdehnung in Argument B in MATMUL-Intrinsic in Dimension 1: ist %ld, sollte %ld sein IEEE-Befolgung für Gleitkommavergleiche erhöhen. Index in Dimension %d ist außerhalb der Grenzen bei %L Indexvariable %qs ist nicht als INTENT(INOUT)-Argument definierbar bei %L in Prozedur %qs, die aus der DO-Schleife bei %L heraus aufgerufen wird Indexvariable %qs ist nicht als INTENT(INOUT)-Argument definierbar bei %L in Unterroutine %qs, die aus der DO-Schleife bei %L heraus aufgerufen wird Indexvariable %qs neudefiniert bei %L in Prozedur %qs, aufgerufen aus der DO-Schleife bei %L Indexvariable %qs wird auf undefiniert als INTENT(OUT)-Argument bei %L in Prozedur %qs gesetzt, wird aus der DO-Schleife bei %L aufgerufen Indexvariable %qs wird auf undefiniert gesetzt als INTENT(OUT)-Argument bei %L in Unterroutine %qs, die aus der DO-Schleife bei %L heraus aufgerufen wird Angeben, wie viele Vektorbefehle ohne Speicherzugriff pro Taktzyklus ausgeführt werden können; wird im Faktor für Schleifenabwicklungen des Autovektorisierers verwendet. Vorgabe ist 4. Auf Anwesenheit von Prozessorfehlern hinweisen. Priorität für r0..r3 / r12..r15 mit TARGET_REGISTER_PRIORITY ausdrücken. Vergleich auf Ungleichheit für %s bei %L Verwendung von Hardware-Gleitkommabefehlen unterdrücken. Initialisierung bei %C ist in PURE-Prozedur nicht erlaubt Initialisierung bei %C ist nicht für eine Zeigervariable Initialisierung einer allozierbaren Komponente bei %C ist nicht erlaubt Initialisierung des Zeigers bei %C ist nicht in einer PURE-Prozedur erlaubt Initialisierung einer Strukturkomponente mit einer HOLLERITH-Konstante bei %L ist nicht erlaubt Initialisierung einer Variablen bei %C ist in einer PURE-Prozedur nicht erlaubt Initialisierungszeichenkette bei %L wurde abgeschnitten, um zur Variable zu passen (%ld/%ld) Komponenten von abgeleiteten Typvariablen gemäß anderer init-Schalter initialisieren. Lokale Variablen auf Null initialisieren (von g77). PTX-Register initialisieren. Initialisiertes Symbol %qs bei %C kann nur COMMON in BLOCK DATA sein Initialisierte Variable %qs bei %L ist in leerem COMMON, aber Initialisierung ist nur in benannten COMMON-Blöcken erlaubt Initialisierer nicht erlaubt für PARAMETER %qs bei %C Initialisierung einer bereits initialisierten Variablen bei %C __atomic-Operationen »inline« erzeugen, wenn Lock-freie Befehlssequenz verfügbar ist. Alle bekannten Zeichenkettenoperationen einbetten (inline). Code inline einbetten, um Befehlscache nach dem Aufsetzen verschachtelter Funktionstrampoline zu verwerfen. Konstanten einbetten, wenn es mit 2 Befehlen oder weniger geht. Zeichenkettenoperationen memset/memcpy als »inline« einfügen, aber Inline-Version nur für kleine Blöcke durchführen. Rekursives inlinen nur, wenn die Wahrscheinlichkeit des Aufrufs den Parameter überschreitet. Befragungsparameter darf nicht in einer data-stmt-object-list bei %C vorkommen ENDBR-Befehl beim Betreten einer Funktion nur via cf_check-Attribut für CET-Instrumentierung einfügen. In jedem Funktionsprolog NOP-Befehle erzeugen. Arc-basierten Programm-Profilierungscode einfügen. Code einfügen, der jede Speicherseite des Stapels bei der Allokation antestet, um vor Angriffen basierend auf Überschneidungen zu schützen. Code einfügen, um Ausdrücke zu profilen. Lockerungs-Hinweis an Linker übergeben, um Lockerung durchzuführen. Code zur Stapelprüfung in das Programm einfügen. Dasselbe wie -fstack-check=specific. Anzahl der Maschinenbefehle, die für Funktionsprolog, -Epilog und sonstigen Overhead veranschlagt werden. Anzahl der Maschinenbefehle, die für Thunk-Overhead in Funktionen veranschlagt werden. Zahl der Befehle, bei deren Überschreitung die STFL-Stall-Strafe kompensiert werden kann. Erstmaliges Betreten und Verlassen einer Funktion zum Profilieren aufzeichnen. Ein- und Austritte von Funktionen beim Profilieren von Aufrufen verwenden. Verlassen von Funktionen mit __fentry__ instrumentieren, in instrumentierten Funktionen. Funktionen nur aus Dateien instrumentieren, deren Namen zu keinem der regulären Ausdrücke passen (durch Semikolon getrennt). Funktionen nur aus Dateien instrumentieren, deren Namen zu einem der regulären Ausdrücke passen (durch Semikolon getrennt). Ganzzahldivision bei %2$L zu Konstante %1$qs abgeschnitten Ganzzahlausdruck erforderlich bei %C Ganzzahlige ID (N) des spezifischen Befehls »fabsd«. Ganzzahlige ID (N) des spezifischen Befehls »fabss«. Ganzzahlige ID (N) des spezifischen Befehls »faddd«. Ganzzahlige ID (N) des spezifischen Befehls »fadds«. Ganzzahlige ID (N) des spezifischen Befehls »fatand«. Ganzzahlige ID (N) des spezifischen Befehls »fatans«. Ganzzahlige ID (N) des spezifischen Befehls »fcmpeqd«. Ganzzahlige ID (N) des spezifischen Befehls »fcmpeqs«. Ganzzahlige ID (N) des spezifischen Befehls »fcmpged«. Ganzzahlige ID (N) des spezifischen Befehls »fcmpges«. Ganzzahlige ID (N) des spezifischen Befehls »fcmpgtd«. Ganzzahlige ID (N) des spezifischen Befehls »fcmpgts«. Ganzzahlige ID (N) des spezifischen Befehls »fcmpled«. Ganzzahlige ID (N) des spezifischen Befehls »fcmples«. Ganzzahlige ID (N) des spezifischen Befehls »fcmpltd«. Ganzzahlige ID (N) des spezifischen Befehls »fcmplts«. Ganzzahlige ID (N) des spezifischen Befehls »fcmpned«. Ganzzahlige ID (N) des spezifischen Befehls »fcmpnes«. Ganzzahlige ID (N) des spezifischen Befehls »fcosd«. Ganzzahlige ID (N) des spezifischen Befehls »fcoss«. Ganzzahlige ID (N) des spezifischen Befehls »fdivd«. Ganzzahlige ID (N) des spezifischen Befehls »fdivs«. Ganzzahlige ID (N) des spezifischen Befehls »fexpd«. Ganzzahlige ID (N) des spezifischen Befehls »fexps«. Ganzzahlige ID (N) des spezifischen Befehls »fextsd«. Ganzzahlige ID (N) des spezifischen Befehls »fixdi«. Ganzzahlige ID (N) des spezifischen Befehls »fixdu«. Ganzzahlige ID (N) des spezifischen Befehls »fixsi«. Ganzzahlige ID (N) des spezifischen Befehls »fixsu«. Ganzzahlige ID (N) des spezifischen Befehls »floatid«. Ganzzahlige ID (N) des spezifischen Befehls »floatis«. Ganzzahlige ID (N) des spezifischen Befehls »floatud«. Ganzzahlige ID (N) des spezifischen Befehls »floatus«. Ganzzahlige ID (N) des spezifischen Befehls »flogd«. Ganzzahlige ID (N) des spezifischen Befehls »flogs«. Ganzzahlige ID (N) des spezifischen Befehls »fmaxd«. Ganzzahlige ID (N) des spezifischen Befehls »fmaxs«. Ganzzahlige ID (N) des spezifischen Befehls »fmind«. Ganzzahlige ID (N) des spezifischen Befehls »fmins«. Ganzzahlige ID (N) des spezifischen Befehls »fmuld«. Ganzzahlige ID (N) des spezifischen Befehls »fmuls«. Ganzzahlige ID (N) des spezifischen Befehls »fnegd«. Ganzzahlige ID (N) des spezifischen Befehls »fnegs«. Ganzzahlige ID (N) des spezifischen Befehls »frdxhi«. Ganzzahlige ID (N) des spezifischen Befehls »frdxlo«. Ganzzahlige ID (N) des spezifischen Befehls »frdy«. Ganzzahlige ID (N) des spezifischen Befehls »fsind«. Ganzzahlige ID (N) des spezifischen Befehls »fsins«. Ganzzahlige ID (N) des spezifischen Befehls »fsqrtd«. Ganzzahlige ID (N) des spezifischen Befehls »fsqrts«. Ganzzahlige ID (N) des spezifischen Befehls »fsubd«. Ganzzahlige ID (N) des spezifischen Befehls »fsubs«. Ganzzahlige ID (N) des spezifischen Befehls »ftand«. Ganzzahlige ID (N) des spezifischen Befehls »ftans«. Ganzzahlige ID (N) des spezifischen Befehls »ftruncds«. Ganzzahlige ID (N) des spezifischen Befehls »fwrx«. Ganzzahlige ID (N) des spezifischen Befehls »fwry«. Ganzzahlige ID (N) des spezifischen Befehls »round«. Ganzzahlart %d bei %C nicht verfügbar Ganzzahl außerhalb des symmetrischen Bereichs wegen Standard-Fortran bei %L Ganzzahl außerhalb des symmetrischen Bereiches wegen Standard-Fortran-Konvertierung von %s in %s bei %L Ganzzahlüberlauf bei der Berechnung des zu reservierenden Speichers Ganzzahl zu groß für ihre Art bei %C. Diese Überprüfung kann mit der Option %<-fno-range-check%> ausgeschaltet werden Ganzzahl bei %C zu groß Ganzzahlwert zu groß in Ausdruck bei %C Funktionen in ihre Aufrufer einfügen, wenn Codegröße als nicht wachsend bekannt ist. Nicht als »inline« deklarierte Funktionen in ihre Aufrufer einfügen, wenn gewinnbringend. Nur an einer Stelle aufgerufene Funktionen in ihre Aufrufer einfügen. Intel-MCU-psABI wird im %s-Modus nicht unterstützt Schleifen bei %L werden getauscht Schnittstelle %qs bei %L ist in späterer PROCEDURE-Anweisung deklariert Schnittstelle %qs bei %L darf keine Anweisungsfunktion sein Schnittstelle %qs bei %L kann nicht allgemein sein Schnittstelle %qs bei %L muss explizit sein Unpassende Schnittstelle für Prozedurzeiger-Komponente %qs in Strukturkonstruktor bei %L: %s Schnittstelle in Scheinprozedur %qs bei %L passt nicht: %s Schnittstelle in globaler Prozedur %qs bei %L passt nicht: %s Unpassende Schnittstellen bei Zuweisung des Prozedurzeigers bei %L: %qs ist kein Unterprogramm Unpassende Schnittstellen bei Zuweisung des Prozedurzeigers bei %L: %s Schnittstelle muss für DEFERRED-Bindung bei %C angegeben werden Schnittstelle von %qs bei %L muss explizit sein Schnittstellenname nach %<(%> bei %C erforderlich Interner Compilerfehler:
Interne Datei bei %L mit Namensliste Interne Prozedur %qs in %s bei %L Interne Prozedur %qs ist in Zuweisung des Prozedurzeigers bei %L ungültig Interne Prozedur %qs ist in Initialisierung des Prozedurzeigers bei %L ungültig Interne Prozedur %qs wird als effektives Argument bei %L verwendet Interne Einheit mit Vektor-Index bei %L Jeden INTEGER(4) als INTEGER(8) interpretieren. Jeden REAL(4) als REAL(10) interpretieren. Jeden REAL(4) als REAL(16) interpretieren. Jeden REAL(4) als REAL(8) interpretieren. Jeden REAL(8) als REAL(10) interpretieren. Jeden REAL(8) als REAL(16) interpretieren. Jeden REAL(8) als REAL(4) interpretieren. Imaginäre, Festkomma, oder andere GNU-Zahlenauffixe als das korrespondieren Zahlenliteral statt eines benutzerdefinierten Zahlenliterals interpretieren. Interrupt-Dienst-Routinen können nicht im »Thumb-1«-Modus codiert werden Im »text«-Abschnitt Literalbereiche mit Codebereichen verweben. Intervall, in dem der Stack geprüft wird, als Zweierpotenz in Bytes ausgedrückt. Intervallüberlappung von %<-fdbg-cnt=%s%>: [%u, %u] und [%u, %u] Intrinsisches %qs (%s) wird bei %L verwendet Intrinsisches %qs bei %L kann keine Initialisierung haben Eingebautes %qs bei %L ist in Zuweisung des Prozedurzeigers ungültig Eingebautes %qs bei %L ist nicht als effektives Argument erlaubt Das intrinsische %qs bei %L muss mindestens zwei Argumente haben Intrinsisches TRANSFER bei %L hat teilweise undefiniertes Ergebnis: Quellgröße %ld < Ergebnisgröße %ld Intrinsische Funktion %qs (%d) nicht erkannt Intrinsische Funktion %qs bei %L ist nicht in einem Initialisierungs-Ausdruck erlaubt Intrinsische Funktion »%s« bei %L ist nicht für CO_REDUCE erlaubt Intrinsische Funktion NULL bei %L kann kein tatsächliches Argument für STORAGE_SIZE sein, da es einen disassoziierten Zeiger zurückgibt Bei %2$L referenzierter intrinsischer Operator %1$qs nicht im Modul %3$qs gefunden Schnittstelle des intrinsischen Operators bei %L muss eine FUNCTION sein Intrinsische Prozedur %qs ist in PROCEDURE-Anweisung bei %L nicht erlaubt Intrinsische Prozedur bei %L kann keine MODULE PROCEDURE sein Intrinsisches Unterprogramm %qs bei %L darf keine Typspezifizierung haben Intrinsisches Symbol wurde bei %C in »!$ACC ROUTINE ( NAME )« angegeben und mit der inkompatiblen GANG, WORKER oder VECTOR-Klausel markiert Intrinsisches Symbol wurde bei %C in »!$ACC ROUTINE ( NAME )« angegeben und mit der inkompatiblen NOHOST-Klausel markiert Ungültige Direktive %qs bei %L in %s-Klausel: deklarative, informationelle und Metadirektiven sind nicht erlaubt Ungültige BOZ-Literalkonstante, die bei %C im Feldindex verwendet wird Ungültiger C-Name in NAME=-Spezifizierung bei %C Ungültige Hollerithkonstante bei %L enthält ein Wide-Zeichen Ungültige Hollerithkonstante: %L muss mindestens ein Zeichen enthalten Ungültige Hollerithkonstante: Ganzzahlart bei %L sollte Standard sein Ungültiger KIND-Parameter von %s bei %L Ungültiger NAME %qs in »!$ACC ROUTINE ( NAME )« bei %C Ungültiges NULL bei %L Ungültiges Argument für »!$ACC WAIT« bei %C Ungültige Feldreferenz der Nicht-Feld-Entität bei %L Ungültiges Zuordnungsziel bei %C Ungültiges Zeichen %<$%> bei %L. %<-fdollar-ok%> verwenden, um es als Erweiterung zuzulassen Ungültiges Zeichen %qc in Variablenname bei %C Ungültiges Zeichen 0x%s bei %C Ungültiges Zeichen in Name bei %C Ungültige(s) Zeichen in ELSE-Anweisung nach %C Ungültige Klausel in Modul mit »!$ACC DECLARE« bei %L Ungültige Codimension %d bei %C, nur %d Codimensionen existieren Ungültige kombinierte oder zusammengesetzte Direktive bei %L Ungültiger Kontext für NULL()-Zeiger bei %L Ungültiger Kontext für NULL()-Zeiger bei %%L Ungültiger Exponent-Buchstabe %<q%> in literaler Realkonstante bei %C Ungültiger Ausdruck nach %<%s%> bei %C Invalid expression in gfc_element_size. Invalid expression in gfc_target_encode_expr. Invalid expression in gfc_target_interpret_expr. Ungültiger Ausdruck im Strukturkonstruktor für Zeigerkomponente %qs bei %L in PURE-Prozedur Ungültige Form der PROGRAM-Anweisung bei %C Ungültige Form der WRITE-Anweisung bei %L, UNIT erforderlich Ungültige Form der Feldreferenz bei %C Ungültige Form der Coarray-Referenz bei %C Ungültige Bildanzahl %d in SYNC IMAGES Ungültiger Initialisierungsausdruck für ALLOCATABLE-Komponente %qs in Strukturkonstruktor bei %L Ungültige Initialisierung %s in Data-Anweisung bei %C Ungültiges Schlüsselwort %qs in intrinsischer Funktion %qs bei %L Ungültige Art %d für CHARACTER-Konstante bei %C Ungültige Art für %s bei %L Unerlaubtes Mischen von IEEE-128-Bit- und IBM-128-Bit-Gleitkommatypen Ungültige Initialisierung im alten Stil für abgeleitete Typkomponente bei %C Ungültiger Operator für !$OMP DECLARE REDUCTION %s bei %L Ungültiges Argument für Prozedur bei %L Ungültige Zuweisung eines Prozedurzeigers bei %L Ungültiger Bereich %s in Option %s Unzulässige Realart %d bei %C Invalid standard code on intrinsic %qs (%d) Ungültige Teilzeichenkette in data-implied-do in DATA-Anweisung bei %L Unzulässiger Typ in arithmetischer Operation bei %L Ungültiges Typspezifikation bei %C Ungültige Verwendung der BOZ-Literalkonstante bei %L Ungültige Verwendung eines Anweisungs-Funktionsarguments bei %L Ungültiger Wert für Spezifikation %s bei %C Einen Hinweis ausgeben, wenn doppelte Diagnosemeldungen zusammengefasst werden. Fehlersuche-Informationen für compilergenerierte Hilfsvariablen ausgeben. Für strikte Standardbefolgung benötigte Warnungen ausgeben. Iteratorschritt bei %L kann nicht Null sein Sprungziele werden an dieser Potenz von 2 ausgerichtet. Ausschuss hinter ASSOCIATE-Anweisung bei %C Ausschuss hinter CALL bei %C Ausschuss hinter GENERIC-Bindung bei %C Ausschuss hinter MAP-Anweisung bei %C Ausschuss hinter UNION-Anweisung bei %C Ausschuss hinter unverschachtelter STRUCTURE-Anweisung bei %C Einfach Abwicklungstabellen für Ausnahmebehandlung erzeugen. Einfach icc0/fcc0 verwenden. KIND-Attribut bei %C in einer STRUCTURE-Definition KIND-Attribut bei %C in einer TYPE-Definition KIND-Parameter von %s bei %L muss ein Initialisierungsausdruck sein KIND-part_ref bei %C Schlüsselwort %qs bei %C bereits in aktueller Argumentliste aufgetreten Schlüsselwort-Argument %qs bei %L ist bereits mit einem anderen effektiven Argument verbunden Schlüsselwort-Argument %qs bei %L darf innerhalb einer Anweisungsfunktion nicht auftauchen Schlüsselwort-Argument %qs bei %L ist nicht in der Prozedur Schlüsselwort-Argument %qs bei %L ist nicht in der Prozedur; meinen Sie %qs? Schlüsselwort-Argument erfordert explizite Schnittstelle für Prozedur %qs bei %L Schlüsselwortargument erfordert explizite Schnittstelle für Prozedurzeigerkomponente %qs bei %L Die Art %d wird für CHARACTER bei %C nicht unterstützt Die Art %d wird für Typ %s bei %C nicht unterstützt Parameter mit KIND-Typ für Entität bei %L unterscheidet sich vom Parameter mit KIND-Typ der Typspezifikation Bekannte AArch64-ABIs (für Verwendung mit Option -mabi=): Bekannte ABIs (für Verwendung mit Option -mabi=): Bekannte ARC-CPUs (für Verwendung mit Option -mcpu=): Bekannte ARM-ABIs (für Verwendung mit Option -mabi=): Bekannte ARM-CPUs (für Verwendung mit Optionen -mcpu= und -mtune=): Bekannte ARM-FPUs (für Verwendung mit Option -mfpu=): Bekannte ARM-Architekturen (für Verwendung mit Option -march=): Bekannte C6X ISAs (für Verwendung mit der Option -march=): Bekannte CPUs (für Verwendung mit Optionen -mcpu= und -mtune=): Bekannte CSKY-CPUs (für Verwendung mit Option -mcpu=): Bekannte CSKY-FPUs (für Verwendung mit Option -mfpu=): Bekannte CSKY-Architekturen (für Verwendung mit Option -march=): Bekannte FR-V-CPUs (für Verwendung mit Option -mcpu=): Bekannte IQ2000-CPUs (für Verwendung mit Option -mcpu=): Bekannte Itanium-CPUs (für Verwendung mit Option -mtune=): Bekannte M68K-CPUs (für Verwendung mit Option -mcpu=): Bekannte M68K-ISAs (für Verwendung mit Option -march=): Bekannte M68K-Mikroarchitekturen (für Verwendung mit Option -mtune=): Bekannte MIPS-ABIs (für Verwendung mit Option -mabi=): Bekannte MIPS-CPUs (für Verwendung mit Optionen -march= und -mtune=): Bekannte MIPS-IEEE-754-Einstellungen (für Verwendung mit Optionen -mabs= und -mnan=): Bekannte MIPS-ISA-Stufen (für Verwendung mit Option -mips): Bekannte PTX-ISA-Architekturen (für Verwendung mit Option -misa=): Bekannte PTX-ISA-Versionen (für Verwendung mit Option -mptx=): Bekannte TLS-Dialekte (für Verwendung mit Option -mtls-dialect=): Bekannte __fp16-Formate (für Verwendung mit der Option -mfp16-format=): Bekannter Adressmodus (für Verwendung mit Option -maddress-mode=): Bekannte Architekturen (für Verwendung mit Option -march=): Bekannte Assemblerdialekte (für Verwendung mit Option »-masm=«): Bekannte Möglichkeiten zur Abschwächung der geradlinigen Spekulation mit »-mharden-sls=«: Bekannte Werte für Rückkehr-Instrumentierung mit -minstrument-return=: Bekannte Codemodelle (für Verwendung mit Option -mcmodel=): Bekannte Codemodelle (für Verwendung mit Option -mict-model=): Bekannte Codemodelle (für Verwendung mit Option -mcmodel=): Bekannte Codemodelle (für Verwendung mit Option -mcmodel=): Bekannte CPU-Typen (für Verwendung mit Option -mcpu=): Bekannte Datenausrichtungen (für Verwendung mit Option -malign-data=): Bekannte Gleitkomma-ABIs (für Verwendung mit Option -mfloat-abi=): Bekannte Anzahl der Gleitkomma-Register (für Verwendung mit der Option -mconfig-fpu=): Bekannte indirekte Sprungauswahlen (für Verwendung mit den Optionen -mindirect-branch=/-mfunction-return=): Bekannte bevorzugte Länge von Registervektoren (für Verwendung mit der Option -mprefer-vector-width=): Bekannte Stapelschutz-Wächter (für Verwendung mit Option -mstack-protector-guard=): Bekannte ABIs für Vektorisierungs-Bibliothek (für Verwendung mit Schalter -mveclibabi=): L%d Cache-Wartezeit unbekannt für %s LEN-Argument (%ld) außerhalb des Bereichs 0:%d in intrinsischem MVBITS LEN-Argument (%ld) außerhalb des Bereichs 0:%ld in intrinsischem IBITS LEN-Attribut bei %C in einer STRUCTURE-Definition LEN-Attribut bei %C in einer TYPE-Definition LEN oder KIND-Abfrageverweis in DATA-Anweisung bei %L LEN-part_ref bei %C LHS in %<noreturn%>-Aufruf LINEAR-Klauselmodifizierer außer VAL wird bei %L an DO- oder SIMD-Konstrukt verwendet LINEAR-Klauselmodifizierer wird bei %L an DO- oder SIMD-Konstrukt verwendet LINEAR-Dummy-Argument %qs mit VALUE-Attribut mit %s-Modifizierer bei %L LINEAR-Variable %qs bei %L muss INTEGER sein LOCK-Anweisung bei %C LOCK_EVENT in Variablen-Definitionskontext (%s) bei %L LOCK_TYPE in Variablen-Definitionskontext (%s) bei %L LOGICAL-Scheinargument %qs bei %L mit Nicht-C_Bool-Art in BIND(C)-Prozedur %qs LOGICAL-Operanden werden in Ausdruck bei %L benötigt LOGICAL-Rückgabevariable %qs bei %L mit Nicht-C_Bool-Art in BIND(C)-Prozedur %qs LTO-Unterstützung wurde in dieser Konfiguration nicht eingeschaltet Marke %d bei %C bereits als eine Formatmarke referenziert Marke %d bei %C bereits als Sprungziel referenziert Marke %d bei %C vorher als FORMAT-Marke verwendet Marke %d bei %C vorher als Sprungziel verwendet Marke %d bei %L definiert, kann aber nicht verwendet werden Marke %d bei %L definiert, aber nicht verwendet Marke %d wird bei %L referenziert, aber nirgendwo definiert Sprungmarke %qs nach %L passt nicht zur IF-Marke %qs Marke %qs bei %C passt nicht zur IF-Marke %qs Marke %qs bei %C passt nicht zur WHERE-Marke %qs Marke bei %L ist nicht im gleichen Block wie GOTO-Anweisung bei %L Markenname %qs bei %C ist mehrdeutig DO-Anweisung mit Label bei %L Öffnende Klammer benötigt nach %<*%> in Formatzeichenkette bei %L Alte Erweiterung: Buchstabe %qc hat bei %C bereits einen IMPLICIT-Typ Buchstabe %qc wurde bereits in IMPLICIT-Anweisung bei %C gesetzt Buchstaben in IMPLICIT-Anweisung bei %C müssen in alphabetischer Reihenfolge sein Stufe nicht gefunden, verwenden Sie %<none%>, %<slim%>, %<blocks%>, %<vops%>. Beschränkungen für GOT-Größe aufheben. Wie -M, aber System-Header-Dateien ignorieren. Wie -MD, aber System-Header-Dateien ignorieren. Wie -pedantic, aber als Fehler ausgeben. Wie beim Parameter rs6000-density-load-pct-threshold wird auch hier geprüft, ob die Gesamtzahl der Ladeanweisungen den durch diesen Parameter festgelegten Schwellwert überschreitet, und nur dann eine Strafe verhängt, wenn dieser Schwellwert erfüllt ist. Der Standardwert ist 20. Wie beim Parameter rs6000-density-pct-threshold, wird die Gesamtsumme von vec_cost und nicht-vec_cost berechnet, und die Betrafung erfolgt nur, wenn die Summe den durch diesen Parameter festgelegten Schwellenwert überschreitet. Der Standardwert ist 70. Begrenzen, wie weit der Autovektorisierer eine Schleife abrollen darf. Grenze von %d Fortsetzungen in Anweisung bei %C überschritten Zeile bei %L wird abgeschnitten %s von %d Zeilen ausgeführt
Code für einen __main-Kernel einbinden. Die D-Standardbibliothek dynamisch in das Compilat binden. Die D-Standardbibliothek statisch in das Compilat binden. Die Modula-2-Standardbibliotheken statisch in das Kompilat einbinden. Binden, um Programm im ELF-Format zu erzeugen (statt mmo). Mit HAL BSP verlinken. Mit eingeschränkter Version der C-Bibliothek linken. Mit libads.a, libc.a und crt0.o binden. Mit libc.a und libdebug.a binden. Mit libc.a und libsim.a binden. Mit libmvme.a, libc.a und crt0.o binden. Mit libsim.a, libc.a und sim-crt0.o binden. Mit libyk.a, libc.a und crt0.o binden. Mit schneller Gleitkomma-Bibliothek linken. Mit Library-PIC-Bibliotheken linken. Optimierungen zur Bindezeit mit Anzahl paralleler Jobs oder Jobserver. Alle verfügbaren Fehleranalysezähler mit ihren Grenzen und Werten auflisten. Alle versteckten GC-Allokationen auflisten. Alle unveränderlichen Felder auflisten, die eine Objektinstanz belegen. Alle Verwendungen von »in« mit Parametern auflisten. Alle Variablen auflisten, die im threadlokalen Speicher landen. Informationen über alle D-Sprachänderungen auflisten. Listenelement %qs bei %L wurde von einer vorhergehenden Direktive OMP DECLARE TARGET auf einen abweichenden DEVICE_TYPE festgelegt Listenelement %qs in %s-Klausel bei %L muss TYPE(C_PTR) sein Listenelement %qs mit allozierbaren Komponenten ist nicht erlaubt in einer map-Klausel bei %L Listenelement bei %C darf nicht koindiziert sein Liste wurde zusammen mit Speicherreihenfolge-Klausel angegeben, in FLUSH-Direktive bei %C Statistik zu Template-Instanziierung ausgeben. Alle Elemente der Archivbibliotheken laden, statt nur denen, die undefinierte Symbole erfüllen. Locator %qs bei %L in der DEPEND-Klausel der Art DEPOBJ muss eine skalare Ganzzahl der Art OMP_DEPEND_KIND sein Der Locator bei %L in der DEPEND-Klausel vom Typ DEPOBJ muss eine skalare Ganzzahl der Art OMP_DEPEND_KIND sein Lock-Variable bei %L muss Skalar mit LOCK_TYPE sein Logischer SELECT CASE Block bei %L hat mehr als zwei Fälle Logischer Bereich in CASE-Anweisung bei %L ist nicht erlaubt Logische Werte bei %%L müssen mit %s statt mit %s verglichen werden Die vom Linker geladenen Objektdateien wegschreiben. Symbole wegschreiben, die zum Laden eines Objekts geführt haben. PCH-Dateien suchen und verwenden, sogar bei Vorverarbeitung. Sucht Möglichkeiten, Stapel-Anpassungen und Stapel-Referenzen zu reduzieren. CPU-Typen für LoongArch: Schleifen an dieser Potenz von 2 ausrichten. Schleife läuft endlos Schleifenvariable Schleifenvariable bei %C kann kein Koarray sein Schleifenvariable bei %C kann keine Unter-Komponente sein Schleifenvariable bei %C kann kein Koarray sein Schleifenvariable wurde geändert Schleifen mit mindestens der angegebenen Durchlaufzahl erhalten Schleifenausrichtung. Untere Feldreferenz bei %L ist außerhalb der Schranken (%ld < %ld) in Dimension %d Untere Feldreferenz bei %L ist außerhalb der Schranken (%ld > %ld) in Dimension %d MAP %qD TO %qE MAP %qD TO %qT MCU %qs unterstützt keine Hardware-Multiplikation, aber %<-mhwmult%> ist auf %s gesetzt MCU %qs unterstützt %s-ISA, aber %<-mcpu%> ist auf %s gesetzt MCU %qs unterstützt %s-Hardware-Multiplikation, aber %<-mhwmult%> ist auf %<16-bit%> gesetzt MCU %qs unterstützt %s-Hardware-Multiplikation, aber %<-mhwmult%> ist auf %<32-bit%> gesetzt MCU %qs unterstützt %s-Hardware-Multiplikation, aber %<-mhwmult%> ist auf %<f5series%> gesetzt Die MESSAGE-Klausel bei %L erfordert einen skalaren CHARACTER-Ausdruck der Standardart MIPS16 %<-mxgot%> Code MIPS16 PIC für ABIs außer o32 und o64 Interner Fehler: MMIX Internal: %s is not a shiftable int Interner Fehler: MMIX Internal: Bad register: %d MMIX-intern: Falscher Wert für 'm', kein CONST_INT MMIX-internal: Dieser Operand kann nicht dekodiert werden MMIX-intern: CONST_INT erwartet, aber nicht dies MMIX-intern: Konstante erwartet, aber nicht dies MMIX-intern: Register erwartet, aber nicht dies Interner Fehler: MMIX Internal: Last named vararg would not fit in a register Interner Fehler: MMIX Internal: Missing %qc case in %<mmix_print_operand%> MMIX-intern: Dies ist keine Konstante: MMIX-intern: Diese Adresse wird nicht erkannt MMIX-intern: Versuch, ungültig umgekehrte Bedingung auszugeben: MMIX-intern: Was ist der CC davon? MMIX-intern: Was ist der CC davon? MMX-Vektorargument ohne eingeschaltetes MMX ändert das ABI MMX-Vektorrückgabe ohne eingeschaltetes MMX ändert das ABI MODULE PROCEDURE bei %C muss in einer generischen Modulschnittstelle sein MODULE-PROCEDURE-Deklaration bei %C MODULE-Präfix bei %C MODULE-Präfix bei %C muss innerhalb eines Moduls, Teilmoduls oder Interfaces sein MOLD-Argument an NULL bei %L erforderlich MOLD-Marke bei %L MOLD-Marke bei %L steht mit SOURCE-Marke bei %L in Konflikt MOLD-Marke bei %L steht mit Typspezifikation bei %L in Konflikt In NULL()-Argument bei %L wird MOLD= benötigt: Mehrdeutig zwischen spezifischen Funktionen %s und %s MSA-MIPS16-Code eingebaute MSP430-Funktionen sind nur innerhalb von Interrupt-Handlern einsetzbar MULT-Fall in %<cris_op_str%> Größe des zweiten Arguments von %s überschreitet Bit-Größe bei %L Größenordnung des zweiten Arguments von ISHFTC überschreitet BIT_SIZE des ersten Arguments bei %C Rückwärtskettenzeiger pflegen. Macht »char« standardmäßig vorzeichenbehaftet. »char« standardmäßig vorzeichenlos machen. Dem Linker die Befehlszeilenoption »--no-relax« anstelle der Option »--relax« übergeben. Alle Funktionsaufrufe indirekt machen. Inline-Funktionen standardmäßig zu »constexpr« machen. Ganzzahlen 32 Bit breit machen. Structs auf Vielfache von 4 Bytes vergrößern (Warnung: ABI geändert). Maschine zur Binder-Entspannung soll annehmen, dass ein Befehlszählerübersprung auftritt. Kaputte GENERIC-Anweisung bei %C Falsch geformte Typspezifikation bei %C Daten im P2-Raum reservieren. Gemangelte abgeleitete Typdefinition bei %C Zuordnung von Modulen zu CMI-Dateien. MAC-Register als Aufruf-zerstört markieren. Alle Schleifen als parallel markieren. Implizit deklarierte Kopieroperationen als deprecated markieren, wenn die Klasse eine benutzerdefinierte Kopieroperation oder einen solchen Destruktor hat. Implizit deklarierte Kopieroperationen als deprecated markieren, wenn die Klasse eine benutzerdefinierte Kopieroperation hat. Alle inline-Funktionen und -Methoden mit versteckter Sichtbarkeit markieren. Höchstzahl der Basis-Blöcke in Schleife für Schleifeninvariantenbewegung. Maximale Schleifenanzahl für regionale Registerzuweisung (RA). Maximalzahl der Bytes, die mit Schleifen verglichen werden. Maximalzahl der Bytes, die ohne Schleifen verglichen werden. Maximalzahl der Bytes, die verglichen werden. Maximalzahl der Bytes, die inline kopiert werden. Maximale Größe der Konflikttabelle in MB. Maximalzahl der Debugmarkierungen, die expandiert oder eingereiht werden. Größte Rekursionstiefe für das Expandieren von variablenverfolgenden Ausdrücken. Maximalgröße der Speicherort-Liste, bei der Umkehrungsoperationen hinzugefügt werden sollen. Maximale Größe variablenverfolgender Hash-Tabellen. Maximaler Code-Zuwachs durch Ende-Vervielfältigung (in Prozent). Größtes durch frühes »inline« eines einzelnen Aufrufs abgeschätztes Wachstum des Funktionskörpers. Größtes geschätztes Ergebnis eines als vorhersagbar betrachteten Sprunges. Maximales Wachstum durch »inline« einer großen Funktion (in Prozent). Maximale Anzahl der Grenzendpunkte der Fallbereiche der Switch-Anweisung, die bei der Generierung der IPA-Funktionszusammenfassung verwendet werden. Kleinste Größe einer Partition für LTO (in geschätzten Befehlen) Maximales Stapelrahmen-Wachstum durch »inline« (in Prozent). Maximal erlaubte Größenzunahme der Gesamtgröße der neuen Parameter, bis zu der IPA-RSA Zeiger auf Aggregate ersetzt. Höchstzahl der Iterationen des Durchgangs über eine Funktion. Höchstzahl der ähnlichen Basisblöcke, mit denen ein Basisblock verglichen wird. Maximale Gesamtgröße von aufrufender und aufgerufener Funktion, für den Fall, dass die aufgerufene Funktion in die aufrufende eingereiht wird und die aufgerufene Funktion nur von einer Stelle aus aufgerufen wird. Höchsttiefe beim Durchlaufen des DFS durch die modref-Escapeanalyse. Maximale Verschachtelungstiefe von Schleifen für optimistisches value-number. Die maximale Tiefe der Befehlsketten, die für die Neuberechnung der ausgehenden Wertebereiche berücksichtigt werden. Maximale Tiefe der logischen Ausdrücke, die von der Bereichsanalyse erfasst werden, um ausgehende Bereiche zu evaluieren. Maximale Tiefe des rekursiven Klonens für selbstrekursive Funktionen. Größte Tiefe der Suche im Dominator-Baum für anzuhebende Ausdrücke. Maximale Verschachtelung von Quadratwurzeln, um Potenzierung mit Gleitkommakonstanten abzubilden. Höchste Erweiterungsstufe mit Typ %qs bei %L erreicht Maximallänge von Kandidatenprüfungen für geradlinige Stärkereduktion. Maximalgröße der partiellen Aufwandsmenge, wenn Baumvoroptimierung ausgeführt wird. Maximale Schleifentiefe eines Aufrufs, der beim inlinen von Funktionen, die nur einmal aufgerufen werden, berücksichtigt wird. Maximale Anzahl der VALUEs, die während eines einzelnen Aufrufs von »find_base_term« verarbeitet werden. Höchstzahl der Zugriffe, die pro modref-Verweis gespeichert werden. Höchstzahl der aktiven lokalen Speicherungen bei RTL-Eliminierung toter Speicherungen. Höchstzahl der zusammengesetzten Elemente für einen Parameter in Sprungfunktionen und Gittern. Höchstzahl der Argumente in einem PHI, die einer TREE-if-Umwandlung unterstützt werden, außer wenn die Schleife mit einem SIMD-Pragma markiert ist. Höchstzahl der Arrays in einem SCoP. Maximale Anzahl von künstlichen Zugriffen, um eine Vorwärtsausbreitung zu ermöglichen, die die Skalare Ersetzung von Aggregaten für eine lokale Variable beibehält. Höchstzahl der Basen, die pro modref-Baum gespeichert werden. Höchstzahl der Basis-Blöcke, bevor EVRP einen spärlich gefüllten Cache verwendet. Höchstzahl der Bits, für die keine FMAs erzeugt werden. Höchstzahl der Bits, die effizient von Speicher zu Speicher verschoben werden können. Höchstzahl der Bits, die effizient im Speicher gespeichert werden können. Höchstzahl der gleichzeitig offenen C++-Moduldateien beim verzögerten Laden. Höchstzahl von bedingten Speicherpaaren, die ausgegeben werden können. Höchstzahl der konstanten Speicherungen, die im Speicherzusammenfassungs-Durchgang zusammengefasst werden. Höchstzahl der Datenreferenzen in Schleife zum Aufbau der Abhängigkeiten der Schleifendaten. Maximale Anzahl verschiedener Prädikate, die zur Verfolgung der Eigenschaften von Schleifen in der interprozeduralen Analyse verwendet werden. Höchstzahl der Auflösungen von Mehrdeutigkeiten pro Speicherzugriff. Höchstzahl der Ausstiegspunkte, die von modref pro SSA-Name aufgezeichnet werden. Die Höchstzahl der Felder in einer Struktur, bevor Zeigeranalyse sie als einzelne Variable behandelt. Höchstzahl der in Basis-Block zu betrachtenden Befehle für RTL-if-Umwandlung. Die Höchstzahl der Befehle in der ausführungsbereiten Liste, die zur Umbenennung in Frage kommen. Höchstzahl der zu kopierenden Befehle, wenn Blöcke auf einem Mehrsprungpfad des Zustandsautomaten dupliziert werden. Höchstzahl der ISL-Operationen, 0 bedeutet unbegrenzt. Höchstzahl der Schleifenschälungen, um Ausrichtung von Datenreferenzen in einer Schleife zu verbessern. Höchstzahl der beim spekulativen Devirtualisieren besuchten may-defs. Höchstzahl der Namensräume, in denen alternativ gesucht wird, wenn Nachschlagen eines Namens fehlschlägt. Höchstzahl der geschachtelten Aufrufe, die bei der Analyse für uninitialisierte Variablen auf Abhängigkeiten in der Ablaufsteuerung untersucht werden. Maximale Anzahl von Operationen in einem Parameterausdruck, die von der IPA-Analyse behandelt werden können. Höchstzahl der ausgehenden Kanten in einem Switch, bevor EVRP sie nicht mehr verarbeitet. Höchstzahl der Parameter in einem SCoP. Maximale Anzahl der möglichen Vektorlayouts (zum Beispiel Permutationen), die beim Optimieren von möglicherweise vektorisierbarem Code probiert werden. Höchstzahl, wie oft das Alias-Orakel pro Speichervorgang befragt wird. Höchstzahl der Verweise, die pro modref-Basis gespeichert werden. Höchstzahl an Beziehungen, die das Orakel pro Basis-Block registriert. Höchstzahl der in einem Block erlaubten Anweisungen, die für Sprungbehandlung vervielfältigt werden müssen. Höchstzahl der Anweisungen, die von der Analyse der formalen Parameter für IPA besucht werden, basierend auf der Aliasanalyse in einer gegebenen Funktion. Höchstzahl der betrachteten Anweisungen für das Entdecken von Sprungfunktionsoffsets. Höchstzahl der Speicherungsketten, die im Speicherzusammenfassungs-Durchgang gleichzeitig berücksichtigt werden. Höchstzahl der Zeichenketten, für die der strlen-Optimierungsdurchgang Zeichenkettenlängen aufzeichnet. Höchstzahl der Tests, die von modref-Anfragen durchgeführt werden. Maximale Anzahl, wie oft ein bestimmter Bereich während des Datenflusses angepasst wird. Höchstzahl, wie oft ein Befehl geplant werden könnte. Maximal erlaubte Kosten für die Befehlsfolge, die vom RTL-if-Umwandlungs-Durchlauf für eine vorhersagbare Verzweigung erzeugt wird. Maximal erlaubte Kosten für die Befehlsfolge, die vom RTL-if-Umwandlungs-Durchlauf für eine unvorhersagbare Verzweigung erzeugt wird. Maximale Stücke, die IPA-SRA pro Formalparameter verfolgt, folglich auch die maximale Anzahl von Ersetzungen eines Formalparameters. Größte Wahrscheinlichkeit des Einsprung-BB der geteilten Region (in Prozent relativ zum Einsprung-BB der Funktion), um teilweises »inline« durchzuführen. Maximal erlaubte Rekursionstiefe beim Abfragen von Eigenschaften eines SSA-Namens. Maximal Größe (in Bytes) der Objekte, die bei der Eliminierung toter Speicherungen byteweise verfolgt werden. Maximalgröße der als Operanden erlaubten Konstantenwerte in Bytes. Maximale Größe einer jedem Parameter zugeordneten Liste von Werten für interprozedurale Konstantenweitergabe. Maximale Größe eines einzelnen Bereichs einer Speicherzusammenführung in Bytes. Maximalgröße einer globalen oder statischen Variable, die in kleine Datenbereiche gelegt wird. Maximale Größe (in Speichereinheiten) von Aggregaten, die für Skalarisierung erwägt werden, wenn auf Codegröße optimiert wird. Maximale Größe (in Speichereinheiten) von Aggregaten, die für Skalarisierung erwägt werden, wenn auf Geschwindigkeit optimiert wird. Höchste Teildatensatzlänge kann %d nicht überschreiten Höchste unterstützte Bezeichnerlänge ist %d Maximaler Entrollfaktor für die »unroll-and-jam«-Transformation. Memberfunktionen, die innerhalb ihrer Klasse definiert sind, sind im Zuständigkeitsbereich des Moduls inline. Die Speicher-Tagging-Erweiterung unterstützt nicht %<-mabi=ilp32%> Nebeneinanderliegende Speicheroperationen zusammenfassen. Zustände, die ähnlich genug sind, während der Analyse zusammenfassen. Aufruf des Teilbefehls »merge«: Aufruf des Teilbefehls »merge-stream«: Kleinstes Verhältnis von Befehlen zu Speicheroperationen, um Prefetching in einer Schleife einzuschalten. Kleinstes Verhältnis von Befehlen zu Prefetches, um Prefetching für eine Schleife mit unbekannter Frequentierung einzuschalten. Kleinster Abstand zwischen möglicherweise in Konflikt stehendem Speichern und Laden. Mindestwahrscheinlichkeit in Prozent für Durchfall-Kanten, damit der BB zu geerbten EBB in LRA hinzugefügt wird. Kleinste Größe einer Partition für Linkzeitoptimierung (in geschätzten Befehlen). Minimale Heaperweiterung, die Speicherbereinigung anstößt, als Prozentsatz der Gesamtgröße des Heap. Kleinste Heapgröße vor Speicherbereinigungsbeginn, in Kilobytes. Die Mindestzahl der Iterationen pro Thread in einer innersten parallelisierten Schleife. Mindestseitengröße für Warnzwecke. Mindestprozentsatz der Memrefs, die für unroll-and-jam verschwinden müssen, damit es profitabel ist. Minimale Wahrscheinlichkeit in Prozent, dass ein Funktionszeiger-Parameter dereferenziert wird, bevor erwogen wird, diesen Funktionszeiger durch einfache Werte zu ersetzen. Unverträglichkeit in BIND(C)-Namen (%qs/%qs) bei %C Konflikt in ELEMENTAL-Attribut zwischen MODULE-PROCEDURE bei %L und seiner Schnittstelle in %s Konflikt in formalen Argumentnamen (%s/%s) von MODULE PROCEDURE bei %C Konflikt in PURE-Attribut zwischen MODULE-PROCEDURE bei %L und seiner Schnittstelle in %s Konflikt in RECURSIVE-Attribut zwischen MODULE-PROCEDURE bei %L und seiner Schnittstelle in %s Unstimmigkeit in Komponenten von Typ %qs, der von %qs abgeleitet ist bei %C: %qs erwartet, aber %qs erhalten Konflikt in Anzahl der formalen Argumente von MODULE PROCEDURE bei %C Unpassende Zuweisung des Prozedurzeigers bei %L: Unpassende Aufrufkonvention Unstimmigkeiten zwischen Dateiarchitektur und »-arch« nicht als Warnungen, sondern als Fehler ansehen In fortgesetzter Zeichenkonstante bei %C fehlt %<&%> Fehlendes %<(%> in ELSE-IF-Ausdruck bei %C Fehlendes %<(%> in IF-Ausdruck bei %C Fehlendes %<)%> in ELSE-IF-Ausdruck bei %C Argument %qs des intrinsischen %qs bei %L für %qs des Typs %qs fehlt Fehlendes %qs-Argument für %qs bei %L Fehlendes %qs in Anweisung bei oder vor %L Fehlende »-mcpu«-Option in ASM_CPU_SPEC? Fehlende INITIALIZER-Klausel für !$OMP DECLARE REDUCTION von abgeleitetem Typ ohne Defaultinitialisierer bei %L Fehlendes THEN in ELSE-IF-Anweisung nach %L Fehlendes Argument %qs in Aufruf von %qs bei %L Fehlendes effektives Argument für Argument %qs bei %L Fehlende alternative Rückgabespezifikation in Unterprogrammaufruf bei %L Fehlende alternative Rückgabespezifikation in Unterprogrammaufruf bei %L Fehlende Argumentliste in Funktion %qs bei %C Fehlendes Argument für %qs bei %C Feldspezifikation bei %L in CODIMENSION-Anweisung fehlt Fehlende Feldspezifikation bei %L in DIMENSION-Anweisung Fehlender Zeichenbereich in IMPLICIT bei %C Schließende Klammer für Bindungsmarke bei %C fehlt Fehlende Kodimensionsangabe bei %C Fehlendes Komma bei %L Fehlende Zähler für aufgerufene Funktion %s Fehlende Dimensionsangabe bei %C Entität oder Name eines gemeinsamen Blocks für Attribut-Spezifikationsanweisung bei %C fehlt Fehlende explizite Deklaration mit EXTERNAL-Attribut für Symbol %qs bei %L Fehlender Exponent in Realzahl bei %C Fehlende Format-Marke bei %C Fehlendes Format mit Standard-Einheit bei %C Fehlende allgemeine Spezifikation in USE-Anweisung bei %C Fehlendes Element in Formatzeichenkette bei %L Fehlender Schlüsselwortname in effektiver Argumentliste bei %C Fehlender Art-Parameter bei %C Fehlende öffnende Klammer in Formatzeichenkette bei %L Fehlende untere Grenze bei der Angabe der angenommenen Größe des Kofeldes bei %C Positive Breite hinter L-Deskriptor bei %L fehlt Erforderte Klammern vor BIND(C) bei %C fehlen Fehlende rechte Klammer bei %C Fehlende rechte Klammer oder Komma bei %C Fehlendes Symbol Probleme mit AES-Befehlen auf Cortex-A57 und Cortex-A72 umgehen (Arm Erratum #1655431). Probleme mit AES-Befehlen auf Cortex-A57 und Cortex-A72 umgehen (Arm Erratum #1742098). Probleme mit VLLDM auf einigen M-Profil-Geräten umgehen (CVE-2021-35465). Modul %qs in Zeile %d, Spalte %d: %s Moduldatei %qs wurde nicht generiert, entweder weil das Modul keine MODULE PROCEDURE enthält oder weil es einen Fehler in dem Modul gibt. Modul-Eigenschaft in USE-Anweisung bei %C muss entweder INTRINSIC oder NON_INTRINSIC sein Mehr effektive als formale Argumente in Prozeduraufruf bei %L Interner Fehler: More than one edge out of thunk node Berechnung der Schleifeninvarianten außerhalb der Schleifen legen. Speicheroperationen aus Schleifen herausverschieben. Mehrere %qs-Modifizierer bei %C angegeben Mehrere Bezeichner mit einzelner Spezifikation NAME= bei %C angegeben Mehrere Schleifenachsen für Routine bei %C angegeben Name %qs verweist nicht auf eine Unterroutine oder Funktion in !$ACC ROUTINE ( NAME ) bei %L NAME %qs ist in »!$ACC ROUTINE ( NAME )« bei %L ungültig NAME nicht erlaubt bei BIND(C) für ABSTRACT INTERFACE bei %C Spezifikation NAME= bei %C sollte ein konstanter Ausdruck sein NAME=-Angabe bei %C sollte ein Skalar der Standardzeichenart sein NAMELIST %qs in READ-Anweisung bei %L enthält Symbol %qs, das im Kontext zur Variablendefinition nicht auftreten darf NAMELIST-Feldobjekt %qs mit vermuteter Form in Namensliste %qs bei %L NAMELIST-Feldobjekt %qs ohne konstante Form in Namensliste %qs bei %L NAMELIST-Objekt %qs hat PRIVATE-Komponenten und kann kein Element der PUBLIC-Namensliste %qs bei %L sein NAMELIST-Objekt %qs hat Verwendungs-verbundene PRIVATE-Komponenten und kann kein Element der Namensliste %qs bei %L sein NAMELIST-Objekt %qs in Namensliste %qs bei %L hat ALLOCATABLE- oder POINTER-Komponenten erfordert daher eine definierte Ein-/Ausgabeprozedur NAMELIST-Objekt %qs in Namensliste %qs bei %L ist polymorph und erfordert eine definierte Ein-/Ausgabeprozedur NAMELIST-Objekt %qs in Namensliste %qs bei %L mit ALLOCATABLE- oder POINTER-Komponenten NAMELIST-Objekt %qs wurde als PRIVATE deklariert und kann kein Element der PUBLIC-Namensliste %qs bei %L sein NAMELIST-Objekt %qs ohne konstante Zeichenlänge in Namensliste %qs bei %L NEWUNIT-Spezifizierer bei %L NEWUNIT-Spezifizierer muss FILE= oder STATUS='scratch' bei %L haben Planungsmodifizierer NONMONOTONIC zusammen mit ORDERED-Klausel bei %L angegeben NON_OVERRIDABLE und DEFERRED können nicht gleichzeitig bei %C auftreten NOPASS oder explizite Schnittstelle bei %C erforderlich Interner Fehler: NOTE_INSN_BASIC_BLOCK %d in middle of basic block %d Interner Fehler: NOTE_INSN_BASIC_BLOCK is missing for block %d NOWAIT-Klausel bei %L darf nicht zusammen mit COPYPRIVATE-Klausel verwendet werden NO_ARG_CHECK-Attribut Auf rechter Seite in Zuweisung bei %L tritt NULL auf NULL bei %L ist nicht als tatsächliches Argument der intrinsischen Funktion %qs erlaubt intrinsisches NULL mit reservierbarem MOLD bei %L NULL in Arithmetik verwendet NULL() bei %C darf nicht in einem Feld-Konstruktor erscheinen NULL()-Initialisierung bei %C ist mehrdeutig NULL()-Initialisierung bei %C könnte kein MOLD haben NULL() in der Nähe von %L darf nicht in einer INQUIRE-Anweisung vorkommen NULLIFY erlaubt keine Neuzuordnung von Grenzen für Zeigerobjekt bei %C Untere Grenze von NUM_TEAMS bei %L ist größer als die obere Grenze bei %L Name %qs bei %C ist bereits als eine allgemeine Schnittstelle bei %L definiert Name %qs bei %C ist eine mehrdeutige Referenz auf %qs von aktueller Programmeinheit Name %qs bei %C ist eine mehrdeutige Referenz auf %qs vom Modul %qs Name %qs bei %C ist der Name der Prozedur Name %qs in %s-Anweisung bei %C ist kein Konstruktname Name %qs in %s-Anweisung bei %C ist unbekannt Name %qs des ABSTRACT INTERFACE bei %C kann nicht der gleiche wie ein intrinsischer Typ sein Name hinter »!$omp critical« und »!$omp end critical« passt nicht bei %C Name bei %C ist zu lang Name der Systembibliothek, gegen die gelinkt wird. Name der Startdatei. Name zu lang Benannter COMMON-Block %qs bei %L muss die gleiche Größe wie anderswo haben (%lu Bytes gegenüber %lu Bytes) Benanntes Block-DO bei %L erfordert passenden ENDDO-Namen Benannte Konstante %qs bei %L kann kein EQUIVALENCE-Objekt sein Benannte Konstante %qs in Variablen-Definitionskontext (%s) bei %L Benannte Konstante bei %C in EQUIVALENCE Namensliste %qs kann bei %L kein Argument sein Namensliste %qs kann bei %L nicht als Argument für Unterprogramm oder Funktion verwendet werden Gruppenname %qs der Namensliste bei %C hat bereits einen Basistypen von %qs Gruppenname %qs der Namensliste bei %C ist bereits USE-verbunden und kann nicht respezifiziert werden. Name der Namenslisten-Gruppe bei %L kann kein SAVE-Attribut haben Entweder Entität oder Name eines gemeinsamen Blocks für Attribut-Spezifikationsanweisung bei %C erforderlich Negatives Argument N bei %L Negativer Exponent der Ganzzahl bei %L ergibt 0 als Ergebnis Geschachtelter CRITICAL-Block bei %C Geschachtelte Trampolin-Funktionen werden auf dem CK801 nicht unterstützt. In BIND(C) bei %C ist kein bindender Name erlaubt Keine Zweige
Keine Aufrufe
Kein voreingestelltes crt0.o. Noch keine Beschreibung. Interner Fehler: No edge out of thunk node Keine ausführbaren Zeilen
Im Strukturkonstruktor bei %2$C wurde keine Initialisierung für allozierbare Komponente %1$qs angegeben Im Strukturkonstruktor bei %2$C wurde keine Initialisierung für Komponente %1$qs angegeben Wird nicht mehr unterstützt. Interner Fehler: No region crossing jump at section boundary in bb %i Benutzerdefinierte Nicht-ELEMENTAL-Zuweisung in WHERE bei %L Nicht-PARAMETER-Symbol %qs bei %L kann nicht implied-shape sein Nicht-POINTER in Zeiger-Verbindungskontext (%s) bei %L Nicht-RECURSIVE Prozedur %qs bei %L ruft sich möglicherweise rekursiv selbst auf. Sollte als RECURSIVE oder mit %<-frecursive%> verwendet werden Nicht-THREADPRIVATE-Objekt %qs in Klausel COPYIN bei %L Element eines Feldes mit vermuteter Form aus Nicht-Schriftzeichen in FORMAT-Markierung bei %L Element eines Feldes mit vermuteter Größe aus Nicht-Schriftzeichen in FORMAT-Markierung bei %L Nicht-Zeichen in FORMAT-Markierung bei %L Weder Zeichen noch Hollerith in FORMAT-Markierung bei %L Element eines Zeigerfeldes aus Nicht-Schriftzeichen in FORMAT-Markierung bei %L Nicht-konstante untere Grenze in Deklaration mit impliziter Form bei %L Nicht-Standard-LOGICAL in %s-Marke bei %L Nicht-erweiterbarer abgeleiteter Typ %qs bei %L darf nicht ABSTRACT sein Nicht-numerisches Zeichen in Anweisungsmarke bei %C Nicht-polymorphes Scheinargument von %qs für weitergegebenes Objekt bei %L Nicht-skalare FINAL-Prozedur bei %L sollte Argument mit vermuteter Form haben Irrelevante Ziffern in %qs-Zahl bei %C, möglicherweise falsche KIND Nicht-variabler Ausdruck in Variablen-Definitionskontext (%s) bei %L Mögliche Wertänderung bei Umwandlung von %qs in %qs bei %L Nicht allozierbare Variable darf in intrinsischer Zuweisung bei %L nicht polymorph sein – bitte prüfen, ob es ein passendes spezifisches Unterprogramm für den »=«-Operator gibt Nicht-Koarray-Komponente %s bei %L des Typs EVENT_TYPE oder mit Subkomponente des Typs EVENT_TYPE muss eine Kodimension haben oder die Subkomponente eines Koarrays sein. (Variablen des Typs %s dürfen keine Kodimension haben, da %s bei %L eine Kodimension oder Koarray-Subkomponente hat.) Nicht-Koarray-Komponente %s bei %L des Typs EVENT_TYPE oder mit Subkomponente des Typs EVENT_TYPE muss eine Kodimension haben oder die Subkomponente eines Koarrays sein. (Variablen des Typs %s dürfen keine Kodimension haben, da es bereits eine Koarray-Subkomponente gibt.) Nicht-Koarray-Komponente %s bei %L des Typs LOCK_TYPE oder mit Subkomponente des Typs LOCK_TYPE muss eine Kodimension haben oder die Subkomponente eines Koarrays sein. (Variablen des Typs %s dürfen keine Kodimension haben, da %s bei %L eine Kodimension oder Koarray-Subkomponente hat.) Nicht-Koarray-Komponente %s bei %L des Typs LOCK_TYPE oder mit Subkomponente des Typs LOCK_TYPE muss eine Kodimension haben oder die Subkomponente eines Koarrays sein. (Variablen des Typs %s dürfen keine Kodimension haben, da es bereits eine Koarray-Subkomponente gibt.) Tab-Zeichen bei %C passt nicht Unpassendes Tab-Zeichen in Spalte %d der Zeile %d Tab-Zeichen in Format bei %C passt nicht Abschnitt eines nicht konstanten Feldes bei %L in DATA-Anweisung Include-Verzeichnis %qs ist nicht vorhanden Nichtganzzahliger Exponent in einem Initialisierungsausdruck bei %L Unverträglicher Feld-FPTR bei %L für C_F_POINTER: %s Unverträgliches Feld bei %L als Argument für C_LOC: %s Unverträgliche Prozedur bei %L für C_FUNLOC Unverträglicher Prozedurzeiger bei %L für C_F_PROCPOINTER Nichtintrinsische elementare Prozedur %qs ist in Zuweisung des Prozedurzeigers bei %L ungültig Nichtnegative Breite in Formatzeichenkette bei %L benötigt Nichtzeiger-Objekt %qs mit Standard-Initialisierung darf nicht in einer DATA-Anweisung bei %L erscheinen Nichtpolymorphe Referenz auf abstrakten Typ bei %C Nichtstandard-Umwandlung von %s in %s bei %L Nicht-Standard Typ-Deklaration %s*%d bei %C Die Schrittweite bei %L darf nicht 0 sein Nicht mit %<--enable-gather-detailed-mem-stats%> konfiguriert. Nicht genug Element in Feldinitialisierung bei %C Unerwartetes TAG. Hinweisen, wenn #include-Direktiven nicht in import-Deklarationen übersetzt werden und nicht eindeutig textuell sind. Hinweisen, wenn #include-Direktiven in import-Deklarationen übersetzt werden. Pfadname für compilierte Modulschnittstelle eines bestimmten Moduls oder Header-Einheit ausgeben. Pfadnamen für compilierte Modulschnittstellen zur Info ausgeben. Hinweisen, wenn das #include eines bestimmten Headers übersetzt wird. Anzahl der Partitionen, in die das Programm aufgeteilt werden soll. Anzahl der zur Übergabe von Ganzzahlargumenten verwendeten Register. Numerischer PARAMETER in komplexer Konstante bei %C erforderlich In Ausdruck bei %L werden numerische Operanden benötigt Numerische oder CHARACTER-Operanden benötigt in Ausdruck bei %L OLD-Argument der intrinsischen Funktion »%s« bei %L muss definierbar sein OMP CRITICAL bei %L mit HINT-Klausel benötigt NAME, außer wenn omp_sync_hint_none verwendet wird OMP DECLARE TARGET COMMON bei %L wurde vorher in LINK-Klausel und später in %s-Klausel erwähnt OMP DECLARE TARGET COMMON bei %L wurde vorher in TO- oder ENTER-Klausel und später in LINK-Klausel erwähnt Direktive OMP DECLARE TARGET bei %L mit nur DEVICE_TYPE-Klausel wird ignoriert »OMP DECLARE TARGET«-Variable bei %L ist ein Element eines COMMON-Blocks OMP-DECLARE-TARGET-Variable bei %L wurde vorher in LINK-Klausel und später in %s-Klausel erwähnt OMP-DECLARE-TARGET-Variable bei %L wurde vorher in TO- oder ENTER-Klausel und später in LINK-Klausel erwähnt OMP TARGET UPDATE bei %L erfordert mindestens eine TO- oder FROM-Klausel OPEN-Anweisung bei %L muss UNIT oder NEWUNIT haben OPEN-Anweisung in PURE-Prozedur bei %C nicht erlaubt OPERATION-Argument bei %L muss eine PURE-Funktion sein OPTIONAL ist in BLOCK bei %C nicht erlaubt ORDER bei %L ist keine Permutation der Größe von SHAPE bei %L ORDER-Klausel bei %L darf nicht zusammen mit ORDERED verwendet werden Argument der ORDERED-Klausel bei %C ist keine konstante positive Ganzzahl ORDERED-Parameter der Klausel bei %L ist weniger als COLLAPSE %<ORDERED%>-Klausel darf nicht nicht zusammen mit %<inscan%>-REDUCTION-Klausel bei %L verwendet werden Objekt %qs bei %L ist keine Variable Objekt %qs bei %L ist keine Variable; Parameter können nicht kopiert werden und brauchen das auch nicht Objekt %qs bei %L ist keine Variable; Parameter können nicht zugeordnet werden und brauchen das auch nicht Objective-C-Deklarationen dürfen nur im globalen Gültigkeitsbereich erscheinen Veraltete Funktion: Veraltet; verwenden Sie GCN_STACK_SIZE zur Laufzeit. Ausgelagertes Werkzeug, um mit gcda-Zähler zu arbeiten
Zeichenlänge alten Stils bei %C Initialisierung im alten Stil bei %C Deklaration %s*%d im alten Stil wird bei %C nicht unterstützt Rahmenzeiger für Blattfunktionen auslassen. Schritt zur Bereichsverkleinerung auslassen, wenn komplexe Division durchgeführt wird. Rahmenzeiger in Blattfunktionen auslassen. Eins der tatsächlichen Argumente in INITIALIZER-Klausel von !$OMP DECLARE REDUCTION bei %L muss OMP_PRIV sein Nur DEFAULT ist als Reduktionsmodifizierer erlaubt, in der REDUCTION-Klausel bei %L Für den abgeleiteten Typ %qs, der bei %L definiert ist, sind ausschließlich Array-FINAL-Prozeduren deklariert. Empfohlen ist auch eine skalare, es sei denn, ein Finalisierer mit angenommenem Rang wurde deklariert Nur die Schnittstelle des compilierten Moduls (CMI) ausgeben. Absolute Auslagerungen nur bei Werten mit Wordgrößen erzeugen. Nur intrinsische Operatoren können in Ausdruck bei %L verwendet werden Nur einen Befehl pro Taktzyklus ausgeben. Nur für Rückwärtskompatibilität erhalten. Nur die Form !$ACC ROUTINE ohne Liste ist im Schnittstellenblock bei %C erlaubt Nur die Form !$OMP DECLARE TARGET ohne Klauseln ist im Schnittstellenblock bei %C erlaubt Nur 32 FPRs verwenden. Nur 32 GPRs verwenden. OpenACC-Konstrukt innerhalb einer Nicht-OpenACC-Region OpenACC-Direktive innerhalb von CRITICAL-Block bei %C OpenACC-Direktiven außer ROUTINE dürfen in PURE-Prozeduren nicht vorkommen, bei %C OpenACC-Schleifendirektive muss mit einer OpenACC-Berechnungsregion verknüpft sein OpenACC-Region innerhalb einer OpenACC-Routine, geschachtelter Parallelismus wird noch nicht unterstützt OpenMP-%<requires%>-Direktive mit %qs ist nur in einigen Übersetzungseinheiten angegeben OpenMP-%<requires%>-Direktive mit unterschiedlichen Klauseln in mehreren Übersetzungseinheiten: %qs gegenüber %qs OpenMP-Konstrukt inmitten der %<omp::directive%>-Attribute erfordert, dass alle %<omp::directive%>-Attribute derselben Anweisung in derselben %<omp::sequence%> liegen OpenMP-Konstrukte sind in der Zielregion mit %<ancestor%> nicht erlaubt OpenMP-Konstrukte außer %<ordered simd%>, %<simd%>, %<loop%> oder %<atomic%> dürfen nicht innerhalb von %<simd%>-Regionen geschachtelt sein OpenMP-Konstrukte außer %<parallel%>, %<loop%> oder %<simd%> dürfen nicht in einer %<loop%>-Region geschachtelt sein OpenMP-Konstrukte außer %<parallel%>, %<loop%> oder %<simd%> dürfen nicht innerhalb einer Region mit %<order(concurrent)%>-Klausel geschachtelt sein eine andere OpenMP-Direktive als %<declare simd%> oder %<declare variant%> gehört zu einer Deklaration OpenMP-Direktiven außer SIMD und DECLARE TARGET bei %C dürfen in PURE-Prozeduren nicht vorkommen Aufruf der OpenMP-Laufzeit-API %qD in einer Region mit %<device(ancestor)%>-Klausel Aufruf der OpenMP-Laufzeit-API %qD in einer Region mit %<order(concurrent)%>-Klausel OpenMP-Laufzeit-API-Aufruf %qD streng in einer %<teams%>-Region verschachtelt Operand des Operators .not. bei %%L ist %s Operand des unären numerischen Operators %%<%s%%> bei %%L ist %s Operand des Benutzeroperators %%<%s%%> bei %%L ist %s Operanden bei %L und %L können nicht als Operanden des binären Operators %qs verwendet werden Operanden des binären numerischen Operators %%<%s%%> bei %%L sind %s/%s Operanden des Vergleichsoperators %%<%s%%> bei %%L sind %s/%s Operanden des logischen Operators %%<%s%%> bei %%L sind %s/%s Operanden des Zeichenkettenverkettungsoperators bei %%L sind %s/%s Operanden des Benutzeroperators %%<%s%%> bei %%L sind %s/%s Operatorschnittstelle bei %L steht mit intrinsischer Schnittstelle in Konflikt Operatorschnittstelle bei %L hat falsche Argumentanzahl Operatorschnittstelle bei %L darf höchstens zwei Argumente haben Anzahl der stdarg-Register optimieren, die am Anfang einer Funktion auf dem Stapel gespeichert werden. Bedingte Ausdrücke mittels SSA-PHI-Knoten optimieren. Für CPU optimieren. Auf Fehlersuchmöglichkeiten statt Geschwindigkeit oder Größe optimieren. Aggressiv auf Größe statt Geschwindigkeit optimieren. Auf Größe statt Geschwindigkeit optimieren. Auf Geschwindigkeit optimieren, unter Missachtung genauer Standardkonformität. Code für Rahmenkopf optimieren. Induktionsvariablen auf Bäumen optimieren. lui/addiu-Adressladebefehle optimieren. Opcodegrößen zur Linkzeit optimieren. Partitionsneutralisierung optimieren. Geschwister- und endrekursive Aufrufe optimieren. Ende-Aufruf-Befehle in Assembler und Binder optimieren. Option %<-fallow-leading-underscore%> ist nur für gfortran-Entwickler gedacht und sollte nicht für implizit getypte Variable verwendet werden Optionen für %<-Xassembler%> passen nicht zueinander: %s, %s; alle Optionen der Form %<-Xassembler%> und %<-Wa%> werden verworfen. Optionen:
Außerhalb des Wertebereichs in IMAGE_INDEX bei %L für Dimension %d, SUB hat %ld und untere Grenze für COARRAY ist %ld Außerhalb des Wertebereichs in IMAGE_INDEX bei %L für Dimension %d, SUB hat %ld und obere Grenze für COARRAY ist %ld Stapelspeicher aufgebraucht.
.debug_types-Abschnitt ausgeben, wenn DWARF v4-Debuginfo verwendet wird. Information über Aufrufgraphen auf Dateibasis mit Dekoration ausgeben. Information über Aufrufgraphen auf Dateibasis ausgeben. LTO-Objekte ausgeben, die sowohl Zwischensprache als auch Binärausgabe enthalten. Information über Stapelverwendung auf Funktionsbasis ausgeben. Verifikationszähler für VTables ausgeben. Informationen über Zeigermengen der VTable-Verifikation ausgeben. Aufruf des Teilbefehls »overlap«: Überlappende ungleiche Initialisierungen in EQUIVALENCE bei %C Überlappende ungleiche Initialisierungen in EQUIVALENCE bei %L -mbest-lib-options überschreiben. P-Deskriptor benötigt führenden Skalierungsfaktor in Formatzeichenkette bei %L PAD= bei %L ist in Fortran 95 nicht erlaubt PARAMETER %qs wird bei %L verwendet, bevor dessen Definition vollständig ist PARAMETER %qs darf nicht in einer DATA-Anweisung bei %C vorkommen Fehlende Initialisierung für PARAMETER bei %L PARAMETER-Symbol in komplexer Konstante bei %C PARAMETER ohne »()« bei %C PAUSE-Anweisung bei %C Ladebefehle relativ zum PC. PCH-Alloziierungsfehler PCH-Speicher nicht verfügbar: %m PCS-Variante PDP11-Bitfeld-Verarbeitung wird in %qs nicht unterstützt PHI-Argument fehlt für Kante %d->%d PHI-Argument ist kein SSA_NAME, oder invariant PHI-Argument an unnormaler Kante ist nicht SSA_NAME PHI node with location PHI node with wrong VUSE on edge from BB %d PIC-Codeerzeugung ist mit schnellen indirekten Aufrufen unverträglich PIC-Codeerzeugung wird im portierbaren Laufzeitmodell nicht unterstützt PIC wird für %qs nicht unterstützt PIC wird nur für RTPs unterstützt PIC wird benötigt, wird aber nicht mit CONST16-Befehlen unterstützt PIC-Register durch %qs in %<asm%> zerstört PIC-Unterstützung für %<-fstack-limit-symbol%> POINTER-Attribut ist für Prozedurzeiger-Komponente bei %C erforderlich POINTER-Objekt %qs in Klausel %s bei %L POINTER-Objekt %qs von polymorphem Typ in Klausel %s bei %L POINTER-wertige Funktion tritt auf rechter Seite der Zuweisung bei %L auf POS-Argument (%ld) außerhalb des Bereichs 0:%ld in intrinsischem »%s« POS-Argument (%ld) außerhalb des Bereichs 0:%ld in intrinsischem BTEST POS-Argument (%ld) außerhalb des Bereichs 0:%ld in intrinsischem IBITS POS(%ld)+LEN(%ld)>BIT_SIZE(%ld) in intrinsischem IBITS POSITION-Angabe in OPEN-Anweisung bei %L ist nur für Datenstrom-ACCESS oder für sequentiellen ACCESS erlaubt Interner Fehler: PR100400 PRE ausgeschaltet PRINT-Namensliste bei %C ist eine Erweiterung PRINT-Anweisung bei %C innerhalb PURE-Prozedur nicht erlaubt PRINT_OPERAND, ungültiger Befehl für %%C PRINT_OPERAND, ungültiger Befehl für %%N PRIVATE-Anweisung bei %C ist nur in Spezifikationsteil eines Moduls erlaubt PRIVATE-Anweisung bei %C muss Prozedurbindungen vorausgehen PRIVATE-Anweisung bei %C muss Strukturkomponenten vorausgehen PRIVATE-Anweisung in TYPE bei %C muss innerhalb eines MODULEs sein PROCEDURE %qs bei %L darf nicht als ihre eigene Schnittstelle verwendet werden PROCEDURE bei %C muss in einer allgemeinen Schnittstelle sein Attribut PROCEDURE steht mit Attribut INTENT in %qs bei %L in Konflikt Attribut PROCEDURE steht mit Attribut NAMELIST in %qs bei %L in Konflikt Attribut PROCEDURE steht mit Attribut PROTECTED bei %L in Konflikt Attribut PROCEDURE steht mit Attribut RESULT in %qs bei %L in Konflikt Attribut PROCEDURE steht mit Attribut SAVE in %qs bei %L in Konflikt PROCEDURE-Liste bei %C PROCEDURE-Anweisung bei %C PROCEDURE(Schnittstelle) bei %C sollte als DEFERRED deklariert sein PROTECTED bei %C nur in Spezifikationsabschnitts eines Moduls erlaubt PROTECTED-Attribut bei %C Attribut PROTECTED steht mit Attribut EXTERNAL bei %L in Konflikt PROTECTED-Anweisung bei %C PTX unterstützt keine schwachen Deklarationen (nur schwache Definitionen) PTX-Version %<-mptx%> muss mindestens %s sein, um die ausgewählte %<-misa%> (sm_%s) zu unterstützen PUBLIC %s %qs bei %L mit abgeleitetem PRIVATE-Typen %qs PUBLIC-Funktion %qs bei %L mit PRIVATE-Typ %qs PUBLIC-Anweisung bei %C ist nur in Spezifikationsteil eines Moduls erlaubt PURE und IMPURE dürfen bei %C nicht gleichzeitig stehen PURE-Präfix fehlt in MODULE-PROCEDURE-Schnittstelle bei %L VLIW-Befehle packen. Strukturelemente ohne Lücken zusammenpacken. Kürzere feste Formularzeilen mit Leerzeichen auf Zeilenbreite auffüllen. Auffüllen mit %d Bytes vor %qs in COMMON %qs bei %L erforderlich; bitte Elemente umordnen oder %<-fno-align-commons%> verwenden Auffüllen mit %d Bytes vor %qs in COMMON bei %L erforderlich; bitte Elemente umordnen oder %<-fno-align-commons%> verwenden Parameter %qs bei %L wurde nicht deklariert oder ist eine Variable, die nicht zu konstantem Ausdruck reduziert Parameterfeld %qs bei %L kann nicht automatische oder vermutete Form haben Der parametrisierte abgeleitete Typ bei %C ist mehrdeutig Parametrisierter Typ %1$qs hat bei %3$L keine Komponente, die zu Parameter %2$qs gehört Option -EB an den Linker übergeben. Option -EL an den Linker übergeben. Option -marclinux an den Linker übergeben. Option -marclinux_prof an den Linker übergeben. »-z text« an den Linker übergeben. Adresse der RA-Speicherstelle an _mcount in $12 übergeben. Weitergegebenes Objekt bei %L muss Skalar sein Scheinargument des übergebenen Objektes von %qs bei %L muss an der gleichen Stelle wie das Scheinargument des übergebenen Objektes der überschriebenen Prozedur stehen Scheinargument von %qs für weitergegebenes Objekt bei %L muss ein Skalar sein Scheinargument von %qs für weitergegebenes Objekt bei %L darf nicht ALLOCATABLE sein Scheinargument von %qs für weitergegebenes Objekt bei %L darf nicht POINTER sein Gibt an den Assembler eine Anforderung weiter, damit dieser diverse Chipfehler umgeht. Gibt an den Assembler eine Anforderung weiter, damit dieser bei diversen Chipfehlern warnt. Koarray bei %L wird an reservierbares, Nicht-Coarray-Scheinargument %qs übergeben, das ungültig wird, wenn der Reservierungsstatus geändert wird Koarray bei %L wird an reservierbares, Nicht-Coarray, INTENT(OUT) Scheinargument %qs übergeben Übergabe der eingebauten Prozedur über die Speicherstelle ist bei %L nicht erlaubt Das Übergeben des eingebauten NULL als tatsächliches Argument bei %L erfordert eine explizite Schnittstelle Pfad zu Headerdatei, die vor jeder Übersetzungseinheit eingebunden wird. Prozentuale Strafe für Funktionen, die nur einen einzigen Aufruf einer anderen Funktion enthalten, wenn sie zum Klonen evaluiert werden. Prozentuale Strafe für rekursive Funktionen, wenn sie zum Klonen evaluiert werden. Informationen über IPA-Wertebereiche weitergeben. Identischen Code für Funktionen und schreibgeschützte Variablen zusammenfassen. Identischen Code für Funktionen zusammenfassen. Identischen Code für Variablen zusammenfassen. SMS-basierte modulo-Planung vor erstem Planungsdurchlauf durchführen. SMS-basierte modulo-Planung mit erlaubten Register-Verschiebungen durchführen. VR4130-spezifische Ausrichtungs-Optimierungen durchführen. Wertebereichsweitergabe auf Bäumen durchführen. Schritt zur Vorwärts-Übertragung auf RTL durchführen. Eine Reihe kleiner, aber teurer, Optimierungen durchführen. Optimierungsdurchlauf zur Kopierübertragung von Registern durchführen. Einen Optimierungsdurchgang zur Registerumbenennung durchführen. Einen zielabhängigen Optimierungsdurchgang zur Befehlsfusion durchführen. Kopien erzeugen, um zwischenprozedurale Konstantenweitergabe zu verstärken. Beseitigung von Vergleichen nach Registerreservierung durchführen. Umwandlung bedingter Sprünge in zweiglose Äquivalente durchführen. Umwandlung bedingter Sprünge in bedingte Ausführung durchführen. Umwandlungen von »switch«-Initialisierungen durchführen. Optimierung zum Kreuzsprung durchführen. Frühes Inlining durchführen. Erweiterte Ladebewegung während Beseitigung globaler gemeinsamer Teilausdrücke durchführen. Funktionslokale Analyse von Zeigerzielen auf Bäumen durchführen. Beseitigung globaler gemeinsamer Teilausdrücke nach Registerreservierung durchführen. Beseitigung globaler gemeinsamer Teilausdrücke durchführen. Indirektes Inlining durchführen. Interne Konsistenzprüfungen durchführen. Zwischenprozedurale bitweise Konstantenweitergabe durchführen. Zwischenprozedurale Konstantenweitergabe durchführen. Prozedurübergreifende modref-Analyse durchführen. Zwischenprozedurale Zeigt-auf-Analyse durchführen. Zwischenprozedurale Profilweitergabe durchführen. Zwischenprozedurale Reduktion von Aggregaten durchführen. Sprung-Threading-Optimierungen durchführen. Lebensdaueraufteilung während des »SSA -> Normal«-Durchlaufs durchführen. Schleifen-Schälung durchführen. Schleifen-Aufteilung durchführen. Schleifenabwicklung für alle Schleifen durchführen. Schleifenabwicklung durchführen, wenn Anzahl der Wiederholungen bekannt ist. Schleifenausschaltung durchführen. Teilweises Inlining durchführen. Beseitigung überflüssigen Ladens nach dem Abspeichern in globalem gemeinsamem Teilausdruck durchführen. Skalarersetzung von Aggregaten durchführen. Während selektiver Planung Software-Pipelining innerer Schleifen durchführen. Während selektiver Planung Software-Pipelining äußerer Schleifen durchführen. Spekulative Devirtualisierung durchführen. Speicherbewegung nach Beseitigung globaler gemeinsamer Teilausdrücke durchführen. Geradlinige Stärkereduktion durchführen. Superblockerzeugung über Ende-Vervielfältigung durchführen. Schleifenabwicklung (unroll-and-jam) für Schleifen durchführen. Ungenutzte Symbole aus Info zur Fehlersuche entfernen. Ungenutzte Typen aus Info zur Fehlersuche entfernen. Variablenverfolgung durchführen und auch Variablen markieren, die uninitialisiert sind. Variablenverfolgung durch Zuweisungsanmerkungen durchführen. Variablenverfolgung durchführen. Gesamtprogrammoptimierung durchführen. Formatspezifikation %s bei %L erfordert Punkt Formatspezifikation bei %L erfordert Punkt Formatspezifikation benötigt Punkt in Formatzeichenkette bei %L »$« als Bezeichnerzeichen zulassen. Unpassende Verwendungen des TAB-Zeichens erlauben. Planung einer Sequenz für Funktionsprolog und -epilog erlauben. Planung einer Funktionsprologsequenz erlauben. Planung von Funktionsprolog- und -epilogsequenzen erlauben. Universelle Zeichennamen (\u und \U) in Bezeichnern zulassen. Bei Planung ein Stopp-Bit nach jedem Takt einfügen. Datenstücke in ihren eigenen Abschnitt legen. Jede Funktion in ihren eigenen Abschnitt platzieren. Gleitkommakonstanten ins TOC legen. Symbol+Offset-Konstanten ins TOC legen. Bitte fügen Sie jedem Fehlerbericht die vollständige Aufrufkette bei.
Bitte senden Sie einen vollständigen Fehlerbericht auf Englisch ein;
inclusive vorverarbeitetem Quellcode (siehe -freport-bug).
Bitte senden Sie einen vollständigen Fehlerbericht auf Englisch ein;
inclusive vorverarbeitetem Quellcode.
Plugins Zeigerfeld-Komponente der Struktur bei %C muss eine aufgeschobene Form haben Zeiger-Zuweisungsziel darf keine Konstante sein bei %L Zeiger-Zuweisungsziel hat PROTECTED-Attribut bei %L Ziel der Zeigerzuweisung in Initialisierungsausdruck bei %L muss das TARGET-Attribut haben Zeiger-Zuweisungsziel bei %L ist weder TARGET noch POINTER Zeiger-Zuweisungsziel ist kein POINTER bei %L Zeigerzuweisung mit Vektorindex für rhs bei %L Zeiger bei %L in Zeigerzuweisung könnte Zeigerziel überdauern Das Zeichenzeiger-Dummy-Argument %qs bei %L muss eine verzögerte Länge haben, da die Prozedur %qs BIND(C) ist Zeigerkomponente %s bei %L hat eine Subkomponente als Nicht-Koarray des Type EVENT_TYPE, die eine Kodimension haben muss oder eine Subkomponente eines Koarrays sein muss Zeigerkomponente %s bei %L hat eine Subkomponente als Nicht-Koarray des Type LOCK_TYPE, die eine Kodimension haben muss oder eine Subkomponente eines Koarrays sein muss Zeigerinitialisierung bei %C benötigt %<=>%>, nicht %<=%> Ziel der Zeigerinitialisierung bei %L muss das SAVE-Attribut haben Ziel der Zeigerinitialisierung bei %L muss das TARGET-Attribut haben Ziel der Zeigerinitialisierung bei %L darf nicht ALLOCATABLE sein Zeigerobjekt bei %C darf nicht koindiziert sein Zeigerobjekt bei %L darf keinen Koindex haben Zuweisung eines Prozedurzeigers bei %L Zeigerfeld als effektives Argument bei %L erfordert wegen VOLATILE-Attribut ein Scheinargument %qs mit vermuteter Form oder als Zeigerfeld Zeiger sind 32 Bit. Zeiger sind 64 Bit. Mögliche Richtlinien für »-mcompact-branches=«: Polymorpher FPTR bei %L für C_F_POINTER Polymorphe Komponente %s bei %L in SEQUENCE oder BIND(C)-Typ %s Polymorphes Skalar wird an Feld-Scheinargument %qs bei %L übergeben Polymorphes Subobjekt des koindizierten Objektes bei %L Positive Exponentenbreite benötigt in Formatzeichenkette bei %L Positive Breite in Formatspezifizierung %s bei %L erforderlich Positive Breite in Formatzeichenkette bei %L benötigt T-Deskriptor benötigt positive Breite in Formatzeichenkette bei %L Mögliche Wertänderung bei Umwandlung von %s in %s bei %L Zweige gegenüber bedingter Ausführung bevorzugen. Wortzugriffe bevorzugen (statt Bytezugriffen). Vorzugsweise Register reservieren, die kurze Befehle ermöglichen. Aufrufen von memcpy, memset und memmove ein __asan_ oder __hwasan_ voranstellen, für -fsanitize=kernel-address oder -fsanitize=kernel-hwaddress. Globalen Symbolen ein »:« voranstellen (für Verwendung mit PREFIX). Nur Direktiven vorverarbeiten. Vorverarbeiteter Quellcode wurde in Datei %s gespeichert, bitte hängen Sie die an Ihren Fehlerbericht an.
Bindestapel des PowerPC 476 durch Anpassen eines blr an bcl/bl-Befehle für GOT-Zugriffe beibehalten. Vorgeben, dass branch-around-a-move ein bedingter Sprung ist. Verhindern, dass $fp während der Registerallozierung alloziert wird, so dass der Compiler die FP-als-GP-Optimierung durchführen kann. Die Optimierung von Blockkopieraktionen verhindern, was auch das Standardverhalten von -Os ist. Verwendung aller Gleitkommaoperationen verhindern. Verwendung aller Hardware-Gleitkommabefehle verhindern. Vorherige !$OMP DECLARE REDUCTION bei %L Vorherige !$OMP DECLARE REDUCTION von Modul %s bei %L CPU-Feinabstimmung als Kommentar in Assemblerdatei ausgeben. Diese Option wird nur für Regressionstest des Compilers verwendet und ist nicht für den normalen Betrieb vorgesehen. CWE-Identifikatoren für Diagnosemeldungen ausgeben, sofern verfügbar. Alle Regeln, die mit Meldungen verbunden sind, ausgeben. Information zur Code-Überdeckung ausgeben.
