this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkCPUCounters_jmhType l_benchmarkcpucounters0_0 = _jmh_tryInit_f_benchmarkcpucounters0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { l_benchmarkcpucounters0_0.nanoTime(blackhole); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); nanoTime_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkcpucounters0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "nanoTime", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkRoundFunction_jmhType l_benchmarkroundfunction0_0 = _jmh_tryInit_f_benchmarkroundfunction0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { l_benchmarkroundfunction0_0.floatActual(blackhole); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); floatActual_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkroundfunction0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "floatActual", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkRoundFunction_jmhType l_benchmarkroundfunction0_0 = _jmh_tryInit_f_benchmarkroundfunction0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { l_benchmarkroundfunction0_0.doubleBaseline(blackhole); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); doubleBaseline_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkroundfunction0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "doubleBaseline", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkCPUCounters_jmhType l_benchmarkcpucounters0_0 = _jmh_tryInit_f_benchmarkcpucounters0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { l_benchmarkcpucounters0_0.cpuTime(blackhole); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); cpuTime_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkcpucounters0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "cpuTime", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkRoundFunction_jmhType l_benchmarkroundfunction0_0 = _jmh_tryInit_f_benchmarkroundfunction0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { l_benchmarkroundfunction0_0.floatBaseline(blackhole); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); floatBaseline_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkroundfunction0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "floatBaseline", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkRoundFunction_jmhType l_benchmarkroundfunction0_0 = _jmh_tryInit_f_benchmarkroundfunction0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { l_benchmarkroundfunction0_0.doubleActual(blackhole); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); doubleActual_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkroundfunction0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "doubleActual", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkCPUCounters_jmhType l_benchmarkcpucounters0_0 = _jmh_tryInit_f_benchmarkcpucounters0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { l_benchmarkcpucounters0_0.userTime(blackhole); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); userTime_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkcpucounters0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "userTime", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkPartitionedOutputOperator_jmhType l_benchmarkpartitionedoutputoperator0_0 = _jmh_tryInit_f_benchmarkpartitionedoutputoperator0_0(control); BenchmarkPartitionedOutputOperator_BenchmarkData_jmhType l_benchmarkdata1_1 = _jmh_tryInit_f_benchmarkdata1_1(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { l_benchmarkpartitionedoutputoperator0_0.addPage(l_benchmarkdata1_1); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); addPage_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkdata1_1, l_benchmarkpartitionedoutputoperator0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "addPage", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); HashSetvBitSetTest_jmhType l_hashsetvbitsettest0_0 = _jmh_tryInit_f_hashsetvbitsettest0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { blackhole.consume(l_hashsetvbitsettest0_0.testHashSet()); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); testHashSet_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_hashsetvbitsettest0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "testHashSet", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); HashSetvBitSetTest_jmhType l_hashsetvbitsettest0_0 = _jmh_tryInit_f_hashsetvbitsettest0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { blackhole.consume(l_hashsetvbitsettest0_0.timeBitSetRemoveAll()); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); timeBitSetRemoveAll_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_hashsetvbitsettest0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "timeBitSetRemoveAll", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); HashSetvBitSetTest_jmhType l_hashsetvbitsettest0_0 = _jmh_tryInit_f_hashsetvbitsettest0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { blackhole.consume(l_hashsetvbitsettest0_0.testBitSet()); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); testBitSet_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_hashsetvbitsettest0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "testBitSet", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); HashSetvBitSetTest_jmhType l_hashsetvbitsettest0_0 = _jmh_tryInit_f_hashsetvbitsettest0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { blackhole.consume(l_hashsetvbitsettest0_0.timeExtractRemoveAll()); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); timeExtractRemoveAll_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_hashsetvbitsettest0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "timeExtractRemoveAll", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkComputePosition_jmhType l_benchmarkcomputeposition0_0 = _jmh_tryInit_f_benchmarkcomputeposition0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { blackhole.consume(l_benchmarkcomputeposition0_0.computePositionWithFloorMod()); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); computePositionWithFloorMod_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkcomputeposition0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "computePositionWithFloorMod", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkComputePosition_jmhType l_benchmarkcomputeposition0_0 = _jmh_tryInit_f_benchmarkcomputeposition0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { blackhole.consume(l_benchmarkcomputeposition0_0.computePositionWithMod()); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); computePositionWithMod_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkcomputeposition0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "computePositionWithMod", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkComputePosition_jmhType l_benchmarkcomputeposition0_0 = _jmh_tryInit_f_benchmarkcomputeposition0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { blackhole.consume(l_benchmarkcomputeposition0_0.computePositionWithBitShifting()); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); computePositionWithBitShifting_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkcomputeposition0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "computePositionWithBitShifting", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkBigIntOperators_jmhType l_benchmarkbigintoperators0_0 = _jmh_tryInit_f_benchmarkbigintoperators0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { blackhole.consume(l_benchmarkbigintoperators0_0.overflowChecksDivide()); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); overflowChecksDivide_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkbigintoperators0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "overflowChecksDivide", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkBigIntOperators_jmhType l_benchmarkbigintoperators0_0 = _jmh_tryInit_f_benchmarkbigintoperators0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { blackhole.consume(l_benchmarkbigintoperators0_0.overflowChecksMultiply()); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); overflowChecksMultiply_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkbigintoperators0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "overflowChecksMultiply", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkBigIntOperators_jmhType l_benchmarkbigintoperators0_0 = _jmh_tryInit_f_benchmarkbigintoperators0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { blackhole.consume(l_benchmarkbigintoperators0_0.overflowChecksAdd()); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); overflowChecksAdd_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkbigintoperators0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "overflowChecksAdd", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); BenchmarkComputePosition_jmhType l_benchmarkcomputeposition0_0 = _jmh_tryInit_f_benchmarkcomputeposition0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { blackhole.consume(l_benchmarkcomputeposition0_0.computePositionWithMask()); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); computePositionWithMask_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_benchmarkcomputeposition0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "computePositionWithMask", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;
this.blackhole = new Blackhole("Today's password is swordfish. I understand instantiating Blackholes directly is dangerous."); if (threadParams.getSubgroupIndex() == 0) { RawResults res = new RawResults(); PageProcessorBenchmark_jmhType l_pageprocessorbenchmark0_0 = _jmh_tryInit_f_pageprocessorbenchmark0_0(control); control.preSetup(); control.announceWarmupReady(); while (control.warmupShouldWait) { blackhole.consume(l_pageprocessorbenchmark0_0.columnOriented()); int targetSamples = (int) (control.getDuration(TimeUnit.MILLISECONDS) * 20); // at max, 20 timestamps per millisecond int batchSize = iterationParams.getBatchSize(); int opsPerInv = benchmarkParams.getOpsPerInvocation(); SampleBuffer buffer = new SampleBuffer(); columnOriented_sample_jmhStub(control, res, benchmarkParams, iterationParams, threadParams, blackhole, notifyControl, startRndMask, buffer, targetSamples, opsPerInv, batchSize, l_pageprocessorbenchmark0_0); notifyControl.stopMeasurement = true; res.allOps /= batchSize; res.measuredOps *= opsPerInv; BenchmarkTaskResult results = new BenchmarkTaskResult(res.allOps, res.measuredOps); results.add(new SampleTimeResult(ResultRole.PRIMARY, "columnOriented", buffer, benchmarkParams.getTimeUnit())); this.blackhole.evaporate("Yes, I am Stephen Hawking, and know a thing or two about black holes."); return results;