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refactor: fix x64 compilation for ObjLoading

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This commit is contained in:
Jan
2025-04-26 10:11:28 +01:00
committed by Jan Laupetin
parent ee4301952a
commit 5d0c94e430
34 changed files with 212 additions and 212 deletions
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11
src/ObjLoading/Game/IW4/Menu/LoaderMenuListIW4.cpp
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@@ -83,7 +83,7 @@ namespace
menu::MenuAssetZoneState& zoneState,
MenuConversionZoneState& conversionState,
std::vector<menuDef_t*>& menus,
AssetRegistration<AssetMenuList>& registration)
AssetRegistration<AssetMenuList>& registration) const
{
const auto alreadyLoadedMenuFile = conversionState.m_menus_by_filename.find(menuFilePath);
if (alreadyLoadedMenuFile != conversionState.m_menus_by_filename.end())
@@ -125,12 +125,12 @@ namespace
menu::MenuAssetZoneState& zoneState,
MenuConversionZoneState& conversionState,
std::vector<menuDef_t*>& menus,
AssetRegistration<AssetMenuList>& registration)
AssetRegistration<AssetMenuList>& registration) const
{
const auto menuCount = parsingResult.m_menus.size();
const auto functionCount = parsingResult.m_functions.size();
const auto menuLoadCount = parsingResult.m_menus_to_load.size();
auto totalItemCount = 0u;
auto totalItemCount = 0uz;
for (const auto& menu : parsingResult.m_menus)
totalItemCount += menu->m_items.size();
@@ -182,7 +182,7 @@ namespace
return true;
}
void CreateMenuListAsset(MenuList& menuList, const std::vector<menuDef_t*>& menus)
void CreateMenuListAsset(MenuList& menuList, const std::vector<menuDef_t*>& menus) const
{
menuList.menuCount = static_cast<int>(menus.size());
@@ -196,7 +196,8 @@ namespace
menuList.menus = nullptr;
}
std::unique_ptr<menu::ParsingResult> ParseMenuFile(std::istream& stream, const std::string& menuFileName, const menu::MenuAssetZoneState& zoneState)
std::unique_ptr<menu::ParsingResult>
ParseMenuFile(std::istream& stream, const std::string& menuFileName, const menu::MenuAssetZoneState& zoneState) const
{
menu::MenuFileReader reader(stream, menuFileName, menu::FeatureLevel::IW4, m_search_path);

2
src/ObjLoading/Game/IW4/RawFile/LoaderRawFileIW4.cpp
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@@ -43,7 +43,7 @@ namespace
zs.zfree = Z_NULL;
zs.opaque = Z_NULL;
zs.avail_in = static_cast<uInt>(file.m_length);
zs.avail_out = compressionBufferSize;
zs.avail_out = static_cast<unsigned>(compressionBufferSize);
zs.next_in = reinterpret_cast<const Bytef*>(uncompressedBuffer.get());
zs.next_out = reinterpret_cast<Bytef*>(compressedBuffer);

46
src/ObjLoading/Game/IW4/StructuredDataDef/LoaderStructuredDataDefIW4.cpp
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@@ -38,38 +38,38 @@ namespace
}
private:
StructuredDataType ConvertType(CommonStructuredDataType inputType)
static StructuredDataType ConvertType(const CommonStructuredDataType inputType)
{
switch (inputType.m_category)
{
case CommonStructuredDataTypeCategory::INT:
return {DATA_INT, {0}};
return {.type = DATA_INT, .u = {}};
case CommonStructuredDataTypeCategory::BYTE:
return {DATA_BYTE, {0}};
return {.type = DATA_BYTE, .u = {}};
case CommonStructuredDataTypeCategory::BOOL:
return {DATA_BOOL, {0}};
return {.type = DATA_BOOL, .u = {}};
case CommonStructuredDataTypeCategory::FLOAT:
return {DATA_FLOAT, {0}};
return {.type = DATA_FLOAT, .u = {}};
case CommonStructuredDataTypeCategory::SHORT:
return {DATA_SHORT, {0}};
return {.type = DATA_SHORT, .u = {}};
case CommonStructuredDataTypeCategory::STRING:
return {DATA_STRING, {static_cast<unsigned>(inputType.m_info.string_length)}};
return {.type = DATA_STRING, .u = {static_cast<unsigned>(inputType.m_info.string_length)}};
case CommonStructuredDataTypeCategory::ENUM:
return {DATA_ENUM, {static_cast<unsigned>(inputType.m_info.type_index)}};
