private void doStoreTestNow() throws HoneycombTestException {
TestCase self = createTestCase("setupStore", "filesize=" + getFilesize());
self.addTag(Tag.SMOKE);
self.addTag(Tag.REGRESSION);
self.addTag(Tag.POSITIVE);
self.addTag(Tag.SMOKE);
self.addTag(HoneycombTag.STOREDATA);
self.addTag(HoneycombTag.JAVA_API);
self.addTag(HoneycombTag.EMULATOR);
if (self.excludeCase()) return;
storeResult = store(getFilesize());
// successful result will only be posted if we didn't throw
self.testPassed(
"Stored file of size "
+ getFilesize()
+ " as oid "
+ storeResult.mdoid
+ " @ "
+ (storeResult.filesize * 1000 / storeResult.time)
+ " bytes/sec");
setupOK = true;
}
/** Diagnostics */
public void printPeriodicStatusMsg(ByteBuffer b) {
if (_totalcalls % METRIC_INCREMENT == 0 && _tc != null) {
_tc.postMetricGroup(getCurrentMetrics());
}
if (_totalcalls % LOG_INCREMENT == 0) {
LOG.info(_functionName + " called on " + toString() + ", buf is " + b);
// Check if buffer is too small
if (b.limit() > _bufsize) {
LOG.info(
"Maybe we should increase bufsize; remaining is "
+ b.remaining()
+ "; bufsize is "
+ _bufsize);
}
} else if (true == REALLY_CHATTY) {
LOG.fine(_functionName + " called on " + toString() + ", buf is " + b);
}
}
public void printFinalDataMoveMsg(long b) {
LOG.fine("last " + _action + ": " + _action + " only " + b + "; " + toString());
if (_tc != null) {
_tc.postMetricGroup(getCurrentMetrics());
}
}