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linux.jai
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//
// This file was auto-generated using the following command:
//
// jai generate.jai
//
SLANG_CLANG :: 1;
SLANG_VC :: 0;
SLANG_SNC :: 0;
SLANG_GHS :: 0;
SLANG_GCC :: 0;
SLANG_LINUX :: 1;
SLANG_WINRT :: 0;
SLANG_XBOXONE :: 0;
SLANG_WIN64 :: 0;
SLANG_X360 :: 0;
SLANG_WIN32 :: 0;
SLANG_ANDROID :: 0;
SLANG_IOS :: 0;
SLANG_OSX :: 0;
SLANG_PS3 :: 0;
SLANG_PS4 :: 0;
SLANG_PSP2 :: 0;
SLANG_WIIU :: 0;
SLANG_GCC_FAMILY :: SLANG_CLANG || SLANG_SNC || SLANG_GHS || SLANG_GCC;
SLANG_WINDOWS_FAMILY :: SLANG_WINRT || SLANG_WIN32 || SLANG_WIN64;
SLANG_MICROSOFT_FAMILY :: SLANG_XBOXONE || SLANG_X360 || SLANG_WINDOWS_FAMILY;
SLANG_LINUX_FAMILY :: SLANG_LINUX || SLANG_ANDROID;
SLANG_APPLE_FAMILY :: SLANG_IOS || SLANG_OSX;
SLANG_UNIX_FAMILY :: SLANG_LINUX_FAMILY || SLANG_APPLE_FAMILY;
SLANG_ENABLE_DXVK :: 0;
SLANG_ENABLE_VKD3D :: 0;
SLANG_ENABLE_DIRECTX :: SLANG_ENABLE_DXVK || SLANG_ENABLE_VKD3D;
SLANG_ENABLE_DXGI_DEBUG :: 0;
SLANG_ENABLE_DXBC_SUPPORT :: 0;
SLANG_ENABLE_PIX :: 0;
SLANG_HAS_EXCEPTIONS :: 1;
SLANG_HAS_MOVE_SEMANTICS :: 1;
SLANG_HAS_ENUM_CLASS :: 1;
SLANG_PROCESSOR_X86_64 :: 1;
SLANG_PROCESSOR_ARM :: 0;
SLANG_PROCESSOR_ARM_64 :: 0;
SLANG_PROCESSOR_X86 :: 0;
SLANG_PROCESSOR_POWER_PC :: 0;
SLANG_PROCESSOR_POWER_PC_64 :: 0;
SLANG_PROCESSOR_FAMILY_X86 :: SLANG_PROCESSOR_X86_64 | SLANG_PROCESSOR_X86;
SLANG_PROCESSOR_FAMILY_ARM :: SLANG_PROCESSOR_ARM | SLANG_PROCESSOR_ARM_64;
SLANG_PROCESSOR_FAMILY_POWER_PC :: SLANG_PROCESSOR_POWER_PC_64 | SLANG_PROCESSOR_POWER_PC;
SLANG_PTR_IS_64 :: SLANG_PROCESSOR_ARM_64 | SLANG_PROCESSOR_X86_64 | SLANG_PROCESSOR_POWER_PC_64;
SLANG_PTR_IS_32 :: SLANG_PTR_IS_64 ^ 1;
SLANG_LITTLE_ENDIAN :: 1;
SLANG_UNALIGNED_ACCESS :: 1;
SLANG_BIG_ENDIAN :: 0;
SLANG_FACILITY_WIN_GENERAL :: 0;
SLANG_FACILITY_WIN_INTERFACE :: 4;
SLANG_FACILITY_WIN_API :: 7;
SLANG_FACILITY_BASE :: 0x200;
SLANG_FACILITY_CORE :: SLANG_FACILITY_BASE;
SLANG_FACILITY_INTERNAL :: SLANG_FACILITY_BASE + 1;
SLANG_FACILITY_EXTERNAL_BASE :: 0x210;
SLANG_OK :: 0;
SLANG_UNBOUNDED_SIZE :: 18446744073709551615;
SLANG_API_VERSION :: 0;
/*!
@mainpage Introduction
API Reference: slang.h
@file slang.h
*/
SlangUInt32 :: u32;
SlangInt32 :: s32;
SlangInt :: s64;
SlangUInt :: u64;
SlangSSizeT :: s64;
SlangSizeT :: u64;
SlangBool :: bool;
/*!
@brief Severity of a diagnostic generated by the compiler.
Values come from the enum below, with higher values representing more severe
conditions, and all values >= SLANG_SEVERITY_ERROR indicating compilation
failure.
*/
SlangSeverityIntegral :: s32;
SlangSeverity :: enum SlangSeverityIntegral {
DISABLED :: 0;
NOTE :: 1;
WARNING :: 2;
ERROR :: 3;
FATAL :: 4;
INTERNAL :: 5;
SLANG_SEVERITY_DISABLED :: DISABLED;
SLANG_SEVERITY_NOTE :: NOTE;
SLANG_SEVERITY_WARNING :: WARNING;
SLANG_SEVERITY_ERROR :: ERROR;
SLANG_SEVERITY_FATAL :: FATAL;
SLANG_SEVERITY_INTERNAL :: INTERNAL;
}
SlangDiagnosticFlags :: s32;
SLANG_DIAGNOSTIC_FLAG :: enum u32 {
VERBOSE_PATHS :: 1;
TREAT_WARNINGS_AS_ERRORS :: 2;
SLANG_DIAGNOSTIC_FLAG_VERBOSE_PATHS :: VERBOSE_PATHS;
SLANG_DIAGNOSTIC_FLAG_TREAT_WARNINGS_AS_ERRORS :: TREAT_WARNINGS_AS_ERRORS;
}
SlangBindableResourceIntegral :: s32;
SlangBindableResourceType :: enum SlangBindableResourceIntegral {
NON_BINDABLE :: 0;
TEXTURE :: 1;
SAMPLER :: 2;
UNIFORM_BUFFER :: 3;
STORAGE_BUFFER :: 4;
SLANG_NON_BINDABLE :: NON_BINDABLE;
SLANG_TEXTURE :: TEXTURE;
SLANG_SAMPLER :: SAMPLER;
SLANG_UNIFORM_BUFFER :: UNIFORM_BUFFER;
SLANG_STORAGE_BUFFER :: STORAGE_BUFFER;
}
/* NOTE! To keep binary compatibility care is needed with this enum!
* To add value, only add at the bottom (before COUNT_OF)
* To remove a value, add _DEPRECATED as a suffix, but leave in the list
This will make the enum values stable, and compatible with libraries that might not use the
latest enum values.