return {.type = DATA_ENUM, .u = {static_cast<unsigned>(inputType.m_info.type_index)}};
case CommonStructuredDataTypeCategory::STRUCT:
return {DATA_STRUCT, {static_cast<unsigned>(inputType.m_info.type_index)}};
return {.type = DATA_STRUCT, .u = {static_cast<unsigned>(inputType.m_info.type_index)}};
case CommonStructuredDataTypeCategory::INDEXED_ARRAY:
return {DATA_INDEXED_ARRAY, {static_cast<unsigned>(inputType.m_info.type_index)}};
return {.type = DATA_INDEXED_ARRAY, .u = {static_cast<unsigned>(inputType.m_info.type_index)}};
case CommonStructuredDataTypeCategory::ENUM_ARRAY:
return {DATA_ENUM_ARRAY, {static_cast<unsigned>(inputType.m_info.type_index)}};
return {.type = DATA_ENUM_ARRAY, .u = {static_cast<unsigned>(inputType.m_info.type_index)}};
case CommonStructuredDataTypeCategory::UNKNOWN:
default:
assert(false);
return {DATA_INT, {0}};
return {.type = DATA_INT, .u = {0}};
}
}
void ConvertEnum(CommonStructuredDataEnum& inputEnum, StructuredDataEnum& outputEnum)
void ConvertEnum(CommonStructuredDataEnum& inputEnum, StructuredDataEnum& outputEnum) const
{
outputEnum.entryCount = static_cast<int>(inputEnum.m_entries.size());
if (inputEnum.m_reserved_entry_count <= 0)
@@ -94,10 +94,10 @@ namespace
outputEnum.entries = nullptr;
}
void ConvertStruct(CommonStructuredDataStruct& inputStruct, StructuredDataStruct& outputStruct)
void ConvertStruct(CommonStructuredDataStruct& inputStruct, StructuredDataStruct& outputStruct) const
{
outputStruct.size = static_cast<int>(inputStruct.m_size_in_byte);
outputStruct.bitOffset = inputStruct.m_bit_offset;
outputStruct.bitOffset = static_cast<unsigned>(inputStruct.m_bit_offset);
outputStruct.propertyCount = static_cast<int>(inputStruct.m_properties.size());
inputStruct.SortPropertiesByName();
@@ -115,34 +115,34 @@ namespace
if (outputProperty.type.type != DATA_BOOL)
{
assert(inputProperty.m_offset_in_bits % 8 == 0);
outputProperty.offset = inputProperty.m_offset_in_bits / 8;
outputProperty.offset = static_cast<unsigned>(inputProperty.m_offset_in_bits / 8uz);
}
else
outputProperty.offset = inputProperty.m_offset_in_bits;
outputProperty.offset = static_cast<unsigned>(inputProperty.m_offset_in_bits);
}
}
else
outputStruct.properties = nullptr;
}
void ConvertIndexedArray(const CommonStructuredDataIndexedArray& inputIndexedArray, StructuredDataIndexedArray& outputIndexedArray)
static void ConvertIndexedArray(const CommonStructuredDataIndexedArray& inputIndexedArray, StructuredDataIndexedArray& outputIndexedArray)
{
outputIndexedArray.arraySize = static_cast<int>(inputIndexedArray.m_element_count);
outputIndexedArray.elementType = ConvertType(inputIndexedArray.m_array_type);
outputIndexedArray.elementSize = utils::Align(inputIndexedArray.m_element_size_in_bits, 8uz) / 8uz;
outputIndexedArray.elementSize = static_cast<unsigned>(utils::Align(inputIndexedArray.m_element_size_in_bits, 8uz) / 8uz);
}
void ConvertEnumedArray(const CommonStructuredDataEnumedArray& inputEnumedArray, StructuredDataEnumedArray& outputEnumedArray)
{
outputEnumedArray.enumIndex = static_cast<int>(inputEnumedArray.m_enum_index);
outputEnumedArray.elementType = ConvertType(inputEnumedArray.m_array_type);
outputEnumedArray.elementSize = utils::Align(inputEnumedArray.m_element_size_in_bits, 8uz) / 8uz;
outputEnumedArray.elementSize = static_cast<unsigned>(utils::Align(inputEnumedArray.m_element_size_in_bits, 8uz) / 8uz);
}
void ConvertDef(const CommonStructuredDataDef& inputDef, StructuredDataDef& outputDef)
{
outputDef.version = inputDef.m_version;
outputDef.formatChecksum = inputDef.m_checksum;
outputDef.formatChecksum = static_cast<unsigned>(inputDef.m_checksum);
outputDef.enumCount = static_cast<int>(inputDef.m_enums.size());
if (!inputDef.m_enums.empty())
@@ -185,7 +185,7 @@ namespace
outputDef.enumedArrays = nullptr;
outputDef.rootType = ConvertType(inputDef.m_root_type);
outputDef.size = inputDef.m_size_in_byte;
