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:debian-12-5.2_opam-2.3)
Base: ocaml/opam:debian-12-ocaml-5.2@sha256:97dd257b926d59082f42100b80c9d7084f8083bb3eb4b438ade497f908676f86
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:debian-12-ocaml-5.2@sha256:97dd257b926d59082f42100b80c9d7084f8083bb3eb4b438ade497f908676f86
# debian-12-5.2_opam-2.3
USER 1000:1000
ENV CLICOLOR_FORCE="1"
ENV OPAMCOLOR="always"
WORKDIR /src
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:debian-12-ocaml-5.2@sha256:97dd257b926d59082f42100b80c9d7084f8083bb3eb4b438ade497f908676f86-debian-12-5.2_opam-2.3-4cf0921bda7b7f79be6af24d3e72bd40"
2024-12-07 13:00.17: Using OBuilder spec:
((from ocaml/opam:debian-12-ocaml-5.2@sha256:97dd257b926d59082f42100b80c9d7084f8083bb3eb4b438ade497f908676f86)
(comment debian-12-5.2_opam-2.3)
(user (uid 1000) (gid 1000))
(env CLICOLOR_FORCE 1)
(env OPAMCOLOR always)
(workdir /src)
(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 13:12.36: Waiting for worker…
2024-12-07 13:13.41: 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:debian-12-ocaml-5.2@sha256:97dd257b926d59082f42100b80c9d7084f8083bb3eb4b438ade497f908676f86)
2024-12-07 13:13.42 ---> using "98353706d601dd4b27d8aa833091be13566ab311784d3187c428fa6ab0467d91" from cache
/: (comment debian-12-5.2_opam-2.3)
/: (user (uid 1000) (gid 1000))
/: (env CLICOLOR_FORCE 1)
/: (env OPAMCOLOR always)
/: (workdir /src)
/src: (run (shell "sudo ln -f /usr/bin/opam-2.3 /usr/bin/opam"))
2024-12-07 13:13.42 ---> using "f58c921b4c055f6def2072cf6ed4ba740a02807edbb6034a0caa9d78beb8e470" 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
[NOTE] The 'jobs' option was reset, its value was 39 and its new value will vary according to the current number of cores on your machine. You can restore the fixed value using:
opam option jobs=39 --global
Format upgrade done.
<><> Updating repositories ><><><><><><><><><><><><><><><><><><><><><><><><><><>
[default] synchronised from file:///home/opam/opam-repository
2024-12-07 13:13.42 ---> using "7d00d78d55698c4edfabf5add48d9d59635f2ed0126f8272772b5271ab2bf24f" 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 13:13.42 ---> using "e0e669c6f092e5f5b6fe839fcc3e1bda32e7f23e35f51f08896dc7aa4e6a1445" from cache
/src: (workdir /src)
/src: (run (shell "sudo chown opam /src"))
2024-12-07 13:13.42 ---> using "09528cbd874025675232a63dfc032e93ccd4cfdb8e67ead7c85106ef97974f42" 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 13:13.42 ---> using "6d42af214c989a5da78972aeacfc71ed9f82123703195fdc6eae2be7917c8b16" from cache
/src: (copy (src kcas_data.opam kcas.opam) (dst ./))
2024-12-07 13:13.42 ---> using "a2c198133926457074175746b412e41c9c4db5591a9bb8becd551e3374842fc5" 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 13:13.42 ---> using "cf3b2aa9a1109a25453eabfb1fe85c7f8e6ce50f1fdeaf073c7d5f1b3f72537e" 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 "apt-get" "update"
- Hit:1 http://deb.debian.org/debian bookworm InRelease
- Get:2 http://deb.debian.org/debian bookworm-updates InRelease [55.4 kB]
- Get:3 http://deb.debian.org/debian-security bookworm-security InRelease [48.0 kB]
- Get:4 http://deb.debian.org/debian bookworm-updates/main amd64 Packages.diff/Index [12.8 kB]
- Get:5 http://deb.debian.org/debian bookworm-updates/main amd64 Packages T-2024-11-27-1405.46-F-2024-11-27-1405.46.pdiff [435 B]
- Get:5 http://deb.debian.org/debian bookworm-updates/main amd64 Packages T-2024-11-27-1405.46-F-2024-11-27-1405.46.pdiff [435 B]
- Get:6 http://deb.debian.org/debian-security bookworm-security/main amd64 Packages [214 kB]
- Fetched 331 kB in 1s (638 kB/s)
- Reading package lists...
-
<><> 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 13:13.42 ---> using "11cac536d9318e596825b670a2570b2fd71bea1a01252fc31ed0c08f6677a99e" from cache
/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 alcotest.1.8.0 (cached)
-> retrieved camlp-streams.5.0.1 (cached)
-> retrieved cmdliner.1.3.0 (cached)
-> retrieved cppo.1.8.0 (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 mdx.2.5.0 (cached)
-> retrieved multicore-bench.0.1.7 (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 dune.3.17.0 (cached)
-> 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)
-> installed cmdliner.1.3.0
-> installed ocamlfind.1.9.6
-> installed ocamlbuild.0.15.0
-> 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 camlp-streams.5.0.1
-> installed ocaml-version.3.7.1
-> installed psq.0.2.1
-> installed result.1.5
-> installed thread-table.1.0.0
-> installed multicore-magic.2.3.0
-> installed domain-local-timeout.1.0.1
-> installed domain-local-await.1.0.1
-> installed cppo.1.8.0
-> installed ocaml-syntax-shims.1.0.0
-> installed re.1.12.0
-> installed qcheck-core.0.22
-> installed yojson.2.2.2
-> 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 13:14.09 ---> saved as "b6acb7cd3bb5b17da63a2583b364883ac5bfd08d0b58ee92670be065eefb2c72"
/src: (copy (src .) (dst /src))
2024-12-07 13:14.09 ---> saved as "fe85e7e5df2859015ca39bd4cc7d09c78727b6385a334e15158cef6c2d183ea1"
/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 `4X8TV4BN'.
[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_data && ./queue_test.exe)
Testing `Queue'.
This run has ID `GZXXUYCH'.
[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 && ./xt_test.exe)
Testing `Transactions'.
This run has ID `JY4CSGEW'.
[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 && ./mvar_test.exe)
Testing `Mvar'.
This run has ID `KODC4Z8C'.
[OK] basics 0
Full test results in `/src/_build/default/test/kcas_data/_build/_tests/Mvar'.
Test Successful in 0.003s. 1 test run.
(cd _build/default/test/kcas_data && ./dllist_test.exe)
Testing `Dllist'.
This run has ID `NKRWNKWX'.
[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 && ./stack_test.exe)
Testing `Stack'.
This run has ID `XD00RQRV'.
[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 && ./hashtbl_test.exe)
Testing `Hashtbl'.
This run has ID `ZFX1WXUX'.
[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 0.018s. 4 tests run.
(cd _build/default/test/kcas && ./ms_queue_test.exe)
Testing `MS queue'.
This run has ID `5I65RO8B'.
[OK] write skew 0
[OK] tail leak 0
Full test results in `/src/_build/default/test/kcas/_build/_tests/MS queue'.
Test Successful in 0.058s. 2 tests run.
(cd _build/default/bench && ./main.exe -brief 'Kcas Loc')
Kcas Loc:
ops over time/cas int:
83.86 M/s
ops over time/get:
282.23 M/s
ops over time/incr:
66.39 M/s
ops over time/push & pop:
67.10 M/s
ops over time/swap:
59.36 M/s
ops over time/xchg int:
52.73 M/s
time per op/cas int:
11.93 ns
time per op/get:
3.54 ns
time per op/incr:
15.06 ns
time per op/push & pop:
14.90 ns
time per op/swap:
16.85 ns
time per op/xchg int:
18.96 ns
(cd _build/default/test/kcas && ./test.exe)
Testing `Kcas'.
This run has ID `SWSCA6AJ'.
[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 2.239s. 17 tests run.
(cd _build/default/bench && ./main.exe -brief 'Kcas Xt')
Kcas Xt:
time per transaction/0 loc tx:
17.88 ns
time per transaction/1 loc tx:
55.57 ns
time per transaction/2 loc tx:
99.09 ns
time per transaction/4 loc tx:
173.04 ns
time per transaction/8 loc tx:
354.41 ns
transactions over time/0 loc tx:
55.93 M/s
transactions over time/1 loc tx:
17.99 M/s
transactions over time/2 loc tx:
10.09 M/s
transactions over time/4 loc tx:
5.78 M/s
transactions over time/8 loc tx:
2.82 M/s
Kcas Xt Leftist_heap (unscalable):
operations over time/1 worker, 1000 preload:
0.20 M/s
operations over time/1 worker, 100 preload:
0.86 M/s
operations over time/1 worker, 10 preload:
1.16 M/s
operations over time/2 workers, 1000 preload:
0.19 M/s
operations over time/2 workers, 100 preload:
0.67 M/s
operations over time/2 workers, 10 preload:
1.44 M/s
operations over time/4 workers, 1000 preload:
0.19 M/s
operations over time/4 workers, 100 preload:
0.67 M/s
operations over time/4 workers, 10 preload:
1.04 M/s
time per operation/1 worker, 1000 preload:
5120.76 ns
time per operation/1 worker, 100 preload:
1163.56 ns
time per operation/1 worker, 10 preload:
862.31 ns
time per operation/2 workers, 1000 preload:
10790.71 ns
time per operation/2 workers, 100 preload:
2991.90 ns
time per operation/2 workers, 10 preload:
1384.95 ns
time per operation/4 workers, 1000 preload:
20999.26 ns
time per operation/4 workers, 100 preload:
6011.64 ns
