2025-01-12 21:47.21: New job: test ocaml-multicore/kcas https://github.com/ocaml-multicore/kcas.git#refs/heads/expose-dllist-to-allow-matchable-cursors (cc4ac0d4b6a5cde8085d5df5a8c5a629b363314c) (windows-amd64:windows-server-2022-amd64-5.3_opam-2.3)
Base: windows-server-2022-amd64-ocaml-5.3
Opam project build
To reproduce locally:
git clone --recursive "https://github.com/ocaml-multicore/kcas.git" -b "expose-dllist-to-allow-matchable-cursors" && cd "kcas" && git reset --hard cc4ac0d4
cat > Dockerfile <<'END-OF-DOCKERFILE'
FROM windows-server-2022-amd64-ocaml-5.3
# windows-server-2022-amd64-5.3_opam-2.3
USER 1000:1000
ENV CLICOLOR_FORCE="1"
ENV OPAMCOLOR="always"
RUN ln -f /usr/bin/opam-2.3 /usr/bin/opam
RUN opam init --reinit -ni
RUN uname -rs && opam exec -- ocaml -version && opam --version
RUN cd ~/opam-repository && (git cat-file -e 8e8ee268048d2d5e2963654e1bdaf866d59a5598 || git fetch origin master) && git reset -q --hard 8e8ee268048d2d5e2963654e1bdaf866d59a5598 && git log --no-decorate -n1 --oneline && opam update -u
COPY --chown=1000:1000 kcas_data.opam kcas.opam /Users/opam/src/./
RUN opam pin add -yn kcas_data.dev '/Users/opam/src/./' && \
opam pin add -yn kcas.dev '/Users/opam/src/./'
ENV DEPS="alcotest.1.8.0 arch-x86_64.1 astring.0.8.5 backoff.0.1.1 base-bigarray.base base-domains.base base-effects.base base-nnp.base base-threads.base base-unix.base camlp-streams.5.0.1 cmdliner.1.3.0 conf-mingw-w64-gcc-x86_64.1 cppo.1.8.0 csexp.1.5.2 domain-local-await.1.0.1 domain-local-timeout.1.0.1 domain_shims.0.1.0 dune.3.17.1 flexdll.0.43 fmt.0.9.0 host-arch-x86_64.1 host-system-mingw.1 logs.0.7.0 mdx.2.5.0 mingw-w64-shims.0.2.0 mtime.2.1.0 multicore-bench.0.1.7 multicore-magic.2.3.1 ocaml.5.3.0 ocaml-base-compiler.5.3.0 ocaml-compiler.5.3.0 ocaml-config.3 ocaml-env-mingw64.1 ocaml-options-vanilla.1 ocaml-syntax-shims.1.0.0 ocaml-version.3.7.3 ocamlbuild.0.15.0 ocamlfind.1.9.5 psq.0.2.1 qcheck-core.0.23 qcheck-multicoretests-util.0.5 qcheck-stm.0.5 re.1.12.0 result.1.5 seq.base stdlib-shims.0.3.0 system-mingw.1 thread-table.1.0.0 topkg.1.0.7 uutf.1.0.3 yojson.2.2.2"
ENV CI="true"
ENV OCAMLCI="true"
RUN opam update --depexts && opam install --cli=2.3 --depext-only -y kcas_data.dev kcas.dev $DEPS
RUN opam install $DEPS
COPY --chown=1000:1000 . /Users/opam/src
RUN cd /cygdrive/c/Users/opam/src && opam exec -- dune build @install @check @runtest && rm -rf _build
END-OF-DOCKERFILE
docker build .
END-REPRO-BLOCK
2025-01-12 21:47.21: Using cache hint "ocaml-multicore/kcas-windows-server-2022-amd64-ocaml-5.3-windows-server-2022-amd64-5.3_opam-2.3-1d2729e09d038553c5737437a04d5093"
2025-01-12 21:47.21: Using OBuilder spec:
((from windows-server-2022-amd64-ocaml-5.3)
(comment windows-server-2022-amd64-5.3_opam-2.3)
(user (uid 1000) (gid 1000))
(env CLICOLOR_FORCE 1)
(env OPAMCOLOR always)
(run (shell "ln -f /usr/bin/opam-2.3 /usr/bin/opam"))
(run (shell "opam init --reinit -ni"))
(run (shell "uname -rs && opam exec -- ocaml -version && opam --version"))
(run (cache (opam-archives (target "c:\\Users\\opam\\AppData\\local\\opam\\download-cache")))
(network host)
(shell "cd ~/opam-repository && (git cat-file -e 8e8ee268048d2d5e2963654e1bdaf866d59a5598 || git fetch origin master) && git reset -q --hard 8e8ee268048d2d5e2963654e1bdaf866d59a5598 && git log --no-decorate -n1 --oneline && opam update -u"))
(copy (src kcas_data.opam kcas.opam) (dst /Users/opam/src/./))
(run (network host)
(shell "opam pin add -yn kcas_data.dev '/Users/opam/src/./' && \
\nopam pin add -yn kcas.dev '/Users/opam/src/./'"))
(env DEPS "alcotest.1.8.0 arch-x86_64.1 astring.0.8.5 backoff.0.1.1 base-bigarray.base base-domains.base base-effects.base base-nnp.base base-threads.base base-unix.base camlp-streams.5.0.1 cmdliner.1.3.0 conf-mingw-w64-gcc-x86_64.1 cppo.1.8.0 csexp.1.5.2 domain-local-await.1.0.1 domain-local-timeout.1.0.1 domain_shims.0.1.0 dune.3.17.1 flexdll.0.43 fmt.0.9.0 host-arch-x86_64.1 host-system-mingw.1 logs.0.7.0 mdx.2.5.0 mingw-w64-shims.0.2.0 mtime.2.1.0 multicore-bench.0.1.7 multicore-magic.2.3.1 ocaml.5.3.0 ocaml-base-compiler.5.3.0 ocaml-compiler.5.3.0 ocaml-config.3 ocaml-env-mingw64.1 ocaml-options-vanilla.1 ocaml-syntax-shims.1.0.0 ocaml-version.3.7.3 ocamlbuild.0.15.0 ocamlfind.1.9.5 psq.0.2.1 qcheck-core.0.23 qcheck-multicoretests-util.0.5 qcheck-stm.0.5 re.1.12.0 result.1.5 seq.base stdlib-shims.0.3.0 system-mingw.1 thread-table.1.0.0 topkg.1.0.7 uutf.1.0.3 yojson.2.2.2")
(env CI true)
(env OCAMLCI true)
(run (cache (opam-archives (target "c:\\Users\\opam\\AppData\\local\\opam\\download-cache")))
(network host)
(shell "opam update --depexts && opam install --cli=2.3 --depext-only -y kcas_data.dev kcas.dev $DEPS"))
(run (cache (opam-archives (target "c:\\Users\\opam\\AppData\\local\\opam\\download-cache")))
(network host)
(shell "opam install $DEPS"))
(copy (src .) (dst /Users/opam/src))
(run (shell "cd /cygdrive/c/Users/opam/src && opam exec -- dune build @install @check @runtest && rm -rf _build"))
)
2025-01-12 21:47.21: Waiting for resource in pool OCluster
2025-01-12 21:47.21: Waiting for worker…
2025-01-12 22:01.35: Got resource from pool OCluster
Building on odawa
All commits already cached
HEAD is now at cc4ac0d Expose `Dllist` type to allow matchable cursors
(from windows-server-2022-amd64-ocaml-5.3)
2025-01-12 22:01.35 ---> using "1d6ffeb5a52124df73b2e951323e99615c52ca4f9bdf0f65039be6146fabdaab" from cache
/: (comment windows-server-2022-amd64-5.3_opam-2.3)
/: (user (uid 1000) (gid 1000))
/: (env CLICOLOR_FORCE 1)
/: (env OPAMCOLOR always)
/: (run (shell "ln -f /usr/bin/opam-2.3 /usr/bin/opam"))
2025-01-12 22:01.35 ---> using "95d5d85ee56c2575e196f53fe7f940cc0731fb5c4485beb38b72a714de9d05bf" from cache
/: (run (shell "opam init --reinit -ni"))
No configuration file found, using built-in defaults.
<><> Unix support infrastructure ><><><><><><><><><><><><><><><><><><><><><><><>
opam and the OCaml ecosystem in general require various Unix tools in order to operate correctly. At present, this requires the installation of Cygwin to provide these tools.
How should opam obtain Unix tools?
> 1. Use tools found in PATH (Cygwin installation at C:\cygwin64)
2. Automatically create an internal Cygwin installation that will be managed by opam (recommended)
3. Use Cygwin installation found in C:\cygwin64
4. Use another existing Cygwin/MSYS2 installation
5. Abort initialisation
[1/2/3/4/5] 1
Checking for available remotes: rsync and local, git.
- you won't be able to use mercurial repositories unless you install the hg command on your system.
- you won't be able to use darcs repositories unless you install the darcs command on your system.
<><> Updating repositories ><><><><><><><><><><><><><><><><><><><><><><><><><><>
[default] no changes from file://C:/Users/opam/opam-repository
2025-01-12 22:01.35 ---> using "53bae75d46d214e65b51daece9ef873c6c6a891e203ec3d98bbd26c30834d1e2" from cache
/: (run (shell "uname -rs && opam exec -- ocaml -version && opam --version"))
CYGWIN_NT-10.0-20348 3.5.5-1.x86_64
The OCaml toplevel, version 5.3.0
2.3.0
2025-01-12 22:01.35 ---> using "2b54922bf0d8d5ddbb1aea4afec4a959968c963bd87de7fe3038a742f957825c" from cache
/: (run (cache (opam-archives (target "c:\\Users\\opam\\AppData\\local\\opam\\download-cache")))
(network host)
(shell "cd ~/opam-repository && (git cat-file -e 8e8ee268048d2d5e2963654e1bdaf866d59a5598 || git fetch origin master) && git reset -q --hard 8e8ee268048d2d5e2963654e1bdaf866d59a5598 && git log --no-decorate -n1 --oneline && opam update -u"))
From https://github.com/ocaml/opam-repository
* branch master -> FETCH_HEAD
f93eb7cb02..8e8ee26804 master -> origin/master
8e8ee26804 Merge pull request #27247 from polytypic/release-multicore-magic-2.3.1
<><> Updating package repositories ><><><><><><><><><><><><><><><><><><><><><><>
[default] synchronised from file://C:/Users/opam/opam-repository
Everything as up-to-date as possible (run with --verbose to show unavailable upgrades).
However, you may "opam upgrade" these packages explicitly, which will ask permission to downgrade or uninstall the conflicting packages.
Nothing to do.
# To update the current shell environment, run: eval $(opam env)
2025-01-12 22:01.35 ---> using "c7ec5f7dec298a809503a43d00d89787cfcd4cfa36cb095aaf47ebab79f812c2" from cache
/: (copy (src kcas_data.opam kcas.opam) (dst /Users/opam/src/./))
2025-01-12 22:01.35 ---> using "c7861f015d28d0c55915169c3b7b1f840ad468e48c47042c01dd854999bb0e83" from cache
/: (run (network host)
(shell "opam pin add -yn kcas_data.dev '/Users/opam/src/./' && \
\nopam pin add -yn kcas.dev '/Users/opam/src/./'"))
[kcas_data.dev] synchronised (file://C:/Users/opam/src/.)
kcas_data is now pinned to file://C:/Users/opam/src/. (version dev)
[kcas.dev] synchronised (file://C:/Users/opam/src/.)
kcas is now pinned to file://C:/Users/opam/src/. (version dev)
2025-01-12 22:01.35 ---> using "f1789dface615d0ec4c0b7862c12b2d8eafe3da47ba4da7edabdf8d490b4b315" from cache
/: (env DEPS "alcotest.1.8.0 arch-x86_64.1 astring.0.8.5 backoff.0.1.1 base-bigarray.base base-domains.base base-effects.base base-nnp.base base-threads.base base-unix.base camlp-streams.5.0.1 cmdliner.1.3.0 conf-mingw-w64-gcc-x86_64.1 cppo.1.8.0 csexp.1.5.2 domain-local-await.1.0.1 domain-local-timeout.1.0.1 domain_shims.0.1.0 dune.3.17.1 flexdll.0.43 fmt.0.9.0 host-arch-x86_64.1 host-system-mingw.1 logs.0.7.0 mdx.2.5.0 mingw-w64-shims.0.2.0 mtime.2.1.0 multicore-bench.0.1.7 multicore-magic.2.3.1 ocaml.5.3.0 ocaml-base-compiler.5.3.0 ocaml-compiler.5.3.0 ocaml-config.3 ocaml-env-mingw64.1 ocaml-options-vanilla.1 ocaml-syntax-shims.1.0.0 ocaml-version.3.7.3 ocamlbuild.0.15.0 ocamlfind.1.9.5 psq.0.2.1 qcheck-core.0.23 qcheck-multicoretests-util.0.5 qcheck-stm.0.5 re.1.12.0 result.1.5 seq.base stdlib-shims.0.3.0 system-mingw.1 thread-table.1.0.0 topkg.1.0.7 uutf.1.0.3 yojson.2.2.2")
/: (env CI true)
/: (env OCAMLCI true)
/: (run (cache (opam-archives (target "c:\\Users\\opam\\AppData\\local\\opam\\download-cache")))
(network host)
(shell "opam update --depexts && opam install --cli=2.3 --depext-only -y kcas_data.dev kcas.dev $DEPS"))
<><> Synchronising pinned packages ><><><><><><><><><><><><><><><><><><><><><><>
[kcas.dev] synchronised (no changes)
[kcas_data.dev] synchronised (no changes)
[NOTE] Package system-mingw is already installed (current version is 1).
[NOTE] Package ocaml-options-vanilla is already installed (current version is 1).
[NOTE] Package ocaml-env-mingw64 is already installed (current version is 1).
[NOTE] Package ocaml-config is already installed (current version is 3).
[NOTE] Package ocaml-compiler is already installed (current version is 5.3.0).
[NOTE] Package ocaml-base-compiler is already installed (current version is 5.3.0).
[NOTE] Package ocaml is already installed (current version is 5.3.0).
[NOTE] Package mingw-w64-shims is already installed (current version is 0.2.0).
[NOTE] Package host-system-mingw is already installed (current version is 1).
[NOTE] Package host-arch-x86_64 is already installed (current version is 1).
[NOTE] Package flexdll is already installed (current version is 0.43).
[NOTE] Package conf-mingw-w64-gcc-x86_64 is already installed (current version is 1).
[NOTE] Package base-unix is already installed (current version is base).
[NOTE] Package base-threads is already installed (current version is base).
[NOTE] Package base-nnp is already installed (current version is base).
[NOTE] Package base-effects is already installed (current version is base).
[NOTE] Package base-domains is already installed (current version is base).
[NOTE] Package base-bigarray is already installed (current version is base).
[NOTE] Package arch-x86_64 is already installed (current version is 1).
2025-01-12 22:01.35 ---> using "d47e48d597f8d5b1f8676451534bfd7b3ecb5de842ce43860a2b636b6f9a170e" from cache
/: (run (cache (opam-archives (target "c:\\Users\\opam\\AppData\\local\\opam\\download-cache")))
(network host)
(shell "opam install $DEPS"))
[NOTE] Package system-mingw is already installed (current version is 1).
[NOTE] Package ocaml-options-vanilla is already installed (current version is 1).
[NOTE] Package ocaml-env-mingw64 is already installed (current version is 1).
[NOTE] Package ocaml-config is already installed (current version is 3).
[NOTE] Package ocaml-compiler is already installed (current version is 5.3.0).
[NOTE] Package ocaml-base-compiler is already installed (current version is 5.3.0).
[NOTE] Package ocaml is already installed (current version is 5.3.0).
[NOTE] Package mingw-w64-shims is already installed (current version is 0.2.0).
[NOTE] Package host-system-mingw is already installed (current version is 1).
[NOTE] Package host-arch-x86_64 is already installed (current version is 1).
[NOTE] Package flexdll is already installed (current version is 0.43).
[NOTE] Package conf-mingw-w64-gcc-x86_64 is already installed (current version is 1).
[NOTE] Package base-unix is already installed (current version is base).
[NOTE] Package base-threads is already installed (current version is base).
[NOTE] Package base-nnp is already installed (current version is base).
[NOTE] Package base-effects is already installed (current version is base).
[NOTE] Package base-domains is already installed (current version is base).
[NOTE] Package base-bigarray is already installed (current version is base).
[NOTE] Package arch-x86_64 is already installed (current version is 1).
The following actions will be performed:
=== install 33 packages
- install alcotest 1.8.0
- install astring 0.8.5
- install backoff 0.1.1
- install camlp-streams 5.0.1
- install cmdliner 1.3.0
- install cppo 1.8.0
- install csexp 1.5.2
- install domain-local-await 1.0.1
- install domain-local-timeout 1.0.1
- install domain_shims 0.1.0
- install dune 3.17.1
- install fmt 0.9.0
- install logs 0.7.0
- install mdx 2.5.0
- install mtime 2.1.0
- install multicore-bench 0.1.7
- install multicore-magic 2.3.1
- install ocaml-syntax-shims 1.0.0
- install ocaml-version 3.7.3
- install ocamlbuild 0.15.0
- install ocamlfind 1.9.5
- install psq 0.2.1
- install qcheck-core 0.23
- install qcheck-multicoretests-util 0.5
- install qcheck-stm 0.5
- install re 1.12.0
- install result 1.5
- install seq base
- install stdlib-shims 0.3.0
- install thread-table 1.0.0
- install topkg 1.0.7
- install uutf 1.0.3
- install yojson 2.2.2
<><> Processing actions <><><><><><><><><><><><><><><><><><><><><><><><><><><><>
-> retrieved astring.0.8.5 (cached)
-> retrieved alcotest.1.8.0 (cached)
-> retrieved backoff.0.1.1 (cached)
-> retrieved camlp-streams.5.0.1 (cached)
-> retrieved cmdliner.1.3.0 (cached)
-> retrieved csexp.1.5.2 (cached)
-> retrieved domain-local-await.1.0.1 (cached)
-> retrieved domain-local-timeout.1.0.1 (cached)
-> retrieved domain_shims.0.1.0 (cached)
-> retrieved cppo.1.8.0 (https://github.com/ocaml-community/cppo/archive/v1.8.0.tar.gz)
-> retrieved fmt.0.9.0 (cached)
-> retrieved logs.0.7.0 (cached)
-> retrieved mtime.2.1.0 (cached)
-> retrieved multicore-bench.0.1.7 (cached)
-> retrieved multicore-magic.2.3.1 (https://github.com/ocaml-multicore/multicore-magic/releases/download/2.3.1/multicore-magic-2.3.1.tbz)
-> retrieved ocaml-syntax-shims.1.0.0 (cached)
-> retrieved mdx.2.5.0 (https://github.com/realworldocaml/mdx/releases/download/2.5.0/mdx-2.5.0.tbz)
-> retrieved ocamlbuild.0.15.0 (cached)
-> retrieved ocamlfind.1.9.5 (cached)
-> retrieved ocaml-version.3.7.3 (https://github.com/ocurrent/ocaml-version/releases/download/v3.7.3/ocaml-version-3.7.3.tbz)
-> retrieved psq.0.2.1 (cached)
-> retrieved qcheck-core.0.23 (https://github.com/c-cube/qcheck/archive/v0.23.tar.gz)
-> retrieved qcheck-multicoretests-util.0.5, qcheck-stm.0.5 (https://github.com/ocaml-multicore/multicoretests/archive/refs/tags/0.5.tar.gz)
-> retrieved re.1.12.0 (cached)
-> retrieved seq.base (cached)
-> installed seq.base
-> retrieved result.1.5 (cached)
-> retrieved stdlib-shims.0.3.0 (cached)
-> retrieved dune.3.17.1 (https://github.com/ocaml/dune/releases/download/3.17.1/dune-3.17.1.tbz)
-> retrieved thread-table.1.0.0 (cached)
-> retrieved topkg.1.0.7 (cached)
-> retrieved uutf.1.0.3 (cached)
-> retrieved yojson.2.2.2 (cached)
-> installed cmdliner.1.3.0
-> installed ocamlbuild.0.15.0
[WARNING] .install file is missing .exe extension for src/findlib/ocamlfind
[WARNING] .install file is missing .exe extension for src/findlib/ocamlfind_opt
[WARNING] Automatically adding .exe to C:\Users\opam\AppData\Local\opam\5.3.0\.opam-switch\build\ocamlfind.1.9.5\src\findlib\ocamlfind.exe
[WARNING] Automatically adding .exe to C:\Users\opam\AppData\Local\opam\5.3.0\.opam-switch\build\ocamlfind.1.9.5\src\findlib\ocamlfind_opt.exe
[WARNING] C:\Users\opam\AppData\Local\opam\5.3.0\bin\safe_camlp4 is a script; the command won't be available
-> installed ocamlfind.1.9.5
-> installed topkg.1.0.7
-> installed uutf.1.0.3
-> installed astring.0.8.5
-> installed fmt.0.9.0
-> installed mtime.2.1.0
-> installed logs.0.7.0
-> installed dune.3.17.1
-> installed domain_shims.0.1.0
-> installed backoff.0.1.1
-> installed csexp.1.5.2
-> installed ocaml-version.3.7.3
-> installed psq.0.2.1
-> installed camlp-streams.5.0.1
-> installed stdlib-shims.0.3.0
-> installed result.1.5
-> installed thread-table.1.0.0
-> installed multicore-magic.2.3.1
-> installed ocaml-syntax-shims.1.0.0
-> installed qcheck-core.0.23
-> installed cppo.1.8.0
-> installed re.1.12.0
-> installed domain-local-await.1.0.1
-> installed domain-local-timeout.1.0.1
-> installed qcheck-multicoretests-util.0.5
-> installed yojson.2.2.2
-> installed qcheck-stm.0.5
-> installed alcotest.1.8.0
-> installed multicore-bench.0.1.7
-> installed mdx.2.5.0
Done.
# To update the current shell environment, run: eval $(opam env)
2025-01-12 22:01.35 ---> using "9043674c15e02b1342621f766b4e040ad3702fc9ba9fed18f2db23ac6acd7f8a" from cache
/: (copy (src .) (dst /Users/opam/src))
2025-01-12 22:02.06 ---> saved as "cb707aedd75c2b31e473bb13441c47b7e93f76c9b10599c693458fe52c4429dc"
/: (run (shell "cd /cygdrive/c/Users/opam/src && opam exec -- dune build @install @check @runtest && rm -rf _build"))
(cd _build/default/test/kcas && .\loc_modes.exe)
Loc modes OK!
(cd _build/default/test/kcas && .\threads.exe)
Testing `Threads'.
This run has ID `6QOEA3Q0'.
[OK] await between threads 0
Full test results in `~\src\_build\default\test\kcas\_build\_tests\6QOEA3Q0'.
Test Successful in 0.000s. 1 test run.
(cd _build/default/test/kcas && .\ms_queue_test.exe)
Testing `MS queue'.
This run has ID `TAUVD6FL'.
[OK] write skew 0
[OK] tail leak 0
Full test results in `~\src\_build\default\test\kcas\_build\_tests\TAUVD6FL'.
Test Successful in 0.125s. 2 tests run.
(cd _build/default/test/kcas_data && .\mvar_test.exe)
Testing `Mvar'.
This run has ID `RM3NDNZO'.
[OK] basics 0
Full test results in `~\src\_build\default\test\kcas_data\_build\_tests\RM3NDNZO'.
Test Successful in 0.000s. 1 test run.
(cd _build/default/test/kcas_data && .\dllist_test.exe)
Testing `Dllist'.
This run has ID `M8V2XJC1'.
[OK] basics 0
[OK] add 0
[OK] move 0
Full test results in `~\src\_build\default\test\kcas_data\_build\_tests\M8V2XJC1'.
Test Successful in 0.016s. 3 tests run.
(cd _build/default/test/kcas_data && .\queue_test.exe)
Testing `Queue'.
This run has ID `GVFT0Z88'.
[OK] basics 0
Full test results in `~\src\_build\default\test\kcas_data\_build\_tests\GVFT0Z88'.
Test Successful in 0.000s. 1 test run.
(cd _build/default/test/kcas_data && .\lru_cache_example.exe)
LRU Cache OK!
(cd _build/default/bench && .\main.exe -brief "Kcas Loc")
Kcas Loc:
ops over time/cas int:
63.64 M/s
ops over time/get:
284.40 M/s
ops over time/incr:
37.31 M/s
ops over time/push & pop:
44.99 M/s
ops over time/swap:
44.66 M/s
ops over time/xchg int:
58.28 M/s
time per op/cas int:
15.71 ns
time per op/get:
3.52 ns
time per op/incr:
26.80 ns
time per op/push & pop:
22.23 ns
time per op/swap:
22.39 ns
time per op/xchg int:
17.16 ns
(cd _build/default/test/kcas_data && .\xt_test.exe)
Testing `Transactions'.
This run has ID `DUDUJMZL'.
[OK] basics 0
Full test results in `~\src\_build\default\test\kcas_data\_build\_tests\DUDUJMZL'.
