2024-12-07 13:00.17: New job: test ocaml-multicore/kcas https://github.com/ocaml-multicore/kcas.git#refs/heads/add-xt-leftist-heap-benchmark (b59e19c111c519d04daaa362ed0f97f0a8ec39ee) (linux-x86_64:fedora-41-5.2_opam-2.3)
Base: ocaml/opam:fedora-41-ocaml-5.2@sha256:f4dcfef366037b9324bcfc0cd5be3903aa92cea757f573f290a30ea5b5e51348
Opam project build
To reproduce locally:
git clone --recursive "https://github.com/ocaml-multicore/kcas.git" -b "add-xt-leftist-heap-benchmark" && cd "kcas" && git reset --hard b59e19c1
cat > Dockerfile <<'END-OF-DOCKERFILE'
FROM ocaml/opam:fedora-41-ocaml-5.2@sha256:f4dcfef366037b9324bcfc0cd5be3903aa92cea757f573f290a30ea5b5e51348
# fedora-41-5.2_opam-2.3
USER 1000:1000
ENV CLICOLOR_FORCE="1"
ENV OPAMCOLOR="always"
WORKDIR /src
RUN sudo dnf install -y findutils
RUN sudo ln -f /usr/bin/opam-2.3 /usr/bin/opam
RUN opam init --reinit -ni
RUN uname -rs && opam exec -- ocaml -version && opam --version
WORKDIR /src
RUN sudo chown opam /src
RUN cd ~/opam-repository && (git cat-file -e 620a3ca37d407c145ce97bdf5561a109cba4d77d || git fetch origin master) && git reset -q --hard 620a3ca37d407c145ce97bdf5561a109cba4d77d && git log --no-decorate -n1 --oneline && opam update -u
COPY --chown=1000:1000 kcas_data.opam kcas.opam ./
RUN opam pin add -yn kcas_data.dev './' && echo '(lang dune 3.0)' > './dune-project' && \
opam pin add -yn kcas.dev './' && echo '(lang dune 3.0)' > './dune-project'
ENV DEPS="alcotest.1.8.0 astring.0.8.5 backoff.0.1.1 base-bigarray.base base-domains.base base-nnp.base base-threads.base base-unix.base camlp-streams.5.0.1 cmdliner.1.3.0 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.3.17.0 fmt.0.9.0 host-arch-x86_64.1 host-system-other.1 logs.0.7.0 mdx.2.5.0 mtime.2.1.0 multicore-bench.0.1.7 multicore-magic.2.3.0 ocaml.5.2.0 ocaml-base-compiler.5.2.0 ocaml-config.3 ocaml-options-vanilla.1 ocaml-syntax-shims.1.0.0 ocaml-version.3.7.1 ocamlbuild.0.15.0 ocamlfind.1.9.6 psq.0.2.1 qcheck-core.0.22 qcheck-multicoretests-util.0.4 qcheck-stm.0.4 re.1.12.0 result.1.5 seq.base stdlib-shims.0.3.0 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 . /src
RUN opam exec -- dune build @install @check @runtest && rm -rf _build
END-OF-DOCKERFILE
docker build .
END-REPRO-BLOCK
2024-12-07 13:00.17: Using cache hint "ocaml-multicore/kcas-ocaml/opam:fedora-41-ocaml-5.2@sha256:f4dcfef366037b9324bcfc0cd5be3903aa92cea757f573f290a30ea5b5e51348-fedora-41-5.2_opam-2.3-4cf0921bda7b7f79be6af24d3e72bd40"
2024-12-07 13:00.17: Using OBuilder spec:
((from ocaml/opam:fedora-41-ocaml-5.2@sha256:f4dcfef366037b9324bcfc0cd5be3903aa92cea757f573f290a30ea5b5e51348)
(comment fedora-41-5.2_opam-2.3)
(user (uid 1000) (gid 1000))
(env CLICOLOR_FORCE 1)
(env OPAMCOLOR always)
(workdir /src)
(run (network host)
(shell "sudo dnf install -y findutils"))
(run (shell "sudo 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"))
(workdir /src)
(run (shell "sudo chown opam /src"))
(run (cache (opam-archives (target /home/opam/.opam/download-cache)))
(network host)
(shell "cd ~/opam-repository && (git cat-file -e 620a3ca37d407c145ce97bdf5561a109cba4d77d || git fetch origin master) && git reset -q --hard 620a3ca37d407c145ce97bdf5561a109cba4d77d && git log --no-decorate -n1 --oneline && opam update -u"))
(copy (src kcas_data.opam kcas.opam) (dst ./))
(run (network host)
(shell "opam pin add -yn kcas_data.dev './' && echo '(lang dune 3.0)' > './dune-project' && \
\nopam pin add -yn kcas.dev './' && echo '(lang dune 3.0)' > './dune-project'"))
(env DEPS "alcotest.1.8.0 astring.0.8.5 backoff.0.1.1 base-bigarray.base base-domains.base base-nnp.base base-threads.base base-unix.base camlp-streams.5.0.1 cmdliner.1.3.0 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.3.17.0 fmt.0.9.0 host-arch-x86_64.1 host-system-other.1 logs.0.7.0 mdx.2.5.0 mtime.2.1.0 multicore-bench.0.1.7 multicore-magic.2.3.0 ocaml.5.2.0 ocaml-base-compiler.5.2.0 ocaml-config.3 ocaml-options-vanilla.1 ocaml-syntax-shims.1.0.0 ocaml-version.3.7.1 ocamlbuild.0.15.0 ocamlfind.1.9.6 psq.0.2.1 qcheck-core.0.22 qcheck-multicoretests-util.0.4 qcheck-stm.0.4 re.1.12.0 result.1.5 seq.base stdlib-shims.0.3.0 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 /home/opam/.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 /home/opam/.opam/download-cache)))
(network host)
(shell "opam install $DEPS"))
(copy (src .) (dst /src))
(run (shell "opam exec -- dune build @install @check @runtest && rm -rf _build"))
)
2024-12-07 13:00.17: Waiting for resource in pool OCluster
2024-12-07 13:12.32: Waiting for worker…
2024-12-07 13:15.48: Got resource from pool OCluster
Building on asteria.caelum.ci.dev
All commits already cached
HEAD is now at b59e19c Add a transaction benchmark using a naïve unscalable leftist heap
(from ocaml/opam:fedora-41-ocaml-5.2@sha256:f4dcfef366037b9324bcfc0cd5be3903aa92cea757f573f290a30ea5b5e51348)
2024-12-07 13:15.49 ---> using "6091b140ebc3a4faba31fd2c1c0bf8ab7a3336dc0622983745e1396586ad65ec" from cache
/: (comment fedora-41-5.2_opam-2.3)
/: (user (uid 1000) (gid 1000))
/: (env CLICOLOR_FORCE 1)
/: (env OPAMCOLOR always)
/: (workdir /src)
/src: (run (network host)
(shell "sudo dnf install -y findutils"))
Updating and loading repositories:
Fedora 41 openh264 (From Cisco) - x86_ 100% | 2.9 KiB/s | 989.0 B | 00m00s
Fedora 41 - x86_64 - Updates 100% | 158.0 KiB/s | 21.2 KiB | 00m00s
Fedora 41 - x86_64 100% | 195.2 KiB/s | 27.1 KiB | 00m00s
Fedora 41 - x86_64 - Updates 100% | 3.7 MiB/s | 4.2 MiB | 00m01s
Fedora 41 - x86_64 100% | 789.2 KiB/s | 476.7 KiB | 00m01s
Repositories loaded.
Package "findutils-1:4.10.0-4.fc41.x86_64" is already installed.
Nothing to do.
2024-12-07 13:15.49 ---> using "e1514c2b374f1ae1e22d94aadb7c7eb5cab8df4f7831f7367e4d95d51e0b7e89" from cache
/src: (run (shell "sudo ln -f /usr/bin/opam-2.3 /usr/bin/opam"))
2024-12-07 13:15.49 ---> using "92f583d8b6918217c5d9f5e511fc8f7874af272dfaffe0ac7f6a7040e54bf34c" from cache
/src: (run (shell "opam init --reinit -ni"))
Configuring from /home/opam/.opamrc and then from built-in defaults.
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.
This version of opam requires an update to the layout of /home/opam/.opam from version 2.0 to version 2.2, which can't be reverted.
You may want to back it up before going further.
Continue? [y/n] y
Format upgrade done.
<><> Updating repositories ><><><><><><><><><><><><><><><><><><><><><><><><><><>
[default] synchronised from file:///home/opam/opam-repository
2024-12-07 13:15.49 ---> using "3fd4c4349b45b647db5430c24612748a47ad0bd797b778bb99f4815cdd2e8139" from cache
/src: (run (shell "uname -rs && opam exec -- ocaml -version && opam --version"))
Linux 5.15.0-126-generic
The OCaml toplevel, version 5.2.0
2.3.0~rc1
2024-12-07 13:15.49 ---> using "11833e86501aaadd927f156d74587a496fb594856955ece11d82f2e8ac5f18c3" from cache
/src: (workdir /src)
/src: (run (shell "sudo chown opam /src"))
2024-12-07 13:15.49 ---> using "fcf7515d3e14ad73da0d215559effda321c913d227faa9c23695b3426bd0eeb9" from cache
/src: (run (cache (opam-archives (target /home/opam/.opam/download-cache)))
(network host)
(shell "cd ~/opam-repository && (git cat-file -e 620a3ca37d407c145ce97bdf5561a109cba4d77d || git fetch origin master) && git reset -q --hard 620a3ca37d407c145ce97bdf5561a109cba4d77d && git log --no-decorate -n1 --oneline && opam update -u"))
From https://github.com/ocaml/opam-repository
* branch master -> FETCH_HEAD
eecf6d033c..620a3ca37d master -> origin/master
620a3ca37d Merge pull request #27046 from samoht/release-mdx-2.5.0
<><> Updating package repositories ><><><><><><><><><><><><><><><><><><><><><><>
[default] synchronised from file:///home/opam/opam-repository
default (at file:///home/opam/opam-repository):
[WARNING] opam is out-of-date. Please consider updating it (https://opam.ocaml.org/doc/Install.html)
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)
2024-12-07 13:15.49 ---> using "df4be7391e20bf5f69277e990971dfc12b42ca84fd43de8d53ea9cdf9af3be87" from cache
/src: (copy (src kcas_data.opam kcas.opam) (dst ./))
2024-12-07 13:15.49 ---> using "f20bc5ec9022485ed23b20d48b642b0ff0deb870fa5f20c2cee9bef52d8712e5" from cache
/src: (run (network host)
(shell "opam pin add -yn kcas_data.dev './' && echo '(lang dune 3.0)' > './dune-project' && \
\nopam pin add -yn kcas.dev './' && echo '(lang dune 3.0)' > './dune-project'"))
[kcas_data.dev] synchronised (file:///src)
kcas_data is now pinned to file:///src (version dev)
[kcas.dev] synchronised (file:///src)
kcas is now pinned to file:///src (version dev)
2024-12-07 13:15.49 ---> using "1749e0cd86789ed21bfb85c314c38584de00a0f9813b6e84d492d8a3248a473d" from cache
/src: (env DEPS "alcotest.1.8.0 astring.0.8.5 backoff.0.1.1 base-bigarray.base base-domains.base base-nnp.base base-threads.base base-unix.base camlp-streams.5.0.1 cmdliner.1.3.0 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.3.17.0 fmt.0.9.0 host-arch-x86_64.1 host-system-other.1 logs.0.7.0 mdx.2.5.0 mtime.2.1.0 multicore-bench.0.1.7 multicore-magic.2.3.0 ocaml.5.2.0 ocaml-base-compiler.5.2.0 ocaml-config.3 ocaml-options-vanilla.1 ocaml-syntax-shims.1.0.0 ocaml-version.3.7.1 ocamlbuild.0.15.0 ocamlfind.1.9.6 psq.0.2.1 qcheck-core.0.22 qcheck-multicoretests-util.0.4 qcheck-stm.0.4 re.1.12.0 result.1.5 seq.base stdlib-shims.0.3.0 thread-table.1.0.0 topkg.1.0.7 uutf.1.0.3 yojson.2.2.2")
/src: (env CI true)
/src: (env OCAMLCI true)
/src: (run (cache (opam-archives (target /home/opam/.opam/download-cache)))
(network host)
(shell "opam update --depexts && opam install --cli=2.3 --depext-only -y kcas_data.dev kcas.dev $DEPS"))
+ /usr/bin/sudo "yum" "makecache"
- Updating and loading repositories:
- Repositories loaded.
- Metadata cache created.
<><> Synchronising pinned packages ><><><><><><><><><><><><><><><><><><><><><><>
[kcas.dev] synchronised (no changes)
[kcas_data.dev] synchronised (file:///src)
[NOTE] Package ocaml-options-vanilla is already installed (current version is 1).
[NOTE] Package ocaml-config is already installed (current version is 3).
[NOTE] Package ocaml-base-compiler is already installed (current version is 5.2.0).
[NOTE] Package ocaml is already installed (current version is 5.2.0).
[NOTE] Package host-system-other is already installed (current version is 1).
[NOTE] Package host-arch-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-domains is already installed (current version is base).
[NOTE] Package base-bigarray is already installed (current version is base).
2024-12-07 13:16.01 ---> saved as "7d47b2449519600ba10e1ddf35745ecc1051f21d2adf6741d885c3609dc7e11e"
/src: (run (cache (opam-archives (target /home/opam/.opam/download-cache)))
(network host)
(shell "opam install $DEPS"))
[NOTE] Package ocaml-options-vanilla is already installed (current version is 1).
[NOTE] Package ocaml-config is already installed (current version is 3).
[NOTE] Package ocaml-base-compiler is already installed (current version is 5.2.0).
[NOTE] Package ocaml is already installed (current version is 5.2.0).
[NOTE] Package host-system-other is already installed (current version is 1).
[NOTE] Package host-arch-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-domains is already installed (current version is base).
[NOTE] Package base-bigarray is already installed (current version is base).
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 3.17.0
- 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 2.3.0
- install ocaml-syntax-shims 1.0.0
- install ocaml-version 3.7.1
- install ocamlbuild 0.15.0
- install ocamlfind 1.9.6
- install psq 0.2.1
- install qcheck-core 0.22
- install qcheck-multicoretests-util 0.4
- install qcheck-stm 0.4
- 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 backoff.0.1.1 (cached)
-> retrieved astring.0.8.5 (cached)
-> retrieved camlp-streams.5.0.1 (cached)
-> retrieved cppo.1.8.0 (cached)
-> retrieved alcotest.1.8.0 (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 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 mdx.2.5.0 (cached)
-> retrieved multicore-magic.2.3.0 (cached)
-> retrieved ocaml-syntax-shims.1.0.0 (cached)
-> retrieved ocaml-version.3.7.1 (cached)
-> retrieved ocamlbuild.0.15.0 (cached)
-> retrieved ocamlfind.1.9.6 (cached)
-> retrieved psq.0.2.1 (cached)
-> retrieved qcheck-core.0.22 (cached)
-> retrieved qcheck-multicoretests-util.0.4, qcheck-stm.0.4 (cached)
-> 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 thread-table.1.0.0 (cached)
-> retrieved uutf.1.0.3 (cached)
-> retrieved topkg.1.0.7 (cached)
-> retrieved yojson.2.2.2 (cached)
-> retrieved dune.3.17.0 (cached)
-> installed cmdliner.1.3.0
-> installed ocamlbuild.0.15.0
-> installed ocamlfind.1.9.6
-> installed topkg.1.0.7
-> installed uutf.1.0.3
-> installed mtime.2.1.0
-> installed fmt.0.9.0
-> installed astring.0.8.5
-> installed logs.0.7.0
-> installed dune.3.17.0
-> installed domain_shims.0.1.0
-> installed backoff.0.1.1
-> installed csexp.1.5.2
-> installed stdlib-shims.0.3.0
-> installed result.1.5
-> installed thread-table.1.0.0
-> installed ocaml-version.3.7.1
-> installed psq.0.2.1
-> installed camlp-streams.5.0.1
-> installed multicore-magic.2.3.0
-> installed domain-local-await.1.0.1
-> installed domain-local-timeout.1.0.1
-> installed ocaml-syntax-shims.1.0.0
-> installed cppo.1.8.0
-> installed re.1.12.0
-> installed yojson.2.2.2
-> installed qcheck-core.0.22
-> installed qcheck-multicoretests-util.0.4
-> installed multicore-bench.0.1.7
-> installed alcotest.1.8.0
-> installed qcheck-stm.0.4
-> installed mdx.2.5.0
Done.
# To update the current shell environment, run: eval $(opam env)
2024-12-07 13:16.53 ---> saved as "df6be75d37abfc566b227a0e503f277b448d1862b40e061710b2e3eb76b0001d"
/src: (copy (src .) (dst /src))
2024-12-07 13:16.53 ---> saved as "0f03425d9aae3008ef2fb5308a7b8b47fd0cf759e01d038a61c05a98187451d2"
/src: (run (shell "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_data && ./lru_cache_example.exe)
LRU Cache OK!
(cd _build/default/test/kcas && ./threads.exe)
Testing `Threads'.
This run has ID `B4U6FDLD'.
[OK] await between threads 0
Full test results in `/src/_build/default/test/kcas/_build/_tests/Threads'.
Test Successful in 0.001s. 1 test run.
(cd _build/default/test/kcas && ./ms_queue_test.exe)
Testing `MS queue'.
This run has ID `R385PG7B'.
[OK] write skew 0
[OK] tail leak 0
Full test results in `/src/_build/default/test/kcas/_build/_tests/MS queue'.
Test Successful in 0.017s. 2 tests run.
(cd _build/default/test/kcas_data && ./xt_test.exe)
Testing `Transactions'.
This run has ID `0XY7CIKY'.
[OK] basics 0
Full test results in `/src/_build/default/test/kcas_data/_build/_tests/Transactions'.
Test Successful in 0.000s. 1 test run.
(cd _build/default/test/kcas_data && ./stack_test.exe)
Testing `Stack'.
This run has ID `7HXSPVGD'.
[OK] basics 0
Full test results in `/src/_build/default/test/kcas_data/_build/_tests/Stack'.
Test Successful in 0.000s. 1 test run.
(cd _build/default/test/kcas_data && ./mvar_test.exe)
Testing `Mvar'.
This run has ID `CLUI97FO'.
[OK] basics 0
Full test results in `/src/_build/default/test/kcas_data/_build/_tests/Mvar'.
Test Successful in 0.002s. 1 test run.
(cd _build/default/test/kcas_data && ./dllist_test.exe)
Testing `Dllist'.
This run has ID `UAT0TRM4'.
[OK] basics 0
[OK] add 0
[OK] move 0
Full test results in `/src/_build/default/test/kcas_data/_build/_tests/Dllist'.
Test Successful in 0.000s. 3 tests run.
(cd _build/default/test/kcas_data && ./queue_test.exe)
Testing `Queue'.
This run has ID `W8RBYK22'.
[OK] basics 0
Full test results in `/src/_build/default/test/kcas_data/_build/_tests/Queue'.
Test Successful in 0.000s. 1 test run.
(cd _build/default/test/kcas_data && ./hashtbl_test.exe)
Testing `Hashtbl'.
This run has ID `UWRQ4HGC'.
[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/Hashtbl'.
Test Successful in 0.020s. 4 tests run.
(cd _build/default/bench && ./main.exe -brief 'Kcas Loc')
Kcas Loc:
ops over time/cas int:
62.55 M/s
ops over time/get:
207.49 M/s
ops over time/incr:
44.39 M/s
ops over time/push & pop:
42.75 M/s
ops over time/swap:
39.28 M/s
ops over time/xchg int:
51.71 M/s
time per op/cas int:
15.99 ns
time per op/get:
4.82 ns
time per op/incr:
22.53 ns
time per op/push & pop:
23.39 ns
time per op/swap:
25.46 ns
time per op/xchg int:
19.34 ns
(cd _build/default/test/kcas && ./test.exe)
Testing `Kcas'.
This run has ID `YBKQF5GO'.
[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/Kcas'.
Test Successful in 2.423s. 17 tests run.
