/// <summary>
/// 通过着色器类型获取着色器文件扩展名
/// </summary>
/// <param name="type">着色器类型</param>
/// <returns>着色器文件扩展名</returns>
public static string GetFileExtensionByShaderType(EShaderType type)
{
string extension = string.Empty;
switch (type)
{
case EShaderType.Vertex:
extension = ".vert";
break;
case EShaderType.Fragment:
extension = ".frag";
break;
case EShaderType.Compute:
extension = ".comp";
break;
case EShaderType.Geometry:
extension = ".geom";
break;
case EShaderType.Tessellation_Control:
extension = ".tesc";
break;
case EShaderType.Tessellation_Evaluation:
extension = ".tese";
break;
}
return(extension);
}
public SortedList <string, GUID> ShaderSortedByName(EShaderType shaderType)
{
switch (shaderType)
{
case EShaderType.ClosestHit:
return(closestHitDataTable.ShaderSortByName);
case EShaderType.Intersect:
return(intersectDataTable.ShaderSortByName);
default:
return(new SortedList <string, GUID>());
}
}
public string[] ShaderNameList(EShaderType shaderType)
{
switch (shaderType)
{
case EShaderType.ClosestHit:
return(closestHitDataTable.ShaderNameList);
case EShaderType.Intersect:
return(intersectDataTable.ShaderNameList);
default:
return(new string[0]);
}
}
public SortedList <GUID, CustomShaderMeta> ShaderMetaList(EShaderType shaderType)
{
switch (shaderType)
{
case EShaderType.ClosestHit:
return(closestHitDataTable.ShaderMetaList);
case EShaderType.Intersect:
return(intersectDataTable.ShaderMetaList);
default:
return(new SortedList <GUID, CustomShaderMeta>());
}
}
public string ShaderNameToGUID(string shaderName, EShaderType shaderType)
{
switch (shaderType)
{
case EShaderType.ClosestHit:
return(closestHitDataTable.ShaderNameToGUID(shaderName));
case EShaderType.Intersect:
return(intersectDataTable.ShaderNameToGUID(shaderName));
default:
return(string.Empty);
}
}
public int GUIDToShaderIndex(GUID guid, EShaderType shaderType)
{
switch (shaderType)
{
case EShaderType.ClosestHit:
return(closestHitDataTable.GUIDToShaderIndex(guid));
case EShaderType.Intersect:
return(intersectDataTable.GUIDToShaderIndex(guid));
default:
return(-1);
}
}
public bool IsShaderTableDirty(EShaderType shaderType)
{
switch (shaderType)
{
case EShaderType.ClosestHit:
return(closestHitDataTable.IsDirty());
case EShaderType.Intersect:
return(intersectDataTable.IsDirty());
default:
Debug.LogWarning($"TODO: Support adding shaders of type {shaderType}");
return(false);
}
}
public void SetShaderTableClean(EShaderType shaderType)
{
switch (shaderType)
{
case EShaderType.ClosestHit:
closestHitDataTable.Clean();
break;
case EShaderType.Intersect:
intersectDataTable.Clean();
break;
default:
Debug.LogWarning($"TODO: Support adding shaders of type {shaderType}");
break;
}
}
public bool ContainsThisShader(EShaderType shaderType, string shaderName)
{
switch (shaderType)
{
case EShaderType.CloestHit:
return(m_closetHitShaderMetaList.Any((item) => {
return item.name == shaderName;
}));
case EShaderType.Intersect:
return(m_closetHitShaderMetaList.Any((item) => {
return item.name == shaderName;
}));
default:
Debug.LogWarning($"Unsupported shader type {shaderType}");
return(false);
}
}
public CShaderDesc(EShaderType type)
{
mCoreObject = NewNativeObjectByName <NativePointer>($"{CEngine.NativeNS}::IShaderDesc");
SDK_IShaderDesc_SetShaderType(CoreObject, type);
}
public extern static void SDK_IShaderDesc_SetShaderType(NativePointer self, EShaderType type);
public CShaderDesc CreateShaderDesc(RName shader, string entry, EShaderType type, CShaderDefinitions defines, EPlatformType platforms)
{
string cachedName = "";
string sm = "vs_5_0";
var shaderHash = UniHash.APHash(shader.Name + entry + defines.ToString());
var macro = defines.GetHash64().ToString();
switch (type)
{
case EShaderType.EST_ComputeShader:
cachedName = $"cs/{shaderHash}_{macro}.cshader";
sm = "cs_5_0";
if (ShaderModel == 3)
{
return(null);
}
break;
case EShaderType.EST_VertexShader:
cachedName = $"vs/{shaderHash}_{macro}.vshader";
