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g_palPipelineAbiMetadataImpl.h
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g_palPipelineAbiMetadataImpl.h
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/*
***********************************************************************************************************************
*
* Copyright (c) 2021 Advanced Micro Devices, Inc. All Rights Reserved.
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in all
* copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
* SOFTWARE.
*
**********************************************************************************************************************/
#pragma once
#include "g_palPipelineAbiMetadata.h"
#include "palMsgPackImpl.h"
#include "palHashLiteralString.h"
namespace Util
{
namespace Abi
{
namespace Metadata
{
// =====================================================================================================================
PAL_INLINE Result DeserializeEnum(
MsgPackReader* pReader,
PipelineType* pValue)
{
Result result = pReader->Next(CWP_ITEM_STR);
if (result == Result::Success)
{
const uint32 strHash = HashString(static_cast<const char*>(pReader->Get().as.str.start),
pReader->Get().as.str.length);
switch (strHash)
{
case HashLiteralString("VsPs"):
*pValue = PipelineType::VsPs;
break;
case HashLiteralString("Gs"):
*pValue = PipelineType::Gs;
break;
case HashLiteralString("Cs"):
*pValue = PipelineType::Cs;
break;
case HashLiteralString("Ngg"):
*pValue = PipelineType::Ngg;
break;
case HashLiteralString("Tess"):
*pValue = PipelineType::Tess;
break;
case HashLiteralString("GsTess"):
*pValue = PipelineType::GsTess;
break;
case HashLiteralString("NggTess"):
*pValue = PipelineType::NggTess;
break;
case HashLiteralString("Mesh"):
*pValue = PipelineType::Mesh;
break;
case HashLiteralString("TaskMesh"):
*pValue = PipelineType::TaskMesh;
break;
default:
result = Result::NotFound;
break;
}
}
return result;
}
// =====================================================================================================================
PAL_INLINE Result SerializeEnum(
MsgPackWriter* pWriter,
PipelineType value)
{
Result result = Result::ErrorInvalidValue;
switch (value)
{
case PipelineType::VsPs:
result = pWriter->Pack("VsPs");
break;
case PipelineType::Gs:
result = pWriter->Pack("Gs");
break;
case PipelineType::Cs:
result = pWriter->Pack("Cs");
break;
case PipelineType::Ngg:
result = pWriter->Pack("Ngg");
break;
case PipelineType::Tess:
result = pWriter->Pack("Tess");
break;
case PipelineType::GsTess:
result = pWriter->Pack("GsTess");
break;
case PipelineType::NggTess:
result = pWriter->Pack("NggTess");
break;
case PipelineType::Mesh:
result = pWriter->Pack("Mesh");
break;
case PipelineType::TaskMesh:
result = pWriter->Pack("TaskMesh");
break;
default:
break;
}
return result;
}
// =====================================================================================================================
PAL_INLINE Result DeserializeEnum(
MsgPackReader* pReader,
ApiShaderType* pValue)
{
Result result = pReader->Next(CWP_ITEM_STR);
if (result == Result::Success)
{
const uint32 strHash = HashString(static_cast<const char*>(pReader->Get().as.str.start),
pReader->Get().as.str.length);
switch (strHash)
{
case HashLiteralString(".compute"):
*pValue = ApiShaderType::Cs;
break;
case HashLiteralString(".task"):
*pValue = ApiShaderType::Task;
break;
case HashLiteralString(".vertex"):
*pValue = ApiShaderType::Vs;
break;