time per operation/4 workers, 10 preload:
3856.34 ns
Kcas Xt read-only:
time per transaction/0 loc tx:
11.97 ns
time per transaction/1 loc tx:
28.49 ns
time per transaction/2 loc tx:
59.87 ns
time per transaction/4 loc tx:
125.96 ns
time per transaction/8 loc tx:
175.85 ns
transactions over time/0 loc tx:
85.10 M/s
transactions over time/1 loc tx:
35.10 M/s
transactions over time/2 loc tx:
16.70 M/s
transactions over time/4 loc tx:
7.94 M/s
transactions over time/8 loc tx:
5.69 M/s
(cd _build/default/bench && ./main.exe -brief 'Kcas Xt read-only')
Kcas Xt read-only:
time per transaction/0 loc tx:
12.24 ns
time per transaction/1 loc tx:
39.68 ns
time per transaction/2 loc tx:
66.32 ns
time per transaction/4 loc tx:
117.54 ns
time per transaction/8 loc tx:
233.76 ns
transactions over time/0 loc tx:
81.67 M/s
transactions over time/1 loc tx:
25.20 M/s
transactions over time/2 loc tx:
15.08 M/s
transactions over time/4 loc tx:
8.51 M/s
transactions over time/8 loc tx:
4.28 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:
0.20 M/s
operations over time/1 worker, 100 preload:
0.93 M/s
operations over time/1 worker, 10 preload:
1.06 M/s
operations over time/2 workers, 1000 preload:
0.32 M/s
operations over time/2 workers, 100 preload:
0.67 M/s
operations over time/2 workers, 10 preload:
0.98 M/s
operations over time/4 workers, 1000 preload:
0.20 M/s
operations over time/4 workers, 100 preload:
0.77 M/s
operations over time/4 workers, 10 preload:
0.97 M/s
time per operation/1 worker, 1000 preload:
5058.32 ns
time per operation/1 worker, 100 preload:
1075.66 ns
time per operation/1 worker, 10 preload:
940.83 ns
time per operation/2 workers, 1000 preload:
6306.68 ns
time per operation/2 workers, 100 preload:
2998.73 ns
time per operation/2 workers, 10 preload:
2033.18 ns
time per operation/4 workers, 1000 preload:
20037.47 ns
time per operation/4 workers, 100 preload:
5176.21 ns
time per operation/4 workers, 10 preload:
4114.20 ns
(cd _build/default/bench && ./main.exe -brief 'Kcas parallel CMP')
Kcas parallel CMP:
time per transaction/1 worker:
96.36 ns
time per transaction/2 workers:
112.00 ns
time per transaction/4 workers:
102.63 ns
transactions over time/1 worker:
10.38 M/s
transactions over time/2 workers:
17.86 M/s
transactions over time/4 workers:
38.97 M/s
(cd _build/default/bench && ./main.exe -brief 'Kcas_data Accumulator')
Kcas_data Accumulator:
operations over time/1 worker, 0% reads:
28.38 M/s
operations over time/2 workers, 0% reads:
73.33 M/s
operations over time/4 workers, 0% reads:
127.73 M/s
operations over time/8 workers, 0% reads:
219.91 M/s
time per operation/1 worker, 0% reads:
35.24 ns
time per operation/2 workers, 0% reads:
27.27 ns
time per operation/4 workers, 0% reads:
31.31 ns
time per operation/8 workers, 0% reads:
36.38 ns
(cd _build/default/bench && ./main.exe -brief 'Kcas_data Dllist')
Kcas_data Dllist:
messages over time/1 nb adder, 1 nb taker:
1.55 M/s
messages over time/1 nb adder, 2 nb takers:
0.80 M/s
messages over time/2 nb adders, 1 nb taker:
1.33 M/s
messages over time/2 nb adders, 2 nb takers:
1.01 M/s
messages over time/one domain:
2.05 M/s
time per message/1 nb adder, 1 nb taker:
1293.30 ns
time per message/1 nb adder, 2 nb takers:
3746.47 ns
time per message/2 nb adders, 1 nb taker:
2260.33 ns
time per message/2 nb adders, 2 nb takers:
3945.29 ns
time per message/one domain:
487.37 ns
(cd _build/default/bench && ./main.exe -brief 'Kcas_data Hashtbl')
Kcas_data Hashtbl:
operations over time/1 worker, 10% reads:
3.95 M/s
operations over time/1 worker, 50% reads:
4.03 M/s
operations over time/1 worker, 90% reads:
14.81 M/s
operations over time/2 workers, 10% reads:
4.95 M/s
operations over time/2 workers, 50% reads:
4.98 M/s
operations over time/2 workers, 90% reads:
9.32 M/s
operations over time/4 workers, 10% reads:
7.82 M/s
operations over time/4 workers, 50% reads:
7.81 M/s
operations over time/4 workers, 90% reads:
21.02 M/s
operations over time/8 workers, 10% reads:
13.86 M/s
operations over time/8 workers, 50% reads:
14.39 M/s
operations over time/8 workers, 90% reads:
27.62 M/s
time per operation/1 worker, 10% reads:
253.25 ns
time per operation/1 worker, 50% reads:
248.22 ns
time per operation/1 worker, 90% reads:
67.54 ns
time per operation/2 workers, 10% reads:
404.20 ns
time per operation/2 workers, 50% reads:
401.45 ns
time per operation/2 workers, 90% reads:
214.50 ns
time per operation/4 workers, 10% reads:
511.26 ns
time per operation/4 workers, 50% reads:
511.99 ns
time per operation/4 workers, 90% reads:
190.27 ns
time per operation/8 workers, 10% reads:
577.24 ns
time per operation/8 workers, 50% reads:
555.81 ns
time per operation/8 workers, 90% reads:
289.68 ns
(cd _build/default/bench && ./main.exe -brief 'Kcas_data Mvar')
Kcas_data Mvar:
messages over time/1 adder, 1 nb taker:
2.36 M/s
messages over time/1 adder, 1 taker:
0.55 M/s
messages over time/1 adder, 2 nb takers:
0.41 M/s
messages over time/1 adder, 2 takers:
0.34 M/s
messages over time/1 nb adder, 1 nb taker:
2.22 M/s
messages over time/1 nb adder, 1 taker:
0.74 M/s
messages over time/1 nb adder, 2 nb takers:
0.86 M/s
messages over time/1 nb adder, 2 takers:
1.03 M/s
messages over time/2 adders, 1 nb taker:
0.72 M/s
messages over time/2 adders, 1 taker:
0.42 M/s
messages over time/2 adders, 2 nb takers:
0.51 M/s
messages over time/2 adders, 2 takers:
0.45 M/s
messages over time/2 nb adders, 1 nb taker:
0.90 M/s
messages over time/2 nb adders, 1 taker:
0.34 M/s
messages over time/2 nb adders, 2 nb takers:
0.60 M/s
messages over time/2 nb adders, 2 takers:
0.34 M/s
time per message/1 adder, 1 nb taker:
846.76 ns
time per message/1 adder, 1 taker:
3640.37 ns
time per message/1 adder, 2 nb takers:
7266.35 ns
time per message/1 adder, 2 takers:
8950.74 ns
time per message/1 nb adder, 1 nb taker:
900.92 ns
time per message/1 nb adder, 1 taker:
2685.01 ns
time per message/1 nb adder, 2 nb takers:
3498.90 ns
time per message/1 nb adder, 2 takers:
2899.09 ns
time per message/2 adders, 1 nb taker:
4156.91 ns
time per message/2 adders, 1 taker:
7071.22 ns
time per message/2 adders, 2 nb takers:
7878.07 ns
time per message/2 adders, 2 takers:
8922.42 ns
time per message/2 nb adders, 1 nb taker:
3322.09 ns
time per message/2 nb adders, 1 taker:
8736.00 ns
time per message/2 nb adders, 2 nb takers:
6712.47 ns
time per message/2 nb adders, 2 takers:
11708.48 ns
(cd _build/default/bench && ./main.exe -brief 'Kcas_data Queue')
Kcas_data Queue:
messages over time/1 nb adder, 1 nb taker:
4.44 M/s
messages over time/1 nb adder, 1 taker:
5.60 M/s
messages over time/1 nb adder, 2 nb takers:
5.13 M/s
messages over time/1 nb adder, 2 takers:
5.42 M/s
messages over time/1 nb adder, 4 nb takers:
4.55 M/s
messages over time/1 nb adder, 4 takers:
4.32 M/s
messages over time/2 nb adders, 1 nb taker:
5.14 M/s
messages over time/2 nb adders, 1 taker:
6.16 M/s
messages over time/2 nb adders, 2 nb takers:
3.34 M/s
messages over time/2 nb adders, 2 takers:
7.88 M/s
messages over time/2 nb adders, 4 nb takers:
5.02 M/s
messages over time/2 nb adders, 4 takers:
4.87 M/s
messages over time/4 nb adders, 1 nb taker:
5.88 M/s
messages over time/4 nb adders, 1 taker:
6.18 M/s
messages over time/4 nb adders, 2 nb takers:
5.44 M/s
messages over time/4 nb adders, 2 takers:
4.79 M/s
messages over time/4 nb adders, 4 nb takers:
5.66 M/s
messages over time/4 nb adders, 4 takers:
4.59 M/s
messages over time/one domain:
14.76 M/s
time per message/1 nb adder, 1 nb taker:
450.80 ns
time per message/1 nb adder, 1 taker:
357.32 ns
time per message/1 nb adder, 2 nb takers:
584.48 ns
time per message/1 nb adder, 2 takers:
553.91 ns
time per message/1 nb adder, 4 nb takers:
1099.26 ns
time per message/1 nb adder, 4 takers:
1158.08 ns
time per message/2 nb adders, 1 nb taker:
583.52 ns
time per message/2 nb adders, 1 taker:
487.38 ns
time per message/2 nb adders, 2 nb takers:
1198.86 ns
time per message/2 nb adders, 2 takers:
507.56 ns
time per message/2 nb adders, 4 nb takers:
1195.72 ns
time per message/2 nb adders, 4 takers:
1231.65 ns
time per message/4 nb adders, 1 nb taker:
849.91 ns
time per message/4 nb adders, 1 taker:
808.89 ns
time per message/4 nb adders, 2 nb takers:
1103.28 ns
time per message/4 nb adders, 2 takers:
1252.98 ns
time per message/4 nb adders, 4 nb takers:
1412.96 ns
time per message/4 nb adders, 4 takers:
