public void CanRotateFrontFaceClockwise()
{
var cube = new ThreeByThreeCube();
cube.RotateClockwise(cube.FrontFace);
// Assert reletive front face sides are in the correct configuration.
Assert.Equal(new CubeRow(Color.Red, 3), cube.TopFace.BottomRow, new CubeRowEqualityComparer());
Assert.Equal(new CubeRow(Color.White, 3), cube.RightFace.LeftRow, new CubeRowEqualityComparer());
Assert.Equal(new CubeRow(Color.Yellow, 3), cube.LeftFace.RightRow, new CubeRowEqualityComparer());
Assert.Equal(new CubeRow(Color.Orange, 3), cube.BottomFace.TopRow, new CubeRowEqualityComparer());
// Assert reletive backside of cube is untouched.
Assert.Equal(new CubeRow(Color.Yellow, 3), cube.BottomFace.BottomRow, new CubeRowEqualityComparer());
Assert.Equal(new CubeRow(Color.Orange, 3), cube.RightFace.RightRow, new CubeRowEqualityComparer());
Assert.Equal(new CubeRow(Color.Red, 3), cube.LeftFace.LeftRow, new CubeRowEqualityComparer());
Assert.Equal(new CubeRow(Color.White, 3), cube.TopFace.TopRow, new CubeRowEqualityComparer());
// Side configurations are correct.
//left
Assert.Equal(new CubeRow(new List <Facelet>()
{
new Facelet(Color.Red), new Facelet(Color.Red), new Facelet(Color.Yellow)
}), cube.LeftFace.TopRow, new CubeRowEqualityComparer());
Assert.Equal(new CubeRow(new List <Facelet>()
{
new Facelet(Color.Red), new Facelet(Color.Red), new Facelet(Color.Yellow)
}), cube.LeftFace.BottomRow, new CubeRowEqualityComparer());
//right
Assert.Equal(new CubeRow(new List <Facelet>()
{
new Facelet(Color.White), new Facelet(Color.Orange), new Facelet(Color.Orange)
}), cube.RightFace.TopRow, new CubeRowEqualityComparer());
Assert.Equal(new CubeRow(new List <Facelet>()
{
new Facelet(Color.White), new Facelet(Color.Orange), new Facelet(Color.Orange)
}), cube.RightFace.BottomRow, new CubeRowEqualityComparer());
//top
Assert.Equal(new CubeRow(new List <Facelet>()
{
new Facelet(Color.White), new Facelet(Color.White), new Facelet(Color.Red)
}), cube.TopFace.LeftRow, new CubeRowEqualityComparer());
Assert.Equal(new CubeRow(new List <Facelet>()
{
new Facelet(Color.White), new Facelet(Color.White), new Facelet(Color.Red)
}), cube.TopFace.RightRow, new CubeRowEqualityComparer());
//bottom
Assert.Equal(new CubeRow(new List <Facelet>()
{
new Facelet(Color.Orange), new Facelet(Color.Yellow), new Facelet(Color.Yellow)
}), cube.BottomFace.LeftRow, new CubeRowEqualityComparer());
Assert.Equal(new CubeRow(new List <Facelet>()
{
new Facelet(Color.Orange), new Facelet(Color.Yellow), new Facelet(Color.Yellow)
}), cube.BottomFace.RightRow, new CubeRowEqualityComparer());
}
public void CanRotateReletiveCubeFaces()
{
var cube = new ThreeByThreeCube();
cube.RotateClockwise(cube.FrontFace);
cube.RotateCounterClockwise(cube.FrontFace);
Assert.True(cube.IsSolved);
cube.RotateClockwise(cube.BackFace);
cube.RotateCounterClockwise(cube.BackFace);
Assert.True(cube.IsSolved);
cube.RotateClockwise(cube.LeftFace);
cube.RotateCounterClockwise(cube.LeftFace);
Assert.True(cube.IsSolved);
cube.RotateClockwise(cube.RightFace);
cube.RotateCounterClockwise(cube.RightFace);
Assert.True(cube.IsSolved);
cube.RotateClockwise(cube.TopFace);
cube.RotateCounterClockwise(cube.TopFace);
Assert.True(cube.IsSolved);
cube.RotateClockwise(cube.BottomFace);
cube.RotateCounterClockwise(cube.BottomFace);
Assert.True(cube.IsSolved);
}
public void RoateClockwiseThrowsAninvalidOperationExceptionWhenTheFaceDoesNotBelongToTheCube()
{
var cube = new ThreeByThreeCube();
Assert.Throws <InvalidOperationException>(() => cube.RotateClockwise(new ThreeByThreeCubeFace(Color.White)));
}
public void RoateClockwiseThrowsAnArgumentNullExceptionWhenGivenNull()
{
var cube = new ThreeByThreeCube();
Assert.Throws <ArgumentNullException>(() => cube.RotateClockwise(null));
}