case HashLiteralString(".hull"):
*pValue = ApiShaderType::Hs;
break;
case HashLiteralString(".domain"):
*pValue = ApiShaderType::Ds;
break;
case HashLiteralString(".geometry"):
*pValue = ApiShaderType::Gs;
break;
case HashLiteralString(".mesh"):
*pValue = ApiShaderType::Mesh;
break;
case HashLiteralString(".pixel"):
*pValue = ApiShaderType::Ps;
break;
default:
result = Result::NotFound;
break;
}
}
return result;
}
// =====================================================================================================================
PAL_INLINE Result SerializeEnum(
MsgPackWriter* pWriter,
ApiShaderType value)
{
Result result = Result::ErrorInvalidValue;
switch (value)
{
case ApiShaderType::Cs:
result = pWriter->Pack(".compute");
break;
case ApiShaderType::Task:
result = pWriter->Pack(".task");
break;
case ApiShaderType::Vs:
result = pWriter->Pack(".vertex");
break;
case ApiShaderType::Hs:
result = pWriter->Pack(".hull");
break;
case ApiShaderType::Ds:
result = pWriter->Pack(".domain");
break;
case ApiShaderType::Gs:
result = pWriter->Pack(".geometry");
break;
case ApiShaderType::Mesh:
result = pWriter->Pack(".mesh");
break;
case ApiShaderType::Ps:
result = pWriter->Pack(".pixel");
break;
default:
break;
}
return result;
}
// =====================================================================================================================
PAL_INLINE Result DeserializeEnum(
MsgPackReader* pReader,
ApiShaderSubType* pValue)
{
Result result = pReader->Next(CWP_ITEM_STR);
if (result == Result::Success)
{
const uint32 strHash = HashString(static_cast<const char*>(pReader->Get().as.str.start),
pReader->Get().as.str.length);
switch (strHash)
{
case HashLiteralString("Unknown"):
*pValue = ApiShaderSubType::Unknown;
break;
case HashLiteralString("Traversal"):
*pValue = ApiShaderSubType::Traversal;
break;
case HashLiteralString("RayGeneration"):
*pValue = ApiShaderSubType::RayGeneration;
break;
case HashLiteralString("Intersection"):
*pValue = ApiShaderSubType::Intersection;
break;
case HashLiteralString("AnyHit"):
*pValue = ApiShaderSubType::AnyHit;
break;
case HashLiteralString("ClosestHit"):
*pValue = ApiShaderSubType::ClosestHit;
break;
case HashLiteralString("Miss"):
*pValue = ApiShaderSubType::Miss;
break;
case HashLiteralString("Callable"):
*pValue = ApiShaderSubType::Callable;
break;
default:
result = Result::NotFound;
break;
}
}
return result;
}
// =====================================================================================================================
PAL_INLINE Result SerializeEnum(
MsgPackWriter* pWriter,
ApiShaderSubType value)
{
Result result = Result::ErrorInvalidValue;
switch (value)
{
case ApiShaderSubType::Unknown:
result = pWriter->Pack("Unknown");
break;
case ApiShaderSubType::Traversal:
result = pWriter->Pack("Traversal");
break;
case ApiShaderSubType::RayGeneration:
result = pWriter->Pack("RayGeneration");
break;
case ApiShaderSubType::Intersection:
result = pWriter->Pack("Intersection");
break;
case ApiShaderSubType::AnyHit:
result = pWriter->Pack("AnyHit");
break;
case ApiShaderSubType::ClosestHit:
result = pWriter->Pack("ClosestHit");
break;
case ApiShaderSubType::Miss:
result = pWriter->Pack("Miss");
break;
case ApiShaderSubType::Callable:
result = pWriter->Pack("Callable");
break;
default:
break;
}
return result;
}
// =====================================================================================================================
PAL_INLINE Result DeserializeEnum(
