public override void Run(MethodDefinition methodEntry)
{
base.Run(methodEntry);
var existingTextures = new HashSet<Variable>(samplerMapping.Select(x => x.Key.Texture));
foreach (var texture in textureAccesses)
{
if (!existingTextures.Contains(texture))
GenerateGLSampler(null, texture);
}
for (int i = this.textureSamplerMethods.Count - 1; i >= 0; i--)
{
var textureSamplerMethodKey = this.textureSamplerMethods[i];
var entryIndex = shader.Declarations.IndexOf(textureSamplerMethodKey.Method);
this.shader.Declarations.Insert(entryIndex, textureSamplerMethodKey.NewMethod);
}
}
protected virtual void ProcessMethodInvocation(MethodInvocationExpression invoke, MethodDefinition method)
{
this.VisitDynamic(method);
}
public virtual void Run(MethodDefinition methodEntry)
{
base.Visit(methodEntry);
}
protected override void ProcessMethodInvocation(MethodInvocationExpression invoke, MethodDefinition method)
{
// Handle the case where a parameter can be out
// If this is the case, we need to check that
for (int i = 0; i < invoke.Arguments.Count; i++)
{
var arg = invoke.Arguments[i];
var variable = this.GetUniform(arg);
var parameter = method.Parameters[i];
if (variable != null && parameter.Qualifiers.Contains(Ast.Hlsl.ParameterQualifier.Out))
{
bool isUniformWasAlreadyUsedAsRead = false;
for (int j = 0; j < countReadBeforeInvoke; j++)
{
if (ReferenceEquals(uniformReadList[i], variable))
{
isUniformWasAlreadyUsedAsRead = true;
break;
}
}
// If this is a out parameter, and the variable was not already used as a read, then
// we can remove it from the uniform read list
if (!isUniformWasAlreadyUsedAsRead)
{
uniformReadList.Remove(variable);
if (!UniformUsedWriteFirstList.Contains(variable))
UniformUsedWriteFirstList.Add(variable);
}
}
}
this.VisitDynamic(method);
}
/// <summary>
/// Generates a stream structure and add them to the Ast
/// </summary>
/// <param name="entryPoint">the entrypoint function</param>
/// <param name="streamStageUsage">the stream usage in this stage</param>
/// <param name="stageName">the name of the stage</param>
/// <param name="prevOuputStructure">the output structutre from the previous stage</param>
/// <returns>the new output structure</returns>
private StructType GenerateStreams(MethodDefinition entryPoint, StreamStageUsage streamStageUsage, string stageName, StructType prevOuputStructure, bool autoGenSem = true)
{
if (entryPoint != null)
{
// create the stream structures
var inStreamStruct = prevOuputStructure ?? CreateStreamStructure(streamStageUsage.InStreamList, stageName + "_INPUT");
var outStreamStruct = CreateStreamStructure(streamStageUsage.OutStreamList, stageName + "_OUTPUT", true, autoGenSem);
var intermediateStreamStruct = CreateIntermediateStructType(streamStageUsage, stageName);
// modify the entrypoint
if (inStreamStruct.Fields.Count != 0)
{
entryPoint.Parameters.Add(new Parameter(new TypeName(inStreamStruct.Name), "__input__"));
entryPoint.Parameters[0].Qualifiers.Values.Remove(ParameterQualifier.InOut);
}
// add the declaration statements to the entrypoint and fill with the values
entryPoint.Body.InsertRange(0, CreateStreamFromInput(intermediateStreamStruct, "streams", inStreamStruct, new VariableReferenceExpression("__input__")));
if (outStreamStruct.Fields.Count != 0)
{
entryPoint.Body.AddRange(CreateOutputFromStream(outStreamStruct, "__output__", intermediateStreamStruct, "streams"));
entryPoint.Body.Add(new ReturnStatement { Value = new VariableReferenceExpression("__output__") });
entryPoint.ReturnType = new TypeName(outStreamStruct.Name);
}
// explore all the called functions
var visitedMethods = new HashSet<MethodDeclaration>();
var methodsWithStreams = new List<MethodDeclaration>();
PropagateStreamsParameter(entryPoint, inStreamStruct, intermediateStreamStruct, outStreamStruct, visitedMethods, methodsWithStreams);
CheckCrossStageMethodCall(streamStageUsage.ShaderStage, methodsWithStreams);