*/
SlangCompileTargetIntegral :: s32;
SlangCompileTarget :: enum SlangCompileTargetIntegral {
TARGET_UNKNOWN :: 0;
TARGET_NONE :: 1;
GLSL :: 2;
GLSL_VULKAN_DEPRECATED :: 3;
GLSL_VULKAN_ONE_DESC_DEPRECATED :: 4;
HLSL :: 5;
SPIRV :: 6;
SPIRV_ASM :: 7;
DXBC :: 8;
DXBC_ASM :: 9;
DXIL :: 10;
DXIL_ASM :: 11;
C_SOURCE :: 12;
CPP_SOURCE :: 13;
HOST_EXECUTABLE :: 14;
SHADER_SHARED_LIBRARY :: 15;
SHADER_HOST_CALLABLE :: 16;
CUDA_SOURCE :: 17;
PTX :: 18;
CUDA_OBJECT_CODE :: 19;
OBJECT_CODE :: 20;
HOST_CPP_SOURCE :: 21;
HOST_HOST_CALLABLE :: 22;
CPP_PYTORCH_BINDING :: 23;
METAL :: 24;
METAL_LIB :: 25;
METAL_LIB_ASM :: 26;
HOST_SHARED_LIBRARY :: 27;
WGSL :: 28;
WGSL_SPIRV_ASM :: 29;
WGSL_SPIRV :: 30;
TARGET_COUNT_OF :: 31;
SLANG_TARGET_UNKNOWN :: TARGET_UNKNOWN;
SLANG_TARGET_NONE :: TARGET_NONE;
SLANG_GLSL :: GLSL;
SLANG_GLSL_VULKAN_DEPRECATED :: GLSL_VULKAN_DEPRECATED;
SLANG_GLSL_VULKAN_ONE_DESC_DEPRECATED :: GLSL_VULKAN_ONE_DESC_DEPRECATED;
SLANG_HLSL :: HLSL;
SLANG_SPIRV :: SPIRV;
SLANG_SPIRV_ASM :: SPIRV_ASM;
SLANG_DXBC :: DXBC;
SLANG_DXBC_ASM :: DXBC_ASM;
SLANG_DXIL :: DXIL;
SLANG_DXIL_ASM :: DXIL_ASM;
SLANG_C_SOURCE :: C_SOURCE;
SLANG_CPP_SOURCE :: CPP_SOURCE;
SLANG_HOST_EXECUTABLE :: HOST_EXECUTABLE;
SLANG_SHADER_SHARED_LIBRARY :: SHADER_SHARED_LIBRARY;
SLANG_SHADER_HOST_CALLABLE :: SHADER_HOST_CALLABLE;
SLANG_CUDA_SOURCE :: CUDA_SOURCE;
SLANG_PTX :: PTX;
SLANG_CUDA_OBJECT_CODE :: CUDA_OBJECT_CODE;
SLANG_OBJECT_CODE :: OBJECT_CODE;
SLANG_HOST_CPP_SOURCE :: HOST_CPP_SOURCE;
SLANG_HOST_HOST_CALLABLE :: HOST_HOST_CALLABLE;
SLANG_CPP_PYTORCH_BINDING :: CPP_PYTORCH_BINDING;
SLANG_METAL :: METAL;
SLANG_METAL_LIB :: METAL_LIB;
SLANG_METAL_LIB_ASM :: METAL_LIB_ASM;
SLANG_HOST_SHARED_LIBRARY :: HOST_SHARED_LIBRARY;
SLANG_WGSL :: WGSL;
SLANG_WGSL_SPIRV_ASM :: WGSL_SPIRV_ASM;
SLANG_WGSL_SPIRV :: WGSL_SPIRV;
SLANG_TARGET_COUNT_OF :: TARGET_COUNT_OF;
}
/* A "container format" describes the way that the outputs
for multiple files, entry points, targets, etc. should be
combined into a single artifact for output. */
SlangContainerFormatIntegral :: s32;
SlangContainerFormat :: enum SlangContainerFormatIntegral {
NONE :: 0;
SLANG_MODULE :: 1;
SLANG_CONTAINER_FORMAT_NONE :: NONE;
SLANG_CONTAINER_FORMAT_SLANG_MODULE :: SLANG_MODULE;
}
SlangPassThroughIntegral :: s32;
SlangPassThrough :: enum SlangPassThroughIntegral {
NONE :: 0;
FXC :: 1;
DXC :: 2;
GLSLANG :: 3;
SPIRV_DIS :: 4;
CLANG :: 5;
VISUAL_STUDIO :: 6;
GCC :: 7;
GENERIC_C_CPP :: 8;
NVRTC :: 9;
LLVM :: 10;
SPIRV_OPT :: 11;
METAL :: 12;
TINT :: 13;
COUNT_OF :: 14;
SLANG_PASS_THROUGH_NONE :: NONE;
SLANG_PASS_THROUGH_FXC :: FXC;
SLANG_PASS_THROUGH_DXC :: DXC;
SLANG_PASS_THROUGH_GLSLANG :: GLSLANG;
SLANG_PASS_THROUGH_SPIRV_DIS :: SPIRV_DIS;
SLANG_PASS_THROUGH_CLANG :: CLANG;
SLANG_PASS_THROUGH_VISUAL_STUDIO :: VISUAL_STUDIO;
SLANG_PASS_THROUGH_GCC :: GCC;
SLANG_PASS_THROUGH_GENERIC_C_CPP :: GENERIC_C_CPP;
SLANG_PASS_THROUGH_NVRTC :: NVRTC;
SLANG_PASS_THROUGH_LLVM :: LLVM;
SLANG_PASS_THROUGH_SPIRV_OPT :: SPIRV_OPT;
SLANG_PASS_THROUGH_METAL :: METAL;
SLANG_PASS_THROUGH_TINT :: TINT;
SLANG_PASS_THROUGH_COUNT_OF :: COUNT_OF;
}
/* Defines an archive type used to holds a 'file system' type structure. */
SlangArchiveTypeIntegral :: s32;
SlangArchiveType :: enum SlangArchiveTypeIntegral {
UNDEFINED :: 0;
ZIP :: 1;
RIFF :: 2;
RIFF_DEFLATE :: 3;
RIFF_LZ4 :: 4;
COUNT_OF :: 5;
SLANG_ARCHIVE_TYPE_UNDEFINED :: UNDEFINED;
SLANG_ARCHIVE_TYPE_ZIP :: ZIP;
SLANG_ARCHIVE_TYPE_RIFF :: RIFF;
SLANG_ARCHIVE_TYPE_RIFF_DEFLATE :: RIFF_DEFLATE;
SLANG_ARCHIVE_TYPE_RIFF_LZ4 :: RIFF_LZ4;
SLANG_ARCHIVE_TYPE_COUNT_OF :: COUNT_OF;
}
/*!
Flags to control compilation behavior.
*/
SlangCompileFlags :: u32;
SLANG_COMPILE_FLAG :: enum u32 {
NO_MANGLING :: 8;
NO_CODEGEN :: 16;
OBFUSCATE :: 32;
NO_CHECKING :: 0;
SPLIT_MIXED_TYPES :: 0;
SLANG_COMPILE_FLAG_NO_MANGLING :: NO_MANGLING;
SLANG_COMPILE_FLAG_NO_CODEGEN :: NO_CODEGEN;
SLANG_COMPILE_FLAG_OBFUSCATE :: OBFUSCATE;
SLANG_COMPILE_FLAG_NO_CHECKING :: NO_CHECKING;
SLANG_COMPILE_FLAG_SPLIT_MIXED_TYPES :: SPLIT_MIXED_TYPES;
}
/*!
@brief Flags to control code generation behavior of a compilation target */
SlangTargetFlags :: u32;
SLANG_TARGET_FLAG :: enum u32 {
PARAMETER_BLOCKS_USE_REGISTER_SPACES :: 16;
GENERATE_WHOLE_PROGRAM :: 256;
DUMP_IR :: 512;
GENERATE_SPIRV_DIRECTLY :: 1024;
SLANG_TARGET_FLAG_PARAMETER_BLOCKS_USE_REGISTER_SPACES :: PARAMETER_BLOCKS_USE_REGISTER_SPACES;
SLANG_TARGET_FLAG_GENERATE_WHOLE_PROGRAM :: GENERATE_WHOLE_PROGRAM;
SLANG_TARGET_FLAG_DUMP_IR :: DUMP_IR;
SLANG_TARGET_FLAG_GENERATE_SPIRV_DIRECTLY :: GENERATE_SPIRV_DIRECTLY;
}
kDefaultTargetFlags: SlangTargetFlags : xx SLANG_TARGET_FLAG.GENERATE_SPIRV_DIRECTLY;
/*!
