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Integration of perftest CI with standardised benchmarks #6514

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@vrnimje vrnimje commented Jun 21, 2024

Proposed Changes

  • Improved the perftest CI with CDash integration
  • Added separate cmake function for adding performance tests with specific options for benchmarking purposes, which also creates a custom target for generating the plots

Any background context you want to provide?

Extension to #6448
Sample run on CDash: https://my.cdash.org/builds/2589647

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codacy-production bot commented Jun 21, 2024

Coverage summary from Codacy

See diff coverage on Codacy

Coverage variation Diff coverage
-0.06% 81.75%
Coverage variation details
Coverable lines Covered lines Coverage
Common ancestor commit (17bbc63) 222489 189245 85.06%
Head commit (6072f1b) 196545 (-25944) 167059 (-22186) 85.00% (-0.06%)

Coverage variation is the difference between the coverage for the head and common ancestor commits of the pull request branch: <coverage of head commit> - <coverage of common ancestor commit>

Diff coverage details
Coverable lines Covered lines Diff coverage
Pull request (#6514) 263 215 81.75%

Diff coverage is the percentage of lines that are covered by tests out of the coverable lines that the pull request added or modified: <covered lines added or modified>/<coverable lines added or modified> * 100%

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@hkaiser hkaiser added type: enhancement category: CI category: perftests Python performance tests regressions labels Jun 23, 2024
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vrnimje commented Jul 11, 2024

Performance test report

small_vector_benchmark

  1. hpx::small_vector, <fxn<void()>, 2>: Performance is better by 0.46 % (KS-stat: 0.9583333333333334)

stream_report

  1. Stream benchmark - Scale, fork_join_executor_default_fork_join_policy_allocator: Performance is better by 12.69 % (KS-stat: 0.9583333333333334)
  2. Stream benchmark - Triad, fork_join_executor_default_fork_join_policy_allocator: Performance is better by 3.25 % (KS-stat: 0.875)
  3. Stream benchmark - Scale, scheduler_executor_default_scheduler_executor_allocator: Performance is better by 18.40 % (KS-stat: 1.0)
  4. Stream benchmark - Add, scheduler_executor_default_scheduler_executor_allocator: Performance is better by 10.84 % (KS-stat: 0.7916666666666666)

foreach_report

  1. for_each, fork_join_executor: Performance is better by 6.67 % (KS-stat: 0.9166666666666666)

transform_reduce_scaling

  1. transform_reduce, par: Performance is better by 57.55 % (KS-stat: 1.0)
  2. transform_reduce_old, par: Performance is better by 69.66 % (KS-stat: 1.0)

benchmark_is_heap_until

  1. hpx::heap_until, seq: Performance is better by 35.65 % (KS-stat: 1.0)
  2. hpx::heap_until, par: Performance is better by 32.25 % (KS-stat: 0.9583333333333334)

benchmark_inplace_merge

  1. hpx::inplace_merge, seq: Performance is better by 41.21 % (KS-stat: 0.9166666666666666)
  2. hpx::inplace_merge, par_unseq: Performance is better by 49.60 % (KS-stat: 1.0)

benchmark_is_heap

  1. hpx::is_heap, seq: Performance is better by 100.00 % (KS-stat: 1.0)

benchmark_remove

  1. hpx::remove, seq: Performance is better by 21.37 % (KS-stat: 1.0)
  2. hpx::remove, par: Performance is better by 30.38 % (KS-stat: 0.9583333333333334)
  3. hpx::remove, par_unseq: Performance is better by 31.96 % (KS-stat: 0.9166666666666666)

benchmark_remove_if

  1. hpx::remove_if, seq: Performance is better by 32.02 % (KS-stat: 1.0)
  2. hpx::remove_if, par: Performance is better by 38.20 % (KS-stat: 1.0)
  3. hpx::remove_if, par_unseq: Performance is better by 37.82 % (KS-stat: 1.0)

minmax_element_performance

  1. hpx::min, par: Performance is better by 19.53 % (KS-stat: 0.9166666666666666)

small_vector_benchmark

  1. hpx::small_vector, <fxn<void()>, 1>: Performance is worse by 9.37 % (KS-stat: 0.7916666666666666)
  2. hpx::small_vector, <fxn<void()>, 8>: Performance is better by 1.68 % (KS-stat: 0.9166666666666666)