Test Successful in 0.000s. 1 test run.
(cd _build/default/test/kcas_data && .\hashtbl_test.exe)
Testing `Hashtbl'.
This run has ID `QPZ0AWG2'.
[OK] replace and remove 0
[OK] large tx 0
[OK] large ops 0
[OK] basics 0
Full test results in `~\src\_build\default\test\kcas_data\_build\_tests\QPZ0AWG2'.
Test Successful in 0.031s. 4 tests run.
(cd _build/default/test/kcas_data && .\stack_test.exe)
Testing `Stack'.
This run has ID `LWPQXK9F'.
[OK] basics 0
Full test results in `~\src\_build\default\test\kcas_data\_build\_tests\LWPQXK9F'.
Test Successful in 0.000s. 1 test run.
(cd _build/default/bench && .\main.exe -brief "Kcas Xt")
Kcas Xt:
time per transaction/0 loc tx:
15.95 ns
time per transaction/1 loc tx:
47.89 ns
time per transaction/2 loc tx:
112.03 ns
time per transaction/4 loc tx:
163.15 ns
time per transaction/8 loc tx:
422.84 ns
transactions over time/0 loc tx:
62.71 M/s
transactions over time/1 loc tx:
20.88 M/s
transactions over time/2 loc tx:
8.93 M/s
transactions over time/4 loc tx:
6.13 M/s
transactions over time/8 loc tx:
2.36 M/s
Kcas Xt read-only:
time per transaction/0 loc tx:
16.07 ns
time per transaction/1 loc tx:
42.18 ns
time per transaction/2 loc tx:
79.70 ns
time per transaction/4 loc tx:
105.75 ns
time per transaction/8 loc tx:
191.87 ns
transactions over time/0 loc tx:
62.24 M/s
transactions over time/1 loc tx:
23.71 M/s
transactions over time/2 loc tx:
12.55 M/s
transactions over time/4 loc tx:
9.46 M/s
transactions over time/8 loc tx:
5.21 M/s
(cd _build/default/bench && .\main.exe -brief "Kcas Xt read-only")
Kcas Xt read-only:
time per transaction/0 loc tx:
16.27 ns
time per transaction/1 loc tx:
51.25 ns
time per transaction/2 loc tx:
98.31 ns
time per transaction/4 loc tx:
163.56 ns
time per transaction/8 loc tx:
241.66 ns
transactions over time/0 loc tx:
61.47 M/s
transactions over time/1 loc tx:
19.51 M/s
transactions over time/2 loc tx:
10.17 M/s
transactions over time/4 loc tx:
6.11 M/s
transactions over time/8 loc tx:
4.14 M/s
(cd _build/default/bench && .\main.exe -brief "Kcas parallel CMP")
Kcas parallel CMP:
time per transaction/1 worker:
107.49 ns
time per transaction/2 workers:
113.54 ns
time per transaction/4 workers:
126.17 ns
transactions over time/1 worker:
9.30 M/s
transactions over time/2 workers:
17.61 M/s
transactions over time/4 workers:
31.70 M/s
(cd _build/default/bench && .\main.exe -brief "Kcas_data Accumulator")
Kcas_data Accumulator:
operations over time/1 worker, 0% reads:
31.87 M/s
operations over time/2 workers, 0% reads:
55.30 M/s
operations over time/4 workers, 0% reads:
113.59 M/s
operations over time/8 workers, 0% reads:
224.47 M/s
time per operation/1 worker, 0% reads:
31.37 ns
time per operation/2 workers, 0% reads:
36.17 ns
time per operation/4 workers, 0% reads:
35.21 ns
time per operation/8 workers, 0% reads:
35.64 ns
(cd _build/default/bench && .\main.exe -brief "Kcas_data Dllist")
Kcas_data Dllist:
messages over time/1 nb adder, 1 nb taker:
1.26 M/s
messages over time/1 nb adder, 2 nb takers:
1.55 M/s
messages over time/2 nb adders, 1 nb taker:
1.57 M/s
messages over time/2 nb adders, 2 nb takers:
1.64 M/s
messages over time/one domain:
1.96 M/s
time per message/1 nb adder, 1 nb taker:
1588.85 ns
time per message/1 nb adder, 2 nb takers:
1936.11 ns
time per message/2 nb adders, 1 nb taker:
1914.65 ns
time per message/2 nb adders, 2 nb takers:
2442.51 ns
time per message/one domain:
509.88 ns
(cd _build/default/test/kcas && .\test.exe)
Testing `Kcas'.
This run has ID `C3B15LKE'.
[OK] non linearizable xt 0
[OK] set 0
[OK] no skew xt 0
[OK] get seq xt 0
[OK] stress xt 0
[OK] is_in_log 0
[OK] updates 0
[OK] post commit 0
[OK] blocking 0
[OK] no unnecessary wakeups 0
[OK] pediodic validation 0
[OK] explicit validation 0
[OK] rollback 0
[OK] call 0
[OK] mode 0
[OK] xt 0
[OK] timeout (non-deterministic) 0
Full test results in `~\src\_build\default\test\kcas\_build\_tests\C3B15LKE'.
Test Successful in 4.738s. 17 tests run.
(cd _build/default/bench && .\main.exe -brief "Kcas_data Hashtbl")
Kcas_data Hashtbl:
operations over time/1 worker, 10% reads:
4.88 M/s
operations over time/1 worker, 50% reads:
5.71 M/s
operations over time/1 worker, 90% reads:
10.56 M/s
operations over time/2 workers, 10% reads:
5.41 M/s
operations over time/2 workers, 50% reads:
10.08 M/s
operations over time/2 workers, 90% reads:
27.95 M/s
operations over time/4 workers, 10% reads:
9.34 M/s
operations over time/4 workers, 50% reads:
9.37 M/s
operations over time/4 workers, 90% reads:
23.01 M/s
operations over time/8 workers, 10% reads:
17.32 M/s
operations over time/8 workers, 50% reads:
18.75 M/s
operations over time/8 workers, 90% reads:
41.03 M/s
time per operation/1 worker, 10% reads:
205.02 ns
time per operation/1 worker, 50% reads:
174.99 ns
time per operation/1 worker, 90% reads:
94.74 ns
time per operation/2 workers, 10% reads:
369.74 ns
time per operation/2 workers, 50% reads:
198.44 ns
time per operation/2 workers, 90% reads:
71.57 ns
time per operation/4 workers, 10% reads:
428.20 ns
time per operation/4 workers, 50% reads:
426.92 ns
time per operation/4 workers, 90% reads:
173.82 ns
time per operation/8 workers, 10% reads:
461.92 ns
time per operation/8 workers, 50% reads:
426.67 ns
time per operation/8 workers, 90% reads:
194.97 ns
(cd _build/default/bench && .\main.exe -brief "Kcas_data Mvar")
Kcas_data Mvar:
messages over time/1 adder, 1 nb taker:
0.61 M/s
messages over time/1 adder, 1 taker:
0.47 M/s
messages over time/1 adder, 2 nb takers:
0.53 M/s
messages over time/1 adder, 2 takers:
0.43 M/s
messages over time/1 nb adder, 1 nb taker:
0.69 M/s
messages over time/1 nb adder, 1 taker:
0.62 M/s
messages over time/1 nb adder, 2 nb takers:
0.83 M/s
messages over time/1 nb adder, 2 takers:
0.58 M/s
messages over time/2 adders, 1 nb taker:
0.39 M/s
messages over time/2 adders, 1 taker:
0.74 M/s
messages over time/2 adders, 2 nb takers:
0.42 M/s
messages over time/2 adders, 2 takers:
0.66 M/s
messages over time/2 nb adders, 1 nb taker:
0.64 M/s
messages over time/2 nb adders, 1 taker:
0.57 M/s
messages over time/2 nb adders, 2 nb takers:
0.41 M/s
messages over time/2 nb adders, 2 takers:
0.34 M/s
time per message/1 adder, 1 nb taker:
3268.15 ns
time per message/1 adder, 1 taker:
4247.52 ns
time per message/1 adder, 2 nb takers:
5664.64 ns
time per message/1 adder, 2 takers:
6981.56 ns
time per message/1 nb adder, 1 nb taker:
2913.69 ns
time per message/1 nb adder, 1 taker:
3242.39 ns
time per message/1 nb adder, 2 nb takers:
3629.51 ns
time per message/1 nb adder, 2 takers:
5148.40 ns
time per message/2 adders, 1 nb taker:
7663.27 ns
time per message/2 adders, 1 taker:
4073.49 ns
time per message/2 adders, 2 nb takers:
9606.26 ns
time per message/2 adders, 2 takers:
6104.15 ns
time per message/2 nb adders, 1 nb taker:
4710.85 ns
time per message/2 nb adders, 1 taker:
5244.32 ns
time per message/2 nb adders, 2 nb takers:
9688.25 ns
time per message/2 nb adders, 2 takers:
11846.54 ns
(cd _build/default/bench && .\main.exe -brief "Kcas_data Queue")
Kcas_data Queue:
messages over time/1 nb adder, 1 nb taker:
4.90 M/s
messages over time/1 nb adder, 1 taker:
6.29 M/s
messages over time/1 nb adder, 2 nb takers:
6.59 M/s
messages over time/1 nb adder, 2 takers:
6.60 M/s
messages over time/1 nb adder, 4 nb takers:
5.55 M/s
messages over time/1 nb adder, 4 takers:
5.51 M/s
messages over time/2 nb adders, 1 nb taker:
6.41 M/s
messages over time/2 nb adders, 1 taker:
7.11 M/s
messages over time/2 nb adders, 2 nb takers:
5.98 M/s
messages over time/2 nb adders, 2 takers:
5.81 M/s
messages over time/2 nb adders, 4 nb takers:
5.54 M/s
messages over time/2 nb adders, 4 takers:
5.80 M/s
messages over time/4 nb adders, 1 nb taker:
9.29 M/s
messages over time/4 nb adders, 1 taker:
7.24 M/s
messages over time/4 nb adders, 2 nb takers:
6.77 M/s
messages over time/4 nb adders, 2 takers:
7.92 M/s
messages over time/4 nb adders, 4 nb takers:
5.65 M/s
messages over time/4 nb adders, 4 takers:
6.28 M/s
messages over time/one domain:
13.89 M/s
time per message/1 nb adder, 1 nb taker:
407.83 ns
time per message/1 nb adder, 1 taker:
318.11 ns
time per message/1 nb adder, 2 nb takers:
455.30 ns
time per message/1 nb adder, 2 takers:
454.58 ns
time per message/1 nb adder, 4 nb takers:
901.27 ns
time per message/1 nb adder, 4 takers:
906.65 ns
time per message/2 nb adders, 1 nb taker:
467.79 ns
time per message/2 nb adders, 1 taker:
422.07 ns
time per message/2 nb adders, 2 nb takers:
669.34 ns
time per message/2 nb adders, 2 takers:
689.03 ns
time per message/2 nb adders, 4 nb takers:
1082.48 ns
time per message/2 nb adders, 4 takers:
1034.65 ns
time per message/4 nb adders, 1 nb taker:
538.36 ns
time per message/4 nb adders, 1 taker:
690.48 ns
time per message/4 nb adders, 2 nb takers:
886.23 ns
time per message/4 nb adders, 2 takers:
757.28 ns
time per message/4 nb adders, 4 nb takers:
1414.98 ns
time per message/4 nb adders, 4 takers:
1273.01 ns
time per message/one domain:
72.00 ns
(cd _build/default/bench && .\main.exe -brief "Kcas_data Stack")
Kcas_data Stack:
messages over time/1 nb adder, 1 nb taker:
8.15 M/s
messages over time/1 nb adder, 1 taker:
5.89 M/s
messages over time/1 nb adder, 2 nb takers:
7.09 M/s
messages over time/1 nb adder, 2 takers:
4.24 M/s
messages over time/1 nb adder, 4 nb takers:
4.60 M/s
messages over time/1 nb adder, 4 takers:
4.82 M/s
messages over time/2 nb adders, 1 nb taker:
5.08 M/s
messages over time/2 nb adders, 1 taker:
5.54 M/s
messages over time/2 nb adders, 2 nb takers:
5.74 M/s
messages over time/2 nb adders, 2 takers:
6.71 M/s
messages over time/2 nb adders, 4 nb takers:
4.28 M/s
messages over time/2 nb adders, 4 takers:
5.74 M/s
messages over time/4 nb adders, 1 nb taker:
5.45 M/s
messages over time/4 nb adders, 1 taker:
6.70 M/s
messages over time/4 nb adders, 2 nb takers:
4.73 M/s
messages over time/4 nb adders, 2 takers:
5.29 M/s
messages over time/4 nb adders, 4 nb takers:
4.26 M/s
messages over time/4 nb adders, 4 takers:
3.89 M/s
messages over time/one domain:
14.88 M/s
time per message/1 nb adder, 1 nb taker:
245.25 ns
time per message/1 nb adder, 1 taker:
339.45 ns
time per message/1 nb adder, 2 nb takers:
423.32 ns
time per message/1 nb adder, 2 takers:
707.08 ns
time per message/1 nb adder, 4 nb takers:
1087.21 ns
time per message/1 nb adder, 4 takers:
1037.16 ns
time per message/2 nb adders, 1 nb taker:
590.44 ns
time per message/2 nb adders, 1 taker:
541.17 ns
time per message/2 nb adders, 2 nb takers:
696.78 ns
time per message/2 nb adders, 2 takers:
595.99 ns
time per message/2 nb adders, 4 nb takers:
1401.93 ns
time per message/2 nb adders, 4 takers:
1044.58 ns
time per message/4 nb adders, 1 nb taker:
917.25 ns
time per message/4 nb adders, 1 taker:
746.05 ns
time per message/4 nb adders, 2 nb takers:
1268.30 ns
time per message/4 nb adders, 2 takers:
1133.68 ns
time per message/4 nb adders, 4 nb takers:
1879.99 ns
time per message/4 nb adders, 4 takers:
2058.06 ns
time per message/one domain:
67.20 ns
(cd _build/default/test/kcas_data && .\accumulator_test_stm.exe)
random seed: 4062707793375852891
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Accumulator sequential
[ ] 0 0 0 0 / 32 0.0s Accumulator sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Accumulator sequential
[ ] 0 0 0 0 / 32 0.0s Accumulator parallel
[ ] 2 0 0 2 / 32 0.3s Accumulator parallel
[ ] 5 0 0 5 / 32 0.4s Accumulator parallel
[ ] 8 0 0 8 / 32 0.5s Accumulator parallel
[ ] 11 0 0 11 / 32 0.6s Accumulator parallel
[ ] 15 0 0 15 / 32 0.7s Accumulator parallel
[ ] 18 0 0 18 / 32 0.9s Accumulator parallel
[ ] 20 0 0 20 / 32 1.0s Accumulator parallel
[ ] 23 0 0 23 / 32 1.2s Accumulator parallel
[ ] 26 0 0 26 / 32 1.3s Accumulator parallel
[ ] 29 0 0 29 / 32 1.4s Accumulator parallel
[ ] 32 0 0 32 / 32 1.5s Accumulator parallel
[✓] 32 0 0 32 / 32 1.5s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 1521203574453385627
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Accumulator sequential
[✓] 64 0 0 64 / 64 0.0s Accumulator sequential
[ ] 0 0 0 0 / 64 0.0s Accumulator parallel
[ ] 3 0 0 3 / 64 0.2s Accumulator parallel
[ ] 5 0 0 5 / 64 0.3s Accumulator parallel
[ ] 8 0 0 8 / 64 0.4s Accumulator parallel
[ ] 12 0 0 12 / 64 0.5s Accumulator parallel
[ ] 14 0 0 14 / 64 0.7s Accumulator parallel
[ ] 17 0 0 17 / 64 0.8s Accumulator parallel
[ ] 19 0 0 19 / 64 2.0s Accumulator parallel
[ ] 21 0 0 21 / 64 2.1s Accumulator parallel
[ ] 24 0 0 24 / 64 2.2s Accumulator parallel
[ ] 26 0 0 26 / 64 2.3s Accumulator parallel
[ ] 30 0 0 30 / 64 2.4s Accumulator parallel
[ ] 34 0 0 34 / 64 2.6s Accumulator parallel
[ ] 37 0 0 37 / 64 2.7s Accumulator parallel
[ ] 41 0 0 41 / 64 2.8s Accumulator parallel
[ ] 45 0 0 45 / 64 2.9s Accumulator parallel
[ ] 47 0 0 47 / 64 3.1s Accumulator parallel
[ ] 51 0 0 51 / 64 3.2s Accumulator parallel
[ ] 54 0 0 54 / 64 3.3s Accumulator parallel
[ ] 57 0 0 57 / 64 3.4s Accumulator parallel
[ ] 60 0 0 60 / 64 3.5s Accumulator parallel
[ ] 63 0 0 63 / 64 3.7s Accumulator parallel
[✓] 64 0 0 64 / 64 3.7s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 1666888398478283555
generated error fail pass / total time test name
[ ] 0 0 0 0 / 128 0.0s Accumulator sequential
[✓] 128 0 0 128 / 128 0.0s Accumulator sequential
[ ] 0 0 0 0 / 128 0.0s Accumulator parallel
[ ] 2 0 0 2 / 128 0.2s Accumulator parallel
[ ] 3 0 0 3 / 128 0.4s Accumulator parallel
[ ] 6 0 0 6 / 128 0.5s Accumulator parallel
[ ] 9 0 0 9 / 128 0.6s Accumulator parallel
[ ] 10 0 0 10 / 128 0.7s Accumulator parallel
[ ] 13 0 0 13 / 128 0.8s Accumulator parallel
[ ] 14 0 0 14 / 128 1.0s Accumulator parallel
[ ] 16 0 0 16 / 128 1.1s Accumulator parallel
[ ] 19 0 0 19 / 128 1.2s Accumulator parallel
[ ] 22 0 0 22 / 128 1.4s Accumulator parallel
[ ] 25 0 0 25 / 128 1.5s Accumulator parallel
[ ] 28 0 0 28 / 128 1.6s Accumulator parallel
[ ] 31 0 0 31 / 128 1.8s Accumulator parallel
[ ] 33 0 0 33 / 128 1.9s Accumulator parallel
[ ] 37 0 0 37 / 128 2.1s Accumulator parallel
[ ] 41 0 0 41 / 128 2.2s Accumulator parallel
[ ] 43 0 0 43 / 128 2.4s Accumulator parallel
[ ] 46 0 0 46 / 128 2.5s Accumulator parallel
[ ] 49 0 0 49 / 128 2.6s Accumulator parallel
[ ] 53 0 0 53 / 128 2.7s Accumulator parallel
[ ] 56 0 0 56 / 128 2.9s Accumulator parallel
[ ] 59 0 0 59 / 128 3.0s Accumulator parallel
[ ] 63 0 0 63 / 128 3.1s Accumulator parallel
[ ] 67 0 0 67 / 128 3.4s Accumulator parallel
[ ] 71 0 0 71 / 128 3.5s Accumulator parallel
[ ] 75 0 0 75 / 128 3.6s Accumulator parallel
[ ] 77 0 0 77 / 128 3.8s Accumulator parallel
[ ] 80 0 0 80 / 128 3.9s Accumulator parallel
[ ] 82 0 0 82 / 128 4.0s Accumulator parallel
[ ] 85 0 0 85 / 128 4.2s Accumulator parallel
[ ] 88 0 0 88 / 128 4.3s Accumulator parallel
[ ] 90 0 0 90 / 128 4.4s Accumulator parallel
[ ] 94 0 0 94 / 128 4.6s Accumulator parallel
[ ] 98 0 0 98 / 128 4.8s Accumulator parallel
[ ] 99 0 0 99 / 128 4.9s Accumulator parallel
[ ] 102 0 0 102 / 128 5.1s Accumulator parallel
[ ] 106 0 0 106 / 128 5.2s Accumulator parallel
[ ] 108 0 0 108 / 128 5.3s Accumulator parallel
[ ] 112 0 0 112 / 128 5.4s Accumulator parallel
[ ] 116 0 0 116 / 128 5.6s Accumulator parallel
[ ] 120 0 0 120 / 128 5.7s Accumulator parallel
[ ] 123 0 0 123 / 128 5.9s Accumulator parallel
[ ] 125 0 0 125 / 128 6.2s Accumulator parallel
[ ] 128 0 0 128 / 128 6.3s Accumulator parallel
[✓] 128 0 0 128 / 128 6.3s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 507580657600407473
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Accumulator sequential
[✓] 256 0 0 256 / 256 0.0s Accumulator sequential
[ ] 0 0 0 0 / 256 0.0s Accumulator parallel
[ ] 2 0 0 2 / 256 0.1s Accumulator parallel
[ ] 3 0 0 3 / 256 0.2s Accumulator parallel
[ ] 7 0 0 7 / 256 0.4s Accumulator parallel
[ ] 11 0 0 11 / 256 0.5s Accumulator parallel
[ ] 15 0 0 15 / 256 0.7s Accumulator parallel
[ ] 18 0 0 18 / 256 0.9s Accumulator parallel
[ ] 21 0 0 21 / 256 1.0s Accumulator parallel
[ ] 23 0 0 23 / 256 1.1s Accumulator parallel
[ ] 27 0 0 27 / 256 1.3s Accumulator parallel
[ ] 29 0 0 29 / 256 1.4s Accumulator parallel
[ ] 32 0 0 32 / 256 1.5s Accumulator parallel
[ ] 34 0 0 34 / 256 1.7s Accumulator parallel
[ ] 38 0 0 38 / 256 1.8s Accumulator parallel
[ ] 42 0 0 42 / 256 2.0s Accumulator parallel
[ ] 45 0 0 45 / 256 2.0s Accumulator parallel
[ ] 49 0 0 49 / 256 2.2s Accumulator parallel