(cd _build/default/bench && ./main.exe -brief 'Kcas Xt')
Kcas Xt:
time per transaction/0 loc tx:
17.86 ns
time per transaction/1 loc tx:
53.90 ns
time per transaction/2 loc tx:
117.74 ns
time per transaction/4 loc tx:
234.49 ns
time per transaction/8 loc tx:
434.65 ns
transactions over time/0 loc tx:
55.98 M/s
transactions over time/1 loc tx:
18.55 M/s
transactions over time/2 loc tx:
8.49 M/s
transactions over time/4 loc tx:
4.26 M/s
transactions over time/8 loc tx:
2.30 M/s
Kcas Xt Leftist_heap (unscalable):
operations over time/1 worker, 1000 preload:
0.23 M/s
operations over time/1 worker, 100 preload:
0.81 M/s
operations over time/1 worker, 10 preload:
1.02 M/s
operations over time/2 workers, 1000 preload:
0.25 M/s
operations over time/2 workers, 100 preload:
0.63 M/s
operations over time/2 workers, 10 preload:
1.13 M/s
operations over time/4 workers, 1000 preload:
0.15 M/s
operations over time/4 workers, 100 preload:
0.53 M/s
operations over time/4 workers, 10 preload:
0.89 M/s
time per operation/1 worker, 1000 preload:
4319.93 ns
time per operation/1 worker, 100 preload:
1230.32 ns
time per operation/1 worker, 10 preload:
985.11 ns
time per operation/2 workers, 1000 preload:
8073.29 ns
time per operation/2 workers, 100 preload:
3172.23 ns
time per operation/2 workers, 10 preload:
1773.51 ns
time per operation/4 workers, 1000 preload:
25947.53 ns
time per operation/4 workers, 100 preload:
7605.12 ns
time per operation/4 workers, 10 preload:
4476.39 ns
Kcas Xt read-only:
time per transaction/0 loc tx:
18.72 ns
time per transaction/1 loc tx:
39.84 ns
time per transaction/2 loc tx:
55.95 ns
time per transaction/4 loc tx:
129.21 ns
time per transaction/8 loc tx:
237.74 ns
transactions over time/0 loc tx:
53.42 M/s
transactions over time/1 loc tx:
25.10 M/s
transactions over time/2 loc tx:
17.87 M/s
transactions over time/4 loc tx:
7.74 M/s
transactions over time/8 loc tx:
4.21 M/s
(cd _build/default/bench && ./main.exe -brief 'Kcas Xt read-only')
Kcas Xt read-only:
time per transaction/0 loc tx:
18.98 ns
time per transaction/1 loc tx:
43.29 ns
time per transaction/2 loc tx:
67.37 ns
time per transaction/4 loc tx:
118.00 ns
time per transaction/8 loc tx:
200.18 ns
transactions over time/0 loc tx:
52.70 M/s
transactions over time/1 loc tx:
23.10 M/s
transactions over time/2 loc tx:
14.84 M/s
transactions over time/4 loc tx:
8.47 M/s
transactions over time/8 loc tx:
5.00 M/s
(cd _build/default/bench && ./main.exe -brief 'Kcas Xt Leftist_heap (unscalable)')
Kcas Xt Leftist_heap (unscalable):
operations over time/1 worker, 1000 preload:
0.16 M/s
operations over time/1 worker, 100 preload:
0.95 M/s
operations over time/1 worker, 10 preload:
0.98 M/s
operations over time/2 workers, 1000 preload:
0.16 M/s
operations over time/2 workers, 100 preload:
0.70 M/s
operations over time/2 workers, 10 preload:
0.93 M/s
operations over time/4 workers, 1000 preload:
0.07 M/s
operations over time/4 workers, 100 preload:
0.73 M/s
operations over time/4 workers, 10 preload:
0.75 M/s
time per operation/1 worker, 1000 preload:
6294.31 ns
time per operation/1 worker, 100 preload:
1049.78 ns
time per operation/1 worker, 10 preload:
1016.82 ns
time per operation/2 workers, 1000 preload:
12320.17 ns
time per operation/2 workers, 100 preload:
2868.58 ns
time per operation/2 workers, 10 preload:
2148.68 ns
time per operation/4 workers, 1000 preload:
57969.39 ns
time per operation/4 workers, 100 preload:
5490.60 ns
time per operation/4 workers, 10 preload:
5328.38 ns
(cd _build/default/bench && ./main.exe -brief 'Kcas parallel CMP')
Kcas parallel CMP:
time per transaction/1 worker:
142.24 ns
time per transaction/2 workers:
132.85 ns
time per transaction/4 workers:
157.35 ns
transactions over time/1 worker:
7.03 M/s
transactions over time/2 workers:
15.05 M/s
transactions over time/4 workers:
25.42 M/s
(cd _build/default/bench && ./main.exe -brief 'Kcas_data Accumulator')
Kcas_data Accumulator:
operations over time/1 worker, 0% reads:
22.76 M/s
operations over time/2 workers, 0% reads:
46.10 M/s
operations over time/4 workers, 0% reads:
89.68 M/s
operations over time/8 workers, 0% reads:
52.26 M/s
time per operation/1 worker, 0% reads:
43.94 ns
time per operation/2 workers, 0% reads:
43.38 ns
time per operation/4 workers, 0% reads:
44.60 ns
time per operation/8 workers, 0% reads:
153.08 ns
(cd _build/default/bench && ./main.exe -brief 'Kcas_data Dllist')
Kcas_data Dllist:
messages over time/1 nb adder, 1 nb taker:
1.13 M/s
messages over time/1 nb adder, 2 nb takers:
0.65 M/s
messages over time/2 nb adders, 1 nb taker:
1.90 M/s
messages over time/2 nb adders, 2 nb takers:
1.18 M/s
messages over time/one domain:
1.86 M/s
time per message/1 nb adder, 1 nb taker:
1774.12 ns
time per message/1 nb adder, 2 nb takers:
4623.89 ns
time per message/2 nb adders, 1 nb taker:
1575.10 ns
time per message/2 nb adders, 2 nb takers:
3376.32 ns
time per message/one domain:
537.31 ns
(cd _build/default/bench && ./main.exe -brief 'Kcas_data Hashtbl')
Kcas_data Hashtbl:
operations over time/1 worker, 10% reads:
3.09 M/s
operations over time/1 worker, 50% reads:
4.24 M/s
operations over time/1 worker, 90% reads:
9.18 M/s
operations over time/2 workers, 10% reads:
3.58 M/s
operations over time/2 workers, 50% reads:
6.65 M/s
operations over time/2 workers, 90% reads:
11.61 M/s
operations over time/4 workers, 10% reads:
4.78 M/s
operations over time/4 workers, 50% reads:
5.75 M/s
operations over time/4 workers, 90% reads:
23.74 M/s
operations over time/8 workers, 10% reads:
14.39 M/s
operations over time/8 workers, 50% reads:
3.76 M/s
operations over time/8 workers, 90% reads:
33.57 M/s
time per operation/1 worker, 10% reads:
323.81 ns
time per operation/1 worker, 50% reads:
235.76 ns
time per operation/1 worker, 90% reads:
108.94 ns
time per operation/2 workers, 10% reads:
559.03 ns
time per operation/2 workers, 50% reads:
300.86 ns
time per operation/2 workers, 90% reads:
172.24 ns
time per operation/4 workers, 10% reads:
836.32 ns
time per operation/4 workers, 50% reads:
695.81 ns
time per operation/4 workers, 90% reads:
168.49 ns
time per operation/8 workers, 10% reads:
555.82 ns
time per operation/8 workers, 50% reads:
2125.96 ns
time per operation/8 workers, 90% reads:
238.31 ns
(cd _build/default/bench && ./main.exe -brief 'Kcas_data Mvar')
Kcas_data Mvar:
messages over time/1 adder, 1 nb taker:
0.70 M/s
messages over time/1 adder, 1 taker:
0.49 M/s
messages over time/1 adder, 2 nb takers:
1.23 M/s
messages over time/1 adder, 2 takers:
0.55 M/s
messages over time/1 nb adder, 1 nb taker:
1.01 M/s
messages over time/1 nb adder, 1 taker:
3.03 M/s
messages over time/1 nb adder, 2 nb takers:
1.29 M/s
messages over time/1 nb adder, 2 takers:
1.05 M/s
messages over time/2 adders, 1 nb taker:
0.60 M/s
messages over time/2 adders, 1 taker:
1.06 M/s
messages over time/2 adders, 2 nb takers:
1.24 M/s
messages over time/2 adders, 2 takers:
0.51 M/s
messages over time/2 nb adders, 1 nb taker:
0.83 M/s
messages over time/2 nb adders, 1 taker:
0.66 M/s
messages over time/2 nb adders, 2 nb takers:
0.85 M/s
messages over time/2 nb adders, 2 takers:
0.87 M/s
time per message/1 adder, 1 nb taker:
2848.83 ns
time per message/1 adder, 1 taker:
4049.09 ns
time per message/1 adder, 2 nb takers:
2431.00 ns
time per message/1 adder, 2 takers:
5434.94 ns
time per message/1 nb adder, 1 nb taker:
1987.02 ns
time per message/1 nb adder, 1 taker:
659.64 ns
time per message/1 nb adder, 2 nb takers:
2324.14 ns
time per message/1 nb adder, 2 takers:
2855.57 ns
time per message/2 adders, 1 nb taker:
5031.88 ns
time per message/2 adders, 1 taker:
2834.95 ns
time per message/2 adders, 2 nb takers:
3236.71 ns
time per message/2 adders, 2 takers:
7815.05 ns
time per message/2 nb adders, 1 nb taker:
3621.06 ns
time per message/2 nb adders, 1 taker:
4525.73 ns
time per message/2 nb adders, 2 nb takers:
4732.65 ns
time per message/2 nb adders, 2 takers:
4588.70 ns
(cd _build/default/bench && ./main.exe -brief 'Kcas_data Queue')
Kcas_data Queue:
messages over time/1 nb adder, 1 nb taker:
4.97 M/s
messages over time/1 nb adder, 1 taker:
5.55 M/s
messages over time/1 nb adder, 2 nb takers:
5.83 M/s
messages over time/1 nb adder, 2 takers:
3.93 M/s
messages over time/1 nb adder, 4 nb takers:
5.88 M/s
messages over time/1 nb adder, 4 takers:
6.06 M/s
messages over time/2 nb adders, 1 nb taker:
5.93 M/s
messages over time/2 nb adders, 1 taker:
6.79 M/s
messages over time/2 nb adders, 2 nb takers:
5.65 M/s
messages over time/2 nb adders, 2 takers:
3.73 M/s
messages over time/2 nb adders, 4 nb takers:
5.00 M/s
messages over time/2 nb adders, 4 takers:
4.59 M/s
messages over time/4 nb adders, 1 nb taker:
5.02 M/s
messages over time/4 nb adders, 1 taker:
5.72 M/s
messages over time/4 nb adders, 2 nb takers:
3.66 M/s
messages over time/4 nb adders, 2 takers:
6.27 M/s
messages over time/4 nb adders, 4 nb takers:
3.40 M/s
messages over time/4 nb adders, 4 takers:
4.21 M/s
messages over time/one domain:
9.83 M/s
time per message/1 nb adder, 1 nb taker:
402.79 ns
time per message/1 nb adder, 1 taker:
360.39 ns
time per message/1 nb adder, 2 nb takers:
514.49 ns
time per message/1 nb adder, 2 takers:
764.31 ns
time per message/1 nb adder, 4 nb takers:
849.76 ns
time per message/1 nb adder, 4 takers:
824.64 ns
time per message/2 nb adders, 1 nb taker:
506.05 ns
time per message/2 nb adders, 1 taker:
441.93 ns
time per message/2 nb adders, 2 nb takers:
708.45 ns
time per message/2 nb adders, 2 takers:
1071.32 ns
time per message/2 nb adders, 4 nb takers:
1199.56 ns
time per message/2 nb adders, 4 takers:
1306.03 ns
time per message/4 nb adders, 1 nb taker:
996.55 ns
time per message/4 nb adders, 1 taker:
874.55 ns
time per message/4 nb adders, 2 nb takers:
1640.37 ns
time per message/4 nb adders, 2 takers:
956.32 ns
time per message/4 nb adders, 4 nb takers:
2352.00 ns
time per message/4 nb adders, 4 takers:
1901.07 ns
time per message/one domain:
101.78 ns
(cd _build/default/bench && ./main.exe -brief 'Kcas_data Stack')
Kcas_data Stack:
messages over time/1 nb adder, 1 nb taker:
5.09 M/s
messages over time/1 nb adder, 1 taker:
4.55 M/s
messages over time/1 nb adder, 2 nb takers:
4.10 M/s
messages over time/1 nb adder, 2 takers:
6.60 M/s
messages over time/1 nb adder, 4 nb takers:
5.09 M/s
messages over time/1 nb adder, 4 takers:
4.29 M/s
messages over time/2 nb adders, 1 nb taker:
5.50 M/s
messages over time/2 nb adders, 1 taker:
5.54 M/s
messages over time/2 nb adders, 2 nb takers:
5.80 M/s
messages over time/2 nb adders, 2 takers:
5.27 M/s
messages over time/2 nb adders, 4 nb takers:
5.35 M/s
messages over time/2 nb adders, 4 takers:
3.25 M/s
messages over time/4 nb adders, 1 nb taker:
5.55 M/s
messages over time/4 nb adders, 1 taker:
3.86 M/s
messages over time/4 nb adders, 2 nb takers:
4.56 M/s
messages over time/4 nb adders, 2 takers:
4.37 M/s
messages over time/4 nb adders, 4 nb takers:
5.69 M/s
messages over time/4 nb adders, 4 takers:
2.14 M/s
messages over time/one domain:
11.14 M/s
time per message/1 nb adder, 1 nb taker:
392.55 ns
time per message/1 nb adder, 1 taker:
439.88 ns
time per message/1 nb adder, 2 nb takers:
731.78 ns
time per message/1 nb adder, 2 takers:
454.21 ns
time per message/1 nb adder, 4 nb takers:
982.12 ns
time per message/1 nb adder, 4 takers:
1165.29 ns
time per message/2 nb adders, 1 nb taker:
545.19 ns
time per message/2 nb adders, 1 taker:
541.65 ns
time per message/2 nb adders, 2 nb takers:
689.31 ns
time per message/2 nb adders, 2 takers:
759.64 ns
time per message/2 nb adders, 4 nb takers:
1121.80 ns
time per message/2 nb adders, 4 takers:
1847.50 ns
time per message/4 nb adders, 1 nb taker:
901.24 ns
time per message/4 nb adders, 1 taker:
1295.87 ns
time per message/4 nb adders, 2 nb takers:
1316.55 ns
time per message/4 nb adders, 2 takers:
1373.69 ns
time per message/4 nb adders, 4 nb takers:
1406.56 ns
time per message/4 nb adders, 4 takers:
3739.25 ns
time per message/one domain:
89.79 ns
(cd _build/default/test/kcas_data && ./linearizable_chaining_example.exe)
random seed: 1241219298585082932
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 0.3s Hashtbl_with_order parallel
[ ] 5 0 0 5 / 32 0.5s Hashtbl_with_order parallel
[ ] 6 0 0 6 / 32 0.7s Hashtbl_with_order parallel
[ ] 8 0 0 8 / 32 0.8s Hashtbl_with_order parallel
[ ] 11 0 0 11 / 32 0.9s Hashtbl_with_order parallel
[ ] 13 0 0 13 / 32 1.4s Hashtbl_with_order parallel
[ ] 14 0 0 14 / 32 1.7s Hashtbl_with_order parallel
[ ] 15 0 0 15 / 32 2.1s Hashtbl_with_order parallel
[ ] 16 0 0 16 / 32 2.2s Hashtbl_with_order parallel
[ ] 18 0 0 18 / 32 2.5s Hashtbl_with_order parallel
[ ] 19 0 0 19 / 32 2.8s Hashtbl_with_order parallel
[ ] 20 0 0 20 / 32 2.9s Hashtbl_with_order parallel
[ ] 22 0 0 22 / 32 3.1s Hashtbl_with_order parallel
[ ] 23 0 0 23 / 32 3.2s Hashtbl_with_order parallel
[ ] 25 0 0 25 / 32 3.4s Hashtbl_with_order parallel
[ ] 26 0 0 26 / 32 3.5s Hashtbl_with_order parallel
[ ] 28 0 0 28 / 32 3.7s Hashtbl_with_order parallel
[ ] 30 0 0 30 / 32 3.9s Hashtbl_with_order parallel
[ ] 31 0 0 31 / 32 4.0s Hashtbl_with_order parallel
[✓] 32 0 0 32 / 32 4.1s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 2416838236538802774
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
[ ] 1 0 0 1 / 64 0.1s Hashtbl_with_order parallel
[ ] 2 0 0 2 / 64 0.3s Hashtbl_with_order parallel
[ ] 3 0 0 3 / 64 0.6s Hashtbl_with_order parallel
[ ] 4 0 0 4 / 64 0.8s Hashtbl_with_order parallel
[ ] 5 0 0 5 / 64 1.2s Hashtbl_with_order parallel
[ ] 6 0 0 6 / 64 1.6s Hashtbl_with_order parallel
[ ] 7 0 0 7 / 64 1.9s Hashtbl_with_order parallel
[ ] 8 0 0 8 / 64 2.4s Hashtbl_with_order parallel
[ ] 9 0 0 9 / 64 2.6s Hashtbl_with_order parallel
[ ] 10 0 0 10 / 64 2.7s Hashtbl_with_order parallel
[ ] 11 0 0 11 / 64 2.9s Hashtbl_with_order parallel
[ ] 12 0 0 12 / 64 3.0s Hashtbl_with_order parallel
[ ] 13 0 0 13 / 64 3.2s Hashtbl_with_order parallel
[ ] 14 0 0 14 / 64 3.4s Hashtbl_with_order parallel
[ ] 15 0 0 15 / 64 3.6s Hashtbl_with_order parallel
[ ] 16 0 0 16 / 64 3.7s Hashtbl_with_order parallel
[ ] 17 0 0 17 / 64 3.8s Hashtbl_with_order parallel
[ ] 18 0 0 18 / 64 4.0s Hashtbl_with_order parallel
[ ] 20 0 0 20 / 64 4.2s Hashtbl_with_order parallel
[ ] 21 0 0 21 / 64 4.3s Hashtbl_with_order parallel
[ ] 23 0 0 23 / 64 4.5s Hashtbl_with_order parallel
[ ] 24 0 0 24 / 64 4.6s Hashtbl_with_order parallel
[ ] 26 0 0 26 / 64 4.8s Hashtbl_with_order parallel
[ ] 28 0 0 28 / 64 4.9s Hashtbl_with_order parallel
[ ] 30 0 0 30 / 64 5.1s Hashtbl_with_order parallel
[ ] 32 0 0 32 / 64 5.3s Hashtbl_with_order parallel
[ ] 33 0 0 33 / 64 5.5s Hashtbl_with_order parallel
[ ] 34 0 0 34 / 64 5.8s Hashtbl_with_order parallel
[ ] 35 0 0 35 / 64 6.1s Hashtbl_with_order parallel
[ ] 36 0 0 36 / 64 6.7s Hashtbl_with_order parallel
[ ] 37 0 0 37 / 64 6.9s Hashtbl_with_order parallel
[ ] 38 0 0 38 / 64 7.2s Hashtbl_with_order parallel
[ ] 39 0 0 39 / 64 7.3s Hashtbl_with_order parallel
[ ] 41 0 0 41 / 64 7.5s Hashtbl_with_order parallel
[ ] 42 0 0 42 / 64 7.9s Hashtbl_with_order parallel
[ ] 43 0 0 43 / 64 8.1s Hashtbl_with_order parallel
[ ] 44 0 0 44 / 64 8.2s Hashtbl_with_order parallel
[ ] 45 0 0 45 / 64 8.3s Hashtbl_with_order parallel