sm = "vs_5_0";
break;
case EShaderType.EST_PixelShader:
cachedName = $"ps/{shaderHash}_{macro}.pshader";
sm = "ps_5_0";
break;
}
var smStr = CRenderContext.ShaderModelString;
var shaderFile = CEngine.Instance.FileManager.DDCDirectory + smStr + "/" + cachedName;
using (var xnd = IO.XndHolder.SyncLoadXND(shaderFile))
{
if (xnd != null)
{
bool needCompile = false;
var fileDesc = CEngine.Instance.FileManager.HLSLFileDescManager.FindFileDesc(shader.Address);
if (fileDesc != null)
{
var hashAttr = xnd.Node.FindAttrib("HashCode");
if (hashAttr != null)
{
hashAttr.BeginRead();
string savedHash;
hashAttr.Read(out savedHash);
hashAttr.EndRead();
if (savedHash != fileDesc.HashCode.ToString())
{
needCompile = true;
}
}
}
if (needCompile == false)
{
CShaderDesc desc = new CShaderDesc(type);
desc.LoadXnd(xnd.Node);
return(desc);
}
}
{
var xml = IO.XmlHolder.NewXMLHolder($"{type.ToString()}", "");
xml.RootNode.AddAttrib("Shader", shader.ToString());
xml.RootNode.AddAttrib("Entry", entry);
var node = xml.RootNode.AddNode("Macro", "", xml);
foreach (var i in defines.mShaderMacroArray)
{
node.AddAttrib(i.Name, i.Definition);
}
var fileDesc = CEngine.Instance.FileManager.HLSLFileDescManager.FindFileDesc(shader.Address);
if (fileDesc != null)
{
xml.RootNode.AddAttrib("HashCode", fileDesc.HashCode.ToString());
}
var shaderDescFile = CEngine.Instance.FileManager.DDCDirectory + "shaderinfo/" + cachedName + ".shaderxml";
IO.XmlHolder.SaveXML(shaderDescFile, xml);
var desc = CompileHLSLFromFile(shader.Address, entry, sm, defines, platforms);
var saved = IO.XndHolder.NewXNDHolder();
if (fileDesc != null)
{
var hashAttr = saved.Node.AddAttrib("HashCode");
hashAttr.BeginWrite();
hashAttr.Write(fileDesc.HashCode.ToString());
hashAttr.EndWrite();
}
desc.Save2Xnd(saved.Node, platforms);
IO.XndHolder.SaveXND(shaderFile, saved);
return(desc);
}
}
}
public void CookShaderDesc(RName shader, string entry, EShaderType type, CShaderDefinitions defines, int ShaderModel, EPlatformType platforms)
{
string cachedName = "";
string sm = "vs_5_0";
var shaderHash = UniHash.APHash(shader.Name + entry + defines.ToString());
var macro = defines.GetHash64().ToString();
switch (type)
{
case EShaderType.EST_ComputeShader:
cachedName = $"cs/{shaderHash}_{macro}.cshader";
sm = "cs_5_0";
if (ShaderModel == 3)
{
return;
}
break;
case EShaderType.EST_VertexShader:
cachedName = $"vs/{shaderHash}_{macro}.vshader";
sm = "vs_5_0";
break;
case EShaderType.EST_PixelShader:
cachedName = $"ps/{shaderHash}_{macro}.pshader";
sm = "ps_5_0";
break;
}
var shaderFile = "";
switch (CIPlatform.Instance.PlayMode)
{
case CIPlatform.enPlayMode.Cook:
shaderFile = CEngine.Instance.FileManager.CookingRoot + "deriveddatacache/" + $"sm{ShaderModel}/" + cachedName;
break;
case CIPlatform.enPlayMode.Game:
case CIPlatform.enPlayMode.Editor:
case CIPlatform.enPlayMode.PlayerInEditor:
shaderFile = CEngine.Instance.FileManager.DDCDirectory + $"sm{ShaderModel}/" + cachedName;
break;
}
using (var xnd = IO.XndHolder.SyncLoadXND(shaderFile))
{
if (xnd != null)
{
bool needCompile = false;
var fileDesc = CEngine.Instance.FileManager.HLSLFileDescManager.FindFileDesc(shader.Address);
if (fileDesc != null)
{
var hashAttr = xnd.Node.FindAttrib("HashCode");
if (hashAttr != null)
{
hashAttr.BeginRead();
string savedHash;
hashAttr.Read(out savedHash);
hashAttr.EndRead();
if (savedHash != fileDesc.HashCode.ToString())
{
needCompile = true;
}
}
}
if (needCompile == false)
{
CShaderDesc desc = new CShaderDesc(type);
desc.LoadXnd(xnd.Node);
return;
}
}
{
var desc = CompileHLSLFromFile(shader.Address, entry, sm, defines, platforms);
var saved = IO.XndHolder.NewXNDHolder();
var fileDesc = CEngine.Instance.FileManager.HLSLFileDescManager.FindFileDesc(shader.Address);
if (fileDesc != null)
{
var hashAttr = saved.Node.AddAttrib("HashCode");
hashAttr.BeginWrite();
hashAttr.Write(fileDesc.HashCode.ToString());
hashAttr.EndWrite();
desc.Save2Xnd(saved.Node, platforms);
