public synchronized void setAllTimeoutsToZero() { flushPending(); for(ReaperElement reaperElement : elementsOrderedByTimeout) { reaperElement.setAbsoluteTimeout(0); } }
/** * @return the number of items in the reaper's list. * @since JTS 2.2. * * Note: this is a) expensive and b) an approximation. Should be called only by test code. */ public final long numberOfTransactions() { return _reaperElements.size(); }
public synchronized void setAllTimeoutsToZero() { flushPending(); for(ReaperElement reaperElement : elementsOrderedByTimeout) { reaperElement.setAbsoluteTimeout(0); } }
/** * @return the number of items in the reaper's list. * @since JTS 2.2. * * Note: this is a) expensive and b) an approximation. Should be called only by test code. */ public final long numberOfTransactions() { return _reaperElements.size(); }
public synchronized void setAllTimeoutsToZero() { flushPending(); for(ReaperElement reaperElement : elementsOrderedByTimeout) { reaperElement.setAbsoluteTimeout(0); } }
/** * @return the number of items in the reaper's list. * @since JTS 2.2. * * Note: this is a) expensive and b) an approximation. Should be called only by test code. */ public final long numberOfTransactions() { return _reaperElements.size(); }
public synchronized void setAllTimeoutsToZero() { flushPending(); for(ReaperElement reaperElement : elementsOrderedByTimeout) { reaperElement.setAbsoluteTimeout(0); } }
/** * @return the number of items in the reaper's list. * @since JTS 2.2. * * Note: this is a) expensive and b) an approximation. Should be called only by test code. */ public final long numberOfTransactions() { return _reaperElements.size(); }
public synchronized void setAllTimeoutsToZero() { flushPending(); for(ReaperElement reaperElement : elementsOrderedByTimeout) { reaperElement.setAbsoluteTimeout(0); } }
/** * @return the number of items in the reaper's list. * @since JTS 2.2. * * Note: this is a) expensive and b) an approximation. Should be called only by test code. */ public final long numberOfTransactions() { return _reaperElements.size(); }
public synchronized void setAllTimeoutsToZero() { flushPending(); for(ReaperElement reaperElement : elementsOrderedByTimeout) { reaperElement.setAbsoluteTimeout(0); } }
/** * @return the number of items in the reaper's list. * @since JTS 2.2. * * Note: this is a) expensive and b) an approximation. Should be called only by test code. */ public final long numberOfTransactions() { return _reaperElements.size(); }
public synchronized void setAllTimeoutsToZero() { flushPending(); for(ReaperElement reaperElement : elementsOrderedByTimeout) { reaperElement.setAbsoluteTimeout(0); } }
/** * @return the number of items in the reaper's list. * @since JTS 2.2. * * Note: this is a) expensive and b) an approximation. Should be called only by test code. */ public final long numberOfTransactions() { return _reaperElements.size(); }
public synchronized void setAllTimeoutsToZero() { flushPending(); for(ReaperElement reaperElement : elementsOrderedByTimeout) { reaperElement.setAbsoluteTimeout(0); } }
/** * @return the number of items in the reaper's list. * @since JTS 2.2. * * Note: this is a) expensive and b) an approximation. Should be called only by test code. */ public final long numberOfTransactions() { return _reaperElements.size(); }
public synchronized void setAllTimeoutsToZero() { flushPending(); for(ReaperElement reaperElement : elementsOrderedByTimeout) { reaperElement.setAbsoluteTimeout(0); } }
/** * @return the number of items in the reaper's list. * @since JTS 2.2. * * Note: this is a) expensive and b) an approximation. Should be called only by test code. */ public final long numberOfTransactions() { return _reaperElements.size(); }
public synchronized void setAllTimeoutsToZero() { flushPending(); for(ReaperElement reaperElement : elementsOrderedByTimeout) { reaperElement.setAbsoluteTimeout(0); } }
public synchronized void setAllTimeoutsToZero() { flushPending(); for(ReaperElement reaperElement : elementsOrderedByTimeout) { reaperElement.setAbsoluteTimeout(0); } }