1743.29 ns
time per message/one domain:
67.73 ns
(cd _build/default/bench && ./main.exe -brief 'Kcas_data Stack')
Kcas_data Stack:
messages over time/1 nb adder, 1 nb taker:
12.87 M/s
messages over time/1 nb adder, 1 taker:
6.95 M/s
messages over time/1 nb adder, 2 nb takers:
4.95 M/s
messages over time/1 nb adder, 2 takers:
5.24 M/s
messages over time/1 nb adder, 4 nb takers:
3.14 M/s
messages over time/1 nb adder, 4 takers:
5.41 M/s
messages over time/2 nb adders, 1 nb taker:
5.68 M/s
messages over time/2 nb adders, 1 taker:
5.54 M/s
messages over time/2 nb adders, 2 nb takers:
4.11 M/s
messages over time/2 nb adders, 2 takers:
5.62 M/s
messages over time/2 nb adders, 4 nb takers:
4.08 M/s
messages over time/2 nb adders, 4 takers:
5.10 M/s
messages over time/4 nb adders, 1 nb taker:
7.56 M/s
messages over time/4 nb adders, 1 taker:
6.51 M/s
messages over time/4 nb adders, 2 nb takers:
5.14 M/s
messages over time/4 nb adders, 2 takers:
5.75 M/s
messages over time/4 nb adders, 4 nb takers:
4.27 M/s
messages over time/4 nb adders, 4 takers:
6.26 M/s
messages over time/one domain:
12.20 M/s
time per message/1 nb adder, 1 nb taker:
155.43 ns
time per message/1 nb adder, 1 taker:
287.87 ns
time per message/1 nb adder, 2 nb takers:
605.95 ns
time per message/1 nb adder, 2 takers:
572.53 ns
time per message/1 nb adder, 4 nb takers:
1592.78 ns
time per message/1 nb adder, 4 takers:
924.36 ns
time per message/2 nb adders, 1 nb taker:
528.20 ns
time per message/2 nb adders, 1 taker:
541.99 ns
time per message/2 nb adders, 2 nb takers:
973.68 ns
time per message/2 nb adders, 2 takers:
712.08 ns
time per message/2 nb adders, 4 nb takers:
1471.77 ns
time per message/2 nb adders, 4 takers:
1177.01 ns
time per message/4 nb adders, 1 nb taker:
661.20 ns
time per message/4 nb adders, 1 taker:
768.36 ns
time per message/4 nb adders, 2 nb takers:
1167.68 ns
time per message/4 nb adders, 2 takers:
1042.73 ns
time per message/4 nb adders, 4 nb takers:
1875.25 ns
time per message/4 nb adders, 4 takers:
1277.10 ns
time per message/one domain:
82.00 ns
(cd _build/default/test/kcas_data && ./stack_test_stm.exe)
random seed: 1993629939099971297
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
[ ] 3 0 0 3 / 32 0.1s Stack parallel
[ ] 6 0 0 6 / 32 0.3s Stack parallel
[ ] 9 0 0 9 / 32 0.4s Stack parallel
[ ] 11 0 0 11 / 32 0.5s Stack parallel
[ ] 14 0 0 14 / 32 0.7s Stack parallel
[ ] 16 0 0 16 / 32 0.8s Stack parallel
[ ] 19 0 0 19 / 32 1.0s Stack parallel
[ ] 21 0 0 21 / 32 1.1s Stack parallel
[ ] 23 0 0 23 / 32 1.2s Stack parallel
[ ] 26 0 0 26 / 32 1.3s Stack parallel
[ ] 28 0 0 28 / 32 1.4s Stack parallel
[ ] 30 0 0 30 / 32 1.6s Stack parallel
[✓] 32 0 0 32 / 32 1.6s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 2384676459962250981
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
[ ] 1 0 0 1 / 64 0.1s Stack parallel
[ ] 4 0 0 4 / 64 0.2s Stack parallel
[ ] 7 0 0 7 / 64 0.3s Stack parallel
[ ] 9 0 0 9 / 64 0.5s Stack parallel
[ ] 12 0 0 12 / 64 0.6s Stack parallel
[ ] 15 0 0 15 / 64 0.8s Stack parallel
[ ] 18 0 0 18 / 64 1.0s Stack parallel
[ ] 21 0 0 21 / 64 1.2s Stack parallel
[ ] 24 0 0 24 / 64 1.3s Stack parallel
[ ] 26 0 0 26 / 64 1.5s Stack parallel
[ ] 28 0 0 28 / 64 1.7s Stack parallel
[ ] 31 0 0 31 / 64 1.8s Stack parallel
[ ] 34 0 0 34 / 64 1.9s Stack parallel
[ ] 36 0 0 36 / 64 2.0s Stack parallel
[ ] 39 0 0 39 / 64 2.2s Stack parallel
[ ] 41 0 0 41 / 64 2.4s Stack parallel
[ ] 44 0 0 44 / 64 2.6s Stack parallel
[ ] 47 0 0 47 / 64 2.7s Stack parallel
[ ] 49 0 0 49 / 64 2.8s Stack parallel
[ ] 52 0 0 52 / 64 2.9s Stack parallel
[ ] 54 0 0 54 / 64 3.1s Stack parallel
[ ] 57 0 0 57 / 64 3.2s Stack parallel
[ ] 60 0 0 60 / 64 3.4s Stack parallel
[ ] 63 0 0 63 / 64 3.5s Stack parallel
[✓] 64 0 0 64 / 64 3.5s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 20149548918914852
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 0.1s Stack parallel
[ ] 4 0 0 4 / 128 0.2s Stack parallel
[ ] 5 0 0 5 / 128 0.3s Stack parallel
[ ] 7 0 0 7 / 128 0.4s Stack parallel
[ ] 10 0 0 10 / 128 0.5s Stack parallel
[ ] 12 0 0 12 / 128 0.6s Stack parallel
[ ] 15 0 0 15 / 128 0.8s Stack parallel
[ ] 16 0 0 16 / 128 0.9s Stack parallel
[ ] 18 0 0 18 / 128 1.0s Stack parallel
[ ] 21 0 0 21 / 128 1.2s Stack parallel
[ ] 24 0 0 24 / 128 1.3s Stack parallel
[ ] 27 0 0 27 / 128 1.4s Stack parallel
[ ] 29 0 0 29 / 128 1.5s Stack parallel
[ ] 31 0 0 31 / 128 1.6s Stack parallel
[ ] 33 0 0 33 / 128 1.8s Stack parallel
[ ] 35 0 0 35 / 128 1.9s Stack parallel
[ ] 38 0 0 38 / 128 2.0s Stack parallel
[ ] 41 0 0 41 / 128 2.2s Stack parallel
[ ] 44 0 0 44 / 128 2.3s Stack parallel
[ ] 46 0 0 46 / 128 2.4s Stack parallel
[ ] 49 0 0 49 / 128 2.6s Stack parallel
[ ] 51 0 0 51 / 128 2.7s Stack parallel
[ ] 52 0 0 52 / 128 2.8s Stack parallel
[ ] 54 0 0 54 / 128 2.9s Stack parallel
[ ] 56 0 0 56 / 128 3.0s Stack parallel
[ ] 58 0 0 58 / 128 3.1s Stack parallel
[ ] 61 0 0 61 / 128 3.3s Stack parallel
[ ] 63 0 0 63 / 128 3.4s Stack parallel
[ ] 65 0 0 65 / 128 3.5s Stack parallel
[ ] 68 0 0 68 / 128 3.6s Stack parallel
[ ] 71 0 0 71 / 128 3.8s Stack parallel
[ ] 74 0 0 74 / 128 3.9s Stack parallel
[ ] 77 0 0 77 / 128 4.0s Stack parallel
[ ] 79 0 0 79 / 128 4.1s Stack parallel
[ ] 82 0 0 82 / 128 4.2s Stack parallel
[ ] 85 0 0 85 / 128 4.4s Stack parallel
[ ] 88 0 0 88 / 128 4.6s Stack parallel
[ ] 91 0 0 91 / 128 4.7s Stack parallel
[ ] 94 0 0 94 / 128 4.8s Stack parallel
[ ] 97 0 0 97 / 128 5.0s Stack parallel
[ ] 99 0 0 99 / 128 5.1s Stack parallel
[ ] 101 0 0 101 / 128 5.2s Stack parallel
[ ] 103 0 0 103 / 128 5.3s Stack parallel
[ ] 105 0 0 105 / 128 5.5s Stack parallel
[ ] 107 0 0 107 / 128 5.6s Stack parallel
[ ] 110 0 0 110 / 128 5.8s Stack parallel
[ ] 113 0 0 113 / 128 5.9s Stack parallel
[ ] 116 0 0 116 / 128 6.0s Stack parallel
[ ] 118 0 0 118 / 128 6.1s Stack parallel
[ ] 120 0 0 120 / 128 6.2s Stack parallel
[ ] 123 0 0 123 / 128 6.4s Stack parallel
[ ] 124 0 0 124 / 128 6.5s Stack parallel
[ ] 126 0 0 126 / 128 6.7s Stack parallel
[✓] 128 0 0 128 / 128 6.8s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 1865085315591305349
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Stack sequential
[✓] 256 0 0 256 / 256 0.0s Stack sequential
[ ] 0 0 0 0 / 256 0.0s Stack parallel
[ ] 1 0 0 1 / 256 0.0s Stack parallel
[ ] 4 0 0 4 / 256 0.2s Stack parallel
[ ] 7 0 0 7 / 256 0.3s Stack parallel
[ ] 10 0 0 10 / 256 0.4s Stack parallel
[ ] 12 0 0 12 / 256 0.6s Stack parallel
[ ] 14 0 0 14 / 256 0.7s Stack parallel
[ ] 16 0 0 16 / 256 0.9s Stack parallel
[ ] 19 0 0 19 / 256 1.0s Stack parallel
[ ] 22 0 0 22 / 256 1.1s Stack parallel
[ ] 25 0 0 25 / 256 1.2s Stack parallel
[ ] 28 0 0 28 / 256 1.3s Stack parallel
[ ] 32 0 0 32 / 256 1.5s Stack parallel
[ ] 35 0 0 35 / 256 1.7s Stack parallel
[ ] 38 0 0 38 / 256 1.9s Stack parallel
[ ] 39 0 0 39 / 256 2.0s Stack parallel
[ ] 42 0 0 42 / 256 2.1s Stack parallel
[ ] 45 0 0 45 / 256 2.3s Stack parallel
[ ] 46 0 0 46 / 256 2.4s Stack parallel
[ ] 49 0 0 49 / 256 2.5s Stack parallel
[ ] 51 0 0 51 / 256 2.7s Stack parallel
[ ] 54 0 0 54 / 256 2.8s Stack parallel
[ ] 57 0 0 57 / 256 2.9s Stack parallel
[ ] 60 0 0 60 / 256 3.0s Stack parallel
[ ] 62 0 0 62 / 256 3.2s Stack parallel
[ ] 65 0 0 65 / 256 3.3s Stack parallel
[ ] 68 0 0 68 / 256 3.5s Stack parallel
[ ] 70 0 0 70 / 256 3.6s Stack parallel
[ ] 73 0 0 73 / 256 3.7s Stack parallel
[ ] 76 0 0 76 / 256 3.9s Stack parallel
[ ] 79 0 0 79 / 256 4.0s Stack parallel
[ ] 82 0 0 82 / 256 4.1s Stack parallel
[ ] 85 0 0 85 / 256 4.2s Stack parallel
[ ] 87 0 0 87 / 256 4.4s Stack parallel
[ ] 90 0 0 90 / 256 4.5s Stack parallel
[ ] 93 0 0 93 / 256 4.7s Stack parallel
[ ] 96 0 0 96 / 256 4.8s Stack parallel
[ ] 99 0 0 99 / 256 5.0s Stack parallel
[ ] 102 0 0 102 / 256 5.1s Stack parallel
[ ] 103 0 0 103 / 256 5.3s Stack parallel
[ ] 104 0 0 104 / 256 5.4s Stack parallel
[ ] 107 0 0 107 / 256 5.5s Stack parallel
[ ] 109 0 0 109 / 256 5.6s Stack parallel
[ ] 112 0 0 112 / 256 5.8s Stack parallel
[ ] 115 0 0 115 / 256 5.9s Stack parallel
[ ] 118 0 0 118 / 256 6.0s Stack parallel
[ ] 119 0 0 119 / 256 6.1s Stack parallel
[ ] 121 0 0 121 / 256 6.2s Stack parallel
[ ] 122 0 0 122 / 256 6.4s Stack parallel
[ ] 125 0 0 125 / 256 6.6s Stack parallel
[ ] 128 0 0 128 / 256 6.7s Stack parallel
[ ] 130 0 0 130 / 256 6.8s Stack parallel
