Searched refs:workload (Results 1 – 25 of 50) sorted by relevance
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23 workload = large28 workload = large32 workload = large36 workload = large40 workload = large44 workload = large48 workload = large52 workload = large56 workload = large60 workload = large[all …]
67 workload = cfg.get('global', 'workload')70 workload = cfg.get(test, 'workload')73 workload = '-s %s ' % workload77 args = verbose + workload + scratch + iterations + test
35 Each test case draws multiple times with different workload sizes. A workload37 frame is measured, and the slope of the workload size vs frame time data is39 a workload increase of 1 loop iteration.55 workload size and frame time. Instead, there tends to be some amount of initial56 "free" operations. That is, it may be that all workload sizes below some number57 C yield the same frame time, and only workload sizes beyond C increase the frame
39 Each test case draws multiple times with different workload sizes. A workload41 frame is measured, and the slope of the workload size vs frame time data is43 a workload increase of 1 loop iteration.59 workload size and frame time. Instead, there tends to be some amount of initial60 "free" operations. That is, it may be that all workload sizes below some number61 C yield the same frame time, and only workload sizes beyond C increase the frame
291 def get_job_count(stress, workload, sched_smt): argument301 if workload == "ebizzy" and int(sched_smt) ==0:303 if workload == "kernbench" and int(sched_smt) < 2:321 workload = "ebizzy"327 if file_name == workload:376 workload = "kernbench"382 if file_name == workload:437 def trigger_workld(sched_smt, workload, stress, duration, background, pinned, perf_test): argument442 if workload == "ebizzy":444 if workload == "kernbench":
1 # Expected results: workload runs and switches between 'm' and 'V' state2 # Buggy result: workload stays in 'm' mode, never doing actual verifies
79 int workload; member524 …e renderSample (const RenderData& occluder, const RenderData& occluded, int workload) const = 0;597 const int workload = maxWorkload*step/ITERATION_STEPS; in iterate() local600 params.push_back(workload); in iterate()608 const int workload = params[ndx]; in iterate() local609 Sample sample = renderSample(*occluderData, *occludedData, workload); in iterate()611 sample.workload = workload; in iterate()654 …log << TestLog::Sample << sample.workload << sample.order << sample.testTime << TestLog::EndSample; in logSamples()671 …log << TestLog::Sample << sample.workload << sample.order << sample.testTime << sample.nullTime <<… in logSamples()753 testSamples[ndx] = Vec2((float)sample.workload, (float)sample.testTime); in logAnalysis()[all …]
... dEQP-GLES3.performance.depth.cull_efficiency.workload.workload_arithmetic 17dEQP-GLES3.performance.depth ...
2 # of a purely random workload where each block is read
4 # read workload.
15 last if workload has completed
16 sequential and a random workload. It gives profile measurements for:
17 sequential and a random workload. It gives profile measurements for:
20 than a few Megs. It is a sequential workload. This test stresses the aio
1 # Sample configuration file for the reaim workload
15 Runs eight minutes of bare suspend/resume cycles without additional workload.
15 Runs multiple minutes of bare suspend/resume cycles without additional workload.
14 Runs iterations of bare suspend/resume cycles without additional workload.
16 workload. Forced to suspend to idle(S0ix). Follows this by a few short checks
16 workload. Forced to suspend to memory(S3). Follows this by a few short checks
15 I/O. This test will do data integrity checks by first running a workload that
13 I/O. This test will do data integrity checks by first running a workload that
19 Desc: What happens when hotplugging during a heavy workload?