Zusätzliche (möglicherweise ungewollte) Warnungen ausgeben. Behebungshinweise in maschinenlesbarer Form ausgeben. Behebungshinweise in vereinheitlichtem Diff-Format auf stderr ausgeben. Hierarchische Vergleiche ausgeben, wenn die Templatetypen nicht zusammenpassen. Den Initialwert der Variablen ausgeben. Namen der Header-Dateien ausgeben, wie sie verwendet werden. Wahrscheinlichkeit, dass die COMDAT-Funktion mit anderer Kompilationseinheit geteilt wird. Prozedur %qs bei %C hat eine explizite Schnittstelle aus einer vorherigen Deklaration Prozedur %qs bei %C wurde bereits bei %L definiert Prozedur %qs bei %L hat bereits grundlegenden Typen %s Prozedur %qs bei %L hat den gleichen Namen wie eine Komponente von %qs Prozedur %qs bei %L hat den selben Namen wie eine vererbte Komponente von %qs Prozedur %qs bei %L kann nicht grundlegenden Typen %s haben Prozedur %qs bei %L muss das BIND(C)-Attribut haben, um mit C interoperabel zu sein Prozedur %qs, die bei %L aufgerufen wird, ist nicht explizit deklariert Prozedur %qs, die bei %L aufgerufen wird, ist nicht explizit deklariert; meinen Sie %qs? Prozedur %qs mit einer impliziten Schnittstelle bei %L aufgerufen Die Prozedur %qs, die im Interface-Körper bei %L definiert ist, passt nicht zu der internen Prozedur bei %C Prozedur %qs in %s bei %L hat keine explizite Schnittstelle Prozedur %qs in %s bei %L hat keine explizite Schnittstelle; meinen Sie %qs? Prozedur %qs in %s bei %L ist weder Funktion noch Subroutine Prozedur %qs in %s bei %L ist weder Funktion noch Subroutine; meinen Sie %qs? Prozedur %qs in PUBLIC-Schnittstelle %qs bei %L nimmt Scheinargumente von %qs, das PRIVATE ist Prozedur %qs mit PASS bei %L muss mindestens ein Argument haben Prozedur %qs mit PASS(%s) bei %L hat kein Argument %qs Prozedur %1$qs bei %3$L mit Binde-Marke %2$qs verwenden denselben globalen Bezeichner wie die Entität bei %4$L Prozedurargument bei %L ist lokal für PURE-Prozedur und hat das POINTER-Attribut Prozedurzeiger %qs bei %L darf nicht ELEMENTAL sein Prozedurzeiger %qs in %s-Klausel bei %L Prozedur-Zeiger bei %C Komponente %qs des Prozedurzeigers bei %L kann kein Element des BIND(C)-abgeleiteten Typs %qs bei %L sein Prozedurzeiger-Komponente %qs mit einer impliziten Schnittstelle bei %L aufgerufen Prozedurzeiger-Komponente %qs erfordert eine Argumentliste bei %C Prozedurzeiger-Komponente %qs mit PASS bei %L muss mindestens ein Argument haben Prozedurzeiger-Komponente %qs mit PASS(%s) bei %L hat kein Argument %qs Prozedurzeiger-Komponente bei %C Ziel der Zeigerinitialisierung für Prozedur bei %L darf kein Prozedurzeiger sein Dem Ergebnis %qs als Prozedurzeiger bei %L fehlt das POINTER-Attribut Prozedurzeigerziel %qs bei %L muss entweder eine intrinsische Funktion, host- oder use-assoziiert oder referenziert sein, oder aber das EXTERNAL-Attribut haben #ident-Direktiven verarbeiten. Alle in der Kommandozeile angegebenen Module verarbeiten, aber den Code nur für das im Argument angegebene Modul generieren. Spezifikation (%s, ist »%s«) wird verarbeitet
Einen Mach-O-Dylinker (Dateityp MH_DYLINKER) generieren. Wird nur verwendet, um dyld zu bauen. Eine gemeinsam genutzte Mach-O-Bibliothek (Dateityp MH_DYLIB) generieren, Synonym für »-shared«. Backtrace erzeugen, wenn Laufzeitfehler auftritt. Warnung zur Laufzeit erzeugen, wenn ein temporäres Feld für Prozedurargument erzeugt wurde. Big-Endian-Code erzeugen. Code erzeugen, der zur Laufzeit verschiebbar ist. Little-Endian-Code erzeugen. Erzeugt eine Mach-O-Datei, die für die Verwendung in eingebetteten Systemen / ROMs geeignet ist. Profilinformation in %s ist beschädigt Programm befindet sich vollständig in unteren 64k des Speichers. Programmeinheit bei %L hat OpenMP-Geräte-Konstrukte/-Routinen, setzt jedoch nicht !$OMP REQUIRES REVERSE_OFFLOAD, aber andere Programmeinheiten tun das Programmeinheit bei %L hat OpenMP-Geräte-Konstrukte/-Routinen, setzt jedoch nicht !$OMP REQUIRES UNIFIED_ADDRESS, aber andere Programmeinheiten tun das Programmeinheit bei %L hat OpenMP-Geräte-Konstrukte/-Routinen, setzt jedoch nicht !$OMP REQUIRES UNIFIED_SHARED_MEMORY, aber andere Programmeinheiten tun das PC-relative Funktionsaufrufe verbieten. PC-relative Sprünge verbieten. Klammern in Ausdrücken schützen. Bash-Vervollständigung für Optionen anbieten, die mit der angegebenen Zeichenkette beginnen. Bibliotheken für den Simulator bereitstellen. Ungenutze Zustände während der Analyse verwerfen. In Überwachungsfunktionen erweiterte Register auf Stapel sichern. Alle lokalen Felder über Stapel übergeben. Alles in reguläres TOC legen. Sprungtabellen für »switch«-Anweisungen in den .data-Abschnitt statt in den .code-Abschnitt einfügen. Umgelagerte Nur-Lese-Daten in .data-Abschnitt legen. Uninitialisierte Konstanten im ROM ablegen (benötigt -membedded-data). Uninitialisierte globale Symbole in gemeinsamen Abschnitt legen. Null-initialisierte Daten in den bss-Abschnitt legen. Der Spezifizierer QUIET bei %L muss ein skalarer LOGICAL sein Spezifizierer QUIET= für %s bei %L Die R2-Architektur ist ausschließlich Little-Endian RANK (%i) bei %L wird bei %L wiederholt RANK (*) bei %L kann nicht mit dem Zeiger oder dem allozierbaren Selektor bei %L verwendet werden RANK (*) bei %L wird bei %L wiederholt RANK DEFAULT bei %L wird bei %L wiederholt RE oder IM part_ref bei %C RE-part_ref bei %C REAL-Feld-Index bei %L REAL(KIND=10) ist nicht verfügbar für Option %<-fdefault-real-10%> REAL(KIND=10) ist nicht verfügbar für Option %<-freal-4-real-10%> REAL(KIND=10) ist nicht verfügbar für Option %<-freal-8-real-10%> REAL(KIND=10) ist nicht verfügbar für Option %<-freal-8-real-16%> REAL(KIND=16) ist nicht verfügbar für Option %<-fdefault-real-16%> REAL(KIND=16) ist nicht verfügbar für Option %<-freal-4-real-16%> REAL(KIND=4) ist nicht verfügbar für Option %<-freal-8-real-4%> REAL(KIND=8) ist nicht verfügbar für Option %<-fdefault-real-8%> REAL(KIND=8) ist nicht verfügbar für Option %<-freal-4-real-8%> RECL in OPEN-Anweisung bei %L muss positiv sein RECL-Angabe nicht erlaubt in OPEN-Anweisung bei %L für Datenstrom-Ein-/Ausgabe RECORD bei %C ist eine Erweiterung, muss mit %<-fdec-structure%> eingeschaltet werden RECURSIVE-Präfix fehlt in MODULE-PROCEDURE-Schnittstelle bei %L Die RESULT-Variable %qs bei %L verbietet, dass der FUNCTION-Name %qs bei %C in einer Spezifikationsanweisung auftritt RESULT-Variable bei %C muss vom Funktionsnamen verschieden sein RESULT_DECL should be read only when DECL_BY_REFERENCE is set RETURN-Anweisung im Hauptprogramm bei %C ROUND= bei %L ist in Fortran 95 nicht erlaubt Interner Fehler: RTL check: access of elt %d of '%s' with last elt %d in %s, at %s:%d Interner Fehler: RTL check: access of elt %d of vector with last elt %d in %s, at %s:%d Interner Fehler: RTL check: access of hwi elt %d of vector with last elt %d in %s, at %s:%d Interner Fehler: RTL check: attempt to treat non-block symbol as a block symbol in %s, at %s:%d Interner Fehler: RTL check: expected code '%s' or '%s', have '%s' in %s, at %s:%d Interner Fehler: RTL check: expected code '%s', '%s' or '%s', have '%s' in %s, at %s:%d Interner Fehler: RTL check: expected code '%s', have '%s' in %s, at %s:%d Interner Fehler: RTL check: expected elt %d type '%c' or '%c', have '%c' (rtx %s) in %s, at %s:%d Interner Fehler: RTL check: expected elt %d type '%c', have '%c' (rtx %s) in %s, at %s:%d Interner Fehler: RTL flag check: %s used with unexpected rtx code '%s' in %s, at %s:%d RTP PIC ist mit %<-msingle-pic-base%> unverträglich RTP PIC ist mit Thumb unverträglich RTTI wird für diesen Typ nicht funktionieren der RVV-Typ %qT hat keine definierte Ausrichtung der RVV-Typ %qT hat keine feste Größe RX-FPU-Befehle unterstützen keine NaNs und Unendlichkeiten Erhöhung eines negativen REAL bei %L zu einer REAL-Potenz ist verboten Bereichsspezifikation bei %L kann nie passen Unverträgliche Ränge zwischen Argument bei %L und Argument bei %L (Rang-%d und Rang-%d) Unverträgliche Ränge zwischen Argument bei %L und Argument bei %L (Rang-%d und skalar) Unverträgliche Ränge zwischen Argument bei %L und Argument bei %L (skalar und Rang-%d) Unpassender Rang in Argument %qs bei %L (Rang-%d und Rang-%d) Unpassender Rang in Argument %qs bei %L (Rang-%d und Skalar) Unpassender Rang in Argument %qs bei %L (Skalar und Rang-%d) Unpassende Ränge in Feldreferenz bei %L (%d/%d) Rangabweichung zwischen dem Array bei %L und seinem Initialisierer (%d/%d) Das Umordnen des Rangs erfordert eine Liste von %<untere-Grenze : obere-Grenze%>-Angaben bei %L Ziel der Rang-Neuzuordnung ist nicht Rang 1 bei %L Ziel der Rang-Neuzuordnung ist kleiner als die Größe des Zeigers (%ld < %ld) bei %L Ziel der Rang-Neuzuordnung muss Rang 1 oder einfach fortlaufend bei %L sein Datei %qs wird in Freiform gelesen Modul %qs in Zeile %d, Spalte %d wird gelesen: %s Lesen der Spezifikationen von %s
Reelles COUNT_RATE-Argument für SYSTEM_CLOCK bei %L Realkonstante überschreitet seine Art bei %C Realkonstante unterschreitet seine Art bei %C Realzahl bei %C hat einen %<d%>-Exponenten und eine explizite Art Realzahl bei %C hat einen %<q%>-Exponenten und eine explizite Art Stapel in Prolog neu ausrichten. LHS in Zuweisungen neu reservieren. C++-Schlüsselworte wie »compl« und »xor« erkennen. GNU-definierte Schlüsselworte erkennen. Eingebaute Funktionen erkennen. Das »asm«-Schlüsselwort erkennen. DW_AT_decl_column und DW_AT_call_column in DWARF aufzeichnen. GCC-Kommandozeilenschalter in DWARF DW_AT_producer aufzeichnen. GCC-Kommandozeilenschalter in Objektdateien aufzeichnen. Dauer der Teilphasen separat aufzeichnen. Rekursives Klonen nur dann, wenn die Wahrscheinlichkeit, dass der Aufruf ausgeführt wird, den Parameter überschreitet. Redefinition von !$OMP DECLARE REDUCTION bei %L Redefinition der vordefinierten !$OMP DECLARE REDUCTION bei %L Redefinition der vordefinierten !$OMP DECLARE REDUCTION »%s« bei %L Priorität für r0..r3 / r12..r15 mit TARGET_REGISTER_PRIORITY reduzieren. Stapelausrichtung im Aufrufer reduzieren, wenn möglich. Redundantes !$ACC END LOOP bei %C Redundante ACQUIRED_LOCK-Marke bei %L gefunden Redundante ERRMSG-Marke bei %L gefunden Überflüssige MOLD-Marke bei %L gefunden Überflüssige SOURCE-Marke bei %L gefunden Redundante STAT-Marke bei %L gefunden Redundante UNTIL_COUNT-Marke bei %L gefunden Index der Referenzanweisung nicht gefunden Index der Referenzanweisung außerhalb des gültigen Bereichs Referenz auf Nicht-PURE-Funktion %qs bei %L innerhalb eines DO CONCURRENT %s Referenz auf Nicht-PURE-Funktion %qs bei %L innerhalb eines FORALL %s Referenz auf Nicht-PURE-Funktion %qs bei %L innerhalb einer PURE-Prozedur Interner Fehler: Region crossing jump across same section in bb %i Profilinformation im Abschnitt .gcov_info registrieren, statt einen Konstruktor/Destruktor zu verwenden. Profilinformation im angegebenen Abschnitt registrieren, statt einen Konstruktor/Destruktor zu verwenden. Regulärer Ausdruck, um zusätzliche Allzweck-adressierbare Abschnittsnamen anzugeben. Regulärer Ausdruck, um relativ zu r0 adressierbare Abschnittsnamen anzugeben. Zweige entspannen. Die cmpxchg-Schleife für atomic_fetch_{or,xor,and,nand} entspannen, indem load und cmp vor cmpxchg eingefügt wird, sowie pausieren und zurückspringen zu Laden-und-Vergleichen, wenn der Ladewert nicht der erwartete ist. Literale in Assembler lockern und automatisch in den »text«-Abschnitt platzieren. Entlastung des Registerdrucks durch Live-Bereichs-Schrumpfung. Dateinamen beim Einfügen von Dateien neu abbilden. Code und Daten, die unerreichbar von jeglichen exportierten Symbolen sind, entfernen (inclusive dem Einstiegspunkt). Präfix von absolutem Pfad abschneiden, bevor dieser Name für »-fprofile-generate=« und »-fprofile-use=« gemangelt wird. Redundante Membars entfernen. In GCC 10 entfernt. Dieser Schalter hat keine Auswirkung. In GCC 8 entfernt. Dieser Schalter hat keine Auswirkung. In GCC 9 entfernt. Dieser Schalter hat keine Auswirkung. »%s« wird gelöscht
Aufruf von unreiner Funktion %qs bei %L wird entfernt Aufruf von unreiner Funktion bei %L wird entfernt Umbenennungsoperatoren in USE-Anweisungen bei %C Basisblöcke und in heiße und kalte Abschnitte umordnen und partitionieren. Basisblöcke umsortieren, um Codeplatzierung zu verbessern. Funktionen umsortieren, um Codeplatzierung zu verbessern. Funktionen, Variablen und asms höchster Ebene umordnen. Ungültige Wiederholungsangabe in Skalar-Initialisierung bei %C Wiederholungsangabe bei %C muss eine Ganzzahl sein Addieren, Vergleichen, Verzweigen mit Verzweigung anhand des Zählregisters ersetzen. Vorübergehende Ausdrücke im SSA->Normal-Durchlauf ersetzen. Über Konsistenz des Profils berichten. Über Speicherbelegung vor zwischenprozeduraler Optimierung berichten. Nur in WPA über dauerhafte Speicherreservierung berichten. Über dauerhafte Speicherreservierung berichten. Benötigte Zeit für jeden Compilerdurchlauf ausgeben. Nur in WPA verschiedene Statistiken über Linkzeit-Optimierung ausgeben. Verschiedene Statistiken über Linkzeit-Optimierung ausgeben. IEEE-konforme Mathematik-Bibliotheksroutinen (OSF/1) anfordern. Befehle nach Registerbelegung neu planen. Befehle vor Registerbelegung neu planen. Regionen mit Pipelining ohne Pipelining neu planen. Platz für Ausgabeargumente in Funktionsprolog reservieren. Umgeformtes Feld bei %C zu groß Die Analyse auf die Prüfung mit dem angegebenen Namen einschränken. Verwendung der Hardware-Gleitkomma-Befehle auf 32-Bit-Operationen beschränken. Ergebnis %qs der enthaltenen Funktion %qs bei %L hat keinen IMPLICIT-Typ Unpassendes Ergebnis für die überschreibende Prozedur %qs bei %L: %s Ergebnis von %s ergibt für seine Art einen Bereichsfehler bei %L Ergebnis von %s ist NaN bei %L Ergebnis von %s überschreitet seine Art bei %L Ergebnis von %s unterschreitet seine Art bei %L Ergebnis von BESSEL_YN ist -INF bei %L Ergebnis von NEAREST ist NaN bei %L Ergebnis von SCALE überschreitet seine Art bei %L Potenzbildung bei %L überschreitet Wertebereich von %s 8-Byte-Vektoren über Speicher zurückgeben. Signieren der Rückgabeadresse wird für %<-mtpcs-frame%> nicht unterstützt. Alle Strukturen über Speicher zurückgeben (AIX-Standard). Gleitkommaergebnisse über ac0 zurückgeben (fr0 in Unix-Assemblersyntax). Zeiger sowohl in a0 als auch in d0 zurückgeben. Kleine Aggregate über Speicher, nicht Register, zurückgeben. Kleine Aggregate über Register zurückgeben. Kleine Strukturen über Register zurückgeben (SVR4-Standard). Unpassender Rückgabetyp der Funktion %qs bei %L (%s/%s) Rückgabetyp der BIND(C)-Funktion %qs bei %L kann kein Feld sein Rückgabetyp der BIND(C)-Funktion %qs von Zeichentyp bei %L muss die Länge 1 haben Rückgabewert %1$qs der bei %3$L deklarierten Funktion %2$qs nicht gesetzt Rückgabewert der Funktion %qs bei %L nicht gesetzt Funktionswerte über FPU-Register zurückgeben. r30 auf Funktionsbasis wiederverwenden. DIP1000 "Zeiger in Gültigkeitsbereichen" rückgängig machen. Aufruf des Teilbefehls »rewrite«: Schließende Klammer erwartet bei %C in Formatzeichenkette bei %L Rechte obere Schranke des Feldabschnitts angenommener Größe nicht angegeben bei %L Nur die zweite Kompilierung von -fcompare-debug laufen lassen. Vorhersehende vereinheitlichende Optimierung durchlaufen. Ausgewählte Planung nach Neuladen durchführen. Selbsttests durchführen, mit dem angegebenen Pfad, um die Testdateien zu finden. Den Bindezeitoptimierer im lokalen Transformationsmodus (LTRANS) laufen lassen. Den Bindezeitoptimierer im Modus »komplettes Programm« (WPA) laufen lassen. Unbekannte Spezifikationsfunktion »%s« mit %d Argumenten
Laufzeitname. SAVE-Attribut bei %L kann nicht in einer PURE-Prozedur angegeben werden SAVE-Anweisung bei %C folgt umfassender SAVE-Anweisung SCHEDULE-Klausel darf nicht zusammen mit %<inscan%>-REDUCTION-Klausel bei %L verwendet werden chunk_size der SCHEDULE-Klausel bei %L erfordert einen skalaren INTEGER-Ausdruck SELECT-RANK-Anweisung bei %C SELECT TYPE bei %C darf nicht in diesem Gültigkeitsbereich vorkommen SELECTED_REAL_KIND ohne Argument %<P%> oder %<R%> bei %L SEQUENCE-Attribut bei %C bereits in TYPE-Anweisung angegeben SEQUENCE-Anweisung bei %C muss CONTAINS vorausgehen SEQUENCE-Anweisung bei %C muss Strukturkomponenten vorausgehen SH2a unterstützt nicht Little-Endian SHAPE-Argument bei %L für C_F_POINTER muss dieselbe Größe haben wie der RANK des FPTR SHIFT-Argument (%ld) außerhalb des Bereichs -%ld:%ld in intrinsischem ISHFT SIZE-Argument (%ld) außerhalb des Bereichs -%ld:%ld in intrinsischem ISHFTC SHIFT-Argument (%ld) außerhalb des Bereichs 0:%ld in intrinsischem »%s« SIGN= bei %L ist in Fortran 95 nicht erlaubt SINK-Summand bei %L ist keine konstante Ganzzahl SINK bei %C ist nicht als Abhängigkeitsart für diese Direktive erlaubt SIZE-Argument (%ld) außerhalb des Bereichs 1:%ld in intrinsischem ISHFTC SIZE bei %L muss positiv sein SOURCE bei %C ist nicht als Abhängigkeitsart für diese Direktive erlaubt SOURCE-Marke bei %L SOURCE-Marke bei %L steht mit Typspezifikation bei %L in Konflikt SOURCE-Marke bei %L mit mehr als einem reservierbaren Objekt SRAM-ECC-Modi: SSA-Beschädigung SSA-Name %qE mit Version %d hat keine Definition Interner Fehler: SSA name undeclared SSA_NAME created in two different blocks %i and %i SSA_NAME_DEF_STMT is wrong SSA_NAME_OCCURS_IN_ABNORMAL_PHI sollte gesetzt sein SSE-Befehlssatz ausgeschaltet, es wird 387-Arithmetik verwendet SSE-Registerargument mit SSE ausgeschaltet SSE-Registerrückgabe mit SSE ausgeschaltet SSE-Vektorargument ohne eingeschaltetes SSE ändert das ABI SSE-Vektorrückgabe ohne eingeschaltetes SSE ändert das ABI STAT-Angabe bei %L darf keine Konstante sein STAT-Variable »STAT=«-Argument bei %L muss skalare INTEGER-Variable sein STAT=-Argument für %s bei %L Attribut »STAT=« in %C fehlplatziert STATUS bei %L muss eine »INTENT(OUT)«-Variable sein STOP-Code bei %C darf nicht negativ sein STOP-Code bei %C enthält zu viele Ziffern STOP-Code bei %L muss eine skalare CHARACTER-Konstante oder Ziffer[Ziffer[Ziffer[Ziffer[Ziffer]]]] sein STOP-Code bei %L muss eine skalare CHARACTER- oder INTEGER-Konstante sein STOP-Code bei %L muss Standardzeichentyp KIND=%d sein STOP-Code bei %L muss Standardganzzahltyp KIND=%d sein STOP-Code bei %L muss entweder INTEGER- oder CHARACTER-Typ haben STOP-Code bei %L muss Skalar sein SUBMODULE-Deklaration bei %C SUBMODULE-Deklaration bei %C kann nicht innerhalb eines anderen Gültigkeitsbereichs auftreten SUBROUTINE %qs bei %L kann nicht rekursiv aufgerufen werden, da sie nicht RECURSIVE ist der SVE-Typ %qT kann nur an prototypisierte Funktionen übergeben werden der SVE-Typ %qT hat keine definierte Ausrichtung der SVE-Typ %qT hat keine feste Größe SYNC-TEAM-Anweisung bei %C SYNC-Anweisung bei %C Gleiches effektives Argument mit INTENT(%s)-Argument %qs und INTENT(%s)-Argument %qs bei %L verbunden Dasselbe wie %s%s (oder, in negierter Form, %s%s). Dasselbe wie %s%s. Dasselbe wie %s. Das gleiche wie -fassociative-math für Ausdrücke, die Division enthalten. Identisch zu -mA6. Identisch zu -mA7. Das gleiche wie: -mep -mprolog-function. Derselbe Bezeichner %qs ist wiederholt angegeben bei %C Register bei Funktionsaufrufen sichern. TOC für indirekte Aufrufe im Prolog sichern, statt vor jedem Aufruf. Skalares %qs in FORMAT-Marke bei %L ist keine ASSIGNED-Variable Skalarer INTEGER-Ausdruck bei %L erwartet Skalarer PARAMETER in komplexer Konstante bei %C erwartet Skalare Einheit bei %L benötigt Der Bereichsbeginn bei %L erwartet einen skalaren Ganzzahlausdruck Das Bereichsende bei %L erwartet einen skalaren Ganzzahlausdruck Die Schrittweite des Bereichs bei %L erwartet einen skalarer Ganzzahlausdruck Skalares Objekt %qs bei %L kann nicht ALLOCATABLE sein Scalarization using DIMEN_RANGE unimplemented Der Skalierungsfaktor, der auf die Anzahl der Anweisungen in einem Threadingpfad angewendet wird, der eine Schleifenrückkante kreuzt, wenn er mit max-jump-thread-duplication-stmts verglichen wird. Skalierungsfaktor bei Berechnung der größten Entfernung, um die ein Ausdruck durch GCSE-Optimierungen verschoben werden kann. Code für die gegebene CPU planen. Für angegebene CPU planen. Befehle mit selektivem Planungs-Algorithmus einplanen. Anfang und Ende der Prozedur planen. Begrenzung des Suchraums für den Rückwärtssprung-Threader. Zweites Argument von %s ist bei %L negativ Zweites Argument der definierten Zuweisung bei %L muss INTENT(IN) Zweites Argument der Operatorschnittstelle bei %L kann nicht optional sein Zweites Argument der Operatorschnittstelle bei %L muss INTENT(IN) sein Weitere Hinweise finden Sie unter »%s«.
Codemodell auswählen. Auswahl des Anteils an der Höchstfrequenz der Ausführungen des Basisblocks in Funktion, vorausgesetzt, der Basisblock wird ausgerichtet. Großes Speichermodell wählen – 20-Bit-Adressen/-Zeiger. Methode für sdata-Behandlung auswählen. Gültigkeitsbereich der signierten Rückgabeadressen. Kleines Speichermodell wählen – 16-Bit-Adressen/-Zeiger (Voreinstellung). Ziel-ABI-Variante auswählen. Name zum Speichern der Profilingnotizen festlegen. Laufzeitumgebung auswählen. Art der Abdeckungs-Bereinigung auswählen. Auswählen, was bereinigt werden soll. Auswahlausdruck in berechneter GOTO-Anweisung bei %L muss ein skalarer Ganzzahlausdruck sein Selektor bei %L darf nicht NULL() sein Selektor bei %L hat keinen Typ Selektor bei %L darf nicht koindiziert sein Selektor in SELECT TYPE bei %C ist keine benannte Variable; associate-name=> verwendet Selektor muss in SELECT TYPE-Anweisung bei %L polymorph sein Wählt die Art der Ziel-RL78-Kerne aus (g10/g13/g14). Voreinstellung ist der G14. Wenn angegeben, wird auch die verwendete Hardwaremultiplikation ausgewählt. Wählt die zu verwendende Art der Hardware-Multiplikation und -division aus (none/g13/g14). Selbstreferenz im Zeichenlängenausdruck für %qs bei %L Selbstreferenzielles Argument %qs bei %L ist nicht erlaubt Semikolon bei %C muss Anweisung vorausgehen Gleitkommapräzision von 80387 auf 32 Bit setzen. Gleitkommapräzision von 80387 auf 64 Bit setzen. Gleitkommapräzision von 80387 auf 80 Bit setzen. Windows-defines festlegen. Feste Obergrenze für die Größe jedes Stapelrahmens angeben, in Bytes. Sprungkosten festlegen. Standardzugriff von Modulentitäten auf PRIVATE setzen. Prüfung der Abhängigkeitsentfernung in nicht ausgereifter Planung von eingereihten Befehlen festlegen. Nach eingebauten Mathematikfunktionen errno setzen. Zusätzliche Kosten für Speicherzugriff durch den L32R-Befehl festlegen, in Taktzyklen. Ausgabeart des Linkers festlegen (wird intern während der LTO-Optimierung verwendet). Mindestbreite des linken Randes des Quellcodes angeben, für das Ausgeben des Quellcodes. Name des __fentry__-Symbols festlegen, das beim Betreten der Funktion aufgerufen wird. Name der Hauptroutine für den Debugger festlegen. Namen der ALI-Ausgabedatei setzen (interner Schalter). Name des Abschnitts festlegen, der die mrecord-mcount-Aufrufe aufnimmt. Anzahl der reservierten Bytes für die aufgerufene Funktion auf dem Stapel. Anzahl der zu erzeugenden NOPs vor jeder Befehlsfolge festlegen. Register festlegen, das den Wert -1 enthält. sizeof(bool) auf 1 festlegen. Start-Adresse der Daten festlegen. Start-Adresse des Programmes festlegen. Die Flags FTZ und DAZ festlegen. PPC_EMB-Bit im ELF-Flags-Header setzen. Sprungkosten für bedingte Sprungbefehle festlegen. Angemessene Werte sind kleine, nicht-negative Ganzzahlen. Vorgabewert ist 0. Sprungkosten für bedingte Sprungbefehle setzen. Angemessene Werte sind kleine, nicht-negative Ganzzahlen. Standard ist 1. Verzweigungskosten auf ungefähr die angegebene Anzahl an Befehle setzen. Sprungkosten festlegen. Standard-Doppelpräzisionsart auf einen 8 Bytes breiten Typen setzen. Standard-Ganzzahlart auf einen 8 Bytes breiten Typen setzen. Standard-Realzahlart auf einen 10 Bytes breiten Typen setzen. Standard-Realzahlart auf einen 16 Bytes breiten Typen setzen. Standard-Realzahlart auf einen 8 Bytes breiten Typen setzen. Wahrscheinlichkeit in Prozent für das eingebaute »expect«. Vorgabewert ist 90 % Wahrscheinlichkeit. Maximalgröße der für den SDA-Bereich geeigneten Daten festlegen. Maximalgröße der für den TDA-Bereich geeigneten Daten festlegen. Maximalgröße der für den ZDA-Bereich geeigneten Daten setzen. Höchstanzahl der Bytes angeben, die noch im Stapel übrig sind, bevor ein Trap-Befehl ausgelöst wird. Größten Betrag für einzelne Stapelvergrößerungsoperation festlegen. Höchstzahl der parallel ausgeführten Befehle im neuverbundenen Baum festlegen. Bei 0 die zielabhängige Heuristik verwenden. Höchstzahl der Template-Instanziierungshinweise für einzelne Warnung oder Fehler festlegen. Anzahl der 64-KiB-Flash-Segmente festlegen. Das Ausgabeobjekt so festlegen, dass beim Laden dyld alle 2-stufigen Namensraum-Informationen ignoriert, und Symbole in der Entdeckungsreihenfolge für geladene Bibliotheken auflösen. Adressen des Einhängpunkts im Prolog und Epilog auf TPF_TRACE_PROLOGUE_SKIP_TARGET und TPF_TRACE_EPILOGUE_SKIP_TARGET festlegen. Gleichbedeutend mit »-mtpf-trace-hook-prologue-target=TPF_TRACE_PROLOGUE_SKIP_TARGET« und »-mtpf-trace-hook-epilogue-target=TPF_TRACE_EPILOGUE_SKIP_TARGET« Ziel-CPU-Typ angeben. Basisverzeichnis zum Speichern der Profildaten setzen. Vorgabe ist das aktuelle Verzeichnis. Adresse der Verfolgungsprüfung für TPF-Einhängpunkt im Epilog festlegen Adresse der Verfolgungsprüfung für TPF-Einhängpunkt im Prolog festlegen Adresse des Verfolgungssprungs für TPF-Einhängpunkt im Epilog festlegen Adresse des Verfolgungssprungs für TPF-Einhängpunkt im Prolog festlegen Die Version der RISC-V-ISA-Spezifikation festlegen. Legt die Registerbreite für LP_COUNT fest. Mögliche Werte sind 8, 16, 20, 24, 28 und 32. Spezifikation %s wird auf '%s' gesetzt
Formspezifikation für reservierbares Skalar bei %C Formen der Operanden bei %L und %L stimmen nicht überein Die Formen von ORDER bei %L und SHAPE bei %L sind unterschiedlich Schlitze gemeinsam verwenden, um verschiedene harte Register zu sichern. Stapel-Schlitze für übergelaufene Pseudo-Register gemeinsam verwenden. Gemeinsam genutzte DO-Abbruchmarke %d bei %C Beim Binden Adressreferenzen verkürzen. Spaltenzahlen in Diagnose zeigen, wenn verfügbar. Standard: Ein. Beim Anzeigen von Quellcode Marker verwenden, um Bereiche des Quellcodes zu markieren. Beim Anzeigen von Quellcode Zeilennummern im linken Rand anzeigen. Stapeltiefe der Ereignisse in Pfaden anzeigen. Quellzeile mit Einschaltungszeichen anzeigen, um die Spalte zu kennzeichnen. Teile des Prologs und Epilogs separat an den nötigen Stellen erzeugen. Interner Fehler: Simplification error Vereinfachung von SPREAD bei %C ist noch nicht implementiert Größe in Bytes, über der thread-lokale Zusammenfassungen mit Logging-Funktionen statt mit Save/Restore-Paaren instrumentiert werden sollten. Größe des Arguments %qs des intrinsischen %qs bei %L ist zu klein (%i/%i) Größe des Stapelschutzes, als Zweierpotenz von Bytes ausgedrückt. Größe der Kacheln für Schleifenblockierung. Größenoptimierungsstufe: 0:keine 1:vorteilhaft 2:regalloc 3:drop align, -Os. Die Größen von ORDER bei %L und SHAPE bei %L sind unterschiedlich Beim Übergeben von variablen Argumenten das Einrichten des RAX-Registers überspringen. Bereich für kleine Daten: none, sdata, use. Weiche Grenzen für Anzahl der Speicherzugriffsbefehle pro Befehlsgruppe. Späteren Speicherbefehlen, die versuchen, in gleicher Befehlsgruppe zu planen, wird niedrigere Priorität gegeben. Oft hilfreich, um Konflikte von Cachebänken zu vermeiden. Standard: 1. Entschuldigung, !$ACC DECLARE bei %L ist in einem BLOCK-Konstrukt nicht erlaubt Sorry, allozierbare/Zeiger-Komponenten in polymorphen (CLASS-)getypten Koarrays bei %L werden nicht unterstützt Sorry, der koindizierte Zugriff bei %L auf eine unbegrenzt polymorphe Komponente wird nicht unterstützt Sorry, der koindizierte Zugriff bei %L auf ein unbegrenzt polymorphes Objekt wird nicht unterstützt Entschuldigung; für Image-Set bei %2$L ist nur Unterstützung für Ganzzahl-Art %1$d implementiert Sorry, polymorphe Felder werden für firstprivate noch nicht unterstützt Sorry, die Event-Komponente des abgeleiteten Typs bei %L wird noch nicht unterstützt Sorry, die Lockkomponente des abgeleiteten Typs bei %L wird noch nicht unterstützt Die Symbole der Größe nach sortieren. Die Symbole alphabetisch sortieren. Quell-Ausdruck bei %L und ALLOCATE-Objekt bei %L müssen dieselbe Form haben Quell-Ausdruck bei %L muss skalar sein oder den selben Rang wie das ALLOCATE-Objekt bei %L haben Spezifikationsfunktion %qs bei %L kann nicht RECURSIVE sein Spezifikationsfunktion %qs bei %L kann keine Anweisungsfunktion sein Spezifikationsfunktion %qs bei %L kann keine interne Funktion sein Spezifikationsfunktion %qs bei %L muss PURE sein Bit-Breite des unmittelbaren TLS-Versatzes angeben. Gültige Werte sind 12, 24, 32, 48. Gibt die Anzahl der Register an, die bei Eintritt und Austritt eines schnellen Interrupts in der zweiten Registerbank gesichert werden. Anzahl der für Interrupthandler zu reservierenden Register. Gibt die Register an, die beim Eintritt und Austritt eines Interrupts gesichert werden. Angabe, ob Interruptfunktionen das Akkumulator-Register sichern und wiederherstellen sollen. CPU für Codeerzeugungszwecke angeben. CPU für Planzwecke angeben. CPU für Planungszwecke angeben. Gültige Argumente sind 700, 7100, 7100LC, 7200, 7300, und 8000. TLS-Dialekt angeben. UNIX-Standard für Predefines und Bindung angeben. Gibt die Datei an, welche die Liste der von LTRANS ausgegebenen Dateien geschrieben wird. FPU-Konfigurationswert von 0 bis 7 angeben; 0 bis 3 sind wie in der FPU-Spezifikation beschrieben, 4 bis 7 entsprechen 0 bis 3. Zu ladendes Plugin angeben. Ausrichtung der Strukturfelder als Standard/natürlich angeben. ABI angeben. Bit-Breite des unmittelbaren TLS-Versatzes angeben. Funktion zum Entleeren des Cache angeben. Abfangfunktionsnummer zum Entleeren des Cache angeben. Konfiguration für den mul-Befehl angeben: fast1, fast2 oder slow. Vorgabe ist fast1. Standard-OpenACC-Berechnungsdimensionen angeben. Anzahl der Lese-/Schreibports für n9-/n10-Kerne angeben. Der Wert sollte 3r2w oder 2r1w sein. Angeben, wie auf den Threadzeiger zugegriffen wird. Angeben, wie jeder Kontrollflusspfad, der mit einer Diagnose verbunden ist, ausgegeben werden soll. Angeben, ob Gleitkommahardware verwendet werden sollte. Aufrufkonventionen für Ganzzahl und Gleitkomma angeben. Hauptobjekt für TPF-OS angeben. Maximale Fehlerwiedergabetiefe während der rekursiven Diagnose eines Fehlschlags der Constraint-Erfüllung an. Expansionsstrategie für memcpy bei bekannter erwarteter Größe angeben. Expansionsstrategie für memset bei bekannter erwarteter Größe angeben. Namen für die Funktion zur vorzeichenbehafteten 32-Bit-Division angeben. Bereich der zu fixierenden Register angeben. Planungspriorität für Verteilschlitz-beschränkte Befehle angeben. Größe des .local-Speichers angeben, der für den Stack verwendet wird, wenn die genaue Größe unbekannt ist. Angeben, dass eine externe BLAS-Bibliothek für matmul-Aufrufe mit großen Feldern verwendet werden sollte. Angeben, dass Backslashes in Zeichenketten ein Fluchtzeichen einleiten. Angeben, dass keine implizite Typisierung erlaubt ist, außer es wird durch explizite IMPLICIT-Anweisungen überschrieben. Angeben, dass der Compiler auf sicheren Code gemäß ARMv8-M-Security-Extensions abzielen soll. ISA angeben, für die gebaut wird: msp430, msp430x, msp430xv2. MCU angeben, für die gebaut wird. Die zu verwendende PTX-ISA-Ziel-Architektur angeben. Die Version der PTX-ISA angeben, die verwendet wird. Gleitkommaformat __fp16 angeben. Strategie zur Adresserzeugung für das Codemodell von ICT-Aufrufen angeben. Strategie zur Adresserzeugung für das Codemodell angeben. Algorithmus, mit dem Symbole und Variablen zur Linkzeit partitioniert werden. Das Codemodell für den Zugriff auf Speicheradressen angeben. Die Angabe von »large« ermöglicht die Erzeugung von Binärdateien mit großen globalen Offset-Tabellen. Der Vorgabewert ist »small«. Codemodell angeben. Verwendungsrichtlinie für kompakte Verzweigungen angeben. CPU für Pipeline-Modell angeben. Für das Programm zu verwendende Speichermodell angeben. Minimale Bitausrichtung von Strukturen angeben. (Veraltet) Das Modell für atomare Operationen angeben. Namen der Ziel-CPU angeben. Namen der Ziel-GPU angeben. Namen der Ziel-Architektur angeben. Name der Gleitkommakonfiguration des Ziels angeben. Namen der Gleitkommahardware/-format des Zielsystems angeben. Für PIC-Adressierung zu verwendendes Register angeben. Für das Programm zu verwendende Sicherheitsstufe von c-isr für die ganze Datei angeben. Die Größe jedes Cache-Blocks (muss eine Zweierpotenz zwischen 4 und 512 sein). Die Größe jedes Interrupt-Vektors (muss 4 oder 16 sein). Die Ziel-CPU auswählen. Typ der Ziel-RX-CPU auswählen. Ziel-Architektur angeben. Gleitkommahardware/-format des Zielsystems angeben. Ziel-Prozessor angeben. Art der Hardware-Multiplikation angeben. Schema für thread-lokalen Speicher angeben. Registernummer für Threadzeiger angeben. Software-Gleitkomma-ABI verwenden, gleichbedeutend mit -mabi=2. Software-Gleitkomma-ABI verwenden, gleichbedeutend mit -mabi=2fp+. Angeben, wo die kompilierten intrinsischen Module zu finden sind. Speicherbereiche, in den Funktionen abgelegt werden: lower (untere Bereiche), upper (obere), either (beide, platzsparend durchmischt); Vorgabe: lower. Speicherbereiche, in den Variablen abgelegt werden: lower (untere Bereiche), upper (obere), either (beide, platzsparend durchmischt); Vorgabe: lower. Zu verwendendes ABI für Code der Objective-C-Familie und Metadaten angeben. ABI-Art, für die der Code generiert wird: 2, 2fp+. Angeben, welches Schema zum Einfügen von NOPs nach der Planung angewendet werden soll. VOLATILE für Coarray-Variable %qs bei %C angegeben, die use-/host-assoziiert ist Nicht ausgerichtetes 32-Byte AVX-Laden auftrennen. Nicht ausgerichtetes 32-Byte AVX-Speichern auftrennen. Lebensdauer von Induktionsvariablen aufteilen, wenn Schleifen abgerollt werden. Pfade aufteilen, die zu Schleifen-Rückkanten führen. Nicht ausgerichtete 8-Byte-Vektor-Bewegungen vor Nach-Bewegungs-Adresserzeugung aufteilen. Breite Typen bereits früher in unabhängige Register aufteilen. Breite Typen in unabhängige Register aufteilen. Stapelrahmen größer als 2G wird für %<-fsplit-stack%> nicht unterstützt Stapel-Neuausrichtung mit %<__builtin_eh_return%> wird nicht unterstützt Anfangs-Ausdruck in DO-Schleife Stat-Variable bei %L muss skalare INTEGER-Variable sein Stat-Variable bei %L darf nicht %s innerhalb der gleichen %s-Anweisung sein Anweisung bei %L ist keine gültige Sprungzielanweisung für Sprungziel bei %L Anweisungsfunktion %qs bei %L steht in Konflikt mit Funktionsname Anweisungsfunktion %qs bei %L ist nicht als effektives Argument erlaubt Anweisungsfunktion %qs bei %L darf weder POINTER- oder ALLOCATABLE-Attribut haben Anweisungsfunktion %qs ist in Zuweisung des Prozedurzeigers bei %L ungültig Anweisungsfunktion %qs erfordert Argumentliste bei %C Anweisungsfunktion bei %C Anweisungsfunktion bei %L darf nicht innerhalb von INTERFACE auftreten Anweisungsfunktion bei %L ist rekursiv Anweisungsmarke bei %C ist Null Anweisungsmarke in END CRITICAL bei %C passt nicht zur CRITICAL-Marke Anweisungsmarke in ENDDO bei %C passt nicht zum DO-Label Anweisungsmarkenliste in GOTO bei %C kann nicht leer sein Anweisungsmarke in leerer Anweisung bei %L GCC Quad-Precision Math Library (libquadmath) statisch binden. GNU Fortran Hilfsbibliothek (libgfortran) statisch binden. Schrittausdruck in DO-Schleife Schrittausdruck in DO-Schleife bei %L kann nicht Null sein Untersuchen eines Ausführungspfades bei bestimmten Meldungen stoppen. Vorwärtswachstum anhalten, wenn die Wahrscheinlichkeit der besten Kante weniger als dieser Schwellwert ist. Verwendet, wenn Profil-Rückmeldung verfügbar ist. Vorwärtswachstum anhalten, wenn die Wahrscheinlichkeit der besten Kante weniger als dieser Schwellwert ist. Verwendet, wenn Profil-Rückmeldung nicht verfügbar ist. Umgekehrtes Wachstum anhalten, wenn die umgekehrte Wahrscheinlichkeit der besten Kante weniger als dieser Schwellwert ist (in Prozent). Alle Argumentregister auf dem Stapelspeicher sichern. Doubles in 64 Bits speichern. Funktionsnamen im Objektcode speichern. Doubles in 32 Bits speichern. Dies ist Standard. Sichert die MDUC-Register in Interrupt-Handlern für die G13-Zielarchitektur. Zusätzliche Daten verarbeiten, um in LTO-lokalem Umwandlungsmodus aggressiver zu devirtualisieren. Bei %L darf kein Schritt vorhanden sein Schrittweite sollte für Feldabschnitt in %s-Klausel bei %L nicht angegeben werden Schrittweiten in Coarray-Index bei %C nicht erlaubt Zeichenkettenlänge bei %L ist zu groß Strukturkomponente %qs bei %L kann kein EQUIVALENCE-Objekt sein Strukturkonstruktor mit fehlenden optionalen Argumenten bei %C Strukturkonstruktor mit benannten Argumenten bei %C Strukturname %qs bei %C kann nicht der gleiche wie ein intrinsischer Typ sein Strukturname nach RECORD bei %C erwartet Strukturname erwartet in unverschachtelter Strukturdeklaration bei %C Unterprogramm %qs bei %L ist INTRINSIC, aber nicht mit intrinsischer Funktion verträglich Unterprogrammaufruf von %qs bei %L ist nicht PURE Unterprogrammaufruf von %qs in »DO CONCURRENT«-Block bei %L ist nicht PURE Unterprogrammaufruf von %qs in FORALL-Block bei %L ist nicht PURE Unterprogrammaufruf des intrinsischen %qs bei %L ist nicht PURE Unterprogrammaufruf von intrinsischem %qs in »DO CONCURRENT«-Block bei %L ist nicht PURE Unterprogrammaufruf mit alternativen Rückgaben in INITIALIZER-Klausel von !$OMP DECLARE REDUCTION bei %L Unterprogrammaufruf mit alternativen Rückgaben in Kombinierer von !$OMP DECLARE REDUCTION bei %L Teilzeichenkette bei %L hat Länge Null End-Index %ld der Teilzeichenkette bei %L überschreitet Zeichenkettenlänge End-Index der Teilzeichenkette bei %L überschreitet Zeichenkettenlänge End-Index der Teilzeichenkette bei %L ist zu groß End-Index der Teilzeichenkette bei %L muss INTEGER-Typ haben End-Index der Teilzeichenkette bei %L muss skalar sein Anfangs-Index der Teilzeichenkette %ld bei %L muss kleiner als 1 sein Anfangs-Index der Teilzeichenkette bei %L ist kleiner als Eins Anfangs-Index der Teilzeichenkette bei %L muss INTEGER-Typ haben Anfangs-Index der Teilzeichenkette bei %L muss skalar sein Start- und Endposition der Teilzeichenkette der Zielspezifikation bei %L müssen konstante Ausdrücke sein Vorschlagen, dass das Schlüsselwort »override« für Deklarationen von virtuellen Funktionen verwendet wird, die andere Funktionen übersteuern. Die Summe aus Feldrang %d und Korang %d bei %C übersteigt die Höchstanzahl %d an Dimensionen Summe des zweiten und dritten Arguments von IBITS überschreitet Bit-Größe bei %L Die Liste der zu bindenden Objekte aus einer Datei liefern, statt aus der Befehlszeile. Eingebaute 3DNow!-Funktionen unterstützen. Eingebaute AES-Funktionen und Codeerzeugung unterstützen. Eingebaute Funktionen und Codeerzeugung für AMX-BF16 unterstützen. Eingebaute Funktionen und Codeerzeugung für AMX-COMPLEX unterstützen. Eingebaute Funktionen und Codeerzeugung für AMX-FP16 unterstützen. Eingebaute Funktionen und Codeerzeugung für AMX-INT8 unterstützen. Eingebaute Funktionen und Codeerzeugung für AMX-TILE unterstützen. Eingebaute Funktionen und Codeerzeugung für AVX512VNNI unterstützen. Eingebaute Funktionen und Codeerzeugung für AVX512VP2INTERSECT unterstützen. Eingebaute Athlon-3Dnow!-Funktionen unterstützen. Eingebaute Funktionen und Codeerzeugung für BMI unterstützen. Eingebaute Funktionen und Codeerzeugung für BMI2 unterstützen. C++17-Allozierung von überausgerichteten Typen unterstützen. Eingebaute Funktionen und Codeerzeugung für CLDEMOTE unterstützen. CLFLUSHOPT-Befehle unterstützen. CLWB-Befehl unterstützen. Eingebaute CLZERO-Funktionen und Codeerzeugung unterstützen. Eingebaute Funktionen und Codeerzeugung für ENQCMD unterstützen. Eingebaute F16C-Funktionen und Codeerzeugung unterstützen. Eingebaute Funktionen und Codeerzeugung für FMA4 unterstützen. Eingebaute FSGSBASE-Funktionen und Codeerzeugung unterstützen. FXSAVE- und FXRSTOR-Befehle unterstützen. Eingebaute Funktionen und Codeerzeugung für GFNI unterstützen. Eingebaute Funktionen und Codeerzeugung für HRESET unterstützen. Präfixe für Hardware-Lock-Auslassung unterstützen. Eingebaute Funktionen und Codeerzeugung für KL unterstützen. Eingebaute Funktionen und Codeerzeugung für LWP unterstützen. Eingebaute Funktion und Codeerzeugung für LZCNT unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX und SSE unterstützen. Eingebaute MMX-Funktionen unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE und SSE2 unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2 und SSE3 unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3 und SSE4A unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3 und SSSE3 unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3 und SSE4.1 unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1 und SSE4.2 unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2 und AVX unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX und AVX2 unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX und FMA unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX512BW unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX512CD unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX512DQ unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX512ER unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX512IFMA unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX512PF unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX512VBMI unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX512VL unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 und AVX512F unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 und AVXVNNIINT8 unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX512-FP16 unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX5124FMAPS unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX5124VNNIW unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX512BF16 unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX512BITALG unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX512VBMI2 unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2, AVX512F und AVX512VPOPCNTDQ unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 und AVXIFMA unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 und AVXNECONVERT unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 und AVXVNNI unterstützen. Eingebaute Funktionen und Codeerzeugung für MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AVX, AVX2 und CMPCCXADD unterstützen. Eingebaute Funktionen und Codeerzeugung für MOVDIR64B unterstützen. Eingebaute Funktionen und Codeerzeugung für MOVDIRI unterstützen. Eingebaute MWAIT- und MONITOR-Funktionen und Codeerzeugung unterstützen. Eingebaute MWAITX- und MONITORX-Funktionen und Codeerzeugung unterstützen. Eingebaute PCLMUL-Funktionen und Codeerzeugung unterstützen. Eingebaute Funktionen und Codeerzeugung für PCONFIG unterstützen. Eingebaute PKU-Funktionen und Codeerzeugung unterstützen. Eingebaute PREFETCHI-Funktionen und Codeerzeugung unterstützen. PREFETCHW-Befehl unterstützen. Eingebaute PREFETCHWT1-Funktionen und Codeerzeugung unterstützen. Eingebaute PTWRITE-Funktionen und Codeerzeugung unterstützen. Eingebaute Funktionen und Codeerzeugung für RAOINT unterstützen. Eingebaute Funktionen und Codeerzeugung für RDPID unterstützen. Eingebaute RDRND-Funktionen und Codeerzeugung unterstützen. RDSEED-Befehl unterstützen. Eingebaute RTM-Funktionen und Codeerzeugung unterstützen. Eingebaute Funktionen und Codegenerierung für SERIALIZE unterstützen. Eingebaute Funktionen und Codeerzeugung für SGX unterstützen. Eingebaute SHA1- und SHA256-Funktionen und Codeerzeugung unterstützen. Eingebaute TBM-Funktionen und Codeerzeugung unterstützen. TLS-Segment größer als 64K unterstützen. Eingebaute Funktionen und Codeerzeugung für TSXLDTRK unterstützen. Eingebaute Funktionen und Codeerzeugung für UINTR unterstützen. Eingebaute Funktionen und Codeerzeugung für VAES unterstützen. Eingebaute Funktionen und Codeerzeugung für VPCLMULQDQ unterstützen. Eingebaute Funktionen und Codeerzeugung für WAITPKG unterstützen. Eingebaute Funktionen und Codeerzeugung für WBNOINVD unterstützen. Eingebaute Funktionen und Codeerzeugung für WIDEKL unterstützen. Eingebaute Funktionen und Codeerzeugung für XOP unterstützen. XSAVE- und XRSTOR-Befehle unterstützen. XSAVEC-Befehle unterstützen. XSAVEOPT-Befehl unterstützen. XSAVES- und XRSTORS-Befehle unterstützen. Ausrichtungen von bis zu 64 Bits unterstützen. Aufrufe zwischen Thumb- und ARM-Befehlssätzen unterstützen. Codeerzeugung von Advanced-Bit-Manipulation-Befehle (ABM) unterstützen. Codeerzeugung von cmpxchg16b-Befehlen unterstützen. Codeerzeugung von crc32-Befehlen unterstützen. Codeerzeugung von movbe-Befehlen unterstützen. Codeerzeugung von popcnt-Befehlen unterstützen. Codeerzeugung von sahf-Befehlen in 64-Bit x86-64-Code unterstützen. Dynamische Initialisierung thread-lokaler Variablen in anderer Übersetzungseinheit unterstützen. Flag-erhaltende Add-Carry-Befehle unterstützen. Unterstützung für das A-Argument bei %L, das ein polymorphes A-Argument ist oder allozierbare Komponenten hat, ist noch nicht implementiert Unterstützung für das A-Argument bei %L mit allozierbaren Komponenten ist noch nicht implementiert Altes Multi-Threading unterstützen. Message-Passing mit der Parallel Environment unterstützen. Mehr als 8192 GOT-Einträge auf ColdFire unterstützen. Multi-Threading unterstützen. Synchrone Nicht-Aufruf-Ausnahmen unterstützen. Unterstützte Rückgabeadress-Signierbereiche für AArch64 (für die Option »-msign-return-address=«): Unterstützte ABIs (für Verwendung mit Option »-mabi=«): Unterstützte ISA-Spezifikationen (für Verwendung mit Option »-misa-spec=«): Unterstützte LTO-Kompressionsalgorithmen: zlib Ausgabe von Adressen in Fehlersuch-Auszügen unterdrücken. Ausgabe von Befehlszahlen, Zeilennummernangaben und Adressen in Fehlersuch-Auszügen unterdrücken. Ausgabe der vorigen und nächsten Befehlsnummern in Fehlersuch-Auszügen unterdrücken. Warnungen unterdrücken. ARM/Thumb-Modus pro Funktion abwechselnd an- und ausschalten, um den Compiler zu testen. MIPS16 ASE bei abwechselnden Funktionen für Compilertest ein-/ausschalten. Die Option »-mstack-guard« ausschalten. Die Option »-mstack-size« ausschalten. Symbol %qs bereits deklariert Symbol %qs bei %C bereits deklariert Symbol %qs bei %C ist bereits bei %L als ein Typ deklariert Symbol %qs bei %C wurde bereits mit Host verbunden Symbol %qs bei %C hat keinen IMPLICIT-Typ Symbol %qs bei %C wurde vorher noch nicht definiert Symbol %qs bei %C ist USE-verbunden von Modul %qs und kann daher nicht in COMMON vorkommen Symbol %qs bei %C ist bereits in einem COMMON-Block Symbol %qs bei %C ist mehrdeutig Symbol %qs bei %C muss ein NAMELIST-Gruppenname sein Symbol %qs bei %L hat bereits eine explizite Schnittstelle Symbol %qs bei %L hat bereits grundlegenden Typen %s Symbol %qs bei %L kann keinen Typen haben Symbol %qs bei %L steht mit Symbol aus Modul %qs in Konflikt, verbunden durch Verwendung bei %L Symbol %qs bei %L steht mit Umbenennungs-Symbol bei %L in Konflikt Symbol %qs bei %L steht mit Symbol bei %L in Konflikt Symbol %qs bei %L hat keinen IMPLICIT-Typ Symbol %qs bei %L hat keinen IMPLICIT-Typ; meinen Sie %qs? Symbol %qs bei %L hat das Attribut WEAK, ist aber ein Scheinargument Symbol %qs bei %L hat das Attribut WEAK, ist aber eine lokale Variable Symbol %qs bei %L ist mehrdeutig Symbol %qs bei %L ist als PRIVATE markiert, aber wurde mit Bindung %qs markiert Das Symbol %qs hat gemischte Komponenten- und Nicht-Komponenten-Zugriffe bei %L Symbol %qs in COMMON bei %C kann kein POINTER-Feld sein Symbol %qs in COMMON bei %C kann kein Kofeld sein Symbol %qs in Namensliste %qs bei %C muss deklariert sein, bevor die Namensliste deklariert wird. Symbol %qs in Namensliste %qs ist INTENT(IN) bei %C Symbol %qs wird bei %L verwendet, bevor es typisiert wird Symbol %qs muss ein PARAMETER in DATA-Anweisung bei %C sein Symbol %qs tritt bei %L sowohl in der FROM- als auch in der TO-Klausel auf Symbol %qs tritt bei %L sowohl in der DATA- als auch in der MAP-Klausel auf Symbol %qs bei %L in mehreren Klauseln vorhanden Bei %2$L referenziertes Symbol %1$qs nicht im Modul ISO_C_BINDING gefunden Bei %2$L referenziertes Symbol %1$qs nicht im intrinsischen Modul ISO_FORTRAN_ENV gefunden Bei %2$L referenziertes Symbol %1$qs nicht im Modul %3$qs gefunden Symbol %qs in COMMON-Block %qs bei %C wird indirekt verglichen mit anderem COMMON-Block %qs Symbol bei %C passt nicht zu einem Ausdruck Symbol bei %L ist keine Scheinvariable Synonym für »-export-dynamic« für Linker-Versionen, die dies unterstützen. Synonym für »image_base«. Synonym für -Wcomment. Synonym für -gnatk8. Syntaxfehler in »!$ACC DECLARE«-Liste bei %C Syntaxfehler in »!$ACC ROUTINE ( NAME )« bei %C Syntaxfehler in !$ACC ROUTINE ( NAME ) bei %C, hinter NAME wird %<)%> erwartet Syntaxfehler in »!$OMP DECLARE TARGET«-Liste bei %C Syntaxfehler in !$OMP THREADPRIVATE Liste bei %C Syntaxfehler in !GCC$ ATTRIBUTES-Anweisung bei %C Syntaxfehler in !GCC$-IVDEP-Direktive bei %C Syntaxfehler in !GCC$-NOVECTOR-Direktive bei %C Syntaxfehler in !GCC$-UNROLL-Direktive bei %C Syntaxfehler in !GCC$-VECTOR-Direktive bei %C Syntaxfehler in Anweisung %s bei %C Syntaxfehler in ABSTRACT INTERFACE-Anweisung bei %C Syntaxfehler in ASYNCHRONOUS-Anweisung bei %C Syntaxfehler in AUTOMATIC-Anweisung bei %C Syntaxfehler in CASE-Spezifikation bei %C Syntaxfehler in CHARACTER-Deklaration bei %C Syntaxfehler in CLASS IS-Spezifikation bei %C Syntaxfehler in COMPLEX-Konstante bei %C Syntaxfehler in ELSE-IF-Anweisung nach %L Syntaxfehler in ENUMERATOR-Definition bei %C Syntaxfehler in EQUIVALENCE-Anweisung bei %L Syntaxfehler in FORALL-Iterator bei %C Syntaxfehler in E/A-Iterator bei %C Syntaxfehler in IF-Klausel nach %C Syntaxfehler in IF-Ausdruck bei %C Syntaxfehler in IMPORT-Anweisung bei %C Syntaxfehler in NAME=-Spezifikation für Bindungsmarke bei %C Syntaxfehler in OpenACC-Ausdrucksliste bei %C Syntaxfehler in OpenMP-»SINK«-Abhängigkeitstypliste bei %C Syntaxfehler in OpenMP-detach-Klausel bei %C Syntaxfehler in OpenMP-Variablenliste bei %C Syntaxfehler in PROCEDURE-Anweisung bei %C Syntaxfehler in PROTECTED-Anweisung bei %C Syntaxfehler in RANK-Spezifikation bei %C Syntaxfehler in SAVE-Anweisung bei %C Syntaxfehler in STATIC-Anweisung bei %C Syntaxfehler in SUBMODULE-Anweisung bei %C Syntaxfehler in SUBSTRING-Spezifikation bei %C Syntaxfehler in TYPE IS-Spezifikation bei %C Syntaxfehler in VALUE-Anweisung bei %C Syntaxfehler in VOLATILE-Anweisung bei %C Syntaxfehler in anonymer Struktur-Deklaration bei %C Syntaxfehler in Argumentliste bei %C Syntaxfehler in Feldkonstruktor bei %C Syntaxfehler in Zeichenlängenangabe bei %C Syntaxfehler im allgemeinen Blocknamen bei %C Syntaxfehler in Daten-Deklaration bei %C Syntaxfehler in Ausdruck bei %C Syntaxfehler in allgemeiner Spezifikation bei %C Syntaxfehler in Iterator bei %C Syntaxfehler in geschachtelter Struktur-Deklaration bei %C Syntaxfehler in Initialisierung im alten Stil von %s bei %C Syntaxfehler in Initialisierungsliste im alten Stil bei %C Syntaxfehler in Prozedurzeiger-Komponente bei %C Syntaxfehler: Nachfolgender Überschuss in END INTERFACE-Anweisung bei %C Syntaxfehler: Nachfolgender Überschuss in INTERFACE-Anweisung bei %C TARGET DATA muss mindestens eine der Klauseln MAP, USE_DEVICE_PTR, or USE_DEVICE_ADDR enthalten, bei %L TARGET ENTER DATA mit Zuordnungstyp außer TO, TOFROM oder ALLOC an MAP-Klausel bei %L TARGET EXIT DATA mit Zuordnungstyp außer FROM, TOFROM, RELEASE oder DELETE an MAP-Klausel bei %L TARGET%s mit Zuordnungstyp außer TO, FROM, TOFROM oder ALLOC an MAP-Klausel bei %L »TEAM NUMBER«-Argument für FORM TEAM bei %L muss skalares INTEGER sein TEAM-Argument bei %L für die intrinsische TEAM_NUMBER muss vom Typ TEAM_TYPE sein TEAM-Argument für %qs bei %L muss ein skalarer Ausdruck vom Typ TEAM_TYPE sein Attribut »TEAM=« in %C fehlplatziert THREADPRIVATE-Objekt %qs in %s-Klausel bei %L THREADPRIVATE-Objekt %qs in SHARED-Klausel bei %L TILE bei %L erfordert konstanten Ausdruck Zu verwendende TLS-Dialekte: TLS ist für GCN nicht implementiert. TODO TODO: Vector sections in data statements TODO: als typgebunden definierte Zuweisung(en) bei %L nicht durchgeführt, da Feldreferenzen mit mehreren Teilen in Ausdrücken als Zwischenergebnisse auftreten würden. TOPOS-Argument (%ld) außerhalb des Bereichs 0:%d in intrinsischem MVBITS TOPOS(%ld)+LEN(%ld)>BIT_SIZE(%d) in intrinsischem MVBITS TYPE IS bei %L überlappt sich mit TYPE IS bei %L TYPE mit intrinsischer Typspezifikation bei %C Linker-Lockerungen ausnutzen, um die Anzahl der Befehle zu reduzieren, die für das Materialisieren von Symboladressen verwendet werden. %s von %d Zweigen mindestens einmal genommen
Akzeptiert zwei durch Komma getrennte nichtnegative ganze Zahlen. Die erste Zahl gibt an, wie viele Zwei-Byte-NOP-Befehle vor der Funktionssprungmarke eingefügt werden. Die zweite Zahl gibt an, wie viele Halbwörter nach der Funktionssprungmarke mit NOP-Befehlen aufgefüllt werden. Es werden immer die größtmöglichen NOP-Befehle (6, 4 oder 2 Bytes) verwendet. Die Angabe von »0,0« schaltet das Hotpatching aus. DFLOAT-Code mit doppelter Genauigkeit generieren. Zum Absenken einer Anweisung nötige relative Ausführungsfrequenz des Ziel-Blocks (in Prozent). Zielausdruck in Zeigerzuweisung bei %L muss ein Zeigerergebnis liefern Ziel hat separates I&D. Ziel für neue Rangabbildung ist zu klein (%ld < %ld) Auf AM33-Prozessor abzielen. Auf AM33/2.0-Prozessor abzielen. Auf AM34-Prozessor abzielen. Code für die FT32B-Architektur erzeugen. Auf den Software-Simulator abzielen. Ziel: %s
DCE mitteilen, dass ungenutzte C++-Allokationen entfernt werden. DSE mitteilen, dass der Speicher für ein C++-Objekt tot ist, wenn der Konstruktor anfängt und wenn der Destruktor aufhört. Die Option %<-mfloat128%> wird möglicherweise nicht vollständig unterstützt Die %1$s-Direktive bei %3$L darf nicht innerhalb einer %2$s-Region angegeben werden Argument A bei %L hat Typ »%s«, aber die Funktion, die bei %L als OPERATION übergeben wurde, gibt »%s« zurück Das A-Argument bei %L von CO_REDUCE darf nicht polymorph sein Argument A bei %L des intrinsischen %s darf keinen Koindex haben Das AUTOMATIC-Objekt %qs bei %L darf kein SAVE-Attribut haben und dard auch keine Variable im main-Programm, einem Modul oder einem Teilmodus sein (F08/C513) Die CHARACTER-Elemente des Feldkonstruktors bei %L müssen dieselbe Länge haben (%ld/%ld) Der DEFAULT CASE bei %L kann nicht von zweitem DEFAULT CASE bei %L gefolgt werden Das DISTANCE-Argument darf in intrinsischer Routine bei %L nicht zusammen mit COARRAY- oder DIM-Argument angegeben werden Das FORALL mit Index %qs wird nicht auf der linken Seite der Zuweisung bei %L verwendet und könnte somit mehrere Zuweisungen an dieses Objekt auslösen Die FROM- und TO-Argumente bei %L verletzen die Aliasing-Beschränkungen (F2003 12.4.1.7) Die FROM- und TO-Argumente des intrinsischen MOVE_ALLOC bei %L müssen den selben Ko-Rang %d/%d haben Die FROM- und TO-Argumente des intrinsischen MOVE_ALLOC bei %L müssen den selben Rang %d/%d haben Das FROM-Argument für MOVE_ALLOC bei %L darf keinen Koindex haben Das Formatspezifikationssymbol H bei %L ist eine in Fortran 95 entfernte Besonderheit Hollerith-Konstante bei %L wird bei der Umwandlung in %qs abgeschnitten Das INTENT(OUT)-Scheinargument %qs bei %L hat ASSUMED SIZE und kann damit keine Standardinitialisierung haben Der KIND-Parameter %qs bei %C darf weder ASSUMED noch DEFERRED sein Der KIND-Parameter %qs im PDT-Konstruktor bei %C hat keinen Wert Die KIND part_ref bei %C kann nur auf einen Ausdruck von intrinsischem Typ angewendet werden Die LEN part_ref bei %C kann nur auf einen CHARACTER-Ausdruck angewendet werden Das NULL im Strukturkonstruktor bei %L wird auf Komponente %qs angewandt, die aber weder ein POINTER noch ein ALLOCATABLE ist Die RE oder IM part_ref bei %C kann nur auf einen COMPLEX-Ausdruck angewendet werden Der SELECT-RANK-CASE-Ausdruck bei %C muss eine skalare, ganzzahlige Konstante sein Der SELECT-RANK-Selektor bei %C muss eine angenommene Rangvariable sein Das SHAPE-Feld für das intrinsische RESHAPE bei %L hat den negativen Wert %d für die Dimension %d Der STATUS, der in der OPEN-Anweisung bei %L angegeben ist, kann nicht den Wert SCRATCH haben, wenn ein FILE angegeben ist Der STATUS, der in der OPEN-Anweisung bei %L angegeben ist, ist %qs, es gibt jedoch keine dazu passende FILE-Angabe Das TO-Argument für MOVE_ALLOC bei %L darf keinen Koindex haben Die TO-Argumente in MOVE_ALLOC bei %L müssen polymorph sein, wenn FROM polymorph ist Der absolute Wert von SHIFT bei %L muss kleiner oder gleich BIT_SIZE(%qs) sein Der absolute Wert von SHIFT bei %L muss kleiner oder gleich SIZE bei %L sein Das reservierbare Objekt %qs bei %L muss eine explizite Funktionsschnittstelle haben oder als Feld deklariert sein Das ALLOCATE-Objekt bei %L und der Quellausdruck bei %L müssen Typparameter der gleichen Art haben Die Argumentlistenfunktionen %%VAL, %%LOC oder %%REF bei %L sind in diesem Kontext nicht erlaubt Argument des intrinsischen RANK bei %L muss ein Datenobjekt sein Die Zuweisung zu einer KIND- oder LEN-Komponente eines parametrisierten Typs bei %L ist nicht erlaubt Das Feld %qs bei %L mit vermutetem Rang darf keine Kodimension haben Das Feld vermuteten Ranges bei %C darf keine Kodimension haben Feld mit vermutetem Rang bei %L erfordert Scheinargument %qs mit vermutetem Rang Der Basisname bei %L passt nicht zum Namen der aktuellen Prozedur Der Basisname bei %L darf kein generischer Name sein Der Basisname bei %L darf kein Prozedurzeiger sein Der Basisname bei %L darf kein Eintragsname sein Der Basisname für »declare variant« bei %L muss angegeben werden Die Basisprozedur bei %L muss eine explizite Schnittstelle haben Der Fehler ist nicht reproduzierbar, daher handelt es sich wahrscheinlich um ein Problem mit der Hardware oder dem Betriebssystem.
Zeichenkonstante bei %L wird bei der Umwandlung in %s abgeschnitten Die Zeichenlänge des A-Arguments bei %L und die der Argumente für die OPERATION bei %L muss dieselbe sein Die Zeichenlänge des A-Arguments bei %L und die des Funktionsergebnisses der OPERATION bei %L muss dieselbe sein Codemodell-Optionsnamen für -mcmodel: Die Komponente bei %C, die in der Typparameterliste bei %L erscheint, hat weder KIND- noch LEN-Attribut Die Komponente bei %C, die ein Typparameter ist, muss ein Skalar sein Die Komponente bei %C mit KIND- oder LEN-Attribut erscheint nicht in der Typparameterliste bei %L Der Vorgabewert (und das Gegenteil von »-static«), wird implizit von ausführbaren Dateien, gemeinsam genutzten Bibliotheken und Bündeln verwendet. Der Nenner n des Bruchteils 1/n der Ausführungshäufigkeit des Eingangsblocks einer Funktion, den ein Basisblock dieser Funktion mindestens haben muss, um als heiß zu gelten. Der Nenner n des Bruchteils 1/n der maximalen Ausführungsanzahl eines Basisblocks im gesamten Programm, den ein Basisblock mindestens haben muss, um als heiß zu gelten (im Nicht-LTO-Modus verwendet). Der Nenner n des Bruchteils 1/n der Anzahl der profilierten Durchläufe des gesamten Programms, unter dem die Ausführungszahl eines Grundblocks liegen muss, damit der Grundblock als unwahrscheinlich angesehen wird. Der abgeleitete Parameter %qs bei %C hat keinen Vorgabewert Der abgeleitete Typ %qs bei %L hat Typ %qs, der nicht definiert wurde Das Gerät hat kein Spezialfunktionsregister SPH. Diese Option wird vom Compilertreiber mit dem korrekten Wert überschrieben, wenn An-/Abwesenheit von SPH von -mmcu=MCU abgeleitet werden kann. Die älteste macOS-Version, auf der dieses Programm laufen wird (für den Assembler formatiert). Die älteste macOS-Version, auf der dieses Programm laufen wird. Das Element im Strukturkonstruktor bei %L für Zeigerkomponente %qs sollte ein POINTER oder ein TARGET sein Das Element im Strukturkonstruktor bei %L für Zeigerkomponente %qs ist %s, sollte aber %s sein Die Äquivalenzmenge für %qs bewirkt eine ungültige Erweiterung für COMMON %qs bei %L Die Äquivalenzmenge für bei %2$L deklarierte Variable %1$qs verletzt Ausrichtungsanforderungen Das Argument »errmsg=« bei %L muss eine standardartige Zeichenvariable sein Das Ereignishandle bei %L darf kein Element eines Feldes sein Das Ereignishandle bei %L darf nicht Teil eines abgeleiteten Typs oder einer abgeleiteten Klasse sein Event-Variable bei %L darf nicht koindiziert sein Die folgenden Optionen sind sprachunabhängig Die folgenden Optionen sind sprachbezogen Die folgenden Optionen sind nicht dokumentiert Die folgenden Optionen sind nur spezifisch für die Sprache Die folgenden Optionen werden von der Sprache unterstützt Die folgenden Optionen sind zielspezifisch Die folgenden Optionen steuern Warnmeldungen des Compilers Die folgenden Optionen steuern Optimierungen Die folgenden Optionen steuern Parameter Die folgenden Optionen verwenden gemeinsame Argumente Die folgenden Optionen verwenden separate Argumente Die Funktion, die bei %L als OPERATION übergeben wurde, hat Argumente vom Typ »%s« und »%s«, muss aber Typ »%s« haben Die Funktion, die bei %L als OPERATION übergeben wird, muss Argumente haben, die skalar, nichtallozierbar und keine Zeiger sind, ebenso der Rückgabewert Die Funktion, die bei %L als OPERATION übergeben wird, muss das ASYNCHRONOUS-Attribut entweder für keins oder für beide Argumente haben Die Funktion, die bei %L als OPERATION übergeben wird, muss das TARGET-Attribut entweder für keins oder für beide Argumente haben Die Funktion, die bei %L als OPERATION übergeben wird, muss das VALUE-Attribut entweder für keins oder für beide Argumente haben Die Funktion, die bei %L als OPERATION übergeben wird, muss zwei Argumente haben Die Funktion, die bei %L als OPERATION übergeben wird, darf bei keinem der Argumente das OPTIONAL-Attribut haben Funktionsergebnis auf der linken Seite der Zuweisung bei %L muss Zeiger-Attribut haben. Das intrinsische %qs bei %L ist nicht im ausgewählten Standard enthalten, aber %s und %qs werden wie mit EXTERNAL deklariert behandelt. Passende Option %<-std=%> verwenden oder %<-fall-intrinsics%> definieren, um dies zuzulassen. Das bei %2$L deklarierte INTRINSIC %1$qs ist in den derzeitigen Standardeinstellungen nicht verfügbar, außer %3$s. Entsprechende Option %<-std=*%> verwenden, oder %<-fall-intrinsics%> einschalten, um es zu verwenden. Bei %C darf das am weitesten links stehende part-ref in einem data-ref keine Funktionsreferenz sein Untere Schranke für einen für Stack-Smashing-Protection betrachteten Puffer. Die Höchstzahl Reload-Pseudos, die beim Auslagern eines Nicht-Reload-Pseudos berücksichtigt werden. Höchstmenge des von GCSE zu belegenden Speichers, in Kilobyte. Die maximale Wachstumsrate der Codegröße bei der Erweiterung in eine Sprungtabelle (in Prozent). Der Parameter wird bei der Optimierung auf Größe verwendet. Die maximale Wachstumsrate der Codegröße bei der Erweiterung in eine Sprungtabelle (in Prozent). Der Parameter wird bei der Optimierung auf Geschwindigkeit verwendet. Höchste Verzögerung bei Konflikt, sodass Befehl für spekulative Bewegung in Betracht kommt. Die maximale Schachtelungstiefe von Schleifen, in denen Fallunterscheidungen getroffen werden. Die maximale Tiefe einer Schleifenschachtelung, die vollständig geschält wird. Die maximale Tiefe eines symbolischen Wertes, bevor der Wert als unbekannt approximiert wird. Die maximale Tiefe der explodierten Knoten, die in einem Dot-Dump erscheinen sollen, bevor auf ein weniger ausführliches Format umgeschaltet wird. Größte Tiefe mit rekursivem Inline für Inline-Funktionen. Größte Tiefe rekursiven Inlinens für Nicht-Inline-Funktionen. Der höchste Erweiterungsfaktor beim Kopieren von Basisblöcken. Der maximale Faktor, den der Schleifenvektorisierer auf die Kosten der Anweisungen in einer inneren Schleife im Verhältnis zur vektorisierten Schleife anwendet. Die Höchstzahl der von CSE verarbeiteten Befehle vor dem Rücksetzen. Die maximale Länge eines konstanten Strings, um den eingebauten Stringvergleich zu inlinen. Vorgabewert ist 3. Größte Länge des betrachteten Pfades in CSE. Die Maximallänge der Liste der anhängigen geplanten Operationen. Höchstzahl der Speicherstellen, die von cselib aufgezeichnet werden. Die maximale Anzahl von »nach dem Superknoten« expandierten Knoten innerhalb des Analysierers pro Superknoten, bevor die Analyse abbricht. Höchstzahl der RTL-Knoten, die als letzte Werte des Kombinierers aufgezeichnet werden können. Die maximale Anzahl von SSA_NAME-Zuweisungen, die verfolgt werden, um einen Wert zu bestimmen. Die Höchstzahl der Versuche zur Rückverfolgung bei Modulo-Planung von Schleifen. Höchstzahl der für Zwischen-Block-Scheduling zu betrachtenden Blöcke in einer Region. Höchstzahl der Zweige auf dem Pfad durch die geschälte Sequenz. Die Höchstzahl der Einschränkungen pro Zustand. Die maximale Anzahl von expandierten Knoten pro Programmpunkt innerhalb des Analysierers, bevor die Analyse dieses Punkts abbricht. Höchstzahl der zu betrachtenden eingehenden Kanten für Kreuzsprung. Die maximale Anzahl der nicht durchführbaren Kanten, die zurückgewiesen werden, bevor eine Diagnose als nicht durchführbar erklärt wird. Höchstzahl von Befehlen, die »combine« zu kombinieren versucht. Höchstzahl der für Zwischen-Block-Scheduling zu betrachtenden Befehle in einer Region. Die Höchstzahl der Befehle im Schleifenkopf, die während der Schleifenkopfkopier-Phase dupliziert werden. Die Höchstzahl der Befehle einer vollständig geschälten Schleife. Die Höchstzahl der Befehle einer geschälten Schleife. Die Höchstzahl der Befehle einer ungeschalteten Schleife. Die Höchstzahl der zu vervielfältigenden Befehle, wenn berechnete Gotos expandiert werden. Die Höchstzahl der Befehle in einer einzelnen für »inline« geeigneten Funktion. Die Höchstzahl der in einer inneren Schleife zu betrachtenden Befehle für Versionierung. Die Höchstzahl der in einer äußeren Schleife zu betrachtenden Befehle für Versionierung, zusätzlich zu den Befehlen in inneren Schleifen. Die Höchstzahl der Befehle, bis zu der eine Inline-Funktion per Rekursion wachsen kann. Die Höchstzahl der Befehle, bis zu der eine Nicht-Inline-Funktion per Rekursion wachsen kann. Höchstzahl der vom Scheduler während der ersten Planphase fertig zur Ausführung zu betrachtenden Befehle. Die Höchstzahl der zu betrachtenden Befehle, um einen Verzögerungsschlitz zu füllen. Die Höchstzahl der zu betrachtenden Befehle, um richtige aktive Registerinformationen zu finden. Die Höchstzahl der zum Abrollen von Schleifen im Mittel zu betrachtenden Befehle. Die Höchstzahl der zum Abrollen von Schleifen zu betrachtenden Befehle. Höchstzahl der rückwärts zu suchenden Befehle, wenn nach äquivalentem Neuladen gesucht wird. Die Höchstzahl der Befehle für automatisches Inlinen von kleinen Funktionen. Die Höchstzahl der Befehle für automatisches Inlinen. Die Höchstzahl der Befehle für automatisches Inlinen beim Optimieren auf Codegröße. Höchstzahl der Iterationen durch CFG zur Regionserweiterung. Die Höchstzahl der Schleifendurchläufe, die statisch vorhergesagt werden. Die Höchstzahl von geschachteltem indirektem inlinen wurde bereits durch den frühen Inliner durchgeführt. Die Höchstzahl der Schälvorgänge einer einzelnen Schleife, die vollständig geschält wird. Die Höchstzahl der Schälvorgänge einer einzelnen Schleife. Die Höchstzahl der Anweisungen in geschachtelten Schleifen zum Schleifenaustausch. Die Höchstzahl, die eine Aufrufstelle in einem Aufrufstapel innerhalb des Analysierers vorkommen darf, bevor die Analyse abgebrochen wird, um zu tiefe Rekursion zu vermeiden. Die Höchstzahl der Iterationen zum Abrollen in einzelner Schleife. Die Höchstanzahl der use- und def-Besuche beim Auskundschaften einer STV-Kette, bevor das Auskundschaften abgebrochen wird. Maximales Verhältnis zwischen Arraygröße und Switch-Zweigen, bei dem eine Switch-Umwandlung erfolgt. Das maximale Verhältnis von Einfügungen zu Löschungen von Ausdrücken in GCSE. Die empfohlene maximale Größe des zusammenhängenden Speichers, der von zwei Objekten belegt wird, auf die von nebenläufigen Threads mit zeitlicher Lokalität zugegriffen wird. In der Regel die Größe der L1-Cache-Zeilen, kann aber auch kleiner sein, um diversen Zielprozessoren mit unterschiedlichen Cache-Zeilengrößen gerecht zu werden. Maximale Größe des Vorgriffsfensters der wählbaren Planung. Kleinste voraussichtliche Beschleunigung, die dem Inliner erlaubt, inline-insns-single und inline-isnsns-auto zu ignorieren. Die Mindestwahrscheinlichkeit für spekulativen Erfolg (in Prozent), sodass spekulativer Befehl eingeplant wird. Kleinste UID für Nicht-Debug-Befehl. Die kleinste Schrittweite, ab der Software-Prefetch-Tipps produziert werden. Die Mindestkosten eines teuren Ausdrucks in der Schleifeninvariantenbewegung. Mindestanzahl der passenden zu betrachtenden Befehle für Kreuzsprung. Die Mindestzahl an Superknoten innerhalb einer Funktion, die vom Analysierer berücksichtigt wird, um die Auswirkungen an den Aufrufstellen zusammenzufassen. Kleinste Wahrscheinlichkeit einer Kante, sodass bei der Planung ihr Zustand gesichert wird. Die Mindestwahrscheinlichkeit für das Erreichen eines Quellblockes für spekulatives Zwischen-Block-Scheduling. Der empfohlene Mindestoffset zwischen zwei Objekten, auf die nebenläufig zugegriffen wird, um zusätzliche Leistungseinbußen aufgrund von durch die Implementierung verursachten Konflikten zu vermeiden. Normalerweise die Größe der L1-Cache-Zeile, kann aber auch größer sein, um diverse Zielprozessoren mit unterschiedlichen Cache-Zeilengrößen zu berücksichtigen. C++17-Code kann diesen Wert im Strukturlayout verwenden, aber es wird dringend davon abgeraten, dies in öffentlichen ABIs zu tun. Mindestgröße von Variablen, die sich Stapelspeicher teilen, wenn nicht optimiert wird. Das Mindestverhältnis der Schrittweiten, damit Schleifenaustausch profitabel ist. Der minimale Schwellwert für die Wahrscheinlichkeit, dass eine halbinvariante Bedingungsanweisung eine Schleifenteilung auslöst. Kleinster Wert der Stufenzahl, den der Swing-Modulo-Scheduler erzeugen wird. Das Feld %qs im Modul oder Hauptprogramm bei %L muss konstante Form haben Der Name %qs bei %C wurde bereits als ein externer Modulname verwendet Der Name %qs bei %C kann nicht als ein definierter Operator verwendet werden Die Anzahl der Newton-Iterationen, um den reziproken Wert einer double-Gleitkommazahl zu berechnen. Die Genauigkeit der Division ist proportional zu diesem Parameter, wenn die angenäherte Division angeschaltet ist. Standardwert ist 2. Die Anzahl der Newton-Iterationen, um den reziproken Wert einer float-Gleitkommazahl zu berechnen. Die Genauigkeit der Division ist proportional zu diesem Parameter, wenn die angenäherte Division angeschaltet ist. Standardwert ist 1. Die Anzahl der Feldelemente des SUB-Arguments für IMAGE_INDEX bei %L muss %d (Korang) sein, nicht %d Anzahl der Zyklen, die der Swing-Modulo-Scheduler bei Konfliktprüfung mit DFA betrachtet. Die Anzahl der Elemente (%d) im Feldkonstruktor bei %L erfordert Erhöhung der erlaubten oberen Grenze %d. Siehe Option %<-fmax-array-constructor%>. Die Anzahl der Elemente, für die die Überprüfung der Hash-Tabelle für jedes gesuchte Element durchgeführt wird. Die Anzahl der Elemente im Feldkonstruktor bei %L erfordert Erhöhung der erlaubten oberen Grenze %d. Siehe Option %<-fmax-array-constructor%> Die Anzahl der Elemente im Feldkonstruktor bei %L erfordert Erhöhung der erlaubten oberen Grenze %d. Siehe Option %<-fmax-array-constructor%> Die Anzahl der Elemente im Feldkonstruktor bei %L erfordert Erhöhung der erlaubten oberen Grenze %d. Siehe Option %<-fmax-array-constructor%> Die Anzahl der Ausführungen eines Basisblocks, der als heiß angesehen wird. Dieser Parameter wird nur im GIMPLE-Frontend verwendet. Die Anzahl der ausgeführten Befehle, bevor Prefetch abgeschlossen ist. Die Anzahl der am häufigsten ausgeführten Promille der profilierten Ausführung des gesamten Programms, zu der die Ausführungszahl eines Basisblocks gehören muss, um als heiß zu gelten (im LTO-Modus verwendet). Die Anzahl der Prefetches, die gleichzeitig laufen können. Die Anzahl der Register in jeder Klasse, die von Schleifeninvariantenbewegung freigehalten werden. Das Objekt %qs bei %L hat aufgeschobenen LEN-Parameter %qs und ist weder allozierbar noch ein Zeiger Das Objekt %qs bei %L mit ASSUMED-Typparametern muss ein Dummy oder ein SELECT-TYPE-Selektor sein (F08/4.2) Der Parameterausdruck bei %C lässt sich nicht zu einer INTEGER-Konstante vereinfachen Der Parameterausdruck bei %C muss vom Typ INTEGER sein, nicht %s Der Pfad zu »devices.csv«. Im Normalfall kann der GCC-Treiber das selbst rausfinden und an den Compiler übermitteln, daher ist die Angabe eigentlich nicht nötig. Prozentsatz der Funktion, gewichtet nach Ausführungshäufigkeit, die bei Verfolgungsentwurf abgedeckt werden muss. Verwendet, wenn Profil-Rückmeldung verfügbar ist. Prozentsatz der Funktion, gewichtet nach Ausführungshäufigkeit, die bei Verfolgungsentwurf abgedeckt werden muss. Verwendet, wenn Profil-Rückmeldung nicht verfügbar ist. Das Zeigerobjekt %qs bei %L muss eine explizite Funktionsschnittstelle haben oder als Feld deklariert sein Mögliche SVE-Vektorlängen: Mögliche TLS-Dialekte: Der Rang des Elements im Strukturkonstruktor bei %L passt nicht zu dem der Komponente (%d/%d) Die Datei mit den Auflösungen. Die Skalierung (in Prozent), die auf inline-insns-single und Auto-Limits angewendet wird, wenn die Heuristik darauf hinweist, dass Inlining sehr profitabel ist. Die Form der Komponente %qs im Strukturkonstruktor bei %L unterscheidet sich von der Form der deklarierten Komponente für die Dimension %d (%ld/%ld) Die Größe einer L1-Cacheline. Die Größe des L1-Caches. Die Größe des L2-Caches. Die Größe eines als groß angesehenen Funktionskörpers. Die Größe eines als groß angesehenen Stapelrahmens. Die Größe einer Übersetzungseinheit, ab der der IPA-CP-Durchlauf sie als groß ansieht. Die Größe einer als groß angesehenen Übersetzungseinheit. Kleinste Zahl unterschiedlicher Werte, für die eine Sprungtabelle besser als ein Baum bedingter Sprünge ist; bei 0 wird der Standard für die Zielarchitektur verwendet. Der Quellausdruck bei %L darf weder vom Typ EVENT_TYPE sein noch eine EVENT_TYPE-Komponente haben, wenn ALLOCATE-Objekt bei %L ein Koarray ist Der Quellausdruck bei %L darf weder vom Typ LOCK_TYPE sein noch eine LOCK_TYPE-Komponente haben, wenn ALLOCATE-Objekt bei %L ein Koarray ist Das Argument »stat=« bei %L muss INTEGER-Variable mit »kind=4« sein Der Strukturkonstruktor bei %C wurde finalisiert. Dieses Feature wurde von f08/0011 entfernt. Verwenden Sie -std=f2018 oder -std=gnu, um die Finalisierung zu entfernen. Das bei %2$L referenzierte Symbol %1$qs ist nicht im gewählten Standard vorhanden Der Schwellwert-Anteil für die Ausführung partieller Redundanzbeseitigung nach dem Neuladen. Der Schwellwert-Anteil des Ausführungszählers kritischer Kanten, die Redundanzbeseitigung nach dem Neuladen erlauben. Der Typ %qs bei %L darf nicht mit Wirt verbunden sein, da er von unverträglichem bei %L definierten Objekt mit gleichem Namen blockiert wird Der Typ für Funktion %qs bei %L ist nicht zugreifbar Die Typparameter-Angabenliste bei %C kann nicht gleichzeitig ASSUMED- und DEFERRED-Parameter enthalten Die Typparameter-Angabenliste bei %C enthält zu viele Parameterausdrücke Die Typparameter-Angabenliste bei %C enthält nicht genug Parameterausdrücke Die Spezifikationsliste für Typparameter in der Spezifikation bei %L darf keine DEFERRED-Parameter enthalten Die Typspezifikation bei %L muss angeben, dass jeder Parameter mit Längentyp vermutet ist Typspezifikation darf keinen Sequenz-abgeleiteten Typ oder Typ mit BIND-Attribut in SELECT TYPE bei %C beschreiben [F2003:C815] Obere Schranke zum gemeinsamen Verwenden von Ganzzahlkonstanten. Die obere Schranke in der letzten Dimension muss in der Referenz auf das Feld %qs vermuteter Größe bei %L auftreten Der Wert für den KIND-Parameter %qs bei %C lässt sich nicht auf einen konstanten Ausdruck reduzieren Der Wert von n in %<-finit-character=n%> muss zwischen 0 und 127 liegen Der Wert des Parameters PDT LEN »%s« stimmt nicht mit dem in der Dummy-Deklaration überein Der Wert des SELECT-RANK-CASE-Ausdrucks bei %C darf nicht kleiner als Null oder größer als %d sein Die Version der C++-ABI, die verwendet wird. Die Version der C++-ABI, die für »-Wabi«-Warnungen und Bindungskompatibilitätsaliase verwendet wird. Es gibt bereits eine Prozedur mit Bindungsname %qs für den abgeleiteten Typ %qs bei %C Es gibt keine spezifische Funktion für das allgemeine %qs bei %L Es gibt kein spezifisches Unterprogramm für allgemeines %qs bei %L Es gibt bereits eine nicht-generische Prozedur mit Bindungsname %qs für den abgeleiteten Typ %qs bei %C Diese Architektur unterstützt keine Befehle mit Sprungschutz Dies ist freie Software; die Kopierbedingungen stehen in den Quellen. Es
gibt KEINE Garantie; auch nicht für MARKTGÄNGIGKEIT oder FÜR SPEZIELLE ZWECKE.
