static void Main(string[] args)
{
try
{
var limitX = InputParams.Position("Set limit to cartesian point from X axis: ");
var limitY = InputParams.Position("Set limit to cartesian point from Y axis: ");
var spaceProbePositioner = new SpaceProbePositioner(limitX, limitY);
while (true)
{
var positionX = InputParams.Position("Set cartesian point from X axis: ");
var positionY = InputParams.Position("Set cartesian point from Y axis: ");
var direction = InputParams.Direction("Set direction in plateau (N S E W): ");
var moviments = InputParams.Moviments("Set sequence of moviments. Ex: L M L M L M L M M: ");
var spaceProbe = new SpaceProbe()
{
Direction = direction,
PositionX = positionX,
PositionY = positionY
};
spaceProbePositioner.MoveSpaceProbe(spaceProbe, MovimentsFactory.SetMoviments(moviments, spaceProbePositioner));
Console.WriteLine(spaceProbe.ToString());
Console.WriteLine();
}
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
Console.ReadKey();
}
public void TestTurnLeftWithRedirector(SpaceProbe spaceProbe, SpaceProbe expected)
{
var leftRedirector = new LeftRedirectorAgent();
leftRedirector.Move(spaceProbe);
Assert.Equal(expected.Direction.Current, spaceProbe.Direction.Current);
}
public void TestMoveToFrontAfterTurnRight(SpaceProbe spaceProbe, SpaceProbe expected)
{
spaceProbe.TurnRight();
spaceProbe.Moving();
Assert.Equal(expected.Direction.Current, spaceProbe.Direction.Current);
Assert.Equal(expected.PositionX, spaceProbe.PositionX);
Assert.Equal(expected.PositionY, spaceProbe.PositionY);
}
public void TurnRight(CardinalDirections initial, CardinalDirections expected)
{
var spaceProbe = new SpaceProbe();
spaceProbe.Direction = initial;
spaceProbe.RightRotation();
Assert.Equal(expected, spaceProbe.Direction);
}
public void LandOnInvalidPosition(int width, int height, CardinalDirections direction)
{
var marsPlateau = new MarsPlateau();
var spaceProbe = new SpaceProbe();
marsPlateau.SetSize(1, 1);
spaceProbe.Land(marsPlateau, new Position(width, height), direction);
Assert.Null(spaceProbe.Position);
}
public void LandOnValidPosition(int width, int height, CardinalDirections direction)
{
var marsPlateau = new MarsPlateau();
var spaceProbe = new SpaceProbe();
marsPlateau.SetSize(10, 10);
spaceProbe.Land(marsPlateau, new Position(width, height), direction);
Assert.Equal(spaceProbe.Position.XAxis, width);
Assert.Equal(spaceProbe.Position.YAxis, height);
}
public void TestCreateMoviments(string moviments, SpaceProbe spaceProbe, SpaceProbe expected)
{
var limitX = 5;
var limitY = 5;
var spaceProbePositioner = new SpaceProbePositioner(limitX, limitY);
spaceProbePositioner.MoveSpaceProbe(spaceProbe, MovimentsFactory.SetMoviments(moviments, spaceProbePositioner));
Assert.Equal(expected.PositionX, spaceProbe.PositionX);
Assert.Equal(expected.PositionY, spaceProbe.PositionY);
Assert.Equal(expected.Direction.Current, spaceProbe.Direction.Current);
}
public void PrepareTest(int limitX, int limitY, Direction direction)
{
var spaceProbePositioner = new SpaceProbePositioner(limitX, limitY);
var spaceProbe = new SpaceProbe()
{
Direction = direction,
PositionX = limitX,
PositionY = limitY
};
var motionAgent = new MovimentAgent(spaceProbePositioner);
spaceProbePositioner.MoveSpaceProbe(spaceProbe, motionAgent);
}
public void MoveForward(CardinalDirections direction, int expectedXAxis, int expectedYAxis)
{
var spaceProbe = new SpaceProbe();
spaceProbe.Position = new Position(2, 2);
spaceProbe.Direction = direction;
var marsPlateau = new MarsPlateau();
marsPlateau.SetSize(3, 3);
spaceProbe.PlateauLanded = marsPlateau;
spaceProbe.MoveForward();
Assert.Equal(spaceProbe.Position.XAxis, expectedXAxis);
Assert.Equal(spaceProbe.Position.YAxis, expectedYAxis);
}
public static void Main(string[] args)
{
var marsPlateau = new MarsPlateau();
List <SpaceProbe> probeList = new List <SpaceProbe>();
var probe = new SpaceProbe();
var consoleRead = "initial";
while (true)
{
consoleRead = Console.ReadLine();
if (!string.IsNullOrEmpty(consoleRead))
{
var command = new CommandParser(consoleRead);
if (command.CommandType == Core.Auxiliar.CommandType.CreatePlateau)
{
marsPlateau.SetSize(command.Size.Height, command.Size.Width);
}
else if (command.CommandType == Core.Auxiliar.CommandType.Land)
{
probe = new SpaceProbe();
probeList.Add(probe);
probe.Land(marsPlateau, command.Position, command.Direction);
}
else if (command.CommandType == Core.Auxiliar.CommandType.Move)
{
probe.Move(command.Movements);
}
}
else
{
foreach (var item in probeList)
{
Console.WriteLine(item.Location());
}
}
}
}
public void TestTurnToRight(SpaceProbe spaceProbe, SpaceProbe expected)
{
spaceProbe.TurnRight();
Assert.Equal(expected.Direction.Current, spaceProbe.Direction.Current);
}
public void Move(SpaceProbe spaceProbe) => spaceProbe.TurnRight();
public abstract int Step(SpaceProbe spaceProbe);
public abstract bool IsPossibleMove(SpaceProbe spaceProbe, SpaceProbePositioner spaceProbePositioner);
public void TestMoveToFrontInCurrentDirection(SpaceProbe spaceProbe, SpaceProbe expected)
{
spaceProbe.Moving();
Assert.Equal(expected.PositionX, spaceProbe.PositionX);
Assert.Equal(expected.PositionY, spaceProbe.PositionY);
}
public override bool IsPossibleMove(SpaceProbe spaceProbe, SpaceProbePositioner spaceProbePositioner) => spaceProbe.PositionX > 0;
public void MoveSpaceProbe(SpaceProbe spaceProbe, IMovimentAgent motionAgent) => motionAgent.Move(spaceProbe);
public override int Step(SpaceProbe spaceProbe) => spaceProbe.PositionX--;
public void Move(SpaceProbe spaceProbe) => spaceProbe.TurnLeft();