[ ] 52 0 0 52 / 256 2.3s Accumulator parallel
[ ] 55 0 0 55 / 256 2.4s Accumulator parallel
[ ] 58 0 0 58 / 256 2.5s Accumulator parallel
[ ] 60 0 0 60 / 256 2.6s Accumulator parallel
[ ] 63 0 0 63 / 256 2.8s Accumulator parallel
[ ] 66 0 0 66 / 256 3.0s Accumulator parallel
[ ] 68 0 0 68 / 256 3.1s Accumulator parallel
[ ] 69 0 0 69 / 256 3.3s Accumulator parallel
[ ] 72 0 0 72 / 256 3.5s Accumulator parallel
[ ] 76 0 0 76 / 256 3.6s Accumulator parallel
[ ] 79 0 0 79 / 256 3.7s Accumulator parallel
[ ] 83 0 0 83 / 256 3.8s Accumulator parallel
[ ] 87 0 0 87 / 256 4.0s Accumulator parallel
[ ] 90 0 0 90 / 256 4.2s Accumulator parallel
[ ] 94 0 0 94 / 256 4.3s Accumulator parallel
[ ] 96 0 0 96 / 256 4.4s Accumulator parallel
[ ] 99 0 0 99 / 256 4.5s Accumulator parallel
[ ] 102 0 0 102 / 256 4.6s Accumulator parallel
[ ] 105 0 0 105 / 256 4.7s Accumulator parallel
[ ] 109 0 0 109 / 256 4.9s Accumulator parallel
[ ] 111 0 0 111 / 256 5.0s Accumulator parallel
[ ] 115 0 0 115 / 256 5.2s Accumulator parallel
[ ] 118 0 0 118 / 256 5.3s Accumulator parallel
[ ] 120 0 0 120 / 256 5.4s Accumulator parallel
[ ] 123 0 0 123 / 256 5.5s Accumulator parallel
[ ] 126 0 0 126 / 256 5.7s Accumulator parallel
[ ] 129 0 0 129 / 256 5.8s Accumulator parallel
[ ] 133 0 0 133 / 256 5.9s Accumulator parallel
[ ] 137 0 0 137 / 256 6.1s Accumulator parallel
[ ] 138 0 0 138 / 256 6.2s Accumulator parallel
[ ] 142 0 0 142 / 256 6.4s Accumulator parallel
[ ] 145 0 0 145 / 256 6.5s Accumulator parallel
[ ] 147 0 0 147 / 256 6.6s Accumulator parallel
[ ] 151 0 0 151 / 256 6.7s Accumulator parallel
[ ] 155 0 0 155 / 256 6.8s Accumulator parallel
[ ] 158 0 0 158 / 256 7.0s Accumulator parallel
[ ] 159 0 0 159 / 256 7.1s Accumulator parallel
[ ] 162 0 0 162 / 256 7.2s Accumulator parallel
[ ] 164 0 0 164 / 256 7.3s Accumulator parallel
[ ] 166 0 0 166 / 256 7.5s Accumulator parallel
[ ] 170 0 0 170 / 256 7.7s Accumulator parallel
[ ] 172 0 0 172 / 256 7.8s Accumulator parallel
[ ] 176 0 0 176 / 256 7.9s Accumulator parallel
[ ] 179 0 0 179 / 256 8.1s Accumulator parallel
[ ] 183 0 0 183 / 256 8.2s Accumulator parallel
[ ] 186 0 0 186 / 256 8.3s Accumulator parallel
[ ] 188 0 0 188 / 256 8.4s Accumulator parallel
[ ] 189 0 0 189 / 256 8.6s Accumulator parallel
[ ] 193 0 0 193 / 256 8.7s Accumulator parallel
[ ] 196 0 0 196 / 256 8.8s Accumulator parallel
[ ] 200 0 0 200 / 256 8.9s Accumulator parallel
[ ] 204 0 0 204 / 256 9.1s Accumulator parallel
[ ] 207 0 0 207 / 256 9.2s Accumulator parallel
[ ] 211 0 0 211 / 256 9.3s Accumulator parallel
[ ] 214 0 0 214 / 256 9.4s Accumulator parallel
[ ] 217 0 0 217 / 256 9.5s Accumulator parallel
[ ] 220 0 0 220 / 256 9.6s Accumulator parallel
[ ] 224 0 0 224 / 256 9.8s Accumulator parallel
[ ] 228 0 0 228 / 256 9.9s Accumulator parallel
[ ] 230 0 0 230 / 256 10.0s Accumulator parallel
[ ] 234 0 0 234 / 256 10.2s Accumulator parallel
[ ] 238 0 0 238 / 256 10.3s Accumulator parallel
[ ] 240 0 0 240 / 256 10.5s Accumulator parallel
[ ] 244 0 0 244 / 256 10.6s Accumulator parallel
[ ] 248 0 0 248 / 256 10.7s Accumulator parallel
[ ] 249 0 0 249 / 256 10.8s Accumulator parallel
[ ] 253 0 0 253 / 256 10.9s Accumulator parallel
[ ] 255 0 0 255 / 256 11.1s Accumulator parallel
[✓] 256 0 0 256 / 256 11.1s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 568701202599102035
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Accumulator sequential
[✓] 512 0 0 512 / 512 0.0s Accumulator sequential
[ ] 0 0 0 0 / 512 0.0s Accumulator parallel
[ ] 2 0 0 2 / 512 0.1s Accumulator parallel
[ ] 4 0 0 4 / 512 0.2s Accumulator parallel
[ ] 7 0 0 7 / 512 0.3s Accumulator parallel
[ ] 11 0 0 11 / 512 0.5s Accumulator parallel
[ ] 14 0 0 14 / 512 0.7s Accumulator parallel
[ ] 17 0 0 17 / 512 0.8s Accumulator parallel
[ ] 20 0 0 20 / 512 0.9s Accumulator parallel
[ ] 24 0 0 24 / 512 1.0s Accumulator parallel
[ ] 28 0 0 28 / 512 1.2s Accumulator parallel
[ ] 32 0 0 32 / 512 1.3s Accumulator parallel
[ ] 36 0 0 36 / 512 1.4s Accumulator parallel
[ ] 39 0 0 39 / 512 1.5s Accumulator parallel
[ ] 40 0 0 40 / 512 1.7s Accumulator parallel
[ ] 44 0 0 44 / 512 1.8s Accumulator parallel
[ ] 47 0 0 47 / 512 1.9s Accumulator parallel
[ ] 51 0 0 51 / 512 2.1s Accumulator parallel
[ ] 55 0 0 55 / 512 2.2s Accumulator parallel
[ ] 58 0 0 58 / 512 2.3s Accumulator parallel
[ ] 61 0 0 61 / 512 2.4s Accumulator parallel
[ ] 65 0 0 65 / 512 2.5s Accumulator parallel
[ ] 69 0 0 69 / 512 2.7s Accumulator parallel
[ ] 72 0 0 72 / 512 2.9s Accumulator parallel
[ ] 74 0 0 74 / 512 3.1s Accumulator parallel
[ ] 78 0 0 78 / 512 3.2s Accumulator parallel
[ ] 81 0 0 81 / 512 3.4s Accumulator parallel
[ ] 85 0 0 85 / 512 3.5s Accumulator parallel
[ ] 89 0 0 89 / 512 3.6s Accumulator parallel
[ ] 92 0 0 92 / 512 3.8s Accumulator parallel
[ ] 94 0 0 94 / 512 3.9s Accumulator parallel
[ ] 96 0 0 96 / 512 4.0s Accumulator parallel
[ ] 100 0 0 100 / 512 4.1s Accumulator parallel
[ ] 104 0 0 104 / 512 4.2s Accumulator parallel
[ ] 106 0 0 106 / 512 4.4s Accumulator parallel
[ ] 110 0 0 110 / 512 4.5s Accumulator parallel
[ ] 114 0 0 114 / 512 4.7s Accumulator parallel
[ ] 117 0 0 117 / 512 4.8s Accumulator parallel
[ ] 120 0 0 120 / 512 5.0s Accumulator parallel
[ ] 123 0 0 123 / 512 5.1s Accumulator parallel
[ ] 126 0 0 126 / 512 5.2s Accumulator parallel
[ ] 130 0 0 130 / 512 5.3s Accumulator parallel
[ ] 134 0 0 134 / 512 5.4s Accumulator parallel
[ ] 138 0 0 138 / 512 5.6s Accumulator parallel
[ ] 141 0 0 141 / 512 5.7s Accumulator parallel
[ ] 144 0 0 144 / 512 5.8s Accumulator parallel
[ ] 146 0 0 146 / 512 5.9s Accumulator parallel
[ ] 149 0 0 149 / 512 6.0s Accumulator parallel
[ ] 153 0 0 153 / 512 6.1s Accumulator parallel
[ ] 157 0 0 157 / 512 6.3s Accumulator parallel
[ ] 161 0 0 161 / 512 6.4s Accumulator parallel
[ ] 164 0 0 164 / 512 6.5s Accumulator parallel
[ ] 168 0 0 168 / 512 6.6s Accumulator parallel
[ ] 172 0 0 172 / 512 6.8s Accumulator parallel
[ ] 174 0 0 174 / 512 7.0s Accumulator parallel
[ ] 176 0 0 176 / 512 7.1s Accumulator parallel
[ ] 180 0 0 180 / 512 7.2s Accumulator parallel
[ ] 183 0 0 183 / 512 7.3s Accumulator parallel
[ ] 186 0 0 186 / 512 7.5s Accumulator parallel
[ ] 189 0 0 189 / 512 7.6s Accumulator parallel
[ ] 192 0 0 192 / 512 7.8s Accumulator parallel
[ ] 193 0 0 193 / 512 7.9s Accumulator parallel
[ ] 194 0 0 194 / 512 8.1s Accumulator parallel
[ ] 197 0 0 197 / 512 8.2s Accumulator parallel
[ ] 201 0 0 201 / 512 8.3s Accumulator parallel
[ ] 205 0 0 205 / 512 8.4s Accumulator parallel
[ ] 208 0 0 208 / 512 8.5s Accumulator parallel
[ ] 211 0 0 211 / 512 8.7s Accumulator parallel
[ ] 213 0 0 213 / 512 8.8s Accumulator parallel
[ ] 216 0 0 216 / 512 9.0s Accumulator parallel
[ ] 219 0 0 219 / 512 9.1s Accumulator parallel
[ ] 223 0 0 223 / 512 9.3s Accumulator parallel
[ ] 225 0 0 225 / 512 9.4s Accumulator parallel
[ ] 228 0 0 228 / 512 9.5s Accumulator parallel
[ ] 230 0 0 230 / 512 9.6s Accumulator parallel
[ ] 231 0 0 231 / 512 9.8s Accumulator parallel
[ ] 233 0 0 233 / 512 10.0s Accumulator parallel
[ ] 236 0 0 236 / 512 10.1s Accumulator parallel
[ ] 239 0 0 239 / 512 10.2s Accumulator parallel
[ ] 242 0 0 242 / 512 10.4s Accumulator parallel
[ ] 245 0 0 245 / 512 10.5s Accumulator parallel
[ ] 248 0 0 248 / 512 10.6s Accumulator parallel
[ ] 252 0 0 252 / 512 10.8s Accumulator parallel
[ ] 254 0 0 254 / 512 10.9s Accumulator parallel
[ ] 256 0 0 256 / 512 11.0s Accumulator parallel
[ ] 260 0 0 260 / 512 11.1s Accumulator parallel
[ ] 262 0 0 262 / 512 11.3s Accumulator parallel
[ ] 266 0 0 266 / 512 11.4s Accumulator parallel
[ ] 270 0 0 270 / 512 11.5s Accumulator parallel
[ ] 273 0 0 273 / 512 11.7s Accumulator parallel
[ ] 276 0 0 276 / 512 11.8s Accumulator parallel
[ ] 280 0 0 280 / 512 11.9s Accumulator parallel
[ ] 283 0 0 283 / 512 12.0s Accumulator parallel
[ ] 286 0 0 286 / 512 12.1s Accumulator parallel
[ ] 288 0 0 288 / 512 12.3s Accumulator parallel
[ ] 292 0 0 292 / 512 12.4s Accumulator parallel
[ ] 296 0 0 296 / 512 12.6s Accumulator parallel
[ ] 300 0 0 300 / 512 12.7s Accumulator parallel
[ ] 303 0 0 303 / 512 12.8s Accumulator parallel
[ ] 304 0 0 304 / 512 13.0s Accumulator parallel
[ ] 308 0 0 308 / 512 13.1s Accumulator parallel
[ ] 310 0 0 310 / 512 13.3s Accumulator parallel
[ ] 312 0 0 312 / 512 13.4s Accumulator parallel
[ ] 314 0 0 314 / 512 13.6s Accumulator parallel
[ ] 315 0 0 315 / 512 13.8s Accumulator parallel
[ ] 318 0 0 318 / 512 13.9s Accumulator parallel
[ ] 319 0 0 319 / 512 14.1s Accumulator parallel
[ ] 322 0 0 322 / 512 14.2s Accumulator parallel
[ ] 326 0 0 326 / 512 14.3s Accumulator parallel
[ ] 329 0 0 329 / 512 14.5s Accumulator parallel
[ ] 331 0 0 331 / 512 14.6s Accumulator parallel
[ ] 334 0 0 334 / 512 14.7s Accumulator parallel
[ ] 338 0 0 338 / 512 14.8s Accumulator parallel
[ ] 341 0 0 341 / 512 14.9s Accumulator parallel
[ ] 345 0 0 345 / 512 15.0s Accumulator parallel
[ ] 347 0 0 347 / 512 15.2s Accumulator parallel
[ ] 351 0 0 351 / 512 15.3s Accumulator parallel
[ ] 354 0 0 354 / 512 15.5s Accumulator parallel
[ ] 357 0 0 357 / 512 15.6s Accumulator parallel
[ ] 360 0 0 360 / 512 15.7s Accumulator parallel
[ ] 364 0 0 364 / 512 15.8s Accumulator parallel
[ ] 367 0 0 367 / 512 16.0s Accumulator parallel
[ ] 370 0 0 370 / 512 16.1s Accumulator parallel
[ ] 374 0 0 374 / 512 16.2s Accumulator parallel
[ ] 377 0 0 377 / 512 16.3s Accumulator parallel
[ ] 380 0 0 380 / 512 16.5s Accumulator parallel
[ ] 384 0 0 384 / 512 16.6s Accumulator parallel
[ ] 388 0 0 388 / 512 16.7s Accumulator parallel
[ ] 390 0 0 390 / 512 16.8s Accumulator parallel
[ ] 391 0 0 391 / 512 17.0s Accumulator parallel
[ ] 392 0 0 392 / 512 17.1s Accumulator parallel
[ ] 395 0 0 395 / 512 17.3s Accumulator parallel
[ ] 399 0 0 399 / 512 17.4s Accumulator parallel
[ ] 402 0 0 402 / 512 17.5s Accumulator parallel
[ ] 405 0 0 405 / 512 17.6s Accumulator parallel
[ ] 409 0 0 409 / 512 17.9s Accumulator parallel
[ ] 412 0 0 412 / 512 18.0s Accumulator parallel
[ ] 416 0 0 416 / 512 18.1s Accumulator parallel
[ ] 420 0 0 420 / 512 18.3s Accumulator parallel
[ ] 423 0 0 423 / 512 18.4s Accumulator parallel
[ ] 426 0 0 426 / 512 18.5s Accumulator parallel
[ ] 429 0 0 429 / 512 18.6s Accumulator parallel
[ ] 431 0 0 431 / 512 18.7s Accumulator parallel
[ ] 433 0 0 433 / 512 18.8s Accumulator parallel
[ ] 434 0 0 434 / 512 19.0s Accumulator parallel
[ ] 437 0 0 437 / 512 19.1s Accumulator parallel
[ ] 439 0 0 439 / 512 19.2s Accumulator parallel
[ ] 442 0 0 442 / 512 19.5s Accumulator parallel
[ ] 444 0 0 444 / 512 19.6s Accumulator parallel
[ ] 446 0 0 446 / 512 19.8s Accumulator parallel
[ ] 448 0 0 448 / 512 20.0s Accumulator parallel
[ ] 450 0 0 450 / 512 20.1s Accumulator parallel
[ ] 453 0 0 453 / 512 20.4s Accumulator parallel
[ ] 457 0 0 457 / 512 20.5s Accumulator parallel
[ ] 460 0 0 460 / 512 20.6s Accumulator parallel
[ ] 463 0 0 463 / 512 20.8s Accumulator parallel
[ ] 466 0 0 466 / 512 20.9s Accumulator parallel
[ ] 470 0 0 470 / 512 21.0s Accumulator parallel
[ ] 474 0 0 474 / 512 21.1s Accumulator parallel
[ ] 476 0 0 476 / 512 21.3s Accumulator parallel
[ ] 479 0 0 479 / 512 21.4s Accumulator parallel
[ ] 483 0 0 483 / 512 21.5s Accumulator parallel
[ ] 487 0 0 487 / 512 21.6s Accumulator parallel
[ ] 489 0 0 489 / 512 21.8s Accumulator parallel
[ ] 492 0 0 492 / 512 21.9s Accumulator parallel
[ ] 494 0 0 494 / 512 22.1s Accumulator parallel
[ ] 497 0 0 497 / 512 22.2s Accumulator parallel
[ ] 501 0 0 501 / 512 22.3s Accumulator parallel
[ ] 505 0 0 505 / 512 22.4s Accumulator parallel
[ ] 507 0 0 507 / 512 22.5s Accumulator parallel
[ ] 510 0 0 510 / 512 22.6s Accumulator parallel
[✓] 512 0 0 512 / 512 22.7s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 3760926385763597712
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Accumulator sequential
[✓] 32 0 0 32 / 32 0.0s Accumulator sequential
[ ] 0 0 0 0 / 32 0.0s Accumulator parallel
[ ] 2 0 0 2 / 32 0.0s Accumulator parallel
[ ] 4 0 0 4 / 32 0.2s Accumulator parallel
[ ] 7 0 0 7 / 32 0.3s Accumulator parallel
[ ] 8 0 0 8 / 32 0.4s Accumulator parallel
[ ] 12 0 0 12 / 32 0.5s Accumulator parallel
[ ] 13 0 0 13 / 32 0.7s Accumulator parallel
[ ] 17 0 0 17 / 32 0.8s Accumulator parallel
[ ] 21 0 0 21 / 32 1.0s Accumulator parallel
[ ] 25 0 0 25 / 32 1.2s Accumulator parallel
[ ] 28 0 0 28 / 32 1.3s Accumulator parallel
[ ] 32 0 0 32 / 32 1.4s Accumulator parallel
[✓] 32 0 0 32 / 32 1.4s Accumulator parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && .\stack_test_stm.exe)
random seed: 340366871630784676
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Stack sequential
[ ] 0 0 0 0 / 32 0.0s Stack sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Stack sequential
[ ] 0 0 0 0 / 32 0.0s Stack parallel
[ ] 1 0 0 1 / 32 0.1s Stack parallel
[ ] 3 0 0 3 / 32 0.2s Stack parallel
[ ] 6 0 0 6 / 32 0.4s Stack parallel
[ ] 9 0 0 9 / 32 0.5s Stack parallel
[ ] 12 0 0 12 / 32 0.6s Stack parallel
[ ] 15 0 0 15 / 32 0.7s Stack parallel
[ ] 18 0 0 18 / 32 0.9s Stack parallel
[ ] 21 0 0 21 / 32 1.0s Stack parallel
[ ] 25 0 0 25 / 32 1.1s Stack parallel
[ ] 28 0 0 28 / 32 1.2s Stack parallel
[ ] 31 0 0 31 / 32 1.3s Stack parallel
[✓] 32 0 0 32 / 32 1.4s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 320147273417066605
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Stack sequential
[✓] 64 0 0 64 / 64 0.0s Stack sequential
[ ] 0 0 0 0 / 64 0.0s Stack parallel
[ ] 2 0 0 2 / 64 0.1s Stack parallel
[ ] 4 0 0 4 / 64 0.2s Stack parallel
[ ] 7 0 0 7 / 64 0.4s Stack parallel
[ ] 11 0 0 11 / 64 0.6s Stack parallel
[ ] 14 0 0 14 / 64 0.7s Stack parallel
[ ] 18 0 0 18 / 64 1.9s Stack parallel
[ ] 21 0 0 21 / 64 2.0s Stack parallel
[ ] 24 0 0 24 / 64 2.2s Stack parallel
[ ] 28 0 0 28 / 64 2.3s Stack parallel
[ ] 29 0 0 29 / 64 2.5s Stack parallel
[ ] 32 0 0 32 / 64 2.6s Stack parallel
[ ] 36 0 0 36 / 64 2.7s Stack parallel
[ ] 39 0 0 39 / 64 2.8s Stack parallel
[ ] 43 0 0 43 / 64 3.0s Stack parallel
[ ] 46 0 0 46 / 64 3.1s Stack parallel
[ ] 49 0 0 49 / 64 3.3s Stack parallel
[ ] 53 0 0 53 / 64 3.4s Stack parallel
[ ] 56 0 0 56 / 64 3.6s Stack parallel
[ ] 60 0 0 60 / 64 3.7s Stack parallel
[ ] 64 0 0 64 / 64 3.8s Stack parallel
[✓] 64 0 0 64 / 64 3.8s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 3271099831785651952
generated error fail pass / total time test name
[ ] 0 0 0 0 / 128 0.0s Stack sequential
[✓] 128 0 0 128 / 128 0.0s Stack sequential
[ ] 0 0 0 0 / 128 0.0s Stack parallel
[ ] 3 0 0 3 / 128 0.1s Stack parallel
[ ] 4 0 0 4 / 128 0.3s Stack parallel
[ ] 6 0 0 6 / 128 0.4s Stack parallel
[ ] 7 0 0 7 / 128 0.6s Stack parallel
[ ] 10 0 0 10 / 128 0.7s Stack parallel
[ ] 13 0 0 13 / 128 0.8s Stack parallel
[ ] 15 0 0 15 / 128 0.9s Stack parallel
[ ] 17 0 0 17 / 128 1.0s Stack parallel
[ ] 20 0 0 20 / 128 1.2s Stack parallel
[ ] 23 0 0 23 / 128 1.3s Stack parallel
[ ] 25 0 0 25 / 128 1.5s Stack parallel
[ ] 28 0 0 28 / 128 1.6s Stack parallel
[ ] 31 0 0 31 / 128 1.7s Stack parallel
[ ] 35 0 0 35 / 128 1.8s Stack parallel
[ ] 38 0 0 38 / 128 1.9s Stack parallel
[ ] 41 0 0 41 / 128 2.1s Stack parallel
[ ] 43 0 0 43 / 128 2.2s Stack parallel
[ ] 45 0 0 45 / 128 2.3s Stack parallel
[ ] 49 0 0 49 / 128 2.5s Stack parallel
[ ] 53 0 0 53 / 128 2.6s Stack parallel
[ ] 56 0 0 56 / 128 2.7s Stack parallel
[ ] 59 0 0 59 / 128 2.8s Stack parallel
[ ] 62 0 0 62 / 128 3.0s Stack parallel
[ ] 65 0 0 65 / 128 3.1s Stack parallel
[ ] 67 0 0 67 / 128 3.2s Stack parallel
[ ] 69 0 0 69 / 128 3.3s Stack parallel
[ ] 71 0 0 71 / 128 3.5s Stack parallel
[ ] 75 0 0 75 / 128 3.6s Stack parallel
[ ] 79 0 0 79 / 128 3.7s Stack parallel
[ ] 83 0 0 83 / 128 3.9s Stack parallel
[ ] 87 0 0 87 / 128 4.0s Stack parallel
[ ] 89 0 0 89 / 128 4.1s Stack parallel
[ ] 92 0 0 92 / 128 4.3s Stack parallel
[ ] 94 0 0 94 / 128 4.5s Stack parallel
[ ] 97 0 0 97 / 128 4.6s Stack parallel
[ ] 100 0 0 100 / 128 4.8s Stack parallel
[ ] 104 0 0 104 / 128 5.0s Stack parallel
[ ] 108 0 0 108 / 128 5.1s Stack parallel
[ ] 110 0 0 110 / 128 5.2s Stack parallel
[ ] 114 0 0 114 / 128 5.4s Stack parallel
[ ] 116 0 0 116 / 128 5.5s Stack parallel
[ ] 119 0 0 119 / 128 5.6s Stack parallel
[ ] 123 0 0 123 / 128 5.8s Stack parallel
[ ] 126 0 0 126 / 128 6.0s Stack parallel
[ ] 128 0 0 128 / 128 6.1s Stack parallel