MsgPackReader* pReader,
HardwareStage* pValue)
{
Result result = pReader->Next(CWP_ITEM_STR);
if (result == Result::Success)
{
const uint32 strHash = HashString(static_cast<const char*>(pReader->Get().as.str.start),
pReader->Get().as.str.length);
switch (strHash)
{
case HashLiteralString(".ls"):
*pValue = HardwareStage::Ls;
break;
case HashLiteralString(".hs"):
*pValue = HardwareStage::Hs;
break;
case HashLiteralString(".es"):
*pValue = HardwareStage::Es;
break;
case HashLiteralString(".gs"):
*pValue = HardwareStage::Gs;
break;
case HashLiteralString(".vs"):
*pValue = HardwareStage::Vs;
break;
case HashLiteralString(".ps"):
*pValue = HardwareStage::Ps;
break;
case HashLiteralString(".cs"):
*pValue = HardwareStage::Cs;
break;
default:
result = Result::NotFound;
break;
}
}
return result;
}
// =====================================================================================================================
PAL_INLINE Result SerializeEnum(
MsgPackWriter* pWriter,
HardwareStage value)
{
Result result = Result::ErrorInvalidValue;
switch (value)
{
case HardwareStage::Ls:
result = pWriter->Pack(".ls");
break;
case HardwareStage::Hs:
result = pWriter->Pack(".hs");
break;
case HardwareStage::Es:
result = pWriter->Pack(".es");
break;
case HardwareStage::Gs:
result = pWriter->Pack(".gs");
break;
case HardwareStage::Vs:
result = pWriter->Pack(".vs");
break;
case HardwareStage::Ps:
result = pWriter->Pack(".ps");
break;
case HardwareStage::Cs:
result = pWriter->Pack(".cs");
break;
default:
break;
}
return result;
}
// =====================================================================================================================
PAL_INLINE Result DeserializeEnum(
MsgPackReader* pReader,
PipelineSymbolType* pValue)
{
Result result = pReader->Next(CWP_ITEM_STR);
if (result == Result::Success)
{
const uint32 strHash = HashString(static_cast<const char*>(pReader->Get().as.str.start),
pReader->Get().as.str.length);
switch (strHash)
{
case HashLiteralString("unknown"):
*pValue = PipelineSymbolType::Unknown;
break;
case HashLiteralString("_amdgpu_ls_main"):
*pValue = PipelineSymbolType::LsMainEntry;
break;
case HashLiteralString("_amdgpu_hs_main"):
*pValue = PipelineSymbolType::HsMainEntry;
break;
case HashLiteralString("_amdgpu_es_main"):
*pValue = PipelineSymbolType::EsMainEntry;
break;
case HashLiteralString("_amdgpu_gs_main"):
*pValue = PipelineSymbolType::GsMainEntry;
break;
case HashLiteralString("_amdgpu_vs_main"):
*pValue = PipelineSymbolType::VsMainEntry;
break;
case HashLiteralString("_amdgpu_ps_main"):
*pValue = PipelineSymbolType::PsMainEntry;
break;
case HashLiteralString("_amdgpu_cs_main"):
*pValue = PipelineSymbolType::CsMainEntry;
break;
case HashLiteralString("_amdgpu_fs_main"):
*pValue = PipelineSymbolType::FsMainEntry;
break;
case HashLiteralString("_amdgpu_ls_shdr_intrl_tbl"):
*pValue = PipelineSymbolType::LsShdrIntrlTblPtr;
break;
case HashLiteralString("_amdgpu_hs_shdr_intrl_tbl"):
*pValue = PipelineSymbolType::HsShdrIntrlTblPtr;
break;
case HashLiteralString("_amdgpu_es_shdr_intrl_tbl"):
*pValue = PipelineSymbolType::EsShdrIntrlTblPtr;
break;
case HashLiteralString("_amdgpu_gs_shdr_intrl_tbl"):
*pValue = PipelineSymbolType::GsShdrIntrlTblPtr;
break;
case HashLiteralString("_amdgpu_vs_shdr_intrl_tbl"):
*pValue = PipelineSymbolType::VsShdrIntrlTblPtr;
break;
case HashLiteralString("_amdgpu_ps_shdr_intrl_tbl"):
*pValue = PipelineSymbolType::PsShdrIntrlTblPtr;
break;
case HashLiteralString("_amdgpu_cs_shdr_intrl_tbl"):
