IOperationAsync CreateOperationCore(IMethod method)
{
var output = method.OutputMembers.Single();
if (IsTask(output))
{
return new AsyncMethod(method, _binderLocator)
{
Resolver = _resolver
}
}
;
if (IsTaskOfT(output))
{
return((IOperationAsync)Activator.CreateInstance(
typeof(AsyncMethod <>)
.MakeGenericType(output.StaticType.GenericTypeArguments),
method, _binderLocator, _resolver));
}
var syncMethod = new SyncMethod(method, _binderLocator)
{
Resolver = _resolver
};
return(syncMethod.Intercept(_syncInterceptorProvider).AsAsync());
}
static SyncOperationDescriptor CreateSyncDescriptor(
IType targetType,
IMethod method,
Func <IOperation, IEnumerable <IOperationInterceptor> > syncInterceptorProvider,
IObjectBinderLocator binderLocator,
IDependencyResolver resolver,
Func <IEnumerable <IOperationInterceptorAsync> > systemInterceptors)
{
var attribCache = new Dictionary <Type, object[]>(3)
{
[typeof(IOperationInterceptor)] = WarmUpAttribCache <IOperationInterceptor>(method.Owner, method),
[typeof(IOperationInterceptorProvider)] =
WarmUpAttribCache <IOperationInterceptorProvider>(method.Owner, method),
[typeof(HttpOperationAttribute)] = WarmUpAttribCache <HttpOperationAttribute>(method)
};
IOperationAsync factory()
{
var syncMethod = new SyncMethod(targetType, method, binderLocator, resolver, attribCache);
return(syncMethod.Intercept(syncInterceptorProvider).AsAsync().Intercept(systemInterceptors()));
}
return(new SyncOperationDescriptor(method, factory));
}
static SyncOperationDescriptor CreateSyncDescriptor(IMethod method,
Func <IOperation, IEnumerable <IOperationInterceptor> > syncInterceptorProvider,
IObjectBinderLocator binderLocator,
IDependencyResolver resolver,
IEnumerable <IOperationInterceptorAsync> systemInterceptors)
{
return(new SyncOperationDescriptor(method, () =>
{
var syncMethod = new SyncMethod(method, binderLocator, resolver);
return syncMethod.Intercept(syncInterceptorProvider).AsAsync().Intercept(systemInterceptors);
}));
}