public void GetOutputTest()
{
var roverCommand = new RoverCommand();
var res = roverCommand.GetOutput();
Assert.Equal("output was written to the console", res);
}
private static void Execute(Rover rover, ModifyRoversPosition modifyRoversPosition, string commands)
{
try
{
foreach (char item in commands)
{
string actionString = item.ToString();
RoverAction roverAction = RoverAction.N;
Enum.TryParse <RoverAction>(actionString, true, out roverAction);
ICommand roverCommand = new RoverCommand(rover, Creator.GetAction(roverAction));
modifyRoversPosition.SetCommand(roverCommand);
modifyRoversPosition.Invoke();
}
}
catch (MovementException mEx)
{
Console.WriteLine(ExceptionHelper.GetExceptionMessage(mEx));
}
catch (Exception ex)
{
Console.WriteLine(ExceptionHelper.GetExceptionMessage(ex));
}
}
public void DirectionsTest()
{
var roverCommand = new RoverCommand();
var res = roverCommand.Directions("N");
Assert.Equal(Direction.N, res);
}
private ICommandProcessor CreateCommandProcessor(RoverCommand command)
{
return(command switch
{
RoverCommand.Move => new MoveForwardCommandProcess(),
RoverCommand.Left => new RotateLeftCommandProcess(),
RoverCommand.Right => new RotateRightCommandProcess(),
_ => throw new MarsRoversValidationException("ProcessCommand", $"Invalid rover command {command}")
});
public void GetPositionsRoverTest()
{
using (var sr = new StringReader("1 2 N" + Environment.NewLine + "LMLMLMLMM"))
{
Console.SetIn(sr);
var roverCommand = new RoverCommand();
var res = roverCommand.GetPositionsRover();
Assert.True(res);
}
}
public void GetPlateauTest()
{
using (var sr = new StringReader("5 5"))
{
Console.SetIn(sr);
var roverCommand = new RoverCommand();
var res = roverCommand.GetPlateau();
Assert.True(res);
}
}
public void Command_Does_Exceeding_The_Limit_Of_Location_Should_Throw_Invalid_Operation_Exception(int locationWidth, int locationHeight, int startX, int startY, Direction direction, string command)
{
var roverCommand = new RoverCommand(command);
var rover = new Rover();
rover.Initialize(new Location(locationWidth, locationHeight), new Coordinate {
X = startX, Y = startY
}, direction);
roverCommand.SetReceiver(rover);
Assert.Throws <InvalidOperationException>(() => roverCommand.Execute(), "Rover Can not exceed the given location");
}
public void ExecuteCommand(RoverCommand command)
{
switch (command)
{
case RoverCommand.Move: Move(); break;
case RoverCommand.RotateLeft: Rotate(false); break;
case RoverCommand.RotateRight: Rotate(true); break;
}
}
public void GetMoveListTest()
{
List <string> moveList = new List <string>();
moveList.Add("L");
moveList.Add("M");
moveList.Add("L");
moveList.Add("M");
moveList.Add("L");
moveList.Add("M");
moveList.Add("L");
moveList.Add("M");
moveList.Add("M");
var roverCommand = new RoverCommand();
IRover rover = new Rover();
rover.Position.coordinates.X = 1;
rover.Position.coordinates.Y = 2;
rover.Position.direction = Direction.N;
var res = roverCommand.GetMoveList("LMLMLMLMM", rover);
Assert.Equal(moveList, res);
}
public Position ProcessCommand(RoverCommand command, Position position)
{
var processor = CreateCommandProcessor(command);
return(processor.ProcessCommand(position));
}
public MarsRoberFixture()
{
Map.MaxXCoordinate = 5;
Map.MaxYCoordinate = 5;
_roberCommand = new RoverCommand();
}
public RoberCommandFixture()
{
Map.MaxXCoordinate = 5;
Map.MaxYCoordinate = 5;
_command = new RoverCommand();
}