public void doRun() {
GammaTxnLong ref = new GammaTxnLong(stm);
// FatArrayTreeGammaTxn tx = new FatArrayTreeGammaTxn(stm);
// FatArrayGammaTxn tx = new FatArrayGammaTxn(stm,1);
FatMonoGammaTxn tx =
new FatMonoGammaTxn(
new GammaTxnConfig(stm)
.setReadLockMode(LockMode.Exclusive)
.setDirtyCheckEnabled(false));
long startMs = System.currentTimeMillis();
for (long k = 0; k < transactionCount; k++) {
ref.openForWrite(tx, LOCKMODE_EXCLUSIVE).long_value++;
tx.commit();
tx.hardReset();
// if (k % 100000000 == 0 && k > 0) {
// System.out.printf("%s is at %s\n", getName(), k);
// }
}
assertEquals(transactionCount, ref.atomicGet());
durationMs = System.currentTimeMillis() - startMs;
System.out.printf("Multiverse> %s is finished in %s ms\n", getName(), durationMs);
}
@Test
public void test() {
final GammaTxnLong ref = new GammaTxnLong(stm);
WaitThread t = new WaitThread(ref);
t.start();
sleepMs(1000);
assertAlive(t);
stm.getDefaultTxnExecutor()
.execute(
new TxnVoidCallable() {
@Override
public void call(Txn tx) throws Exception {
GammaTxn btx = (GammaTxn) tx;
Tranlocal write = ref.openForWrite(btx, LOCKMODE_NONE);
write.long_value = 1;
}
});
joinAll(t);
assertEquals(2, ref.atomicGet());
}