void ExportSerializedProgram(SerializedProgram serializedProgram, ShaderWriter writer, ShaderType type)
{
if (serializedProgram.SubPrograms.Count > 0)
{
writer.WriteIndent(3);
writer.Write("Program \"{0}\" {{\n", type.ToProgramTypeString());
HashSet <ShaderGpuProgramType> isTierLookup = GetIsTierLookup(serializedProgram.SubPrograms);
var subprograms = serializedProgram.SubPrograms;
var best = serializedProgram.SubPrograms
.OrderByDescending(subProgram =>
{
GPUPlatform platform = subProgram.GpuProgramType.ToGPUPlatform(writer.Platform);
int index = writer.Shader.Platforms.IndexOf(platform);
ShaderSubProgramBlob blob = writer.Shader.SubProgramBlobs[index];
var sp = blob.SubPrograms[(int)subProgram.BlobIndex];
return(sp.ProgramData.Count);
//return sp.GlobalKeywords.Sum(keyword => keyword.Contains("ON") ? 2 : 1);
}).FirstOrDefault();
if (FilterSubPrograms)
{
subprograms = new SerializedSubProgram[] { best };
}
foreach (SerializedSubProgram subProgram in subprograms)
{
Platform uplatform = writer.Platform;
GPUPlatform platform = subProgram.GpuProgramType.ToGPUPlatform(uplatform);
int index = writer.Shader.Platforms.IndexOf(platform);
ShaderSubProgramBlob blob = writer.Shader.SubProgramBlobs[index];
bool isTier = isTierLookup.Contains(subProgram.GpuProgramType);
ExportSerializedSubProgram(subProgram, writer, blob, type, isTier, best.BlobIndex == subProgram.BlobIndex);
}
writer.WriteIndent(3);
writer.Write("}\n");
}
}
public void WriteShaderData(ref ShaderSubProgram subProgram)
{
GPUPlatform graphicApi = subProgram.ProgramType.ToGPUPlatform(Platform);
ShaderTextExporter exporter = m_exporterInstantiator.Invoke(Shader.File.Version, graphicApi);
exporter.Export(this, ref subProgram);
}
public AsmExporter(GPUPlatform graphicApi)
{
m_graphicApi = graphicApi;
var type = Type.GetType("D3DCompiler.D3DCompiler, uTinyRipperUtility");
dissassembleMethod = type.GetMethod("D3DDisassemble");
}
public static byte[] GetObjectData(Version m_version, GPUPlatform m_graphicApi, ShaderSubProgram shaderSubProgram)
{
var shaderData = shaderSubProgram.ProgramData.ToArray();
int dataOffset = 0;
if (IsOffset(m_graphicApi))
{
dataOffset = IsOffset5(m_version) ? 5 : 6;
uint fourCC = BitConverter.ToUInt32(shaderData, dataOffset);
if (fourCC != DXBCFourCC)
{
throw new Exception("Magic number doesn't match");
}
}
int length = shaderData.Length - dataOffset;
var memoryStream = new MemoryStream(shaderData, dataOffset, length);
var outStream = new MemoryStream();
using (var reader = new EndianReader(memoryStream))
using (var writer = new EndianWriter(outStream))
{
var magicBytes = reader.ReadBytes(4);
var checksum = reader.ReadBytes(16);
var unknown0 = reader.ReadUInt32();
var totalSize = reader.ReadUInt32();
var chunkCount = reader.ReadUInt32();
var chunkOffsets = new List <uint>();
for (int i = 0; i < chunkCount; i++)
{
chunkOffsets.Add(reader.ReadUInt32());
}
var offset = (uint)memoryStream.Position + 4;
var resourceChunkData = GetResourceChunk(shaderSubProgram);
//Adjust for new chunk
totalSize += (uint)resourceChunkData.Length;
for (int i = 0; i < chunkCount; i++)
{
chunkOffsets[i] += (uint)resourceChunkData.Length + 4;
}
chunkOffsets.Insert(0, offset);
chunkCount += 1;
totalSize += (uint)resourceChunkData.Length;
writer.Write(magicBytes);
writer.Write(checksum);
writer.Write(unknown0);
writer.Write(totalSize);
writer.Write(chunkCount);
foreach (var chunkOffset in chunkOffsets)
{
writer.Write(chunkOffset);
}
writer.Write(resourceChunkData);
var rest = reader.ReadBytes((int)memoryStream.Length - (int)memoryStream.Position);
writer.Write(rest);
return(outStream.ToArray());
}
}
public static int GetDataOffset(Version version, GPUPlatform graphicApi)
{
if (HasHeader(graphicApi))
{
return(HasGSInputPrimitive(version) ? 6 : 5);
}
else
{
return(0);
}
}
public static byte[] RestoreProgramData(Version version, GPUPlatform graphicApi, ShaderSubProgram shaderSubProgram)
{
int dataOffset = GetDataOffset(version, graphicApi, shaderSubProgram);
