//this is a bit of a hack.
//it relies on the fact that the DirectX shader compiler
//marks up the disasembled shader with comments detailing the shader inputs.
public static AsmTechnique[] ExtractTechniques(SourceShader shader, Platform platform)
{
//decompile the shader
DecompiledEffect fx = new DecompiledEffect(shader, platform);
//break it up into techniques
Tokenizer assemblyTokens = new Tokenizer(fx.DecompiledAsm, false, true, true);
List <AsmTechnique> techniqes = new List <AsmTechnique>();
while (assemblyTokens.NextToken())
{
if (assemblyTokens.Token.Equals("technique", StringComparison.InvariantCultureIgnoreCase))
{
//should be format:
//technique NAME
//{
//}
assemblyTokens.NextToken();
string name = assemblyTokens.Token;
assemblyTokens.NextToken();
//may be a line break
if (assemblyTokens.Token.Trim().Length == 0)
{
assemblyTokens.NextToken();
}
//should be a {
if (assemblyTokens.Token != "{")
{
throw new CompileException("Unexpected token in assembly technique declaration, expected '{': " + assemblyTokens.Token);
}
// read the entire technique {} block
if (!assemblyTokens.ReadBlock())
{
throw new CompileException("Unexpected end of string in assembly technique pass declaration");
}
AsmTechnique asm = new AsmTechnique(name, assemblyTokens.Token, fx.GetTechniqueDefaultValues(name));
if (!shader.SkipConstantValidation)
{
//do some extra validation to make sure pixel inputs match vertex outputs
asm.ValidatePixleShaderInput(shader, platform);
}
techniqes.Add(asm);
}
}
for (int i = 0; i < techniqes.Count; i++)
{
techniqes[i].MergeSemantics(fx.EffectRegisters);
}
return(techniqes.ToArray());
}
//this is a bit of a hack.
//it relies on the fact that the DirectX shader compiler
//marks up the disasembled shader with comments detailing the shader inputs.
public static AsmTechnique[] ExtractTechniques(SourceShader shader, Platform platform, out DecompiledEffect fx, string generatedPrefix)
{
//decompile the shader
fx = new DecompiledEffect(shader, platform);
//break it up into techniques
Tokenizer assemblyTokens = new Tokenizer(fx.DecompiledAsm, false, true, true);
List<AsmTechnique> techniqes = new List<AsmTechnique>();
while (assemblyTokens.NextToken())
{
if (assemblyTokens.Token.Equals("technique", StringComparison.InvariantCultureIgnoreCase))
{
//should be format:
//technique NAME
//{
//}
assemblyTokens.NextToken();
string name = assemblyTokens.Token;
if (generatedPrefix != null)
{
//only include generated techniques
if (name.EndsWith(generatedPrefix))
name = name.Substring(0, name.Length - generatedPrefix.Length);
else
continue;
}
assemblyTokens.NextToken();
//may be a line break
if (assemblyTokens.Token.Trim().Length == 0)
assemblyTokens.NextToken();
//should be a {
if (assemblyTokens.Token != "{")
throw new CompileException("Unexpected token in assembly technique declaration, expected '{': " + assemblyTokens.Token);
// read the entire technique {} block
if (!assemblyTokens.ReadBlock())
throw new CompileException("Unexpected end of string in assembly technique pass declaration");
AsmTechnique asm = new AsmTechnique(name, assemblyTokens.Token, fx.GetTechniqueDefaultValues(name));
if (!shader.SkipConstantValidation)
{
//do some extra validation to make sure pixel inputs match vertex outputs
asm.ValidatePixleShaderInput(shader, platform);
}
techniqes.Add(asm);
}
}
for (int i = 0; i < techniqes.Count; i++)
{
techniqes[i].MergeSemantics(fx.EffectRegisters);
}
return techniqes.ToArray();
}