if (prevOuputStructure == null)
shader.Members.Insert(0, inStreamStruct);
if (outStreamStruct.Fields.Count != 0)
shader.Members.Insert(0, outStreamStruct);
shader.Members.Insert(0, intermediateStreamStruct);
return outStreamStruct;
}
return prevOuputStructure;
}
public virtual void Visit(MethodDefinition methodDefinition)
{
WriteLinkLine(methodDefinition);
WriteMethodDeclaration(methodDefinition);
OpenBrace();
foreach (var statement in methodDefinition.Body)
VisitDynamic(statement);
CloseBrace();
}
/// <summary>
/// Checks if a function needs to have a stream strucutre added in its declaration
/// </summary>
/// <param name="methodDefinition">the method definition</param>
/// <param name="inputStream">The stage input structure stream.</param>
/// <param name="intermediateStream">the stream structure</param>
/// <param name="outputStream">The stage output stream structure.</param>
/// <param name="visitedMethods">the list of already visited methods</param>
/// <param name="methodsWithStreams">The list of methods that have a streams argument.</param>
/// <returns>true if needed, false otherwise</returns>
private bool PropagateStreamsParameter(MethodDefinition methodDefinition, StructType inputStream, StructType intermediateStream, StructType outputStream, HashSet<MethodDeclaration> visitedMethods, List<MethodDeclaration> methodsWithStreams)
{
var needStream = false;
if (methodDefinition != null)
{
if (visitedMethods.Contains(methodDefinition))
return methodDefinition.Parameters.Count > 0 && methodDefinition.Parameters[0].Type == intermediateStream;
List<StreamUsageInfo> streamUsageInfos;
if (streamsUsages.TryGetValue(methodDefinition, out streamUsageInfos))
{
needStream = streamUsageInfos.Any(x => x.CallType == StreamCallType.Member || x.CallType == StreamCallType.Direct);
visitedMethods.Add(methodDefinition);
List<MethodDeclaration> calls;
if (TryGetMethodCalls(methodDefinition, out calls))
needStream = calls.Aggregate(needStream, (res, calledmethod) => res | PropagateStreamsParameter(calledmethod as MethodDefinition, inputStream, intermediateStream, outputStream, visitedMethods, methodsWithStreams));
if (needStream && !entryPointMethods.Contains(methodDefinition))
{
var param = new Parameter(new TypeName(intermediateStream.Name), "streams");
foreach (var methodRef in mainModuleMixin.ClassReferences.MethodsReferences[methodDefinition])
{
var vre = new VariableReferenceExpression(param.Name) { TypeInference = { Declaration = param, TargetType = param.Type } };
methodRef.Arguments.Insert(0, vre);
}
param.Qualifiers |= ParameterQualifier.InOut;
methodDefinition.Parameters.Insert(0, param);
// If any parameters in the method are streams, then replace by using the intermediate stream
foreach (var parameter in methodDefinition.Parameters)
{
if (parameter.Type == StreamsType.Streams)
{
parameter.Type = new TypeName(intermediateStream.Name);
}
}
methodsWithStreams.Add(methodDefinition);
}
}
TransformStreamsAssignments(methodDefinition, inputStream, intermediateStream, outputStream);
}
return needStream;
}
protected void Visit(MethodDefinition method)
{
// Parse stream output declarations (if any)
// TODO: Currently done twice, one time in ShaderMixer, one time in ShaderLinker
var streamOutputAttribute = method.Attributes.OfType<AttributeDeclaration>().FirstOrDefault(x => x.Name == "StreamOutput");
if (streamOutputAttribute != null)
{
var rasterizedStream = streamOutputAttribute.Parameters.LastOrDefault();
// Ignore last parameter if it's not an integer (it means there is no rasterized stream info)
// We should make a new StreamOutputRasterizedStream attribute instead maybe?
if (rasterizedStream != null && !(rasterizedStream.Value is int))
rasterizedStream = null;
int[] streamOutputStrides;
// Parse declarations
// Everything should be registered in GS_OUTPUT (previous pass in ShaderMixer).
