int main()
{
srand(time(NULL));
Stat stat;
char name[50];
Snake snake;
Pos food;
ToGiveTread toGiveThread = {RIGHT, false, false};
showLeaderboard();
initStat(&stat);
strcpy(name, stat.nickname);
HANDLE hReadThread = CreateThread(NULL, 0, ReadThread, &toGiveThread, 0, NULL);
strcpy(stat.nickname, name);
initField();
initSnake(&snake);
initFood(&snake, &food, &stat);
updateAds(&stat);
do{
Sleep(sleepTime(stat.level));
}while(!updateSnake(&snake, &food, &toGiveThread, &stat));
toGiveThread.toStopThread = true;
clearScr();
updateScore(&stat);
CloseHandle(hReadThread);
showLeaderboard();
return 0;
}
void LittleSnake::update(float dt)
{
if (gameState != PLAYING)
{
return;
}
processSwipe(dt);
rotateSnakeHead(snakeNewDirection);
updateSnake(dt);
}
// track snake movement
int movement(alt_u8 key, struct Snake snake[], int dir_array [],
int pressed, int player, struct SnakeInfo * info){
int old_dir = -1;
if( dir_array[left_dir] )
old_dir = left_dir;
else if( dir_array[right_dir] )
old_dir = right_dir;
else if( dir_array[up_dir] )
old_dir = up_dir;
else if( dir_array[down_dir] )
old_dir = down_dir;
int xCoor = snake[0].xCoord;
int yCoor = snake[0].yCoord;
int pressed_dir = get_dir_from_pressed(pressed);
//printf("Pressed: %d\n", pressed);
switch(pressed_dir){
case 1://0x1C://'a'
if( dir_array[up_dir] || dir_array[down_dir] )
moveLeft(dir_array);
break;
case 2://0x1D://'w'
if( dir_array[left_dir] || dir_array[right_dir] )
moveUp(dir_array);
break;
case 0://0x23://'d'
if( dir_array[up_dir] || dir_array[down_dir] )
moveRight(dir_array);
break;
case 3://0x1B://'s'
if( dir_array[left_dir] || dir_array[right_dir])
moveDown(dir_array);
break;
default:
break;
}
if(dir_array[right_dir]){
xCoor+= 1;//16;
if(xCoor > RIGHT_BOUND - 2/**col_offset*/){
//printf("Collision with right boundary!\n");
return 1;
}
updateSnake(snake, xCoor, yCoor, right_dir, old_dir, player, info);
dir_arg = right_dir;
//checkFood(snake, right_dir, player, info);
}else if(dir_array[left_dir]){
xCoor-=1;//16;
if(xCoor < (LEFT_BOUND+1)){//16
//printf("Collision with left boundary!\n");
return 1;
//collision
}
updateSnake(snake, xCoor, yCoor, left_dir, old_dir, player, info);
dir_arg = left_dir;
//checkFood(snake, left_dir, player, info);
}else if(dir_array[up_dir]){
yCoor-=1;//16;
if(yCoor < (TOP_BOUND + 1)){//16
//printf("Collision with top boundary!\n");
return 1;
//collision
}
updateSnake(snake, xCoor, yCoor, up_dir, old_dir,player, info);
dir_arg = up_dir;
//checkFood(snake, up_dir, player, info);
}else if(dir_array[down_dir]){
yCoor+=1;//16;
if(yCoor > BOT_BOUND - 2/**col_offset*/){
//printf("Collision with bottom boundary!\n");
return 1;
//collision
}
updateSnake(snake, xCoor, yCoor, down_dir, old_dir,player, info);
dir_arg = down_dir;
//checkFood(snake, down_dir, player, info);
}
/*checkFood(snake, down_dir, player, info);
checkSpeed(snake, player, info);
checkFreeze(snake, player, info);
recalc_freeze_times(snake, player,info);
checkEdwards(snake, player, info);*/
//PLAY_SOUND(1);
int check_brick_col = brickCol(snake, player);
int check_self_col = traverseList(snake, player);
if(check_brick_col || check_self_col){
return 1;
}else{
return 0;
}
//return traverseList(snake);
//printf("x: %d y: %d\n", xCoor, yCoor);
}
void HariMain(void)
{
char *buf;
int win, i, x, y, timer;
api_initmalloc();
buf = api_malloc(200 * 200);
char* title;
char keyflag[4];
char *last_direction;
*last_direction = '4';
//snake
struct snakeNode *head = api_malloc(sizeof(struct snakeNode));
head->preNode = NULL;
head->posX = 75;
head->posY = 55;
head->moveDirection = 4;
struct snakeNode *tail = head;
//snake
//food
struct Food food;
food.posX = 69;
food.posY = 61;
food.isEaten = 1;// not eaten;
//food
sprintf(title, "posX: %d, posY: %d, mp: %d", tail->posX, tail->posY, tail->moveDirection);
//sprintf(title, "Hungry Snake");
win = api_openwin(buf, 200, 200, -1, title);
timer = api_alloctimer();
api_inittimer(timer, 128);
api_boxfilwin(win, 5, 25, 195, 195, 0);
x = 75;
y = 55;
tail->posX = 75;
tail->posY = 55;
api_putstrwin(win, tail->posX, tail->posY, 3, 1, "*");
//scrnRefresher(win, tail, 3, "*");
for (;;) {
i = *last_direction;
scrnRefresher(win, tail, 0, "*");
// updateSnake(head);
updateSnake(tail);
scrnRefresher(win, tail, 3, "*");
//add food here
foodInit(&food, win, 4, "+");
//add food here
/*detecting*/
detecting(head, &tail, &food);
delay();
//if (snakeLength < 10) {tail = addSegment(tail, &snakeLength);}
wait(1, timer, keyflag, last_direction, head);
}
api_closewin(win);
api_end();
}
