result_t* play(uint8_t board_size, neuralnet_t* black, neuralnet_t* white, uint8_t komi, FILE* record)
{
board_t* board = board_create(board_size);
bool game_over = false;
int8_t passed = 0;
result_t* final = result_init(black, white);
//Game loop
while(game_over == false)
{
move_t* move = genmove(board, final);
//No move left
if(move->x == -1)
{
game_over = true;
break;
}
//Pass
else if(move->x >= board_size)
{
board_pass(board);
++passed;
if(passed > 1)
{
game_over = true;
break;
}
}
//Placement
else
{
write_move(record, board->turn, (uint8_t)move->x, (uint8_t)move->y);
board_place(board, (uint8_t)move->x, (uint8_t)move->y);
passed = 0;
}
}
//Scoring
int score_val = board_score(board);
final->score_black = score_val;
int main()
{
takeInputs();
FILE *f = fopen("Ids.txt","w");
printf("I am the AIRPORT PROCESS. PID: %d ; Parent ID : %d\n",getpid(),getppid());
boardPid = fork();
if(boardPid == 0)
{
board_pass(user);
exit(4);
}
waloPid = fork();
if(waloPid == 0)
{
wait_lounge(user);
exit(4);
}
secPid = fork();
if(secPid == 0)
{
security(user);
exit(3);
}
immPid = fork();
if(immPid == 0)
{
immigration(user);
exit(2);
}
bagPid = fork();
if(bagPid == 0)
{
baggage(user);
exit(1);
}
fprintf(f,"%d ",bagPid);
fprintf(f,"%d ",immPid);
fprintf(f,"%d ",secPid);
fprintf(f,"%d ",waloPid);
fprintf(f,"%d ",boardPid);
fclose(f);
//Main function block
int y,i,j;
for(y=0;y<allowed;y++)
{
printf("\nMain User number : %d => \n",y);
sleep(1);
kill(bagPid,SIGCONT);
waitpid(bagPid,&status,WUNTRACED);
kill(immPid,SIGCONT);
}
kill(getpid(),SIGSTOP);
int wait_count;
f = fopen("./board_pass/wait_count.txt","r");
fscanf(f,"%d",&wait_count);
fclose(f);
printf("\nAIRPORT SPEAKING ==> Total number of passengers arrived at airport : %d\n",allowed);
printf("\nAIRPORT SPEAKING ==> Total number of passengers boarded : %d\n",allowed-wait_count);
printf("\nAIRPORT SPEAKING ==> Flight number %d ready for departure with %d passengers\n",getpid(),allowed-wait_count);
while(wait(NULL)!= -1);
return 0;
}