[ ] 132 0 0 132 / 256 6.9s Stack parallel
[ ] 135 0 0 135 / 256 7.0s Stack parallel
[ ] 137 0 0 137 / 256 7.1s Stack parallel
[ ] 139 0 0 139 / 256 7.3s Stack parallel
[ ] 141 0 0 141 / 256 7.4s Stack parallel
[ ] 143 0 0 143 / 256 7.5s Stack parallel
[ ] 146 0 0 146 / 256 7.7s Stack parallel
[ ] 149 0 0 149 / 256 7.9s Stack parallel
[ ] 152 0 0 152 / 256 8.0s Stack parallel
[ ] 154 0 0 154 / 256 8.1s Stack parallel
[ ] 156 0 0 156 / 256 8.2s Stack parallel
[ ] 158 0 0 158 / 256 8.3s Stack parallel
[ ] 160 0 0 160 / 256 8.5s Stack parallel
[ ] 162 0 0 162 / 256 8.7s Stack parallel
[ ] 164 0 0 164 / 256 8.8s Stack parallel
[ ] 167 0 0 167 / 256 8.9s Stack parallel
[ ] 169 0 0 169 / 256 9.0s Stack parallel
[ ] 172 0 0 172 / 256 9.2s Stack parallel
[ ] 173 0 0 173 / 256 9.4s Stack parallel
[ ] 176 0 0 176 / 256 9.5s Stack parallel
[ ] 178 0 0 178 / 256 9.6s Stack parallel
[ ] 180 0 0 180 / 256 9.7s Stack parallel
[ ] 182 0 0 182 / 256 10.0s Stack parallel
[ ] 183 0 0 183 / 256 10.1s Stack parallel
[ ] 185 0 0 185 / 256 10.2s Stack parallel
[ ] 188 0 0 188 / 256 10.3s Stack parallel
[ ] 190 0 0 190 / 256 10.4s Stack parallel
[ ] 193 0 0 193 / 256 10.6s Stack parallel
[ ] 196 0 0 196 / 256 10.7s Stack parallel
[ ] 198 0 0 198 / 256 10.8s Stack parallel
[ ] 200 0 0 200 / 256 11.0s Stack parallel
[ ] 202 0 0 202 / 256 11.1s Stack parallel
[ ] 204 0 0 204 / 256 11.2s Stack parallel
[ ] 206 0 0 206 / 256 11.3s Stack parallel
[ ] 208 0 0 208 / 256 11.5s Stack parallel
[ ] 211 0 0 211 / 256 11.6s Stack parallel
[ ] 213 0 0 213 / 256 11.7s Stack parallel
[ ] 216 0 0 216 / 256 11.8s Stack parallel
[ ] 219 0 0 219 / 256 12.1s Stack parallel
[ ] 222 0 0 222 / 256 12.2s Stack parallel
[ ] 225 0 0 225 / 256 12.3s Stack parallel
[ ] 227 0 0 227 / 256 12.4s Stack parallel
[ ] 229 0 0 229 / 256 12.5s Stack parallel
[ ] 231 0 0 231 / 256 12.7s Stack parallel
[ ] 234 0 0 234 / 256 12.8s Stack parallel
[ ] 237 0 0 237 / 256 12.9s Stack parallel
[ ] 240 0 0 240 / 256 13.0s Stack parallel
[ ] 243 0 0 243 / 256 13.2s Stack parallel
[ ] 246 0 0 246 / 256 13.3s Stack parallel
[ ] 248 0 0 248 / 256 13.4s Stack parallel
[ ] 250 0 0 250 / 256 13.6s Stack parallel
[ ] 252 0 0 252 / 256 13.7s Stack parallel
[ ] 253 0 0 253 / 256 13.8s Stack parallel
[ ] 256 0 0 256 / 256 14.1s Stack parallel
[✓] 256 0 0 256 / 256 14.1s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 13383734287381430
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Stack sequential
[✓] 512 0 0 512 / 512 0.0s Stack sequential
[ ] 0 0 0 0 / 512 0.0s Stack parallel
[ ] 3 0 0 3 / 512 0.1s Stack parallel
[ ] 5 0 0 5 / 512 0.3s Stack parallel
[ ] 8 0 0 8 / 512 0.4s Stack parallel
[ ] 11 0 0 11 / 512 0.5s Stack parallel
[ ] 14 0 0 14 / 512 0.6s Stack parallel
[ ] 17 0 0 17 / 512 0.8s Stack parallel
[ ] 20 0 0 20 / 512 0.9s Stack parallel
[ ] 23 0 0 23 / 512 1.2s Stack parallel
[ ] 26 0 0 26 / 512 1.3s Stack parallel
[ ] 28 0 0 28 / 512 1.4s Stack parallel
[ ] 31 0 0 31 / 512 1.5s Stack parallel
[ ] 34 0 0 34 / 512 1.6s Stack parallel
[ ] 37 0 0 37 / 512 1.8s Stack parallel
[ ] 40 0 0 40 / 512 1.9s Stack parallel
[ ] 43 0 0 43 / 512 2.1s Stack parallel
[ ] 46 0 0 46 / 512 2.2s Stack parallel
[ ] 50 0 0 50 / 512 2.4s Stack parallel
[ ] 53 0 0 53 / 512 2.5s Stack parallel
[ ] 55 0 0 55 / 512 2.6s Stack parallel
[ ] 57 0 0 57 / 512 2.8s Stack parallel
[ ] 60 0 0 60 / 512 2.9s Stack parallel
[ ] 61 0 0 61 / 512 3.0s Stack parallel
[ ] 63 0 0 63 / 512 3.1s Stack parallel
[ ] 66 0 0 66 / 512 3.3s Stack parallel
[ ] 67 0 0 67 / 512 3.4s Stack parallel
[ ] 70 0 0 70 / 512 3.5s Stack parallel
[ ] 72 0 0 72 / 512 3.7s Stack parallel
[ ] 75 0 0 75 / 512 3.8s Stack parallel
[ ] 77 0 0 77 / 512 3.9s Stack parallel
[ ] 79 0 0 79 / 512 4.1s Stack parallel
[ ] 82 0 0 82 / 512 4.2s Stack parallel
[ ] 85 0 0 85 / 512 4.3s Stack parallel
[ ] 88 0 0 88 / 512 4.4s Stack parallel
[ ] 90 0 0 90 / 512 4.5s Stack parallel
[ ] 92 0 0 92 / 512 4.6s Stack parallel
[ ] 95 0 0 95 / 512 4.8s Stack parallel
[ ] 98 0 0 98 / 512 4.9s Stack parallel
[ ] 101 0 0 101 / 512 5.0s Stack parallel
[ ] 103 0 0 103 / 512 5.2s Stack parallel
[ ] 105 0 0 105 / 512 5.3s Stack parallel
[ ] 108 0 0 108 / 512 5.5s Stack parallel
[ ] 111 0 0 111 / 512 5.6s Stack parallel
[ ] 113 0 0 113 / 512 5.7s Stack parallel
[ ] 116 0 0 116 / 512 5.8s Stack parallel
[ ] 118 0 0 118 / 512 5.9s Stack parallel
[ ] 120 0 0 120 / 512 6.1s Stack parallel
[ ] 122 0 0 122 / 512 6.3s Stack parallel
[ ] 123 0 0 123 / 512 6.4s Stack parallel
[ ] 125 0 0 125 / 512 6.6s Stack parallel
[ ] 126 0 0 126 / 512 6.7s Stack parallel
[ ] 128 0 0 128 / 512 6.9s Stack parallel
[ ] 129 0 0 129 / 512 7.2s Stack parallel
[ ] 130 0 0 130 / 512 7.3s Stack parallel
[ ] 132 0 0 132 / 512 7.4s Stack parallel
[ ] 133 0 0 133 / 512 7.6s Stack parallel
[ ] 134 0 0 134 / 512 7.7s Stack parallel
[ ] 136 0 0 136 / 512 7.9s Stack parallel
[ ] 138 0 0 138 / 512 8.2s Stack parallel
[ ] 140 0 0 140 / 512 8.5s Stack parallel
[ ] 141 0 0 141 / 512 8.7s Stack parallel
[ ] 142 0 0 142 / 512 8.9s Stack parallel
[ ] 143 0 0 143 / 512 9.1s Stack parallel
[ ] 144 0 0 144 / 512 9.2s Stack parallel
[ ] 146 0 0 146 / 512 9.3s Stack parallel
[ ] 148 0 0 148 / 512 9.5s Stack parallel
[ ] 151 0 0 151 / 512 9.7s Stack parallel
[ ] 153 0 0 153 / 512 9.8s Stack parallel
[ ] 154 0 0 154 / 512 9.9s Stack parallel
[ ] 156 0 0 156 / 512 10.1s Stack parallel
[ ] 158 0 0 158 / 512 10.2s Stack parallel
[ ] 159 0 0 159 / 512 10.4s Stack parallel
[ ] 161 0 0 161 / 512 10.7s Stack parallel
[ ] 163 0 0 163 / 512 10.8s Stack parallel
[ ] 165 0 0 165 / 512 11.0s Stack parallel
[ ] 167 0 0 167 / 512 11.1s Stack parallel
[ ] 169 0 0 169 / 512 11.3s Stack parallel
[ ] 171 0 0 171 / 512 11.4s Stack parallel
[ ] 173 0 0 173 / 512 11.6s Stack parallel
[ ] 175 0 0 175 / 512 11.7s Stack parallel
[ ] 176 0 0 176 / 512 11.9s Stack parallel
[ ] 178 0 0 178 / 512 12.0s Stack parallel
[ ] 180 0 0 180 / 512 12.2s Stack parallel
[ ] 182 0 0 182 / 512 12.4s Stack parallel
[ ] 184 0 0 184 / 512 12.6s Stack parallel
[ ] 185 0 0 185 / 512 12.7s Stack parallel
[ ] 186 0 0 186 / 512 12.9s Stack parallel
[ ] 187 0 0 187 / 512 13.1s Stack parallel
[ ] 188 0 0 188 / 512 13.2s Stack parallel
[ ] 189 0 0 189 / 512 13.4s Stack parallel
[ ] 190 0 0 190 / 512 13.7s Stack parallel
[ ] 191 0 0 191 / 512 14.0s Stack parallel
[ ] 192 0 0 192 / 512 14.7s Stack parallel
[ ] 193 0 0 193 / 512 15.5s Stack parallel
[ ] 194 0 0 194 / 512 16.0s Stack parallel
[ ] 195 0 0 195 / 512 16.3s Stack parallel
[ ] 196 0 0 196 / 512 16.6s Stack parallel
[ ] 197 0 0 197 / 512 16.8s Stack parallel
[ ] 198 0 0 198 / 512 17.1s Stack parallel
[ ] 199 0 0 199 / 512 17.4s Stack parallel
[ ] 200 0 0 200 / 512 17.6s Stack parallel
[ ] 201 0 0 201 / 512 17.8s Stack parallel
[ ] 202 0 0 202 / 512 18.0s Stack parallel
[ ] 203 0 0 203 / 512 18.2s Stack parallel
[ ] 204 0 0 204 / 512 18.4s Stack parallel
[ ] 205 0 0 205 / 512 18.6s Stack parallel
[ ] 206 0 0 206 / 512 18.8s Stack parallel
[ ] 207 0 0 207 / 512 19.1s Stack parallel
[ ] 209 0 0 209 / 512 19.3s Stack parallel
[ ] 210 0 0 210 / 512 19.4s Stack parallel
[ ] 211 0 0 211 / 512 19.5s Stack parallel
[ ] 212 0 0 212 / 512 19.7s Stack parallel
[ ] 213 0 0 213 / 512 19.9s Stack parallel
[ ] 214 0 0 214 / 512 20.2s Stack parallel
[ ] 216 0 0 216 / 512 20.4s Stack parallel
[ ] 218 0 0 218 / 512 20.6s Stack parallel
[ ] 220 0 0 220 / 512 20.7s Stack parallel
[ ] 222 0 0 222 / 512 20.9s Stack parallel
[ ] 224 0 0 224 / 512 21.0s Stack parallel
[ ] 226 0 0 226 / 512 21.2s Stack parallel
[ ] 227 0 0 227 / 512 21.3s Stack parallel
[ ] 229 0 0 229 / 512 21.5s Stack parallel
[ ] 231 0 0 231 / 512 21.6s Stack parallel
[ ] 233 0 0 233 / 512 21.8s Stack parallel
[ ] 235 0 0 235 / 512 21.9s Stack parallel
[ ] 237 0 0 237 / 512 22.1s Stack parallel
[ ] 239 0 0 239 / 512 22.2s Stack parallel
[ ] 240 0 0 240 / 512 22.3s Stack parallel
[ ] 242 0 0 242 / 512 22.4s Stack parallel
[ ] 244 0 0 244 / 512 22.6s Stack parallel
[ ] 246 0 0 246 / 512 22.7s Stack parallel
[ ] 248 0 0 248 / 512 22.9s Stack parallel
[ ] 250 0 0 250 / 512 23.0s Stack parallel
[ ] 252 0 0 252 / 512 23.2s Stack parallel
[ ] 253 0 0 253 / 512 23.3s Stack parallel
[ ] 255 0 0 255 / 512 23.5s Stack parallel
[ ] 257 0 0 257 / 512 23.7s Stack parallel
[ ] 259 0 0 259 / 512 23.8s Stack parallel
[ ] 261 0 0 261 / 512 23.9s Stack parallel