outputDef.size = static_cast<unsigned>(inputDef.m_size_in_byte);
}
StructuredDataDefSet* ConvertSet(const std::string& assetName, const std::vector<std::unique_ptr<CommonStructuredDataDef>>& commonDefs)
@@ -193,7 +193,7 @@ namespace
auto* set = m_memory.Alloc<StructuredDataDefSet>();
set->name = m_memory.Dup(assetName.c_str());
set->defCount = commonDefs.size();
set->defCount = static_cast<unsigned>(commonDefs.size());
set->defs = m_memory.Alloc<StructuredDataDef>(commonDefs.size());
for (auto defIndex = 0u; defIndex < commonDefs.size(); defIndex++)

95
src/ObjLoading/Game/IW4/Techset/LoaderTechsetIW4.cpp
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@@ -31,14 +31,14 @@ namespace
class LoadedTechnique
{
public:
MaterialTechnique* m_technique;
std::vector<XAssetInfoGeneric*> m_dependencies;
LoadedTechnique(MaterialTechnique* technique, std::vector<XAssetInfoGeneric*> dependencies)
: m_technique(technique),
m_dependencies(std::move(dependencies))
{
}
MaterialTechnique* m_technique;
std::vector<XAssetInfoGeneric*> m_dependencies;
};
class TechniqueZoneLoadingState final : public IZoneAssetCreationState
@@ -46,8 +46,7 @@ namespace
public:
typedef const float (*literal_t)[4];
public:
_NODISCARD const LoadedTechnique* FindLoadedTechnique(const std::string& techniqueName) const
[[nodiscard]] const LoadedTechnique* FindLoadedTechnique(const std::string& techniqueName) const
{
const auto loadedTechnique = m_loaded_techniques.find(techniqueName);
if (loadedTechnique != m_loaded_techniques.end())
@@ -86,8 +85,6 @@ namespace
class ShaderInfoFromFileSystemCacheState final : public IZoneAssetCreationState
{
std::unordered_map<std::string, std::unique_ptr<d3d9::ShaderInfo>> m_cached_shader_info;
public:
[[nodiscard]] const d3d9::ShaderInfo* LoadShaderInfoFromDisk(ISearchPath& searchPath, const std::string& fileName)
{
@@ -108,9 +105,9 @@ namespace
}
const auto shaderData = std::make_unique<char[]>(shaderSize);
file.m_stream->read(shaderData.get(), shaderSize);
file.m_stream->read(shaderData.get(), static_cast<std::streamsize>(shaderSize));
auto shaderInfo = d3d9::ShaderAnalyser::GetShaderInfo(reinterpret_cast<const uint32_t*>(shaderData.get()), shaderSize);
auto shaderInfo = d3d9::ShaderAnalyser::GetShaderInfo(shaderData.get(), shaderSize);
if (!shaderInfo)
return nullptr;
@@ -118,6 +115,9 @@ namespace
m_cached_shader_info.emplace(std::make_pair(fileName, std::move(shaderInfo)));
return result;
}
private:
std::unordered_map<std::string, std::unique_ptr<d3d9::ShaderInfo>> m_cached_shader_info;
};
class TechniqueCreator final : public techset::ITechniqueDefinitionAcceptor
@@ -126,10 +126,13 @@ namespace
class PassShaderArgument
{
public:
MaterialShaderArgument m_arg;
MaterialUpdateFrequency m_update_frequency;
explicit PassShaderArgument(const MaterialShaderArgument arg)
: m_arg(arg),
m_update_frequency(GetUpdateFrequencyForArg(arg))
{
}
static MaterialUpdateFrequency GetUpdateFrequencyForArg(MaterialShaderArgument arg)
static MaterialUpdateFrequency GetUpdateFrequencyForArg(const MaterialShaderArgument arg)
{
switch (arg.type)
{
@@ -160,15 +163,22 @@ namespace
}
}
explicit PassShaderArgument(const MaterialShaderArgument arg)
: m_arg(arg),
m_update_frequency(GetUpdateFrequencyForArg(arg))
{
}
MaterialShaderArgument m_arg;
MaterialUpdateFrequency m_update_frequency;
};
struct Pass
{
Pass()
: m_vertex_shader(nullptr),
m_vertex_shader_info(nullptr),
m_pixel_shader(nullptr),
m_pixel_shader_info(nullptr),
m_vertex_decl{},
m_vertex_decl_asset(nullptr)
{
}
XAssetInfo<MaterialVertexShader>* m_vertex_shader;
const d3d9::ShaderInfo* m_vertex_shader_info;
std::unique_ptr<d3d9::ShaderInfo> m_vertex_shader_info_unq;
@@ -184,21 +194,8 @@ namespace
MaterialVertexDeclaration m_vertex_decl;
XAssetInfo<MaterialVertexDeclaration>* m_vertex_decl_asset;
std::vector<PassShaderArgument> m_arguments;
Pass()
: m_vertex_shader(nullptr),