StreamOutputParser.Parse(effectReflection.ShaderStreamOutputDeclarations, out streamOutputStrides, streamOutputAttribute, ((StructType)FindDeclaration("GS_OUTPUT")).Fields);
effectReflection.StreamOutputStrides = streamOutputStrides;
effectReflection.StreamOutputRasterizedStream = rasterizedStream != null ? (int)rasterizedStream.Value : -1;
}
}
/// <summary>
/// Modify the Hull shader constant
/// </summary>
/// <param name="entryPoint">the entrypoint method</param>
/// <param name="inStreamStructTypeName">the input structure of the Hull shader</param>
/// <param name="outStreamStructTypeName">the output structure of the Hull shader</param>
private void GenerateStreamsForHullShaderConstant(MethodDefinition entryPoint, TypeName inStreamStructTypeName, TypeName outStreamStructTypeName)
{
if (entryPoint != null)
{
var constStreamStruct = CreateStreamStructure(mainModuleMixin.VirtualTable.Variables.Select(x => x.Variable).Where(x => x.Qualifiers.Contains(ParadoxStorageQualifier.PatchStream)).Distinct().ToList<IDeclaration>(), "HS_CONSTANTS");
var typeConst = new TypeName(constStreamStruct.Name);
var visitedMethods = new Stack<MethodDeclaration>();
RecursiveRename(entryPoint, inStreamStructTypeName, outStreamStructTypeName, outStreamStructTypeName, typeConst, visitedMethods);
// get the Constants parameter, its name and remove it
var constParamName = "constants";
var constParam = entryPoint.Parameters.FirstOrDefault(x => x.Type.Name.Text == constStreamStruct.Name.Text);
if (constParam != null)
{
constParamName = constParam.Name.Text;
entryPoint.Parameters.Remove(constParam); // remove the parameter
}
var constDecl = new DeclarationStatement(
new Variable(typeConst, constParamName)
{
InitialValue = new CastExpression { From = new LiteralExpression(0), Target = new TypeName(constStreamStruct.Name) }
});
entryPoint.Body.Insert(0, constDecl); // insert structure instance declaration
entryPoint.Body.Add(new ReturnStatement(new VariableReferenceExpression(constParamName))); // add a return statement
entryPoint.ReturnType = typeConst; // change the return type
shader.Members.Insert(0, constStreamStruct);
}
}
/// <summary>
/// Generates a stream structure and add them to the Ast - for the domain shader
/// </summary>
/// <param name="entryPoint">the entrypoint function</param>
/// <param name="streamStageUsage">the stream usage in this stage</param>
/// <param name="stageName">the name of the stage</param>
/// <param name="prevOuputStructure">the output structutre from the previous stage</param>
/// <returns>the new output structure</returns>
private StructType GenerateStreamsForDomainShader(MethodDefinition entryPoint, StreamStageUsage streamStageUsage, string stageName, StructType prevOuputStructure)
{
if (entryPoint != null)
{
var outStreamStruct = GenerateStreamsForHullShader(entryPoint, null, streamStageUsage, stageName, prevOuputStructure);
var visitedMethods = new Stack<MethodDeclaration>();
RecursiveRename(entryPoint, null, null, null, new TypeName("HS_CONSTANTS"), visitedMethods);
return outStreamStruct;
}
return prevOuputStructure;
}
/// <summary>
/// Generates a stream structure and add them to the Ast - for the hull shader and hull shader constant
/// </summary>
/// <param name="entryPoint">the entrypoint function</param>
/// <param name="entryPointHSConstant">entrypoint for the hull shader constant</param>
/// <param name="streamStageUsage">the stream usage in this stage</param>
/// <param name="stageName">the name of the stage</param>
/// <param name="prevOuputStructure">the output structutre from the previous stage</param>
/// <returns>the new output structure</returns>
private StructType GenerateStreamsForHullShader(MethodDefinition entryPoint, MethodDefinition entryPointHSConstant, StreamStageUsage streamStageUsage, string stageName, StructType prevOuputStructure)
{
if (entryPoint != null)
{
// same behavior as geometry shader
var outStreamStruct = GenerateStreamsWithSpecialDataInput(entryPoint, streamStageUsage, stageName, prevOuputStructure);
var inStreamStruct = prevOuputStructure ?? shader.Members.OfType<StructType>().FirstOrDefault(x => x.Name.Text == stageName + "_INPUT");