[ ] 263 0 0 263 / 512 24.1s Stack parallel
[ ] 265 0 0 265 / 512 24.2s Stack parallel
[ ] 267 0 0 267 / 512 24.3s Stack parallel
[ ] 268 0 0 268 / 512 24.4s Stack parallel
[ ] 270 0 0 270 / 512 24.6s Stack parallel
[ ] 272 0 0 272 / 512 24.8s Stack parallel
[ ] 274 0 0 274 / 512 24.9s Stack parallel
[ ] 276 0 0 276 / 512 25.0s Stack parallel
[ ] 278 0 0 278 / 512 25.2s Stack parallel
[ ] 280 0 0 280 / 512 25.3s Stack parallel
[ ] 282 0 0 282 / 512 25.5s Stack parallel
[ ] 283 0 0 283 / 512 25.6s Stack parallel
[ ] 285 0 0 285 / 512 25.7s Stack parallel
[ ] 287 0 0 287 / 512 25.9s Stack parallel
[ ] 289 0 0 289 / 512 26.1s Stack parallel
[ ] 291 0 0 291 / 512 26.3s Stack parallel
[ ] 292 0 0 292 / 512 26.4s Stack parallel
[ ] 294 0 0 294 / 512 26.6s Stack parallel
[ ] 297 0 0 297 / 512 26.7s Stack parallel
[ ] 299 0 0 299 / 512 26.8s Stack parallel
[ ] 301 0 0 301 / 512 27.0s Stack parallel
[ ] 304 0 0 304 / 512 27.1s Stack parallel
[ ] 306 0 0 306 / 512 27.2s Stack parallel
[ ] 307 0 0 307 / 512 27.4s Stack parallel
[ ] 308 0 0 308 / 512 27.5s Stack parallel
[ ] 309 0 0 309 / 512 27.8s Stack parallel
[ ] 311 0 0 311 / 512 28.0s Stack parallel
[ ] 313 0 0 313 / 512 28.2s Stack parallel
[ ] 315 0 0 315 / 512 28.4s Stack parallel
[ ] 317 0 0 317 / 512 28.5s Stack parallel
[ ] 319 0 0 319 / 512 28.8s Stack parallel
[ ] 321 0 0 321 / 512 28.9s Stack parallel
[ ] 323 0 0 323 / 512 29.0s Stack parallel
[ ] 325 0 0 325 / 512 29.2s Stack parallel
[ ] 327 0 0 327 / 512 29.3s Stack parallel
[ ] 329 0 0 329 / 512 29.4s Stack parallel
[ ] 331 0 0 331 / 512 29.6s Stack parallel
[ ] 332 0 0 332 / 512 29.9s Stack parallel
[ ] 333 0 0 333 / 512 30.0s Stack parallel
[ ] 335 0 0 335 / 512 30.1s Stack parallel
[ ] 336 0 0 336 / 512 30.3s Stack parallel
[ ] 338 0 0 338 / 512 30.5s Stack parallel
[ ] 340 0 0 340 / 512 30.6s Stack parallel
[ ] 342 0 0 342 / 512 30.7s Stack parallel
[ ] 344 0 0 344 / 512 30.9s Stack parallel
[ ] 346 0 0 346 / 512 31.0s Stack parallel
[ ] 348 0 0 348 / 512 31.1s Stack parallel
[ ] 350 0 0 350 / 512 31.2s Stack parallel
[ ] 353 0 0 353 / 512 31.4s Stack parallel
[ ] 355 0 0 355 / 512 31.5s Stack parallel
[ ] 357 0 0 357 / 512 31.7s Stack parallel
[ ] 359 0 0 359 / 512 31.8s Stack parallel
[ ] 361 0 0 361 / 512 31.9s Stack parallel
[ ] 363 0 0 363 / 512 32.1s Stack parallel
[ ] 365 0 0 365 / 512 32.2s Stack parallel
[ ] 367 0 0 367 / 512 32.3s Stack parallel
[ ] 369 0 0 369 / 512 32.5s Stack parallel
[ ] 371 0 0 371 / 512 32.6s Stack parallel
[ ] 372 0 0 372 / 512 32.7s Stack parallel
[ ] 373 0 0 373 / 512 32.8s Stack parallel
[ ] 375 0 0 375 / 512 33.0s Stack parallel
[ ] 377 0 0 377 / 512 33.1s Stack parallel
[ ] 379 0 0 379 / 512 33.2s Stack parallel
[ ] 381 0 0 381 / 512 33.4s Stack parallel
[ ] 383 0 0 383 / 512 33.5s Stack parallel
[ ] 385 0 0 385 / 512 33.7s Stack parallel
[ ] 386 0 0 386 / 512 33.8s Stack parallel
[ ] 387 0 0 387 / 512 33.9s Stack parallel
[ ] 389 0 0 389 / 512 34.0s Stack parallel
[ ] 391 0 0 391 / 512 34.1s Stack parallel
[ ] 393 0 0 393 / 512 34.2s Stack parallel
[ ] 395 0 0 395 / 512 34.5s Stack parallel
[ ] 397 0 0 397 / 512 34.6s Stack parallel
[ ] 399 0 0 399 / 512 34.7s Stack parallel
[ ] 400 0 0 400 / 512 34.8s Stack parallel
[ ] 402 0 0 402 / 512 35.0s Stack parallel
[ ] 404 0 0 404 / 512 35.1s Stack parallel
[ ] 405 0 0 405 / 512 35.2s Stack parallel
[ ] 407 0 0 407 / 512 35.3s Stack parallel
[ ] 409 0 0 409 / 512 35.5s Stack parallel
[ ] 410 0 0 410 / 512 35.6s Stack parallel
[ ] 412 0 0 412 / 512 35.8s Stack parallel
[ ] 414 0 0 414 / 512 35.9s Stack parallel
[ ] 416 0 0 416 / 512 36.0s Stack parallel
[ ] 418 0 0 418 / 512 36.1s Stack parallel
[ ] 419 0 0 419 / 512 36.3s Stack parallel
[ ] 421 0 0 421 / 512 36.4s Stack parallel
[ ] 423 0 0 423 / 512 36.6s Stack parallel
[ ] 425 0 0 425 / 512 36.8s Stack parallel
[ ] 427 0 0 427 / 512 37.0s Stack parallel
[ ] 429 0 0 429 / 512 37.1s Stack parallel
[ ] 431 0 0 431 / 512 37.2s Stack parallel
[ ] 433 0 0 433 / 512 37.4s Stack parallel
[ ] 435 0 0 435 / 512 37.5s Stack parallel
[ ] 437 0 0 437 / 512 37.7s Stack parallel
[ ] 439 0 0 439 / 512 37.9s Stack parallel
[ ] 440 0 0 440 / 512 38.1s Stack parallel
[ ] 441 0 0 441 / 512 38.2s Stack parallel
[ ] 443 0 0 443 / 512 38.4s Stack parallel
[ ] 445 0 0 445 / 512 38.6s Stack parallel
[ ] 447 0 0 447 / 512 38.8s Stack parallel
[ ] 448 0 0 448 / 512 38.9s Stack parallel
[ ] 450 0 0 450 / 512 39.1s Stack parallel
[ ] 451 0 0 451 / 512 39.2s Stack parallel
[ ] 453 0 0 453 / 512 39.4s Stack parallel
[ ] 454 0 0 454 / 512 39.5s Stack parallel
[ ] 455 0 0 455 / 512 39.6s Stack parallel
[ ] 456 0 0 456 / 512 39.8s Stack parallel
[ ] 458 0 0 458 / 512 40.0s Stack parallel
[ ] 460 0 0 460 / 512 40.3s Stack parallel
[ ] 462 0 0 462 / 512 40.5s Stack parallel
[ ] 463 0 0 463 / 512 40.7s Stack parallel
[ ] 464 0 0 464 / 512 40.8s Stack parallel
[ ] 466 0 0 466 / 512 40.9s Stack parallel
[ ] 467 0 0 467 / 512 41.1s Stack parallel
[ ] 469 0 0 469 / 512 41.3s Stack parallel
[ ] 471 0 0 471 / 512 41.5s Stack parallel
[ ] 473 0 0 473 / 512 41.6s Stack parallel
[ ] 475 0 0 475 / 512 41.7s Stack parallel
[ ] 477 0 0 477 / 512 41.8s Stack parallel
[ ] 479 0 0 479 / 512 42.0s Stack parallel
[ ] 481 0 0 481 / 512 42.1s Stack parallel
[ ] 483 0 0 483 / 512 42.3s Stack parallel
[ ] 485 0 0 485 / 512 42.4s Stack parallel
[ ] 487 0 0 487 / 512 42.5s Stack parallel
[ ] 489 0 0 489 / 512 42.7s Stack parallel
[ ] 491 0 0 491 / 512 42.8s Stack parallel
[ ] 493 0 0 493 / 512 43.0s Stack parallel
[ ] 494 0 0 494 / 512 43.2s Stack parallel
[ ] 496 0 0 496 / 512 43.3s Stack parallel
[ ] 498 0 0 498 / 512 43.5s Stack parallel
[ ] 500 0 0 500 / 512 43.6s Stack parallel
[ ] 502 0 0 502 / 512 43.9s Stack parallel
[ ] 504 0 0 504 / 512 44.0s Stack parallel
[ ] 506 0 0 506 / 512 44.2s Stack parallel
[ ] 508 0 0 508 / 512 44.4s Stack parallel
[ ] 510 0 0 510 / 512 44.6s Stack parallel
[ ] 512 0 0 512 / 512 44.7s Stack parallel
[✓] 512 0 0 512 / 512 44.7s Stack parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./accumulator_test_stm.exe)
random seed: 3258186465355164449
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
[ ] 6 0 0 6 / 32 0.3s Accumulator parallel
[ ] 9 0 0 9 / 32 0.4s Accumulator parallel
[ ] 12 0 0 12 / 32 0.6s Accumulator parallel
[ ] 15 0 0 15 / 32 0.7s Accumulator parallel
[ ] 17 0 0 17 / 32 0.8s Accumulator parallel
[ ] 19 0 0 19 / 32 0.9s Accumulator parallel
[ ] 21 0 0 21 / 32 1.1s Accumulator parallel
[ ] 23 0 0 23 / 32 1.2s Accumulator parallel
[ ] 25 0 0 25 / 32 1.3s Accumulator parallel
[ ] 27 0 0 27 / 32 1.5s Accumulator parallel
[ ] 30 0 0 30 / 32 1.6s Accumulator parallel
[ ] 32 0 0 32 / 32 1.7s Accumulator parallel
[✓] 32 0 0 32 / 32 1.7s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 1987345765051186975
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Accumulator sequential
[✓] 64 0 0 64 / 64 0.0s Accumulator sequential
[ ] 0 0 0 0 / 64 0.0s Accumulator parallel
[ ] 3 0 0 3 / 64 0.1s Accumulator parallel
[ ] 6 0 0 6 / 64 0.3s Accumulator parallel
[ ] 9 0 0 9 / 64 0.4s Accumulator parallel
[ ] 11 0 0 11 / 64 0.6s Accumulator parallel
[ ] 13 0 0 13 / 64 0.7s Accumulator parallel
[ ] 16 0 0 16 / 64 0.8s Accumulator parallel
[ ] 19 0 0 19 / 64 1.0s Accumulator parallel
[ ] 20 0 0 20 / 64 1.1s Accumulator parallel
[ ] 22 0 0 22 / 64 1.2s Accumulator parallel
[ ] 24 0 0 24 / 64 1.3s Accumulator parallel
[ ] 27 0 0 27 / 64 1.5s Accumulator parallel
[ ] 30 0 0 30 / 64 1.6s Accumulator parallel
[ ] 32 0 0 32 / 64 1.8s Accumulator parallel
[ ] 35 0 0 35 / 64 1.9s Accumulator parallel
[ ] 37 0 0 37 / 64 2.0s Accumulator parallel
[ ] 39 0 0 39 / 64 2.1s Accumulator parallel
[ ] 42 0 0 42 / 64 2.3s Accumulator parallel
[ ] 44 0 0 44 / 64 2.4s Accumulator parallel
[ ] 45 0 0 45 / 64 2.6s Accumulator parallel
[ ] 46 0 0 46 / 64 2.7s Accumulator parallel
[ ] 48 0 0 48 / 64 2.8s Accumulator parallel
[ ] 51 0 0 51 / 64 3.0s Accumulator parallel
[ ] 54 0 0 54 / 64 3.1s Accumulator parallel
[ ] 57 0 0 57 / 64 3.2s Accumulator parallel
[ ] 60 0 0 60 / 64 3.4s Accumulator parallel
[ ] 63 0 0 63 / 64 3.5s Accumulator parallel
[✓] 64 0 0 64 / 64 3.6s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 797225844245587794
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 0.0s Accumulator parallel
[ ] 3 0 0 3 / 128 0.2s Accumulator parallel