[✓] 128 0 0 128 / 128 6.1s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 2380068201558741426
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Stack sequential
[✓] 256 0 0 256 / 256 0.0s Stack sequential
[ ] 0 0 0 0 / 256 0.0s Stack parallel
[ ] 4 0 0 4 / 256 0.1s Stack parallel
[ ] 6 0 0 6 / 256 0.2s Stack parallel
[ ] 10 0 0 10 / 256 0.4s Stack parallel
[ ] 14 0 0 14 / 256 0.5s Stack parallel
[ ] 15 0 0 15 / 256 0.7s Stack parallel
[ ] 18 0 0 18 / 256 0.8s Stack parallel
[ ] 19 0 0 19 / 256 0.9s Stack parallel
[ ] 22 0 0 22 / 256 1.0s Stack parallel
[ ] 24 0 0 24 / 256 1.2s Stack parallel
[ ] 28 0 0 28 / 256 1.3s Stack parallel
[ ] 29 0 0 29 / 256 1.5s Stack parallel
[ ] 31 0 0 31 / 256 1.6s Stack parallel
[ ] 34 0 0 34 / 256 1.8s Stack parallel
[ ] 35 0 0 35 / 256 1.9s Stack parallel
[ ] 36 0 0 36 / 256 2.0s Stack parallel
[ ] 40 0 0 40 / 256 2.2s Stack parallel
[ ] 41 0 0 41 / 256 2.3s Stack parallel
[ ] 43 0 0 43 / 256 2.4s Stack parallel
[ ] 45 0 0 45 / 256 2.6s Stack parallel
[ ] 48 0 0 48 / 256 2.7s Stack parallel
[ ] 49 0 0 49 / 256 2.8s Stack parallel
[ ] 53 0 0 53 / 256 2.9s Stack parallel
[ ] 56 0 0 56 / 256 3.0s Stack parallel
[ ] 59 0 0 59 / 256 3.2s Stack parallel
[ ] 63 0 0 63 / 256 3.4s Stack parallel
[ ] 65 0 0 65 / 256 3.5s Stack parallel
[ ] 68 0 0 68 / 256 3.6s Stack parallel
[ ] 72 0 0 72 / 256 3.7s Stack parallel
[ ] 75 0 0 75 / 256 3.8s Stack parallel
[ ] 79 0 0 79 / 256 4.0s Stack parallel
[ ] 82 0 0 82 / 256 4.2s Stack parallel
[ ] 86 0 0 86 / 256 4.3s Stack parallel
[ ] 90 0 0 90 / 256 4.5s Stack parallel
[ ] 91 0 0 91 / 256 4.6s Stack parallel
[ ] 93 0 0 93 / 256 4.7s Stack parallel
[ ] 97 0 0 97 / 256 4.9s Stack parallel
[ ] 99 0 0 99 / 256 5.1s Stack parallel
[ ] 100 0 0 100 / 256 5.2s Stack parallel
[ ] 104 0 0 104 / 256 5.5s Stack parallel
[ ] 108 0 0 108 / 256 5.6s Stack parallel
[ ] 110 0 0 110 / 256 5.8s Stack parallel
[ ] 114 0 0 114 / 256 5.9s Stack parallel
[ ] 116 0 0 116 / 256 6.1s Stack parallel
[ ] 119 0 0 119 / 256 6.2s Stack parallel
[ ] 122 0 0 122 / 256 6.4s Stack parallel
[ ] 126 0 0 126 / 256 6.5s Stack parallel
[ ] 129 0 0 129 / 256 6.6s Stack parallel
[ ] 130 0 0 130 / 256 6.8s Stack parallel
[ ] 132 0 0 132 / 256 6.9s Stack parallel
[ ] 135 0 0 135 / 256 7.2s Stack parallel
[ ] 138 0 0 138 / 256 7.3s Stack parallel
[ ] 141 0 0 141 / 256 7.4s Stack parallel
[ ] 145 0 0 145 / 256 7.7s Stack parallel
[ ] 149 0 0 149 / 256 7.8s Stack parallel
[ ] 152 0 0 152 / 256 8.1s Stack parallel
[ ] 153 0 0 153 / 256 8.2s Stack parallel
[ ] 157 0 0 157 / 256 8.3s Stack parallel
[ ] 160 0 0 160 / 256 8.4s Stack parallel
[ ] 164 0 0 164 / 256 8.6s Stack parallel
[ ] 167 0 0 167 / 256 8.7s Stack parallel
[ ] 170 0 0 170 / 256 8.8s Stack parallel
[ ] 174 0 0 174 / 256 9.0s Stack parallel
[ ] 178 0 0 178 / 256 9.1s Stack parallel
[ ] 181 0 0 181 / 256 9.2s Stack parallel
[ ] 185 0 0 185 / 256 9.3s Stack parallel
[ ] 189 0 0 189 / 256 9.5s Stack parallel
[ ] 193 0 0 193 / 256 9.7s Stack parallel
[ ] 196 0 0 196 / 256 9.8s Stack parallel
[ ] 198 0 0 198 / 256 9.9s Stack parallel
[ ] 201 0 0 201 / 256 10.1s Stack parallel
[ ] 203 0 0 203 / 256 10.4s Stack parallel
[ ] 205 0 0 205 / 256 10.6s Stack parallel
[ ] 209 0 0 209 / 256 10.7s Stack parallel
[ ] 211 0 0 211 / 256 10.8s Stack parallel
[ ] 214 0 0 214 / 256 11.0s Stack parallel
[ ] 218 0 0 218 / 256 11.1s Stack parallel
[ ] 220 0 0 220 / 256 11.2s Stack parallel
[ ] 223 0 0 223 / 256 11.3s Stack parallel
[ ] 226 0 0 226 / 256 11.4s Stack parallel
[ ] 230 0 0 230 / 256 11.6s Stack parallel
[ ] 232 0 0 232 / 256 11.7s Stack parallel
[ ] 235 0 0 235 / 256 11.8s Stack parallel
[ ] 239 0 0 239 / 256 12.0s Stack parallel
[ ] 243 0 0 243 / 256 12.1s Stack parallel
[ ] 246 0 0 246 / 256 12.2s Stack parallel
[ ] 248 0 0 248 / 256 12.3s Stack parallel
[ ] 252 0 0 252 / 256 12.5s Stack parallel
[ ] 256 0 0 256 / 256 12.6s Stack parallel
[✓] 256 0 0 256 / 256 12.6s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 3683528807564351436
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Stack sequential
[✓] 512 0 0 512 / 512 0.0s Stack sequential
[ ] 0 0 0 0 / 512 0.0s Stack parallel
[ ] 3 0 0 3 / 512 0.2s Stack parallel
[ ] 7 0 0 7 / 512 0.3s Stack parallel
[ ] 11 0 0 11 / 512 0.5s Stack parallel
[ ] 14 0 0 14 / 512 0.6s Stack parallel
[ ] 15 0 0 15 / 512 0.7s Stack parallel
[ ] 19 0 0 19 / 512 0.8s Stack parallel
[ ] 23 0 0 23 / 512 1.1s Stack parallel
[ ] 24 0 0 24 / 512 1.2s Stack parallel
[ ] 28 0 0 28 / 512 1.3s Stack parallel
[ ] 32 0 0 32 / 512 1.5s Stack parallel
[ ] 34 0 0 34 / 512 1.6s Stack parallel
[ ] 38 0 0 38 / 512 1.8s Stack parallel
[ ] 41 0 0 41 / 512 1.9s Stack parallel
[ ] 45 0 0 45 / 512 2.0s Stack parallel
[ ] 48 0 0 48 / 512 2.1s Stack parallel
[ ] 52 0 0 52 / 512 2.3s Stack parallel
[ ] 56 0 0 56 / 512 2.4s Stack parallel
[ ] 58 0 0 58 / 512 2.5s Stack parallel
[ ] 60 0 0 60 / 512 2.6s Stack parallel
[ ] 62 0 0 62 / 512 2.8s Stack parallel
[ ] 66 0 0 66 / 512 2.9s Stack parallel
[ ] 70 0 0 70 / 512 3.0s Stack parallel
[ ] 74 0 0 74 / 512 3.2s Stack parallel
[ ] 75 0 0 75 / 512 3.3s Stack parallel
[ ] 78 0 0 78 / 512 3.5s Stack parallel
[ ] 80 0 0 80 / 512 3.6s Stack parallel
[ ] 83 0 0 83 / 512 3.7s Stack parallel
[ ] 85 0 0 85 / 512 3.9s Stack parallel
[ ] 89 0 0 89 / 512 4.0s Stack parallel
[ ] 92 0 0 92 / 512 4.1s Stack parallel
[ ] 95 0 0 95 / 512 4.2s Stack parallel
[ ] 96 0 0 96 / 512 4.4s Stack parallel
[ ] 100 0 0 100 / 512 4.5s Stack parallel
[ ] 104 0 0 104 / 512 4.6s Stack parallel
[ ] 107 0 0 107 / 512 4.8s Stack parallel
[ ] 111 0 0 111 / 512 4.9s Stack parallel
[ ] 115 0 0 115 / 512 5.0s Stack parallel
[ ] 119 0 0 119 / 512 5.2s Stack parallel
[ ] 121 0 0 121 / 512 5.3s Stack parallel
[ ] 125 0 0 125 / 512 5.4s Stack parallel
[ ] 127 0 0 127 / 512 5.6s Stack parallel
[ ] 130 0 0 130 / 512 5.8s Stack parallel
[ ] 134 0 0 134 / 512 5.9s Stack parallel
[ ] 137 0 0 137 / 512 6.0s Stack parallel
[ ] 140 0 0 140 / 512 6.2s Stack parallel
[ ] 144 0 0 144 / 512 6.4s Stack parallel
[ ] 147 0 0 147 / 512 6.5s Stack parallel
[ ] 149 0 0 149 / 512 6.6s Stack parallel
[ ] 153 0 0 153 / 512 6.7s Stack parallel
[ ] 156 0 0 156 / 512 6.8s Stack parallel
[ ] 159 0 0 159 / 512 7.0s Stack parallel
[ ] 163 0 0 163 / 512 7.1s Stack parallel
[ ] 166 0 0 166 / 512 7.2s Stack parallel
[ ] 169 0 0 169 / 512 7.3s Stack parallel
[ ] 173 0 0 173 / 512 7.4s Stack parallel
[ ] 175 0 0 175 / 512 7.5s Stack parallel
[ ] 176 0 0 176 / 512 7.7s Stack parallel
[ ] 177 0 0 177 / 512 7.8s Stack parallel
[ ] 178 0 0 178 / 512 8.0s Stack parallel
[ ] 181 0 0 181 / 512 8.1s Stack parallel
[ ] 184 0 0 184 / 512 8.2s Stack parallel
[ ] 187 0 0 187 / 512 8.3s Stack parallel
[ ] 189 0 0 189 / 512 8.4s Stack parallel
[ ] 192 0 0 192 / 512 8.5s Stack parallel
[ ] 196 0 0 196 / 512 8.7s Stack parallel
[ ] 199 0 0 199 / 512 8.8s Stack parallel
[ ] 202 0 0 202 / 512 8.9s Stack parallel
[ ] 205 0 0 205 / 512 9.0s Stack parallel
[ ] 208 0 0 208 / 512 9.1s Stack parallel
[ ] 211 0 0 211 / 512 9.2s Stack parallel
[ ] 215 0 0 215 / 512 9.3s Stack parallel
[ ] 218 0 0 218 / 512 9.5s Stack parallel
[ ] 220 0 0 220 / 512 9.6s Stack parallel
[ ] 222 0 0 222 / 512 9.8s Stack parallel
[ ] 226 0 0 226 / 512 9.9s Stack parallel
[ ] 230 0 0 230 / 512 10.0s Stack parallel
[ ] 233 0 0 233 / 512 10.1s Stack parallel
[ ] 236 0 0 236 / 512 10.3s Stack parallel
[ ] 240 0 0 240 / 512 10.4s Stack parallel
[ ] 242 0 0 242 / 512 10.5s Stack parallel
[ ] 246 0 0 246 / 512 10.7s Stack parallel
[ ] 249 0 0 249 / 512 10.8s Stack parallel
[ ] 253 0 0 253 / 512 10.9s Stack parallel
[ ] 255 0 0 255 / 512 11.0s Stack parallel
[ ] 258 0 0 258 / 512 11.2s Stack parallel
[ ] 262 0 0 262 / 512 11.3s Stack parallel
[ ] 266 0 0 266 / 512 11.4s Stack parallel
[ ] 268 0 0 268 / 512 11.7s Stack parallel
[ ] 271 0 0 271 / 512 11.8s Stack parallel
[ ] 275 0 0 275 / 512 12.0s Stack parallel
[ ] 278 0 0 278 / 512 12.1s Stack parallel
[ ] 282 0 0 282 / 512 12.2s Stack parallel
[ ] 284 0 0 284 / 512 12.3s Stack parallel
[ ] 287 0 0 287 / 512 12.5s Stack parallel
[ ] 289 0 0 289 / 512 12.6s Stack parallel
[ ] 291 0 0 291 / 512 12.8s Stack parallel
[ ] 293 0 0 293 / 512 13.0s Stack parallel
[ ] 296 0 0 296 / 512 13.1s Stack parallel
[ ] 299 0 0 299 / 512 13.3s Stack parallel
[ ] 301 0 0 301 / 512 13.6s Stack parallel
[ ] 304 0 0 304 / 512 13.7s Stack parallel
[ ] 307 0 0 307 / 512 13.8s Stack parallel
[ ] 311 0 0 311 / 512 13.9s Stack parallel
[ ] 314 0 0 314 / 512 14.0s Stack parallel
[ ] 317 0 0 317 / 512 14.2s Stack parallel
[ ] 320 0 0 320 / 512 14.3s Stack parallel
[ ] 323 0 0 323 / 512 14.4s Stack parallel
[ ] 326 0 0 326 / 512 14.6s Stack parallel
[ ] 330 0 0 330 / 512 14.7s Stack parallel
[ ] 333 0 0 333 / 512 14.8s Stack parallel
[ ] 337 0 0 337 / 512 15.0s Stack parallel
[ ] 340 0 0 340 / 512 15.1s Stack parallel
[ ] 343 0 0 343 / 512 15.2s Stack parallel
[ ] 346 0 0 346 / 512 15.3s Stack parallel
[ ] 350 0 0 350 / 512 15.5s Stack parallel
[ ] 352 0 0 352 / 512 15.7s Stack parallel
[ ] 356 0 0 356 / 512 15.8s Stack parallel
[ ] 360 0 0 360 / 512 15.9s Stack parallel
[ ] 364 0 0 364 / 512 16.0s Stack parallel
[ ] 367 0 0 367 / 512 16.1s Stack parallel
[ ] 369 0 0 369 / 512 16.3s Stack parallel
[ ] 372 0 0 372 / 512 16.4s Stack parallel
[ ] 375 0 0 375 / 512 16.5s Stack parallel
[ ] 377 0 0 377 / 512 16.6s Stack parallel
[ ] 380 0 0 380 / 512 16.7s Stack parallel
[ ] 382 0 0 382 / 512 16.9s Stack parallel
[ ] 385 0 0 385 / 512 17.1s Stack parallel
[ ] 387 0 0 387 / 512 17.2s Stack parallel
[ ] 390 0 0 390 / 512 17.3s Stack parallel
[ ] 392 0 0 392 / 512 17.6s Stack parallel
[ ] 393 0 0 393 / 512 17.8s Stack parallel
[ ] 395 0 0 395 / 512 17.9s Stack parallel
[ ] 399 0 0 399 / 512 18.0s Stack parallel
[ ] 401 0 0 401 / 512 18.1s Stack parallel
[ ] 405 0 0 405 / 512 18.3s Stack parallel
[ ] 408 0 0 408 / 512 18.4s Stack parallel
[ ] 411 0 0 411 / 512 18.5s Stack parallel
[ ] 415 0 0 415 / 512 18.7s Stack parallel
[ ] 417 0 0 417 / 512 18.8s Stack parallel
[ ] 420 0 0 420 / 512 19.0s Stack parallel
[ ] 422 0 0 422 / 512 19.1s Stack parallel
[ ] 426 0 0 426 / 512 19.3s Stack parallel
[ ] 429 0 0 429 / 512 19.4s Stack parallel
[ ] 431 0 0 431 / 512 19.5s Stack parallel
[ ] 435 0 0 435 / 512 19.6s Stack parallel
[ ] 438 0 0 438 / 512 19.8s Stack parallel
[ ] 441 0 0 441 / 512 19.9s Stack parallel
[ ] 443 0 0 443 / 512 20.0s Stack parallel
[ ] 446 0 0 446 / 512 20.1s Stack parallel
[ ] 450 0 0 450 / 512 20.3s Stack parallel
[ ] 454 0 0 454 / 512 20.4s Stack parallel
[ ] 455 0 0 455 / 512 20.5s Stack parallel
[ ] 457 0 0 457 / 512 20.7s Stack parallel
[ ] 460 0 0 460 / 512 20.8s Stack parallel
[ ] 464 0 0 464 / 512 20.9s Stack parallel
[ ] 468 0 0 468 / 512 21.0s Stack parallel
[ ] 472 0 0 472 / 512 21.2s Stack parallel
[ ] 476 0 0 476 / 512 21.3s Stack parallel
[ ] 480 0 0 480 / 512 21.4s Stack parallel
[ ] 481 0 0 481 / 512 21.5s Stack parallel
[ ] 484 0 0 484 / 512 21.7s Stack parallel
[ ] 488 0 0 488 / 512 21.8s Stack parallel
[ ] 491 0 0 491 / 512 21.9s Stack parallel
[ ] 493 0 0 493 / 512 22.1s Stack parallel
[ ] 495 0 0 495 / 512 22.2s Stack parallel
[ ] 499 0 0 499 / 512 22.4s Stack parallel
[ ] 502 0 0 502 / 512 22.5s Stack parallel
[ ] 504 0 0 504 / 512 22.6s Stack parallel
[ ] 508 0 0 508 / 512 22.8s Stack parallel
[ ] 511 0 0 511 / 512 22.9s Stack parallel
[✓] 512 0 0 512 / 512 22.9s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 145702405443392816
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Stack sequential
[✓] 32 0 0 32 / 32 0.0s Stack sequential
[ ] 0 0 0 0 / 32 0.0s Stack parallel
[ ] 3 0 0 3 / 32 0.1s Stack parallel
[ ] 5 0 0 5 / 32 0.3s Stack parallel
[ ] 8 0 0 8 / 32 0.4s Stack parallel
[ ] 11 0 0 11 / 32 0.5s Stack parallel
[ ] 14 0 0 14 / 32 0.6s Stack parallel
[ ] 17 0 0 17 / 32 0.8s Stack parallel
[ ] 20 0 0 20 / 32 1.0s Stack parallel
[ ] 24 0 0 24 / 32 1.1s Stack parallel
[ ] 28 0 0 28 / 32 1.2s Stack parallel
[ ] 32 0 0 32 / 32 1.3s Stack parallel
[✓] 32 0 0 32 / 32 1.3s Stack parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && .\hashtbl_test_stm.exe)
random seed: 3253714892547913304
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Hashtbl sequential
[ ] 0 0 0 0 / 32 0.0s Hashtbl sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Hashtbl sequential
[ ] 0 0 0 0 / 32 0.0s Hashtbl parallel
[ ] 3 0 0 3 / 32 0.2s Hashtbl parallel
[ ] 6 0 0 6 / 32 0.3s Hashtbl parallel
[ ] 9 0 0 9 / 32 0.4s Hashtbl parallel
[ ] 11 0 0 11 / 32 0.5s Hashtbl parallel
[ ] 13 0 0 13 / 32 0.6s Hashtbl parallel
[ ] 16 0 0 16 / 32 0.8s Hashtbl parallel
[ ] 17 0 0 17 / 32 0.9s Hashtbl parallel
[ ] 20 0 0 20 / 32 1.0s Hashtbl parallel
[ ] 23 0 0 23 / 32 1.1s Hashtbl parallel
[ ] 26 0 0 26 / 32 1.2s Hashtbl parallel
[ ] 28 0 0 28 / 32 1.5s Hashtbl parallel
[ ] 31 0 0 31 / 32 1.7s Hashtbl parallel
[ ] 32 0 0 32 / 32 1.9s Hashtbl parallel
[✓] 32 0 0 32 / 32 1.9s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 1327419421117072963
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Hashtbl sequential
[✓] 64 0 0 64 / 64 0.0s Hashtbl sequential
[ ] 0 0 0 0 / 64 0.0s Hashtbl parallel
[ ] 3 0 0 3 / 64 0.2s Hashtbl parallel
[ ] 6 0 0 6 / 64 0.3s Hashtbl parallel
[ ] 9 0 0 9 / 64 0.4s Hashtbl parallel
[ ] 12 0 0 12 / 64 0.5s Hashtbl parallel
[ ] 14 0 0 14 / 64 0.6s Hashtbl parallel
[ ] 16 0 0 16 / 64 0.8s Hashtbl parallel
[ ] 18 0 0 18 / 64 1.9s Hashtbl parallel
[ ] 21 0 0 21 / 64 2.0s Hashtbl parallel
[ ] 23 0 0 23 / 64 2.1s Hashtbl parallel
[ ] 26 0 0 26 / 64 2.2s Hashtbl parallel
[ ] 29 0 0 29 / 64 2.3s Hashtbl parallel
[ ] 33 0 0 33 / 64 2.4s Hashtbl parallel
[ ] 37 0 0 37 / 64 2.6s Hashtbl parallel
[ ] 38 0 0 38 / 64 2.7s Hashtbl parallel
[ ] 40 0 0 40 / 64 2.8s Hashtbl parallel
[ ] 43 0 0 43 / 64 3.0s Hashtbl parallel
[ ] 46 0 0 46 / 64 3.2s Hashtbl parallel
[ ] 49 0 0 49 / 64 3.3s Hashtbl parallel
[ ] 50 0 0 50 / 64 3.5s Hashtbl parallel
[ ] 53 0 0 53 / 64 3.6s Hashtbl parallel
[ ] 54 0 0 54 / 64 3.8s Hashtbl parallel
[ ] 58 0 0 58 / 64 3.9s Hashtbl parallel
[ ] 60 0 0 60 / 64 4.1s Hashtbl parallel
[ ] 63 0 0 63 / 64 4.2s Hashtbl parallel
[✓] 64 0 0 64 / 64 4.3s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 407552816987887542
generated error fail pass / total time test name
[ ] 0 0 0 0 / 128 0.0s Hashtbl sequential
[✓] 128 0 0 128 / 128 0.0s Hashtbl sequential
[ ] 0 0 0 0 / 128 0.0s Hashtbl parallel
[ ] 2 0 0 2 / 128 0.1s Hashtbl parallel
[ ] 5 0 0 5 / 128 0.2s Hashtbl parallel
[ ] 8 0 0 8 / 128 0.4s Hashtbl parallel
[ ] 10 0 0 10 / 128 0.5s Hashtbl parallel
[ ] 13 0 0 13 / 128 0.7s Hashtbl parallel
[ ] 15 0 0 15 / 128 0.9s Hashtbl parallel
[ ] 18 0 0 18 / 128 1.0s Hashtbl parallel
[ ] 21 0 0 21 / 128 1.2s Hashtbl parallel
[ ] 24 0 0 24 / 128 1.3s Hashtbl parallel
[ ] 28 0 0 28 / 128 1.4s Hashtbl parallel
[ ] 32 0 0 32 / 128 1.5s Hashtbl parallel
[ ] 35 0 0 35 / 128 1.6s Hashtbl parallel
[ ] 36 0 0 36 / 128 1.8s Hashtbl parallel
[ ] 40 0 0 40 / 128 1.9s Hashtbl parallel
[ ] 42 0 0 42 / 128 2.0s Hashtbl parallel
[ ] 45 0 0 45 / 128 2.1s Hashtbl parallel
[ ] 49 0 0 49 / 128 2.2s Hashtbl parallel
[ ] 53 0 0 53 / 128 2.4s Hashtbl parallel
[ ] 57 0 0 57 / 128 2.5s Hashtbl parallel
[ ] 60 0 0 60 / 128 2.6s Hashtbl parallel
[ ] 62 0 0 62 / 128 2.8s Hashtbl parallel
[ ] 66 0 0 66 / 128 2.9s Hashtbl parallel
[ ] 69 0 0 69 / 128 3.0s Hashtbl parallel
[ ] 72 0 0 72 / 128 3.2s Hashtbl parallel
[ ] 75 0 0 75 / 128 3.3s Hashtbl parallel
[ ] 77 0 0 77 / 128 3.4s Hashtbl parallel
[ ] 81 0 0 81 / 128 3.5s Hashtbl parallel
[ ] 85 0 0 85 / 128 3.7s Hashtbl parallel
[ ] 86 0 0 86 / 128 3.8s Hashtbl parallel
[ ] 88 0 0 88 / 128 3.9s Hashtbl parallel
[ ] 92 0 0 92 / 128 4.0s Hashtbl parallel
[ ] 96 0 0 96 / 128 4.2s Hashtbl parallel
[ ] 99 0 0 99 / 128 4.5s Hashtbl parallel
[ ] 100 0 0 100 / 128 4.6s Hashtbl parallel
[ ] 102 0 0 102 / 128 4.7s Hashtbl parallel
[ ] 105 0 0 105 / 128 4.8s Hashtbl parallel
[ ] 109 0 0 109 / 128 4.9s Hashtbl parallel
[ ] 112 0 0 112 / 128 5.0s Hashtbl parallel
[ ] 115 0 0 115 / 128 5.2s Hashtbl parallel
[ ] 117 0 0 117 / 128 5.3s Hashtbl parallel
[ ] 120 0 0 120 / 128 5.4s Hashtbl parallel
[ ] 122 0 0 122 / 128 5.6s Hashtbl parallel
[ ] 125 0 0 125 / 128 5.7s Hashtbl parallel
[ ] 128 0 0 128 / 128 5.8s Hashtbl parallel
[✓] 128 0 0 128 / 128 5.8s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 3205124949303088418