m_vertex_shader_info(nullptr),
m_pixel_shader(nullptr),
m_pixel_shader_info(nullptr),
m_vertex_decl{},
m_vertex_decl_asset(nullptr)
{
}
};
std::vector<Pass> m_passes;
std::vector<XAssetInfoGeneric*> m_dependencies;
TechniqueCreator(
const std::string& techniqueName, ISearchPath& searchPath, MemoryManager& memory, AssetCreationContext& context, ITechsetCreator* techsetCreator)
: m_technique_name(techniqueName),
@@ -217,10 +214,11 @@ namespace
m_passes.emplace_back();
}
static size_t RegisterCountPerElement(const d3d9::ShaderConstant& constant)
static unsigned RegisterCountPerElement(const d3d9::ShaderConstant& constant)
{
const auto valuesPerRegister =
constant.m_register_set == d3d9::RegisterSet::BOOL || constant.m_register_set == d3d9::RegisterSet::SAMPLER ? 1u : 4u;
return utils::Align(constant.m_type_columns * constant.m_type_rows, valuesPerRegister) / valuesPerRegister;
}
@@ -243,7 +241,7 @@ namespace
if (shaderType == techset::ShaderSelector::VERTEX_SHADER && isSamplerArgument)
return false;
MaterialShaderArgument argument{};
MaterialShaderArgument argument;
argument.dest = static_cast<uint16_t>(shaderArgument.m_register_index + registerOffset);
unsigned arrayCount;
@@ -258,7 +256,7 @@ namespace
return false;
argument.type = MTL_ARG_CODE_PIXEL_SAMPLER;
argument.u.codeSampler = samplerSource->source + elementOffset;
argument.u.codeSampler = samplerSource->source + static_cast<unsigned>(elementOffset);
arrayCount = static_cast<unsigned>(samplerSource->arrayCount);
}
@@ -304,13 +302,12 @@ namespace
{
if (!AutoCreateShaderArgument(techset::ShaderSelector::VERTEX_SHADER, argument, elementIndex, registerIndex))
{
std::ostringstream ss;
ss << "Unassigned vertex shader \"" << pass.m_vertex_shader->m_name << "\" arg: " << argument.m_name;
std::string elementIndexStr;
if (argument.m_type_elements > 1)
ss << '[' << elementIndex << ']';
elementIndexStr = std::format("[{}]", elementIndex);
errorMessage = ss.str();
errorMessage =
std::format("Unassigned vertex shader \"{}\" arg: {}{}", pass.m_vertex_shader->m_name, argument.m_name, elementIndexStr);
return false;
}
}
@@ -572,11 +569,11 @@ namespace
return foundSource;
}
bool FindShaderArgument(const d3d9::ShaderInfo& shaderInfo,
const techset::ShaderArgument& argument,
size_t& constantIndex,
size_t& registerOffset,
std::string& errorMessage) const
static bool FindShaderArgument(const d3d9::ShaderInfo& shaderInfo,
const techset::ShaderArgument& argument,
size_t& constantIndex,
size_t& registerOffset,
std::string& errorMessage)
{
const auto matchingShaderConstant = std::ranges::find_if(shaderInfo.m_constants,
[argument](const d3d9::ShaderConstant& constant)
@@ -854,14 +851,14 @@ namespace
}
bool AcceptShaderLiteralArgument(const techset::ShaderSelector shader,
techset::ShaderArgument shaderArgument,
techset::ShaderArgumentLiteralSource source,
const techset::ShaderArgument shaderArgument,
const techset::ShaderArgumentLiteralSource source,
std::string& errorMessage) override
{
assert(!m_passes.empty());
auto& pass = m_passes.at(m_passes.size() - 1);
MaterialShaderArgument argument{};
MaterialShaderArgument argument;
const d3d9::ShaderInfo* shaderInfo;
if (shader == techset::ShaderSelector::VERTEX_SHADER)
@@ -913,14 +910,14 @@ namespace
}
bool AcceptShaderMaterialArgument(const techset::ShaderSelector shader,
techset::ShaderArgument shaderArgument,
const techset::ShaderArgument shaderArgument,
const techset::ShaderArgumentMaterialSource source,
std::string& errorMessage) override
{
assert(!m_passes.empty());
auto& pass = m_passes.at(m_passes.size() - 1);
MaterialShaderArgument argument{};
MaterialShaderArgument argument;
const d3d9::ShaderInfo* shaderInfo;
if (shader == techset::ShaderSelector::VERTEX_SHADER)
@@ -1016,6 +1013,8 @@ namespace
return true;
}
std::vector<Pass> m_passes;
private:
const std::string& m_technique_name;
ISearchPath& m_search_path;