using (MemoryStream src = new MemoryStream(shaderSubProgram.ProgramData, dataOffset, shaderSubProgram.ProgramData.Length - dataOffset))
{
using (EndianReader reader = new EndianReader(src))
{
using (MemoryStream dest = new MemoryStream())
{
using (EndianWriter writer = new EndianWriter(dest))
{
byte[] magicBytes = reader.ReadBytes(4);
byte[] checksum = reader.ReadBytes(16);
uint unknown0 = reader.ReadUInt32();
uint totalSize = reader.ReadUInt32();
uint chunkCount = reader.ReadUInt32();
List <uint> chunkOffsets = new List <uint>();
for (int i = 0; i < chunkCount; i++)
{
chunkOffsets.Add(reader.ReadUInt32());
}
uint offset = (uint)src.Position + 4;
byte[] resourceChunkData = GetResourceChunk(shaderSubProgram);
//Adjust for new chunk
totalSize += (uint)resourceChunkData.Length;
for (int i = 0; i < chunkCount; i++)
{
chunkOffsets[i] += (uint)resourceChunkData.Length + 4;
}
chunkOffsets.Insert(0, offset);
chunkCount += 1;
totalSize += (uint)resourceChunkData.Length;
writer.Write(magicBytes);
writer.Write(checksum);
writer.Write(unknown0);
writer.Write(totalSize);
writer.Write(chunkCount);
foreach (uint chunkOffset in chunkOffsets)
{
writer.Write(chunkOffset);
}
writer.Write(resourceChunkData);
byte[] rest = reader.ReadBytes((int)src.Length - (int)src.Position);
writer.Write(rest);
return(dest.ToArray());
}
}
}
}
}
public static int GetDataOffset(Version version, GPUPlatform graphicApi, ShaderSubProgram shaderSubProgram)
{
int dataOffset = 0;
if (IsOffset(graphicApi))
{
dataOffset = IsOffset5(version) ? 5 : 6;
uint fourCC = BitConverter.ToUInt32(shaderSubProgram.ProgramData, dataOffset);
if (fourCC != DXBCFourCC)
{
throw new Exception("Magic number doesn't match");
}
}
return(dataOffset);
}
public void Export(ShaderWriter writer, ShaderType type)
{
writer.WriteIndent(3);
writer.Write("Program \"{0}\" {{\n", type.ToProgramTypeString());
int tierCount = GetTierCount(SubPrograms);
for (int i = 0; i < SubPrograms.Length; i++)
{
SerializedSubProgram subProgram = SubPrograms[i];
Platform uplatform = writer.Platform;
GPUPlatform platform = subProgram.GpuProgramType.ToGPUPlatform(uplatform);
int index = writer.Shader.Platforms.IndexOf(platform);
ref ShaderSubProgramBlob blob = ref writer.Shader.SubProgramBlobs[index];
subProgram.Export(writer, ref blob, type, tierCount > 1);
}
public void Export(TextWriter writer, Shader shader, ShaderType type, Func <ShaderGpuProgramType, ShaderTextExporter> exporterInstantiator)
{
if (SubPrograms.Count > 0)
{
writer.WriteIntent(3);
writer.Write("Program \"{0}\" {{\n", type.ToProgramTypeString());
foreach (SerializedSubProgram subProgram in SubPrograms)
{
Platform uplatform = shader.File.Platform;
GPUPlatform platform = subProgram.GpuProgramType.ToGPUPlatform(uplatform);
int index = shader.Platforms.IndexOf(platform);
ShaderSubProgramBlob blob = shader.SubProgramBlobs[index];
int count = SubPrograms.Where(t => t.GpuProgramType == subProgram.GpuProgramType).Select(t => t.ShaderHardwareTier).Distinct().Count();
subProgram.Export(writer, blob, uplatform, count > 1, exporterInstantiator);
}
writer.WriteIntent(3);
writer.Write("}\n");
}
}
public StringBuilder ToString(StringBuilder sb, SShader shader, ShaderType type)
{
if (SubPrograms.Count > 0)
{
sb.AppendIntent(3).Append("Program").Append(' ');
sb.Append('"').Append(type.ToProgramTypeString()).Append('"');
sb.Append(' ').Append('{').Append('\n');
foreach (SerializedSubProgram subProgram in SubPrograms)
{
GPUPlatform platform = subProgram.GpuProgramType.ToGPUPlatform(m_assetsFile.Platform);
int index = shader.Platforms.IndexOf(platform);
ShaderSubProgramBlob blob = shader.SubProgramBlobs[index];
int count = SubPrograms.Where(t => t.GpuProgramType == subProgram.GpuProgramType).Select(t => t.ShaderHardwareTier).Distinct().Count();
subProgram.ToString(sb, blob, count > 1);
}
sb.AppendIntent(3).Append('}').Append('\n');
}
return(sb);
}
public void Export(ShaderWriter writer, ShaderType type)
{
if (SubPrograms.Count > 0)
{
writer.WriteIntent(3);
writer.Write("Program \"{0}\" {{\n", type.ToProgramTypeString());
