public function testCounters()
{
$obj = new HarbormasterObject();
$conn_w = $obj->establishConnection('w');
// Test that the counter bascially behaves as expected.
$this->assertEqual(1, LiskDAO::loadNextCounterValue($conn_w, 'a'));
$this->assertEqual(2, LiskDAO::loadNextCounterValue($conn_w, 'a'));
$this->assertEqual(3, LiskDAO::loadNextCounterValue($conn_w, 'a'));
// This first insert is primarily a test that the previous LAST_INSERT_ID()
// value does not bleed into the creation of a new counter.
$this->assertEqual(1, LiskDAO::loadNextCounterValue($conn_w, 'b'));
$this->assertEqual(2, LiskDAO::loadNextCounterValue($conn_w, 'b'));
// Test alternate access/overwrite methods.
$this->assertEqual(3, LiskDAO::loadCurrentCounterValue($conn_w, 'a'));
LiskDAO::overwriteCounterValue($conn_w, 'a', 42);
$this->assertEqual(42, LiskDAO::loadCurrentCounterValue($conn_w, 'a'));
$this->assertEqual(43, LiskDAO::loadNextCounterValue($conn_w, 'a'));
// These inserts alternate database connections. Since unit tests are
// transactional by default, we need to break out of them or we'll deadlock
// since the transactions don't normally close until we exit the test.
LiskDAO::endIsolateAllLiskEffectsToTransactions();
try {
$conn_1 = $obj->establishConnection('w', $force_new = true);
$conn_2 = $obj->establishConnection('w', $force_new = true);
$this->assertEqual(1, LiskDAO::loadNextCounterValue($conn_1, 'z'));
$this->assertEqual(2, LiskDAO::loadNextCounterValue($conn_2, 'z'));
$this->assertEqual(3, LiskDAO::loadNextCounterValue($conn_1, 'z'));
$this->assertEqual(4, LiskDAO::loadNextCounterValue($conn_2, 'z'));
$this->assertEqual(5, LiskDAO::loadNextCounterValue($conn_1, 'z'));
LiskDAO::beginIsolateAllLiskEffectsToTransactions();
} catch (Exception $ex) {
LiskDAO::beginIsolateAllLiskEffectsToTransactions();
throw $ex;
}
}
private function updateCursor($value)
{
LiskDAO::overwriteCounterValue(id(new PhabricatorWorkerTrigger())->establishConnection('w'), self::COUNTER_CURSOR, $value);
}