Dies ist der Vorgabewert. Dieser Schalter ist veraltet und hat keine Auswirkung. Diese Option wird ignoriert; sie wird nur zu Kompatibilitätszwecken bereitgestellt. Sie diente zur Auswahl von Linker- und Präprozessor-Optionen für die Verwendung mit der newlib. Diese Option ist undokumentiert. Dieser Schalter ist veraltet; nicht verwenden. Dieser Schalter ist veraltet; stattdessen -Werror=implicit-function-declaration verwenden. Dieser Schalter ist veraltet; stattdessen -Wextra verwenden. Dieser Schalter ist veraltet; stattdessen -fsanitize-recover= verwenden. Dieser Schalter ist veraltet; stattdessen -fsanitize-trap= verwenden. Thread-Modell: %s
Threadprivate bei %L ist nicht SAVEd Threadprivate Variable bei %C ist ein Element eines COMMON-Blocks Schwellwert für Auswertung der Möglichkeit von IPA-CP, der noch als vorteilhaft zum Kopieren betrachtet wird. Thumb-1 %<hard-float%> VFP-ABI Thumb: Annehmen, dass Funktionszeiger an Code übergeben werden können, der nichts von Thumb weiß. Thumb: Annehmen, dass nichtstatische Funktionen von ARM-Code aus aufgerufen werden können. Thumb: (Blatt-)Stapelrahmen erzeugen, auch wenn nicht erforderlich. Thumb: (Nicht-Blatt-)Stapelrahmen erzeugen, auch wenn nicht erforderlich. Interner Fehler: Thunk is not supposed to have body Gekachelte Schleife bei %L kann nicht über Gangs, Worker oder Vektoren übergreifend parallelisiert werden Zeit, die für Funktionsprolog, -Epilog und sonstigen Overhead veranschlagt wird. Zeit, die für Thunk-Overhead in Funktionen veranschlagt wird. Zum Einschalten der Vorverarbeitung %<-cpp%> verwenden -fvar-tracking-assignments umschalten. Erzeugung von Fehlersuchinformationen umschalten. Zu wenige Codimensionen bei %C, %d statt %d erwartet Zu wenige Scheinargumente in DTIO-Prozedur %qs bei %L Zu viele Argumente in Aufruf von %qs bei %L Zu viele Argumente für %s bei %L Zu viele Codimensionen bei %C, %d statt %d erwartet Zu viele Komponenten in Strukturkonstruktor bei %L Zu viele Ziffern in Anweisungsmarke bei %C Zu viele Scheinargumente in DTIO-Prozedur %qs bei %L Zu viele Elemente in Feldinitialisierung bei %C Bedingte Speicherbefehle in unbedingte umwandeln. Transformierende Funktion %qs bei %L darf nicht in einem Initialisierungs-Ausdruck auftreten Interner Fehler: Transparent alias and target%'s assembler names differs Vorzeichenbehafteten Überlauf in Addition, Subtraktion und Multiplikation abfangen (»trap«). Ausnahme bei __builtin_unreachable auslösten, statt es für die Optimierung zu verwenden. Ganzzahldivision durch Null abfangen. Um Codegröße zu verbessern, eine throw()-Ausnahmespezifikation als »noexcept« behandeln. Alle Warnungen als Fehler behandeln. Bekannte sprintf-Rückgabewerte als Konstanten behandeln. Zeilen mit »D« in Spalte eins als Kommentar behandeln. »main« so behandeln, als hätte sie das Attribut OS_task. Fehlende Header-Dateien als generierte Dateien behandeln. Vorzeichenbehafteten Überlauf als undefiniertes Verhalten behandeln. Wird mit -fwrapv -fwrapv-pointer negiert. Angegebene Warnung als Fehler behandeln. Die Eingabedatei als bereits vorverarbeitet behandeln. Bei den booleschen Kurzschluss-Operatoren && und || beide Seiten auswerten, wenn das nebenwirkungsfrei zu besserem Code führt. »%s« in der Shell könnte diese Beschränkung erhöhen.
Dem Linker erlauben, PIC-Aufrufe in direkte Aufrufe umzuwandeln. Versuchen, virtuelle Sprünge in direkte umzuwandeln. Versuchen, Schleifen zu tauschen, wenn es nützt. Versuchen, abgeleitete Typen so kompakt wie möglich anzuordnen. Versuchen, Funktionsaufrufe und Returns nach dem Inlinen zu rekonstruieren. Code für angegebenen Prozessor optimieren. Die erwartete Speicher-Wartezeit abstimmen. Für angegebene Ziel-CPU oder Architektur optimieren. Alle Sprachfunktionen, die sich rückgängig machen lassen, ausschalten. Alle Diagnosefunktionen deaktivieren, die die Ausgabe verkomplizieren, wie Zeilennummern, Farbe und Warn-URLs. Aktiviert CET-Instrumentierung für solche switch-Anweisungen, die Sprungtabellen und indirekte Sprünge verwenden. Durchlauf für Redundante Erweiterungsentfernung (REE) einschalten. Alle zukünftigen D-Sprachfunktionen einschalten. Zwei Haupt-PROGRAMme bei %L und %C Zwei oder mehr Teilreferenzen mit Rang größer Null dürfen nicht bei %L angegeben werden Interner Fehler: Two symbols with same comdat_group are not linked by the same_comdat_group list. Typ %qs mit DEFERRED-Bindung bei %C ist nicht ABSTRACT Typ %qs der CLASS-Variable %qs bei %L ist nicht erweiterbar Typdeklaration %qs bei %L ist nicht C-kompatibel, aber sie ist BIND(C) Typdefinition von %qs bei %C wurde bereits bei %L definiert Typ nicht zugreifbar in Variablen-Definitionskontext (%s) bei %L Unverträgliche Typen zwischen Argument bei %L und Argument bei %L (%s/%s). Unpassender Typ in Argument %qs bei %L; %s wurde an %s übergeben Typname %qs bei %C kann nicht der gleiche wie ein intrinsischer Typ sein Typname %qs bei %C in Konflikt mit vorher deklarierter Entität bei %L, die den gleichen Namen hat Typname %qs bei %C ist mehrdeutig Der Typ des Arguments »%s« von IMAGE_INDEX bei %L muss ein INTEGER sein Typ der Entität bei %L ist mit Quellausdruck bei %L typunverträglich Typ der Entität bei %L ist mit Typspezifikation unverträglich Typparameter %qs bei %C hat keinen zugehörigen Eintrag in der Typparameter-Namensliste bei %L Für intrinsische Funktion %qs angegebener Typ bei %L wird ignoriert Typgebundener Operator bei %L kann nicht NOPASS sein Typgebundene Prozedur bei %C Typspezifikation bei %L kann keine Parameter mit aufgeschobenem Typ haben Typspezifikation bei %L darf kein Sternchen für einen Typparameter enthalten Bei %L wurde kein UNIT angegeben UNIT-Zahl in CLOSE-Anweisung bei %L muss nicht-negativ sein UNIT-Zahl in INQUIRE-Anweisung bei %L darf nicht %d sein UNIT-Zahl in Anweisung bei %L muss nicht-negativ sein Fehlende UNIT-Zahl in Anweisung bei %L UNIT-Spezifikation bei %L muss ein INTEGER-Ausdruck oder eine CHARACTER-Variable sein UNIT-Spezifikation bei %L darf kein Zeichen-PARAMETER sein UNIT-Spezifizierer mit NEWUNIT bei %L nicht erlaubt UNLOCK-Anweisung bei %C Argument UNTIL_COUNT= bei %L muss ein skalarer INTEGER-Ausdruck sein USE-Anweisung bei %C hat keinen ONLY-Qualifizierer Spezifische INTRINSIC-Prozedur für Referenz %qs bei %L kann nicht gefunden werden Symbol %qs kann nicht gefunden werden Lade-/Speicheroffset für Fusion kann nicht generiert werden Fehler beim Laden der DLL. Spezifische Funktion %qs bei %L kann nicht aufgelöst werden Spezifisches Unterprogramm %qs bei %L kann nicht aufgelöst werden Nicht klassifizierbare GCC-Anweisung bei %C Nicht klassifizierbare GCC-Direktive bei %C, wird ignoriert Nicht klassifizierbare OpenACC-Anweisung bei %C Nicht klassifizierbare OpenMP-Anweisung bei %C Nicht klassifizierbare Anweisung bei %C Undefinierte spezifische Bindung %qs als Ziel des GENERIC %qs bei %L Unter -ffast-math einen FRIZ-Befehl für (double)(long long)-Umwandlungen erzeugen. Unter der Kontrolle des Object-Size-Typs warnen, wenn Pufferüberläufe in Stringmanipulationsfunktionen wie memcpy und strcpy auftreten. Ungleiche Zeichenlängen (%ld/%ld) in %s Ungleiche Zeichenlängen (%ld, %ld) in %s bei %L Ungleiche Zeichenlängen (%wd/%wd) für Zeigerkomponente %qs in Konstruktor bei %L Unerwartetes !$OMP SCAN bei %L außerhalb eines Schleifenkonstrukts mit %<inscan%>-REDUCTION-Klausel Unerwartetes %<%c%> für Variable %qs nicht-abgeleiteten Typs bei %C Unerwartetes %<*%> für Codimension %d von %d bei %C Unerwartetes %<*%> in Coarray-Index bei %C Unerwartete Anweisung %s bei %C Unerwartete Anweisung %s bei %C in INTERFACE-Körper Unerwartete Anweisung %s in BLOCK DATA bei %C Unerwartete Anweisung %s in CONTAINS-Abschnitt bei %C Unerwartete Anweisung %s in FORALL-Block bei %C Unerwartete Anweisung %s in INTERFACE-Block bei %C Unerwartete Anweisung %s in MODULE bei %C Unerwartete Anweisung %s in WHERE-Block bei %C Unerwartete CASE-Anweisung bei %C Unerwartetes DIM-Argument mit Nicht-COARRAY-Argument bei %L Unerwartete END-Anweisung bei %C Unerwartete ENTRY-Anweisung bei %C Unerwartetes EOF Unerwartetes intrinsisches NULL() bei %L für Schein-%qs Unerwarteter OpenACC-Parallelismus. Unerwartete RANK-Anweisung bei %C Unerwartetes SHAPE-Argument bei %L für C_F_POINTER mit skalarem FPTR Unerwartete TYPE IS-Anweisung bei %C Unerwartete alternative Rückgabespezifikation in Unterprogrammaufruf bei %L Unerwartetes Zeichen in Variablenliste bei %C Unerwartete Zeichen in PARAMETER-Anweisung bei %C Unerwarteter Coarray-Bezeichner bei %C Unerwarteter Verweis auf »complex-parts designator« in »%s«-Klausel bei %L Unerwartete Konstante bei %C Unerwartete Entitäten mit abgeleitetem Typ im binären intrinsischen numerischen Operator %%<%s%%> bei %%L Unerwartetes Element %qc in Formatzeichenkette bei %L Unerwartetes Dateiende in %qs Unerwartetes Ende der Formatzeichenkette bei %L Unerwartetes Modulende Unerwarteter intrinsischer Typ %qs bei %L Unerwarteter Ausschuss hinter »!$ACC ATOMIC«-Anweisung bei %C Unerwarteter Ausschuss hinter »!$ACC DECLARE« bei %C Unerwarteter Ausschuss hinter »!$OMP DECLARE REDUCTION« bei %C Unerwarteter Ausschuss hinter »!$OMP DECLARE TARGET« bei %C Unerwarteter Ausschuss hinter !$OMP SCAN bei %C Unerwarteter Ausschuss hinter $OMP BARRIER-Anweisung bei %C Unerwarteter Ausschuss hinter »$OMP CANCELLATION POINT«-Anweisung bei %C Unerwarteter Ausschuss hinter $OMP CRITICAL-Anweisung bei %C Unerwarteter Ausschuss inter $OMP FLUSH-Anweisung bei %C Unerwarteter Ausschuss hinter $OMP MASTER-Anweisung bei %C Unerwarteter Ausschuss hinter »$OMP NOTHING«-Anweisung bei %C Unerwarteter Ausschuss hinter %qs bei %L Unerwarteter Ausschuss hinter NOWAIT-Klausel bei %C Unerwarteter Ausschuss hinter »OMP THREADPRIVATE« bei %C Unerwarteter Ausschuss hinter TASKYIELD-Klausel bei %C Unerwartete Angaben hinter Funktionsdeklaration bei %C Unerwartete Zeichen bei %C Unerwartete Angaben in formaler Argumentliste bei %C Unerwarteter Verweis auf Teilzeichenkette in %s-Klausel bei %L Unexpected thumb1 far jump Unerwartete Verwendung des Unterprogrammnamens %qs bei %C Interner Fehler: Uninitialized probability of edge %i->%i Einheitszahl in E/A-Anweisung zu groß Einheitszahl in E/A-Anweisung zu klein Unbekanntes Argument %qs bei %L für intrinsisches %s Unbekannte Argumentlistenfunktion bei %L Unbekanntes Attribut in !GCC$ ATTRIBUTES-Anweisung bei %C Unbekannte Direktive bei %L Unbekannte Form für Ausdruck für Stapelgrenze Unbekannte eingebauter Operator Unbekannter Operator %%<%s%%> bei %%L Unbekannter Operator %%<%s%%> bei %%L; meinten Sie %%<%s%%>? Unbekannter Prozedurname %qs bei %C Unbeschränkt polymorphes ALLOCATE-Objekt bei %L erfordert entweder eine Typspezifikation, SOURCE-Marke oder MOLD-Marke Unbekannter MCU-Name %qs. Unbekannte Option für %<-finit-logical%>: %s Unbekannte Option für Endianess-Wert: %qs Unbekannte Option für Gleitkomma-Initialisierungswert: %qs Unbekannte Option %qs Code »%c« für Festkomma nicht unterstützt: Operand für Code »%c« nicht unterstützt Nicht unterstützte Anweisung in WHERE bei %L Nicht unterstützter Wert für »-mmpy-option« Mehrfache Parallelismus-Stufen in OpenACC-Routinen werden nicht unterstützt Unbeendete Zeichenkonstante beginnend bei %C Ungenutzte PRIVATE-Variable %qs bei %L deklariert Ungenutztes Dummyargument %qs bei %L Unbenutzte Initialisierungszeichenkette bei %L, da die Variable die Länge 0 hat Ungenutzte Modulvariable »%qs«, die bei %L ausdrücklich importiert wurde Ungenutzter Parameter %qs, bei %L deklariert Ungenutzter Parameter %qs, der bei %L ausdrücklich importiert wurde Ungenutzte Variable %qs, bei %L deklariert Obere Feldreferenz bei %L ist außerhalb der Schranken (%ld < %ld) in Dimension %d Obere Feldreferenz bei %L ist außerhalb der Schranken (%ld > %ld) in Dimension %d Obere Grenze der letzten Coarray-Dimension muss %<*%> sein, bei %C Obere Kogrenze ist kleiner als untere Kogrenze bei %L Obere Kogrenze ist kleiner als untere Kogrenze von 1 bei %L Aufruf: %s [Option]… <Teilbefehl> [Option]…
Aufruf: %s [Optionen] Datei...
Aufruf: gcov [OPTION]... QUELLE|OBJ...
»-Wa,OPTION« verwenden, um »OPTION« an den Assembler zu übergeben.
»-Wl,OPTION« verwenden, um »OPTION« an den Linker zu übergeben.
%reloc()-Assembleroperatoren verwenden. %reloc()-Operatoren statt Assemblermakros verwenden, um Adressen zu laden. -G für Daten verwenden, die nicht von aktuellem Objekt definiert wurden. -G für objekt-lokale Daten verwenden. Verwenden Sie »-mlong-double-64« für das 64-Bit-IEEE-Gleitkommazahlen-Format. Verwenden Sie »-mlong-double-128« für das 128-Bit-Gleitkommazahlen-Format (entweder IEEE oder IBM). 128-Bit-AVX-Befehle statt 256-Bit-AVX-Befehlen in Auto-Vektorisierer verwenden. 128-bit long double verwenden. 16-Bit int verwenden. 32-Bit int verwenden. 32-Bit-ABI verwenden. Wenn DWARF-Debuginformationen erzeugt werden, dann im 32-Bit-Format. 32-Bit-Gleitkommaregister verwenden. Allgemeine Register in 32 Bit Breite verwenden. In Sprungtabellen 32-Bit-Offsets statt 16-Bit-Offsets verwenden. 4-Byte-Einträge in switch-Tabellen verwenden. 4 Medien-Register verwenden. Die 4-Operanden-Befehle madd.s/madd.d und ähnliche verwenden, wo möglich. 4xx-Halbwort-Multiplikationsbefehle verwenden. 4xx-dlmzb-Befehl zur Zeichenkettensuche verwenden. 64 FPRs verwenden. 64 GPRs verwenden. 64-Bit-ABI verwenden. Wenn DWARF-Debuginformationen erzeugt werden, dann im 64-Bit-Format. 64-Bit-Gleitkommaregister verwenden. Allgemeine Register in 64 Bit Breite verwenden. 64-bit long double verwenden. 8 Medien-Register verwenden. 80-bit long double verwenden. ABI-reservierte Register verwenden. AltiVec-Befehle verwenden. Bionic-C-Bibliothek verwenden. »Branch Likely«-Befehle verwenden, Standard für die Architektur überschreiben. CONST16-Befehle zum Laden von Konstanten verwenden. Befehle für Zyklische Redundanzprüfung (CRC) verwenden. EABI verwenden. Befehle zur Erweiterten Virtuellen Adressierung verwenden. Hardware-Gleitkommabefehle für Multiplikation von einfacher auf doppelte Genauigkeit (FsMULd) verwenden. Die GNU-C-Bibliothek verwenden. Abschnitte sdata/sbss relativ zum GP verwenden. GP-relative Adressierung verwenden, auf um kleine Daten zuzugreifen. Befehle für Globales INValidieren (GINV) verwenden. H8/300-Ausrichtungsregeln verwenden. IEEE-Arithmetik für Gleitkommavergleiche verwenden. IRA-basierte Registerdruckberechnungen in RTL-Optimierungen zum Anheben verwenden. IRA-basierte Registerdruckberechnungen in RTL-Schleifenoptimierungen verwenden. Befehle aus ISA 2.07 Category:Vector.AES und Category:Vector.SHA2 verwenden. Befehle aus ISA 2.07 für transaktionalen Speicher (HTM) verwenden. LRA statt Neuladen verwenden (übergangsweise). LRA statt »reload« verwenden. LRA-Registerallozierer verwenden. Loongson-Erweiterungsbefehle (EXT) verwenden. Loongson-Erweiterungsbefehle R2 (EXT2) verwenden. Loongson-MultiMedia-Erweiterungsbefehle (MMI) verwenden. MCU-Befehle verwenden. Befehle der MIPS-MSA-Erweiterung verwenden. MIPS-3D-Befehle verwenden. MIPS-DSP-Befehle REV 2 verwenden. MIPS-DSP-Befehle verwenden. Mingw-spezifische Thread-Unterstützung verwenden. Neon-Double-Word (statt Quad-Word) Register für Vektorisierung verwenden. Neon-Quad-Word (statt Double-Word) Register für Vektorisierung verwenden. %reloc()-Assembleroperatoren im NewABI-Stil verwenden. P-Mnemonics für statisch als verfolgt vorhergesehene Zweige verwenden. PLT für PIC-Aufrufe verwenden (-fno-plt: die Adresse beim Aufrufer aus der GOT laden). »mad«-Befehle im PMC-Stil verwenden. Optionale Befehle der PowerPC-Mehrzweck-Gruppe verwenden. Optionale Befehle der PowerPC-Grafik-Gruppe verwenden. Einzelfeld-mfcr-Befehl des PowerPC V2.01 verwenden. PowerPC V2.02 Gleitkomma-Rundungsbefehle verwenden. PowerPC V2.02 popcntb-Befehl verwenden. PowerPC V2.05 Bytevergleichs-Befehl verwenden. PowerPC V2.06 popcntd-Befehl verwenden. PowerPC-64-Befehlssatz verwenden. RJMP/RCALL verwenden, selbst wenn CALL/JMP verfügbar sind. ROM statt RAM verwenden. SSE-Register-Übergabekonventionen für SF- und DF-Modus verwenden. STB_GNU_UNIQUE verwenden, sofern der Assembler es unterstützt. SmartMIPS-Befehle verwenden. UNIX-Assemblersyntax verwenden. Vergleich-und-Sprung-Erweiterungen für UltraSPARC verwenden. Multiplizier-Addier-Erweiterungen für UltraSPARC verwenden. Bitzähl-Befehl für UltraSPARC verwenden. Befehl für erweitertes Subtrahieren mit Übertrag für UltraSPARC verwenden. Visuelle Befehlssatzerweiterungen Version 1.0 für UltraSPARC verwenden. Visuelle Befehlssatzerweiterungen Version 2.0 für UltraSPARC verwenden. Visuelle Befehlssatzerweiterungen Version 3.0 für UltraSPARC verwenden. Visuelle Befehlssatzerweiterungen Version 4.0 für UltraSPARC verwenden. VAX-FP verwenden. VAXC-Strukturkonventionen verwenden. Exitcodes von VMS statt POSIX verwenden. Virtualisierungsbefehle (VZ) verwenden. __cxa_atexit verwenden, um Destruktoren zu registrieren. __cxa_get_exception_ptr in Ausnahmebehandlung verwenden. Einen 32-Bit-»long«-Typ verwenden. Eine 4-Byte-Datensatzmarkierung für unformatierte Dateien verwenden. Einen 64-Bit-»long«-Typ verwenden. Leichtgewichtige Konfiguration für printf und puts verwenden, um die Codegröße zu reduzieren. Nur für Anwendungen mit einem Thread, die keine reentrante E/A brauchen. Erfordert Newlib Nano IO. Minimale Laufzeitumgebung (keine statischen Initialisierer oder Konstruktoren) für speicherarme Geräte verwenden. Eine schlaue Stapelschutzmethode für gewisse Funktionen verwenden. Eine Stapelschutzmethode für jede Funktion verwenden. Zusätzliche VIS-Befehle verwenden, die in OSA2017 hinzugefügt wurden. Adressen verwenden, die globale Register belegen. Alle Register verwenden, dadurch keine für Interrupthandler reservieren. Alternative Registernamen verwenden. 8-Bit-»int«-Typ verwenden. Eine 8-Byte-Datensatzmarkierung für unformatierte Dateien verwenden. Einen Direktwert als Offset vom TLS-Register verwenden. Diese Option ist für fstack-protector-guard=tls gedacht und nicht für die Verwendung in Benutzer-Code. Einen konstanten Wert als Offset vom Stapelschutz-Wächterregister verwenden, sp_el0. Diese Option ist für fstack-protector-strong gedacht und nicht für die Verwendung in Benutzer-Code. Direktwerte beliebiger Größen in Bit-Operationen zulassen. Big-Endian Byte-Reihenfolge verwenden. Bittests für hinreichend große switch-Anweisungen verwenden. Sprung-und-Abbruch-Sequenzen verwenden, um auf Ganzzahldivision durch Null zu prüfen. Verzweigungsschutz-Features verwenden. Für ausführbare Datei < 64k bras verwenden. Mit Aufruf verbundene Register für Parameter und Rückgabewerte verwenden. call0-ABI verwenden. Rückruffunktionen statt inline-Code generieren, wenn innerhalb der Funktion mindestens diese Anzahl an Zugriffen stattfindet. Vom Aufrufer zu sichernde Register über Aufrufe hinweg verwenden, wenn möglich. Bestimmte skalare Befehle verwenden, die in ISA 3.0 hinzugefügt wurden. Steuerungsspekulation verwenden. Eigene Stacks statt lokalem Speicher für automatischen Speicher verwenden. Datenspekulation nach Neuladen verwenden. Datenspekulation vor Neuladen verwenden. Dezimale Gleitkommabefehle verwenden. Standardmethode für sdata-Behandlung verwenden. Andere Aufrufkonvention mit 'RTD' verwenden. Direkt vergiftende/entgiftende Befehle für Variablen verwenden, die maximal die angegebene Größe haben. Direkte Referenzen gegen %gs beim Zugriff auf TLS-Daten verwenden. Befehle für Erweiterte Physikalische Adresse (XPA) verwenden. Epsilon beachtende Gleitkomma-Vergleichsbefehle verwenden. Profile von Ausdruckswerten in Optimierungen verwenden. Die f2c-Aufrufkonvention verwenden. Eigenschaften der angegebenen CPU verwenden und dafür optimieren. Eigenschaften der gegebenen CPU verwenden und entsprechend Code planen. Für angegebene CPU planen und deren Eigenschaften verwenden. Eigenschaften der Architektur ARCH verwenden. Feldweisen Vergleich für Strukturgleichheit verwenden. Flaches Registerfenster-Modell verwenden. Gleitkomma-double-Befehle verwenden. FP-Register verwenden. Vollständigen Registersatz für die Allozierung verwenden. Gegebenes SPARC-V9-Codemodell verwenden. Angegebenen Adressierungsmodus verwenden. Angegebenen Assemblerdialekt verwenden. Im Autovektorisierer die angegebene Breite für Vektorbefehle anstelle der maximalen Registerbreite verwenden. Angegebenen Stapelschutz-Wächter verwenden. Gegebenen Thread-lokalen Speicherdialekt verwenden. Gegebenes x86-64-Codemodell verwenden. Hardware-Gleitkommabefehle verwenden (Standard). Hardware-Gleitkommabefehle verwenden. Hardware-Divisionsbefehle auf ColdFire verwenden. Hardware-Gleitkommakonvertierungsbefehle verwenden. Hardware-Gleitkommabefehle verwenden. Hardware-Gleitkomma-Wurzel-Befehl verwenden. Hardware-Gleitkommabefehle verwenden. Hardware-Gleitkommabefehle für Division und Quadratwurzel verwenden. Hardware-Gleitkommabefehle verwenden. Hardwarebefehle für Ganzzahldivision verwenden. Hardware-»prefetch«-Befehle verwenden. Hardware-Vierfach-Gleitkommabefehle verwenden. Hardware-Transaktionsausführungs-Befehle verwenden. Hardware-Vektorbefehle verwenden und die Vektor-ABI einschalten. Blockweise Steuerungsspekulation verwenden. Blockweise Datenspekulation nach Neuladen verwenden. Blockweise Datenspekulation vor Neuladen verwenden. Registernamen der Form in/loc/out ausgeben. Indirekte CALLXn-Befehle für große Programme verwenden. Indirekte Aufrufe verwenden. Inline-PLT-Sequenzen verwenden, um lange Aufrufe und -fno-plt zu implementieren. Befehlssatz der angegebenen CPU verwenden und entsprechend Code planen. Befehle zum Multiplizieren-Addieren/Subtrahieren verwenden. Interne Funktions-ID bei Profilnachschlagen verwenden. Sprungtabellen für hinreichend große switch-Anweisungen verwenden. Kohärente Cachesteuerungs-Hinweise für ldcw/ldcd verwenden. Stubs aus libgcc zum Speichern und Wiederherstellen von Registern verwenden, die beim Übergang von der 64-Bit-Microsoft- zur System-V-ABI überschrieben werden. Little-Endian Byte-Reihenfolge verwenden. Befehle ll, sc und sync verwenden. Die Befehle lwxc1/swxc1/ldxc1/sdxc1 verwenden, wo möglich. Media-Befehle verwenden. microMIPS-Befehle verwenden. Befehle zum Multiplizieren-Addieren/Subtrahieren verwenden. Verwendet »multiply high«-Befehle für den oberen Teil einer 32×32-Multiplikation. Die musl-C-Bibliothek verwenden. Native MS-Bitfeld-Anordnung verwenden. Neue adddi3/subdi3-Muster verwenden. Normale Aufrufkonvention verwenden. Verwendung des intrinsischen Moduls %qs bei %C steht mit nicht-intrinsischem vorher verwendeten Modulnamen in Konflikt Verwendung des nicht-intrinsischen Moduls %qs bei %C steht mit vorher verwendetem intrinsischen Modulnamen in Konflikt Verwendung der Konstante NUMERIC_STORAGE_SIZE aus intrinsischem Modul ISO_FORTRAN_ENV bei %C ist mit Option %s unverträglich Verwendung der Konstante NUMERIC_STORAGE_SIZE aus intrinsischem Modul ISO_FORTRAN_ENV bei %L ist mit Option %qs unverträglich Nur einen TOC-Eintrag pro Prozedur verwenden. Gewöhnlich gecachete Speicherzugriffe für flüchtige Referenzen verwenden. Gepacktes Stapellayout verwenden. Paarweise-single Gleitkommabefehle verwenden. Mustervergleichsbefehle verwenden. PC-relative switch-Tabellen verwenden – dies erlaubt kürzere Fallunterscheidungs-Tabellen. Portierbare Aufrufkonventionen verwenden. Profilierungsinformationen für Verzweigungswahrscheinlichkeiten verwenden. Propolice als Stapelschutzmethode verwenden. Push-Befehle verwenden, um ausgehende Argumente zu sichern. Register r11 verwenden, um die statische Bindung in Funktionsaufrufen über Zeiger zu speichern. Zufällige Basisadresse für jeden Rahmen wählen, statt immer 0 zu verwenden. Rote Zone in x86-64-Code verwenden. Eingeschränkten Registersatz für die Allozierung verwenden. Registerstapel für Parameter und Rückgabewerte verwenden. Register zur Argumentübergabe verwenden. Register r2 und r5 verwenden. Umverteilungsbefehle verwenden (Austausch und umgekehrte Bytereihenfolge beim Laden/Speichern; Voreinstellung). Profilierungsinformationen für Aufrufgraph-Knotengewichtungen verwenden. Vorgabe ist die Datei fbdata.afdo im aktuellen Arbeitsverzeichnis. Profilierungsinformationen für Aufrufgraph-Knotengewichtungen verwenden. Die Profilierungsdatei ist im Argument angegeben. Shared Libraries verwenden. Einfachen Datenspekulationstest für Steuerungsspekulation verwenden. Einfachen Datenspekulationstest verwenden. Simulator-Laufzeitumgebung verwenden. Kleineren, aber langsameren Code für Funktionsprologe und -epiloge verwenden. Software-Gleitkomma-Emulation verwenden (Standard). Software-Gleitkommavergleiche verwenden. Software-Gleitkomma verwenden. Software-Ganzzahlmultiplikation verwenden. Stapelversatz verwenden. Stapelschutzmethode nur für Funktionen mit dem Attribut »stack_protect« verwenden. Structs an stärkeren Grenzen ausrichten, um Daten doppelwortweise zu kopieren. Stubs für Funktionsprologe verwenden. Für Funktionsprologe und -epiloge Unterprogramme verwenden. synci-Befehl verwenden, um i-Cache ungültig zu machen. Tabellenbasierte schnelle Division verwenden (Standard bei -O3). Tabellenbasierte Optimierung für die Division kleiner vorzeichenbehafteter Ganzzahlen verwenden. Befehl tas.b für __atomic_test_and_set verwenden. Die AIX-Vector-Extended-ABI verwenden. Die AltiVec-ABI-Erweiterungen verwenden. Die Cray-Zeiger-Erweiterung verwenden. DEC-Assemblersyntax verwenden. ELFv1-ABI verwenden. ELFv2-ABI verwenden. GNU-Assemblersyntax verwenden. GNU-Erweiterung für PE-Format für ausgerichtete gemeinsame Daten verwenden. Den Modernen Linker (MOLD) statt des Standardlinkers verwenden. Den RTL-Durchlauf zur Entfernung toten Codes verwenden. Den RTL-Durchlauf zur Entfernung toter Speicherungen verwenden. BFD-Linker statt Standardlinker verwenden. Bit-Feld-Befehle verwenden. Divisionsbefehl verwenden. Gleitkommaeinheit für Ganzzahladdition und -subtraktion verwenden. Angegebenes Basisregister zur Adressierung des Stapelschutz-Wächters verwenden. Die angegebene Datenausrichtung verwenden. Angegebenen Offset zur Addressierung des Stapelschutz-Wächters verwenden. Angegebenes Symbol für Adressierung des Stapelschutz-Wächters verwenden. Gold-Linker statt Standardlinker verwenden. Hardware-Barrel-Shifter statt der Emulation verwenden. Den LLVM-lld-Linker statt des Standardlinkers verwenden. Die meisten Optionen verwenden, die spezielle Fähigkeiten einschalten, solange sie durch andere Optionen erlaubt sind. Für Blockkopieroperationen den Befehl mvcle verwenden. Den schmalstmöglichen Ganzzahltyp für Aufzählungstypen verwenden. Min-/Max-Befehle verwenden, die in ISA 3.0 hinzugefügt wurden. Simulator-Laufzeitumgebung verwenden. Verwendet die Software-Multiplikationsemulation (Vorgabe). Softwareemulation für Divisionen verwenden (Vorgabe). Das in der Kommandozeile angegebene Systemregister als Stapelschutz-Wächterregister verwenden. Diese Option ist für fstack-protector-strong gedacht und nicht für die Verwendung in Benutzer-Code. Traditionelle GNU-Semantik für Inline-Funktionen verwenden. Trap-Befehle verwenden, um auf Ganzzahldivision durch Null zu prüfen. Für das Bereinigen von undefiniertem Verhalten Traps statt Meldungen verwenden. Die uClibc-C-Bibliothek verwenden. Unicode-Start verwenden und UNICODE-Makro definieren. Vektor-/skalare (VSX) Befehle verwenden, die in ISA 2.07 hinzugefügt wurden. Vektor-Befehle verwenden, die in ISA 3.0 hinzugefügt wurden. Vektor-/skalare (VSX) Befehle verwenden. ABI mit Fenster-Registern verwenden. Nullerweiternde Speicherladungen verwenden, nicht vorzeichenerweiternde. Kompressionsstufe <Zahl> für zlib/zstd für IL verwenden. Wird zur Generierung von Code für einige ältere Kernel-Revisionen verwendet. Hier verwendet Im Fix-and-Continue-Modus verwendet, um anzuzeigen, dass Objektdateien zur Laufzeit eingetauscht werden können (»swap«). Den Abrollfaktor begrenzen, der angibt, wie weit der Autovektorisierer eine Schleife abrollen darf. Voreinstellung ist 4. Benutzerdefinierte nicht-ELEMENTAL-Funktion %qs bei %L ist in WORKSHARE-Konstrukt nicht erlaubt Bei %2$L referenzierter Benutzeroperator %1$qs nicht im Modul %3$qs gefunden Prozedur für Benutzeroperator %qs bei %L kann nicht vermutete Zeichenlänge haben Prozedur für Benutzeroperator %qs bei %L muss eine FUNCTION sein Prozedur für Benutzeroperator %qs bei %L muss mindestens ein Argument haben Die Verwendung dieser Option wird diagnostiziert. IBM %<long double%> mit erweiterter Genauigkeit wird verwendet IEEE %<long double%> mit erweiterter Genauigkeit wird verwendet Es werden eingebaute Spezifikationen verwendet.
Verwendung der Funktion %qs bei %L ist veraltet Verwendung von Parameter %qs, der bei %L deklariert wurde, ist veraltet Verwenden der Subroutine %qs bei %L ist veraltet Verwendung der Variable %qs bei %L ist veraltet Normalerweise werden Symbole, die »private extern« (versteckt) sind, beim Linken lokal gemacht. Dieser Befehl unterdrückt das, so dass sie exportiert bleiben. VALUE-Argument der intrinsischen Funktion »%s« bei %L muss definierbar sein VALUE-Attribut bei %C VALUE ist in BLOCK bei %C nicht erlaubt VALUE-Objekt %qs in Klausel %s bei %L VALUE-Anweisung bei %C VOIDmode bei einer Ausgabe VOLATILE-Attribut bei %C VOLATILE-Attribut bei %L darf nicht in einer PURE-Prozedur angegeben werden VOLATILE-Anweisung bei %C Gültige Stufen für Nios-II-ISA (für -march): Gültige Argumente für die Option -msdata=: Gültige Argumente für -malign-: Gültige Argumente für -mcode-readable=: Gültige Argumente für -mfpmath=: Gültige Argumente für -mr10k-cache-barrier=: Gültige Argumente für -mstack-protector-guart=: Gültige Arguments für -mstringop-strategy=: Gültige Argumente für -mtp=: Gültige Optionen für GP-relative Adressierung (für -mgpopt): VTable-Zeiger validieren, bevor sie verwendet werden. Der Wert der HINT-Klausel bei %L muss ein gültiger konstanter Hinweisausdruck sein Variable %qs bei %C kann nicht innerhalb der bei %L beginnenden Schleife redefiniert werden Variable %qs bei %C mit Initialisierung tritt bereits in einer DATA-Anweisung auf Variable %qs bei %L kann nicht BIND(C) sein, weil es weder ein COMMON-Block noch mit Sichtbarkeit auf Modulebene deklariert ist Variable %qs bei %L kann nicht gleichzeitig die Attribute ALLOCATABLE und BIND(C) haben Variable %qs bei %L kann nicht gleichzeitig die Attribute OPTIONAL und VALUE haben, da Prozedur %qs BIND(C) ist Variable %qs bei %L kann nicht gleichzeitig die Attribute POINTER und BIND(C) haben Variable %qs bei %L wurde keine Formatmarke zugewiesen Variable %qs bei %L in Common-Block %qs bei %C muss in einer C-kompatiblen Art deklariert sein, da Common-Block %qs bind(c) ist Variable %qs bei %L muss in diesem Kontext eine Konstante sein Variable %qs bei %L ist INTENT(OUT) und kann daher kein reservierbares Coarray sein oder Coarray-Komponenten haben Variable %qs bei %L ist ein Koarray und ist weder ALLOCATABLE, SAVE, noch ein Scheinargument Variable %qs bei %L ist ein Scheinargument für die BIND(C)-Prozedur %qs, könnte jedoch unverträglich mit C sein Variable %qs bei %L ist ein Scheinargument für die BIND(C)-Prozedur %qs, jedoch nicht interoperabel mit C, da der abgeleitete Typ %qs nicht mit C interoperabel ist Variable %qs bei %L ist ein Scheinargument für die BIND(C)-Prozedur %qs, jedoch nicht interoperabel mit C, da sie polymorph ist Variable %qs bei %L ist in COMMON, aber Initialisierung ist nur in BLOCK DATA erlaubt Variable %qs bei %L könnte mit C inkompatibel sein, aber sie ist BIND(C) Variable %qs bei %L kann nicht innerhalb der bei %L beginnenden Schleife als INTENT(INOUT)-Argument für Funktion %qs definiert werden Variable %qs bei %L kann nicht innerhalb der bei %L beginnenden Schleife als INTENT(INOUT)-Argument für Unterprogramm %qs definiert werden Variable %qs bei %L mit TYPE(C_PTR) oder TYPE(C_FUNPTR) darf kein Koarray sein Variable %qs bei %L auf undefinierten Wert innerhalb der bei %L beginnenden Schleife gesetzt, als INTENT(OUT)-Argument für Funktion %qs Variable %qs bei %L wird auf undefinierten Wert gesetzt, innerhalb der bei %L beginnenden Schleife, als INTENT(OUT)-Argument für Unterroutine %qs Variable %qs bei %L mit OPTIONAL-Attribut in Prozedur %qs, die BIND(C) ist Variable %qs bei %L mit OPTIONAL-Attribut in Prozedur %qs, die jedoch BIND(C) ist Variable %qs bei %L mit OPTIONAL-Attribut in Prozedur %qs, die BIND(C) ist Variable %qs bei %L mit Koarraykomponente muss ein Nichtzeiger, nichtallozierbares Skalar und damit kein Koarray sein Variable %qs kann nicht in Variablen-Definitionskontext (%s) bei %L in PURE-Prozedur auftreten Variable %qs kann nicht im Ausdruck bei %L auftreten Variable %qs aus Modul %qs mit Bindungsmarke %qs bei %L verwendet denselben globalen Bezeichner wie Entität bei %L aus Modul %qs Variable %qs bei %L wurde keine Zielmarke zugewiesen Variable %qs in %s-Klausel wird in NAMELIST-Anweisung bei %L verwendet Variable %qs in Common-Block %qs bei %C kann nicht BIND(C) sein, da sie nicht global ist Variable %qs in gemeinsamem Block %qs bei %C muss mit einer mit C interoperablen Art deklariert sein, da der gemeinsame Block %qs BIND(C) ist Variable %qs in gemeinsamem Block %qs bei %L kann nicht mit BIND(C) deklariert werden, da sie nicht global ist Variable %qs in gemeinsamem Block %qs bei %L könnte inkompatibel mit C sein, obwohl gemeinsamer Block %qs BIND(C) ist Variable %qs ist PROTECTED und kann nicht in einem Zeigerzuordnungskontext (%s) bei %L vorkommen Variable %qs ist PROTECTED und kann nicht in Variablen-Definitionskontext (%s) bei %L auftreten Variable %qs bei %L ist kein Dummyargument Variable %qs wird bei %L vor Anweisung ENTRY verwendet, in der sie ein Parameter ist Variable %qs muss in derselben Gültigkeitsbereichseinheit wie »!$ACC DECLARE« bei %L sein Variable %1$qs bei %3$L mit Binde-Marke %2$qs verwenden denselben globalen Bezeichner wie die Entität bei %4$L In Spezifikationsausdruck verwendete Variable %qs wird bei %L vor Anweisung ENTRY referenziert, in der sie ein Parameter ist Variable %s bei %L des Typs EVENT_TYPE oder mit Subkomponente des Typs EVENT_TYPE muss ein Koarray sein Variable %s bei %L mit LOCK_TYPE oder mit Subkomponente mit LOCK_TYPE muss ein Koarray sein Variable %s bei %L mit NO_ARG_CHECK-Attribut darf nicht die Attribute ALLOCATABLE, CODIMENSION, POINTER oder VALUE haben Variable %s bei %L mit NO_ARG_CHECK-Attribut darf nicht das Attribut INTENT(OUT) haben Variable %s bei %L mit NO_ARG_CHECK-Attribut kann nur als effektives Argument verwendet werden Variable %s bei %L mit NO_ARG_CHECK-Attribut muss ein Scheinargument sein Variable %s bei %L mit NO_ARG_CHECK-Attribut muss vom Typ TYPE(*) oder von einem numerischen intrinsischen Typ sein Variable %s bei %L mit NO_ARG_CHECK-Attribut muss entweder skalar sein oder ein Feld vermuteter Größe Variable %s bei %L mit NO_ARG_CHECK-Attribut darf keine Referenz auf Subobjekt haben Variable %s kann nicht INTENT(IN) bei %C sein Variable %s kann nicht in PURE-Prozedur bei %C zugewiesen werden Variable bei %C ist ein Element eines COMMON-Blocks Variable bei %L wird mehrfach in Klauseln derselben OMP-DECLARE-TARGET-Direktive erwähnt Variable ist USE-verknüpft mit »!$ACC DECLARE« bei %L Variable außer OMP_OUT oder OMP_IN wird bei %L in Kombinierer von !$OMP DECLARE REDUCTION verwendet Variable außer OMP_PRIV oder OMP_ORIG wird bei %L in INITIALIZER-Klausel von !$OMP DECLARE REDUCTION verwendet Unbekannter Variablentyp in Zuweisung bei %L Variable mit Attribut NO_ARG_CHECK bei %L ist nur als Argument der intrinsischen Funktionen C_LOC und PRESENT erlaubt Zu verwendendes Vektorbibliotheks-ABI. Für Doppelwort-Operationen vektorisieren. Sicherstellen, dass die Codepfade für die ausgegebenen Meldungen machbar sind. Schleifen versionieren, je nachdem, ob sie eine Schrittweite von eins haben. Multiversionierung virtueller Funktionen wird nicht unterstützt Zugriffe auf flüchtigen Speicher nutzen I/O-load/store-Befehle nicht. Zugriffe auf flüchtigen Speicher nutzen I/O-load/store-Befehle. WAIT bei %C ist in Fortran 95 nicht erlaubt WAIT-Klausel bei %L erfordert einen skalaren INTEGER-Ausdruck WAIT-Anweisung ist in PURE-Prozedur bei %C nicht erlaubt WHERE-Zuweisungsziel bei %L hat ungültige Form WHERE-Maske bei %L hat ungültige Form Klausel WHERE/ELSEWHERE bei %L erfordert ein LOGICAL-Feld Bei »extern«-Deklarationen außerhalb des Dateisichtbarkeitsbereiches warnen. Bei »verdächtigen« Konstrukten warnen. Warnen, wenn »new« für Typen mit großer Ausrichtung aufgerufen wird, ohne dass »-faligned-new« angegeben ist. Bei @selector() ohne vorher deklarierte Methoden warnen. Bei C-Konstrukten, die nicht in gemeinsamer Teilmenge von C und C++ sind, warnen. Bei C++-Konstrukten, deren Bedeutung sich zwischen ISO C++ 1998 und ISO C++ 2011 unterscheidet, warnen. Bei C++-Konstrukten, deren Bedeutung sich zwischen ISO C++ 2011 und ISO C++ 2014 unterscheidet, warnen. Bei C++-Konstrukten, deren Bedeutung sich zwischen ISO C++ 2014 und ISO C++ 2017 unterscheidet, warnen. Bei C++-Konstrukten warnen, deren Bedeutung sich zwischen ISO C++ 2017 und ISO C++ 2020 unterscheidet. Bei polymorphen Typen in C++ warnen, bei denen das Schlüsselwort »final« die Codequalität verbessern würde. Bei virtuellen Methoden in C++ warnen, bei denen das Schlüsselwort »final« die Codequalität verbessern würde. Vor C++11-Konstrukten in Code warnen, der mit einem älteren Standard kompiliert wurde. Bei vererbten Konstruktoren in C++11 warnen, wenn die Basisklasse variadischen Konstruktor hat. Vor C++14-Konstrukten in Code warnen, der mit einem älteren Standard kompiliert wurde. Vor C++17-Konstrukten in Code warnen, der mit einem älteren Standard kompiliert wurde. Vor C++20-Konstrukten in Code warnen, der mit einem älteren Standard kompiliert wurde. Vor C++23-Konstrukten in Code warnen, der mit einem älteren Standard kompiliert wurde. Bei GCC-Formatzeichenketten warnen, die für Diagnosemeldungen ungeeignete Zeichenketten enthalten. Warnen, wenn NULL an Argumentstellen, die als nicht-NULL erfordernd markiert sind, übergeben wird. Bei PCH-Dateien, die gefunden, aber nicht verwendet werden, warnen. Bei USE-Anweisungen, die keinen ONLY-Qualifizierer haben, warnen. Bei Verwendung von __TIME__, __DATE__ oder __TIMESTAMP__ warnen. Bei Zugriffen auf ein innenliegendes Arrayfeld der Länge 0 warnen. Bei Ausrichtung von COMMON-Blöcken warnen. Bei »switch«-Anweisungen auf Aufzählungen, denen ein Fall fehlt, warnen. Bei leerem Körper in einer if- oder else-Anweisung warnen. Bei ungültigen DO-Schleifen warnen. Warnen, wenn ein boolescher Ausdruck mit einer Ganzzahl verglichen wird, deren Wert ungleich true/false ist. Bei Pufferüberlauf in Stringfunktionen wie memcpy und strcpy warnen. Bei Aufrufen nicht explizit deklarierter Prozeduren warnen. Warnen, wenn std::move auf einem lokalen Objekt in einer return-Anweisung aufgerufen wird und dadurch das Ersparen der Kopie verhindert. Warnen, wenn Aufrufe für snprintf und ähnliche Funktionen die Ausgabe abschneiden. Bei Aufrufen von snprintf und ähnlichen Funktionen warnen, wenn sie die Ausgabe abschneiden. Entspricht -Wformat-truncation=1. Warnen bei Aufrufen von strcmp und strncmp, die auf Gleichheit geprüft werden und die notwendigerweise wahr oder falsch sind, wegen der Länge des einen und Größe des anderen Arguments. Bei Aufrufen mit impliziter Schnittstelle warnen. Vor Fällen warnen, in denen -ftrivial-auto-var-init eine Auto-Variable nicht initialisieren kann. Warnen, wenn Funktionen in unverträgliche Typen umgewandelt werden. Warnen, wenn Funktionen in unverträgliche Funktionstypen umgewandelt werden. Bei Umwandlungen warnen, die null als Ergebnis haben. Bei Umwandlungen, die Qualifizierer streichen, warnen. Bei catch-Behandlern warnen, die nicht Referenztypen sind. Bei bestimmten Operationen auf booleschen Ausdrücken warnen. Bei Codepfaden warnen, in denen NULL an ein Funktionsargument übergeben wird, das nicht NULL sein darf. Bei Codepfaden warnen, in denen ein NULL-Funktionszeiger aufgerufen wird. Bei Codepfaden warnen, in denen ein NULL-Zeiger dereferenziert wird. Bei Codepfaden warnen, in denen ein Dateideskriptor mehr als einmal geschlossen werden kann. Bei Codepfaden warnen, in denen ein Dateideskriptor nicht geschlossen wird. Bei Codepfaden warnen, in denen ein Dateideskriptor verwendet wird, ohne auf Gültigkeit zu prüfen. Bei Codepfaden warnen, in denen ein bereits freigegebener Wert verwendet wird. Bei Codepfaden warnen, in denen ein vom Heap reservierter Zeiger nicht freigegeben wird. Bei Codepfaden warnen, in denen ein longjmp zurückspult zu einem jmp_buf, der in einem Stapelrahmen gespeichert wurde, der bereits verlassen wurde. Bei Codepfaden warnen, in denen ein Zeiger freigegeben wird, der nicht vom Heap kommt. Bei Codepfaden warnen, in denen ein Zeiger mehr als einmal freigegeben werden kann. Bei Codepfaden warnen, in denen ein Zeiger auf NULL geprüft wird, nachdem er bereits dereferenziert wurde. Bei Codepfaden warnen, in denen ein Zeiger auf einen Puffer einem inkompatiblen Typen zugewiesen wird. Bei Codepfaden warnen, in denen ein Zeiger auf einen bereits verschwundenen Stapelrahmen verwendet wird. Bei Codepfaden warnen, in denen ein Zeiger, der möglicherweise NULL ist, dereferenziert wird. Bei Codepfaden warnen, in denen ein Wert, der möglicherweise NULL ist, an ein Funktionsargument übergeben wird, das nicht NULL sein darf. Bei Codepfaden warnen, in denen ein Lese- oder Schreibzugriff auf einem geschlossenen Dateideskriptor versucht wird. Bei Codepfaden warnen, in denen Bits mit Anzahl >= Typbreite geschoben werden. Bei Codepfaden warnen, in denen Bits mit negativer Anzahl geschoben werden. Bei Codepfaden warnen, in denen eine stdio-Datei mehr als einmal geschlossen werden kann. Bei Codepfaden warnen, in denen eine stdio-Datei nicht geschlossen wird. Bei Codepfaden warnen, in denen va_list nach va_end verwendet wird. Bei Codepfaden warnen, in denen eine Lese- oder Schreiboperation auf einem Puffer außerhalb der Puffergrenzen stattfindet. Bei Codepfaden warnen, in denen »assert« mit einem unvalidierten Wert aufgerufen wird. Bei Codepfaden warnen, in denen eine Funktion, die async-signal-unsafe ist, aus einem Signalbehandler heraus aufgerufen wird. Bei Codepfaden warnen, in denen ein Puffer vom Stapelspeicher an putenv übergeben wird. Bei Codepfaden warnen, in denen eine Operation in der falschen Lebensphase eines Dateideskriptors versucht wird. Bei Codepfaden warnen, in denen eine Operation auf der falschen Art von Dateideskriptor versucht wird. Bei Codepfaden warnen, in denen ein uninitialisierter Wert verwendet wird. Bei Codepfaden warnen, in denen ein nicht überprüfter Wert als Divisor verwendet wird. Bei Codepfaden warnen, in denen ein nicht überprüfter Wert als Zeiger-Offset verwendet wird. Bei Codepfaden warnen, in denen ein nicht überprüfter Wert als Größe verwendet wird. Bei Codepfaden warnen, in denen ein nicht überprüfter Wert zur Speicherallozierung verwendet wird. Bei Codepfaden warnen, in denen ein nicht überprüfter Wert als Arrayindex verwendet wird. Bei Codepfaden warnen, in denen Gleitkommaarithmetik verwendet wird, obwohl exakte Berechnungen erforderlich sind. Bei Codepfaden warnen, in denen ein Lesezugriff versucht wird, obwohl die Datei nur zum Schreiben geöffnet wurde, oder umgekehrt. Bei Codepfaden warnen, in denen sensible Daten über eine Sicherheitsgrenze hinweg kopiert werden. Bei Codepfaden warnen, in denen sensible Daten in eine Datei geschrieben werden. Bei Codepfaden warnen, in denen die falsche Deallozierungsfunktion aufgerufen wird. Bei Codepfaden warnen, in denen va_arg zu oft auf einer va_list verwendet wird. Bei Codepfaden warnen, in denen va_arg einen falschen Typ verwendet. Bei Codepfaden warnen, in denen va_start oder va_copy ohne zugehöriges va_end verwendet wird. Bei Codepfaden warnen, die anscheinend zu endloser Rekursion führen. Bei Codepfaden warnen, in denen in ein const-Objekt geschrieben wird. Bei Codepfaden warnen, in denen in ein Stringliteral geschrieben wird. Bei Code warnen, der strict-aliasing-Regeln verletzen könnte. Beim Vergleich verschiedener Enum-Typen warnen. Beim Vergleich zwischen zwei Operanden vom Typ Array warnen. Bei Ganzzahldivisionen durch Null zur Übersetzungszeit warnen. Bei Ganzzahldivisionen mit abgeschnittenem Ergebnis warnen. Bei Erzeugung temporärer Felder warnen. Bei »hängendem else« warnen. Bei Deklarationen von Entitys warnen, in denen Attribute fehlen, die bei verwandten Entitys jedoch angegeben wurden. Beim Löschen polymorpher Objekte mit nicht-virtuellen Destruktoren warnen. Vor der Verwendung des veralteten AltiVec-Typen »vector long ...« warnen. Bei veralteten arithmetischen Umwandlungen von Operanden mit Aufzählungstypen warnen. Bei veralteten arithmetischen Umwandlungen von Operanden warnen, bei denen der eine von einem Aufzählungstyp ist und der andere eine Gleitkommazahl. Warnen, wenn der Qualifizierer »volatile« in veralteter Form eingesetzt wird. Bei Divisionen von zwei %<sizeof%>-Operatoren warnen, wenn der erste auf ein Array angewendet wird und der Divisor nicht die Größe des Arrayelements ist. Bei doppelten Zweigen in if-else-Anweisungen warnen. Warnen, wenn in einer if-else-if-Kette doppelte Bedingungen auftauchen. Bei Vermischung von enum/integer-Typen warnen. Bei »switch«-Anweisungen auf Aufzählungen ohne »default:«-Fall warnen. Bei »switch«-Anweisungen auf Aufzählungen, denen ein Fall fehlt und die kein »default:« haben, warnen. Bei Prüfung auf Gleichheit mit REAL- oder COMPLEX-Ausdrücken warnen. Bei Merkmalen, die in ISO C2X, aber noch nicht in ISO C11 verfügbar sind, warnen. Bei Merkmalen, die in ISO C99, aber noch nicht in ISO C90 verfügbar sind, warnen. Bei Merkmalen, die in ISO C11, aber noch nicht in ISO C99 verfügbar sind, warnen. Bei Merkmalen, die in traditionellem C nicht verfügbar sind, warnen. Bei Formatstrings, die keine Literale sind, warnen. Bei Formatstrings, die NUL-Bytes enthalten, warnen. Beim Entfernen von Funktionsaufrufen warnen. Bei Funktionsaufrufen mit Formatzeichenketten warnen, die hinter das Ende der Zielregion schreiben. Bei Funktionsaufrufen mit Formatzeichenketten warnen, die hinter das Ende der Zielregion schreiben. Entspricht -Wformat-overflow=1. Bei Funktionen im K&R-Stil, die Parameter ohne Typangabe haben, warnen. Bei Arithmetik mit Funktionszeigern warnen. Bei Funktionen, die Kandidaten für __attribute__((cold)) sein könnten, warnen. Bei Funktionen, die Kandidaten für __attribute__((const)) sein könnten, warnen. Bei Funktionen, die Kandidaten für __attribute__((malloc)) sein könnten, warnen. Bei Funktionen, die Kandidaten für __attribute__((noreturn)) sein könnten, warnen. Bei Funktionen, die Kandidaten für __attribute__((pure)) sein könnten, warnen. Bei Funktionen, die Kandidaten für Formatattribute sein könnten, warnen. Vor globalen Funktionen ohne vorherige Deklaration warnen. Bei globalen Funktionen ohne Prototypen warnen. Bei impliziten Umwandlungen von enum-Typen warnen. Bei impliziten Umwandlungen von »float« nach »double« warnen. Bei impliziten Deklarationen warnen. Bei impliziten Funktionsdeklarationen warnen. Bei unpassender Attributverwendung warnen. Bei inkompatiblen Umwandlungen zwischen Zahlen und Zeigern (in beide Richtungen) warnen. Warnen, wenn Member mit flexiblem Arraytyp falsch verwendet werden, gemäß der Stufe von »-fstrict-flex-arrays«. Bei ungültigen OpenACC-Dimensionen warnen. Bei ungültigen UTF-8-Zeichen warnen. Bei ungültigen Formen von begrenzten oder benannten Escapesequenzen warnen. Bei ungültigen Verwendungen des Makros »offsetof« warnen. Bei möglicherweise fehlendem Schlüsselwort »requires« warnen. Bei in der Hauptdatei definierten, ungenutzten Makros warnen. Bei Makros warnen, deren Header-Einheits-Definitionen nicht übereinstimmen. Bei möglicherweise nicht initialisierten automatischen Variablen warnen. Warnen, wenn Deklarationen von VLA-Parametern nicht übereinstimmen. Bei widersprüchlichen Deklarationen von Arrayparametern und unsicherem Zugriff auf diese warnen. Bei fehlendem »&« in fortgesetzten Zeichenkonstanten warnen. Bei fehlenden Feldern in struct-Initialisierungen warnen. Warnen, wenn Deallokationsfunktionen mit expliziter Größenangabe fehlen. Bei Missbrauch von Pragmas warnen. Bei den meisten impliziten Umwandlungen warnen. Bei mehreren Deklarationen desselben Objektes warnen. Bei verengenden Umwandlungen innerhalb von { }, die in C++11 unzulässig sind, warnen. Bei nicht-virtuellen Destruktoren warnen. Bei fehlenden ISO msvcrt scanf/printf Breiten-Erweiterungen warnen. Warnung vor unsinnigen Werten von --param destructive-interference-size oder constructive-interference-size. Bei Optimierungen, die annehmen, dass vorzeichenbehafteter Überlauf undefiniert ist, warnen. Bei Überlauf in arithmetischen Ausdrücken warnen. Bei überladenen virtuellen Funktionsnamen warnen. Beim Überschreiben von Initialisierungen mit Seiteneffekten warnen. Beim Überschreiben von Initialisierungen ohne Seiteneffekte warnen. Bei gepackten Bitfeldern, deren Offset sich in GCC 4.4 geändert hat, warnen. Warnen, wenn Zeigerumwandlungen die Ausrichtung vergrößern. Bei positioneller Initialisierung von Strukturen warnen, die designierte Initialisierungen erfordern. Bei möglichem Aliasing von Dummy-Argumenten warnen. Vor möglichen Sicherheitsproblemen mit Formatfunktionen warnen. Bei möglichen Verstößen gegen Sequenzpunktregeln warnen. Bei möglicherweise falschen Arrayindexen in do-Schleifen warnen. Bei möglicherweise fehlenden Klammern um Initialisierungen warnen. Bei möglicherweise fehlenden Klammern warnen. Bei möglicherweise geschachtelten Blockkommentaren und C++-Kommentaren, die mehr als eine physikalische Zeile umfassen, warnen. Vor potenziell suboptimalen Entscheidungen im Zusammenhang mit OpenACC-Parallelität warnen. Bei Unregelmäßigkeiten in printf/scanf/strftime/strfmon-Formatstrings warnen. Bei fragwürdiger Verwendung der Makros, die variable Argumente ermitteln, warnen. Warnen, wenn das Quellarray über das Ende hinaus gelesen wird, in Speicherfunktionen wie %<memchr%> und %<memcpy%>. Bei Gleitkommakonstanten-Literalen mit Exponentenbuchstaben »q« warnen. Bei redundanten Aufrufen von std::move warnen. Bei Rückgabe eines Zeigers/Referenz an lokale oder temporäre Variable warnen. Bei zurückgegebenen Strukturen, Unions oder Arrays warnen. Bei Semikolon nach Funktionsdefinition innerhalb einer Klasse warnen. Vor Vorzeichenunterschieden mit Formatfunktionen warnen. Bei Vergleichen von vorzeichenbehaftet mit vorzeichenlos warnen. Während der Optimierungen zur Linkzeit bei einigen Verletzungen der One-Definition-Rule aus C++ warnen. Bei Anweisungen warnen, die zwischen »switch (...)« und dem ersten »case:« stehen. Bei verirrten Symbolen hinter #elif und #endif warnen. Bei strftime-Formaten, die 2-stellige Jahreszahlen erzeugen, warnen. Vor Indizes mit Typ »char« warnen. Bei verdächtigen Aufrufen von memset warnen, wenn das dritte Argument die Anzahl der Elemente enthält, aber nicht mit der Elementgröße multipliziert. Bei verdächtigen Aufrufen von memset warnen, wenn das dritte Argument eine Null ist, das zweite jedoch nicht. Vor verdächtigen Deklarationen von »main« warnen. Warnen, wenn zwei sizeof-Ausdrücke durcheinander geteilt werden, die nicht korrekt mit Zeigern funktionieren. Bei verdächtigen Aufrufen bestimmter Zeichenkettenfunktionen warnen, wenn im Argument sizeof vorkommt. Vor verdächtigem Gebrauch von Speicheradressen warnen. Warnen, wenn die Vergleichswerte einer switch-Anweisung außerhalb des für den Typ erreichbaren Bereichs liegen. Bei switch-Anweisungen mit booleschem Steuerausdruck warnen. Bei den merkwürdigsten syntaktischen Mehrdeutigkeiten warnen. Bei Dingen warnen, die sich zwischen der aktuellen »-fabi-version« und der angegebenen Version ändern. Bei Dingen warnen, die sich bei der Übersetzung mit einem ABI-konformen Compiler ändern werden. Bei abgeschnittenen Zeichenausdrücken warnen. Bei abgeschnittenen Quelltextzeilen warnen. Bei Abschneiden in Stringfunktionen wie strncat und strncpy warnen. In Deklarationen mit Alias-Attributen bezüglich Typsicherheit und ähnlicher Fehler und Irrtümer warnen. Bei als Wächter verwendetem, nicht umgewandeltem NULL warnen. Bei Unterlauf numerischer Konstantenausdrücke warnen. Bei nicht initialisierten automatischen Variablen warnen. Bei Funktionsdeklarationen ohne Prototyp warnen. Bei nicht erkannten Pragmas warnen. Warnen bei unsicheren Makros, die zu mehreren Anweisungen expandiert werden und innerhalb eines if, else, while, switch oder for verwendet werden. Bei Gleitkommakonstanten ohne Suffix warnen. Bei nicht unterstützten Features im ThreadSanitizer warnen. Bei nicht verwendeten Dummy-Argumenten warnen. Bei Verwendung von Zeichenkonstanten mit mehreren Zeichen warnen. Bei unnützen Typumwandlungen warnen. Bei durch den Benutzer angegebenen Einfügepfaden, die nicht vorhanden sind, warnen. Bei Verwendungen von Deklarationen mit __attribute__((deprecated)) warnen. Bei Verwendungen von Deklarationen mit __attribute__((warning)) warnen. Warnen, wenn innerhalb eines Arrayindex ein Komma-Operator verwendet wird. Bei Verwendung der Speicherklassenangabe »register« warnen. Bei Verwendung von std::initializer_list warnen, wenn dadurch baumelnde Zeiger entstehen können. Bei Verwendung variadischer Makros warnen. Bei Variablen, die von »longjmp« oder »vfork« geändert werden könnten, warnen. Bei Variablen, die mit sich selbst initialisiert werden, warnen. Bei Verstößen gegen die Stil-Richtlinien von »Effective C++« warnen. Bei xor-Operatoren warnen, die so aussehen, als sei Potenzieren gemeint. Bei Formaten der Länge null warnen. Bei DO-Schleifen mit null Durchläufen warnen. Bei Aufrufen von Allozierungsfunktionen warnen, bei denen als Größe 0 angegeben ist. Bei Verwendung von bedingt unterstützten Konstrukten warnen. Bei Umwandlung von NULL in Nicht-Zeiger-Typ oder umgekehrt warnen. Warnen bei Deallokationsaufrufen mit Argumenten, die von nicht übereinstimmenden Allokationsfunktionen zurückgegeben werden. Bei impliziten Typumwandlungen zwischen vorzeichenbehafteten und vorzeichenlosen Ganzzahlen warnen. Bei impliziten Typumwandlungen warnen, die die Präzision von Gleitkommazahlen reduzieren. Bei impliziten Typumwandlungen warnen, die einen Wert ändern könnten. Bei unendlich rekursiven Aufrufen warnen. Warnen bei Nichtübereinstimmung zwischen Aufrufen der Operatoren »new« oder »delete« und dem entsprechenden Aufruf der Allokations- oder Deallokationsfunktion. Bei veralteter Verwendung in einer Deklaration warnen. Bei Placement-New-Ausdrücken mit undefiniertem Verhalten warnen. Bei verdächtigen Ganzzahl-Ausdrücken im Boolean-Kontext warnen. Warnen bei unsicherem direkten Schreibzugriff in Speicher von Klassen-Objekten. Vor der Verwendung von Zeigern auf Auto-Variablen, deren Lebensdauer abgelaufen ist, warnen. Vor der Verwendung von Zeigern auf freigegebenen Speicher warnen. Bei spekulativen Compilierungen wie zum Beispiel __traits(compiles) warnen. Warnen, wenn »defined« außerhalb von »#if« verwendet wird. Warnen, wenn ein C++17-noexcept-Funktionstyp den gemangelten Namen eines Symbols beeinflusst. Warnen, wenn eine Typumwandlung im C-Stil im Programm verwendet wird. Warnen, wenn der Rückgabewert der mit dem Attribut warn_unused_result definierten Funktion ignoriert wird. Warnung, wenn eine Klassenschnittstelle keine Superklasse hat. Wurzelklassen können ein Attribut verwenden, um diese Warnung zu unterdrücken. Warnen, wenn ein Klassentyp eine Basis oder ein Feld hat, deren Typ den unbenannten Namensraum verwendet oder von einem Typen ohne Bindung abhängt. Warnen, wenn ein Vergleich immer zu »wahr« oder »falsch« auswertet. Warnen, wenn ein Vergleich durch beschränkten Wertebereich des Datentyps stets »wahr« oder »unwahr« ist. Warnen, wenn veraltetes Compiler-Merkmal, Klasse, Methode oder Feld verwendet wird. Warnen, wenn eine Funktion alloca verwendet oder ein Array dynamischer Größe erzeugt. Warnen, wenn eine lokale Deklaration eine Instanzvariable verdeckt. Warnen, wenn Schleife mit konstanter Anzahl von Durchläufen zu undefiniertem Verhalten führt. Warnen, wenn für eine Eigenschaft eines Objective-C-Objektes keine Zuweisungssemantik spezifiert ist. Warnen, wenn ein Selektor mehrere Methoden hat. Warnen, wenn eine SIMD-Direktive vom Vektorisierer-Kostenmodell übersteuert wird. Warnen, wenn Rahmengröße einer einzelnen Funktion die angegebene Rahmengröße überschreitet. Warnen, wenn Zeichenkette länger als die größte vom Standard angegebene portable Länge ist. Bei Teilobjekt mit Attribut abi_tag warnen, das das Gesamtobjekt nicht hat. Warnen, wenn ein throw-Ausdruck garantiert in einem Aufruf von terminate() endet. Warnen, wenn eine Benutzer-Prozedur denselben Namen wie ein Intrinsic hat. Warnen, wenn ein Array variabler Länge verwendet wird. Warnen, wenn virtuelle Basis einen nicht trivialen Zuweisungsoperator (move) hat. Warnen, wenn ein MCU-Name unbekannt ist oder mit anderen Optionen unverträglich ist (Vorgabe: eingeschaltet). Warnen, wenn auf ein Array außerhalb der Grenzen zugegriffen wird. Warnen, wenn eine Parameterdefinition im alten Stil verwendet wird. Warnen, wenn ein undefiniertes Makro in einer #if-Anweisung verwendet wird. Warnen, wenn ein Zeiger mit »nonnull«-Attribut mit NULL verglichen wird. Warnen, wenn konstante CFString-Objekte unportable Zeichen enthalten. Warnen, wenn Konstruktoren oder Destruktoren mit Prioritäten von 0 bis 100 verwendet werden. Warnen, wenn das Ergebnis der arithmetischen Berechnungen einen falschen Wert ergeben könnte, selbst wenn die Operanden korrekt konvertiert werden. Warnen, wenn das Dereferenzieren eines Nullzeigers zu fehlerhaftem oder undefiniertem Verhalten führen kann. Warnen, wenn devices.csv nicht gefunden wird oder es Probleme beim Einlesen gibt (Vorgabe: an). Warnen, wenn geerbte Methoden nicht implementiert sind. Warnen, wenn das Linksschieben eines vorzeichenbehafteten Werts überläuft. Warnen, wenn eine negative Zahl nach links geschoben wird. Warnen, wenn Schleifen getauscht wurden. Bei zu vielen Argumenten für eine Funktion (anhand Formatzeichenkette) warnen. Warnen, wenn Qualifizierer von Arrays gestrichen werden, die Zeigerziele sind. Warnen, wenn Rechts-Schiebe-Anzahl >= Breite des Typs ist. Warnen, wenn Schiebe-Anzahl negativ ist. Bei Test von Gleitkommawerten auf Gleichheit warnen. Warnen, wenn die ISR falschgeschrieben ist, beispielsweise ohne __vector-Präfix. Voreinstellung: eingeschaltet. Warnen, wenn das NSObject-Attribut auf etwas Anderes als typedef angewendet wird. Warnen, wenn sich der Adressraum einer Adresse ändert. Warnen, wenn der Code so kompliziert ist, dass er nicht vollständig analysiert werden kann. Warnen, wenn der Zeiger in einer Zeigerzuweisung sein Ziel überleben könnte. Bei Unverträglichkeit eines Variablentyps mit C warnen. Warnen, wenn Trigraphen auftreten, die die Bedeutung des Programmes beeinflussen könnten. Warnen, wenn Typqualifizierer von Zeigern ignoriert werden. Wenn Typsignaturen der Kandidatenmethoden nicht exakt passen, warnen. Warnen, wenn eine Funktion aufgrund eines ungültigen Zeilennummer-Makros früher endet als sie beginnt. Warnen, wenn Profile in -fprofile-use nicht existieren. Warnen, wenn Profile in -fprofile-use nicht zueinander passen. Bei Prototypen warnen, die zu anderen Typumwandlungen führen würden, wenn der Prototyp nicht angegeben wäre. Bei jeglicher Verwendung von alloca warnen. Bei direkter Mehrfachvererbung warnen. Bei direkter virtueller Vererbung warnen. Bei Intrinsics, die nicht im gewählten Standard vorhanden sind, warnen. Bei Namensraum-Definition warnen. Bei primärer Deklaration von Templates warnen. Bei verdächtigen Aufrufen von Standardfunktionen warnen, die absolute Werte berechnen. Bei verdächtigen Konstrukten waren, an denen die umgekehrte skalare Speicherreihenfolge beteiligt ist. Warnen, dass »-fno-automatic« Rekursion kaputtmachen könnte. Warnen, wenn __builtin_frame_address oder __builtin_return_address auf unsichere Weise verwendet werden. Warnen, wenn die eingebauten Funktionen __sync_fetch_and_nand und __sync_nand_and_fetch verwendet werden. Warnen, wenn eine #warning-Direktive verwendet wird. Warnen, wenn eine Basis aufgrund von Mehrdeutigkeit im abgeleiteten Typ unzugänglich wird. Warnen, wenn eine eingebaute Funktion mit der falschen Signatur deklariert wird. Bei undefiniertem oder redefiniertem eingebauten Präprozessormakro warnen. Warnen, wenn eine Klasse neudeklariert oder mit einem unpassenden Klassenschlüssel auf sie verwiesen wird. Warnen, wenn auf eine Klasse oder einen Aufzählungstyp mit einem redundanten Klassenschlüssel verwiesen wird. Warnen, wenn eine konstante Variable nicht verwendet wird. Warnen, wenn eine Umwandlungsfunktion niemals aufgerufen werden kann, aufgrund des Umwandlungs-Zieltypen. Warnen, wenn eine Deklaration keinen Typ angibt. Warnen, wenn in einer Deklaration const, volatile, restrict oder _Atomic doppelt angegeben ist. Warnen, wenn eine Deklaration hinter einer Anweisung gefunden wird. Warnen, wenn eine Funktion ungenutzt bleibt. Warnen, wenn eine Funktion niemals einen konstanten Ausdruck liefert. Warnen, wenn ein Funktionsparameter zwar gesetzt, aber nicht verwendet wird. Warnen, wenn ein Funktionsparameter nicht verwendet wird. Warnen, wenn ein Sprung die Initialisierung einer Variable überspringt. Warnen, wenn eine Sprungmarke ungenutzt bleibt. Warnen, wenn Feldvariable auf linker Seite wiederholt reserviert wird. Warnen, wenn Variable auf linker Seite wiederholt reserviert wird. Warnen, wenn ein Literal 0 als NULL-Zeiger verwendet wird. Warnen, wenn ein logischer Operator verdächtigerweise immer zu »wahr« oder »falsch« auswertet. Warnen, wenn ein »noexcept«-Ausdruck zu »falsch« auswertet, obwohl der Ausdruck nicht werfen kann. Warnen, wenn sich ein Zeiger im Vorzeichenbesitz in einer Zuweisung unterscheidet. Bei Typkonvertierung von Zeiger auf Ganzzahl anderer Breite warnen. Warnen, wenn ein Zeiger mit '\0' verglichen wird. Warnen, wenn eine bereichsbasierte for-Schleife unnötige Kopien erzeugt. Warnen, wenn eine Referenz an ein temporäres Objekt gebunden ist, dessen Lebenszeit abgelaufen ist. Warnen, wenn eine Registervariable als »volatile« deklariert ist. Warnen, wenn Zeichenkette oder Zeichenliteral gefolgt von UD-Suffix auftritt, der nicht mit Unterstrich anfängt. Warnen, wenn in einem switch-Block ein case durchfällt. Warnen, wenn ein Wert mit »std::move« in sich selbst verschoben wird. Warnen, wenn eine Variable zwar gesetzt, aber nicht verwendet wird. Warnen, wenn eine Variable nicht verwendet wird. Warnen, wenn Vektoroperation außerhalb von SIMD kompiliert wird. Warnen, wenn alle Konstruktoren und Destruktoren privat sind. Warnen, wenn ein Argument für einen »restrict«-Parameter auch in einem anderen Argument vorkommt. Warnen, wenn ein Parameter des atomaren Speichermodells erkennbar außerhalb des Wertebereiches ist. Warnen, wenn ein Ausnahmebehandler von einem anderen Behandler überdeckt wird. Warnen, wenn ein Ausdruckswert nicht verwendet wird. Warnen, wenn eine inline-Funktion nicht als solche erzeugt werden kann. Warnen, wenn ein Optimierungsdurchgang ausgeschaltet ist. Beim Versuch der Freigabe eines Nicht-Heap-Objektes warnen. Bei Umwandlung des Typs von Zeigern auf Elementfunktionen warnen. Warnen, wenn ein Zeiger auf unvollständigen Typen gelöscht wird. Warnen, wenn Felder in einer gepackten Struktur nicht ausgerichtet sind. Warnen, wenn ein logisches Nicht im linken Operanden eines Vergleichs verwendet wird. Warnen, wenn mehrere unterschiedliche schnelle Interruptbehandlungsroutinen in Übersetzungseinheit sind. Warnen, wenn Nicht-Template-Friend-Funktionen innerhalb eines Templates deklariert werden. Warnen, wenn Stapelzerstörungsschutz aus irgendeinem Grund nicht erzeugt wird. Warnen, wenn eine lokale Variable eine andere lokale Variable oder einen Parameter mit gleichem Typ überdeckt. Warnen, wenn eine lokale Variable eine andere lokale Variable oder einen Parameter überdeckt. Warnen, wenn eine Variable eine andere überdeckt (global). Warnen, wenn eine Variable eine andere überdeckt. Entspricht -Wshadow=global. Warnen, wenn Überladung zur Umwandlung von vorzeichenbehaftet zu vorzeichenlos führt. Warnen, wenn Auffüllen benötigt wird, um Strukturelemente auszurichten. Warnen beim Ableiten von Klassentemplateargumenten an Typen ohne Ableitungshinweise. Warnen, wenn Profiling-Instrumentierung verlangt wurde, aber auf eine bestimmte Funktion nicht angewandt werden konnte. Warnen, wenn sizeof auf einen Funktionsparameter angewendet wird, der als Array deklariert ist. Warnen, wenn die Adresse eines gepackten Elements einer Struktur oder Union verwendet wird. Warnen, wenn der Compiler Code umsortiert. Warnen, wenn Feld in einer Struktur nicht ausgerichtet ist. Warnen, wenn die Einrückung des Codes nicht der Blockstruktur entspricht. Warnen, wenn das »packed«-Attribut keine Auswirkung auf Strukturanordnung hat. Warnen, wenn das Schlüsselwort »template« nach einem Token für Memberzugriff in einem abhängigen Memberzugriff-Ausdruck fehlt, wenn dieser Member ein Template ist. Bei Typumwandlung in Zeiger von Ganzzahl anderer Größe warnen. Bei Zeiger-Umwandlungen zwischen inkompatiblen Zeigertypen warnen. Bei lokal in Funktionen definierten, aber nicht verwendeten Typedefs warnen. Bei Standardrückgabetyp »int« für Funktionen (C) und inkonsistenten Rückgabetypen (C++) warnen. Warnen, wenn ein Trampolin generiert wird. Immer warnen, wenn eine Objective-C-Zuweisung vom Garbage Collector abgefangen wird. Warnen, wenn Attribute ignoriert werden. Warnen, wenn Typqualifizierer ignoriert werden. Warnung Wenn weder »signed« noch »unsigned« angegeben wurden, das Bitfeld vorzeichenbehaftet machen. Wenn weder »signed« noch »unsigned« angegeben ist, das Bitfeld vorzeichenlos machen. Wenn »-mhard-float« ausgewählt ist, werden Gleitkommaberechnungen mit doppelter Genauigkeit in Hardware-Befehle übersetzt. Standardmäßig werden für diese Berechnungen Funktionen aus der libgcc verwendet. Wenn »-mhard-float« ausgewählt ist, werden ungeordnete Fließkomma-Vergleichs- und Set-Flag-Befehle (lf.sfun*) erzeugt. Standardmäßig werden Funktionen von libgcc verwendet, um ungeordnete Fließkomma-Vergleichs- und Flag-Operationen durchzuführen. Wenn ein Symbol aufgelöst wird, den Gültigkeitsbereich »alias this« prüfen, erst danach zu den höheren Bereichen gehen. Bei RAM-Zugriff X wie durch Hardware vorgegeben verwenden, d.h. Pre-Dekrement, Post-Inkrement und indirekte Adressierung mit dem X-Register. Ohne diese Option nimmt der Compiler an, dass es einen Adressierungsmodus X+const, ähnlich zu Y+const und Z+const gibt und erzeugt Befehle, die diesen Adressierungsmodus für X emulieren. Wenn beide Heuristiken mit rs6000-density-pct-threshold und rs6000-density-size-threshold erfüllt sind, werden die Kosten des Schleifenkörpers mit dem Wert bestraft, der durch diesen Parameter festgelegt ist. Der Standardwert ist 10. Bei der Kostenkalkulation für die Vektorisierung von Schleifen müssen wir wahrscheinlich die Kosten für den Schleifenkörper bestrafen, indem wir übermäßig versetzte oder elementweise Lesezugriffe berücksichtigen. Wir sammeln die Zahlen für allgemeine Anweisungen und Ladeanweisungen entsprechend den Informationen für zu vektorisierende Anweisungen, prüfen den Anteil der Ladeanweisungen und bestrafen nur, wenn der Anteil den durch diesen Parameter festgelegten Schwellwert überschreitet. Der Standardwert ist 45. Bei der Kostenkalkulation für die Vektorisierung von Schleifen müssen wahrscheinlich die Kosten für den Schleifenkörper bestraft werden, wenn das bestehende Kostenmodell Verzögerungen durch nicht verfügbare Vektorressourcen nicht angemessen widerspiegelt. Die Kosten für vektorisierte Anweisungen und nicht-vektorisierte Anweisungen werden getrennt gesammelt, und die Bestrafung erfolgt nur, wenn das Verhältnis von vec_cost zu (vec_cost + nicht-vec_cost) den durch diesen Parameter festgelegten Schwellenwert überschreitet. Der Standardwert ist 85. Bei Erzeugung von »-fpic«-Code den ausführbaren Dateien erlauben, PLTs zu verwenden. Ignoriert für »-fno-pic«. Bei Erzeugung von »-mabicalls«-Code den ausführbaren Dateien erlauben, PLTs und Kopierauslagerungen zu verwenden. Bei Erzeugung von -mabicalls den Code tauglich für gemeinsam genutzte Bibliotheken machen. Beim Binden für Big-Endian-Zielsysteme ein Abbild im BE8-Format erzeugen. Beim Binden für Big-Endian-Zielsysteme ein Abbild im veralteten BE32-Format erzeugen. Wenn möglich, keine Stapelrahmen erzeugen. Bei der Weitergabe von IPA-CP-Effektschätzungen werden die Häufigkeiten der rekursiven Kanten, die einen unveränderten Wert zurückbringen, mit diesem Faktor multipliziert. Wenn der für eine Schleife berechnete Reduktionsfaktor den durch diesen Parameter angegebenen Schwellenwert überschreitet, diese Schleife vorzugsweise abzurollen. Der Standardwert ist 1. Beim Durchlaufen von CSE: Sprüngen zu ihren Zielen folgen. Bei der Verwendung von Profil-Feedback wird die Kante an dieser prozentualen Position im Frequenzhistogramm als Grundlage für die IPA-CP-Heuristik verwendet. Bei der Vektorisierung für SVE ungepackte Vektoren für kleinere Elemente in Betracht ziehen und das Kostenmodell verwenden, um den günstigsten Ansatz auszuwählen. Das Kostenmodell wählt außerdem zwischen SVE und Advanced SIMD-Vektorisierung. Falls kürzer, kanonische Pfade zu System-Headern verwenden. Ob bei -fchecking Fehler im Codegenerator als interne Compilerfehler behandelt werden sollen. Ob Software-Prefetch-Tipps für nicht-konstante Schrittweiten produziert werden. Ob kanonische Typen zu verwenden sind. Anzuwendender Algorithmus für »-fsched-pressure«. Während des Setzens des Signalhandlers: %m Während des Setzens des Signalstapels: %m Modus für Ganzprogrammanalyse (WPA) mit Anzahl der parallelen Jobs angegeben. Aufgrund des INSCAN bei %L wird ein Schleifenrumpf mit !$OMP SCAN zwischen zwei structured-block-sequences erwartet Ohne Auffüllen gibt es nicht genügend Elemente in intrinsischer RESHAPE-Quelle bei %L, um zur Form zu passen Errata für VR4130 mflo/mfhi umgehen. Hardwarebesonderheit umgehen, indem jedem CSYNC und SSYNC mehrere NOPs vorangestellt werden. Einen frühen 4300-Hardware-Bug umgehen. Fehler in Multiplikationsbefehl umgehen. Bestimmte 24K-Errata umgehen. Bestimmte R10000-Errata umgehen. Bestimmte R4000-Errata umgehen. Bestimmte R4400-Errata umgehen. Bestimmte RM7000-Errata umgehen. Bestimmte VR4120-Errata umgehen. Fehler früher SB-1 Revision 2 Kerne umgehen. Hardware-Multiplikationsfehler umgehen. Workaround für R5900-Kurzschleifenfehler. Umgehung von Erratum 835769 für ARM-Cortex-A53. Umgehung von Erratum 843419 für ARM-Cortex-A53. Alle indirekten Sprünge mit execute-in-order umschließen, um Sprungvorhersage auszuschalten. Alle indirekten Aufrufe mit execute-in-order umschließen, um Sprungvorhersage auszuschalten. Alle indirekten Rücksprünge mit execute-in-order umschließen, um Sprungvorhersage auszuschalten. Alle indirekten Rücksprünge mit execute-in-order umschließen, um Sprungvorhersage auszuschalten. Dies betrifft nur Zweige, in denen die Rücksprungadresse nicht aus dem Speicher wiederhergestellt wird. Alle indirekten Rücksprünge mit execute-in-order umschließen, um Sprungvorhersage auszuschalten. Dies betrifft nur Zweige, in denen die Rücksprungadresse aus dem Speicher wiederhergestellt wird. Alle indirekten Tabellensprünge und berechnete Gotos mit execute-in-order umschließen, um Sprungvorhersage auszuschalten. Die Verwendung von thunk oder thunk-extern mit dieser Option erfordert, dass die Thunks als Signalhandler betrachtet werden, um korrekte CFI zu erzeugen. Für Umgebungen, in denen Abrollen erforderlich ist (beispielsweise für Ausnahmebehandlung), nutzen Sie stattdessen bitte thunk-inline. Eine QUELLDATEI.opt-record.json schreiben mit Details, welche Optimierungen durchgeführt wurden. Alle Deklarationen in Ada-Code nur für angegebene Datei schreiben. Alle Deklarationen in Ada-Code transitiv schreiben. Modul %qs in Zeile %d, Spalte %d wird geschrieben: %s Falsche OpenACC-Fortsetzung bei %C: !$ACC erwartet, !$OMP gefunden Falsche OpenMP-Fortsetzung bei %C: !$OMP erwartet, !$ACC gefunden X-Argument bei %L für C_LOC darf nicht polymorph sein X-Deskriptor erfordert führenden Leerzeichenzähler bei %L X32 unterstützt %<ms_abi%>-Attribut nicht XNACK-Unterstützung XXX %<pop_everything%> wird betreten XXX %<pop_everything%> wird verlassen Um diese intrinsischen Funktionen zu verwenden, müssen Sie MVE-Befehle einschalten. Um diese intrinsischen Funktionen zu verwenden, müssen Sie NEON-Befehle einschalten (zum Beispiel mit %<-mfloat-abi=softfp -mfpu=neon%>). Um diese intrinsischen Funktionen zu verwenden, müssen Sie VFP-Befehle einschalten. Um diese intrinsischen Funktionen zu verwenden, müssen Sie Krypto-Befehle einschalten (zum Beispiel mit %<-mfloat-abi=softfp -mfpu=crypto-neon%>) Option »-msys-crt0=« erwartet eine C-Programmstart-Datei Null ist keine gültige Anweisungsmarke bei %C Breite null in Formatbeschreibung in Formatzeichenkette bei %L Array der Größe 0 bei %L gefunden, an dieser Stelle wird eine Entität mit TARGET-Attribut erwartet […] Feldkonstruktoren im [...]-Stil bei %C [%s wird verlassen]
