public void NotSee_WhenLineOfSight_IsOutsideMapBounds()
{
// Arrange
var Matrix = new Map(1, 3).Matrix;
var mockWall = new Mock <ITile>();
var mockAir = new Mock <ITile>();
mockWall.SetupGet(w => w.BlocksSight).Returns(true);
mockAir.SetupGet(w => w.BlocksSight).Returns(false);
Matrix[0][0].Tile = mockAir.Object;
Matrix[0][0].Tile = mockAir.Object;
Matrix[0][2].Tile = mockAir.Object;
var mockMap = new Mock <Map>();
var map = mockMap.Object;
map.Matrix = Matrix;
var unit = new MockUnit(Matrix[0][0], mockMap.Object);
// these Coordinates could be mocked
var lineOfSightOutOfBounds =
new List <ICoordinates> {
new Coordinates(0, 0), new Coordinates(0, 1), new Coordinates(0, 2), new Coordinates(0, 3)
};
// TODO: Refracto can see function to be independent of unit, pass 2 coordinates and a map rather than depending on the unit
// Act
Assert.IsFalse(unit.CanSee(lineOfSightOutOfBounds));
}
public void NotSeeWhen_LineOfSight_IsBroken()
{
// Arrange
// TODO: do the matrix creaion here without relying on map constuctor
// Altho it brakes the isolation map used because its initialise method creates
// AND MAPS!! postion x,y leaving us only to fill them with tiles
// Creates a map off 3 tiles and puts a wall in the middle
var Matrix = new Map(1, 3).Matrix;
var mockWall = new Mock <ITile>();
var mockAir = new Mock <ITile>();
mockWall.SetupGet(w => w.BlocksSight).Returns(true);
mockAir.SetupGet(w => w.BlocksSight).Returns(false);
Matrix[0][1].Tile = mockWall.Object;
Matrix[0][0].Tile = mockAir.Object;
Matrix[0][2].Tile = mockAir.Object;
var mockMap = new Mock <Map>();
var map = mockMap.Object;
map.Matrix = Matrix;
var unit = new MockUnit(Matrix[0][0], mockMap.Object);
// These Coordinates could be mocked
var lineOfSight =
new List <ICoordinates> {
new Coordinates(0, 0), new Coordinates(0, 1), new Coordinates(0, 2)
};
// TODO Refracto can see function to be independent of unit, pass 2 coordinates and a map rather than depending on the unit or added as utility method in Map
// Act
Assert.IsFalse(unit.CanSee(lineOfSight));
}