stream_report

  1. stream benchmark - Copy, fork_join_executor_default_fork_join_policy_allocator: Performance is better by 6.28 % (KS-stat: 1.0)
  2. Stream benchmark - Scale, fork_join_executor_default_fork_join_policy_allocator: Performance is better by 13.83 % (KS-stat: 1.0)
  3. Stream benchmark - Add, fork_join_executor_default_fork_join_policy_allocator: Performance is better by 4.41 % (KS-stat: 0.7916666666666666)
  4. Stream benchmark - Triad, fork_join_executor_default_fork_join_policy_allocator: Performance is better by 2.72 % (KS-stat: 0.75)
  5. Stream benchmark - Scale, scheduler_executor_default_scheduler_executor_allocator: Performance is better by 18.22 % (KS-stat: 0.9583333333333334)

foreach_report

  1. for_each, fork_join_executor: Performance is better by 6.40 % (KS-stat: 0.9166666666666666)

transform_reduce_scaling

  1. transform_reduce, par: Performance is better by 57.40 % (KS-stat: 1.0)
  2. transform_reduce_old, par: Performance is better by 69.81 % (KS-stat: 1.0)

benchmark_is_heap_until

  1. hpx::heap_until, seq: Performance is better by 36.00 % (KS-stat: 1.0)
  2. hpx::heap_until, par: Performance is better by 32.02 % (KS-stat: 0.9583333333333334)

benchmark_inplace_merge

  1. hpx::inplace_merge, seq: Performance is better by 41.25 % (KS-stat: 0.9583333333333334)
  2. hpx::inplace_merge, par_unseq: Performance is better by 49.76 % (KS-stat: 1.0)

benchmark_is_heap

  1. hpx::is_heap, seq: Performance is better by 100.00 % (KS-stat: 1.0)

benchmark_remove

  1. hpx::remove, seq: Performance is better by 21.60 % (KS-stat: 0.9583333333333334)
  2. hpx::remove, par: Performance is better by 31.05 % (KS-stat: 1.0)
  3. hpx::remove, par_unseq: Performance is better by 33.81 % (KS-stat: 1.0)

benchmark_remove_if

  1. hpx::remove_if, seq: Performance is better by 29.03 % (KS-stat: 1.0)
  2. hpx::remove_if, par: Performance is better by 37.92 % (KS-stat: 1.0)
  3. hpx::remove_if, par_unseq: Performance is better by 37.52 % (KS-stat: 1.0)

small_vector_benchmark

  1. hpx::small_vector, <int, 1>: Performance is worse by 2.90 % (KS-stat: 0.7916666666666666)
  2. hpx::small_vector, <fxn<void()>, 1>: Performance is better by 8.86 % (KS-stat: 0.7916666666666666)

stream_report

  1. stream benchmark - Copy, fork_join_executor_default_fork_join_policy_allocator: Performance is better by 1.72 % (KS-stat: 0.7916666666666666)

minmax_element_performance

  1. hpx::min, par: Performance is worse by 89.74 % (KS-stat: 0.75)

stream_report

  1. stream benchmark - Copy, fork_join_executor_default_fork_join_policy_allocator: Performance is worse by 3.32 % (KS-stat: 1.0)
  2. Stream benchmark - Scale, fork_join_executor_default_fork_join_policy_allocator: Performance is worse by 21.33 % (KS-stat: 0.8333333333333334)
  3. Stream benchmark - Add, fork_join_executor_default_fork_join_policy_allocator: Performance is worse by 16.76 % (KS-stat: 0.7916666666666666)
  4. Stream benchmark - Triad, fork_join_executor_default_fork_join_policy_allocator: Performance is worse by 3.95 % (KS-stat: 0.75)
  5. Stream benchmark - Add, scheduler_executor_default_scheduler_executor_allocator: Performance is better by 15.89 % (KS-stat: 0.9166666666666666)

benchmark_remove_if

  1. hpx::remove_if, seq: Performance is better by 4.40 % (KS-stat: 0.75)

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@vrnimje Good job! ;)

Signed-off-by: Vedant <[email protected]>
Signed-off-by: Vedant <[email protected]>
Signed-off-by: Vedant <[email protected]>
Signed-off-by: Vedant <[email protected]>
…minor changes to plotting script

* Further simplified the default template for the benchmark

Signed-off-by: Vedant <[email protected]>
…, and made minor changes to perftests ci

Signed-off-by: Vedant <[email protected]>
…elines, and fixed clang- and cmake-formatting issues