@brief Options to control floating-point precision guarantees for a target.
*/
SlangFloatingPointModeIntegral :: u32;
SlangFloatingPointMode :: enum SlangFloatingPointModeIntegral {
DEFAULT :: 0;
FAST :: 1;
PRECISE :: 2;
SLANG_FLOATING_POINT_MODE_DEFAULT :: DEFAULT;
SLANG_FLOATING_POINT_MODE_FAST :: FAST;
SLANG_FLOATING_POINT_MODE_PRECISE :: PRECISE;
}
/*!
@brief Options to control emission of `#line` directives
*/
SlangLineDirectiveModeIntegral :: u32;
SlangLineDirectiveMode :: enum SlangLineDirectiveModeIntegral {
DEFAULT :: 0;
NONE :: 1;
STANDARD :: 2;
GLSL :: 3;
SOURCE_MAP :: 4;
SLANG_LINE_DIRECTIVE_MODE_DEFAULT :: DEFAULT;
SLANG_LINE_DIRECTIVE_MODE_NONE :: NONE;
SLANG_LINE_DIRECTIVE_MODE_STANDARD :: STANDARD;
SLANG_LINE_DIRECTIVE_MODE_GLSL :: GLSL;
SLANG_LINE_DIRECTIVE_MODE_SOURCE_MAP :: SOURCE_MAP;
}
SlangSourceLanguageIntegral :: s32;
SlangSourceLanguage :: enum SlangSourceLanguageIntegral {
UNKNOWN :: 0;
SLANG :: 1;
HLSL :: 2;
GLSL :: 3;
C :: 4;
CPP :: 5;
CUDA :: 6;
SPIRV :: 7;
METAL :: 8;
WGSL :: 9;
COUNT_OF :: 10;
SLANG_SOURCE_LANGUAGE_UNKNOWN :: UNKNOWN;
SLANG_SOURCE_LANGUAGE_SLANG :: SLANG;
SLANG_SOURCE_LANGUAGE_HLSL :: HLSL;
SLANG_SOURCE_LANGUAGE_GLSL :: GLSL;
SLANG_SOURCE_LANGUAGE_C :: C;
SLANG_SOURCE_LANGUAGE_CPP :: CPP;
SLANG_SOURCE_LANGUAGE_CUDA :: CUDA;
SLANG_SOURCE_LANGUAGE_SPIRV :: SPIRV;
SLANG_SOURCE_LANGUAGE_METAL :: METAL;
SLANG_SOURCE_LANGUAGE_WGSL :: WGSL;
SLANG_SOURCE_LANGUAGE_COUNT_OF :: COUNT_OF;
}
SlangProfileIDIntegral :: u32;
SlangProfileID :: enum SlangProfileIDIntegral {
SLANG_PROFILE_UNKNOWN :: 0;
}
SlangCapabilityIDIntegral :: SlangInt32;
SlangCapabilityID :: enum SlangCapabilityIDIntegral {
SLANG_CAPABILITY_UNKNOWN :: 0;
}
SlangMatrixLayoutModeIntegral :: u32;
SlangMatrixLayoutMode :: enum SlangMatrixLayoutModeIntegral {
MODE_UNKNOWN :: 0;
ROW_MAJOR :: 1;
COLUMN_MAJOR :: 2;
SLANG_MATRIX_LAYOUT_MODE_UNKNOWN :: MODE_UNKNOWN;
SLANG_MATRIX_LAYOUT_ROW_MAJOR :: ROW_MAJOR;
SLANG_MATRIX_LAYOUT_COLUMN_MAJOR :: COLUMN_MAJOR;
}
SlangStageIntegral :: SlangUInt32;
SlangStage :: enum SlangStageIntegral {
NONE :: 0;
VERTEX :: 1;
HULL :: 2;
DOMAIN :: 3;
GEOMETRY :: 4;
FRAGMENT :: 5;
COMPUTE :: 6;
RAY_GENERATION :: 7;
INTERSECTION :: 8;
ANY_HIT :: 9;
CLOSEST_HIT :: 10;
MISS :: 11;
CALLABLE :: 12;
MESH :: 13;
AMPLIFICATION :: 14;
PIXEL :: 5;
SLANG_STAGE_NONE :: NONE;
SLANG_STAGE_VERTEX :: VERTEX;
SLANG_STAGE_HULL :: HULL;
SLANG_STAGE_DOMAIN :: DOMAIN;
SLANG_STAGE_GEOMETRY :: GEOMETRY;
SLANG_STAGE_FRAGMENT :: FRAGMENT;
SLANG_STAGE_COMPUTE :: COMPUTE;
SLANG_STAGE_RAY_GENERATION :: RAY_GENERATION;
SLANG_STAGE_INTERSECTION :: INTERSECTION;
SLANG_STAGE_ANY_HIT :: ANY_HIT;
SLANG_STAGE_CLOSEST_HIT :: CLOSEST_HIT;
SLANG_STAGE_MISS :: MISS;
SLANG_STAGE_CALLABLE :: CALLABLE;
SLANG_STAGE_MESH :: MESH;
SLANG_STAGE_AMPLIFICATION :: AMPLIFICATION;
SLANG_STAGE_PIXEL :: PIXEL;
}
SlangDebugInfoLevelIntegral :: SlangUInt32;
SlangDebugInfoLevel :: enum SlangDebugInfoLevelIntegral {
NONE :: 0;
MINIMAL :: 1;
STANDARD :: 2;
MAXIMAL :: 3;
SLANG_DEBUG_INFO_LEVEL_NONE :: NONE;
SLANG_DEBUG_INFO_LEVEL_MINIMAL :: MINIMAL;
SLANG_DEBUG_INFO_LEVEL_STANDARD :: STANDARD;
SLANG_DEBUG_INFO_LEVEL_MAXIMAL :: MAXIMAL;
}
/* Describes the debugging information format produced during a compilation. */
SlangDebugInfoFormatIntegral :: SlangUInt32;
SlangDebugInfoFormat :: enum SlangDebugInfoFormatIntegral {
DEFAULT :: 0;
C7 :: 1;
PDB :: 2;
STABS :: 3;
COFF :: 4;
DWARF :: 5;
COUNT_OF :: 6;
SLANG_DEBUG_INFO_FORMAT_DEFAULT :: DEFAULT;
SLANG_DEBUG_INFO_FORMAT_C7 :: C7;
SLANG_DEBUG_INFO_FORMAT_PDB :: PDB;
SLANG_DEBUG_INFO_FORMAT_STABS :: STABS;
SLANG_DEBUG_INFO_FORMAT_COFF :: COFF;
SLANG_DEBUG_INFO_FORMAT_DWARF :: DWARF;
SLANG_DEBUG_INFO_FORMAT_COUNT_OF :: COUNT_OF;
}
SlangOptimizationLevelIntegral :: SlangUInt32;
SlangOptimizationLevel :: enum SlangOptimizationLevelIntegral {
NONE :: 0;
DEFAULT :: 1;
HIGH :: 2;
MAXIMAL :: 3;
SLANG_OPTIMIZATION_LEVEL_NONE :: NONE;
SLANG_OPTIMIZATION_LEVEL_DEFAULT :: DEFAULT;
SLANG_OPTIMIZATION_LEVEL_HIGH :: HIGH;
SLANG_OPTIMIZATION_LEVEL_MAXIMAL :: MAXIMAL;
}
SlangEmitSpirvMethod :: enum u32 {
DEFAULT :: 0;
VIA_GLSL :: 1;
DIRECTLY :: 2;
SLANG_EMIT_SPIRV_DEFAULT :: DEFAULT;
SLANG_EMIT_SPIRV_VIA_GLSL :: VIA_GLSL;
SLANG_EMIT_SPIRV_DIRECTLY :: DIRECTLY;
}
// All compiler option names supported by Slang.