[verfügbar in [%s kann nicht gefunden werden] [Standard] [ausgeschaltet] [eingeschaltet] » eine %<return%>-Anweisung ist in einer Koroutine nicht erlaubt; meinten Sie %<co_return%>? eine GNU-Fortran-Erweiterung eine geschweift geklammerte Initialisierung ist hier nicht erlaubt ein Konstruktoraufruf kann nicht in einem Konstanten-Ausdruck auftreten Eine Typumwandlung, die weder zu ganzzahligen noch Aufzählungstypen führt, kann nicht in einem Konstantenausdruck auftreten eine Klassen-Templatedeklaration darf nichts anderes deklarieren ein Komma-Operator kann nicht in einem Konstanten-Ausdruck auftreten ein Konzept kann keine Elementfunktion sein ein Konzept kann nicht eingeschränkt werden ein Konstruktor kann nicht %<concept%> sein eine Umwandlungsfunktion darf keinen angehängten Rückgabetyp haben ein Destruktor kann nicht %qs sein ein unterschiedlicher Typ ist in einer anderen Übersetzungseinheit definiert ein Feld mit selbem Namen aber unterschiedlichem Typ ist in einer anderen Übersetzungseinheit definiert ein Feld mit unterschiedlichem Namen ist in einer anderen Übersetzungseinheit definiert ein Funktionsaufruf kann nicht in einem Konstanten-Ausdruck auftreten ein Funktionskonzept kann nicht eingeschränkt werden eine Funktionsdefinition ist hier nicht erlaubt eine Marke kann nur Teil einer Anweisung sein, und eine Deklaration ist keine Anweisung Lambda-Abschlusstyp hat gelöschten Kopier-Zuweisungsoperator Lambda-Abschlusstyp hat gelöschten Standardkonstruktor Eine spätere Option %<-fabi-version=%> (oder =0) verhindert diesen Fehler mit einer Änderung im Mangeln Ein Element einer Struktur oder Union kann nicht variabel modifizierten Typ haben geschachtelte Funktionen werden bei reduzierter Registeranzahl nicht unterstützt eine verschachtelte Namensraumdefinition darf nicht inline sein eine verschachtelte Namensraum-Definition darf keine Attribute haben eine Nicht-Template-Variable kann nicht %<concept%> sein ein Parameter kann nicht als %qs deklariert sein eine Parameterliste mit Auslassung kann nicht zu einer leeren Parameternamenslistendeklaration passen ein Anweisungsausdruck reicht nicht als Kontext für Überladungs-Auflösung nicht aus eine Speicherklasse kann nur für Objekte und Funktionen angegeben werden Speicherklasse an anonymem Aggregat im Klassenbereich ist nicht erlaubt ein Template kann nicht vorbelegt werden eine Template-Deklaration kann nicht im Block-Gültigkeitsbereich auftreten eine Template-ID darf nicht in »using«-Deklaration auftreten eine vorübergehende Bindung an %qD besteht nur, bis der Konstruktor beendet ist ein Transaktionsausdruck kann nicht in einem Konstanten-Ausdruck auftreten ein Typ aus einer anderen Übersetzungseinheit ist nicht polymorph ein Typ aus einer anderen Übersetzungseinheit ist polymorph ein Typ mit unterschiedlichen Basistypen ist in einer anderen Übersetzungseinheit definiert ein Typ mit unterschiedlicher Anzahl von Feldern ist in einer anderen Übersetzungseinheit definiert ein Typ mit unterschiedlicher Genauigkeit ist in einer anderen Übersetzungseinheit definiert ein Typ mit unterschiedlichem Vorzeichen ist in einer anderen Übersetzungseinheit definiert ein Typ mit unterschiedlicher Größe ist in einer anderer Übersetzungseinheit definiert ein Typ mit unterschiedlichen Zeigern in der virtuellen Tabelle ist in einer anderen Übersetzungseinheit definiert eine Variable kann nicht als %<consteval%> deklariert sein ein Variablenkonzept kann nicht eingeschränkt werden eine Wide-Zeichenkette ist in diesem Kontext ungültig Interner Fehler: abnormal call edges for non-call insn in bb %i Interner Fehler: abnormal edges for no purpose in bb %i Abbruch in %s, bei %s:%d die Betragsfunktion %qD bekommt hier ein Argument vom Typ %qT, erwartet jedoch einen Parameter vom Typ %qT; dadurch kann der übergebene Wert abgeschnitten werden abstrakter Deklarator %qT als Deklaration verwendet Zugriffsdeklarationen sind zugunsten von %<using%>-Deklarationen veraltet; Vorschlag: %<using%> hinzufügen Code greift auf %E Byte in einer Region der Größe %E zu Code greift auf %E Bytes in einer Region der Größe %E zu Code greift auf %E oder mehr Bytes in einer Region der Größe %E zu Zugriff auf Element %qD statt auf initialisiertes Element %qD in Konstantenausdruck Zugriff auf ein Element %qE einer atomaren Struktur %qE Zugriff auf ein Element %qE einer atomaren Union %qE beim Zugriff auf Argument %u einer Funktion, die mit dem Attribut %qs deklariert wurde Code greift auf zwischen %E und %E Bytes in einer Region der Größe %E zu Zugriff auf Datenspeicher mit Programmspeicheradresse Zugriff auf Programmspeicher mit Datenspeicheradresse Zugriff auf threadlokalen Speicher wird derzeit mit %<-mpure-code%> oder %<-mslow-flash-data%> nicht unterstützt Zugriff auf uninitialisiertes Arrayelement Zugriff auf uninitialisiertes Element %qD auf Wert von %qE wird über ein %qT GL-Wert in Konstantenausdruck zugegriffen Akkumulator ist keine Ganzzahlkonstante Akkumulatorzahl außerhalb der Grenzen effektives Argument für INTENT = OUT/INOUT fügen Sie %<using namespace std::complex_literals%> (aus %<<complex>%>) hinzu, um benutzerdefinierte Literalsuffixe aus C++14 einzuschalten fügen Sie einen Herleitungshinweis hinzu, um diese Warnung zu unterdrücken fangen Sie %<this%> oder %<*this%> explizit ein klammern Sie den Ausdruck %qE, um diese Warnung zu unterdrücken klammern Sie den Ausdruck auf der linken Seite ein, um diese Warnung zu beheben klammern Sie den zweiten %<sizeof%>-Ausdruck, um diese Warnung zu unterdrücken fügen Sie Klammern hinzu, um eine Variable zu deklarieren Interner Fehler: add_sym(): Bad sizing mode die Option %<-flarge-source-files%> erlaubt mehr Unterstützung für Spaltenverfolgung, braucht dafür jedoch mehr Zeit und Speicher beim Compilieren zusätzliche Aufzählungswerte, die mit %qD beginnen Adressbereichsattribut kann nicht für Funktionen angegeben werden Adressbereich von %q+D in Konflikt mit vorheriger Deklaration Adressmodus %qs wird im %s-Bit-Modus nicht unterstützt Adresse des Aufrufs von %qs ist kein konstanter Ausdruck Adresse eines Arrays mit umgekehrter Speicherreihenfolge angefordert Adresse der Register-Variablen %qD angefordert Adresse der globalen Variablen %qD angefordert Adresse der lokalen Variable %qD zurückgegeben Adresse der lokalen Variable %qD zurückgegeben Adresse einer überladenen Funktion ohne Typinformationen aus Kontext Adresse des mit »register« deklarierten zusammengesetzten Literals angefordert Adresse der Register-Variablen %qD angefordert Adressversatz ist keine Konstante Adressoperand erfordert Beschränkung für X-, Y- oder Z-Register Adresse für %qD angefordert, was als %<register%> deklariert ist Adressraum %qs wird auf Geräten mit Flashspeicher bis zu %d KiB nicht unterstützt Adressräume werden auf reduzierten Tiny-Kernen nicht unterstützt Adresse genommen, aber %<TREE_ADDRESSABLE%>-Bit nicht gesetzt Adresse genommen, aber ADDRESSABLE-Bit nicht gesetzt Adresse eines Objektes %qE mit thread-lokalem oder automatischem Speicher ist kein konstanter Ausdruck Aggregat %q#D hat unvollständigen Typ und kann nicht definiert werden Aggregatstypen sind im %<__regio_symbol%>-Adressraum verboten zusammengesetzter Wert verwendet, wo »complex« erwartet wurde zusammengesetzten Wert verwendet, wo Festkomma erwartet wurde zusammengesetzter Wert verwendet, wo Gleitkommawert erwartet wurde zusammengesetzter Wert verwendet, wo Ganzzahl erwartet wurde alias Alias-Definitionen werden nicht in Mach-O unterstützt; ignoriert Alias-Definitionen werden in dieser Konfiguration nicht unterstützt Alias-Template-Herleitung ist erst ab %<-std=c++20%> oder %<-std=gnu++20%> verfügbar Alias-Deklaration in Init-Anweisung ist erst mit %<-std=c++23%> oder %<-std=gnu++23%> verfügbar hier ist die Alias-Deklaration verlangte Ausrichtung %u von %qT ist kleiner als %u Für %q+D darf keine Ausrichtung angegeben werden für %qD darf keine Ausrichtung angegeben werden Ausrichtung muss eine kleine Zweierpotenz sein, nicht %d Ausrichtung von %q+D ist größer als maximale Objektdateiausrichtung %d Ausrichtung von %qD wurde in %<-fabi-version=9%> (GCC 5.2) erhöht Ausrichtung von %qD ist größer als ursprüngliche Deklaration Ausrichtung von %qD wird in %<-fabi-version=9%> ansteigen Ausrichtung der Arrayelemente ist größer als die Elementgröße Ausrichtung für %<register%>-Objekt %qE angegeben Ausrichtung für Bitfeld %qE angegeben Ausrichtung für Funktion %qE angegeben Ausrichtung für Parameter %qE angegeben Ausrichtung für Typnamen in %<sizeof%> angegeben Ausrichtung für Typnamen in %qE angegeben Ausrichtung für Typnamen in Cast angegeben Ausrichtung für typedef %qE angegeben Ausrichtung für unbenanntes Bitfeld angegeben Ausrichtung für unbenannten Parameter angegeben alle Elementfunktionen in Klasse %qT sind privat alle Template-Parameter von %qD müssen eingeführt sein allozierbares Argument wurde hier deklariert die Allokation ist hier erlaubt, undurchlässige Typen durch beliebige Typen zu implementieren (eine GNU-Modula-2-Erweiterung) %qD bereits in Lambda-Ausdruck erfasst auch %<%c%s%> gefunden Alternativen sind in %<asm%>-Flag-Ausgabe nicht erlaubt mehrdeutig machende neue Deklaration %q+#D macht neue Deklaration %q#D mehrdeutig mehrdeutiges Attribut »%s«; könnte »%s« (via »%s:%s«) oder »%s« (via »%s:%s«) sein mehrdeutige Umwandlung für Feldindex mehrdeutige Standard-Typumwandlung von %qT mehrdeutige Methode %s%s%s mehrdeutiges Überladen für mehrdeutiges Überladen für intrinsisches %qs mehrdeutige Template-Instanziierung für %q#D mehrdeutige Template-Instanziierung für %q#T mehrdeutige Templatespezialisierung %qD für %q+D eine %<asm%>-Spezifikation ist bei Funktionsdefinition nicht erlaubt für lokale Variablen kann kein Adressbereichsattribut angegeben werden ein Argumenttyp mit Standard-Promotion kann nicht zu einer leeren Parameternamenslistendeklaration passen ein Array unterschiedlicher Größe ist in einer anderen Übersetzungseinheit definiert eine Arrayreferenz kann nicht in einem Konstanten-Ausdruck auftreten eine Zuweisung kann nicht in einem Konstanten-Ausdruck auftreten ein Attribut, das zu einer »friend«-Deklaration gehört, die keine Definition ist, wird ignoriert ein Attribut, das sich auf eine Typspezifizierung bezieht, wird ignoriert eine Verringerung kann nicht in einem Konstanten-Ausdruck auftreten das Attribut %<target_clones%> darf keine leere Zeichenkette enthalten eine Aufzählung mit anderer Anzahl von Werten ist in einer anderen Übersetzungseinheit definiert eine Aufzählung mit unterschiedlichen Wertnamen ist in einer anderen Übersetzungseinheit definiert eine Aufzählung mit anderen Werten ist in einer anderen Übersetzungseinheit definiert einer expliziten Spezialisierung muss %<template <>%> vorausgehen ein explizites Typensuffix ist erforderlich, wenn ein Vektor von Basisadressen verwendet wird eine Erhöhung kann nicht in einem Konstanten-Ausdruck auftreten Interner Fehler: an indirect edge from %s has no corresponding call_stmt Interner Fehler: an indirect edge with unknown callee corresponding to a call_stmt with a known declaration: Ein Interrupt-Handler kann nicht mit %<-muser-mode%> kompiliert werden Anachronismus Anachronismus: veraltete Basisklasseninitialisierung und %qT hat keinen Template-Konstruktor Interner Compilerfehler: and field und der implizit definierte Konstruktor initialisiert %q#D nicht das innerhalb der Parameterliste deklarierte anonyme »%s« ist außerhalb dieser Definition oder Deklaration nicht sichtbar Interner Fehler: anonymous SSA name cannot have default definition anonymes struct nicht innerhalb eines benannten Typs anonyme Struktur mit Basisklassen anonyme Union ohne Element Anwendung von %<#pragma weak %+D%> nach erster Verwendung führt zu unspezifiziertem Verhalten der Arch-Erweiterung %qs sollte ein %<+%> vorangestellt werden Architektur %qs wird nur für Assemblierung unterstützt are_identical_variables: Bad type Argument %d ist ein vorzeichenloses Literal, aber außerhalb des gültigen Bereichs Argument %d muss eine direkt angegebene Konstante sein Argument %d muss eine direkt angegebene Konstante im Bereich [0, 15] sein Argument %d muss ein Literal zwischen %d und %d sein Argument %d muss ein Literal zwischen 0 und %d sein Argument %d muss eine Variable oder ein Literal zwischen %d und %d sein Argument %d muss ein vorzeichenloses Literal sein Argument %d muss entweder eine literale %d oder eine literale %d sein Argument %d von %qE entfernt Kennzeichner %<const%> Argument %d von %qE entfernt Kennzeichner %<volatile%> Argument %d von %qE könnte Kandidat für Formatattribut sein Argument %d von %qE muss ein Zeiger auf Typen konstanter Größe sein Argument %d von %qE muss eine Zeigertyp sein Argument %d von %qE muss ein konstanter ganzzahliger Ausdruck sein Argument %d von %qE darf kein Zeiger auf einen %<const%>-Typen sein Argument %d von %qE darf kein Zeiger auf einen %<volatile%>-Typen sein Argument %d von %qE darf kein Zeiger auf eine Funktion sein Argument %d von »%s« hatte nicht den erwarteten Namen Argument %d von %qE muss eine direkt angegebene Konstante im Bereich [0-%d] sein Argument %d der eingebauten Funktion muss eine Konstante aus dem Bereich %d bis %d sein Argument %i im Bereich [%E, %E] Argument %i ist null, aber der Wert des zugehörigen Größenarguments %i ist %s Argument %i des Arrays variabler Länge %s ist null, aber der Wert des zugehörigen verbundenen Arguments %i ist %s Argument %i Bereich [%E, %E] übersteigt maximale Objektgröße %E Argument %i Bereich [%E, %E] ist negativ Argument %i von %<%T[static %E]%> ist null, aber nicht-null wird erwartet Argument %i Wert %qE übersteigt maximale Objektgröße %E Argument %i Wert %qE ist negativ Argument %i Wert %s ist negativ Argument %i Wert ist null Argument %q+D könnte von %<longjmp%> oder %<vfork%> zerstört werden Argument %qD ist hier deklariert Argument %qD passt nicht zu eingebautem Prototypen Argument %qD passt nicht zum Prototypen Argument %qE Argument %qE kann nicht zur Übersetzungszeit gelesen werden Argument %qT Argument %qd ist keine Konstante Argument %qs wird für %qs auf diesem Ziel nicht unterstützt Argument %qs muss entweder %<on%> oder %<off%> sein Argument %qs für %<-Waligned-new%> nicht bekannt Argument %qs für %<-Wbidi-chars%> nicht bekannt Argument %qs für %<-Wnormalized%> nicht erkannt Argument %qs für %<-femit-struct-debug-detailed%> nicht erkannt Argument %qs für %<-femit-struct-debug-detailed%> unbekannt Argument %u in Aufruf von %qE muss ein Ganzzahltyp sein Argument %u in Aufruf von %qE muss ein Zeigertyp sein Argument %u in Aufruf von %qE darf kein Zeiger auf %qs sein (%qT) Argument %u in Aufruf von %qE darf kein Zeiger auf nicht-trivial kopierbaren Typ %qT sein Argument %u in Aufruf von %qE muss auf einen vollständigen Typ zeigen Argument %u ist null, aber nichtnull wird erwartet Argument %u für %<__builtin_tgmath%> hat keine Argumente Argument %u für %<__builtin_tgmath%> hat variable Anzahl von Argumenten Argument %u für %<__builtin_tgmath%> hat falsche Anzahl der Argumente Argument %u für %<__builtin_tgmath%> ist kein Funktionszeiger Argument %u für %<__builtin_tgmath%> hat keinen Prototypen Argument %u vom Typ %s ist als Zeiger deklariert Argument %u vom Typ %s ist als Array variabler Länge deklariert Argument %u vom Typ %s ist als gewöhnliches Array deklariert Argument %u vom Typ %s ist mit %u unspezifizierten Variablengrenze deklariert Argument %u vom Typ %s ist mit %u unspezifizierten Variablengrenzen deklariert Argument %u vom Typ %s ist mit %u Variablengrenze deklariert Argument %u vom Typ %s ist mit %u Variablengrenzen deklariert Argument %u vom Typ %s ist mit abweichender Grenze %<%s%> deklariert Argument %u vom Typ %s ist mit abweichendem Grenzargument %E deklariert Argument %u vom Typ %s mit abweichender Grenze Argument %u von Funktion %qE ist vom Typ %qT, und der ist nicht garantiert 128 Bit groß Argument 1 muss eine Abbildung sein Argument 1 von %qE muss ein Nicht-Void-Zeigertyp sein Argument 1 von %qE muss ein Zeiger auf einen vollständigen Typen sein Argument 1 von %qE muss ein Zeiger auf Typen konstanter Größe sein Argument 1 von %qE muss ein Zeiger auf Objekt breiter als Null sein Argument 1 von %qs ist außerhalb des Wertebereiches Argument 1 von %qs muss eine Konstante sein Argument 3 in Aufruf von %qE muss Zeiger auf Ganzzahltyp sein Argument 3 in Aufruf von %qE darf kein boolescher Typ sein Argument 3 in Aufruf von %qE darf kein enum-Typ sein Argument 3 in Aufruf von %qE darf kein Zeiger auf booleschen Typ sein Argument 3 in Aufruf von %qE darf kein Zeiger auf enum-Typ sein Argument muss ein Feldzugriff sein Argumentlistenfunktion bei %C Argument muss eine direkt angegebene 16-Bit-Konstante sein Argument muss eine Feldreferenz sein Argument muss Array oder Scheibe oder Kanal sein Argument muss ein Kanal sein Argument muss Zeichenkette oder Array oder Scheibe oder Map oder Kanal sein Argument muss komplexen Typen haben Argument an %qs-Klausel nicht erlaubt Argument an %qs-Klausel nicht erlaubt, in OpenACC-%<kernels%>-Region mit einer %qs-Klausel Argument für %<__builtin_eh_return_regno%> muss konstant sein Argument des Attributs %qE wird ignoriert Argument des Attributs %qE fehlt Argument des Attributes %qE ist weder »ilink« oder »firq« Argument des Attributes %qE ist weder »ilink1« oder »ilink2« Das Argument des Attributs %qE ist nicht %qs, %qs %qs, %qs, %qs, %qs, %qs, %qs, %qs oder %qs Argument des Attributes %qE ist keine Zeichenkettenkonstante Argument des Attributs %qE ist weder Zeichenkettenkonstante noch Zahl Argument von Offsetof bringt Indirektion eines eingebetteten Feldes mit sich Argument des Funktionsaufrufs könnte Kandidat für Formatattribut sein Argument vom Typ %qT ist zusammen mit %<-mgeneral-regs-only%> nicht erlaubt das Argument verweist auf ein Symbol, das hier deklariert ist Argument von %<-O%> sollte eine nicht-negative Ganzzahl, %<g%>, %<s%>, %<z%> oder %<fast%> sein Argument von %<__integer_pack%> muss zwischen 0 und %d liegen Argument für %<alloca%> ist zu groß Argument für %<alloca%> ist 0 Argument für %<alloca%> könnte zu groß sein Argument für %<decltype%> muss ein Ausdruck sein Argument für %<sizeof%> in Aufruf von %qD ist der gleiche Ausdruck wie das Ziel; sollte es dereferenziert werden? Argument für %<sizeof%> in Aufruf von %qD ist der gleiche Ausdruck wie das Ziel; sollte ausdrückliche Länge angegeben werden? Argument für %<sizeof%> in Aufruf von %qD ist der gleiche Ausdruck wie das Ziel; sollte addressof entfernt werden? Argument für %<sizeof%> in Aufruf von %qD ist der gleiche Ausdruck wie die erste Quelle; sollte es dereferenziert werden? Argument für %<sizeof%> in Aufruf von %qD ist der gleiche Ausdruck wie die erste Quelle; sollte ausdrückliche Länge angegeben werden? Argument für %<sizeof%> in Aufruf von %qD ist der gleiche Ausdruck wie die erste Quelle; sollte addressof entfernt werden? Argument für %<sizeof%> in Aufruf von %qD ist der gleiche Ausdruck wie die zweite Quelle; sollte es dereferenziert werden? Argument für %<sizeof%> in Aufruf von %qD ist der gleiche Ausdruck wie die zweite Quelle; sollte ausdrückliche Länge angegeben werden? Argument für %<sizeof%> in Aufruf von %qD ist der gleiche Ausdruck wie die zweite Quelle; sollte addressof entfernt werden? Argument für %<sizeof%> in Aufruf von %qD ist der gleiche Ausdruck wie die Quelle; sollte es dereferenziert werden? Argument für %<sizeof%> in Aufruf von %qD ist der gleiche Ausdruck wie die Quelle; sollte ausdrückliche Länge angegeben werden? Argument für %<sizeof%> in Aufruf von %qD ist der gleiche Ausdruck wie die Quelle; sollte addressof entfernt werden? Argument für %<sizeof%> in Aufruf von %qD ist der gleiche Ausdruck wie die Quelle; meinten Sie die Größe des Ziels? Argument für %<sizeof%> in Aufruf von %qD ist vom gleichen Zeigertyp %qT wie das Ziel; %qT oder ausdrückliche Länge erwartet Argument für %<sizeof%> in Aufruf von %qD ist vom gleichen Zeigertyp %qT wie die erste Quelle; %qT oder ausdrückliche Länge erwartet Argument für %<sizeof%> in Aufruf von %qD ist vom gleichen Zeigertyp %qT wie die zweite Quelle; %qT oder ausdrückliche Länge erwartet Argument für %<sizeof%> in Aufruf von %qD ist vom gleichen Zeigertyp %qT wie die Quelle; %qT oder ausdrückliche Länge erwartet Argument des Attributs %qE ist weder %<eic%> noch %<vector=<Zeile>%> Argument des Attributes %qE ist weder Null noch Eins Argument des Attributs %qE muss %<"user"%>, %<"supervisor"%> oder %<"machine"%> sein Argument für %qE ist nicht (keep|thunk|thunk-extern) Argument des Attributes %qE ist nicht (keep|thunk|thunk-inline|thunk-extern) Argument des Attributes %qE ist nicht »intstack« Argument für Attribut %qE ist größer als %d Argument für %qs ist größer als %d Argument von %qs ist nicht zwischen %d und %d Argument für %qs ist zu groß (max. %d) Argument von %qs sollte eine nicht-negative Ganzzahl sein Argument für %qs sollte eine nicht-negative Ganzzahl sein, optional gefolgt von einer Größeneinheit Argument für CAP muss eine Konstante oder eine Variable vom Typ CHAR sein zu formatierendes Argument ist nicht %<...%> Argument der eingebauten Funktion hat void-Typen Argument für »interrupt«-Attribut wird für »weak«-Funktionen nicht unterstützt Argument für Array mit variabler Länge ist zu groß Argument für Array variabler Länge ist 0 Argument für Array mit variabler Länge könnte zu groß sein die Argumente %d und %d von %qE müssen die gleiche Elementgröße haben, aber die hier übergebenen Werte sind vom Typ %qT und %qT die Argumente %d und %d von %qE müssen die gleiche Vorzeichenhaftigkeit haben, aber die hier übergebenen Werte sind vom Typ %qT und %qT Argumente »%s« und »%s« für intrinsisches %s Argumente »%s« und »%s« für intrinsisches »%s« Argumente »a%d« und »a%d« für intrinsisches »%s« Argumente für %<-Wattributes=%> ignoriert; verwenden Sie stattdessen %<-Wno-attributes=%> Argumente vom Typ %qT erfordern die SVE-ISA-Erweiterung Argumente von %qs sollten nicht-negative Ganzzahlen sein Argumente für Destruktor sind nicht erlaubt Argumente für Attribut %qE müssen enge Zeichenkettenliterale sein Argumente für Attribut %qE müssen gültige Bezeichner enthalten arith_power(): Bad base arith_power(): unknown type arithmetisches IF Arithmetik zwischen den unterschiedlichen Aufzählungstypen %qT und %qT ist veraltet Arithmetik zwischen Aufzählungstyp %qT und Gleitkommatyp %qT ist veraltet Arithmetik zwischen Gleitkommatyp %qT und Aufzählungstyp %qT ist veraltet Arithmetik mit Nullzeiger in %qE Arithmetik mit Zeiger auf RVV-Typen %qT Arithmetik mit Zeiger auf SVE-Typen %qT Arithmetik mit Zeiger auf leeres Aggregat Arithmetik mit Zeiger auf unvollständigen Typen Interner Compilerfehler: array %<TYPE_DOMAIN%> is not integer type Array %q+D als einelementig betrachtet Array %qD ist hier deklariert Array %qD mit geklammerter Zeichenkettenkonstante %qE initialisiert Array-Zuweisung Arraygrenze hinter geklammerter type-id ist verboten Arraygrenze ist keine Ganzzahlkonstante Interner Fehler: array cannot be initialized with a %qs Array-Deallokation eines Objekts, das mit einer Nicht-Array-Allokation alloziert wurde Fehler beim Normalisieren der Arraydeklaration Wert des Arrayelements muss vom selben Typ sein wie seine Deklaration Arrayelemente können nicht vom RVV-Typ %qT sein Arrayelemente können nicht vom SVE-Typ %qT sein Arrayindex in Initialisierung überschreitet Arraygrenzen Arrayindex in Initialisierung ist kein konstanter Ganzzahlausdruck Arrayindex in Initialisierung hat nicht Ganzzahltyp Arrayindex in Nicht-Array-Initialisierung Arrayindexbereich in Initialisierung überschreitet Arraygrenzen Array mit nicht konstantem Arrayausdruck initialisiert Array mit geklammerter Zeichenkettenkonstante initialisiert Arrayelement %q#D hier deklariert Array muss mit Initialisierung mit umgebenden geschweiften Klammern initialisiert werden Array unpassenden Typs mit Zeichenkettenkonstante initialisiert Array mit Laufzeitgrenzen kann nicht durch Kopie eingefangen werden, sondern nur über eine Referenz Arrayergebnis Arrayabschnitt in %qs-Klausel hat keinen zuordenbaren Typ Arrayabschnitt in %<#pragma acc declare%> Arrayabschnitt ist in %qs-Klausel nicht zusammenhängend Ausdruck für Arraygröße wird noch nicht unterstützt Arraygröße in »new«-Ausdruck muss konstant sein Arraygröße fehlt in %q+D Arraygröße fehlt in %qD Arraygröße fehlt in %qT Arrayindex %<%T[%wi]%> ist teilweise außerhalb der Arraygrenzen von %qT Arrayindex %E ist oberhalb der Arraygrenze von %qT Arrayindex %E ist unterhalb der Arraygrenze von %qT Arrayindex %E liegt außerhalb der Arraygrenzen von %qT Arrayindexwert %E liegt außerhalb der Grenzen des inneren Arraytyps %qT mit Länge 0 Arrayindex %qE liegt außerhalb der Grenzen des Arraytyps %qT mit Länge 0 Arrayindex %wi ist unterhalb der Arraygrenze von %qT Arrayindex %wi ist außerhalb der Arraygrenzen von %qT Arrayindex %wu ist oberhalb der Arraygrenze von %qT Arrayindex [%E, %E] ist außerhalb der Arraygrenzen von %qT Arrayindex [%wi, %wi] ist außerhalb der Arraygrenzen von %qT Arrayindex hat Typ %<char%> Arrayindex ist keine Ganzzahl Arrayindexwert %qE ist außerhalb der Grenzen des Arrays %qD vom Typ %qT Arrayindexwert %qE ist außerhalb der Grenzen des Arraytyps %qT Arraytyp hat unvollständigen Elementtypen %qT Interner Fehler: array type must be initialized Arraytypen haben unterschiedliche Grenzen Array als Initialisierung verwendet Array mit Qualifizierer auf dem Element wird vor C2X nicht qualifiziert Arrays von Funktionen sind sinnlos Assembler unterstützt %<-mabi=ilp32%> nicht Interner Fehler: assembler name hash list corrupted Behauptung fehlt hinter %qs Zusicherungen müssen von %<;%> gefolgt sein Attribute der Zuweisungssemantik der Eigenschaft %qD in Konflikt mit vorheriger Deklaration hier zugewiesen Zuweisung an Array von Initialisierungsliste Zuweisung Zuweisung (nicht Initialisierung) in Deklaration Zuweisung streicht Qualifizierer %qv von Zeiger-Zieltyp Zuweisung von anderem Objective-C-Typ Zuweisung von Zeiger auf nicht eingeschlossenen Adressbereich Zuweisung von temporärer %<initializer_list%> führt nicht dazu, dass die Lebenszeit des zugrundeliegenden Arrays ausgeweitet wird Links-Zuweisung könnte Kandidat für Formatattribut sein Zuweisung erzeugt aus unqualifiziertem einen qualifizierten Funktionszeiger %q#v Zuweisung des konstanten Feldes %qD Zuweisung der Funktion %qD Zuweisung von Element %qD in schreibgeschütztem Objekt Zuweisung der schreibgeschützten Speicherstelle %qE Zuweisung des schreibgeschützten Elementes %qD Zuweisung des schreibgeschützten benannten Rückgabewertes %qD Zuweisung des schreibgeschützten Parameters %qD Zuweisung der schreibgeschützten Referenz %qD Zuweisung der schreibgeschützten Variable %qD Zuweisungsunterdrückung Zuweisung an %qT aus %qT wandelt einen Zeiger in eine Ganzzahl um, ohne explizite Typkonvertierung Zuweisung an %qT von %qT wandelt eine Zahl in einen Zeiger um, ohne explizite Typkonvertierung Zuweisung an %qT von inkompatiblem Zeigertyp %qT Zuweisung an %qT von Zeiger auf %qD mit inkompatiblem Typ %qT Zuweisung an %qT von Zeigertyp %qT mit inkompatibler Speicherreihenfolge für Skalare Zuweisung an Ausdruck von Arraytyp associate_integer_pointer(): Already associated Argument mit angenommenem Rang Argument mit angenommener Form Argument von angenommenem Typ Umwandlung in Typ %qT von überladener Funktion wird angenommen angenommen, dass die Ausgabe der Direktive %wu Byte groß ist angenommen, dass die Ausgabe der Direktive %wu Bytes groß ist Zeiger auf Element %qD wird angenommen Annahme, dass vorzeichenbehafteter Überlauf nicht auftritt, wenn Konstanten um einen Vergleich kombiniert werden Annahme, dass vorzeichenbehafteter Überlauf nicht auftritt, wenn Konstante in Vergleich verringert wird Annahme, dass vorzeichenbehafteter Überlauf nicht auftritt, wenn %</%> oder %<%%%> auf %<>>%> oder %<&%> vereinfacht wird der Compiler geht davon aus, dass kein vorzeichenbehafteter Überlauf auftritt, und vereinfacht daher %<X - Y %s 0%> zu %<X %s 0%> Annahme, dass vorzeichenbehafteter Überlauf nicht auftritt, wenn %<abs (X)%> auf %<X%> oder %<-X%> vereinfacht wird Annehmen, dass vorzeichenbehafteter Überlauf nicht auftritt, wenn %<min/max (X,Y)%> zu %<X%> oder %<Y%> vereinfacht wird Annahme, dass vorzeichenbehafteter Überlauf nicht auftritt, wenn Bereichsprüfung vereinfacht wird asynchrones Argument bei %s, %s an Offset %s des Zielobjekts %qE der Größe %s an Offset %s des Zielobjekts der Größe %s, alloziert durch %qE an Offset %s des Objekts %qE der Größe %s an Offset %s des Objekts der Größe %s, alloziert durch %qE an Offset %s des Quellobjekts %qE der Größe %s an Offset %s des Quellobjekts der Größe %s, alloziert durch %qE an Offset %wi von %qD, das hier deklariert ist an Offset [%wi, %wi] von %qD, das hier deklariert ist atexit gescheitert Versuch, die Adresse eines Bitfelds zu bestimmen Versuch, die Adresse des Bitfeldstrukturelements %qD zu ermitteln dem Attribut %<%E(%s)%> fehlt ein Argument Attribut %<%E(%s, %E)%> hat ungültiges Positionsargument %i Attribut %<%E(%s, %E, %E)%> hat ungültiges Positionsargument %i %<fallthrough%>-Attribut ist nicht direkt vor einer case-Marke oder einer default-Marke Attribut %<fallthrough%> ist mehrfach angegeben beim Attribut %<target%> ist das Argument %qs unbekannt Argument für Attribut %<target%> ist keine Zeichenkette Argument von Attribut %qE muss eins von %qs oder %qs sein Argument von Attribut %qE muss eins von %qs, %qs, %qs oder %qs sein Attributargument von %qE ist keine Zeichenkette ungültiger Modus für Attribut %qE Attribut %qE ungültiger Modus %qs; erwartet wird einer von %qs, %qs, %qs oder %qs Attribut %qE Modus %qE ist kein Bezeichner; erwartet wird einer von %qs, %qs, %qs oder %qs Attribut %qE enthält unerwartete %<(%> nach Modus %qs; erwartet wird ein Positionsargument oder %<)%> Attribut %qE ohne Argumente bei einem Nicht-Prototyp Attribut %qs bezieht sich nur auf Arraytypen beim Attribut %qs ist das Argument %qs unbekannt Argument von Attribut %qs muss eine Zeichenkette sein Attribut %qs hat ungültiges positionelles Argument Attribut %qs ist unverträglich mit Modus %qs Attribut %qs enthält nicht übereinstimmende Positionsargumente mit den Werten %i und %i dem Attribut %qs fehlt Positionsargument 2, das in der vorherigen Bestimmung in Argument %u angegeben wurde beim Attribut %qs hat das Argument an Position %i den ungültigen Wert %wi beim Attribut %qs hat das positionelle Argument %i den Wert %wi, der die Anzahl der Funktionsparameter %u übersteigt beim Attribut %1$qs verweist Argument 1 auf Typ %3$qT, der mit %2$qs qualifiziert ist Attribut %qs hat Positionsargument 1, das sich auf das Argument des Funktionstyps %qT bezieht beim Attribut %qs verweist Argument 1 auf Typ %qT, der kein Zeigertyp ist Attribut %qs positionelles Argument 2 widerspricht der vorherigen Bestimmung von Argument %u Attribut %qs positionelles Argument 2 fehlt in vorheriger Bestimmung beim Attribut %qs verweist Argument 2 auf Typ %qT, der nicht ganzzahlig ist Attribut %qs ist mehrfach angegeben Attribut-Deklaration Attribut für %q#T muss dem Schlüsselwort %qs folgen Attribut wird ignoriert Attribut in Deklaration von %q#T ignoriert Attribut in expliter Instanziierung %q#T ignoriert attribute-using-prefix ist nur mit %<-std=c++17%> oder %<-std=gnu++17%> verfügbar Attribut, das Präfix verwendet, wird zusammen mit Gültigkeitsbereich-Attribut-Token verwendet Attributwert %qs ist im %qs-Attribut unbekannt der Wert %qs wurde bereits im Attribut %qs angegeben Attribute hinter geklammerter Initialisierung werden ignoriert bei einer Funktionsdefinition sind keine Attribute erlaubt Attribute dürfen an dieser Stelle nicht verwendet werden Attribute am Anfang der Anweisung werden ignoriert Attribute an Spezifizierer ausführlichen Typs ignoriert, der keine Vorwärtsdeklaration ist Attribute an Templateinstanziierung ignoriert Attribute an instanziiertem Typen ignoriert Attribute in Parameterarraydeklarator ignoriert Attribute dürfen hier eingesetzt werden Attribute dürfen nicht vor dem Objective-C++-Schlüsselwort %<@%D%> angegeben werden Attribute sollten in einer Funktionsdefinition vor dem Deklarator angegeben werden automatische FPU-Auswahl ist hier momentan nicht erlaubt automatische Variable %qE kann nicht %<threadprivate%> sein Initialisiert alle Zeiger auf NIL Interner Fehler: aux field set for edge %s->%s Interner Fehler: aux field set for indirect edge from %s verfügbar seit Fortran 77 await-Ausdrücke sind in Handlern nicht erlaubt der abwartbare Typ %qT muss ein Strukturtyp sein Axiom-Vertrags-Semantik muss %<assume%> oder %<ignore%> sein Backend-Deklaration für Modulvariable %qs ist bereits vorhanden falsche ADDR_SPACE_GLOBAL-Adresse Falsche Adresse Falsche Adresse, nicht (reg+disp): falsche Adresse, keine Konstante: falsche Adresse, keine E/A-Adresse: Falsche Adresse, nicht post_inc oder pre_dec: falsche Ausrichtung: %d Falscher Betrag der Stapelspeicherentfernung: %d falsches Argument für %<-fdebug%>: %qs falsches Argument für %<-fextern-std%>: %qs falsches Argument für %<-fmodule-file%>: %qs falsches Argument für %<-fversion%>: %qs Falscher eingebauter Code Falscher eingebauter fcode Falscher eingebauter ICode Falscher Bedingungscode bad expression Falscher Ausdruckstyp beim Durchlaufen (%d) falscher Befehl für 'A' Falscher Befehl in frv_print_operand, Fall 0 Falscher Befehl in frv_print_operand, falsches const_double Falscher Befehl in frv_print_operand, Fall »z« Falscher Befehl für frv_print_operand, Modifizierer »F«: Falscher Befehl für frv_print_operand, Modifizierer »L«: Falscher Befehl für frv_print_operand, Modifizierer »M/N«: Falscher Befehl für frv_print_operand, Modifizierer »O«: Falscher Befehl für frv_print_operand, Modifizierer »e«: Falscher Befehl für frv_print_operand, Modifizierer »f«: Falscher Befehl für frv_print_operand, Modifizierer »g«: Falscher Befehl für frv_print_operand, Modifizierer »P«: Falscher Befehl für frv_print_operand_address: Falscher Befehl für frv_print_operand_memory_reference: ungültige Bewegung bad op ungültiger Operand schlechte Option %qs für Attribut %<optimize%> schlechte Option %qs für Pragma %<optimize%> Falscher Operand für output_condmove_single Falscher Operand für output_move_double Falscher Operand für output_move_single falsches Register Falsches Register für frv_print_operand_memory_reference_reg: falscher Rückgabetyp für Funktionsargument %u von %<__builtin_tgmath%> Falscher Schiebe-Befehl: Falscher Test falscher Typ für Argument %u von Funktionsargument %u von %<__builtin_tgmath%> falsche Verwendung der spec-Funktion %qs Falscher Wert %<%s%> für Schalter %<-mtls-size=%> falscher Wert %qs für Schalter %<-march=%> Falscher Wert %qs für Schalter %<-mcpu%> Falscher Wert %qs für Schalter %<-mfp-rounding-mode%> Falscher Wert %qs für Schalter %<-mfp-trap-mode%> falscher Wert %qs für %<-mmemory-latency%> Falscher Wert %qs für Schalter %<-mtls-size%> falscher Wert %qs für Schalter %<-mtrap-precision%> falscher Wert %qs für Schalter %<-mtune%> falscher Wert %qs für Schalter %<-mtune=%> unbekannter Wert %qs für Attribut %<target("arch=")%> falscher Wert %qs für Attribut %<target("tune=")%> falscher Wert für %<%s-%s%> falscher Wert für %<%s=%s%> schlecht geschachtelte C-Header vom Präprozessor Apostroph %<'%> außerhalb von Anführungszeichen im Format Sperrregion darf nicht innerhalb einer Region eng geschachtelt sein, die arbeitsteilend, %<loop%>, %<critical%>, %<ordered%>, %<master%>, %<masked%>, explizit %<task%> oder %<taskloop%> ist Barrierenwert muss im Bereich [0, 15] liegen Basis %qT wird initialisiert nach Basisklasse %q#T hat einen zugänglichen nicht-virtuellen Destruktor Basisklasse %q#T sollte explizit im Kopierkonstruktor initialisiert werden Basisklasse %qT ist nicht %<public%> Expansion der Basisinitialisierung %qT enthält keine Parameterpacks Basisoperand von %<->%> hat Nicht-Zeiger-Typ %qT Basisoperand von %<->%> ist kein Zeiger Interner Fehler: base pointer cycle detected Basistyp %qT ist kein struct- oder Klassentyp Interner Fehler: base variable or SSA name undeclared Interner Fehler: basic block %d pred edge is corrupted Interner Fehler: basic block %d should be marked irreducible Interner Fehler: basic block %d should not be marked irreducible Interner Fehler: basic block %i edge lists are corrupted Interner Fehler: basic blocks not laid down consecutively Interner Fehler: bb %d does not belong to loop %d Interner Fehler: bb %d has father loop %d, should be loop %d Interner Fehler: bb %d on wrong place da %qT vom Benutzer bereitgestelltes %qD hat da es ein Element von %qT ist da er als glvalue verwendet wird da der Arrayelementtyp %qT variable Größe hat Anfangsausdruck verweist auf äußeren Iterator %qD binäres Argument %u für typgenerische Funktion, die ausschließlich dezimal ist binärer Ausdruck in Operand von Faltungsausdruck binärer Operator unterstützt nicht, dass bool-Vektor mit Gleitkommavektor vermischt wird binärer Operator unterstützt keine zwei bool-Vektor-Operanden Binärer Operator unterstützt Boolean-Vektor-Argument nicht bind(c)-Prozedur das Binden der Referenz vom Typ %qH an %qI streicht Qualifizierer Bitfeld %q#D mit Nicht-Ganzzahl-Typ %qT Breite des Bitfeldes %q+D ist keine Ganzzahlkonstante Bitfeld %qD mit Nicht-Ganzzahl-Typ %qT Bitfeld %qD mit Nicht-Ganzzahl-Typ %qT Bitfeld %qE hat atomaren Typen Bitfeld %qE in %qs-Klausel Bitfeld %qs hat ungültigen Typen Breite des Bitfeldes %qs ist keine Ganzzahlkonstante Breite des Bitfeldes %qs ist kein Ganzzahlkonstantenausdruck Bitfeld hat atomaren Typen Bitweiser Vergleich ergibt immer »false« Bitweiser Vergleich ergibt immer »true« bitweise Operation zwischen den unterschiedlichen Aufzählungstypen %qT und %qT ist veraltet Block-IF extern-Deklaration %q#D mit Gültigkeitsbereich Block ist im Zuständigkeitsbereich des Moduls nicht erlaubt Körper der %<constexpr%>-Funktion %qD ist keine Rückgabeanweisung nur simulierte DISPOSE-Konstruktion: %d falsche JARL-Konstruktion: %d nur simulierte JR-Konstruktion: %d nur simulierte PREPARE-Konstruktion: %d falscher Ergebnistyp bei Vergleich Boolesche Register für die Gleitkommaoption benötigt wenn %<-mstack-protector-guard=sysreg%> angegeben ist, müssen sowohl %<-mstack-protector-guard-offset%> als auch %<-mstack-protector-guard-reg%> angegeben werden sowohl %<__thread%> als auch %<thread_local%> angegeben widersprüchliche Modifizierer %<monotonic%> und %<nonmonotonic%> angegeben sowohl %qs als auch %qs angegeben sowohl »%s« als auch das %qE-Attribut geben die Adresse an beide Argumente in binärer Faltung haben unexpandierte Parameterpackungen die beiden Argumente müssen kompatibel sein beide Argumente für %<__builtin___clear_cache%> müssen Zeiger sein sowohl binäre als auch dezimale Gleitkomma-Argumente in Aufruf von typgenerischer Funktion beide Zweige der %<if%>-Anweisung als %qs markiert sowohl komplexe als auch dezimale Gleitkomma-Argumente in Aufruf von typgenerischer Funktion gebundenes Argument %i mit Wert %s ist negativ, für Argument %i vom Typ Array variabler Länge vom Typ %s geschweift geklammerte Spezifikation %qs endet mit Escapezeichen geschweift geklammerte Spezifikation %qs ist bei %qc ungültig geschweift geklammerter Spezifikationskörper %qs ist ungültig geklammerte Gruppe innerhalb eines Ausdrucks nur in einer Funktion erlaubt geschweifte Klammern um Skalar-Initialisierung geschweifte Klammern um skalare Initialisierung für Typ %qT Zweig %2d niemals ausgeführt%s Zweig %2d wurde genommen: %s%s break-Anweisung nicht innerhalb einer Schleife oder »switch« break-Anweisung mit OpenMP für Schleife verwendet build_dt: Format mit Namensliste eingebaute %qD ist hier deklariert Eingebaute Funktion %q+D als Nicht-Funktion deklariert eingebaute Funktion %qD als Nicht-Funktion deklariert eingebaute Funktion %qD erfordert das Kennzeichen %<-mconstant-cfstrings%> eingebaute Funktion %qD nimmt nur ein Argument eingebaute Funktion %qE muss direkt aufgerufen werden eingebaute Funktion %qE nicht für MIPS16 unterstützt eingebaute Funktion %s erfordert Nios II R%d eingebauter Index-Operator mit mehr als einem Ausdruck in der Ausdrucksliste eingebauter Index-Operator ohne Ausdrucksliste eingebaute Funktion %qF ist veraltet eingebautes %qF ist nur für interne GCC-Nutzung eingebaute %qF wird nur mit %<-mhtm%> unterstützt (standardmäßig für %<-march=zEC12%> und höher eingeschaltet) eingebaute %qF wird nur mit %<-mvx%> unterstützt (standardmäßig für %<-march=z13%> und höher eingeschaltet) das eingebaute %qs kann nur mit Vektortypen verwendet werden eingebaute Funktion %qs kann nur im 64-Bit-Modus verwendet werden eingebaute Funktion %qs erfordert GLIBC (2.23 oder neuer), die Hardware-Fähigkeits-Bits exportiert Eingebaute Funktion %qs akzeptiert genau 1 Argument Eingebaute Funktion %qs akzeptiert genau 2 Argumente Eingebaute Funktion %qs akzeptiert genau 3 Argumente eingebaute Funktion %qs akzeptiert nur ein Zeichenkettenargument Operand %d der eingebauten Funktion muss konstant sein aber %qD wirft nicht; vielleicht sollte sie als %<noexcept%> deklariert werden aber %qs hat es nicht wird aber überragt von einer Tabelle ohne RTTI-Informationen aus anderer Übersetzungseinheit aber nicht hier durch Argument %u vom Typ %s nach %qD, die hier deklariert wurde durch Argument %u vom Typ %s nach %qT Bytecode-Strom in Datei %qs, mit einem älteren GCC-Compiler als 10.0 erzeugt Bytecode-Strom in Datei %qs mit LTO-Version %d.%d statt des erwarteten %d.%d erzeugt Bytecode-Strom: Marke %s statt %s erwartet Bytecode-Strom: Leeren Cgraph-Knoten gefunden Bytecode-Strom: Mehrere Instanzen des Cgraph-Knoten mit UID %d gefunden Bytecode-Strom: Nicht nullterminierte Zeichenkette gefunden Bytecode-Strom: Ausschuss am Ende des »symbols«-Abschnitts Bytecode-Strom: Kein Gerufener beim Lesen der Kante gefunden Bytecode-Strom: Kein Aufrufer beim Lesen der Kante gefunden Bytecode-Strom: Zeichenkette zu lang für Zeichenkettentabelle bytecode stream: tag %s is not in the expected range [%s, %s] Bytecode-Strom: Versuch, %d Bytes nach Ende des Eingabepuffers zu lesen Bytecode-Strom: unerwarteter LTO-Abschnitt %s Bytecode-Strom: unerwartete Marke %s bytecode stream: unknown GIMPLE statement tag %s Aufruf %2d niemals ausgeführt
Aufruf %2d gab %s zurück
die echte Funktion statt des eingebauten Äquivalents aufrufen Aufruf hat ringförmige Abhängigkeit Aufruf wird niemals ausgeführt und Codegröße würde wachsen Aufruf ist unwahrscheinlich und Codegröße würde wachsen Aufruf von %<%T::operator[] (%A)%> ist mehrdeutig Aufruf von %<(%T) (%A)%> ist nicht eindeutig Aufruf des überladenen %<%D(%A)%> ist nicht eindeutig Aufruf des überladenen %<%s(%A)%> ist mehrdeutig der Hash der Aufrufanweisung zeigt nicht auf die erste direkte Kante der Folge von spekulativen Aufrufen Aufruf von %<__builtin_custom_%s%> steht in Konflikt mit Schalter %<-mcustom-%s%> Aufruf von %qD %qD wird hier aufgerufen Aufruf von %qD verwendet das Standardargument für Parameter %P, der noch nicht definiert wurde Aufruf von %qE ist mehrdeutig; Argument %d ist vom Typ %qs, aber Argument %d ist vom Typ %qs Aufruf von %qs mit Attributfehler deklariert: %s Aufruf von %qs mit Attributwarnung deklariert: %s Aufruf der Funktion %qD, die unvollständigen Typen %q#T wirft Aufruf einer Funktion, die unvollständigen Typen %q#T wirft Aufruf für interne Funktion %qE Aufruf der nicht-%<constexpr%>-Funktion %qD Aufruf der Nicht-Funktion %qD für Ruf vorgesehenes Register wurde für globale Registervariable verwendet von hier aufgerufen von dieser Funktion aus aufgerufen gerufenes Objekt %qD ist keine Funktion oder Funktionszeiger gerufenes Objekt %qE ist keine Funktion oder Funktionszeiger gerufenes Objekt ist keine Funktion oder Funktionszeiger Aufgerufene Funktion verweist auf comdat-lokale Symbole Interner Fehler: caller edge count does not match BB count Interner Fehler: caller edge count invalid Aufrufer ist nicht optimiert Aufruf von %qD mit SSE-Aufrufkonvention, ohne dass SSE/SSE2 eingeschaltet ist das Aufrufen von %qD mit einem nicht-null-Argument ist unsicher Aufruf von %qD mit Attribut sseregparam, ohne dass SSE/SSE2 eingeschaltet ist Aufruf von %qT mit Attribut sseregparam, ohne dass SSE/SSE2 eingeschaltet ist »constexpr«-Elementfunktion %qD kann nicht vom virtuellen Basisobjekt aus aufgerufen werden Aufrufe von Funktionen vom Typ %qT erfordern die SVE-ISA-Erweiterung Aufrufe überladener Operatoren können nicht in einem Konstanten-Ausdruck auftreten calls_comdat_local wird außerhalb einer comdat-Gruppe gesetzt nur Attribut %qE kann für Definitionen von Objekten eines Klassentyps im Datei-Gültigkeitsbereich verwendet werden höchstens einer der Spezifizierer %<constinit%> und %<constexpr%> kann verwendet werden Nicht-GP-relative absolute Adresse kann nicht verwendet werden Kandidat 1: Kandidat 2: Kandidat ist: Kandidaten sind: Kandidat: Kandidaten sind: %<dynamic_cast%> %qE (des Typs %q#T) in Typ %q#T (%s) kann nicht vorgenommen werden %<goto%> kann nicht in einen %<catch%>-Block hineinspringen %<goto%> kann nicht in einen %<try%>-Block hineinspringen Aufzählungsliste kann nicht zu Template-Instanziierung hinzugefügt werden nach der Definition können keine Verträge mehr hinzugefügt werden Verträge können nicht zu einer virtuellen Funktion hinzugefügt werden es kann kein Objekt des abstrakten Typs %qT belegt werden Objekte vom RVV-Typ %qT können nicht alloziert werden Objekte vom SVE-Typ %qT können nicht alloziert werden Stapelspeicher für Variable %q+D kann nicht angefordert werden, nackte Funktion vl-Register für %qs kann auf diesem Ziel nicht alloziert werden %<%s%> kann nicht auf %qD angewendet werden, da diese bereits mit einer OpenACC-»declare target«-Direktive markiert wurde %<offsetof%> kann nicht auf nicht-konstante Adresse angewandt werden %<offsetof%> kann nicht auf Aufzähler %qD angewandt werden %<offsetof%> kann nicht auf Destruktor %<~%T%> angewandt werden %<offsetof%> kann nicht auf Elementfunktion angewandt werden %<offsetof%> kann nicht auf Elementfunktion %qD angewandt werden %<offsetof%> kann nicht auf statisches Datenelement %qD angewendet werden %<offsetof%> kann nicht angewandt werden, wenn %<operator[]%> überladen ist Die Attribute %<longcall%> und %<shortcall%> können nicht beide gleichzeitig für eine Funktion verwendet werden Elementzeiger %qE kann nicht auf %qE angewandt werden, da letzteres vom Nicht-Klassen-Typ %qT ist das Bitfeld %qE kann nicht mit %qT verbunden werden kann keine Lvalue-Referenz vom Typ %qH an einen Rvalue vom Typ %qI binden nicht-konstante lvalue-Referenz vom Typ %qH kann nicht an Wert vom Typ %qI gebunden werden nicht-konstante lvalue-Referenz vom Typ %qH kann nicht an rvalue vom Typ %qI gebunden werden das gepackte Feld %qE kann nicht mit %qT verbunden werden Referenz vom Typ %qH kann nicht an %qI gebunden werden, da die Arraygrenzen sich unterscheiden der R-Wert %qE kann nicht mit %qT verbunden werden rvalue-Referenz vom Typ %qH kann nicht an lvalue vom Typ %qI gebunden werden %<__builtin_custom_%s%> kann nur aufgerufen werden, wenn %<-mcustom-%s%> angegeben ist ein Konzept kann nicht wie eine Funktion aufgerufen werden Konstruktor %<%T::%D%> kann nicht direkt aufgerufen werden Elementfunktion %qD kann nicht ohne Objekt aufgerufen werden %qE kann nicht per Referenz aufgefangen werden Element %qD von unbenannter Union kann nicht eingefangen werden %qs kann nicht in %qs umgewandelt werden, da die Größen nicht passen Ausdruck vom Typ %qs kann nicht in %qs umgewandelt werden Ausdruck vom Typ %qs kann nicht in den Typ %qs umgewandelt werden Exception vom Typ %qT kann nicht gefangen werden, da Typen mit variabler Größe beteiligt sind Nicht existierende Antwortdatei konnte nicht geschlossen werden Nur-Empfangs-Kanal kann nicht geschlossen werden GNU- und SVE-Vektoren können nicht in einer binären Operation kombiniert werden eine Basis vom Typ %qT kann nicht mit einem Index vom Typ %qT kombiniert werden eine Basis vom Typ %qT kann nicht mit einem Offset vom Typ %qT kombiniert werden %qE kann nicht vom Typ %qH in den Typ %qI umgewandelt werden %qE kann nicht vom Typ %qT in den Typ %qT umgewandelt werden %qE kann nicht in %qT umgewandelt werden %qE kann nicht in %qT umgewandelt werden, da %qH kann nicht nach %qI umgewandelt werden %qH kann nicht nach %qI bei Argumentübergabe umgewandelt werden %qH kann nicht nach %qI in Zuweisung umgewandelt werden %qH kann nicht nach %qI im Standardargument umgewandelt werden %qH kann nicht nach %qI in Initialisierung umgewandelt werden %qH kann nicht nach %qI in Rückgabe umgewandelt werden ein Delegatenausdruck kann nicht in %qs umgewandelt werden Wert vom Typ %qT kann nicht in Vektortyp %qT konvertiert werden, da sie unterschiedlich groß sind Vektor vom Typ %qT kann nicht in Typ %qT konvertiert werden, da sie unterschiedlich groß sind Ausdruck kann nicht umgewandelt werden, nur Basistypen können umgewandelt werden Umwandlung von %qT in Basisklasse %qT nicht möglich, da %qT unvollständig ist Umwandlung von Basisklasse %qT in abgeleitete Klasse %qT nicht möglich, da die Basisklasse virtuell ist Umwandlung von Basisklasse %qT in abgeleitete Klasse %qT nicht möglich, da die Basisklasse %qT virtuell ist unvollständiger Typ %qH kann nicht in %qI umgewandelt werden Umwandlung von Zeiger auf Basisklasse %qT in Zeiger auf abgeleitete Klasse %qT nicht möglich, da die Basisklasse virtuell ist Umwandlung von Zeiger auf Basisklasse %qT in Zeiger auf abgeleitete Klasse %qT nicht möglich, da die Basisklasse %qT virtuell ist die Struktur %qs kann nicht in %qs umgewandelt werden es kann nicht in Zeigertyp konvertiert werden Typ %qH kann nicht in den Typ %qI umgewandelt werden Wert kann nicht in einen Vektor umgewandelt werden Zeiger auf Referenzelement %qD kann nicht erzeugt werden der vorkompilierte Header %s kann nicht erzeugt werden: %m für Typ %qT kann keine Typinformation erzeugt werden, weil dies Typen variabler Größe umfasst %<::main%> kann nicht als %qs deklariert werden %<::main%> kann nicht als globale Variable deklariert werden %<::main%> kann nicht als Template deklariert werden %<::main%> kann nicht inline deklariert werden %<::main%> kann nicht statisch deklariert werden %<catch%>-Parameter kann nicht als abstrakter Klassentyp %qT deklariert werden %<catch%>-Parameter kann nicht als R-Wert-Referenztyp %qT deklariert werden %qD kann nicht in einem anderen Modul deklariert sein %qD kann nicht als Bitfeldtyp deklariert werden Parameter kann nicht mit %<decltype(auto)%> deklariert werden Bitfeld %qD kann nicht mit %<warn_if_not_aligned%>-Typ deklariert werden Bitfeld %qD kann nicht mit Funktionstyp deklariert werden Bitfeld %qs kann nicht mit %<warn_if_not_aligned%>-Typ deklariert werden Feld %q+D kann nicht als vom abstrakten Typ %qT deklariert werden Element %<%T::%s%> kann nicht in %qT deklariert werden Elementfunktion %<%T::%s%> kann nicht innerhalb von %qT deklariert werden Elementfunktion %qD kann nicht deklariert werden, statische Bindung zu haben Parameter %q+D kann nicht als vom abstrakten Typ %qT deklariert werden Parameter kann nicht als vom abstrakten Typ %qT deklariert werden Zeiger auf %q#T kann nicht deklariert werden Zeiger auf Element %q#T kann nicht deklariert werden Zeiger auf qualifizierten Funktionstypen %qT kann nicht deklariert werden Referenz auf %q#T kann nicht deklariert werden Referenz auf %q#T kann nicht deklariert werden, da letzteres weder Typedef noch Templatetyp-Argument ist Referenz auf qualifizierten Funktionstypen %qT kann nicht deklariert werden statische Funktion innerhalb anderer Funktion kann nicht deklariert werden Variable %q+D kann nicht als vom abstrakten Typ %qT deklariert werden Adresse kann nicht zerlegt werden Klassentyp %qT kann nicht dekomponiert werden, da er ein unbenanntes Strukturelement hat Klassentyp %qT kann nicht dekomponiert werden, da er ein unbenanntes Unionelement hat Klassentyp %qT ohne nicht-static-Datenelemente kann nicht dekomponiert werden Klassentyp %qT kann nicht dekomponiert werden, da sowohl er als auch seine Basisklasse %qT nichtstatische Datenelemente haben Klassentyp %qT kann nicht dekomponiert werden, da seine Basisklassen %qT und %qT nichtstatische Datenelemente haben unzugreifbares Element %qD von %qT kann nicht dekomponiert werden Lambda-Abschluss-Typ %qT kann nicht dekomponiert werden nicht-Array-nicht-Klassentyp %qT kann nicht dekomponiert werden Union-Typ %qT kann nicht dekomponiert werden Array mit variabler Länge %qT kann nicht dekomponiert werden Vektor %qT variabler Länge kann nicht zerlegt werden Zeiger auf unvollständigen Typen %qT kann nicht verringert werden Templateargumente für die Kopierinitialisierung von %qT können nicht abgeleitet werden, da es keine expliziten Ableitungshinweise oder benutzerdeklarierten Konstruktoren gibt Templateargumente für %qT können nicht abgeleitet werden, da es keine Ableitungshinweise gibt Template-Parameter können nicht aus der Einführungsliste abgeleitet werden für unbenannten Union-Member ist kein Standardvergleich definiert für flexible Arraymember ist kein Standardvergleich definiert für Referenzelement %qD ist kein Standardvergleich definiert für Union-Typ %qT ist kein Standardvergleich definiert %qD kann nicht in einem anderen Modul definiert sein %<friend%>-Funktion %qs kann nicht in einer lokalen Klassendefinition definiert werden Elementfunktion %<%T::%s%> kann nicht innerhalb von %qT definiert werden Element des abhängigen Typedef %qT kann nicht definiert werden Eine Funktion kann nicht gelöscht werden. Nur Zeiger auf Objekte sind gültige Argumente für %<delete%> Objekte vom RVV-Typ %qT können nicht gelöscht werden Objekte vom SVE-Typ %qT können nicht gelöscht werden %qE in %qs-Klausel kann nicht dereferenziert werden Es kann nicht von %<final%>-Basis %qT in abgeleiteten Typ %qT abgeleitet werden Fehler beim Bestimmen der %<#include%>-Übersetzung von %s: %s die Länge von %qs kann nicht bestimmt werden Eingebaute Funktion %qs kann nicht abgeschaltet werden in PTX-Assembler können keine unausgerichteten Zeiger erzeugt werden %qs kann nicht ausgeführt werden: %s %qs kann nicht ausgeführt werden: %s: %m Initialisierung für Element %qD kann nicht expandiert werden Element %q#D kann nicht explizit deklariert werden, externe Bindung zu haben PCH-Datei kann nicht erweitert werden: %m fallthrough ist bei letztem Fall einer switch-Anweisung unmöglich %<ldd%> kann nicht gefunden werden %<nm%> kann nicht gefunden werden %qs kann nicht gefunden werden %s kann nicht in Plugin %s gefunden werden
%s %s kann nicht in Plugin %s gefunden werden: %s LTO cgraph kann in %s nicht gefunden werden LTO-Abschnittsreferenzen können in %s nicht gefunden werden in der Klasse %qs konnte während des Neuladens von %<asm%> kein Register gefunden werden kein gültiger Zählername %qs auffindbar für Option %<-fdbg-cnt=%> Klasse %qE kann nicht gefunden werden mit Eigenschaft verbundene Instanzvariable nicht gefunden Schnittstellendeklaration für %qE kann nicht gefunden werden Schnittstellendeklaration für %qE, Basisklasse von %qE, kann nicht gefunden werden Protokolldeklaration für %qE kann nicht gefunden werden Referenzmarke für Klasse %qE kann nicht gefunden werden Zeiger auf Element der Nicht-Klasse %q#T kann nicht erzeugt werden für %qs kann kein lageunabhängiger Code erzeugt werden Zugriff auf den Rahmenzeiger von %qs ist nicht möglich Position in PCH-Datei kann nicht ermittelt werden: %m Programmstatus kann nicht ermittelt werden: %m Vergleich vom Typ %<%s == %s%> kann nicht verarbeitet werden inkonsistente Aufrufe von %qs können nicht behandelt werden Switch-Bedingung vom Typ %s kann nicht verarbeitet werden widersprüchliche %qs-Klausel kann nicht berücksichtigt werden ein Modul kann nicht in seinen eigenen Bereich importiert werden Zeiger auf unvollständigen Typen %qT kann nicht erhöht werden ein Rückgabeobjekt vom Typ %qT kann nicht mit einem r-Wert vom Typ %<void%> initialisiert werden Aggregat des Typs %qT kann nicht mit zusammengesetztem Literal initialisiert werden Array von %qT kann nicht aus einem Zeichenkettenliteral mit Typ %<Array von %T%> initialisiert werden %<main%> ist nicht als »inline« möglich %<coroutine traits%> kann nicht instanziiert werden %<coroutine handle%> konnte für den Versprechen-Typ %qT nicht instanziiert werden Plugin %s kann nicht geladen werden
%s Plugin %s kann nicht geladen werden: %s Operanden von dezimalen Gleitkomma- und komplexen Typen können nicht gemischt werden Operanden von dezimalen und anderen Gleitkommatypen können nicht gemischt werden Operanden von dezimalen Gleitkomma- und Vektortypen können nicht gemischt werden es können maximal %d Namensräume geschachtelt werden %qs kann nicht zum Schreiben geöffnet werden: %m »%s« kann nicht geöffnet werden %s kann nicht zum Schreiben geöffnet werden: %m %s kann nicht geöffnet werden: %m »%s« kann nicht geöffnet werden Datei %qs kann nicht zum Schreiben der Optimierungsdatensätze geöffnet werden Zwischenspeicherdatei für gcn-asm kann nicht geöffnet werden Zwischenspeicherdatei für gcn-obj kann nicht geöffnet werden zwischenzeitliche ptx-Datei kann nicht geöffnet werden ldd-Ausgabe kann nicht geöffnet werden: %m Verschachtelte Antwortdatei konnte nicht geöffnet werden nm-Ausgabe kann nicht geöffnet werden: %m Fehler beim Öffnen der omp_requires-Datei %qs Profilingdatei %s kann nicht geöffnet werden Argument kann nicht in Vektorregister übergegeben werden, da AltiVec-Befehle ausgeschaltet sind; %qs schaltet sie ein Objekt mit volatile-Feld kann nicht in Register geladen werden Fehler beim Einlesen von %<LOT_section_decls%> aus %s %s kann nicht gelesen werden: %m LTO-Modus-Tabelle kann nicht aus %s gelesen werden PCH-Datei kann nicht gelesen werden: %m Funktionsprofil aus %s kann nicht gelesen werden Fehler beim Lesen der omp_requires-Datei %qs Spec-Datei %qs kann nicht gelesen werden: %m Zeichenkettentabelle aus %s konnte nicht gelesen werden Referenztyp %qT kann nicht über %<...%> empfangen werden Ganzzahlkonstantenoperand kann in %<asm%> nicht neu geladen werden der eingebauten Typ %<va_list%> kann nicht D nicht dargestellt werden überladene Funktion %qD konnte nicht durch Umwandlung in Typ %qT aufgelöst werden vom Behandler eines Funktions-try-Blocks eines Konstruktors kann nicht zurückgekehrt werden Wert kann nicht in Vektorregister zurückgegeben werden, da AltiVec-Befehle ausgeschaltet sind; %qs schaltet sie ein Attribut %qE kann nicht nach der Definition festgelegt werden Unterbrechungsattribut kann nicht gesetzt werden; keine aktuelle Funktion Unterbrechungsattribut kann nicht gesetzt werden: kein solcher Bezeichner Position in PCH-Datei kann nicht festgelegt werden: %m Konzept %q#D kann nicht spezialisiert werden %<-o%> kann nicht mit %<-c%>, %<-S%> oder %<-E%> mit mehreren Dateien angegeben werden für eine Klasse kann kein %<override%> angegeben werden »-static« kann nicht mit »-fsanitize=Adresse« angegeben werden »-static« kann nicht mit »-fsanitize=hwaddress« angegeben werden »-static« kann nicht mit »-fsanitize=thread« angegeben werden %<-msep-data%> und %<-mid-shared-library%> können nicht zusammen angegeben werden Tail-Call nicht möglich: %s die Adresse von %qs kann nicht ermittelt werden die Adresse des Bit-Feldes %qD kann nicht ermittelt werden Adresse eines Skalars mit umgekehrter Speicherreihenfolge kann nicht ermittelt werden Adresse von %<this%> kann nicht ermittelt werden, das ein R-Wert-Ausdruck ist dieser Ausdruck hat keine Adresse C++-Klassen können nicht geworfen werden COM-Objekte können nicht geworfen werden Ausdruck vom Typ %qT kann nicht geworfen werden, da Typen mit variabler Größe beteiligt sind der RVV-Typ %qT kann weder geworfen noch gefangen werden der SVE-Typ %qT kann weder geworfen noch gefangen werden Typ-Switch mit Nicht-Interface-Wert ist nicht möglich SSA-Form kann nicht aktualisiert werden der Eingabedateiname für einen vorkompilierten Header darf nicht %<-%> sein %<-mtp=cp15%> kann nicht mit 16-Bit-Thumb verwendet werden %<::%> kann nicht in Parameterdeklaration verwendet werden In der Linux-Toolchain kann das Attribut %<indirect_call%> nicht verwendet werden %<typeid%> kann nicht mit %<-fno-rtti%> verwendet werden %<va_arg%> kann nicht zusammen mit umgedreher Speicherreihenfolge verwendet werden %<va_start%> kann nicht in Unterbrechungsfunktion verwendet werden %qs kann nicht als ein rufgesichertes Register verwendet werden %qs kann nicht als ein rufverwendetes Register verwendet werden %qs kann nicht als ein festes Register verwendet werden ein Objekt kann nicht als Parameter für eine Methode verwendet werden In der Linux-Toolchain kann die Funktion %qD nicht das Attribut »exception« haben In der Linux-Toolchain kann die Funktion %qD nicht das Attribut »interrupt« haben Modus %qs kann nicht für Aufzählungstypen verwendet werden mshared und static können nicht zusammen verwendet werden mthreads und mlegacy-threads können nicht zusammen verwendet werden Es können nicht mehrere Stapelprüfungsmethoden gleichzeitig verwendet werden In der Linux-Toolchain kann die Funktion %qD nicht das Attribut »exception« haben Kleindatenzugriffe für %qs nicht möglich Typ %s kann nicht als Typ %s verwendet werden Feld mit unbekannter Grenze %qT kann nicht mit Werten initialisiert werden %s kann nicht geschrieben werden: %m PCH-Datei kann nicht geschrieben werden PCH-Datei kann nicht geschrieben werden: %m PCH-Datei kann nicht geschrieben werden: erforderliches Speichersegment nicht verfügbar Auffüllung für PCH-Datei kann nicht geschrieben werden: %m in %s kann nicht geschrieben werden: %m kanonische Typen unterscheiden sich für identische Typen %qT und %qT der RVV-Typ %qT kann nicht durch Kopieren gefangen werden der SVE-Typ %qT kann nicht durch Kopieren gefangen werden Einfangen per Kopie von unvollständigem Typ %qT Erfassung von Nicht-Variable %qE Erfassung der Variable %qD ohne automatische Speicherdauer Einfangen des variabel geänderten Typs %qT, der kein N3639-Array mit Laufzeitgrenzen ist case-Marke %qE nicht innerhalb einer switch-Anweisung case-Marke reduziert nicht auf Ganzzahlkonstante »case«-Marke ist kein konstanter Ganzzahlausdruck case-Marke nicht innerhalb einer switch-Anweisung case-Marke überschreitet Maximalwert des Typs case-Marke ist kleiner als Minimalwert des Typs unsortierte case-Marken in switch-Anweisung Interner Fehler: case labels not sorted: case-Wert %qs nicht in Aufzählungstyp case-Wert %qs nicht in Aufzählungstyp %qT Typumwandlung fügt Qualifizierer %q#v zu Funktionstyp hinzu Umwandlung zwischen inkompatiblen Funktionstypen von %qH nach %qI unvollständiger Funktionstyp %qT kann nicht nach %qT umgewandelt werden Umwandlung zwischen inkompatiblen Elementzeigertypen von %qH nach %qI Typumwandlung streicht Qualifizierer %qv von Zeiger-Zieltyp Umwandlung von %qH in %qI erhöht erforderliche Ausrichtung des Zieltyps Typumwandlung von %qH nach %qI verliert Genauigkeit Cast von %qT ist nicht erlaubt Umwandlung von %qs nach %qs führt zum Ergebnis 0 Typumwandlung von Funktionsaufruf des Typs %qT in unpassenden Typen %qT Typkonvertierung von Zeiger auf Ganzzahl anderer Breite Umwandlung des Typs %qT in Typ %qT entfernt Qualifizierer Typkonvertierung erfordert Ausrichtung des Zieltyps Typkonvertierung gibt Arraytyp an Typkonvertierung gibt Funktionstyp an Umwandlung in %qs-Adressraumzeiger aus getrenntem %qs-Adressraumzeiger Umwandlung in %qs-Adressraumzeiger aus getrenntem allgemeinen Adressraumzeiger die Umwandlung nach %qs ergibt immer »null« Umwandlung in allgemeinen Adressraumzeiger aus getrenntem %qs-Adressraumzeiger Umwandlung in Nicht-Ganzzahltyp %qT in konstantem Ausdruck Typkonvertierung in Zeiger von Ganzzahl anderer Breite Typkonvertierung in union-Typ von nicht in union vorhandenem Typen Umwandlung von %qT in %qT dereferenziert nicht den Zeiger Umwandlung zwischen Zeiger auf Funktion und Zeiger auf Objekt ist bedingt unterstützt Nichtreferenztyp %q#T wird gefangen polymorpher Typ %q#T wird per Wertzuweisung gefangen Typ %q#T wird per Wertzuweisung gefangen Kategorie-Attribute sind in Objective-C 1.0 nicht verfügbar Kategorie-Attribute sind in dieser Version des Compilers nicht verfügbar (wird ignoriert) Attribute cdecl und thiscall sind nicht verträglich Interner Fehler: cgraph count invalid Interner Fehler: cgraph_node has wrong clone list Interner Fehler: cgraph_node has wrong clone_of Interner Fehler: cgraph_node has wrong prev_clone pointer Interner Fehler: cgraph_node is in clone list but it is not clone Änderung des aktiven Elements einer union von %qD zu %qD Änderung des aktiven Elements einer union von %qD zu %qD während der Initialisierung wenn Sie den Rückgabetyp von %qs in einen Vergleichskategorietyp ändern, kann der Vergleich %qs und %qs verwenden Interner Fehler: check_charlen_present(): length not set check_dimension(): Bad array reference check_dummy_characteristics: Unexpected result %i of gfc_dep_compare_expr check_init_expr(): Unknown expression type check_intents(): List mismatch check_restricted(): Unknown expression type check_result_characteristics (1): Unexpected result %i of gfc_dep_compare_expr check_result_characteristics (2): Unexpected result %i of gfc_dep_compare_expr check_some_aliasing(): List mismatch check_some_aliasing(): corrupted data Prüfsumme ist (%x,%x) statt (%x,%x) Wahl von %qD statt %qD Wert der Chunkgröße muss positiv sein ringförmige Zeigerdelegation erkannt Klasse %qE existiert bereits Klasse %qE ist definiert, ohne eine Basisklasse anzugeben Klasse %qE ist veraltet Klasse %qE ist nicht verfügbar Klasse %qE ist nicht verfügbar Klasse %qT hat keinen Feldnamen %qD Klasse %qT ist implizit »friend« von ihr selbst Klasse %qs implementiert nicht das Protokoll %qE Klassenattribute sind in Objective-C 1.0 nicht verfügbar Klassendefinition darf nicht als »friend« deklariert sein Klassenerweiterung für Klasse %qE nach seiner %<@implementation%> deklariert Klassenerweiterungen sind in Objective-C 1.0 nicht verfügbar Klassentemplate %qD als Nicht-Template redeklariert Argumentherleitung für Klassentemplate gescheitert: Argumentherleitung für Klassentemplate von %qT fehlgeschlagen: expliziter Herleitungshinweis in copy-list-initialization ausgewählt Argumentherleitung von Klassentemplates ist nur mit %<-std=c++17%> oder %<-std=gnu++17%> verfügbar Klassentyp %qT ist unvollständig Klauseln in %<simd%>-Eigenschaft sollten durch %<,%> getrennt werden Argument für cleanup ist keine Funktion Argument für cleanup ist kein Bezeichner Klone für Attribut %<target_clones%> können nicht erzeugt werden close: %s geschlossene Intervalle LTRANS-Ausgabeliste »%s« kann nicht geschlossen werden: %m Abhängigkeitsdatei »%s« kann nicht geschlossen werden: %m Fehler beim Schließen der JSON-Datei %s: %m Fehler beim Schließen der Mixin-Datei %s: %m Coarray-Argument Code könnte fehloptimiert werden, es sei denn, %<-fno-strict-aliasing%> wird angegeben Codemodell %qs ist inkompatibel zu %s Codemodell %qs erfordert %s Codemodell %qs wird im ilp32-Modus nicht unterstützt Codemodell %qs wird im %s-Bit-Modus nicht unterstützt Codemodell %qs wird im x32-Modus nicht unterstützt Codemodell %qs mit %<-f%s%> Codemodell %s unterstützt keinen PIC-Modus Collapse-Argument erfordert positiven konstanten Ganzzahlausdruck Zusammengefallene »%s«-Schleifen bei %L nicht perfekt geschachtelt zusammengelegte Schleifen sind nicht perfekt geschachtelt collect2-Version %s
Sammlung in schneller Aufzählung ist kein Objekt comdat-Symbole können nicht versioniert werden Interner Fehler: comdat-local function called by %s outside its comdat Interner Fehler: comdat-local symbol referred to by %s outside its comdat Komma am Ende der Aufzählungsliste kommagetrennte Liste in using-Deklaration ist nur mit %<-std=c++17%> oder %<-std=gnu++17%> verfügbar Kommandozeilenoption %qs wird von dieser Konfiguration nicht unterstützt Kommandozeilenoption %qs ist gültig für %s, aber nicht für %s Kommandozeilenoption %qs ist gültig für den Treiber, aber nicht für %s gemeinsames Symbol kann nicht versioniert werden gemeinsam genutzte Variablen müssen eine Ausrichtung von 32768 oder weniger haben compare_actual_expr(): Bad component code compare_real(): Bad operator Vergleich der endgültigen Befehlslisten Vergleich von Gleitkomma mit %<==%> oder %<!=%> ist unsicher Vergleich des Ergebnisses der Zeigeraddition %qE mit NULL Vergleich von Vektoren mit verschiedenen Element-Typen Vergleich von Vektoren mit unterschiedlicher Elementanzahl Vergleich zwischen %q#T und %q#T Vergleich zwischen %qT und %qT Vergleich zwischen den unterschiedlichen Zeigertypen %qT und %qT benötigt Umwandlung beim Vergleich zwischen unterschiedlichen Zeiger-auf-Element-Typen %qT und %qT fehlt eine Typkonvertierung Vergleich zwischen Zeiger und Ganzzahl Vergleich zwischen Zeiger und '\0' Vergleich zwischen zwei Arrays Vergleich zwischen zwei Arrays ist in C++20 veraltet Vergleich zwischen den Typen %qT und %qT Vergleich ist immer %d Vergleich ist immer %d wegen Breite des Bitfeldes Vergleich ist durch beschränkten Wertebereich des Datentyps stets »unwahr« Vergleich ist durch beschränkten Wertebereich des Datentyps stets »wahr« Vergleich von vollständigen und unvollständigen Zeigern Vergleich der Konstanten %qE mit booleschem Ausdruck ist stets »false« Vergleich der Konstanten %qE mit booleschem Ausdruck ist stets »true« Im Vergleich verschiedener Objective-C-Typen fehlt Typumwandlung in Vergleich verschiedener Zeigertypen fehlt Typkonvertierung Vergleich zwischen Aufzählungstyp %qT und Gleitkommatyp %qT ist veraltet Vergleich zwischen Gleitkommatyp %qT und Aufzählungstyp %qT ist veraltet Vergleich von Ganzzahlausdrücken, von denen nur einer ein Vorzeichen hat: %qT und %qT Vergleich von Zeigern auf disjunkte Adressräume Vergleich von befördertem bitweisem Komplement eines vorzeichenlosen Werts mit einer Konstanten Vergleich von befördertem bitweisem Komplement eines vorzeichenlosen Werts mit einer vorzeichenlosen Zahl Vergleich eines vorzeichenlosen Ausdrucks in %<< 0%> ist stets unwahr Vergleich eines vorzeichenlosen Ausdrucks in %<>= 0%> ist stets wahr Vergleichsoperator %q+D mit Standardimplementierung nach der ersten Deklaration [class.compare.default] Vergleich erforderlich Vergleich mit Zeichenkettenliteral führt zu unspezifiziertem Verhalten Vergleiche wie %<X<=Y<=Z%> haben nicht ihre mathematische Bedeutung der kompatible Typ ist hier Kompilierung wegen »-Wfatal-errors« beendet.
Kompilierung wegen »-fmax-errors=%u« beendet.
