WorkItemQueueManager::WorkItemQueueManager(DptfManager* dptfManager) :
m_dptfManager(dptfManager),
m_enqueueingEnabled(true),
m_workItemStatistics(nullptr),
m_immediateQueue(nullptr),
m_deferredQueue(nullptr),
m_workItemQueueThread(nullptr),
m_workItemQueueSemaphore(nullptr)
{
try
{
m_workItemStatistics = new WorkItemStatistics();
m_workItemQueueSemaphore = new EsifSemaphore();
m_immediateQueue = new ImmediateWorkItemQueue(m_workItemQueueSemaphore);
m_deferredQueue = new DeferredWorkItemQueue(m_workItemQueueSemaphore);
m_workItemQueueThread = new WorkItemQueueThread(m_dptfManager, m_immediateQueue, m_deferredQueue,
m_workItemQueueSemaphore, m_workItemStatistics);
}
catch (...)
{
deleteAllObjects();
m_enqueueingEnabled = false;
throw;
}
}
WorkItemQueueManager::~WorkItemQueueManager(void)
{
EsifMutexHelper esifMutexHelper(&m_mutex);
esifMutexHelper.lock();
deleteAllObjects();
esifMutexHelper.unlock();
}
void Detail::zeige (IString const &d)
{
disableUpdate ();
deleteAllObjects ();
HDIR h = HDIR_CREATE;
FILEFINDBUF3 b;
ULONG Attribute = FILE_DIRECTORY|FILE_SYSTEM|FILE_HIDDEN|FILE_READONLY;
ULONG n = 1;
APIRET e;
e = DosFindFirst (d + "\\*.*", &h, Attribute, &b, sizeof (b), &n, FIL_STANDARD);
while ( e == 0 )
{
addObject (new Datei (d + "\\" + b.achName));
e = DosFindNext (h, &b, sizeof (b), &n);
}
DosFindClose (h);
sortByIconText ();
enableUpdate ();
}
void GameEngine::loadLevel()
{
deleteAllObjects();
m_remainingBricks = 0;
m_levelLoader->loadLevel( m_bricks );
if (m_bricks.isEmpty()) {
if (m_levelLoader->level() == 1) {
// No level in the levelset
kError() << "Invalid levelset " << m_levelLoader->levelset() << endl;
} else {
// No more levels: game won
m_gameWon = true;
kDebug() << m_score;
addScore( GAME_WON_SCORE + m_lives.size() * LIFE_SCORE );
kDebug() << m_lives.size() << m_score;
showMessage( i18n("Well done! You won the game") );
emit gameEnded(m_score, -1, m_elapsedTime);
deleteMovingObjects();
}
}
m_balls.append(new Ball);
moveBar(m_bar.center());
m_bar.reset();
updateAttachedBalls();
m_gameTimer.setInterval(REPAINT_INTERVAL);
m_speed = 1.8;
m_repaintInterval = 1;
m_levelInfo.setLevel(m_level);
if (gameIsPaused()) {
resume();
}
showMessage(i18n("Level %1", m_level));
QTimer::singleShot(2000, this, SLOT(hideMessage()));
showFireBallMessage();
}
GameEngine::~GameEngine()
{
deleteAllObjects();
delete m_levelLoader;
}
VsRegistry::~VsRegistry() {
deleteAllObjects();
}
ObjectManager::~ObjectManager()
{
//dtor
deleteAllObjects();
delete objList;
}
int main(int argc, char** argv)
{
String base = "=== [AWS API Init";
std::cout << base << "]: Start===\n";
Aws::SDKOptions options;
// set the options
options.loggingOptions.logLevel = Aws::Utils::Logging::LogLevel::Info;
// end of options
Aws::InitAPI(options);
// setup
String signVer = SIGN_VER, host = HOST, portStr = PORT,
bucketName = BUCKET;
if (argc == 5)
{
signVer = argv[1];
host = argv[2];
portStr = argv[3];
bucketName = argv[4];
}
auto client = init(host, portStr);
std::cout << base << "]: End ===\n\n";
// call tests here
createBucket(client, bucketName);
std::cout << '\n';
// put object
