bool libxl__xswait_inuse(const libxl__xswait_state *xswa)
{
bool time_inuse = libxl__ev_time_isregistered(&xswa->time_ev);
bool watch_inuse = libxl__ev_xswatch_isregistered(&xswa->watch_ev);
assert(time_inuse == watch_inuse);
return time_inuse;
}
bool libxl__async_exec_inuse(const libxl__async_exec_state *aes)
{
bool time_inuse = libxl__ev_time_isregistered(&aes->time);
bool child_inuse = libxl__ev_child_inuse(&aes->child);
assert(time_inuse == child_inuse);
return child_inuse;
}
static void occurs(libxl__egc *egc, libxl__ev_time *ev,
const struct timeval *requested_abs)
{
EGC_GC;
int i;
int off = ev - &et[0][0];
LOG(DEBUG,"occurs[%d][%d] seq=%d", off/NTIMES, off%NTIMES, seq);
switch (seq) {
case 0:
assert(ev == &et[0][1]);
libxl__ev_time_deregister(gc, &et[0][0]);
libxl__ev_time_deregister(gc, &et[0][2]);
regs(gc, 1);
libxl__ev_time_deregister(gc, &et[0][1]);
break;
case 1:
case 2:
assert(ev == &et[1][seq-1]);
break;
case 3:
assert(ev == &et[1][2]);
for (i=0; i<NTIMES; i++) {
assert(!libxl__ev_time_isregistered(&et[0][i]));
assert(!libxl__ev_time_isregistered(&et[1][i]));
}
libxl__ao_complete(egc, tao, 0);
return;
default:
abort();
}
seq++;
}