Kompilierung beendet.
alle Implementierungsmodule und Programmmodule auf einmal übersetzen die compilierte Moduldatei ist %qs das kompilierte Modul ist %sVersion %s zur Compilezeit sicherstellen, dass Parameternamen von Prozeduren im Definitionsmodul denen im Implementierungsmodul entsprechen der Compiler unterstützt ZSTD-LTO-Komprimierung nicht der Compiler ist %sVersion %s%s%s warnen bei expliziter Typumwandlung zwischen Typen mit unterschiedlicher Größe Komplement-Argument muss eine Konstante sein komplexes Argument %u für typgenerische Funktion, die ausschließlich dezimal ist komplexe Argumente müssen Gleitkommatyp haben komplexe Argumente müssen identische Typen haben Überlauf von komplexen Gleitkommazahlen in Ausdruck %qE des Typs %qT ergibt %qE Überlauf von komplexen Gleitkommazahlen in Ausdruck des Typs %qT ergibt %qE Überlauf von komplexen Ganzzahlen in Ausdruck %qE des Typs %qT ergibt %qE Überlauf von komplexen Ganzzahlen in Ausdruck des Typs %qT ergibt %qE complex ungültig für %qs Komponente %qs bei %L wurde bereits von Konstruktor für abgeleitete Typen durch einen Elternteil gesetzt zusammengesetztes Literal hat Funktionstyp zusammengesetztes Literal hat variable Größe zusammengesetztes Literal ist implizit auto, jedoch als %qs deklariert zusammengesetztes Literal vom Nicht-Objekt-Typ %qT Verbundliteral durch Adressraumqualifizierer qualifiziert zusammengesetzte Anweisung in %<constexpr%>-Funktion komprimierter Strom: %s das berechnete Goto muss von einem Zeigertyp sein Verkettung von String-Literalen mit widersprüchlichen Kodierungspräfixen Konzept %q#D mit hergeleitetem Rückgabetyp deklariert Konzept %q#D mit Funktionsparametern deklariert Konzept %q#D mit nicht-%<bool%>-Rückgabetyp %qT Konzept %qD hat keine Definition das Konzept %qE hat mehrere Vorlagenparameterlisten das Konzept %qE ist nicht im Gültigkeitsbereich des Namensraums das Konzept wurde hier definiert Konzept muss im Gültigkeitsbereich des Namensbereiches definiert werden Konzept muss Typ %<bool%> haben Konzept-ID %qD in geschachteltem Namens-Spezifizierer Bedingung deklariert eine Funktion Bedingung deklariert ein Array Bedingungsausdruck verweist auf Iterationsvariable %qD bedingte %<lastprivate%>-Klausel im %qs-Konstrukt bedingte %<lastprivate%>-Klausel an Schleifeniterator %qD wird ignoriert Bedingungsausdruck mit den unterschiedlichen Zeigertypen %qT und %qT benötigt Umwandlung im Bedingungsausdruck mit unterschiedlichen Zeiger-auf-Element-Typen %qT und %qT fehlt eine Typkonvertierung Bedingungsausdruck zwischen Aufzählungstyp %qT und Gleitkommatyp %qT ist veraltet Bedingungsausdruck zwischen Gleitkommatyp %qT und Aufzählungstyp %qT ist veraltet bedingter Ausdruck in Operand von Faltungsausdruck bedingt ausgeführte Schleife im der Region %<kernels%> wird von einer einzelnen Bande ausgeführt; %<gang%>-Klausel wird ignoriert in Konflikt stehende Deklaration %q#D mit Bindung für die Sprache "C" Zugriffsangaben für Feld %qE stehen in Konflikt, ignoriert Zugriffsangaben für Methode %q+D stehen in Konflikt, ignoriert widersprüchliche Codegenerierungsschalter in Konflikt stehende Deklaration %q#D steht mit neuer Deklaration von %q#D mit %qL-Bindung in Konflikt in Konflikt stehende Deklaration für C-Funktion %q#D unverträgliche Deklaration des Templates %q#D in Konflikt stehende Export-Deklaration %qD widersprüchliche globale Moduldeklaration %#qD in Konflikt stehende benannte Adressräume (%s und %s) in Konflikt stehende benannte Adressräume (%s und %s) für %q+D in Konflikt stehende benannte Adressräume (%s und generisch) für %q+D in Konflikt stehende benannte Adressräume (generisch und %s) für %q+D In Konflikt stehende Reduktionsoperationen für %qE in Konflikt stehenden Rückgabetyp für %q+#D angegeben in Konflikt stehender Basisklassenname %qE in Konflikt stehenden Typattribute für %q+#D angegeben In Konflikt stehende Typqualifizierer für %q+D in Konflikt stehende Typen für %<%c%s%> In Konflikt stehende Typen für %q+D widersprüchliche Typen für %q+D aufgrund von enum/integer-Konflikt; der bestehende Typ ist %qT abweichende Typen für %q+D; der bestehende Typ ist %qT in Konflikt stehende Typen für eingebaute Funktion %q+D; erwartet wurde %qT in Konflikt stehende Typen für eingebaute Funktion %qs; erwartet wurde %qs Fehlerhafte Verwendung von %<-mcustom%>-Schaltern, Zielattributen und/oder %<__builtin_custom_%>-Funktionen Konflikt mit %qD erwägen Sie die Verwendung von %<-fno-module-lazy%>, die Erhöhung des Wertes von %<-param-lazy-modules=%u%> oder die Erhöhung der prozessspezifischen Dateideskriptorgrenze evtl. »-pg« statt »-p« mit gprof(1) verwendet evtl. »-pg« statt »-p« mit gprof(1) verwenden evtl. »-pg« statt »-p« mit gprof(1) verwenden mit const, volatile oder restrict qualifizierter Typ in %<#pragma omp declare reduction%> Übertragung von const/copy ausgeschaltet const_double_split bekam einen falschen Befehl: Konstante %qs ist zu groß konstantes Argument %d für eingebautes %qF ist ungültig (%s) konstantes Argument %d für eingebaute %qF liegt außerhalb des Bereichs %wd bis %wd konstantes Argument %d für eingebaute %qF liegt außerhalb des Bereichs 0 bis %wu Konstantes Argument %d für eingebaute %qF liegt außerhalb des Wertebereiches für Zieltyp Konstantes Argument außerhalb des Wertebereiches für %qs Konstantes Argument außerhalb des Wertebereiches für %s konstantes Feld %qD als %<asm%>-Ausgabe verwendet Interner Fehler: constant folding not supported for this tree code Konstante wird bei %<ADDR_EXPR%>-Änderung nicht neu berechnet Konstante verweist auf sich selbst Konstanter Wert erwartet für Argument %2$d der eingebauten Funktion %1$qF Einschränkung %qE ist vom Typ %qT, muss aber %<bool%> sein Einschränkungsausdruck muss vom Typ %<bool%> sein unpassende Beschränkungen für Argument %d in Template-Parameterliste für %qD Einschränkungen sind nicht erfüllt Einschränkungen auf einer Funktion, die kein Template hat Konstruktor kann keine statische Elementfunktion sein Konstruktor verweist auf sich selbst Konstruktordelegation folgt Speicherinitialisierung für %qD Konstruktor gibt keinen Wert zurück, der getestet werden könnte Konstruktor für fremde Klasse %qT kann kein Element sein Konstruktor ist nicht benutzerdefiniert, da er im Klassenkörper ausdrücklich standardisiert ist Konstruktorprioritäten werden nicht unterstützt Konstruktorprioritäten von 0 bis %d sind für die Implementierung vorbehalten Konstruktorprioritäten müssen Ganzzahlen von 0 bis einschließlich %d sein Konstruktorsyntax verwendet, aber kein Konstruktor für Typ %qT deklariert Konstruktoren dürfen nicht als %<virtual%> deklariert sein Konstruktoren dürfen nicht CV-qualifiziert sein Konstruktoren dürfen nicht ref-qualifiziert sein enthaltende Schleife ist hier enthält zusätzliche virtuelle Methode %qD continue-Anweisung nicht innerhalb einer Schleife Vertragsbedingung ist false in konstantem Ausdruck Zusammenziehung %<%.*s%> im Format; verwenden Sie stattdessen %qs Verträge sind nur mit %<-fcontracts%> verfügbar Verträge müssen sich auf einen Funktionstyp beziehen Interner Fehler: control flow in the middle of basic block %d der Programmfluss geht durch die Definition von %qD mit statischer Speicherdauer der Programmfluss geht durch die Definition von %qD mit thread-lokaler Speicherdauer Kontrollfluss erreicht Ende von Nicht-void-Funktion Steuerregisternummer für »%s« muss im Bereich von 0 bis 31 liegen Umwandlung zwischen den unterschiedlichen Zeigertypen %qT und %qT benötigt Umwandlung bei Umwandlung zwischen unterschiedlichen Zeiger-auf-Element-Typen %qT und %qT fehlt eine Typkonvertierung Umformung verwirft Konstantheit Umwandlung von %q#T nach %q#T Umwandlung von %qH in %qI löscht Qualifizierer Umwandlung von %qH nach %qI in einem umgewandelten konstanten Ausdruck Umformung von %qH nach %qI ist mehrdeutig Umwandlung von %qH in nicht-skalaren Typen %qI angefordert Umwandlung von %qT nach %qT Umformung von %qT nach %qT ändert den Wert von %qE Umwandlung von %qT in %qT ändert Wert von %qE nach %qE Umwandlung von %qT nach %qT verwirft imaginäre Komponente Umwandlung von %qT nach %qT könnte den Wert ändern Umwandlung von Adressraum %qs in Adressraum %qs Konvertierung von normalem zu »notinheap«-Typen Umwandlung von Zeigertyp %qT in arithmetischen Typ %qT in Konstantenausdruck bei der Konvertierung fehlt der Typ am Ende des Formates Umwandlung von %qE von %qH nach %qI ist mehrdeutig Umwandlung von %qs auf der linken Seite eines %qs Umwandlung eines Registers auf eine andere Größe in %qs Umwandlung von Skalar %qH in Vektor %qI führt zum Abschneiden Umwandlung von Skalar %qT in Vektor %qT führt zum Abschneiden Umwandlung eines vorzeichenlosen konstanten Wertes in negative Ganzzahl Umformung in %qT ändert konstanten Wert von %qT Umwandlung nach %qT von %qT könnte den Wert ändern Umwandlung in %qT von %qT könnte das Vorzeichen des Ergebnisses ändern Umwandlung in %qT aus booleschem Ausdruck Konvertierung in unvollständigen Typen Umwandlung in nicht-konstanten Referenztyp %q#T von R-Wert des Typs %qT Konvertierung zu Nicht-Skalar-Typ verlangt Umwandlung in void kann die Adresse der überladenen Funktion nicht auflösen Umwandlung in void greift nicht auf Objekt %qE des unvollständigen Typs %qT zu Umwandlung in void greift nicht auf Objekt des unvollständigen Typs %qT zu Umwandlung in void greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT zu Umwandlung in void greift nicht auf Objekt des Typs %qT zu Umwandlung in »volatile« Referenztyp %q#T von R-Wert des Typs %qT Umwandlungen in Arrays mit unbekannten Grenzen sind erst mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar %<false%> wird in Zeigertyp %qT umgewandelt %<false%> wird für Argument %P von %qD in Zeigertyp umgewandelt Umwandlung von %qT in %<void%> wird nie einen Typumwandlungsoperator verwenden Umwandlung von %qT in Basisklasse %qT wird nie einen Typumwandlungsoperator verwenden Umwandlung von %qT in Referenz auf Basisklasse %qT wird nie einen Typumwandlungsoperator verwenden Umwandlung von %qT in Referenz auf gleichen Typ wird nie einen Typumwandlungsoperator verwenden Umwandlung von %qT in gleichen Typ wird nie einen Typumwandlungsoperator verwenden Umwandlung von NULL in Nicht-Zeiger-Typ die Umwandlung eines gepackten Zeigers auf %qT (Ausrichtung %d) in einen Zeiger auf %qT (Ausrichtung %d) führt möglicherweise zu einem nicht ausgerichteten Zeiger Umwandlung eines zusammengesetzten Arrayliterals ist in C++ ungültig far-Zeiger wird in near-Zeiger umgewandelt Umwandlung von %qH nach %qI Lambda, das %<...%> verwendendet, wird in Funktionszeiger umgewandelt Umwandung der überladenen Funktion %qD in den Typ %q#T ist mehrdeutig Umwandlung von %qH nach %qI erfordert direkte Initialisierung Umwandlung nach %qH von %qI mit größerem Konvertierungsrang Umwandlung nach %qH von %qI mit ungeordneten Konvertierungsrängen Umwandlung in %qT von Initialisierungsliste würde expliziten Konstruktor %qD verwenden Konvertierung in Nicht-Zeiger-Typ %qT von NULL Koprozessornummer muss eine direkt angegebene Konstante im Bereich 0 bis %d sein, die mit %<+cdecp<N>%> aktiviert wurde Koprozessor %d ist nicht aktiviert mit +cdecp%d Kopieren von nicht-statischem Datenelement %q#D von rvalue-Referenztyp »copyprivate«-Variable %qE ist im äußeren Kontext weder »threadprivate« noch »private« Koroutinen erfordern eine Handle-Klassenvorlage; %<%E::%E%> wurde nicht gefunden Koroutinen erfordern ein Traits-Template; %<%E::%E%> wurde nicht gefunden Interner Fehler: corrupt loop tree root Interner Fehler: corrupted exits list of loop %d Interner Fehler: corrupted head of the exits list of loop %d Beschädigte ltrans-Ausgabedatei %s beschädigte Profilinformationen: ungültiges Zeitprofil Info zum beschädigten Profil: Anzahl der Ausführungen der Kante »%d-%d« sollte %i sein Info zum beschädigten Profil: Anzahl der Durchläufe des Basisblocks %d sollte %i sein Info zum beschädigten Profil: Profildaten sind nicht Fluss-konsistent kaputtes Werteprofil: %s-Profilzähler (%d von %d) ist inkonsistent zu Basisblock-Zähler (%d) Go-Abzugsdatei konnte nicht geschlossen werden: %m endgültige Abzugsdatei %qs der Befehle konnte nicht geschlossen werden: %m Antwortdatei %s konnte nicht geschlossen werden temporäre Antwortdatei %s konnte nicht geschlossen werden Abzugsdatei %qs genullter Befehle konnte nicht geschlossen werden: %m %qE konnte nicht von %<void%> nach %<bool%> umgewandelt werden %qE konnte nicht von %qH nach %qI umgewandelt werden Templateargument %qE konnte nicht von %qT in %qT umgewandelt werden %s konnte nicht in %s gefunden werden (möglicherweise hilft %<-B%>) es konnte kein Überlaufregister gefunden werden kein ganzzahliger Typ mit derselben Größe wie %qT gefunden Klasse %qE kann nicht gefunden werden Schnittstelle für Klasse %qE kann nicht gefunden werden Setter/Getter für %qE in Klasse %qE kann nicht gefunden werden Spezifikationsdatei %s konnte nicht gefunden werden
Variantendeklaration nicht gefunden MCU-Datendatei %<devices.csv%> konnte nicht gefunden werden Go-Abzugsdatei %qs konnte nicht geöffnet werden: %m Abzugsdatei %qs konnte nicht geöffnet werden: %m endgültige Abzugsdatei %qs der Befehle konnte nicht geöffnet werden: %m Antwortdatei %s konnte nicht geöffnet werden Datei zur Symbolauflösung konnte nicht geöffnet werden: %m temporäre Antwortdatei %s konnte nicht geöffnet werden Datei-Offset konnte nicht eingelesen werden Hex-Zahl konnte nicht eingelesen werden Typnamen-Typ kann nicht aufgelöst werden Befehl kann nicht aufgeteilt werden unverständlicher Wert %q.*s von %<kern.osversion%> unverständliche Version %qs in Antwortdatei %s konnte nicht geschrieben werden in temporäre Antwortdatei %s konnte nicht geschrieben werden Zählername Zählerwert CPU %qs ist ein ungültiges Argument für eingebaute Funktion %qs die CPU »%s« basiert nicht auf Architektur »%s«, Architektur wird ignoriert eine SWIG-Interface-Datei für das Modul erzeugen topologisch sortierte Liste aller Module erzeugen, die in der Anwendung verwendet werden erzeugt und mit anderen ABIs verwendet erzeugt und mit anderen Architekturen / ABIs verwendet erzeugt und mit anderer Bytereihenfolge verwendet erzeugt und mit anderen Einstellungen von %<-fpic%> verwendet erzeugt und mit anderen Einstellungen von %<-fpie%> verwendet erzeugt und mit anderen Einstellungen von »%s« verwendet Array von %qT wird erzeugt Array von %qT wird erzeugt, was ein abstrakter Klassentyp ist Feld von Funktionselementen wird erzeugt Array von Funktionen wird erzeugt Feld von Referenzen wird erzeugt Array des Template-Platzhaltertyps %qT wird erzeugt Array von void wird erzeugt Erzeugung eines Zeigers auf Elementfunktion des Nicht-Klassentyps %qT Zeiger auf Element des Nicht-Klassentypen %qT wird erzeugt Zeiger auf Element mit Typ »void« wird erzeugt Zeiger auf Elementreferenztyp %qT wird erzeugt für nicht existierende Methode %qE wird Selektor erzeugt Attribut »critical« wirkt sich nicht auf Interrupt-Funktionen aus eigener Befehlsopcode für %<__builtin_custom_%s%> muss zur Kompilierzeit eine Konstante im Bereich 0 bis 255 sein cv-qualifizierter Typparameter baumelnder Zeiger %qE auf %qD wird möglicherweise verwendet baumelnder Zeiger %qE auf ein unbenanntes temporäres Objekt wird möglicherweise verwendet baumelnder Zeiger auf %qD wird möglicherweise verwendet baumelnder Zeiger auf ein unbenanntes temporäres Objekt wird möglicherweise verwendet Datenbereichsattribute können nicht für lokale Variablen angegeben werden Datenbereich von %q+D in Konflikt mit vorheriger Deklaration Daten-Deklaration Datendefinition hat keinen Typ oder Speicherklasse Datenelement %q+D hat ungültigerweise einen Funktionstypen deklariert Datenelement %q+D hat ungültigerweise einen Methodentyp deklariert Datenelement %qD kann kein Elementtemplate sein Datenelement darf nicht variabel modifizierten Typ %qT haben Datenverschiebung für Komponente %qE ist nicht kompatibel mit Verschiebung von Struktur %qE Datentyp von %q+D ist nicht für Register geeignet Interner Compilerfehler: dead histogram unerreichbare Anweisung in EH-Tabelle die Deallokationsfunktion ist hier deklariert Versuch, bereits freigegebenen Speicher freizugeben Speicher, der vorher nicht angefordert wurde, wird freigegeben Fehlersuche Debugformat %qs steht in Konflikt mit vorheriger Auswahl Debugausgabestufe %qs ist zu groß Debug-Pfad zur Fehlersuche: dezimales Gleitkomma-Argument %u für typgenerische Funktion mit nur binären Argumenten dezimales Gleitkomma-Argument %u für typgenerische Funktion mit nur komplexen Argumenten dezimale Gleitkommazahlen werden für dieses Ziel nicht unterstützt Deklaration %qD widerspricht der eingebauten Deklaration Deklaration %qD widerspricht dem Import Deklaration %qD deklariert nichts Deklaration fügt Verträge zu %q#D hinzu Deklaration deklariert nichts Deklaration für nicht vorhandenen Parameter %qD Deklaration hat abweichende Anzahl von Verträgen gegenüber der vorherigen Deklaration Deklaration der %<constexpr%>-Variable %qD ist keine Definition Deklaration der %<extern%>-Variablen %qD in Anfangsdeklaration einer %<for%>-Schleife Deklaration von %<std::initializer_list%> entspricht nicht %<#include <initializer_list>%>, ist kein Template Deklaration von %<~%T%> als Element von %qT Deklaration von %q#D ändert die Bedeutung von %qD Deklaration von %q#D steht mit eingebauter Deklaration %q#D in Konflikt Deklaration von %q#D hat %<extern%> und ist initialisiert Deklaration von %q#D hat keine Initialisierung Deklaration von %q#D außerhalb einer Klasse ist keine Definition Deklaration von %q#D überdeckt einen Parameter Deklaration von %q#T Deklaration von %q+#D überdeckt einen Templateparameter Deklaration von %q+D überdeckt eine eingebaute Funktion Deklaration von %q+D überdeckt eine vorhergehende Nicht-Variable Deklaration von %q+D mit Attribut %<noinline%> folgt auf inline-Deklaration Deklaration von %q+D ohne Bindung folgt einer extern-Deklaration Deklaration von %qD macht vorherige Template-Instanziierung für %qD mehrdeutig Deklaration von %qD als %<typedef%> Deklaration von %qD als Feld von Funktionselementen Deklaration von %qD als Array von Funktionen Deklaration von %qD als Array von Referenzen Deklaration von %qD als Array von voids Deklaration von %qD als Element %qT Deklaration von %qD als multidimensionales Feld muss für alle Dimensionen außer der ersten Grenzen haben Deklaration von %qD als Nicht-Funktion Deklaration von %qD als Parameter Deklaration von %qD in %qD, das nicht %qD einschließt Deklaration von %qD in Namensraum %qD, der nicht %qD einschließt Deklaration von %qD nicht in einem Namensbereich um %qD Deklaration von %qD überdeckt eine eingebaute Funktion Deklaration von %qD überdeckt eine globale Deklaration Deklaration von %qD überdeckt ein Element von %qT Deklaration von %qD überdeckt einen Parameter Deklaration von %qD überdeckt einen vorhergehenden lokalen Bezeichner Deklaration von %qE als Array von Funktionen Deklaration von %qE als Array von voids Deklaration von %qE als multidimensionales Array muss für alle Dimensionen außer der ersten Grenzen haben Deklaration von %qE als Nicht-Funktion Deklaration von %qE als Nicht-Element Deklaration von %qF hat unterschiedlichen Exceptionspezifizierer Deklaration der eingebauten Funktion %qD ohne Prototyp; erwartet wurde %qT Deklaration der Funktion %qD in ungültigem Kontext Deklaration von multidimensionalem Array muss für alle Dimensionen außer der ersten Grenzen haben Deklaration der Nicht-Variablen %qD in Anfangsdeklaration einer %<for%>-Schleife Deklaration der »static«-Variablen %qD in Anfangsdeklaration einer %<for%>-Schleife Deklaration von Templateparameter %q+#D mit unterschiedlichen Einschränkungen Deklaration des Templateparameters %q+D überdeckt einen Templateparameter Deklaration eines Typnamen als Array von Funktionen Deklaration eines Typnamen als Array von voids Deklarationen in abhängiger Basis %qT wurden bei unqualifizierter Suche nicht gefunden Deklarator-ID fehlt: reserviertes Wort %qD wird verwendet hier deklariert hier als »private« deklariert hier als »protected« deklariert dekomprimierter Strom: %s Dekrementieren eines booleschen Ausdrucks Verringerung des konstanten Feldes %qD Verringerung von Aufzählungswerten (enum) ist in C++ ungültig Verringerung der Funktion %qD Verringerung des Elements %qD in schreibgeschütztem Objekt Dekrementieren eines Zeigers auf unvollständigen Typ %qT Verringerung der schreibgeschützten Speicherstelle %qE Verringerung des schreibgeschützten Elementes %qD Verringerung des schreibgeschützten benannten Rückgabewertes %qD Verringerung des schreibgeschützten Parameters %qD Verringerung der schreibgeschützten Referenz %qD Verringerung der schreibgeschützten Variable %qD hergeleiteter Klassentyp %qD in Rückgabetyp von Funktion hergeleiteter Ausdruckstyp erfüllt die Platzhalterbeschränkungen nicht hergeleiteter Initialisierer erfüllt die Platzhalter-Beschränkungen nicht hergeleiteter Rückgabetyp erfüllt die Platzhalter-Beschränkungen nicht hergeleiteter Rückgabetyp nur mit %<-std=c++14%> oder %<-std=gnu++14%> verfügbar deduzierter Typ %qT für %qD ist unvollständig Ermittlung aus geschweift geklammerter Initialisierungsliste erfordert %<#include <initializer_list>%> Herleitungshinweis %q+D neudeklariert Herleitungshinweis %qD muss im selben Gültigkeitsbereich wie %qT deklariert sein Herleitungshinweis %qD muss denselben Zugriff wie %qT haben Herleitungshinweis %qD darf keinen Funktionskörper haben Herleitungshinweis für %qT muss angehängten Rückgabetyp haben Standard-%<target_clones%>-Attribut wurde nicht gesetzt die Standard-CPU-Architektur %qs unterstützt die ABI %qs nicht, stattdessen wird %<-m%s=%s%> verwendet Standardargument %qE verwendet %qD Standardargument %qE verwendet lokale Variable %qD Standardargument für Template-Parameter für %qD umschließende Klasse Standardargument für Parameter %d von %q#D angegeben Zuordnungsfehler der Standardargumente in Überladungsauflösung Standardargument fehlt für Parameter %P von %q#D Standardargument für Lambda-Parameter angegeben Standardargument in expliziter Spezialisierung angegeben Standardargumente sind nicht in Deklaration der friend-Template-Spezialisierung %qD erlaubt Standardargumente sind nur für Funktionsparameter zugelassen Vorgabeinitialisierer für Element %qD erforderlich vor dem Ende der umschließenden Klasse Defaultinitialisierer für unbenanntes Bitfeld-Element Defaultinitialisierer für Bitfeld-Elemente sind erst mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar Standardtemplateargumente dürfen in friend-Redeklaration eines Funktionstemplates nicht verwendet werden Standardtemplateargumente dürfen in Funktionstemplates nur mit %<-std=c++11%> und %<-std=gnu++11%> verwendet werden Standardtemplateargumente dürfen in teilweiser Spezialisierung nicht verwendet werden Standardtemplateargumente dürfen in friend-Deklaration nicht verwendet werden Template-Argument für %qD kann nicht aus Default-Typumwandlung bestimmt werden %qD mit Vorgabewert ist kein »friend« von %qT standardmäßiges %qD muss %<const%> sein %qD mit %<default%> muss entweder Parameter vom Typ %<const %T&%> oder %qT haben %qD mit %<default%> muss Parameter vom Typ %<const %T&%> oder %qT haben, nicht beide %qD mit Vorgabewert kann keinen %<&&%>-ref-Qualifizierer haben %qD mit %<default%> muss den Rückgabetyp %<bool%> haben standardmäßiges %qD ist erst ab %<-std=c++20%> oder %<-std=gnu++20%> verfügbar Standard- und gelöschte Funktionen nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar vorgegebener Konstruktor ruft nicht-%<constexpr%> %qD auf Default-Deklaration %q+D passt nicht zur erwarteten Signatur Standardisierter Standardkonstruktor initialisiert %q#D nicht Standardisierter Standardkonstruktor initialisiert kein nicht-statisches Datenelement Standarddestruktor ruft nicht-%<constexpr%> %qD auf vorgegebene Funktion %q+D mit Standardargument das Member %qD mit %<default%> muss den Parametertyp %<const %T&%> haben Standard-Kopierzuweisung für %qT ruft nichttrivialen Operator zur Kopierzuweisung für virtuelle Basis %qT auf Parameter mit zurückgestelltem Typ bei %C hier definiert %qD wurde hier definiert Definition eines Typs in einer Umwandlung ist in C++ ungültig Definition eines Typs in einem zusammengesetzten Literal ist in C++ ungültig Definition der expliziten Spezialisierung %qD in friend-Deklaration Typdefinition in Ausdruck %qs ist in C++ ungültig Definition in Block %i herrscht nicht vor in Block %i Definition in Block %i folgt der Verwendung Definition von %q#D macht eingebaute Deklaration %q#D mehrdeutig Definition von %q#D ist als %<dllimport%> markiert Definition von %q#T in Templateparameterliste Definition von %q#T ist erst nach der schließenden Klammer vollendet Definition von %qD stimmt nicht überein Definition von %qD entspricht nicht %<#include <initializer_list>%> Deklaration von %qD ist nicht in einem Namensbereich um %qT Definition des Konzepts %qD hat mehrere Anweisungen Definition des Konzepts %qD ist leer Definition des explizit standardisierten %q+D Definition des implizit deklarierten %qD Definition des Protokolls %qE nicht gefunden Definition des statischen Datenelementes %q+D einer »dllimport«-ierten Klasse Definition für explizite Instanziierung angegeben Delegation ist nur bei nicht-statischen Funktionen möglich delegierende Konstruktoren nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar gelöschte Definition von %qD ist nicht die erste Deklaration gelöschte Funktion %q+D übersteuert nicht gelöschte Funktion gelöscht in Fortran 95 Löschen von %qT ist nicht definiert LTRANS-Datei %s kann nicht gelöscht werden: %m Array %q#E wird gelöscht Datei %s kann nicht gelöscht werden: %m Löschen des Objekts mit abstraktem Klassentyp %qT mit nicht-virtuellem Destruktor bewirkt undefiniertes Verhalten Löschen des Objekts mit polymorphem Klassentyp %qT mit nicht-virtuellem Destruktor bewirkt möglicherweise undefiniertes Verhalten Abhängigenname %qE wird als Nicht-Typ erkannt, aber die Instanziierung liefert einen Typ veraltete Konvertierung von Zeichenkettenkonstante in %qT Veraltete Meldung ist keine Zeichenkette Dereferenzierung eines Nicht-Zeigers Dereferenzierung eines %<void *%>-Zeigers Dereferenzierung eines Null-Zeigers Dereferenzierung eines Nullzeigers in %qE Dereferenzierung eines Type-Pun-Zeigers könnte strict-aliasing-Regeln verletzen Dereferenzierung eines Type-Pun-Zeigers verletzt strict-aliasing-Regeln Deklaration eines abgeleiteten Typs abgeleitete Union %qT ist ungültig Initialisierer mit Bestimmung können nur mit Aggregat-Typen (Array, struct, union) verwendet werden, nicht mit %qT hier wird die Grenze des Arrays variabler Länge aus Argument %u festgelegt Designator-Reihenfolge für Feld %qD passt nicht zur ursprünglichen Deklaration in %qT Zielobjekt %qE der Größe %s Zielobjekt wird hier alloziert Zielobjekt ist wahrscheinlich an Adresse null Zielobjekt der Größe %s, alloziert durch %qE Zielobjekt, auf das durch %<restrict%>-qualifiziertes Argument 1 verwiesen wird, wurde hier deklariert der zerstörende %<operator delete%> muss eine Elementfunktion sein der zerstörende %<operator delete%> muss eine übliche Deallozierungsfunktion sein das zerstörende Delete für %qD kann nicht verwendet werden, um den zugewiesenen Speicher freizugeben, wenn die Initialisierung fehlschlägt, weil das Objekt noch nicht konstruiert ist Destruktor %qD als Element-Template deklariert Destruktor kann keine statische Elementfunktion sein Destruktor gibt keinen Wert zurück, der getestet werden könnte Destruktor für %qE darf auch nicht abgearbeitet werden Destruktor für %qT ist mehrdeutig Destruktor für fremde Klasse %qT kann kein Element sein Destruktorprioritäten werden nicht unterstützt Destruktorprioritäten von 0 bis %d sind für die Implementierung vorbehalten Destruktorprioritäten müssen Ganzzahlen von 0 bis einschließlich %d sein Destruktoren dürfen nicht CV-qualifiziert sein Destruktoren dürfen nicht ref-qualifiziert sein Destruktoren dürfen keine Parameter haben bei der Bestimmung des Wertes von %qs meinten Sie %<-%s%>? meinten Sie %<-mcpu=%s%>? meinten Sie %<using enum %T::%D%>? wollten Sie vielleicht den Zeiger dereferenzieren? meinten Sie ein logisches Nicht (%<!%>)? meinten Sie ein logisches Nicht (%<!%>)? Unterschied zwischen %qE und %qD hat keinen Ganzzahltyp unterschiedliche Parameteranzahl unterschiedliche Ergebnisanzahl unterschiedliche Parametertypen unterschiedliche Empfängertypen unterschiedliche Ergebnistypen anderer zugrunde liegender Typ in enum %q#T unterschiedliche variable Argumente direkte Basis %qT ist in %qT durch Mehrdeutigkeit unzugänglich der direkte Aufruf von %s in der Folge der spekulativen Aufrufe hat kein Spekulationsflag der direkte Aufruf von %s in der Folge der spekulativen Aufrufe hat speculative_id %i außerhalb des Bereichs direct-list-initialization von %<auto%> erfordert genau ein Element Direktiven-Argument %qE Direktiven-Argument im Bereich [%E, %E] Direktive mit nur %<device_type%>-Klausel Durchlauf %s für Funktion %s ausschalten Durchlauf %s für Funktionen im Bereich [%u, %u] ausschalten alle eingebauten Systemelemente anzeigen Zusammenfassung der Anzahl der übersetzten Codezeilen und der verwendeten Symbole anzeigen Ort der Modul-Quelldateien anzeigen, während sie übersetzt werden Anderer Objective-C-Typ in Rückgabe Division %<sizeof (%T) / sizeof (%T)%> berechnet nicht die Anzahl der Feldelemente Division durch Null Division durch Null ist kein konstanter Ausdruck »-march=…« und »-mcpu=…« dürfen nicht zusammen angegeben werden Interner Fehler: do_check(): too many args do_simplify(): Too many args for intrinsic entspricht nicht der Element-Templatedeklaration hier unterstützt nicht multilib Herrscher über %d sollte %d sein, nicht %d unbekannter Status für Herrscher über %d es ist unklar, wie %qs zu löschen ist Erweiterungsbefehle für DSPs nicht unterstützen Erweiterungsbefehle für Performance nicht unterstützen Erweiterungsbefehle für Performance Version 2 nicht unterstützen Erweiterungsbefehle für Zeichenketten nicht unterstützen »::« in MODULE PROCEDURE-Anweisung bei %L double-Konstanten werden nicht unterstützt Interner Fehler: double linked list of assembler names corrupted Interner Fehler: double linked list of clones corrupted durch andere Ausnahmespezifikationen Dumpdatei: %s
doppeltes %<_Atomic%> doppeltes %<_Thread_local%> oder %<__thread%> doppelter %<asm%>-Operandenname %qs doppelter %<asm%>-Qualifizierer %qE doppelter %<asm%>-Qualifizierer %qT doppeltes %<const%> doppelter %<default%>-Fall in %<_Generic%> doppeltes %<restrict%> doppeltes %<volatile%> doppeltes %qD doppelter %qD-Spezifizierer doppeltes %qE doppeltes Attribut %qE Doppelter Deklarationsspezifizierer %qE doppeltes %qs doppelter %qs-Modifizierer Doppelte (oder sich überschneidende) case-Werte doppelter Basistyp %qT ungültig Doppelter case-Wert doppelter CV-Qualifizierer doppelte Deklaration für Protokoll %qE doppelte Deklaration der Methode %<%c%E%> mit in Konflikt stehenden Typen doppelte Definition von %qs doppelte Definition von »%s« doppelte Definition einer Symbolversion doppelter direkter Aufruf von %s in der Folge der spekulativen Aufrufe mit speculative_id %i doppelte explizite Instanziierung von %q#D doppelte explizite Instanziierung von %q#T doppelte Informationen für %qE doppelte Initialisierung von %qD duplicate insn UID: %i doppelte Instanzvariable %q+D doppelte Schnittstellendeklaration für Kategorie %<%E(%E)%> doppelte Schnittstellendeklaration für Klasse %qE doppelte Marke %qD Doppelte Markendeklaration %qE Interner Fehler: duplicate loop header doppeltes Element %q+D doppelter Verweis %s in der Folge der spekulativen Aufrufe mit speculative_id %i doppelter typgenerischer Parametertyp für Funktionsargument %u von %<__builtin_tgmath%> doppelter Virt-Spezifizierer doppelte %<if%>-Bedingung doppelt angegebener Parameter %qs in Attribut %<amdgpu_hsa_kernel%> während Neuübersetzung mit %<-fcompare-debug%> Im Durchlauf %s: %s
beim Lesen der Bindung %<%E%s%E%> beim Lesen der Bindung %<%E%s%E@%s%> beim Laden der ausstehenden Einheiten für %<%E%s%E%> Dwarf-Version %wu wird nicht unterstützt dynamische Abhängigkeit »%s« nicht gefunden dynamische Ausnahmespezifikationen sind in C++11 veraltet dynamischer Typ %qT seines Operanden hat keine Basisklasse vom Typ %qT der dynamische Typ %qT des Operanden hat keine eindeutige öffentliche Basisklasse %qT eBPF-Stapelgrenze überschritten jeder nicht deklarierte Bezeichner wird nur einmal für jede Funktion, in der er vorkommt, gemeldet Interner Fehler: edge %s->%s has no corresponding call_stmt edge count is not compatible with function count Interner Fehler: edge from %d to %d should be marked irreducible Interner Fehler: edge from %d to %d should not be marked irreducible Kante hat sowohl call_stmt als auch lto_stmt_uid gesetzt Interner Fehler: edge not found Interner Fehler: edge points to wrong declaration: entweder %<-fopenacc%> oder %<-fopenmp%> muss angegeben sein entweder %<-fopenacc%> oder %<-fopenmp%> muss angegeben sein entweder sollten alle Initialisierer-Klauseln benannt sein oder gar keine ausführliche Typ-Spezifikation für einen enum mit Gültigkeitsbereich darf nicht das Schlüsselwort %qD verwenden Elementindex %qE ist außerhalb der Grenzen %<[0 .. %E%> Elementtypen müssen dieselben sein element_number(): Bad dimension type Elementare Binäroperation elementare Funktionsargumente bei %C sind nicht konform Elementares Unterprogramm Elemente des Arrays %q#D haben unvollständigen Typ Elemente des Arrays %q#T haben unvollständigen Typ eingebettetes %<\0%> im Format eingebettetes NUL in CFString-Literal das ABI zum Übergeben von leeren Klassen (%qT) als Parametern hat sich mit %<-fabi-version=12%> (GCC 8) geändert Leere Deklaration leere Deklaration eines %<enum%>-Typen redeklariert das Tag nicht Leere Deklaration mit %<_Alignas%> redeklariert nicht Symbol Leere Deklaration mit Speicherklassenangabe redeklariert nicht Symbol Leere Deklaration mit Typqualifizierer redeklariert nicht Symbol Leeres Enum ist ungültig leere Datei leerer Indexbereich in Initialisierung nicht-leere Initialisierung »init-capture« eines Lambdas leere Initialisierung in »init-capture« für Lambda leere linke Präzision im Format %s leere Klammern sind mehrdeutig und werden als Funktionsdeklaration angesehen fehlende Präzision im Format %s leere Liste von Eigenschaftsattributen Leerer Wertebereich angegeben Leere Zeichenkette in Attribut %<target%> leere Struktur hat Größe 0 in C, aber 1 in C++ leere Deklaration für strukturierte Bindung leere Union hat Größe 0 in C, aber 1 in C++ Durchlauf %s für Funktion %s einschalten Durchlauf %s für Funktionen im Bereich [%u, %u] einschalten Das Einschalten der Ablaufverfolgung ist nur bei der Übersetzung für THUMB sinnvoll Das Einschalten der Unterstützung der Aufgerufenen-Zusammenarbeit ist nur bei der Übersetzung für THUMB sinnvoll Fehler im ELF-Header umgebendes %<target%> umgebendes %qs umgebendes OpenACC-%qs-Konstrukt umschließende Klasse der %<constexpr%> nicht-statischen Elementfunktion %q+#D ist kein Literaltyp einschließende Klassentemplates werden nicht explizit spezialisiert umgebendes Eltern-Berechnungs-Konstrukt umgebende Region umgebende Routine umgebende Zielregion umgebende Task Endausdruck verweist auf äußeren Iterator %qD Interner Fehler: end insn %d for block %d not found in the insn stream Ende der Implied-do-Schleife bei %L konnte nicht zu einem konstanten Wert vereinfacht werden enum-Konstante hier definiert enum-Konstante in booleschem Zusammenhang enum-Umwandlung von %qT nach %qT in Zuweisung ist in C++ ungültig enum-Umwandlung von %qT nach %qT in Initialisierung ist in C++ ungültig enum-Umwandlung von %qT nach %qT in Rückgabe ist in C++ ungültig enum-Umwandlung in Zuweisung ist in C++ ungültig enum-Umwandlung in Initialisierung ist in C++ ungültig Enum-Umwandlung bei Übergabe des Arguments %d von %qE ist in C++ ungültig »enum«-Typ hier definiert Interner Compilerfehler: enum value is not %<CONST_DECL%> or %<INTEGER_CST%> Interner Compilerfehler: enum value name is not %<IDENTIFIER_NODE%> Interner Compilerfehler: enum value type is not %<INTEGER_TYPE%> nor convertible to the enum Aufzählungs- und Nicht-Aufzählungstyp in bedingtem Ausdruck bedingter Ausdruck enthält unverträgliche Aufzählungswerte der Typen %qT und %qT Aufzählungsbereich unterscheidet sich Aufzählungswert %qE wird nicht von switch behandelt Aufzählungswerte überschreiten Wertebereich von %qs Aufzählungswerte überschreiten Wertebereich von INTEGER Aufzählungswerte überschreiten Wertebereich des größten Ganzzahltypen der Aufzählungswert %qD passt nicht zu ... Aufzählungswert %qE ist außerhalb des Gültigkeitsbereichs des zugrundeliegenden Typen %qT Aufzählungswert für %qD ist keine Ganzzahlkonstante Aufzählungswert für %qD muss ganzzahligen oder Aufzählungstyp ohne Gültigkeitsbereich haben Aufzählungswert für %qE ist keine Ganzzahlkonstante Aufzählungswert für %qE ist kein Ganzzahlkonstantenausdruck Aufzählungswert ist außerhalb des Gültigkeitsbereichs von %qs Aufzählungswert ist außerhalb des Gültigkeitsbereichs des zugrundeliegenden Typen Umgebungsvariable %<COLLECT_GCC%> muss gesetzt sein Umgebungsvariable %<COLLECT_GCC_OPTIONS%> muss gesetzt sein Umgebungsvariable %<COLLECT_LTO_WRAPPER%> muss gesetzt sein Umgebungsvariable %qs muss ganzzahlig sein und zwischen 0 und %wd liegen Umgebungsvariable %qs nicht definiert Umgebungsvariable COLLECT_GCC_OPTIONS muss gesetzt sein Umgebungsvariable DJGPP nicht definiert Umgebungsvariable DJGPP zeigt auf kaputte Datei %qs Umgebungsvariable DJGPP zeigt auf fehlende Datei %qs Fehler Fehler beim Schließen von %s: %m Fehler beim Schließen der Datei für Optimierungsdatensätze %qs Fehler in Argumenten für Spezifikationsfunktion %qs Fehler beim Löschen von %s Fehler beim Schreiben von %qs Fehler beim Schreiben der Optimierungsdatensätze in %qs: %s Fehler beim Schreiben der Datei %s: %m Fehler: Fehler: »%s« kann nicht zum Schreiben geöffnet werden: %s
Fehler beim Einfügen von Übersetzungseinheiten eval_intrinsic(): Bad operator eval_type_intrinsic0(): op NULL Exceptionaufräumen für dieses Placement-New wählt delete-Operator für Nicht-Placement Ausnahmebehandlung ausgeschaltet, %<-fexceptions%> schaltet sie ein Ausnahmebehandlung ausgeschaltet; %<-fexceptions%> schaltet sie ein Fehlzuordnung von Persönlichkeiten bei Ausnahmebehandlung Ausnahme des Typs %<%T%> wird gefangen werden Ausnahme des Typs %qT wird bereits von einem früheren Exceptionhandler verarbeitet Ausnahmen-Angabe von %qD hängt von sich selbst ab überzählige Elemente in %<char%>-Array-Initialisierung Elementüberschreitung in Arrayinitialisierung Elementüberschreitung in Skalarinitialisierung Elementüberschreitung in struct-Initialisierung Elementüberschreitung in union-Initialisierung Elementüberschreitung in Vektorinitialisierung überzähliger Verwendungs-Operand für Anweisung Ausführungszähler als null angenommen
Ausführungszähler geschätzt
bestehende Deklaration %#qD bestehende Definition %qD Interner Fehler: exit %d->%d not recorded Expansionsmuster %qE enthält keine Parameterpacks Expansionsmuster %qT enthält keine Parameterpacks Expansionspunkt ist Ort %i %<"%> erwartet Klausel %<#pragma acc%> erwartet %<#pragma omp scan%> erwartet %<#pragma omp section%> oder %<}%> erwartet Klausel %<#pragma omp%> erwartet %<(%> erwartet %<(%> hinter template-argument-list erwartet %<(%> bei %C erwartet %<(%> oder Zeilenende erwartet %<)%> erwartet %<)%> bei %C erwartet %<)%> oder %<,%> erwartet %<*%> erwartet %<+%>, %<*%>, %<-%>, %<&%>, %<^%>, %<|%>, %<&&%>, %<||%> oder Bezeichner erwartet %<,%> erwartet %<,%> oder %<)%> erwartet %<,%> oder %<...%> erwartet %<,%> oder %<;%> erwartet %<,%> oder %<]%> erwartet %<,%> oder %<}%> erwartet %<,%>, %<;%> oder %<}%> erwartet %<.%> erwartet %<...%> erwartet %<:%> erwartet %<:%> oder %<)%> erwartet %<:%> oder %<...%> erwartet %<:%> oder %<::%> erwartet %<:%>, %<,%>, %<;%>, %<}%> oder %<__attribute__%> erwartet %<::%> erwartet %<;%> erwartet %<;%> hinter Klassendefinition erwartet %<;%> hinter Strukturdefinition erwartet %<;%> hinter Uniondefinition erwartet %<;%> am Ende von Elementdeklaration erwartet %<;%> oder %<{%> erwartet %<;%> or %<{%> nach Definition der Methodenattribute erwartet %<;%>, %<,%> oder %<)%> erwartet %<;%>, Bezeichner oder %<(%> erwartet %<<%> erwartet %<=%> erwartet nach dem Objective-C-Attribut %qE wird ein %<=%> erwartet %<=%> bei %C erwartet %<=%>, %<,%>, %<;%>, %<asm%> oder %<__attribute__%> erwartet in der %<if%>-Bedingung wird ein Vergleich mit %<==%> erwartet in der %<if%>-Bedingung wird ein Vergleich mit %<==%>, %<<%> oder %<>%> erwartet %<>%> erwartet %<@end%> erwartet %<@synchronized%> erwartet %<@throw%> erwartet %<@try%> erwartet %<[%> erwartet %<]%> erwartet %<__label__%> erwartet %<__transaction_atomic%> erwartet %<__transaction_relaxed%> erwartet %<alloc%>, %<to%>, %<from%>, %<tofrom%>, %<firstprivate%>, %<none%> oder %<default%> erwartet %<allocator%> oder %<align%> erwartet %<ancestor%> oder %<device_num%> erwartet %<asm%> erwartet eine der Klauseln %<at%>, %<severity%> oder %<message%> erwartet %<auto%> erwartet %<auto%> oder %<decltype(auto)%> nach %qE erwartet %<big-endian%>, %<little-endian%> oder %<default%> nach %<#pragma scalar_storage_order%> erwartet Klauselmodifizierer %<cancel%> %<if%> erwartet %<catch%> erwartet %<class%> erwartet %<class%> oder %<typename%> erwartet %<class%>, %<typename%> oder %<template%> erwartet %<co_yield%> erwartet %<concurrent%> erwartet %<construct%>, %<device%>, %<implementation%> oder %<user%> erwartet %<construct%>, %<device%>, %<implementation%> oder %<user%> bei %C erwartet %<data%> erwartet hinter %<#pragma acc %s%> wird %<data%> erwartet %<data%>, %<update%>, %<enter%> oder %<exit%> erwartet %<declare target%> oder %<assumes%> erwartet %<declare%> oder %<assumes%> erwartet %<decltype%> erwartet %<delete%> erwartet eine der Klauseln %<depend%>, %<destroy%> oder %<update%> erwartet %<directive%> oder %<sequence%> erwartet %<else%> erwartet %<error%>, %<warning%>, %<ignored%>, %<push%>, %<pop%>, %<ignored_attributes%> nach %<#pragma GCC diagnostic%> erwartet %<extern%> erwartet %<finally%> oder %<catch%> erwartet %<for%> hinter %qs erwartet %<host%>, %<nohost%> oder %<any%> erwartet %<in%>, %<out%>, %<inout%>, %<mutexinoutset%> oder %<inoutset%> erwartet %<inclusive%>- oder %<exclusive%>-Klausel erwartet %<match%> erwartet %<match%> bei %C erwartet %<namespace%> erwartet %<new%> erwartet %<none%> oder %<present%> erwartet %<none%>, %<shared%>, %<private%> oder %<firstprivate%> erwartet %<omp_priv%> oder Funktionsname erwartet %<operator%> erwartet %<point%> erwartet eine der Klauseln %<read%>, %<write%>, %<update%>, %<capture%>, %<compare%>, %<weak%>, %<fail%>, %<seq_cst%>, %<acq_rel%>, %<release%>, %<relaxed%> oder %<hint%> erwartet eine der Klauseln %<read%>, %<write%>, %<update%> oder %<capture%> erwartet %<reproducible%> oder %<unconstrained%> erwartet %<return%> erwartet %<scalar%>, %<aggregate%> oder %<pointer%> erwartet %<seq_cst%>, %<acq_rel%>, %<release%> oder %<acquire%> erwartet %<seq_cst%>, %<acquire%> oder %<relaxed%> erwartet %<seq_cst%>, %<relaxed%> oder %<acq_rel%> erwartet %<simd%>, %<reduction%>, %<target%> oder %<variant%> erwartet %<static_assert%> erwartet %<target%> erwartet %<teams%>, %<parallel%> oder %<thread%> erwartet %<template%> erwartet %<throw%> erwartet %<try%> erwartet eine der Klauseln %<unified_address%>, %<unified_shared_memory%>, %<dynamic_allocators%>, %<reverse_offload%> oder %<atomic_default_mem_order%> erwartet %<using%> erwartet %<while%> erwartet %<{%> erwartet %<{%> bei %C erwartet %<{%> oder %<:%> erwartet %<}%> erwartet %<}%> bei %C erwartet %<}%> vor %<else%> erwartet %<~%> erwartet %d Ebenen von Template-Parametern für %q#D erwartet, %d erhalten %i oder mehr erwartet, %i gefunden %i erwartet, %i gefunden Selektorname für %qE erwartet %qT erwartet, aber Argument hat Typ %qT %qT erwartet, aber Zeiger hat Typ %qT %qs %<if%>-Klausel-Modifizierer anstelle %qs erwartet Schlüsselwort %qs vor dem Namen des abhängigen Templates erwartet %qs oder %qs erwartet %<...%> erwartet 64-Bit-Adresse erwartet, aber Argument 1 hat %d Bit 64-Bit-Adresse erwartet, aber Argument 2 hat %d Bit »:« bei %C erwartet Name einer OpenMP-Direktive erwartet hinter %<#pragma message%> wird eine Zeichenkette erwartet expected an SSA_NAME object Argument zu %<msp430_select_cpu%> erwartet Bezeichner für den Attributnamen erwartet Annahme-Klausel erwartet mindestens eine Annahme-Klausel erwartet Attribut-Argument als ausbalancierte Tokenfolge erwartet Attribut vor %<...%> erwartet zwischen %i und %i erwartet, %i gefunden binärer Operator erwartet Interner Fehler: expected block index Interner Fehler: expected block specifier boolescher Ausdruck erwartet boolescher Typ erwartet Interner Fehler: expected case label Kanal erwartet Klassenname erwartet Klassenschlüssel erwartet Klassenname erwartet konstanter Ganzzahlausdruck mit gültigem sync-hint-Wert erwartet konstanter Offset erwartet konstante Größe erwartet Konstruktor, Destruktor oder Typumwandlung erwartet Vertragsstufe erwartet: %<default%>, %<audit%> oder %<axiom%> Vertragssemantik oder -stufe erwartet Vertragsrolle erwartet Wert für die Anzahl erwartet Deklaration erwartet Deklaration oder Anweisung erwartet Deklarationsspezifizierer erwartet Deklarationsspezifizierer oder %<...%> erwartet Deklarator erwartet Name einer Direktive erwartet Interner Fehler: expected else statement hinter Schlüsselwort %<operator%> wird leere Zeichenkette erwartet unerwartetes Ende der Auffangliste Zeilenende erwartet Ausdruck erwartet Ausdruck bei %C erwartet »expression-list« oder »type-id« erwartet Häufigkeit erwartet Häufigkeitswert erwartet Funktion erwartet Funktionsname erwartet Funktionsname und %<(%> erwartet Interner Fehler: expected goto expression ID-Ausdruck erwartet »id-expression (arguments)« erwartet Bezeichner erwartet Bezeichner bei %C erwartet Bezeichner oder %<(%> erwartet Bezeichner oder %<)%> erwartet Bezeichner oder %<*%> erwartet Bezeichner oder Zeichenkettenliteral erwartet Bezeichner oder Zeichenkettenliteral bei %C erwartet Initialisierung erwartet Ganzzahl erwartet Ganzzahlausdruck erwartet Liste von Ganzzahlausdrücken erwartet Schnittstelle oder Zeiger auf Schnittstelle erwartet Schleifendeklaration oder Initialisierung erwartet Iterationsanweisung erwartet Sprunganweisung erwartet Sprungmarke erwartet benannte Anweisung erwartet Interner Fehler: expected loop number Abbildungsindex auf rechter Seite erwartet Modulname erwartet Name bei %C erwartet Namensraumname erwartet Spezifikation mit geschachteltem Namen erwartet numerischer Typ erwartet Operator erwartet Parameterbündel vor %<...%> erwartet Interner Fehler: expected pass name Zeiger erwartet Interner Fehler: expected pointer as argument of unary %<*%> Zeiger in %qs-Klausel erwartet übergeordneter Ausdruck erwartet Ptr-Operator erwartet Qualifizierten Namen in Friend-Deklaration für Konstruktor %qD erwartet Qualifizierten Namen in Friend-Deklaration für Destruktor %qD erwartet Auswahl-Anweisung erwartet erwartete Signatur: %qD SIMD-Klausel bei %C erwartet einelnen Zeiger in %qs-Klausel erwartet Spezifizierer-Qualifizierer-Liste erwartet Anweisung erwartet Zeichenkettenliteral erwartet Zeichenkettenliteral erwartet Suffixbezeichner erwartet Templateargument erwartet Template-ID erwartet Template-ID für Typ erwartet Templatename erwartet Name des Merkmalsselektors erwartet Name des Merkmalsselektors bei %C erwartet Typspezifizierer erwartet Typ-Name erwartet Typspezifikation erwartet unqualifizierte ID erwartet Variantenname bei %C erwartet Code erwartet %E Byte in einer Region der Größe %E Code erwartet %E Bytes in einer Region der Größe %E Code erwartet %E oder mehr Bytes in einer Region der Größe %E als Argument 1 wurde entweder ein Zeigertyp oder ein Ganzzahltyp erwartet Code erwartet zwischen %E und %E Bytes in einer Region der Größe %E Interner Fehler: expecting internal function name es sollte genau 1 Sprungmarke deklariert sein experimentelle Option, um die neue strenge Typprüfung zu verwenden explizites by-copy-Einfangen von %<this%> mit by-copy-Einfangvorgabe ist erst mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar Explizite Erfassung (als Kopie) von %qD ist mit Standarderfassung (als Kopie) gedoppelt Explizite Erfassung (als Referenz) von %qD ist mit Standarderfassung (als Referenz) gedoppelt explizite Umwandlungsoperatoren nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar der explizite Herleitungshinweis ist hier deklariert Explizite Herleitungshinweise werden nicht für »copy-initialization« berücksichtigt Interner Fehler: explicit goto at end of bb %d explizite Instanziierung von %q#D explizite Instanziierung von %q#T vor Definition des Templates explizite Instanziierung von %qD, aber keine Definition verfügbar explizite Instanziierung von %qD in Namensbereich %qD (das nicht Namensbereich %qD einschließt) explizite Instanziierung von %qD außerhalb seines Namensraums muss einen nested-name-specifier verwenden Explizite Instanziierung des Funktionskonzepts %q#D explizite Instanziierung des Nicht-Klassen-Templates %qD explizite Instanziierung des Nicht-Templates %q#D explizite Instanziierung des Nicht-Templatetyps %qT Explizite Instanziierung des Variablenkonzepts %q#D explizite Instanziierung darf kein %<consteval%> verwenden explizite Instanziierung darf kein %<constexpr%> verwenden explizite Instanziierung darf kein %<inline%> verwenden explizite Qualifizierung in Deklaration von %qD explizite Register-Variable %qs kann nicht in verschachtelter Funktion verwendet werden explizite Register-Variable %qs als %<extern%> deklariert explizite Register-Variable %qs als threadlokal deklariert der expliziten Spezialisierung %q#D fehlen möglicherweise Attribute explizite Spezialisierung als %<concept%> deklariert explizite Spezialisierung in Gültigkeitsbereich des Nicht-Namensbereiches %qD explizite Spezialisierung von %qD nach erster Verwendung der expliziten Spezialisierung von %D muss %<template <>%> vorausgehen explizite Spezialisierung von %qD außerhalb seines Namensraums muss einen nested-name-specifier verwenden explizite Spezialisierung des Funktionskonzepts %qD explizite Spezialisierung des Nicht-Templates %qT explizite Templateargumentliste nicht erlaubt explizite Template-Spezialisierung kann keine Speicherklasse haben Explizite Standardfunktion %q+D kann nicht als %qs deklariert werden, da die implizite Deklaration nicht %qs ist: explizit verwendete Register müssen oben auf dem Stapel gruppiert werden Exponent-Buchstabe %<q%> in real-literal-constant bei %C Der Ausdruck bei %L in der !$OMP-ATOMIC-COMPARE-Zuweisung »Variable = Ausdruck« muss skalar sein und darf die Variable nicht referenzieren Ausdruck in !$OMP ATOMIC WRITE-Zuweisung »var = expr« muss skalar sein und kann keine Variable bei %L referenzieren Ausdruck in Zuweisung !$OMP ATOMIC »var = var op expr« muss skalar sein und kann keine Variable bei %L referenzieren Ausdruck %qE bezeichnet keine %<constexpr%>-Funktion Ausdruck %qE ist kein Konstantenausdruck Ausdruck %qs erfordert %<object.TypeInfo%> und kann nicht mit %<-fno-rtti%> verwendet werden Ausdruck kann nicht als Funktion verwendet werden Ausdruck berechnet nicht die Anzahl der Elemente in diesem Array; der Elementtyp ist %qT, nicht %qT Ausdruck in new-Deklarator muss Ganzzahl- oder Aufzählungstyp haben Ausdruck in statischer Behauptung ist keine Ganzzahl Ausdruck in statischer Behauptung ist kein konstanter Ganzzahlausdruck Ausdruck in statischer Behauptung ist nicht konstant Ausdrucksliste als zusammengesetzten Ausdruck in funktionaler Umwandlung behandelt Ausdrucksliste als zusammengesetzten Ausdruck in Initialisierung behandelt Ausdrucksliste als zusammengesetzten Ausdruck in Speicherinitialisierung behandelt Ausdruck muss in runden Klammern eingeschlossen sein Ausdruck muss ganzzahlig sein Ausdruck von abstraktem Klassentyp %qT kann nicht in throw-Ausdruck verwendet werden Ausdrucksanweisung hat unvollständigen Typ extend_ref(): Bad tail erweiterte Initialisierungslisten nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar erweiterte Register haben keine oberen Hälften extern-Deklaration von %q+D folgt Deklaration ohne Bindung Globaler Wert mit externem Modell externe Funktionen zur TLS-Initialisierung werden auf diesem Ziel nicht unterstützt für Symbol %q+D wird wegen des Attributes %qE externe Bindung benötigt Interner Fehler: externally visible inline clone zusätzliches %<;%> zusätzliches %<;%> hinter Funktionsdefinition innerhalb einer Klasse zusätzliche geschweifte Klammern am Ende der Initialisierung zusätzliche semantische Überprüfung zur Compilezeit, fängt üblicherweise schlechten Programmierstil ab zusätzliche Elemente in Skalar-Initialisierung Interner Fehler: extra outgoing edge %d->%d zusätzliche Qualifizierung %<%T::%> an Element %qs zusätzliche Qualifizierung nicht erlaubt zusätzliches Semikolon zusätzliches Semikolon in Methodendefinition angegeben zusätzliches Semikolon in »struct« oder »union« angegeben zusätzliche Typqualifizierer in Format-Argument (Argument %d) zusätzliche Daten am Ende der Datei Plugin %s kann nicht initialisiert werden %<assume%>-Attribut-Annahme fehlgeschlagen Fehler beim »%s« des Mappers %qs Fehler beim »%s« des Mappers %qs in Zeile %u Fehler beim Handshake des Mappers: %s failed to create map component '%s' failed to create union component '%s' eingebaute Funktion konnte nicht expandiert werden Ende-Status konnte nicht ermittelt werden: %m Verarbeitungszeiten konnten nicht ermittelt werden: %m Plugin %s kann nicht initialisiert werden Fehler beim Laden der Bindung %<%E%s%E%> Fehler beim Laden der Bindung %<%E%s%E@%s%> Fehler beim Laden der ausstehenden Einheiten für %<%E%s%E%> temporäre Datei %s konnte nicht für LTO-Ausgaben geöffnet werden temporäre Datei %s konnte nicht mit LTO-Ausgabe geöffnet werden Fehler beim Lesen des kompilierten Modul-Clusters %u: %s Fehler beim Lesen des kompilierten Modus: %s Zurückfordern der nicht benötigten Funktion gescheitert Zurückfordern der nicht benötigten Funktion in gleicher Comdat-Gruppe gescheitert Literal konnte nicht in den Zeichenvorrat %qT der Ausführungsumgebung übersetzt werden Fehler beim Schreiben des kompilierten Moduls: %s Fehler-Speichermodell %qs kann nicht stärker als Erfolgs-Speichermodell %qs für %qD sein Fehler-Speichermodell %wi kann nicht stärker als Erfolgs-Speichermodell %wi für %qD sein Fehlschlag bei Vereinfachung der Teil-Zeichenketten-Referenz in DATA-Anweisung bei %L Neuladen gescheitert: Interner Fehler: fallthru edge after a control statement in bb %d Interner Fehler: fallthru edge after unconditional jump in bb %i Interner Fehler: fallthru edge crosses section boundary in bb %i fallthru to exit from bb %d in Objective-C 1.0 gibt es keine schnelle Aufzählung Attribute fastcall und cdecl sind nicht verträglich Attribute fastcall und regparm sind nicht verträglich Attribute fastcall und stdcall sind nicht verträglich Attribute fastcall und thiscall sind nicht verträglich schwerwiegender Fehler: fclose %s: %m fe_runtime_error string must be null terminated fe_runtime_error: Wrong number of arguments (%d instead of %d) auf Feld %q#D kann mittels %q#D zugegriffen werden Feld %q#D mit gleichem Namen wie Klasse Feld %qD hat unvollständigen Typen %qT Feld %qE als Funktion deklariert Feld %qE hat unvollständigen Typen Feldname nicht in Datensatz- oder union-Initialisierung Feldnummer überschreitet die Definition der Menge Feldnummer außerhalb des Wertebereiches beim Versuch, auf das Element der Menge zuzugreifen Feldpräzisionsangabe Feldgröße ist zu groß Feldbreite Feldbreite im printf-Format Feldbreite im scanf-Format Feldbreite im strfmon-Format Feldbreite im strftime-Format Feldbreitenangabe Felder können nicht vom RVV-Typ %qT sein Felder können nicht vom SVE-Typ %qT sein Felder haben unterschiedliches Layout in einer anderen Übersetzungseinheit Datei %qs verlassen, aber nicht betreten Datei endet in Standardargument %<register%> in dateilokalem zusammengesetztem Literal Deklaration von %qE in Datei-Sichtbarkeitsbereich spezifiziert %<auto%> Deklaration von %qE in Datei-Sichtbarkeitsbereich spezifiziert %<register%> der Dateiname %qs beginnt nicht mit dem Profil-Präfix %qs Füllzeichen Füllzeichen im strfmon-Format find_array_spec(): unused as(1) find_array_spec(): unused as(2) find_enum(): Enum not found fini-Funktion im Objekt %s gefunden der Operand des ersten %<sizeof%> wurde hier deklariert erstes Argument muss []byte sein erstes Argument von %q+D sollte %<int%> sein erstes Argument von %qD muss ein Zeiger, das zweite eine Ganzzahlkonstante sein Erstes Argument für %<__builtin_call_with_static_chain%> muss ein Aufrufausdruck sein erstes Argument für %<__builtin_choose_expr%> ist keine Konstante Erstes Argument für %<va_arg%> nicht vom Typ %<va_list%> Interner Compilerfehler: first mismatch is field erster Offset muss in umgedrehter Richtung der Schleifeniterationen sein erstes Register muss R0 sein erstmals hier gesehen erstmals hier angegeben feststehendes ebp-Register erfordert %<-maccumulate-outgoing-args%> feststehendes ebp-Register erfordert %<target("accumulate-outgoing-args")%> festes Register %s zur Parameterübergabe an Funktion verwendet reparierte Bäume sind unverträglich Festkommaüberlauf in Ausdruck %qE des Typs %qT ergibt %qE Festkommaüberlauf in Ausdruck des Typs %qT ergibt %qE Festkommatypen werden für dieses Ziel nicht unterstützt Festkommatypen werden in C++ nicht unterstützt flexibles Arrayelement %qD hat keine wohldefinierten Paddingbits für %qs flexibles Arrayelement %qD in ansonsten leerem %q#T flexibles Arrayelement %qD in Union flexibles Arrayelement %qD nicht am Ende von %q#T flexibles Arrayelement in einer Struktur ohne benannte Elemente flexibles Arrayelement in Union flexibles Arrayelement nicht am Ende von struct Gleitkommakonstante überschreitet Wertebereich von %qT Gleitkommakonstante falsch verwendet Gleitkommakonstante auf Null abgeschnitten Gleitkommaliteral überschreitet Wertebereich des Typs %qT Gleitkommaliteral auf Null abgeschnitten Gleitkommaüberlauf in Ausdruck %qE des Typs %qT ergibt %qE Gleitkommaüberlauf in Ausdruck des Typs %qT ergibt %qE Gleitkommakonstante ist kein gültiger direkter Operand Gleitkomma-Suffix %qs durch Implementierung überdeckt Ablaufsteuerungsbefehl innerhalb eines Basis-Blockes fmax-include-depth=<Anzahl> Maximale Tiefe von verschachtelten #include festlegen. Faltungstest: ursprünglicher Baum durch Faltung geändert Falten einer leeren Expansion über %O fold-expressions sind nur mit %<-std=c++17%> oder %<-std=gnu++17%> verfügbar fopen %s: %m für %qD um eine funktionsartige Umwandlung zu erreichen, entfernen Sie das redundante %<::%D%> für Funktionsparameter vom Typ Array muss die Länge angegeben sein für Rückwärtskompatibilität um %<std::initializer_list%> herzuleiten, verwenden Sie einen copy-list-initialization (also mit %<=%> vor dem %<{%>) Erhöhungsausdruck kann die Adresse der überladenen Funktion nicht auflösen Erhöhungsausdruck hat keinen Effekt Erhöhungsausdruck ist eine Referenz, kein Aufruf, zur Funktion %qE für Zeigertyp muss der Längenausdruck angegeben werden für Anweisung erwartet Für Template-Deklaration %q+D für die Option %<-mcache-block-size=X%> sind nur die Werte 4, 8, 16, 32, 64, 128, 256 oder 512 gültig für Typ %qT für Arraytyp mit unbekannten Grenzen muss ein Längenausdruck angegeben werden for-, while- oder do-Anweisung erwartet erzwingen, dass MOD stets positiv ist und DIV abrundet Format Formatargument %d nicht verwendet vor verwendetem Argument %d im %<$%>-Stil-Format Formatargument %d mehr als einmal im %s-Format verwendet Formatargument sollte eine %qs-Referenz sein eine Zeichenkette wurde gefunden, aber das Format-Argument sollte eine %qs-Referenz sein Format ist »wide character«-Zeichenkette Format ist kein Zeichenkettenliteral, und keine Formatargumente Format ist kein Zeichenkettenliteral, Argumenttypen ungeprüft Format ist kein Zeichenkettenliteral, Formatzeichenkette ungeprüft Format der Spaltenüberschriften in %<devices.csv%> ist falsch Format-Zeichenkettenargument folgt den zu formatierenden Argumenten Format-Zeichenkettenargument ist kein Zeichenkettentyp Formatzeichenkette ist hier definiert Formatzeichenkette ist kein Array vom Typ %qs Zeiger auf qualifizierten Funktionstypen %qT wird geformt Zeiger auf Referenztyp %qT wird geformt Referenz auf qualifizierten Funktionstypen %qT wird geformt Referenz auf Referenztyp %qT wird geformt Referenz auf »void« wird gebildet beim Formen des Typs von %qs Vorwärtsdeklaration von %q#T Vorwärtsbezug zum Rahmen von %qs %<%c%s%> gefunden %<-%E%> statt %<+%E%> in Protokoll(en) gefunden %<:%> in Spezifikation mit geschachteltem Namen gefunden, %<::%> erwartet ein %qT wurde gefunden, aber das Format-Argument sollte eine Zeichenkette sein eine %qs-Referenz wurde gefunden, aber das Format-Argument sollte eine Zeichenkette sein found a default name with a non-empty defining statement found a real definition for a non-register found a virtual definition for a GIMPLE register found an SSA_NAME that had been released into the free pool Interner Fehler: found default case not at the start of case vector Gleitkomma-Software-Vervollständigung benötigt %<-mtrap-precision=i%> fr30_print_operand: ungültiger Code %%F fr30_print_operand: ungültiger Code %%x fr30_print_operand: ungültiger Operand für Code %%A fr30_print_operand: unbehandeltes MEM fr30_print_operand: unbekannter Code fr30_print_operand: nicht erkannter Code %%B fr30_print_operand: nicht erkannter Code %%b fr30_print_operand: nicht erkannter Code %%p fr30_print_operand_address: unbehandelte Adresse Rahmenzeiger benötigt, aber reserviert Rahmengröße von %qs ist %wd Bytes Rahmengröße der Funktion %qs ist %wd Bytes, das ist größer als die benutzerdefinierte Stapelgrenze von %d Bytes; eine bedingungslose Falle wird gesetzt Rahmengröße der Funktion %qs ist %wd Bytes, das ist mehr als die Hälfte der Stapelgröße; die dynamische Prüfung wäre nicht zuverlässig; für diese Funktion wird keine Prüfcode generiert Rahmengröße zu groß für zuverlässige Stapelüberprüfung free_expr0(): Bad expr type free_pi_tree(): Unresolved fixup »friend«-Deklaration %q#D deklariert eine Nicht-Template-Funktion Friend-Deklaration %qD in lokaler Klasse ohne vorherige Deklaration »friend«-Deklaration %qD ist für explizite Spezialisierung nicht sichtbar »friend«-Deklaration %qD darf keine »virt-specifier« haben »friend«-Deklaration benennt keine Klasse oder Funktion %<friend%>-Deklaration hier friend-Deklaration nicht in Klassendefinition »friend«-Deklaration %q#D gibt Defaultargumente an und ist nicht die einzige Deklaration »friend«-Deklaration von %qD gibt Defaultargumente an und ist keine Definition friend-Deklaration erfordert Klassenschlüssel, d.h. %<friend %#T%> friend-Deklaration erfordert Klassenschlüssel, d.h. %<friend class %T::%D%> Definition der Freundfunktion %qs kann keinen Namen haben, der mit %<%D::%> qualifiziert ist Definition der Freundfunktion %qs kann keinen Namen haben, der mit %<::%> qualifiziert ist aus der Definition von %q#D von vorheriger Deklaration %qF frv_print_operand: unbekannter Code Funktion kann nur mit nil verglichen werden Funktion %q#D ist wie eine Variable initialisiert Funktionsdefinition von %q+D ist als »dllimport« markiert Funktion %q+D Teil des Alias-Zyklus Funktion %q+F kann nie kopiert werden, da sie das Attribut %<noclone%> hat die Funktion %q+F kann nie kopiert werden, da sie ein nichtlokales »goto« empfängt die Funktion %q+F kann nie kopiert werden, da sie die Adresse einer lokalen Marke in statischer Variablen speichert die Funktion %q+F kann nie »inline« sein, da sie ein berechnetes »goto« enthält die Funktion %q+F kann nie »inline« sein, da sie ein Argument vom Typ Array variabler Länge hat die Funktion %q+F kann nie inline sein, da dies mit %<-fno-inline%> unterdrückt wird die Funktion %q+F kann nie »inline« sein, da sie %<__builtin_return%> oder %<__builtin_apply_args%> verwendet die Funktion %q+F kann nie »inline« sein, da sie alloca verwendet (zum Aufheben: Attribut »always_inline« verwenden) Funktion %q+F kann nie inline sein, da sie mit inline in Konflikt stehende Attribute hat die Funktion %q+F kann nie »inline« sein, da sie ein nichtlokales »goto« enthält die Funktion %q+F kann nie »inline« sein, da sie setjmp verwendet die Funktion %q+F kann nie »inline« sein, da sie »setjmp-longjmp«-Ausnahmebehandlung verwendet die Funktion %q+F kann nie »inline« sein, da sie eine variable Argumentliste verwendet Funktion %qD wurde als %<[[noreturn]]%> deklariert, das weicht von der ersten Deklaration ab Funktion %qD wurde innerhalb einer Union als %<virtual%> deklariert Funktion %qD ist wie eine Variable initialisiert Funktion %qD könnte ein Kandidat für Formatattribut %qs sein Funktion %qD als Variable redeklariert Funktion %qD als %<asm%>-Ausgabe verwendet Funktion %qs kann nicht als %<mutable%> deklariert sein Funktion %qs wurde in ausgelagertem Code referenziert, wurde aber nicht markiert, dass sie im ausgelagerten Code enthalten sein dürfte Die Funktion %qs, Parameter %u, hat IPA-SRA-Zugriffe, die sich überlappen Funktion %qs, Parameter %u, wird verwendet, hat aber keinen bestimmten IPA-SRA-Zugriff funktionsargumente von %<__builtin_tgmath%> haben alle denselben Typ den Funktionsargumenten von %<__builtin_tgmath%> fehlt der typgenerische Parameter Funktionsattribute %qs und %qs schließen sich gegenseitig aus Funktionskörper kann zum Link-Zeitpunkt überschrieben werden Funktionskörper nicht verfügbar Funktionsaufruf hat zusammengesetzten Wert Funktionsaufruf des Variablenkonzepts %qE Funktion über nicht kompatiblen Typen aufgerufen Funktionskonzept muss aufgerufen werden Funktionsdeklaration ist kein Prototyp eine mit %<noreturn%> deklarierte Funktion hat eine %<co_return%>-Anweisung als %<noreturn%> deklarierte Funktion hat %<return%>-Anweisung Funktionsdefinition deklarierte %<auto%> Funktionsdefinition deklarierte %<register%> Funktionsdefinition deklarierte %<typedef%> Funktionsdefinition deklarierte %qs Funktionsdefinition deklariert keine Parameter Funktionsdefinition hat qualifizierten void-Rückgabetypen Funktion gibt keinen Wert zurück, der getestet werden könnte Funktion gibt keinen Zeichenkettentypen zurück Funktion ist extern gebunden, aufgrund einer Benutzeranforderung werden nur static-Funktionen geinlinet, um Live-Patchen zu ermöglichen Funktion liefert möglicherweise Adresse einer lokalen Variablen zurück Funktion könnte ein Kandidat für Attribut %qs sein Funktion könnte Kandidat für Attribut %qs sein, wenn sie als normal zurückkehrend bekannt ist Funktionsname als linker Operand von %<<%> ist in C++20 verboten; klammern Sie den Funktionsnamen mit %<()%> ein Funktion kommt nicht für »inline« in Betracht Funktion nicht »inline« deklariert und Codegröße würde wachsen Funktion kann nicht »inline« sein Funktion kein Kandidat für »inline« Funktions- oder Arraytyp %qT in %<#pragma omp declare reduction%> Funktions- oder Arraytyp in %<#pragma omp declare reduction%> Funktionsparameter Funktionszeiger werden mit der Option %<-mabi=ti%> nicht unterstützt die Funktion erfordert einen Dual-Kontext, der von GDC noch nicht unterstützt wird Unpassende Anzahl der Rückgabewerte Rückgabetyp der Funktion kann keine Funktion sein Funktionsrückgabetypen nicht kompatibel wegen %<volatile%> Funktion gibt eine Funktion Funktion gibt ein Array zurück Funktion liefert Adresse einer Sprungmarke zurück Funktion liefert Adresse einer lokalen Variablen zurück Funktion gibt Aggregat zurück Funktion beginnt in einer höheren Zeilennummer als sie endet Interner Fehler: function symbol is not function Funktions-Template %qD als Klassentemplate redeklariert Bezeichner %qD für Funktionstemplate ist geschachteltem Namens-Spezifizierer Funktionstypen nicht wirklich kompatibel in ISO-C Funktionsversionen können nicht als %<gnu_inline%> markiert werden, Körper müssen generiert werden Funktion mit Verträgen %q+D übersteuert Funktion ohne Verträge Funktion mit qualifiziertem void-Rückgabetypen aufgerufen Funktions-Gültigkeitsbereich %qE ist implizit auto, jedoch als %qs deklariert Funktions-Gültigkeitsbereich %qs ist implizit auto und deklarierte %<__thread%> Rumpf eines function-try-block in einem %<constexpr%>-Konstruktor ist erst mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar Rumpf eines function-try-block in einer %<constexpr%>-Funktion ist erst mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar funktionale Umwandlung in Arraytyp %qT Bandenreduzierung in einer verwaisten Schleife Ausschuss am Ende von %<#pragma nomember_alignment%> gcc-Treiberversion %s %s führt GCC-Version %s aus
gcc-Version %s %s
gcov %s%s
ein C-Quelltext-Gerüst für das Modul generieren, das gerade übersetzt wird ein C++-Quelltext-Gerüst für das Modul generieren, das gerade übersetzt wird eine gemeinsam genutzte Bibliothek aus dem Modul erzeugen Fehlermeldungen erzeugen, die Schlüsselwörter in Kleinbuchstaben ausgeben zusätzliche NOPs generieren, um das Debuggen zu vereinfachen, dadurch bekommt jedes Schlüsselwort aus dem Code einen eigenen Befehl statische Gerüst-Initialisierung und Finalisierung für jedes Modul innerhalb von main generieren die main-Funktion erzeugen Interner Fehler: generate_isocbinding_initializer(): bad iso_c_binding type, expected %<c_ptr%> or %<c_funptr%> allgemeiner Thunk-Code für Methode %qD mit %<...%> scheitert get_mpz(): Not an integer constant Kern-Dateigrößenlimit kann nicht geholt werden: %m gfc_add_interface(): Bad interface type gfc_arith_divide(): Bad basic type gfc_arith_error(): Bad error code gfc_arith_minus(): Bad basic type gfc_arith_plus(): Bad basic type gfc_arith_times(): Bad basic type gfc_arith_uminus(): Bad basic type Interner Fehler: gfc_array_dimen_size(): Bad EXPR_ARRAY expr Interner Fehler: gfc_array_dimen_size(): Bad dimension gfc_ascii_statement(): Bad statement code gfc_basic_typename(): Undefined type gfc_caf_attr(): Bad array reference gfc_caf_attr(): Expression isn't a variable Interner Fehler: gfc_check_dependency: expecting an EXPR_VARIABLE gfc_check_digit(): bad radix gfc_code2string(): Bad code gfc_compare_derived_types: invalid derived type gfc_compare_expr(): Bad basic type gfc_copy_expr(): Bad expr node gfc_expression_rank(): Two array specs Interner Fehler: gfc_find_array_ref(): No ref found gfc_free_statement(): Bad statement gfc_get_constant_expr(): locus %<where%> cannot be NULL gfc_get_default_type(): Bad symbol %qs gfc_is_constant_expr(): Unknown expression type gfc_match(): Bad match code %c gfc_match_sym_complex_part(): Bad type gfc_op2string(): Bad code gfc_range_check() returned bad value gfc_range_check(): Bad type Interner Fehler: gfc_ref_dimen_size(): Bad dimen_type gfc_ref_dimen_size(): Bad dimension gfc_resolve_blocks(): Bad block type gfc_resolve_code(): Bad statement code gfc_resolve_code(): No expression on DO WHILE gfc_resolve_expr(): Bad expression type gfc_set_default_type(): symbol already has a type gfc_simplify_abs(): Bad type gfc_simplify_dcmplx(): Bad type (x) gfc_simplify_dcmplx(): Bad type (y) gfc_simplify_dim(): Bad type gfc_simplify_floor(): Bad kind gfc_simplify_log: bad type gfc_simplify_mod(): Bad arguments gfc_simplify_modulo(): Bad arguments gfc_trans_code(): Bad statement code gfc_trans_omp_workshare(): Bad statement code gfc_trans_select(): Bad type for case expr. gfc_typename(): Undefined type gfc_validate_kind(): Got bad kind gfc_validate_kind(): Got bad type gfc_variable_attr(): Expression isn't a variable gfortran unterstützt nicht -E ohne -cpp gfortran: Nur eine Option %<-J%> erlaubt Gimple-Aufruf hat kein Ziel Gimple-Aufruf hat zwei Ziele gimple check: expected %s(%s), have %s(%s) in %s, at %s:%d gimple_bb (phi) is set to a wrong basic block gimple_bb (stmt) is set to a wrong basic block Gimplifikation gescheitert globale Konstruktoren werden für dieses Ziel nicht unterstützt globale Destruktoren werden für dieses Ziel nicht unterstützt der Inhalt des %<global-module-fragment%> muss aus einer Präprozessor-Einbindung stammen globale Qualifizierung von Klassenname ist ungültig globale Register-Variable %qD in verschachtelter Funktion verwendet globale Registervariable folgt einer Funktionsdefinition globale Registervariable hat Anfangswert Globale/statische Variablenzuweisung wurde abgefangen %d Template-Parameter für %q#D erhalten %d Template-Parameter für %q#T erhalten Goto-Ziel ist weder eine Marke noch ein Zeiger Globaler Zeiger ist konstant (trotzdem bei indirekten Aufrufen sichern/wiederherstellen). Gravis-Akzent %<`%> außerhalb von Anführungszeichen im Format gsplit-dwarf wird auf dieser Plattform nicht unterstützt hatte semantische Fehler beim Kompilieren Dezimale Hardware-Gleitkommabefehle sind im ESA/390-Modus nicht verfügbar Dezimale Hardware-Gleitkommabefehle sind auf %s nicht verfügbar Hardware-Vektorunterstützung ist auf %s nicht verfügbar Hardware-Vektorunterstützung ist mit %<-msoft-float%> nicht verfügbar hat unterschiedliche Parameter in einer anderen Übersetzungseinheit hat unterschiedlichen Rückgabetyp in einer anderen Übersetzungseinheit Interner Fehler: head insn %d for block %d not found in the insn stream Headermodul erwartet, Modul %qs gefunden hier obere Grenze %qE geht über Abschnittsgröße in %qs-Klausel hinaus obere Grenze des Arrays liegt außerhalb der Grenzen von ztype arithmetischer Überlauf in oberer Grenze des Teilbereichs Interner Compilerfehler: histogram value statement does not correspond to the statement it is associated with iWMMXt und NEON sind unverträglich iWMMXt wird im Thumb-Modus nicht unterstützt ia64_print_operand: unbekannter Code identical_array_ref(): inconsistent dimensions Bezeichner %qE steht mit C++-Schlüsselwort in Konflikt Bezeichner %qE wird in C++11 zum Schlüsselwort Bezeichner %qE wird in C++20 zum Schlüsselwort Bezeichner nach %<@protocol%> erwartet identifier overflow: %d wenn eine der %<if%>-Klauseln einen Modifizierer verwendet, müssen alle %<if%>-Klauseln Modifizierer verwenden wenn das Apostroph sich nicht vermeiden lässt, schließen Sie es stattdessen in ein Direktivenpaar %qs und %qs ein Wenn dieser Code erreicht wird, wird das Programm abgebrochen wenn diese Verwendung Teil eines öffentlichen ABI ist, ändern Sie sie so, dass stattdessen eine konstante Variable verwendet wird, die Sie definieren wenn %qs nicht verwendbar ist, verwenden Sie stattdessen %qs %<#pragma %s %s%> wird ignoriert %<#pragma align%> wird für explizit ausgerichtetes %q+D ignoriert %<#pragma omp declare simd%> an Funktion mit %<_Atomic%>-qualifiziertem nicht-%<uniform%>-Argument wird ignoriert %<#pragma omp declare simd%> an Funktion mit %<_Atomic%>-qualifiziertem Rückgabetyp wird ignoriert %<-fschedule-insns%> wird wegen Ausnahmebehandlungsfehler ignoriert %<asm%>-Angabe für nicht-statische lokale Variable %q+D wird ignoriert Attribut %qD an unbenanntem Namensraum wird ignoriert Attribut %qD an nicht-»inline«-Namensraum wird ignoriert %qE-Attribut wird für Templateinstanziierung %qT ignoriert %qE-Attribut wird für Templatespezialisierung %qT ignoriert Attribut %qE wird ignoriert, da es sich nicht auf eine Variable bezieht Attribut %qE wird ignoriert, da es sich auf eine Variable bezieht Attribut %qE wird ignoriert, da es sich auf eine initialisierte Variable bezieht Attribut %qE wird ignoriert, da es sich auf eine uninitialisierte Variable bezieht Attribut %<%E (%u)%> wird ignoriert, da es mit Attribut %<%E (%u)%> in Konflikt steht Attribut %qE wird nach dem früheren %qE ignoriert Attribut %qE steht mit dem Attribut %<either%> in Konflikt; wird ignoriert Attribut %qE steht mit dem Attribut %<lower%> in Konflikt; wird ignoriert Attribut %qE steht mit Attribut %<noinit%> in Konflikt; wird ignoriert Attribut %qE steht mit dem Attribut %<persistent%> in Konflikt; wird ignoriert Attribut %qE steht mit Attribut %<section%> in Konflikt; wird ignoriert Attribut %qE steht mit dem Attribut %<upper%> in Konflikt; wird ignoriert Attribut %qE steht mit Attribut %qs in Konflikt; wird ignoriert Attribut %qE wird in Deklaration der eingebauten Funktion %qD ignoriert, da es mit Attribut %qs in Konflikt steht Attribut %qs wird ignoriert, da es dem vorherigen %qs widerspricht auf %qT nach einer Definition angewandte Attribute werden ignoriert auf Klassentyp %qT angewandte Attribute außerhalb einer Definition werden ignoriert auf abhängigen Typ %qT angewandte Attribute ohne zugehörige Deklaration werden ignoriert Attribute an Templateargument %qE werden ignoriert Attribute an Templateargument %qT werden ignoriert doppeltes Verzeichnis »%s« wird ignoriert
große lineare Schrittweite wird ignoriert Schleifenannotation wird ignoriert falsch geformtes %<#pragma longcall%>; wird ignoriert nicht vorhandenes Verzeichnis »%s« wird ignoriert
»packed«-Attribut für ungepacktes nicht-POD-Feld %q#D wird ignoriert möglicherweise in Konflikt stehende Option %<-fopt-info-%s%> wird ignoriert Der Rückgabewert von %qD, der mit dem Attribut %<warn_unused_result%> deklariert wurde, wird ignoriert der Rückgabewert von %qD (mit %<nodiscard%>-Attribut deklariert) wird ignoriert der Rückgabewert von %qD (mit %<nodiscard%>-Attribut markiert) wird ignoriert%s der Rückgabewert von %qD (mit %<nodiscard%>-Attribut markiert) wird ignoriert: %<%s%> der Rückgabewert von %qD (mit %<nodiscard%>-Attribut deklariert) wird ignoriert: %E %qD hat das Attribut %<warn_unused_result%>, daher sollte der Rückgabewert nicht ignoriert werden der Rückgabewert von %qD wird ignoriert, muss aber verwendet werden der Rückgabewert von %qD wird ignoriert, muss aber verwendet werden: %<%s%> Rückgabewert der mit dem Attribut %<warn_unused_result%> definierten Funktion wird ignoriert der Rückgabewert vom Typ %qT (mit %<nodiscard%>-Attribut deklariert) wird ignoriert der Rückgabewert vom Typ %qT (mit %<nodiscard%>-Attribut deklariert) wird ignoriert: %E der Rückgabewert von Typ %qT (mit %<nodiscard%>-Attribut markiert) wird ignoriert%s der Rückgabewert von Typ %qT (mit %<nodiscard%>-Attribut markiert) wird ignoriert: %<%s%> der Rückgabewert vom Typ %qT wird ignoriert, muss aber verwendet werden der Rückgabewert vom Typ %qT wird ignoriert, muss aber verwendet werden: %<%s%> »sink«-Klausel wird ignoriert, da der Offset kein Vielfaches der Schrittweite ist Deklaration %q#D wird ignoriert unbekannte Option %q.*s wird ignoriert unbekannter Wert %<%s%> für Schalter %<-mcustom-fpu-cfg%> wird ignoriert Schrittweite 0 wird ignoriert illegal OP in optimize_comparison unzulässiger Aggregattyp %qE für Instanzvariable %qs angegeben ungültiges Argument 0 für %qs ungültiger Operand ungültige Operandenadresse (1) ungültige Operandenadresse (2) ungültige Operandenadresse (3) ungültige Operandenadresse (4) ungültiger Operand wurde gefunden unzulässiger Referenztyp für Instanzvariable %qs angegeben unmittelbare Auswertung liefert die Adresse der unmittelbaren Funktion %qD Der Direktwert für »%2$s« muss in eine %1$d-Bit-Ganzzahl passen implizites Einfangen von %qE via %<[=]%> ist in C++20 veraltet implizite Umwandlung von %qH in %qI zur Anpassung an anderen Operanden des Binärausdrucks implizite Umwandlung von %qH in %qI, um an das Ergebnis im anderen Zweig der Bedingung anzugleichen implizite Umwandlung von %qH in %qI bei Übergabe von Argument an Funktion implizite Umwandlung von %qT nach %qT implizite Umwandlung von %qT in %qT zur Anpassung an anderen Operanden des Binärausdrucks implizite Umwandlung von %qT in %qT um an anderes Ergebnis von Bedingung anzupassen implizite Umwandlung von %qT in %qT bei Übergabe von Argument an Funktion Implizite Deklaration der Funktion %qE Implizite Deklaration der Funktion %qE; meinten Sie %qs? implizite Dereferenzierung greift nicht auf Objekt des Typs %qT in Erhöhungsausdruck zu implizite Dereferenzierung greift nicht auf Objekt des Typs %qT in linkem Operanden des Kommaoperators zu implizite Dereferenzierung greift nicht auf Objekt des Typs %qT in rechtem Operanden des Kommaoperators zu implizite Dereferenzierung greift nicht auf Objekt des Typs %qT in zweitem Operanden des bedingten Ausdrucks zu implizite Dereferenzierung greift nicht auf Objekt des Typs %qT in Anweisung zu implizite Dereferenzierung greift nicht auf Objekt des Typs %qT in drittem Operanden des bedingten Ausdrucks zu Implizite Zuordnung von Feld %qD mit angenommener Größe Implizite Templates dürfen nicht %<virtual%> sein Fehlzuordnung in implizitem this-Zeiger Interner Fehler: implicit_section flag is set but section isn%'t implizit geholte (»pop«) Register müssen oben auf dem Stapel gruppiert werden implizit deklariertes %qD ist veraltet impliziertes END DO der Import %qs hat eine falsche CRC-Prüfsumme %<import%> kann nicht direkt in einer Bindungs-Angabe vorkommen der Import hat %q#D hier deklariert Import eines benannten Moduls %qs innerhalb eines Sprachverlinkungsblocks Import-Deklaration muss im globalen Gültigkeitsbereich sein import_iso_c_binding_module(): Unable to create symbol for %s importiert bei Importe müssen gebaut werden, bevor sie importiert werden können unmögliche Bedingung in %<asm%> unmögliche Registerbedingung in %<asm%> unmögliche Typenbehauptung: Typ implementiert nicht Schnittstelle in %s, bei %s:%d in C++03 muss bei Deklaration eines »friend« ein Klassenschlüssel verwendet werden in C++11 und neuer kann ein Defaultkonstruktor explizit sein in C++11 sind Destruktoren standardmäßig %<noexcept%> in C++11 ruft dieses %<throw%> %<terminate%> auf, da Destruktoren standardmäßig %<noexcept%> sind in C++20 ruft dieser Vergleich die aktuelle Funktion rekursiv mit vertauschten Argumenten auf in C++98 ist %<template%> (zum eindeutig machen) nur innerhalb von Templates erlaubt %q+D kann in C++98 nicht static sein, da es ein Union-Element ist in C++98 muss %qD mit Konstruktor initialisiert werden, nicht mit %<{...}%> in einem Aufruf von %qD, die mit Attribut %qs hier deklariert wurde in einem Aufruf von %qT, die mit Attribut %qs deklariert wurde in einem Aufruf der hier deklarierten Allokationsfunktion %qD in einem Aufruf der eingebauten Allokationsfunktion %qD in einem Aufruf der eingebauten Funktion %qD in einem Aufruf der Funktion %qD in einem Aufruf der Funktion %qD, die als %qs deklariert ist in einem Aufruf der Funktion %qD, die mit Attribut %qs deklariert wurde in einem Aufruf der nicht-statischen Elementfunktion %qD in einem Aufruf mit Typ %qT in einem Aufruf mit Typ %qT und Attribut %qs in Argument für unäres ! Interner Fehler: in basic block %d: im Aufruf von %qD, hier deklariert in Deklaration %q+D in Definition des Makros %qs bei Substitution des Makros %qs in gfc_simplify_acos(): Bad type in gfc_simplify_acosh(): Bad type in gfc_simplify_asin(): Bad type in gfc_simplify_asinh(): Bad type in gfc_simplify_atan(): Bad type in gfc_simplify_atanh(): Bad type in gfc_simplify_cos(): Bad type in gfc_simplify_exp(): Bad type in gfc_simplify_sin(): Bad type in Initialisierung der Variable %qD für strukturierte Bindung bei Übergabe des Arguments %P von %qD in Templateargument für Typ %qT in der Definition von %q#T in diesem Ausdruck Initialisierung innerhalb der Klasse des statischen Datenelements %q#D mit unvollständigem Typ Initialisierung innerhalb der Klasse des statischen Datenelements %q#D mit nicht eingebautem Typ Zugriff auf nicht zugreifbare Plugin-Datei %s (aus kurzem Plugin-Namen %s erzeugt) nicht möglich: %m unpassender Akkumulator für %qs binden Sie %qs ein oder stellen Sie eine Deklaration von %qD bereit binden Sie %qs ein oder stellen Sie eine Deklaration von %qE bereit %<include %s%> wurde textuell verarbeitet %<include %s%> wurde übersetzt zu »import« Eingehende Kantenzahl passt nicht zur Anzahl der PHI-Argumente inkompatible %qs-Klausel bei Anwendung von %<%s%> auf %qD, die bereits mit einer OpenACC-»routine«-Direktive gekennzeichnet wurde Inkompatible Adressraumkennzeichen %qs und %qs inkompatible Datenklausel mit Reduktion an %qE; wird zu %<present_or_copy%> befördert unverträglicher Gleitkomma- / Vektorregisteroperand für »%%%c« Unverträgliche implizite Deklaration der eingebauten Funktion %qD Unverträgliche implizite Deklaration der Funktion %qD die Optionen %<-mstack-protector-guard=global%> und %<-mstack-protector-guard-offset=%s%> sind unverträglich unverträglicher Registeroperand für »%%%c« Inkompatibler Typ für Argument %d von %qE inkompatible Typen für Abbildungsindex Inkompatibler Typ für Methode %s%s%s Inkompatibler Typ für Methode %s%s%s (%s) inkompatible Typen für Empfänger inkompatible Typen in %<PHI%>-Argument %u unverträgliche Typen in Zuweisung von %qT an %qT inkompatible Typen in binärem Ausdruck inkompatible Typen in »send« unverträgliche Typen bei Zuweisung an Typ %qT von Typ %qT inkompatible Typen bei Initialisierung von Typ %qT mit Typ %qT unverträgliche Typen bei Rückgabe von Typ %qT, aber %qT wurde erwartet unverträgliche Vektortypen in bedingtem Ausdruck: %qT, %qT und %qT unvollständige Implementierung der Kategorie %qE unvollständige Implementierung der Klasse %qE unvollständiger Typ %qT hat kein Element %qD unvollständiger Typ %qT in geschachtelter Namensangabe verwendet inkonsistentes %<ifunc%>-Attribut inkonsistent wegen %qs unvereinbare Anfang-/Ende-Typen in bereichsbasierter %<for%>-Anweisung: %qT und %qT inkonsistente Großschreibung im Format widersprüchliche Herleitung für %qT: %qT und dann %qT widersprüchliche Herleitung für automatischen Rückgabetyp: %qT und dann %qT inkonsistente importierte Makrodefinition %qE widersprüchliche Spezifikation von Instanzvariable inkonsistente Operandenbedingungen in einem %<asm%> widersprüchliche Typen %qT und %qT für Lambda-Rückgabetypen hergeleitet widersprüchliche benutzerdefinierte literale Suffixe %qD und %qD in Zeichenkettenliteral Falscher Vergleichsmodus falscher Eintrag in %<label_to_block_map%> Falsches Format der Skalierung; 1/1 wird verwendet
Falscher Hinweis-Operand Falscher Befehl: Falsche Anzahl der Argumente für Funktion %qE falsche Anzahl der Vektor-%qs-Elemente falsche Eigenschaft %qs des %qs-Selektors Falscher Rundungsoperand incorrect setting of landing pad number incorrect sharing of tree nodes ungültiger Typ der Vektor-%qs-Elemente falscher Typ der Elemente eines Vektorkonstruktors falsch geschachtelter OpenACC-Schleifenparallelismus Inkrementausdruck verweist auf Schleifenvariable %qD Erhöhung ist weder konstant 1 noch konstant -1 für die %<!=%>-Bedingung Inkrementieren eines booleschen Ausdrucks Erhöhung des konstanten Feldes %qD Schrittweite von Aufzählungswerten (enum) ist in C++ ungültig Erhöhung der Funktion %qD Erhöhung des Elements %qD in schreibgeschütztem Objekt Inkrementieren eines Zeigers auf unvollständigen Typ %qT Erhöhung der schreibgeschützten Speicherstelle %qE Erhöhung des schreibgeschützten Elementes %qD Erhöhung des schreibgeschützten benannten Rückgabewertes %qD Erhöhung des schreibgeschützten Parameters %qD Erhöhung der schreibgeschützten Referenz %qD Erhöhung der schreibgeschützten Variable %qD erhöhter Aufzählungswert ist zu groß für %<long%> erhöhter Aufzählungswert ist zu groß für %<unsigned long%> Index %E markiert einen Offset größer als die Größe von %qT Index in Dimension %d ist außerhalb der Grenzen bei %L Index muss eine Ganzzahl sein Indexwert statt Feldname in Union-Initialisierung Indexwert ist außerhalb der Grenzen Interner Fehler: indirect call count does not match BB count indirekter Aufruf in Funktion, das wird von eBPF nicht unterstützt indirekter Aufruf in der Folge der spekulativen Aufrufe hat kein Spekulationsflag indirekte Funktion %q+D kann nicht als %qE deklariert werden indirekte Funktion %q+D kann nicht als »schwach« deklariert werden Indirekter Funktionsaufruf mit noch unbekanntem Aufrufer der indirekte Import %qs ist noch nicht geladen indirekte Sprünge sind auf dieser Zielmaschine nicht verfügbar Indirektion greift nicht auf Objekt unvollständigen Typs %qT in Erhöhungsausdruck zu Indirektion greift nicht auf Objekt unvollständigen Typs %qT in linkem Operanden des Kommaoperators zu Indirektion greift nicht auf Objekt unvollständigen Typs %qT in rechtem Operanden des Kommaoperators zu Indirektion greift nicht auf Objekt unvollständigen Typs %qT in zweitem Operanden des bedingten Ausdrucks zu Indirektion greift nicht auf Objekt unvollständigen Typs %qT in Anweisung zu Indirektion greift nicht auf Objekt unvollständigen Typs %qT in drittem Operanden des bedingten Ausdrucks zu Indirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT in Erhöhungsausdruck zu Indirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT im linken Operanden des Kommaoperators zu Indirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT im rechten Operanden des Kommaoperators zu Indirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT im zweiten Operanden des bedingten Ausdrucks zu Indirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT in Anweisung zu Indirektion greift nicht auf Objekt des nicht trivial kopierbaren Typs %qT im dritten Operanden des bedingten Ausdrucks zu erschlossener skalarer Typ %qT muss ein Ganzzahl- oder Gleitkommatyp derselben Größe wie %qT sein unendliche Rekursion erkannt Nutzer informieren, welche Parameter per Referenz übergeben werden geerbter Konstruktor %qD ist nicht %<constexpr%> erbende Konstruktoren nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar init-Funktion im Objekt %s gefunden »init-statement in Auswahlanweisungen« ist nur mit %<-std=c++17%> oder %<-std=gnu++17%> verfügbar init_arglist(): too many arguments Initialisierung streicht Qualifizierer %qv von Zeiger-Zieltyp Initialisierung von anderem Objective-C-Typ Initialisierung von Zeiger auf nicht enthaltenen Adressraum Linke-Initialisierung könnte Kandidat für Formatattribut sein Initialisierung erzeugt aus unqualifiziertem einen qualifizierten Funktionszeiger %q#v Initialisierung eines %qT aus %qT wandelt einen Zeiger in eine Zahl um, ohne explizite Typkonvertierung Initialisierung von %qT von %qT wandelt eine Zahl in einen Zeiger um, ohne explizite Typkonvertierung Initialisierung von %qT von inkompatiblem Zeigertyp %qT Initialisierung von %qT von Zeiger auf %qD mit inkompatiblem Typ %qT Initialisierung von %qT von Zeigertyp %qT mit inkompatibler Speicherreihenfolge für Skalare Initialisierung eines flexiblen Array-Elements Initialisierung der allgemeinen Blockvariable %qs in DATA-Anweisung bei %C Initialisierung eines flexiblen Array-Elements in geschachteltem Kontext Initialisierung des new-Ausdrucks für Typ %<auto%> erfordert genau ein Element Initialisierung eines nicht-konstanten Referenztyps %q#T von R-Wert des Typs %qT Initialisierung des %<volatile%>-Referenztyps %q#T von R-Wert des Typs %qT Initialisierungen für mehrere Elemente von %qT initialisiertes Feld überschrieben initialisiertes Feld mit Seiteneffekten überschrieben das initialisierte Element %q+D wurde hier deklariert initialisierte Variable %q+D ist als »dllimport« markiert Initialisierungselement ist kein konstanter Ausdruck Initialisierungs-Element ist zur Lade-Zeit nicht berechenbar Initialisierungselement ist nicht konstant Initialisierung endet vorzeitig Initialisierungsausdruck verweist auf Iterationsvariable %qD Initialisierung gibt nicht die Größe von %q+D an Initialisierung gibt nicht die Größe von %qD an Initialisierung gibt nicht die Größe von %qT an Initialisierung für %<decltype(auto) %D%> hat Funktionstyp; %<()%> vergessen? Initialisierer für %q#D expandiert zu einer leeren Ausdrucksliste Initialisierung für %q#D ist ungültig Initialisierung für %qT muss geklammert sein Initialisierung eines flexiblen Arrayelements %q#D Initialisierung für Gleitkommawert ist keine Gleitkommakonstante Initialisierung für Ganzzahl-/Gleitkommazahlwert ist zu kompliziert Initialisierung in bereichsbasierter %<for%>-Schleife Initialisierung ungültig für statisches Element mit Konstruktor Initialisierung für Funktion bereitgestellt Initialisierung für »friend«-Funktion %qD angegeben Initialisierung für nicht-virtuelle Methode %q+D angegeben Initialisierung für statische Element-Funktion %qD angegeben Initialisierungs-Zeichenkette für %qT ist zu lang dadurch, dass %qD mittels %qE initialisiert wird, verlängert sich die Lebenszeit des zugrundeliegenden Arrays nicht das Initialisieren von %qH mit %qI in einem umgewandelten konstanten Ausdruck bindet nicht direkt das Initialisieren einer Basisklasse vom Typ %qT führt zu Objektslicing eingegebener Klassenname %qD als Template-Templateargument verwendet Inline-Assembler ist kein konstanter Ausdruck inline clone count is not compatible Interner Fehler: inline clone in same comdat group list Interner Fehler: inline clone is forced to output Interner Fehler: inline clone with address taken inline-Deklaration von %qD folgt Deklaration mit Attribut %<noinline%> »inline«-Funktion %q+D ist als »dllimport« deklariert: Attribut wird ignoriert Inline-Funktion %q+D deklariert, aber nirgendwo definiert »inline«-Funktion %q+D als »schwach« deklariert der inline-Funktion %q+D wurde das Attribut %qs gegeben der inline-Funktion %qD wurde das Attribut %qs gegeben inline-Funktion %qD verwendet, aber nirgendwo definiert ein %<inline%>-Namensraum muss bei der ersten Definition angegeben werden »inline«-Namensräume nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar »inline«-Variablen sind nur mit %<-std=c++17%> oder %<-std=gnu++17%> verfügbar Interner Fehler: inlined_to pointer is set but no predecessors found Interner Fehler: inlined_to pointer is wrong Interner Fehler: inlined_to pointer refers to itself Interner Fehler: inlined_to pointer set for noninline callers Inlining beim Aufruf von %q+F mit %<always_inline%> fehlgeschlagen: %s »inline« beim Aufruf von %q+F gescheitert: %s innere Schleife verwendet denselben OpenACC-Parallelismus wie enthaltende Schleife Eingabedatei %qs ist dieselbe wie die Ausgabedatei Bedingung für Eingabeoperanden enthält %qc Plugin aktivieren, das Laufzeitfehler bereits zur Compilezeit erkennt Interner Fehler: insert_bbt(): Duplicate key found Einschub außerhalb des gültigen Bereichs in %qs Interner Fehler: insn %d basic block pointer is %d, should be %d Interner Fehler: insn %d in footer of bb %d has non-NULL basic block Interner Fehler: insn %d in header of bb %d has non-NULL basic block Interner Fehler: insn %d is in multiple basic blocks (%d and %d) Interner Fehler: insn %d outside of basic blocks has non-NULL bb field Befehlsadressen nicht freigegeben Interner Fehler: insn addresses not set after shorten branches Befehl enthält eine ungültige Adresse! Befehl erfüllt nicht seine Bedingungen: Befehl außerhalb eines Basis-Blockes Befehl mit UID %i nicht gefunden für Operand %i (»%s«) von Befehl %i Befehl mit UID %i nicht gefunden für Operand %i von Befehl %i installiere: %s%s
Installationsfehler, %<crtoffloadtable.o%> kann nicht gefunden werden in Klassenmethode wird auf Instanzvariable %qE zugegriffen Instanzvariable %qE ist »%s«; dies wird zukünftig ein schwerer Fehler sein Instanzvariable %qE ist als »%s« deklariert Instanzvariable %qE ist als »private« deklariert Instanzvariable %qs hat unbekannte Größe Instanzvariable %qs ist als »private« deklariert Instanzvariable %qs verwendet flexibles Arrayelement Zuweisung der Instanzvariable wurde abgefangen Befehl wird niemals ausgeführt Vorausladen von Befehlen ist aktiv im 64-Bit-Modus mit RIP-relativer Adressierung und der Option %<-mprefetchi%>; sonst bleiben sie NOPs Befehlsplanung wird von dieser Zielmaschine nicht unterstützt Befehlssatz %qs kann Standard-ABI %qs nicht implementieren, stattdessen wird %qs verwendet unzureichende Informationen für Typbestimmung aus Kontext unzureichende Partitionierung verfügbar, um die Elementschleife zu parallelisieren unzureichende Partitionierung verfügbar, um Schleife zu parallelisieren unzureichende Partitionierung verfügbar, um die Kachelschleife zu parallelisieren Ganzzahlkonstante ist zu groß für %<unsigned long%>-Typ Ganzzahldivision durch Null Ganzzahlliteral überschreitet Wertebereich des Typs %qT Ganzzahlüberlauf in Arraygröße Ganzzahlüberlauf in Ausdruck %qE des Typs %qT ergibt %qE Ganzzahlüberlauf in Ausdruck des Typs %qT ergibt %qE Ganzzahl-Suffix %qs durch Implementierung überdeckt Ganzzahlausdruck %qE ist nicht konstant Genauigkeit des ganzzahligen Ergebnistypen passt nicht zur Feldgröße von %qs die Schnittstelle %qE hat keine gültige Form einer konstanten Zeichenkette Schnittstellenpartition wird nicht exportiert Offset %wi des zwischenzeitlichen Arrays ist außerhalb der Arraygrenzen von %qT interne Compiler-Debug-Informationen, Liste der Quadrupel wegschreiben interner Compiler-Fehler Interner Compiler-Fehler. Falsche Adresse: Interner Compiler-Fehler. Falsche Verschiebung: Interner Compiler-Fehler. Unbekannter Modus: interner Compiler-Fehler: Interner Compilerfehler: Fehlerbehandlungsroutinen doppelt betreten.