CompilerOptionName :: enum s32 {
MacroDefine :: 0;
DepFile :: 1;
EntryPointName :: 2;
Specialize :: 3;
Help :: 4;
HelpStyle :: 5;
Include :: 6;
Language :: 7;
MatrixLayoutColumn :: 8;
MatrixLayoutRow :: 9;
ZeroInitialize :: 10;
IgnoreCapabilities :: 11;
RestrictiveCapabilityCheck :: 12;
ModuleName :: 13;
Output :: 14;
Profile :: 15;
Stage :: 16;
Target :: 17;
Version :: 18;
WarningsAsErrors :: 19;
DisableWarnings :: 20;
EnableWarning :: 21;
DisableWarning :: 22;
DumpWarningDiagnostics :: 23;
InputFilesRemain :: 24;
EmitIr :: 25;
ReportDownstreamTime :: 26;
ReportPerfBenchmark :: 27;
ReportCheckpointIntermediates :: 28;
SkipSPIRVValidation :: 29;
SourceEmbedStyle :: 30;
SourceEmbedName :: 31;
SourceEmbedLanguage :: 32;
DisableShortCircuit :: 33;
MinimumSlangOptimization :: 34;
DisableNonEssentialValidations :: 35;
DisableSourceMap :: 36;
UnscopedEnum :: 37;
PreserveParameters :: 38;
Capability :: 39;
DefaultImageFormatUnknown :: 40;
DisableDynamicDispatch :: 41;
DisableSpecialization :: 42;
FloatingPointMode :: 43;
DebugInformation :: 44;
LineDirectiveMode :: 45;
Optimization :: 46;
Obfuscate :: 47;
VulkanBindShift :: 48;
VulkanBindGlobals :: 49;
VulkanInvertY :: 50;
VulkanUseDxPositionW :: 51;
VulkanUseEntryPointName :: 52;
VulkanUseGLLayout :: 53;
VulkanEmitReflection :: 54;
GLSLForceScalarLayout :: 55;
EnableEffectAnnotations :: 56;
EmitSpirvViaGLSL :: 57;
EmitSpirvDirectly :: 58;
SPIRVCoreGrammarJSON :: 59;
IncompleteLibrary :: 60;
CompilerPath :: 61;
DefaultDownstreamCompiler :: 62;
DownstreamArgs :: 63;
PassThrough :: 64;
DumpRepro :: 65;
DumpReproOnError :: 66;
ExtractRepro :: 67;
LoadRepro :: 68;
LoadReproDirectory :: 69;
ReproFallbackDirectory :: 70;
DumpAst :: 71;
DumpIntermediatePrefix :: 72;
DumpIntermediates :: 73;
DumpIr :: 74;
DumpIrIds :: 75;
PreprocessorOutput :: 76;
OutputIncludes :: 77;
ReproFileSystem :: 78;
SerialIr :: 79;
SkipCodeGen :: 80;
ValidateIr :: 81;
VerbosePaths :: 82;
VerifyDebugSerialIr :: 83;
NoCodeGen :: 84;
FileSystem :: 85;
Heterogeneous :: 86;
NoMangle :: 87;
NoHLSLBinding :: 88;
NoHLSLPackConstantBufferElements :: 89;
ValidateUniformity :: 90;
AllowGLSL :: 91;
EnableExperimentalPasses :: 92;
ArchiveType :: 93;
CompileCoreModule :: 94;
Doc :: 95;
IrCompression :: 96;
LoadCoreModule :: 97;
ReferenceModule :: 98;
SaveCoreModule :: 99;
SaveCoreModuleBinSource :: 100;
TrackLiveness :: 101;
LoopInversion :: 102;
ParameterBlocksUseRegisterSpaces :: 103;
CountOfParsableOptions :: 104;
DebugInformationFormat :: 105;
VulkanBindShiftAll :: 106;
GenerateWholeProgram :: 107;
UseUpToDateBinaryModule :: 108;
EmbedDownstreamIR :: 109;
ForceDXLayout :: 110;
EmitSpirvMethod :: 111;
CountOf :: 112;
}
CompilerOptionValueKind :: enum s32 {
Int :: 0;
String :: 1;
}
CompilerOptionValue :: struct {
kind: CompilerOptionValueKind = .Int;
intValue0: s32 = 0;
intValue1: s32 = 0;
stringValue0: *u8 = null;
stringValue1: *u8 = null;
}
CompilerOptionEntry :: struct {
name: CompilerOptionName;
value: CompilerOptionValue;
}
/*!
@brief A request for one or more compilation actions to be performed.
