Uses of Class
org.mitre.poorMan.javaTiming.StopWatch

Uses of StopWatch in org.mitre.poorMan.javaTiming

Subclasses of StopWatch in org.mitre.poorMan.javaTiming

Modifier and Type	Class and Description
class	StopWatchWithNesting

Methods in org.mitre.poorMan.javaTiming that return StopWatch

Modifier and Type	Method and Description
static StopWatch	Timing.createStopWatch(java.lang.String name) Create a StopWatch and register it.
StopWatch	StopWatchFactory.createStopWatch(java.lang.String userSpecifiedLabel, java.lang.String internallyGeneratedLabel, int uniqueId, boolean nesting) Build an instance of a StopWatch
StopWatch	StopWatch.enableMinMax()
StopWatch	StopWatch.enableStartStopFromAnyThread() By default a StopWatch can be concurrently accessed from multiple threads and each start/stop is separately tracked.
StopWatch	StopWatch.enableStdDev()
StopWatch	StopWatch.setUnits(java.lang.String units, double multiplier) Specify the units and the multiplier to use.
StopWatch	StopWatch.start() Starts the nanosecond timer.
StopWatch	StopWatch.startAtSameTimeAs(StopWatch otherStopWatch) Set the start time of this StopWatch to be the same as the start time of another.
StopWatch	StopWatch.summarizeAverageFirst() Cause the output from summarize() to first show the average then the cumulative.
StopWatch	StopWatch.summarizeCumulativeFirst() Cause the output from summarize() to first show the cumulative, then the average.
StopWatch	StopWatch.suppressIfCountIsZero() This indicates that the StopWatch summary line should not be output to the screen with Timing.dumpTimings(java.lang.String) is called if the getCount() value is zero.
StopWatch	StopWatch.suppressIfValueIsZero() This indicates that the StopWatch summary line should not be output to the screen with Timing.dumpTimings(java.lang.String) is called if the getCount() value is zero.

Methods in org.mitre.poorMan.javaTiming with parameters of type StopWatch

Modifier and Type	Method and Description
static double	Timing.adjustedAvg(StopWatch sw) Convenience method that subtracts the estimated start/stop overhead from the stop watch's average.
static double	Timing.estimateStartStopOverhead(StopWatch sw) Iteratively (100,000 times) invokes sw.start() followed by sw.stop() to determine the average overhead for these calls.
StopWatch	StopWatch.startAtSameTimeAs(StopWatch otherStopWatch) Set the start time of this StopWatch to be the same as the start time of another.
static void	Timing.stopStart(StopWatch timeToStop, StopWatch timeToStart) This ensures that the same time is used to stop a previous timer and restart another one.