internes Konsistenzproblem interner Fehler: %<cris_side_effect_mode_ok%> mit falschen Operanden interner Fehler: falsches Register: %d internal error: not expecting operand1 to be a constant set Interne Prozedur %qs bei %L steht in Konflikt mit DUMMY-Argument interne Einheit in WRITE die Attribute %<interrupt%> und %<naked%> sind nicht kompatibel Interrupthandler können keine MIPS16-Funktionen sein Interrupthandler können keine Argumente haben Interrupt-Service-Routine darf nur ein Zeiger- und ein optionales Ganzzahl-Argument haben Interrupt-Dienst-Routinen können nicht direkt aufgerufen werden Interrupt-Service-Routine muss den Rückgabetyp %<void%> haben in Interrupt-Service-Routinen sollte das zweite Argument vom Typ %qs sein in Interrupt-Service-Routinen sollte das erste Argument ein Zeiger sein Interruptvektor für %qE-Attribut ist nicht %<vector=(sw0|sw1|hw0|hw1|hw2|hw3|hw4|hw5)%> intrinsischer Registerindex ist außerhalb des gültigen Bereichs innere Variable, die keine Prozedur ist ungültiger %%-Code ungültiger %%A-Operand ungültiger %%A-Wert ungültiger %%B-Operand ungültiger %%C-Operand ungültiger %%C-Wert ungültiger %%D-Operand ungültiger %%D-Wert ungültiger %%E-Wert ungültiger %%F-Wert ungültiger Modus %%G ungültiger %%G-Wert ungültiger %%H-Wert ungültiger %%J-Code ungültiger %%J-Wert ungültiger %%K-Wert ungültiger %%L-Wert ungültiger %%M-Wert ungültiger %%N-Wert ungültiger %%O-Wert ungültiger %%P-Operand ungültiger %%P-Wert ungültiger %%R-Wert ungültiger %%T-Wert ungültiger %%U-Wert ungültiger %%V-Wert ungültiger %%Y-Operand ungültiger %%d-Wert ungültiger %%e-Wert ungültiger %%f-Operand ungültiger %%f-Wert ungültiger %%h-Wert ungültiger %%j-Code ungültiger %%j-Wert ungültiger %%k-Wert ungültiger %%m-Wert ungültiger %%p-Wert ungültiger %%q-Wert ungültiger %%r-Wert ungültiger %%s-Operand ungültiger %%s-Wert ungültiger %%t-Wert ungültiger %%t/%%b-Wert ungültiger %%u-Wert ungültiger %%v-Wert ungültiger %%x-Wert ungültiger %%xn-Code ungültiger %%y-Wert, bitte »Z«-Bedingung probieren ungültiger %%z-Wert ungültiges %<#pragma %s%> ungültiges %<CASE_CHAIN%> ungültiger %<CPU_TYPE%>-Wert %qs gelesen aus %<devices.csv%> für %qs ungültiger %<MPY_TYPE%>-Wert %qs gelesen aus %<devices.csv%> für %qs ungültiges %<PHI%>-Argument ungültiges %<PHI%>-Ergebnis ungültiges %<const_cast%> von Typ %qT in Typ %qT ungültiges %<const_cast%> eines R-Wertes des Typs %qT in Typ %qT ungültiger Basistyp für %<enum%> ungültiges %<static_cast%> von Typ %qT in Typ %qT ungültiger Wert für %<sve_width%>: %d ungültiger %<task%>-Reduktionsmodifizierer in Konstrukt kombiniert mit %<simd%> oder %<loop%> ungültiger %<task%>-Reduktionsmodifizierer in Konstrukt, das nicht mit %<parallel%>, %<for%> oder %<sections%> kombiniert ist ungültiger %<task%>-Reduktionsmodifizierer bei Konstrukt außer %<parallel%>, %qs oder %<sections%> ungültiger %<task%>-Reduktionsmodifizierer bei Konstrukt außer %<parallel%>, %qs, %<sections%> oder %<scope%> ungültiger Offset-Operator %qs ungültiges »asm«: Ungültige (Zeiger-)Operanden %qs ungültiges IACC-Argument ungültige JSON-Syntax ungültige LHS in GIMPLE-Aufruf Ungültiger Objective-C++-Selektorname ungültige OpenACC-Klausel im Datei-Gültigkeitsbereich ungültiger nicht-rechteckiger OpenMP-Schleifenschritt; %<(%E - %E) * %E%> ist kein Vielfaches von Schleife %d Schritt %qE ungültige rechte Seite für GIMPLE-Speicherung: %qs ungültiges UNSPEC als Operand ungültiges UNSPEC als Operand: %d Interner Fehler: invalid _Literal ungültiger abstrakter Parametertyp %qT ungültiger abstrakter Rückgabetyp %qT ungültiger abstrakter Rückgabetyp für Funktion %q+#D ungültiger abstrakter Rückgabetyp für Elementfunktion %q+#D ungültiger abstrakter Typ %qT für %qE ungültiger abstrakter Typ für %q+D ungültiger Zugriff auf nicht-statisches Datenelement %qD in virtueller Basis des NULL-Objektes ungültige Adresse ungültige Adresse für Ausgabemodifizierer »O« ungültige Adresse für Ausgabemodifizierer »R« ungültige Adresse für Ausgabemodifizierer »S« ungültige Adresse in Operand ungültiger Adressierungsmodus ungültiger Adressoperand in %qs ungültiger Adressierungsmodus ungültige Ausrichtung für %<#pragma align%> - ignoriert Ungültiger Ausrichtungswert für %<__builtin_arc_aligned%> ungültige Anwendung von %<__alignof%> auf ein Bitfeld ungültige Anwendung von %<sizeof%> auf ein Bitfeld Ungültige Anwendung von %<sizeof%> auf einen Funktionstypen ungültige Anwendung von %qs auf Elementfunktion Ungültige Anwendung von %qs auf einen void-Typen Ungültige Anwendung von %qs auf Arraytyp %qT mit unvollständigem Elementtyp Ungültige Anwendung von %qs auf unvollständigen Typen %qT Ungültige Architektur für Zielattribut oder -pragma %qs ungültiges Argument %qs für %<-mbranch-protection=%> ungültiges Argument %qs für %<-mharden-sls=%> Ungültiges Argument %d für eingebaute Funktion %qF ungültiges Argument %qs für %qs ungültiges Argument für %<-mharden-sls=%> ungültiges Argument in Option %qs ungültiges Argument für Attribut %qE ungültiges Argument für Attribut %qs Ungültiges Argument von SQRT bei %L ungültiges Argument für %qD ungültiges Argument für eingebaute Funktion ungültiges Argument für eingebaute Funktion »%s« ungültiges Argument für GIMPLE-Aufruf ungültige Argumente ungültige Argumente für Option %<-falign-%s%>: %qs ungültige Argumente für %<-fpatchable-function-entry%> Ungültige Arrayzuweisung Interner Fehler: invalid base %qE for SSA name ungültige Spezifizierung der Basisklasse Interner Fehler: invalid block index ungültiger Zweig zu/von strukturiertem %s-Block ungültiger Aufruf einer Nicht-Funktion ungültiger Schalter »calls_comdat_local« ungültige »case«-Marke in switch-Anweisung ungültiger »case«-Bereich in switch-Anweisung ungültige Umwandlung von Typ %qT in Typ %qT ungültige Typumwandlung eines prvalue-Ausdrucks des Typs %qT in Typ %qT ungültige Umwandlung in abstrakte Klasse %qT ungültige Umwandlung in Funktionstyp %qT ungültiger Klassenname in Deklaration von %qD ungültige Clique in %qs ungültige Kombination mehrerer Typ-Spezifizierer invalid comparison code in gimple cond ungültiger Vergleich eines generierten Arrays ungültiger Vergleich mit einer generierten Struktur ungültiger Vergleich von nil mit nil ungültiger Vergleich eines nicht-vergleichbaren Arrays ungültiger Vergleich einer nicht-vergleichbaren Struktur ungültiger Vergleich eines nicht-vergleichbaren Typs ungültiger Vergleich ungeordneter Typen ungültiger Vergleichsoperator für Ausgabemodifizierer »E« ungültiger const_double-Operand ungültige Konstante Ungültige Konstante – anderen Ausgabemodifizierer probieren ungültige Konstante für Ausgabemodifizierer »%c« ungültige Konstante in %<#pragma %s%> ungültige Konstante in %<#pragma pack%> - ignoriert ungültiger konstanter Vektor für Ausgabemodifizierer »%c« ungültiger beschränkter Typparameter ungültige Einschränkungen ungültige Bedingungen für Operand ungültiger Konstruktor; wahrscheinlich war %<%T (const %T&)%> gemeint ungültiges Steuerregister %d für mvtc; %<psw%> wird verwendet Steuerprädikat ungültig ungültige Umwandlung von %<__fpreg%> ungültige Umwandlung von %qH in %qI ungültige Umwandlung von %<__vector_pair%> ungültige Umwandlung von Typ %<__vector_quad%> ungültige Umwandlung von Typ %<bfloat16_t%> ungültige Umwandlung in GIMPLE-Aufruf ungültige Umwandlung in »return«-Anweisung ungültige Umwandlung in %<__fpreg%> ungültige Umwandlung in %<__vector_pair%> ungültige Umwandlung in Typ %<__vector_quad%> ungültige Umwandlung in Typ %<bfloat16_t%> ungültige Umwandlung in Typ %qT von Typ %qT ungültiger kovarianter Rückgabetyp für %q#D ungültiger kovarianter Rückgabetyp für %q+#D ungültige CPU %qs für %s%qs%s ungültige Option für benutzerdefinierten Befehl %qs ungültige Deklaration von %<%T::%E%> ungültige Deklaration eines Elementtemplates in lokaler Klasse ungültiger Deklarator ungültiges Standardargument für einen Template-Templateparameter ungültige %<default%>-Sprungmarke in switch-Anweisung ungültige Definition des qualifizierten Typen %qT ungültige Abhängigkeitsart ungültige Abhängigkeitsart in omp %<ordered%> %<depend%> ungültige »dist_schedule«-Art ungültige »doacross«-Art Ungültiger Elementindex %qE für %<__builtin_shufflevector%> ungültiger Elementtyp für Attribut %qs ungültige embedcfg: »Files«-Element ist keine Zeichenkette ungültige embedcfg: »Files« ist kein JSON-Objekt ungültige embedcfg: »Patterns«-Element ist kein Array ungültige embedcfg: »Patterns« ist kein JSON-Objekt ungültige embedcfg: doppeltes »Patterns«-Element ungültige embedcfg: fehlendes »Files« ungültige embedcfg: »Patterns« fehlt ungültige embedcfg: kein JSON-Objekt ungültiges Encoding-Präfix in Literal-Operator ungültiger Eintritt in strukturierten %s-Block ungültiger Austritt aus strukturiertem %s-Block ungültiger Ausgang von strukturiertem OpenMP-Block ungültige explizite Spezialisierung ungültiger Ausdruck – anderen Ausgabemodifizierer probieren ungültiger Ausdruck als Operand ungültiger Ausdruck für Min-L-Wert ungültiger Ausdruck für Ausgabemodifizierer »%c« ungültiger Ausdruck für statische Array-Dimension: %s ungültiger Ausdruckstyp für %<#pragma omp atomic%> ungültiges Fehler-Speichermodell %qs für %qD unbekannter Feature-Modifizierer %qs in %<-march=%s%> unbekannter Feature-Modifizierer %qs in %<-mcpu=%s%> ungültiger Featuremodifizierer %qs mit Wert %qs in Pragma oder Attribut %<target()%> ungültiger Featuremodifizierer %qs mit Wert %qs in Pragma oder Attribut %<target()%> invalid fn spec attribute "%s" invalid fn spec attribute "%s" arg %i ungültige »fnsummary« in LTO-Datenstrom ungültige Form von %<#pragma omp atomic compare%> ungültige Form von %<#pragma omp atomic%> ungültige Form von %<#pragma omp atomic compare%> ungültiges Format für %<sve_width%> ungültiges Format von %s ungültige Gleitkomma-Konstante ungültige FPU für Zielattribut oder -pragma %qs ungültige Funktion in GIMPLE-Aufruf ungültige Verwendung von festen Registern zwischen earlyclobber-Operand und Eingabeoperand ungültige Verwendung von festen Registern zwischen Ausgabeoperanden und dem zugehörigen Constraint-Operanden ungültige Verwendung von festen Registern zwischen Ausgabeoperanden ungültiger Headername %qs ungültige Hexziffer ungültiger ID-Wert für Attribut »exception« ungültiger ID-Wert für Attribut »interrupt« ungültiger ID-Wert für Interrupt-/Exception-Attribut ungültiger ID-Wert für »reset«-Attribut ungültige Initialisierung innerhalb der Klasse des statischen Datenelements vom nicht eingebauten Typen %qT Erhöhungsausdruck ungültig ungültiger Anfangswert für Element %qE ungültige Initialisierung einer nicht-konstanten Referenz des Typs %qH von rvalue des Typs %qI ungültige Initialisierung einer Referenz des Typs %qH von Ausdruck des Typs %qI ungültige Initialisierung ungültige Initialisierungsklausel ungültige Initialisierung für %q#D ungültige Initialisierung für Arrayelement %q#D ungültige Initialisierung für Elementfunktion %qD ungültige Initialisierung für strukturierte Bindungsdeklaration Ungültiger Befehl: ungültiges Schleifenvariable in schneller Aufzählung ungültige Sprungfunktion in LTO-Datenstrom ungültige Schlüsselart für %<-mbranch-protection=%> Ungültiger Marken in GIMPLE-Bedingung ungültige linke Seite einer Zuweisung ungültige Zeile in Auflösungsdatei ungültige Bindungsspezifikation ungültiger Ort für %<pragma %s%>, ignoriert ungültiger L-Wert in %<asm%>-Ausgabe %d ungültige Zuordnungsart ungültige Maske ungültiger Maskentyp in %qs ungültige Elementtemplatedeklaration %qD ungültiges Speichermodell %qs für %qD ungültiges Speichermodell %wi für %qD ungültiges Argument %d für Speichermodell von %qE ungültiger Modulname %qs ungültiger Name %qs für Pragma oder Attribut %<target("arch=")%> ungültiger Name %qs für Pragma oder Attribut %<target("cpu=")%> ungültiger Name %qs für Pragma oder Attribut %<target("tune=")%> ungültiger new-Ausdruck für abstrakte Klasse %qT ungültige NMI-Funktion für »reset«-Attribut ungültiges Templateargument ohne Typ ungültige Nicht-Vektor-Operanden für %qs ungültige Anzahl in %<-mrgf-banked-regs=%s%>; gültige Werte sind 0, 4, 8, 16 und 32 Falsche Anzahl der Argumente für Option %<-falign-%s%>: %qs ungültige offload-Tabelle in %s ungültiger Offset-Operand in %qs ungültiger Operand ungültiger Code für Operand %%xn ungültige Operandenadresse ungültiger Operandencode »%c« ungültiger Operand für »%%%c« ungültiger Operand für Modifizierer »A« ungültiger Operand für Modifizierer »D« ungültiger Operand für Modifizierer »H« ungültiger Operand für Modifizierer »O« ungültiger Operand für Modifizierer »T« ungültiger Operand für Modifizierer »b« ungültiger Operand für Modifizierer »e« ungültiger Operand für Modifizierer »m« ungültiger Operand für Modifizierer »o« ungültiger Operand für Modifizierer »p« ungültiger Operand für Modifizierer »z« ungültiger Operand für Code »%c« ungültiger Operand in %qs ungültiger Operand in »return«-Anweisung ungültiger Operand in unärer Operation ungültiger Modifizierer-Buchstabe für Operand ungültiger Operanden-Ausgabecode ungültiges Operandenpräfix ungültiger Operandenpräfix »%%%c« ungültige Operandengröße für Operandencode »%c« ungültige Operandengröße für Operandencode »O« ungültige Operandengröße für Operandencode »z« ungültiger Operand für %%H/%%L-Code ungültiger Operand für Code %%M ungültiger Operand für Code %%N ungültiger Operand für Code %%O ungültiger Operand für %%R ungültiger Operand für %%R-Code ungültiger Operand für %%S ungültiger Operand für Code %%T/%%B ungültiger Operand für %%U-Code ungültiger Operand für %%V-Code ungültiger Operand für Code %%Z ungültiger Operand für Code %%p ungültiger Operand für Code %%s ungültiger Operand für Code %%z ungültiger Operand für switch-Anweisung ungültiger Operandentyp %qT für %qs ungültiger Operandentyp mit Operandencode »%c« verwendet ungültige Operanden in binärer Operation ungültige Operanden in GIMPLE-Vergleich ungültige Operanden in ternärer Operation ungültige Operanden der Typen %qT und %qT für binäres %qO ungültige Operanden für Code %%c ungültiger Operand für %qs Ungültige Operanden für binäres %s (haben %qT und %qT) Interner Fehler: invalid operation ungültige Operation (%s) ungültige Operation auf %<__fpreg%> ungültiger Operator für %<#pragma omp atomic%> ungültige Reihenfolge in asm-Knoten %i ungültige Parameterkombination für AltiVec-spezifisches intrinsisches %qs ungültige Parameterkombination für intrinsisches %qs ungültiger Parametertyp %qT ungültige Durchlaufpositionierungsoperation Ungültiger Zeigermodus %qs ungültiger Zeiger auf Bitfeld %qD ungültige Position oder Größe in %qs ungültiger Positions- oder Größenoperand für %qs ungültige »private«-Reduktion auf %qE ungültige »proc_bind«-Art ungültiger Schutztyp %qs in Pragma oder Attribut %<target("branch-protection=")%> ungültiger Prototyp für »%s« ungültiges Zeichen %qc in Bedingung ungültiger »pure const«-Status für Funktion ungültige reine Spezifikation (nur %<= 0%> ist erlaubt) ungültige Qualifizierer für %<constexpr%>-Objekt ungültige Qualifizierer für Feld eines %<constexpr%>-Objekts ungültige Qualifizierer an Nicht-Element-Funktionstyp ungültiger angegebener Gültigkeitsbereich in Pseudodestruktor-Name ungültiges Empfangen auf Nur-Sende-Kanal ungültiger Empfängertyp %qs ungültiger reduction-identifier ungültige Referenz für Ausgabemodifizierer »J« ungültiger Registername für %q+D ungültiger regulärer Ausdruck %qs in %qs ungültige Adressverschiebung ungültige Auflösung in Auflösungsdatei ungültiger Rückgabetyp %qT der %<constexpr%>-Funktion %q+D ungültige gemeinsame rtl-Verwendung in Befehl gefunden ungültige Ablaufart Ungültiges zweites Argument für %<__builtin_prefetch%>; es wird 0 verwendet ungültiges zweites Argument für eingebaute Funktion ungültiges »send« auf Nur-Empfangs-Kanal ungültiger Setter, muss ein Argument haben ungültiger Schiebeoperand Interner Fehler: invalid source block specification ungültige statische Kette in GIMPLE-Aufruf ungültige Speicherklasse für Funktion %qE ungültiger Wert %<%d%> für Ziel-memregs ungültige Templatedeklaration von %qD ungültiger Nicht-Typ-Parameter für Template ungültige template-argument-list ungültige Template-ID ungültiges drittes Argument Ungültiges drittes Argument für %<__builtin_ia32_prefetch%>; es wird 0 verwendet Ungültiges drittes Argument für %<__builtin_prefetch%>; es wird 0 verwendet ungültiger Typ %<void%> für %<new%> Ungültiger Typ %qT als Initialisierung für einen Vektor des Typs %qT ungültiger Typ %qT als %<friend%> deklariert ungültiger Typ %qT ungültiger Typ %qT für %<->%> ungültiger Typ %qT für %<->*%> ungültiger Typ %qT für Arrayindex ungültiger Argumenttyp %qT für implizite Umwandlung ungültiger Typ %qT für unäres %<*%> ungültiger Typ für %<asm%>-Schalter-Ausgabe Interner Fehler: invalid type for _Literal with constructor ungültiger Typ für Instanzvariable ungültiger Typ für Schleifenvariable %qE ungültiger Typ für »make«-Funktion ungültiger Typ für Parameter %d der %<constexpr%>-Funktion %q+#D ungültiger Typ für Eigenschaft Interner Fehler: invalid type of %<__MEM%> operand ungültiger Typ für Argument %u der typgenerischen Funktion ungültiger typgenerischer Rückgabetyp für Argument %u von %<__builtin_tgmath%> ungültiger typgenerischer Typ für Argument %u von Argument %u von %<__builtin_tgmath%> ungültige Typen %<%T[%T]%> für Feldindex ungültiger Typen für %qs ungültige Typen in Adressraumumwandlung ungültige Typen in Umwandlung zu Gleitkomma ungültige Typen in Umwandlung in Ganzzahl ungültige Typen Festkomma-Umwandlung ungültige Typen in NOP-Umwandlung ungültige Verwendung von %%d, %%x oder %%X ungültige Verwendung von %<...%> bei Aufruf einer nicht-variadischen Funktion ungültige Verwendung von %<...%> mit eingebauter Funktion ungültige Verwendung von %<...%> mit Nicht-Slice ungültige Verwendung von %<::%> ungültige Verwendung von %<__builtin_va_arg_pack ()%> ungültige Verwendung von %<__builtin_va_arg_pack_len ()%> ungültige Verwendung von %<auto%> in Umwandlungsoperator ungültige Verwendung von %<auto%> in Default-Templateargument ungültige Verwendung von %<auto%> in Ausnahmespezifikation ungültige Verwendung von %<auto%> in Templateargument ungültige Verwendung von %<const_cast%> mit Typ %qT, der ein Zeiger oder Referenz auf Funktionstyp ist ungültige Verwendung von %<const_cast%> mit Typ %qT, der weder Zeiger, Referenz, noch Zeiger auf ein Datenelement ist ungültige Verwendung von %<decltype(auto)%> ungültige Verwendung der %<extern%>-Variable %qD in %<#pragma acc declare%> ungültige Verwendung der %<global%>-Variable %qD in %<#pragma acc declare%> Ungültige Verwendung von %<restrict%> ungültige Verwendung von %<this%>, nachdem es gültig war ungültige Verwendung von %<this%> auf höchster Ebene ungültige Verwendung von %<this%>, bevor es gültig ist ungültige Verwendung von %<this%> in Nicht-Element-Funktion ungültige Verwendung von %q#T mit flexiblem Arrayelement in %q#T ungültige Verwendung von %q#T mit Array der Größe 0 in %q#D ungültige Verwendung von %qD ungültige Verwendung von %qD in Spezifizierung der Bindung ungültige Verwendung von %qE um Zeiger auf Elementfunktion zu erzeugen ungültige Verwendung von %qT ungültige Verwendung von %qT in Templateargument ungültige Verwendung von »%%%c« ungültige Verwendung des MMA-Operanden vom Typ %qs als Parameter einer Funktion ungültige Verwendung des MMA-Typs %qs als Rückgabetyp einer Funktion ungültige Verwendung eines Zeigers auf einen unvollständigen Typen in Zeigerarithmetik ungültige Verwendung von Arrayindizierung bei Zeiger auf Element falsche Verwendung eines Arrays mit unbekannten Grenzen ungültige Verwendung der asm-Schalter-Ausgabe ungültige Verwendung des Attributs %<fallthrough%> ungültige Verwendung von Attributen in leerer Deklaration ungültige Verwendung von geschweift geklammerter Initialisierungsliste ungültige Verwendung des Konstruktors als Template ungültige Verwendung der Vertragsstufe für explizite Semantik ungültige Verwendung von cv-qualifiziertem Typ %qT in Parameterdeklaration ungültige Verwendung des abhängigen Typen %qT ungültige Verwendung des Destruktors %qD als Typ ungültige Verwendung des Destruktors %qE als Typ falsche Verwendung eines flexiblen Arrayelements ungültige Verwendung impliziter Umwandlung bei Zeiger auf Element falsche Verwendung des unvollständigen Typs %q#T falsche Verwendung des unvollständigen typedef %qT ungültige Verwendung des Elements %qD (%<&%> vergessen?) ungültige Verwendung des Elementes %qD in %<pre%>-Vertrag eines Konstruktors ungültige Verwendung des Elementes %qD in %<post%>-Vertrag eines Destruktors ungültige Verwendung des Elementes %qD in statischer Elementfunktion ungültige Verwendung von Elementfunktion %qD (%<()%> vergessen?) ungültige Verwendung eines Methodenwerts als Argument von Offsetof ungültige Verwendung eines Nicht-L-Wert-Arrays ungültige Verwendung des nicht-statischen Datenelementes %qD ungültige Verwendung des nicht-statischen Datenelements %qE ungültige Verwendung der nicht-statischen Elementfunktion %qD ungültige Verwendung der nicht-statischen Elementfunktion vom Typ %qT falsche Verwendung von %<pack expansion%> %qT falsche Verwendung eines Packauflösungs-Ausdruckes ungültige Verwendung des Platzhalters %qT ungültige Verwendung von Zeigern auf Arrays mit unterschiedlichen Qualifizierern in ISO C vor C2X ungültige Verwendung des qualifizierten Namens %<%D::%D%> ungültige Verwendung des qualifizierten Namens %<%T::%D%> ungültige Verwendung des qualifizierten Namens %<::%D%> Ungültige Verwendung von Register »%s« ungültige Verwendung einer Struktur mit flexiblem Arrayelement ungültige Verwendung des Parameters %qT für Template-Templateparameter ungültige Verwendung des Parameters %qT für Templatetyp ungültige Verwendung der Template-ID %qD in Deklaration des ursprünglichen Templates ungültige Verwendung des Template-Namens %qE ohne eine Argumentliste ungültige Typ-Verwendung ungültige Verwendung von Typ %<void%> in Parameterdeklaration ungültige Verwendung des Typs %qT als Standardwert für einen Template-Templateparameter ungültige Verwendung des unären %<*%> bei Zeiger auf Element falsche Verwendung des undefinierten Typs %qT falsche Verwendung eines void-Ausdruckes in %<transaction_safe%>-Funktion ist kein volatile lvalue erlaubt ungültige Verwendung eines volative lvalue innerhalb einer Transaktion ungültige benutzerdefinierte Umwandlung von %qH in %qI ungültige Wert-Initialisierung von Referenztyp ungültiger Ergebnistyp in Vektorvergleich ungültige Vektorkonstante ungültiger Vektordirektwert ungültiger Vektoroperand Ungültiger Vektortyp für Attribut %qE ungültige Vektortypen in NOP-Umwandlung ungültige Versionsnummer %qs ungültige »warm«-Funktion für »reset«-Attribut ungültige null-Extraktion umgekehrter Scheibenbereich io_kind_name(): bad I/O-kind IPA-Inline-Zusammenfassung fehlt in Eingabedatei IPA-Referenzzusammenfassung fehlt in ltrans-Einheit wird von %qs versteckt is_c_interoperable(): gfc_simplify_expr failed er ist in einer anderen Übersetzungseinheit als Zeiger in unterschiedlichem Adressraum definiert er ist in einer anderen Übersetzungseinheit als Zeiger auf einen anderen Typen definiert es muss ein Zeiger auf ein Element der Form %<&X::Y%> sein es muss die Adresse einer Funktion mit externer Bindung sein es muss der Name einer Funktion mit externer Bindung sein es wurde später hier definiert Element in READ Zählvariable in schneller Aufzählung ist kein Objekt Durchlauf %s führt zu undefiniertem Verhalten Schleifenvariable %qD sollte nicht »firstprivate« sein Schleifenvariable %qD sollte keine Reduktion sein Iterationsvariable %qE ist vorbestimmt linear Schleifenvariable %qE sollte »private« sein Schleifenvariable %qE sollte nicht »firstprivate« sein Iterationsvariable %qE sollte nicht »linear« sein Schleifenvariable %qE sollte nicht Reduktion sein Iterator %qD hat %<_Atomic%>-qualifizierten Typ Iterator %qD hat %<const%>-qualifizierten Typ Typ des Iterators %qD ist weder ganzzahlig noch ein Zeiger Iterator %qD hat Schrittweite 0 Iterator-Schrittweite mit nichtganzzahligem Typ Iteratorvariable Interner Fehler: its dest_idx should be %d, not %d der Wert kann zwischen Compiler-Versionen oder mit verschiedenen %<-mtune%> oder %<-mcpu%> Flags variieren von %<@synthesize%>-Deklaration verwendete ivar %qs muss eine existierende ivar sein iwmmxt ABI erfordert eine iwmmxt-fähige CPU iwmmxt erfordert ein AAPCS-kompatibles ABI für den richtigen Einsatz in Gültigkeitsbereich des Bezeichners mit variabel modifiziertem Typen springen Sprung in Anweisungs-Ausdruck Sprung lässt Variableninitialisierung aus Sprung zur case-Marke Sprung zur Marke %qD Ausschuss am Ende von %<#pragma %s%> Ausschuss am Ende von %<#pragma ADDRESS%> Ausschuss am Ende von %<#pragma CTABLE_ENTRY%> Ausschuss am Ende von %<#pragma GCC memregs%> [0-16] Ausschuss am Ende von %<#pragma GCC visibility%> Ausschuss am Ende von %<#pragma __nostandard%> Ausschuss am Ende von %<#pragma __standard%> Ausschuss am Ende von %<#pragma align%> Ausschuss am Ende von %<#pragma fini%> Ausschuss am Ende von %<#pragma init%> Ausschuss am Ende von %<#pragma longcall%> Ausschuss am Ende von %<#pragma message%> Ausschuss am Ende von %<#pragma ms_struct%> Ausschuss am Ende von %<#pragma options%> Ausschuss am Ende von %<#pragma pack%> Ausschuss am Ende von %<#pragma pop_options%> Ausschuss am Ende von %<#pragma push_options%> Ausschuss am Ende von %<#pragma redefine_extname%> Ausschuss am Ende von %<#pragma reset_options%> Ausschuss am Ende von %<#pragma unused%> Ausschuss am Ende von %<#pragma weak%> Ausschuss am Ende von %<#pragma ghs endsda%> Ausschuss am Ende von %<#pragma ghs endtda%> Ausschuss am Ende von %<#pragma ghs endzda%> Ausschuss am Ende von %<#pragma ghs interrupt%> Ausschuss am Ende von %<#pragma ghs section%> Ausschuss am Ende von %<#pragma ghs startsda%> Ausschuss am Ende von %<#pragma ghs starttda%> Ausschuss am Ende von %<#pragma ghs startzda%> Ausschuss am Ende von »#pragma extern_model« das Schlüsselwort %<export%> ist veraltet und wird ignoriert das Schlüsselwort %<export%> wird mit %<-fmodules-ts%> eingeschaltet Schlüsselwort %<export%> nicht implementiert, und wird ignoriert Schlüsselwort %<template%> nicht innerhalb des Klassenkopfnamens erlaubt Schlüsselwort %<template%> nicht innerhalb der declarator-id erlaubt Schlüsselwort %<typename%> in diesem Kontext nicht erlaubt (eine qualifizierte Elementinitialisierung ist implizit ein Typ) Schlüsselwort %<typename%> nicht erlaubt in diesem Kontext (die Basisklasse ist implizit ein Typ) Schlüsselwort %<typename%> nicht außerhalb von Templates erlaubt Marke %q+D deklariert, aber nicht definiert Marke %q+D definiert, aber nicht verwendet Marke %q+D verwendet, aber nicht definiert Marke %qD hier definiert Interner Fehler: label %qD has incorrect context in bb %d Interner Fehler: label %qD in the middle of basic block %d Interner Fehler: label %qD to block does not match in bb %d Marke %qE außerhalb einer Funktion referenziert die Sprungmarke %s wird außerhalb einer Funktion referenziert Marke am Ende einer Verbundanweisung Sprungmarke am Ende einer zusammengesetzten Anweisung ist erst ab %<-std=c++2b%> oder %<-std=gnu++2b%> verfügbar der Label-Kontext ist nicht die aktuelle Funktionsdeklaration Definition einer Sprungmarke innerhalb einer %<constexpr%>-Funktion ist erst ab %<-std=c++2b%> oder %<-std=gnu++2b%> verfügbar Initialisierungen für Lambda-Captures sind nur mit %<-std=c++14%> oder %<-std=gnu++14%> verfügbar Lambda-Einfangen von %qE ist kein konstanter Ausdruck Lambda-Ausdrücke nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar Lambda in lokaler Klasse %q+T kann Variablen aus dem umschließenden Kontext nicht einfangen Lambdaparameter %qD war vorher als Einfänger deklariert Lambda-Templates sind nur mit %<-std=c++14%> oder %<-std=gnu++14%> verfügbar Lambda-Templates sind erst mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar Lambda-Ausdruck in Template-Parameter-Typ Lambda-Ausdruck in Template-Argument ist erst mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar Lambda-Ausdruck in nicht evaluiertem Kontext ist erst mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar Lambda-Ausdruck ist erst ab C++17 ein konstanter Ausdruck Lambdas sind erst ab C++17 implizit %<constexpr%> Spur %wd ist außerhalb des Wertebereiches %wd bis %wd Spurindex muss eine direkt angegebene Konstante sein Sprache %s nicht erkannt Sprachdialekt ist %qs, erwartet wird jedoch %qs Sprachen-Zeichenkette %<"%E"%> nicht erkannt große Festkommakonstante implizit auf Festkommatypen abgeschnitten Große Ganzzahl implizit auf vorzeichenlosen Typen abgeschnitten große Rückgabewerte werden mit der Option %<-mabi=ti%> nicht unterstützt das letzte Argument muss ein Immediate sein letztes Argument von %qD ist keine Ganzzahlkonstante zwischen 0 und 3 Name des letzten Registers »%s« muss ein ungerades Register sein ld gab %d als Ende-Status zurück linkes Argument muss eine Scheibe sein linker Operand von %<->*%> muss Zeiger auf Klasse sein, ist aber ein Zeiger auf Element des Typs %qT linker Operand des Komma-Operators kann die Adresse der überladenen Funktion nicht auflösen linker Operand des Komma-Operators hat keinen Effekt linker Operand des Komma-Operators ist eine Referenz, kein Aufruf, zur Funktion %qE linker Operand des Schiebeausdrucks %q+E ist negativ linke Präzision linke Präzision im strfmon-Format Links-Schiebe-Weite >= Breite des Typs Links-Schiebe-Weite >= Breite des Vektorelements Links-Schiebe-Weite ist negativ left shift of negative value linker Operand des Komma-Ausdrucks hat keinen Effekt linke Seite der Zuweisung könnte ein Kandidat für ein Formatattribut sein Länge größer als Kapazität Länge %qE geht über Abschnittsgröße in %qs-Klausel hinaus Länge %qE des Arrayabschnitts muss Ganzzahltyp haben Länge wird hier berechnet Längenmodifizierer Längenmodifizierer im printf-Format Längenmodifizierer im scanf-Format Längenmodifizierer im strfmon-Format Bei Reservierung einer Scheibe wird Länge benötigt Buchstabe %c gefunden und Befehl war nicht CONST_INT Bibliotheken: %s
Bibliotheksfunktion %q#D als Nicht-Funktion %q#D redeklariert Bibliothek lib%s nicht gefunden Grenze ist %wu Bytes, Argument hat jedoch %s Bytes Grenze ist %wu Bytes, Argument hat jedoch bis zu %s Bytes »linear«-Klausel wird auf Variable vom Typ %qT angewandt, die weder ganzzahlig noch Zeiger ist »linear«-Klausel auf Variable vom Typ %qT angewendet, die weder Ganzzahl noch Zeiger ist »linear«-Klausel mit Modifizierer %qs wird auf Nicht-Referenz-Variable mit Typ %qT angewandt Ausdruck für »linear«-Schrittweite muss ganzzahlig sein mit der pthread-Bibliothek übersetzen (Vorgabe: ein) Listeninitialisierung für Nicht-Klassentyp darf nicht geklammert sein Es ist veraltet, das Stapelzeiger-Register %qs in einer Überschreibungsliste anzugeben Literaler Operator %q#D steht mit rohem Literaloperator in Konflikt Literale Operator-Suffixe ohne vorangehendes %<_%> sind für zukünftige Standardisierungen reserviert literales Operatortemplate %qD hat ungültige Parameterliste; Template für Nicht-Typ Argumentpack %<<char…>%> erwartet literales Operatortemplate %qD hat ungültige Parameterliste; nicht-Typ Templateargumentpack %<<char…>%> oder einzelner Nicht-Typ-Parameter von Klassentyp erwartet literaler Operator mit C-Bindung Livepatchen (mit %qs) wird in Kombination mit LTO nicht unterstützt lo_sum nicht von einem Register lokale Klasse %q#T darf kein statisches Datenelement %q#D haben local declaration from a different function lokale Deklaration von %qE verdeckt Instanzvariable lokale Sprungmarke %qE steht in Konflikt mit bestehender Sprungmarke lokales Element %q#D ist hier deklariert lokale Methode %q#D ist hier deklariert Interner Fehler: local symbols must be defined lokale Variable %qD darf in diesem Kontext nicht auftauchen Lokale Variablenspeicheranforderungen überschreiten Kapazität Stelle des OpenACC-%<kernels%> Stelle der vorherigen Klausel in derselben Schleifenschachtelung Stelle der vorherigen Reduktion für %qE location references block not in block tree logisches %<und%> auf nicht-boolesche Konstante angewendet logisches %<und%> von gleichen Ausdrücken logisches %<und%> bei sich gegenseitig ausschließenden Tests ist immer »falsch« Logisches %<or%> auf Nicht-Boolesche Konstante angewendet logisches %<oder%> bei gemeinsam erschöpfenden Tests ist immer »wahr« logisches %<oder%> von gleichen Ausdrücken logisches Nicht bezieht sich nur auf die linke Seite des Vergleichs logical_to_bitwise(): Bad intrinsic Nachschlagen von %qT in %qT ist nicht eindeutig Interner Fehler: loop %d%'s header does not belong directly to it Interner Fehler: loop %d%'s header does not have exactly 2 entries Interner Fehler: loop %d%'s header is not a loop header Interner Fehler: loop %d%'s latch does not belong directly to it Interner Fehler: loop %d%'s latch does not have an edge to its header Interner Fehler: loop %d%'s latch does not have exactly 1 successor Interner Fehler: loop %d%'s latch does not have header as successor Interner Fehler: loop %d%'s latch is marked as part of irreducible region Interner Fehler: loop %d%'s latch is not dominated by its header die Anzahl der Iterationen der Schleife %d %qE verweist auf den freigegebenen SSA-Namen %qE Schleife verwendet OpenACC-Parallelismus, der von der umgebenden Routine verboten wurde Schleifenvariable %qD erzeugt eine Kopie vom Typ %qT Schleifenvariable %qD vom Typ %qT bindet an temporäres Objekt, das aus dem Typen %qT konstruiert wurde Interner Fehler: loop verification on loop tree that needs fixup Interner Fehler: loop with header %d marked for removal Interner Fehler: loop with header %d not in loop tree lockerere Ausnahmespezifikation in der übersteuernden virtuellen Funktion %q+#F untere Grenze %qE geht über Abschnittsgröße in %qs-Klausel hinaus Untere Grenze %qE des Arrayabschnitts muss Ganzzahltyp haben untere Grenze des Arrays liegt außerhalb der Grenzen von ztype arithmetischer Überlauf in unterer Grenze des Teilbereichs Unterer Wert in case-Marken-Bereich ist kleiner als der Minimalwert des Typs lseek beim Lesen von Exportdaten gescheitert Als Verringerungsoperand wird L-Wert erfordert Als Erhöhungsoperand wird L-Wert erfordert Als linker Operand einer Zuweisung wird L-Wert erfordert Als Operand für unäres %<&%> wird L-Wert erfordert die %<asm%>-Anweisung erfordert einen L-Wert Umwandlung lvalue-in-rvalue eines volatile-lvalue %qE mit Typ %qT maschinenunabhängiger eingebauter Code außerhalb des Wertebereiches Debug-Ausgabe von Makros kann bei Modulen unvollständig sein Makrodefinitionen von %qE sind kaputt Makro expandiert zu mehreren Anweisungen Makroname fehlt hinter %qs Interner Compilerfehler: main variant is not defined Interner Fehler: make_generic(): Cannot find generic symbol %qs mehrfache Kopien von %qD werden erzeugt falsch geformtes %<#pragma %s%>, ignoriert falsch geformtes %<#pragma %s%>, wird ignoriert Falsch geformte Variablenadresse in %<#pragma ADDRESS%> falsch geformte Variablenadresse bei %<#pragma CTABLE_ENTRY%> falsch geformtes %<#pragma GCC pch_preprocess%> falsch geformtes %<#pragma GCC visibility push%> falsch geformtes %<#pragma __extern_prefix%>, wird ignoriert Falsch geformtes %<#pragma align%> Falsch geformtes %<#pragma align%> - ignoriert Falsch geformtes %<#pragma builtin%> Falsch geformtes %<#pragma extern_model%>, ignoriert Falsch geformtes %<#pragma fini%> Falsch geformtes %<#pragma fini%>, ignoriert Falsch geformtes %<#pragma init%> Falsch geformtes %<#pragma init%>', ignoriert Falsch geformtes %<#pragma member_alignment%> Falsch geformtes %<#pragma member_alignment%>, wird ignoriert falsch geformtes %<#pragma message%>, ignoriert Falsch geformtes %<#pragma ms_struct {on|off|reset}%>, ignoriert Falsch geformtes %<#pragma ms_struct%>, wird ignoriert Falsch geformtes %<#pragma options align={mac68k|power|reset}%>, wird ignoriert Falsch geformtes %<#pragma options%>, wird ignoriert falsch geformtes %<#pragma pack%> - ignoriert falsch geformtes %<#pragma pack(pop[, id])%> - ignoriert falsch geformtes %<#pragma pack(push[, id][, <n>])%> - ignoriert falsch geformtes %<#pragma redefine_extname%>, wird ignoriert falsch geformtes %<#pragma weak%>, wird ignoriert falsch geformtes %<#pragma ghs section%> ungültige %<COLLECT_GCC_OPTIONS%> falsch geformtes Pragma oder Attribut %<target("%s")%> falsch geformtes Pragma oder Attribut %<target()%> falsche Option %<-fplugin-arg-%s%>: fehlendes %<-<Schlüssel>[=<Wert>]%> kaputte PTX-Datei schlechte Argumente für Spezifikationsfunktion schlechter Name für Spezifikationsfunktion Attribut %<malloc%> ist nur an Funktionen sinnvoll, die einen Zeiger zurückgeben gemangelter Name für %qD wird sich ich C++17 ändern, da die Exceptionangabe Teil des Funktionstyps ist mangling %<typeof%>, verwenden Sie stattdessen %<decltype%> %C wird gemangelt Mangeln von %q#D als %qE steht mit einer vorherigen Mangelung in Konflikt Abbildung kann nur mit nil verglichen werden Mapper wurde mit Signal %s beendet Mapper mit Status %d beendet Feld %qE der Struktur variabler Länger wird zugeordnet Maske muss »immediate« sein match_attr_spec(): Bad attribute match_level_4(): Bad operator match_string_constant(): Delimiter not found dazu passende Bedingung erlaubt kein Register dazu passende Bedingung in Ausgabeoperanden ungültig dazu passende Bedingung referenziert ungültige Operandennummer Höchstzahl der LTO-Partitionen, die parallel gestreamt werden. obere Grenze von %d Namensräumen für %qE durchsucht Höchstzahl der Durchläufe für LRA-Bedingungen ist erreicht (%d) Höchstzahl der erzeugten Neuladebefehle pro Befehl ist erreicht (%d) Code greift möglicherweise auf %E Byte in einer Region der Größe %E zu Code greift möglicherweise auf %E Bytes in einer Region der Größe %E zu Code greift möglicherweise auf %E oder mehr Bytes in einer Region der Größe %E zu greift möglicherweise auf zwischen %E und %E Bytes in einer Region der Größe %E zu »-EB« und »-EL« dürfen nicht gleichzeitig verwendet werden »-m32« und »-m64« dürfen nicht zusammen angegeben werden Code liest möglicherweise %E Byte aus einer Region der Größe %E Code liest möglicherweise %E Bytes aus einer Region der Größe %E Code liest möglicherweise %E oder mehr Bytes aus einer Region der Größe %E Code liest möglicherweise zwischen %E und %E Bytes aus einer Region der Größe %E Code schreibt möglicherweise %E Byte in eine Region der Größe %E Code schreibt %E Bytes in eine Region der Größe %E Code schreibt %E oder mehr Bytes in eine Region der Größe %E Code schreibt möglicherweise zwischen %E und %E Bytes in eine Region der Größe %E mdoc-Register werden nur für G13-Ziel gesichert Medienfunktionen sind nur mit %<-mmedia%> verfügbar Speicherinitialisierung für %qD folgt Konstruktordelegation Element %q+#D mit Konstruktor in anonymem Aggregat nicht erlaubt Element %q+#D mit Konstruktor nicht erlaubt in Union Element %q+#D mit Zuweisungsoperator ist in anonymem Aggregt nicht erlaubt Element %q+#D mit Copy-Zuweisungsoperator ist nicht erlaubt in Union Element %q+#D mit Destruktor in anonymem Aggregat nicht erlaubt Element %q+#D mit Destruktor nicht erlaubt in Union Element %q+D darf nicht als %<mutable%>-Referenz deklariert sein Element %q+D darf nicht gleichzeitig als %<const%> und %<mutable%> deklariert sein Element %qD kann erst mit %<-std=c++20%> oder %<-std=gnu++20%> gleichzeitig %<virtual%> und %<constexpr%> sein Element %qD kann nicht gleichzeitig %<virtual%> und %<static%> sein Element %qD als »friend« deklariert, bevor Typ %qT definiert wurde Element %qD in schreibgeschütztem Objekt als %<asm%>-Ausgabe verwendet Element %qD ist nicht initialisierte Referenz Mitglied %qD ist nicht initialisiert, wird aber benutzt Element %qD in %<constexpr%> muss von »mem-initializer« initialisiert werden Element %qD mit nicht initialisierten Feldern Elementfunktionen sind implizite »friends« ihrer Klasse Element-Template %qD darf keine virt-Spezifizierer haben Membervariablen können nicht vom RVV-Typ %qT sein Membervariablen können nicht vom SVE-Typ %qT sein Elemente einer explizit spezialisierten Klasse sind ohne Templateheader definiert Speicherreservierung in vasprintf gescheitert Speicherreservierung beim Lesen der Export-Daten gescheitert Speichereingabe %d ist nicht direkt adressierbar unverträgliches Speicherlayout Speicherreferenz für Ausgabemodifizierer »S« erwartet Methode %<%c%E%> gleichzeitig als %<@optional%> und %<@required%> deklariert Methode %s%s%s ist als go:nointerface gekennzeichnet Methode %s%s%s erfordert einen Zeigerempfänger in Objective-C 1.0 gibt es keine Attribute für Methodenargumente in Objective-C 1.0 gibt es keine Methodenattribute Methodenattribute können nicht im @implementation-Kontext angegeben werden Methodenattribute müssen am Ende angegeben werden Methodenattribute dürfen nur am Ende angegeben werden Methodendeklaration nicht im @interface-Kontext als %qE deklarierte Methode überschreibt Methode %qE Methodendefinition für %<%c%E%> nicht gefunden Methodendefinition nicht im @implementation-Kontext Methode überschreibt Methoden %<transaction_pure%> und %qE In Methode fehlt möglicherweise ein [super dealloc]-Aufruf Methodentyp passt nicht zum Objekttyp Mindestgröße der Partition darf nicht größer als Höchstgröße der Partition sein mio_array_ref(): Unknown array ref Profiling für mips16-Funktionen Unstimmigkeit zwischen der Größe der Deklaration %qE (%wd) und der Größe ihres Initialisierers (%wd) Unstimmigkeit im Typ von Argument %u der eingebauten Funktion %qD; erwartet wurde %qT Unstimmigkeit im Typ von Argument %u der eingebauten Funktion %qD (%qT, sollte %qT sein) Unstimmigkeit im Typ von Argument %u der eingebauten Funktion %qD (%qT, sollte %qs sein) Abweichung in Grenze %Z von Argument %u, deklariert als %s Abweichung in Grenzen %Z von Argument %u, deklariert als %s Unstimmigkeit in Aufruf der eingebauten Funktion %qD Konflikt in Anzahl der Argumente für eingebautes %qF. %d erwartet, %d bekommen Unstimmigkeit im Rückgabetyp der eingebauten Funktion %qD; erwartet wurde %qT Unstimmigkeit im Rückgabetyp der eingebauten Funktion %qD (%qT, sollte %qs sein) Argumentpacklängen %d und %d sind unverträglich Argumentpacklängen passen nicht bei Expansion von %qE Argumentpacklängen passen nicht bei Expansion von %qT unpassendes Vertragsattribut in Deklaration unpassende Vertragsbedingung in Deklaration Unpassende Deklarationen während Linkzeit-Optimierung unpassender Operator in Faltungsausdruck Vergleichsoperandentypen passen nicht abweichende Definition unpassende Klammern unpassendes Objective-C++-Konstrukt %<@%D%> fehlende $-Operandennummer im Format %<(%> hinter %<#pragma GCC visibility push%> fehlt - ignoriert fehlendes %<(%> hinter %<#pragma pack%> - ignoriert Fehlendes %<(%> hinter %<#pragma unused%>, wird ignoriert Fehlendes %<)%> hinter %<#pragma unused%>, wird ignoriert fehlende %<PHI%>-Definition fehlendes %<big-endian%>, %<little-endian%> oder %<default%> hinter %<#pragma scalar_storage_order%> fehlendes %<error%>, %<warning%>, %<ignored%>, %<push%>, %<pop%>, oder %<ignored_attributes%> nach %<#pragma GCC diagnostic%> Attribut %<target%> fehlt für multiversioniertes %qD fehlende %qs-Klausel bei Anwendung von %<%s%> auf %qD, die bereits mit einer OpenACC-»routine«-Direktive markiert wurde Interner Fehler: missing REG_EH_REGION note at the end of bb %i Fehlendes zusätzliches %<requries%>, um eine requires-expression zu beginnen fehlender Architekturname in %<-march=%s%> fehlendes Argument für %<-mbranch-protection=%> Argument für %<#pragma GCC diagnostic ignored_attributes%> fehlt fehlendes Argument für Pragma oder Attribut %<target("branch-protection=")%> fehlendes Argument für %qs Attributname hinter %<#pragma GCC diagnostic ignored_attributes%> fehlt Interner Fehler: missing barrier after block %i geschweifte Klammern fehlen um Initialisierung geschweifte Klammern fehlen um Initialisierung für %qT Interner Fehler: missing callgraph edge for call stmt: schließende geschweifte Klammer für benannten Operanden fehlt Fehlende schließende Klammer die Sammlung in schneller Aufzählung fehlt Steuerprädikat fehlt fehlender CPU-Name in %<-mcpu=%s%> fehlender CPU-Name in %<-mtune=%s%> fehlender Bindestrich fehlende Definition fehlendes Gerät oder Architektur hinter %qs missing direct call for speculation %i Interner Fehler: missing edge %i->%i fehlender Dateiname hinter %qs fehlendes Füllzeichen am Ende des strfmon-Formates fehlender Headername Erhöhungsausdruck fehlt fehlender indirekter Aufruf in der Folge der spekulativen Aufrufe fehlende Initialisierung für Feld %qD von %qT fehlt Initialisierung für Element %qD fehlt fehlende Schleifenbedingung in Schleife mit %<GCC ivdep%>-Pragma fehlende Schleifenbedingung in Schleife mit %<GCC unroll%>-Pragma fehlendes Makefile-Ziel hinter %qs fehlende Zuordnung fehlende Methode %s%s%s fehlender Modulname fehlender Name für Pragma oder Attribut %<target("arch=")%> fehlender Name für Pragma oder Attribut %<target("cpu=")%> Fehlende Zahl öffnende Klammer fehlt fehlender Operand Option hinter %<#pragma GCC diagnostic%>-Variante fehlt fehlende oder beschädigte object.d fehlender Ursprung für einen Knoten in einer verschachtelten Liste fehlender Pfad hinter %qs fehlendes primäres Templateattribut %s fehlende primäre Templateattribute %s Eigenschaftsattribut fehlt missing ref for speculation %i fehlende Auflösungsdaten für %s Wächter in Funktionsaufruf fehlt fehlende Template-Argumentliste nach %qE; für die Deduktion muss auf den Template-Platzhalter eine einfache Deklarator-ID folgen fehlende Template-Argumentliste nach %qE; Template-Platzhalter ist in Parameter nicht erlaubt fehlende Templateargumente fehlende Templateargumente nach %qE fehlendes abschließendes Zeichen %c fehlender Typname in typedef-Deklaration fehlender Wert für Pragma oder Attribut %<target()%> falsch geschriebener Begriff %<%.*s%> im Format; verwenden Sie stattdessen %<%s%s%> Vermischung von OpenMP-Direktiven mit Attribut- und Pragma-Syntax in derselben Deklaration Vermischung von OpenMP-Direktiven mit Attribut- und Pragma-Syntax in ein und derselben Anweisung Vermischung von Deklarationen und Funktionsdefinitionen ist verboten Interner Fehler: mixing different types of symbol in same comdat groups is not supported Modus %qs auf unpassenden Typen angewendet Betriebsart-Größe des nicht-ganzzahligen Ergebnisses passt nicht zur Feldgröße von %qs Modifikation von %qE ist kein konstanter Ausdruck Modifizierer außer %<val%> ist in %<linear%>-Klausel an %<simd%>- oder %<for%>-Konstrukten angegeben, zusammen mit OpenMP-5.2-Modifizierern Modifizierer sollte an %<simd%>- oder %<for%>-Konstrukten nicht in %<linear%>-Klausel angegeben werden, außer wenn OpenMP 5.2 verwendet wird in einem konstanten Ausdruck ist es nicht erlaubt, das %<const%>-Objekt %qE zu verändern CRC-Fehler in Modul %qs das Modul %qs ist hier deklariert Modul %qs erwartet, Headermodul gefunden Modul %qs gefunden das Modul %qs wurde hier importiert das Modul wurde bereits deklariert das Modul wurde bereits importiert Modul enthält OpenMP, verwenden Sie %<-fopenmp%>, um es einzuschalten Modulabhängigkeiten erfordern Vorverarbeitung Modul-Eigenschaft in USE-Anweisung bei %C %<module-declaration%> ist innerhalb von %<header-unit%> nicht erlaubt Modul-Deklaration ist nur als erste Deklaration erlaubt, oder wenn sie das global-module-fragment beendet mehr als %d Operanden in %<asm%> mehr als eine %<atomic_default_mem_order%>-Klausel in einer einzigen Übersetzungseinheit mehr als eine %qs-Klausel mit %<source%>-Modifizierer an einem %<ordered%>-Konstrukt mehr als eine »crtl«-Direktiven mehr als ein Zugriff in Basisspezifikation angegeben mehr als eine Ortsangabe in %<depend%>-Klausel in einem %<depobj%>-Konstrukt %qE vom Typ %qT wird auf sich selbst verschoben das Verschieben eines lokalen Objekts in einer return-Anweisung verhindert das Einsparen der Kopie das Verschieben eines temporären Objekts verhindert das Einsparen der Kopie mpfr ist nicht so konfiguriert, dass alle Gleitkommamodi verarbeitet werden können Compilieren von mehreren Quellen ist für C++ nicht implementiert multidimensionales Feld muss für alle Dimensionen außer der ersten Grenzen haben Multilib-Ausschluss %qs ist ungültig Multilib-Ausschlüsse %qs sind ungültig Multilib-select %qs %qs ist ungültig Multilib-select %qs ist ungültig Multilib-Spezifikation %qs ist ungültig mehrere %<-mcpu=%>-Optionen angegeben Mehrere %<default%>-Ziele wurden festgelegt mehrere %<step%>-Modifizierer doppeltes Attribut %qE Mehrere EH-Persönlichkeiten werden nur mit Assemblern unterstützt, die die Direktive %<.cfi_personality%> unterstützen mehrere OpenMP-»standalone«-Direktiven unter den %<omp::directive%>-Attributen müssen sich alle innerhalb derselben %<omp::sequence%> befinden mehrere Deklarationen in bereichsbasierter %<for%>-Schleife Mehrere Standardmarken in einem »switch« mehrfache Definition von %q#T mehrere schnelle Interruptroutinen gefunden: %qE und %qE in Union %qT werden mehrere Felder initialisiert mehrere Funktionstypattribute angegeben Interner Fehler: multiple hot/cold transitions found (bb %i) mehrere Initialisierungen für %qD angegeben mehrere Initialisierungen für Basis %qT angegeben Interner Fehler: multiple inline callers mehrere Interruptattribute sind nicht erlaubt mehrere Interruptattribute für Funktion %qD mehrere Schleifenvariablen in schneller Aufzählung mehrere »linear«-Modifizierer mehrere Methoden namens %<%c%E%> gefunden mehrere Attribute für geschachtelte Typen für Funktion %qD mehrere Parameter wurden %qD genannt mehrere vorherrschende Definitionen für %qE mehrere Methoden für Eigenschaft %qE angegeben, die letzte von denen wird verwendet mehrere ref-qualifier mehrere Registerspeicher-Attribute für Funktion %qD mehrere Selektoren namens %<%c%E%> gefunden mehrere Speicherklassen in Deklaration von %qs mehrere Speicherklassen in Deklaration mehrere Typen in einer Deklaration multiple virtual PHI nodes in BB %d Funktionsaufruf mit mehreren Werten in Kontext mit einem Wert Funktionsaufruf mit mehreren Werten in Kontext mit einem Wert Multiplizieroption bringt mit sich, dass r%d festgelegt ist Multiversionierung erfordert %<ifunc%>, was auf diesem Ziel nicht unterstützt wird vor Verwendung von %<typeid%> muss %<#include <typeinfo>%> angegeben werden muss mit %<noexcept(true)%> deklariert werden %<.*%> oder %<->*%> muss verwendet werden, um Zeiger auf Element als Funktion in %<%E (...)%> aufzurufen, z.B. %<(... ->* %E) (...)%> veränderliches %qD ist in konstantem Ausdruck nicht verwendbar nacktes Attribut bezieht sich nur auf Funktionen Name %qD in benannter Initialisierung im GNU-Stil für ein Array verwendet Name %qT hat unvollständigen Typen der Name %qs unterscheidet sich vom Namen %qs, der in einer anderen Übersetzungseinheit definiert ist Name %qs ist als %u-Bit definiert, in einer anderen Übersetzungseinheit jedoch als %u-Bit Name %qs ist als %wd definiert, in einer anderen Übersetzungseinheit jedoch als %wd Name %qs wird in einer anderen Übersetzungseinheit mit unterschiedlichem Wert definiert Name der Elementfunktion fehlt Name der Klasse verdeckt Template-Templateparameter %qD Name in benannter Initialisierung im GNU-Stil für ein Array verwendet benannte Rückgabewerte werden nicht mehr unterstützt Namensbereich %qD betreten Namensbereich-Alias %qD ist hier nicht erlaubt, %qD angenommen Name eines Namensraums erwartet anonymes Aggregat im Gültigkeitsbereich eines Namespace muss statisch sein verengende Umwandlung von %qE von %qH nach %qI verengende Umwandlung von %qE von %qH nach %qI ist in C++11 ungültig Zugriff auf das Member %qE erfordert %<this%> für den Zugriff auf Member %qs wird %<this%> benötigt vor %<%T::%D::%E%> ist %<typename%> erforderlich, da %<%T::%D%> ein abhängiger Gültigkeitsbereich ist vor %<%T::%E%> ist %<typename%> erforderlich, da %qT ein abhängiger Gültigkeitsbereich ist %<typename%> vor %qE erforderlich, da %qT ein abhängiger Gültigkeitsbereich ist ausdrückliche Umwandlungen erforderlich explizite Umwandlung nötig; Methode %s%s%s fehlt negative Befehlslänge Negative Ganzzahl implizit in vorzeichenlosen Typen konvertiert Arrayabschnitt mit negativer Länge in %qs-Klausel negative untere Grenze in Arrayabschnitt in %qs-Klausel negative Verschachtelungstiefe der Region %i negative Schiebeweite negative Breite in Bitfeld %q+D Negative Breite in Bitfeld %qs keiner der Zweige des %<if%> ist ein Konstantenausdruck weder der Destruktor noch der klassenspezifische %<operator delete%> wird aufgerufen, auch wenn sie bei der Klassendefinition deklariert werden weder der Destruktor noch der klassenspezifische %<operator delete []%> wird aufgerufen, auch wenn sie bei der Klassendefinition deklariert werden geschachtelte Assemblerdialekt-Alternativen Geschachtelte extern-Deklaration von %qD Geschachtelte Funktion %q+D deklariert, aber nirgendwo definiert geschachtelte Funktion %qE als %<extern%> deklariert geschachtelte Funktion %qs als %<extern%> deklariert die geschachtelte Funktion muss einen Rumpf haben geschachtelte Funktionstrampoline werden auf GCN5 aufgrund nicht ausführbarer Stacks nicht unterstützt -ffunction-sections wird für dieses Ziel nicht unterstützt auf s390 können geschachtelte Funktionen mit %<-mfentry%> nicht im Profiling verwendet werden geschachtelte Funktionen werden auf diesem Ziel nicht unterstützt verschachtelte inline-Namensraumdefinitionen sind erst mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar geschachtelte Schleife in Reduktion benötigt Reduktionsklausel für %qE geschachtelter Namensgeber %qT für enum-Deklaration benennt weder Klasse noch Namensraum verschachtelte Namensraumdefinitionen sind nur mit %<-std=c++17%> oder %<-std=gnu++17%> verfügbar Name eines geschachtelten Namensraums erwartet geschachtelte q-Direktiven Verschachtelte Redefinition von %<enum %E%> Verschachtelte Redefinition von %<struct %E%> Verschachtelte Redefinition von %<union %E%> die verschachtelte Anforderung %qE ist nicht erfüllt die verschachtelte Anforderung %qE ist nicht erfüllt, da »new« kann nicht auf Funktionstyp angewendet werden »new« kann nicht auf Referenztyp angewendet werden neue Deklaration %q#D macht eingebaute Deklaration %q#D mehrdeutig neu in Fortran 2003 neu in Fortran 2008 neu in Fortran 2018 neu in Fortran 95 neue Typen dürfen nicht in einem Rückgabetyp definiert werden new-expression ist erst ab C++20 ein konstanter Ausdruck nächstes Feld %q#D hier deklariert kein %<%D(int)%> für Suffix %qs deklariert kein %<%D(int)%> für Suffix %qs deklariert, stattdessen wird Präfixoperator versucht keine Methode %<%c%E%> gefunden kein %<FUNCTION_PROFILER%> für CRIS kein zugrundeliegender Typ für %<enum%> angegeben keine Elementfunktion %q#D in Klasse %qT deklariert kein %qs-Getter gefunden Mischen von FPX/FPU ist nicht erlaubt kein Dateiname für LTRANS-Ausgabeliste angegeben Keine Argumente keine Argumente für Spezifikationsfunktion auf explizite Instanziierung kann kein Attribut angewendet werden kein Klassenname mit %qs angegeben kein Klassentemplate namens %q#T in %q#T kein schließendes %<]%> für %<%%[%>-Format fehlende schließende geschweifte Klammer keine Konstruktoren kein Kontext, um Typ von %qE aufzulösen keine Umwandlungsoperatoren deklariert keine passende Freigabefunktion für %qD Kein Datentyp für Zustand %qs keine Deklaration passt zu %q#D keine Deklaration der in der Schnittstelle gefundenen Eigenschaft %qs kein Standard-Argument für %qD keine Destruktoren kein Dispatcher für versionierte Attribute gefunden Kein Dispatcher für Versionierungsattribute gefunden: %s kein Feld %qD in initialisierter Union gefunden keine Funktionen namens %qD Keine Liste zur sofortigen Verwendung keine Eingabedateien keine Eingabedateien; es werden keine Ausgabedateien geschrieben kein Ganzzahltyp kann alle Aufzählungswerte für %qT darstellen keine unteren Register für das Hervorholen der hohen Register verfügbar keine Übereinstimmung für keine Übereinstimmung für den Aufruf von %<%T::operator[] (%A)%> keine Übereinstimmung für Aufruf von %<(%T) (%A)%> bei der Umwandlung der Funktion %qD in den Typ %q#T gab es keine Übereinstimmungen kein passendes Konzept für template-introduction keine passenden Konzepte für %qE keine passende Festkomma-Überladung für %qs gefunden keine passende Funktion für Aufruf von %<%D(%A)%> keine passende Funktion für Aufruf von %<%T::%s%E(%A)%#V%> keine passende Funktion für Aufruf von %<%T::operator %T(%A)%#V%> keine passende Funktion für Aufruf von %<%s(%A)%> keine passende Funktion für typgenerischen Aufruf kein passendes push für %<#pragma GCC visibility pop%> kein passendes Template für %qD gefunden keine Elementfunktion %qD in %qT deklariert kein Mitglied namens %qE in %qT keine Multilib-fähige ABI %qs kann mit dem Befehlssatz %qs implementiert werden, stattdessen wird %qs verwendet kein Operand der Disjunktion ist erfüllt kein Postdekrementoperator für Typ kein Postinkrementoperator für Typ kein Prädekrementoperator für Typ kein Präinkrementoperator für Typ keine vorherige Deklaration für %qD kein vorheriger Prototyp für %qD kein Prozessortyp zum Binden angegeben es wurden keine Profildateien zusammengeführt
kein Profiling von 64-bit-Code für dieses ABI Kein Register in Adresse eine %<constexpr%>-Funktion, die etwas Anderes als %<void%> zurückgibt, muss eine return-Anweisung enthalten keine return-Anweisung in nicht void zurückgebender Funktion keine return-Anweisungen in %qT zurückgebender Funktion kein Semikolon am Ende von »struct« oder »union« kein geeignetes %<operator %s%> für %qT Kein passendes %qD in Klasse %qT gefunden keine Basisklasse im @interface für %qE deklariert keine Basisklasse in Schnittstelle für %qE deklariert keine Informationen zum Aufschiebepunkt für %qD kein Typ namens %q#T in %q#T hier darf kein Typ oder Speicherklasse angegeben werden, keine unexpandierten Parameterpackungen in binärer Faltung %qD wurde nicht eindeutig und endgültig in %qT überschrieben keine gültigen Klauseln in %<#pragma acc declare%> angegeben kein geeigneter Destruktor für %qT Interner Fehler: node differs from node->decl->decl_with_vis.symtab_node Interner Fehler: node has body_removed but is definition Knoten hat ungültige Reihenfolge %i Interner Fehler: node has unknown type Interner Fehler: node is alias but not definition Interner Fehler: node is alias but not implicit alias Interner Fehler: node is alone in a comdat group Interner Fehler: node is analyzed but it is not a definition Interner Fehler: node is in same_comdat_group list but has no comdat_group Interner Fehler: node is symver but not alias Interner Fehler: node is transparent_alias but not an alias Interner Fehler: node is weakref but not an transparent_alias Interner Fehler: node not found in symtab assembler name hash Interner Fehler: node not found node->decl->decl_with_vis.symtab_node Knoten mit nicht freigegebenem Speicher gefunden noexcept-Ausdruck wird wegen Aufruf von %qD zu %<false%> ausgewertet Operand für »%%%c« muss ein 32-Bit-Register sein REAL-Argument ohne doppelte Genauigkeit für intrinsisches %s bei %L nicht-%<consteval%>-Funktion %q+D übersteuert %<consteval%>-Funktion von nicht-AAPCS abgeleitete PCS-Variante Nicht-ASCII-Zeichen in CFString-Literal Nicht-NULL-Zeigerinitialisierung bei %C Nicht-OpenACC-Konstrukt innerhalb einer OpenACC-Region Nicht-OpenACC-Konstrukt innerhalb einer OpenACC-Routine Nicht-Array-Deallokation eines Objekts, das mit Array-Allokation allokiert wurde Fehlzuordnung bei Ausnahmebehandlung ohne Aufruf Teilspezialisierung %qE ist nur für Klassen und Variablen erlaubt Interner Fehler: non-cold basic block %d reachable only by paths crossing the cold partition Nicht-konstantes Ganzzahl-Argument %u in Aufruf von Funktion %qE Nicht konstantes Argument 0 für %qs Nicht konstantes Argument 1 für %qs Nichtkonstantes Feld in DATA-Anweisung %L nicht konstante Arrayinitialisierung nichtkonstante Länge für neues Array muss direkt angegeben werden, nicht über %<typedef%> Nichtkonstante Länge in Array-new muss ohne Klammern um die Typ-ID angegeben werden nicht-konstantes zusammengesetztes Literal kann nicht in einem Konstanten-Ausdruck auftreten Nicht-konstante Bedingung für statische Behauptung non-constant element in constant CONSTRUCTOR nicht konstanter Ausdruck %qs Initialisierung des nicht konstanten statischen Elements %qD in der Klasse ist ungültig Initialisierung des nicht konstanten statischen Elements %qD in der Klasse ist ungültig Nicht-konstanter Initialisierungsausdruck bei %L nicht herleitbares Templates %qT wird ohne Template-Argumente verwendet Nicht-Standard Argument der Art INTEGER für intrinsisches »%s« bei %L Nicht-Delegitimiertes UNSPEC %s (%d) am Variablenort gefunden nicht gelöschte Funktion %q+D übersteuert gelöschte Funktion Nicht-Gleitkomma-Argument in Aufruf von Funktion %qE Nicht-Gleitkomma-Argumente in Aufruf von Funktion %qE Nicht-Funktion %qD als implizites Template deklariert Alias-Definitionen werden in dieser Konfiguration nur für Funktionen unterstützt Nicht-Funktion in GIMPLE-Aufruf Nicht ganzzahliges Argument 1 für %qs Nicht-Ganzzahl-Argument 3 in Aufruf von Funktion %qE Nicht-Ganzzahlargument %d für Speichermodell von %qE Nicht-Ganzzahl-Operand mit Operandencode %<z%> verwendet switch-Anweisung ohne eingebauten Typ nicht-lokaler Lambdaausdruck kann keinen »capture-default« haben nicht-lokale %<__thread%>-Variable %qD hat einen nicht-trivialen Destruktor nicht-lokale %<__thread%>-Variable %qD erfordert dynamische Initialisierung Interner Fehler: non-loop with header %d not marked for removal Nicht-L-Wert-Array in bedingtem Ausdruck Nicht-Element %qs kann nicht als %<mutable%> deklariert sein Nicht-Elementfunktion %qD kann nicht CV-Qualifizierer haben Nicht-Elementfunktion %qD kann keinen ref-Qualifizierer haben eine Using-Deklaration, die nicht-Member ist, benennt den Konstruktor von %qT Nichtelement-Templatedeklaration von %qD Eingabe von Nicht-Speicher %d muss im Speicher bleiben Nicht-Speicher-Ausgabe %d muss im Speicher bleiben nicht geschachtelte Funktion mit variabel modifiziertem Typen Nicht-Objekt-Element %qs kann nicht als %<mutable%> deklariert sein Nicht-Objective-C-Typ %qT kann nicht aufgefangen werden Nicht-Parameter %qs kann kein Parameterpack sein Argument, das kein Zeiger ist, in %<__builtin_launder%> Nichtrechteckige Schleifenschachtelung mit Schrittweite ungleich 1 oder -1 für %qs Nicht-Register als LHS von binärer Operation Nicht-Register als LHS von ternärer Operation Nicht-Register als LHS von unärer Operation nicht-skalares %qs nicht-skalarer Typ nichtskalare Variable %qD in bedingter %<lastprivate%>-Klausel Nicht-Standard-Suffix an Gleitkommakonstante nicht-statisches const-Element %q#D in Klasse ohne einen Konstruktor nicht-statisches konstantes Element %q#D, Standard-Zuweisungsoperator kann nicht verwendet werden nicht-statisches Datenelement %q+D in einer Union darf keinen Referenztypen %qT haben nicht-statisches Datenelement %qE als %qs deklariert nicht-statisches Datenelement mit Platzhalter %qT deklariert nicht-statische Initialisierungen für Datenelemente nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar Nicht-statische Deklaration von %q+D folgt statischer Deklaration nicht-statische Initialisierung eines flexiblen Arrayelements nicht-statische Referenz %q#D in Klasse ohne Konstruktor nicht-statisches Referenzelement %q#D, Standard-Zuweisungsoperator kann nicht verwendet werden Nicht-Template %qD als Template verwendet Nicht-Template-Typ %qT als Template verwendet Nicht-Thread-lokale Deklaration von %q#D folgt Thread-lokaler Deklaration Nicht-Thread-lokale Deklaration von %q+D folgt Thread-lokaler Deklaration nicht-Top-Level %qs nicht-triviale Umwandlung in %qs nicht-triviale Umwandlung in unärer Operation nicht-trivial markierte Initialisierungen nicht unterstützt Nichttyp-Teilspezialisierung %qE ist nicht erlaubt Nichttypen-Templateparameter von Klassentyp sind nur mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar Nichttypen-Templateparameter von hergeleitetem Klassentyp sind erst ab %<-std=c++20%> oder %<-std=gnu++20%> verfügbar Nicht-Variable %qD in Deklaration mit mehr als einem Deklarator mit Platzhaltertyp %qs mit Elementen ist kein Vektor Nicht-Vektoroperanden in Vektorvergleich nichtkonstanter Arrayindex in Initialisierung Interner Fehler: nonempty exits list of loop %d, but exits are not recorded Interner Fehler: nonlocal label %qD is not first in a sequence of labels in bb %d Arrayindex %qE ist ungleich 0 und wird mit Array %qD vom Typ %qT mit unbekannten Grenzen verwendet Arrayindex %qE ist ungleich 0 und wird mit Array vom Typ %qT mit unbekannten Grenzen verwendet Normalisierung kann nicht gleichzeitig mit Skalierung aktiv sein
