//[TestMethod]
public void KeepAliveFromGameMasterDoesNotInteractWithNormalMessages()
{
CommunicationServer.Connection server = new CommunicationServer.Connection(8004);
server.StartServer();
GameMaster.Connection gameMaster = new GameMaster.Connection(IPADDRESS, PORT + 4, parameters);
gameMaster.Connect();
Thread.Sleep(1500);
var gameMessage = new Xsd2.RegisterGame(new Xsd2.GameInfo()
{
gameName = gameName, redTeamPlayers = 1, blueTeamPlayers = 1
});
var xmlSerializer = new XmlSerializer(typeof(Xsd2.RegisterGame));
using (var writer = new StringWriter())
{
xmlSerializer.Serialize(writer, gameMessage);
gameMaster.SendMessage(writer.ToString());
}
Thread.Sleep(SLEEPTIME);
// Checks if IsGameMaster property is set to true
Assert.AreEqual(true, server.Receivers[0].IsGameMaster);
gameMaster.Disconnect();
server.StopServer();
Task.WaitAll();
}
//[TestMethod]
// TO FIX
public void GameMasterDoesntStartGame()
{
CommunicationServer.Connection serv = new CommunicationServer.Connection(8004);
serv.StartServer();
GameMaster.Connection gameMaster = new GameMaster.Connection(IPADDRESS, PORT + 4, parameters);
gameMaster.Connect();
Thread.Sleep(SLEEPTIME);
// Checks if IsGameMaster property is set to false
Assert.AreEqual(false, serv.Receivers[0].IsGameMaster);
var gameMessage = new Xsd2.RegisterGame();
var xmlSerializer = new XmlSerializer(typeof(Xsd2.RegisterGame));
using (var writer = new StringWriter())
{
xmlSerializer.Serialize(writer, gameMessage);
gameMaster.SendMessage(writer.ToString());
}
Thread.Sleep(SLEEPTIME);
// Checks if IsGameMaster property is set to true
Assert.AreEqual(true, serv.Receivers[0].IsGameMaster);
gameMaster.Disconnect();
serv.StopServer();
Task.WaitAll();
}
public void CommunicationServerReceivesKeepAliveMessageFromGameMaster()
{
CommunicationServer.Connection server = new CommunicationServer.Connection(8004);
server.StartServer();
GameMaster.Connection gameMaster = new GameMaster.Connection(IPADDRESS, PORT + 4, parameters);
gameMaster.Connect();
Thread.Sleep(4 * SLEEPTIME);
Assert.AreEqual(1, server.Receivers.Count);
gameMaster.Disconnect();
server.StopServer();
Task.WaitAll();
}
public void ChecksIfGameMasterCanConnectToCommunicationServer()
{
CommunicationServer.Connection serv = new CommunicationServer.Connection(PORT);
serv.StartServer();
GameMaster.Connection gameMaster = new GameMaster.Connection(IPADDRESS, PORT, parameters);
gameMaster.Connect();
Thread.Sleep(SLEEPTIME);
// Checking if gamemaster connected
Assert.AreEqual(1, serv.Receivers.Count);
gameMaster.Disconnect();
Thread.Sleep(SLEEPTIME);
serv.StopServer();
Thread.Sleep(SLEEPTIME);
Task.WaitAll();
}
public void ChecksIfPlayerAndGameMasterCanConnectToCommunicationServer()
{
CommunicationServer.Connection serv = new CommunicationServer.Connection(PORT + 1);
serv.StartServer();
GameMaster.Connection gameMaster = new GameMaster.Connection(IPADDRESS, PORT + 1, parameters);
gameMaster.Connect();
var gameMessage = new Xsd2.RegisterGame(new Xsd2.GameInfo()
{
redTeamPlayers = 1, blueTeamPlayers = 1, gameName = gameName
});
var xmlSerializer = new XmlSerializer(typeof(Xsd2.RegisterGame));
using (var writer = new StringWriter())
{
xmlSerializer.Serialize(writer, gameMessage);
gameMaster.SendMessage(writer.ToString());
}
var player = FakeItEasy.A.Fake <Player.Connection>(o => o.WithArgumentsForConstructor(
new object[] { "127.0.0.1", 8001, gameName, playerParameters, new object() }));
player.Connect();
Thread.Sleep(SLEEPTIME);
int gmCount = 0;
foreach (var reciever in serv.Receivers)
{
if (reciever.IsGameMaster)
{
gmCount++;
}
}
// Checking if there is only one gamemaster
Assert.AreEqual(1, gmCount);
// Checking if gamemaster and player properly connected
Assert.AreEqual(2, serv.Receivers.Count);
player.Disconnect();
Thread.Sleep(SLEEPTIME);
gameMaster.Disconnect();
Thread.Sleep(SLEEPTIME);
serv.StopServer();
Thread.Sleep(SLEEPTIME);
Task.WaitAll();
}