[ ] 46 0 0 46 / 64 8.5s Hashtbl_with_order parallel
[ ] 47 0 0 47 / 64 8.7s Hashtbl_with_order parallel
[ ] 48 0 0 48 / 64 9.1s Hashtbl_with_order parallel
[ ] 49 0 0 49 / 64 9.3s Hashtbl_with_order parallel
[ ] 50 0 0 50 / 64 9.5s Hashtbl_with_order parallel
[ ] 51 0 0 51 / 64 9.7s Hashtbl_with_order parallel
[ ] 52 0 0 52 / 64 9.9s Hashtbl_with_order parallel
[ ] 53 0 0 53 / 64 10.0s Hashtbl_with_order parallel
[ ] 55 0 0 55 / 64 10.2s Hashtbl_with_order parallel
[ ] 56 0 0 56 / 64 10.3s Hashtbl_with_order parallel
[ ] 57 0 0 57 / 64 10.5s Hashtbl_with_order parallel
[ ] 58 0 0 58 / 64 10.9s Hashtbl_with_order parallel
[ ] 59 0 0 59 / 64 11.1s Hashtbl_with_order parallel
[ ] 60 0 0 60 / 64 11.3s Hashtbl_with_order parallel
[ ] 61 0 0 61 / 64 11.4s Hashtbl_with_order parallel
[ ] 62 0 0 62 / 64 11.6s Hashtbl_with_order parallel
[ ] 63 0 0 63 / 64 11.7s Hashtbl_with_order parallel
[✓] 64 0 0 64 / 64 11.8s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 3497336615819653221
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
[ ] 1 0 0 1 / 128 0.1s Hashtbl_with_order parallel
[ ] 2 0 0 2 / 128 0.2s Hashtbl_with_order parallel
[ ] 4 0 0 4 / 128 0.4s Hashtbl_with_order parallel
[ ] 5 0 0 5 / 128 0.6s Hashtbl_with_order parallel
[ ] 7 0 0 7 / 128 0.8s Hashtbl_with_order parallel
[ ] 8 0 0 8 / 128 0.9s Hashtbl_with_order parallel
[ ] 9 0 0 9 / 128 1.1s Hashtbl_with_order parallel
[ ] 10 0 0 10 / 128 1.3s Hashtbl_with_order parallel
[ ] 11 0 0 11 / 128 1.4s Hashtbl_with_order parallel
[ ] 13 0 0 13 / 128 1.6s Hashtbl_with_order parallel
[ ] 14 0 0 14 / 128 1.9s Hashtbl_with_order parallel
[ ] 15 0 0 15 / 128 2.1s Hashtbl_with_order parallel
[ ] 16 0 0 16 / 128 2.2s Hashtbl_with_order parallel
[ ] 17 0 0 17 / 128 2.4s Hashtbl_with_order parallel
[ ] 18 0 0 18 / 128 2.5s Hashtbl_with_order parallel
[ ] 19 0 0 19 / 128 2.7s Hashtbl_with_order parallel
[ ] 20 0 0 20 / 128 2.8s Hashtbl_with_order parallel
[ ] 21 0 0 21 / 128 3.0s Hashtbl_with_order parallel
[ ] 22 0 0 22 / 128 3.2s Hashtbl_with_order parallel
[ ] 23 0 0 23 / 128 3.5s Hashtbl_with_order parallel
[ ] 24 0 0 24 / 128 3.7s Hashtbl_with_order parallel
[ ] 25 0 0 25 / 128 3.8s Hashtbl_with_order parallel
[ ] 26 0 0 26 / 128 3.9s Hashtbl_with_order parallel
[ ] 27 0 0 27 / 128 4.1s Hashtbl_with_order parallel
[ ] 28 0 0 28 / 128 4.3s Hashtbl_with_order parallel
[ ] 29 0 0 29 / 128 4.4s Hashtbl_with_order parallel
[ ] 30 0 0 30 / 128 4.5s Hashtbl_with_order parallel
[ ] 31 0 0 31 / 128 4.8s Hashtbl_with_order parallel
[ ] 32 0 0 32 / 128 5.0s Hashtbl_with_order parallel
[ ] 34 0 0 34 / 128 5.2s Hashtbl_with_order parallel
[ ] 35 0 0 35 / 128 5.4s Hashtbl_with_order parallel
[ ] 36 0 0 36 / 128 5.6s Hashtbl_with_order parallel
[ ] 37 0 0 37 / 128 5.7s Hashtbl_with_order parallel
[ ] 38 0 0 38 / 128 6.0s Hashtbl_with_order parallel
[ ] 39 0 0 39 / 128 6.2s Hashtbl_with_order parallel
[ ] 41 0 0 41 / 128 6.3s Hashtbl_with_order parallel
[ ] 42 0 0 42 / 128 6.4s Hashtbl_with_order parallel
[ ] 44 0 0 44 / 128 6.6s Hashtbl_with_order parallel
[ ] 45 0 0 45 / 128 6.7s Hashtbl_with_order parallel
[ ] 46 0 0 46 / 128 7.0s Hashtbl_with_order parallel
[ ] 47 0 0 47 / 128 7.3s Hashtbl_with_order parallel
[ ] 48 0 0 48 / 128 7.8s Hashtbl_with_order parallel
[ ] 49 0 0 49 / 128 8.0s Hashtbl_with_order parallel
[ ] 50 0 0 50 / 128 8.2s Hashtbl_with_order parallel
[ ] 51 0 0 51 / 128 8.3s Hashtbl_with_order parallel
[ ] 52 0 0 52 / 128 8.5s Hashtbl_with_order parallel
[ ] 53 0 0 53 / 128 8.9s Hashtbl_with_order parallel
[ ] 55 0 0 55 / 128 9.1s Hashtbl_with_order parallel
[ ] 56 0 0 56 / 128 9.2s Hashtbl_with_order parallel
[ ] 57 0 0 57 / 128 9.3s Hashtbl_with_order parallel
[ ] 58 0 0 58 / 128 9.5s Hashtbl_with_order parallel
[ ] 59 0 0 59 / 128 9.6s Hashtbl_with_order parallel
[ ] 60 0 0 60 / 128 10.0s Hashtbl_with_order parallel
[ ] 61 0 0 61 / 128 10.1s Hashtbl_with_order parallel
[ ] 63 0 0 63 / 128 10.3s Hashtbl_with_order parallel
[ ] 64 0 0 64 / 128 10.4s Hashtbl_with_order parallel
[ ] 65 0 0 65 / 128 10.5s Hashtbl_with_order parallel
[ ] 67 0 0 67 / 128 10.7s Hashtbl_with_order parallel
[ ] 68 0 0 68 / 128 10.8s Hashtbl_with_order parallel
[ ] 69 0 0 69 / 128 11.0s Hashtbl_with_order parallel
[ ] 70 0 0 70 / 128 11.2s Hashtbl_with_order parallel
[ ] 71 0 0 71 / 128 11.4s Hashtbl_with_order parallel
[ ] 72 0 0 72 / 128 11.5s Hashtbl_with_order parallel
[ ] 73 0 0 73 / 128 11.6s Hashtbl_with_order parallel
[ ] 74 0 0 74 / 128 12.0s Hashtbl_with_order parallel
[ ] 75 0 0 75 / 128 12.2s Hashtbl_with_order parallel
[ ] 76 0 0 76 / 128 12.3s Hashtbl_with_order parallel
[ ] 77 0 0 77 / 128 12.5s Hashtbl_with_order parallel
[ ] 79 0 0 79 / 128 12.8s Hashtbl_with_order parallel
[ ] 81 0 0 81 / 128 13.0s Hashtbl_with_order parallel
[ ] 82 0 0 82 / 128 13.1s Hashtbl_with_order parallel
[ ] 83 0 0 83 / 128 13.4s Hashtbl_with_order parallel
[ ] 84 0 0 84 / 128 13.9s Hashtbl_with_order parallel
[ ] 85 0 0 85 / 128 14.1s Hashtbl_with_order parallel
[ ] 86 0 0 86 / 128 14.3s Hashtbl_with_order parallel
[ ] 87 0 0 87 / 128 14.5s Hashtbl_with_order parallel
[ ] 88 0 0 88 / 128 14.6s Hashtbl_with_order parallel
[ ] 89 0 0 89 / 128 14.7s Hashtbl_with_order parallel
[ ] 90 0 0 90 / 128 14.9s Hashtbl_with_order parallel
[ ] 91 0 0 91 / 128 15.0s Hashtbl_with_order parallel
[ ] 92 0 0 92 / 128 15.2s Hashtbl_with_order parallel
[ ] 93 0 0 93 / 128 15.4s Hashtbl_with_order parallel
[ ] 94 0 0 94 / 128 15.6s Hashtbl_with_order parallel
[ ] 95 0 0 95 / 128 15.9s Hashtbl_with_order parallel
[ ] 96 0 0 96 / 128 16.2s Hashtbl_with_order parallel
[ ] 97 0 0 97 / 128 16.5s Hashtbl_with_order parallel
[ ] 98 0 0 98 / 128 16.8s Hashtbl_with_order parallel
[ ] 99 0 0 99 / 128 17.0s Hashtbl_with_order parallel
[ ] 100 0 0 100 / 128 17.1s Hashtbl_with_order parallel
[ ] 102 0 0 102 / 128 17.4s Hashtbl_with_order parallel
[ ] 103 0 0 103 / 128 17.5s Hashtbl_with_order parallel
[ ] 104 0 0 104 / 128 17.6s Hashtbl_with_order parallel
[ ] 105 0 0 105 / 128 17.7s Hashtbl_with_order parallel
[ ] 107 0 0 107 / 128 17.9s Hashtbl_with_order parallel
[ ] 108 0 0 108 / 128 18.0s Hashtbl_with_order parallel
[ ] 109 0 0 109 / 128 18.1s Hashtbl_with_order parallel
[ ] 110 0 0 110 / 128 18.2s Hashtbl_with_order parallel
[ ] 111 0 0 111 / 128 18.3s Hashtbl_with_order parallel
[ ] 113 0 0 113 / 128 18.5s Hashtbl_with_order parallel
[ ] 115 0 0 115 / 128 18.7s Hashtbl_with_order parallel
[ ] 116 0 0 116 / 128 18.8s Hashtbl_with_order parallel
[ ] 117 0 0 117 / 128 18.9s Hashtbl_with_order parallel
[ ] 118 0 0 118 / 128 19.0s Hashtbl_with_order parallel
[ ] 119 0 0 119 / 128 19.1s Hashtbl_with_order parallel
[ ] 120 0 0 120 / 128 19.2s Hashtbl_with_order parallel
[ ] 121 0 0 121 / 128 19.4s Hashtbl_with_order parallel
[ ] 122 0 0 122 / 128 19.6s Hashtbl_with_order parallel
[ ] 123 0 0 123 / 128 19.8s Hashtbl_with_order parallel
[ ] 124 0 0 124 / 128 19.9s Hashtbl_with_order parallel
[ ] 125 0 0 125 / 128 20.1s Hashtbl_with_order parallel
[ ] 126 0 0 126 / 128 20.4s Hashtbl_with_order parallel
[ ] 127 0 0 127 / 128 20.8s Hashtbl_with_order parallel
[ ] 128 0 0 128 / 128 21.1s Hashtbl_with_order parallel
[✓] 128 0 0 128 / 128 21.1s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 3721195952113061364
generated error fail pass / total time test name
[ ] 0 0 0 0 / 139 0.0s Hashtbl_with_order sequential
[✓] 139 0 0 139 / 139 0.0s Hashtbl_with_order sequential
[ ] 0 0 0 0 / 139 0.0s Hashtbl_with_order parallel
[ ] 1 0 0 1 / 139 0.2s Hashtbl_with_order parallel
[ ] 2 0 0 2 / 139 0.4s Hashtbl_with_order parallel
[ ] 3 0 0 3 / 139 1.0s Hashtbl_with_order parallel
[ ] 4 0 0 4 / 139 1.2s Hashtbl_with_order parallel
[ ] 5 0 0 5 / 139 1.4s Hashtbl_with_order parallel
[ ] 6 0 0 6 / 139 1.7s Hashtbl_with_order parallel
[ ] 7 0 0 7 / 139 1.8s Hashtbl_with_order parallel
[ ] 8 0 0 8 / 139 2.0s Hashtbl_with_order parallel
[ ] 9 0 0 9 / 139 2.2s Hashtbl_with_order parallel
[ ] 10 0 0 10 / 139 2.4s Hashtbl_with_order parallel
[ ] 11 0 0 11 / 139 2.5s Hashtbl_with_order parallel
[ ] 12 0 0 12 / 139 2.7s Hashtbl_with_order parallel
[ ] 13 0 0 13 / 139 2.9s Hashtbl_with_order parallel
[ ] 14 0 0 14 / 139 3.1s Hashtbl_with_order parallel
[ ] 15 0 0 15 / 139 3.4s Hashtbl_with_order parallel
[ ] 16 0 0 16 / 139 3.5s Hashtbl_with_order parallel
[ ] 17 0 0 17 / 139 3.7s Hashtbl_with_order parallel
[ ] 18 0 0 18 / 139 3.9s Hashtbl_with_order parallel
[ ] 19 0 0 19 / 139 4.0s Hashtbl_with_order parallel
[ ] 20 0 0 20 / 139 4.2s Hashtbl_with_order parallel
[ ] 21 0 0 21 / 139 4.4s Hashtbl_with_order parallel
[ ] 22 0 0 22 / 139 4.6s Hashtbl_with_order parallel
[ ] 23 0 0 23 / 139 4.7s Hashtbl_with_order parallel
[ ] 24 0 0 24 / 139 4.8s Hashtbl_with_order parallel
[ ] 25 0 0 25 / 139 4.9s Hashtbl_with_order parallel
[ ] 26 0 0 26 / 139 5.0s Hashtbl_with_order parallel
[ ] 28 0 0 28 / 139 5.3s Hashtbl_with_order parallel
[ ] 29 0 0 29 / 139 5.4s Hashtbl_with_order parallel
[ ] 30 0 0 30 / 139 5.5s Hashtbl_with_order parallel
[ ] 31 0 0 31 / 139 5.6s Hashtbl_with_order parallel
[ ] 32 0 0 32 / 139 5.8s Hashtbl_with_order parallel
[ ] 33 0 0 33 / 139 6.0s Hashtbl_with_order parallel
[ ] 34 0 0 34 / 139 6.1s Hashtbl_with_order parallel
[ ] 35 0 0 35 / 139 6.3s Hashtbl_with_order parallel
[ ] 36 0 0 36 / 139 6.5s Hashtbl_with_order parallel
[ ] 37 0 0 37 / 139 6.8s Hashtbl_with_order parallel
[ ] 38 0 0 38 / 139 7.0s Hashtbl_with_order parallel
[ ] 39 0 0 39 / 139 7.2s Hashtbl_with_order parallel
[ ] 40 0 0 40 / 139 7.5s Hashtbl_with_order parallel
[ ] 41 0 0 41 / 139 7.6s Hashtbl_with_order parallel
[ ] 42 0 0 42 / 139 7.7s Hashtbl_with_order parallel
[ ] 43 0 0 43 / 139 8.1s Hashtbl_with_order parallel
[ ] 44 0 0 44 / 139 8.2s Hashtbl_with_order parallel
[ ] 46 0 0 46 / 139 8.5s Hashtbl_with_order parallel
[ ] 47 0 0 47 / 139 8.6s Hashtbl_with_order parallel
[ ] 49 0 0 49 / 139 8.8s Hashtbl_with_order parallel
[ ] 51 0 0 51 / 139 9.0s Hashtbl_with_order parallel
[ ] 52 0 0 52 / 139 9.2s Hashtbl_with_order parallel
[ ] 53 0 0 53 / 139 9.3s Hashtbl_with_order parallel
[ ] 54 0 0 54 / 139 9.4s Hashtbl_with_order parallel
[ ] 56 0 0 56 / 139 9.6s Hashtbl_with_order parallel
[ ] 57 0 0 57 / 139 9.7s Hashtbl_with_order parallel
[ ] 58 0 0 58 / 139 9.8s Hashtbl_with_order parallel
[ ] 59 0 0 59 / 139 10.0s Hashtbl_with_order parallel
[ ] 60 0 0 60 / 139 10.2s Hashtbl_with_order parallel
[ ] 61 0 0 61 / 139 10.3s Hashtbl_with_order parallel
[ ] 62 0 0 62 / 139 10.4s Hashtbl_with_order parallel
[ ] 63 0 0 63 / 139 10.6s Hashtbl_with_order parallel
[ ] 64 0 0 64 / 139 10.8s Hashtbl_with_order parallel
[ ] 66 0 0 66 / 139 11.0s Hashtbl_with_order parallel
[ ] 68 0 0 68 / 139 11.2s Hashtbl_with_order parallel
[ ] 69 0 0 69 / 139 11.4s Hashtbl_with_order parallel
[ ] 70 0 0 70 / 139 11.7s Hashtbl_with_order parallel
[ ] 71 0 0 71 / 139 11.9s Hashtbl_with_order parallel
[ ] 72 0 0 72 / 139 12.1s Hashtbl_with_order parallel
[ ] 73 0 0 73 / 139 12.4s Hashtbl_with_order parallel
[ ] 74 0 0 74 / 139 12.5s Hashtbl_with_order parallel
[ ] 75 0 0 75 / 139 12.6s Hashtbl_with_order parallel
[ ] 76 0 0 76 / 139 12.8s Hashtbl_with_order parallel
[ ] 77 0 0 77 / 139 12.9s Hashtbl_with_order parallel
[ ] 78 0 0 78 / 139 13.1s Hashtbl_with_order parallel
[ ] 79 0 0 79 / 139 13.3s Hashtbl_with_order parallel
[ ] 80 0 0 80 / 139 13.6s Hashtbl_with_order parallel
[ ] 81 0 0 81 / 139 13.8s Hashtbl_with_order parallel
[ ] 82 0 0 82 / 139 14.0s Hashtbl_with_order parallel
[ ] 83 0 0 83 / 139 14.2s Hashtbl_with_order parallel
[ ] 84 0 0 84 / 139 14.4s Hashtbl_with_order parallel
[ ] 85 0 0 85 / 139 14.5s Hashtbl_with_order parallel
[ ] 86 0 0 86 / 139 14.8s Hashtbl_with_order parallel
[ ] 87 0 0 87 / 139 15.2s Hashtbl_with_order parallel
[ ] 88 0 0 88 / 139 15.5s Hashtbl_with_order parallel
[ ] 89 0 0 89 / 139 15.6s Hashtbl_with_order parallel
[ ] 90 0 0 90 / 139 15.8s Hashtbl_with_order parallel
[ ] 91 0 0 91 / 139 16.0s Hashtbl_with_order parallel
[ ] 92 0 0 92 / 139 16.1s Hashtbl_with_order parallel
[ ] 93 0 0 93 / 139 16.3s Hashtbl_with_order parallel
[ ] 94 0 0 94 / 139 16.5s Hashtbl_with_order parallel
[ ] 95 0 0 95 / 139 16.7s Hashtbl_with_order parallel
[ ] 96 0 0 96 / 139 16.8s Hashtbl_with_order parallel
[ ] 97 0 0 97 / 139 17.0s Hashtbl_with_order parallel
[ ] 98 0 0 98 / 139 17.2s Hashtbl_with_order parallel
[ ] 99 0 0 99 / 139 17.4s Hashtbl_with_order parallel
[ ] 100 0 0 100 / 139 17.7s Hashtbl_with_order parallel
[ ] 101 0 0 101 / 139 18.1s Hashtbl_with_order parallel
[ ] 102 0 0 102 / 139 18.3s Hashtbl_with_order parallel
[ ] 103 0 0 103 / 139 18.6s Hashtbl_with_order parallel
[ ] 104 0 0 104 / 139 18.9s Hashtbl_with_order parallel
[ ] 105 0 0 105 / 139 19.0s Hashtbl_with_order parallel
[ ] 106 0 0 106 / 139 19.1s Hashtbl_with_order parallel
[ ] 107 0 0 107 / 139 19.2s Hashtbl_with_order parallel
[ ] 108 0 0 108 / 139 19.4s Hashtbl_with_order parallel
[ ] 109 0 0 109 / 139 19.6s Hashtbl_with_order parallel
[ ] 110 0 0 110 / 139 19.7s Hashtbl_with_order parallel
[ ] 111 0 0 111 / 139 19.8s Hashtbl_with_order parallel
[ ] 112 0 0 112 / 139 20.0s Hashtbl_with_order parallel
[ ] 113 0 0 113 / 139 20.1s Hashtbl_with_order parallel
[ ] 114 0 0 114 / 139 20.2s Hashtbl_with_order parallel
[ ] 115 0 0 115 / 139 20.3s Hashtbl_with_order parallel
[ ] 116 0 0 116 / 139 20.5s Hashtbl_with_order parallel
[ ] 117 0 0 117 / 139 20.6s Hashtbl_with_order parallel
[ ] 118 0 0 118 / 139 20.7s Hashtbl_with_order parallel
[ ] 119 0 0 119 / 139 20.8s Hashtbl_with_order parallel
[ ] 120 0 0 120 / 139 21.0s Hashtbl_with_order parallel
[ ] 121 0 0 121 / 139 21.2s Hashtbl_with_order parallel
[ ] 122 0 0 122 / 139 21.4s Hashtbl_with_order parallel
[ ] 123 0 0 123 / 139 21.5s Hashtbl_with_order parallel
[ ] 124 0 0 124 / 139 21.7s Hashtbl_with_order parallel
[ ] 125 0 0 125 / 139 21.8s Hashtbl_with_order parallel
[ ] 126 0 0 126 / 139 21.9s Hashtbl_with_order parallel
[ ] 127 0 0 127 / 139 22.0s Hashtbl_with_order parallel
[ ] 128 0 0 128 / 139 22.2s Hashtbl_with_order parallel
[ ] 129 0 0 129 / 139 22.4s Hashtbl_with_order parallel
[ ] 130 0 0 130 / 139 22.5s Hashtbl_with_order parallel
[ ] 131 0 0 131 / 139 22.6s Hashtbl_with_order parallel
[ ] 132 0 0 132 / 139 22.8s Hashtbl_with_order parallel
[ ] 133 0 0 133 / 139 22.9s Hashtbl_with_order parallel
[ ] 134 0 0 134 / 139 23.1s Hashtbl_with_order parallel
[ ] 135 0 0 135 / 139 23.2s Hashtbl_with_order parallel
[ ] 137 0 0 137 / 139 23.5s Hashtbl_with_order parallel
[ ] 138 0 0 138 / 139 23.7s Hashtbl_with_order parallel
[ ] 139 0 0 139 / 139 23.9s Hashtbl_with_order parallel
[✓] 139 0 0 139 / 139 23.9s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./dllist_test_stm.exe)
random seed: 4272736133438263269
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
[ ] 4 0 0 4 / 32 0.3s Dllist parallel
[ ] 7 0 0 7 / 32 0.4s Dllist parallel
[ ] 8 0 0 8 / 32 0.5s Dllist parallel
[ ] 12 0 0 12 / 32 0.6s Dllist parallel
[ ] 13 0 0 13 / 32 0.8s Dllist parallel
[ ] 16 0 0 16 / 32 0.9s Dllist parallel
[ ] 19 0 0 19 / 32 1.1s Dllist parallel
[ ] 23 0 0 23 / 32 1.2s Dllist parallel
[ ] 25 0 0 25 / 32 1.4s Dllist parallel
[ ] 26 0 0 26 / 32 1.5s Dllist parallel
[ ] 28 0 0 28 / 32 1.8s Dllist parallel
[ ] 29 0 0 29 / 32 2.0s Dllist parallel