*pValue = PipelineSymbolType::CsShdrIntrlTblPtr;
break;
case HashLiteralString("_amdgpu_ls_disasm"):
*pValue = PipelineSymbolType::LsDisassembly;
break;
case HashLiteralString("_amdgpu_hs_disasm"):
*pValue = PipelineSymbolType::HsDisassembly;
break;
case HashLiteralString("_amdgpu_es_disasm"):
*pValue = PipelineSymbolType::EsDisassembly;
break;
case HashLiteralString("_amdgpu_gs_disasm"):
*pValue = PipelineSymbolType::GsDisassembly;
break;
case HashLiteralString("_amdgpu_vs_disasm"):
*pValue = PipelineSymbolType::VsDisassembly;
break;
case HashLiteralString("_amdgpu_ps_disasm"):
*pValue = PipelineSymbolType::PsDisassembly;
break;
case HashLiteralString("_amdgpu_cs_disasm"):
*pValue = PipelineSymbolType::CsDisassembly;
break;
case HashLiteralString("_amdgpu_ls_shdr_intrl_data"):
*pValue = PipelineSymbolType::LsShdrIntrlData;
break;
case HashLiteralString("_amdgpu_hs_shdr_intrl_data"):
*pValue = PipelineSymbolType::HsShdrIntrlData;
break;
case HashLiteralString("_amdgpu_es_shdr_intrl_data"):
*pValue = PipelineSymbolType::EsShdrIntrlData;
break;
case HashLiteralString("_amdgpu_gs_shdr_intrl_data"):
*pValue = PipelineSymbolType::GsShdrIntrlData;
break;
case HashLiteralString("_amdgpu_vs_shdr_intrl_data"):
*pValue = PipelineSymbolType::VsShdrIntrlData;
break;
case HashLiteralString("_amdgpu_ps_shdr_intrl_data"):
*pValue = PipelineSymbolType::PsShdrIntrlData;
break;
case HashLiteralString("_amdgpu_cs_shdr_intrl_data"):
*pValue = PipelineSymbolType::CsShdrIntrlData;
break;
case HashLiteralString("_amdgpu_pipeline_intrl_data"):
*pValue = PipelineSymbolType::PipelineIntrlData;
break;
default:
result = Result::NotFound;
break;
}
}
return result;
}
// =====================================================================================================================
PAL_INLINE Result SerializeEnum(
MsgPackWriter* pWriter,
PipelineSymbolType value)
{
Result result = Result::ErrorInvalidValue;
switch (value)
{
case PipelineSymbolType::Unknown:
result = pWriter->Pack("unknown");
break;
case PipelineSymbolType::LsMainEntry:
result = pWriter->Pack("_amdgpu_ls_main");
break;
case PipelineSymbolType::HsMainEntry:
result = pWriter->Pack("_amdgpu_hs_main");
break;
case PipelineSymbolType::EsMainEntry:
result = pWriter->Pack("_amdgpu_es_main");
break;
case PipelineSymbolType::GsMainEntry:
result = pWriter->Pack("_amdgpu_gs_main");
break;
case PipelineSymbolType::VsMainEntry:
result = pWriter->Pack("_amdgpu_vs_main");
break;
case PipelineSymbolType::PsMainEntry:
result = pWriter->Pack("_amdgpu_ps_main");
break;
case PipelineSymbolType::CsMainEntry:
result = pWriter->Pack("_amdgpu_cs_main");
break;
case PipelineSymbolType::FsMainEntry:
result = pWriter->Pack("_amdgpu_fs_main");
break;
case PipelineSymbolType::LsShdrIntrlTblPtr:
result = pWriter->Pack("_amdgpu_ls_shdr_intrl_tbl");
break;
case PipelineSymbolType::HsShdrIntrlTblPtr:
result = pWriter->Pack("_amdgpu_hs_shdr_intrl_tbl");
break;
case PipelineSymbolType::EsShdrIntrlTblPtr:
result = pWriter->Pack("_amdgpu_es_shdr_intrl_tbl");
break;
case PipelineSymbolType::GsShdrIntrlTblPtr:
result = pWriter->Pack("_amdgpu_gs_shdr_intrl_tbl");
break;
case PipelineSymbolType::VsShdrIntrlTblPtr:
result = pWriter->Pack("_amdgpu_vs_shdr_intrl_tbl");
break;
case PipelineSymbolType::PsShdrIntrlTblPtr:
result = pWriter->Pack("_amdgpu_ps_shdr_intrl_tbl");
break;
case PipelineSymbolType::CsShdrIntrlTblPtr:
result = pWriter->Pack("_amdgpu_cs_shdr_intrl_tbl");
break;
