void ft_state_change(int index, t_prgm *prgm, int state)
{
if (state == EAT)
{
prgm->philo[index].life = MAX_LIFE;
ft_put_state(prgm->philo + index, REST);
pthread_mutex_unlock(prgm->wand + index);
pthread_mutex_unlock(prgm->wand + ft_right(index));
}
else if (state == THINK)
{
if (pthread_mutex_trylock(prgm->wand + ft_right(index)) == 0)
ft_put_state(prgm->philo + index, EAT);
}
else
{
if (prgm->philo[ft_left(index)].state == THINK
|| prgm->philo[ft_right(index)].state == THINK
|| pthread_mutex_trylock(prgm->wand + index))
;
else if (pthread_mutex_trylock(prgm->wand + ft_right(index)))
ft_put_state(prgm->philo + index, THINK);
else
ft_put_state(prgm->philo + index, EAT);
}
}
void ft_while_main(int tab[4][4])
{
int c;
while ((c = getch()))
{
if (c == 27)
break ;
if (c == KEY_RIGHT)
ft_down(tab);
if (c == KEY_LEFT)
ft_up(tab);
if (c == KEY_UP)
ft_left(tab);
if (c == KEY_DOWN)
ft_right(tab);
if (!can_move(tab))
{
refresh();
clear();
printw("Can't move mother f****r");
getch();
}
ft_aff_square(tab);
if (!ft_aff_square(tab))
printw("Window too small.\nThat's what she said.");
}
}
int key_loop_hook(t_mlx *mx)
{
if (mx->screen || mx->top || mx->bottom || mx->right || mx->left)
{
if (mx->screen)
ft_tofile(mx->data);
if (mx->top)
ft_top(&mx->v, &mx->map);
if (mx->bottom)
ft_bottom(&mx->v, &mx->map);
if (mx->left)
ft_left(&mx->v);
if (mx->right)
ft_right(&mx->v);
ft_display(mx, &mx->map, &mx->v);
}
return (0);
}
void ft_sh2(t_line *tree, char ***newenv)
{
int fd[2];
if (tree->type == 1)
ft_execcmd(tree->cmd, newenv);
if (tree->type == 2)
{
pipe(fd);
ft_pipe(tree, newenv, fd);
}
if (tree->type == 3)
ft_right(tree, newenv, 1);
if (tree->type == 4)
ft_left(tree, newenv);
if (tree->type == 5)
ft_right(tree, newenv, 2);
if (tree->type == 7 || tree->type == 8)
ft_logic_opp(tree, newenv);
}
void ft_amp(t_parser *parser, t_data *d)
{
t_id *tmp;
t_id *second;
t_id *first;
tmp = d->child;
ft_add_process(d, d->nb_process, ft_strdup(parser->left->str), fork());
if (d->child == tmp)
ft_left(parser, d);
d->child->run = 1;
first = d->child;
if (parser->right)
{
ft_add_process(d, d->nb_process, ft_strdup(parser->right->str), fork());
if (d->child == first)
ft_right(parser, d);
second = d->child;
ft_printf("[%d]\t%d\n", d->child->nb, d->child->pid);
waitpid(second->pid, &second->id, WUNTRACED);
waitpid(second->pid, &second->id, WUNTRACED);
}
}