[ ] 30 0 0 30 / 32 2.4s Dllist parallel
[ ] 32 0 0 32 / 32 2.7s Dllist parallel
[✓] 32 0 0 32 / 32 2.7s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 250461061895719917
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
[ ] 1 0 0 1 / 64 0.1s Dllist parallel
[ ] 2 0 0 2 / 64 0.3s Dllist parallel
[ ] 4 0 0 4 / 64 0.5s Dllist parallel
[ ] 6 0 0 6 / 64 0.6s Dllist parallel
[ ] 8 0 0 8 / 64 0.8s Dllist parallel
[ ] 9 0 0 9 / 64 0.9s Dllist parallel
[ ] 11 0 0 11 / 64 1.1s Dllist parallel
[ ] 12 0 0 12 / 64 1.2s Dllist parallel
[ ] 13 0 0 13 / 64 1.4s Dllist parallel
[ ] 15 0 0 15 / 64 1.6s Dllist parallel
[ ] 17 0 0 17 / 64 1.8s Dllist parallel
[ ] 18 0 0 18 / 64 1.9s Dllist parallel
[ ] 19 0 0 19 / 64 2.0s Dllist parallel
[ ] 20 0 0 20 / 64 2.1s Dllist parallel
[ ] 21 0 0 21 / 64 2.4s Dllist parallel
[ ] 22 0 0 22 / 64 2.7s Dllist parallel
[ ] 23 0 0 23 / 64 3.1s Dllist parallel
[ ] 24 0 0 24 / 64 3.5s Dllist parallel
[ ] 25 0 0 25 / 64 3.8s Dllist parallel
[ ] 26 0 0 26 / 64 4.2s Dllist parallel
[ ] 27 0 0 27 / 64 4.4s Dllist parallel
[ ] 28 0 0 28 / 64 4.6s Dllist parallel
[ ] 29 0 0 29 / 64 4.9s Dllist parallel
[ ] 31 0 0 31 / 64 5.0s Dllist parallel
[ ] 33 0 0 33 / 64 5.2s Dllist parallel
[ ] 34 0 0 34 / 64 5.5s Dllist parallel
[ ] 35 0 0 35 / 64 5.7s Dllist parallel
[ ] 36 0 0 36 / 64 5.8s Dllist parallel
[ ] 38 0 0 38 / 64 5.9s Dllist parallel
[ ] 40 0 0 40 / 64 6.2s Dllist parallel
[ ] 42 0 0 42 / 64 6.3s Dllist parallel
[ ] 44 0 0 44 / 64 6.5s Dllist parallel
[ ] 46 0 0 46 / 64 6.7s Dllist parallel
[ ] 48 0 0 48 / 64 6.9s Dllist parallel
[ ] 49 0 0 49 / 64 7.1s Dllist parallel
[ ] 50 0 0 50 / 64 7.5s Dllist parallel
[ ] 51 0 0 51 / 64 7.8s Dllist parallel
[ ] 52 0 0 52 / 64 8.2s Dllist parallel
[ ] 53 0 0 53 / 64 8.5s Dllist parallel
[ ] 54 0 0 54 / 64 8.6s Dllist parallel
[ ] 55 0 0 55 / 64 8.8s Dllist parallel
[ ] 56 0 0 56 / 64 8.9s Dllist parallel
[ ] 58 0 0 58 / 64 9.1s Dllist parallel
[ ] 59 0 0 59 / 64 9.2s Dllist parallel
[ ] 60 0 0 60 / 64 9.5s Dllist parallel
[ ] 61 0 0 61 / 64 9.7s Dllist parallel
[ ] 62 0 0 62 / 64 9.8s Dllist parallel
[ ] 64 0 0 64 / 64 10.0s Dllist parallel
[✓] 64 0 0 64 / 64 10.0s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 2542458448698107022
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
[ ] 1 0 0 1 / 128 0.2s Dllist parallel
[ ] 2 0 0 2 / 128 0.4s Dllist parallel
[ ] 3 0 0 3 / 128 0.5s Dllist parallel
[ ] 4 0 0 4 / 128 0.7s Dllist parallel
[ ] 5 0 0 5 / 128 1.0s Dllist parallel
[ ] 6 0 0 6 / 128 1.1s Dllist parallel
[ ] 7 0 0 7 / 128 1.3s Dllist parallel
[ ] 8 0 0 8 / 128 1.4s Dllist parallel
[ ] 10 0 0 10 / 128 1.7s Dllist parallel
[ ] 11 0 0 11 / 128 1.8s Dllist parallel
[ ] 12 0 0 12 / 128 1.9s Dllist parallel
[ ] 14 0 0 14 / 128 2.1s Dllist parallel
[ ] 16 0 0 16 / 128 2.3s Dllist parallel
[ ] 17 0 0 17 / 128 2.5s Dllist parallel
[ ] 18 0 0 18 / 128 2.6s Dllist parallel
[ ] 19 0 0 19 / 128 2.7s Dllist parallel
[ ] 20 0 0 20 / 128 2.8s Dllist parallel
[ ] 21 0 0 21 / 128 3.0s Dllist parallel
[ ] 23 0 0 23 / 128 3.2s Dllist parallel
[ ] 24 0 0 24 / 128 3.3s Dllist parallel
[ ] 25 0 0 25 / 128 3.4s Dllist parallel
[ ] 26 0 0 26 / 128 3.5s Dllist parallel
[ ] 28 0 0 28 / 128 3.7s Dllist parallel
[ ] 30 0 0 30 / 128 3.9s Dllist parallel
[ ] 32 0 0 32 / 128 4.2s Dllist parallel
[ ] 33 0 0 33 / 128 4.3s Dllist parallel
[ ] 34 0 0 34 / 128 4.7s Dllist parallel
[ ] 35 0 0 35 / 128 4.8s Dllist parallel
[ ] 36 0 0 36 / 128 4.9s Dllist parallel
[ ] 37 0 0 37 / 128 5.2s Dllist parallel
[ ] 38 0 0 38 / 128 5.4s Dllist parallel
[ ] 39 0 0 39 / 128 5.5s Dllist parallel
[ ] 40 0 0 40 / 128 5.9s Dllist parallel
[ ] 41 0 0 41 / 128 6.0s Dllist parallel
[ ] 42 0 0 42 / 128 6.1s Dllist parallel
[ ] 43 0 0 43 / 128 6.5s Dllist parallel
[ ] 44 0 0 44 / 128 6.6s Dllist parallel
[ ] 45 0 0 45 / 128 6.7s Dllist parallel
[ ] 46 0 0 46 / 128 6.9s Dllist parallel
[ ] 47 0 0 47 / 128 7.0s Dllist parallel
[ ] 48 0 0 48 / 128 7.2s Dllist parallel
[ ] 49 0 0 49 / 128 7.3s Dllist parallel
[ ] 50 0 0 50 / 128 7.4s Dllist parallel
[ ] 51 0 0 51 / 128 7.5s Dllist parallel
[ ] 52 0 0 52 / 128 7.7s Dllist parallel
[ ] 53 0 0 53 / 128 7.8s Dllist parallel
[ ] 54 0 0 54 / 128 7.9s Dllist parallel
[ ] 56 0 0 56 / 128 8.1s Dllist parallel
[ ] 58 0 0 58 / 128 8.5s Dllist parallel
[ ] 59 0 0 59 / 128 8.6s Dllist parallel
[ ] 60 0 0 60 / 128 8.8s Dllist parallel
[ ] 61 0 0 61 / 128 8.9s Dllist parallel
[ ] 62 0 0 62 / 128 9.2s Dllist parallel
[ ] 63 0 0 63 / 128 9.5s Dllist parallel
[ ] 64 0 0 64 / 128 9.7s Dllist parallel
[ ] 65 0 0 65 / 128 9.9s Dllist parallel
[ ] 67 0 0 67 / 128 10.1s Dllist parallel
[ ] 68 0 0 68 / 128 10.3s Dllist parallel
[ ] 69 0 0 69 / 128 10.6s Dllist parallel
[ ] 70 0 0 70 / 128 11.0s Dllist parallel
[ ] 71 0 0 71 / 128 11.3s Dllist parallel
[ ] 72 0 0 72 / 128 11.5s Dllist parallel
[ ] 73 0 0 73 / 128 11.7s Dllist parallel
[ ] 74 0 0 74 / 128 11.8s Dllist parallel
[ ] 75 0 0 75 / 128 12.0s Dllist parallel
[ ] 76 0 0 76 / 128 12.1s Dllist parallel
[ ] 78 0 0 78 / 128 12.3s Dllist parallel
[ ] 79 0 0 79 / 128 12.4s Dllist parallel
[ ] 80 0 0 80 / 128 12.6s Dllist parallel
[ ] 81 0 0 81 / 128 12.7s Dllist parallel
[ ] 82 0 0 82 / 128 12.9s Dllist parallel
[ ] 83 0 0 83 / 128 13.1s Dllist parallel
[ ] 85 0 0 85 / 128 13.4s Dllist parallel
[ ] 86 0 0 86 / 128 13.5s Dllist parallel
[ ] 87 0 0 87 / 128 13.7s Dllist parallel
[ ] 89 0 0 89 / 128 13.9s Dllist parallel
[ ] 90 0 0 90 / 128 14.1s Dllist parallel
[ ] 92 0 0 92 / 128 14.3s Dllist parallel
[ ] 94 0 0 94 / 128 14.6s Dllist parallel
[ ] 96 0 0 96 / 128 14.9s Dllist parallel
[ ] 97 0 0 97 / 128 15.0s Dllist parallel
[ ] 98 0 0 98 / 128 15.2s Dllist parallel
[ ] 100 0 0 100 / 128 15.5s Dllist parallel
[ ] 102 0 0 102 / 128 15.7s Dllist parallel
[ ] 103 0 0 103 / 128 15.9s Dllist parallel
[ ] 104 0 0 104 / 128 16.0s Dllist parallel
[ ] 105 0 0 105 / 128 16.2s Dllist parallel
[ ] 107 0 0 107 / 128 16.3s Dllist parallel
[ ] 109 0 0 109 / 128 16.6s Dllist parallel
[ ] 110 0 0 110 / 128 16.8s Dllist parallel
[ ] 111 0 0 111 / 128 17.2s Dllist parallel
[ ] 112 0 0 112 / 128 17.5s Dllist parallel
[ ] 113 0 0 113 / 128 17.7s Dllist parallel
[ ] 114 0 0 114 / 128 17.9s Dllist parallel
[ ] 116 0 0 116 / 128 18.2s Dllist parallel
[ ] 117 0 0 117 / 128 18.4s Dllist parallel
[ ] 118 0 0 118 / 128 18.7s Dllist parallel
[ ] 119 0 0 119 / 128 18.9s Dllist parallel
[ ] 120 0 0 120 / 128 19.1s Dllist parallel
[ ] 121 0 0 121 / 128 19.2s Dllist parallel
[ ] 122 0 0 122 / 128 19.4s Dllist parallel
[ ] 123 0 0 123 / 128 19.5s Dllist parallel
[ ] 124 0 0 124 / 128 19.7s Dllist parallel
[ ] 125 0 0 125 / 128 19.9s Dllist parallel
[ ] 127 0 0 127 / 128 20.1s Dllist parallel
[✓] 128 0 0 128 / 128 20.2s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 1730928367764351003
generated error fail pass / total time test name
[ ] 0 0 0 0 / 185 0.0s Dllist sequential
[✓] 185 0 0 185 / 185 0.0s Dllist sequential
[ ] 0 0 0 0 / 185 0.0s Dllist parallel
[ ] 1 0 0 1 / 185 0.2s Dllist parallel
[ ] 3 0 0 3 / 185 0.3s Dllist parallel
[ ] 4 0 0 4 / 185 0.5s Dllist parallel
[ ] 6 0 0 6 / 185 0.6s Dllist parallel
[ ] 7 0 0 7 / 185 0.8s Dllist parallel
[ ] 8 0 0 8 / 185 0.9s Dllist parallel
[ ] 9 0 0 9 / 185 1.0s Dllist parallel
[ ] 11 0 0 11 / 185 1.3s Dllist parallel
[ ] 12 0 0 12 / 185 1.4s Dllist parallel
[ ] 14 0 0 14 / 185 1.6s Dllist parallel
[ ] 16 0 0 16 / 185 1.8s Dllist parallel
[ ] 17 0 0 17 / 185 2.0s Dllist parallel
[ ] 18 0 0 18 / 185 2.3s Dllist parallel
[ ] 19 0 0 19 / 185 2.5s Dllist parallel
[ ] 21 0 0 21 / 185 2.8s Dllist parallel
[ ] 23 0 0 23 / 185 3.0s Dllist parallel
[ ] 24 0 0 24 / 185 3.2s Dllist parallel
[ ] 25 0 0 25 / 185 3.3s Dllist parallel
[ ] 26 0 0 26 / 185 3.6s Dllist parallel
[ ] 27 0 0 27 / 185 3.7s Dllist parallel
[ ] 28 0 0 28 / 185 4.0s Dllist parallel
[ ] 29 0 0 29 / 185 4.2s Dllist parallel
[ ] 30 0 0 30 / 185 4.4s Dllist parallel
[ ] 31 0 0 31 / 185 4.6s Dllist parallel
[ ] 32 0 0 32 / 185 4.7s Dllist parallel
[ ] 33 0 0 33 / 185 4.9s Dllist parallel
[ ] 34 0 0 34 / 185 5.1s Dllist parallel
[ ] 35 0 0 35 / 185 5.3s Dllist parallel
[ ] 36 0 0 36 / 185 5.5s Dllist parallel
[ ] 37 0 0 37 / 185 5.6s Dllist parallel
[ ] 38 0 0 38 / 185 5.8s Dllist parallel
[ ] 39 0 0 39 / 185 6.0s Dllist parallel
[ ] 40 0 0 40 / 185 6.1s Dllist parallel
[ ] 41 0 0 41 / 185 6.2s Dllist parallel
[ ] 42 0 0 42 / 185 6.4s Dllist parallel
[ ] 43 0 0 43 / 185 6.6s Dllist parallel
[ ] 44 0 0 44 / 185 6.7s Dllist parallel
[ ] 45 0 0 45 / 185 6.9s Dllist parallel
[ ] 46 0 0 46 / 185 7.1s Dllist parallel
[ ] 47 0 0 47 / 185 7.2s Dllist parallel
[ ] 48 0 0 48 / 185 7.4s Dllist parallel
[ ] 49 0 0 49 / 185 7.5s Dllist parallel
[ ] 50 0 0 50 / 185 7.8s Dllist parallel
[ ] 51 0 0 51 / 185 7.9s Dllist parallel
[ ] 52 0 0 52 / 185 8.1s Dllist parallel
[ ] 53 0 0 53 / 185 8.3s Dllist parallel
[ ] 54 0 0 54 / 185 8.4s Dllist parallel
[ ] 55 0 0 55 / 185 8.6s Dllist parallel
[ ] 56 0 0 56 / 185 8.7s Dllist parallel
[ ] 57 0 0 57 / 185 8.8s Dllist parallel
[ ] 58 0 0 58 / 185 9.0s Dllist parallel
[ ] 59 0 0 59 / 185 9.2s Dllist parallel
[ ] 60 0 0 60 / 185 9.3s Dllist parallel
[ ] 61 0 0 61 / 185 9.4s Dllist parallel
[ ] 62 0 0 62 / 185 9.6s Dllist parallel
[ ] 63 0 0 63 / 185 9.7s Dllist parallel
[ ] 65 0 0 65 / 185 9.9s Dllist parallel
[ ] 66 0 0 66 / 185 10.1s Dllist parallel
[ ] 67 0 0 67 / 185 10.2s Dllist parallel
[ ] 68 0 0 68 / 185 10.4s Dllist parallel
[ ] 69 0 0 69 / 185 10.5s Dllist parallel
[ ] 70 0 0 70 / 185 10.7s Dllist parallel
[ ] 71 0 0 71 / 185 10.9s Dllist parallel
[ ] 72 0 0 72 / 185 11.0s Dllist parallel
[ ] 73 0 0 73 / 185 11.2s Dllist parallel
[ ] 74 0 0 74 / 185 11.4s Dllist parallel
[ ] 75 0 0 75 / 185 11.6s Dllist parallel
[ ] 76 0 0 76 / 185 11.8s Dllist parallel
[ ] 77 0 0 77 / 185 11.9s Dllist parallel
[ ] 78 0 0 78 / 185 12.1s Dllist parallel
[ ] 79 0 0 79 / 185 12.2s Dllist parallel
[ ] 80 0 0 80 / 185 12.3s Dllist parallel
[ ] 81 0 0 81 / 185 12.4s Dllist parallel
[ ] 82 0 0 82 / 185 12.7s Dllist parallel
[ ] 83 0 0 83 / 185 12.8s Dllist parallel
[ ] 84 0 0 84 / 185 13.0s Dllist parallel
[ ] 85 0 0 85 / 185 13.1s Dllist parallel
[ ] 86 0 0 86 / 185 13.2s Dllist parallel
[ ] 87 0 0 87 / 185 13.3s Dllist parallel
[ ] 88 0 0 88 / 185 13.4s Dllist parallel
[ ] 89 0 0 89 / 185 13.5s Dllist parallel
[ ] 90 0 0 90 / 185 13.6s Dllist parallel
[ ] 91 0 0 91 / 185 13.7s Dllist parallel
[ ] 92 0 0 92 / 185 13.8s Dllist parallel
[ ] 94 0 0 94 / 185 14.1s Dllist parallel
[ ] 95 0 0 95 / 185 14.3s Dllist parallel
[ ] 97 0 0 97 / 185 14.5s Dllist parallel
[ ] 98 0 0 98 / 185 14.6s Dllist parallel
[ ] 99 0 0 99 / 185 14.7s Dllist parallel
[ ] 100 0 0 100 / 185 14.9s Dllist parallel
[ ] 101 0 0 101 / 185 15.0s Dllist parallel
[ ] 102 0 0 102 / 185 15.2s Dllist parallel
[ ] 103 0 0 103 / 185 15.3s Dllist parallel
[ ] 104 0 0 104 / 185 15.5s Dllist parallel
[ ] 105 0 0 105 / 185 15.8s Dllist parallel
[ ] 106 0 0 106 / 185 15.9s Dllist parallel
[ ] 107 0 0 107 / 185 16.1s Dllist parallel
[ ] 108 0 0 108 / 185 16.3s Dllist parallel
[ ] 109 0 0 109 / 185 16.5s Dllist parallel
[ ] 110 0 0 110 / 185 16.7s Dllist parallel
[ ] 111 0 0 111 / 185 16.9s Dllist parallel
[ ] 112 0 0 112 / 185 17.0s Dllist parallel
[ ] 113 0 0 113 / 185 17.2s Dllist parallel
[ ] 114 0 0 114 / 185 17.3s Dllist parallel
[ ] 115 0 0 115 / 185 17.6s Dllist parallel
[ ] 116 0 0 116 / 185 17.7s Dllist parallel
[ ] 117 0 0 117 / 185 18.0s Dllist parallel
[ ] 118 0 0 118 / 185 18.2s Dllist parallel
[ ] 119 0 0 119 / 185 18.4s Dllist parallel
[ ] 120 0 0 120 / 185 18.6s Dllist parallel
[ ] 121 0 0 121 / 185 18.8s Dllist parallel
[ ] 122 0 0 122 / 185 18.9s Dllist parallel
[ ] 123 0 0 123 / 185 19.1s Dllist parallel
[ ] 124 0 0 124 / 185 19.2s Dllist parallel
[ ] 125 0 0 125 / 185 19.4s Dllist parallel
[ ] 126 0 0 126 / 185 19.5s Dllist parallel
[ ] 127 0 0 127 / 185 19.6s Dllist parallel
[ ] 129 0 0 129 / 185 19.9s Dllist parallel
[ ] 130 0 0 130 / 185 20.1s Dllist parallel
[ ] 131 0 0 131 / 185 20.3s Dllist parallel
[ ] 132 0 0 132 / 185 20.5s Dllist parallel
[ ] 133 0 0 133 / 185 20.8s Dllist parallel
[ ] 134 0 0 134 / 185 21.0s Dllist parallel
[ ] 135 0 0 135 / 185 21.2s Dllist parallel
[ ] 136 0 0 136 / 185 21.5s Dllist parallel
[ ] 137 0 0 137 / 185 21.7s Dllist parallel
[ ] 138 0 0 138 / 185 21.9s Dllist parallel
[ ] 139 0 0 139 / 185 22.1s Dllist parallel
[ ] 140 0 0 140 / 185 22.3s Dllist parallel
[ ] 141 0 0 141 / 185 22.4s Dllist parallel
[ ] 142 0 0 142 / 185 22.7s Dllist parallel
[ ] 143 0 0 143 / 185 22.9s Dllist parallel
[ ] 144 0 0 144 / 185 23.1s Dllist parallel
[ ] 145 0 0 145 / 185 23.2s Dllist parallel
[ ] 147 0 0 147 / 185 23.5s Dllist parallel
[ ] 148 0 0 148 / 185 23.6s Dllist parallel
[ ] 149 0 0 149 / 185 23.7s Dllist parallel
[ ] 150 0 0 150 / 185 23.9s Dllist parallel
[ ] 151 0 0 151 / 185 24.1s Dllist parallel
[ ] 152 0 0 152 / 185 24.2s Dllist parallel
[ ] 153 0 0 153 / 185 24.3s Dllist parallel
[ ] 154 0 0 154 / 185 24.5s Dllist parallel
[ ] 155 0 0 155 / 185 24.7s Dllist parallel
[ ] 156 0 0 156 / 185 24.8s Dllist parallel
[ ] 157 0 0 157 / 185 24.9s Dllist parallel
[ ] 158 0 0 158 / 185 25.1s Dllist parallel
[ ] 159 0 0 159 / 185 25.3s Dllist parallel
[ ] 160 0 0 160 / 185 25.6s Dllist parallel
[ ] 161 0 0 161 / 185 25.9s Dllist parallel
[ ] 162 0 0 162 / 185 26.1s Dllist parallel
[ ] 163 0 0 163 / 185 26.3s Dllist parallel
[ ] 164 0 0 164 / 185 26.5s Dllist parallel
[ ] 165 0 0 165 / 185 26.7s Dllist parallel
[ ] 166 0 0 166 / 185 26.9s Dllist parallel
[ ] 167 0 0 167 / 185 27.1s Dllist parallel
[ ] 168 0 0 168 / 185 27.3s Dllist parallel
[ ] 169 0 0 169 / 185 27.5s Dllist parallel
[ ] 170 0 0 170 / 185 27.6s Dllist parallel
[ ] 171 0 0 171 / 185 27.7s Dllist parallel
[ ] 172 0 0 172 / 185 27.9s Dllist parallel
[ ] 173 0 0 173 / 185 28.1s Dllist parallel
[ ] 174 0 0 174 / 185 28.4s Dllist parallel
[ ] 175 0 0 175 / 185 28.5s Dllist parallel
[ ] 176 0 0 176 / 185 28.7s Dllist parallel
[ ] 177 0 0 177 / 185 28.9s Dllist parallel
[ ] 178 0 0 178 / 185 29.0s Dllist parallel
[ ] 179 0 0 179 / 185 29.2s Dllist parallel
[ ] 180 0 0 180 / 185 29.4s Dllist parallel
[ ] 181 0 0 181 / 185 29.6s Dllist parallel
[ ] 182 0 0 182 / 185 29.7s Dllist parallel
[ ] 183 0 0 183 / 185 29.9s Dllist parallel
[ ] 184 0 0 184 / 185 30.2s Dllist parallel
[ ] 185 0 0 185 / 185 30.3s Dllist parallel
[✓] 185 0 0 185 / 185 30.3s Dllist parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./hashtbl_test_stm.exe)
random seed: 1968194913619270856
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
[ ] 2 0 0 2 / 32 0.1s Hashtbl parallel
[ ] 5 0 0 5 / 32 0.2s Hashtbl parallel
[ ] 6 0 0 6 / 32 0.4s Hashtbl parallel
[ ] 10 0 0 10 / 32 0.5s Hashtbl parallel
[ ] 13 0 0 13 / 32 0.6s Hashtbl parallel
[ ] 15 0 0 15 / 32 0.8s Hashtbl parallel
[ ] 19 0 0 19 / 32 0.9s Hashtbl parallel
[ ] 22 0 0 22 / 32 1.3s Hashtbl parallel
[ ] 24 0 0 24 / 32 1.9s Hashtbl parallel
[ ] 25 0 0 25 / 32 2.2s Hashtbl parallel
[ ] 27 0 0 27 / 32 2.5s Hashtbl parallel
[ ] 28 0 0 28 / 32 2.8s Hashtbl parallel
[ ] 30 0 0 30 / 32 3.0s Hashtbl parallel
[ ] 32 0 0 32 / 32 3.1s Hashtbl parallel
[✓] 32 0 0 32 / 32 3.1s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 3343619781921574926
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