*/
ICompileRequest :: struct {
#as using islangunknown: ISlangUnknown;
#place islangunknown; icompilerequest_vtable: *ICompileRequest_VTable;
}
ICompileRequest_VTable :: struct #type_info_none {
using islangunknown: ISlangUnknown_VTable;
setFileSystem: (this: *ICompileRequest, fileSystem: *ISlangFileSystem) -> void #cpp_method;
setCompileFlags: (this: *ICompileRequest, flags: SlangCompileFlags) -> void #cpp_method;
getCompileFlags: (this: *ICompileRequest) -> SlangCompileFlags #cpp_method;
setDumpIntermediates: (this: *ICompileRequest, enable: s32) -> void #cpp_method;
setDumpIntermediatePrefix: (this: *ICompileRequest, prefix: *u8) -> void #cpp_method;
setLineDirectiveMode: (this: *ICompileRequest, mode: SlangLineDirectiveMode) -> void #cpp_method;
setCodeGenTarget: (this: *ICompileRequest, target: SlangCompileTarget) -> void #cpp_method;
addCodeGenTarget: (this: *ICompileRequest, target: SlangCompileTarget) -> s32 #cpp_method;
setTargetProfile: (this: *ICompileRequest, targetIndex: s32, profile: SlangProfileID) -> void #cpp_method;
setTargetFlags: (this: *ICompileRequest, targetIndex: s32, flags: SlangTargetFlags) -> void #cpp_method;
setTargetFloatingPointMode: (this: *ICompileRequest, targetIndex: s32, mode: SlangFloatingPointMode) -> void #cpp_method;
setTargetMatrixLayoutMode: (this: *ICompileRequest, targetIndex: s32, mode: SlangMatrixLayoutMode) -> void #cpp_method;
setMatrixLayoutMode: (this: *ICompileRequest, mode: SlangMatrixLayoutMode) -> void #cpp_method;
setDebugInfoLevel: (this: *ICompileRequest, level: SlangDebugInfoLevel) -> void #cpp_method;
setOptimizationLevel: (this: *ICompileRequest, level: SlangOptimizationLevel) -> void #cpp_method;
setOutputContainerFormat: (this: *ICompileRequest, format: SlangContainerFormat) -> void #cpp_method;
setPassThrough: (this: *ICompileRequest, passThrough: SlangPassThrough) -> void #cpp_method;
setDiagnosticCallback: (this: *ICompileRequest, callback: SlangDiagnosticCallback, userData: *void) -> void #cpp_method;
setWriter: (this: *ICompileRequest, channel: SlangWriterChannel, writer: *ISlangWriter) -> void #cpp_method;
getWriter: (this: *ICompileRequest, channel: SlangWriterChannel) -> *ISlangWriter #cpp_method;
addSearchPath: (this: *ICompileRequest, searchDir: *u8) -> void #cpp_method;
addPreprocessorDefine: (this: *ICompileRequest, key: *u8, value: *u8) -> void #cpp_method;
processCommandLineArguments: (this: *ICompileRequest, args: **u8, argCount: s32) -> SlangResult #cpp_method;
addTranslationUnit: (this: *ICompileRequest, language: SlangSourceLanguage, name: *u8) -> s32 #cpp_method;
setDefaultModuleName: (this: *ICompileRequest, defaultModuleName: *u8) -> void #cpp_method;
addTranslationUnitPreprocessorDefine: (this: *ICompileRequest, translationUnitIndex: s32, key: *u8, value: *u8) -> void #cpp_method;
addTranslationUnitSourceFile: (this: *ICompileRequest, translationUnitIndex: s32, path: *u8) -> void #cpp_method;
addTranslationUnitSourceString: (this: *ICompileRequest, translationUnitIndex: s32, path: *u8, source: *u8) -> void #cpp_method;
addLibraryReference: (this: *ICompileRequest, basePath: *u8, libData: *void, libDataSize: u64) -> SlangResult #cpp_method;
addTranslationUnitSourceStringSpan: (this: *ICompileRequest, translationUnitIndex: s32, path: *u8, sourceBegin: *u8, sourceEnd: *u8) -> void #cpp_method;
addTranslationUnitSourceBlob: (this: *ICompileRequest, translationUnitIndex: s32, path: *u8, sourceBlob: *ISlangBlob) -> void #cpp_method;
addEntryPoint: (this: *ICompileRequest, translationUnitIndex: s32, name: *u8, stage: SlangStage) -> s32 #cpp_method;
addEntryPointEx: (this: *ICompileRequest, translationUnitIndex: s32, name: *u8, stage: SlangStage, genericArgCount: s32, genericArgs: **u8) -> s32 #cpp_method;
setGlobalGenericArgs: (this: *ICompileRequest, genericArgCount: s32, genericArgs: **u8) -> SlangResult #cpp_method;
setTypeNameForGlobalExistentialTypeParam: (this: *ICompileRequest, slotIndex: s32, typeName: *u8) -> SlangResult #cpp_method;
setTypeNameForEntryPointExistentialTypeParam: (this: *ICompileRequest, entryPointIndex: s32, slotIndex: s32, typeName: *u8) -> SlangResult #cpp_method;
setAllowGLSLInput: (this: *ICompileRequest, value: bool) -> void #cpp_method;
compile: (this: *ICompileRequest) -> SlangResult #cpp_method;
getDiagnosticOutput: (this: *ICompileRequest) -> *u8 #cpp_method;
getDiagnosticOutputBlob: (this: *ICompileRequest, outBlob: **ISlangBlob) -> SlangResult #cpp_method;
getDependencyFileCount: (this: *ICompileRequest) -> s32 #cpp_method;
getDependencyFilePath: (this: *ICompileRequest, index: s32) -> *u8 #cpp_method;
getTranslationUnitCount: (this: *ICompileRequest) -> s32 #cpp_method;
getEntryPointSource: (this: *ICompileRequest, entryPointIndex: s32) -> *u8 #cpp_method;
getEntryPointCode: (this: *ICompileRequest, entryPointIndex: s32, outSize: *u64) -> *void #cpp_method;
getEntryPointCodeBlob: (this: *ICompileRequest, entryPointIndex: s32, targetIndex: s32, outBlob: **ISlangBlob) -> SlangResult #cpp_method;
getEntryPointHostCallable: (this: *ICompileRequest, entryPointIndex: s32, targetIndex: s32, outSharedLibrary: **ISlangSharedLibrary) -> SlangResult #cpp_method;
getTargetCodeBlob: (this: *ICompileRequest, targetIndex: s32, outBlob: **ISlangBlob) -> SlangResult #cpp_method;
getTargetHostCallable: (this: *ICompileRequest, targetIndex: s32, outSharedLibrary: **ISlangSharedLibrary) -> SlangResult #cpp_method;
getCompileRequestCode: (this: *ICompileRequest, outSize: *u64) -> *void #cpp_method;
getCompileRequestResultAsFileSystem: (this: *ICompileRequest) -> *ISlangMutableFileSystem #cpp_method;
getContainerCode: (this: *ICompileRequest, outBlob: **ISlangBlob) -> SlangResult #cpp_method;
loadRepro: (this: *ICompileRequest, fileSystem: *ISlangFileSystem, data: *void, size: u64) -> SlangResult #cpp_method;
saveRepro: (this: *ICompileRequest, outBlob: **ISlangBlob) -> SlangResult #cpp_method;
enableReproCapture: (this: *ICompileRequest) -> SlangResult #cpp_method;
getProgram: (this: *ICompileRequest, outProgram: **IComponentType) -> SlangResult #cpp_method;
getEntryPoint: (this: *ICompileRequest, entryPointIndex: SlangInt, outEntryPoint: **IComponentType) -> SlangResult #cpp_method;
getModule: (this: *ICompileRequest, translationUnitIndex: SlangInt, outModule: **IModule) -> SlangResult #cpp_method;
getSession: (this: *ICompileRequest, outSession: **ISession) -> SlangResult #cpp_method;
getReflection: (this: *ICompileRequest) -> *SlangReflection #cpp_method;
setCommandLineCompilerMode: (this: *ICompileRequest) -> void #cpp_method;