Datei fängt nicht mit dem magischen \x7FELF an unerlaubte Typkombination in %qs nicht mit sysroot-Header-Suffix konfiguriert zu wenige DO-Schleifen für »%s !$ACC LOOP« bei %L zu wenige DO-Schleifen für zusammengefallenes %s bei %L Nicht genug Argumente Nicht genug Argumente für Rückgabe zu wenige for-Schleifen um sie einzuklappen nicht genügend perfekt geschachtelte Schleifen zu wenig Typinformationen Zu wenige variable Argumente, um zu einem Wächter zu passen binärer Operator erwartet denselben Typ für beide Operanden %<#define %E%> wird nicht exportiert, da es ein Schlüsselwort ist Patchbereich wird nicht angelegt, da NOPs nicht unterstützt werden die Option %<-fpic%> nicht für die v3m-Toolchain unterstützen Modul %qs kann aufgrund von Fehlern nicht geschrieben werden Hinweis Anmerkung: Zielzeiger ist NULL NULL-Formatzeichenkette Null-Zeiger Dereferenzierung eines Nullzeigers Nullbarkeits-Angabe %qE kann nicht auf Zeigertyp %qT angewendet werden, da dieser mehrere Ebenen von Zeigern hat Nullbarkeits-Angabe %qE ist nur auf Zeigertypen anwendbar, nicht auf %qT Zahl muss 0 oder 1 sein Anzahl der Argumente passt nicht zum eingebauten Prototypen Anzahl der Argumente passt nicht zum Prototypen Interner Fehler: number of bb notes in insn chain (%d) != n_basic_blocks (%d) Komponentenanzahl des Vektors ist keine Zweierpotenz Anzahl der Zähler in den Profilingdaten für Funktion %qD passt nicht zu deren Profilingdaten (Zähler %qs, %i erwartet aber %i gefunden) Anzahl der Ergebnisse passt nicht zur Anzahl der Werte Anzahl der spekulativen Ziele %i stimmt nicht mit num_speculative_call_targets %i überein Anzahl der Variablen in %qs-Klausel mit %<sink%>-Modifizierer passt nicht zur Anzahl der Iterationsvariablen Komponentenanzahl des Vektors %wu übersteigt %d Komponentenanzahl des Vektors %wu ist keine Zweierpotenz numerisches Argument des Attributs %qE muss im Bereich von 0 bis 63 liegen objc++-cpp-output ist veraltet; bitte stattdessen objective-c++-cpp-output verwenden objc-cpp-output ist veraltet; bitte stattdessen objective-c-cpp-output verwenden Objekt %qE der Größe %s Objekt ist keine Methode bei Verwendung von %qE fehlt Objekt Objekt der Größe %s, alloziert durch %qE Objekt-Eigenschaft %qD hat kein Attribut %<assign%>, %<retain%> oder %<copy%>; es wird %<assign%> angenommen Objekttyp %qT passt nicht zum Destruktornamen ~%qT Objekt mit variabel geändertem Typ darf keine Bindung haben Methodendeklaration in Objective-C erwartet Objective-C++ Nachrichtenargument(e) erwartet Objective-C++-Nachrichtenempfänger erwartet Objective-C++ Methodendeklaration erwartet ausgedient in Fortran 95 veralteter Maverick-Formatcode »%c« veraltete Option %<-I-%> verwendet, bitte stattdessen %<-iquote%> verwenden veraltete Verwendung einer bestimmten Initialisierung mit %<:%> veraltete Verwendung einer bestimmten Initialisierung ohne %<=%> von hier erhalten odr-verwendete Inline-Variable %qD ist nicht definiert von Modul Offload-Compiler %s nicht gefunden Offload-Compiler %s nicht gefunden (erwägen Sie %<-B%>) Auslagerungsdimension %d liegt außerhalb des Wertebereiches Offset %qwi ist außerhalb der Grenzen der konstanten Zeichenkette Offset überschreitet 16 Bytes Offset von %qD für %<-std=c++14%> und höher ändert sich in %<-fabi-version=17%> (GCC 12) Offset von %qD ist ABI-unverträglich und kann sich in zukünftigen GCC-Versionen ändern Offset der Basisklasse %qT für %<-std=c++14%> und höher ändert sich in %<-fabi-version=17%> (GCC 12) Offset des gepackten Bitfeldes %qD hat sich in GCC 4.4 geändert alte Deklaration %q#D Funktionsdefinition im alten Stil Parameterdeklarationen alten Stils in Prototyp-Funktionsdeklaration ausgelassener mittlerer Operand für Operator %<?:%> kann nicht verarbeitet werden omp_cur_iteration bei %L erfordert %<-1%> als logischen Offset ein Feld ist ein Bitfeld, das andere jedoch nicht eins der Argumente für den Initialisierungsaufruf sollte %<&omp_priv%> sein eins der Aufrufargumente für die Initialisierung sollte %<omp_priv%> oder %<&omp_priv%> sein ein Typ muss konstruiert sein, der andere nicht nur %<distribute%>-, %<parallel%>- und %<loop%>-Regionen dürfen innerhalb einer %<teams%>-Region streng geschachtelt sein nur die Schalter %<inbranch%> und %<notinbranch%> sind für das %<__simd__%>-Attribut erlaubt nur die Schalter %<inbranch%> und %<notinbranch%> sind für das %<simd%>-Attribut erlaubt nur %qT oder eine Nullzeigerkonstante kann nach %qT umgewandelt werden nur %u Name für strukturelle Bindung angegeben nur %u Namen für strukturelle Bindung angegeben nur 0.0 kann als Immediate geladen werden für den Adressraum %<__regio_symbol%> wird nur der 32-Bit-Zugriff unterstützt Nur das DWARF-Debugformat ist für Interrupt-Service-Routinen unterstützt nur Objective-C-Objekttypen können mit Protokoll qualifiziert werden Nur die Attribute %<fallthrough%> oder %<assume%> können auf eine leere Anweisung angewendet werden nur Konstruktoren nehmen Elementinitialisierungen nur Deklarationen von Konstruktoren und Umwandlungsoperatoren können %<explicit%> sein sondern nur hier als %<friend%> nur einfacher Rückgabetyp %<auto%> kann zu %<void%> hergeleitet werden in einer %<constexpr%>-Funktion in C++20 darf Inline-Assemblercode nur vorkommen, wenn er nicht im Auswertungspfad liegt Nur uninitialisierte Variablen können in einem %<.bss%>-Abschnitt platziert werden Nur uninitialisierte Variablen können im %<.noinit%>-Bereich platziert werden nur die Werte 12 (4 kB) und 16 (64 kB) werden für die Wächtergröße unterstützt. Der angegebene Wert %d (%llu kB) liegt außerhalb des gültigen Bereichs in dieser Konfiguration werden nur schwache Aliase unterstützt In Abschnitt %qs sind nur 0-Initialisierungen erlaubt opake Vektortypen können nicht initialisiert werden opaque-enum-declaration ist hier intransparente Enum-Spezifikation muss einfachen Bezeichner verwenden intransparente Enum-Spezifikation ohne Namen »%s« kann nicht geöffnet werden: %s /dev/zero kann nicht geöffnet werden: %m LTRANS-Ausgabeliste »%s« kann nicht geöffnet werden: %m Abhängigkeitsdatei »%s« kann nicht geöffnet werden: %m Fehler beim Öffnen der JSON-Datei %s: %m Fehler beim Öffnen der Mixin-Datei %s: %m Ausgabedatei %qs wird geöffnet: %s Ausgabedatei »%s« kann nicht geöffnet werden: %m Operandencode %%xn ist für QImode ungültig Operand %d sollte eine vorzeichenlose 3-Bit-Konstante sein Operand %d sollte eine vorzeichenlose 6-Bit-Konstante sein Operand %d sollte eine vorzeichenlose 8-Bit-Konstante sein Operand 1 sollte eine vorzeichenlose 3-Bit-Konstante sein Operand 1 sollte ein vorzeichenloser 3-Bit-Wert sein (I0–I7) Operand 2 sollte ein gerader 3-Bit-Wert sein (subreg 0,2,4,6) Operand 2 sollte ein vorzeichenloser 3-Bit-Wert sein (I0–I7) Operand 2 sollte ein vorzeichenloser 3-Bit-Wert sein (subreg 0–7) Operand 2 sollte ein vorzeichenloser 8-Bit-Wert sein Operand 3 sollte ein vorzeichenloser 3-Bit-Wert sein (I0–I7) Operand 3 sollte ein vorzeichenloser 8-Bit-Wert sein Operand 4 sollte ein vorzeichenloser 8-Bit-Wert sein (0–255) Operandenbedingung enthält falsch positioniertes %<+%> oder %<=%> Operandenbedingungen für %<asm%> unterscheiden sich in der Anzahl der Alternativen Operand ist kein Bedingungscode, ungültiger Operandencode »%c« Operand ist kein Bedingungscode, ungültiger Operandencode »D« Operand ist kein Bedingungscode, ungültiger Operandencode »Y« Operand ist keine bestimmte Ganzzahl, ungültiger Operandencode »R« Operand ist keine bestimmte Ganzzahl, ungültiger Operandencode »r« Operand ist keine Ganzzahl, ungültiger Operandencode »K« Operand ist keine Ganzzahl, ungültiger Operandencode »R« Operand ist keine ausgleichbare Speicherreferenz, ungültiger Operandencode »H« Operandennummer fehlt hinter %%-Buchstabe Operandennummer außerhalb des Wertebereiches Operandennummer außerhalb des Wertebereiches im Format Operandennummer für Format ohne Argumente angegeben Operandennummer mit unterdrückter Zuweisung angegeben Operand von %<?:%> wechselt das Vorzeichen von %qT nach %qT, aufgrund der Vorzeichenlosigkeit des anderen Operanden Operand des Faltungsausdrucks hat keine unexpandierten Parameterpackungen Operandentyp %qT ist inkompatibel mit Argument %d von %qE Operandentypen sind %qT und %qT Operanden für %<?:%> haben unterschiedliche Typen %qT und %qT die Operanden für %<?:%> haben die Typen %qT und %qT, diese Typen haben einen ungeordneten Konvertierungsrang Operanden für %T/%t müssen reg + const_int sein: Operation nicht erlaubt auf Typ %<bfloat16_t%> Operation auf %qE könnte undefiniert sein Optimierungsattribut von %qD folgt auf die Definition, aber die Attribute passen nicht zusammen Fehlzuordnung von Optimierungsstufenattribut Optimierung kann Lese- und/oder Schreiboperationen auf Registervariablen entfernen unbegrenzte Wertparameter optimieren, indem sie per Referenz übergeben werden, vorausgesetzt, die aufgerufene Prozedur verändert sie nicht. Option %<%s%> erfordert %<-mlong-double-128%> Option %<%s=%s%> ist für die CPU %qs nicht verfügbar die Option %<-mdouble=32%> ist nur verfügbar, wenn %<--with-double={32|32,64|64,32}%> konfiguriert ist die Option %<-mdouble=64%> ist nur verfügbar, wenn %<--with-double={64|64,32|32,64}%> konfiguriert ist die Option %<-mirq-ctrl-saved%> ist nur für ARC-v2-Prozessoren gültig die Option %<-mlong-double=32%> ist nur verfügbar, wenn %<--with-long-double={32|32,64|64,32}%>, oder %<--with-long-double=double%> zusammen mit %<--with-double={32|32,64|64,32}%> konfiguriert ist die Option %<-mlong-double=64%> ist nur verfügbar, wenn %<--with-long-double={64|64,32|32,64}%>, oder %<--with-long-double=double%> zusammen mit %<--with-double={64|64,32|32,64}%> konfiguriert ist die Option %<-mrgf-banked-regs%> ist nur für ARC-v2-Prozessoren gültig option %<-mstructure-size-boundary%> ist veraltet Option %qs wird ignoriert, der Vorgabewert %qs wird für die CPU %qs verwendet Option %qs ist für die CPU %qs nicht verfügbar Option %qs ist gültig für %s, aber nicht für %s Option %qs mit abweichenden Werten (%s, %s) Option »%s« wird zusammen mit %<-fopenacc%> nicht unterstützt Option %s nicht konsistent in allen LTO-Eingabedateien verwendet Option %s mit unterschiedlichen Werten optionales Argument optionaler Klassenparameter Optionen oder Zielarchitekturen=Optionen fehlen hinter %qs Interner Fehler: optype_msgid overflow: %d oder ersetzen Sie die Klammern durch geschweifte Klammern, um die Variable als Aggregat zu initialisieren oder ersetzen Sie die Klammern durch geschweifte Klammern, um die Variable mit einem einzelnen Wert zu initialisieren oder verwenden Sie %<auto%> für ein abgekürztes Funktionstemplate oder nutzen Sie %<j%> statt %<i%> für das in GNU eingebaute Suffix Argument für %<ordered%> muss ein positiver, ganzzahliger Ausdruck sein geordneter Vergleich von Zeiger mit Ganzzahlnull geordneter Vergleich von Zeiger mit der Zahl 0 (%qT und %qT) geordneter Vergleich von Zeiger mit Null-Zeiger ordnet die Initialisierungen/Finalisierungen für scaffold-static, das Binden von Modulen erzwingen für scaffold-dynamic Ordinaltyp erwartet origin points to a different parent das ursprüngliche %<default%> ist hier ursprüngliche Deklaration trat hier auf ursprüngliche Deklaration ist hier ursprüngliche Deklaration mit weniger Verträgen ist hier ursprüngliche Definition trat hier auf ursprüngliche Definition ist hier Original ist nicht mit zstd komprimiert Originalgröße unbekannt ursprüngliche Deklaration des Templates ist hier wurde ursprünglich hier als %<const%> deklariert ursprünglich hier definiert ursprünglich indirekter Funktionsaufruf kommt nicht als »inline« in Betracht ursprüngliche hier spezifiziert verwaistes %qs-Konstrukt andere Fundstelle ist hier sollte der virtuellen Methode %qD entsprechen, tut es aber nicht äußeres %<__transaction_cancel%> nicht innerhalb des äußeren %<__transaction_atomic%> Funktionsaufruf von %<__transaction_cancel%> nicht innerhalb von äußerer %<__transaction_atomic%>- oder %<transaction_may_cancel_outer%>-Funktion äußerer Block der Region %i ist falsch die äußere Iterationsvariable %qD hat einen Summandenausdruck %qE, der nicht ganzzahlig ist die äußere Iterationsvariable %qD hat einen Faktorausdruck %qE, der nicht ganzzahlig ist die äußere Iterationsvariable %qD, die im Bedingungsausdruck verwendet wird, ist von einem anderen Typen als %qT die äußere Iterationsvariable %qD, die im Initialisierungsausdruck verwendet wird, ist von einem anderen Typen als %qT äußere Transaktion in %<transaction_may_cancel_outer%>-Funktion äußere Transaktion in %<transaction_safe%>-Funktion äußere Transaktion in Transaktion Ausgabebedingung %d kann nicht zusammen mit %qs angegeben werden Ausgabebedingung %d muss ein einzelnes Register angeben Ausgabebedingung %qc für Operand %d steht nicht am Anfang Ausgabedatei %s existiert bereits in Ordner %s Name der Ausgabedatei darf nicht leer sein Ausgabedatei doppelt angegeben Ausgabezahl %d nicht direkt adressierbar Ausgabeoperand %d muss %<&%>-Bedingung verwenden Bedingung des Ausgabeoperanden erfordert %<=%> Ausgabeoperand ist in %<asm%> konstant Ausgaberegister müssen oben auf dem Stapel gruppiert werden output_move_single: Überlauf in Arraygröße Überlauf in Konstanten-Ausdruck Überlauf in Umwandlung von %qT nach %qT ändert den Wert von %qE Überlauf in Umwandlung von %qT nach %qT ändert den Wert von %qE in %qE Überlauf in Aufzählungswerten Überlauf in Aufzählungswerten bei %qD Überlauf in impliziter Konstantenkonvertierung übergelaufene Ausgabeargumentliste für %qs überlappender Initialisierer für das Feld %qT.%qD überladene eingebaute Funktion %qs ist durch die eingebaute Funktion %qs umgesetzt überladener Funktionsname %qE in Klausel %qs überladene Funktion ohne Typinformationen aus Kontext übersteuerte Funktion ist %q#D übersteuerte Funktion ist %q#F übersteuerte Funktion ist %qD Überschreibsteuerung (override/final) nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar übersteuert %qD, was als %<transaction_safe%> deklariert ist gepacktes Expansionsargument für Parameter %qD ohne »pack« von Alias-Template %qD gepacktes Expansionsargument für Parameter %qD ohne »pack« von Konzept %qD Pack-Expansion in using-Deklaration ist nur mit %<-std=c++17%> oder %<-std=gnu++17%> verfügbar %<pack init-capture%> ist erst mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar gepacktes Attribut führt zu ineffizienter Ausrichtung gepacktes Attribut verursacht ineffiziente Ausrichtung für %q+D gepacktes Attribut verursacht ineffiziente Ausrichtung für %qE gepacktes Attribut ist unnötig gepacktes Attribut ist unnötig für %q+D gepacktes Attribut ist für %qE unnötig Gepacktes Layout struct wird bis zur Ausrichtungsgrenze mit %E Bytes aufgefüllt struct wird aufgefüllt, um %q+D auszurichten Parameter %P hat unvollständigen Typen %qT Parameter %P von %qD hat unvollständigen Typen %qT Parameter %q+D als %<_Noreturn%> deklariert Parameter %q+D als %<inline%> deklariert Parameter %q+D hat nur eine Vorwärtsdeklaration Parameter %qD als void deklariert Parameter %qD hat unvollständigen Typen Parameter %qD bezieht Zeiger auf Feld mit unbekannter Grenze %qT ein Parameter %qD bezieht Referenz auf Feld mit unbekannter Grenze %qT ein Parameter %qD deklariert ungültigerweise Methodentyp Parameter %qD ist initialisiert Parameter %qD darf in diesem Kontext nicht auftauchen Parameter %qD gesetzt, jedoch nicht verwendet Parameter %qP von %qD könnte Kandidat für Formatattribut sein Parameter %u (%q+D) hat unvollständigen Typen Parameter %u (%q+D) hat void-Typen Parameter %u hat unvollständigen Typen Parameter %u hat void-Typen Parameterdeklaration vor Lambdadeklarationsangaben ist erst ab %<-std=c++2b%> oder %<-std=gnu++2b%> optional Parameterdeklaration vor einer Lambda-Exception-Angabe ist erst ab %<-std=c++2b%> oder %<-std=gnu++2b%> optional Parameterdeklaration vor einem abschließenden Rückgabetyp ist erst ab %<-std=c++2b%> oder %<-std=gnu++2b%> optional Parameterdeklaration vor einem Lambda-Transaktions-Qualifizierer ist erst ab %<-std=c++2b%> oder %<-std=gnu++2b%> optional Parameter als %<auto%> deklariert Parameter darf nicht variabel modifizierten Typ %qT haben Parameter könnte ein Kandidat für ein Formatattribut sein Parametername fehlt in Parameterliste Parameternamen (ohne Typen) in Funktionsdeklaration Parameterpack %<__bases%> ist nur in Templatedeklaration gültig Parameterpack %q+D muss am Ende der Templateparameterliste sein Parameterpack %qD kann kein Standardargument haben Argument %qE für Parameterpack muss am Ende der Templateargumentliste sein Argument %qT für Parameterpack muss am Ende der Templateargumentliste sein Parameterpack kann kein Standardargument haben Parameterbündel nicht mit %<...%> aufgelöst: die Parameterübergabe für das Argument vom Typ %qT hat sich %{mit GCC 12.1%} geändert die Parameterübergabe für das Argument vom Typ %qT hat sich in GCC 13.1 geändert die Parameterübergabe für das Argument vom Typ %qT hat sich in GCC 7.1 geändert die Parameterübergabe für das Argument vom Typ %qT hat sich in GCC 9.1 geändert die Parameterübergabe für das Argument vom Typ %qT hat sich, sofern C++17 aktiviert ist, so geändert, dass es C++14 %{in GCC 10.1%} entspricht die Parameterübergabe für das Argument vom Typ %qT mit %<[[no_unique_address]]%>-Elementen hat sich %{in GCC 10.1%} geändert die Parameterübergabe für das Argument vom Typ %qT mit Bitfeldern der Breite 0 hat sich in GCC 12 geändert Parameter für eingebaute Funktion muss Zeichenkettenkonstante oder Literal sein Parameter für eingebaute Funktion ist ungültig: %s parametrisiertes abgeleitetes Typargument Eltern-Unterprogramm kann nicht geinlinet werden Klammern um %qE können nicht verwendet werden, einen Zeiger auf Elementfunktion zu erzeugen Klammern müssen weggelassen werden, wenn die Argumentliste des %qE-Attributs leer ist Klammern müssen weggelassen werden, wenn die Argumentenliste des Attributs leer ist Um dieses zusammengesetzte Literal sind Klammern erforderlich, um Mehrdeutigkeit zu vermeiden Klammern waren mehrdeutig und wurden als Funktionsdeklaration angesehen geklammerte Initialisierung ist in OpenMP-%<for%>-Schleife nicht erlaubt geklammerte Initialisierung in Array-»new« Syntaxfehler in SELECT-RANK-Anweisung bei %C Syntaxfehler in »SELECT TYPE«-Anweisung bei %C Syntaxfehler in Templateargumentliste part-ref mit Zeigerattribut bei %L ist nicht das rechteste part-ref des data-stmt-objects Teilspezialisierung %q+D spezialisiert keine Templateargumente und ist nicht eingeschränkter als das primäre Template; um das primäre Template zu definieren, entfernen Sie die Templateargumentliste Teilspezialisierung %q+D spezialisiert keine Templateargumente; um das primäre Template zu definieren, entfernen Sie die Templateargumentliste Teilspezialisierung %qD ist nicht spezialisierter als Teilspezialisierung %qT als %<friend%> deklariert partielle Spezialisierung ist nicht näher spezialisiert als das ursprüngliche Template, da es mehrere Parameter mit einer »pack«-Erweiterung ersetzt teilweise Spezialisierung von %qD nach Instanziierung von %qD Interner Fehler: partition found but function partition flag not set Durchlauf %qs nicht gefunden, wird jedoch von neuem Durchlauf %qs referenziert pass %s does not support cloning pass %s needs a %<set_pass_param%> implementation to handle the extra argument in %<NEXT_PASS%> wird an den Präprozessor weitergereicht, wenn -fcpp verwendet wird (interne Option) Die Übergabe von %qT als %<this%>-Argument streicht Qualifizierer Übergabe von %qT wählt %qT statt %qT Übergabe von %qT anstelle des erwarteten %qT an Argument %d von %qE, nachdem %qT an Argument %d übergeben wurde Übergabe von %qT an Argument %d von %qE, aber %qT ist kein gültiger SVE-Elementtyp Übergabe von %qT an Argument %d von %qE, aber Argument %d hatte den Typ %qT Übergabe von %qT an Argument %d von %qE, das jedoch in der %qT-Form keine Skalare akzeptiert Übergabe von %qT an Argument %d von %qE, aber vorherige Argumente waren vom Typ %qT Übergabe von %qT an Argument %d von %qE, das jedoch %qT erwartet Übergabe von %qT an das Argument %d von %qE, das jedoch %qs erwartet Übergabe von %qT an Argument %d von %qE, das jedoch %qs oder %qs erwartet Übergabe von %qT an Argument %d von %qE, das jedoch einen Ganzzahltyp von 32 oder 64 Bits erwartet Übergabe von %qT an Argument %d von %qE, das jedoch einen Zeiger auf Elemente erwartet, die 32 oder 64 Bit groß sind Übergabe von %qT an Argument %d von %qE, das jedoch einen Zeigertyp erwartet Übergabe von %qT an Argument %d von %qE, das jedoch ein skalares Element erwartet Übergabe von %qT an Argument %d von %qE, das jedoch eine Ganzzahl erwartet Übergabe von %qT an Argument %d von %qE, das jedoch einen Zeiger auf einen skalaren Typen erwartet Übergabe von %qT an Argument %d von %qE, das jedoch einen einzelnen SVE-Vektor statt eines Tupels erwartet Übergabe von %qT an Argument %d von %qE, das jedoch einen Vektor von Elementen erwartet, die %d Bit groß sind Übergabe von %qT an Argument %d von %qE, das jedoch einen Vektor von Ganzzahlen mit %d Bits erwartet Übergabe von %qT an Argument %d von %qE, das jedoch einen Vektor von Elementen der Größe 32 oder 64 Bit erwartet Übergabe von %qT an Argument %d von %qE, das jedoch einen Vektor von Ganzzahlen mit Größe 32 oder 64 Bits erwartet Übergabe von %qT an Argument %d von %qE, das jedoch einen Vektor von Ganzzahlen erwartet Übergabe vom %qT an Argument %d von %qE, das jedoch einen Vektor von vorzeichenbehafteten Ganzzahlen erwartet Übergabe von %qT an Argument %d von %qE, das jedoch einen Vektor vorzeichenloser Ganzzahlen erwartet Übergabe von %qT an Argument %d von %qE, das jedoch einen Vektor oder eine Zeiger-Basisadresse erwartet Übergabe von %qT an Argument %d von %qE, das jedoch einen Vektor oder einen skalaren Typen erwartet Übergabe von %qT an Argument %d von %qE, das jedoch einen SVE-Tupeltyp erwartet Übergabe von %qT an Argument %d von %qE, das jedoch einen SVE-Vektortyp erwartet Übergabe von %qT an Argument %d von %qE, das jedoch beim Laden von %qT einen Vektor von Ganzzahlen mit %d Bits erwartet Übergabe von %qT an Argument %d von %qE, das jedoch beim Speichern von %qT einen Vektor von Ganzzahlen mit %d Bits erwartet Übergabe von %wd an Argument %d von %qE, das jedoch entweder %wd, %wd, %wd oder %wd erwartet Übergabe von %wd an Argument %d von %qE, das jedoch einen gültigen %qT-Wert erwartet Übergabe von %wd an das Argument %d von %qE, das einen Wert im Bereich [%wd, %wd] erwartet Übergabe von %wd an Argument %d von %qE, das jedoch entweder %wd oder %wd erwartet Übergabe von NULL an Nicht-Zeiger-Argument %P von %qD Übergabe des Arguments %d von %qE als %<float%> statt %<double%> aufgrund des Prototyps Übergabe des Arguments %d von %qE als %qT statt %qT aufgrund des Prototyps Übergabe des Arguments %d von %qE als komplex statt Gleitkomma aufgrund des Prototyps Übergabe des Arguments %d von %qE als komplex statt Ganzzahl aufgrund des Prototyps Übergabe des Arguments %d von %qE als Gleitkomma statt komplex aufgrund des Prototyps Übergabe des Arguments %d von %qE als Gleitkomma statt Ganzzahl aufgrund des Prototyps Übergabe des Arguments %d von %qE als Ganzzahl statt komplex aufgrund des Prototyps Übergabe des Arguments %d von %qE als Ganzzahl statt Gleitkomma aufgrund des Prototyps Übergabe des Arguments %d von %qE als vorzeichenbehaftet aufgrund des Prototyps Übergabe des Arguments %d von %qE als vorzeichenlos aufgrund des Prototyps Übergabe des Arguments %d von %qE entfernt Kennzeichner %qs von Zeiger-Zieltyp Übergabe des Arguments %d von %qE entfernt Kennzeichner %qv von Zeiger-Ziel-Typ Übergabe des Arguments %d von %qE von anderem Objective-C-Typ Übergabe des Arguments %d von %qE von inkompatiblem Zeigertyp Übergabe des Arguments %d von %qE von inkompatibler Speicherreihenfolge für Skalare Übergabe des Arguments %d von %qE von Zeiger auf nicht eingeschlossenen Adressbereich Übergabe des Arguments %d von %qE erzeugt aus unqualifiziertem einen qualifizierten Funktionszeiger %q#v Übergabe des Arguments %d von %qE wandelt eine Zahl in einen Zeiger um, ohne explizite Typkonvertierung Übergabe des Arguments %d von %qE wandelt eine Zahl in einen Zeiger um, ohne explizite Typkonvertierung Übergabe des Arguments %d von %qE mit anderer Breite aufgrund des Prototyps Argument %i wird an den mit %qs qualifizierten Parameter übergeben, dadurch wird es zum Alias für Argument %Z Argument %i wird an den mit %qs qualifizierten Parameter übergeben, dadurch wird es zum Alias für die Argumente %Z Argumente werden an Auslassungspunkte des geerbten Konstruktors %qD übergeben Das Übergeben des nicht trivial-kopierbaren Typs %q#T über %<...%> ist »conditionally-supported« ([expr.call] 5.2.2/7) Übergabe von zu großem Argument auf dem Stapel patchbarer Funktionseintrag %wu überschreitet die Größe %wu Pfad: Ped. Warnung Ped. Warnung: möglicherweise fehlt %<#include <Koroutine>%> vielleicht hilft ein Zeilenumbruch oder eine andere Kenntlichmachung, damit dies nicht mehr als Modul-Steuerzeile angesehen wird vielleicht brauchen Sie explizite Templateargumente im »nested-name-specifier« Sie könnten ein explizites %<%T::%> hinzufügen Perm. Fehler Perm. Fehler: Platzhalter-Beschränkungen nicht erfüllt Platzhaltertyp ist in diesem Kontext nicht erlaubt Placement-New erzeugt ein Array von Objekten vom Typ %qT mit Größe %qwu in einer Region von Typ %qT mit Größe %qwi Placement-New erzeugt ein Array von Objekten vom Typ %qT mit Größe %qwu in einer Region vom Typ %qT mit Maximalgröße %qwu Placement-New erzeugt ein Objekt vom Typ %<%T [%wu]%> mit Größe %qwu in einer Region von Typ %qT mit Größe %qwi Placement-New erzeugt ein Objekt vom Typ %<%T [%wu]%> mit Größe %qwu in einer Region vom Typ %qT mit Maximalgröße %qwu Placement-New erzeugt ein Objekt vom Typ %qT mit Größe %qwu in einer Region von Typ %qT mit Größe %qwi Placement-New erzeugt ein Objekt vom Typ %qT mit Größe %qwu in einer Region vom Typ %qT mit Maximalgröße %qwu bitte geben Sie den CPU-Namen explizit an. Gültige CPU-Namen sind: %s Plugin %qs wurde mit anderen Pfaden angegeben: %qs und %qs Plugin %s ist nicht unter einer GPL-kompatiblen Lizenz lizenziert
%s Plugin %s ist nicht unter einer GPL-kompatiblen Lizenz lizenziert: %s Plugin %s hat eine Null-Callback-Funktion für Ereignis %s registriert Plugin %s sollte vor %<-fplugin-arg-%s%> in der Kommandozeile angegeben werden Plugin kann keinen fehlenden Durchlauf registrieren Plugin kann keinen unbenannten Durchlauf registrieren Plugin kann keinen Durchlauf %qs ohne Referenzdurchlaufnamen registrieren Plugin-Unterstützung ist ausgeschaltet; mit %<--enable-plugin%> konfigurieren Zeiger Zeiger %qE wird möglicherweise nach %qD verwendet Zeiger %qE wird nach %qD verwendet Zeigerargument Zeigerarithmetik für Objekte mit Garbage-Collection ist nicht erlaubt Zeigerzuweisung Zeiger wird möglicherweise nach %qD verwendet das Zeigerelement %q+D wurde hier deklariert Zeiger auf Typen %<void *%> in Arithmetik verwendet Zeiger des Typs %<void *%> in Subtraktion verwendet Zeigeroffset von Symbol könnte falsch sein Zeiger oder allozierbares Resultat Zeiger-Zieltypen sind in C++ inkompatibel Zeiger auf Adressraum %qs muss in %qT konstant sein Zeiger auf Adressraum %qs muss in %s %q+D konstant sein Zeigerziele in Zuweisung von %qT nach %qT unterscheiden sich im Vorzeichenbesitz Zeigerziele in Initialisierung von %qT nach %qT unterscheiden sich im Vorzeichenbesitz Zeigerziele bei Übergabe des Arguments %d von %qE unterscheiden sich im Vorzeichenbesitz Zeigerziele in Rückgabe von %qT aus einer Funktion mit Rückgabetyp %qT unterscheiden sich im Vorzeichenbesitz Zeiger auf Funktion in Arithmetik verwendet Zeiger auf eine Funktion in Subtraktion verwendet Zeiger auf Array verliert durch den Bedingungsausdruck Qualifizierer Zeiger auf Array verliert durch den Bedingungsausdruck Qualifizierer, in ISO C vor C2X Zeiger auf Schnittstellentyp hat keine Methoden Umwandlung in Zeiger auf Element über virtuelle Basis %qT Zeiger auf Elementtyp %qT mit Objekttyp %qT inkompatibel unverträgliche Zeigertypen %qT und %qT von %qD und %qD in bedingtem Ausdruck Zeigertyp passt nicht in bedingtem Ausdruck Zeiger wird nach %qD verwendet Zeigerwert verwendet, wo »complex« erwartet wurde Zeigerwert verwendet, wo Gleitkommawert erwartet wurde Zeiger auf Elementfunktion %qE kann nicht ohne Objekt aufgerufen werden; verwenden Sie beispielsweise %<.*%> oder %<->*%> Typ für Zeiger auf Elementfunktion %qT braucht einen lvalue Zeiger-auf-Element-Funktions-Typ %qT braucht vor C++20 einen lvalue Typ für Zeiger auf Elementfunktion %qT braucht einen rvalue Zeiger-/Ganzzahltyp passt nicht in bedingtem Ausdruck Zeiger sind nicht als case-Werte zugelassen Zeiger auf den Adressraum %<__regio_symbol%> sind verboten Zeiger auf disjunkte Adressräume in bedingtem Ausdruck verwendet polymorphes Argument Position plus Größe überschreitet die Größe des referenzierten Objekts in %qs lageunabhängiger Code erfordert %qs lageunabhängiger Code erfordert das Linux-ABI positionelle Initialisierung eines Feldes in %<struct%>, die mit dem %<designated_init%>-Attribut deklariert wurde Positive Breite benötigt bei %L mögliches Problem bei Aufruf von %<operator delete%> erkannt mögliches Problem bei Aufruf von %<operator delete []%> erkannt möglicherweise baumelnde Referenz auf temporäres Objekt Post-Increment-Adresse ist kein Register post-module-declarations müssen zusammenhängend sein %<post-module-declaration%>-Importe dürfen nicht aus Header-Einbindung stammen %<post-module-declaration%>-Importe dürfen nicht %<include-translated%> sein Nachbedingungen können keine Anweisungen sein Suffix-%qD muss %<int%> als sein Argument nehmen Suffix-%qD muss %<int%> als sein zweites Argument nehmen Suffix-%qD sollte %qT zurückgeben Mögliche Dereferenzierung eines Nullzeigers power9-Zieloption ist mit %<%s=<xxx>%> für <xxx> kleiner als power9 inkompatibel Pragma oder Attribut %<target("%s")%> akzeptiert keine Argumente Pragma oder Attribut %<target("%s")%> erlaubt keine negierte Form Pragma oder Attribut %<target("%s")%> ist nicht gültig Pragma oder Attribut %<target("%s=%s")%> ist nicht gültig pragma(%s) ist nicht implementiert Pre-Decrement-Adresse ist kein Register Pre-Increment-Adresse ist kein Register Genauigkeit Genauigkeit im printf-Format Vorbedingungen können keine Anweisungen sein vordeklarierter arithmetischer Typ %qT in %<#pragma omp declare reduction%> vordefinierter arithmetischer Typ in %<#pragma omp declare reduction%> bedingter Thumb-Befehl bedingter Befehl in bedingter Sequenz Präfix-%qD sollte %qT zurückgeben Präfix-Attribute vor %<@%D%> werden ignoriert Präfixattribute werden für Implementierungen ignoriert Präfixattribute werden für Methoden ignoriert Interner Fehler: prev_bb of %d should be %d, not %d vorheriges %<#pragma omp declare reduction%> vorherige Deklaration von %<pragma omp declare reduction%> vorheriger Vertrag hier vorherige Deklaration vorherige Deklaration von %q#D vorherige Deklaration von %q#D ist hier vorherige Deklaration %qD vorherige Deklaration %qD verwendete %d Template-Parameter vorherige Deklaration %qD verwendete %d Template-Parameter bisherige Deklaration als %q#D vorherige Deklaration hier vorherige Deklaration von %<%c%E%> vorherige Deklaration von %<%c%E%> als %<@optional%> vorherige Deklaration von %<%c%E%> als %<@required%> vorherige Deklaration von %<%c%s%> vorherige Deklaration von %q#D vorherige Deklaration von %q+D vorherige Deklaration von %qD vom Typ %qT vorherige Deklaration von %qD vorherige Deklaration von %qD war hier vorherige Deklaration von %qE bisherige Deklaration mit %qL-Bindung vorherige Definition hier vorherige Definition von %q#T vorherige Definition von %q+D vom Typ %qT vorherige Definition von %qD war hier vorherige implizite Deklaration von %q+D vom Typ %qT vorherige Sprungmarke vorherige Mangelung von %q#D vorherige Nicht-Prototyp-Definition hier vorherige Angabe bisherige Spezifikation in %q+#D hier vorher als %s deklariert war vorher als %s mit %u unspezifizierten Variablengrenze deklariert war vorher als %s mit %u unspezifizierten Variablengrenzen deklariert war vorher als %s mit %u Variablengrenze deklariert war vorher als %s mit %u Variablengrenzen deklariert war vorher als %s deklariert, mit Grenze %qs war vorher als %s deklariert, mit Grenze %qs war vorher als %s deklariert, mit Grenzargument %E war vorher als Zeiger %s deklariert war vorher als Array variabler Länge %s deklariert war vorher als Array %s deklariert war vorher als gewöhnliches Array %s deklariert vorher hier deklariert vorher hier definiert vorher hier als %s definiert Bereits hier verwendet primäres Template %qD ursprüngliches Template hier privates Element %q#D in anonymer Union private-module-fragment %<private-module-fragment%> ist nur im Zuständigkeitsbereich eines Modulinterfaces oder einer Partition zulässig Wahrscheinlichkeit %qE liegt außerhalb des Bereichs [0.0, 1.0] Wahrscheinlichkeit %qE muss eine konstanter Gleitkommaausdruck sein Problem beim Erstellen des Zielabbilds für %s Produkt %<%E * %E%> der Argumente %i und %i überschreitet %<SIZE_MAX%> Produkt %<%E * %E%> der Argumente %i und %i überschreitet maximale Objektgröße %E Profildaten für Funktion %u sind beschädigt Profil für Funktion %qD nicht in Profilingdaten gefunden Profilerunterstützung für VxWorks Profiling von %<-mcmodel=large%> wird mit PIC nicht unterstützt Profiling ist für dieses Ziel noch nicht implementiert Profiling wird mit »-mg« nicht unterstützt Programme: %s
weitergegebenes Argument %qD passt nicht zu eingebautem Prototypen weitergegebenes Argument %qD passt nicht zum Prototypen das beförderte (promoted) bitweise Komplement eines vorzeichenlosen Wertes ist immer ungleich Null, da die höchstwertigen Bits 1 sind Eigenschaften für %<simd%>-Selektor dürfen nicht in %<metadirective%> angegeben werden Eigenschaften müssen benannt sein Eigenschaft %qs ist bereits in %<@dynamic%> festgelegt Eigenschaft %qs ist bereits in %<@synthesize%> festgelegt Eigenschaft %qs verwendet Instanzvariable %qs unverträglichen Typs Eigenschaft %qs verwendet dieselbe Instanzvariable wie die Eigenschaft %qs Eigenschaft kann kein Bitfeld sein Eigenschaft kann kein Array sein Eigenschaftsdeklaration nicht im Kontext von %<@interface%>, %<@protocol%> oder %<category%> Eigenschaft muss ein konstanter ganzzahliger Ausdruck sein Eigenschaft muss ein konstanter ganzzahliger Ausdruck oder ein Zeichenkettenliteral sein Eigenschaft bei %C muss ein konstanter ganzzahliger Ausdruck oder ein Zeichenkettenliteral sein Eigenschaft bei %C muss ein konstanter ganzzahliger oder logischer Ausdruck sein geschütztes Element %q#D in anonymer Union geschützte Sichtbarkeitsattribute werden in dieser Konfiguration nicht unterstützt; ignoriert Protokoll %qE hat ringförmige Abhängigkeit Protokoll %qE ist veraltet Protokoll %qE ist nicht verfügbar Protokoll-Attribute sind in Objective-C 1.0 nicht verfügbar Prototyp-Deklaration der Prototyp wurde hier deklariert Prototyp für %q+D deklariert Argument %d mit inkompatiblem Typen Prototyp für %q+D deklariert weniger Argumente als vorherige Definition im alten Stil Prototyp für %q+D deklariert mehr Argumente als vorherige Definition im alten Stil Prototyp für %q+D folgt einer Nicht-Prototyp-Definition Prototyp für »%s« hat Pflichtoperanden hinter optionalen Operanden Prototyp für %q#D angegeben für %qD bereitgestellt Pseudo-Destruktor wird nicht aufgerufen pure virtuelle %q#D aus Konstruktor heraus aufgerufen pure virtuelle %q#D aus Destruktor heraus aufgerufen pure virtuelle %q#D aus nichtstatischem Datenelement-Initialisierer heraus aufgerufen reiner Spezifizierer bei Funktionsdefinition q/Q-Modifizierer für Symbolreferenzen ungültig Überprüfung für qsort-Vergleichsfunktion fehlgeschlagen Vergleichsfunktion für qsort liefert nicht-negatives Ergebnis für sortierte Ausgabe: %d Vergleichsfunktion für qsort ist nicht antisymmetrisch: %d, %d Vergleichsfunktion für qsort ist nicht transitiv: %d, %d, %d qualifizierter Name benennt keine Klasse qualifizierter Typ %qT passt nicht zum Destruktornamen ~%qT qualified-id in Deklaration Qualifizierer sind bei Konstruktordeklarationen nicht erlaubt Qualifizierer sind bei Deklaration von %<operator %T%> nicht erlaubt Qualifizierer sind bei Deklaration von Herleitungshinweis nicht erlaubt Qualifizierer sind bei Destruktordeklarationen nicht erlaubt qualifizierender Typ %qT passt nicht zum Destruktornamen ~%qT %qs innerhalb von Anführungszeichen im Format %qs-Direktive innerhalb von Anführungszeichen im Format; verwenden Sie stattdessen %qs r0 muss als aufrufzerstörtes Register verfügbar sein Bereichsklausel muss vom Typ Array, Scheibe, Zeichenkette, Map oder Kanal sein Wertebereichsausdrücke in switch-Anweisungen sind nicht standardkonform Bereichsgrenzen haben nicht denselben Typ bereichsbasierter %<for%>-Ausdruck mit Typ %qT hat unvollständigen Typ Bereichsbasierte %<for%>-Schleifen sind nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar Bereichsbasierte %<for%>-Schleifen mit Initialisierer sind erst mit %<-std=c++20%> oder %<-std=gnu++20%> verfügbar Rang + Korang von %qs übersteigt %d bei %C roher Literaloperator %q#D steht mit literalem Operatortemplate in Konflikt rdynamic wird nicht unterstützt Reinitialisierung von %qs bei %L Erreichbarkeitsdefinition %s ist hier Lesen der Export-Daten gescheitert schreibgeschützte Stelle %qE als %<asm%>-Ausgabe verwendet schreibgeschütztes Element %qD als %<asm%>-Ausgabe verwendet schreibgeschützter benannter Rückgabewert %qD als %<asm%>-Ausgabe verwendet schreibgeschützter Parameter %qD als %<asm%>-Ausgabe verwendet schreibgeschützte Referenz %qD als %<asm%>-Ausgabe verwendet schreibgeschützte Variable %qD als %<asm%>-Ausgabe verwendet Code liest %E Byte aus einer Region der Größe %E Code liest %E Bytes aus einer Region der Größe %E Code liest %E oder mehr Bytes aus einer Region der Größe %E CMI %qs wird gelesen Code liest zwischen %E und %E Bytes aus einer Region der Größe %E Eingabedatei wird gelesen Lesen über Null-Zeiger (Argument %d) Das Übergeben des nicht trivial-kopierbaren Typs %q#T über %<...%> ist »conditionally-supported« ([expr.call] 5.2.2/7) das angegebene Suffix als Dateiname des Definitionsmoduls erkennen die angegebene Endung als Implementierungs- oder Modul-Dateiname erkennen Neuübersetzung mit %<-fcompare-debug%> rekursiver Aufruf rekursive Auswertung des Standardarguments für %q#D rekursives Inlining rekursive Instanziierung von Vorgabeinitialisierer für Element %qD rekursives verzögertes Laden rekursive Referenz %qs rekursiver Typ %qT nicht definiert rekursiv erforderlich durch Ersetzung von %qS
rekursiv erfordert von %q#D
rekursiv erfordert von hier
Redeklaration %qD unterscheidet sich in %qs von vorheriger Deklaration Redeklaration von %<enum %E%> Redeklaration von %<pragma omp declare reduction%> Redeklaration von %q#D Redeklaration von %q#D hat möglicherweise keine Default-Argumente Redeklaration von %q#D mit unterschiedlichen Einschränkungen Neudeklaration von %q#D mit unterschiedlichen Templateparametern Redeklaration von %q+D mit anderer Sichtbarkeit (alte Sichtbarkeit beibehalten) Redeklaration von %q+D ohne Bindung Redeklaration von %qD fügt ABI-Marke %qE hinzu Redeklaration von %qD mit unterschiedlichen Einschränkungen Redeklaration von %qT als Nicht-Template Redeklaration von %qs %<#pragma omp declare reduction%> für Typ %qT Redeklaration des eingebauten C++-Typs %qT Redeklaration der Objective-C-Klasse %qs Redeklaration der Aufzählung %qs Redeklaration von Aufzählung %q+D Redeklaration des »friend« %q#D kann keine Standardtemplateargumente haben Redeklaration der Eigenschaft %qD hier erneut deklariert hier als %q#D redeklariert mit %d Template-Parameter redeklariert mit %d Template-Parametern redeklariert redefinierte »extern inline«-Funktionen kommen nicht als »inline« in Betracht N/A Redefinition von %<struct %E%> Redefinition von %<union %E%> Redefinition von %q#D Redefinition von %q#T Redefinition von %q+D Neudefinition des Standardarguments für %q+#D Redefinition des Parameters %q+D Redefinition des typedef %q+D Redefinition des typedef %q+D mit anderem Typ Redefinition des typedef %q+D mit variabel modifiziertem Typ redundanter Klassenschlüssel %qs in Verweis auf %q#T redundanter Aufzählungsschlüssel %<enum%s%> in Bezug auf %q#T redundantes Verschieben in Initialisierung redundantes Verschieben in Rückgabeanweisung redundante Redeklaration von %<constexpr%>static-Datenmember %qD Redundante Redeklaration von %q+D redundante Redeklaration von %qD im selben Gültigkeitsbereich ref-Qualifizierer sind nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar %<dynamic_cast%> auf Referenz fehlgeschlagen Referenz %qD wird mit sich selbst initialisiert die Referenz %qD ist noch nicht an einen Wert gebunden, wenn sie hier verwendet wird Referenz %qs kann nicht als %<mutable%> deklariert sein Verweis hat sowohl stmt als auch lto_stmt_uid gesetzt Referenz auf %<%T::%D%> ist mehrdeutig Referenz auf %qD ist mehrdeutig Interner Fehler: reference to dead statement Referenz auf lokale Variable %qD zurückgegeben Referenztyp %qT in %<#pragma omp declare reduction%> das referenzierte Argument wird hier deklariert das referenzierte Symbol wird hier deklariert das verweisende Argument %u vom Typ %qT Region enthält mit %s partitionierten Code, ist aber nicht mit %s partitioniert Region ist mit %s partitioniert, enthält aber keinen mit %s partitionierten Code Region von lp %i ist falsch Registername %qs ist im Adressraum %<__regio_symbol%> unbekannt Registername für Nicht-Registervariable %q+D angegeben für %q+D wurde kein Registername angegeben Registernummer muss bereits zur Kompilierzeit eine Konstante sein. Probieren Sie eine stärkere Optimierungsstufe Registernummer für %s muss im Bereich von 0 bis 31 liegen Register von %qD für mehrere globale Registervariablen verwendet Register oder Speicherausdruck für Ausgabemodifizierer »M« erwartet Register oder Speicherausdruck für Ausgabemodifizierer »N« erwartet für %q+D angegebenes Register ist ein GCC-internes Implementierungsdetail für %q+D angegebenes Register eignet sich nicht für Datentyp Register-Variable %qD in verschachtelter Funktion verwendet Attribute regparam und thiscall sind nicht verträglich geschachtelte Funktion mit regparm wird mit %<__builtin_eh_return%> nicht unterstützt Reimplementation der Klasse %qE entspannte Transaktion in %<transaction_safe%>-Funktion entspannte Transaktion in atomarer Transaktion entfernen Sie den Aufruf von %<std::move%> entfernen Sie die %<{ }%> um den Initialisierer entfernen Sie die Klammern entfernen Sie die Klammern, um stattdessen eine Variable mit ihrem Vorgabewert zu initialisieren entfernen Sie den Klassenschlüssel oder ersetzen Sie ihn durch %qs Interner Fehler: removed loop %d in loop tree Spezifikation wird von %s nach %s umbenannt
wiederholtes %<@%> vor Objective-C-Zeichenkette wiederholtes %s im Format ersetzen Sie die Klammern durch geschweifte Klammern, um eine Variable zu deklarieren Klassenschlüssel durch %qs ersetzen Anfrage zur impliziten für Umwandlung von %qT in %qT ist in C++ nicht erlaubt Abfrage des Elementes %qD in %qE, das vom Nicht-Klassentyp %qT ist Anforderung des Elements %qD in %qE, das vom Zeigertyp %qT ist (vielleicht war %<->%> gemeint?) Abfrage des Elementes %qD ist mehrdeutig Abfrage des Elementes %qD ist im Gitter der Mehrfachvererbung mehrdeutig Abfrage des Elementes %qE in Nicht-Klassentyp %qT Anfrage nach Element %qE in etwas, was keine Struktur oder Variante ist angeforderte %<init_priority%> %i liegt außerhalb des Bereichs [0, %i] angeforderte %<init_priority%> %i ist für interne Verwendung reserviert angeforderte %<init_priority%> muss ganzzahlig und konstant sein das angeforderte %qE-Attribut ist kein kommaseparierter Paar von nichtnegativen ganzzahligen Konstanten, oder es ist zu groß (maximal %d) die angeforderte ABI erfordert %<-march%>, um die %qc-Erweiterung zu ermitteln verlangte Ausrichtung %qE übersteigt den Höchstwert %u verlangte Ausrichtung %qE ist größer als die maximale Dateigröße %u Verlangte Ausrichtung %qE ist keine positive Zweierpotenz angeforderte Ausrichtung für %q+D ist größer als die implementierte Ausrichtung von %wu verlangte Ausrichtung ist keine Konstante verlangte Ausrichtung ist keine Zweierpotenz Verlangte Ausrichtung ist keine Ganzzahlkonstante Verlangte Ausrichtung ist zu groß Angeforderte Position ist kleiner als Null Angeforderte Position ist keine Ganzzahlkonstante Zeichenkette erfordert ID-Argument require_atom(): bad atom type required erforderlich durch Ersetzung von %qS
erfordert durch %q#D
von hier erfordert
erfordert »requires«-Klausel in Deklaration von Nichtfunktionstyp %qT »requires«-Klausel für Rückgabetyp requires-clause an type-id requires-clause an Typedef Auflösungs-Sub-ID %wx nicht in Objekt-Datei Interner Fehler: resolve_function(): bad function type resolve_intrinsic(): Too many args for intrinsic resolve_operator(): Bad intrinsic resolve_ref(): Bad array reference resolve_subroutine(): bad function type Auflöser-indirekte Funktion ist hier deklariert das Ergebnis von %<%wu ^ %wu%> ist %wu; meinten Sie %<1 << %wu%> (%wu)? das Ergebnis von %<%wu ^ %wu%> ist %wu; meinten Sie %<1LL << %wu%>? das Ergebnis von %<%wu ^ %wu%> ist %wu; meinten Sie %<1e%wu%>? das Ergebnis von %<%wu ^ %wu%> ist %wu; meinten Sie Potenzbildung? Ergebnis von %<operator->()%> ergibt Nicht-Zeiger-Ergebnis Ergebnis von %qE erfordert %u Bits, aber %qT hat nur %u Bits Rückgabetyp ist keine einfache Typ-Einschränkung Resultat mit nicht konstanter Zeichenlänge Signieren der Rückgabeadresse wird nur für %<-mabi=lp64%> unterstützt return streicht Qualifizierer %qv von Zeiger-Zieltyp Interner Fehler: return edge does not point to exit in bb %d Rückgabe von Pointer auf nicht enthaltenen Adressraum return erzeugt aus unqualifiziertem einen qualifizierten Funktionszeiger %q#v »return« nicht gefolgt von Sperre Rückgabetyp %q#T ist unvollständig Rückgabetyp ist auf %<int%> voreingestellt Rückgabetyp ist unvollständig Rückgabetyp könnte Kandidat für Formatattribut sein Rückgabetyp von %qD ist nicht %<int%> Rückgabetyp von %qD ist nicht %qs Rückgabetyp für Funktion Angabe des Rückgabetyps für Konstruktor ist ungültig Angabe des Rückgabetyps für Destruktor ist ungültig Rückgabetyp für %<operator %T%> angegeben Rückgabetyp für Herleitungshinweis angegeben unverträgliche Rückgabetypen Rückgabe eines Wertes in Funktion ohne Rückgabetyp Return-Anweisung mit Wert, in Funktion mit Rückgabetyp %qT Return-Anweisung ohne Wert, in %qT zurückgebender Funktion %<return-type-requirement%> ist keine Typ-Einschränkung zurückgegeben von %qD zurückgegeben von %qT Rückgabe von %qT aus einer Funktion mit inkompatiblem Rückgabetyp %qT Rückgabe von %qT aus einer Funktion mit Rückgabetyp %qT wandelt einen Zeiger in eine Zahl um, ohne explizite Typkonvertierung Rückgabe von %qT aus einer Funktion mit Rückgabetyp %qT wandelt eine Zahl in einen Zeiger um, ohne explizite Typkonvertierung Rückgabe von %qT von Zeigertyp %qT mit inkompatibler Speicherreihenfolge für Skalare Rückgabe eines Wertes von einem Konstruktor Wert von Destruktor zurückgegeben Initialisierungsliste wird zurückgegeben das Zurückgeben der lokalen %<initializer_list%>-Variable %qD verlängert nicht die Lebenszeit des zugrundeliegenden Arrays Rückgabe von Zeiger auf %qD vom Typ %qT aus einer Funktion mit inkompatiblem Rückgabetyp %qT Referenz auf temporären Wert wird zurückgegeben das Zurückgeben einer temporären %<initializer_list%> verlängert nicht die Lebenszeit des zugrundeliegenden Arrays Zurück auf Los? (siehe https://gcc.gnu.org/bugzilla/show_bug.cgi?id=104552#c26) Interner Fehler: returns_twice call is %s in basic block %d umgekehrte Speicherreihenfolge für Gleitkommaskalare umgekehrte Speicherreihenfolge für Skalare umgekehrte Speicherreihenfolge für »%smode« rechter Operand des Komma-Operators kann die Adresse der überladenen Funktion nicht auflösen rechter Operand des Komma-Operators hat keinen Effekt rechter Operand des Komma-Operators ist eine Referenz, kein Aufruf, zur Funktion %qE rechter Operand des Schiebeausdrucks %q+E ist mindestens so groß wie die Genauigkeit %wu des linken Operanden rechter Operand des Schiebeausdrucks %q+E ist negativ rechte Präzision rechte Präzision im strfmon-Format Rechts-Schiebe-Weite >= Breite des Typs Rechts-Schiebe-Weite >= Breite des Vektorelements Rechts-Schiebe-Weite ist negativ rechter Operand des Komma-Ausdrucks hat keinen Effekt Rundungsmodus für VAX-Floats nicht unterstützt Rundungsergebnis wird immer 0 sein Rundung auf %d Bits hat keinen Effekt für Festkommawert mit %d Bit Nachkommaanteil Routine %qD ist hier deklariert Unterprogrammaufruf verwendet OpenACC-Parallelismus, der von der umgebenden Routine verboten wurde Unterprogrammaufruf verwendet denselben OpenACC-Parallelismus wie enthaltende Schleife rv32e erfordert die ilp32e-ABI CPU rx100 hat keine FPU-Hardware CPU rx200 hat keine FPU-Hardware selber kanonischer Typknoten für die unterschiedlichen Typen %qT und %qT selbe Variable wird in %<firstprivate%>- und %<lastprivate%>-Klauseln am %<distribute%>-Konstrukt dieselbe Version wurde zuvor hier definiert Interner Fehler: same_comdat_group is not a circular list Interner Fehler: same_comdat_group list across different groups Fehlzuordnung von Attributen der Bereinigungsfunktion die Erfüllung der atomaren Einschränkung %qE hängt von sich selbst ab der Erfüllungswert der wurde zuerst hier als %qE ausgewertet der Erfüllungswert der atomaren Einschränkung %qE ändert sich von %qE nach %qE Bitbereich der Sättigung muss eine direkt angegebene Konstante sein Bitbereich der Sättigung muss im Bereich [%wd, %wd] liegen temporäre vorverarbeitete Dateien speichern %d %<template<>%> gefunden, %d werden für Spezialisierung eines Elementfunktionstemplates benötigt %<typename %E%> sagen, wenn ein Typ gemeint ist skalares Objekt %qD erfordert ein Element in Initialisierung Skalierung muss nichtnegativ sein Skalierung und Normalisierung können nicht gleichzeitig aktiv sein; wird übersprungen
Ablauf %<auto%> akzeptiert keinen Parameter %<chunk_size%> Ablauf %<runtime%> akzeptiert keinen Parameter %<chunk_size%> Plan-Teilgrößenausdruck muss bestimmt sein Bereich %qT vor %<~%> ist kein Klassenname enum %qT mit eingeschränkter Sichtbarkeit wird vor %<-fabi-version=6%> als Typ %qT, später jedoch als %qT durch %<...%> übergeben enums mit Gültigkeitsbereich nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar falsche Zuordnung zwischen innerhalb und außerhalb eines Gültigkeitsbereiches in enum %q#T das Score-Argument muss ein konstanter ganzzahliger Ausdruck sein das Score-Argument bei %C muss ein konstanter ganzzahliger Ausdruck sein das Score-Argument darf nicht negativ sein das Score-Argument bei %C darf nicht negativ sein zweites Argument muss konstant sein zweites Argument muss eine Scheibe oder Zeichenkette sein zweites Argument von %q+D sollte %<char **%> sein Zweites Argument für %<__builtin_call_with_static_chain%> muss ein Zeigertyp sein Zweites Argument für %<__builtin_prefetch%> muss eine Konstante sein zweites Argument für %<va_arg%> ist ein Funktionstyp %qT zweites Argument für %<va_arg%> ist vom unvollständigen Typ %qT zweites Argument für Funktion %qE muss eine konstante Zweierpotenz zwischen %qi und %qu Bits sein zweiter Operand des bedingten Ausdrucks kann die Adresse der überladenen Funktion nicht auflösen zweiter Operand des bedingten Ausdrucks hat keinen Effekt zweiter Operand des bedingten Ausdrucks ist eine Referenz, kein Aufruf, zur Funktion %qE zweiter Operand für Bedingungsoperator ist vom Typ %<void%>, aber der dritte Operand ist weder ein Throw-Ausdruck noch vom Typ %<void%> Zweiter Parameter von %<va_start%> ist nicht letztgenanntes Argument das zweite, dritte und vierte Argument müssen konstant sein Abschnitt #%u fehlt oder ist beschädigt Abschnitt %qs fehlt oder ist beschädigt Abschnitt existiert bereits: %qs Abschnittsanker müssen ausgeschaltet sein, wenn Toplevel-Neuordnung ausgeschaltet ist Abschnittsanker müssen ausgeschaltet sein, wenn »unit-at-a-time« ausgeschaltet ist Argument des Abschnittsattributs ist keine Zeichenkettenkonstante Abschnitts-Attribut kann nicht für lokale Variablen angegeben werden Abschnitts-Attribut nicht erlaubt für %q+D Abschnitts-Attribute werden für dieses Ziel nicht unterstützt Abschnitt von %q+D kann nicht aufgehoben werden Abschnitt von %q+D in Konflikt mit vorheriger Deklaration Abschnitt des Aliases %q+D muss zum Abschnitt seines Ziels passen Abschnittstypkonflikt Abschnittstypkonflikt mit %qD Speicherzugriffsverletzung Speicherzugriffsverletzung (Code) die ausgewählten fp16-Optionen sind inkompatibel Selektor %qs akzeptiert keine Eigenschaften Selektor %qs bei %C akzeptiert keine Eigenschaften Selektor %qs nicht erlaubt für Kontext-Selektorsatz %qs Selektor %qs ist für den Kontext-Selektorsatz %qs nicht erlaubt, bei %C Selektor %qs mehr als einmal im Satz %qs angegeben Wähler muss »immediate« sein Selektor muss eine Ganzzahlkonstante im Bereich [0, %wi] sein Selektorsatz %qs mehr als einmal angegeben Vergleich mit sich selbst ergibt immer »false« Vergleich mit sich selbst ergibt immer »true« Selbsttests sind in diesem Build nicht eingeschaltet Selbsttests sind unverträglich mit %<-E%> Fehlzuordnung von semantischer Einlagerung legen Sie %qs auf mindestens %d fest, um mehr Details zu sehen alle Ortswerte auf einen bestimmten Wert festlegen (interner Schalter) der Basistyp der Menge muss ein Ordinaltyp sein Interner Fehler: set type cannot be initialized with a %qs Interner Fehler: set type does not take another integer value setjmp/longjmp innerhalb %<simd%>-Konstrukts Methodennamen von Settern müssen mit %<:%> aufhören Kern-Dateigrößenlimit kann nicht gesetzt werden: %m verdeckte Deklaration ist hier eingebaute Funktion %q#D wird überdeckt Bibliotheksfunktion %q#D wird überdeckt vorherige Typdeklaration von %q#D wird überschattet Gemeinsam genutzte SSA-Namen-Info shared und mdll sind unverträglich Interner Fehler: shared call_stmt: shared wird nicht unterstützt Gemeinsames rtx Überlauf der Shared-Memory-Region Schiebeweite ist keine Ganzzahl Schiebeausdruck %q+E läuft über Schiebeoperation eines Nicht-Ganzzahloperanden zu wenig Export-Daten gelesen Interner Fehler: show_array_ref(): Unknown array reference Interner Fehler: show_array_spec(): Unhandled array shape type. Interner Fehler: show_code_node(): Bad statement code Interner Fehler: show_expr(): Bad intrinsic in expression Interner Fehler: show_expr(): Don't know how to show expr Interner Fehler: show_ref(): Bad component code Interner Fehler: sibcall edges for non-call insn in bb %i Seiteneffekte werden bei %<ADDR_EXPR%>-Änderung nicht neu berechnet side-effects element in no-side-effects CONSTRUCTOR Vorzeichenbehaftete Umwandlung von %qT nach %qT ändert den Wert von %qE Vorzeichenbehaftete Umwandlung von %qT nach %qT ändert den Wert von %qE nach %qE Vorzeicheneigenschaft des Typen und Maschinenmodus %qs passen nicht zusammen einfaches IF simplify_intrinsic_op(): Bad operator simplify_min_max(): Bad type in arglist einzelnes %<target_clones%>-Attribut wird ignoriert Größe %qE des Arrays %qE übersteigt maximale Objektgröße %E Größe %qE des Arrays %qE ist negativ Größe %qE des Arrays überschreitet maximale Objektgröße %qE Größe %qE des Arrays ist negativ Größe des Arrays bei »new« muss Ganzzahltyp haben Größe ist zu groß Unpassende Größe in Argument %d von %qE Größe von %q+D überschreitet mit %E Bytes die maximale Objektgröße %wu Größe von %qD passt nicht zur ursprünglichen Deklaration Arraygröße von %qD hat nicht-ganzzahligen Typen %qT Größe des Arrays %qD ist kein konstanter Ganzzahlausdruck Größe des Arrays %qE übersteigt maximale Objektgröße %E Arraygröße von %qE hat unvollständigen Typ Arraygröße von %qE hat Nicht-Ganzzahltyp Größe des Arrays %qE ist negativ Größe des Arrays %qE ist kein konstanter Ausdruck Arraygröße von %qE ist zu groß Größe des Arrayelements ist kein Vielfaches seiner Ausrichtung Größe des Arrays übersteigt maximale Objektgröße %qE Arraygröße hat nicht-ganzzahligen Typen %qT Größe des Arrays ist kein konstanter Ausdruck Größe des Arrays ist kein konstanter Ganzzahlausdruck Arraygröße ist zu groß Interner Fehler: size of loop %d should be %d, not %d Größe des Rückgabewertes von %q+D ist %u Bytes Größe des Rückgabewertes von %q+D ist größer als %wu Bytes Größe des Zeichenkettenliterals ist zu groß Größe des Typs %qT ist zu groß (%qE Bytes) Größe eines unbenannten Arrays hat unvollständigen Typ Größe eines unbenannten Arrays hat Nicht-Ganzzahltyp Größe des unbenannten Arrays ist negativ Größe des unbenannten Arrays ist zu groß Größe der Variablen %q+D ist zu hoch Größenbereiche der Option %qs sollten aufsteigend sein sizeof(long double) ist 12. sizeof(long double) ist 16. Ausschnitt kann nur mit nil verglichen werden Scheibenkapazität muss ganzzahlig sein Scheibenende muss eine Ganzzahl sein Scheibe ohne adressierbaren Wert jegliche Instanziierung mit nichtleerer Parameterpackung wäre unzulässig soft-float und long-double-128 sind unverträglich Einige Teile des expandierten Makros sind nicht von diesem %qs-Konstrukt erfasst nicht implementiert nicht implementiert: Entschuldigung: Semantik von static-Variable %q#D in inline-Funktion ist falsch (mehrere Kopien wären die Folge) Entschuldigung: Semantik der Inline-Variable %q#D ist falsch (mehrere Kopien wären die Folge) Quelle ist ein Zeiger auf unvollständigen Typen Quelle ist kein Zeiger Quelle ist kein Zeiger auf Klasse Quelle hat nicht Klassentypen Quelle hat unvollständigen Klassentypen Quellorte für Funktion %qD haben sich geändert, Profilingdaten möglicherweise veraltet Quellobjekt %qE der Größe %s Quellobjekt wird hier alloziert Quellobjekt ist wahrscheinlich an Adresse null Quellobjekt der Größe %s, alloziert durch %qE Quellentyp ist nicht polymorph Leerzeichen gefolgt von Satzzeichen %<%c%> Spezifikation %qs hat ungültiges %<%%0%c%> Spezifikation %qs hat ungültiges %<%%@%c%> Spezifikation %qs hat ungültiges %<%%W%c%> Spezifikation %qs hat ungültiges %<%%x%c%> Spezifikation %qs ist ungültig Spezifikationsfehler: %<%%*%> wurde nicht durch Mustererkennung initialisiert Spezifikationsfehler: mehr als ein Argument für %<SYSROOT_HEADERS_SUFFIX_SPEC%> Spezifikationsfehler: mehr als ein Argument für %<SYSROOT_SUFFIX_SPEC%> Spezifikationsfehler: nicht erkannte Spezifikationsoption %qc Spezifikationsdatei hat keine Spezifikation zum Binden Spezifikation ist '%s'
aus Spezifikation erzeugtes switch ist nur %<-%> spec_dimen_size(): Bad dimension Spezialisierung %qT hinter Instanziierung %qT Spezialisierung von %qD nach Instanziierung Spezialisierung von %qD in anderem Namensbereich Spezialisierung von %qD muss im Gültigkeitsbereich des Namensbereiches auftreten Spezialisierung von %qT hinter Instanziierung Spezialisierung des Alias-Template %qD Spezialisierung der implizit deklarierten speziellen Elementfunktion Spezialisierung des Variablenkonzepts %q#D Spezialisierung des Variablentemplates %qD als Funktion deklariert spezialisierendes Element %<%T::%E%> erfordert Syntax %<template<>%> angegebene Grenze %E überschreitet die Größe %E des Zielobjekts angegebene Grenze %E überschreitet die maximale Objektgröße %E angegebene Grenze %E überschreitet die Größe %E des Quellobjekts angegebene Grenze %E überschreitet möglicherweise die Größe %E des Zielobjekts angegebene Grenze %E überschreitet möglicherweise die maximale Objektgröße %E angegebene Grenze %E überschreitet möglicherweise die Größe %E des Quellobjekts angegebene Grenze %wu überschreitet %<INT_MAX%> angegebene Grenze %wu überschreitet maximale Objektgröße %wu angegebene Grenze %wu überschreitet die Größe %wu des Zielobjekts angegebene Grenze [%E, %E] überschreitet die Größe %E des Zielobjekts angegebene Grenze [%E, %E] überschreitet die maximale Objektgröße %E angegebene Grenze [%E, %E] überschreitet die Größe %E des Quellobjekts angegebene Grenze [%E, %E] überschreitet möglicherweise die maximale Objektgröße %E angegebene Grenze [%E, %E] überschreitet möglicherweise die Größe %E des Quellobjekts angegebene Bereichsgrenze [%wu, %wu] überschreitet %<INT_MAX%> angegebener Modus zu klein für Aufzählungswerte Option %qs wurde mehrmals angegeben angegebene Größe %E überschreitet die maximale Objektgröße %E angegebene Größe %E überschreitet möglicherweise die maximale Objektgröße %E angegebene Größe zwischen %E und %E überschreitet die maximale Objektgröße %E angegebene Größe zwischen %E und %E überschreitet möglicherweise die maximale Objektgröße %E Systemregister mit einem kurzem Namen angeben Reihenfolge der Bibliotheken kommagetrennt angeben, erlaubte Einträge sind: log,min,pim,iso oder deren entsprechende Verzeichnisnamen m2log,m2min,m2pim,m2iso. Liste der Laufzeitmodule und deren Initialisierungsreihenfolge angeben Präfixname für gemangelte Modulnamen angeben den gemangelten Präfix für Modulnamen angeben, für alle Module in den folgenden Includepfaden Angabe von Vektortypen mit %<__attribute__ ((mode))%> ist veraltet falsche %%include-Syntax für Spezifikationen nach %ld Zeichen falsche %%rename-Syntax für Spezifikationen nach %ld Zeichen keine %s-Spezifikation zum Umbenennen gefunden Fehler in Spezifikationsdatei nach %ld Zeichen Spezifikation: unbekannter %%-Befehl nach %ld Zeichen spekulative Kanten sind nicht benachbart falsches %<>>%>; %<>%> verwenden, um eine Templateargumentliste zu beenden verdächtige Folge von Satzzeichen %<%.*s%> am Anfang des Formats störendes letztes %<%%%> im Format verdächtige Folge von Satzzeichen %<%.*s%> am Ende des Formats überzähliges Leerzeichen am Ende des Formats Größe des Stapelkollisionswächters %d muss gleich dem Sondierungsintervall %d sein Stapelrahmen muss kleiner als 64k sein Interner Fehler: stack frame not a multiple of 8 bytes: %wd Interner Fehler: stack frame not a multiple of octabyte: %wd Stapelrahmen zu groß Stapel-Überwachungswert muss eine exakte Zweierpotenz sein Ausdruck der Stapelgrenze wird nicht unterstützt Stapelgrenzen nicht für dieses Ziel unterstützt Stapelsonde für SVE-Rahmen Stapel-Überprüfung erfordert %<-maccumulate-outgoing-args%> für Korrektheit Stapel-Überprüfung erfordert %<target("accumulate-outgoing-args")%> für Korrektheit Stapelschutz schützt nicht Funktion: Alle lokalen Arrays sind kleiner als %d Bytes Stapelschutz schützt nicht lokale Variablen: Puffer variabler Größe Stapelregister für globale Registervariable verwendet Stapelgröße muss eine exakte Zweierpotenz sein Stapelgröße muss größer als der Stapel-Überwachungswert sein Stapelgröße darf nicht größer als 64k sein Stapelverbrauchsberechnung wird für dieses Ziel nicht unterstützt Stapelverbrauch ist %wu Bytes Stapelverbrauch könnte %wu Bytes sein Stapelverbrauch möglicherweise unbegrenzt Stapelrahmen zu groß: %d Bytes OpenMP-»standalone«-Direktiven im Attribut %<omp::directive%> können nur in einer leeren Anweisung vorkommen das Standardattribut %qE bezieht sich nur auf Funktionen Standardattribute inmitten von Deklarationssymbolen Standardattribute müssen vor den Deklarationsspezifizierern stehen, um für die Deklaration zu gelten, oder ihnen folgen, um für den Typ zu gelten Standardattribute für Namensräume müssen vor dem Namen des Namensraums stehen start of RTL fragment must be on an earlier line than end Anfang der Implied-do-Schleife bei %L konnte nicht zu einem konstanten Wert vereinfacht werden Anfang/Ende von RTL-Fragment sind in verschiedenen Dateien Anweisung kann die Adresse der überladenen Funktion nicht auflösen Anweisung hat keinen Effekt Anweisung ist eine Referenz, kein Aufruf, zur Funktion %qE Anweisung ist kein Konstantenausdruck Anweisung inmitten eines Blocks für throw markiert Anweisung für throw markiert, wirft jedoch nichts Anweisung verwendet freigegebenen SSA-Namen volatile-Kennzeichen für Anweisung nicht aktuell Anweisung wird niemals ausgeführt Anweisung ohne Effekt Anweisungs-Ausdruck in konstantem Ausdruck Anweisungs-Ausdrücke sind weder außerhalb von Funktionen noch in Template-Argumenten erlaubt »static IO«-Deklaration von %q+D erfordert eine Adresse statische Behauptung gescheitert statische Behauptung gescheitert: %E statische Erklärung gescheitert: %s statische Kette mit Funktion, die keine verwendet statisches Datenelement %qD in unbenannter Klasse statisches Datenelement %qE als %qs deklariert Statische Deklaration von %q+D folgt nicht-statischer Deklaration statische Initialisierung der Variablen %q+D in %<.shared%>-Speicher wird nicht unterstützt static wird auf TPF-OS nicht unterstützt statisches Element %qD kann kein Bitfeld sein statisches Element %qD als %<register%> deklariert statische Elementfunktion %q#D mit Typqualifizierern deklariert statische Elementfunktion %qD kann nicht CV-Qualifizierer haben statische Elementfunktion %qD kann keinen ref-Qualifizierer haben »static« oder Typkennzeichner in Nicht-Parameter-Arraydeklarator der statische Typ %qT des Operanden ist eine nicht öffentliche Basisklasse des dynamischen Typs %qT statisch reservierte Instanz der Objective-C-Klasse %qE Attribute stdcall und cdecl sind nicht verträglich Attribute stdcall und fastcall sind nicht verträglich Attribute stdcall und thiscall sind nicht verträglich Ausdruck für die Schrittweite verweist auf äußeren Iterator %qD Schritt der Implied-do-Schleife bei %L konnte nicht zu einem konstanten Wert vereinfacht werden Schrittweite der implied-do-Schleife bei %L darf nicht 0 sein Anweisung (%p) nach Optimierungsdurchgang als geändert markiert: stmt with wrong VUSE Interner Fehler: stmts without block Speicherklasse %<__thread%> ungültig für Funktion %qs Speicherklasse %<auto%> ungültig für Funktion %qs Speicherklasse %<register%> ungültig für Funktion %qs Speicherklasse %<thread_local%> ungültig für Funktion %qs Speicherklasse %qD auf Templateinstanziierung angewendet Speicherklasse %qs angegeben Speicherklasse für Parameter %qE angegeben Speicherklasse für Parameter %qs angegeben Speicherklasse für Strukturfeld angegeben Speicherklasse für Strukturfeld %qE angegeben Speicherklasse für Template-Parameter %qs angegeben Speicherklasse für Typnamen angegeben Speicherklasse für unbenannten Parameter angegeben Speicherklasse in %<sizeof%> angegeben Speicherklasse in %qE angegeben Speicherklasse in Typcast angegeben Speicherklassenangabe in leerer Deklaration mit auf %<enum%> basierendem Typen Speicherklassenangaben sind in friend-Funktionsdeklarationen ungültig Speichergröße von %q+D ist nicht konstant Speichergröße von %q+D ist unbekannt Speichergröße von %qD wurde nicht aufgelöst Speichergröße von %qD ist nicht konstant Speichergröße von %qD ist unbekannt Adresse der lokalen Variable %qD wird in %qE gespeichert Merkwürdiger Gerätename %qs nach %qs: falsches Zeichen %qc Strategiename %qs für Option %qs angegeben, wird jedoch für 32-Bit-Code nicht unterstützt überflüssiges %<,%> am Ende der Elementdeklaration verirrtes %<@%> im Programm verirrtes %<\%o%> im Programm verirrtes %qc im Programm überflüssiges %qs zwischen Objective-C++ Methoden verirrtes %qs im Programm Streaming-Kindprozess fehlgeschlagen Der Streaming-Kindprozess wurde durch ein Signal beendet strftime-Formate können keine Argumente formatieren Zeichenkettenlänge %qd ist größer als die Länge %qd, die von ISO-C%d-Compilern unterstützt werden muss Zeichenkettenliteral mit nutzerdefiniertem Suffix ist in diesem Kontext ungültig Zuweisung mit starker Typumwandlung wurde abgefangen Möglicherweise wird starke Typumwandlung benötigt »struct« wurde hier definiert struct hat keine Elemente struct hat keine benannten Elemente Strukturausrichtung muss eine kleine Zweierpotenz sein, nicht %wu Strukturfeld Grenze für Strukturgröße kann nur auf 8 oder 32 gesetzt werden Grenze für Strukturgröße kann nur auf 8, 32 oder 64 gesetzt werden strukturierte Bindungsdeklarationen können erst ab %<-std=c++20%> oder %<-std=gnu++20%> %qs sein Deklaration für strukturierte Bindung darf nicht als %qs deklariert werden Deklaration für strukturierte Bindung darf nicht als %<auto%> (C++98) deklariert werden Deklaration für strukturierte Bindung darf nicht vom eingeschränkten %<auto%>-Typen %qT sein Deklaration für strukturierte Bindung darf nicht vom Typen %qT sein Deklaration für strukturierte Bindung festgelegt, aber nicht verwendet Strukturierte Bindung hat unvollständigen Typen %qT Strukturierte Bindung verweist auf unvollständigen Klassentypen %qT Strukturierte Bindung verweist auf unvollständigen Typen %qT strukturierte Bindungen sind nur mit %<-std=c++17%> oder %<-std=gnu++17%> verfügbar Unter-Framework-Include %s steht mit Framework-Include in Konflikt Teilobjekt %qD ist hier deklariert Unterprogramm %q+F nicht als %<Inline%> markiert Unterprogramm %q+F nicht als %<Inline_Always%> markiert Index fehlt in Arrayreferenz indizierter Wert ist weder ein Array noch ein Zeiger indizierter Wert ist weder Array noch Zeiger noch Vektor indizierter Wert ist Zeiger auf Funktion Indizierung eines als %<register%> deklarierten Arrays war später als %s mit %u unspezifizierten Variablengrenze deklariert war später als %s mit %u unspezifizierten Variablengrenze deklariert geschweifte Klammern um leeren Körper in %<do%>-Anweisung empfohlen geschweifte Klammern um leeren Körper in einer %<else%>-Anweisung empfohlen geschweifte Klammern um leeren Körper in einer %<if%>-Anweisung empfohlen es wird empfohlen, explizite geschweifte Klammern um leeren Körper in %<do%>-Anweisung zu setzen es wird empfohlen, explizite geschweifte Klammern zu setzen, um mehrdeutiges %<else%> zu vermeiden Klammern um %<&&%> innerhalb von %<||%> empfohlen Klammern um %<+%> in Operand von %<&%> empfohlen Klammern um %<+%> innerhalb von %<<<%> empfohlen Klammern um %<+%> innerhalb von %<>>%> empfohlen Klammern um %<-%> in Operand von %<&%> empfohlen Klammern um %<-%> innerhalb von %<<<%> Klammern um %<-%> innerhalb von %<>>%> empfohlen Klammern um %<>>%>-Ausdruck empfohlen Klammern um Arithmetik in Operand von %<^%> empfohlen Klammern um Arithmetik in Operand von %<|%> empfohlen Um Zuweisung, die als Wahrheitswert verwendet wird, werden Klammern empfohlen Klammern um Vergleich in Operand von %<!=%> empfohlen Klammern um Vergleich in Operand von %<&%> empfohlen Klammern um Vergleich in Operand von %<==%> empfohlen Klammern um Vergleich in Operand von %<^%> empfohlen Klammern um Vergleich in Operand von %<|%> empfohlen Klammern um Operand von %<!%> empfohlen, oder Änderung von %<&%> in %<&&%> oder %<!%> in %<~%> Klammern um Operand von %<!%> empfohlen, oder Änderung von %<|%> in %<||%> oder %<!%> in %<~%> empfohlene Alternative: empfohlene Alternativen: Unterstützung für Modus %qs Unterstützte Kernarchitekturen:%s Schalter %<-mcpu=%s%> steht mit dem Schalter %<-march=%s%> in Konflikt Schalter %<-mcpu=%s%> steht mit dem Schalter %<-march=%s%> in Konflikt Option %<-mcustom-%s%> steht mit Option %<-mcustom-%s%> in Konflikt Option %<-mcustom-%s%> wird für doppeltgenaue Gleitkomma benötigt Wert %2$d für Schalter %<-mcustom-%1$s%> muss zwischen 0 und 255 liegen Schalter %qs beginnt nicht mit %<-%> Schalter %qs wird nicht mehr unterstützt switch-Bedingung hat booleschen Wert switch springt in Anweisungs-Ausdruck switch springt über Variableninitialisierung Die Standardfallbehandlung in switch fehlt switch-Größe ist keine Ganzzahl switch beginnt hier switch-Anweisung der Größe %lu Einträge ist zu groß Symbol %qD, das von %qD referenziert wird, wurde hier deklariert Symbol muss definiert sein, um eine Version zu haben Zeichen als Immediate-Operand verwendet Zeichen sowohl mit Basis- als auch Index-Registern verwendet Symbol mit Offset im PIC-Modus verwendet symbolische Speicherreferenzen werden nur auf z10 oder neuer unterstützt Interner Fehler: symtab_node::verify failed Argument des Attributs »symver« muss das Format %<Name@Nodenname%> haben Interner Fehler: symver is not exported with default visibility %<symver%> wird nur auf ELF-Plattformen unterstützt Interner Fehler: symver target is not exported with default visibility erzeugte Methode %qD zuerst hier erfordert System-Pfad %qs ist nicht absolut Adresse der direkten Funktion %qD wird genommen Adresse des Konstruktors %qD wird genommen Adresse des Destruktors %qD wird genommen Adresse des Ausdrucks des Typs %<void%> wird genommen Zugriff auf die Adresse des gepackten Elements von %qT führt möglicherweise zu einem nicht ausgerichteten Zeigerwert Adresse eines rvalues wird ermittelt Adresse eines temporären Wertes wird verwendet den Betrag des vorzeichenlosen Typs %qT zu berechnen, hat keine Auswirkung Das Ermitteln der Adresse einer Marke ist nicht standardkonform Ziel und Gastgeber sind %qs:%qs, erwartet werden jedoch %qs:%qs Ziel-CPU unterstützt nicht ARM-Modus Ziel-CPU unterstützt keine ARMv8-M-Security-Erweiterungen Ziel-CPU unterstützt keine THUMB-Befehle Ziel-CPU unterstützt keine Zusammenarbeit Ziel-CPU unterstützt keine unausgerichteten Zugriffe Ziel-Betriebssystem unterstützt keine unausgerichteten Zugriffe Zielargument Ziel-Attribut wird auf dieser Maschine nicht unterstützt Ziel-Attribut oder Pragma ändert Größe von %<long double%> Ziel-Attribut oder Pragma ändert AltiVec ABI Ziel-Attribut oder Pragma ändert darwin64 ABI Ziel unterstützt kein Aktualisieren des atomaren Profils, einfacher Modus wird ausgewählt Zielsystem unterstützt Funktionsversions-Dispatcher nicht Zielformat unterstützt nicht »unendlich« Ziel ist kein Zeiger oder Referenz Ziel ist kein Zeiger oder Referenz auf Klasse Ziel ist kein Zeiger oder Referenz auf vollständigen Typen Ziel der Umwandlung könnte Kandidat ein für ein Formatattribut sein Ziel der Initialisierung könnte ein Kandidat für Formatattribut sein zielspezifische eingebaute Funktion ist nicht verfügbar Fehlzuordnung zielspezifischer Optionen Zielsystem unterstützt keine Testausgaben Zielsystem unterstützt nicht das Testformat %qs Zielarchitekturen fehlen hinter %qs Template %qD deklariert Template %qE in Klausel %qs Templateargument %d ist ungültig Templateargument %qE für Typ %qT ist keine Übersetzungszeit-Konstante Templateargument für %qD verwendet lokalen Typ %qT Template-Argument für %<%s %T%> benötigt Template-Argumente für %qD passen nicht zum ursprünglichen Template %qD Templateklasse ohne Namen Template-Einschränkung für %qD fehlgeschlagen Templatedeklaration von %<typedef%> Templatedeklaration von %q#D Template-Definition eines Nicht-Templates %q#D Instanziierungstiefe für Templates überschreitet Höchstwert %d (%<-ftemplate-depth=%> verwenden, um dies zu erhöhen) Instanziierungstiefe für Templates überschreitet Höchstwert %d beim Instanziieren von %q+D, möglicherweise wegen Generierung der virtuellen Tabelle (%<-ftemplate-depth=%> verwenden, um den Höchstwert zu erhöhen) Template-Parameter %q+#D Templateparameter %qD hier deklariert Templateparameter %qD vom Typ %qT ist in ganzzahligem Konstantenausdruck nicht erlaubt, da er nicht Ganzzahl- oder Aufzählungstyp hat Templateparameterliste in expliziter Instanziierung verwendet angegebene Template-Parameterlisten passen nicht zu Templateparametern von %qD Templateparameterpack %qD kann kein Standardargument haben Templateparameterpack kann kein Standardargument haben Template-Parameterpacks können keine Standardargumente haben Template-Parameter-Typ %qT als %<friend%> deklariert Template-Parameter können keine »friends« sein Template-Parameter passen nicht zum Template %qD Templateparameter nicht in partieller Spezialisierung herleitbar: Templatespezialisierung von %qD durch ISO C++ nicht erlaubt Templatespezialisierung mit C-Bindung angegeben keine Templatespezifizierer in Deklaration von %qD angegeben Template-Template-Parameter %qT in Deklaration von Ableitungshinweis Templatetypparameter müssen das Schlüsselwort %<class%> oder %<typename%> verwenden Template mit C-Bindung Template-ID %qD für %q+D passt zu keiner Templatedeklaration Template-ID %qD als Deklarator verwendet Template-ID %qE in Deklaration des ersten Templates Template-ID ist für Destruktor nicht erlaubt Template-Einführungen sind nicht Teil der C++20-Konzepte; verwenden Sie %qs, um sie zu aktivieren Template-Parameter- Templates dürfen nicht %<virtual%> sein Zwischenergebnis des nicht-literalen Typs %qT in konstantem Ausdruck ternärer %<operator?:%> ternärer %<operator?:%> in %<%E ? %E : %E%> Prüfung, ob eine Konzept-ID ein gültiger Ausdruck ist; fügen Sie %<requires%> hinzu, um die Erfüllung zu prüfen die %<audit%>-Semantik sollte mindestens so stark die die %<default%>-Semantik sein das Schlüsselwort %<bool%> ist in einer Konzeptdefinition in C++20 nicht erlaubt der Ausdruck der %<device%>-Klausel muss den Wert %<1%> haben der Ausdruck der %<device%>-Klausel bei %C muss den Wert %<1%> haben das %<interrupt%>-Attribut erfordert einen MIPS32r2-Prozessor oder neuer das Attribut %qE kann nicht auf einen SVE-Funktionstyp angewendet werden Attribut %qE erfordert Argumente die Architektur %qs unterstützt %<-m%s=2008%> die Architektur %qs unterstützt %<-m%s=legacy%> nicht die Architektur %qs unterstützt %<-mfp32%> nicht die Architektur %qs unterstützt keine DSP-Befehle die Architektur %qs unterstützt keine Befehle mit Sprungwahrscheinlichkeit die Architektur %qs unterstützt die Befehle »madd« und »msub« nicht die Architektur %qs unterstützt keine ungeraden Register für einfache Genauigkeit die Architektur %qs unterstützt keine paarweisen Einzel-Befehle die Architektur %qs unterstützt nicht den synci-Befehl die Debug-Informationen %qs kann nicht mit vorkompilierten Headern verwendet werden das » «-printf-Kennzeichen das »!