[ ] 2 0 0 2 / 64 0.2s Hashtbl parallel
[ ] 3 0 0 3 / 64 0.3s Hashtbl parallel
[ ] 4 0 0 4 / 64 0.5s Hashtbl parallel
[ ] 6 0 0 6 / 64 0.7s Hashtbl parallel
[ ] 7 0 0 7 / 64 0.8s Hashtbl parallel
[ ] 8 0 0 8 / 64 0.9s Hashtbl parallel
[ ] 9 0 0 9 / 64 1.0s Hashtbl parallel
[ ] 10 0 0 10 / 64 1.2s Hashtbl parallel
[ ] 11 0 0 11 / 64 1.3s Hashtbl parallel
[ ] 12 0 0 12 / 64 1.4s Hashtbl parallel
[ ] 13 0 0 13 / 64 1.7s Hashtbl parallel
[ ] 14 0 0 14 / 64 1.8s Hashtbl parallel
[ ] 16 0 0 16 / 64 2.1s Hashtbl parallel
[ ] 17 0 0 17 / 64 2.5s Hashtbl parallel
[ ] 18 0 0 18 / 64 3.0s Hashtbl parallel
[ ] 19 0 0 19 / 64 3.3s Hashtbl parallel
[ ] 20 0 0 20 / 64 3.6s Hashtbl parallel
[ ] 21 0 0 21 / 64 3.7s Hashtbl parallel
[ ] 22 0 0 22 / 64 3.9s Hashtbl parallel
[ ] 23 0 0 23 / 64 4.1s Hashtbl parallel
[ ] 24 0 0 24 / 64 4.2s Hashtbl parallel
[ ] 25 0 0 25 / 64 4.3s Hashtbl parallel
[ ] 26 0 0 26 / 64 4.6s Hashtbl parallel
[ ] 28 0 0 28 / 64 4.9s Hashtbl parallel
[ ] 29 0 0 29 / 64 5.3s Hashtbl parallel
[ ] 30 0 0 30 / 64 5.4s Hashtbl parallel
[ ] 32 0 0 32 / 64 5.6s Hashtbl parallel
[ ] 33 0 0 33 / 64 5.7s Hashtbl parallel
[ ] 35 0 0 35 / 64 5.8s Hashtbl parallel
[ ] 36 0 0 36 / 64 6.0s Hashtbl parallel
[ ] 37 0 0 37 / 64 6.1s Hashtbl parallel
[ ] 38 0 0 38 / 64 6.2s Hashtbl parallel
[ ] 40 0 0 40 / 64 6.7s Hashtbl parallel
[ ] 41 0 0 41 / 64 7.1s Hashtbl parallel
[ ] 42 0 0 42 / 64 7.5s Hashtbl parallel
[ ] 43 0 0 43 / 64 7.8s Hashtbl parallel
[ ] 44 0 0 44 / 64 8.0s Hashtbl parallel
[ ] 45 0 0 45 / 64 8.1s Hashtbl parallel
[ ] 46 0 0 46 / 64 8.2s Hashtbl parallel
[ ] 47 0 0 47 / 64 8.4s Hashtbl parallel
[ ] 49 0 0 49 / 64 8.5s Hashtbl parallel
[ ] 50 0 0 50 / 64 8.6s Hashtbl parallel
[ ] 51 0 0 51 / 64 8.8s Hashtbl parallel
[ ] 52 0 0 52 / 64 9.1s Hashtbl parallel
[ ] 53 0 0 53 / 64 9.3s Hashtbl parallel
[ ] 55 0 0 55 / 64 9.5s Hashtbl parallel
[ ] 56 0 0 56 / 64 9.7s Hashtbl parallel
[ ] 57 0 0 57 / 64 9.9s Hashtbl parallel
[ ] 58 0 0 58 / 64 10.1s Hashtbl parallel
[ ] 59 0 0 59 / 64 10.2s Hashtbl parallel
[ ] 60 0 0 60 / 64 10.5s Hashtbl parallel
[ ] 61 0 0 61 / 64 10.7s Hashtbl parallel
[ ] 62 0 0 62 / 64 10.9s Hashtbl parallel
[ ] 64 0 0 64 / 64 11.2s Hashtbl parallel
[✓] 64 0 0 64 / 64 11.2s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 609970910328266709
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
[ ] 1 0 0 1 / 128 0.1s Hashtbl parallel
[ ] 3 0 0 3 / 128 0.3s Hashtbl parallel
[ ] 4 0 0 4 / 128 0.5s Hashtbl parallel
[ ] 6 0 0 6 / 128 0.7s Hashtbl parallel
[ ] 7 0 0 7 / 128 0.9s Hashtbl parallel
[ ] 8 0 0 8 / 128 1.0s Hashtbl parallel
[ ] 9 0 0 9 / 128 1.1s Hashtbl parallel
[ ] 10 0 0 10 / 128 1.2s Hashtbl parallel
[ ] 11 0 0 11 / 128 1.3s Hashtbl parallel
[ ] 12 0 0 12 / 128 1.5s Hashtbl parallel
[ ] 13 0 0 13 / 128 1.7s Hashtbl parallel
[ ] 14 0 0 14 / 128 1.8s Hashtbl parallel
[ ] 15 0 0 15 / 128 2.0s Hashtbl parallel
[ ] 17 0 0 17 / 128 2.2s Hashtbl parallel
[ ] 18 0 0 18 / 128 2.3s Hashtbl parallel
[ ] 19 0 0 19 / 128 2.4s Hashtbl parallel
[ ] 20 0 0 20 / 128 2.6s Hashtbl parallel
[ ] 22 0 0 22 / 128 2.8s Hashtbl parallel
[ ] 23 0 0 23 / 128 2.9s Hashtbl parallel
[ ] 24 0 0 24 / 128 3.1s Hashtbl parallel
[ ] 26 0 0 26 / 128 3.3s Hashtbl parallel
[ ] 27 0 0 27 / 128 3.5s Hashtbl parallel
[ ] 28 0 0 28 / 128 3.7s Hashtbl parallel
[ ] 29 0 0 29 / 128 3.9s Hashtbl parallel
[ ] 30 0 0 30 / 128 4.0s Hashtbl parallel
[ ] 31 0 0 31 / 128 4.1s Hashtbl parallel
[ ] 32 0 0 32 / 128 4.3s Hashtbl parallel
[ ] 33 0 0 33 / 128 4.4s Hashtbl parallel
[ ] 34 0 0 34 / 128 4.6s Hashtbl parallel
[ ] 35 0 0 35 / 128 4.7s Hashtbl parallel
[ ] 36 0 0 36 / 128 4.9s Hashtbl parallel
[ ] 37 0 0 37 / 128 5.1s Hashtbl parallel
[ ] 39 0 0 39 / 128 5.3s Hashtbl parallel
[ ] 40 0 0 40 / 128 5.5s Hashtbl parallel
[ ] 41 0 0 41 / 128 5.6s Hashtbl parallel
[ ] 42 0 0 42 / 128 5.7s Hashtbl parallel
[ ] 43 0 0 43 / 128 5.9s Hashtbl parallel
[ ] 44 0 0 44 / 128 6.1s Hashtbl parallel
[ ] 45 0 0 45 / 128 6.2s Hashtbl parallel
[ ] 46 0 0 46 / 128 6.3s Hashtbl parallel
[ ] 47 0 0 47 / 128 6.4s Hashtbl parallel
[ ] 49 0 0 49 / 128 6.6s Hashtbl parallel
[ ] 50 0 0 50 / 128 6.7s Hashtbl parallel
[ ] 51 0 0 51 / 128 6.9s Hashtbl parallel
[ ] 52 0 0 52 / 128 7.0s Hashtbl parallel
[ ] 53 0 0 53 / 128 7.2s Hashtbl parallel
[ ] 54 0 0 54 / 128 7.3s Hashtbl parallel
[ ] 55 0 0 55 / 128 7.4s Hashtbl parallel
[ ] 56 0 0 56 / 128 7.6s Hashtbl parallel
[ ] 57 0 0 57 / 128 7.8s Hashtbl parallel
[ ] 58 0 0 58 / 128 8.0s Hashtbl parallel
[ ] 59 0 0 59 / 128 8.3s Hashtbl parallel
[ ] 60 0 0 60 / 128 8.5s Hashtbl parallel
[ ] 61 0 0 61 / 128 8.8s Hashtbl parallel
[ ] 62 0 0 62 / 128 9.1s Hashtbl parallel
[ ] 63 0 0 63 / 128 9.5s Hashtbl parallel
[ ] 64 0 0 64 / 128 9.7s Hashtbl parallel
[ ] 65 0 0 65 / 128 9.8s Hashtbl parallel
[ ] 66 0 0 66 / 128 10.0s Hashtbl parallel
[ ] 67 0 0 67 / 128 10.1s Hashtbl parallel
[ ] 68 0 0 68 / 128 10.3s Hashtbl parallel
[ ] 69 0 0 69 / 128 10.4s Hashtbl parallel
[ ] 70 0 0 70 / 128 10.6s Hashtbl parallel
[ ] 72 0 0 72 / 128 10.8s Hashtbl parallel
[ ] 73 0 0 73 / 128 11.0s Hashtbl parallel
[ ] 74 0 0 74 / 128 11.2s Hashtbl parallel
[ ] 75 0 0 75 / 128 11.3s Hashtbl parallel
[ ] 77 0 0 77 / 128 11.7s Hashtbl parallel
[ ] 78 0 0 78 / 128 11.8s Hashtbl parallel
[ ] 79 0 0 79 / 128 12.0s Hashtbl parallel
[ ] 80 0 0 80 / 128 12.1s Hashtbl parallel
[ ] 81 0 0 81 / 128 12.2s Hashtbl parallel
[ ] 82 0 0 82 / 128 12.3s Hashtbl parallel
[ ] 83 0 0 83 / 128 12.6s Hashtbl parallel
[ ] 84 0 0 84 / 128 12.9s Hashtbl parallel
[ ] 86 0 0 86 / 128 13.1s Hashtbl parallel
[ ] 88 0 0 88 / 128 13.5s Hashtbl parallel
[ ] 89 0 0 89 / 128 13.6s Hashtbl parallel
[ ] 90 0 0 90 / 128 13.7s Hashtbl parallel
[ ] 91 0 0 91 / 128 14.0s Hashtbl parallel
[ ] 92 0 0 92 / 128 14.1s Hashtbl parallel
[ ] 93 0 0 93 / 128 14.3s Hashtbl parallel
[ ] 95 0 0 95 / 128 14.5s Hashtbl parallel
[ ] 96 0 0 96 / 128 14.7s Hashtbl parallel
[ ] 97 0 0 97 / 128 14.8s Hashtbl parallel
[ ] 98 0 0 98 / 128 14.9s Hashtbl parallel
[ ] 99 0 0 99 / 128 15.2s Hashtbl parallel
[ ] 100 0 0 100 / 128 15.7s Hashtbl parallel
[ ] 101 0 0 101 / 128 15.9s Hashtbl parallel
[ ] 102 0 0 102 / 128 16.1s Hashtbl parallel
[ ] 103 0 0 103 / 128 16.3s Hashtbl parallel
[ ] 104 0 0 104 / 128 16.4s Hashtbl parallel
[ ] 105 0 0 105 / 128 16.7s Hashtbl parallel
[ ] 106 0 0 106 / 128 16.9s Hashtbl parallel
[ ] 107 0 0 107 / 128 17.1s Hashtbl parallel
[ ] 108 0 0 108 / 128 17.4s Hashtbl parallel
[ ] 109 0 0 109 / 128 17.5s Hashtbl parallel
[ ] 110 0 0 110 / 128 17.7s Hashtbl parallel
[ ] 111 0 0 111 / 128 17.8s Hashtbl parallel
[ ] 112 0 0 112 / 128 18.0s Hashtbl parallel
[ ] 113 0 0 113 / 128 18.2s Hashtbl parallel
[ ] 114 0 0 114 / 128 18.3s Hashtbl parallel
[ ] 116 0 0 116 / 128 18.5s Hashtbl parallel
[ ] 117 0 0 117 / 128 18.6s Hashtbl parallel
[ ] 119 0 0 119 / 128 18.9s Hashtbl parallel
[ ] 120 0 0 120 / 128 19.0s Hashtbl parallel
[ ] 122 0 0 122 / 128 19.2s Hashtbl parallel
[ ] 123 0 0 123 / 128 19.3s Hashtbl parallel
[ ] 125 0 0 125 / 128 19.5s Hashtbl parallel
[ ] 126 0 0 126 / 128 19.6s Hashtbl parallel
[ ] 127 0 0 127 / 128 19.8s Hashtbl parallel
[ ] 128 0 0 128 / 128 19.9s Hashtbl parallel
[✓] 128 0 0 128 / 128 19.9s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 1061749841848100902
generated error fail pass / total time test name
[ ] 0 0 0 0 / 168 0.0s Hashtbl sequential
[✓] 168 0 0 168 / 168 0.0s Hashtbl sequential
[ ] 0 0 0 0 / 168 0.0s Hashtbl parallel
[ ] 2 0 0 2 / 168 0.2s Hashtbl parallel
[ ] 3 0 0 3 / 168 0.3s Hashtbl parallel
[ ] 4 0 0 4 / 168 0.4s Hashtbl parallel
[ ] 5 0 0 5 / 168 0.6s Hashtbl parallel
[ ] 6 0 0 6 / 168 0.8s Hashtbl parallel
[ ] 7 0 0 7 / 168 0.9s Hashtbl parallel
[ ] 8 0 0 8 / 168 1.1s Hashtbl parallel
[ ] 9 0 0 9 / 168 1.3s Hashtbl parallel
[ ] 10 0 0 10 / 168 1.4s Hashtbl parallel
[ ] 11 0 0 11 / 168 1.5s Hashtbl parallel
[ ] 12 0 0 12 / 168 1.6s Hashtbl parallel
[ ] 13 0 0 13 / 168 1.9s Hashtbl parallel
[ ] 14 0 0 14 / 168 2.1s Hashtbl parallel
[ ] 15 0 0 15 / 168 2.3s Hashtbl parallel
[ ] 16 0 0 16 / 168 2.4s Hashtbl parallel
[ ] 17 0 0 17 / 168 2.7s Hashtbl parallel
[ ] 18 0 0 18 / 168 3.0s Hashtbl parallel
[ ] 19 0 0 19 / 168 3.1s Hashtbl parallel
[ ] 20 0 0 20 / 168 3.3s Hashtbl parallel
[ ] 21 0 0 21 / 168 3.5s Hashtbl parallel
[ ] 22 0 0 22 / 168 3.7s Hashtbl parallel
[ ] 23 0 0 23 / 168 3.9s Hashtbl parallel
[ ] 24 0 0 24 / 168 4.0s Hashtbl parallel
[ ] 25 0 0 25 / 168 4.3s Hashtbl parallel
[ ] 26 0 0 26 / 168 4.5s Hashtbl parallel
[ ] 27 0 0 27 / 168 4.6s Hashtbl parallel
[ ] 28 0 0 28 / 168 4.8s Hashtbl parallel
[ ] 29 0 0 29 / 168 5.1s Hashtbl parallel
[ ] 30 0 0 30 / 168 5.3s Hashtbl parallel
[ ] 31 0 0 31 / 168 5.5s Hashtbl parallel
[ ] 32 0 0 32 / 168 5.7s Hashtbl parallel
[ ] 33 0 0 33 / 168 6.0s Hashtbl parallel
[ ] 34 0 0 34 / 168 6.3s Hashtbl parallel
[ ] 35 0 0 35 / 168 6.5s Hashtbl parallel
[ ] 36 0 0 36 / 168 6.7s Hashtbl parallel
[ ] 37 0 0 37 / 168 6.9s Hashtbl parallel
[ ] 38 0 0 38 / 168 7.0s Hashtbl parallel
[ ] 39 0 0 39 / 168 7.2s Hashtbl parallel
[ ] 40 0 0 40 / 168 7.3s Hashtbl parallel
[ ] 41 0 0 41 / 168 7.4s Hashtbl parallel
[ ] 42 0 0 42 / 168 7.6s Hashtbl parallel
[ ] 43 0 0 43 / 168 7.7s Hashtbl parallel
[ ] 45 0 0 45 / 168 7.9s Hashtbl parallel
[ ] 46 0 0 46 / 168 8.0s Hashtbl parallel
[ ] 47 0 0 47 / 168 8.2s Hashtbl parallel
[ ] 48 0 0 48 / 168 8.4s Hashtbl parallel
[ ] 49 0 0 49 / 168 8.5s Hashtbl parallel
[ ] 50 0 0 50 / 168 8.6s Hashtbl parallel
[ ] 51 0 0 51 / 168 8.7s Hashtbl parallel
[ ] 52 0 0 52 / 168 9.0s Hashtbl parallel
[ ] 53 0 0 53 / 168 9.1s Hashtbl parallel
[ ] 54 0 0 54 / 168 9.3s Hashtbl parallel
[ ] 55 0 0 55 / 168 9.4s Hashtbl parallel
[ ] 56 0 0 56 / 168 9.6s Hashtbl parallel
[ ] 57 0 0 57 / 168 9.7s Hashtbl parallel
[ ] 58 0 0 58 / 168 9.9s Hashtbl parallel
[ ] 59 0 0 59 / 168 10.1s Hashtbl parallel
[ ] 60 0 0 60 / 168 10.2s Hashtbl parallel
[ ] 61 0 0 61 / 168 10.4s Hashtbl parallel
[ ] 62 0 0 62 / 168 10.5s Hashtbl parallel
[ ] 63 0 0 63 / 168 10.7s Hashtbl parallel
[ ] 64 0 0 64 / 168 10.8s Hashtbl parallel
[ ] 65 0 0 65 / 168 10.9s Hashtbl parallel
[ ] 66 0 0 66 / 168 11.1s Hashtbl parallel
[ ] 67 0 0 67 / 168 11.5s Hashtbl parallel
[ ] 68 0 0 68 / 168 11.6s Hashtbl parallel
[ ] 69 0 0 69 / 168 11.8s Hashtbl parallel
[ ] 71 0 0 71 / 168 12.0s Hashtbl parallel
[ ] 72 0 0 72 / 168 12.2s Hashtbl parallel
[ ] 74 0 0 74 / 168 12.4s Hashtbl parallel
[ ] 76 0 0 76 / 168 12.6s Hashtbl parallel
[ ] 78 0 0 78 / 168 12.9s Hashtbl parallel
[ ] 79 0 0 79 / 168 13.1s Hashtbl parallel
[ ] 80 0 0 80 / 168 13.3s Hashtbl parallel
[ ] 82 0 0 82 / 168 13.5s Hashtbl parallel
[ ] 83 0 0 83 / 168 13.6s Hashtbl parallel
[ ] 84 0 0 84 / 168 13.7s Hashtbl parallel
[ ] 85 0 0 85 / 168 13.9s Hashtbl parallel
[ ] 86 0 0 86 / 168 14.1s Hashtbl parallel
[ ] 87 0 0 87 / 168 14.3s Hashtbl parallel
[ ] 88 0 0 88 / 168 14.5s Hashtbl parallel
[ ] 89 0 0 89 / 168 14.7s Hashtbl parallel
[ ] 90 0 0 90 / 168 14.9s Hashtbl parallel
[ ] 91 0 0 91 / 168 15.2s Hashtbl parallel
[ ] 92 0 0 92 / 168 15.4s Hashtbl parallel
[ ] 93 0 0 93 / 168 15.5s Hashtbl parallel
[ ] 94 0 0 94 / 168 15.6s Hashtbl parallel
[ ] 95 0 0 95 / 168 15.9s Hashtbl parallel
[ ] 96 0 0 96 / 168 16.2s Hashtbl parallel
[ ] 97 0 0 97 / 168 16.5s Hashtbl parallel
[ ] 98 0 0 98 / 168 16.7s Hashtbl parallel
[ ] 99 0 0 99 / 168 16.9s Hashtbl parallel
[ ] 100 0 0 100 / 168 17.1s Hashtbl parallel
[ ] 101 0 0 101 / 168 17.3s Hashtbl parallel
[ ] 102 0 0 102 / 168 17.5s Hashtbl parallel
[ ] 103 0 0 103 / 168 17.8s Hashtbl parallel
[ ] 104 0 0 104 / 168 18.0s Hashtbl parallel
[ ] 105 0 0 105 / 168 18.2s Hashtbl parallel
[ ] 106 0 0 106 / 168 18.5s Hashtbl parallel
[ ] 107 0 0 107 / 168 18.7s Hashtbl parallel
[ ] 108 0 0 108 / 168 18.9s Hashtbl parallel
[ ] 109 0 0 109 / 168 19.2s Hashtbl parallel
[ ] 110 0 0 110 / 168 19.5s Hashtbl parallel
[ ] 111 0 0 111 / 168 19.7s Hashtbl parallel
[ ] 112 0 0 112 / 168 20.1s Hashtbl parallel
[ ] 113 0 0 113 / 168 20.3s Hashtbl parallel
[ ] 114 0 0 114 / 168 20.5s Hashtbl parallel
[ ] 115 00 115 / 168 20.7s Hashtbl parallel
[ ] 116 0 0 116 / 168 20.9s Hashtbl parallel
[ ] 117 0 0 117 / 168 21.0s Hashtbl parallel
[ ] 118 0 0 118 / 168 21.2s Hashtbl parallel
[ ] 119 0 0 119 / 168 21.4s Hashtbl parallel
[ ] 120 0 0 120 / 168 21.5s Hashtbl parallel
[ ] 121 0 0 121 / 168 21.7s Hashtbl parallel
[ ] 122 0 0 122 / 168 22.0s Hashtbl parallel
[ ] 123 0 0 123 / 168 22.1s Hashtbl parallel
[ ] 124 0 0 124 / 168 22.2s Hashtbl parallel
[ ] 125 0 0 125 / 168 22.4s Hashtbl parallel
[ ] 126 0 0 126 / 168 22.5s Hashtbl parallel
[ ] 127 0 0 127 / 168 22.7s Hashtbl parallel
[ ] 128 0 0 128 / 168 22.9s Hashtbl parallel
[ ] 129 0 0 129 / 168 23.1s Hashtbl parallel
[ ] 130 0 0 130 / 168 23.3s Hashtbl parallel
[ ] 131 0 0 131 / 168 23.4s Hashtbl parallel
[ ] 132 0 0 132 / 168 23.6s Hashtbl parallel
[ ] 133 0 0 133 / 168 23.7s Hashtbl parallel
[ ] 134 0 0 134 / 168 23.8s Hashtbl parallel
[ ] 135 0 0 135 / 168 24.0s Hashtbl parallel
[ ] 136 0 0 136 / 168 24.1s Hashtbl parallel
[ ] 137 0 0 137 / 168 24.2s Hashtbl parallel
[ ] 138 0 0 138 / 168 24.4s Hashtbl parallel
[ ] 139 0 0 139 / 168 24.6s Hashtbl parallel
[ ] 140 0 0 140 / 168 24.7s Hashtbl parallel
[ ] 141 0 0 141 / 168 24.9s Hashtbl parallel
[ ] 142 0 0 142 / 168 25.0s Hashtbl parallel
[ ] 143 0 0 143 / 168 25.1s Hashtbl parallel
[ ] 144 0 0 144 / 168 25.3s Hashtbl parallel
[ ] 145 0 0 145 / 168 25.4s Hashtbl parallel
[ ] 146 0 0 146 / 168 25.5s Hashtbl parallel
[ ] 147 0 0 147 / 168 25.7s Hashtbl parallel
[ ] 148 0 0 148 / 168 25.9s Hashtbl parallel
[ ] 149 0 0 149 / 168 26.0s Hashtbl parallel
[ ] 150 0 0 150 / 168 26.2s Hashtbl parallel
[ ] 151 0 0 151 / 168 26.4s Hashtbl parallel
[ ] 152 0 0 152 / 168 26.5s Hashtbl parallel
[ ] 153 0 0 153 / 168 26.7s Hashtbl parallel
[ ] 154 0 0 154 / 168 26.8s Hashtbl parallel
[ ] 155 0 0 155 / 168 27.0s Hashtbl parallel
[ ] 156 0 0 156 / 168 27.2s Hashtbl parallel
[ ] 157 0 0 157 / 168 27.3s Hashtbl parallel
[ ] 158 0 0 158 / 168 27.5s Hashtbl parallel
[ ] 159 0 0 159 / 168 27.7s Hashtbl parallel
[ ] 160 0 0 160 / 168 27.8s Hashtbl parallel
[ ] 161 0 0 161 / 168 28.0s Hashtbl parallel
[ ] 162 0 0 162 / 168 28.1s Hashtbl parallel
[ ] 163 0 0 163 / 168 28.3s Hashtbl parallel
[ ] 164 0 0 164 / 168 28.6s Hashtbl parallel
[ ] 165 0 0 165 / 168 28.7s Hashtbl parallel
[ ] 166 0 0 166 / 168 28.9s Hashtbl parallel
[ ] 167 0 0 167 / 168 29.1s Hashtbl parallel
[ ] 168 0 0 168 / 168 29.2s Hashtbl parallel
[✓] 168 0 0 168 / 168 29.2s Hashtbl parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./accumulator_test_stm.exe)
random seed: 251477975880055732
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
[ ] 3 0 0 3 / 32 0.1s Accumulator parallel
[ ] 5 0 0 5 / 32 0.2s Accumulator parallel
[ ] 6 0 0 6 / 32 0.4s Accumulator parallel
[ ] 9 0 0 9 / 32 0.5s Accumulator parallel
[ ] 13 0 0 13 / 32 0.7s Accumulator parallel
[ ] 17 0 0 17 / 32 0.8s Accumulator parallel
[ ] 19 0 0 19 / 32 1.0s Accumulator parallel
[ ] 21 0 0 21 / 32 1.1s Accumulator parallel
[ ] 23 0 0 23 / 32 1.4s Accumulator parallel
[ ] 24 0 0 24 / 32 1.9s Accumulator parallel
[ ] 26 0 0 26 / 32 2.1s Accumulator parallel
[ ] 28 0 0 28 / 32 2.4s Accumulator parallel
