public void HandleClientFunctionCall(SyncIOConnectedClient client, RemoteCallRequest reqst)
{
lock (SyncLock)
{
var respPacket = new RemoteCallResponse(reqst.CallId, reqst.Name);
if (FunctionLookup.ContainsKey(reqst.Name))
{
var func = FunctionLookup[reqst.Name];
for (int i = 0; i < reqst.Args.Length; i++)
{
var argType = reqst.Args[i].GetType();
if (!BindableTypes.ContainsKey(argType) || !func.ValidParameter(i, BindableTypes[argType]))
{
respPacket.Response = FunctionResponseStatus.InvalidParameters;
client.Send(respPacket);
return;
}
}
func.Invoke(client, respPacket, reqst.Args);
}
else
{
respPacket.Response = FunctionResponseStatus.DoesNotExist;
}
client.Send(respPacket);
}
}
public void HandleClientFunctionCall(SecureSocketConnectedClient client, RemoteCallRequest request)
{
lock (_syncLock) {
RemoteCallResponse respPacket = new RemoteCallResponse(request.CallId, request.Name);
if (_functionLookup.ContainsKey(request.Name))
{
RemoteFunctionBind func = _functionLookup[request.Name];
if (request.Args.Select(t => t.GetType()).Where((argType, i) => !_bindableTypes.ContainsKey(argType) || !func.ValidParameter(i, _bindableTypes[argType])).Any())
{
respPacket.Response = RemoteFunctionStatus.InvalidParameters;
client.Send(respPacket);
return;
}
func.Invoke(client, respPacket, request.Args);
}
else
{
respPacket.Response = RemoteFunctionStatus.DoesNotExist;
}
client.Send(respPacket);
}
}