private void StartServer(List <string> arguments) { if (WrongArgumentCount(arguments, 5)) { return; } _puppetMaster.StartServer(arguments[1], arguments[2], Int32.Parse(arguments[3]), Int32.Parse(arguments[4]), Int32.Parse(arguments[5])); /* * // Create delegate to remote method * PuppetMaster.RemoteAsyncStartServerDelegate RemoteDel = new PuppetMaster.RemoteAsyncStartServerDelegate(_puppetMaster.StartServer); * * // Create delegate to local callback * AsyncCallback RemoteCallback = new AsyncCallback(PuppetMaster.StartServerCallBack); * * // Call remote method * RemoteDel.BeginInvoke(arguments[1], arguments[2], Int32.Parse(arguments[3]), Int32.Parse(arguments[4]), Int32.Parse(arguments[5]), RemoteCallback, null); */ }
private static void HandleInput(TextReader input) { PuppetMaster puppetMaster = new PuppetMaster(); string line; while ((line = input.ReadLine()) != null) { string[] tokens = line.Split(' '); switch (tokens[0]) { case "exit": return; case "StartClient": if (tokens.Length - 1 == 5) { new Thread(() => puppetMaster.StartClient(tokens[1], tokens[2], tokens[3], Int32.Parse(tokens[4]), Int32.Parse(tokens[5]))).Start(); } else if (tokens.Length - 1 == 6) { new Thread(() => puppetMaster.StartClient(tokens[1], tokens[2], tokens[3], Int32.Parse(tokens[4]), Int32.Parse(tokens[5]), tokens[6])).Start(); } else { Console.WriteLine("Usage: StartClient [pid] [pcs_URL] [client_URL] [msec_per_round] [num_players] [filename=null]"); } break; case "StartServer": if (tokens.Length - 1 == 5) { new Thread(() => puppetMaster.StartServer(tokens[1], tokens[2], tokens[3], Int32.Parse(tokens[4]), Int32.Parse(tokens[5]))).Start(); } else { Console.WriteLine("Usage: StartServer [pid] [pcs_URL] [server_URL] [msec_per_round] [num_players]"); } break; case "GlobalStatus": if (tokens.Length - 1 == 0) { new Thread(() => puppetMaster.GlobalStatus()).Start(); } else { Console.WriteLine("Usage: GlobalStatus"); } break; case "Crash": if (tokens.Length - 1 == 1) { new Thread(() => puppetMaster.Crash(tokens[1])).Start(); } else { Console.WriteLine("Usage: Crash [pid]"); } break; case "Freeze": if (tokens.Length - 1 == 1) { new Thread(() => puppetMaster.Freeze(tokens[1])).Start(); } else { Console.WriteLine("Usage: Freeze [pid]"); } break; case "Unfreeze": if (tokens.Length - 1 == 1) { new Thread(() => puppetMaster.Unfreeze(tokens[1])).Start(); } else { Console.WriteLine("Usage: Unfreeze [pid]"); } break; case "InjectDelay": if (tokens.Length - 1 == 2) { new Thread(() => puppetMaster.InjectDelay(tokens[1], tokens[2])).Start(); } else { Console.WriteLine("Usage: InjectDelay [src_pid] [dst_pid]"); } break; case "LocalState": if (tokens.Length - 1 == 2) { new Thread(() => puppetMaster.LocalState(tokens[1], Int32.Parse(tokens[2]))).Start(); } else { Console.WriteLine("Usage: LocalState [pid] [round_id]"); } break; case "Wait": if (tokens.Length - 1 == 1) { puppetMaster.Wait(Int32.Parse(tokens[1])); } else { Console.WriteLine("Usage: Wait [ms]"); } break; default: Console.WriteLine("Invalid Command."); break; } } }