Signed-off-by: Vedant <[email protected]>
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Performance test report
Test nameExecutorMean Percentage Diff.Coefficient of variation
minmax_element_performance
hpx::minmaxpar1.96 %1.18651
hpx::minpar-0.11 %15.25031
hpx::maxpar0.05 %42.50429
small_vector_benchmark
hpx::small_vector<int, 8>0.52 %0.47845
future_overhead_report
future overhead - create_thread_hierarchical - latchno-executor0.20 %14.95532
stream_report
Stream benchmark - Addscheduler_executor_default_scheduler_executor_allocator1.57 %0.38104
transform_reduce_scaling
transform_reducepar-0.05 %15.06714
benchmark_is_heap_until
hpx::heap_untilpar-0.28 %6.53407
benchmark_merge
hpx::mergeseq1.25 %0.04249
hpx::mergepar-5.67 %0.12528
hpx::mergepar_unseq-1.26 %0.45807
benchmark_inplace_merge
hpx::inplace_mergepar10.49 %0.15894
hpx::inplace_mergepar_unseq11.33 %0.12265
benchmark_is_heap
hpx::is_heappar0.41 %7.33730
benchmark_remove_if
hpx::remove_ifseq-0.90 %0.11926
benchmark_partial_sort
hpx::partial_sort, size: 1000, step: 1seq5.45 %0.02869
hpx::partial_sort, size: 100000seq-1.46 %0.09224
benchmark_partial_sort_parallel
hpx::partial_sort, size: 100000par9.37 %0.02204
hpx::partial_sort, size: 100000, step: 1000par9.83 %0.05209
benchmark_nth_element_parallel
hpx::nth_element, size: 1000, step: 1par-9.17 %0.98629

…n CDash, and added them to the build artifacts

Signed-off-by: Vedant <[email protected]>
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Performance test report
Test nameExecutorMean Percentage Diff.Coefficient of variation
minmax_element_performance
hpx::minmaxpar-1.19 %1.76652
hpx::minpar-0.42 %4.10981
hpx::maxpar-0.03 %21.59520
small_vector_benchmark
hpx::small_vector<fxn<void()>, 1>-0.70 %0.25417
future_overhead_report
future overhead - create_thread_hierarchical - latchno-executor-12.63 %0.30442
stream_report
stream benchmark - Copyparallel_executor_default_parallel_policy_allocator-4.30 %0.19204
Stream benchmark - Scaleparallel_executor_default_parallel_policy_allocator-2.52 %0.44144
Stream benchmark - Scalefork_join_executor_default_fork_join_policy_allocator1.32 %0.03324
stream benchmark - Copyscheduler_executor_default_scheduler_executor_allocator-2.47 %0.45755
benchmark_is_heap_until
hpx::heap_untilpar0.00 %545.61520
benchmark_merge
hpx::mergeseq1.42 %0.04377
hpx::mergepar-3.80 %0.16191
hpx::mergepar_unseq-1.84 %0.34002
benchmark_inplace_merge
hpx::inplace_mergeseq-1.15 %0.06430
hpx::inplace_mergepar9.01 %0.23894
hpx::inplace_mergepar_unseq10.28 %0.12878
benchmark_is_heap
hpx::is_heappar-1.09 %2.25798
benchmark_remove_if
hpx::remove_ifseq0.90 %0.12822
hpx::remove_ifpar1.14 %0.07750
hpx::remove_ifpar_unseq1.05 %0.26647
benchmark_partial_sort
hpx::partial_sort, size: 1000, step: 1seq11.04 %0.01236
hpx::partial_sort, size: 100000seq-1.33 %0.11409
benchmark_partial_sort_parallel
hpx::partial_sort, size: 1000, step: 1par1.46 %0.10163
hpx::partial_sort, size: 100000, step: 1000par11.22 %0.04772
benchmark_nth_element_parallel
hpx::nth_element, size: 100000, step: 5000par-0.83 %1.46625