[ ] 29 0 0 29 / 32 2.6s Accumulator parallel
[ ] 30 0 0 30 / 32 2.7s Accumulator parallel
[ ] 31 0 0 31 / 32 2.9s Accumulator parallel
[ ] 32 0 0 32 / 32 3.1s Accumulator parallel
[✓] 32 0 0 32 / 32 3.1s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 2368709729068267762
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
[ ] 2 0 0 2 / 64 0.2s Accumulator parallel
[ ] 3 0 0 3 / 64 0.4s Accumulator parallel
[ ] 5 0 0 5 / 64 0.6s Accumulator parallel
[ ] 6 0 0 6 / 64 0.7s Accumulator parallel
[ ] 7 0 0 7 / 64 0.8s Accumulator parallel
[ ] 8 0 0 8 / 64 0.9s Accumulator parallel
[ ] 10 0 0 10 / 64 1.1s Accumulator parallel
[ ] 12 0 0 12 / 64 1.4s Accumulator parallel
[ ] 13 0 0 13 / 64 1.8s Accumulator parallel
[ ] 14 0 0 14 / 64 2.3s Accumulator parallel
[ ] 15 0 0 15 / 64 2.7s Accumulator parallel
[ ] 16 0 0 16 / 64 2.9s Accumulator parallel
[ ] 17 0 0 17 / 64 3.2s Accumulator parallel
[ ] 18 0 0 18 / 64 3.6s Accumulator parallel
[ ] 19 0 0 19 / 64 3.8s Accumulator parallel
[ ] 20 0 0 20 / 64 3.9s Accumulator parallel
[ ] 22 0 0 22 / 64 4.1s Accumulator parallel
[ ] 23 0 0 23 / 64 4.2s Accumulator parallel
[ ] 24 0 0 24 / 64 4.4s Accumulator parallel
[ ] 25 0 0 25 / 64 4.6s Accumulator parallel
[ ] 27 0 0 27 / 64 4.7s Accumulator parallel
[ ] 28 0 0 28 / 64 5.1s Accumulator parallel
[ ] 29 0 0 29 / 64 5.2s Accumulator parallel
[ ] 31 0 0 31 / 64 5.4s Accumulator parallel
[ ] 32 0 0 32 / 64 5.5s Accumulator parallel
[ ] 33 0 0 33 / 64 5.6s Accumulator parallel
[ ] 35 0 0 35 / 64 5.9s Accumulator parallel
[ ] 36 0 0 36 / 64 6.0s Accumulator parallel
[ ] 37 0 0 37 / 64 6.1s Accumulator parallel
[ ] 39 0 0 39 / 64 6.3s Accumulator parallel
[ ] 41 0 0 41 / 64 6.5s Accumulator parallel
[ ] 42 0 0 42 / 64 6.8s Accumulator parallel
[ ] 43 0 0 43 / 64 7.0s Accumulator parallel
[ ] 44 0 0 44 / 64 7.1s Accumulator parallel
[ ] 45 0 0 45 / 64 7.3s Accumulator parallel
[ ] 46 0 0 46 / 64 7.4s Accumulator parallel
[ ] 47 0 0 47 / 64 7.6s Accumulator parallel
[ ] 48 0 0 48 / 64 7.7s Accumulator parallel
[ ] 49 0 0 49 / 64 7.9s Accumulator parallel
[ ] 50 0 0 50 / 64 8.0s Accumulator parallel
[ ] 51 0 0 51 / 64 8.1s Accumulator parallel
[ ] 52 0 0 52 / 64 8.3s Accumulator parallel
[ ] 53 0 0 53 / 64 8.7s Accumulator parallel
[ ] 54 0 0 54 / 64 8.8s Accumulator parallel
[ ] 55 0 0 55 / 64 9.3s Accumulator parallel
[ ] 56 0 0 56 / 64 9.5s Accumulator parallel
[ ] 57 0 0 57 / 64 9.7s Accumulator parallel
[ ] 58 0 0 58 / 64 9.9s Accumulator parallel
[ ] 60 0 0 60 / 64 10.0s Accumulator parallel
[ ] 61 0 0 61 / 64 10.2s Accumulator parallel
[ ] 62 0 0 62 / 64 10.3s Accumulator parallel
[ ] 63 0 0 63 / 64 10.4s Accumulator parallel
[ ] 64 0 0 64 / 64 10.6s Accumulator parallel
[✓] 64 0 0 64 / 64 10.6s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 1815167885885831241
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
[ ] 1 0 0 1 / 128 0.1s Accumulator parallel
[ ] 3 0 0 3 / 128 0.4s Accumulator parallel
[ ] 5 0 0 5 / 128 0.6s Accumulator parallel
[ ] 6 0 0 6 / 128 0.7s Accumulator parallel
[ ] 7 0 0 7 / 128 0.8s Accumulator parallel
[ ] 8 0 0 8 / 128 1.0s Accumulator parallel
[ ] 10 0 0 10 / 128 1.2s Accumulator parallel
[ ] 12 0 0 12 / 128 1.3s Accumulator parallel
[ ] 13 0 0 13 / 128 1.4s Accumulator parallel
[ ] 14 0 0 14 / 128 1.6s Accumulator parallel
[ ] 15 0 0 15 / 128 1.7s Accumulator parallel
[ ] 17 0 0 17 / 128 1.9s Accumulator parallel
[ ] 18 0 0 18 / 128 2.0s Accumulator parallel
[ ] 19 0 0 19 / 128 2.2s Accumulator parallel
[ ] 21 0 0 21 / 128 2.3s Accumulator parallel
[ ] 22 0 0 22 / 128 2.4s Accumulator parallel
[ ] 24 0 0 24 / 128 2.6s Accumulator parallel
[ ] 26 0 0 26 / 128 2.8s Accumulator parallel
[ ] 28 0 0 28 / 128 3.0s Accumulator parallel
[ ] 30 0 0 30 / 128 3.2s Accumulator parallel
[ ] 32 0 0 32 / 128 3.4s Accumulator parallel
[ ] 33 0 0 33 / 128 3.6s Accumulator parallel
[ ] 34 0 0 34 / 128 3.7s Accumulator parallel
[ ] 35 0 0 35 / 128 3.8s Accumulator parallel
[ ] 37 0 0 37 / 128 4.3s Accumulator parallel
[ ] 38 0 0 38 / 128 4.6s Accumulator parallel
[ ] 40 0 0 40 / 128 4.8s Accumulator parallel
[ ] 41 0 0 41 / 128 4.9s Accumulator parallel
[ ] 43 0 0 43 / 128 5.1s Accumulator parallel
[ ] 45 0 0 45 / 128 5.2s Accumulator parallel
[ ] 46 0 0 46 / 128 5.4s Accumulator parallel
[ ] 47 0 0 47 / 128 5.6s Accumulator parallel
[ ] 48 0 0 48 / 128 5.8s Accumulator parallel
[ ] 49 0 0 49 / 128 6.0s Accumulator parallel
[ ] 50 0 0 50 / 128 6.1s Accumulator parallel
[ ] 51 0 0 51 / 128 6.2s Accumulator parallel
[ ] 52 0 0 52 / 128 6.4s Accumulator parallel
[ ] 53 0 0 53 / 128 6.5s Accumulator parallel
[ ] 54 0 0 54 / 128 6.7s Accumulator parallel
[ ] 55 0 0 55 / 128 6.8s Accumulator parallel
[ ] 56 0 0 56 / 128 6.9s Accumulator parallel
[ ] 57 0 0 57 / 128 7.0s Accumulator parallel
[ ] 58 0 0 58 / 128 7.2s Accumulator parallel
[ ] 59 0 0 59 / 128 7.3s Accumulator parallel
[ ] 60 0 0 60 / 128 7.4s Accumulator parallel
[ ] 61 0 0 61 / 128 7.5s Accumulator parallel
[ ] 63 0 0 63 / 128 7.7s Accumulator parallel
[ ] 65 0 0 65 / 128 7.9s Accumulator parallel
[ ] 66 0 0 66 / 128 8.0s Accumulator parallel
[ ] 67 0 0 67 / 128 8.1s Accumulator parallel
[ ] 68 0 0 68 / 128 8.2s Accumulator parallel
[ ] 69 0 0 69 / 128 8.4s Accumulator parallel
[ ] 70 0 0 70 / 128 8.6s Accumulator parallel
[ ] 72 0 0 72 / 128 8.7s Accumulator parallel
[ ] 74 0 0 74 / 128 8.8s Accumulator parallel
[ ] 75 0 0 75 / 128 9.0s Accumulator parallel
[ ] 76 0 0 76 / 128 9.3s Accumulator parallel
[ ] 78 0 0 78 / 128 9.5s Accumulator parallel
[ ] 79 0 0 79 / 128 9.7s Accumulator parallel
[ ] 80 0 0 80 / 128 9.9s Accumulator parallel
[ ] 81 0 0 81 / 128 10.1s Accumulator parallel
[ ] 82 0 0 82 / 128 10.2s Accumulator parallel
[ ] 83 0 0 83 / 128 10.6s Accumulator parallel
[ ] 84 0 0 84 / 128 11.0s Accumulator parallel
[ ] 85 0 0 85 / 128 11.3s Accumulator parallel
[ ] 86 0 0 86 / 128 11.6s Accumulator parallel
[ ] 87 0 0 87 / 128 11.7s Accumulator parallel
[ ] 88 0 0 88 / 128 11.9s Accumulator parallel
[ ] 89 0 0 89 / 128 12.1s Accumulator parallel
[ ] 90 0 0 90 / 128 12.3s Accumulator parallel
[ ] 91 0 0 91 / 128 12.6s Accumulator parallel
[ ] 92 0 0 92 / 128 12.8s Accumulator parallel
[ ] 93 0 0 93 / 128 13.1s Accumulator parallel
[ ] 94 0 0 94 / 128 13.3s Accumulator parallel
[ ] 95 0 0 95 / 128 13.5s Accumulator parallel
[ ] 96 0 0 96 / 128 13.8s Accumulator parallel
[ ] 97 0 0 97 / 128 14.0s Accumulator parallel
[ ] 98 0 0 98 / 128 14.1s Accumulator parallel
[ ] 99 0 0 99 / 128 14.3s Accumulator parallel
[ ] 100 0 0 100 / 128 14.5s Accumulator parallel
[ ] 101 0 0 101 / 128 14.8s Accumulator parallel
[ ] 102 0 0 102 / 128 15.3s Accumulator parallel
[ ] 103 0 0 103 / 128 15.7s Accumulator parallel
[ ] 104 0 0 104 / 128 16.3s Accumulator parallel
[ ] 105 0 0 105 / 128 16.8s Accumulator parallel
[ ] 106 0 0 106 / 128 17.3s Accumulator parallel
[ ] 107 0 0 107 / 128 17.7s Accumulator parallel
[ ] 108 0 0 108 / 128 18.1s Accumulator parallel
[ ] 109 0 0 109 / 128 18.5s Accumulator parallel
[ ] 110 0 0 110 / 128 18.9s Accumulator parallel
[ ] 111 0 0 111 / 128 19.2s Accumulator parallel
[ ] 112 0 0 112 / 128 19.5s Accumulator parallel
[ ] 113 0 0 113 / 128 19.9s Accumulator parallel
[ ] 114 0 0 114 / 128 20.4s Accumulator parallel
[ ] 115 0 0 115 / 128 20.8s Accumulator parallel
[ ] 116 0 0 116 / 128 21.1s Accumulator parallel
[ ] 117 0 0 117 / 128 21.4s Accumulator parallel
[ ] 118 0 0 118 / 128 21.6s Accumulator parallel
[ ] 119 0 0 119 / 128 21.8s Accumulator parallel
[ ] 120 0 0 120 / 128 22.1s Accumulator parallel
[ ] 121 0 0 121 / 128 22.3s Accumulator parallel
[ ] 122 0 0 122 / 128 22.5s Accumulator parallel
[ ] 123 0 0 123 / 128 22.7s Accumulator parallel
[ ] 124 0 0 124 / 128 22.9s Accumulator parallel
[ ] 125 0 0 125 / 128 23.1s Accumulator parallel
[ ] 127 0 0 127 / 128 23.4s Accumulator parallel
[ ] 128 0 0 128 / 128 23.6s Accumulator parallel
[✓] 128 0 0 128 / 128 23.6s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 2909595990607311568
generated error fail pass / total time test name
[ ] 0 0 0 0 / 137 0.0s Accumulator sequential
[✓] 137 0 0 137 / 137 0.0s Accumulator sequential
[ ] 0 0 0 0 / 137 0.0s Accumulator parallel
[ ] 1 0 0 1 / 137 0.2s Accumulator parallel
[ ] 2 0 0 2 / 137 0.4s Accumulator parallel
[ ] 3 0 0 3 / 137 0.6s Accumulator parallel
[ ] 4 0 0 4 / 137 0.8s Accumulator parallel
[ ] 5 0 0 5 / 137 1.0s Accumulator parallel
[ ] 6 0 0 6 / 137 1.2s Accumulator parallel
[ ] 7 0 0 7 / 137 1.4s Accumulator parallel
[ ] 8 0 0 8 / 137 1.6s Accumulator parallel
[ ] 9 0 0 9 / 137 1.8s Accumulator parallel
[ ] 10 0 0 10 / 137 2.0s Accumulator parallel
[ ] 11 0 0 11 / 137 2.2s Accumulator parallel
[ ] 12 0 0 12 / 137 2.4s Accumulator parallel
[ ] 13 0 0 13 / 137 2.6s Accumulator parallel
[ ] 14 0 0 14 / 137 2.8s Accumulator parallel
[ ] 15 0 0 15 / 137 3.0s Accumulator parallel
[ ] 16 0 0 16 / 137 3.2s Accumulator parallel
[ ] 17 0 0 17 / 137 3.5s Accumulator parallel
[ ] 18 0 0 18 / 137 3.7s Accumulator parallel
[ ] 19 0 0 19 / 137 3.9s Accumulator parallel
[ ] 20 0 0 20 / 137 4.2s Accumulator parallel
[ ] 21 0 0 21 / 137 4.4s Accumulator parallel
[ ] 22 0 0 22 / 137 4.7s Accumulator parallel
[ ] 23 0 0 23 / 137 5.0s Accumulator parallel
[ ] 24 0 0 24 / 137 5.2s Accumulator parallel
[ ] 25 0 0 25 / 137 5.5s Accumulator parallel
[ ] 26 0 0 26 / 137 5.8s Accumulator parallel
[ ] 27 0 0 27 / 137 6.1s Accumulator parallel
[ ] 28 0 0 28 / 137 6.3s Accumulator parallel
[ ] 29 0 0 29 / 137 6.6s Accumulator parallel
[ ] 30 0 0 30 / 137 6.9s Accumulator parallel
[ ] 31 0 0 31 / 137 7.1s Accumulator parallel
[ ] 32 0 0 32 / 137 7.3s Accumulator parallel
[ ] 33 0 0 33 / 137 7.6s Accumulator parallel
[ ] 34 0 0 34 / 137 7.8s Accumulator parallel
[ ] 35 0 0 35 / 137 8.1s Accumulator parallel
[ ] 36 0 0 36 / 137 8.4s Accumulator parallel
[ ] 37 0 0 37 / 137 8.7s Accumulator parallel
[ ] 38 0 0 38 / 137 9.1s Accumulator parallel
[ ] 39 0 0 39 / 137 9.3s Accumulator parallel
[ ] 40 0 0 40 / 137 9.7s Accumulator parallel
[ ] 41 0 0 41 / 137 10.0s Accumulator parallel
[ ] 42 0 0 42 / 137 10.3s Accumulator parallel
[ ] 43 0 0 43 / 137 10.6s Accumulator parallel
[ ] 44 0 0 44 / 137 11.0s Accumulator parallel
[ ] 45 0 0 45 / 137 11.2s Accumulator parallel
[ ] 46 0 0 46 / 137 11.4s Accumulator parallel
[ ] 47 0 0 47 / 137 11.6s Accumulator parallel
[ ] 48 0 0 48 / 137 11.8s Accumulator parallel
[ ] 49 0 0 49 / 137 12.0s Accumulator parallel
[ ] 50 0 0 50 / 137 12.2s Accumulator parallel
[ ] 51 0 0 51 / 137 12.5s Accumulator parallel
[ ] 52 0 0 52 / 137 12.6s Accumulator parallel
[ ] 53 0 0 53 / 137 12.8s Accumulator parallel
[ ] 54 0 0 54 / 137 13.0s Accumulator parallel
[ ] 55 0 0 55 / 137 13.1s Accumulator parallel
[ ] 56 0 0 56 / 137 13.2s Accumulator parallel
[ ] 57 0 0 57 / 137 13.4s Accumulator parallel
[ ] 58 0 0 58 / 137 13.6s Accumulator parallel
[ ] 59 0 0 59 / 137 13.8s Accumulator parallel
[ ] 60 0 0 60 / 137 14.0s Accumulator parallel
[ ] 61 0 0 61 / 137 14.1s Accumulator parallel
[ ] 62 0 0 62 / 137 14.3s Accumulator parallel
[ ] 63 0 0 63 / 137 14.5s Accumulator parallel
[ ] 64 0 0 64 / 137 14.8s Accumulator parallel
[ ] 65 0 0 65 / 137 15.0s Accumulator parallel
[ ] 66 0 0 66 / 137 15.2s Accumulator parallel
[ ] 67 0 0 67 / 137 15.4s Accumulator parallel
[ ] 68 0 0 68 / 137 15.6s Accumulator parallel
[ ] 69 0 0 69 / 137 15.8s Accumulator parallel
[ ] 70 0 0 70 / 137 16.2s Accumulator parallel
[ ] 71 0 0 71 / 137 16.6s Accumulator parallel
[ ] 72 0 0 72 / 137 16.8s Accumulator parallel
[ ] 73 0 0 73 / 137 17.1s Accumulator parallel
[ ] 74 0 0 74 / 137 17.2s Accumulator parallel
[ ] 75 0 0 75 / 137 17.4s Accumulator parallel
[ ] 76 0 0 76 / 137 17.7s Accumulator parallel
[ ] 77 0 0 77 / 137 18.1s Accumulator parallel
[ ] 78 0 0 78 / 137 18.6s Accumulator parallel
[ ] 79 0 0 79 / 137 18.9s Accumulator parallel
[ ] 80 0 0 80 / 137 19.3s Accumulator parallel
[ ] 81 0 0 81 / 137 19.6s Accumulator parallel
[ ] 82 0 0 82 / 137 19.9s Accumulator parallel
[ ] 83 0 0 83 / 137 20.2s Accumulator parallel
[ ] 84 0 0 84 / 137 20.4s Accumulator parallel
[ ] 85 0 0 85 / 137 20.7s Accumulator parallel
[ ] 86 0 0 86 / 137 20.9s Accumulator parallel
[ ] 87 0 0 87 / 137 21.2s Accumulator parallel
[ ] 88 0 0 88 / 137 21.4s Accumulator parallel
[ ] 89 0 0 89 / 137 21.7s Accumulator parallel
[ ] 90 0 0 90 / 137 21.9s Accumulator parallel
[ ] 91 0 0 91 / 137 22.2s Accumulator parallel
[ ] 92 0 0 92 / 137 22.3s Accumulator parallel
[ ] 93 0 0 93 / 137 22.5s Accumulator parallel
[ ] 94 0 0 94 / 137 22.7s Accumulator parallel
[ ] 95 0 0 95 / 137 23.0s Accumulator parallel
[ ] 96 0 0 96 / 137 23.3s Accumulator parallel
[ ] 97 0 0 97 / 137 23.5s Accumulator parallel
[ ] 98 0 0 98 / 137 23.7s Accumulator parallel
[ ] 99 0 0 99 / 137 23.9s Accumulator parallel
[ ] 100 0 0 100 / 137 24.1s Accumulator parallel
[ ] 101 0 0 101 / 137 24.3s Accumulator parallel
[ ] 102 0 0 102 / 137 24.5s Accumulator parallel
[ ] 103 0 0 103 / 137 24.6s Accumulator parallel
[ ] 104 0 0 104 / 137 24.8s Accumulator parallel
[ ] 105 0 0 105 / 137 25.0s Accumulator parallel
[ ] 106 0 0 106 / 137 25.2s Accumulator parallel
[ ] 107 0 0 107 / 137 25.4s Accumulator parallel
[ ] 108 0 0 108 / 137 25.6s Accumulator parallel
[ ] 109 0 0 109 / 137 25.8s Accumulator parallel
[ ] 110 0 0 110 / 137 26.0s Accumulator parallel
[ ] 111 0 0 111 / 137 26.1s Accumulator parallel
[ ] 112 0 0 112 / 137 26.3s Accumulator parallel
[ ] 113 0 0 113 / 137 26.5s Accumulator parallel
[ ] 114 0 0 114 / 137 26.7s Accumulator parallel
[ ] 115 0 0 115 / 137 26.8s Accumulator parallel
[ ] 116 0 0 116 / 137 26.9s Accumulator parallel
[ ] 117 0 0 117 / 137 27.0s Accumulator parallel
[ ] 118 0 0 118 / 137 27.2s Accumulator parallel
[ ] 119 0 0 119 / 137 27.3s Accumulator parallel
[ ] 120 0 0 120 / 137 27.4s Accumulator parallel
[ ] 121 0 0 121 / 137 27.5s Accumulator parallel
[ ] 122 0 0 122 / 137 27.7s Accumulator parallel
[ ] 123 0 0 123 / 137 27.8s Accumulator parallel
[ ] 124 0 0 124 / 137 28.0s Accumulator parallel
[ ] 125 0 0 125 / 137 28.1s Accumulator parallel
[ ] 126 0 0 126 / 137 28.2s Accumulator parallel
[ ] 127 0 0 127 / 137 28.4s Accumulator parallel
[ ] 129 0 0 129 / 137 28.6s Accumulator parallel
[ ] 130 0 0 130 / 137 28.8s Accumulator parallel
[ ] 131 0 0 131 / 137 29.0s Accumulator parallel
[ ] 132 0 0 132 / 137 29.2s Accumulator parallel
[ ] 134 0 0 134 / 137 29.4s Accumulator parallel
[ ] 136 0 0 136 / 137 29.6s Accumulator parallel
[ ] 137 0 0 137 / 137 29.7s Accumulator parallel
[✓] 137 0 0 137 / 137 29.7s Accumulator parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./queue_test_stm.exe)
random seed: 1256127035536760237
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 0.2s Queue parallel
[ ] 8 0 0 8 / 32 0.4s Queue parallel
[ ] 12 0 0 12 / 32 0.5s Queue parallel
[ ] 16 0 0 16 / 32 0.7s Queue parallel
[ ] 19 0 0 19 / 32 0.8s Queue parallel
[ ] 22 0 0 22 / 32 0.9s Queue parallel
[ ] 24 0 0 24 / 32 1.0s Queue parallel
[ ] 28 0 0 28 / 32 1.2s Queue parallel
[ ] 29 0 0 29 / 32 1.4s Queue parallel
[ ] 30 0 0 30 / 32 1.5s Queue parallel
[ ] 31 0 0 31 / 32 1.8s Queue parallel
[ ] 32 0 0 32 / 32 2.1s Queue parallel
[✓] 32 0 0 32 / 32 2.1s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 1444996487510090972