var intermediateStreamStruct = shader.Members.OfType<StructType>().FirstOrDefault(x => x.Name.Text == stageName + "_STREAMS");
if (inStreamStruct == null)
throw new Exception("inStreamStruct cannot be null");
var inStructType = new TypeName(inStreamStruct.Name);
var outStructType = new TypeName(outStreamStruct.Name);
// get the Output parameter, its name and remove it
var outputName = "output";
var outputParam = entryPoint.Parameters.FirstOrDefault(x => x.Type.Name.Text == outStreamStruct.Name.Text);
if (outputParam != null)
{
outputName = outputParam.Name.Text; // get the name of the parameter
entryPoint.Parameters.Remove(outputParam); // remove the parameter
}
entryPoint.Body.Add(new ReturnStatement { Value = new VariableReferenceExpression(outputName) });
entryPoint.Body.Insert(0, CreateStructInit(outStreamStruct, outputName));
entryPoint.ReturnType = outStructType;
if (entryPointHSConstant != null)
GenerateStreamsForHullShaderConstant(entryPointHSConstant, inStructType, outStructType);
return outStreamStruct;
}
return prevOuputStructure;
}
/// <summary>
/// Replace the append methods
/// </summary>
/// <param name="entryPoint">the entrypoint method</param>
/// <param name="replacor">the visitor</param>
private void ReplaceAppendMethod(MethodDefinition entryPoint, ParadoxReplaceAppend replacor)
{
replacor.Run(entryPoint);
List<StreamUsageInfo> nextMethods;
if (streamsUsages.TryGetValue(entryPoint, out nextMethods))
nextMethods.Where(x => x.CallType == StreamCallType.Method).Select(x => x.MethodDeclaration as MethodDefinition).Where(x => x != null).ToList().ForEach(x => ReplaceAppendMethod(x, replacor));
}
/// <summary>
/// Generates a stream structure and add them to the Ast - for the geometry shader
/// </summary>
/// <param name="entryPoint">the entrypoint function</param>
/// <param name="streamStageUsage">the stream usage in this stage</param>
/// <param name="stageName">the name of the stage</param>
/// <param name="prevOuputStructure">the output structutre from the previous stage</param>
/// <returns>the new output structure</returns>
private StructType GenerateStreamsWithSpecialDataInput(MethodDefinition entryPoint, StreamStageUsage streamStageUsage, string stageName, StructType prevOuputStructure)
{
if (entryPoint != null)
{
var inStreamStruct = prevOuputStructure ?? CreateStreamStructure(streamStageUsage.InStreamList, stageName + "_INPUT");
var outStreamStruct = CreateStreamStructure(streamStageUsage.OutStreamList, stageName + "_OUTPUT");
var mixin = entryPoint.GetTag(ParadoxTags.ShaderScope) as ModuleMixin;
var intermediateStreamStruct = CreateIntermediateStructType(streamStageUsage, stageName);
// put the streams declaration at the beginning of the method body
var streamsDeclaration = new DeclarationStatement(new Variable(new TypeName(intermediateStreamStruct.Name), "streams") { InitialValue = new CastExpression { From = new LiteralExpression(0), Target = new TypeName(intermediateStreamStruct.Name) } });
entryPoint.Body.Insert(0, streamsDeclaration);
// add the declaration statements to the entrypoint and fill with the values
var outputStatements = CreateOutputFromStream(outStreamStruct, "output", intermediateStreamStruct, "streams").ToList();
var outputVre = new VariableReferenceExpression(((outputStatements.First() as DeclarationStatement).Content as Variable).Name);
var replacor = new ParadoxReplaceAppend(streamAnalyzer.AppendMethodCalls, outputStatements, outputVre);
ReplaceAppendMethod(entryPoint, replacor);
var visitedMethods = new Stack<MethodDeclaration>();
var inStructType = new TypeName(inStreamStruct.Name);
var outStructType = new TypeName(outStreamStruct.Name);
RecursiveRename(entryPoint, inStructType, null, outStructType, null, visitedMethods);
// explore all the called functions
var streamsVisitedMethods = new HashSet<MethodDeclaration>();
var methodsWithStreams = new List<MethodDeclaration>();
PropagateStreamsParameter(entryPoint, inStreamStruct, intermediateStreamStruct, outStreamStruct, streamsVisitedMethods, methodsWithStreams);
CheckCrossStageMethodCall(streamStageUsage.ShaderStage, methodsWithStreams);
if (prevOuputStructure == null)
shader.Members.Insert(0, inStreamStruct);
shader.Members.Insert(0, outStreamStruct);