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Performance test report
Test nameExecutorMean Percentage Diff.Coefficient of variation
minmax_element_performance
hpx::minmaxpar1.44 %1.37947
hpx::minpar0.61 %2.33319
hpx::maxpar-1.19 %1.02057
small_vector_benchmark
hpx::small_vector<int, 8>0.53 %0.48545
future_overhead_report
future overhead - create_thread_hierarchical - latchno-executor-0.57 %6.01747
stream_report
Stream benchmark - Scaleparallel_executor_default_parallel_policy_allocator0.10 %15.05362
Stream benchmark - Addparallel_executor_default_parallel_policy_allocator0.99 %0.49465
Stream benchmark - Scalescheduler_executor_default_scheduler_executor_allocator-3.21 %0.41208
foreach_report
for_eachscheduler_executor1.68 %0.45645
transform_reduce_scaling
transform_reducepar-0.35 %3.86105
benchmark_is_heap_until
hpx::heap_untilpar0.24 %8.86754
benchmark_merge
hpx::mergeseq1.31 %0.04086
hpx::mergepar-4.19 %0.16176
benchmark_inplace_merge
hpx::inplace_mergepar3.85 %0.38700
hpx::inplace_mergepar_unseq2.51 %0.30816
benchmark_is_heap
hpx::is_heappar0.46 %6.13407
benchmark_partial_sort
hpx::partial_sort, size: 1000, step: 1seq2.12 %0.08383
hpx::partial_sort, size: 100000seq-1.61 %0.08373
benchmark_partial_sort_parallel
hpx::partial_sort, size: 1000, step: 1par4.87 %0.03424
hpx::partial_sort, size: 100000par6.46 %0.04234
hpx::partial_sort, size: 100000, step: 1000par8.15 %0.06312
benchmark_nth_element_parallel
hpx::nth_element, size: 1000, step: 1par-11.40 %0.95884
hpx::nth_element, size: 100000, step: 5000par-0.85 %1.66926

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Performance test report
Test nameExecutorMean Percentage Diff.Coefficient of variation
minmax_element_performance
hpx::minmaxpar-0.02 %38.85135
hpx::minpar-0.45 %3.00622
hpx::maxpar-0.79 %1.32714
future_overhead_report
future overhead - create_thread_hierarchical - latchno-executor2.13 %1.30068
stream_report
stream benchmark - Copyparallel_executor_default_parallel_policy_allocator-0.50 %1.70264
Stream benchmark - Addparallel_executor_default_parallel_policy_allocator-1.72 %0.36338
Stream benchmark - Triadparallel_executor_default_parallel_policy_allocator1.15 %0.43536
stream benchmark - Copyscheduler_executor_default_scheduler_executor_allocator-3.75 %0.23468
benchmark_is_heap_until
hpx::heap_untilpar-0.32 %6.67886
hpx::heap_untilpar_unseq0.55 %1.61591
benchmark_merge
hpx::mergeseq1.39 %0.03691
hpx::mergepar-4.63 %0.15019
hpx::mergepar_unseq-2.20 %0.29576
benchmark_inplace_merge
hpx::inplace_mergepar0.78 %2.12736
hpx::inplace_mergepar_unseq-0.17 %7.34590
benchmark_is_heap
hpx::is_heappar1.70 %1.47054
benchmark_remove_if
hpx::remove_ifseq0.89 %0.11261
hpx::remove_ifpar0.98 %0.08889
hpx::remove_ifpar_unseq1.04 %0.26621
benchmark_partial_sort
hpx::partial_sort, size: 1000, step: 1seq7.16 %0.02518
hpx::partial_sort, size: 100000seq-0.89 %0.14436
benchmark_partial_sort_parallel
hpx::partial_sort, size: 100000par2.15 %0.12404
hpx::partial_sort, size: 100000, step: 1000par4.85 %0.09645
benchmark_nth_element_parallel
hpx::nth_element, size: 100000, step: 5000par-0.98 %1.18164

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Performance test report
Test nameExecutorMean Percentage Diff.Coefficient of variation
minmax_element_performance
hpx::minmaxpar0.76 %2.77272
hpx::minpar0.79 %1.61304
hpx::maxpar-0.17 %5.72621
future_overhead_report
future overhead - create_thread_hierarchical - latchno-executor-0.03 %22.37570
stream_report
stream benchmark - Copyparallel_executor_default_parallel_policy_allocator-0.49 %1.92481
Stream benchmark - Scaleparallel_executor_default_parallel_policy_allocator4.08 %0.24543
Stream benchmark - Scalescheduler_executor_default_scheduler_executor_allocator-0.25 %4.56995
Stream benchmark - Addscheduler_executor_default_scheduler_executor_allocator1.58 %0.32848
foreach_report
for_eachscheduler_executor0.34 %2.50820
transform_reduce_scaling
transform_reduce_oldpar1.95 %0.24662
benchmark_is_heap_until
hpx::heap_untilpar-0.40 %4.96255
hpx::heap_untilpar_unseq1.71 %0.42793
benchmark_merge
hpx::mergeseq1.00 %0.05525
hpx::mergepar-6.01 %0.11866
hpx::mergepar_unseq-2.66 %0.22683
benchmark_inplace_merge
hpx::inplace_mergepar-0.25 %5.96318
hpx::inplace_mergepar_unseq3.69 %0.24123
benchmark_is_heap
hpx::is_heappar0.24 %12.59392
hpx::is_heappar_unseq-1.71 %0.44053
benchmark_remove
hpx::removeseq2.08 %0.08116
hpx::removepar1.18 %0.11226
hpx::removepar_unseq0.90 %0.09645
benchmark_remove_if
hpx::remove_ifseq1.00 %0.10714
hpx::remove_ifpar1.29 %0.07869
hpx::remove_ifpar_unseq1.32 %0.18357
benchmark_partial_sort
hpx::partial_sort, size: 1000, step: 1seq9.64 %0.01445
hpx::partial_sort, size: 100000seq-1.13 %0.09270
benchmark_partial_sort_parallel
hpx::partial_sort, size: 1000, step: 1par1.62 %0.10247
hpx::partial_sort, size: 100000, step: 1000par10.23 %0.05292
benchmark_nth_element_parallel
hpx::nth_element, size: 100000, step: 5000par0.70 %0.39393