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Hashtbl sequential
[✓] 256 0 0 256 / 256 0.0s Hashtbl sequential
[ ] 0 0 0 0 / 256 0.0s Hashtbl parallel
[ ] 3 0 0 3 / 256 0.2s Hashtbl parallel
[ ] 7 0 0 7 / 256 0.4s Hashtbl parallel
[ ] 10 0 0 10 / 256 0.5s Hashtbl parallel
[ ] 14 0 0 14 / 256 0.7s Hashtbl parallel
[ ] 17 0 0 17 / 256 0.8s Hashtbl parallel
[ ] 21 0 0 21 / 256 0.9s Hashtbl parallel
[ ] 24 0 0 24 / 256 1.1s Hashtbl parallel
[ ] 27 0 0 27 / 256 1.2s Hashtbl parallel
[ ] 30 0 0 30 / 256 1.3s Hashtbl parallel
[ ] 33 0 0 33 / 256 1.4s Hashtbl parallel
[ ] 35 0 0 35 / 256 1.5s Hashtbl parallel
[ ] 39 0 0 39 / 256 1.7s Hashtbl parallel
[ ] 40 0 0 40 / 256 1.8s Hashtbl parallel
[ ] 44 0 0 44 / 256 2.0s Hashtbl parallel
[ ] 47 0 0 47 / 256 2.1s Hashtbl parallel
[ ] 51 0 0 51 / 256 2.2s Hashtbl parallel
[ ] 53 0 0 53 / 256 2.3s Hashtbl parallel
[ ] 57 0 0 57 / 256 2.5s Hashtbl parallel
[ ] 59 0 0 59 / 256 2.6s Hashtbl parallel
[ ] 63 0 0 63 / 256 2.8s Hashtbl parallel
[ ] 66 0 0 66 / 256 3.0s Hashtbl parallel
[ ] 69 0 0 69 / 256 3.1s Hashtbl parallel
[ ] 73 0 0 73 / 256 3.2s Hashtbl parallel
[ ] 77 0 0 77 / 256 3.3s Hashtbl parallel
[ ] 80 0 0 80 / 256 3.5s Hashtbl parallel
[ ] 82 0 0 82 / 256 3.6s Hashtbl parallel
[ ] 85 0 0 85 / 256 3.7s Hashtbl parallel
[ ] 87 0 0 87 / 256 3.9s Hashtbl parallel
[ ] 91 0 0 91 / 256 4.0s Hashtbl parallel
[ ] 94 0 0 94 / 256 4.2s Hashtbl parallel
[ ] 97 0 0 97 / 256 4.3s Hashtbl parallel
[ ] 99 0 0 99 / 256 4.4s Hashtbl parallel
[ ] 101 0 0 101 / 256 4.5s Hashtbl parallel
[ ] 104 0 0 104 / 256 4.7s Hashtbl parallel
[ ] 105 0 0 105 / 256 4.9s Hashtbl parallel
[ ] 108 0 0 108 / 256 5.1s Hashtbl parallel
[ ] 112 0 0 112 / 256 5.2s Hashtbl parallel
[ ] 116 0 0 116 / 256 5.4s Hashtbl parallel
[ ] 119 0 0 119 / 256 5.5s Hashtbl parallel
[ ] 123 0 0 123 / 256 5.6s Hashtbl parallel
[ ] 127 0 0 127 / 256 5.7s Hashtbl parallel
[ ] 131 0 0 131 / 256 5.9s Hashtbl parallel
[ ] 134 0 0 134 / 256 6.1s Hashtbl parallel
[ ] 136 0 0 136 / 256 6.3s Hashtbl parallel
[ ] 139 0 0 139 / 256 6.4s Hashtbl parallel
[ ] 143 0 0 143 / 256 6.5s Hashtbl parallel
[ ] 147 0 0 147 / 256 6.7s Hashtbl parallel
[ ] 149 0 0 149 / 256 6.8s Hashtbl parallel
[ ] 151 0 0 151 / 256 7.0s Hashtbl parallel
[ ] 152 0 0 152 / 256 7.1s Hashtbl parallel
[ ] 156 0 0 156 / 256 7.2s Hashtbl parallel
[ ] 159 0 0 159 / 256 7.4s Hashtbl parallel
[ ] 162 0 0 162 / 256 7.5s Hashtbl parallel
[ ] 164 0 0 164 / 256 7.6s Hashtbl parallel
[ ] 167 0 0 167 / 256 7.8s Hashtbl parallel
[ ] 170 0 0 170 / 256 7.9s Hashtbl parallel
[ ] 174 0 0 174 / 256 8.1s Hashtbl parallel
[ ] 177 0 0 177 / 256 8.2s Hashtbl parallel
[ ] 180 0 0 180 / 256 8.3s Hashtbl parallel
[ ] 183 0 0 183 / 256 8.4s Hashtbl parallel
[ ] 187 0 0 187 / 256 8.5s Hashtbl parallel
[ ] 190 0 0 190 / 256 8.7s Hashtbl parallel
[ ] 192 0 0 192 / 256 8.9s Hashtbl parallel
[ ] 196 0 0 196 / 256 9.0s Hashtbl parallel
[ ] 200 0 0 200 / 256 9.2s Hashtbl parallel
[ ] 204 0 0 204 / 256 9.3s Hashtbl parallel
[ ] 208 0 0 208 / 256 9.4s Hashtbl parallel
[ ] 211 0 0 211 / 256 9.6s Hashtbl parallel
[ ] 213 0 0 213 / 256 9.7s Hashtbl parallel
[ ] 215 0 0 215 / 256 9.8s Hashtbl parallel
[ ] 217 0 0 217 / 256 9.9s Hashtbl parallel
[ ] 220 0 0 220 / 256 10.0s Hashtbl parallel
[ ] 222 0 0 222 / 256 10.1s Hashtbl parallel
[ ] 226 0 0 226 / 256 10.2s Hashtbl parallel
[ ] 229 0 0 229 / 256 10.4s Hashtbl parallel
[ ] 232 0 0 232 / 256 10.5s Hashtbl parallel
[ ] 233 0 0 233 / 256 10.7s Hashtbl parallel
[ ] 236 0 0 236 / 256 10.8s Hashtbl parallel
[ ] 238 0 0 238 / 256 11.0s Hashtbl parallel
[ ] 241 0 0 241 / 256 11.2s Hashtbl parallel
[ ] 245 0 0 245 / 256 11.3s Hashtbl parallel
[ ] 248 0 0 248 / 256 11.5s Hashtbl parallel
[ ] 251 0 0 251 / 256 11.6s Hashtbl parallel
[ ] 255 0 0 255 / 256 11.7s Hashtbl parallel
[✓] 256 0 0 256 / 256 11.7s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 324492328874680917
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Hashtbl sequential
[✓] 512 0 0 512 / 512 0.0s Hashtbl sequential
[ ] 0 0 0 0 / 512 0.0s Hashtbl parallel
[ ] 2 0 0 2 / 512 0.1s Hashtbl parallel
[ ] 5 0 0 5 / 512 0.2s Hashtbl parallel
[ ] 9 0 0 9 / 512 0.3s Hashtbl parallel
[ ] 12 0 0 12 / 512 0.5s Hashtbl parallel
[ ] 16 0 0 16 / 512 0.6s Hashtbl parallel
[ ] 19 0 0 19 / 512 0.7s Hashtbl parallel
[ ] 22 0 0 22 / 512 0.9s Hashtbl parallel
[ ] 26 0 0 26 / 512 1.0s Hashtbl parallel
[ ] 29 0 0 29 / 512 1.2s Hashtbl parallel
[ ] 32 0 0 32 / 512 1.3s Hashtbl parallel
[ ] 35 0 0 35 / 512 1.6s Hashtbl parallel
[ ] 38 0 0 38 / 512 1.7s Hashtbl parallel
[ ] 41 0 0 41 / 512 1.8s Hashtbl parallel
[ ] 45 0 0 45 / 512 1.9s Hashtbl parallel
[ ] 49 0 0 49 / 512 2.0s Hashtbl parallel
[ ] 50 0 0 50 / 512 2.2s Hashtbl parallel
[ ] 54 0 0 54 / 512 2.3s Hashtbl parallel
[ ] 58 0 0 58 / 512 2.5s Hashtbl parallel
[ ] 59 0 0 59 / 512 2.7s Hashtbl parallel
[ ] 63 0 0 63 / 512 2.8s Hashtbl parallel
[ ] 65 0 0 65 / 512 2.9s Hashtbl parallel
[ ] 69 0 0 69 / 512 3.0s Hashtbl parallel
[ ] 72 0 0 72 / 512 3.2s Hashtbl parallel
[ ] 76 0 0 76 / 512 3.3s Hashtbl parallel
[ ] 79 0 0 79 / 512 3.4s Hashtbl parallel
[ ] 82 0 0 82 / 512 3.6s Hashtbl parallel
[ ] 85 0 0 85 / 512 3.7s Hashtbl parallel
[ ] 89 0 0 89 / 512 3.8s Hashtbl parallel
[ ] 91 0 0 91 / 512 4.0s Hashtbl parallel
[ ] 94 0 0 94 / 512 4.2s Hashtbl parallel
[ ] 97 0 0 97 / 512 4.4s Hashtbl parallel
[ ] 100 0 0 100 / 512 4.7s Hashtbl parallel
[ ] 103 0 0 103 / 512 4.8s Hashtbl parallel
[ ] 105 0 0 105 / 512 4.9s Hashtbl parallel
[ ] 108 0 0 108 / 512 5.1s Hashtbl parallel
[ ] 112 0 0 112 / 512 5.4s Hashtbl parallel
[ ] 113 0 0 113 / 512 5.5s Hashtbl parallel
[ ] 117 0 0 117 / 512 5.6s Hashtbl parallel
[ ] 120 0 0 120 / 512 5.7s Hashtbl parallel
[ ] 123 0 0 123 / 512 5.8s Hashtbl parallel
[ ] 125 0 0 125 / 512 6.2s Hashtbl parallel
[ ] 129 0 0 129 / 512 6.3s Hashtbl parallel
[ ] 133 0 0 133 / 512 6.4s Hashtbl parallel
[ ] 136 0 0 136 / 512 6.5s Hashtbl parallel
[ ] 140 0 0 140 / 512 6.7s Hashtbl parallel
[ ] 144 0 0 144 / 512 6.8s Hashtbl parallel
[ ] 147 0 0 147 / 512 6.9s Hashtbl parallel
[ ] 151 0 0 151 / 512 7.0s Hashtbl parallel
[ ] 154 0 0 154 / 512 7.2s Hashtbl parallel
[ ] 158 0 0 158 / 512 7.3s Hashtbl parallel
[ ] 160 0 0 160 / 512 7.4s Hashtbl parallel
[ ] 163 0 0 163 / 512 7.5s Hashtbl parallel
[ ] 166 0 0 166 / 512 7.7s Hashtbl parallel
[ ] 169 0 0 169 / 512 7.8s Hashtbl parallel
[ ] 172 0 0 172 / 512 7.9s Hashtbl parallel
[ ] 174 0 0 174 / 512 8.1s Hashtbl parallel
[ ] 175 0 0 175 / 512 8.2s Hashtbl parallel
[ ] 176 0 0 176 / 512 8.3s Hashtbl parallel
[ ] 180 0 0 180 / 512 8.5s Hashtbl parallel
[ ] 183 0 0 183 / 512 8.6s Hashtbl parallel
[ ] 187 0 0 187 / 512 8.7s Hashtbl parallel
[ ] 191 0 0 191 / 512 8.9s Hashtbl parallel
[ ] 194 0 0 194 / 512 9.0s Hashtbl parallel
[ ] 197 0 0 197 / 512 9.1s Hashtbl parallel
[ ] 199 0 0 199 / 512 9.3s Hashtbl parallel
[ ] 203 0 0 203 / 512 9.4s Hashtbl parallel
[ ] 206 0 0 206 / 512 9.5s Hashtbl parallel
[ ] 210 0 0 210 / 512 9.6s Hashtbl parallel
[ ] 213 0 0 213 / 512 9.8s Hashtbl parallel
[ ] 216 0 0 216 / 512 9.9s Hashtbl parallel
[ ] 219 0 0 219 / 512 10.1s Hashtbl parallel
[ ] 220 0 0 220 / 512 10.2s Hashtbl parallel
[ ] 223 0 0 223 / 512 10.3s Hashtbl parallel
[ ] 224 0 0 224 / 512 10.4s Hashtbl parallel
[ ] 227 0 0 227 / 512 10.5s Hashtbl parallel
[ ] 228 0 0 228 / 512 10.7s Hashtbl parallel
[ ] 232 0 0 232 / 512 10.9s Hashtbl parallel
[ ] 236 0 0 236 / 512 11.0s Hashtbl parallel
[ ] 238 0 0 238 / 512 11.2s Hashtbl parallel
[ ] 241 0 0 241 / 512 11.3s Hashtbl parallel
[ ] 245 0 0 245 / 512 11.4s Hashtbl parallel
[ ] 249 0 0 249 / 512 11.5s Hashtbl parallel
[ ] 253 0 0 253 / 512 11.6s Hashtbl parallel
[ ] 256 0 0 256 / 512 11.8s Hashtbl parallel
[ ] 257 0 0 257 / 512 11.9s Hashtbl parallel
[ ] 261 0 0 261 / 512 12.0s Hashtbl parallel
[ ] 263 0 0 263 / 512 12.3s Hashtbl parallel
[ ] 266 0 0 266 / 512 12.4s Hashtbl parallel
[ ] 267 0 0 267 / 512 12.6s Hashtbl parallel
[ ] 270 0 0 270 / 512 12.7s Hashtbl parallel
[ ] 273 0 0 273 / 512 12.9s Hashtbl parallel
[ ] 277 0 0 277 / 512 13.1s Hashtbl parallel
[ ] 279 0 0 279 / 512 13.2s Hashtbl parallel
[ ] 281 0 0 281 / 512 13.3s Hashtbl parallel
[ ] 285 0 0 285 / 512 13.5s Hashtbl parallel
[ ] 289 0 0 289 / 512 13.6s Hashtbl parallel
[ ] 292 0 0 292 / 512 13.8s Hashtbl parallel
[ ] 295 0 0 295 / 512 13.9s Hashtbl parallel
[ ] 298 0 0 298 / 512 14.0s Hashtbl parallel
[ ] 302 0 0 302 / 512 14.2s Hashtbl parallel
[ ] 3060 0 306 / 512 14.3s Hashtbl parallel
[ ] 308 0 0 308 / 512 14.5s Hashtbl parallel
[ ] 311 0 0 311 / 512 14.6s Hashtbl parallel
[ ] 314 0 0 314 / 512 14.7s Hashtbl parallel
[ ] 316 0 0 316 / 512 14.8s Hashtbl parallel
[ ] 319 0 0 319 / 512 14.9s Hashtbl parallel
[ ] 322 0 0 322 / 512 15.0s Hashtbl parallel
[ ] 324 0 0 324 / 512 15.2s Hashtbl parallel
[ ] 327 0 0 327 / 512 15.4s Hashtbl parallel
[ ] 330 0 0 330 / 512 15.6s Hashtbl parallel
[ ] 333 0 0 333 / 512 15.7s Hashtbl parallel
[ ] 336 0 0 336 / 512 15.8s Hashtbl parallel
[ ] 339 0 0 339 / 512 15.9s Hashtbl parallel
[ ] 341 0 0 341 / 512 16.1s Hashtbl parallel
[ ] 344 0 0 344 / 512 16.3s Hashtbl parallel
[ ] 347 0 0 347 / 512 16.4s Hashtbl parallel
[ ] 349 0 0 349 / 512 16.5s Hashtbl parallel
[ ] 352 0 0 352 / 512 16.7s Hashtbl parallel
[ ] 354 0 0 354 / 512 16.8s Hashtbl parallel
[ ] 357 0 0 357 / 512 16.9s Hashtbl parallel
[ ] 360 0 0 360 / 512 17.0s Hashtbl parallel
[ ] 363 0 0 363 / 512 17.1s Hashtbl parallel
[ ] 367 0 0 367 / 512 17.3s Hashtbl parallel
[ ] 371 0 0 371 / 512 17.5s Hashtbl parallel
[ ] 375 0 0 375 / 512 17.6s Hashtbl parallel
[ ] 376 0 0 376 / 512 17.7s Hashtbl parallel
[ ] 380 0 0 380 / 512 17.9s Hashtbl parallel
[ ] 382 0 0 382 / 512 18.0s Hashtbl parallel
[ ] 383 0 0 383 / 512 18.1s Hashtbl parallel
[ ] 384 0 0 384 / 512 18.2s Hashtbl parallel
[ ] 386 0 0 386 / 512 18.3s Hashtbl parallel
[ ] 388 0 0 388 / 512 18.5s Hashtbl parallel
[ ] 391 0 0 391 / 512 18.7s Hashtbl parallel
[ ] 394 0 0 394 / 512 18.9s Hashtbl parallel
[ ] 397 0 0 397 / 512 19.0s Hashtbl parallel
[ ] 400 0 0 400 / 512 19.1s Hashtbl parallel
[ ] 403 0 0 403 / 512 19.3s Hashtbl parallel
[ ] 407 0 0 407 / 512 19.4s Hashtbl parallel
[ ] 411 0 0 411 / 512 19.5s Hashtbl parallel
[ ] 413 0 0 413 / 512 19.7s Hashtbl parallel
[ ] 417 0 0 417 / 512 19.8s Hashtbl parallel
[ ] 420 0 0 420 / 512 19.9s Hashtbl parallel
[ ] 423 0 0 423 / 512 20.0s Hashtbl parallel
[ ] 426 0 0 426 / 512 20.2s Hashtbl parallel
[ ] 429 0 0 429 / 512 20.3s Hashtbl parallel
[ ] 430 0 0 430 / 512 20.4s Hashtbl parallel
[ ] 432 0 0 432 / 512 20.5s Hashtbl parallel
[ ] 435 0 0 435 / 512 20.7s Hashtbl parallel
[ ] 437 0 0 437 / 512 20.9s Hashtbl parallel
[ ] 440 0 0 440 / 512 21.0s Hashtbl parallel
[ ] 442 0 0 442 / 512 21.1s Hashtbl parallel
[ ] 445 0 0 445 / 512 21.2s Hashtbl parallel
[ ] 449 0 0 449 / 512 21.4s Hashtbl parallel
[ ] 452 0 0 452 / 512 21.5s Hashtbl parallel
[ ] 456 0 0 456 / 512 21.6s Hashtbl parallel
[ ] 458 0 0 458 / 512 21.8s Hashtbl parallel
[ ] 462 0 0 462 / 512 21.9s Hashtbl parallel
[ ] 466 0 0 466 / 512 22.0s Hashtbl parallel
[ ] 470 0 0 470 / 512 22.1s Hashtbl parallel
[ ] 473 0 0 473 / 512 22.3s Hashtbl parallel
[ ] 477 0 0 477 / 512 22.5s Hashtbl parallel
[ ] 481 0 0 481 / 512 22.6s Hashtbl parallel
[ ] 483 0 0 483 / 512 22.8s Hashtbl parallel
[ ] 487 0 0 487 / 512 22.9s Hashtbl parallel
[ ] 491 0 0 491 / 512 23.2s Hashtbl parallel
[ ] 495 0 0 495 / 512 23.3s Hashtbl parallel
[ ] 499 0 0 499 / 512 23.4s Hashtbl parallel
[ ] 503 0 0 503 / 512 23.6s Hashtbl parallel
[ ] 507 0 0 507 / 512 23.7s Hashtbl parallel
[ ] 511 0 0 511 / 512 23.9s Hashtbl parallel
[✓] 512 0 0 512 / 512 24.0s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 3074321338823343964
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Hashtbl sequential
[✓] 32 0 0 32 / 32 0.0s Hashtbl sequential
[ ] 0 0 0 0 / 32 0.0s Hashtbl parallel
[ ] 2 0 0 2 / 32 0.1s Hashtbl parallel
[ ] 5 0 0 5 / 32 0.3s Hashtbl parallel
[ ] 7 0 0 7 / 32 0.4s Hashtbl parallel
[ ] 11 0 0 11 / 32 0.5s Hashtbl parallel
[ ] 15 0 0 15 / 32 0.7s Hashtbl parallel
[ ] 19 0 0 19 / 32 0.8s Hashtbl parallel
[ ] 20 0 0 20 / 32 0.9s Hashtbl parallel
[ ] 22 0 0 22 / 32 1.0s Hashtbl parallel
[ ] 23 0 0 23 / 32 1.1s Hashtbl parallel
[ ] 26 0 0 26 / 32 1.3s Hashtbl parallel
[ ] 27 0 0 27 / 32 1.4s Hashtbl parallel
[ ] 31 0 0 31 / 32 1.5s Hashtbl parallel
[✓] 32 0 0 32 / 32 1.6s Hashtbl parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && .\queue_test_stm.exe)
random seed: 3129130531673080037
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Queue sequential
[ ] 0 0 0 0 / 32 0.0s Queue sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Queue sequential
[ ] 0 0 0 0 / 32 0.0s Queue parallel
[ ] 3 0 0 3 / 32 0.1s Queue parallel
[ ] 4 0 0 4 / 32 0.3s Queue parallel
[ ] 7 0 0 7 / 32 0.5s Queue parallel
[ ] 10 0 0 10 / 32 0.6s Queue parallel
[ ] 14 0 0 14 / 32 0.7s Queue parallel
[ ] 17 0 0 17 / 32 0.8s Queue parallel
[ ] 20 0 0 20 / 32 1.1s Queue parallel
[ ] 23 0 0 23 / 32 1.2s Queue parallel
[ ] 26 0 0 26 / 32 1.3s Queue parallel
[ ] 29 0 0 29 / 32 1.4s Queue parallel
[ ] 30 0 0 30 / 32 1.6s Queue parallel
[✓] 32 0 0 32 / 32 1.7s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 842374419439399998
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Queue sequential
[✓] 64 0 0 64 / 64 0.0s Queue sequential
[ ] 0 0 0 0 / 64 0.0s Queue parallel
[ ] 1 0 0 1 / 64 0.0s Queue parallel
[ ] 3 0 0 3 / 64 0.2s Queue parallel
[ ] 6 0 0 6 / 64 0.3s Queue parallel
[ ] 9 0 0 9 / 64 0.4s Queue parallel
[ ] 12 0 0 12 / 64 0.5s Queue parallel
[ ] 16 0 0 16 / 64 0.7s Queue parallel
[ ] 18 0 0 18 / 64 1.8s Queue parallel
[ ] 21 0 0 21 / 64 1.9s Queue parallel
[ ] 23 0 0 23 / 64 2.1s Queue parallel
[ ] 27 0 0 27 / 64 2.2s Queue parallel
[ ] 29 0 0 29 / 64 2.4s Queue parallel
[ ] 30 0 0 30 / 64 2.6s Queue parallel
[ ] 33 0 0 33 / 64 2.7s Queue parallel
[ ] 34 0 0 34 / 64 2.8s Queue parallel
[ ] 37 0 0 37 / 64 3.0s Queue parallel
[ ] 40 0 0 40 / 64 3.1s Queue parallel
[ ] 44 0 0 44 / 64 3.2s Queue parallel
[ ] 47 0 0 47 / 64 3.3s Queue parallel
[ ] 51 0 0 51 / 64 3.5s Queue parallel
[ ] 54 0 0 54 / 64 3.6s Queue parallel
[ ] 57 0 0 57 / 64 3.8s Queue parallel
[ ] 60 0 0 60 / 64 4.0s Queue parallel
[ ] 64 0 0 64 / 64 4.1s Queue parallel
[✓] 64 0 0 64 / 64 4.1s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 3607860777938307557
generated error fail pass / total time test name
[ ] 0 0 0 0 / 128 0.0s Queue sequential
[✓] 128 0 0 128 / 128 0.0s Queue sequential
[ ] 0 0 0 0 / 128 0.0s Queue parallel
[ ] 1 0 0 1 / 128 0.1s Queue parallel
[ ] 4 0 0 4 / 128 0.2s Queue parallel
[ ] 7 0 0 7 / 128 0.3s Queue parallel
[ ] 9 0 0 9 / 128 0.5s Queue parallel
[ ] 11 0 0 11 / 128 0.6s Queue parallel
[ ] 14 0 0 14 / 128 0.7s Queue parallel
[ ] 15 0 0 15 / 128 0.9s Queue parallel
[ ] 18 0 0 18 / 128 1.0s Queue parallel
[ ] 21 0 0 21 / 128 1.1s Queue parallel
[ ] 23 0 0 23 / 128 1.3s Queue parallel
[ ] 27 0 0 27 / 128 1.4s Queue parallel
[ ] 30 0 0 30 / 128 1.5s Queue parallel
[ ] 34 0 0 34 / 128 1.6s Queue parallel
[ ] 38 0 0 38 / 128 1.9s Queue parallel
[ ] 40 0 0 40 / 128 2.0s Queue parallel
[ ] 43 0 0 43 / 128 2.1s Queue parallel
[ ] 46 0 0 46 / 128 2.3s Queue parallel
[ ] 48 0 0 48 / 128 2.4s Queue parallel
[ ] 52 0 0 52 / 128 2.5s Queue parallel
[ ] 55 0 0 55 / 128 2.6s Queue parallel
[ ] 58 0 0 58 / 128 2.8s Queue parallel
[ ] 60 0 0 60 / 128 2.9s Queue parallel
[ ] 64 0 0 64 / 128 3.2s Queue parallel
[ ] 65 0 0 65 / 128 3.3s Queue parallel
[ ] 68 0 0 68 / 128 3.4s Queue parallel
[ ] 71 0 0 71 / 128 3.5s Queue parallel
[ ] 75 0 0 75 / 128 3.6s Queue parallel
[ ] 78 0 0 78 / 128 3.9s Queue parallel
[ ] 82 0 0 82 / 128 4.2s Queue parallel
[ ] 83 0 0 83 / 128 4.4s Queue parallel
[ ] 87 0 0 87 / 128 4.5s Queue parallel
[ ] 91 0 0 91 / 128 4.7s Queue parallel
[ ] 93 0 0 93 / 128 4.8s Queue parallel
[ ] 97 0 0 97 / 128 5.0s Queue parallel
[ ] 100 0 0 100 / 128 5.1s Queue parallel
[ ] 104 0 0 104 / 128 5.2s Queue parallel
[ ] 108 0 0 108 / 128 5.4s Queue parallel
[ ] 111 0 0 111 / 128 5.5s Queue parallel
[ ] 114 0 0 114 / 128 5.6s Queue parallel
[ ] 117 0 0 117 / 128 5.8s Queue parallel
[ ] 119 0 0 119 / 128 5.9s Queue parallel
[ ] 123 0 0 123 / 128 6.0s Queue parallel
[ ] 125 0 0 125 / 128 6.2s Queue parallel
[ ] 128 0 0 128 / 128 6.3s Queue parallel
[✓] 128 0 0 128 / 128 6.3s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 1943140806884140119
