public void should_have_correct_positions()
{
var expected = new[]
{
Position.From(1, 3, CardinalCompassPoint.North()),
Position.From(5, 1, CardinalCompassPoint.East())
};
Assert.That(_finalRobotPositions, Is.EqualTo(expected));
}
public Arena Parse(string[] input)
{
Input = input;
return(Arena.From(GridSize.From(5, 5),
new[]
{
Robot.From(Position.From(0, 0, CardinalCompassPoint.North()),
Route.From(new[]
{
RouteStep.RotateRight90Degrees(),
RouteStep.MoveOneGridSpace(),
RouteStep.RotateLeft90Degrees()
}))
}
));
}
public void should_have_correct_gridsize_and_robots()
{
var expected = Arena.From
(GridSize.From(5, 6),
new[]
{
Robot.From
(Position.From(0, 1, CardinalCompassPoint.North()),
Route.From(new[]
{
RouteStep.RotateRight90Degrees(),
RouteStep.MoveOneGridSpace(),
RouteStep.RotateLeft90Degrees(),
RouteStep.MoveOneGridSpace(),
RouteStep.RotateRight90Degrees(),
RouteStep.MoveOneGridSpace(),
RouteStep.RotateLeft90Degrees(),
RouteStep.MoveOneGridSpace()
}))
});
Assert.That(_arena, Is.EqualTo(expected));
}
public void should_have_correct_coordinates_and_cardinalcompasspoint()
{
var expected = Position.From(5, 6, CardinalCompassPoint.North());
Assert.That(_position, Is.EqualTo(expected));
}
public CardinalCompassPoint Resolve(char input)
{
return(input == 'N' ? CardinalCompassPoint.North() : null);
}