case PipelineSymbolType::LsDisassembly:
result = pWriter->Pack("_amdgpu_ls_disasm");
break;
case PipelineSymbolType::HsDisassembly:
result = pWriter->Pack("_amdgpu_hs_disasm");
break;
case PipelineSymbolType::EsDisassembly:
result = pWriter->Pack("_amdgpu_es_disasm");
break;
case PipelineSymbolType::GsDisassembly:
result = pWriter->Pack("_amdgpu_gs_disasm");
break;
case PipelineSymbolType::VsDisassembly:
result = pWriter->Pack("_amdgpu_vs_disasm");
break;
case PipelineSymbolType::PsDisassembly:
result = pWriter->Pack("_amdgpu_ps_disasm");
break;
case PipelineSymbolType::CsDisassembly:
result = pWriter->Pack("_amdgpu_cs_disasm");
break;
case PipelineSymbolType::LsShdrIntrlData:
result = pWriter->Pack("_amdgpu_ls_shdr_intrl_data");
break;
case PipelineSymbolType::HsShdrIntrlData:
result = pWriter->Pack("_amdgpu_hs_shdr_intrl_data");
break;
case PipelineSymbolType::EsShdrIntrlData:
result = pWriter->Pack("_amdgpu_es_shdr_intrl_data");
break;
case PipelineSymbolType::GsShdrIntrlData:
result = pWriter->Pack("_amdgpu_gs_shdr_intrl_data");
break;
case PipelineSymbolType::VsShdrIntrlData:
result = pWriter->Pack("_amdgpu_vs_shdr_intrl_data");
break;
case PipelineSymbolType::PsShdrIntrlData:
result = pWriter->Pack("_amdgpu_ps_shdr_intrl_data");
break;
case PipelineSymbolType::CsShdrIntrlData:
result = pWriter->Pack("_amdgpu_cs_shdr_intrl_data");
break;
case PipelineSymbolType::PipelineIntrlData:
result = pWriter->Pack("_amdgpu_pipeline_intrl_data");
break;
default:
break;
}
return result;
}
// =====================================================================================================================
template <typename EnumType>
Result DeserializeEnumBitflags(
MsgPackReader* pReader,
uint32* pBitflags)
{
Result result = pReader->Next(CWP_ITEM_ARRAY);
*pBitflags = 0;
for (uint32 i = pReader->Get().as.array.size; ((result == Result::Success) && (i > 0)); --i)
{
using EnumStorage = typename std::underlying_type<EnumType>::type;
EnumStorage curEnum = 0;
result = DeserializeEnum(pReader, reinterpret_cast<EnumType*>(&curEnum));
if (result == Result::Success)
{
PAL_ASSERT(curEnum < (sizeof(*pBitflags) * 8));
*pBitflags |= (static_cast<EnumStorage>(1) << curEnum);
}
}
return result;
}
// =====================================================================================================================
template <typename EnumType>
Result SerializeEnumBitflags(
MsgPackWriter* pWriter,
uint32 bitflags)
{
uint32 mask = bitflags;
Result result = pWriter->DeclareArray(CountSetBits(mask));
for (uint32 i = 0; ((result == Result::Success) && BitMaskScanForward(&i, mask)); mask &= ~(1 << i))
{
result = SerializeEnum(pWriter, static_cast<EnumType>(i));
}
return result;
}
// =====================================================================================================================
PAL_INLINE Result DeserializeShaderMetadata(
MsgPackReader* pReader,
ShaderMetadata* pMetadata)
{
Result result = (pReader->Type() == CWP_ITEM_MAP) ? Result::Success : Result::ErrorInvalidValue;
for (uint32 i = pReader->Get().as.map.size; ((result == Result::Success) && (i > 0)); --i)
{
result = pReader->Next(CWP_ITEM_STR);
if (result == Result::Success)
{
const uint32 keyHash = HashString(static_cast<const char*>(pReader->Get().as.str.start),
pReader->Get().as.str.length);
switch (keyHash)
{
case HashLiteralString(ShaderMetadataKey::ApiShaderHash):
PAL_ASSERT(pMetadata->hasEntry.apiShaderHash == 0);
result = pReader->UnpackNext(&pMetadata->apiShaderHash);