}
IO.XndHolder.SaveXND(shaderFile, saved);
}
}
}
static async System.Threading.Tasks.Task CookShadersWithFilter(string[] args, string smStr, EPlatformType platforms, HashSet <RName> MaterialAssets)
{
var rc = CEngine.Instance.RenderContext;
int ShaderModel = System.Convert.ToInt32(smStr);
string targetDir = CEngine.Instance.FileManager.CookingRoot + "deriveddatacache/" + "/sm" + smStr + "/";
if (FindArgument(args, "recompile") != null)
{
if (CEngine.Instance.FileManager.DirectoryExists(targetDir))
{
CEngine.Instance.FileManager.DeleteDirectory(targetDir, true);
}
}
CEngine.Instance.FileManager.CreateDirectory(targetDir);
CEngine.Instance.FileManager.CreateDirectory(targetDir + "cs/");
CEngine.Instance.FileManager.CreateDirectory(targetDir + "vs/");
CEngine.Instance.FileManager.CreateDirectory(targetDir + "ps/");
EngineNS.CRenderContext.ShaderModel = ShaderModel;
var shaderPath = CEngine.Instance.FileManager.DDCDirectory + "shaderinfo/";
var shaders = CEngine.Instance.FileManager.GetFiles(shaderPath, "*.xml");
int NumOfFailed = 0;
int NumOfNotUsed = 0;
foreach (var i in shaders)
{
using (var xml = EngineNS.IO.XmlHolder.LoadXML(i))
{
EngineNS.Graphics.CGfxEffectDesc desc = await EngineNS.Graphics.CGfxEffectDesc.LoadEffectDescFromXml(rc, xml.RootNode, false);
if (desc == null)
{
EngineNS.Profiler.Log.WriteLine(EngineNS.Profiler.ELogTag.Warning, "CookShader", $"CookShader Failed: {xml.GetTextString()}");
NumOfFailed++;
continue;
}
if (MaterialAssets.Contains(desc.MtlShaderPatch.Name) == false)
{
NumOfNotUsed++;
continue;
}
var effect = new EngineNS.Graphics.CGfxEffect(desc);
await effect.CookEffect(rc, desc, ShaderModel, platforms);
}
}
shaders = CEngine.Instance.FileManager.GetFiles(shaderPath, "*.shaderxml");
foreach (var i in shaders)
{
using (var xml = EngineNS.IO.XmlHolder.LoadXML(i))
{
RName shaderName = RName.GetRName(xml.RootNode.FindAttrib("Shader").Value, RName.enRNameType.Engine);
EShaderType type = EShaderType.EST_UnknownShader;
switch (xml.RootNode.Name)
{
case "EST_ComputeShader":
type = EShaderType.EST_ComputeShader;
break;
case "EST_VertexShader":
type = EShaderType.EST_VertexShader;
break;
case "EST_PixelShader":
type = EShaderType.EST_PixelShader;
break;
}
string entry = xml.RootNode.FindAttrib("Entry").Value;
var node = xml.RootNode.FindNode("Macro");
var attrs = node.GetAttribs();
CShaderDefinitions defines = new CShaderDefinitions();
foreach (var j in attrs)
{
defines.SetDefine(j.Name, j.Value);
}
CEngine.Instance.RenderContext.CookShaderDesc(shaderName, entry, type, defines, ShaderModel, platforms);
}
}
}
protected override EAnalyzeStageStatus execute(int index)
{
AnalyzedVariantData variant = m_AnalyzeWrap.Variants[index];
int currentLine = 0;
bool afterEmpty = false;
EShaderType currentShaderType = EShaderType.None;
while (currentLine < variant.SourceCodeLines.Count)
{
string line = variant.SourceCodeLines[currentLine++];
if (string.IsNullOrEmpty(line))
{
afterEmpty = true;
continue;
}
else
{
if (afterEmpty && line == "//////////////////////////////////////////////////////")
{
currentShaderType = EShaderType.None;
break;
}
else if (string.IsNullOrEmpty(variant.VariantName))
{
if (line.StartsWith("Global Keywords: "))
{
variant.VariantName = line.Replace("Global Keywords: ", string.Empty);
continue;
}
}
else if (currentShaderType == EShaderType.None)
{
for (int i = 0; i < ShaderBeginFlag.Length; i++)
{
if (line == ShaderBeginFlag[i])
{
currentShaderType = (EShaderType)i;
break;
}
}
}
else if (currentShaderType != EShaderType.None)
{
if (afterEmpty && line == ShaderEndFlag)
{
variant.ShaderSourceCodes.Add(currentShaderType, m_TextContainer.ToString());
m_TextContainer.Clear();
currentShaderType = EShaderType.None;
continue;
}
m_TextContainer.AppendLine(line);
}
afterEmpty = false;
}
}
return(EAnalyzeStageStatus.Success);
}
public void RT_SetShaderQuality(EShaderType eST, EShaderQuality eSQ) => throw new NotImplementedException();