addTargetCapability: (this: *ICompileRequest, targetIndex: SlangInt, capability: SlangCapabilityID) -> SlangResult #cpp_method;
getProgramWithEntryPoints: (this: *ICompileRequest, outProgram: **IComponentType) -> SlangResult #cpp_method;
isParameterLocationUsed: (this: *ICompileRequest, entryPointIndex: SlangInt, targetIndex: SlangInt, category: SlangParameterCategory, spaceIndex: SlangUInt, registerIndex: SlangUInt, outUsed: *bool) -> SlangResult #cpp_method;
setTargetLineDirectiveMode: (this: *ICompileRequest, targetIndex: SlangInt, mode: SlangLineDirectiveMode) -> void #cpp_method;
setTargetForceGLSLScalarBufferLayout: (this: *ICompileRequest, targetIndex: s32, forceScalarLayout: bool) -> void #cpp_method;
overrideDiagnosticSeverity: (this: *ICompileRequest, messageID: SlangInt, overrideSeverity: SlangSeverity) -> void #cpp_method;
getDiagnosticFlags: (this: *ICompileRequest) -> SlangDiagnosticFlags #cpp_method;
setDiagnosticFlags: (this: *ICompileRequest, flags: SlangDiagnosticFlags) -> void #cpp_method;
setDebugInfoFormat: (this: *ICompileRequest, debugFormat: SlangDebugInfoFormat) -> void #cpp_method;
setEnableEffectAnnotations: (this: *ICompileRequest, value: bool) -> void #cpp_method;
setReportDownstreamTime: (this: *ICompileRequest, value: bool) -> void #cpp_method;
setReportPerfBenchmark: (this: *ICompileRequest, value: bool) -> void #cpp_method;
setSkipSPIRVValidation: (this: *ICompileRequest, value: bool) -> void #cpp_method;
setTargetUseMinimumSlangOptimization: (this: *ICompileRequest, targetIndex: s32, value: bool) -> void #cpp_method;
setIgnoreCapabilityCheck: (this: *ICompileRequest, value: bool) -> void #cpp_method;
getCompileTimeProfile: (this: *ICompileRequest, compileTimeProfile: **ISlangProfiler, shouldClear: bool) -> SlangResult #cpp_method;
setTargetGenerateWholeProgram: (this: *ICompileRequest, targetIndex: s32, value: bool) -> void #cpp_method;
setTargetForceDXLayout: (this: *ICompileRequest, targetIndex: s32, value: bool) -> void #cpp_method;
setTargetEmbedDownstreamIR: (this: *ICompileRequest, targetIndex: s32, value: bool) -> void #cpp_method;
}
ICompileRequest_setFileSystem :: inline (this: *ICompileRequest, fileSystem: *ISlangFileSystem) { this.icompilerequest_vtable.setFileSystem(this, fileSystem); }
ICompileRequest_setCompileFlags :: inline (this: *ICompileRequest, flags: SlangCompileFlags) { this.icompilerequest_vtable.setCompileFlags(this, flags); }
ICompileRequest_getCompileFlags :: inline (this: *ICompileRequest) -> SlangCompileFlags { return this.icompilerequest_vtable.getCompileFlags(this); }
ICompileRequest_setDumpIntermediates :: inline (this: *ICompileRequest, enable: s32) { this.icompilerequest_vtable.setDumpIntermediates(this, enable); }
ICompileRequest_setDumpIntermediatePrefix :: inline (this: *ICompileRequest, prefix: *u8) { this.icompilerequest_vtable.setDumpIntermediatePrefix(this, prefix); }
ICompileRequest_setLineDirectiveMode :: inline (this: *ICompileRequest, mode: SlangLineDirectiveMode) { this.icompilerequest_vtable.setLineDirectiveMode(this, mode); }
ICompileRequest_setCodeGenTarget :: inline (this: *ICompileRequest, target: SlangCompileTarget) { this.icompilerequest_vtable.setCodeGenTarget(this, target); }
ICompileRequest_addCodeGenTarget :: inline (this: *ICompileRequest, target: SlangCompileTarget) -> s32 { return this.icompilerequest_vtable.addCodeGenTarget(this, target); }
ICompileRequest_setTargetProfile :: inline (this: *ICompileRequest, targetIndex: s32, profile: SlangProfileID) { this.icompilerequest_vtable.setTargetProfile(this, targetIndex, profile); }
ICompileRequest_setTargetFlags :: inline (this: *ICompileRequest, targetIndex: s32, flags: SlangTargetFlags) { this.icompilerequest_vtable.setTargetFlags(this, targetIndex, flags); }
ICompileRequest_setTargetFloatingPointMode :: inline (this: *ICompileRequest, targetIndex: s32, mode: SlangFloatingPointMode) { this.icompilerequest_vtable.setTargetFloatingPointMode(this, targetIndex, mode); }
ICompileRequest_setTargetMatrixLayoutMode :: inline (this: *ICompileRequest, targetIndex: s32, mode: SlangMatrixLayoutMode) { this.icompilerequest_vtable.setTargetMatrixLayoutMode(this, targetIndex, mode); }
ICompileRequest_setMatrixLayoutMode :: inline (this: *ICompileRequest, mode: SlangMatrixLayoutMode) { this.icompilerequest_vtable.setMatrixLayoutMode(this, mode); }
ICompileRequest_setDebugInfoLevel :: inline (this: *ICompileRequest, level: SlangDebugInfoLevel) { this.icompilerequest_vtable.setDebugInfoLevel(this, level); }
ICompileRequest_setOptimizationLevel :: inline (this: *ICompileRequest, level: SlangOptimizationLevel) { this.icompilerequest_vtable.setOptimizationLevel(this, level); }
ICompileRequest_setOutputContainerFormat :: inline (this: *ICompileRequest, format: SlangContainerFormat) { this.icompilerequest_vtable.setOutputContainerFormat(this, format); }
ICompileRequest_setPassThrough :: inline (this: *ICompileRequest, passThrough: SlangPassThrough) { this.icompilerequest_vtable.setPassThrough(this, passThrough); }
ICompileRequest_setDiagnosticCallback :: inline (this: *ICompileRequest, callback: SlangDiagnosticCallback, userData: *void) { this.icompilerequest_vtable.setDiagnosticCallback(this, callback, userData); }
ICompileRequest_setWriter :: inline (this: *ICompileRequest, channel: SlangWriterChannel, writer: *ISlangWriter) { this.icompilerequest_vtable.setWriter(this, channel, writer); }
ICompileRequest_getWriter :: inline (this: *ICompileRequest, channel: SlangWriterChannel) -> *ISlangWriter { return this.icompilerequest_vtable.getWriter(this, channel); }
ICompileRequest_addSearchPath :: inline (this: *ICompileRequest, searchDir: *u8) { this.icompilerequest_vtable.addSearchPath(this, searchDir); }
ICompileRequest_addPreprocessorDefine :: inline (this: *ICompileRequest, key: *u8, value: *u8) { this.icompilerequest_vtable.addPreprocessorDefine(this, key, value); }
ICompileRequest_processCommandLineArguments :: inline (this: *ICompileRequest, args: **u8, argCount: s32) -> SlangResult { return this.icompilerequest_vtable.processCommandLineArguments(this, args, argCount); }
ICompileRequest_addTranslationUnit :: inline (this: *ICompileRequest, language: SlangSourceLanguage, name: *u8) -> s32 { return this.icompilerequest_vtable.addTranslationUnit(this, language, name); }
ICompileRequest_setDefaultModuleName :: inline (this: *ICompileRequest, defaultModuleName: *u8) { this.icompilerequest_vtable.setDefaultModuleName(this, defaultModuleName); }
ICompileRequest_addTranslationUnitPreprocessorDefine :: inline (this: *ICompileRequest, translationUnitIndex: s32, key: *u8, value: *u8) { this.icompilerequest_vtable.addTranslationUnitPreprocessorDefine(this, translationUnitIndex, key, value); }
