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Minor refactoring

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This commit is contained in:
Christoffer Lerno
2025-04-26 23:32:52 +02:00
parent 0595270d9a
commit 246957b8bd
1 changed files with 89 additions and 84 deletions
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173
src/compiler/compiler.c
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@@ -1241,101 +1241,107 @@ PRINT_SCRIPT:;
dir_change(old_path); dir_change(old_path);
} }
static void check_address_sanitizer_options(BuildTarget *target)
{
if (target->feature.sanitize_memory || target->feature.sanitize_thread)
{
error_exit("Address sanitizer cannot be used together with memory or thread sanitizer.");
}
switch (target->arch_os_target)
{
case WINDOWS_X64:
{
WinCrtLinking crt_linking = target->win.crt_linking;
if (crt_linking == WIN_CRT_DEFAULT)
{
error_exit("Please specify `static` or `dynamic` for `wincrt` when using address sanitizer.");
}
if (crt_linking == WIN_CRT_STATIC_DEBUG || crt_linking == WIN_CRT_DYNAMIC_DEBUG)
{
// We currently don't have ASan runtime libraries linked against debug CRT.
error_exit("Address sanitizer cannot be used when using `static-debug` or `dynamic-debug` for `wincrt`. Please use `static` or `dynamic` instead.");
}
WARNING("Using address sanitizer on Windows requires the sanitizer option `detect_odr_violation=0`, either set by returning it from `__asan_default_options`, or via an environment variable `ASAN_OPTIONS=detect_odr_violation=0`");
break;
}
case LINUX_X86:
case LINUX_X64:
case MACOS_AARCH64:
case MACOS_X64:
case FREEBSD_X86:
case FREEBSD_X64:
case NETBSD_X86:
case NETBSD_X64:
break;
default:
error_exit("Address sanitizer is only supported on Linux, FreeBSD, NetBSD, Darwin and Windows.");
}
}
static void check_memory_sanitizer_options(BuildTarget *target)
{
if (target->feature.sanitize_thread)
{
error_exit("Memory sanitizer cannot be used together thread sanitizer.");
}
switch (target->arch_os_target)
{
case LINUX_AARCH64:
case LINUX_X86:
case LINUX_X64:
case FREEBSD_X86:
case FREEBSD_X64:
case NETBSD_X86:
case NETBSD_X64:
break;
default:
error_exit("Memory sanitizer is only supported on Linux, FreeBSD and NetBSD.");
}
if (target->reloc_model != RELOC_BIG_PIE)
{
error_exit("Memory sanitizer requires `PIE` relocation model.");
}
}
static void check_thread_sanitizer_options(BuildTarget *target)
{
switch (target->arch_os_target)
{
case LINUX_AARCH64:
case LINUX_X64:
case MACOS_AARCH64:
case MACOS_X64:
case FREEBSD_X64:
case NETBSD_X64:
break;
default:
error_exit("Thread sanitizer is only supported on 64-bit Linux, NetBSD, FreeBSD and Darwin.");
}
}
static void check_sanitizer_options(BuildTarget *target) static void check_sanitizer_options(BuildTarget *target)
{ {
if (target->feature.sanitize_address) if (target->feature.sanitize_address) check_address_sanitizer_options(target);
if (target->feature.sanitize_memory) check_memory_sanitizer_options(target);
if (target->feature.sanitize_thread) check_thread_sanitizer_options(target);
if (target->type == TARGET_TYPE_BENCHMARK)
{ {
if (target->feature.sanitize_memory || target->feature.sanitize_thread) if (target->feature.sanitize_address)
{
error_exit("Address sanitizer cannot be used together with memory or thread sanitizer.");
}
switch (target->arch_os_target)
{
case WINDOWS_X64:
{
WinCrtLinking crt_linking = target->win.crt_linking;
if (crt_linking == WIN_CRT_DEFAULT)
{
error_exit("Please specify `static` or `dynamic` for `wincrt` when using address sanitizer.");
}
if (crt_linking == WIN_CRT_STATIC_DEBUG || crt_linking == WIN_CRT_DYNAMIC_DEBUG)
{
// We currently don't have ASan runtime libraries linked against debug CRT.
error_exit("Address sanitizer cannot be used when using `static-debug` or `dynamic-debug` for `wincrt`. Please use `static` or `dynamic` instead.");
}
WARNING("Using address sanitizer on Windows requires the sanitizer option `detect_odr_violation=0`, either set by returning it from `__asan_default_options`, or via an environment variable `ASAN_OPTIONS=detect_odr_violation=0`");
break;
}
case LINUX_X86:
case LINUX_X64:
case MACOS_AARCH64:
case MACOS_X64:
case FREEBSD_X86:
case FREEBSD_X64:
case NETBSD_X86:
case NETBSD_X64:
break;
default:
error_exit("Address sanitizer is only supported on Linux, Darwin and Windows.");
}
if (target->type == TARGET_TYPE_BENCHMARK)
{ {
WARNING("Running benchmarks with address sanitizer enabled!"); WARNING("Running benchmarks with address sanitizer enabled!");
} }
} else if (target->feature.sanitize_thread)
if (target->feature.sanitize_memory)
{
if (target->feature.sanitize_address || target->feature.sanitize_thread)
{ {
error_exit("Memory sanitizer cannot be used together with address or thread sanitizer."); WARNING("Running benchmarks with thread sanitizer enabled!");
} }
switch (target->arch_os_target) else if (target->feature.sanitize_memory)
{
case LINUX_AARCH64:
case LINUX_X86:
case LINUX_X64:
case FREEBSD_X86:
case FREEBSD_X64:
case NETBSD_X86:
case NETBSD_X64:
break;
default:
error_exit("Memory sanitizer is only supported on Linux.");
}
if (target->reloc_model != RELOC_BIG_PIE)
{
error_exit("Memory sanitizer requires `PIE` relocation model.");
}
if (target->type == TARGET_TYPE_BENCHMARK)
{ {
WARNING("Running benchmarks with memory sanitizer enabled!"); WARNING("Running benchmarks with memory sanitizer enabled!");
} }
} }
if (target->feature.sanitize_thread)
{
if (target->feature.sanitize_address || target->feature.sanitize_memory)
{
error_exit("Thread sanitizer cannot be used together with address or memory sanitizer.");
}
switch (target->arch_os_target)
{
case LINUX_AARCH64:
case LINUX_X64:
case MACOS_AARCH64:
case MACOS_X64:
case FREEBSD_X64:
case NETBSD_X64:
break;
default:
error_exit("Thread sanitizer is only supported on 64-bit Linux and Darwin.");
}
if (target->type == TARGET_TYPE_BENCHMARK)
{
WARNING("Running benchmarks with thread sanitizer enabled!");
}
}
} }
const char *compiler_date_to_iso(void) const char *compiler_date_to_iso(void)
@@ -1429,7 +1435,6 @@ void compile()
expand_csources(lib->parent->dir, lib->csource_dirs, &lib->csources); expand_csources(lib->parent->dir, lib->csource_dirs, &lib->csources);
expand_cinclude_dirs(lib->parent->dir, lib->cinclude_dirs, &lib->cinclude_dirs); expand_cinclude_dirs(lib->parent->dir, lib->cinclude_dirs, &lib->cinclude_dirs);
} }
TokenType type = TOKEN_CONST_IDENT;
FOREACH(const char *, feature_flag, compiler.build.feature_list) FOREACH(const char *, feature_flag, compiler.build.feature_list)
{ {
feature_flag = symtab_preset(feature_flag, TOKEN_CONST_IDENT); feature_flag = symtab_preset(feature_flag, TOKEN_CONST_IDENT);