izzy/UnrealEngineUWP
0
0
Fork 0
mirror of https://github.com/izzy2lost/UnrealEngineUWP.git synced 2026-03-26 18:15:20 -07:00
Code Issues Packages Projects Releases Wiki Activity
Files
a6bd40e38d1a504243b899bb2c9e558d676840bf
UnrealEngineUWP/Engine/Source/Developer/TextureBuild/Private/TextureBuildFunction.cpp
Zousar Shaker a6bd40e38d -Fix bug in the interpretation of mip offset in FTextureBuildFunction (it is offset into uncomrpessed data, not offset into compressed data) 
-Added more metadata to the output of the texture export feature.
-Make FTextureBuildFunction stateless and abstract.  Now must be derived to produce an instantiable build function.
-Made PS5TextureFormat, TextureFormatOodle, and TextureFormatUncompressed modules depend on TextureBuild module and implement concrete derivatives of FTextureBuildFunction.
-Made PS5TextureFormat, TextureFormatOodle, and TextureFormatUncompressed modules register their build functions through an IBuildFunctionFactory for the lifetime of the module.
-Removed all public interface for the DerivedDataBuild{Loop, Worker} and have them just use the IBuildFunctionFactory modular feature to find all linked build functions.

#rb devin.doucette
#preflight 60acfb486905a60001c3cd29

[CL 16448407 by Zousar Shaker in ue5-main branch]
2021-05-25 10:37:34 -04:00

393 lines
18 KiB
C++
Raw Blame History

// Copyright Epic Games, Inc. All Rights Reserved.
#include "TextureBuildFunction.h"
#include "DerivedDataPayload.h"
#include "Engine/TextureDefines.h"
#include "IImageWrapper.h"
#include "IImageWrapperModule.h"
#include "ImageCore.h"
#include "Interfaces/ITextureFormat.h"
#include "Interfaces/ITextureFormatModule.h"
#include "Memory/CompositeBuffer.h"
#include "Memory/SharedBuffer.h"
#include "Modules/ModuleManager.h"
#include "PixelFormat.h"
#include "Serialization/CompactBinary.h"
#include "Serialization/FileRegions.h"
#include "Serialization/MemoryWriter.h"
#include "TextureCompressorModule.h"
DEFINE_LOG_CATEGORY_STATIC(LogTextureBuildWorker, Log, All);
#ifndef CASE_ENUM_TO_TEXT
#define CASE_ENUM_TO_TEXT(txt) case txt: return TEXT(#txt);
#endif
static const TCHAR* GetPixelFormatString(EPixelFormat InPixelFormat)
{
switch (InPixelFormat)
{
FOREACH_ENUM_EPIXELFORMAT(CASE_ENUM_TO_TEXT)
default:
return TEXT("PF_Unknown");
}
}
static void ReadCbField(FCbFieldView FieldView, FColor& OutColor)
{
// Choosing the big endian ordering
FCbFieldViewIterator ColorCbArrayIt = FieldView.AsArrayView().CreateViewIterator();
OutColor.A = ColorCbArrayIt->AsUInt8(); ++ColorCbArrayIt;
OutColor.R = ColorCbArrayIt->AsUInt8(); ++ColorCbArrayIt;
OutColor.G = ColorCbArrayIt->AsUInt8(); ++ColorCbArrayIt;
OutColor.B = ColorCbArrayIt->AsUInt8(); ++ColorCbArrayIt;
}
static void ReadCbField(FCbFieldView FieldView, FVector4& OutVec4)
{
FCbFieldViewIterator Vec4CbArrayIt = FieldView.AsArrayView().CreateViewIterator();
OutVec4.X = Vec4CbArrayIt->AsFloat(); ++Vec4CbArrayIt;
OutVec4.Y = Vec4CbArrayIt->AsFloat(); ++Vec4CbArrayIt;
OutVec4.Z = Vec4CbArrayIt->AsFloat(); ++Vec4CbArrayIt;
OutVec4.W = Vec4CbArrayIt->AsFloat(); ++Vec4CbArrayIt;
}
static void ReadCbField(FCbFieldView FieldView, FIntPoint& OutIntPoint)
{
