private void RiskSimulator_Click(object sender, System.EventArgs e)
{
mainPane.Controls.Clear();
SimulatorWindow sw = new SimulatorWindow(mc);
mainPane.Controls.Add(sw);
}
private void TryLogin(object parameter)
{
//Sends the info to the server and tries a login
PasswordBox psbox = (PasswordBox)parameter;
Password = psbox.Password;
if (ValidateFields())
{
UserLogin userLogin = new UserLogin(Username, Password);
Tuple <object, HttpStatusCode> returnTuple = httpClient.PostRequest(ApiConfigs.LoginRoute, userLogin);
switch (returnTuple.Item2)
{
case HttpStatusCode.OK:
JObject jobj = (JObject)returnTuple.Item1;
User loggedIn = jobj.ToObject <User>();
UpdateSessionOnUserLogin(loggedIn);
CheckAndSendExceptions();
logger.Print($"Welcome Back {loggedIn.Username}!");
SimulatorWindow simulatorWindow = new SimulatorWindow(loggedIn);
simulatorWindow.Show();
CloseThisWindow();
break;
case HttpStatusCode.Conflict:
logger.Print("Username or password are unvalid.");
break;
default:
logger.Print($"{returnTuple.Item2.ToString()} Error.");
break;
}
}
}
public void SetSelectedTrackBlockTest1()
{
SimulatorWindow target = new SimulatorWindow(); // TODO: Initialize to an appropriate value
TrackBlock block = null; // TODO: Initialize to an appropriate value
target.SetSelectedTrackBlock(block);
Assert.Inconclusive("A method that does not return a value cannot be verified.");
}
private void StartSimulation()
{
var simulator = new SimulatorWindow();
simulator.Show(new GameConfiguration
{
BotPathList = BotInformations.Select(b => b.Path).ToList(),
BotsPerTeam = int.Parse(Configuration.BotsPerTeam),
GameType = int.Parse(Configuration.GameType),
MapPath = Configuration.MapPath,
NumberOfTurns = int.Parse(Configuration.NumberOfTurns),
Speed = int.Parse(Configuration.Interval)
});
}
private void Start(object parameter)
{
List <Frame> frames = new List <Frame>();
for (int i = 0; i < PacketSizeViewModel.GetSize(); i++)
{
frames.Add(DataGenerator.GenerateFrame(FrameSizeViewModel.GetSize(),
FrameChecksumViewModel.SelectedChecksumType, FrameChecksumViewModel.GetChecksumSize()));
}
Packet packet = DataGenerator.GeneratePacket(frames,
PacketChecksumViewModel.SelectedChecksumType, PacketChecksumViewModel.GetChecksumSize());
ErrorNumbers errorNumbers = new ErrorNumbers
{
SizeType = ErrorsSizeViewModel.SizeType,
FixedSize = ErrorsSizeViewModel.FixedSize,
RandomEnd = ErrorsSizeViewModel.RandomEnd,
RandomStart = ErrorsSizeViewModel.RandomStart
};
SimulatorOptions options = new SimulatorOptions
{
Packet = packet,
DurationModel = DurationViewModel,
ErrorGenerator = ErrorGeneratorFactory.Create(ErrorsViewModel.ErrorPositionType, errorNumbers),
FaultyFramesNumber = ErrorsViewModel.LimitFaultyFrames ? ErrorsViewModel.FrameNumber : 0,
FrameChecksumType = FrameChecksumViewModel.SelectedChecksumType,
PacketChecksumType = PacketChecksumViewModel.SelectedChecksumType
};
Simulator simulator = new Simulator(options);
SimulatorWindow simulatorWindow = new SimulatorWindow(simulator);
simulatorWindow.ShowDialog();
}
public void SimulatorWindowConstructorTest()
{
SimulatorWindow target = new SimulatorWindow();
Assert.Inconclusive("TODO: Implement code to verify target");
}
private void StartSimulation()
{
var simulator = new SimulatorWindow();
simulator.Show(new GameConfiguration
{
BotPathList = BotInformations.Select(b => b.Path).ToList(),
BotsPerTeam = int.Parse(Configuration.BotsPerTeam),
GameType = int.Parse(Configuration.GameType),
MapPath = Configuration.MapPath,
NumberOfTurns = int.Parse(Configuration.NumberOfTurns),
Speed = int.Parse(Configuration.Interval)
});
}
