private static Task <TReturnType> InternalCallMethod <TReturnType>(MethodBase methodBase, Type[] genericParameters, object[] args, bool isAsync)
{
MethodInfo method = (MethodInfo)methodBase;
if (genericParameters == null)
{
genericParameters = new Type[0];
}
if (args == null)
{
args = new object[0];
}
#region Invokation
MethodProxy methodProxy = new MethodProxy();
var iface = methodBase.DeclaringType.GetInterfaces().FirstOrDefault(p => p.GetCustomAttribute <ProxyInterfaceAttribute>() != null);
if (iface == null)
{
//First exception chance. We are maybe in an Async task context. Trying to retrieve base method
MethodBase noAsyncMethodBase = GetRealMethodBaseFromAsyncMethod(methodBase);
if (noAsyncMethodBase != null)
{
//Replacing local references by the found one
methodBase = noAsyncMethodBase;
method = (MethodInfo)methodBase;
iface = methodBase.DeclaringType.GetInterfaces().FirstOrDefault(p => p.GetCustomAttribute <ProxyInterfaceAttribute>() != null);
}
}
if (iface == null)
{
throw new ArgumentException("Unable to find the method to call on the interface. Be sure to add the [ProxyInterface] attribute on top of your interface definition. If using MethodBase.GetCurrentMethod(), check that your calling method is not marked as 'async', as it may hide the real method definition.");
}
//As we are using a DispatchProxy, the targetMethod should be the interface MethodInfo (and not a class MethodInfo)
int index = MethodProxyHelper.GetInterfaceMethodIndex(methodBase.DeclaringType, method, iface);
if (index == -1)
{
return(Task.FromResult(default(TReturnType)));
}
//Only used with UWP that does not support GetInterfaceMap calls with .NET Native toolchain
//Other implementation will call the method according to the method index
methodProxy.MethodName = method.Name;
methodProxy.MethodIndex = index;
methodProxy.GenericTypes = genericParameters.Select(p => new TypeProxy(p)).ToArray();
//On this case, the DeclaringType should be the Interface type
methodProxy.InterfaceType = new TypeProxy(iface);
methodProxy.ReturnType = new TypeProxy(typeof(TReturnType));
//NOTE: We must flag if the current Task is Async or not, as explicit Async method must wrap the result out on a Task.FromResult.
//This way, the Receive dispatcher know that it must Serialize the Task result, and not the Task object itself
methodProxy.AsyncTask = isAsync;
//We will let the serializer do the thing for RunTime values
methodProxy.Parameters = args;
Task <TReturnType> task = Task.FromResult(default(TReturnType));
//TODO: Should refactorate in order to avoid copy/past for this switch
switch (ContextHelper.GetExecutingContext())
{
case Models.ExecutingContext.Blazor:
task = CreateTaskDispatcher <TReturnType>(methodProxy);
BlazorToXamarinDispatcher.Send(methodProxy);
break;
case Models.ExecutingContext.ElectronNET:
task = CreateTaskDispatcher <TReturnType>(methodProxy);
BlazorToElectronNETDispatcher.Send(methodProxy);
break;
}
return(task);
#endregion
}
private static Task <TReturnType> InternalCallMethod <TReturnType>(MethodBase methodBase, Type[] genericParameters, object[] args, bool isAsync)
{
MethodInfo method = (MethodInfo)methodBase;
if (genericParameters == null)
{
genericParameters = new Type[0];
}
if (args == null)
{
args = new object[0];
}
#region Invokation
MethodProxy methodProxy = new MethodProxy();
var iface = methodBase.DeclaringType.GetInterfaces().FirstOrDefault(p => p.GetCustomAttribute <ProxyInterfaceAttribute>() != null);
if (iface == null)
{
throw new ArgumentException("Given class method does not contain any possible ProxyInterface. Be sure to add [ProxyInterface] attribute on top of your interface definition");
}
//As we are using a DispatchProxy, the targetMethod should be the interface MethodInfo (and not a class MethodInfo)
int index = MethodProxyHelper.GetInterfaceMethodIndex(methodBase.DeclaringType, method, iface);
if (index == -1)
{
return(Task.FromResult(default(TReturnType)));
}
methodProxy.MethodIndex = index;
methodProxy.GenericTypes = genericParameters.Select(p => new TypeProxy(p)).ToArray();
//On this case, the DeclaringType should be the Interface type
methodProxy.InterfaceType = new TypeProxy(iface);
methodProxy.ReturnType = new TypeProxy(typeof(TReturnType));
//NOTE: We must flag if the current Task is Async or not, as explicit Async method must wrap the result out on a Task.FromResult.
//This way, the Receive dispatcher know that it must Serialize the Task result, and not the Task object itself
methodProxy.AsyncTask = isAsync;
//We will let the serializer do the thing for RunTime values
methodProxy.Parameters = args;
switch (ContextHelper.GetExecutingContext())
{
case Models.ExecutingContext.Blazor:
int taskId = 0;
var task = CreateTaskDispatcher <TReturnType>(out taskId);
methodProxy.TaskIdentity = taskId;
BlazorToXamarinDispatcher.Send(methodProxy);
return(task);
default:
return(Task.FromResult(default(TReturnType)));
}
#endregion
}