ICompileRequest_addTranslationUnitSourceFile :: inline (this: *ICompileRequest, translationUnitIndex: s32, path: *u8) { this.icompilerequest_vtable.addTranslationUnitSourceFile(this, translationUnitIndex, path); }
ICompileRequest_addTranslationUnitSourceString :: inline (this: *ICompileRequest, translationUnitIndex: s32, path: *u8, source: *u8) { this.icompilerequest_vtable.addTranslationUnitSourceString(this, translationUnitIndex, path, source); }
ICompileRequest_addLibraryReference :: inline (this: *ICompileRequest, basePath: *u8, libData: *void, libDataSize: u64) -> SlangResult { return this.icompilerequest_vtable.addLibraryReference(this, basePath, libData, libDataSize); }
ICompileRequest_addTranslationUnitSourceStringSpan :: inline (this: *ICompileRequest, translationUnitIndex: s32, path: *u8, sourceBegin: *u8, sourceEnd: *u8) { this.icompilerequest_vtable.addTranslationUnitSourceStringSpan(this, translationUnitIndex, path, sourceBegin, sourceEnd); }
ICompileRequest_addTranslationUnitSourceBlob :: inline (this: *ICompileRequest, translationUnitIndex: s32, path: *u8, sourceBlob: *ISlangBlob) { this.icompilerequest_vtable.addTranslationUnitSourceBlob(this, translationUnitIndex, path, sourceBlob); }
ICompileRequest_addEntryPoint :: inline (this: *ICompileRequest, translationUnitIndex: s32, name: *u8, stage: SlangStage) -> s32 { return this.icompilerequest_vtable.addEntryPoint(this, translationUnitIndex, name, stage); }
ICompileRequest_addEntryPointEx :: inline (this: *ICompileRequest, translationUnitIndex: s32, name: *u8, stage: SlangStage, genericArgCount: s32, genericArgs: **u8) -> s32 { return this.icompilerequest_vtable.addEntryPointEx(this, translationUnitIndex, name, stage, genericArgCount, genericArgs); }
ICompileRequest_setGlobalGenericArgs :: inline (this: *ICompileRequest, genericArgCount: s32, genericArgs: **u8) -> SlangResult { return this.icompilerequest_vtable.setGlobalGenericArgs(this, genericArgCount, genericArgs); }
ICompileRequest_setTypeNameForGlobalExistentialTypeParam :: inline (this: *ICompileRequest, slotIndex: s32, typeName: *u8) -> SlangResult { return this.icompilerequest_vtable.setTypeNameForGlobalExistentialTypeParam(this, slotIndex, typeName); }
ICompileRequest_setTypeNameForEntryPointExistentialTypeParam :: inline (this: *ICompileRequest, entryPointIndex: s32, slotIndex: s32, typeName: *u8) -> SlangResult { return this.icompilerequest_vtable.setTypeNameForEntryPointExistentialTypeParam(this, entryPointIndex, slotIndex, typeName); }
ICompileRequest_setAllowGLSLInput :: inline (this: *ICompileRequest, value: bool) { this.icompilerequest_vtable.setAllowGLSLInput(this, value); }
ICompileRequest_compile :: inline (this: *ICompileRequest) -> SlangResult { return this.icompilerequest_vtable.compile(this); }
ICompileRequest_getDiagnosticOutput :: inline (this: *ICompileRequest) -> *u8 { return this.icompilerequest_vtable.getDiagnosticOutput(this); }
ICompileRequest_getDiagnosticOutputBlob :: inline (this: *ICompileRequest, outBlob: **ISlangBlob) -> SlangResult { return this.icompilerequest_vtable.getDiagnosticOutputBlob(this, outBlob); }
ICompileRequest_getDependencyFileCount :: inline (this: *ICompileRequest) -> s32 { return this.icompilerequest_vtable.getDependencyFileCount(this); }
ICompileRequest_getDependencyFilePath :: inline (this: *ICompileRequest, index: s32) -> *u8 { return this.icompilerequest_vtable.getDependencyFilePath(this, index); }
ICompileRequest_getTranslationUnitCount :: inline (this: *ICompileRequest) -> s32 { return this.icompilerequest_vtable.getTranslationUnitCount(this); }
ICompileRequest_getEntryPointSource :: inline (this: *ICompileRequest, entryPointIndex: s32) -> *u8 { return this.icompilerequest_vtable.getEntryPointSource(this, entryPointIndex); }
ICompileRequest_getEntryPointCode :: inline (this: *ICompileRequest, entryPointIndex: s32, outSize: *u64) -> *void { return this.icompilerequest_vtable.getEntryPointCode(this, entryPointIndex, outSize); }
ICompileRequest_getEntryPointCodeBlob :: inline (this: *ICompileRequest, entryPointIndex: s32, targetIndex: s32, outBlob: **ISlangBlob) -> SlangResult { return this.icompilerequest_vtable.getEntryPointCodeBlob(this, entryPointIndex, targetIndex, outBlob); }
ICompileRequest_getEntryPointHostCallable :: inline (this: *ICompileRequest, entryPointIndex: s32, targetIndex: s32, outSharedLibrary: **ISlangSharedLibrary) -> SlangResult { return this.icompilerequest_vtable.getEntryPointHostCallable(this, entryPointIndex, targetIndex, outSharedLibrary); }
ICompileRequest_getTargetCodeBlob :: inline (this: *ICompileRequest, targetIndex: s32, outBlob: **ISlangBlob) -> SlangResult { return this.icompilerequest_vtable.getTargetCodeBlob(this, targetIndex, outBlob); }
ICompileRequest_getTargetHostCallable :: inline (this: *ICompileRequest, targetIndex: s32, outSharedLibrary: **ISlangSharedLibrary) -> SlangResult { return this.icompilerequest_vtable.getTargetHostCallable(this, targetIndex, outSharedLibrary); }
ICompileRequest_getCompileRequestCode :: inline (this: *ICompileRequest, outSize: *u64) -> *void { return this.icompilerequest_vtable.getCompileRequestCode(this, outSize); }
ICompileRequest_getCompileRequestResultAsFileSystem :: inline (this: *ICompileRequest) -> *ISlangMutableFileSystem { return this.icompilerequest_vtable.getCompileRequestResultAsFileSystem(this); }
ICompileRequest_getContainerCode :: inline (this: *ICompileRequest, outBlob: **ISlangBlob) -> SlangResult { return this.icompilerequest_vtable.getContainerCode(this, outBlob); }
ICompileRequest_loadRepro :: inline (this: *ICompileRequest, fileSystem: *ISlangFileSystem, data: *void, size: u64) -> SlangResult { return this.icompilerequest_vtable.loadRepro(this, fileSystem, data, size); }
ICompileRequest_saveRepro :: inline (this: *ICompileRequest, outBlob: **ISlangBlob) -> SlangResult { return this.icompilerequest_vtable.saveRepro(this, outBlob); }
ICompileRequest_enableReproCapture :: inline (this: *ICompileRequest) -> SlangResult { return this.icompilerequest_vtable.enableReproCapture(this); }
ICompileRequest_getProgram :: inline (this: *ICompileRequest, outProgram: **IComponentType) -> SlangResult { return this.icompilerequest_vtable.getProgram(this, outProgram); }
ICompileRequest_getEntryPoint :: inline (this: *ICompileRequest, entryPointIndex: SlangInt, outEntryPoint: **IComponentType) -> SlangResult { return this.icompilerequest_vtable.getEntryPoint(this, entryPointIndex, outEntryPoint); }