HashSet <ShaderGpuProgramType> isTierLookup = GetIsTierLookup(SubPrograms);
foreach (SerializedSubProgram subProgram in SubPrograms)
{
Platform uplatform = writer.Platform;
GPUPlatform platform = subProgram.GpuProgramType.ToGPUPlatform(uplatform);
int index = writer.Shader.Platforms.IndexOf(platform);
ShaderSubProgramBlob blob = writer.Shader.SubProgramBlobs[index];
bool isTier = isTierLookup.Contains(subProgram.GpuProgramType);
subProgram.Export(writer, blob, isTier);
}
writer.WriteIntent(3);
writer.Write("}\n");
}
}
public void Export(ShaderWriter writer, ShaderType type, bool isTier)
{
writer.WriteIndent(4);
#warning TODO: convertion (DX to HLSL)
writer.Write("SubProgram \"{0} ", GpuProgramType.ToGPUPlatform(writer.Platform));
if (isTier)
{
writer.Write("hw_tier{0} ", ShaderHardwareTier.ToString("00"));
}
writer.Write("\" {\n");
writer.WriteIndent(5);
GPUPlatform gpuPlatform = GpuProgramType.ToGPUPlatform(writer.Platform);
int platformIndex = writer.Shader.Platforms.IndexOf(gpuPlatform);
writer.Shader.Blobs[platformIndex].SubPrograms[BlobIndex].Export(writer, type);
writer.Write('\n');
writer.WriteIndent(4);
writer.Write("}\n");
}
private ShaderTextExporter HLSLShaderExporterInstantiator(Version version, GPUPlatform graphicApi)
{
switch (graphicApi)
{
case GPUPlatform.d3d11:
var glLang = settings.ShaderExportMode == ShaderExportMode.Metal ?
HLSLccWrapper.WrappedGLLang.LANG_METAL :
HLSLccWrapper.WrappedGLLang.LANG_DEFAULT;
return(new HLSLccExporter(graphicApi, glLang));
case GPUPlatform.d3d9:
case GPUPlatform.d3d11_9x:
return(new AsmExporter(graphicApi));
case GPUPlatform.vulkan:
return(new ShaderVulkanExporter());
default:
return(Shader.DefaultShaderExporterInstantiator(version, graphicApi));
}
}
public static ShaderTextExporter DefaultShaderExporterInstantiator(Version version, GPUPlatform graphicApi)
{
switch (graphicApi)
{
case GPUPlatform.unknown:
return(new ShaderTextExporter());
case GPUPlatform.openGL:
case GPUPlatform.gles:
case GPUPlatform.gles3:
case GPUPlatform.glcore:
return(new ShaderGLESExporter());
case GPUPlatform.metal:
return(new ShaderMetalExporter());
default:
return(new ShaderUnknownExporter(graphicApi));
}
}
public ShaderDXExporter(Version version, GPUPlatform graphicApi)
{
m_version = version;
m_graphicApi = graphicApi;
}
public void WriteShaderData(GPUPlatform graphicApi, byte[] shaderData)
{
ShaderTextExporter exporter = m_exporterInstantiator.Invoke(Shader.File.Version, graphicApi);
exporter.Export(shaderData, this);
}
public HLSLccExporter(GPUPlatform graphicApi, WrappedGLLang lang)
{
m_graphicApi = graphicApi;
m_GLLang = lang;
}
/// <summary> /// Not D3D9 /// </summary> public static bool HasHeader(GPUPlatform graphicApi) => graphicApi != GPUPlatform.d3d9;
public ShaderHLSLccExporter(GPUPlatform graphicApi) :
base(graphicApi)
{
}
public ShaderDXExporter(GPUPlatform graphicApi)
{
m_graphicApi = graphicApi;
}
public ShaderUnknownExporter(GPUPlatform graphicApi)
{
m_graphicApi = graphicApi;
}
private static bool IsOffset(GPUPlatform graphicApi)
{
return(graphicApi != GPUPlatform.d3d9);
}
/// <summary> /// Not D3D9 /// </summary> private static bool IsOffset(GPUPlatform graphicApi) => graphicApi != GPUPlatform.d3d9;
private static ShaderTextExporter ShaderExporterInstantiator(Version version, GPUPlatform graphicApi)
{
switch (graphicApi)
{
case GPUPlatform.d3d9:
return(new ShaderDXExporter(graphicApi));
case GPUPlatform.d3d11_9x:
case GPUPlatform.d3d11:
return(new ShaderHLSLccExporter(graphicApi));
case GPUPlatform.vulkan:
return(new ShaderVulkanExporter());
default:
return(Shader.DefaultShaderExporterInstantiator(version, graphicApi));
}
}
private ShaderTextExporter AssemblyShaderExporterInstantiator(Version version, GPUPlatform graphicApi)
{
switch (graphicApi)
{
case GPUPlatform.d3d9:
case GPUPlatform.d3d11_9x:
case GPUPlatform.d3d11:
return(new AsmExporter(graphicApi));
case GPUPlatform.vulkan:
return(new ShaderVulkanExporter());
default:
return(Shader.DefaultShaderExporterInstantiator(version, graphicApi));
}
}