public AsyncWaitCallbackMethodExecutor(CodeActivityMetadata metadata, MethodInfo asyncMethod, Activity invokingActivity,
Type targetType, InArgument targetObject, Collection <Argument> parameters,
RuntimeArgument returnObject,
MruCache <MethodInfo, Func <object, object[], object> > funcCache,
ReaderWriterLockSlim locker)
: base(invokingActivity, targetType, targetObject, parameters, returnObject)
{
Fx.Assert(asyncMethod != null, "Must provide asyncMethod");
this.asyncMethod = asyncMethod;
this.asyncFunc = MethodCallExpressionHelper.GetFunc(metadata, asyncMethod, funcCache, locker);
}
public AsyncPatternMethodExecutor(CodeActivityMetadata metadata, MethodInfo beginMethod, MethodInfo endMethod,
Activity invokingActivity, Type targetType, InArgument targetObject,
Collection <Argument> parameters, RuntimeArgument returnObject,
MruCache <MethodInfo, Func <object, object[], object> > funcCache,
ReaderWriterLockSlim locker)
: base(invokingActivity, targetType, targetObject, parameters, returnObject)
{
Fx.Assert(beginMethod != null && endMethod != null, "Must provide beginMethod and endMethod");
this.beginMethod = beginMethod;
this.endMethod = endMethod;
this.beginFunc = MethodCallExpressionHelper.GetFunc(metadata, beginMethod, funcCache, locker);
this.endFunc = MethodCallExpressionHelper.GetFunc(metadata, endMethod, funcCache, locker);
}
public bool IsTheSame(MethodInfo newMethodInfo)
{
return(!MethodCallExpressionHelper.NeedRetrieve(newMethodInfo, this.asyncMethod, this.asyncFunc));
}
public bool IsTheSame(MethodInfo newBeginMethod, MethodInfo newEndMethod)
{
return(!(MethodCallExpressionHelper.NeedRetrieve(newBeginMethod, this.beginMethod, this.beginFunc) ||
MethodCallExpressionHelper.NeedRetrieve(newEndMethod, this.endMethod, this.endFunc)));
}
public bool IsTheSame(MethodInfo newMethod)
{
return(!MethodCallExpressionHelper.NeedRetrieve(newMethod, _syncMethod, _func));
}