«-strfmon-Kennzeichen das »#«-printf-Kennzeichen das »#«-strftime-Kennzeichen das »'«-printf-Kennzeichen das »'«-scanf-Kennzeichen das »(«-strfmon-Kennzeichen das »+«-printf-Kennzeichen das »+«-strfmon-Kennzeichen das »-«-printf-Kennzeichen das »-«-strfmon-Kennzeichen das »-«-strftime-Kennzeichen das »0«-printf-Kennzeichen das »0«-strftime-Kennzeichen der »E«-strftime-Modifizierer das »I«-printf-Kennzeichen das »I«-scanf-Kennzeichen der »O«-Modifizierer der »O«-strftime-Modifizierer das »^«-strfmon-Kennzeichen das »^«-strftime-Kennzeichen das »_«-strftime-Kennzeichen das »a«-scanf-Kennzeichen das »m«-scanf-Kennzeichen das »q«-Diagnose-Kennzeichen Die Option »-shared« wird derzeit nicht für VAX ELF unterstützt die ABI für die Übergabe eines Wertes, der Felder mit Null-Breite vor einem benachbarten 64-Bit-Gleitkommafeld enthält, wurde %{mit GCC 12.1%} geändert Das ABI der Parameterübergabe mit %d-Byte-Ausrichtung hat sich in GCC 4.6 geändert die ABI für die Rückgabe eines Wertes, der Bit-Felder mit der Breite Null enthält, aber ansonsten ein Aggregat mit nur einem oder zwei Fließkomma-Feldern ist, wurde %{mit GCC 12.1%} geändert die ABI für die Rückgabe eines Wertes, der leere C++17-Basen enthält, aber ansonsten ein Aggregat mit nur einem oder zwei Fließkomma-Feldern ist, wurde %{mit GCC 12.1%} geändert das ABI der C-Strukturübergabe mit Bitfeldern der Breite 0 hat sich in GCC %{12.1%} geändert Das ABI der Struct-Übergabe mit einem flexiblen Arrayelement hat sich in GCC 4.4 geändert das ABI der Strukturübergabe mit %<complex float%>-Element hat sich in GCC 4.4 geändert das ABI der Union-Übergabe mit %<long double%> hat sich in GCC 4.4 geändert Operand für den ENI-Befehl muss entweder 0 oder 1 sein Die RX100-CPU hat keine FPU-Hardware Die RX200-CPU hat keine FPU-Hardware die Adresse %qE ist niemals NULL die Adresse von %qD ist kein gültiges Templateargument die Adresse von %qD ist kein gültiges Templateargument, weil sie keine statische Lebensdauer hat Die Adresse von %qD wird immer zu %<wahr%> auswerten die Adresse von %qD ist niemals %<null%> die Adresse von %qD ist niemals NULL die Adresse einer Marke kann nicht in einem Konstanten-Ausdruck auftreten die Adresse des %qT-Teilobjekts von %qD ist kein gültiges Templateargument das align-Argument für %<__builtin_coro_promise%> muss eine Konstante sein die Ausrichtung von %<_Atomic %T%>-Feldern wurde mit %{GCC 11.1%} geändert Das Argument zum eingebauten %<xabort%> ein 8-Bit-Direktwert sein das scanf-Merkmal der Zuweisungsunterdrückung der Aufruf erfordert %<ifunc%>, was von diesem Ziel nicht unterstützt wird die Aufrufkonvention für %qT ändert sich mit %<-fabi-version=13%> (GCC 8.2) die Kombination von %qs und %qs ist mit %qs unverträglich der Vergleich wird zu %qE reduziert der Vergleich wird immer als %<false%> ausgewertet, da die Adresse von %qE niemals NULL sein wird der Vergleich wird immer als %<false%> ausgewertet, da der Zeigeroperand in %qE nicht NULL sein darf der Vergleich wird immer als %<true%> ausgewertet, da die Adresse von %qE niemals NULL sein wird der Vergleich wird immer als %<true%> ausgewertet, da der Zeigeroperand in %qE nicht NULL sein darf der Compiler kann davon ausgehen, dass die Adresse von %qD immer zu %<true%> evaluiert der Compiler kann annehmen, dass die Adresse von %qD niemals NULL ist der Compiler kann annehmen, dass die Adresse von %qE niemals NULL ist Die Komponente %qs ist ein PRIVATE-Typ und kann nicht Komponente von %qs sein, die PUBLIC bei %L ist der in Konflikt stehende Typ aus der anderen Übersetzungseinheit die virtuelle Tabelle des in Konflikt stehenden Typs aus der anderen Übersetzungseinheit ist unterschiedlich groß der in Konflikt stehende Typ aus der anderen Übersetzungseinheit hat virtuelle Tabelle mit unterschiedlichem Inhalt der in Konflikt stehende Typ aus der anderen Übersetzungseinheit hat virtuelle Tabelle mit mehr Einträgen der in Konflikt stehende Typ aus der anderen Übersetzungseinheit hat unterschiedliche RTTI-Information der Wert von uninitialisiertem Speicher ist in konstantem Ausdruck nicht verwendbar Kontrollfluss der Funktion %qD passt nicht zu ihren Profilingdaten (Zähler %qs) der Versprechens-Typ %qT der Koroutine deklariert sowohl %<return_value%> als auch %<return_void%> der Zähler sollte nicht kleiner als 0 sein; bitte das intrinsische %qs im Code prüfen der Vorgabewert für die aktuelle CPU-Feineinstellung ist %d Bytes das Richtungsargument für %<__builtin_coro_promise%> muss eine Konstante sein in Objective-C 1.0 gibt es keine Dot-Syntax die Auslassung in %qD wurde nicht vererbt das Ereignishandle einer %<detach%>-Klausel sollte nicht in einer data-sharing-Klausel sein der Ausdruck %qE wird zu %<false%> ausgewertet der Ausdruck %qE darf keine Exception werfen die zusätzliche Basisklasse ist hier definiert fünftes Argument muss ein 8-Bit-Immediate sein das erste Argument eines %qs muss von booleschem Vektortyp sein und gleich viele Elemente wie das Ergebnis haben der erste Unterschied der entsprechenden Definitionen ist Feld %qD der erste Unterschied der entsprechenden Definitionen ist Methode %qD der erste Parameter von %<operator new%> kann nicht das Standardargument haben Das vierte Argument muss Skalierung 1, 2, 4, 8 sein das vierte Argument muss eins der Aufzählung %qs sein die Rahmengröße von %wu Bytes überschreitet %wu Bytes Der direkte Argument muss ein 4-Bit-Immediate sein Das direkte Argument muss ein 5-Bit-Immediate sein Das direkte Argument muss ein 8-Bit-Immediate sein der inkompatible Typ, der in einer anderen Übersetzungseinheit definiert ist der inkompatible Typ ist hier definiert das Lambda hat keinen »capture-default« Das letzte Argument muss ein 1-Bit-Immediate sein Das letzte Argument muss ein 2-Bit-Immediate sein das letzte Argument muss ein 3-Bit-Immediate sein Das letzte Argument muss ein 32-Bit-Immediate sein Das letzte Argument muss ein 4-Bit-Immediate sein Das letzte Argument muss ein 5-Bit-Immediate sein Das letzte Argument muss ein 1-Bit-Immediate sein Das letzte Argument muss ein 8-Bit-Immediate sein Das letzte muss Skalierung 1, 2, 4, 8 sein der Wert der Ortsangabe ist beschädigt der m210 hat keine Little-Endian-Unterstützung das Makro %qs war noch nicht definiert der gemangelte Name von %qD hat sich zwischen %<%s=%d%> (%qD) und %<%s=%d%> (%qD) geändert der gemangelte Name von %qD ändert sich zwischen %<%s=%d%> (%qD) und %<%s=%d%> (%qD) der gemangelte Name von %qD ändert sich zwischen %<-fabi-version=%d%> und %<-fabi-version=%d%> der gemangelte Name eines Thunks für %qD ändert sich zwischen %<-fabi-version=%d%> und %<-fabi-version=%d%> der gemangelte Name der Initialisierungswächter-Variable für %qD ändert sich zwischen %<-fabi-version=%d%> und %<-fabi-version=%d%> der Maximalwert für den letzten Größenbereich sollte für Option %qs -1 sein die an %<unavailable%> angehängte Nachricht ist keine Zeichenkette die Initialisierungsreihenfolge der Module wird dynamisch von M2RTS und den Anwendungsabhängigkeiten festgelegt Das vorletzte Argument muss ein 8-Bit-Immediate sein Der ausgelassene mittlere Operand in %<?:%> ist immer %<true%>; ausdrücklicher mittlerer Operand wird empfohlen der Operand %qE ist nicht erfüllt, da das Programm sollte auch %qD definieren der Wertebereich des Zählers sollte im Bereich 0 bis 16 sein; bitte das intrinsische %qs im Code prüfen der Wertebereich des Zählers sollte im Bereich 0 bis 32 sein; bitte das intrinsische %qs im Code prüfen der Wertebereich des Zählers sollte im Bereich 0 bis 64 sein; bitte das intrinsische %qs im Code prüfen der Wertebereich der Maske ist 0 bis 255 der Wertebereich des Selektors sollte 0 bis 1 sein der Wertebereich des Selektors sollte 0 bis 3 sein der Wertebereich des Selektors sollte 0 bis 7 sein das Register %qs kann in %<asm%> für das aktuelle Ziel nicht bestraft werden für %q+D angegebenes Register kann vom aktuellen Ziel nicht zugegriffen werden für %q+D angegebenes Register ist nicht allgemein genug, um als eine Registervariable verwendet zu werden der erforderliche Ausdruck %qE ist ungültig der erforderliche Ausdruck %qE ist ungültig, da der erforderliche Typ %qT ist ungültig der erforderliche Typ %qT ist ungültig, da das Ergebnis des Befehls xxspltidp ist für denormalisierte Eingabewerte undefiniert das Ergebnis der Umwandlung ist nicht spezifiziert, da %qE außerhalb des Wertebereichs des Typs %qT liegt die selben Schleifen-Iterationsvariablen %qD werden in mehreren verknüpften Schleifen verwendet dieses Ziel unterstützt nicht %<asm goto%> mit Ausgaben in %<asm%> das temporäre Objekt wurde am Ende des vollständigen Ausdrucks %qE zerstört drittes Argument muss ein 8-Bit-Immediate sein das dritte Argument muss eine Vergleichskonstante sein der Typ %qT der %<constexpr%>-Variable %qD ist kein Literal der zerstörte Typ ist %qT, aber der Destruktor verweist auf %qT der Wert von %qD ist in konstantem Ausdruck nicht verwendbar Der Wert des Stapelzeigers muss nach einer %<asm%>-Anweisung derselbe sein wie vor der Anweisung es gibt keine Argumente für %qD, die von einem Templateparameter abhängen, weshalb eine Deklaration von %qD verfügbar sein muss drittes Argument von %q+D sollte wahrscheinlich %<char **%> sein Drittes Argument für %<__builtin_prefetch%> muss eine Konstante sein Drittes Argument für Funktion %qE muss eine konstante Ganzzahl sein dritter Operand des bedingten Ausdrucks kann die Adresse der überladenen Funktion nicht auflösen dritter Operand des bedingten Ausdrucks hat keinen Effekt dritter Operand des bedingten Ausdrucks ist eine Referenz, kein Aufruf, zur Funktion %qE dritter Operand für Bedingungsoperator ist vom Typ %<void%>, aber der zweite Operand ist weder ein Throw-Ausdruck noch vom Typ %<void%> diese %qs-Klausel beschützt nicht … diese eingebaute Funktion ist nur auf dem fr405 und fr450 verfügbar diese eingebaute Funktion ist nur auf dem fr450 verfügbar diese eingebaute Funktion ist nur auf dem fr500 und fr550 verfügbar diese eingebaute Funktion ist nur mit der Toolchain v3f verfügbar diese eingebaute Funktion ist nur mit der Toolchain v3s oder v3f verfügbar diese eingebaute Funktion wird von der Toolchain v3m nicht unterstützt diese eingebaute Funktion wird auf diesem Ziel nicht unterstützt dieser Compiler unterstützt %qs nicht dieser Compiler unterstützt PowerPC nicht (%<arch%>-Option wird ignoriert) dieser Compiler unterstützt x86 nicht (%<-arch%>-Option wird ignoriert) diese Bedingung hat identische Zweige diese Dezimalkonstante ist nur in ISO-C90 vorzeichenlos diese Dezimalkonstante wäre in ISO-C90 vorzeichenlos diese Definition erfordert die MVE-ISA-Erweiterung diese Flexibilität ist veraltet und wird demnächst entfernt dies ist ein GCC-Bug; ein Workaround ist, die aufgerufene Funktion mit dem »used«-Attribut zu markieren Dies ist die erste Standardmarke Dies ist der erste Eintrag, der diesen Wert überschneidet dies ist der Befehl: diese Medienfunktion ist nur auf dem fr400 und fr550 verfügbar diese Medienfunktion ist nur auf dem fr500 verfügbar diese Operation erfordert die RVV-ISA-Erweiterung diese Operation erfordert die SVE-ISA-Erweiterung diese Anweisung könnte durchfallen dieses Ziel definiert keine Spekulationsbarriere; das erzeugte Programm wird trotzdem korrekt laufen, aber irrige Spekulationen sind möglicherweise nicht eingeschränkt dieses Ziel unterstützt nicht %qs Diese Zielarchitektur ist »Little Endian« diese Zielmaschine hat keine verzögerten Zweige Thread-lokale COMMON-Daten nicht implementiert Thread-lokale Deklaration von %q#D folgt nicht-Thread-lokaler Deklaration Thread-lokale Deklaration von %q+D folgt nicht-Thread-lokaler Deklaration threadprivate Iterationsvariable %qD threadprivate Variable %qE in Zielregion mit %<order(concurrent)%>-Klausel verwendet threadprivate Variable %qE in Zielregion verwendet threadprivate Variable %qE in unverknüpfter Task verwendet Dreiwege-Vergleich von %qD hat den Typ %qT, nicht den Vergleichskategorie-Typ Dreiwege-Vergleich von %qD ist vom Typ %qT, der sich nicht in %qT umwandeln lässt Drei-Wege-Vergleich von Vektoren wirft NULL, was ganzzahlig, aber kein Zeigertyp ist thunk-inline wird nur mit %<-mindirect-branch-jump%> unterstützt zur Sicherheit müssen alle vorübergehenden Zeiger in Umwandlung von %qT in %qT mit %<const%> qualifiziert sein um Abhängigkeiten zu erzeugen, müssen Sie %<-fcpp%> angeben um Abhängigkeiten zu erzeugen, müssen Sie entweder %<-M%> oder %<-MM%> angeben andere Fundstelle von %qs ist hier um auf ein Typelement eines Templateparameters zu verweisen, %<typename %E%> verwenden Token %u hat %<x-location == %u%> Token %u hat %<x-location == y-location == %u%> Token %u hat %<y-location == %u%> zu wenige Argumente für %%:version-compare Zu wenige Argumente für %<__builtin_tgmath%> zu wenige Argumente für eingebaute Funktion %qE, %u erwartet zu wenige Argumente für Konstruktor %q#D zu wenige Argumente für Funktion Zu wenige Argumente für %<va_start%> zu wenige Argumente für Funktion %q#D Zu wenige Argumente für Funktion %qE Zu wenige Argumente für Elementfunktion %q#D zu wenige Argumente für Methode %q#D zu wenige Ausdrücke für Struktur zu wenige Templateparameterlisten in Deklaration von %qD zu wenige Templateparameterlisten too large function value type, needs %d registers, have only %d registers for this zu spät für »#«-Direktive, um Debug-Verzeichnis festzulegen zu viele %<#pragma options align=reset%> zu viele %<...%> in Lambda-Capture zu viele %<always%>-Modifizierer zu viele %<always%>-Modifizierer bei %L zu viele %<close%>-Modifizierer zu viele %<close%>-Modifizierer bei %L zu viele %<defaultmap%>-Klauseln mit %qs-Kategorie zu viele %<defaultmap%>-Klauseln mit nicht angegebener Kategorie zu viele %<if%>-Klauseln zu viele %<if%>-Klauseln mit %qs-Modifizierer zu viele %<if%>-Klauseln ohne Modifizierer zu viele %<static%>-Argumente zu viele %qs-Klauseln zu viele %qs-Klauseln an einem Task-Konstrukt zu viele Alternativen in %<asm%> zu viele Argumente zu viele Argumente für %%:dumps zu viele Argumente für Format zu viele Argumente für teilweise Spezialisierung %qT zu viele Argumente, die in SGPR-Registern übergeben werden zu viele Argumente für %%:version-compare zu viele Argumente für %%:compare-debug-self-opt zu viele Argumente für %%:version-compare zu viele Argumente für eingebaute Funktion %qE, nur %d erwartet zu viele Argumente für Konstruktor %q#D zu viele Argumente für Funktion zu viele Argumente für Funktion %q#D zu viele Argumente für Funktion %qE zu viele Argumente für make zu viele Argumente für Elementfunktion %q#D zu viele Argumente für Methode %q#D zu viele Argumente für Methode %qE zu viele atomare Klauseln zu viele geschweifte Klammern um Initialisierung für %qT zu viele geschweifte Klammern um skalare Initialisierung für Typ %qT Interner Fehler: too many exception handling edges in bb %i zu viele Ausdrücke für Struktur zu viele Dateinamen angegeben; geben Sie %<%s %s%> für das Aufrufformat ein zu viele Funktionsargumente für eBPF zu viele Initialisierer für %qT zu viele Eingabedateien Interner Fehler: too many loop exits recorded zu viele Speicherreihenfolge-Klauseln zu viele öffnende Klammern Interner Fehler: too many outgoing branch edges from bb %i zu viele Größenbereiche in Option %qs angegeben zu viele Templateheader für %qD (sollten %d sein) zu viele Templateparameterlisten in Deklaration von %qD zu viele Templateparameterlisten zu viele Werte in Rückgabeanweisung zu viele Variablen in Bereichsklausel mit Kanal Zu viel Stapelspeicher zu entsorgen: %d Zu viel Stapelspeicher vorzubereiten: %d Komma-Ausdrücke auf höchster Ebene in einem Arrayindex haben seit C++23 eine andere Bedeutung ungeklammerte Komma-Ausdrücke in Arrayindex-Ausdrücken sind veraltet Deklaration höchster Ebene von %qs gibt %<auto%> an Toplevel-Neuordnung muss ausgeschaltet sein, wenn »unit-at-a-time« ausgeschaltet ist Gesamtgröße und Elementgröße müssen direkt angegebene Konstanten sein, beide ungleich null Gesamtgröße der lokalen Objekte %wu überschreitet das Maximum %wu Gesamtgröße der lokalen Objekte überschreitet das Maximum %wu Gesamtgröße der lokalen Objekte ist zu hoch Gesamtgröße der lokalen Variablen übersteigt Grenze der Architektur tp_first_run must be non-negative traditionelles C bietet keinen separaten Namensraum für Marken an, Bezeichner %qE steht in Konflikt traditionelles C weist Funktionsdefinitionen im ISO-C-Stil zurück traditionelles C lehnt automatische Gesamt-Initialisierung ab traditionelles C lehnt Initialisierung von unions ab traditionelles C weist Zeichenkettenkonstantenverkettung zurück traditionelles C weist den unären Plus-Operator zurück abschließendes %<,%> in Argumenten für %<#pragma GCC diagnostic ignored_attributes%> abschließendes %<,%> in Argumenten für %<-Wno-attributes=%> abschließendes Array %qT sollte nicht als flexibles Arrayelement verwendet werden angehängter Rückgabetyp %qT den Ableitungshinweises ist keine Spezialisierung von %qT nachgestellter Rückgabetyp nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar Trampolin für geschachtelte Funktion %qD erzeugt transaktionsbasierter Speicher wird von %<-fsanitize=address%> nicht unterstützt transaktionsbasierter Speicher wird von %<-fsanitize=kernel-address%> nicht unterstützt transaktionsbasierter Speicher wird von Nicht-Aufruf-Ausnahmen nicht unterstützt Transformierende intrinsische Routine %qs bei %L ist in einem Initialisierungs-Ausdruck nicht erlaubt Trap-Modus für VAX-Floats nicht unterstützt tree check: %s, have %s in %s, at %s:%d tree check: accessed elt %d of %<tree_int_cst%> with %d elts in %s, at %s:%d tree check: accessed elt %d of %<tree_vec%> with %d elts in %s, at %s:%d tree check: accessed operand %d of %<omp_clause %s%> with %d operands in %s, at %s:%d tree check: accessed operand %d of %s with %d operands in %s, at %s:%d tree check: did not expect class %qs, have %qs (%s) in %s, at %s:%d tree check: expected %<omp_clause %s%>, have %qs in %s, at %s:%d tree check: expected class %qs, have %qs (%s) in %s, at %s:%d tree check: expected none of %s, have %s in %s, at %s:%d tree check: expected tree that contains %qs structure, have %qs in %s, at %s:%d Baumcode %qs wird in LTO-Strömen nicht unterstützt Baumliste endet bei Tiefe %i es wurde versucht, eine Gleitkommadivision mit Rest an %qT durchzuführen Interner Fehler: true/false edge after a non-GIMPLE_COND in bb %d versuchen Sie, den Operator in eine %<const%>-Memberfunktion umzuwandeln Klammern um die Type-ID sollten entfernt werden stattdessen %qE verwenden Versuch, %qD in Instanziierung eines generischen Lambdas einzufangen es wird versucht, einen Nicht-Ganzzahltyp als Bitfeld zu kodieren Lesen der struct konnte wegen Syntaxfehlern nicht beendet werden Versuch, die Klasse %qT zu einem »friend« des globalen Gültigkeitsbereiches zu machen Tuning-Zeichenkette fehlt in Option »%s« internes Debugging des Compilers einschalten (interner Schalter) Quadrupel-Nachverfolgung einschalten (interner Schalter) Modula-2-API-Verfolgung einschalten (interne Option) Zeilennummern in Modula-2-Funktionen generieren (interne Option) alle Überprüfungen für Division und Modulus durch 0 für ordinale Werte einschalten alle Bereichsprüfungen für numerische Werte einschalten alle Software-Laufzeitüberprüfungen einschalten (das ist die Abkürzung für -fnil -frange -findex -fwholediv -fcase -freturn -fwholevalue -ffloatvalue) Laufzeitüberprüfung für Funktionen einschalten, deren Ausführung nicht mit einer RETURN-Anweisung endet schaltet Laufzeitüberprüfung ein, ob eine CASE-Anweisung einen ELSE-Zweig benötigt, der jedoch nicht angegeben war Laufzeitüberprüfung für Gleitkommazahlen, die den Gültigkeitsbereich verlassen, einschalten Laufzeitüberprüfung einschalten für ganze Zahlen, die ihren Wertebereich verlassen Laufzeitüberprüfung für versuchten Datenzugriff über NIL-Zeiger einschalten schaltet Laufzeitüberprüfung für Teilabschnitte, Arrayindizes und NIL-Zeiger-Indirektion ein zwei aufeinander folgende %<[%> dürfen nur ein Attribut einführen zwei unterschiedliche äußere Iterationsvariablen %qD und %qD werden in einer einzigen Schleife verwendet zwei oder mehr Datentypen in Deklaration von %qs zwei oder mehr Datentypen in Deklaration zwei oder mehr Abschnitte für %s Typ %<__vector_pair%> erfordert die Option %qs Typ %<__vector_quad%> erfordert die Option %qs Argument vom Typ %q#T wurde an %<delete%> übergeben, Zeiger erwartet Typ %qE hat einen benutzerdefinierten Konstruktor Typ %qE hat einen benutzerdefinierten Destruktor Typ %qE hat keinen aufrufbaren Standard-Konstruktor Typ %qE hat virtuelle Elementfunktionen Typ %qT (typedef von %qT) verletzt die One-Definition-Rule von C++ Typ %qT (in unbenanntem Namensraum definiert) kann nicht passen (über Grenzen von Übersetzungseinheiten hinaus) Typ %qT (in unbenanntem Namensraum definiert) kann nicht zum Typ %qT passen (über Grenzen von Übersetzungseinheiten hinaus) Typ %qT hat keine bekannte Größe Typ %qT für explizite Instanziierung %qD passt nicht zum deklarierten Typ %qT Typ %qT ist kein Basistyp für Typ %qT Typ %qT ist keine direkte Basis von %qT Typ %qT ist keine direkte oder virtuelle Basis von %qT Typ %qT ist zu groß Typ %qT verletzt für sich genommen die One-Definition-Rule von C++ Typ %qT des Templatearguments %qE hängt von Templateparameter ab Typ %qT des Templatearguments %qE hängt von Templateparametern ab Typ %qT sollte Typ %qT entsprechen Typ %qT verletzt die One-Definition-Rule von C++ Typ %qT ohne Bindung für Funktionsdeklaration %q#D mit Bindung deklariert Typ %qT ohne Bindung verwendet, um Variable %q#D mit Bindung zu deklarieren Typ %qs entspricht nicht dem Protokoll %qE Typ %qs ist kein Ausdruck Typ %qs verletzt die One-Definition-Rule von C++ Typ %s unterscheidet sich durch %<TYPE_ALIGN%> Typ %s unterscheidet sich durch %<TYPE_MODE%> Typ %s unterscheidet sich durch %<TYPE_SIZE%> Typ %s unterscheidet sich durch %<TYPE_USER_ALIGN%> Typ %s ist kein undurchsichtiger Ausdruck Typ %s ist nicht im undurchsichtigen Modus Typbehauptung nur gültig für Schnittstellentypen Typattribute ignoriert, nachdem Typ bereits definiert ist Unpassende Anzahl der Ergebniswerte bei Typumwandlung %<int%> ist Standardtyp in Deklaration von %qE %<int%> ist Standardtyp in Typ-Deklaration Typ hat keine Methoden Typ ist veraltet Typ ist veraltet: %s Interner Compilerfehler: type is not compatible with its variant Typ ist nicht verfügbar Typ ist nicht verfügbar: %s type mismatch between an SSA_NAME and its symbol unpassender Typ für »case«-Marke in switch-Anweisung unverträgliche Typen in %qs Typunverträglichkeit in %qs-Ausdruck Typunverträglichkeit in %qs-Verweis Typ passt nicht in binärem Ausdruck Typ passt nicht in bedingtem Ausdruck unverträgliche Typen in Parameter %i Typ muss cv-qualifizierter %<auto%> oder Referenz auf cv-qualifizierten %<auto%> sein Typname %qs sollte dem Typnamen %qs entsprechen Typname als Funktion, die eine Funktion zurückgibt, deklariert Typname als Funktion, die ein Array zurückgibt, deklariert Typ des %<asm%>-Operanden %qE konnte nicht ermittelt werden Typ des %<depobj%>-Ausdrucks ist nicht %<omp_depend_t%> Typ von %qD ist auf %<int%> voreingestellt Typ von %qD passt nicht zur ursprünglichen Deklaration Typ von %qE ist unbekannt Typ des Arrays %q+D vervollständigt Unverträglichkeit mit impliziter Initialisierung Typ des Bitfeldes %qs ist eine Erweiterung des GCC Typ des formalen Parameters %d ist unvollständig Typ des Iterators %qD verweist auf äußeren Iterator %qD Typ der Eigenschaft %qD in Konflikt mit vorheriger Deklaration unpassende Präzision für Typ in switch-Anweisung Typumgehung schaltet die Reihenfolge der Skalarspeicherung um Typqualifizierer in leerer Deklaration mit auf %<enum%> basierendem Typen Typkennzeichner an Umwandlungs-Rückgabetyp ignoriert Typkennzeichner an Funktions-Rückgabewert ignoriert Typ für Vektor-»delete« ist weder Zeiger- noch Arraytyp typtransparentes %q#T kann nicht transparent gemacht werden, weil der Typ des ersten Feldes anderes ABI als gesamte Klasse hat typtransparentes %q#T hat keine Felder typtransparente Klasse %qT hat Basisklassen typtransparente Klasse %qT hat virtuelle Funktionen Interner Compilerfehler: type variant differs by %s Interner Compilerfehler: type variant has different %<TREE_TYPE%> Interner Compilerfehler: type variant has different %<TYPE_BINFO%> Interner Compilerfehler: type variant has different %<TYPE_FIELDS%> Interner Compilerfehler: type variant has different %<TYPE_SIZE_UNIT%> Interner Compilerfehler: type variant has different %<TYPE_VFIELD%> Interner Compilerfehler: type variant with %<TYPE_ALIAS_SET_KNOWN_P%> Interner Compilerfehler: type variant%'s %<TREE_TYPE%> Interner Compilerfehler: type variant%'s %<TYPE_BINFO%> Interner Compilerfehler: type variant%'s %<TYPE_SIZE_UNIT%> Typ war vorher als %qE deklariert Interner Compilerfehler: type%'s %<TREE_TYPE%> Interner Compilerfehler: type%'s %<TYPE_BINFO%> Interner Compilerfehler: type%'s %<TYPE_SIZE_UNIT%> Type-Punning auf unvollständigen Typen kann strict-aliasing-Regeln verletzen type-specifier ist in Lambda ungültig Typ/Wert des Arguments %d passt nicht in Template-Parameterliste für %qD typedef %q+D als %<_Noreturn%> deklariert typedef %q+D als %<inline%> deklariert typedef %qD ist initialisiert (verwenden Sie stattdessen lieber %<__typeof__%>) typedef %qD ist initialisiert (stattdessen %qs verwenden) typedef %qD lokal definiert, aber nicht verwendet »typedef«-Deklaration in Parameterdeklaration ungültig »typedef« als %<auto%> deklariert mit %<typedef%> definierte Funktion darf keinen Rumpf %<{ … }%> haben mit %<typedef%> definierte Elementfunktion darf keinen Rumpf %<{ … }%> haben typedef-Name darf kein Spezifizierer mit geschachteltem Namen sein typedef-Name %qD als Destruktor-Deklarator verwendet Typen nicht ganz kompatibel Typen unterscheiden sich im Vorzeichenbesitz Typen haben unterschiedliche Anzahl von Parametern Typen dürfen nicht in %<decltype%>-Ausdrücken definiert werden Typen dürfen nicht in %<noexcept%>-Ausdrücken definiert werden Typen dürfen nicht in einem %qs-Ausdruck definiert werden Typen dürfen nicht in einem %<typeid%>-Ausdruck definiert werden Typen dürfen nicht in einem »conversion-type-id« definiert werden in einer for-Bereichs-Deklaration dürfen keine Typen definiert werden Typen dürfen nicht in einem »new«-Ausdruck definiert werden Typen dürfen nicht in einem »new-type-id« definiert werden Typen dürfen nicht in Alias-Templatedeklarationen definiert werden Typen dürfen nicht in einer Ausnahmespezifikation definiert werden Typen dürfen nicht in Typumwandlungen definiert werden Typen dürfen nicht in Bedingungen definiert werden neue Typen dürfen nicht in einem Rückgabetyp definiert werden Typen dürfen nicht in enum-base definiert werden Typen dürfen nicht in Ausnahmedeklarationen definiert werden Typen dürfen nicht in explicit-specifier definiert werden Typen dürfen nicht in Iteratortyp definiert werden Typen dürfen nicht in Parametertypen definiert werden in Template-Argumenten dürfen keine Typen definiert werden Typen dürfen nicht innerhalb von %<__builtin_offsetof%> definiert werden Typspezifikation in ALLOCATE bei %L Wirkliche Stelle des gestapelten Parameters kann nicht berechnet werden %qT kann nicht aus %qE hergeleitet werden Lambda-Rückgabewert von %qE kann nicht hergeleitet werden %qs kann nicht emuliert werden Kein Register zum Auslagern gefunden in Klasse %qs konnte kein Register für Überlauf gefunden werden Operator %qD für Zeichenliterale mit Argument %qT kann nicht gefunden werden numerischer literaler Operator %qD konnte nicht gefunden werden literaler Operator für Zeichenketten %qD mit Argumenten %qT, %qT konnte nicht gefunden werden der Versprechens-Typ für diese Koroutine wurde nicht gefunden Neuladungen für unmögliche Einschränkungen konnten nicht generiert werden: Neuladungen konnten nicht generiert werden für: ABI %qs kann nicht mit Befehlssatz %qs implementiert werden Standard-Linkerscript %qs kann nicht in den Bibliotheks-Suchpfaden gefunden werden dynamische Abhängigkeit %qs kann nicht geöffnet werden Datei kann nicht geöffnet werden Logdatei %<vtv_class_set_sizes.log%> kann nicht geöffnet werden: %m Logdatei %<vtv_count_data.log%> kann nicht geöffnet werden: %m Logdatei %<vtv_set_ptr_data.log%> kann nicht geöffnet werden: %m Informationen für Plugin %qs können nicht registriert werden: Pluginname nicht gefunden weitere importierte Quellencodestellen können nicht dargestellt werden die Vorwärtsreferenz in der Definition kann nicht aufgelöst werden %qs kann nicht als PIC-Register verwendet werden unausgeglichenes Satzzeichen %<%c%> im Format unausgeglichenes Satzzeichen %qc im Format unbegrenzte Verwendung von %<alloca%> unbegrenzte Verwendung von Array mit variabler Länge unbedingtes %2d niemals ausgeführt
unbedingtes %2d, genommen: %s
nicht deklarierter Selektor %qE undefiniertes Verhalten, wenn zweiter Parameter von %<va_start%> mit %<register%>-Speicherklasse deklariert wird benannter Operand %qs ist nicht definiert zugrunde liegender Typ %qT von %qT muss ein ganzzahliger Typ sein falsche Zuordnung des zugrunde liegenden Typs in enum %q#T unvollständig angegebenes %qD wird in seinem Initialisierer referenziert %qE wurde in diesem Gültigkeitsbereich bereits deklariert und ist unvollständig deklariert unexpandierte Parameterpackunge in Aufzählungskonstante in Lambda unexpandiertes Parameterpack in lokaler Klasse in Lambda Unerwarteter »!$OMP ATOMIC«Ausdruck bei %L unerwartetes %<%s%> nach %<%s%> unerwartetes %<else%> gefunden unerwarteter AST der Art %s Unerwartetes Dateiende unerwartete rechte Seite in Zuweisung unerwartetes Argument unerwartetes Argument für %<msp430_select_hwmult_lib%>: %s unerwartetes Attribut unerwarteter Basistyp in cris_print_base unerwartete Angaben im ELF-Header unerwarteter Fehler beim Öffnen von %<devices.csv%> unexpected expression %qE of kind %s unerwarteter Dateiname %s in Linker-Auflösungsdatei. %s erwartet unerwartetes erstes Argument für %<msp430_select_hwmult_lib%>: %s unerwarteter Indextyp in cris_print_index unerwartetes Schlüsselwort; entfernen Sie Leerzeichen zwischen Anführungszeichen und Suffixbezeichner Interner Fehler: unexpected mapping node unerwarteter multiplikativer Operand unerwarteter Offset unerwarteter Operand unerwarteter Operand: %d unerwarteter Platzhalter in eingeschränktem Ergebnistyp Interner Fehler: unexpected pointer mapping node unerwartete Seiteneffekte in Adresse unerwartete Template-ID %qE unerwartete Textadresse: unerwarteter Typ für Array-Länge: %qs unbehandelte Ausrichtung für %<#pragma nomember_alignment%> unbehandelte Argumente %qs und %qs für %<msp430_set_driver_var%> unbehandelter Ausdruck unbehandelter Ausdruckstyp nicht initialisiertes %<const %D%> nicht initialisiertes %<const %qD%> ist in C++ ungültig nicht initialisierte Konstante in %<new%> von %q#T nicht initialisiertes konstantes Element in %q#T nicht initialisiertes konstantes Element in %q#T verwendet %<new%> ohne new-Initialisierung nicht initialisiertes konstantes Element %qT ist in C++ ungültig nicht initialisiertes konstantes Element in Basis %q#T von %q#T nicht initialisiertes konstantes Element in Basis %q#T von %q#T verwendet %<new%> ohne new-Initialisierung nicht initialisiertes Referenzelement in %q#T nicht initialisiertes Referenzelement in %q#T verwendet %<new%> ohne new-Initialisierung nicht initialisiertes Referenzelement in Basis %q#T von %q#T nicht initialisiertes Referenzelement in Basis %q#T von %q#T verwendet %<new%> ohne new-Initialisierung nicht initialisierte Variable %q+D in Programmspeicherbereich platziert uninitialisierte Variable %qD in %<constexpr%>-Kontext uninitialisierte Variable %qD in %<constexpr%>-Funktion union kann nicht transparent gemacht werden »union« wurde hier definiert Union hat keine Elemente Union hat keine benannten Elemente Union-Element %q+D mit nichttrivialem %qD unbekannte Option %qs für %<#pragma GCC aarch64%> unbekannte Option %qs für %<#pragma GCC arm%> unbekanntes Modell %qs für %<#pragma extern_model%> unbekannter Name %qs für %<#pragma member_alignment%> unbekannte Option %qs für %<#pragma riscv intrinsic%> unbekannter Schalter %<-mdebug-%s%> unbekannte Ausgabe %qs des %<asm%>-Schalters unbekannter C++-Standard %qs unbekannte CRIS-CPU-Versionsangabe in %<-mtune=%>: %s unbekannte CRIS-Versionsangabe in %<-march=%> oder %<-mcpu=%>: %s unbekannte Schnittstelle des compilierten Moduls (CMI): %s Unbekannte Schutzstufe %qs für Kontrollfluss unbekannter FPU-Typ %<0x%x%>, %qs fehlgeschlagen unbekannter IRA-Algorithmus %qs unbekannte IRA-Region %qs Unbekanntes LTO-Partitionierungs-Modell %qs unbekannte Stufe %qs für Live-Patching unbekannter OpenMP-Direktiven-Name im Argument des Attributs %<omp::directive%> unbekannter OpenMP-Direktiven-Name im Argument der %qs-Klausel Unbekannte Stufe %qs für Stapel-Wiederverwendung unbekanntes TLS-Modell %qs unbekannte Aktion %qE für %<#pragma pack%> - ignoriert unbekannte Ausrichtung %qs für Option %qs angegeben Unbekanntes architekturspezifisches Speichermodell Unbekannte Architekturspezifikation in Speichermodell %wi für %qD unbekannte Einstellung %qs für Arraygrenzen unbekannte Arraygröße in »delete« unbekanntes Annahme-Klausel %qs unbekanntes Attribut %qE unbekanntes Attribut %qs unbekannte Basisarchitektur %<0x%x%>, %qs fehlgeschlagen unbekannter Basisblock-Umsortierungs-Algorithmus %qs Interner Fehler: unknown block specifier unbekannter eingebauter direkter Operandentyp für Operand %d unbekanntes Callback-Ereignis von Plugin %s registriert unbekannte Einstellung %qs für Prüfaktion unbekanntes Konvertierungstyp-Zeichen %qc im Format Unbekannte Kernarchitektur %qs in %qs angegeben unbekannte CPU %qs für %<-mtune%> unbekannter Entmangelstil %qs unbekanntes Ziel unbekannter Fehler beim Lesen von %s aus %<devices.csv%> unbekannte Art überschüssiger Genauigkeit %qs unbekanntes Flag wurde in %<-moverride=%s%> übergeben (%s) unbekannte Art der Gleitkomma-Kürzung %qs unbekannte Header-Art %qs unbekannter Befehlsmodus Interner Fehler: unknown internal function %qE unbekannter lam-Typ %qs unbekannte Linkerausgabe %qs Unbekannter Maschinenzustand %qE Falscher Kopierbefehl: Unbekannte Offload-ABI %qs unbekannter Operandenbuchstabe: »%c« unbekannter Operator %qs in %%:version-compare unbekannte Option %q.*s in %<-fopt-info-%s%> Option hinter %<#pragma GCC diagnostic%> Art unbekannt unbekannte Option für %<%s=%s%> unbekannte Option für %<-mrecip=%s%> Unbekannter Parameter für Option %<-mtune-ctrl%>: %s unbekannter Durchlauf %s in %<-fdisable%> angegeben unbekannter Durchlauf %s in %<-fenable%> angegeben unbekanntes Zeigergrößenmodell %qs unbekannte Prozessor-ID %<0x%x%>, einige Tuning-Parameter werden auf die Standardwerte zurückgesetzt Unbekannte Profil-Qualität Unbekannte Profil-Reproduzierbarkeitsstufe %qs Unbekannte Profil-Aktualisierungs-Methode %qs unbekannte Eigenschaft %qE des %qs-Selektors unbekannte Eigenschaft %qs des %qs-Selektors unbekanntes Eigenschaftsattribut unbekanntes Eigenschaftsattribut %<%s%s%> unbekanntes Eigenschaftsattribut %qE unbekanntes Zeichen »%c« unbekannter Ranger-Debug-Modus %qs unbekannter Registername %qs in %<asm%> unbekannter Registername: %s unbekannte Adressverschiebungs-Unspec unbekanntes Rust-compile-until %qs unbekannte Rust-Ausgabe %qs unbekannte Rust-Mangling-Option %qs unbekannte Spezifikationsfunktion %qs unbekannte Spezifikation für die Menge der FLT_EVAL_METHOD-Werte, um %qs zu erlauben unbekannte Angabe %<%qs%> in Attribut %<amdgpu_hsa_kernel%> unbekannte Quelle unbekannter Stapel-Überprüfungsparameter %qs unbekannter Schalter %<-mlong-double-%s%> Unbekanntes Zielattribut oder -pragma %qs unbekannter Threader-Debug-Modus %qs unbekannte Tuning-Option »%s« unbekannter Typ %<%T%> bei Objective-C-Kodierung gefunden unbekannter Typname: %qE Unbekannter Typname %qE; meinten Sie %qs? unbekannter Typname %qE; verwenden Sie das %<enum%>-Schlüsselwort, um auf den Typ zu verweisen unbekannter Typname %qE; verwenden Sie das %<struct%>-Schlüsselwort, um auf den Typ zu verweisen unbekannter Typname %qE; verwenden Sie das %<union%>-Schlüsselwort, um auf den Typ zu verweisen unbekannter Wert %qs für %<-march%> unbekannter Wert %qs für %<-mcpu%> unbekannter Wert %qs für %<-mtune%> unbekannter Wert %qs von %<-mmacosx-version-min%> unbekannter ABI-Typ für Vektorisierungsbibliothek in %<-mveclibabi=%s%> unbekanntes Vektorisierer-Kostenmodell %qs unbekannte Initialisierungspriorität %qs für VTable-Verifikation Alleinstehende Farbrücksetz-Direktive Alleinstehende q-Direktive unbenannte Klasse wurde hier definiert unbenanntes Feld hat unvollständigen Typen unbenanntes Feld ist weder eine Funktion noch Elementfunktion; kann nicht als %<friend%> deklariert werden unbenannte Initialisierung für %qT, das keine Basisklassen hat unbenannte Initialisierung für %qT, das Mehrfachvererbung verwendet unbenanntes »enum« mit Gültigkeitsbereich ist nicht erlaubt Unbenannte struct/union, die keine Instanzen definiert unbenanntes temporäres Objekt wird hier definiert unbenannter Typ ohne Bindung wird verwendet, um Funktion %q#D mit Bindung zu deklarieren unbenannter Typ ohne Bindung wird verwendet, um Variable %q#D mit Bindung zu deklarieren unbenannte Variable oder Feld als »void« deklariert unnötige Klammern in Deklaration von %qs ungeordneter Vergleich mit Nicht-Gleitkomma-Argument unquote_string(): got bad string Attribut außerhalb von Anführungszeichen im Format Steuerzeichen %qc außerhalb von Anführungszeichen im Format Steuerzeichen außerhalb von Anführungszeichen im Format Bezeichner oder Schlüsselwort außerhalb von Anführungszeichen %<%.*s%> im Format Schlüsselwort %<%.*s%> außerhalb von Anführungszeichen im Format Name der eingebauten Funktion %<%.*s%> außerhalb von Anführungszeichen im Format nicht-grafisches Zeichen %qc außerhalb von Anführungszeichen im Format nicht-grafische Zeichen außerhalb von Anführungszeichen im Format Operator %<%.*s%> außerhalb von Anführungszeichen im Format Optionsname %<%.*s%> außerhalb von Anführungszeichen im Format Vorverarbeitungsdirektive %<%.*s%> außerhalb von Anführungszeichen im Format Folge von %i aufeinanderfolgenden Satzzeichen %q.*s außerhalb von Anführungszeichen im Format %i aufeinanderfolgende Leerzeichen außerhalb von Anführungszeichen im Format Typname %<%.*s%> außerhalb von Anführungszeichen im Format Leerzeichen %qc außerhalb von Anführungszeichen im Format Nicht erreichbar nicht erkanntes Kommandozeilenargument von Option unerkennbarer Befehl: unbekanntes Ziel für %<-mfpu%>: %s unbekanntes Feld %<hwmpy%> in %<hard_msp430_mcu_data[%d]%>: %qd nicht erkanntes %<include_flags 0x%x%> an %<print_specific_help%> weitergegeben unbekanntes Feld %<revision%> in %<hard_msp430_mcu_data[%d]%>: %qd Attribut %qE hat unbekanntes Argument %qs unbekanntes Ziel für %s: %s unbekannter MCU-Name %qs, daher wird angenommen, dass er keine Hardware-Multiplikation kann; verwenden Sie die Option %<-mhwmult%>, um diese explizit einzustellen unbekannter MCU-Name %qs, daher wird angenommen, dass es ein MSP430X ohne Hardware-Multiplikation ist; verwenden Sie die Optionen %<-mcpu%> und %<-mhwmult%>, um diese explizit einzustellen unbekannter MCU-Name %qs, daher wird angenommen, dass er lediglich das MSP430X-ISA unterstützt; verwenden Sie die Option %<-mcpu%>, um dieses explizit einzustellen unerkannte Adresse nicht erkanntes Kommandozeilenargument in Option %qs Argument %q.*s für Option %<--help=%> nicht erkannt unbekanntes Argument für Option %<-f%ssanitize%s=%>: %q.*s unbekanntes Argument für Option %<-f%ssanitize%s=%>: %q.*s; meinten Sie %qs? Argument %qs für Option %<-flto=%> nicht erkannt Argument für Option %<-fzero-call-used-regs=%> nicht erkannt: %qs nicht erkannter Initialisierungstyp %qs für automatische Variable Unbekannte BTF-Debugausgabestufe %qs unbekannte Kommandozeilenoption %<-%s%> unbekannte Kommandozeilenoption %<-%s%>; meinten Sie %<-%s%>? nicht erkannte Kommandozeilenoption %<-fdump-%s%> unbekannte Kommandozeilenoption %<-fdump-%s%>; meinten Sie %<-fdump-%s%>? nicht erkannte Kommandozeilenoption %<-fopt-info-%s%> nicht erkannte Kommandozeilenoption %qs Unbekannte Kommandozeilenoption %qs könnte den Zweck haben, bisherige Diagnosemeldungen zu unterdrücken unbekannte Steuerregisternummer %d; %<psw%> wird verwendet Unbekannte Debugausgabestufe %qs unbekannter Kantenschalter: %qs unbekannter enum-Wert: %qs unerkannte Formatangabe GCC-Debuggingoption nicht erkannt: %c unbekanntes Interrupt-Vektor-Argument für Attribut %qE unbekannter ivar-Sichtbarkeitswert %qs unbekannter Operand für %%:%<asm_auto_mfpu%> unbekannter Operand für %%:%<canon_for_mlib%> unbekannte Option %<-fdisable%> unbekannte Option %<-fenable%> unbekannte Option an %%:%<target_mode_check%> weitergegeben unbekannter Registername %qs unbekannter Wert %qs für Speicherreihenfolge von Skalaren nicht erkannter Abschnittsname %qE unerkannter Schatten-Adressoffset %qs unbekanntes Escapezeichen in Zeichenkette unerkannte vermutete Konstante unbekannter Sichtbarkeitswert %qs nicht behebbarer Fehler ungelöste Überladung des eingebauten %qF unaufgelöste überladene eingebaute Funktion uneingeschränkte »Unions« sind nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar unsicherer Funktionsaufruf %qD innerhalb von %<transaction_safe%>-Funktion unsicherer Funktionsaufruf %qD innerhalb von atomarer Transaktion unsicherer Funktionsaufruf %qE innerhalb von %<transaction_safe%>-Funktion unsicherer Funktionsaufruf %qE innerhalb von atomarer Transaktion unsicherer indirekter Funktionsaufruf innerhalb von %<transaction_safe%>-Funktion unsicherer indirekter Funktionsaufruf innerhalb von atomarer Transaktion nicht gesetzte Option %qs wird ignoriert, für CPU %qs ist sie stets eingeschaltet Vorzeichenlose Umwandlung von %qT nach %qT ändert den Wert von %qE Vorzeichenlose Umwandlung von %qT nach %qT ändert den Wert von %qE nach %qE Gleitkommakonstante ohne Suffix nicht unterstützte SVE-Vektorgröße nicht unterstütztes Argument für %qD nicht unterstützter Argumenttyp %qT für SIMD nicht unterstützter Argumenttyp für eingebaute Funktion Code »%c« für Festkomma nicht unterstützt: nicht unterstützte Kombination: %qs %s nicht unterstützte Kombination: %qs%s %s nicht unterstützte Kombination: %s nicht unterstützte konstante Adresse: der Kernel hat einen nicht unterstützten CPU-Namen für %<-mcpu=native%> zurückgegeben: %s nicht unterstützter Feldausdruck Festkommaumwandlung nicht unterstützt nicht unterstützter Speicherausdruck: nicht unterstützte Nicht-Standard-Verkettung von Zeichenkettenliteralen nicht unterstützter Nicht-Standard-Suffix an Gleitkommakonstante nicht unterstützte Anzahl von NOPs vor Funktionsanfang (%u) nicht unterstützter Operand nicht unterstützter Operand %s für Code »%c« Operand für Code »%c« nicht unterstützt nicht unterstützte Operandengröße für erweitertes Register In booleschem Vektorvergleich ist die Operation oder der Typ nicht unterstützt nicht unterstützter Rückgabetyp %qT für %<simd%>-Funktionen nicht unterstützter Rückgabetyp %qT für SIMD nicht unterstützte simdlen %wd nicht unterstützte simdlen %wd (amdgcn) nicht unterstützte Größe für Ganzzahlregister Variabler Feld-Offset wird nicht unterstützt Zugriff auf Feld mit variabler Größe wird nicht unterstützt unbeendete Assemblerdialekt-Alternative unbeendete Farbdirektive unbeendete Formatzeichenkette unbeendetes Anführungszeichen %<%c%> im Format unbeendete q-Direktive unbeendete Zeichenkette unverwendete Argumente in %<$%>-Stil-Format unverwendeter Name %qE unverwendeter Parameter %qD ungenutzte Deklaration für strukturierte Bindung Variable %q+D wird nicht verwendet Variable %qD wird nicht verwendet Abwicklungstabellen erfordern derzeit entweder einen Rahmenzeiger oder %<-maccumulate-outgoing-args%> für Korrektheit Oberer Wert in case-Marken-Bereich überschreitet den Maximalwert des Typs verwenden Sie stattdessen %<#include%> stattdessen %<%T::%D%> verwenden %<%T::%D%> statt %<%T::%D%> verwenden, um den Konstruktor mit qualifiziertem Namen zu benennen %<%T::template %D%> verwenden, um dies als Template zu kennzeichnen verwenden Sie %<&%D[0] %s &%D[0]%>, um die Adressen zu vergleichen %<-Winvalid-pch%> für weitere Informationen verwenden verwenden Sie %<-faligned-new%>, um die C++17-Unterstützung für überausgerichtetes New einzuschalten verwenden Sie %<-fext-numeric-literals%>, um weitere eingebaute Suffixe einzuschalten %<-flax-vector-conversions%> verwenden, um Umwandlung zwischen Vektoren mit unterschiedlichen Elementtypen oder Anzahl der Teile zu erlauben %<...%> verwenden, um Argumentpack aufzulösen verwenden Sie stattdessen %<__attribute__ ((vector_size))%> verwenden Sie %<__builtin_rx_mvtc (0, ...)%>, um beliebige Werte in PSW zu schreiben verwenden Sie %<alias %s = %s.%s;%>, um eine Überladungsmenge der Basisklasse einzuführen verwenden Sie %<template<>%> für eine explizite Spezialisierung stattdessen %<this->%D%> verwenden verwenden Sie stattdessen %qD verwenden Sie stattdessen %qs ISO-Dialekt von Modula-2 verwenden PIM-2-Dialekt von Modula-2 verwenden PIM-3-Dialekt von Modula-2 verwenden PIM-4-Dialekt von Modula-2 verwenden PIM-[234]-Dialekt von Modula-2 verwenden nutzen Sie einen Cast auf den erwarteten Typen, um die Mehrdeutigkeit aufzulösen den C-Präprozessor verwenden, um das Modul vorzuverarbeiten Verwenden Sie zum Beispiel %<-Wabi=11%>, um vor Änderungen von GCC 7 zu warnen verwenden Sie den Nicht-Referenz-Typ %qT, um das Kopieren explizit zu machen, oder %qT um das Kopieren zu sparen Verwendung von %<alloca%> Verwendung von %<alloca%> innerhalb einer Schleife Verwendung von %<auto%> in Lambda-Parameterdeklaration ist nur mit %<-std=c++14%> oder %<-std=gnu++14%> verfügbar Verwendung von %<auto%> in Umwandlungsoperator von Elementtemplate kann niemals hergeleitet werden Verwendung von %<auto%> in Parameterdeklaration ist nur mit %<-std=c++14%> oder %<-std=gnu++14%> verfügbar Verwendung von %<auto%> in Parameterdeklaration ist erst mit %<-std=c++20%> oder %<-fconcepts%> verfügbar Verwendung von %<complex%> in AltiVec-Typen ist ungültig Verwendung von %<double%> in AltiVec-Typen ist ohne %qs ungültig Verwendung von %<long double%> in AltiVec-Typen ist ungültig Verwendung von %<long long%> in AltiVec-Typen ist ohne %qs ungültig Verwendung von %<long%> in AltiVec-Typen ist veraltet; %<int%> verwenden Verwendung von %<long%> in AltiVec-Typen ist für 64-Bit-Code ohne %qs ungültig Verwendung von %<this%> in Konstantenausdruck Verwendung von %qD Verwendung von %qD vor Herleitung von %<auto%> Verwendung von %qs Verwendung von %qs in Template Verwendung des %qs-Längenmodifizierers mit %qc-Typ-Zeichen hat entweder keine Auswirkung oder undefiniertes Verhalten gleichzeitige Verwendung von %s und %s im Format %s Verwendung von %s und %s zusammen mit Format %<%%%c%> für %s angeforderter Speicher wird in konstantem Ausdruck verwendet, nachdem er wieder freigegeben wurde Verwendung eines Operanden vom Typ %qT in %<operator++%> ist veraltet Verwendung eines Operanden vom Typ %qT in %<operator++%> ist in C++17 verboten Verwendung eines Operanden vom Typ %qT in %<operator--%> ist verboten Verwendung boolescher Typen in AltiVec-Typen ist ungültig Verwendung von eingebautem Parameterpack %qD außerhalb eines Templates Verwendung der eingebauten Eigenschaft %qE in Funktionssignatur; stattdessen sollten Bibliothekseigenschaften verwendet werden Verwendung der eingebauten Eigenschaft %qT in Funktionssignatur; stattdessen sollten Bibliothekseigenschaften verwendet werden Verwendung des Klassentemplates %qT als Ausdruck Verwendung dezimaler Gleitkommatypen in AltiVec-Typen ist ungültig gelöschte Funktion %qD wird verwendet Verwendung des enum %q#D ohne vorherige Deklaration Verwendung der Funktion %qD mit nicht erfüllten Einschränkungen Verwendung des ungültigen Variablentemplates %qE Verwendung lokaler Variable mit automatischer Speicherklasse aus enthaltender Funktion Verwendung einer multiversionierten Funktion ohne Standardargument Verwendung einer Typumwandlung nach %q#T im alten Stil Verwendung eines Parameters aus enthaltender Funktion Verwendung eines Parameters außerhalb des Funktionskörpers Verwendung von ungetyptem nil für die Anweisung fehlt der Verwendungs-Operand die Option %<-std=c99%>, %<-std=gnu99%>, %<-std=c11%> oder %<-std=gnu11%> verwenden, um den Code zu übersetzen verwenden Sie einen Referenztyp, um das Kopieren zu sparen verwenden Sie stattdessen die Apostroph-Direktive %qs verwenden Sie das unäre %<+%>, das Operanden zu Zeigern degradiert, oder %<&%D[0] %s &%D[0]%>, um die Adressen zu vergleichen Array, das nicht in Zeiger umgewandelt werden kann, anstelle des geforderten Skalars verwendet als umgeschriebener Kandidat für den Vergleich von %qT und %qT verwendet hier verwendet mit der Bedeutung %q#D Wert eines struct-Typs anstelle des geforderten Skalars verwendet Wert eines union-Typs anstelle des geforderten Skalars verwendet Vektortyp verwendet, wo Skalars benötigt wird nutzloses %<_Alignas%> in leerer Deklaration nutzloses %qs in leerer Deklaration nutzlose Umwandlung in Typ %q#T Nutzlose Speicherklassenangabe in leerer Deklaration Nutzloser Typname in leerer Deklaration Nutzloser Typqualifizierer in leerer Deklaration benutzerdefinierte Reduktionsauflösung ist mehrdeutig benutzerdefinierte Reduktion für %qE nicht gefunden benutzerdefinierte Reduktion mit Konstruktorinitialisierung für Basisklasse %qT benutzerdefiniertes %qD wertet immer beide Argumente aus benutzerdefinierte Literale nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar verwendet %qD, das jedoch keinen Ausrichtungsparameter hat %<%c%s%> wird verwendet %<num_workers (%d)%> wird verwendet, %d wird ignoriert %<vector_length (%d)%> wird verwendet, da eine vektor-partitionierbare Routine aufgerufen wird, %d wird ignoriert %<vector_length (%d)%> wird verwendet, %d wird ignoriert %<vector_length (%d)%> wird verwendet, Laufzeiteinstellung wird ignoriert %<vector_length (64)%> wird verwendet, %d wird ignoriert %<vector_length (64)%> wird verwendet, Laufzeiteinstellung wird ignoriert %qs wird verwendet Verwendung von %qs mit vorzeichenlosem Typ hat keinen Effekt baumelnder Zeiger auf %qD wird verwendet baumelnder Zeiger auf ein unbenanntes temporäres Objekt wird verwendet Templatespezialisierung alias %qT hinter %qs wird verwendet die Funktion %qD berechnet den Betrag einer komplexen Zahl, bekommt hier jedoch ein Argument vom Gleitkommatyp %qT übergeben die Funktion %qD berechnet den Betrag einer komplexen Gleitkommazahl, bekommt hier jedoch ein Argument vom Ganzzahltyp %qT übergeben baumelnder Zeiger %qE auf %qD wird verwendet baumelnder Zeiger %qE auf ein unbenanntes temporäres Objekt wird verwendet darwin64-ABI wird verwendet die Funktion %qD berechnet den Betrag einer dezimalen Gleitkommazahl, bekommt hier jedoch ein Argument vom komplexen Typ %qT übergeben die Funktion %qD berechnet den Betrag einer dezimalen Gleitkommazahl, bekommt hier jedoch ein Argument vom binären Gleitkommatyp %qT übergeben die Funktion %qD berechnet den Betrag einer dezimalen Gleitkommazahl, bekommt hier jedoch ein Argument vom Ganzzahltyp %qT übergeben die Funktion %qD berechnet den Betrag einer binären Gleitkommazahl, bekommt hier jedoch ein Argument vom komplexen Typ %qT übergeben die Funktion %qD berechnet den Betrag einer binären Gleitkommazahl, bekommt hier jedoch ein Argument vom dezimalen Gleitkommatyp %qT übergeben die Funktion %qD berechnet den Betrag einer Gleitkommazahl, bekommt hier jedoch ein Argument vom Ganzzahltyp %qT übergeben die Funktion %qD berechnet den Betrag einer Ganzzahl, bekommt hier jedoch ein Argument vom komplexen Typ %qT übergeben die Funktion %qD berechnet den Betrag einer Ganzzahl, bekommt hier jedoch ein Argument vom Gleitkommatyp %qT übergeben ungültiges Feld %qD wird verwendet Altes darwin-ABI wird verwendet Ergebnis einer %<void%> zurückgebenden Funktion verwendet rvalue wird als lvalue verwendet %d LTRANS-Aufträge werden seriell compiliert Nach der Registerbelegung wird eine einfache CSE verwendet Templatetyp-Parameter %qT wird nach %qs verwendet das Intervall [%E, %E] wird für das Argument der Direktive verwendet typedef-Name %qD wird nach %qs verwendet die Verwendung des Wertes der Zuweisung mit %<volatile%>-qualifiziertem linken Operand ist veraltet %<using%>-Deklaration für Element außerhalb des Gültigkeitsbereichs der Klasse »using«-Deklaration für Nicht-Element im Gültigkeitsbereich der Klasse %<using%>-Deklaration darf den Namensraum %qD nicht benennen gültige Argumente für %<-foffload=%> sind: %s gültige Argumente für %<-foffload=%> sind: %s; meinten Sie %qs? gültige Argumente sind: %s gültige Argumente sind: %s; meinten Sie %qs? gültige Argumente für %<-march=%> sind: %s gültige Argumente für %<-march=%> sind: %s; meinten Sie %qs? gültige Argumente für %<-mtune=%> sind: %s gültige Argumente für %<-mtune=%> sind: %s; meinten Sie %qs? gültige Argumente für %<target("arch=")%> sind: %s gültige Argumente für %<target("arch=")%> sind: %s; meinten Sie %qs? gültige Argumente für %<target("tune=")%> sind: %s gültige Argumente für %<target("tune=")%> sind: %s; meinten Sie %qs? gültige Argumente für %qs sind: %s gültige Argumente für %qs sind: %s; meinten Sie %qs? gültige Fehler-Modelle sind %qs, %qs, %qs, %qs gültige Featurenamen sind: %s gültige Featurenamen sind: %s; meinten Sie %qs? gültiges Format ist %<ns::attr%> oder %<ns::%> gültige Modelle sind %s gültive Werte für eingebautes %qF, Argument %d, sind 64, 128, 256, 512, 1024, 2048, und 4096 Wert %qE vom Typ %qT ist kein Konstantenausdruck Wert %qs wird von Attribut %<target%> nicht unterstützt Wertargument berechneter Wert ist unbenutzt Wert von %<-mfixed-range%> muss die Form REG1-REG2 haben in %qs übergebener Wert ist zu groß Wertinitialisierung des Funktionstypen %qT Wertinitialisierung des unvollständigen Typen %qT Wertinitialisierung des Referenztypen %qT var-tracking-assignments ändert selektive Planung Variable Variable %q#D hat Initialisierung, aber unvollständigen Typ Variable %q+D als %<_Noreturn%> deklariert Variable %q+D als %<inline%> deklariert Variablendefinition von %q+D ist als dllimport markiert Variable %q+D könnte von %<longjmp%> oder %<vfork%> zerstört werden Variable %q+D muss konstant sein, um mit %qs in Nur-Lese-Abschnitt gelegt zu werden Variable %q+D Teil des Alias-Zyklus dynamisch initialisierte Variable %q+D in Programmspeicherbereich platziert Variable %qD angepasst für OpenACC-Privatisierungsgrad: %qs Variable %qD hat Funktionstyp Variable %qD hat Initialisierung, aber unvollständigen Typ variable %qD vom nicht-literalen Typ %qT in %<constexpr%>-Funktion ist erst mit %<-std=c++2b%> oder %<-std=gnu++2b%> verfügbar Variable %qD als Funktion redeklariert Variable %qD gesetzt, aber nicht verwendet Variable %qD wird in %<#pragma acc declare%> mehr als einmal verwendet Variable %qE in umgebender %<host_data%>-Region deklariert Variable %qE ist keine Iteration der äußersten Schleife %d, jedoch %qE erwartet auf Variable %qE des unvollständigen Typs %qT wird in Erhöhungsausdruck nicht zugegriffen auf Variable %qE des unvollständigen Typs %qT wird nicht im linken Operanden des Kommaoperators zugegriffen auf Variable %qE des unvollständigen Typs %qT wird nicht im rechten Operanden des Kommaoperators zugegriffen auf Variable %qE des unvollständigen Typs %qT wird nicht im zweiten Operanden des bedingten Ausdrucks zugegriffen auf Variable %qE des unvollständigen Typs %qT wird in Anweisung nicht zugegriffen auf Variable %qE des unvollständigen Typs %qT wird nicht im dritten Operanden des bedingten Ausdrucks zugegriffen Variable %qs wurde in ausgelagertem Code referenziert, wurde aber nicht markiert, dass sie im ausgelagerten Code enthalten sein dürfte Variable %qs hat bereichsbasierte Destruktion, daher kann kein Funktionsabschluss gebaut werden Variablenkonzept hat keine Initialisierung Array %qD variabler Länge wird verwendet Array variabler Größe wird verwendet Arrays mit variabler Länge werden in Koroutinen noch nicht unterstützt Elementtyp variabler Länge in %<reduction%>-Klausel eines Arrays Variable mit demselben Assemblernamen wie die virtuelle Tabelle ist in anderer Übersetzungseinheit definiert Variable oder Feld %qE als »void« deklariert Variable oder Feld als »void« deklariert als %<extern%> redeklarierte Variable war bereits als %<static%> deklariert Typ %qT mit variabler Länge in %<reduction%>-Klausel Typ %qT mit variabler Größe in %qs-Klausel Interner Fehler: variable symbol is not variable Variablentemplate hier deklariert Bezeichner %qD für Variablentemplate ist geschachteltem Namens-Spezifizierer variable Templates sind nur mit %<-std=c++14%> oder %<-std=gnu++14%> verfügbar Variablenverfolgung angefordert, jedoch nicht von diesem Debug-Format unterstützt Variablenverfolgung angefordert, jedoch nutzlos ohne Debug-Info Grenze zur Variablenverfolgung überschritten Obere Größengrenze zur Variablenverfolgung mit %<-fvar-tracking-assignments%> überschritten; neuer Versuch ohne Array variabler Größe von %<auto%> zusammengesetztes Literal variabler Größe Objekt variabler Größe darf nicht initialisiert werden, außer mit einem leeren Initialisierer Variablen im Adressraum %<__regio_symbol%> können nicht als %<register%> deklariert werden Variablen im Adressraum %<__regio_symbol%> können keinen Anfangswert haben Variablen im Adressraum %<__regio_symbol%> müssen als %<extern%> deklariert werden Variablen im Adressraum %<__regio_symbol%> müssen als %<volatile%> deklariert werden Variablen vom Typ %qT können keine thread-lokale Speicherdauer haben variabel modifiziertes %qE im Dateibereich variabel modifiziertes Feld im Dateibereich im »new«-Ausdruck ist kein variabel modifizierter Typ erlaubt variadische Funktionen müssen die AAPCS-Basisvariante verwenden variadische Templates nur mit %<-std=c++11%> oder %<-std=gnu++11%> verfügbar variadischer Thunk-Aufruf Variante %qD und Basis %qD haben unverträgliche Typen die Variante %qD ist eine eingebaute Variante %qD ist keine Funktion Die Variante %qs und die Basis %qs bei %L haben inkompatible Typen: %s Die Variante %qs bei %L muss eine Funktion oder Unterroutine sein %qs-Element des Vektors ist kein GIMPLE-Wert Vektor-%qs mit Elementindex, der nicht NULL ist Vektor-Argument an Funktion ohne Prototyp übergeben Vektorbedingung wird stückweise ausgeweitet Vektoroperation wird parallel ausgeweitet Vektoroperation wird stückweise ausgeweitet Vektoroperation wird mit einzelner skalarer Operation ausgeweitet Vektorüberlauf in Ausdruck %qE des Typs %qT ergibt %qE Vektorüberlauf in Ausdruck des Typs %qT ergibt %qE Vektorumverteilungsoperation wird stückweise ausgeweitet Vektorgröße kein ganzzahliges Vielfaches der Komponentengröße Vektortypen erwartet in %qs Vektortypen erwartet in %qs Vektorisierung für eine SIMD-Schleife nicht durchgeführt Vektoren unterschiedlicher Elementanzahl in %qs gefunden verify_bind_c_derived_type(): Given symbol is unexpectedly NULL Interner Fehler: verify_cgraph_node failed Interner Fehler: verify_flow_info failed Interner Fehler: verify_flow_info: Basic block %d succ edge is corrupted Interner Fehler: verify_flow_info: Block %i has loop_father, but there are no loops Interner Fehler: verify_flow_info: Block %i lacks loop_father Interner Fehler: verify_flow_info: Duplicate edge %i->%i Interner Fehler: verify_flow_info: Incorrect blocks for fallthru %i->%i Interner Fehler: verify_flow_info: Incorrect fallthru %i->%i Interner Fehler: verify_flow_info: Missing count of block %i Interner Fehler: verify_flow_info: REG_BR_PROB does not match cfg %i %i Interner Fehler: verify_flow_info: REG_BR_PROB is set but cfg probability is not Interner Fehler: verify_flow_info: Wrong count of block %i Interner Fehler: verify_flow_info: Wrong probability of edge %i->%i Interner Fehler: verify_flow_info: unallocated edge flag set on %d -> %d Interner Fehler: verify_flow_info: unallocated flag set on BB %d verify_gimple failed verify_ssa gescheitert Versionsattribut ist keine Zeichenkette Konfliktmarker für Versionskontrolle in Datei von %qT geerbte Version ist hier deklariert Version von %<g%> wird weggelassen, bitte geben Sie die Version für die individuelle Erweiterung an das versionierte Symbol muss %<public%> sein versioniertes Symbol muss standardmäßige Sichtbarkeit haben virt-Spezifikation in %qs ist außerhalb einer Klassendefinition nicht erlaubt virtual PHI with argument locations virtual SSA name for non-VOP decl virtuelle Basis %qT ist in %qT durch Mehrdeutigkeit unzugänglich für Anweisung fehlt virtueller Definitions-Operand virtual definition is not an SSA name virtuelle Definition der Anweisung nicht aktuell virtuelle Funktion %q+D übersteuert final-Funktion virtuelle Funktionen kann keinen hergeleiteten Rückgabetyp haben Multiversionierung virtueller Funktionen wird nicht unterstützt virtuelle Funktionen können erst mit C++20 %<constexpr%> sein virtuelle Funktionen können keine friends sein virtuelle Methode %qD virtuelle Nicht-Klassen-Funktion %qs virtuelle Tabelle des Typs %qD enthält RTTI-Information virtuelle Tabelle des Typs %qD verletzt die One-Definition-Rule Zeiger auf Virtuelle Tabelle wird uninitialisiert verwendet virtuelle Verwendung von Anweisung nicht aktuell für die Anweisung fehlt der virtuelle Verwendungs-Operand Sichtbarkeitsargument ist keine Zeichenkette Sichtbarkeitsattribute werden in dieser Konfiguration nicht unterstützt; ignoriert vms »#pragma __message« wird ignoriert void-Wert nicht ignoriert wie es sein sollte flüchtiges Argument vtable für Vtable-Verifikation wird in Kombination mit LTO nicht unterstützt waitpid gescheitert Warnung: Warnung: Evtl. mit »-static« linken, da Systembibliotheken mit »%s« wurde erwartet schwaches %q+D kann nicht als %qE definiert werden schwache Alias-Definitionen werden in dieser Konfiguration nicht unterstützt schwache Aliase werden nicht unterstützt schwache Deklaration von %q+D wird auf bereits existierende »static«-Definition angewandt schwache Deklaration von %q+D muss öffentlich sein schwache Deklaration von %q+D wird nicht unterstützt Gewichte müssen nichtnegativ sein beim Speichern von %qT erfordert %qE eine Vektorbasis und einen skalaren Index beim Schreiben der Ausgabe nach %s: %m während %qT in %E Elemente zerlegt wird während %qT in %wu Element zerlegt wird während %qT in %wu Elemente zerlegt wird beim Referenzieren von %qD Breite von %qD übersteigt seinen Typen Breite von %qs überschreitet dessen Typen Breite des Bit-Feldes %qD hat Nicht-Ganzzahl-Typ %qT mit mit %<ancestor%> dürfen nur die Klauseln %<device%>, %<firstprivate%>, %<private%>, %<defaultmap%> und %<map%> in dem Konstrukt erscheinen innerhalb dieser Schleife ohne %<-gdwarf-5%> ist %<-gvariable-location-views=incompat5%> gleichbedeutend mit %<-gvariable-location-views%> arbeitsteilende Region darf nicht innerhalb einer Region eng geschachtelt sein, die arbeitsteilend, %<loop%>, %<critical%>, %<ordered%>, %<master%>, %<masked%>, explizit %<task%> oder %<taskloop%> ist Schreiben von %wu Bit Daten außerhalb der Grenzen des Zielobjekts, Daten wurden auf %wu Bit abgeschnitten write_atom(): Trying to write dab atom write_symbol(): bad module symbol %qs write_symtree(): Symbol not written Code schreibt %E Byte in eine Region der Größe %E und bringt dadurch das Zielobjekt zum Überlaufen Code schreibt %E Bytes in eine Region der Größe %E und bringt dadurch das Zielobjekt zum Überlaufen Code schreibt %E oder mehr Bytes in eine Region der Größe %E und bringt dadurch die Zielregion zum Überlaufen Schreiben von %wu Byte in eine Region der Größe %wu Schreiben von %wu Bytes in eine Region der Größe %wu Schreiben von %wu Byte in eine Region der Größe zwischen %wu und %wu Schreiben von %wu Bytes in eine Region der Größe zwischen %wu und %wu CMI %qs wird geschrieben Code schreibt zwischen %E und %E Bytes in eine Region der Größe %E und bringt dadurch das Zielobjekt zum Überlaufen Schreiben von %wu bis %wu Bytes in eine Region der Größe %wu %wu bis %wu Bytes werden in eine Region der Größe zwischen %wu und %wu geschrieben Schreiben in konstantes Objekt (Argument %d) ein Byte zu viel wird in eine Region geschrieben, deren Größe von %<strlen%> abhängt Ausgabedatei wird geschrieben Schreiben über Null-Zeiger (Argument %d) beim Schreiben in LTRANS-Ausgabeliste %s: %m Schreibzugriff auf Adressraum %qs wird nicht unterstützt Interner Compilerfehler: wrong %<TYPE_CACHED_VALUES%> entry Interner Fehler: wrong amount of branch edges after conditional jump in bb %i Interner Fehler: wrong amount of branch edges after unconditional jump %i falsches Argument %qs für Option %qs falsches Argument für ignorierte Attribute Falsche Kante %d->%d für PHI-Argument Interner Compilerfehler: wrong entry in %<TYPE_ARG_TYPES%> list Falsche Liste zur sofortigen Verwendung falscher Befehl in »fallthru«-Kante falsche Liste der verlassenen Schleifen für Kante %d->%d falsche Anzahl an Argumenten Falsche Anzahl an Argumenten für das Attribut %qE angegeben falsche Anzahl der Argumente für %%:debug-level-gt falsche Anzahl von Argumenten für %%:dwarf-version-gt falsche Anzahl von Argumenten für %<__builtin_addressof%> falsche Anzahl von Argumenten für %<__builtin_assoc_barrier%> falsche Anzahl der Argumente für %<__builtin_call_with_static_chain%> falsche Anzahl der Argumente für %<__builtin_choose_expr%> falsche Anzahl der Argumente für %<__builtin_complex%> falsche Anzahl von Argumenten für %<__builtin_convertvector%> falsche Anzahl von Argumenten für %<__builtin_launder%> falsche Anzahl der Argumente für %<__builtin_shuffle%> falsche Anzahl der Argumente für %<__builtin_shufflevector%> Falsche Anzahl an Argumenten für das Attribut %<assume%> angegeben falsche Anzahl der Argumente für Funktion %<__builtin_next_arg%> falsche Anzahl der Argumente für Funktion %<va_start%> Interner Fehler: wrong number of branch edges after unconditional jump in bb %i falsche Anzahl der Templateargumente (%d, sollte %d sein) falsche Anzahl der Templateargumente (%d, sollte mindestens %d sein) Interner Fehler: wrong outgoing edge flags at end of bb %d falscher Strategiename %qs für Option %qs angegeben Interner Compilerfehler: wrong tree in %<TYPE_FIELDS%> list Argument falschen Typs für %s Argument falschen Typs für abs falsches Typargument für »absu« Argument falschen Typs für Bit-Komplement Argument falschen Typs für Konjugation Argument falschen Typs für Dekrementierung Argument falschen Typs für Inkrementierung Argument falschen Typs für unäres Ausrufungszeichen Argument falschen Typs für unäres Minus Argument falschen Typs für unäres Plus Argument falschen Typs für »%s« x87-Registerrückgabe mit ausgeschaltetem x87 xstormy16_print_operand: unbekannter Code Sie können %qs mit der Befehlszeilenoption %<-march%> einschalten, oder mit dem Attribut %<target%> oder Pragma Sie können RVV mit der Befehlszeilenoption %<-march%>, oder mit dem Attribut %<target%> oder Pragma aktivieren Sie können SVE mit der Befehlszeilenoption %<-march%>, oder mit dem Attribut %<target%> oder Pragma aktivieren Sie können diese Warnung unterdrücken, indem Sie eine hexadezimale Konstante verwenden (%wx statt %wd) Sie können diesen Wert mit %<--param hardware_destructive_interference_size=%d%> stabilisieren, oder diese Warnung mit %<-Wno-interference-size%> deaktivieren Sie können stattdessen einen inline-Namensraum verwenden dies kann durch das Löschen der Initialisierung umgangen werden Bei Verwendung der Option %qs kann die Adresse von geschachtelten Funktionen nicht verwendet werden Sie sollten die Option %<-%s%> verwenden Ihre native CPU-Architektur %qs unterstützt die ABI %qs nicht, stattdessen wird %<-m%s=%s%> verwendet z*inx erfordert ABI ilp32, ilp32e oder lp64 z/Architektur. Null als Nullzeigerkonstante Arrayabschnitt der Länge 0 in %qs-Klausel Arraygröße von %q+D ist null oder negativ Typ %qT mit Größe 0 in %<reduction%>-Klausel Typ %qT mit Größe 0 in %qs-Klausel Vektorgröße Null Breite Null für Bitfeld %q+D Breite Null für Bitfeld %qs Breite null im Format %s Format-Zeichenkette %s der Länge null Array %qD der Größe null Array %qT der Größe null Arrayelement %qD mit Länge 0 in ansonsten leerem %q#T Arrayelement %qD mit Länge 0 befindet sich nicht am Ende von %q#T {anonym} {fehlerhaft}