internal MethodEntityProcessor(MethodEntity methodEntity,
IDispatcher dispatcher, ICodeProvider codeProvider, IEntityDescriptor entityDescriptor = null,
bool verbose = false)
: base(methodEntity, entityDescriptor, dispatcher)
{
Contract.Assert(methodEntity != null);
this.MethodEntity = methodEntity;
this.EntityDescriptor = entityDescriptor==null?methodEntity.EntityDescriptor
:entityDescriptor;
this.Verbose = true; // verbose;
// It gets a code provider for the method.
if (codeProvider!=null || dispatcher is OrleansDispatcher)
{
this.codeProvider = codeProvider;
//this.codeProvider = ProjectGrainWrapper.CreateProjectGrainWrapperAsync(methodEntity.MethodDescriptor).Result;
//SetCodeProviderAsync(methodEntity.MethodDescriptor);
}
else
{
var pair = ProjectCodeProvider.GetProjectProviderAndSyntaxAsync(methodEntity.MethodDescriptor).Result;
if (pair != null)
{
this.codeProvider = pair.Item1;
}
}
// We use the codeProvider for Propagation and HandleCall and ReturnEvents (in the method DiffProp that uses IsAssignable)
// We can get rid of this by passing codeProvider as parameter in this 3 methods
this.MethodEntity.PropGraph.SetCodeProvider(this.codeProvider);
}
public MethodEntity ParseLibraryMethod()
{
if (this.RetVar != null)
{
this.StatementProcessor.RegisterNewExpressionAssignment(RetVar,
new TypeDescriptor(RetVar.Type,false));
}
var descriptor = new MethodEntityDescriptor(this.MethodDescriptor); //EntityFactory.Create(this.MethodDescriptor, this.Dispatcher);
var methodEntity = new MethodEntity(this.MethodDescriptor,
this.MethodInterfaceData,
this.PropGraph, descriptor,
this.InstantiatedTypes,
false);
return methodEntity;
}
/// <summary>
/// Copy the information regarding parameters and callers from one entity and other
/// The PropGraph of the old entity is used but copied
/// This is used when one method is updated to recompute the PropGraph using the original input values
/// </summary>
/// <param name="oldEntity"></param>
internal void CopyInterfaceDataAndCallers(MethodEntity entity)
{
Contract.Requires(this.ParameterNodes != null);
foreach (var parameter in this.ParameterNodes)
{
if (parameter != null)
{
this.PropGraph.Add(parameter, entity.PropGraph.GetTypes(parameter));
this.PropGraph.AddToWorkList(parameter);
}
}
if (this.ThisRef != null)
{
this.PropGraph.Add(this.ThisRef, entity.PropGraph.GetTypes(entity.ThisRef));
this.PropGraph.AddToWorkList(this.ThisRef);
}
foreach (var callersContext in entity.Callers)
{
this.AddToCallers(callersContext);
}
}
internal MethodEntityProcessor(MethodEntity methodEntity,
IDispatcher dispatcher, IEntityDescriptor entityDescriptor = null,
bool verbose = false)
: this(methodEntity, dispatcher, null, entityDescriptor, verbose)
{
}