FCbFieldViewIterator IntPointCbArrayIt = FieldView.AsArrayView().CreateViewIterator();
OutIntPoint.X = IntPointCbArrayIt->AsInt32(); ++IntPointCbArrayIt;
OutIntPoint.Y = IntPointCbArrayIt->AsInt32(); ++IntPointCbArrayIt;
}
static void ReadBuildSettingsFromCompactBinary(const FCbObject& Object, FTextureBuildSettings& OutBuildSettings)
{
OutBuildSettings.FormatConfigOverride = Object.FindView("FormatConfigOverride").AsObjectView();
FCbObjectView ColorAdjustmentCbObj = Object.FindView("ColorAdjustment").AsObjectView();
FColorAdjustmentParameters& ColorAdjustment = OutBuildSettings.ColorAdjustment;
ColorAdjustment.AdjustBrightness = ColorAdjustmentCbObj.FindView("AdjustBrightness").AsFloat();
ColorAdjustment.AdjustBrightnessCurve = ColorAdjustmentCbObj.FindView("AdjustBrightnessCurve").AsFloat();
ColorAdjustment.AdjustSaturation = ColorAdjustmentCbObj.FindView("AdjustSaturation").AsFloat();
ColorAdjustment.AdjustVibrance = ColorAdjustmentCbObj.FindView("AdjustVibrance").AsFloat();
ColorAdjustment.AdjustRGBCurve = ColorAdjustmentCbObj.FindView("AdjustRGBCurve").AsFloat();
ColorAdjustment.AdjustHue = ColorAdjustmentCbObj.FindView("AdjustHue").AsFloat();
ColorAdjustment.AdjustMinAlpha = ColorAdjustmentCbObj.FindView("AdjustMinAlpha").AsFloat();
ColorAdjustment.AdjustMaxAlpha = ColorAdjustmentCbObj.FindView("AdjustMaxAlpha").AsFloat();
ReadCbField(Object.FindView("AlphaCoverageThresholds"), OutBuildSettings.AlphaCoverageThresholds);
OutBuildSettings.MipSharpening = Object.FindView("MipSharpening").AsFloat();
OutBuildSettings.DiffuseConvolveMipLevel = Object.FindView("DiffuseConvolveMipLevel").AsUInt32();
OutBuildSettings.SharpenMipKernelSize = Object.FindView("SharpenMipKernelSize").AsUInt32();
OutBuildSettings.MaxTextureResolution = Object.FindView("MaxTextureResolution").AsUInt32();
OutBuildSettings.TextureFormatName = FName(Object.FindView("TextureFormatName").AsString());
OutBuildSettings.bHDRSource = Object.FindView("bHDRSource").AsBool();
OutBuildSettings.MipGenSettings = Object.FindView("MipGenSettings").AsUInt8();
OutBuildSettings.bCubemap = Object.FindView("bCubemap").AsBool();
OutBuildSettings.bTextureArray = Object.FindView("bTextureArray").AsBool();
OutBuildSettings.bVolume = Object.FindView("bVolume").AsBool();
OutBuildSettings.bLongLatSource = Object.FindView("bLongLatSource").AsBool();
OutBuildSettings.bSRGB = Object.FindView("bSRGB").AsBool();
OutBuildSettings.bUseLegacyGamma = Object.FindView("bUseLegacyGamma").AsBool();
OutBuildSettings.bPreserveBorder = Object.FindView("bPreserveBorder").AsBool();
OutBuildSettings.bForceNoAlphaChannel = Object.FindView("bForceNoAlphaChannel").AsBool();
OutBuildSettings.bForceAlphaChannel = Object.FindView("bForceAlphaChannel").AsBool();
OutBuildSettings.bDitherMipMapAlpha = Object.FindView("bDitherMipMapAlpha").AsBool();
OutBuildSettings.bComputeBokehAlpha = Object.FindView("bComputeBokehAlpha").AsBool();
OutBuildSettings.bReplicateRed = Object.FindView("bReplicateRed").AsBool();
OutBuildSettings.bReplicateAlpha = Object.FindView("bReplicateAlpha").AsBool();
OutBuildSettings.bDownsampleWithAverage = Object.FindView("bDownsampleWithAverage").AsBool();
OutBuildSettings.bSharpenWithoutColorShift = Object.FindView("bSharpenWithoutColorShift").AsBool();