ICompileRequest_getModule :: inline (this: *ICompileRequest, translationUnitIndex: SlangInt, outModule: **IModule) -> SlangResult { return this.icompilerequest_vtable.getModule(this, translationUnitIndex, outModule); }
ICompileRequest_getSession :: inline (this: *ICompileRequest, outSession: **ISession) -> SlangResult { return this.icompilerequest_vtable.getSession(this, outSession); }
ICompileRequest_getReflection :: inline (this: *ICompileRequest) -> *SlangReflection { return this.icompilerequest_vtable.getReflection(this); }
ICompileRequest_setCommandLineCompilerMode :: inline (this: *ICompileRequest) { this.icompilerequest_vtable.setCommandLineCompilerMode(this); }
ICompileRequest_addTargetCapability :: inline (this: *ICompileRequest, targetIndex: SlangInt, capability: SlangCapabilityID) -> SlangResult { return this.icompilerequest_vtable.addTargetCapability(this, targetIndex, capability); }
ICompileRequest_getProgramWithEntryPoints :: inline (this: *ICompileRequest, outProgram: **IComponentType) -> SlangResult { return this.icompilerequest_vtable.getProgramWithEntryPoints(this, outProgram); }
ICompileRequest_isParameterLocationUsed :: inline (this: *ICompileRequest, entryPointIndex: SlangInt, targetIndex: SlangInt, category: SlangParameterCategory, spaceIndex: SlangUInt, registerIndex: SlangUInt, outUsed: *bool) -> SlangResult { return this.icompilerequest_vtable.isParameterLocationUsed(this, entryPointIndex, targetIndex, category, spaceIndex, registerIndex, outUsed); }
ICompileRequest_setTargetLineDirectiveMode :: inline (this: *ICompileRequest, targetIndex: SlangInt, mode: SlangLineDirectiveMode) { this.icompilerequest_vtable.setTargetLineDirectiveMode(this, targetIndex, mode); }
ICompileRequest_setTargetForceGLSLScalarBufferLayout :: inline (this: *ICompileRequest, targetIndex: s32, forceScalarLayout: bool) { this.icompilerequest_vtable.setTargetForceGLSLScalarBufferLayout(this, targetIndex, forceScalarLayout); }
ICompileRequest_overrideDiagnosticSeverity :: inline (this: *ICompileRequest, messageID: SlangInt, overrideSeverity: SlangSeverity) { this.icompilerequest_vtable.overrideDiagnosticSeverity(this, messageID, overrideSeverity); }
ICompileRequest_getDiagnosticFlags :: inline (this: *ICompileRequest) -> SlangDiagnosticFlags { return this.icompilerequest_vtable.getDiagnosticFlags(this); }
ICompileRequest_setDiagnosticFlags :: inline (this: *ICompileRequest, flags: SlangDiagnosticFlags) { this.icompilerequest_vtable.setDiagnosticFlags(this, flags); }
ICompileRequest_setDebugInfoFormat :: inline (this: *ICompileRequest, debugFormat: SlangDebugInfoFormat) { this.icompilerequest_vtable.setDebugInfoFormat(this, debugFormat); }
ICompileRequest_setEnableEffectAnnotations :: inline (this: *ICompileRequest, value: bool) { this.icompilerequest_vtable.setEnableEffectAnnotations(this, value); }
ICompileRequest_setReportDownstreamTime :: inline (this: *ICompileRequest, value: bool) { this.icompilerequest_vtable.setReportDownstreamTime(this, value); }
ICompileRequest_setReportPerfBenchmark :: inline (this: *ICompileRequest, value: bool) { this.icompilerequest_vtable.setReportPerfBenchmark(this, value); }
ICompileRequest_setSkipSPIRVValidation :: inline (this: *ICompileRequest, value: bool) { this.icompilerequest_vtable.setSkipSPIRVValidation(this, value); }
ICompileRequest_setTargetUseMinimumSlangOptimization :: inline (this: *ICompileRequest, targetIndex: s32, value: bool) { this.icompilerequest_vtable.setTargetUseMinimumSlangOptimization(this, targetIndex, value); }
ICompileRequest_setIgnoreCapabilityCheck :: inline (this: *ICompileRequest, value: bool) { this.icompilerequest_vtable.setIgnoreCapabilityCheck(this, value); }
ICompileRequest_getCompileTimeProfile :: inline (this: *ICompileRequest, compileTimeProfile: **ISlangProfiler, shouldClear: bool) -> SlangResult { return this.icompilerequest_vtable.getCompileTimeProfile(this, compileTimeProfile, shouldClear); }
ICompileRequest_setTargetGenerateWholeProgram :: inline (this: *ICompileRequest, targetIndex: s32, value: bool) { this.icompilerequest_vtable.setTargetGenerateWholeProgram(this, targetIndex, value); }
ICompileRequest_setTargetForceDXLayout :: inline (this: *ICompileRequest, targetIndex: s32, value: bool) { this.icompilerequest_vtable.setTargetForceDXLayout(this, targetIndex, value); }
ICompileRequest_setTargetEmbedDownstreamIR :: inline (this: *ICompileRequest, targetIndex: s32, value: bool) { this.icompilerequest_vtable.setTargetEmbedDownstreamIR(this, targetIndex, value); }
vtable :: (obj: *ICompileRequest) -> *ICompileRequest_VTable { return obj.icompilerequest_vtable; }
BufferReflection :: struct {}
GenericArgReflection :: union {
typeVal: *TypeReflection;
intVal: s64;
boolVal: bool;
}
UserAttribute :: struct {
__empty_struct_padding: u8; // C++ makes empty structs have length 1
}
TypeReflection :: struct {
Kind :: enum s32 {
None :: 0;
Struct :: 1;
Array :: 2;
Matrix :: 3;
Vector :: 4;
Scalar :: 5;
ConstantBuffer :: 6;
Resource :: 7;
SamplerState :: 8;
TextureBuffer :: 9;
ShaderStorageBuffer :: 10;
ParameterBlock :: 11;
GenericTypeParameter :: 12;
Interface :: 13;
OutputStream :: 14;
Specialized :: 16;
Feedback :: 17;
Pointer :: 18;
DynamicResource :: 19;
}
ScalarType :: enum SlangScalarTypeIntegral {
None :: 0;
Void :: 1;
Bool :: 2;
Int32 :: 3;
UInt32 :: 4;
Int64 :: 5;
UInt64 :: 6;
Float16 :: 7;
Float32 :: 8;
Float64 :: 9;
Int8 :: 10;
UInt8 :: 11;
Int16 :: 12;
UInt16 :: 13;
}
__empty_struct_padding: u8; // C++ makes empty structs have length 1
}
ParameterCategory :: enum SlangParameterCategoryIntegral {
None :: 0;
Mixed :: 1;
ConstantBuffer :: 2;
ShaderResource :: 3;
UnorderedAccess :: 4;
VaryingInput :: 5;
VaryingOutput :: 6;
SamplerState :: 7;
Uniform :: 8;
DescriptorTableSlot :: 9;
SpecializationConstant :: 10;
PushConstantBuffer :: 11;
RegisterSpace :: 12;
GenericResource :: 13;
RayPayload :: 14;
HitAttributes :: 15;
CallablePayload :: 16;
ShaderRecord :: 17;
ExistentialTypeParam :: 18;
ExistentialObjectParam :: 19;
SubElementRegisterSpace :: 20;
InputAttachmentIndex :: 21;
MetalBuffer :: 2;
MetalTexture :: 3;
MetalArgumentBufferElement :: 22;
MetalAttribute :: 23;
MetalPayload :: 24;
VertexInput :: 5;
FragmentOutput :: 6;
}
BindingType :: enum SlangBindingTypeIntegral {
Unknown :: 0;
Sampler :: 1;
Texture :: 2;
ConstantBuffer :: 3;
ParameterBlock :: 4;
TypedBuffer :: 5;
RawBuffer :: 6;
CombinedTextureSampler :: 7;
InputRenderTarget :: 8;
InlineUniformData :: 9;
RayTracingAccelerationStructure :: 10;
VaryingInput :: 11;
VaryingOutput :: 12;
ExistentialValue :: 13;
PushConstant :: 14;
MutableFlag :: 256;
MutableTexture :: 258;
MutableTypedBuffer :: 261;