putObject(client, bucketName, "test.simple", SMALL_TEST_FILE);
putObject(client, bucketName, "test.medium", MED_TEST_FILE);
putObject(client, bucketName, "test.large", LARGE_TEST_FILE);
// put object with metadata
Map metadata;
metadata[METADATA_KEY] = METADATA_VAL;
putObject(client, bucketName, "test.simple.meta", SMALL_TEST_FILE, metadata);
putObject(client, bucketName, "test.medium.meta", MED_TEST_FILE, metadata);
putObject(client, bucketName, "test.large.meta", LARGE_TEST_FILE, metadata);
// put object in parts
putObjectMp(client, bucketName, "test.simple.mp", SMALL_TEST_FILE);
putObjectMp(client, bucketName, "test.medium.mp", MED_TEST_FILE);
putObjectMp(client, bucketName, "test.large.mp", LARGE_TEST_FILE);
// put object in parts with metadata
putObjectMp(client, bucketName, "test.simple.meta.mp", SMALL_TEST_FILE, metadata);
putObjectMp(client, bucketName, "test.medium.meta.mp", MED_TEST_FILE, metadata);
putObjectMp(client, bucketName, "test.large.meta.mp", LARGE_TEST_FILE, metadata);
// head is already tested
// get object
getObject(client, bucketName, "test.simple", SMALL_TEST_FILE);
getObject(client, bucketName, "test.medium", MED_TEST_FILE);
getObject(client, bucketName, "test.large", LARGE_TEST_FILE);
getObject(client, bucketName, "test.simple.mp", SMALL_TEST_FILE);
getObject(client, bucketName, "test.medium.mp", MED_TEST_FILE);
getObject(client, bucketName, "test.large.mp", LARGE_TEST_FILE);
getObject(client, bucketName, "test.simple.meta", SMALL_TEST_FILE, metadata);
getObject(client, bucketName, "test.medium.meta", MED_TEST_FILE, metadata);
getObject(client, bucketName, "test.large.meta", LARGE_TEST_FILE, metadata);
getObject(client, bucketName, "test.simple.meta.mp", SMALL_TEST_FILE, metadata);
getObject(client, bucketName, "test.medium.meta.mp", MED_TEST_FILE, metadata);
getObject(client, bucketName, "test.large.meta.mp", LARGE_TEST_FILE, metadata);
// get fake object
getFakeObject(client, bucketName, "test.noexist");
// range get object
rangeObject(client, bucketName, "test.simple", SMALL_TEST_FILE, 1, 4);
// rangeObject(client, bucketName, "test.simple.mp", SMALL_TEST_FILE, 1, 4);
rangeObject(client, bucketName, "test.large", LARGE_TEST_FILE, 1048576, 40485760);
// rangeObject(client, bucketName, "test.large.mp", LARGE_TEST_FILE, 1048576, 10485760);
// copy object
copyObject(client, bucketName, "test.simple", "test.simple.copy");
getObject(client, bucketName, "test.simple.copy", SMALL_TEST_FILE);
// list object
listObjects(client, bucketName, "", -1);
// delete all objects
deleteAllObjects(client, bucketName);
listObjects(client, bucketName, "", 0);
// put dummy objects
putObject(client, bucketName, "list/test.small.", SMALL_TEST_FILE, Map(), 35);
// multi-page list obj
listObjects(client, bucketName, "list/", 35, 10);
// multi-delete
deleteObjects(client, bucketName, "list/test.small.", 10);
listObjects(client, bucketName, "list/", 25);
// get-put acl
// delete bucket
deleteBucket(client, bucketName);
// end of tests
std::cout << "=== AWS API Shutdown: Start===\n";
Aws::ShutdownAPI(options);
std::cout << "=== AWS API Shutdown: End ===\n";
return 0;
}