OutBuildSettings.bBorderColorBlack = Object.FindView("bBorderColorBlack").AsBool();
OutBuildSettings.bFlipGreenChannel = Object.FindView("bFlipGreenChannel").AsBool();
OutBuildSettings.bApplyYCoCgBlockScale = Object.FindView("bApplyYCoCgBlockScale").AsBool();
OutBuildSettings.bApplyKernelToTopMip = Object.FindView("bApplyKernelToTopMip").AsBool();
OutBuildSettings.bRenormalizeTopMip = Object.FindView("bRenormalizeTopMip").AsBool();
OutBuildSettings.CompositeTextureMode = Object.FindView("CompositeTextureMode").AsUInt8();
OutBuildSettings.CompositePower = Object.FindView("CompositePower").AsFloat();
OutBuildSettings.LODBias = Object.FindView("LODBias").AsUInt32();
OutBuildSettings.LODBiasWithCinematicMips = Object.FindView("LODBiasWithCinematicMips").AsUInt32();
ReadCbField(Object.FindView("TopMipSize"), OutBuildSettings.TopMipSize);
OutBuildSettings.VolumeSizeZ = Object.FindView("VolumeSizeZ").AsInt32();
OutBuildSettings.ArraySlices = Object.FindView("ArraySlices").AsInt32();
OutBuildSettings.bStreamable = Object.FindView("bStreamable").AsBool();
OutBuildSettings.bVirtualStreamable = Object.FindView("bVirtualStreamable").AsBool();
OutBuildSettings.bChromaKeyTexture = Object.FindView("bChromaKeyTexture").AsBool();
OutBuildSettings.PowerOfTwoMode = Object.FindView("PowerOfTwoMode").AsUInt8();
ReadCbField(Object.FindView("PaddingColor"), OutBuildSettings.PaddingColor);
ReadCbField(Object.FindView("ChromaKeyColor"), OutBuildSettings.ChromaKeyColor);
OutBuildSettings.ChromaKeyThreshold = Object.FindView("ChromaKeyThreshold").AsFloat();
OutBuildSettings.CompressionQuality = Object.FindView("CompressionQuality").AsInt32();
OutBuildSettings.LossyCompressionAmount = Object.FindView("LossyCompressionAmount").AsInt32();
OutBuildSettings.Downscale = Object.FindView("Downscale").AsFloat();
OutBuildSettings.DownscaleOptions = Object.FindView("DownscaleOptions").AsUInt8();
OutBuildSettings.VirtualAddressingModeX = Object.FindView("VirtualAddressingModeX").AsInt32();
OutBuildSettings.VirtualAddressingModeY = Object.FindView("VirtualAddressingModeY").AsInt32();
OutBuildSettings.VirtualTextureTileSize = Object.FindView("VirtualTextureTileSize").AsInt32();
OutBuildSettings.VirtualTextureBorderSize = Object.FindView("VirtualTextureBorderSize").AsInt32();
OutBuildSettings.bVirtualTextureEnableCompressZlib = Object.FindView("bVirtualTextureEnableCompressZlib").AsBool();
OutBuildSettings.bVirtualTextureEnableCompressCrunch = Object.FindView("bVirtualTextureEnableCompressCrunch").AsBool();
OutBuildSettings.bHasEditorOnlyData = Object.FindView("bHasEditorOnlyData").AsBool();
}
static void ReadOutputSettingsFromCompactBinary(const FCbObject& Object, int32& NumInlineMips, FString& MipKeyPrefix)
{
NumInlineMips = Object.FindView("NumInlineMips").AsInt32();
MipKeyPrefix = FString(Object.FindView("MipKeyPrefix").AsString());
}
static ERawImageFormat::Type ComputeRawImageFormat(ETextureSourceFormat SourceFormat)
{
switch (SourceFormat)
{
case TSF_G8: return ERawImageFormat::G8;
case TSF_G16: return ERawImageFormat::G16;
case TSF_BGRA8: return ERawImageFormat::BGRA8;
case TSF_BGRE8: return ERawImageFormat::BGRE8;
