@Test
@GivenFiguresInQueue({@FigureProperties})
public void shouldBeMovedRightWhenAsked() {
game.right();
game.tick();
assertCoordinates(CENTER_X + 1, TOP_Y - 1);
}
@Test
@GivenFiguresInQueue({@FigureProperties(bottom = 1), @FigureProperties(bottom = 2)})
public void shouldTakeNextFigureWhenCurrentIsDropped() {
game.down();
game.tick();
assertCoordinates(CENTER_X, HEIGHT);
assertEquals(2, figureCaptor.getValue().getBottom());
}
@Test
public void shouldRotateOnce() {
TetrisGame game = createGameWithOneFigureInQueue(letterIFigure);
glassToAcceptFigure();
game.tick();
game.act(1);
captureFigureAtValues();
Figure capturedFigure = figureCaptor.getValue();
assertThat(capturedFigure.getRowCodes(false)).isEqualTo(new int[] {0b001001001001});
}
@Test
@GivenFiguresInQueue({@FigureProperties})
public void shouldChangePositionWhenOnlyNextStep() {
game.left();
assertCoordinates(CENTER_X, TOP_Y);
}
void clearCompletedCells() {
super.clearCompletedCells();
int clearedCells = 0;
SortedSet<Block> cells =
new TreeSet<Block>(
new Comparator<Block>() {
public int compare(Block a, Block b) {
// order by left to right, top to bottom
if (a.getY() < b.getY()) return -1;
if (a.getY() > b.getY()) return 1;
if (a.getX() < b.getX()) return -1;
if (a.getX() > b.getX()) return 1;
// both X and Y equals
return 0;
}
});
// Check all cells that need to be cleared.
for (int y = 0; y < getRows(); y++) {
for (int x = 0; x < getColumns(); x++) {
getAllMatchedCells(cells, x, y);
}
}
// for all matched cells, move cell on top of them down
for (Block block : cells) {
moveCelledAboveClearedCell(block.getX(), block.getY());
}
// score += cells.size()*5;
}
@Test
@GivenFiguresInQueue({@FigureProperties(right = 1)})
public void shouldIncludeFigureSizeWhenMoveRight() {
right(CENTER_X + 1);
game.tick();
assertCoordinates(9 - 1, HEIGHT - 1);
}
@Test
@GivenFiguresInQueue({@FigureProperties})
public void shouldNotMoveOutWhenRightSide() {
right(CENTER_X + 2);
game.tick();
assertCoordinates(9, TOP_Y - 1);
}
@Test
@GivenFiguresInQueue({@FigureProperties})
public void shouldNotChangeCurrentFigureWhenNextStep() {
game.tick();
captureFigureAtValues();
List<Figure> allFigures = figureCaptor.getAllValues();
assertSame(allFigures.get(0), allFigures.get(1));
}
@Test
@GivenFiguresInQueue({@FigureProperties(bottom = HEIGHT), @FigureProperties(bottom = 1)})
public void shouldGameOverWhenGlassOverflown() {
glassToRejectFigure();
game.tick();
assertCoordinates(CENTER_X, HEIGHT);
assertGameOver();
}
@Test
@GivenFiguresInQueue({@FigureProperties, @FigureProperties(left = 1)})
public void shouldPerformDropWhenRejected() {
acceptWhenCoordinates(CENTER_X, HEIGHT);
rejectWhenCoordinates(CENTER_X, HEIGHT - 1);
game.tick();
verifyDroppedAt(CENTER_X, HEIGHT);
}
@Test
@GivenFiguresInQueue({@FigureProperties, @FigureProperties(left = 1)})
public void shouldOverflowWhenFigureRejectedAtFirstStep() {
rejectWhenCoordinates(CENTER_X, HEIGHT);
game.tick();
assertCoordinates(CENTER_X, HEIGHT);
assertGameOver();
}
@Test
@GivenFiguresInQueue({@FigureProperties})
public void shouldMoveRightWhenAcceptOnly() {
rejectWhenCoordinates(CENTER_X + 1, HEIGHT);
acceptWhenCoordinates(CENTER_X, HEIGHT - 1);
right(1);
game.tick();
assertCoordinates(CENTER_X, HEIGHT - 1);
}
@Test
@GivenFiguresInQueue({@FigureProperties, @FigureProperties(left = 1)})
public void shouldTakeNextFigureWhenRejectedAfterNextStep() {
acceptWhenCoordinates(CENTER_X, HEIGHT);
rejectWhenCoordinates(CENTER_X, HEIGHT - 1);
game.tick();
captureFigureAtValues();
assertThat(yCaptor.getAllValues()).isEqualTo(Arrays.asList(HEIGHT, HEIGHT));
assertEquals(1, figureCaptor.getValue().getLeft());
}
private void right(int times) {
for (int i = 0; i < times; i++) {
game.right();
}
}
private void left(int times) {
for (int i = 0; i < times; i++) {
game.left();
}
}
