void testOneSpare()
{
setup();
rollSpare();
gameRoll(3);
rollMany(17, 0);
assert(gameScore() == 16);
}
void testOneStrike()
{
setup();
gameRoll(10);
gameRoll(3);
gameRoll(4);
rollMany(16, 0);
assert(gameScore() == 24);
}
void moveDot(char screen[HEIGHT][WIDTH], Direction dotDirection, Dot * d, Racket ** list) {
if (screen[d->height][d->width] == RACKET_BRUSH)
{
screen[d->height][d->width] = RACKET_BRUSH;
return;
}
screen[d->height][d->width] = SPACE;
bool hitWall = false;
switch (dotDirection)
{
case UP:
d->height -= d->deltaHeight;
break;
case DOWN:
d->height += d->deltaHeight;
break;
case RIGHT:
d->width += d->deltaWidth;
break;
case LEFT:
d->width -= d->deltaWidth;
break;
case UPLEFT:
moveDot(screen, UP, d, list);
moveDot(screen, LEFT, d, list);
break;
case UPRIGHT:
moveDot(screen, UP, d, list);
moveDot(screen, RIGHT, d, list);
break;
case DOWNLEFT:
moveDot(screen, DOWN, d, list);
moveDot(screen, LEFT, d, list);
break;
case DOWNRIGHT:
moveDot(screen, DOWN, d, list);
moveDot(screen, RIGHT, d, list);
break;
}
/* Bounding Box */
if (d->height <= 0)
{
d->height = 1;
hitWall = true;
}
if (d->height >= HEIGHT - 1)
{
d->height = HEIGHT - 2;
hitWall = true;
}
if(d->width < 0)
{
gameScore(list[1]);
printScore(list[0]->score, list[1]->score);
initializeDot(screen, d, UPLEFT);
}else if (d->width >= WIDTH)
{
gameScore(list[0]);
printScore(list[0]->score, list[1]->score);
initializeDot(screen, d, UPRIGHT);
}
if (hitWall)
{
dotHitWall(screen, d);
}
screen[d->height][d->width] = DOT;
}
void testAllOnes()
{
setup();
rollMany(20, 1);
assert(gameScore() == 20);
}
void testGutterGame()
{
setup();
rollMany(20, 0);
assert(gameScore() == 0);
}