shader.Members.Insert(0, intermediateStreamStruct);
return outStreamStruct;
}
return prevOuputStructure;
}
protected void Visit(MethodDefinition methodDefinition)
{
currentStreamUsageList = new List<StreamUsageInfo>();
alreadyAddedMethodsList = new List<MethodDeclaration>();
Visit((Node)methodDefinition);
if (currentStreamUsageList.Count > 0)
StreamsUsageByMethodDefinition.Add(methodDefinition, currentStreamUsageList);
}
/// <summary>
/// Transform stream assignments with correct input/ouput structures
/// </summary>
/// <param name="methodDefinition">the current method</param>
/// <param name="inputStreamStruct">the input structure of the stage</param>
/// <param name="intermediateStreamStruct">the intermediate structure of the stage</param>
/// <param name="outputStreamStruct">the output structure of the stage</param>
private void TransformStreamsAssignments(MethodDefinition methodDefinition, StructType inputStreamStruct, StructType intermediateStreamStruct, StructType outputStreamStruct)
{
var statementLists = new List<StatementList>();
SearchVisitor.Run(
methodDefinition,
node =>
{
if (node is StatementList)
{
statementLists.Add((StatementList)node);
}
return node;
});
// replace stream assignement with field values assignements
foreach (var assignmentKeyBlock in streamAnalyzer.AssignationsToStream)
{
var assignment = assignmentKeyBlock.Key;
var parent = assignmentKeyBlock.Value;
if (!statementLists.Contains(parent))
{
continue;
}
var index = SearchExpressionStatement(parent, assignment);
// TODO: check that it is "output = streams"
var statementList = CreateOutputFromStream(outputStreamStruct, (assignment.Target as VariableReferenceExpression).Name.Text, intermediateStreamStruct, "streams").ToList();
statementList.RemoveAt(0); // do not keep the variable declaration
methodDefinition.Body.RemoveAt(index);
methodDefinition.Body.InsertRange(index, statementList);
}
// replace stream assignement with field values assignements
foreach (var assignmentKeyBlock in streamAnalyzer.StreamAssignations)
{
var assignment = assignmentKeyBlock.Key;
var parent = assignmentKeyBlock.Value;
if (!statementLists.Contains(parent))
{
continue;
}
var index = SearchExpressionStatement(parent, assignment);
var statementList = CreateStreamFromInput(intermediateStreamStruct, "streams", inputStreamStruct, assignment.Value, false).ToList();
statementList.RemoveAt(0); // do not keep the variable declaration
parent.RemoveAt(index);
parent.InsertRange(index, statementList);
}
foreach (var variableAndParent in streamAnalyzer.VariableStreamsAssignment)
{
var variable = variableAndParent.Key;
var parent = variableAndParent.Value;
if (!statementLists.Contains(parent))
{
continue;
}
variable.Type = new TypeName(intermediateStreamStruct.Name);
}
}
/// <summary>
/// Analyse the method definition and store it in the correct lists (based on storage and stream usage)
/// </summary>
/// <param name="methodDefinition">the MethodDefinition</param>
public override void Visit(MethodDefinition methodDefinition)
{
currentStreamUsageList = new List<StreamUsageInfo>();
alreadyAddedMethodsList = new List<MethodDeclaration>();
base.Visit(methodDefinition);
if (currentStreamUsageList.Count > 0)
StreamsUsageByMethodDefinition.Add(methodDefinition, currentStreamUsageList);
}
protected virtual MethodDefinition Visit(MethodDefinition methodDefinition)
{
Visit((Node)methodDefinition);
// Check that this method definition doesn't have a method declaration before
foreach (var declaration in FindDeclarations(methodDefinition.Name))
{
var methodDeclaration = declaration as MethodDeclaration;
if (methodDeclaration != null && !ReferenceEquals(declaration, methodDefinition))
{
if (methodDeclaration.IsSameSignature(methodDefinition))
{
methodDefinition.Declaration = methodDeclaration;
// Remove the definition if the declaration is tagged as builtin special (user defined)
if (methodDeclaration.GetTag(TagBuiltinUserDefined) != null)
return null;
break;
}
}
}
return methodDefinition;
}
protected override void ProcessMethodInvocation(MethodInvocationExpression invoke, MethodDefinition method)
{
var textureParameters = new List<Parameter>();
var parameterValues = new List<Expression>();
