Here's a simple test program to show you how it's used:
This is some sample output:
Thread.sleep() random
Latency measured:
0.32 us for 50 percentile
0.44 us for 90 percentile
0.68 us for 99 percentile
26.82 us for 99.9 percentile
582.66 us for 99.99 percentile
2024.92 us worst percentile
Math.sqrt
Latency measured:
0.04 us for 50 percentile
0.06 us for 90 percentile
0.09 us for 99 percentile
0.12 us for 99.9 percentile
0.20 us for 99.99 percentile
28.17 us worst percentile
There are only 4 methods:
- The constructor: This takes an int for the maximum number of times you want to measure. Apart from memory implications, oversizing, is not a problem. In this implementation you need to take at least 10,000 measurements for the code to work. If you want to take less just adapt the code appropriately in printStats().
- startMeasure() and endMeasure() are called on either side of the code to be measured.
- printStats() prints out the results.
Implementation below:
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