void vncPrepareInputDevices(void)
{
/*
* Not ideal since these callbacks do not stack, but it's the only
* decent way we can reliably catch events for both the slave and
* master device.
*/
mieqSetHandler(ET_KeyPress, vncXkbProcessDeviceEvent);
mieqSetHandler(ET_KeyRelease, vncXkbProcessDeviceEvent);
}
Bool
DarwinEQInit(void)
{
int *p;
for (p = darwin_x11_modifier_mask_list; *p; p++) {
darwin_x11_modifier_mask |= *p;
}
darwin_all_modifier_mask = darwin_x11_modifier_mask;
for (p = darwin_all_modifier_mask_additions; *p; p++) {
darwin_all_modifier_mask |= *p;
}
mieqInit();
mieqSetHandler(ET_XQuartz, DarwinEventHandler);
/* Note that this *could* cause a potential async issue, since we're checking
* darwinEvents without holding the lock, but darwinEvents is only ever set
* here, so I don't bother.
*/
if (!darwinEvents) {
darwinEvents = InitEventList(GetMaximumEventsNum());
if (!darwinEvents)
FatalError("Couldn't allocate event buffer\n");
darwinEvents_lock();
pthread_cond_broadcast(&mieq_ready_cond);
darwinEvents_unlock();
}
if (!fd_add_tid)
fd_add_tid = create_thread(DarwinProcessFDAdditionQueue_thread, NULL);
return TRUE;
}
void QuartzModeEQInit(void) {
mieqSetHandler(kXquartzWindowState, xprEventHandler);
mieqSetHandler(kXquartzWindowMoved, xprEventHandler);
mieqSetHandler(kXquartzBringAllToFront, xprEventHandler);
}
