long accumulatedTime = 0; while (entry != null) { long timeStamps = getTimestamps(entry.timestamp); if (timeStamps > 0) { accumulatedTime += timeStamps; buffer.append(getAverageAge(accumulatedTime, elementCounter, currentTime)); elementCounter = 0; accumulatedTime = 0; buffer.append(numberOfGroups); buffer.append(" (youngest)\t: "); //$NON-NLS-1$ buffer.append(getAverageAge(accumulatedTime, elementCounter, currentTime));
long accumulatedTime = 0; while (entry != null) { long timeStamps = getTimestamps(entry.timestamp); if (timeStamps > 0) { accumulatedTime += timeStamps; buffer.append(getAverageAge(accumulatedTime, elementCounter, currentTime)); elementCounter = 0; accumulatedTime = 0; buffer.append(numberOfGroups); buffer.append(" (youngest)\t: "); //$NON-NLS-1$ buffer.append(getAverageAge(accumulatedTime, elementCounter, currentTime));
long accumulatedTime = 0; while (entry != null) { long timeStamps = getTimestamps(entry.timestamp); if (timeStamps > 0) { accumulatedTime += timeStamps; buffer.append(getAverageAge(accumulatedTime, elementCounter, currentTime)); elementCounter = 0; accumulatedTime = 0; buffer.append(numberOfGroups); buffer.append(" (youngest)\t: "); //$NON-NLS-1$ buffer.append(getAverageAge(accumulatedTime, elementCounter, currentTime));
long accumulatedTime = 0; while (entry != null) { long timeStamps = getTimestamps(entry.timestamp); if (timeStamps > 0) { accumulatedTime += timeStamps; buffer.append(getAverageAge(accumulatedTime, elementCounter, currentTime)); elementCounter = 0; accumulatedTime = 0; buffer.append(numberOfGroups); buffer.append(" (youngest)\t: "); //$NON-NLS-1$ buffer.append(getAverageAge(accumulatedTime, elementCounter, currentTime));
long accumulatedTime = 0; while (entry != null) { long timeStamps = getTimestamps(entry.timestamp); if (timeStamps > 0) { accumulatedTime += timeStamps; buffer.append(getAverageAge(accumulatedTime, elementCounter, currentTime)); elementCounter = 0; accumulatedTime = 0; buffer.append(numberOfGroups); buffer.append(" (youngest)\t: "); //$NON-NLS-1$ buffer.append(getAverageAge(accumulatedTime, elementCounter, currentTime));
long accumulatedTime = 0; while (entry != null) { long timeStamps = getTimestamps(entry.timestamp); if (timeStamps > 0) { accumulatedTime += timeStamps; buffer.append(getAverageAge(accumulatedTime, elementCounter, currentTime)); elementCounter = 0; accumulatedTime = 0; buffer.append(numberOfGroups); buffer.append(" (youngest)\t: "); //$NON-NLS-1$ buffer.append(getAverageAge(accumulatedTime, elementCounter, currentTime));
public Stats debugNewOpenableCacheStats() { return this.cache.openableCache.new Stats(); }
public Stats debugNewOpenableCacheStats() { return this.cache.openableCache.new Stats(); }
public Stats debugNewOpenableCacheStats() { return this.cache.openableCache.new Stats(); }
public Stats debugNewOpenableCacheStats() { return this.cache.openableCache.new Stats(); }
public Stats debugNewOpenableCacheStats() { return this.cache.openableCache.new Stats(); }
public ElementCache<ITypeRoot>.Stats debugNewOpenableCacheStats() { return this.cache.openableCache.new Stats(); }
public long getOldestTimestamps() { return getTimestamps(getOldestTimestampCounter()); } public synchronized void snapshot() {
public long getOldestTimestamps() { return getTimestamps(getOldestTimestampCounter()); } public synchronized void snapshot() {
public long getOldestTimestamps() { return getTimestamps(getOldestTimestampCounter()); } public synchronized void snapshot() {
public long getOldestTimestamps() { return getTimestamps(getOldestTimestampCounter()); } public synchronized void snapshot() {
public long getOldestTimestamps() { return getTimestamps(getOldestTimestampCounter()); } public synchronized void snapshot() {
public long getOldestTimestamps() { return getTimestamps(getOldestTimestampCounter()); } public synchronized void snapshot() {
public synchronized void snapshot() { removeCountersOlderThan(getOldestTimestampCounter()); add(getNewestTimestampCounter()); } }
public synchronized void snapshot() { removeCountersOlderThan(getOldestTimestampCounter()); add(getNewestTimestampCounter()); } }