public void startIndex(String label) {
currentStartTime = timer.readTimer();
indexLabel = label;
currentItems = 0;
totalIndexItems = 0;
elapsedLastTime = currentStartTime;
lastTime = 0;
}
public void startDataPhase() {
print("-- Start %s data phase", itemsName);
dataStartTime = timer.readTimer();
currentStartTime = dataStartTime;
elapsedLastTime = dataStartTime;
currentItems = 0;
totalDataItems = 0;
EventManager.send(dataset, new Event(BulkLoader.evStartDataBulkload, null));
}
public void finishDataPhase() {
EventManager.send(dataset, new Event(BulkLoader.evFinishDataBulkload, null));
dataFinishTime = timer.readTimer();
dataTime = dataFinishTime - dataStartTime;
print("-- Finish %s data phase", itemsName);
if (totalDataItems > 0)
print(
"%,d %s loaded in %,.2f seconds [Rate: %,.2f per second]",
totalDataItems, itemsName, dataTime / 1000.0F, 1000F * totalDataItems / dataTime);
}
public void finishIndex(String label) {
currentFinishTime = timer.readTimer();
long indexTime = currentFinishTime - currentStartTime;
if (totalIndexItems > 0) {
if (indexTime > 0)
print(
"** Index %s: %,d slots indexed in %,.2f seconds [Rate: %,.2f per second]",
label, totalIndexItems, indexTime / 1000.0F, 1000F * totalIndexItems / indexTime);
else print("** Index %s: %,d slots indexed", label, totalIndexItems);
}
}
final void indexItem() {
currentItems++;
totalIndexItems++;
if (tickPoint(totalIndexItems, indexTickPoint)) {
long readTimer = timer.readTimer();
long timePoint = readTimer - currentStartTime;
;
long thisTime = timePoint - lastTime;
long batchAvgRate = (currentItems * 1000L) / thisTime;
long runAvgRate = (totalIndexItems * 1000L) / timePoint;
print(
"Index %s: %,d slots (Batch: %,d slots/s / Avg: %,d slots/s)",
indexLabel, totalIndexItems, batchAvgRate, runAvgRate);
if (tickPoint(totalIndexItems, superTick * indexTickPoint)) elapsed(timer.readTimer());
currentItems = 0;
lastTime = timePoint;
}
}
public void finishIndexPhase() {
EventManager.send(dataset, new Event(BulkLoader.evFinishIndexBulkload, null));
indexFinishTime = timer.readTimer();
indexTime = indexFinishTime - indexStartTime;
print("-- Finish %s index phase", itemsName);
if (totalIndexItems > 0) {
if (indexTime > 0)
print(
"** %,d %s indexed in %,.2f seconds [Rate: %,.2f per second]",
totalIndexItems, itemsName, indexTime / 1000.0F, 1000F * totalIndexItems / indexTime);
else print("** %,d %s indexed", totalIndexItems, itemsName);
}
}
/** Note when one item (triple, quad) is loaded */
public final void dataItem() {
currentItems++;
totalDataItems++;
if (tickPoint(totalDataItems, dataTickPoint)) {
long readTime = timer.readTimer();
long timePoint = readTime - currentStartTime;
long thisTime = timePoint - lastTime;
// *1000L is milli to second conversion
long batchAvgRate = (currentItems * 1000L) / thisTime;
long runAvgRate = (totalDataItems * 1000L) / timePoint;
print(
"Add: %,d %s (Batch: %,d / Avg: %,d)",
totalDataItems, itemsName, batchAvgRate, runAvgRate);
lastTime = timePoint;
if (tickPoint(totalDataItems, superTick * dataTickPoint)) elapsed(readTime);
currentItems = 0;
lastTime = timePoint;
}
}
// ---- Overall
public void startLoad() {
EventManager.send(dataset, new Event(BulkLoader.evStartBulkload, null));
timer.startTimer();
processStartTime = timer.readTimer();
}
public void startIndexPhase() {
print("-- Start %s index phase", itemsName);
indexStartTime = timer.readTimer();
currentItems = 0;
EventManager.send(dataset, new Event(BulkLoader.evStartIndexBulkload, null));
}