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Queue sequential
[✓] 256 0 0 256 / 256 0.0s Queue sequential
[ ] 0 0 0 0 / 256 0.0s Queue parallel
[ ] 4 0 0 4 / 256 0.1s Queue parallel
[ ] 7 0 0 7 / 256 0.4s Queue parallel
[ ] 10 0 0 10 / 256 0.5s Queue parallel
[ ] 12 0 0 12 / 256 0.6s Queue parallel
[ ] 15 0 0 15 / 256 0.8s Queue parallel
[ ] 19 0 0 19 / 256 0.9s Queue parallel
[ ] 23 0 0 23 / 256 1.0s Queue parallel
[ ] 26 0 0 26 / 256 1.1s Queue parallel
[ ] 29 0 0 29 / 256 1.2s Queue parallel
[ ] 32 0 0 32 / 256 1.5s Queue parallel
[ ] 33 0 0 33 / 256 1.6s Queue parallel
[ ] 36 0 0 36 / 256 1.8s Queue parallel
[ ] 40 0 0 40 / 256 2.0s Queue parallel
[ ] 44 0 0 44 / 256 2.1s Queue parallel
[ ] 45 0 0 45 / 256 2.3s Queue parallel
[ ] 49 0 0 49 / 256 2.4s Queue parallel
[ ] 51 0 0 51 / 256 2.5s Queue parallel
[ ] 52 0 0 52 / 256 2.6s Queue parallel
[ ] 56 0 0 56 / 256 2.7s Queue parallel
[ ] 58 0 0 58 / 256 2.9s Queue parallel
[ ] 60 0 0 60 / 256 3.1s Queue parallel
[ ] 64 0 0 64 / 256 3.2s Queue parallel
[ ] 68 0 0 68 / 256 3.5s Queue parallel
[ ] 69 0 0 69 / 256 3.6s Queue parallel
[ ] 70 0 0 70 / 256 3.7s Queue parallel
[ ] 73 0 0 73 / 256 3.9s Queue parallel
[ ] 77 0 0 77 / 256 4.1s Queue parallel
[ ] 81 0 0 81 / 256 4.2s Queue parallel
[ ] 82 0 0 82 / 256 4.4s Queue parallel
[ ] 84 0 0 84 / 256 4.5s Queue parallel
[ ] 86 0 0 86 / 256 4.6s Queue parallel
[ ] 89 0 0 89 / 256 4.7s Queue parallel
[ ] 93 0 0 93 / 256 4.9s Queue parallel
[ ] 97 0 0 97 / 256 5.0s Queue parallel
[ ] 99 0 0 99 / 256 5.1s Queue parallel
[ ] 101 0 0 101 / 256 5.3s Queue parallel
[ ] 104 0 0 104 / 256 5.4s Queue parallel
[ ] 106 0 0 106 / 256 5.6s Queue parallel
[ ] 109 0 0 109 / 256 5.7s Queue parallel
[ ] 111 0 0 111 / 256 5.9s Queue parallel
[ ] 115 0 0 115 / 256 6.1s Queue parallel
[ ] 119 0 0 119 / 256 6.2s Queue parallel
[ ] 120 0 0 120 / 256 6.3s Queue parallel
[ ] 124 0 0 124 / 256 6.5s Queue parallel
[ ] 126 0 0 126 / 256 6.6s Queue parallel
[ ] 130 0 0 130 / 256 6.7s Queue parallel
[ ] 132 0 0 132 / 256 6.9s Queue parallel
[ ] 136 0 0 136 / 256 7.0s Queue parallel
[ ] 140 0 0 140 / 256 7.1s Queue parallel
[ ] 143 0 0 143 / 256 7.2s Queue parallel
[ ] 146 0 0 146 / 256 7.4s Queue parallel
[ ] 148 0 0 148 / 256 7.6s Queue parallel
[ ] 152 0 0 152 / 256 7.7s Queue parallel
[ ] 154 0 0 154 / 256 7.9s Queue parallel
[ ] 155 0 0 155 / 256 8.1s Queue parallel
[ ] 157 0 0 157 / 256 8.3s Queue parallel
[ ] 159 0 0 159 / 256 8.4s Queue parallel
[ ] 163 0 0 163 / 256 8.5s Queue parallel
[ ] 167 0 0 167 / 256 8.7s Queue parallel
[ ] 171 0 0 171 / 256 8.8s Queue parallel
[ ] 175 0 0 175 / 256 8.9s Queue parallel
[ ] 178 0 0 178 / 256 9.0s Queue parallel
[ ] 181 0 0 181 / 256 9.1s Queue parallel
[ ] 185 0 0 185 / 256 9.3s Queue parallel
[ ] 189 0 0 189 / 256 9.4s Queue parallel
[ ] 192 0 0 192 / 256 9.6s Queue parallel
[ ] 196 0 0 196 / 256 9.7s Queue parallel
[ ] 199 0 0 199 / 256 9.8s Queue parallel
[ ] 203 0 0 203 / 256 9.9s Queue parallel
[ ] 207 0 0 207 / 256 10.1s Queue parallel
[ ] 210 0 0 210 / 256 10.2s Queue parallel
[ ] 214 0 0 214 / 256 10.3s Queue parallel
[ ] 218 0 0 218 / 256 10.5s Queue parallel
[ ] 219 0 0 219 / 256 10.7s Queue parallel
[ ] 223 0 0 223 / 256 10.8s Queue parallel
[ ] 227 0 0 227 / 256 10.9s Queue parallel
[ ] 231 0 0 231 / 256 11.0s Queue parallel
[ ] 234 0 0 234 / 256 11.2s Queue parallel
[ ] 235 0 0 235 / 256 11.3s Queue parallel
[ ] 239 0 0 239 / 256 11.5s Queue parallel
[ ] 242 0 0 242 / 256 11.6s Queue parallel
[ ] 246 0 0 246 / 256 11.7s Queue parallel
[ ] 250 0 0 250 / 256 11.8s Queue parallel
[ ] 253 0 0 253 / 256 11.9s Queue parallel
[✓] 256 0 0 256 / 256 12.0s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 2144094114543705601
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Queue sequential
[✓] 512 0 0 512 / 512 0.0s Queue sequential
[ ] 0 0 0 0 / 512 0.0s Queue parallel
[ ] 1 0 0 1 / 512 0.0s Queue parallel
[ ] 4 0 0 4 / 512 0.1s Queue parallel
[ ] 8 0 0 8 / 512 0.2s Queue parallel
[ ] 12 0 0 12 / 512 0.4s Queue parallel
[ ] 13 0 0 13 / 512 0.5s Queue parallel
[ ] 15 0 0 15 / 512 0.7s Queue parallel
[ ] 18 0 0 18 / 512 0.9s Queue parallel
[ ] 22 0 0 22 / 512 1.1s Queue parallel
[ ] 24 0 0 24 / 512 1.2s Queue parallel
[ ] 28 0 0 28 / 512 1.3s Queue parallel
[ ] 32 0 0 32 / 512 1.5s Queue parallel
[ ] 33 0 0 33 / 512 1.6s Queue parallel
[ ] 37 0 0 37 / 512 1.7s Queue parallel
[ ] 41 0 0 41 / 512 1.8s Queue parallel
[ ] 45 0 0 45 / 512 2.0s Queue parallel
[ ] 48 0 0 48 / 512 2.1s Queue parallel
[ ] 52 0 0 52 / 512 2.3s Queue parallel
[ ] 54 0 0 54 / 512 2.4s Queue parallel
[ ] 57 0 0 57 / 512 2.6s Queue parallel
[ ] 61 0 0 61 / 512 2.7s Queue parallel
[ ] 65 0 0 65 / 512 2.9s Queue parallel
[ ] 66 0 0 66 / 512 3.0s Queue parallel
[ ] 70 0 0 70 / 512 3.1s Queue parallel
[ ] 74 0 0 74 / 512 3.3s Queue parallel
[ ] 76 0 0 76 / 512 3.4s Queue parallel
[ ] 79 0 0 79 / 512 3.6s Queue parallel
[ ] 81 0 0 81 / 512 3.7s Queue parallel
[ ] 83 0 0 83 / 512 3.8s Queue parallel
[ ] 86 0 0 86 / 512 3.9s Queue parallel
[ ] 90 0 0 90 / 512 4.1s Queue parallel
[ ] 94 0 0 94 / 512 4.2s Queue parallel
[ ] 98 0 0 98 / 512 4.3s Queue parallel
[ ] 102 0 0 102 / 512 4.4s Queue parallel
[ ] 106 0 0 106 / 512 4.5s Queue parallel
[ ] 107 0 0 107 / 512 4.7s Queue parallel
[ ] 110 0 0 110 / 512 4.8s Queue parallel
[ ] 114 0 0 114 / 512 4.9s Queue parallel
[ ] 118 0 0 118 / 512 5.0s Queue parallel
[ ] 121 0 0 121 / 512 5.1s Queue parallel
[ ] 125 0 0 125 / 512 5.3s Queue parallel
[ ] 129 0 0 129 / 512 5.4s Queue parallel
[ ] 131 0 0 131 / 512 5.6s Queue parallel
[ ] 135 0 0 135 / 512 5.7s Queue parallel
[ ] 139 0 0 139 / 512 5.9s Queue parallel
[ ] 143 0 0 143 / 512 6.0s Queue parallel
[ ] 145 0 0 145 / 512 6.2s Queue parallel
[ ] 149 0 0 149 / 512 6.3s Queue parallel
[ ] 153 0 0 153 / 512 6.4s Queue parallel
[ ] 156 0 0 156 / 512 6.6s Queue parallel
[ ] 158 0 0 158 / 512 6.8s Queue parallel
[ ] 161 0 0 161 / 512 7.0s Queue parallel
[ ] 165 0 0 165 / 512 7.1s Queue parallel
[ ] 168 0 0 168 / 512 7.3s Queue parallel
[ ] 171 0 0 171 / 512 7.4s Queue parallel
[ ] 172 0 0 172 / 512 7.5s Queue parallel
[ ] 173 0 0 173 / 512 7.7s Queue parallel
[ ] 177 0 0 177 / 512 7.8s Queue parallel
[ ] 180 0 0 180 / 512 7.9s Queue parallel
[ ] 183 0 0 183 / 512 8.1s Queue parallel
[ ] 186 0 0 186 / 512 8.2s Queue parallel
[ ] 189 0 0 189 / 512 8.3s Queue parallel
[ ] 191 0 0 191 / 512 8.5s Queue parallel
[ ] 194 0 0 194 / 512 8.6s Queue parallel
[ ] 198 0 0 198 / 512 8.7s Queue parallel
[ ] 200 0 0 200 / 512 8.9s Queue parallel
[ ] 203 0 0 203 / 512 9.0s Queue parallel
[ ] 206 0 0 206 / 512 9.1s Queue parallel
[ ] 208 0 0 208 / 512 9.3s Queue parallel
[ ] 212 0 0 212 / 512 9.4s Queue parallel
[ ] 215 0 0 215 / 512 9.6s Queue parallel
[ ] 218 0 0 218 / 512 9.7s Queue parallel
[ ] 221 0 0 221 / 512 9.8s Queue parallel
[ ] 224 0 0 224 / 512 9.9s Queue parallel
[ ] 227 0 0 227 / 512 10.1s Queue parallel
[ ] 229 0 0 229 / 512 10.2s Queue parallel
[ ] 233 0 0 233 / 512 10.3s Queue parallel
[ ] 237 0 0 237 / 512 10.4s Queue parallel
[ ] 238 0 0 238 / 512 10.6s Queue parallel
[ ] 242 0 0 242 / 512 10.7s Queue parallel
[ ] 246 0 0 246 / 512 10.9s Queue parallel
[ ] 250 0 0 250 / 512 11.0s Queue parallel
[ ] 252 0 0 252 / 512 11.2s Queue parallel
[ ] 253 0 0 253 / 512 11.3s Queue parallel
[ ] 257 0 0 257 / 512 11.6s Queue parallel
[ ] 261 0 0 261 / 512 11.8s Queue parallel
[ ] 265 0 0 265 / 512 12.0s Queue parallel
[ ] 268 0 0 268 / 512 12.1s Queue parallel
[ ] 272 0 0 272 / 512 12.3s Queue parallel
[ ] 276 0 0 276 / 512 12.4s Queue parallel
[ ] 279 0 0 279 / 512 12.6s Queue parallel
[ ] 282 0 0 282 / 512 12.8s Queue parallel
[ ] 286 0 0 286 / 512 12.9s Queue parallel
[ ] 287 0 0 287 / 512 13.0s Queue parallel
[ ] 291 0 0 291 / 512 13.2s Queue parallel
[ ] 295 0 0 295 / 512 13.3s Queue parallel
[ ] 299 0 0 299 / 512 13.5s Queue parallel
[ ] 303 0 0 303 / 512 13.6s Queue parallel
[ ] 307 0 0 307 / 512 13.7s Queue parallel
[ ] 310 0 0 310 / 512 13.8s Queue parallel
[ ] 314 0 0 314 / 512 14.0s Queue parallel
[ ] 317 0 0 317 / 512 14.2s Queue parallel
[ ] 319 0 0 319 / 512 14.3s Queue parallel
[ ] 323 0 0 323 / 512 14.4s Queue parallel
[ ] 325 0 0 325 / 512 14.5s Queue parallel
[ ] 328 0 0 328 / 512 14.6s Queue parallel
[ ] 331 0 0 331 / 512 14.8s Queue parallel
[ ] 333 0 0 333 / 512 15.1s Queue parallel
[ ] 337 0 0 337 / 512 15.2s Queue parallel
[ ] 341 0 0 341 / 512 15.3s Queue parallel
[ ] 344 0 0 344 / 512 15.5s Queue parallel
[ ] 346 0 0 346 / 512 15.7s Queue parallel
[ ] 350 0 0 350 / 512 15.8s Queue parallel
[ ] 353 0 0 353 / 512 16.0s Queue parallel
[ ] 356 0 0 356 / 512 16.1s Queue parallel
[ ] 359 0 0 359 / 512 16.3s Queue parallel
[ ] 363 0 0 363 / 512 16.5s Queue parallel
[ ] 367 0 0 367 / 512 16.6s Queue parallel
[ ] 371 0 0 371 / 512 16.7s Queue parallel
[ ] 373 0 0 373 / 512 16.9s Queue parallel
[ ] 377 0 0 377 / 512 17.1s Queue parallel
[ ] 380 0 0 380 / 512 17.2s Queue parallel
[ ] 383 0 0 383 / 512 17.3s Queue parallel
[ ] 385 0 0 385 / 512 17.4s Queue parallel
[ ] 387 0 0 387 / 512 17.6s Queue parallel
[ ] 390 0 0 390 / 512 17.7s Queue parallel
[ ] 392 0 0 392 / 512 17.8s Queue parallel
[ ] 394 0 0 394 / 512 18.0s Queue parallel
[ ] 397 0 0 397 / 512 18.2s Queue parallel
[ ] 399 0 0 399 / 512 18.4s Queue parallel
[ ] 402 0 0 402 / 512 18.5s Queue parallel
[ ] 404 0 0 404 / 512 18.7s Queue parallel
[ ] 408 0 0 408 / 512 18.8s Queue parallel
[ ] 411 0 0 411 / 512 18.9s Queue parallel
[ ] 414 0 0 414 / 512 19.0s Queue parallel
[ ] 417 0 0 417 / 512 19.1s Queue parallel
[ ] 418 0 0 418 / 512 19.3s Queue parallel
[ ] 421 0 0 421 / 512 19.4s Queue parallel
[ ] 425 0 0 425 / 512 19.6s Queue parallel
[ ] 428 0 0 428 / 512 19.7s Queue parallel
[ ] 431 0 0 431 / 512 19.8s Queue parallel
[ ] 434 0 0 434 / 512 19.9s Queue parallel
[ ] 436 0 0 436 / 512 20.0s Queue parallel
[ ] 439 0 0 439 / 512 20.2s Queue parallel
[ ] 440 0 0 440 / 512 20.3s Queue parallel
[ ] 444 0 0 444 / 512 20.5s Queue parallel
[ ] 446 0 0 446 / 512 20.7s Queue parallel
[ ] 450 0 0 450 / 512 20.8s Queue parallel
[ ] 453 0 0 453 / 512 21.0s Queue parallel
[ ] 457 0 0 457 / 512 21.1s Queue parallel
[ ] 460 0 0 460 / 512 21.2s Queue parallel
[ ] 463 0 0 463 / 512 21.3s Queue parallel
[ ] 467 0 0 467 / 512 21.4s Queue parallel
[ ] 470 0 0 470 / 512 21.6s Queue parallel
[ ] 473 0 0 473 / 512 21.7s Queue parallel
[ ] 477 0 0 477 / 512 21.9s Queue parallel
[ ] 481 0 0 481 / 512 22.0s Queue parallel
[ ] 483 0 0 483 / 512 22.1s Queue parallel
[ ] 487 0 0 487 / 512 22.3s Queue parallel
[ ] 491 0 0 491 / 512 22.4s Queue parallel
[ ] 495 0 0 495 / 512 22.6s Queue parallel
[ ] 496 0 0 496 / 512 22.8s Queue parallel
[ ] 499 0 0 499 / 512 23.0s Queue parallel
[ ] 503 0 0 503 / 512 23.1s Queue parallel
[ ] 507 0 0 507 / 512 23.3s Queue parallel
[ ] 510 0 0 510 / 512 23.5s Queue parallel
[ ] 512 0 0 512 / 512 23.7s Queue parallel
[✓] 512 0 0 512 / 512 23.7s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 1019429134628771714
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Queue sequential
[✓] 32 0 0 32 / 32 0.0s Queue sequential
[ ] 0 0 0 0 / 32 0.0s Queue parallel
[ ] 4 0 0 4 / 32 0.1s Queue parallel
[ ] 6 0 0 6 / 32 0.2s Queue parallel
[ ] 9 0 0 9 / 32 0.4s Queue parallel
[ ] 13 0 0 13 / 32 0.5s Queue parallel
[ ] 17 0 0 17 / 32 0.7s Queue parallel
[ ] 21 0 0 21 / 32 0.8s Queue parallel
[ ] 24 0 0 24 / 32 0.9s Queue parallel
[ ] 28 0 0 28 / 32 1.0s Queue parallel
[ ] 31 0 0 31 / 32 1.2s Queue parallel
[✓] 32 0 0 32 / 32 1.3s Queue parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && .\dllist_test_stm.exe)
random seed: 2559084185194183167
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Dllist sequential
[ ] 0 0 0 0 / 32 0.0s Dllist sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Dllist sequential
[ ] 0 0 0 0 / 32 0.0s Dllist parallel
[ ] 3 0 0 3 / 32 0.1s Dllist parallel
[ ] 4 0 0 4 / 32 0.3s Dllist parallel
[ ] 7 0 0 7 / 32 0.4s Dllist parallel
[ ] 10 0 0 10 / 32 0.5s Dllist parallel
[ ] 13 0 0 13 / 32 0.6s Dllist parallel
[ ] 16 0 0 16 / 32 0.7s Dllist parallel
[ ] 17 0 0 17 / 32 0.9s Dllist parallel
[ ] 20 0 0 20 / 32 1.0s Dllist parallel
[ ] 22 0 0 22 / 32 1.1s Dllist parallel
[ ] 26 0 0 26 / 32 1.4s Dllist parallel
[ ] 29 0 0 29 / 32 1.5s Dllist parallel
[ ] 32 0 0 32 / 32 1.6s Dllist parallel
[✓] 32 0 0 32 / 32 1.6s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 2510166779666491050
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Dllist sequential
[✓] 64 0 0 64 / 64 0.0s Dllist sequential
[ ] 0 0 0 0 / 64 0.0s Dllist parallel
[ ] 2 0 0 2 / 64 0.1s Dllist parallel
[ ] 5 0 0 5 / 64 0.2s Dllist parallel
[ ] 9 0 0 9 / 64 0.4s Dllist parallel
[ ] 12 0 0 12 / 64 0.5s Dllist parallel
[ ] 15 0 0 15 / 64 0.6s Dllist parallel
[ ] 19 0 0 19 / 64 1.7s Dllist parallel
[ ] 22 0 0 22 / 64 1.8s Dllist parallel
[ ] 24 0 0 24 / 64 2.0s Dllist parallel
[ ] 27 0 0 27 / 64 2.1s Dllist parallel
[ ] 30 0 0 30 / 64 2.3s Dllist parallel
[ ] 33 0 0 33 / 64 2.6s Dllist parallel
[ ] 37 0 0 37 / 64 2.7s Dllist parallel
[ ] 40 0 0 40 / 64 2.8s Dllist parallel
[ ] 43 0 0 43 / 64 2.9s Dllist parallel
[ ] 46 0 0 46 / 64 3.0s Dllist parallel
[ ] 50 0 0 50 / 64 3.2s Dllist parallel
[ ] 54 0 0 54 / 64 3.3s Dllist parallel
[ ] 57 0 0 57 / 64 3.5s Dllist parallel
[ ] 59 0 0 59 / 64 3.6s Dllist parallel
[ ] 62 0 0 62 / 64 3.7s Dllist parallel
[ ] 64 0 0 64 / 64 4.0s Dllist parallel
[✓] 64 0 0 64 / 64 4.0s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 1063798228784116600
generated error fail pass / total time test name
[ ] 0 0 0 0 / 128 0.0s Dllist sequential
[✓] 128 0 0 128 / 128 0.0s Dllist sequential
[ ] 0 0 0 0 / 128 0.0s Dllist parallel
[ ] 3 0 0 3 / 128 0.1s Dllist parallel
[ ] 7 0 0 7 / 128 0.3s Dllist parallel
[ ] 10 0 0 10 / 128 0.4s Dllist parallel
[ ] 11 0 0 11 / 128 0.6s Dllist parallel
[ ] 13 0 0 13 / 128 0.8s Dllist parallel
[ ] 16 0 0 16 / 128 0.9s Dllist parallel
[ ] 19 0 0 19 / 128 1.0s Dllist parallel
[ ] 21 0 0 21 / 128 1.1s Dllist parallel
[ ] 22 0 0 22 / 128 1.3s Dllist parallel
[ ] 25 0 0 25 / 128 1.5s Dllist parallel
[ ] 29 0 0 29 / 128 1.6s Dllist parallel
[ ] 33 0 0 33 / 128 1.7s Dllist parallel
[ ] 35 0 0 35 / 128 1.8s Dllist parallel
[ ] 37 0 0 37 / 128 2.0s Dllist parallel
[ ] 40 0 0 40 / 128 2.2s Dllist parallel
[ ] 43 0 0 43 / 128 2.4s Dllist parallel
[ ] 45 0 0 45 / 128 2.5s Dllist parallel
[ ] 49 0 0 49 / 128 2.7s Dllist parallel
[ ] 52 0 0 52 / 128 2.8s Dllist parallel
[ ] 55 0 0 55 / 128 2.9s Dllist parallel
[ ] 57 0 0 57 / 128 3.0s Dllist parallel
[ ] 59 0 0 59 / 128 3.1s Dllist parallel
[ ] 62 0 0 62 / 128 3.2s Dllist parallel
[ ] 66 0 0 66 / 128 3.4s Dllist parallel
[ ] 67 0 0 67 / 128 3.6s Dllist parallel
[ ] 71 0 0 71 / 128 3.7s Dllist parallel
[ ] 75 0 0 75 / 128 3.9s Dllist parallel
[ ] 77 0 0 77 / 128 4.0s Dllist parallel
[ ] 79 0 0 79 / 128 4.2s Dllist parallel
[ ] 82 0 0 82 / 128 4.3s Dllist parallel
[ ] 86 0 0 86 / 128 4.4s Dllist parallel
[ ] 88 0 0 88 / 128 4.6s Dllist parallel
[ ] 91 0 0 91 / 128 4.7s Dllist parallel
[ ] 95 0 0 95 / 128 4.9s Dllist parallel
[ ] 98 0 0 98 / 128 5.0s Dllist parallel
[ ] 99 0 0 99 / 128 5.1s Dllist parallel
[ ] 103 0 0 103 / 128 5.2s Dllist parallel
[ ] 106 0 0 106 / 128 5.5s Dllist parallel
[ ] 108 0 0 108 / 128 5.8s Dllist parallel
[ ] 111 0 0 111 / 128 5.9s Dllist parallel
[ ] 114 0 0 114 / 128 6.0s Dllist parallel
[ ] 117 0 0 117 / 128 6.2s Dllist parallel
[ ] 120 0 0 120 / 128 6.3s Dllist parallel
[ ] 122 0 0 122 / 128 6.5s Dllist parallel
[ ] 125 0 0 125 / 128 6.6s Dllist parallel
[ ] 127 0 0 127 / 128 6.8s Dllist parallel
[✓] 128 0 0 128 / 128 6.8s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 4017484695994940981
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Dllist sequential
[✓] 256 0 0 256 / 256 0.0s Dllist sequential
[ ] 0 0 0 0 / 256 0.0s Dllist parallel
[ ] 2 0 0 2 / 256 0.1s Dllist parallel
[ ] 5 0 0 5 / 256 0.2s Dllist parallel
[ ] 6 0 0 6 / 256 0.3s Dllist parallel
[ ] 9 0 0 9 / 256 0.4s Dllist parallel
[ ] 12 0 0 12 / 256 0.6s Dllist parallel
[ ] 15 0 0 15 / 256 0.7s Dllist parallel
[ ] 19 0 0 19 / 256 0.9s Dllist parallel
[ ] 22 0 0 22 / 256 1.0s Dllist parallel
[ ] 24 0 0 24 / 256 1.1s Dllist parallel
[ ] 27 0 0 27 / 256 1.2s Dllist parallel
[ ] 29 0 0 29 / 256 1.4s Dllist parallel
[ ] 32 0 0 32 / 256 1.5s Dllist parallel