var parameterGlobalValues = new List<Variable>();
var samplerTypes = new List<int>();
for (int i = 0; i < method.Parameters.Count; i++)
{
var parameter = method.Parameters[i];
if (parameter.Type is TextureType || parameter.Type is StateType)
{
textureParameters.Add(parameter);
// Find global variable
var parameterValue = this.FindGlobalVariable(invoke.Arguments[i]);
// Set the tag ScopeValue for the current parameter
parameter.SetTag(ScopeValueKey, parameterValue);
// Add only new variable
if (!parameterGlobalValues.Contains(parameterValue))
parameterGlobalValues.Add(parameterValue);
}
else if ( i < invoke.Arguments.Count)
{
parameterValues.Add(invoke.Arguments[i]);
if (parameter.Type is SamplerType)
{
samplerTypes.Add(i);
}
}
}
// We have texture/sampler parameters. We need to generate a new specialized method
if (textureParameters.Count > 0)
{
// Order parameter values by name
parameterGlobalValues.Sort((left, right) => left.Name.Text.CompareTo(right.Name.Text));
var methodKey = new TextureSamplerMethodKey(method);
int indexOf = textureSamplerMethods.IndexOf(methodKey);
if (indexOf < 0)
{
methodKey.Initialize(cloneContext);
textureSamplerMethods.Add(methodKey);
}
else
{
// If a key is found again, add it as it was reused in order to keep usage in order
methodKey = textureSamplerMethods[indexOf];
textureSamplerMethods.RemoveAt(indexOf);
textureSamplerMethods.Add(methodKey);
}
methodKey.Invokers.Add(invoke);
var newTarget = new VariableReferenceExpression(methodKey.NewMethod.Name) { TypeInference = { Declaration = methodKey.NewMethod, TargetType = invoke.TypeInference.TargetType } };
invoke.Target = newTarget;
invoke.Arguments = parameterValues;
invoke.TypeInference.Declaration = methodKey.NewMethod;
invoke.TypeInference.TargetType = invoke.TypeInference.TargetType;
this.VisitDynamic(methodKey.NewMethod);
}
else
{
// Visit the method callstack
this.VisitDynamic(method);
// There is an anonymous sampler type
// We need to resolve its types after the method definition was processed
if (samplerTypes.Count > 0)
{
foreach (var samplerTypeIndex in samplerTypes)
{
var samplerRef = invoke.Arguments[samplerTypeIndex] as VariableReferenceExpression;
if (samplerRef != null)
{
var samplerDecl = samplerRef.TypeInference.Declaration as Variable;
ChangeVariableType(samplerDecl, method.Parameters[samplerTypeIndex].Type);
}
}
}
}
// Remove temporary parameters
if (textureParameters.Count > 0)
{
foreach (var textureParameter in textureParameters)
{
textureParameter.RemoveTag(ScopeValueKey);
}
}
}
public override void Visit(MethodDefinition methodDefinition)
{
base.Visit(methodDefinition);
// If a method definition has a method declaration, we must link them together
if (!ReferenceEquals(methodDefinition.Declaration, methodDefinition))
{
AddReference(methodDefinition.Declaration, methodDefinition);
}
}
public TextureSamplerMethodKey(MethodDefinition method)
{
Invokers = new List<MethodInvocationExpression>();
this.Method = method;
Variables = new List<Variable>();
foreach (var parameter in Method.Parameters)
{
var variableValue = (Variable)parameter.GetTag(ScopeValueKey);
if (variableValue != null)
{
Variables.Add(variableValue);
}
}
}
public void Visit(MethodDefinition methodDefinition)
{
Visit((Node)methodDefinition);
// If a method definition has a method declaration, we must link them together
if (!ReferenceEquals(methodDefinition.Declaration, methodDefinition))
{
AddReference(methodDefinition.Declaration, methodDefinition);
}
}
/// <summary>
/// Analyse the method definition and store it in the correct lists (based on storage and stream usage)
/// </summary>
/// <param name="methodDefinition">the MethodDefinition</param>
/// <returns>the input method definition</returns>
public override Node Visit(MethodDefinition methodDefinition)
{
currentVisitedMethod = methodDefinition;
if (methodDefinition.Qualifiers.Contains(XenkoStorageQualifier.Abstract))
Error(XenkoMessageCode.ErrorUnnecessaryAbstract, methodDefinition.Span, methodDefinition, analyzedModuleMixin.MixinName);
var ret = base.Visit(methodDefinition);
PostMethodDeclarationVisit(methodDefinition);
return ret;
}
public virtual void Run(MethodDefinition methodEntry)
{
this.Visit((Node)methodEntry);
}