[ ] 6 0 0 6 / 128 0.3s Accumulator parallel
[ ] 9 0 0 9 / 128 0.5s Accumulator parallel
[ ] 11 0 0 11 / 128 0.6s Accumulator parallel
[ ] 13 0 0 13 / 128 0.8s Accumulator parallel
[ ] 16 0 0 16 / 128 0.9s Accumulator parallel
[ ] 18 0 0 18 / 128 1.1s Accumulator parallel
[ ] 20 0 0 20 / 128 1.3s Accumulator parallel
[ ] 23 0 0 23 / 128 1.6s Accumulator parallel
[ ] 26 0 0 26 / 128 1.7s Accumulator parallel
[ ] 29 0 0 29 / 128 1.8s Accumulator parallel
[ ] 32 0 0 32 / 128 2.0s Accumulator parallel
[ ] 35 0 0 35 / 128 2.1s Accumulator parallel
[ ] 38 0 0 38 / 128 2.3s Accumulator parallel
[ ] 40 0 0 40 / 128 2.4s Accumulator parallel
[ ] 43 0 0 43 / 128 2.6s Accumulator parallel
[ ] 45 0 0 45 / 128 2.7s Accumulator parallel
[ ] 48 0 0 48 / 128 2.9s Accumulator parallel
[ ] 51 0 0 51 / 128 3.0s Accumulator parallel
[ ] 52 0 0 52 / 128 3.1s Accumulator parallel
[ ] 55 0 0 55 / 128 3.3s Accumulator parallel
[ ] 57 0 0 57 / 128 3.4s Accumulator parallel
[ ] 60 0 0 60 / 128 3.5s Accumulator parallel
[ ] 62 0 0 62 / 128 3.6s Accumulator parallel
[ ] 65 0 0 65 / 128 3.7s Accumulator parallel
[ ] 67 0 0 67 / 128 3.9s Accumulator parallel
[ ] 70 0 0 70 / 128 4.0s Accumulator parallel
[ ] 73 0 0 73 / 128 4.1s Accumulator parallel
[ ] 76 0 0 76 / 128 4.2s Accumulator parallel
[ ] 79 0 0 79 / 128 4.4s Accumulator parallel
[ ] 81 0 0 81 / 128 4.5s Accumulator parallel
[ ] 84 0 0 84 / 128 4.6s Accumulator parallel
[ ] 87 0 0 87 / 128 4.8s Accumulator parallel
[ ] 90 0 0 90 / 128 4.9s Accumulator parallel
[ ] 93 0 0 93 / 128 5.0s Accumulator parallel
[ ] 94 0 0 94 / 128 5.2s Accumulator parallel
[ ] 97 0 0 97 / 128 5.3s Accumulator parallel
[ ] 100 0 0 100 / 128 5.4s Accumulator parallel
[ ] 102 0 0 102 / 128 5.5s Accumulator parallel
[ ] 105 0 0 105 / 128 5.6s Accumulator parallel
[ ] 107 0 0 107 / 128 5.8s Accumulator parallel
[ ] 110 0 0 110 / 128 6.0s Accumulator parallel
[ ] 113 0 0 113 / 128 6.2s Accumulator parallel
[ ] 116 0 0 116 / 128 6.3s Accumulator parallel
[ ] 119 0 0 119 / 128 6.4s Accumulator parallel
[ ] 122 0 0 122 / 128 6.6s Accumulator parallel
[ ] 124 0 0 124 / 128 6.7s Accumulator parallel
[ ] 126 0 0 126 / 128 6.8s Accumulator parallel
[✓] 128 0 0 128 / 128 6.9s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 1915975530536211404
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Accumulator sequential
[ ] 193 0 0 193 / 256 0.0s Accumulator sequential (collecting)
[✓] 256 0 0 256 / 256 0.0s Accumulator sequential
[ ] 0 0 0 0 / 256 0.0s Accumulator parallel
[ ] 3 0 0 3 / 256 0.2s Accumulator parallel
[ ] 5 0 0 5 / 256 0.3s Accumulator parallel
[ ] 6 0 0 6 / 256 0.4s Accumulator parallel
[ ] 9 0 0 9 / 256 0.6s Accumulator parallel
[ ] 12 0 0 12 / 256 0.7s Accumulator parallel
[ ] 15 0 0 15 / 256 0.8s Accumulator parallel
[ ] 18 0 0 18 / 256 0.9s Accumulator parallel
[ ] 21 0 0 21 / 256 1.0s Accumulator parallel
[ ] 23 0 0 23 / 256 1.2s Accumulator parallel
[ ] 26 0 0 26 / 256 1.3s Accumulator parallel
[ ] 28 0 0 28 / 256 1.4s Accumulator parallel
[ ] 31 0 0 31 / 256 1.5s Accumulator parallel
[ ] 33 0 0 33 / 256 1.6s Accumulator parallel
[ ] 36 0 0 36 / 256 1.7s Accumulator parallel
[ ] 38 0 0 38 / 256 1.9s Accumulator parallel
[ ] 41 0 0 41 / 256 2.0s Accumulator parallel
[ ] 44 0 0 44 / 256 2.1s Accumulator parallel
[ ] 47 0 0 47 / 256 2.3s Accumulator parallel
[ ] 50 0 0 50 / 256 2.4s Accumulator parallel
[ ] 53 0 0 53 / 256 2.6s Accumulator parallel
[ ] 56 0 0 56 / 256 2.7s Accumulator parallel
[ ] 59 0 0 59 / 256 2.8s Accumulator parallel
[ ] 62 0 0 62 / 256 3.0s Accumulator parallel
[ ] 65 0 0 65 / 256 3.1s Accumulator parallel
[ ] 68 0 0 68 / 256 3.3s Accumulator parallel
[ ] 71 0 0 71 / 256 3.4s Accumulator parallel
[ ] 74 0 0 74 / 256 3.5s Accumulator parallel
[ ] 77 0 0 77 / 256 3.7s Accumulator parallel
[ ] 80 0 0 80 / 256 3.8s Accumulator parallel
[ ] 83 0 0 83 / 256 4.0s Accumulator parallel
[ ] 86 0 0 86 / 256 4.1s Accumulator parallel
[ ] 89 0 0 89 / 256 4.3s Accumulator parallel
[ ] 92 0 0 92 / 256 4.4s Accumulator parallel
[ ] 95 0 0 95 / 256 4.6s Accumulator parallel
[ ] 97 0 0 97 / 256 4.7s Accumulator parallel
[ ] 100 0 0 100 / 256 4.9s Accumulator parallel
[ ] 103 0 0 103 / 256 5.1s Accumulator parallel
[ ] 106 0 0 106 / 256 5.2s Accumulator parallel
[ ] 109 0 0 109 / 256 5.3s Accumulator parallel
[ ] 111 0 0 111 / 256 5.4s Accumulator parallel
[ ] 113 0 0 113 / 256 5.5s Accumulator parallel
[ ] 115 0 0 115 / 256 5.6s Accumulator parallel
[ ] 118 0 0 118 / 256 5.7s Accumulator parallel
[ ] 121 0 0 121 / 256 5.9s Accumulator parallel
[ ] 124 0 0 124 / 256 6.0s Accumulator parallel
[ ] 127 0 0 127 / 256 6.1s Accumulator parallel
[ ] 130 0 0 130 / 256 6.3s Accumulator parallel
[ ] 133 0 0 133 / 256 6.4s Accumulator parallel
[ ] 134 0 0 134 / 256 6.6s Accumulator parallel
[ ] 136 0 0 136 / 256 6.7s Accumulator parallel
[ ] 139 0 0 139 / 256 6.9s Accumulator parallel
[ ] 142 0 0 142 / 256 7.0s Accumulator parallel
[ ] 144 0 0 144 / 256 7.1s Accumulator parallel
[ ] 146 0 0 146 / 256 7.2s Accumulator parallel
[ ] 149 0 0 149 / 256 7.4s Accumulator parallel
[ ] 152 0 0 152 / 256 7.5s Accumulator parallel
[ ] 154 0 0 154 / 256 7.6s Accumulator parallel
[ ] 157 0 0 157 / 256 7.8s Accumulator parallel
[ ] 159 0 0 159 / 256 7.9s Accumulator parallel
[ ] 161 0 0 161 / 256 8.0s Accumulator parallel
[ ] 164 0 0 164 / 256 8.2s Accumulator parallel
[ ] 166 0 0 166 / 256 8.3s Accumulator parallel
[ ] 168 0 0 168 / 256 8.4s Accumulator parallel
[ ] 171 0 0 171 / 256 8.6s Accumulator parallel
[ ] 173 0 0 173 / 256 8.7s Accumulator parallel
[ ] 175 0 0 175 / 256 8.8s Accumulator parallel
[ ] 178 0 0 178 / 256 8.9s Accumulator parallel
[ ] 180 0 0 180 / 256 9.0s Accumulator parallel
[ ] 182 0 0 182 / 256 9.2s Accumulator parallel
[ ] 184 0 0 184 / 256 9.3s Accumulator parallel
[ ] 185 0 0 185 / 256 9.4s Accumulator parallel
[ ] 187 0 0 187 / 256 9.5s Accumulator parallel
[ ] 190 0 0 190 / 256 9.7s Accumulator parallel
[ ] 193 0 0 193 / 256 9.8s Accumulator parallel
[ ] 195 0 0 195 / 256 10.0s Accumulator parallel
[ ] 198 0 0 198 / 256 10.1s Accumulator parallel
[ ] 201 0 0 201 / 256 10.3s Accumulator parallel
[ ] 203 0 0 203 / 256 10.4s Accumulator parallel
[ ] 205 0 0 205 / 256 10.5s Accumulator parallel
[ ] 207 0 0 207 / 256 10.6s Accumulator parallel
[ ] 210 0 0 210 / 256 10.8s Accumulator parallel
[ ] 211 0 0 211 / 256 10.9s Accumulator parallel
[ ] 213 0 0 213 / 256 11.1s Accumulator parallel
[ ] 215 0 0 215 / 256 11.3s Accumulator parallel
[ ] 217 0 0 217 / 256 11.4s Accumulator parallel
[ ] 219 0 0 219 / 256 11.5s Accumulator parallel
[ ] 222 0 0 222 / 256 11.7s Accumulator parallel
[ ] 225 0 0 225 / 256 11.8s Accumulator parallel
[ ] 226 0 0 226 / 256 12.0s Accumulator parallel
[ ] 229 0 0 229 / 256 12.1s Accumulator parallel
[ ] 231 0 0 231 / 256 12.2s Accumulator parallel
[ ] 234 0 0 234 / 256 12.3s Accumulator parallel
[ ] 236 0 0 236 / 256 12.4s Accumulator parallel
[ ] 238 0 0 238 / 256 12.5s Accumulator parallel
[ ] 240 0 0 240 / 256 12.6s Accumulator parallel
[ ] 243 0 0 243 / 256 12.8s Accumulator parallel
[ ] 246 0 0 246 / 256 12.9s Accumulator parallel
[ ] 248 0 0 248 / 256 13.0s Accumulator parallel
[ ] 251 0 0 251 / 256 13.2s Accumulator parallel
[ ] 254 0 0 254 / 256 13.3s Accumulator parallel
[✓] 256 0 0 256 / 256 13.4s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 12301179113207353
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Accumulator sequential
[ ] 220 0 0 220 / 512 0.0s Accumulator sequential (collecting)
[✓] 512 0 0 512 / 512 0.0s Accumulator sequential
[ ] 0 0 0 0 / 512 0.0s Accumulator parallel
[ ] 3 0 0 3 / 512 0.1s Accumulator parallel
[ ] 5 0 0 5 / 512 0.2s Accumulator parallel
[ ] 8 0 0 8 / 512 0.4s Accumulator parallel
[ ] 11 0 0 11 / 512 0.5s Accumulator parallel
[ ] 14 0 0 14 / 512 0.7s Accumulator parallel
[ ] 16 0 0 16 / 512 0.8s Accumulator parallel
[ ] 18 0 0 18 / 512 1.0s Accumulator parallel
[ ] 19 0 0 19 / 512 1.1s Accumulator parallel
[ ] 22 0 0 22 / 512 1.3s Accumulator parallel
[ ] 24 0 0 24 / 512 1.4s Accumulator parallel
[ ] 27 0 0 27 / 512 1.7s Accumulator parallel
[ ] 30 0 0 30 / 512 1.8s Accumulator parallel
[ ] 33 0 0 33 / 512 2.1s Accumulator parallel
[ ] 35 0 0 35 / 512 2.2s Accumulator parallel
[ ] 38 0 0 38 / 512 2.4s Accumulator parallel
[ ] 41 0 0 41 / 512 2.5s Accumulator parallel