[ ] 35 0 0 35 / 256 1.6s Dllist parallel
[ ] 38 0 0 38 / 256 1.7s Dllist parallel
[ ] 40 0 0 40 / 256 1.9s Dllist parallel
[ ] 43 0 0 43 / 256 2.0s Dllist parallel
[ ] 46 0 0 46 / 256 2.1s Dllist parallel
[ ] 47 0 0 47 / 256 2.2s Dllist parallel
[ ] 48 0 0 48 / 256 2.3s Dllist parallel
[ ] 51 0 0 51 / 256 2.5s Dllist parallel
[ ] 55 0 0 55 / 256 2.6s Dllist parallel
[ ] 59 0 0 59 / 256 2.7s Dllist parallel
[ ] 63 0 0 63 / 256 3.0s Dllist parallel
[ ] 65 0 0 65 / 256 3.1s Dllist parallel
[ ] 66 0 0 66 / 256 3.2s Dllist parallel
[ ] 69 0 0 69 / 256 3.3s Dllist parallel
[ ] 72 0 0 72 / 256 3.5s Dllist parallel
[ ] 76 0 0 76 / 256 3.6s Dllist parallel
[ ] 79 0 0 79 / 256 3.7s Dllist parallel
[ ] 82 0 0 82 / 256 4.0s Dllist parallel
[ ] 85 0 0 85 / 256 4.2s Dllist parallel
[ ] 86 0 0 86 / 256 4.4s Dllist parallel
[ ] 90 0 0 90 / 256 4.5s Dllist parallel
[ ] 94 0 0 94 / 256 4.7s Dllist parallel
[ ] 97 0 0 97 / 256 4.8s Dllist parallel
[ ] 101 0 0 101 / 256 4.9s Dllist parallel
[ ] 104 0 0 104 / 256 5.0s Dllist parallel
[ ] 107 0 0 107 / 256 5.2s Dllist parallel
[ ] 110 0 0 110 / 256 5.3s Dllist parallel
[ ] 114 0 0 114 / 256 5.4s Dllist parallel
[ ] 117 0 0 117 / 256 5.6s Dllist parallel
[ ] 119 0 0 119 / 256 5.7s Dllist parallel
[ ] 123 0 0 123 / 256 5.9s Dllist parallel
[ ] 127 0 0 127 / 256 6.0s Dllist parallel
[ ] 129 0 0 129 / 256 6.2s Dllist parallel
[ ] 132 0 0 132 / 256 6.3s Dllist parallel
[ ] 136 0 0 136 / 256 6.5s Dllist parallel
[ ] 137 0 0 137 / 256 6.7s Dllist parallel
[ ] 141 0 0 141 / 256 7.0s Dllist parallel
[ ] 142 0 0 142 / 256 7.2s Dllist parallel
[ ] 146 0 0 146 / 256 7.3s Dllist parallel
[ ] 150 0 0 150 / 256 7.5s Dllist parallel
[ ] 154 0 0 154 / 256 7.6s Dllist parallel
[ ] 158 0 0 158 / 256 7.7s Dllist parallel
[ ] 161 0 0 161 / 256 8.0s Dllist parallel
[ ] 164 0 0 164 / 256 8.1s Dllist parallel
[ ] 168 0 0 168 / 256 8.2s Dllist parallel
[ ] 170 0 0 170 / 256 8.3s Dllist parallel
[ ] 173 0 0 173 / 256 8.5s Dllist parallel
[ ] 176 0 0 176 / 256 8.6s Dllist parallel
[ ] 178 0 0 178 / 256 8.8s Dllist parallel
[ ] 182 0 0 182 / 256 8.9s Dllist parallel
[ ] 186 0 0 186 / 256 9.0s Dllist parallel
[ ] 188 0 0 188 / 256 9.1s Dllist parallel
[ ] 191 0 0 191 / 256 9.2s Dllist parallel
[ ] 195 0 0 195 / 256 9.4s Dllist parallel
[ ] 199 0 0 199 / 256 9.5s Dllist parallel
[ ] 202 0 0 202 / 256 9.6s Dllist parallel
[ ] 206 0 0 206 / 256 9.7s Dllist parallel
[ ] 208 0 0 208 / 256 9.8s Dllist parallel
[ ] 211 0 0 211 / 256 9.9s Dllist parallel
[ ] 214 0 0 214 / 256 10.0s Dllist parallel
[ ] 216 0 0 216 / 256 10.2s Dllist parallel
[ ] 220 0 0 220 / 256 10.3s Dllist parallel
[ ] 224 0 0 224 / 256 10.6s Dllist parallel
[ ] 226 0 0 226 / 256 10.8s Dllist parallel
[ ] 230 0 0 230 / 256 11.1s Dllist parallel
[ ] 232 0 0 232 / 256 11.3s Dllist parallel
[ ] 236 0 0 236 / 256 11.4s Dllist parallel
[ ] 240 0 0 240 / 256 11.5s Dllist parallel
[ ] 244 0 0 244 / 256 11.7s Dllist parallel
[ ] 248 0 0 248 / 256 11.8s Dllist parallel
[ ] 252 0 0 252 / 256 12.0s Dllist parallel
[ ] 255 0 0 255 / 256 12.2s Dllist parallel
[✓] 256 0 0 256 / 256 12.3s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 280247775087802376
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Dllist sequential
[✓] 512 0 0 512 / 512 0.0s Dllist sequential
[ ] 0 0 0 0 / 512 0.0s Dllist parallel
[ ] 2 0 0 2 / 512 0.1s Dllist parallel
[ ] 6 0 0 6 / 512 0.2s Dllist parallel
[ ] 10 0 0 10 / 512 0.3s Dllist parallel
[ ] 14 0 0 14 / 512 0.4s Dllist parallel
[ ] 17 0 0 17 / 512 0.5s Dllist parallel
[ ] 21 0 0 21 / 512 0.7s Dllist parallel
[ ] 25 0 0 25 / 512 0.8s Dllist parallel
[ ] 27 0 0 27 / 512 1.0s Dllist parallel
[ ] 31 0 0 31 / 512 1.1s Dllist parallel
[ ] 34 0 0 34 / 512 1.2s Dllist parallel
[ ] 38 0 0 38 / 512 1.4s Dllist parallel
[ ] 42 0 0 42 / 512 1.5s Dllist parallel
[ ] 46 0 0 46 / 512 1.6s Dllist parallel
[ ] 50 0 0 50 / 512 1.8s Dllist parallel
[ ] 52 0 0 52 / 512 2.0s Dllist parallel
[ ] 54 0 0 54 / 512 2.1s Dllist parallel
[ ] 58 0 0 58 / 512 2.2s Dllist parallel
[ ] 61 0 0 61 / 512 2.3s Dllist parallel
[ ] 64 0 0 64 / 512 2.4s Dllist parallel
[ ] 68 0 0 68 / 512 2.7s Dllist parallel
[ ] 71 0 0 71 / 512 2.8s Dllist parallel
[ ] 73 0 0 73 / 512 3.1s Dllist parallel
[ ] 77 0 0 77 / 512 3.2s Dllist parallel
[ ] 81 0 0 81 / 512 3.5s Dllist parallel
[ ] 85 0 0 85 / 512 3.6s Dllist parallel
[ ] 87 0 0 87 / 512 3.7s Dllist parallel
[ ] 89 0 0 89 / 512 3.8s Dllist parallel
[ ] 93 0 0 93 / 512 3.9s Dllist parallel
[ ] 97 0 0 97 / 512 4.1s Dllist parallel
[ ] 99 0 0 99 / 512 4.2s Dllist parallel
[ ] 102 0 0 102 / 512 4.4s Dllist parallel
[ ] 104 0 0 104 / 512 4.5s Dllist parallel
[ ] 107 0 0 107 / 512 4.6s Dllist parallel
[ ] 110 0 0 110 / 512 4.8s Dllist parallel
[ ] 112 0 0 112 / 512 5.0s Dllist parallel
[ ] 116 0 0 116 / 512 5.2s Dllist parallel
[ ] 119 0 0 119 / 512 5.3s Dllist parallel
[ ] 123 0 0 123 / 512 5.5s Dllist parallel
[ ] 126 0 0 126 / 512 5.7s Dllist parallel
[ ] 130 0 0 130 / 512 5.8s Dllist parallel
[ ] 133 0 0 133 / 512 5.9s Dllist parallel
[ ] 136 0 0 136 / 512 6.2s Dllist parallel
[ ] 139 0 0 139 / 512 6.3s Dllist parallel
[ ] 142 0 0 142 / 512 6.4s Dllist parallel
[ ] 145 0 0 145 / 512 6.5s Dllist parallel
[ ] 148 0 0 148 / 512 6.7s Dllist parallel
[ ] 152 0 0 152 / 512 6.8s Dllist parallel
[ ] 154 0 0 154 / 512 7.0s Dllist parallel
[ ] 158 0 0 158 / 512 7.1s Dllist parallel
[ ] 160 0 0 160 / 512 7.3s Dllist parallel
[ ] 163 0 0 163 / 512 7.4s Dllist parallel
[ ] 167 0 0 167 / 512 7.6s Dllist parallel
[ ] 170 0 0 170 / 512 7.7s Dllist parallel
[ ] 172 0 0 172 / 512 7.8s Dllist parallel
[ ] 174 0 0 174 / 512 8.0s Dllist parallel
[ ] 176 0 0 176 / 512 8.1s Dllist parallel
[ ] 179 0 0 179 / 512 8.2s Dllist parallel
[ ] 183 0 0 183 / 512 8.4s Dllist parallel
[ ] 185 0 0 185 / 512 8.5s Dllist parallel
[ ] 188 0 0 188 / 512 8.6s Dllist parallel
[ ] 192 0 0 192 / 512 8.7s Dllist parallel
[ ] 195 0 0 195 / 512 8.9s Dllist parallel
[ ] 197 0 0 197 / 512 9.0s Dllist parallel
[ ] 199 0 0 199 / 512 9.3s Dllist parallel
[ ] 202 0 0 202 / 512 9.4s Dllist parallel
[ ] 205 0 0 205 / 512 9.5s Dllist parallel
[ ] 206 0 0 206 / 512 9.6s Dllist parallel
[ ] 210 0 0 210 / 512 9.7s Dllist parallel
[ ] 214 0 0 214 / 512 9.9s Dllist parallel
[ ] 216 0 0 216 / 512 10.0s Dllist parallel
[ ] 220 0 0 220 / 512 10.3s Dllist parallel
[ ] 224 0 0 224 / 512 10.4s Dllist parallel
[ ] 228 0 0 228 / 512 10.5s Dllist parallel
[ ] 232 0 0 232 / 512 10.6s Dllist parallel
[ ] 235 0 0 235 / 512 10.8s Dllist parallel
[ ] 237 0 0 237 / 512 11.0s Dllist parallel
[ ] 240 0 0 240 / 512 11.1s Dllist parallel
[ ] 243 0 0 243 / 512 11.3s Dllist parallel
[ ] 247 0 0 247 / 512 11.4s Dllist parallel
[ ] 248 0 0 248 / 512 11.6s Dllist parallel
[ ] 250 0 0 250 / 512 11.8s Dllist parallel
[ ] 252 0 0 252 / 512 11.9s Dllist parallel
[ ] 254 0 0 254 / 512 12.1s Dllist parallel
[ ] 258 0 0 258 / 512 12.2s Dllist parallel
[ ] 261 0 0 261 / 512 12.5s Dllist parallel
[ ] 264 0 0 264 / 512 12.6s Dllist parallel
[ ] 265 0 0 265 / 512 12.8s Dllist parallel
[ ] 269 0 0 269 / 512 12.9s Dllist parallel
[ ] 272 0 0 272 / 512 13.1s Dllist parallel
[ ] 276 0 0 276 / 512 13.2s Dllist parallel
[ ] 280 0 0 280 / 512 13.3s Dllist parallel
[ ] 282 0 0 282 / 512 13.5s Dllist parallel
[ ] 283 0 0 283 / 512 13.6s Dllist parallel
[ ] 286 0 0 286 / 512 13.9s Dllist parallel
[ ] 289 0 0 289 / 512 14.0s Dllist parallel
[ ] 292 0 0 292 / 512 14.2s Dllist parallel
[ ] 296 0 0 296 / 512 14.5s Dllist parallel
[ ] 299 0 0 299 / 512 14.6s Dllist parallel
[ ] 300 0 0 300 / 512 14.7s Dllist parallel
[ ] 303 0 0 303 / 512 14.8s Dllist parallel
[ ] 306 0 0 306 / 512 15.0s Dllist parallel
[ ] 308 0 0 308 / 512 15.2s Dllist parallel
[ ] 312 0 0 312 / 512 15.3s Dllist parallel
[ ] 314 0 0 314 / 512 15.4s Dllist parallel
[ ] 316 0 0 316 / 512 15.6s Dllist parallel
[ ] 319 0 0 319 / 512 15.7s Dllist parallel
[ ] 322 0 0 322 / 512 16.0s Dllist parallel
[ ] 325 0 0 325 / 512 16.1s Dllist parallel
[ ] 328 0 0 328 / 512 16.3s Dllist parallel
[ ] 331 0 0 331 / 512 16.6s Dllist parallel
[ ] 334 0 0 334 / 512 16.8s Dllist parallel
[ ] 337 0 0 337 / 512 17.0s Dllist parallel
[ ] 341 0 0 341 / 512 17.2s Dllist parallel
[ ] 344 0 0 344 / 512 17.3s Dllist parallel
[ ] 347 0 0 347 / 512 17.4s Dllist parallel
[ ] 350 0 0 350 / 512 17.5s Dllist parallel
[ ] 354 0 0 354 / 512 17.6s Dllist parallel
[ ] 358 0 0 358 / 512 17.8s Dllist parallel
[ ] 361 0 0 361 / 512 17.9s Dllist parallel
[ ] 365 0 0 365 / 512 18.2s Dllist parallel
[ ] 367 0 0 367 / 512 18.3s Dllist parallel
[ ] 369 0 0 369 / 512 18.6s Dllist parallel
[ ] 371 0 0 371 / 512 18.7s Dllist parallel
[ ] 374 0 0 374 / 512 19.0s Dllist parallel
[ ] 377 0 0 377 / 512 19.1s Dllist parallel
[ ] 381 0 0 381 / 512 19.3s Dllist parallel
[ ] 385 0 0 385 / 512 19.4s Dllist parallel
[ ] 387 0 0 387 / 512 19.5s Dllist parallel
[ ] 389 0 0 389 / 512 19.6s Dllist parallel
[ ] 393 0 0 393 / 512 19.8s Dllist parallel
[ ] 395 0 0 395 / 512 19.9s Dllist parallel
[ ] 399 0 0 399 / 512 20.0s Dllist parallel
[ ] 403 0 0 403 / 512 20.1s Dllist parallel
[ ] 407 0 0 407 / 512 20.3s Dllist parallel
[ ] 411 0 0 411 / 512 20.4s Dllist parallel
[ ] 415 0 0 415 / 512 20.5s Dllist parallel
[ ] 419 0 0 419 / 512 20.7s Dllist parallel
[ ] 422 0 0 422 / 512 20.8s Dllist parallel
[ ] 425 0 0 425 / 512 20.9s Dllist parallel
[ ] 428 0 0 428 / 512 21.0s Dllist parallel
[ ] 432 0 0 432 / 512 21.2s Dllist parallel
[ ] 434 0 0 434 / 512 21.3s Dllist parallel
[ ] 436 0 0 436 / 512 21.5s Dllist parallel
[ ] 440 0 0 440 / 512 21.7s Dllist parallel
[ ] 444 0 0 444 / 512 21.8s Dllist parallel
[ ] 447 0 0 447 / 512 21.9s Dllist parallel
[ ] 449 0 0 449 / 512 22.0s Dllist parallel
[ ] 453 0 0 453 / 512 22.1s Dllist parallel
[ ] 456 0 0 456 / 512 22.2s Dllist parallel
[ ] 460 0 0 460 / 512 22.4s Dllist parallel
[ ] 461 0 0 461 / 512 22.5s Dllist parallel
[ ] 465 0 0 465 / 512 22.7s Dllist parallel
[ ] 468 0 0 468 / 512 22.8s Dllist parallel
[ ] 471 0 0 471 / 512 23.0s Dllist parallel
[ ] 473 0 0 473 / 512 23.2s Dllist parallel
[ ] 475 0 0 475 / 512 23.3s Dllist parallel
[ ] 478 0 0 478 / 512 23.4s Dllist parallel
[ ] 482 0 0 482 / 512 23.5s Dllist parallel
[ ] 484 0 0 484 / 512 23.7s Dllist parallel
[ ] 488 0 0 488 / 512 23.8s Dllist parallel
[ ] 491 0 0 491 / 512 23.9s Dllist parallel
[ ] 495 0 0 495 / 512 24.0s Dllist parallel
[ ] 498 0 0 498 / 512 24.3s Dllist parallel
[ ] 502 0 0 502 / 512 24.4s Dllist parallel
[ ] 506 0 0 506 / 512 24.5s Dllist parallel
[ ] 510 0 0 510 / 512 24.6s Dllist parallel
[✓] 512 0 0 512 / 512 24.7s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 1806580734829123301
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Dllist sequential
[✓] 32 0 0 32 / 32 0.0s Dllist sequential
[ ] 0 0 0 0 / 32 0.0s Dllist parallel
[ ] 2 0 0 2 / 32 0.1s Dllist parallel
[ ] 5 0 0 5 / 32 0.2s Dllist parallel
[ ] 9 0 0 9 / 32 0.3s Dllist parallel
[ ] 12 0 0 12 / 32 0.4s Dllist parallel
[ ] 15 0 0 15 / 32 0.5s Dllist parallel
[ ] 19 0 0 19 / 32 0.7s Dllist parallel
[ ] 21 0 0 21 / 32 0.8s Dllist parallel
[ ] 23 0 0 23 / 32 0.9s Dllist parallel
[ ] 27 0 0 27 / 32 1.0s Dllist parallel
[ ] 31 0 0 31 / 32 1.1s Dllist parallel
[✓] 32 0 0 32 / 32 1.2s Dllist parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && .\linearizable_chaining_example.exe)
random seed: 4215131346814718658
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Hashtbl_with_order sequential
[ ] 0 0 0 0 / 32 0.0s Hashtbl_with_order sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Hashtbl_with_order sequential
[ ] 0 0 0 0 / 32 0.0s Hashtbl_with_order parallel
[ ] 2 0 0 2 / 32 0.1s Hashtbl_with_order parallel
[ ] 5 0 0 5 / 32 0.2s Hashtbl_with_order parallel
[ ] 8 0 0 8 / 32 0.4s Hashtbl_with_order parallel
[ ] 11 0 0 11 / 32 0.5s Hashtbl_with_order parallel
[ ] 12 0 0 12 / 32 0.8s Hashtbl_with_order parallel
[ ] 15 0 0 15 / 32 0.9s Hashtbl_with_order parallel
[ ] 18 0 0 18 / 32 1.0s Hashtbl_with_order parallel
[ ] 21 0 0 21 / 32 1.2s Hashtbl_with_order parallel
[ ] 24 0 0 24 / 32 1.5s Hashtbl_with_order parallel
[ ] 27 0 0 27 / 32 1.6s Hashtbl_with_order parallel
[ ] 30 0 0 30 / 32 1.7s Hashtbl_with_order parallel
[ ] 32 0 0 32 / 32 1.8s Hashtbl_with_order parallel
[✓] 32 0 0 32 / 32 1.8s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 1276129107038675182
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Hashtbl_with_order sequential
[✓] 64 0 0 64 / 64 0.0s Hashtbl_with_order sequential
[ ] 0 0 0 0 / 64 0.0s Hashtbl_with_order parallel
[ ] 3 0 0 3 / 64 0.1s Hashtbl_with_order parallel
[ ] 6 0 0 6 / 64 0.2s Hashtbl_with_order parallel
[ ] 9 0 0 9 / 64 1.3s Hashtbl_with_order parallel
[ ] 12 0 0 12 / 64 1.5s Hashtbl_with_order parallel
[ ] 14 0 0 14 / 64 1.6s Hashtbl_with_order parallel
[ ] 17 0 0 17 / 64 1.7s Hashtbl_with_order parallel
[ ] 20 0 0 20 / 64 1.8s Hashtbl_with_order parallel
[ ] 22 0 0 22 / 64 2.0s Hashtbl_with_order parallel
[ ] 26 0 0 26 / 64 2.1s Hashtbl_with_order parallel
[ ] 29 0 0 29 / 64 2.2s Hashtbl_with_order parallel
[ ] 32 0 0 32 / 64 2.5s Hashtbl_with_order parallel
[ ] 33 0 0 33 / 64 2.7s Hashtbl_with_order parallel
[ ] 36 0 0 36 / 64 2.9s Hashtbl_with_order parallel
[ ] 39 0 0 39 / 64 3.1s Hashtbl_with_order parallel
[ ] 42 0 0 42 / 64 3.2s Hashtbl_with_order parallel
[ ] 46 0 0 46 / 64 3.6s Hashtbl_with_order parallel
[ ] 49 0 0 49 / 64 3.7s Hashtbl_with_order parallel
[ ] 52 0 0 52 / 64 3.8s Hashtbl_with_order parallel
[ ] 53 0 0 53 / 64 3.9s Hashtbl_with_order parallel
[ ] 56 0 0 56 / 64 4.2s Hashtbl_with_order parallel
[ ] 58 0 0 58 / 64 4.3s Hashtbl_with_order parallel
[ ] 61 0 0 61 / 64 4.5s Hashtbl_with_order parallel
[ ] 64 0 0 64 / 64 4.7s Hashtbl_with_order parallel
[✓] 64 0 0 64 / 64 4.7s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 761003695085518628
generated error fail pass / total time test name
[ ] 0 0 0 0 / 128 0.0s Hashtbl_with_order sequential
[✓] 128 0 0 128 / 128 0.0s Hashtbl_with_order sequential
[ ] 0 0 0 0 / 128 0.0s Hashtbl_with_order parallel
[ ] 2 0 0 2 / 128 0.1s Hashtbl_with_order parallel
[ ] 4 0 0 4 / 128 0.2s Hashtbl_with_order parallel
[ ] 8 0 0 8 / 128 0.5s Hashtbl_with_order parallel
[ ] 11 0 0 11 / 128 0.6s Hashtbl_with_order parallel
[ ] 15 0 0 15 / 128 0.7s Hashtbl_with_order parallel
[ ] 16 0 0 16 / 128 0.9s Hashtbl_with_order parallel
[ ] 19 0 0 19 / 128 1.0s Hashtbl_with_order parallel
[ ] 22 0 0 22 / 128 1.1s Hashtbl_with_order parallel
[ ] 25 0 0 25 / 128 1.2s Hashtbl_with_order parallel
[ ] 28 0 0 28 / 128 1.3s Hashtbl_with_order parallel
[ ] 30 0 0 30 / 128 1.5s Hashtbl_with_order parallel
[ ] 33 0 0 33 / 128 1.7s Hashtbl_with_order parallel
[ ] 34 0 0 34 / 128 1.9s Hashtbl_with_order parallel
[ ] 38 0 0 38 / 128 2.0s Hashtbl_with_order parallel
[ ] 41 0 0 41 / 128 2.1s Hashtbl_with_order parallel
[ ] 43 0 0 43 / 128 2.3s Hashtbl_with_order parallel
[ ] 46 0 0 46 / 128 2.4s Hashtbl_with_order parallel
[ ] 49 0 0 49 / 128 2.5s Hashtbl_with_order parallel
[ ] 52 0 0 52 / 128 2.6s Hashtbl_with_order parallel
[ ] 55 0 0 55 / 128 2.7s Hashtbl_with_order parallel
[ ] 58 0 0 58 / 128 3.1s Hashtbl_with_order parallel
[ ] 62 0 0 62 / 128 3.2s Hashtbl_with_order parallel
[ ] 64 0 0 64 / 128 3.3s Hashtbl_with_order parallel
[ ] 67 0 0 67 / 128 3.5s Hashtbl_with_order parallel
[ ] 71 0 0 71 / 128 3.7s Hashtbl_with_order parallel
[ ] 73 0 0 73 / 128 3.8s Hashtbl_with_order parallel
[ ] 76 0 0 76 / 128 3.9s Hashtbl_with_order parallel
[ ] 80 0 0 80 / 128 4.1s Hashtbl_with_order parallel
[ ] 84 0 0 84 / 128 4.2s Hashtbl_with_order parallel
[ ] 87 0 0 87 / 128 4.3s Hashtbl_with_order parallel
[ ] 89 0 0 89 / 128 4.4s Hashtbl_with_order parallel
[ ] 92 0 0 92 / 128 4.6s Hashtbl_with_order parallel
[ ] 94 0 0 94 / 128 4.7s Hashtbl_with_order parallel
[ ] 95 0 0 95 / 128 4.8s Hashtbl_with_order parallel
[ ] 96 0 0 96 / 128 5.0s Hashtbl_with_order parallel
[ ] 100 0 0 100 / 128 5.1s Hashtbl_with_order parallel
[ ] 103 0 0 103 / 128 5.5s Hashtbl_with_order parallel
[ ] 105 0 0 105 / 128 5.6s Hashtbl_with_order parallel
[ ] 108 0 0 108 / 128 5.7s Hashtbl_with_order parallel
[ ] 110 0 0 110 / 128 5.9s Hashtbl_with_order parallel
[ ] 113 0 0 113 / 128 6.0s Hashtbl_with_order parallel
[ ] 116 0 0 116 / 128 6.1s Hashtbl_with_order parallel
[ ] 119 0 0 119 / 128 6.2s Hashtbl_with_order parallel
[ ] 120 0 0 120 / 128 6.4s Hashtbl_with_order parallel