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Coverage summary from Codacy

See diff coverage on Codacy

Coverage variation Diff coverage
-0.06% 86.70%
Coverage variation details
Coverable lines Covered lines Coverage
Common ancestor commit (17bbc63) 222489 189245 85.06%
Head commit (ff62d46) 196730 (-25759) 167219 (-22026) 85.00% (-0.06%)

Coverage variation is the difference between the coverage for the head and common ancestor commits of the pull request branch: <coverage of head commit> - <coverage of common ancestor commit>

Diff coverage details
Coverable lines Covered lines Diff coverage
Pull request (#6514) 436 378 86.70%

Diff coverage is the percentage of lines that are covered by tests out of the coverable lines that the pull request added or modified: <covered lines added or modified>/<coverable lines added or modified> * 100%

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Performance test report
Test nameExecutorMean Percentage Diff.Coefficient of variation
minmax_element_performance
hpx::minmaxpar4.10 %0.33835
hpx::minpar2.22 %0.47294
future_overhead_report
future overhead - create_thread_hierarchical - latchno-executor-2.48 %1.14423
stream_report
Stream benchmark - Scaleparallel_executor_default_parallel_policy_allocator5.08 %0.18510
stream benchmark - Copyscheduler_executor_default_scheduler_executor_allocator-5.06 %0.41326
Stream benchmark - Scalescheduler_executor_default_scheduler_executor_allocator2.40 %0.24650
Stream benchmark - Addscheduler_executor_default_scheduler_executor_allocator1.53 %0.32002
transform_reduce_scaling
transform_reducepar0.72 %1.15210
transform_reduce_oldpar1.19 %0.33932
benchmark_is_heap_until
hpx::heap_untilpar5.66 %0.26522
benchmark_merge
hpx::mergeseq1.49 %0.02982
hpx::mergepar-0.84 %0.47515
hpx::mergepar_unseq-1.12 %0.38487
benchmark_inplace_merge
hpx::inplace_mergepar8.98 %0.16203
hpx::inplace_mergepar_unseq10.69 %0.08418
benchmark_is_heap
hpx::is_heappar5.14 %0.34268
benchmark_remove
hpx::removeseq1.01 %0.11027
benchmark_remove_if
hpx::remove_ifseq0.89 %0.10283
benchmark_partial_sort
hpx::partial_sort, size: 1000, step: 1seq4.11 %0.02851
hpx::partial_sort, size: 100000seq-1.11 %0.09047
benchmark_partial_sort_parallel
hpx::partial_sort, size: 1000, step: 1par-5.42 %0.02644
hpx::partial_sort, size: 100000par5.34 %0.04335
hpx::partial_sort, size: 100000, step: 1000par7.37 %0.06949

