private void setTransactionDisplayNames() {
procNames = new String[TPCCSimulation.Transaction.values().length];
procCounts = new AtomicLong[procNames.length];
for (int ii = 0; ii < TPCCSimulation.Transaction.values().length; ii++) {
procNames[ii] = TPCCSimulation.Transaction.values()[ii].displayName;
procCounts[ii] = new AtomicLong(0L);
}
}
@Override
protected String[] getTransactionDisplayNames() {
String countDisplayNames[] = new String[TPCCSimulation.Transaction.values().length];
for (int ii = 0; ii < TPCCSimulation.Transaction.values().length; ii++) {
countDisplayNames[ii] = TPCCSimulation.Transaction.values()[ii].displayName;
}
return countDisplayNames;
}
@Override
public void clientCallback(ClientResponse clientResponse) {
assert clientResponse.getResults() != null : "Results were null";
assert clientResponse.getStatus() == 1 : " Result status code was not 1";
if (m_transactionType != null) {
m_counts[m_transactionType.ordinal()].incrementAndGet();
}
}
@Override
public void clientCallback(ClientResponse clientResponse) {
// TODO: Necessary?
boolean abortExpected = false;
if (m_procedureName != null
&& (m_procedureName.equals(Constants.ORDER_STATUS_BY_NAME)
|| m_procedureName.equals(Constants.ORDER_STATUS_BY_ID))) abortExpected = true;
boolean status = clientResponse.getStatus() == ClientResponse.SUCCESS && abortExpected;
assert status;
if (m_transactionType != null) {
procCounts[m_transactionType.ordinal()].incrementAndGet();
counterLock.lock();
try {
totExecutions++;
if (checkLatency) {
long executionTime = clientResponse.getClientRoundtrip();
totExecutionsLatency++;
totExecutionMilliseconds += executionTime;
if (executionTime < minExecutionMilliseconds) {
minExecutionMilliseconds = executionTime;
}
if (executionTime > maxExecutionMilliseconds) {
maxExecutionMilliseconds = executionTime;
}
// change latency to bucket
int latencyBucket = (int) (executionTime / 25l);
if (latencyBucket > 8) {
latencyBucket = 8;
}
latencyCounter[latencyBucket]++;
}
} finally {
counterLock.unlock();
}
}
}