[ ] 123 0 0 123 / 128 6.6s Hashtbl_with_order parallel
[ ] 126 0 0 126 / 128 6.7s Hashtbl_with_order parallel
[ ] 128 0 0 128 / 128 7.0s Hashtbl_with_order parallel
[✓] 128 0 0 128 / 128 7.0s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 3200881617305154720
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Hashtbl_with_order sequential
[✓] 256 0 0 256 / 256 0.0s Hashtbl_with_order sequential
[ ] 0 0 0 0 / 256 0.0s Hashtbl_with_order parallel
[ ] 3 0 0 3 / 256 0.1s Hashtbl_with_order parallel
[ ] 7 0 0 7 / 256 0.4s Hashtbl_with_order parallel
[ ] 9 0 0 9 / 256 0.5s Hashtbl_with_order parallel
[ ] 13 0 0 13 / 256 0.6s Hashtbl_with_order parallel
[ ] 16 0 0 16 / 256 0.7s Hashtbl_with_order parallel
[ ] 19 0 0 19 / 256 1.1s Hashtbl_with_order parallel
[ ] 22 0 0 22 / 256 1.2s Hashtbl_with_order parallel
[ ] 25 0 0 25 / 256 1.3s Hashtbl_with_order parallel
[ ] 29 0 0 29 / 256 1.5s Hashtbl_with_order parallel
[ ] 33 0 0 33 / 256 1.6s Hashtbl_with_order parallel
[ ] 34 0 0 34 / 256 1.7s Hashtbl_with_order parallel
[ ] 37 0 0 37 / 256 1.9s Hashtbl_with_order parallel
[ ] 39 0 0 39 / 256 2.1s Hashtbl_with_order parallel
[ ] 43 0 0 43 / 256 2.3s Hashtbl_with_order parallel
[ ] 44 0 0 44 / 256 2.5s Hashtbl_with_order parallel
[ ] 45 0 0 45 / 256 2.6s Hashtbl_with_order parallel
[ ] 48 0 0 48 / 256 2.8s Hashtbl_with_order parallel
[ ] 51 0 0 51 / 256 2.9s Hashtbl_with_order parallel
[ ] 54 0 0 54 / 256 3.0s Hashtbl_with_order parallel
[ ] 57 0 0 57 / 256 3.2s Hashtbl_with_order parallel
[ ] 60 0 0 60 / 256 3.3s Hashtbl_with_order parallel
[ ] 63 0 0 63 / 256 3.4s Hashtbl_with_order parallel
[ ] 67 0 0 67 / 256 3.6s Hashtbl_with_order parallel
[ ] 71 0 0 71 / 256 3.8s Hashtbl_with_order parallel
[ ] 74 0 0 74 / 256 3.9s Hashtbl_with_order parallel
[ ] 76 0 0 76 / 256 4.0s Hashtbl_with_order parallel
[ ] 80 0 0 80 / 256 4.1s Hashtbl_with_order parallel
[ ] 83 0 0 83 / 256 4.2s Hashtbl_with_order parallel
[ ] 85 0 0 85 / 256 4.4s Hashtbl_with_order parallel
[ ] 87 0 0 87 / 256 4.5s Hashtbl_with_order parallel
[ ] 89 0 0 89 / 256 4.6s Hashtbl_with_order parallel
[ ] 92 0 0 92 / 256 4.7s Hashtbl_with_order parallel
[ ] 95 0 0 95 / 256 4.8s Hashtbl_with_order parallel
[ ] 97 0 0 97 / 256 5.0s Hashtbl_with_order parallel
[ ] 101 0 0 101 / 256 5.1s Hashtbl_with_order parallel
[ ] 105 0 0 105 / 256 5.2s Hashtbl_with_order parallel
[ ] 108 0 0 108 / 256 5.4s Hashtbl_with_order parallel
[ ] 111 0 0 111 / 256 5.5s Hashtbl_with_order parallel
[ ] 112 0 0 112 / 256 5.7s Hashtbl_with_order parallel
[ ] 113 0 0 113 / 256 5.9s Hashtbl_with_order parallel
[ ] 116 0 0 116 / 256 6.0s Hashtbl_with_order parallel
[ ] 119 0 0 119 / 256 6.2s Hashtbl_with_order parallel
[ ] 121 0 0 121 / 256 6.5s Hashtbl_with_order parallel
[ ] 122 0 0 122 / 256 6.6s Hashtbl_with_order parallel
[ ] 124 0 0 124 / 256 6.9s Hashtbl_with_order parallel
[ ] 127 0 0 127 / 256 7.0s Hashtbl_with_order parallel
[ ] 131 0 0 131 / 256 7.2s Hashtbl_with_order parallel
[ ] 134 0 0 134 / 256 7.3s Hashtbl_with_order parallel
[ ] 137 0 0 137 / 256 7.4s Hashtbl_with_order parallel
[ ] 138 0 0 138 / 256 7.5s Hashtbl_with_order parallel
[ ] 142 0 0 142 / 256 7.6s Hashtbl_with_order parallel
[ ] 146 0 0 146 / 256 7.8s Hashtbl_with_order parallel
[ ] 148 0 0 148 / 256 7.9s Hashtbl_with_order parallel
[ ] 151 0 0 151 / 256 8.0s Hashtbl_with_order parallel
[ ] 153 0 0 153 / 256 8.1s Hashtbl_with_order parallel
[ ] 155 0 0 155 / 256 8.3s Hashtbl_with_order parallel
[ ] 157 0 0 157 / 256 8.5s Hashtbl_with_order parallel
[ ] 159 0 0 159 / 256 8.7s Hashtbl_with_order parallel
[ ] 162 0 0 162 / 256 9.0s Hashtbl_with_order parallel
[ ] 166 0 0 166 / 256 9.1s Hashtbl_with_order parallel
[ ] 170 0 0 170 / 256 9.2s Hashtbl_with_order parallel
[ ] 173 0 0 173 / 256 9.4s Hashtbl_with_order parallel
[ ] 174 0 0 174 / 256 9.5s Hashtbl_with_order parallel
[ ] 176 0 0 176 / 256 9.8s Hashtbl_with_order parallel
[ ] 178 0 0 178 / 256 9.9s Hashtbl_with_order parallel
[ ] 181 0 0 181 / 256 10.1s Hashtbl_with_order parallel
[ ] 185 0 0 185 / 256 10.2s Hashtbl_with_order parallel
[ ] 187 0 0 187 / 256 10.3s Hashtbl_with_order parallel
[ ] 190 0 0 190 / 256 10.4s Hashtbl_with_order parallel
[ ] 194 0 0 194 / 256 10.7s Hashtbl_with_order parallel
[ ] 198 0 0 198 / 256 10.8s Hashtbl_with_order parallel
[ ] 201 0 0 201 / 256 10.9s Hashtbl_with_order parallel
[ ] 205 0 0 205 / 256 11.0s Hashtbl_with_order parallel
[ ] 209 0 0 209 / 256 11.2s Hashtbl_with_order parallel
[ ] 211 0 0 211 / 256 11.4s Hashtbl_with_order parallel
[ ] 215 0 0 215 / 256 11.5s Hashtbl_with_order parallel
[ ] 219 0 0 219 / 256 11.7s Hashtbl_with_order parallel
[ ] 222 0 0 222 / 256 11.8s Hashtbl_with_order parallel
[ ] 223 0 0 223 / 256 12.0s Hashtbl_with_order parallel
[ ] 225 0 0 225 / 256 12.1s Hashtbl_with_order parallel
[ ] 229 0 0 229 / 256 12.3s Hashtbl_with_order parallel
[ ] 231 0 0 231 / 256 12.6s Hashtbl_with_order parallel
[ ] 235 0 0 235 / 256 12.7s Hashtbl_with_order parallel
[ ] 239 0 0 239 / 256 12.9s Hashtbl_with_order parallel
[ ] 243 0 0 243 / 256 13.0s Hashtbl_with_order parallel
[ ] 245 0 0 245 / 256 13.2s Hashtbl_with_order parallel
[ ] 248 0 0 248 / 256 13.3s Hashtbl_with_order parallel
[ ] 252 0 0 252 / 256 13.4s Hashtbl_with_order parallel
[ ] 256 0 0 256 / 256 13.5s Hashtbl_with_order parallel
[✓] 256 0 0 256 / 256 13.5s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 464524585356476936
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Hashtbl_with_order sequential
[✓] 512 0 0 512 / 512 0.0s Hashtbl_with_order sequential
[ ] 0 0 0 0 / 512 0.0s Hashtbl_with_order parallel
[ ] 3 0 0 3 / 512 0.1s Hashtbl_with_order parallel
[ ] 5 0 0 5 / 512 0.2s Hashtbl_with_order parallel
[ ] 6 0 0 6 / 512 0.5s Hashtbl_with_order parallel
[ ] 10 0 0 10 / 512 0.6s Hashtbl_with_order parallel
[ ] 14 0 0 14 / 512 0.8s Hashtbl_with_order parallel
[ ] 17 0 0 17 / 512 1.1s Hashtbl_with_order parallel
[ ] 18 0 0 18 / 512 1.2s Hashtbl_with_order parallel
[ ] 22 0 0 22 / 512 1.3s Hashtbl_with_order parallel
[ ] 23 0 0 23 / 512 1.5s Hashtbl_with_order parallel
[ ] 25 0 0 25 / 512 1.9s Hashtbl_with_order parallel
[ ] 29 0 0 29 / 512 2.0s Hashtbl_with_order parallel
[ ] 33 0 0 33 / 512 2.2s Hashtbl_with_order parallel
[ ] 35 0 0 35 / 512 2.4s Hashtbl_with_order parallel
[ ] 37 0 0 37 / 512 2.6s Hashtbl_with_order parallel
[ ] 39 0 0 39 / 512 2.9s Hashtbl_with_order parallel
[ ] 40 0 0 40 / 512 3.1s Hashtbl_with_order parallel
[ ] 43 0 0 43 / 512 3.3s Hashtbl_with_order parallel
[ ] 45 0 0 45 / 512 3.4s Hashtbl_with_order parallel
[ ] 49 0 0 49 / 512 3.8s Hashtbl_with_order parallel
[ ] 52 0 0 52 / 512 4.0s Hashtbl_with_order parallel
[ ] 55 0 0 55 / 512 4.1s Hashtbl_with_order parallel
[ ] 58 0 0 58 / 512 4.2s Hashtbl_with_order parallel
[ ] 61 0 0 61 / 512 4.3s Hashtbl_with_order parallel
[ ] 63 0 0 63 / 512 4.5s Hashtbl_with_order parallel
[ ] 66 0 0 66 / 512 4.7s Hashtbl_with_order parallel
[ ] 69 0 0 69 / 512 4.8s Hashtbl_with_order parallel
[ ] 71 0 0 71 / 512 5.0s Hashtbl_with_order parallel
[ ] 74 0 0 74 / 512 5.1s Hashtbl_with_order parallel
[ ] 77 0 0 77 / 512 5.2s Hashtbl_with_order parallel
[ ] 81 0 0 81 / 512 5.4s Hashtbl_with_order parallel
[ ] 84 0 0 84 / 512 5.5s Hashtbl_with_order parallel
[ ] 87 0 0 87 / 512 5.6s Hashtbl_with_order parallel
[ ] 91 0 0 91 / 512 5.8s Hashtbl_with_order parallel
[ ] 94 0 0 94 / 512 5.9s Hashtbl_with_order parallel
[ ] 96 0 0 96 / 512 6.0s Hashtbl_with_order parallel
[ ] 99 0 0 99 / 512 6.1s Hashtbl_with_order parallel
[ ] 102 0 0 102 / 512 6.2s Hashtbl_with_order parallel
[ ] 105 0 0 105 / 512 6.3s Hashtbl_with_order parallel
[ ] 108 0 0 108 / 512 6.5s Hashtbl_with_order parallel
[ ] 111 0 0 111 / 512 6.6s Hashtbl_with_order parallel
[ ] 113 0 0 113 / 512 6.7s Hashtbl_with_order parallel
[ ] 114 0 0 114 / 512 7.0s Hashtbl_with_order parallel
[ ] 117 0 0 117 / 512 7.1s Hashtbl_with_order parallel
[ ] 120 0 0 120 / 512 7.3s Hashtbl_with_order parallel
[ ] 123 0 0 123 / 512 7.4s Hashtbl_with_order parallel
[ ] 126 0 0 126 / 512 7.5s Hashtbl_with_order parallel
[ ] 128 0 0 128 / 512 7.7s Hashtbl_with_order parallel
[ ] 131 0 0 131 / 512 7.8s Hashtbl_with_order parallel
[ ] 134 0 0 134 / 512 7.9s Hashtbl_with_order parallel
[ ] 138 0 0 138 / 512 8.0s Hashtbl_with_order parallel
[ ] 142 0 0 142 / 512 8.2s Hashtbl_with_order parallel
[ ] 145 0 0 145 / 512 8.4s Hashtbl_with_order parallel
[ ] 148 0 0 148 / 512 8.5s Hashtbl_with_order parallel
[ ] 151 0 0 151 / 512 8.7s Hashtbl_with_order parallel
[ ] 154 0 0 154 / 512 8.8s Hashtbl_with_order parallel
[ ] 157 0 0 157 / 512 8.9s Hashtbl_with_order parallel
[ ] 160 0 0 160 / 512 9.4s Hashtbl_with_order parallel
[ ] 162 0 0 162 / 512 9.8s Hashtbl_with_order parallel
[ ] 165 0 0 165 / 512 9.9s Hashtbl_with_order parallel
[ ] 167 0 0 167 / 512 10.0s Hashtbl_with_order parallel
[ ] 170 0 0 170 / 512 10.1s Hashtbl_with_order parallel
[ ] 173 0 0 173 / 512 10.2s Hashtbl_with_order parallel
[ ] 176 0 0 176 / 512 10.4s Hashtbl_with_order parallel
[ ] 178 0 0 178 / 512 10.8s Hashtbl_with_order parallel
[ ] 182 0 0 182 / 512 10.9s Hashtbl_with_order parallel
[ ] 183 0 0 183 / 512 11.0s Hashtbl_with_order parallel
[ ] 186 0 0 186 / 512 11.1s Hashtbl_with_order parallel
[ ] 190 0 0 190 / 512 11.3s Hashtbl_with_order parallel
[ ] 193 0 0 193 / 512 11.4s Hashtbl_with_order parallel
[ ] 196 0 0 196 / 512 11.7s Hashtbl_with_order parallel
[ ] 199 0 0 199 / 512 11.8s Hashtbl_with_order parallel
[ ] 202 0 0 202 / 512 12.0s Hashtbl_with_order parallel
[ ] 205 0 0 205 / 512 12.1s Hashtbl_with_order parallel
[ ] 208 0 0 208 / 512 12.2s Hashtbl_with_order parallel
[ ] 211 0 0 211 / 512 12.3s Hashtbl_with_order parallel
[ ] 212 0 0 212 / 512 12.5s Hashtbl_with_order parallel
[ ] 216 0 0 216 / 512 12.6s Hashtbl_with_order parallel
[ ] 219 0 0 219 / 512 12.9s Hashtbl_with_order parallel
[ ] 222 0 0 222 / 512 13.2s Hashtbl_with_order parallel
[ ] 225 0 0 225 / 512 13.3s Hashtbl_with_order parallel
[ ] 228 0 0 228 / 512 13.4s Hashtbl_with_order parallel
[ ] 231 0 0 231 / 512 13.5s Hashtbl_with_order parallel
[ ] 234 0 0 234 / 512 13.7s Hashtbl_with_order parallel
[ ] 236 0 0 236 / 512 13.8s Hashtbl_with_order parallel
[ ] 237 0 0 237 / 512 13.9s Hashtbl_with_order parallel
[ ] 239 0 0 239 / 512 14.0s Hashtbl_with_order parallel
[ ] 243 0 0 243 / 512 14.2s Hashtbl_with_order parallel
[ ] 247 0 0 247 / 512 14.3s Hashtbl_with_order parallel
[ ] 248 0 0 248 / 512 14.4s Hashtbl_with_order parallel
[ ] 251 0 0 251 / 512 14.5s Hashtbl_with_order parallel
[ ] 253 0 0 253 / 512 14.7s Hashtbl_with_order parallel
[ ] 256 0 0 256 / 512 14.8s Hashtbl_with_order parallel
[ ] 260 0 0 260 / 512 14.9s Hashtbl_with_order parallel
[ ] 263 0 0 263 / 512 15.0s Hashtbl_with_order parallel
[ ] 265 0 0 265 / 512 15.2s Hashtbl_with_order parallel
[ ] 268 0 0 268 / 512 15.3s Hashtbl_with_order parallel
[ ] 271 0 0 271 / 512 15.4s Hashtbl_with_order parallel
[ ] 274 0 0 274 / 512 15.5s Hashtbl_with_order parallel
[ ] 277 0 0 277 / 512 15.6s Hashtbl_with_order parallel
[ ] 281 0 0 281 / 512 15.8s Hashtbl_with_order parallel
[ ] 284 0 0 284 / 512 15.9s Hashtbl_with_order parallel
[ ] 287 0 0 287 / 512 16.0s Hashtbl_with_order parallel
[ ] 290 0 0 290 / 512 16.1s Hashtbl_with_order parallel
[ ] 291 0 0 291 / 512 16.4s Hashtbl_with_order parallel
[ ] 293 0 0 293 / 512 16.7s Hashtbl_with_order parallel
[ ] 294 0 0 294 / 512 17.0s Hashtbl_with_order parallel
[ ] 296 0 0 296 / 512 17.4s Hashtbl_with_order parallel
[ ] 298 0 0 298 / 512 17.5s Hashtbl_with_order parallel
[ ] 301 0 0 301 / 512 17.7s Hashtbl_with_order parallel
[ ] 305 0 0 305 / 512 17.8s Hashtbl_with_order parallel
[ ] 308 0 0 308 / 512 17.9s Hashtbl_with_order parallel
[ ] 311 0 0 311 / 512 18.2s Hashtbl_with_order parallel
[ ] 314 0 0 314 / 512 18.4s Hashtbl_with_order parallel
[ ] 317 0 0 317 / 512 18.6s Hashtbl_with_order parallel
[ ] 321 0 0 321 / 512 18.8s Hashtbl_with_order parallel
[ ] 325 0 0 325 / 512 18.9s Hashtbl_with_order parallel
[ ] 329 0 0 329 / 512 19.0s Hashtbl_with_order parallel
[ ] 333 0 0 333 / 512 19.1s Hashtbl_with_order parallel
[ ] 335 0 0 335 / 512 19.2s Hashtbl_with_order parallel
[ ] 338 0 0 338 / 512 19.3s Hashtbl_with_order parallel
[ ] 341 0 0 341 / 512 19.5s Hashtbl_with_order parallel
[ ] 344 0 0 344 / 512 19.7s Hashtbl_with_order parallel
[ ] 346 0 0 346 / 512 19.8s Hashtbl_with_order parallel
[ ] 349 0 0 349 / 512 19.9s Hashtbl_with_order parallel
[ ] 352 0 0 352 / 512 20.1s Hashtbl_with_order parallel
[ ] 355 0 0 355 / 512 20.2s Hashtbl_with_order parallel
[ ] 357 0 0 357 / 512 20.3s Hashtbl_with_order parallel
[ ] 360 0 0 360 / 512 20.5s Hashtbl_with_order parallel
[ ] 362 0 0 362 / 512 20.6s Hashtbl_with_order parallel
[ ] 366 0 0 366 / 512 20.7s Hashtbl_with_order parallel
[ ] 370 0 0 370 / 512 20.8s Hashtbl_with_order parallel
[ ] 374 0 0 374 / 512 20.9s Hashtbl_with_order parallel
[ ] 377 0 0 377 / 512 21.0s Hashtbl_with_order parallel
[ ] 380 0 0 380 / 512 21.2s Hashtbl_with_order parallel
[ ] 383 0 0 383 / 512 21.3s Hashtbl_with_order parallel
[ ] 386 0 0 386 / 512 21.4s Hashtbl_with_order parallel
[ ] 390 0 0 390 / 512 21.5s Hashtbl_with_order parallel
[ ] 394 0 0 394 / 512 21.7s Hashtbl_with_order parallel
[ ] 398 0 0 398 / 512 21.8s Hashtbl_with_order parallel
[ ] 402 0 0 402 / 512 21.9s Hashtbl_with_order parallel
[ ] 405 0 0 405 / 512 22.0s Hashtbl_with_order parallel
[ ] 409 0 0 409 / 512 22.1s Hashtbl_with_order parallel
[ ] 412 0 0 412 / 512 22.2s Hashtbl_with_order parallel
[ ] 415 0 0 415 / 512 22.4s Hashtbl_with_order parallel
[ ] 419 0 0 419 / 512 22.5s Hashtbl_with_order parallel
[ ] 421 0 0 421 / 512 22.7s Hashtbl_with_order parallel
[ ] 425 0 0 425 / 512 22.8s Hashtbl_with_order parallel
[ ] 427 0 0 427 / 512 23.0s Hashtbl_with_order parallel
[ ] 430 0 0 430 / 512 23.1s Hashtbl_with_order parallel
[ ] 432 0 0 432 / 512 23.3s Hashtbl_with_order parallel
[ ] 434 0 0 434 / 512 23.5s Hashtbl_with_order parallel
[ ] 438 0 0 438 / 512 23.6s Hashtbl_with_order parallel
[ ] 442 0 0 442 / 512 23.8s Hashtbl_with_order parallel
[ ] 446 0 0 446 / 512 23.9s Hashtbl_with_order parallel
[ ] 450 0 0 450 / 512 24.0s Hashtbl_with_order parallel
[ ] 451 0 0 451 / 512 24.1s Hashtbl_with_order parallel
[ ] 455 0 0 455 / 512 24.4s Hashtbl_with_order parallel
[ ] 460 0 0 460 / 512 24.6s Hashtbl_with_order parallel
[ ] 464 0 0 464 / 512 24.7s Hashtbl_with_order parallel
[ ] 467 0 0 467 / 512 24.8s Hashtbl_with_order parallel
[ ] 471 0 0 471 / 512 24.9s Hashtbl_with_order parallel
[ ] 472 0 0 472 / 512 25.0s Hashtbl_with_order parallel
[ ] 476 0 0 476 / 512 25.1s Hashtbl_with_order parallel
[ ] 479 0 0 479 / 512 25.3s Hashtbl_with_order parallel
[ ] 480 0 0 480 / 512 25.5s Hashtbl_with_order parallel
[ ] 484 0 0 484 / 512 25.6s Hashtbl_with_order parallel
[ ] 487 0 0 487 / 512 25.9s Hashtbl_with_order parallel
[ ] 491 0 0 491 / 512 26.0s Hashtbl_with_order parallel
[ ] 495 0 0 495 / 512 26.1s Hashtbl_with_order parallel
[ ] 497 0 0 497 / 512 26.4s Hashtbl_with_order parallel
[ ] 498 0 0 498 / 512 26.6s Hashtbl_with_order parallel
[ ] 502 0 0 502 / 512 26.7s Hashtbl_with_order parallel
[ ] 506 0 0 506 / 512 26.8s Hashtbl_with_order parallel
[ ] 507 0 0 507 / 512 27.0s Hashtbl_with_order parallel
[ ] 510 0 0 510 / 512 27.1s Hashtbl_with_order parallel
[✓] 512 0 0 512 / 512 27.1s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 324310070440825586
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Hashtbl_with_order sequential
[✓] 32 0 0 32 / 32 0.0s Hashtbl_with_order sequential
[ ] 0 0 0 0 / 32 0.0s Hashtbl_with_order parallel
[ ] 2 0 0 2 / 32 0.1s Hashtbl_with_order parallel
[ ] 4 0 0 4 / 32 0.3s Hashtbl_with_order parallel
[ ] 6 0 0 6 / 32 0.6s Hashtbl_with_order parallel
[ ] 8 0 0 8 / 32 0.7s Hashtbl_with_order parallel
[ ] 12 0 0 12 / 32 0.8s Hashtbl_with_order parallel
[ ] 14 0 0 14 / 32 1.0s Hashtbl_with_order parallel
[ ] 18 0 0 18 / 32 1.1s Hashtbl_with_order parallel
[ ] 22 0 0 22 / 32 1.2s Hashtbl_with_order parallel
[ ] 25 0 0 25 / 32 1.4s Hashtbl_with_order parallel
[ ] 29 0 0 29 / 32 1.6s Hashtbl_with_order parallel
[ ] 30 0 0 30 / 32 1.7s Hashtbl_with_order parallel
[✓] 32 0 0 32 / 32 1.7s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
2025-01-12 22:03.30 ---> saved as "4310c02f307f780219e7a262a911d08171b036d037d47dc85ca4b9f4d2a3d3ff"
Job succeeded
2025-01-12 22:03.30: Job succeeded