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Performance test report
Test nameExecutorMean Percentage Diff.Coefficient of variation
minmax_element_performance
hpx::minpar-1.25 %0.45074
future_overhead_report
future overhead - create_thread_hierarchical - latchno-executor9.20 %0.25129
stream_report
Stream benchmark - Addparallel_executor_default_parallel_policy_allocator1.03 %0.30720
Stream benchmark - Triadparallel_executor_default_parallel_policy_allocator0.91 %0.36907
stream benchmark - Copyscheduler_executor_default_scheduler_executor_allocator3.72 %0.78148
Stream benchmark - Triadscheduler_executor_default_scheduler_executor_allocator1.53 %0.22015
benchmark_merge
hpx::mergepar0.55 %0.47600
benchmark_inplace_merge
hpx::inplace_mergepar0.34 %3.88061
hpx::inplace_mergepar_unseq1.05 %1.06177
benchmark_is_heap
hpx::is_heappar0.56 %1.41438
benchmark_remove
hpx::removepar_unseq-0.72 %1.45818
benchmark_remove_if
hpx::remove_ifpar_unseq0.10 %10.37297
benchmark_partial_sort
hpx::partial_sort, size: 1000, step: 1seq1.52 %0.07678
benchmark_partial_sort_parallel
hpx::partial_sort, size: 1000, step: 1par6.47 %0.04699
hpx::partial_sort, size: 100000par2.04 %0.11232
benchmark_nth_element_parallel
hpx::nth_element, size: 1000, step: 1par-6.31 %0.93441
hpx::nth_element, size: 100000, step: 5000par0.23 %5.23035

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Performance test report
Test nameExecutorMean Percentage Diff.Coefficient of variation
minmax_element_performance
hpx::maxpar0.75 %0.71582
small_vector_benchmark
hpx::small_vector<int, 2>-1.09 %0.43155
hpx::small_vector<int, 4>-1.00 %0.21861
hpx::small_vector<int, 16>1.39 %0.00417
hpx::small_vector<fxn<void()>, 1>2.63 %0.03075
hpx::small_vector<fxn<void()>, 2>1.55 %0.05928
hpx::small_vector<fxn<void()>, 4>4.30 %0.00848
hpx::small_vector<fxn<void()>, 8>1.35 %0.04220
hpx::small_vector<fxn<void()>, 16>3.77 %0.00194
future_overhead_report
future overhead - create_thread_hierarchical - latchno-executor7.44 %0.25946
stream_report
stream benchmark - Copyparallel_executor_default_parallel_policy_allocator-1.26 %0.45600
Stream benchmark - Addparallel_executor_default_parallel_policy_allocator0.53 %0.20760
Stream benchmark - Triadparallel_executor_default_parallel_policy_allocator0.67 %0.19165
stream benchmark - Copyscheduler_executor_default_scheduler_executor_allocator2.15 %0.16984
Stream benchmark - Addscheduler_executor_default_scheduler_executor_allocator1.14 %0.74768
Stream benchmark - Triadscheduler_executor_default_scheduler_executor_allocator0.77 %0.24945
transform_reduce_scaling
transform_reducepar-0.52 %0.43732
transform_reduce_oldpar-0.67 %0.32381
benchmark_is_heap_until
hpx::heap_untilseq16.66 %0.00071
benchmark_merge
hpx::mergepar1.20 %0.24594
hpx::mergepar_unseq1.23 %0.30648
benchmark_inplace_merge
hpx::inplace_mergeseq0.39 %0.16341
hpx::inplace_mergepar-7.56 %0.08207
hpx::inplace_mergepar_unseq-9.89 %0.05748
benchmark_is_heap
hpx::is_heapseq16.64 %0.00047
hpx::is_heappar-0.02 %3.44765
benchmark_remove
hpx::removepar_unseq-1.22 %0.02323
benchmark_partial_sort
hpx::partial_sort, size: 1000, step: 1seq5.18 %0.01505
benchmark_partial_sort_parallel
hpx::partial_sort, size: 1000, step: 1par7.42 %0.01615
hpx::partial_sort, size: 100000par3.74 %0.06045
hpx::partial_sort, size: 100000, step: 1000par-2.06 %0.02687

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Performance test report
Test nameExecutorPercentage Diff.Classification
future_overhead_report
future overhead - create_thread_hierarchical - latchno-executor1.57 %?
stream_report
Stream benchmark - Triadparallel_executor_default_parallel_policy_allocator2.32 %-
stream benchmark - Copyscheduler_executor_default_scheduler_executor_allocator5.63 %--
Stream benchmark - Scalescheduler_executor_default_scheduler_executor_allocator1.54 %-
Stream benchmark - Addscheduler_executor_default_scheduler_executor_allocator1.31 %-
Stream benchmark - Triadscheduler_executor_default_scheduler_executor_allocator1.89 %-
benchmark_is_heap_until
hpx::heap_untilseq16.65 %---
benchmark_inplace_merge
hpx::inplace_mergepar0.77 %?
hpx::inplace_mergepar_unseq-1.58 %+
benchmark_is_heap
hpx::is_heapseq16.66 %---
hpx::is_heappar0.21 %?
benchmark_partial_sort_parallel
hpx::partial_sort, size: 100000par3.07 %-
hpx::partial_sort, size: 100000, step: 1000par-3.09 %+
benchmark_nth_element_parallel
hpx::nth_element, size: 1000, step: 1par-15.38 %+++
hpx::nth_element, size: 100000, step: 5000par-7.18 %++