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 0.2s Queue parallel
[ ] 3 0 0 3 / 64 0.5s Queue parallel
[ ] 4 0 0 4 / 64 0.6s Queue parallel
[ ] 5 0 0 5 / 64 0.8s Queue parallel
[ ] 8 0 0 8 / 64 1.0s Queue parallel
[ ] 10 0 0 10 / 64 1.1s Queue parallel
[ ] 11 0 0 11 / 64 1.2s Queue parallel
[ ] 13 0 0 13 / 64 1.4s Queue parallel
[ ] 15 0 0 15 / 64 1.6s Queue parallel
[ ] 17 0 0 17 / 64 1.8s Queue parallel
[ ] 18 0 0 18 / 64 1.9s Queue parallel
[ ] 20 0 0 20 / 64 2.1s Queue parallel
[ ] 21 0 0 21 / 64 2.3s Queue parallel
[ ] 22 0 0 22 / 64 2.4s Queue parallel
[ ] 23 0 0 23 / 64 2.6s Queue parallel
[ ] 24 0 0 24 / 64 2.8s Queue parallel
[ ] 25 0 0 25 / 64 2.9s Queue parallel
[ ] 26 0 0 26 / 64 3.2s Queue parallel
[ ] 27 0 0 27 / 64 3.5s Queue parallel
[ ] 28 0 0 28 / 64 3.7s Queue parallel
[ ] 29 0 0 29 / 64 3.9s Queue parallel
[ ] 30 0 0 30 / 64 4.1s Queue parallel
[ ] 31 0 0 31 / 64 4.5s Queue parallel
[ ] 32 0 0 32 / 64 4.6s Queue parallel
[ ] 33 0 0 33 / 64 4.8s Queue parallel
[ ] 34 0 0 34 / 64 4.9s Queue parallel
[ ] 35 0 0 35 / 64 5.1s Queue parallel
[ ] 36 0 0 36 / 64 5.3s Queue parallel
[ ] 37 0 0 37 / 64 5.5s Queue parallel
[ ] 38 0 0 38 / 64 5.6s Queue parallel
[ ] 40 0 0 40 / 64 5.7s Queue parallel
[ ] 42 0 0 42 / 64 6.0s Queue parallel
[ ] 44 0 0 44 / 64 6.2s Queue parallel
[ ] 46 0 0 46 / 64 6.4s Queue parallel
[ ] 48 0 0 48 / 64 6.7s Queue parallel
[ ] 50 0 0 50 / 64 7.0s Queue parallel
[ ] 52 0 0 52 / 64 7.1s Queue parallel
[ ] 53 0 0 53 / 64 7.3s Queue parallel
[ ] 54 0 0 54 / 64 7.4s Queue parallel
[ ] 55 0 0 55 / 64 7.7s Queue parallel
[ ] 56 0 0 56 / 64 8.0s Queue parallel
[ ] 57 0 0 57 / 64 8.3s Queue parallel
[ ] 58 0 0 58 / 64 8.5s Queue parallel
[ ] 59 0 0 59 / 64 8.8s Queue parallel
[ ] 60 0 0 60 / 64 9.0s Queue parallel
[ ] 61 0 0 61 / 64 9.1s Queue parallel
[ ] 62 0 0 62 / 64 9.3s Queue parallel
[ ] 63 0 0 63 / 64 9.5s Queue parallel
[ ] 64 0 0 64 / 64 9.6s Queue parallel
[✓] 64 0 0 64 / 64 9.6s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 3304719751884565749
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 0.3s Queue parallel
[ ] 2 0 0 2 / 128 0.5s Queue parallel
[ ] 3 0 0 3 / 128 0.6s Queue parallel
[ ] 4 0 0 4 / 128 0.8s Queue parallel
[ ] 5 0 0 5 / 128 1.0s Queue parallel
[ ] 6 0 0 6 / 128 1.1s Queue parallel
[ ] 7 0 0 7 / 128 1.2s Queue parallel
[ ] 8 0 0 8 / 128 1.4s Queue parallel
[ ] 10 0 0 10 / 128 1.6s Queue parallel
[ ] 12 0 0 12 / 128 1.8s Queue parallel
[ ] 13 0 0 13 / 128 2.0s Queue parallel
[ ] 14 0 0 14 / 128 2.1s Queue parallel
[ ] 15 0 0 15 / 128 2.3s Queue parallel
[ ] 16 0 0 16 / 128 2.6s Queue parallel
[ ] 17 0 0 17 / 128 2.7s Queue parallel
[ ] 18 0 0 18 / 128 2.9s Queue parallel
[ ] 20 0 0 20 / 128 3.1s Queue parallel
[ ] 21 0 0 21 / 128 3.3s Queue parallel
[ ] 22 0 0 22 / 128 3.4s Queue parallel
[ ] 24 0 0 24 / 128 3.6s Queue parallel
[ ] 26 0 0 26 / 128 3.8s Queue parallel
[ ] 27 0 0 27 / 128 4.0s Queue parallel
[ ] 28 0 0 28 / 128 4.2s Queue parallel
[ ] 30 0 0 30 / 128 4.4s Queue parallel
[ ] 31 0 0 31 / 128 4.5s Queue parallel
[ ] 32 0 0 32 / 128 4.6s Queue parallel
[ ] 33 0 0 33 / 128 4.7s Queue parallel
[ ] 34 0 0 34 / 128 4.9s Queue parallel
[ ] 36 0 0 36 / 128 5.0s Queue parallel
[ ] 38 0 0 38 / 128 5.3s Queue parallel
[ ] 40 0 0 40 / 128 5.4s Queue parallel
[ ] 42 0 0 42 / 128 5.6s Queue parallel
[ ] 44 0 0 44 / 128 5.8s Queue parallel
[ ] 45 0 0 45 / 128 6.0s Queue parallel
[ ] 46 0 0 46 / 128 6.2s Queue parallel
[ ] 47 0 0 47 / 128 6.4s Queue parallel
[ ] 48 0 0 48 / 128 6.5s Queue parallel
[ ] 49 0 0 49 / 128 6.7s Queue parallel
[ ] 50 0 0 50 / 128 6.8s Queue parallel
[ ] 51 0 0 51 / 128 7.0s Queue parallel
[ ] 52 0 0 52 / 128 7.2s Queue parallel
[ ] 53 0 0 53 / 128 7.4s Queue parallel
[ ] 54 0 0 54 / 128 7.5s Queue parallel
[ ] 55 0 0 55 / 128 7.7s Queue parallel
[ ] 56 0 0 56 / 128 7.8s Queue parallel
[ ] 57 0 0 57 / 128 8.0s Queue parallel
[ ] 58 0 0 58 / 128 8.1s Queue parallel
[ ] 59 0 0 59 / 128 8.3s Queue parallel
[ ] 60 0 0 60 / 128 8.5s Queue parallel
[ ] 61 0 0 61 / 128 8.7s Queue parallel
[ ] 62 0 0 62 / 128 8.8s Queue parallel
[ ] 63 0 0 63 / 128 9.0s Queue parallel
[ ] 64 0 0 64 / 128 9.1s Queue parallel
[ ] 65 0 0 65 / 128 9.2s Queue parallel
[ ] 66 0 0 66 / 128 9.4s Queue parallel
[ ] 67 0 0 67 / 128 9.5s Queue parallel
[ ] 68 0 0 68 / 128 9.6s Queue parallel
[ ] 70 0 0 70 / 128 9.9s Queue parallel
[ ] 71 0 0 71 / 128 10.0s Queue parallel
[ ] 73 0 0 73 / 128 10.2s Queue parallel
[ ] 75 0 0 75 / 128 10.3s Queue parallel
[ ] 76 0 0 76 / 128 10.4s Queue parallel
[ ] 77 0 0 77 / 128 10.7s Queue parallel
[ ] 78 0 0 78 / 128 10.9s Queue parallel
[ ] 79 0 0 79 / 128 11.1s Queue parallel
[ ] 80 0 0 80 / 128 11.3s Queue parallel
[ ] 81 0 0 81 / 128 11.4s Queue parallel
[ ] 82 0 0 82 / 128 11.7s Queue parallel
[ ] 83 0 0 83 / 128 12.0s Queue parallel
[ ] 84 0 0 84 / 128 12.2s Queue parallel
[ ] 85 0 0 85 / 128 12.5s Queue parallel
[ ] 86 0 0 86 / 128 12.8s Queue parallel
[ ] 87 0 0 87 / 128 13.1s Queue parallel
[ ] 88 0 0 88 / 128 13.5s Queue parallel
[ ] 89 0 0 89 / 128 13.6s Queue parallel
[ ] 90 0 0 90 / 128 13.8s Queue parallel
[ ] 91 0 0 91 / 128 14.0s Queue parallel
[ ] 92 0 0 92 / 128 14.2s Queue parallel
[ ] 93 0 0 93 / 128 14.4s Queue parallel
[ ] 94 0 0 94 / 128 14.5s Queue parallel
[ ] 95 0 0 95 / 128 14.7s Queue parallel
[ ] 96 0 0 96 / 128 15.0s Queue parallel
[ ] 97 0 0 97 / 128 15.2s Queue parallel
[ ] 98 0 0 98 / 128 15.4s Queue parallel
[ ] 99 0 0 99 / 128 15.5s Queue parallel
[ ] 100 0 0 100 / 128 15.8s Queue parallel
[ ] 101 0 0 101 / 128 16.0s Queue parallel
[ ] 103 0 0 103 / 128 16.3s Queue parallel
[ ] 105 0 0 105 / 128 16.4s Queue parallel
[ ] 106 0 0 106 / 128 16.7s Queue parallel
[ ] 107 0 0 107 / 128 17.2s Queue parallel
[ ] 108 0 0 108 / 128 17.7s Queue parallel
[ ] 109 0 0 109 / 128 18.3s Queue parallel
[ ] 110 0 0 110 / 128 18.7s Queue parallel
[ ] 111 0 0 111 / 128 19.1s Queue parallel
[ ] 112 0 0 112 / 128 19.6s Queue parallel
[ ] 113 0 0 113 / 128 20.1s Queue parallel
[ ] 114 0 0 114 / 128 20.4s Queue parallel
[ ] 115 0 0 115 / 128 20.8s Queue parallel
[ ] 116 0 0 116 / 128 21.1s Queue parallel
[ ] 117 0 0 117 / 128 21.5s Queue parallel
[ ] 118 0 0 118 / 128 22.0s Queue parallel
[ ] 119 0 0 119 / 128 22.4s Queue parallel
[ ] 120 0 0 120 / 128 22.7s Queue parallel
[ ] 121 0 0 121 / 128 23.0s Queue parallel
[ ] 122 0 0 122 / 128 23.2s Queue parallel
[ ] 123 0 0 123 / 128 23.5s Queue parallel
[ ] 124 0 0 124 / 128 23.7s Queue parallel
[ ] 125 0 0 125 / 128 23.9s Queue parallel
[ ] 126 0 0 126 / 128 24.1s Queue parallel
[ ] 127 0 0 127 / 128 24.4s Queue parallel
[ ] 128 0 0 128 / 128 24.6s Queue parallel
[✓] 128 0 0 128 / 128 24.6s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 2527674298798277948
generated error fail pass / total time test name
[ ] 0 0 0 0 / 146 0.0s Queue sequential
[✓] 146 0 0 146 / 146 0.0s Queue sequential
[ ] 0 0 0 0 / 146 0.0s Queue parallel
[ ] 1 0 0 1 / 146 0.2s Queue parallel
[ ] 2 0 0 2 / 146 0.3s Queue parallel
[ ] 3 0 0 3 / 146 0.5s Queue parallel
[ ] 4 0 0 4 / 146 0.7s Queue parallel
[ ] 5 0 0 5 / 146 0.9s Queue parallel
[ ] 6 0 0 6 / 146 1.1s Queue parallel
[ ] 7 0 0 7 / 146 1.3s Queue parallel
[ ] 8 0 0 8 / 146 1.5s Queue parallel
[ ] 9 0 0 9 / 146 1.7s Queue parallel
[ ] 10 0 0 10 / 146 1.9s Queue parallel
[ ] 11 0 0 11 / 146 2.1s Queue parallel
[ ] 12 0 0 12 / 146 2.3s Queue parallel
[ ] 13 0 0 13 / 146 2.5s Queue parallel
[ ] 14 0 0 14 / 146 2.7s Queue parallel
[ ] 15 0 0 15 / 146 2.9s Queue parallel
[ ] 16 0 0 16 / 146 3.0s Queue parallel
[ ] 17 0 0 17 / 146 3.3s Queue parallel
[ ] 18 0 0 18 / 146 3.5s Queue parallel
[ ] 19 0 0 19 / 146 3.7s Queue parallel
[ ] 20 0 0 20 / 146 3.9s Queue parallel
[ ] 21 0 0 21 / 146 4.1s Queue parallel
[ ] 22 0 0 22 / 146 4.2s Queue parallel
[ ] 23 0 0 23 / 146 4.4s Queue parallel
[ ] 24 0 0 24 / 146 4.6s Queue parallel
[ ] 25 0 0 25 / 146 4.7s Queue parallel
[ ] 26 0 0 26 / 146 4.8s Queue parallel
[ ] 27 0 0 27 / 146 5.1s Queue parallel
[ ] 28 0 0 28 / 146 5.3s Queue parallel
[ ] 29 0 0 29 / 146 5.4s Queue parallel
[ ] 30 0 0 30 / 146 5.5s Queue parallel
[ ] 31 0 0 31 / 146 5.6s Queue parallel
[ ] 32 0 0 32 / 146 5.8s Queue parallel
[ ] 33 0 0 33 / 146 6.0s Queue parallel
[ ] 34 0 0 34 / 146 6.5s Queue parallel
[ ] 35 0 0 35 / 146 6.7s Queue parallel
[ ] 36 0 0 36 / 146 7.0s Queue parallel
[ ] 37 0 0 37 / 146 7.2s Queue parallel
[ ] 38 0 0 38 / 146 7.4s Queue parallel
[ ] 39 0 0 39 / 146 7.7s Queue parallel
[ ] 40 0 0 40 / 146 7.9s Queue parallel
[ ] 41 0 0 41 / 146 8.1s Queue parallel
[ ] 42 0 0 42 / 146 8.3s Queue parallel
[ ] 43 0 0 43 / 146 8.7s Queue parallel
[ ] 44 0 0 44 / 146 8.9s Queue parallel
[ ] 45 0 0 45 / 146 9.3s Queue parallel
[ ] 46 0 0 46 / 146 9.6s Queue parallel
[ ] 47 0 0 47 / 146 10.0s Queue parallel
[ ] 48 0 0 48 / 146 10.5s Queue parallel
[ ] 49 0 0 49 / 146 10.8s Queue parallel
[ ] 50 0 0 50 / 146 11.1s Queue parallel
[ ] 51 0 0 51 / 146 11.4s Queue parallel
[ ] 52 0 0 52 / 146 11.7s Queue parallel
[ ] 53 0 0 53 / 146 11.9s Queue parallel
[ ] 54 0 0 54 / 146 12.0s Queue parallel
[ ] 55 0 0 55 / 146 12.3s Queue parallel
[ ] 56 0 0 56 / 146 12.5s Queue parallel
[ ] 57 0 0 57 / 146 12.7s Queue parallel
[ ] 58 0 0 58 / 146 12.9s Queue parallel
[ ] 59 0 0 59 / 146 13.0s Queue parallel
[ ] 60 0 0 60 / 146 13.2s Queue parallel
[ ] 61 0 0 61 / 146 13.4s Queue parallel
[ ] 62 0 0 62 / 146 13.6s Queue parallel
[ ] 63 0 0 63 / 146 13.8s Queue parallel
[ ] 64 0 0 64 / 146 13.9s Queue parallel
[ ] 65 0 0 65 / 146 14.0s Queue parallel
[ ] 66 0 0 66 / 146 14.2s Queue parallel
[ ] 67 0 0 67 / 146 14.4s Queue parallel
[ ] 68 0 0 68 / 146 14.6s Queue parallel
[ ] 69 0 0 69 / 146 14.8s Queue parallel
[ ] 70 0 0 70 / 146 14.9s Queue parallel
[ ] 71 0 0 71 / 146 15.0s Queue parallel
[ ] 72 0 0 72 / 146 15.2s Queue parallel
[ ] 73 0 0 73 / 146 15.5s Queue parallel
[ ] 74 0 0 74 / 146 15.8s Queue parallel
[ ] 75 0 0 75 / 146 16.1s Queue parallel
[ ] 76 0 0 76 / 146 16.3s Queue parallel
[ ] 77 0 0 77 / 146 16.5s Queue parallel
[ ] 78 0 0 78 / 146 16.8s Queue parallel
[ ] 79 0 0 79 / 146 17.0s Queue parallel
[ ] 80 0 0 80 / 146 17.2s Queue parallel
[ ] 81 0 0 81 / 146 17.4s Queue parallel
[ ] 82 0 0 82 / 146 17.6s Queue parallel
[ ] 83 0 0 83 / 146 17.8s Queue parallel
[ ] 84 0 0 84 / 146 18.2s Queue parallel
[ ] 85 0 0 85 / 146 18.4s Queue parallel
[ ] 86 0 0 86 / 146 18.7s Queue parallel
[ ] 87 0 0 87 / 146 18.9s Queue parallel
[ ] 88 0 0 88 / 146 19.2s Queue parallel
[ ] 89 0 0 89 / 146 19.5s Queue parallel
[ ] 90 0 0 90 / 146 19.7s Queue parallel
[ ] 91 0 0 91 / 146 20.0s Queue parallel
[ ] 92 0 0 92 / 146 20.3s Queue parallel
[ ] 93 0 0 93 / 146 20.6s Queue parallel
[ ] 94 0 0 94 / 146 20.8s Queue parallel
[ ] 95 0 0 95 / 146 21.0s Queue parallel
[ ] 96 0 0 96 / 146 21.3s Queue parallel
[ ] 97 0 0 97 / 146 21.5s Queue parallel
[ ] 98 0 0 98 / 146 21.8s Queue parallel
[ ] 99 0 0 99 / 146 22.0s Queue parallel
[ ] 100 0 0 100 / 146 22.2s Queue parallel
[ ] 101 0 0 101 / 146 22.6s Queue parallel
[ ] 102 0 0 102 / 146 22.8s Queue parallel
[ ] 103 0 0 103 / 146 23.0s Queue parallel
[ ] 104 0 0 104 / 146 23.2s Queue parallel
[ ] 105 0 0 105 / 146 23.4s Queue parallel
[ ] 106 0 0 106 / 146 23.6s Queue parallel
[ ] 107 0 0 107 / 146 23.8s Queue parallel
[ ] 108 0 0 108 / 146 24.1s Queue parallel
[ ] 109 0 0 109 / 146 24.3s Queue parallel
[ ] 110 0 0 110 / 146 24.6s Queue parallel
[ ] 111 0 0 111 / 146 24.9s Queue parallel
[ ] 112 0 0 112 / 146 25.1s Queue parallel
[ ] 113 0 0 113 / 146 25.3s Queue parallel
[ ] 114 0 0 114 / 146 25.6s Queue parallel
[ ] 115 0 0 115 / 146 25.8s Queue parallel
[ ] 116 0 0 116 / 146 26.0s Queue parallel
[ ] 117 0 0 117 / 146 26.2s Queue parallel
[ ] 118 0 0 118 / 146 26.4s Queue parallel
[ ] 119 0 0 119 / 146 26.5s Queue parallel
[ ] 120 0 0 120 / 146 26.7s Queue parallel
[ ] 121 0 0 121 / 146 26.8s Queue parallel
[ ] 122 0 0 122 / 146 27.0s Queue parallel
[ ] 123 0 0 123 / 146 27.2s Queue parallel
[ ] 124 0 0 124 / 146 27.4s Queue parallel
[ ] 125 0 0 125 / 146 27.6s Queue parallel
[ ] 126 0 0 126 / 146 27.8s Queue parallel
[ ] 127 0 0 127 / 146 27.9s Queue parallel
[ ] 128 0 0 128 / 146 28.1s Queue parallel
[ ] 129 0 0 129 / 146 28.3s Queue parallel
[ ] 130 0 0 130 / 146 28.4s Queue parallel
[ ] 131 0 0 131 / 146 28.5s Queue parallel
[ ] 133 0 0 133 / 146 28.8s Queue parallel
[ ] 134 0 0 134 / 146 29.1s Queue parallel
[ ] 135 0 0 135 / 146 29.3s Queue parallel
[ ] 136 0 0 136 / 146 29.5s Queue parallel
[ ] 137 0 0 137 / 146 29.6s Queue parallel
[ ] 138 0 0 138 / 146 29.8s Queue parallel
[ ] 139 0 0 139 / 146 29.9s Queue parallel
[ ] 140 0 0 140 / 146 30.1s Queue parallel
[ ] 141 0 0 141 / 146 30.3s Queue parallel
[ ] 142 0 0 142 / 146 30.5s Queue parallel
[ ] 143 0 0 143 / 146 30.6s Queue parallel
[ ] 144 0 0 144 / 146 30.8s Queue parallel
[ ] 145 0 0 145 / 146 30.9s Queue parallel
[ ] 146 0 0 146 / 146 31.0s Queue parallel
[✓] 146 0 0 146 / 146 31.0s Queue parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./stack_test_stm.exe)
random seed: 3028301621373201868
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
[ ] 2 0 0 2 / 32 0.1s Stack parallel
[ ] 5 0 0 5 / 32 0.2s Stack parallel
[ ] 9 0 0 9 / 32 0.4s Stack parallel
[ ] 12 0 0 12 / 32 0.5s Stack parallel
[ ] 16 0 0 16 / 32 0.7s Stack parallel
[ ] 19 0 0 19 / 32 0.8s Stack parallel
[ ] 23 0 0 23 / 32 0.9s Stack parallel
[ ] 27 0 0 27 / 32 1.1s Stack parallel
[ ] 28 0 0 28 / 32 1.2s Stack parallel
[ ] 30 0 0 30 / 32 1.5s Stack parallel
[ ] 31 0 0 31 / 32 1.7s Stack parallel
[ ] 32 0 0 32 / 32 2.0s Stack parallel
[✓] 32 0 0 32 / 32 2.0s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 2673345339674319289
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
[ ] 3 0 0 3 / 64 0.3s Stack parallel
[ ] 4 0 0 4 / 64 0.4s Stack parallel
[ ] 5 0 0 5 / 64 0.6s Stack parallel
[ ] 6 0 0 6 / 64 0.8s Stack parallel
[ ] 7 0 0 7 / 64 0.9s Stack parallel
[ ] 9 0 0 9 / 64 1.1s Stack parallel
[ ] 11 0 0 11 / 64 1.3s Stack parallel
[ ] 12 0 0 12 / 64 1.4s Stack parallel
[ ] 14 0 0 14 / 64 1.6s Stack parallel
[ ] 15 0 0 15 / 64 1.9s Stack parallel
[ ] 16 0 0 16 / 64 2.1s Stack parallel
[ ] 17 0 0 17 / 64 2.2s Stack parallel
[ ] 19 0 0 19 / 64 2.3s Stack parallel
[ ] 21 0 0 21 / 64 2.7s Stack parallel
[ ] 22 0 0 22 / 64 3.0s Stack parallel
[ ] 23 0 0 23 / 64 3.2s Stack parallel
[ ] 24 0 0 24 / 64 3.6s Stack parallel
[ ] 25 0 0 25 / 64 3.9s Stack parallel
[ ] 26 0 0 26 / 64 4.5s Stack parallel
[ ] 27 0 0 27 / 64 4.9s Stack parallel
[ ] 28 0 0 28 / 64 5.0s Stack parallel
[ ] 29 0 0 29 / 64 5.1s Stack parallel
[ ] 30 0 0 30 / 64 5.2s Stack parallel
[ ] 31 0 0 31 / 64 5.4s Stack parallel
[ ] 32 0 0 32 / 64 5.5s Stack parallel
[ ] 33 0 0 33 / 64 5.7s Stack parallel
[ ] 35 0 0 35 / 64 5.8s Stack parallel
[ ] 37 0 0 37 / 64 6.0s Stack parallel
[ ] 39 0 0 39 / 64 6.3s Stack parallel
[ ] 41 0 0 41 / 64 6.5s Stack parallel
[ ] 42 0 0 42 / 64 6.6s Stack parallel
[ ] 44 0 0 44 / 64 6.8s Stack parallel
[ ] 46 0 0 46 / 64 6.9s Stack parallel
[ ] 48 0 0 48 / 64 7.2s Stack parallel
[ ] 49 0 0 49 / 64 7.3s Stack parallel
[ ] 51 0 0 51 / 64 7.5s Stack parallel
[ ] 52 0 0 52 / 64 7.6s Stack parallel
[ ] 54 0 0 54 / 64 7.8s Stack parallel
