static uint8_t GBSIOLockstepNodeWriteSC(struct GBSIODriver* driver, uint8_t value) {
struct GBSIOLockstepNode* node = (struct GBSIOLockstepNode*) driver;
if ((value & 0x81) == 0x81 && node->p->d.attached > 1) {
bool claimed = false;
if (ATOMIC_CMPXCHG(node->p->masterClaimed, claimed, true)) {
node->p->d.transferActive = TRANSFER_STARTING;
node->p->d.transferCycles = GBSIOCyclesPerTransfer[(value >> 1) & 1];
mTimingDeschedule(&driver->p->p->timing, &driver->p->event);
mTimingDeschedule(&driver->p->p->timing, &node->event);
mTimingSchedule(&driver->p->p->timing, &node->event, 0);
}
static void wurfl_init() {
NOTICE("Initializing WURFL");
wurfl_handle new_wurfl = wurfl_create();
wurfl_set_engine_target(new_wurfl, WURFL_ENGINE_TARGET_HIGH_PERFORMANCE);
wurfl_set_cache_provider(new_wurfl, WURFL_CACHE_PROVIDER_DOUBLE_LRU, "10000,3000");
wurfl_set_root(new_wurfl, wurfl_file);
wurfl_error err = wurfl_load(new_wurfl);
if (err != WURFL_OK) {
WARN("Can't initialize wurfl %s", wurfl_get_error_message(new_wurfl));
exit(-1);
}
wurfl_handle old_wurfl;
do {
old_wurfl = ATOMIC_READ(wurfl);
} while (!ATOMIC_CMPXCHG(wurfl, old_wurfl, new_wurfl));
if (old_wurfl)
wurfl_destroy(old_wurfl);
NOTICE("DONE");
}