case TSF_RGBA16: return ERawImageFormat::RGBA16;
case TSF_RGBA16F: return ERawImageFormat::RGBA16F;
default:
checkf(false, TEXT("Invalid source texture format encountered: %d."), SourceFormat);
return ERawImageFormat::G8;
}
}
static void ReadTextureSourceFromCompactBinary(const FCbObject& Object, UE::DerivedData::FBuildContext& Context, TArray<FImage>& OutMips)
{
FAnsiStringView InputKey = Object.FindView("Input").AsString();
FSharedBuffer InputBuffer = Context.GetInput(FUTF8ToTCHAR(InputKey));
ETextureSourceCompressionFormat CompressionFormat = (ETextureSourceCompressionFormat)Object.FindView("CompressionFormat").AsUInt8();
ETextureSourceFormat SourceFormat = (ETextureSourceFormat)Object.FindView("SourceFormat").AsUInt8();
ERawImageFormat::Type RawImageFormat = ComputeRawImageFormat(SourceFormat);
EGammaSpace GammaSpace = (EGammaSpace)Object.FindView("GammaSpace").AsUInt8();
int32 NumSlices = Object.FindView("NumSlices").AsInt32();
int32 SizeX = Object.FindView("SizeX").AsInt32();
int32 SizeY = Object.FindView("SizeY").AsInt32();
int32 MipSizeX = SizeX;
int32 MipSizeY = SizeY;
const uint8* DecompressedSourceData = (const uint8*)InputBuffer.GetData();
TArray64<uint8> IntermediateDecompressedData;
if (CompressionFormat != TSCF_None)
{
switch (CompressionFormat)
{
case TSCF_JPEG:
{
TSharedPtr<IImageWrapper> ImageWrapper = FModuleManager::LoadModuleChecked<IImageWrapperModule>(FName("ImageWrapper")).CreateImageWrapper(EImageFormat::JPEG);
ImageWrapper->SetCompressed((const uint8*)InputBuffer.GetData(), InputBuffer.GetSize());
ImageWrapper->GetRaw(SourceFormat == TSF_G8 ? ERGBFormat::Gray : ERGBFormat::BGRA, 8, IntermediateDecompressedData);
}
break;
case TSCF_PNG:
{
TSharedPtr<IImageWrapper> ImageWrapper = FModuleManager::LoadModuleChecked<IImageWrapperModule>(FName("ImageWrapper")).CreateImageWrapper(EImageFormat::PNG);
ImageWrapper->SetCompressed((const uint8*)InputBuffer.GetData(), InputBuffer.GetSize());
ERGBFormat RawFormat = (SourceFormat == TSF_G8 || SourceFormat == TSF_G16) ? ERGBFormat::Gray : ERGBFormat::RGBA;
ImageWrapper->GetRaw(RawFormat, (SourceFormat == TSF_G16 || SourceFormat == TSF_RGBA16) ? 16 : 8, IntermediateDecompressedData);
}
break;
default:
checkf(false, TEXT("Unexpected source compression format encountered while attempting to build a texture."));
break;
}
DecompressedSourceData = IntermediateDecompressedData.GetData();
InputBuffer.Reset();
}
FCbArrayView MipsCbArrayView = Object.FindView("Mips").AsArrayView();
OutMips.Reserve(MipsCbArrayView.Num());
for (FCbFieldViewIterator MipsCbArrayIt = MipsCbArrayView.CreateViewIterator(); MipsCbArrayIt; ++MipsCbArrayIt)
{
FCbObjectView MipCbObjectView = MipsCbArrayIt->AsObjectView();
int64 MipOffset = MipCbObjectView.FindView("Offset").AsInt64();
int64 MipSize = MipCbObjectView.FindView("Size").AsInt64();
FImage* SourceMip = new(OutMips) FImage(
MipSizeX, MipSizeY,
NumSlices,
RawImageFormat,
GammaSpace
);
if ((MipsCbArrayView.Num() == 1) && (CompressionFormat != TSCF_None))
{
// In the case where there is only one mip and its already in a TArray, there is no need to allocate new array contents, just use a move instead
SourceMip->RawData = MoveTemp(IntermediateDecompressedData);