pMetadata->hasEntry.apiShaderHash = (result == Result::Success);
break;
case HashLiteralString(ShaderMetadataKey::HardwareMapping):
PAL_ASSERT(pMetadata->hasEntry.hardwareMapping == 0);
result = DeserializeEnumBitflags<HardwareStage>(pReader, &pMetadata->hardwareMapping);
pMetadata->hasEntry.hardwareMapping = (result == Result::Success);
break;
default:
result = pReader->Skip(1);
break;
}
}
}
return result;
}
// =====================================================================================================================
PAL_INLINE Result DeserializeShaderMetadata(
MsgPackReader* pReader,
ShaderMetadata (*pMetadata)[static_cast<uint32>(ApiShaderType::Count)])
{
Result result = ((pReader->Type() == CWP_ITEM_MAP) && (pReader->Get().as.map.size <= ArrayLen(*pMetadata))) ?
Result::Success : Result::ErrorInvalidValue;
for (uint32 i = pReader->Get().as.map.size; ((result == Result::Success) && (i > 0)); --i)
{
ApiShaderType key = ApiShaderType::Count;
result = DeserializeEnum(pReader, &key);
if (result == Result::Success)
{
result = pReader->Next();
}
if (result == Result::Success)
{
result = DeserializeShaderMetadata(
pReader, &((*pMetadata)[static_cast<uint32>(key)]));
}
}
return result;
}
// =====================================================================================================================
PAL_INLINE Result DeserializeHardwareStageMetadata(
MsgPackReader* pReader,
HardwareStageMetadata* pMetadata)
{
Result result = (pReader->Type() == CWP_ITEM_MAP) ? Result::Success : Result::ErrorInvalidValue;
for (uint32 i = pReader->Get().as.map.size; ((result == Result::Success) && (i > 0)); --i)
{
result = pReader->Next(CWP_ITEM_STR);
if (result == Result::Success)
{
const uint32 keyHash = HashString(static_cast<const char*>(pReader->Get().as.str.start),
pReader->Get().as.str.length);
switch (keyHash)
{
case HashLiteralString(HardwareStageMetadataKey::EntryPoint):
PAL_ASSERT(pMetadata->hasEntry.entryPoint == 0);
result = DeserializeEnum(pReader, &pMetadata->entryPoint);
pMetadata->hasEntry.entryPoint = (result == Result::Success);
break;
case HashLiteralString(HardwareStageMetadataKey::ScratchMemorySize):
PAL_ASSERT(pMetadata->hasEntry.scratchMemorySize == 0);
result = pReader->UnpackNext(&pMetadata->scratchMemorySize);
pMetadata->hasEntry.scratchMemorySize = (result == Result::Success);
break;
case HashLiteralString(HardwareStageMetadataKey::LdsSize):
PAL_ASSERT(pMetadata->hasEntry.ldsSize == 0);
result = pReader->UnpackNext(&pMetadata->ldsSize);
pMetadata->hasEntry.ldsSize = (result == Result::Success);
break;
case HashLiteralString(HardwareStageMetadataKey::PerfDataBufferSize):
PAL_ASSERT(pMetadata->hasEntry.perfDataBufferSize == 0);
result = pReader->UnpackNext(&pMetadata->perfDataBufferSize);
pMetadata->hasEntry.perfDataBufferSize = (result == Result::Success);
break;
case HashLiteralString(HardwareStageMetadataKey::VgprCount):
PAL_ASSERT(pMetadata->hasEntry.vgprCount == 0);
result = pReader->UnpackNext(&pMetadata->vgprCount);
pMetadata->hasEntry.vgprCount = (result == Result::Success);
break;
case HashLiteralString(HardwareStageMetadataKey::SgprCount):
PAL_ASSERT(pMetadata->hasEntry.sgprCount == 0);
result = pReader->UnpackNext(&pMetadata->sgprCount);
pMetadata->hasEntry.sgprCount = (result == Result::Success);
break;
case HashLiteralString(HardwareStageMetadataKey::VgprLimit):
PAL_ASSERT(pMetadata->hasEntry.vgprLimit == 0);
result = pReader->UnpackNext(&pMetadata->vgprLimit);