[ ] 44 0 0 44 / 512 2.6s Accumulator parallel
[ ] 47 0 0 47 / 512 2.7s Accumulator parallel
[ ] 50 0 0 50 / 512 2.9s Accumulator parallel
[ ] 53 0 0 53 / 512 3.0s Accumulator parallel
[ ] 56 0 0 56 / 512 3.2s Accumulator parallel
[ ] 58 0 0 58 / 512 3.3s Accumulator parallel
[ ] 61 0 0 61 / 512 3.5s Accumulator parallel
[ ] 63 0 0 63 / 512 3.6s Accumulator parallel
[ ] 66 0 0 66 / 512 3.7s Accumulator parallel
[ ] 69 0 0 69 / 512 3.9s Accumulator parallel
[ ] 70 0 0 70 / 512 4.0s Accumulator parallel
[ ] 72 0 0 72 / 512 4.1s Accumulator parallel
[ ] 75 0 0 75 / 512 4.3s Accumulator parallel
[ ] 77 0 0 77 / 512 4.4s Accumulator parallel
[ ] 80 0 0 80 / 512 4.5s Accumulator parallel
[ ] 83 0 0 83 / 512 4.6s Accumulator parallel
[ ] 86 0 0 86 / 512 4.8s Accumulator parallel
[ ] 87 0 0 87 / 512 4.9s Accumulator parallel
[ ] 90 0 0 90 / 512 5.1s Accumulator parallel
[ ] 92 0 0 92 / 512 5.2s Accumulator parallel
[ ] 95 0 0 95 / 512 5.3s Accumulator parallel
[ ] 98 0 0 98 / 512 5.5s Accumulator parallel
[ ] 101 0 0 101 / 512 5.7s Accumulator parallel
[ ] 104 0 0 104 / 512 5.8s Accumulator parallel
[ ] 106 0 0 106 / 512 5.9s Accumulator parallel
[ ] 108 0 0 108 / 512 6.0s Accumulator parallel
[ ] 111 0 0 111 / 512 6.2s Accumulator parallel
[ ] 113 0 0 113 / 512 6.3s Accumulator parallel
[ ] 115 0 0 115 / 512 6.4s Accumulator parallel
[ ] 116 0 0 116 / 512 6.5s Accumulator parallel
[ ] 118 0 0 118 / 512 6.7s Accumulator parallel
[ ] 119 0 0 119 / 512 7.0s Accumulator parallel
[ ] 121 0 0 121 / 512 7.2s Accumulator parallel
[ ] 123 0 0 123 / 512 7.3s Accumulator parallel
[ ] 125 0 0 125 / 512 7.5s Accumulator parallel
[ ] 127 0 0 127 / 512 7.6s Accumulator parallel
[ ] 129 0 0 129 / 512 7.7s Accumulator parallel
[ ] 131 0 0 131 / 512 7.8s Accumulator parallel
[ ] 132 0 0 132 / 512 8.0s Accumulator parallel
[ ] 134 0 0 134 / 512 8.2s Accumulator parallel
[ ] 136 0 0 136 / 512 8.3s Accumulator parallel
[ ] 138 0 0 138 / 512 8.6s Accumulator parallel
[ ] 139 0 0 139 / 512 8.8s Accumulator parallel
[ ] 141 0 0 141 / 512 9.0s Accumulator parallel
[ ] 142 0 0 142 / 512 9.1s Accumulator parallel
[ ] 144 0 0 144 / 512 9.3s Accumulator parallel
[ ] 146 0 0 146 / 512 9.4s Accumulator parallel
[ ] 148 0 0 148 / 512 9.6s Accumulator parallel
[ ] 150 0 0 150 / 512 9.7s Accumulator parallel
[ ] 152 0 0 152 / 512 9.9s Accumulator parallel
[ ] 154 0 0 154 / 512 10.0s Accumulator parallel
[ ] 155 0 0 155 / 512 10.2s Accumulator parallel
[ ] 156 0 0 156 / 512 10.4s Accumulator parallel
[ ] 157 0 0 157 / 512 10.6s Accumulator parallel
[ ] 159 0 0 159 / 512 10.7s Accumulator parallel
[ ] 161 0 0 161 / 512 10.9s Accumulator parallel
[ ] 162 0 0 162 / 512 11.0s Accumulator parallel
[ ] 164 0 0 164 / 512 11.1s Accumulator parallel
[ ] 166 0 0 166 / 512 11.2s Accumulator parallel
[ ] 168 0 0 168 / 512 11.4s Accumulator parallel
[ ] 170 0 0 170 / 512 11.5s Accumulator parallel
[ ] 172 0 0 172 / 512 11.6s Accumulator parallel
[ ] 173 0 0 173 / 512 11.8s Accumulator parallel
[ ] 175 0 0 175 / 512 12.0s Accumulator parallel
[ ] 177 0 0 177 / 512 12.2s Accumulator parallel
[ ] 179 0 0 179 / 512 12.4s Accumulator parallel
[ ] 181 0 0 181 / 512 12.5s Accumulator parallel
[ ] 182 0 0 182 / 512 12.6s Accumulator parallel
[ ] 184 0 0 184 / 512 12.8s Accumulator parallel
[ ] 185 0 0 185 / 512 12.9s Accumulator parallel
[ ] 186 0 0 186 / 512 13.1s Accumulator parallel
[ ] 187 0 0 187 / 512 13.4s Accumulator parallel
[ ] 188 0 0 188 / 512 13.6s Accumulator parallel
[ ] 189 0 0 189 / 512 13.8s Accumulator parallel
[ ] 190 0 0 190 / 512 14.3s Accumulator parallel
[ ] 191 0 0 191 / 512 14.8s Accumulator parallel
[ ] 192 0 0 192 / 512 15.5s Accumulator parallel
[ ] 193 0 0 193 / 512 16.2s Accumulator parallel
[ ] 194 0 0 194 / 512 16.5s Accumulator parallel
[ ] 195 0 0 195 / 512 16.9s Accumulator parallel
[ ] 196 0 0 196 / 512 17.3s Accumulator parallel
[ ] 197 0 0 197 / 512 17.9s Accumulator parallel
[ ] 198 0 0 198 / 512 18.3s Accumulator parallel
[ ] 199 0 0 199 / 512 18.6s Accumulator parallel
[ ] 200 0 0 200 / 512 18.9s Accumulator parallel
[ ] 201 0 0 201 / 512 19.2s Accumulator parallel
[ ] 202 0 0 202 / 512 19.4s Accumulator parallel
[ ] 203 0 0 203 / 512 19.6s Accumulator parallel
[ ] 204 0 0 204 / 512 19.8s Accumulator parallel
[ ] 205 0 0 205 / 512 20.0s Accumulator parallel
[ ] 206 0 0 206 / 512 20.2s Accumulator parallel
[ ] 207 0 0 207 / 512 20.4s Accumulator parallel
[ ] 208 0 0 208 / 512 20.6s Accumulator parallel
[ ] 209 0 0 209 / 512 20.8s Accumulator parallel
[ ] 211 0 0 211 / 512 21.0s Accumulator parallel
[ ] 212 0 0 212 / 512 21.1s Accumulator parallel
[ ] 214 0 0 214 / 512 21.3s Accumulator parallel
[ ] 216 0 0 216 / 512 21.5s Accumulator parallel
[ ] 217 0 0 217 / 512 21.7s Accumulator parallel
[ ] 218 0 0 218 / 512 21.8s Accumulator parallel
[ ] 220 0 0 220 / 512 22.0s Accumulator parallel
[ ] 222 0 0 222 / 512 22.2s Accumulator parallel
[ ] 224 0 0 224 / 512 22.3s Accumulator parallel
[ ] 226 0 0 226 / 512 22.5s Accumulator parallel
[ ] 228 0 0 228 / 512 22.6s Accumulator parallel
[ ] 230 0 0 230 / 512 22.7s Accumulator parallel
[ ] 231 0 0 231 / 512 22.8s Accumulator parallel
[ ] 233 0 0 233 / 512 23.0s Accumulator parallel
[ ] 235 0 0 235 / 512 23.1s Accumulator parallel
[ ] 236 0 0 236 / 512 23.3s Accumulator parallel
[ ] 238 0 0 238 / 512 23.4s Accumulator parallel
[ ] 240 0 0 240 / 512 23.6s Accumulator parallel
[ ] 242 0 0 242 / 512 23.7s Accumulator parallel
[ ] 244 0 0 244 / 512 23.9s Accumulator parallel
[ ] 246 0 0 246 / 512 24.1s Accumulator parallel
[ ] 248 0 0 248 / 512 24.2s Accumulator parallel
[ ] 250 0 0 250 / 512 24.3s Accumulator parallel
[ ] 252 0 0 252 / 512 24.5s Accumulator parallel
[ ] 254 0 0 254 / 512 24.6s Accumulator parallel
[ ] 256 0 0 256 / 512 24.7s Accumulator parallel
[ ] 258 0 0 258 / 512 24.9s Accumulator parallel
[ ] 259 0 0 259 / 512 25.0s Accumulator parallel
[ ] 260 0 0 260 / 512 25.1s Accumulator parallel
[ ] 262 0 0 262 / 512 25.3s Accumulator parallel
[ ] 263 0 0 263 / 512 25.5s Accumulator parallel
[ ] 265 0 0 265 / 512 25.6s Accumulator parallel
[ ] 267 0 0 267 / 512 25.9s Accumulator parallel
[ ] 269 0 0 269 / 512 26.0s Accumulator parallel
[ ] 271 0 0 271 / 512 26.2s Accumulator parallel
[ ] 273 0 0 273 / 512 26.4s Accumulator parallel
[ ] 275 0 0 275 / 512 26.5s Accumulator parallel
[ ] 276 0 0 276 / 512 26.7s Accumulator parallel
[ ] 278 0 0 278 / 512 26.8s Accumulator parallel
[ ] 280 0 0 280 / 512 27.0s Accumulator parallel
[ ] 282 0 0 282 / 512 27.1s Accumulator parallel
[ ] 284 0 0 284 / 512 27.2s Accumulator parallel
[ ] 286 0 0 286 / 512 27.3s Accumulator parallel
[ ] 288 0 0 288 / 512 27.5s Accumulator parallel
[ ] 290 0 0 290 / 512 27.7s Accumulator parallel
[ ] 292 0 0 292 / 512 27.9s Accumulator parallel
[ ] 293 0 0 293 / 512 28.0s Accumulator parallel
[ ] 295 0 0 295 / 512 28.2s Accumulator parallel
[ ] 296 0 0 296 / 512 28.4s Accumulator parallel
[ ] 297 0 0 297 / 512 28.5s Accumulator parallel
[ ] 299 0 0 299 / 512 28.7s Accumulator parallel
[ ] 300 0 0 300 / 512 28.8s Accumulator parallel
[ ] 301 0 0 301 / 512 28.9s Accumulator parallel
[ ] 303 0 0 303 / 512 29.0s Accumulator parallel
[ ] 305 0 0 305 / 512 29.2s Accumulator parallel
[ ] 307 0 0 307 / 512 29.3s Accumulator parallel
[ ] 309 0 0 309 / 512 29.5s Accumulator parallel
[ ] 311 0 0 311 / 512 29.8s Accumulator parallel
[ ] 313 0 0 313 / 512 30.0s Accumulator parallel
[ ] 315 0 0 315 / 512 30.2s Accumulator parallel
[ ] 316 0 0 316 / 512 30.3s Accumulator parallel
[ ] 317 0 0 317 / 512 30.5s Accumulator parallel
[ ] 318 0 0 318 / 512 30.7s Accumulator parallel
[ ] 319 0 0 319 / 512 30.9s Accumulator parallel
[ ] 321 0 0 321 / 512 31.1s Accumulator parallel
[ ] 324 0 0 324 / 512 31.2s Accumulator parallel
[ ] 326 0 0 326 / 512 31.4s Accumulator parallel
[ ] 328 0 0 328 / 512 31.5s Accumulator parallel
[ ] 330 0 0 330 / 512 31.6s Accumulator parallel
[ ] 332 0 0 332 / 512 31.7s Accumulator parallel
[ ] 334 0 0 334 / 512 31.9s Accumulator parallel
[ ] 336 0 0 336 / 512 32.0s Accumulator parallel
[ ] 337 0 0 337 / 512 32.1s Accumulator parallel
[ ] 339 0 0 339 / 512 32.2s Accumulator parallel
[ ] 341 0 0 341 / 512 32.4s Accumulator parallel
[ ] 343 0 0 343 / 512 32.5s Accumulator parallel
[ ] 345 0 0 345 / 512 32.7s Accumulator parallel
[ ] 347 0 0 347 / 512 32.8s Accumulator parallel
