unsigned long OzMilliAlarm(unsigned long msec)
{
if (currentTask->timer) {
destroyTimer(currentTask->timer);
}
currentTask->timer = createTimer(msec, alarmCallback, currentTask);
startTimer(currentTask->timer);
return 0;
}
void destroyGame() {
destroyTimer();
destroyData();
inGame = 0;
pthread_mutex_destroy(&resourceMutex);
return;
}
void tearDown() {
Pin p = Invalid(Pin);
if (IsValid(t)) p = getTimerOutputPin(t);
t = destroyTimer(t);
TEST_ASSERT_TRUE_MESSAGE(!IsValid(t), "Timer still valid after destroy.");
if (IsValid(p)) {
TEST_ASSERT_EQUAL_MESSAGE(PinNoOccupation, pinOccupation(p), "Pin still occupied after pwm-timer destroyed.");
}
destroy_fake_port();
}
unsigned long OzMilliSleep(unsigned long msec)
{
struct WaitQueue *wq;
if (currentTask->timer) {
destroyTimer(currentTask->timer);
}
wq = wqCreate();
currentTask->timer = createTimer(msec, &sleepCallback, wq);
startTimer(currentTask->timer);
sleepOn(wq);
return 0;
}
static rtems_timer_service_routine
timerService(rtems_id id, void* arg) {
static int n;
static uint64_t then;
uint64_t now;
TscTestData *argp = (TscTestData *)arg;
rdtscll(now);
argp->buf[n++] = (uint32_t)(now-then);
then = now;
if(n < argp->bufsize) {
rtems_timer_reset(id);
}
else {
rtems_event_send(argp->taskID, RTEMS_EVENT_13);
destroyTimer(id);
}
}
void SimpleAudioDriver::stop(IOService* inProvider)
{
// tear things down
freeBuffers();
destroyTimer();
if(mCommandGate != NULL)
{
if(mWorkLoop != NULL)
{
mWorkLoop->removeEventSource(mCommandGate);
mCommandGate->release();
mCommandGate = NULL;
}
}
if(mWorkLoop != NULL)
{
mWorkLoop->release();
mWorkLoop = NULL;
}
IOService::stop(inProvider);
}
static void onTimerFire(timerElement timer, void* closure)
{
ASSERT_EQ (0, destroyTimer(closure,timer)) <<"Could not destroy timer!";
}
void Vigasoco::end()
{
// notify the driver that the audioPlugin is going to be disposed
if (_driver && _audioPlugin){
if (_audioPlugin->isInitialized()){
_driver->audioFinalizing(_audioPlugin);
}
}
// ends the audio plugin
if (_audioPlugin){
_audioPlugin->end();
}
// calls template method to stop and deallocate the audio plugin
destroyAudioPlugin();
// stops and deallocates the async thread
if (_asyncThread){
destroyAsyncThread();
}
// stops and deallocates the timing handler
if (_timingHandler){
_timingHandler->end();
delete _timingHandler;
_timingHandler = 0;
}
// calls template method to dispose the high resolution timer
destroyTimer();
// stops and deallocates the input handler
if (_inputHandler){
_inputHandler->end();
// calls template method to remove input plugins
removeCustomInputPlugins();
delete _inputHandler;
_inputHandler = 0;
}
// notify the driver that the drawPlugin is going to be disposed
if (_driver && _drawPlugin){
if (_drawPlugin->isInitialized()){
_driver->videoFinalizing(_drawPlugin);
}
}
// ends the draw plugin
if (_drawPlugin){
_drawPlugin->end();
}
// calls template method to stop and deallocate the draw plugin
destroyDrawPlugin();
// ends and deallocates the game driver
if (_driver){
_driver->end();
delete _driver;
_driver = 0;
}
// finish the palette
if (_palette){
_palette->end();
}
// calls template method to destroy the palette
destroyPalette();
// calls template method to perform platform specific finalization
platformSpecificEnd();
// disposes the fonts used by the core
delete _fontManager;
}
Watchdog::~Watchdog()
{
ASSERT(!isArmed());
stopCountdown();
destroyTimer();
}
bool SimpleAudioDriver::start(IOService* inProvider)
{
// start the superclass
bool theAnswer = IOService::start(inProvider);
if(theAnswer)
{
// create the work loop
mWorkLoop = IOWorkLoop::workLoop();
FailIfNULL(mWorkLoop, theAnswer = kIOReturnNoResources, Failure, "SimpleAudioDriver::start: couldn't allocate the work loop");
// create the command gate
mCommandGate = IOCommandGate::commandGate(this);
FailIfNULL(mWorkLoop, theAnswer = kIOReturnNoResources, Failure, "SimpleAudioDriver::start: couldn't allocate the command gate");
// attach it to the work loop
mWorkLoop->addEventSource(mCommandGate);
// initialize the stuff tracked by the IORegistry
mSampleRate = 44100;
setProperty(kSimpleAudioDriver_RegistryKey_SampleRate, mSampleRate, sizeof(mSampleRate) * 8);
mIOBufferFrameSize = 16384;
setProperty(kSimpleAudioDriver_RegistryKey_RingBufferFrameSize, mIOBufferFrameSize, sizeof(mIOBufferFrameSize) * 8);
char theDeviceUID[128];
snprintf(theDeviceUID, 128, "SimpleAudioDevice-%d", static_cast<int>(random() % 100000));
setProperty(kSimpleAudioDriver_RegistryKey_DeviceUID, theDeviceUID);
// allocate the IO buffers
IOReturn theError = allocateBuffers();
FailIfError(theError, theAnswer = false, Failure, "SimpleAudioDriver::start: allocating the buffers failed");
// initialize the timer that stands in for a real interrupt
theError = initTimer();
FailIfError(theError, freeBuffers(); theAnswer = false, Failure, "SimpleAudioDriver::start: initializing the timer failed");
// initialize the controls
theError = initControls();
FailIfError(theError, theAnswer = false, Failure, "SimpleAudioDriver::start: initializing the controls failed");
// publish ourselves
registerService();
}
return theAnswer;
Failure:
if(mCommandGate != NULL)
{
if(mWorkLoop != NULL)
{
mWorkLoop->removeEventSource(mCommandGate);
mCommandGate->release();
mCommandGate = NULL;
}
}
if(mWorkLoop != NULL)
{
mWorkLoop->release();
mWorkLoop = NULL;
}
freeBuffers();
destroyTimer();
return theAnswer;
}