public void TurnThreeTime()
{
var shape = new TetriminoJ();
Call.Action(3, () => shape.Turn());
Check.That(shape).IsEquivalentTo((3, 1), (2, 1), (1, 1), (1, 2));
}
public void TurnFourTime()
{
var shape = new TetriminoJ();
Call.Action(4, () => shape.Turn());
Check.That(shape).IsEquivalentTo((1, 1), (1, 2), (1, 3), (2, 3));
}
public void TurnOneTime(int start, FakeShape expected)
{
var shape = new TetriminoJ(start);
shape.Turn();
Check.That(shape).IsEquivalentTo(expected);
}
public void RemoveTotalLines()
{
var bottomStack = new BottomStack();
var square1 = new TetriminoO();
var square2 = new TetriminoO(3);
var square3 = new TetriminoO(5);
var square4 = new TetriminoO(7);
var square5 = new TetriminoO(9);
var tetriminoJ = new TetriminoJ(10);
tetriminoJ.Turn();
tetriminoJ.MoveRight();
Call.Action(Game.Height, () => {
square1.MoveDown();
square2.MoveDown();
square3.MoveDown();
square4.MoveDown();
square5.MoveDown();
tetriminoJ.MoveDown();
});
bottomStack.Add(square1);
bottomStack.Add(square2);
bottomStack.Add(square3);
bottomStack.Add(square4);
bottomStack.Add(square5);
bottomStack.Add(tetriminoJ);
bottomStack.RemoveCompletedLines();
bottomStack.CompletedLineCount.Should().Be(0);
bottomStack.Count().Should().Be(12);
Check.That(bottomStack).IsEquivalentTo((24, 1), (24, 2), (24, 3), (24, 4), (24, 5), (24, 6), (24, 7), (24, 8), (24, 9), (24, 10), (24, 12), (23, 12));
}
public void MoveLeft(int actionCount, int col1, int col2, int col3, int col4)
{
var shape = new TetriminoJ(7);
Call.Action(actionCount, () => shape.MoveLeft());
Check.That(shape).IsEquivalentTo((1, col1), (1, col2), (1, col3), (2, col4));
}
public void SignalCollisionIfTouchingBottom(int padding, bool expected)
{
var shape = new TetriminoJ();
var bottomStack = new BottomStack();
Call.Action(Game.Height - padding, shape.MoveDown);
bottomStack.WillCollideBottom(shape).Should().Be(expected);
}
public void TurnCorrectlyWhenReachedRightSideInVerticalLeftPosition()
{
var shape = new TetriminoJ(9);
shape.Turn();
Call.Action(5, () => shape.MoveRight());
shape.Turn();
Check.That(shape).IsEquivalentTo((1, 10), (2, 10), (2, 11), (2, 12));
}
public void TurnCorrectlyWhenReachedLeftSideInVerticalRightPosition()
{
var shape = new TetriminoJ();
shape.Turn();
Call.Action(2, () => shape.MoveLeft());
shape.Turn();
Check.That(shape).IsEquivalentTo((1, 1), (2, 1), (2, 2), (2, 3));
}
public void AddSomeShape()
{
var shape = new TetriminoJ();
Call.Action(Game.Height, shape.MoveDown);
var bottomStack = new BottomStack();
bottomStack.Add(shape);
bottomStack.Should().NotBeEmpty();
}
public void RemoveLineSeparated()
{
var bottomStack = new BottomStack();
var t1_1 = new TetriminoT(1);
Call.Action(2, () => t1_1.Turn());
var t1_2 = new TetriminoT(4);
Call.Action(2, () => t1_2.Turn());
var t1_3 = new TetriminoT(7);
Call.Action(2, () => t1_3.Turn());
var o1_1 = new TetriminoO(10);
var i3_1 = new TetriminoI(1);
var i3_2 = new TetriminoI(5);
var l3_1 = new TetriminoJ(9);
Call.Action(2, () => l3_1.Turn());
var i4_1 = new TetriminoI(1);
var i4_2 = new TetriminoI(5);
var o4_1 = new TetriminoO(10);
var lastBar = new TetriminoI();
bottomStack.PushBottom(t1_1);
bottomStack.PushBottom(t1_2);
bottomStack.PushBottom(t1_3);
bottomStack.PushBottom(o1_1);
bottomStack.PushBottom(i3_1);
bottomStack.PushBottom(i3_2);
bottomStack.PushBottom(l3_1);
bottomStack.PushBottom(i4_1);
bottomStack.PushBottom(i4_2);
bottomStack.PushBottom(o4_1);
lastBar.Turn();
Call.Action(12, () => lastBar.MoveRight());
bottomStack.PushBottom(lastBar);
bottomStack.CompletedLineCount.Should().Be(3);
bottomStack.RemoveCompletedLines();
bottomStack.Count().Should().Be(8);
Check.That(bottomStack).IsEquivalentTo((24, 2), (24, 5), (24, 8), (24, 10), (24, 11), (24, 12), (23, 10), (23, 11));
}
public void SignalCollisionIfTouchingOtherBlock(int padding, bool expected)
{
var bottomStack = new BottomStack();
var shape1 = new TetriminoJ();
var shape2 = new TetriminoL();
shape1.Turn();
Call.Action(Game.Height, shape1.MoveDown);
bottomStack.Add(shape1);
Call.Action(Game.Height - padding, shape2.MoveDown);
bottomStack.WillCollideBottom(shape2).Should().Be(expected);
}
public void BeInitialized()
{
var shape = new TetriminoJ();
Check.That(shape).IsEquivalentTo((1, 1), (1, 2), (1, 3), (2, 3));
}