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Performance test report
Test nameExecutorPercentage Diff.Classification
minmax_element_performance
hpx::minmaxpar-0.74 %?
hpx::maxpar-1.84 %+
small_vector_benchmark
hpx::small_vectorint, 12.99 %-
hpx::small_vectorint, 2-1.51 %+
hpx::small_vectorint, 42.69 %-
hpx::small_vectorint, 815.83 %---
hpx::small_vectorint, 1635.71 %---
hpx::small_vectorfxn:void(), 17.22 %--
hpx::small_vectorfxn:void(), 26.00 %--
hpx::small_vectorfxn:void(), 45.38 %--
hpx::small_vectorfxn:void(), 88.88 %--
future_overhead_report
future overhead - create_thread_hierarchical - latchno-executor1.51 %?
stream_report
Stream benchmark - Addparallel_executor_default_parallel_policy_allocator1.55 %-
Stream benchmark - Triadparallel_executor_default_parallel_policy_allocator2.98 %-
stream benchmark - Copyscheduler_executor_default_scheduler_executor_allocator6.43 %--
Stream benchmark - Scalescheduler_executor_default_scheduler_executor_allocator1.30 %?
Stream benchmark - Addscheduler_executor_default_scheduler_executor_allocator2.28 %-
Stream benchmark - Triadscheduler_executor_default_scheduler_executor_allocator2.07 %-
foreach_report
for_eachparallel_executor-0.02 %(+)
benchmark_is_heap_until
hpx::heap_untilseq16.65 %---
benchmark_merge
hpx::mergepar-3.96 %+
benchmark_inplace_merge
hpx::inplace_mergepar1.18 %?
hpx::inplace_mergepar_unseq-1.16 %+
benchmark_is_heap
hpx::is_heapseq16.65 %---
hpx::is_heappar-3.49 %++
benchmark_partial_sort_parallel
hpx::partial_sort, size: 100000par2.79 %-
hpx::partial_sort, size: 100000, step: 1000par2.29 %-
benchmark_nth_element_parallel
hpx::nth_element, size: 1000, step: 1par-17.33 %+++
hpx::nth_element, size: 100000, step: 5000par-8.50 %++

…ternal benchmarking iterations to 1000

Signed-off-by: Vedant <[email protected]>
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Performance test report
Test nameExecutorPercentage Diff.Classification
minmax_element_performance
hpx::minmaxpar1.64 %-
small_vector_benchmark
hpx::small_vectorint, 12.53 %-
hpx::small_vectorint, 2-3.50 %+
hpx::small_vectorint, 815.97 %---
hpx::small_vectorint, 1634.28 %---
hpx::small_vectorfxn:void(), 16.99 %--
hpx::small_vectorfxn:void(), 23.54 %-
hpx::small_vectorfxn:void(), 45.39 %--
hpx::small_vectorfxn:void(), 88.94 %--
future_overhead_report
future overhead - create_thread_hierarchical - latchno-executor-1.82 %+
stream_report
stream benchmark - Copyparallel_executor_default_parallel_policy_allocator2.18 %-
Stream benchmark - Addparallel_executor_default_parallel_policy_allocator2.77 %-
Stream benchmark - Triadparallel_executor_default_parallel_policy_allocator4.53 %--
stream benchmark - Copyscheduler_executor_default_scheduler_executor_allocator6.86 %--
Stream benchmark - Scalescheduler_executor_default_scheduler_executor_allocator2.38 %-
Stream benchmark - Addscheduler_executor_default_scheduler_executor_allocator1.77 %-
Stream benchmark - Triadscheduler_executor_default_scheduler_executor_allocator3.74 %--
benchmark_is_heap_until
hpx::heap_untilseq16.71 %---
benchmark_merge
hpx::mergepar_unseq-2.83 %+
benchmark_inplace_merge
hpx::inplace_mergepar0.93 %?
hpx::inplace_mergepar_unseq-1.24 %+
benchmark_is_heap
hpx::is_heapseq16.71 %---
hpx::is_heappar0.48 %?
benchmark_partial_sort
hpx::partial_sort, size: 1000, step: 1seq10.67 %---
benchmark_partial_sort_parallel
hpx::partial_sort, size: 1000, step: 1par3.01 %-
hpx::partial_sort, size: 100000par1.75 %-
hpx::partial_sort, size: 100000, step: 1000par5.22 %--
benchmark_nth_element_parallel
hpx::nth_element, size: 1000, step: 1par-16.44 %+++
hpx::nth_element, size: 100000, step: 5000par-7.93 %++

