protected IEnumerator BuildCompileUnits_Internal(BuildTarget target, DirectoryInfo sourceDir)
{
ClearCompileUnits();
var c = kernels.Count;
var s = 1f / Mathf.Max(1, c - 1);
for (var i = 0; i < c; i++)
{
var kernel = kernels[i];
progress.SetNormalizedProgress(s * i, "Building compile units {0:D3} / {1:D3}", i + 1, c);
var compileOptions = ShaderAnalysisUtils.DefaultCompileOptions(kernel.defines, kernel.name, sourceDir);
compileOptions.defines.Add(ShaderAnalysisUtils.DefineCompute);
compileOptions.defines.Add(ShaderAnalysisUtils.DefineCompute);
var unit = new CompileUnit
{
sourceCodeFile = sourceCodeFile,
compileOptions = compileOptions,
compileProfile = ShaderProfile.ComputeProgram,
compileTarget = ShaderTarget.CS_5,
compiledFile = ShaderAnalysisUtils.GetTemporaryProgramCompiledFile(sourceCodeFile, temporaryDirectory, kernel.name)
};
AddCompileUnit(unit);
yield return(null);
}
}
protected IEnumerator BuildCompileUnits_Internal(BuildTarget target, DirectoryInfo sourceDir)
{
ClearCompileUnits();
m_CompileUnitPerPass.Clear();
var c = passes.Count;
var s = 1f / Mathf.Max(1, c - 1);
for (var i = 0; i < c; i++)
{
var pass = passes[i];
var c2 = pass.combinedMulticompiles.Count;
var s2 = 1f / Mathf.Max(1, c2 - 1);
m_CompileUnitPerPass[i] = new List <int>();
for (var j = 0; j < pass.combinedMulticompiles.Count; j++)
{
progress.SetNormalizedProgress(s * (i + s2 * j), "Building compile units pass: {0:D3} / {1:D3}, unit: {2:D3} / {3:D3}", i + 1, c, j + 1, c2);
var match = k_FragmentDeclaration.Match(pass.sourceCode);
Assert.IsTrue(match.Success);
var entryPoint = match.Groups[1].Value;
var compileOptions = ShaderAnalysisUtils.DefaultCompileOptions(
m_ShaderKeywords,
entryPoint,
sourceDir,
pass.shaderModel);
compileOptions.defines.UnionWith(pass.combinedMulticompiles[j]);
compileOptions.defines.Add(ShaderAnalysisUtils.DefineFragment);
var unit = new CompileUnit
{
sourceCodeFile = pass.sourceCodeFile,
compileOptions = compileOptions,
compileProfile = ShaderProfile.PixelProgram,
compileTarget = ShaderTarget.PS_5,
compiledFile = ShaderAnalysisUtils.GetTemporaryProgramCompiledFile(pass.sourceCodeFile, temporaryDirectory, j.ToString("D3"))
};
m_CompileUnitPerPass[i].Add(compileUnitCount);
AddCompileUnit(unit);
yield return(null);
}
}
}