[ ] 56 0 0 56 / 64 8.0s Stack parallel
[ ] 58 0 0 58 / 64 8.4s Stack parallel
[ ] 59 0 0 59 / 64 8.5s Stack parallel
[ ] 60 0 0 60 / 64 8.7s Stack parallel
[ ] 61 0 0 61 / 64 8.8s Stack parallel
[ ] 62 0 0 62 / 64 9.0s Stack parallel
[ ] 63 0 0 63 / 64 9.1s Stack parallel
[✓] 64 0 0 64 / 64 9.2s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 1681482766674497871
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
[ ] 1 0 0 1 / 128 0.2s Stack parallel
[ ] 2 0 0 2 / 128 0.3s Stack parallel
[ ] 3 0 0 3 / 128 0.5s Stack parallel
[ ] 5 0 0 5 / 128 0.6s Stack parallel
[ ] 6 0 0 6 / 128 0.8s Stack parallel
[ ] 7 0 0 7 / 128 1.0s Stack parallel
[ ] 8 0 0 8 / 128 1.3s Stack parallel
[ ] 10 0 0 10 / 128 1.5s Stack parallel
[ ] 11 0 0 11 / 128 1.6s Stack parallel
[ ] 13 0 0 13 / 128 1.9s Stack parallel
[ ] 14 0 0 14 / 128 2.0s Stack parallel
[ ] 15 0 0 15 / 128 2.2s Stack parallel
[ ] 16 0 0 16 / 128 2.3s Stack parallel
[ ] 17 0 0 17 / 128 2.5s Stack parallel
[ ] 18 0 0 18 / 128 2.6s Stack parallel
[ ] 19 0 0 19 / 128 2.8s Stack parallel
[ ] 20 0 0 20 / 128 3.0s Stack parallel
[ ] 21 0 0 21 / 128 3.1s Stack parallel
[ ] 22 0 0 22 / 128 3.3s Stack parallel
[ ] 23 0 0 23 / 128 3.4s Stack parallel
[ ] 24 0 0 24 / 128 3.6s Stack parallel
[ ] 26 0 0 26 / 128 3.7s Stack parallel
[ ] 27 0 0 27 / 128 3.9s Stack parallel
[ ] 28 0 0 28 / 128 4.1s Stack parallel
[ ] 29 0 0 29 / 128 4.2s Stack parallel
[ ] 30 0 0 30 / 128 4.3s Stack parallel
[ ] 32 0 0 32 / 128 4.5s Stack parallel
[ ] 33 0 0 33 / 128 4.6s Stack parallel
[ ] 35 0 0 35 / 128 4.8s Stack parallel
[ ] 36 0 0 36 / 128 4.9s Stack parallel
[ ] 38 0 0 38 / 128 5.2s Stack parallel
[ ] 40 0 0 40 / 128 5.3s Stack parallel
[ ] 42 0 0 42 / 128 5.4s Stack parallel
[ ] 43 0 0 43 / 128 5.6s Stack parallel
[ ] 45 0 0 45 / 128 5.8s Stack parallel
[ ] 47 0 0 47 / 128 6.1s Stack parallel
[ ] 48 0 0 48 / 128 6.2s Stack parallel
[ ] 50 0 0 50 / 128 6.4s Stack parallel
[ ] 52 0 0 52 / 128 6.7s Stack parallel
[ ] 53 0 0 53 / 128 6.9s Stack parallel
[ ] 54 0 0 54 / 128 7.0s Stack parallel
[ ] 55 0 0 55 / 128 7.2s Stack parallel
[ ] 56 0 0 56 / 128 7.5s Stack parallel
[ ] 57 0 0 57 / 128 7.6s Stack parallel
[ ] 58 0 0 58 / 128 7.8s Stack parallel
[ ] 59 0 0 59 / 128 8.0s Stack parallel
[ ] 61 0 0 61 / 128 8.1s Stack parallel
[ ] 62 0 0 62 / 128 8.3s Stack parallel
[ ] 63 0 0 63 / 128 8.5s Stack parallel
[ ] 65 0 0 65 / 128 8.8s Stack parallel
[ ] 67 0 0 67 / 128 9.0s Stack parallel
[ ] 68 0 0 68 / 128 9.1s Stack parallel
[ ] 69 0 0 69 / 128 9.3s Stack parallel
[ ] 70 0 0 70 / 128 9.4s Stack parallel
[ ] 71 0 0 71 / 128 9.5s Stack parallel
[ ] 72 0 0 72 / 128 9.8s Stack parallel
[ ] 73 0 0 73 / 128 9.9s Stack parallel
[ ] 74 0 0 74 / 128 10.1s Stack parallel
[ ] 75 0 0 75 / 128 10.3s Stack parallel
[ ] 76 0 0 76 / 128 10.4s Stack parallel
[ ] 77 0 0 77 / 128 10.6s Stack parallel
[ ] 78 0 0 78 / 128 10.7s Stack parallel
[ ] 79 0 0 79 / 128 10.8s Stack parallel
[ ] 80 0 0 80 / 128 11.0s Stack parallel
[ ] 81 0 0 81 / 128 11.1s Stack parallel
[ ] 83 0 0 83 / 128 11.3s Stack parallel
[ ] 84 0 0 84 / 128 11.4s Stack parallel
[ ] 86 0 0 86 / 128 11.6s Stack parallel
[ ] 88 0 0 88 / 128 11.8s Stack parallel
[ ] 89 0 0 89 / 128 11.9s Stack parallel
[ ] 90 0 0 90 / 128 12.3s Stack parallel
[ ] 91 0 0 91 / 128 12.7s Stack parallel
[ ] 92 0 0 92 / 128 12.9s Stack parallel
[ ] 93 0 0 93 / 128 13.1s Stack parallel
[ ] 94 0 0 94 / 128 13.3s Stack parallel
[ ] 95 0 0 95 / 128 13.4s Stack parallel
[ ] 96 0 0 96 / 128 13.6s Stack parallel
[ ] 97 0 0 97 / 128 13.7s Stack parallel
[ ] 99 0 0 99 / 128 13.9s Stack parallel
[ ] 100 0 0 100 / 128 14.0s Stack parallel
[ ] 101 0 0 101 / 128 14.1s Stack parallel
[ ] 102 0 0 102 / 128 14.3s Stack parallel
[ ] 103 0 0 103 / 128 14.5s Stack parallel
[ ] 104 0 0 104 / 128 14.7s Stack parallel
[ ] 105 0 0 105 / 128 14.8s Stack parallel
[ ] 106 0 0 106 / 128 14.9s Stack parallel
[ ] 107 0 0 107 / 128 15.0s Stack parallel
[ ] 108 0 0 108 / 128 15.2s Stack parallel
[ ] 110 0 0 110 / 128 15.4s Stack parallel
[ ] 111 0 0 111 / 128 15.5s Stack parallel
[ ] 112 0 0 112 / 128 15.6s Stack parallel
[ ] 113 0 0 113 / 128 15.7s Stack parallel
[ ] 115 0 0 115 / 128 15.9s Stack parallel
[ ] 117 0 0 117 / 128 16.2s Stack parallel
[ ] 119 0 0 119 / 128 16.4s Stack parallel
[ ] 120 0 0 120 / 128 16.5s Stack parallel
[ ] 121 0 0 121 / 128 16.6s Stack parallel
[ ] 122 0 0 122 / 128 16.8s Stack parallel
[ ] 123 0 0 123 / 128 16.9s Stack parallel
[ ] 125 0 0 125 / 128 17.1s Stack parallel
[ ] 126 0 0 126 / 128 17.3s Stack parallel
[ ] 128 0 0 128 / 128 17.5s Stack parallel
[✓] 128 0 0 128 / 128 17.5s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 2307952736948180052
generated error fail pass / total time test name
[ ] 0 0 0 0 / 245 0.0s Stack sequential
[✓] 245 0 0 245 / 245 0.0s Stack sequential
[ ] 0 0 0 0 / 245 0.0s Stack parallel
[ ] 2 0 0 2 / 245 0.2s Stack parallel
[ ] 3 0 0 3 / 245 0.3s Stack parallel
[ ] 4 0 0 4 / 245 0.4s Stack parallel
[ ] 5 0 0 5 / 245 0.5s Stack parallel
[ ] 6 0 0 6 / 245 0.7s Stack parallel
[ ] 7 0 0 7 / 245 1.0s Stack parallel
[ ] 8 0 0 8 / 245 1.5s Stack parallel
[ ] 9 0 0 9 / 245 1.9s Stack parallel
[ ] 10 0 0 10 / 245 2.3s Stack parallel
[ ] 11 0 0 11 / 245 2.7s Stack parallel
[ ] 12 0 0 12 / 245 2.9s Stack parallel
[ ] 13 0 0 13 / 245 3.0s Stack parallel
[ ] 14 0 0 14 / 245 3.2s Stack parallel
[ ] 15 0 0 15 / 245 3.3s Stack parallel
[ ] 16 0 0 16 / 245 3.5s Stack parallel
[ ] 17 0 0 17 / 245 3.7s Stack parallel
[ ] 18 0 0 18 / 245 4.1s Stack parallel
[ ] 19 0 0 19 / 245 4.4s Stack parallel
[ ] 20 0 0 20 / 245 4.7s Stack parallel
[ ] 21 0 0 21 / 245 5.2s Stack parallel
[ ] 22 0 0 22 / 245 5.5s Stack parallel
[ ] 23 0 0 23 / 245 5.6s Stack parallel
[ ] 24 0 0 24 / 245 5.7s Stack parallel
[ ] 25 0 0 25 / 245 5.8s Stack parallel
[ ] 26 0 0 26 / 245 6.1s Stack parallel
[ ] 27 0 0 27 / 245 6.2s Stack parallel
[ ] 28 0 0 28 / 245 6.3s Stack parallel
[ ] 29 0 0 29 / 245 6.4s Stack parallel
[ ] 30 0 0 30 / 245 6.6s Stack parallel
[ ] 31 0 0 31 / 245 6.9s Stack parallel
[ ] 32 0 0 32 / 245 7.0s Stack parallel
[ ] 33 0 0 33 / 245 7.3s Stack parallel
[ ] 34 0 0 34 / 245 7.4s Stack parallel
[ ] 35 0 0 35 / 245 7.5s Stack parallel
[ ] 36 0 0 36 / 245 7.6s Stack parallel
[ ] 37 0 0 37 / 245 7.8s Stack parallel
[ ] 38 0 0 38 / 245 8.0s Stack parallel
[ ] 39 0 0 39 / 245 8.3s Stack parallel
[ ] 40 0 0 40 / 245 8.5s Stack parallel
[ ] 41 0 0 41 / 245 8.6s Stack parallel
[ ] 42 0 0 42 / 245 8.8s Stack parallel
[ ] 43 0 0 43 / 245 9.0s Stack parallel
[ ] 44 0 0 44 / 245 9.2s Stack parallel
[ ] 45 0 0 45 / 245 9.4s Stack parallel
[ ] 46 0 0 46 / 245 9.6s Stack parallel
[ ] 47 0 0 47 / 245 9.8s Stack parallel
[ ] 48 0 0 48 / 245 9.9s Stack parallel
[ ] 49 0 0 49 / 245 10.1s Stack parallel
[ ] 50 0 0 50 / 245 10.2s Stack parallel
[ ] 51 0 0 51 / 245 10.4s Stack parallel
[ ] 52 0 0 52 / 245 10.7s Stack parallel
[ ] 53 0 0 53 / 245 10.9s Stack parallel
[ ] 54 0 0 54 / 245 11.0s Stack parallel
[ ] 55 0 0 55 / 245 11.2s Stack parallel
[ ] 56 0 0 56 / 245 11.3s Stack parallel
[ ] 57 0 0 57 / 245 11.5s Stack parallel
[ ] 58 0 0 58 / 245 11.6s Stack parallel
[ ] 59 0 0 59 / 245 11.8s Stack parallel
[ ] 60 0 0 60 / 245 12.0s Stack parallel
[ ] 61 0 0 61 / 245 12.2s Stack parallel
[ ] 62 0 0 62 / 245 12.4s Stack parallel
[ ] 63 0 0 63 / 245 12.5s Stack parallel
[ ] 64 0 0 64 / 245 12.7s Stack parallel
[ ] 65 0 0 65 / 245 12.8s Stack parallel
[ ] 66 0 0 66 / 245 13.0s Stack parallel
[ ] 67 0 0 67 / 245 13.1s Stack parallel
[ ] 68 0 0 68 / 245 13.3s Stack parallel
[ ] 69 0 0 69 / 245 13.4s Stack parallel
[ ] 70 0 0 70 / 245 13.5s Stack parallel
[ ] 71 0 0 71 / 245 13.6s Stack parallel
[ ] 72 0 0 72 / 245 13.7s Stack parallel
[ ] 73 0 0 73 / 245 13.9s Stack parallel
[ ] 74 0 0 74 / 245 14.0s Stack parallel
[ ] 75 0 0 75 / 245 14.2s Stack parallel
[ ] 76 0 0 76 / 245 14.3s Stack parallel
[ ] 77 0 0 77 / 245 14.4s Stack parallel
[ ] 78 0 0 78 / 245 14.5s Stack parallel
[ ] 80 0 0 80 / 245 14.8s Stack parallel
[ ] 81 0 0 81 / 245 14.9s Stack parallel
[ ] 82 0 0 82 / 245 15.1s Stack parallel
[ ] 83 0 0 83 / 245 15.2s Stack parallel
[ ] 84 0 0 84 / 245 15.3s Stack parallel
[ ] 85 0 0 85 / 245 15.5s Stack parallel
[ ] 86 0 0 86 / 245 15.6s Stack parallel
[ ] 87 0 0 87 / 245 15.8s Stack parallel
[ ] 88 0 0 88 / 245 15.9s Stack parallel
[ ] 89 0 0 89 / 245 16.1s Stack parallel
[ ] 90 0 0 90 / 245 16.2s Stack parallel
[ ] 91 0 0 91 / 245 16.4s Stack parallel
[ ] 92 0 0 92 / 245 16.6s Stack parallel
[ ] 93 0 0 93 / 245 16.7s Stack parallel
[ ] 94 0 0 94 / 245 16.9s Stack parallel
[ ] 95 0 0 95 / 245 17.2s Stack parallel
[ ] 96 0 0 96 / 245 17.5s Stack parallel
[ ] 97 0 0 97 / 245 17.8s Stack parallel
[ ] 98 0 0 98 / 245 18.0s Stack parallel
[ ] 99 0 0 99 / 245 18.5s Stack parallel
[ ] 100 0 0 100 / 245 18.7s Stack parallel
[ ] 101 0 0 101 / 245 18.9s Stack parallel
[ ] 102 0 0 102 / 245 19.1s Stack parallel
[ ] 103 0 0 103 / 245 19.4s Stack parallel
[ ] 104 0 0 104 / 245 19.6s Stack parallel
[ ] 105 0 0 105 / 245 19.9s Stack parallel
[ ] 106 0 0 106 / 245 20.1s Stack parallel
[ ] 107 0 0 107 / 245 20.2s Stack parallel
[ ] 108 0 0 108 / 245 20.3s Stack parallel
[ ] 109 0 0 109 / 245 20.5s Stack parallel
[ ] 110 0 0 110 / 245 20.7s Stack parallel
[ ] 111 0 0 111 / 245 20.9s Stack parallel
[ ] 112 0 0 112 / 245 21.1s Stack parallel
[ ] 113 0 0 113 / 245 21.3s Stack parallel
[ ] 114 0 0 114 / 245 21.5s Stack parallel
[ ] 115 0 0 115 / 245 21.7s Stack parallel
[ ] 116 0 0 116 / 245 22.0s Stack parallel
[ ] 117 0 0 117 / 245 22.2s Stack parallel
[ ] 118 0 0 118 / 245 22.3s Stack parallel
[ ] 119 0 0 119 / 245 22.6s Stack parallel
[ ] 120 0 0 120 / 245 22.8s Stack parallel
[ ] 121 0 0 121 / 245 23.0s Stack parallel
[ ] 122 0 0 122 / 245 23.1s Stack parallel
[ ] 123 0 0 123 / 245 23.2s Stack parallel
[ ] 124 0 0 124 / 245 23.4s Stack parallel
[ ] 125 0 0 125 / 245 23.6s Stack parallel
[ ] 126 0 0 126 / 245 23.7s Stack parallel
[ ] 127 0 0 127 / 245 23.8s Stack parallel
[ ] 128 0 0 128 / 245 24.0s Stack parallel
[ ] 129 0 0 129 / 245 24.1s Stack parallel
[ ] 130 0 0 130 / 245 24.2s Stack parallel
[ ] 131 0 0 131 / 245 24.3s Stack parallel
[ ] 132 0 0 132 / 245 24.5s Stack parallel
[ ] 133 0 0 133 / 245 24.7s Stack parallel
[ ] 134 0 0 134 / 245 25.0s Stack parallel
[ ] 135 0 0 135 / 245 25.1s Stack parallel
[ ] 136 0 0 136 / 245 25.3s Stack parallel
[ ] 137 0 0 137 / 245 25.4s Stack parallel
[ ] 138 0 0 138 / 245 25.6s Stack parallel
[ ] 139 0 0 139 / 245 25.7s Stack parallel
[ ] 140 0 0 140 / 245 26.0s Stack parallel
[ ] 141 0 0 141 / 245 26.2s Stack parallel
[ ] 142 0 0 142 / 245 26.3s Stack parallel
[ ] 143 0 0 143 / 245 26.5s Stack parallel
[ ] 144 0 0 144 / 245 26.7s Stack parallel
[ ] 145 0 0 145 / 245 26.8s Stack parallel
[ ] 146 0 0 146 / 245 27.0s Stack parallel
[ ] 147 0 0 147 / 245 27.2s Stack parallel
[ ] 148 0 0 148 / 245 27.3s Stack parallel
[ ] 149 0 0 149 / 245 27.5s Stack parallel
[ ] 150 0 0 150 / 245 27.6s Stack parallel
[ ] 152 0 0 152 / 245 27.9s Stack parallel
[ ] 153 0 0 153 / 245 28.0s Stack parallel
[ ] 154 0 0 154 / 245 28.2s Stack parallel
[ ] 155 0 0 155 / 245 28.3s Stack parallel
[ ] 156 0 0 156 / 245 28.4s Stack parallel
[ ] 157 0 0 157 / 245 28.5s Stack parallel
[ ] 158 0 0 158 / 245 28.6s Stack parallel
[ ] 159 0 0 159 / 245 28.8s Stack parallel
[ ] 160 0 0 160 / 245 28.9s Stack parallel
[ ] 161 0 0 161 / 245 29.0s Stack parallel
[ ] 162 0 0 162 / 245 29.2s Stack parallel
[ ] 163 0 0 163 / 245 29.3s Stack parallel
[ ] 164 0 0 164 / 245 29.5s Stack parallel
[ ] 165 0 0 165 / 245 29.7s Stack parallel
[ ] 166 0 0 166 / 245 29.8s Stack parallel
[ ] 167 0 0 167 / 245 29.9s Stack parallel
[ ] 168 0 0 168 / 245 30.1s Stack parallel
[ ] 169 0 0 169 / 245 30.2s Stack parallel
[ ] 170 0 0 170 / 245 30.3s Stack parallel
[ ] 171 0 0 171 / 245 30.4s Stack parallel
[ ] 172 0 0 172 / 245 30.5s Stack parallel
[ ] 173 0 0 173 / 245 30.7s Stack parallel
[ ] 174 0 0 174 / 245 30.8s Stack parallel
[ ] 175 0 0 175 / 245 31.0s Stack parallel
[ ] 176 0 0 176 / 245 31.1s Stack parallel
[ ] 177 0 0 177 / 245 31.3s Stack parallel
[ ] 178 0 0 178 / 245 31.5s Stack parallel
[ ] 179 0 0 179 / 245 31.6s Stack parallel
[ ] 180 0 0 180 / 245 31.8s Stack parallel
[ ] 181 0 0 181 / 245 31.9s Stack parallel
[ ] 182 0 0 182 / 245 32.0s Stack parallel
[ ] 183 0 0 183 / 245 32.2s Stack parallel
[ ] 184 0 0 184 / 245 32.4s Stack parallel
[ ] 185 0 0 185 / 245 32.5s Stack parallel
[ ] 186 0 0 186 / 245 32.7s Stack parallel
[ ] 187 0 0 187 / 245 32.8s Stack parallel
[ ] 188 0 0 188 / 245 33.1s Stack parallel
[ ] 189 0 0 189 / 245 33.2s Stack parallel
[ ] 190 0 0 190 / 245 33.4s Stack parallel
[ ] 191 0 0 191 / 245 33.6s Stack parallel
[ ] 192 0 0 192 / 245 33.7s Stack parallel
[ ] 193 0 0 193 / 245 33.9s Stack parallel
[ ] 194 0 0 194 / 245 34.1s Stack parallel
[ ] 195 0 0 195 / 245 34.3s Stack parallel
[ ] 196 0 0 196 / 245 34.4s Stack parallel
[ ] 197 0 0 197 / 245 34.6s Stack parallel
[ ] 198 0 0 198 / 245 34.8s Stack parallel
[ ] 199 0 0 199 / 245 34.9s Stack parallel
[ ] 200 0 0 200 / 245 35.1s Stack parallel
[ ] 201 0 0 201 / 245 35.2s Stack parallel
[ ] 202 0 0 202 / 245 35.3s Stack parallel
[ ] 203 0 0 203 / 245 35.5s Stack parallel
[ ] 204 0 0 204 / 245 35.6s Stack parallel
[ ] 205 0 0 205 / 245 35.9s Stack parallel
[ ] 206 0 0 206 / 245 36.1s Stack parallel
[ ] 207 0 0 207 / 245 36.3s Stack parallel
[ ] 208 0 0 208 / 245 36.4s Stack parallel
[ ] 209 0 0 209 / 245 36.6s Stack parallel
[ ] 210 0 0 210 / 245 36.7s Stack parallel
[ ] 211 0 0 211 / 245 36.9s Stack parallel
[ ] 212 0 0 212 / 245 37.1s Stack parallel
[ ] 213 0 0 213 / 245 37.3s Stack parallel
[ ] 214 0 0 214 / 245 37.5s Stack parallel
[ ] 215 0 0 215 / 245 37.7s Stack parallel
[ ] 216 0 0 216 / 245 37.8s Stack parallel
[ ] 217 0 0 217 / 245 38.0s Stack parallel
[ ] 218 0 0 218 / 245 38.1s Stack parallel
[ ] 219 0 0 219 / 245 38.4s Stack parallel
[ ] 220 0 0 220 / 245 38.7s Stack parallel
[ ] 221 0 0 221 / 245 38.8s Stack parallel
[ ] 222 0 0 222 / 245 39.0s Stack parallel
[ ] 223 0 0 223 / 245 39.2s Stack parallel
[ ] 224 0 0 224 / 245 39.3s Stack parallel
[ ] 225 0 0 225 / 245 39.5s Stack parallel
[ ] 226 0 0 226 / 245 39.7s Stack parallel
[ ] 227 0 0 227 / 245 39.8s Stack parallel
[ ] 228 0 0 228 / 245 40.0s Stack parallel
[ ] 229 0 0 229 / 245 40.2s Stack parallel
[ ] 230 0 0 230 / 245 40.4s Stack parallel
[ ] 231 0 0 231 / 245 40.5s Stack parallel
[ ] 232 0 0 232 / 245 40.6s Stack parallel
[ ] 233 0 0 233 / 245 40.8s Stack parallel
[ ] 234 0 0 234 / 245 40.9s Stack parallel
[ ] 235 0 0 235 / 245 41.0s Stack parallel
[ ] 236 0 0 236 / 245 41.3s Stack parallel
[ ] 238 0 0 238 / 245 41.4s Stack parallel
[ ] 239 0 0 239 / 245 41.7s Stack parallel
[ ] 240 0 0 240 / 245 41.8s Stack parallel
[ ] 242 0 0 242 / 245 42.0s Stack parallel
[ ] 243 0 0 243 / 245 42.1s Stack parallel
[ ] 244 0 0 244 / 245 42.2s Stack parallel
[ ] 245 0 0 245 / 245 42.3s Stack parallel
[✓] 245 0 0 245 / 245 42.3s Stack parallel
================================================================================
success (ran 2 tests)
2024-12-07 13:18.06 ---> saved as "3e9b859eeaab47c35de8ae5a57f5a0d45c3cb73aa6b840c60582f0c8c0ca5334"
Job succeeded
2024-12-07 13:18.07: Job succeeded