}
else
{
SourceMip->RawData.AddUninitialized(MipSize);
FMemory::Memcpy(
SourceMip->RawData.GetData(),
DecompressedSourceData + MipOffset,
MipSize
);
}
MipSizeX = FMath::Max(MipSizeX / 2, 1);
MipSizeY = FMath::Max(MipSizeY / 2, 1);
}
}
void FTextureBuildFunction::Build(UE::DerivedData::FBuildContext& Context) const
{
ITextureCompressorModule& Compressor = FModuleManager::LoadModuleChecked<ITextureCompressorModule>(TEXTURE_COMPRESSOR_MODULENAME);
const FCbObject BuildSettingsCbObj = Context.GetConstant(TEXT("TextureBuildSettings"));
FTextureBuildSettings BuildSettings;
ReadBuildSettingsFromCompactBinary(Context.GetConstant(TEXT("TextureBuildSettings")), BuildSettings);
int32 NumInlineMips;
FString MipKeyPrefix;
ReadOutputSettingsFromCompactBinary(Context.GetConstant(TEXT("TextureOutputSettings")), NumInlineMips, MipKeyPrefix);
TArray<FImage> SourceMips;
ReadTextureSourceFromCompactBinary(Context.GetConstant(TEXT("TextureSource")), Context, SourceMips);
TArray<FImage> AssociatedNormalSourceMips;
const FCbObject AssociatedNormalSourceMipsCbObj = Context.GetConstant(TEXT("CompositeTextureSource"));
if (AssociatedNormalSourceMipsCbObj)
{
ReadTextureSourceFromCompactBinary(AssociatedNormalSourceMipsCbObj, Context, AssociatedNormalSourceMips);
}
UE_LOG(LogTextureBuildWorker, Display, TEXT("Compressing %d source mip(s) (%dx%d) to %s..."), SourceMips.Num(), SourceMips[0].SizeX, SourceMips[0].SizeY, *BuildSettings.TextureFormatName.ToString());
TArray<FCompressedImage2D> CompressedMips;
uint32 NumMipsInTail;
uint32 ExtData;
Compressor.BuildTexture(SourceMips,
AssociatedNormalSourceMips,
BuildSettings,
CompressedMips,
NumMipsInTail,
ExtData);
// Write out streaming mips as payloads.
int32 MipCount = CompressedMips.Num();
const bool bForceAllMipsToBeInlined = BuildSettings.bCubemap || (BuildSettings.bVolume && !BuildSettings.bStreamable) || (BuildSettings.bTextureArray && !BuildSettings.bStreamable);
const int32 FirstInlineMip = bForceAllMipsToBeInlined ? 0 : FMath::Max(0, MipCount - FMath::Max(NumInlineMips, (int32)NumMipsInTail));
const int32 WritableMipCount = MipCount - ((NumMipsInTail > 0) ? ((int32)NumMipsInTail - 1) : 0);
for (int32 MipIndex = 0; MipIndex < WritableMipCount; ++MipIndex)
{
if (MipIndex < FirstInlineMip)
{
const FCompressedImage2D& CompressedMip = CompressedMips[MipIndex];
TStringBuilder<32> PayloadName;
PayloadName << "Mip" << MipIndex;
int32 MipSize = CompressedMip.RawData.Num();
FSharedBuffer MipHeader = FSharedBuffer::MakeView(&MipSize, sizeof(int32));
FCompositeBuffer CompositeMipBuffer(MipHeader, FSharedBuffer::MakeView(CompressedMips[MipIndex].RawData.GetData(), CompressedMips[MipIndex].RawData.Num()));
Context.AddPayload(UE::DerivedData::FPayloadId::FromName(*PayloadName), FCompressedBuffer::Compress(NAME_Default, CompositeMipBuffer));
}
}
// Write out texture platform data and non-streaming mip tail as a single payload
// This is meant to match the behavior in SerializePlatformData in TextureDerivedData.cpp.
// TODO: The texture header/footer information here should not be serialized from the worker but could be left to the editor to fill in.
// Doing it here causes more code duplication than I would like.