pMetadata->hasEntry.vgprLimit = (result == Result::Success);
break;
case HashLiteralString(HardwareStageMetadataKey::SgprLimit):
PAL_ASSERT(pMetadata->hasEntry.sgprLimit == 0);
result = pReader->UnpackNext(&pMetadata->sgprLimit);
pMetadata->hasEntry.sgprLimit = (result == Result::Success);
break;
case HashLiteralString(HardwareStageMetadataKey::ThreadgroupDimensions):
PAL_ASSERT(pMetadata->hasEntry.threadgroupDimensions == 0);
result = pReader->UnpackNext(&pMetadata->threadgroupDimensions);
pMetadata->hasEntry.threadgroupDimensions = (result == Result::Success);
break;
case HashLiteralString(HardwareStageMetadataKey::WavefrontSize):
PAL_ASSERT(pMetadata->hasEntry.wavefrontSize == 0);
result = pReader->UnpackNext(&pMetadata->wavefrontSize);
pMetadata->hasEntry.wavefrontSize = (result == Result::Success);
break;
case HashLiteralString(HardwareStageMetadataKey::UsesUavs):
{
PAL_ASSERT(pMetadata->hasEntry.usesUavs == 0);
bool value = false;
result = pReader->UnpackNext(&value);
if (result == Result::Success)
{
pMetadata->flags.usesUavs = value;
}
pMetadata->hasEntry.usesUavs = (result == Result::Success);
break;
}
case HashLiteralString(HardwareStageMetadataKey::UsesRovs):
{
PAL_ASSERT(pMetadata->hasEntry.usesRovs == 0);
bool value = false;
result = pReader->UnpackNext(&value);
if (result == Result::Success)
{
pMetadata->flags.usesRovs = value;
}
pMetadata->hasEntry.usesRovs = (result == Result::Success);
break;
}
case HashLiteralString(HardwareStageMetadataKey::WritesUavs):
{
PAL_ASSERT(pMetadata->hasEntry.writesUavs == 0);
bool value = false;
result = pReader->UnpackNext(&value);
if (result == Result::Success)
{
pMetadata->flags.writesUavs = value;
}
pMetadata->hasEntry.writesUavs = (result == Result::Success);
break;
}
case HashLiteralString(HardwareStageMetadataKey::WritesDepth):
{
PAL_ASSERT(pMetadata->hasEntry.writesDepth == 0);
bool value = false;
result = pReader->UnpackNext(&value);
if (result == Result::Success)
{
pMetadata->flags.writesDepth = value;
}
pMetadata->hasEntry.writesDepth = (result == Result::Success);
break;
}
case HashLiteralString(HardwareStageMetadataKey::UsesAppendConsume):
{
PAL_ASSERT(pMetadata->hasEntry.usesAppendConsume == 0);
bool value = false;
result = pReader->UnpackNext(&value);
if (result == Result::Success)
{
pMetadata->flags.usesAppendConsume = value;
}
pMetadata->hasEntry.usesAppendConsume = (result == Result::Success);
break;
}
#if PAL_CLIENT_INTERFACE_MAJOR_VERSION < 619
case HashLiteralString(HardwareStageMetadataKey::MaxPrimsPerWave):
PAL_ASSERT(pMetadata->hasEntry.maxPrimsPerWave == 0);
result = pReader->UnpackNext(&pMetadata->maxPrimsPerWave);
pMetadata->hasEntry.maxPrimsPerWave = (result == Result::Success);
break;
#endif
case HashLiteralString(HardwareStageMetadataKey::UsesPrimId):
{
PAL_ASSERT(pMetadata->hasEntry.usesPrimId == 0);
bool value = false;
result = pReader->UnpackNext(&value);
if (result == Result::Success)
{
pMetadata->flags.usesPrimId = value;
}
pMetadata->hasEntry.usesPrimId = (result == Result::Success);
break;
}
default:
result = pReader->Skip(1);
break;
}
}
}
return result;
}
// =====================================================================================================================
PAL_INLINE Result DeserializeHardwareStageMetadata(
MsgPackReader* pReader,
HardwareStageMetadata (*pMetadata)[static_cast<uint32>(HardwareStage::Count)])
{
Result result = ((pReader->Type() == CWP_ITEM_MAP) && (pReader->Get().as.map.size <= ArrayLen(*pMetadata))) ?
