protected object Invoke(object[] arguments)
{
var queuedArgSpecs = _argSpecificationDequeue.DequeueAllArgumentSpecificationsForMethod(MethodToInvoke);
var call = _callFactory.Create(MethodToInvoke, arguments, this, queuedArgSpecs, _parameterInfos);
var result = CallRouter.Route(call);
return(EnsureResultCompatibleWithReturnType(result));
}
public virtual ICall Map(IInvocation castleInvocation)
{
Func <object>?baseMethod = null;
if (castleInvocation.InvocationTarget != null &&
castleInvocation.MethodInvocationTarget.IsVirtual &&
!castleInvocation.MethodInvocationTarget.IsAbstract &&
!castleInvocation.MethodInvocationTarget.IsFinal)
{
baseMethod = CreateBaseResultInvocation(castleInvocation);
}
var queuedArgSpecifications = _argSpecificationDequeue.DequeueAllArgumentSpecificationsForMethod(castleInvocation.Arguments.Length);
return(_callFactory.Create(castleInvocation.Method, castleInvocation.Arguments, castleInvocation.Proxy, queuedArgSpecifications, baseMethod));
}
public virtual ICall Map(IInvocation castleInvocation)
{
Func <object> baseMethod = null;
if (castleInvocation.InvocationTarget != null &&
castleInvocation.MethodInvocationTarget.IsVirtual &&
!castleInvocation.MethodInvocationTarget.IsAbstract &&
!castleInvocation.MethodInvocationTarget.IsFinal)
{
Func <object> baseResult = () => { castleInvocation.Proceed(); return(castleInvocation.ReturnValue); };
var result = new Lazy <object>(baseResult);
baseMethod = () => result.Value;
}
var queuedArgSpecifications = _argSpecificationDequeue.DequeueAllArgumentSpecificationsForMethod(castleInvocation.Method);
return(_callFactory.Create(castleInvocation.Method, castleInvocation.Arguments, castleInvocation.Proxy, queuedArgSpecifications, baseMethod));
}