{
bool bHasOptData = (NumMipsInTail != 0) || (ExtData != 0);
TArray<FSharedBuffer> OrderedBuffers;
TArray<uint8> TextureHeaderArray;
FMemoryWriter TextureHeaderWriter(TextureHeaderArray, /*bIsPersistent=*/ true);
TextureHeaderWriter << CompressedMips[0].SizeX;
TextureHeaderWriter << CompressedMips[0].SizeY;
const int32 NumSlices = BuildSettings.bCubemap ? 6 : (BuildSettings.bVolume || BuildSettings.bTextureArray) ? CompressedMips[0].SizeZ : 1;
static constexpr uint32 BitMask_CubeMap = 1u << 31u;
static constexpr uint32 BitMask_HasOptData = 1u << 30u;
static constexpr uint32 BitMask_NumSlices = BitMask_HasOptData - 1u;
uint32 PackedData = (NumSlices & BitMask_NumSlices) | (BuildSettings.bCubemap ? BitMask_CubeMap : 0) | (bHasOptData ? BitMask_HasOptData : 0);
TextureHeaderWriter << PackedData;
FString PixelFormatString(GetPixelFormatString((EPixelFormat)CompressedMips[0].PixelFormat));
TextureHeaderWriter << PixelFormatString;
if (bHasOptData)
{
TextureHeaderWriter << ExtData;
TextureHeaderWriter << NumMipsInTail;
}
TextureHeaderWriter << MipCount;
OrderedBuffers.Add(FSharedBuffer::MakeView(TextureHeaderArray.GetData(), TextureHeaderArray.Num()));
TArray<TArray<uint8>> MipHeaderArray;
MipHeaderArray.AddDefaulted(MipCount);
TArray<TArray<uint8>> MipFooterArray;
MipFooterArray.AddDefaulted(MipCount);
int64 CurrentOffset = TextureHeaderArray.Num();
for (int32 MipIndex = 0; MipIndex < MipCount; ++MipIndex)
{
bool bIsInlineMip = MipIndex >= FirstInlineMip;
FCompressedImage2D& CompressedMip = CompressedMips[MipIndex];
FMemoryWriter MipHeaderWriter(MipHeaderArray[MipIndex], /*bIsPersistent=*/ true);
bool bCooked = false;
MipHeaderWriter << bCooked;
uint32 BulkDataFlags = 0;
MipHeaderWriter << BulkDataFlags;
int32 BulkDataElementCount = bIsInlineMip ? CompressedMip.RawData.Num() : 0;
MipHeaderWriter << BulkDataElementCount;
int32 BulkDataBytesOnDisk = bIsInlineMip ? CompressedMip.RawData.Num() : 0;
MipHeaderWriter << BulkDataBytesOnDisk;
int64 BulkDataOffset = CurrentOffset + MipHeaderArray[MipIndex].Num() + sizeof(int64);
MipHeaderWriter << BulkDataOffset;
OrderedBuffers.Add(FSharedBuffer::MakeView(MipHeaderArray[MipIndex].GetData(), MipHeaderArray[MipIndex].Num()));
CurrentOffset += MipHeaderArray[MipIndex].Num();
if (bIsInlineMip)
{
OrderedBuffers.Add(FSharedBuffer::MakeView(CompressedMip.RawData.GetData(), CompressedMip.RawData.Num()));
CurrentOffset += CompressedMip.RawData.Num();
}
FMemoryWriter MipFooterWriter(MipFooterArray[MipIndex], /*bIsPersistent=*/ true);
MipFooterWriter << CompressedMip.SizeX;
MipFooterWriter << CompressedMip.SizeY;
MipFooterWriter << CompressedMip.SizeZ;
EFileRegionType FileRegion = FFileRegion::SelectType(EPixelFormat(CompressedMip.PixelFormat));
MipFooterWriter << FileRegion;
TStringBuilder<128> DerivedDataKey;
if (!bIsInlineMip)
{
// This has to match the behavior in GetTextureDerivedMipKey in TextureDerivedData.cpp
DerivedDataKey << MipKeyPrefix;
DerivedDataKey.Appendf(TEXT("_MIP%u_%dx%d"), MipIndex, CompressedMip.SizeX, CompressedMip.SizeY);
}
FString DerivedDataKeyFinal (DerivedDataKey.ToString());
MipFooterWriter << DerivedDataKeyFinal;
OrderedBuffers.Add(FSharedBuffer::MakeView(MipFooterArray[MipIndex].GetData(), MipFooterArray[MipIndex].Num()));
CurrentOffset += MipFooterArray[MipIndex].Num();
}
// Bool serialized as 32-bit int is the footer
uint32 IsVirtual = 0;
OrderedBuffers.Add(FSharedBuffer::MakeView(&IsVirtual, sizeof(IsVirtual)));
FCompositeBuffer CompositeResult(OrderedBuffers);
Context.AddPayload(UE::DerivedData::FPayloadId::FromName("Texture"), FCompressedBuffer::Compress(NAME_Default, CompositeResult));
}
}
Reference in New Issue View Git Blame Copy Permalink