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Performance test report
Test nameExecutorPercentage Diff.Classification
small_vector_benchmark
hpx::small_vectorfxn:void(), 1-2.20 %+
hpx::small_vectorfxn:void(), 4-4.90 %+
hpx::small_vectorfxn:void(), 8-4.02 %+
hpx::small_vectorfxn:void(), 16-3.08 %+
stream_report
Stream benchmark - Triadparallel_executor_default_parallel_policy_allocator-1.86 %+
benchmark_is_heap_until
hpx::heap_untilpar11.95 %---
benchmark_inplace_merge
hpx::inplace_mergepar-9.69 %++
hpx::inplace_mergepar_unseq-12.82 %+++
benchmark_is_heap
hpx::is_heappar-18.75 %+++
benchmark_partial_sort
hpx::partial_sort, size: 1000, step: 1seq-8.20 %++
benchmark_partial_sort_parallel
hpx::partial_sort, size: 1000, step: 1par7.43 %--
hpx::partial_sort, size: 100000par2.82 %-
hpx::partial_sort, size: 100000, step: 1000par-11.46 %+++
benchmark_nth_element_parallel
hpx::nth_element, size: 100000, step: 5000par2.86 %-

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Performance test report
Test nameExecutorPercentage Diff.Classification
small_vector_benchmark
hpx::small_vectorfxn:void(), 1-2.24 %+
hpx::small_vectorfxn:void(), 4-4.82 %+
hpx::small_vectorfxn:void(), 8-3.89 %+
hpx::small_vectorfxn:void(), 16-3.05 %+
future_overhead_report
future overhead - create_thread_hierarchical - latchno-executor-1.56 %+
benchmark_is_heap_until
hpx::heap_untilpar11.67 %---
benchmark_merge
hpx::mergepar_unseq2.39 %-
benchmark_is_heap
hpx::is_heappar-18.59 %+++
benchmark_partial_sort
hpx::partial_sort, size: 1000, step: 1seq-4.32 %+
benchmark_partial_sort_parallel
hpx::partial_sort, size: 1000, step: 1par3.59 %-
hpx::partial_sort, size: 100000par4.32 %-
hpx::partial_sort, size: 100000, step: 1000par-4.45 %+
benchmark_nth_element_parallel
hpx::nth_element, size: 100000, step: 5000par2.03 %-

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codacy-production bot commented Aug 24, 2024

Coverage summary from Codacy

See diff coverage on Codacy

Coverage variation Diff coverage
-0.05% 91.82%
Coverage variation details
Coverable lines Covered lines Coverage
Common ancestor commit (17bbc63) 222489 189245 85.06%
Head commit (c69f9a3) 196783 (-25706) 167291 (-21954) 85.01% (-0.05%)

Coverage variation is the difference between the coverage for the head and common ancestor commits of the pull request branch: <coverage of head commit> - <coverage of common ancestor commit>

Diff coverage details
Coverable lines Covered lines Diff coverage
Pull request (#6514) 501 460 91.82%

Diff coverage is the percentage of lines that are covered by tests out of the coverable lines that the pull request added or modified: <covered lines added or modified>/<coverable lines added or modified> * 100%

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Codacy stopped sending the deprecated coverage status on June 5th, 2024. Learn more

…tifacts, and updated baselines to a stable set

Signed-off-by: Vedant <[email protected]>
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Performance test report
Test nameExecutorPercentage Diff.Classification
minmax_element_performance
hpx::minmaxpar-3.11 %+
small_vector_benchmark
hpx::small_vectorint, 162.17 %-
hpx::small_vectorfxn:void(), 23.84 %-
hpx::small_vectorfxn:void(), 43.93 %-
hpx::small_vectorfxn:void(), 83.03 %-
future_overhead_report
future overhead - create_thread_hierarchical - latchno-executor-6.14 %++
stream_report
Stream benchmark - Addscheduler_executor_default_scheduler_executor_allocator-1.73 %+
Stream benchmark - Triadscheduler_executor_default_scheduler_executor_allocator1.83 %-
benchmark_partial_sort_parallel
hpx::partial_sort, size: 1000, step: 1par-2.57 %+
hpx::partial_sort, size: 100000par-2.11 %+
hpx::partial_sort, size: 100000, step: 1000par5.64 %--

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