Result::Success : Result::ErrorInvalidValue;
for (uint32 i = pReader->Get().as.map.size; ((result == Result::Success) && (i > 0)); --i)
{
HardwareStage key = HardwareStage::Count;
result = DeserializeEnum(pReader, &key);
if (result == Result::Success)
{
result = pReader->Next();
}
if (result == Result::Success)
{
result = DeserializeHardwareStageMetadata(
pReader, &((*pMetadata)[static_cast<uint32>(key)]));
}
}
return result;
}
// =====================================================================================================================
PAL_INLINE Result DeserializePipelineMetadata(
MsgPackReader* pReader,
PipelineMetadata* pMetadata)
{
Result result = (pReader->Type() == CWP_ITEM_ARRAY) ? Result::Success : Result::ErrorInvalidValue;
if (result == Result::Success)
{
PAL_ASSERT(pReader->Get().as.array.size == 1);
result = pReader->Next(CWP_ITEM_MAP);
}
for (uint32 i = pReader->Get().as.map.size; ((result == Result::Success) && (i > 0)); --i)
{
uint32 keyHash = 0;
result = pReader->Next(CWP_ITEM_STR);
if (result == Result::Success)
{
keyHash = HashString(static_cast<const char*>(pReader->Get().as.str.start),
pReader->Get().as.str.length);
}
if (result == Result::Success)
{
switch (keyHash)
{
case HashLiteralString(PipelineMetadataKey::Name):
PAL_ASSERT(pMetadata->hasEntry.name == 0);
result = pReader->UnpackNext(&pMetadata->name);
pMetadata->hasEntry.name = (result == Result::Success);
break;
case HashLiteralString(PipelineMetadataKey::Type):
PAL_ASSERT(pMetadata->hasEntry.type == 0);
result = DeserializeEnum(pReader, &pMetadata->type);
pMetadata->hasEntry.type = (result == Result::Success);
break;
case HashLiteralString(PipelineMetadataKey::InternalPipelineHash):
PAL_ASSERT(pMetadata->hasEntry.internalPipelineHash == 0);
result = pReader->UnpackNext(&pMetadata->internalPipelineHash);
pMetadata->hasEntry.internalPipelineHash = (result == Result::Success);
break;
case HashLiteralString(PipelineMetadataKey::Shaders):
result = pReader->Next();
if (result == Result::Success)
{
result = DeserializeShaderMetadata(
pReader, &pMetadata->shader);
}
break;
case HashLiteralString(PipelineMetadataKey::HardwareStages):
result = pReader->Next();
if (result == Result::Success)
{
result = DeserializeHardwareStageMetadata(
pReader, &pMetadata->hardwareStage);
}
break;
case HashLiteralString(PipelineMetadataKey::ShaderFunctions):
PAL_ASSERT(pMetadata->hasEntry.shaderFunctions == 0);
pMetadata->shaderFunctions = pReader->Tell();
pMetadata->hasEntry.shaderFunctions = (result == Result::Success);
result = pReader->Skip(1);