void disabler(void *arg)
{
evquick_timer *en, *rec = (evquick_timer *) arg;
printf("Disabler timer elapsed!\n");
evquick_deltimer(rec);
en = evquick_addtimer(1000, 0, enabler, NULL);
}
int main(void)
{
evquick_timer *t_disabler;
evquick_timer *t_recurrent;
struct reader_obj e_stdin;
if(evquick_init() < 0)
exit(2);
t_recurrent = evquick_addtimer(100, EVQUICK_EV_RETRIGGER, recurrent, NULL);
t_disabler = evquick_addtimer(1000, 0, disabler, t_recurrent);
e_stdin.counter = 0;
e_stdin.ev = evquick_addevent(STDIN_FILENO, EVQUICK_EV_READ, reader, NULL, &e_stdin);
evquick_loop();
exit(0);
}
void reader(int fd, short rev, void *arg)
{
char in;
int r = read(fd, &in, 1);
struct reader_obj *e_stdin = (struct reader_obj *)arg;
if (r <= 0)
fprintf(stderr, "Read error in reader: %s \n", strerror(errno));
else
printf("Total char received so far: %d\n", ++(e_stdin->counter));
if (e_stdin->counter > 10) {
printf("####### STDIN suspended for 2 seconds #######\n");
evquick_delevent(e_stdin->ev);
printf("Event deleted.\n");
evquick_addtimer(2000, 0, reader_enable, arg);
printf("Timer added.\n");
}
}
void enabler(void *arg)
{
evquick_timer *rec = evquick_addtimer(100, EVQUICK_EV_RETRIGGER, recurrent, NULL);
evquick_timer *dis = evquick_addtimer(1000, 0, disabler, rec);
printf("Enabler timer elapsed!\n");
}
void posix_timer_add(struct emvpn_socket *v, uint64_t count)
{
v->timer = evquick_addtimer(count, 0, posix_emvpn_timer_callback, v);
}