[ ] 349 0 0 349 / 512 32.9s Accumulator parallel
[ ] 351 0 0 351 / 512 33.0s Accumulator parallel
[ ] 353 0 0 353 / 512 33.2s Accumulator parallel
[ ] 355 0 0 355 / 512 33.3s Accumulator parallel
[ ] 357 0 0 357 / 512 33.4s Accumulator parallel
[ ] 359 0 0 359 / 512 33.6s Accumulator parallel
[ ] 361 0 0 361 / 512 33.7s Accumulator parallel
[ ] 363 0 0 363 / 512 33.8s Accumulator parallel
[ ] 365 0 0 365 / 512 34.0s Accumulator parallel
[ ] 366 0 0 366 / 512 34.1s Accumulator parallel
[ ] 368 0 0 368 / 512 34.3s Accumulator parallel
[ ] 369 0 0 369 / 512 34.4s Accumulator parallel
[ ] 371 0 0 371 / 512 34.6s Accumulator parallel
[ ] 373 0 0 373 / 512 34.7s Accumulator parallel
[ ] 375 0 0 375 / 512 34.9s Accumulator parallel
[ ] 377 0 0 377 / 512 35.0s Accumulator parallel
[ ] 379 0 0 379 / 512 35.2s Accumulator parallel
[ ] 381 0 0 381 / 512 35.3s Accumulator parallel
[ ] 383 0 0 383 / 512 35.5s Accumulator parallel
[ ] 385 0 0 385 / 512 35.7s Accumulator parallel
[ ] 387 0 0 387 / 512 35.9s Accumulator parallel
[ ] 388 0 0 388 / 512 36.0s Accumulator parallel
[ ] 389 0 0 389 / 512 36.2s Accumulator parallel
[ ] 391 0 0 391 / 512 36.4s Accumulator parallel
[ ] 393 0 0 393 / 512 36.5s Accumulator parallel
[ ] 394 0 0 394 / 512 36.7s Accumulator parallel
[ ] 395 0 0 395 / 512 36.8s Accumulator parallel
[ ] 396 0 0 396 / 512 37.0s Accumulator parallel
[ ] 398 0 0 398 / 512 37.1s Accumulator parallel
[ ] 400 0 0 400 / 512 37.3s Accumulator parallel
[ ] 403 0 0 403 / 512 37.5s Accumulator parallel
[ ] 405 0 0 405 / 512 37.6s Accumulator parallel
[ ] 406 0 0 406 / 512 37.8s Accumulator parallel
[ ] 407 0 0 407 / 512 38.0s Accumulator parallel
[ ] 408 0 0 408 / 512 38.1s Accumulator parallel
[ ] 409 0 0 409 / 512 38.3s Accumulator parallel
[ ] 411 0 0 411 / 512 38.5s Accumulator parallel
[ ] 413 0 0 413 / 512 38.7s Accumulator parallel
[ ] 415 0 0 415 / 512 38.9s Accumulator parallel
[ ] 417 0 0 417 / 512 39.0s Accumulator parallel
[ ] 419 0 0 419 / 512 39.2s Accumulator parallel
[ ] 420 0 0 420 / 512 39.4s Accumulator parallel
[ ] 421 0 0 421 / 512 39.5s Accumulator parallel
[ ] 423 0 0 423 / 512 39.7s Accumulator parallel
[ ] 425 0 0 425 / 512 40.0s Accumulator parallel
[ ] 427 0 0 427 / 512 40.2s Accumulator parallel
[ ] 428 0 0 428 / 512 40.4s Accumulator parallel
[ ] 429 0 0 429 / 512 40.5s Accumulator parallel
[ ] 430 0 0 430 / 512 40.6s Accumulator parallel
[ ] 431 0 0 431 / 512 40.8s Accumulator parallel
[ ] 433 0 0 433 / 512 40.9s Accumulator parallel
[ ] 435 0 0 435 / 512 41.1s Accumulator parallel
[ ] 437 0 0 437 / 512 41.2s Accumulator parallel
[ ] 440 0 0 440 / 512 41.3s Accumulator parallel
[ ] 442 0 0 442 / 512 41.4s Accumulator parallel
[ ] 444 0 0 444 / 512 41.6s Accumulator parallel
[ ] 446 0 0 446 / 512 41.8s Accumulator parallel
[ ] 448 0 0 448 / 512 41.9s Accumulator parallel
[ ] 450 0 0 450 / 512 42.1s Accumulator parallel
[ ] 452 0 0 452 / 512 42.2s Accumulator parallel
[ ] 454 0 0 454 / 512 42.3s Accumulator parallel
[ ] 456 0 0 456 / 512 42.4s Accumulator parallel
[ ] 458 0 0 458 / 512 42.6s Accumulator parallel
[ ] 460 0 0 460 / 512 42.7s Accumulator parallel
[ ] 462 0 0 462 / 512 42.8s Accumulator parallel
[ ] 464 0 0 464 / 512 43.0s Accumulator parallel
[ ] 466 0 0 466 / 512 43.2s Accumulator parallel
[ ] 468 0 0 468 / 512 43.3s Accumulator parallel
[ ] 470 0 0 470 / 512 43.5s Accumulator parallel
[ ] 472 0 0 472 / 512 43.6s Accumulator parallel
[ ] 474 0 0 474 / 512 43.8s Accumulator parallel
[ ] 476 0 0 476 / 512 44.0s Accumulator parallel
[ ] 478 0 0 478 / 512 44.1s Accumulator parallel
[ ] 479 0 0 479 / 512 44.3s Accumulator parallel
[ ] 481 0 0 481 / 512 44.4s Accumulator parallel
[ ] 483 0 0 483 / 512 44.5s Accumulator parallel
[ ] 484 0 0 484 / 512 44.6s Accumulator parallel
[ ] 486 0 0 486 / 512 44.8s Accumulator parallel
[ ] 487 0 0 487 / 512 45.0s Accumulator parallel
[ ] 489 0 0 489 / 512 45.2s Accumulator parallel
[ ] 490 0 0 490 / 512 45.4s Accumulator parallel
[ ] 492 0 0 492 / 512 45.5s Accumulator parallel
[ ] 494 0 0 494 / 512 45.7s Accumulator parallel
[ ] 495 0 0 495 / 512 45.8s Accumulator parallel
[ ] 497 0 0 497 / 512 45.9s Accumulator parallel
[ ] 499 0 0 499 / 512 46.0s Accumulator parallel
[ ] 501 0 0 501 / 512 46.1s Accumulator parallel
[ ] 504 0 0 504 / 512 46.3s Accumulator parallel
[ ] 506 0 0 506 / 512 46.4s Accumulator parallel
[ ] 508 0 0 508 / 512 46.7s Accumulator parallel
[ ] 510 0 0 510 / 512 46.9s Accumulator parallel
[ ] 512 0 0 512 / 512 47.0s Accumulator parallel
[✓] 512 0 0 512 / 512 47.0s Accumulator parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./queue_test_stm.exe)
random seed: 738955085764489449
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
[ ] 2 0 0 2 / 32 0.1s Queue parallel
[ ] 4 0 0 4 / 32 0.2s Queue parallel
[ ] 6 0 0 6 / 32 0.3s Queue parallel
[ ] 8 0 0 8 / 32 0.4s Queue parallel
[ ] 10 0 0 10 / 32 0.6s Queue parallel
[ ] 12 0 0 12 / 32 0.7s Queue parallel
[ ] 14 0 0 14 / 32 0.8s Queue parallel
[ ] 16 0 0 16 / 32 1.1s Queue parallel
[ ] 18 0 0 18 / 32 1.2s Queue parallel
[ ] 19 0 0 19 / 32 1.4s Queue parallel
[ ] 22 0 0 22 / 32 1.5s Queue parallel
[ ] 25 0 0 25 / 32 1.7s Queue parallel
[ ] 28 0 0 28 / 32 1.8s Queue parallel
[ ] 30 0 0 30 / 32 1.9s 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: 2478475096684530862
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
[ ] 2 0 0 2 / 64 0.2s Queue parallel
[ ] 4 0 0 4 / 64 0.3s Queue parallel
[ ] 6 0 0 6 / 64 0.4s Queue parallel
[ ] 9 0 0 9 / 64 0.5s Queue parallel
[ ] 12 0 0 12 / 64 0.7s Queue parallel
[ ] 15 0 0 15 / 64 0.8s Queue parallel
[ ] 17 0 0 17 / 64 0.9s Queue parallel
[ ] 19 0 0 19 / 64 1.0s Queue parallel
[ ] 21 0 0 21 / 64 1.1s Queue parallel
[ ] 23 0 0 23 / 64 1.2s Queue parallel
[ ] 26 0 0 26 / 64 1.4s Queue parallel
[ ] 27 0 0 27 / 64 1.5s Queue parallel
[ ] 29 0 0 29 / 64 1.7s Queue parallel
[ ] 32 0 0 32 / 64 1.8s Queue parallel
[ ] 35 0 0 35 / 64 1.9s Queue parallel
[ ] 37 0 0 37 / 64 2.1s Queue parallel
[ ] 40 0 0 40 / 64 2.2s Queue parallel
[ ] 42 0 0 42 / 64 2.5s Queue parallel
[ ] 45 0 0 45 / 64 2.6s Queue parallel
[ ] 48 0 0 48 / 64 2.7s Queue parallel
[ ] 51 0 0 51 / 64 2.9s Queue parallel
[ ] 53 0 0 53 / 64 3.1s Queue parallel
[ ] 56 0 0 56 / 64 3.2s Queue parallel
[ ] 59 0 0 59 / 64 3.3s Queue parallel
[ ] 62 0 0 62 / 64 3.5s Queue parallel
[✓] 64 0 0 64 / 64 3.5s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 4328405758108809393
generated error fail pass / total time test name
[ ] 0 0 0 0 / 128 0.0s Queue sequential
[✓] 128 0 0 128 / 1280.0s Queue sequential
[ ] 0 0 0 0 / 128 0.0s Queue parallel
[ ] 1 0 0 1 / 128 0.0s Queue parallel
[ ] 4 0 0 4 / 128 0.2s Queue parallel
[ ] 6 0 0 6 / 128 0.3s Queue parallel
[ ] 9 0 0 9 / 128 0.4s Queue parallel
[ ] 12 0 0 12 / 128 0.6s Queue parallel
[ ] 15 0 0 15 / 128 0.7s Queue parallel
[ ] 18 0 0 18 / 128 0.8s Queue parallel
[ ] 20 0 0 20 / 128 0.9s Queue parallel
[ ] 22 0 0 22 / 128 1.0s Queue parallel
[ ] 25 0 0 25 / 128 1.2s Queue parallel
[ ] 28 0 0 28 / 128 1.4s Queue parallel
[ ] 30 0 0 30 / 128 1.5s Queue parallel
[ ] 33 0 0 33 / 128 1.6s Queue parallel
[ ] 36 0 0 36 / 128 1.8s Queue parallel
[ ] 39 0 0 39 / 128 1.9s Queue parallel
[ ] 42 0 0 42 / 128 2.1s Queue parallel
[ ] 45 0 0 45 / 128 2.2s Queue parallel
[ ] 46 0 0 46 / 128 2.3s Queue parallel
[ ] 48 0 0 48 / 128 2.5s Queue parallel
[ ] 50 0 0 50 / 128 2.6s Queue parallel
[ ] 53 0 0 53 / 128 2.7s Queue parallel
[ ] 56 0 0 56 / 128 2.9s Queue parallel
[ ] 58 0 0 58 / 128 3.0s Queue parallel
[ ] 60 0 0 60 / 128 3.1s Queue parallel
[ ] 63 0 0 63 / 128 3.2s Queue parallel
[ ] 65 0 0 65 / 128 3.4s Queue parallel
[ ] 67 0 0 67 / 128 3.5s Queue parallel
[ ] 70 0 0 70 / 128 3.6s Queue parallel
[ ] 73 0 0 73 / 128 3.9s Queue parallel
[ ] 75 0 0 75 / 128 4.1s Queue parallel
[ ] 77 0 0 77 / 128 4.2s Queue parallel
[ ] 80 0 0 80 / 128 4.4s Queue parallel
[ ] 82 0 0 82 / 128 4.5s Queue parallel
[ ] 84 0 0 84 / 128 4.6s Queue parallel
[ ] 87 0 0 87 / 128 4.7s Queue parallel
[ ] 89 0 0 89 / 128 4.8s Queue parallel
[ ] 92 0 0 92 / 128 5.0s Queue parallel
[ ] 94 0 0 94 / 128 5.1s Queue parallel
[ ] 96 0 0 96 / 128 5.3s Queue parallel
[ ] 99 0 0 99 / 128 5.4s Queue parallel
[ ] 102 0 0 102 / 128 5.6s Queue parallel
[ ] 105 0 0 105 / 128 5.8s Queue parallel
[ ] 108 0 0 108 / 128 5.9s Queue parallel
[ ] 111 0 0 111 / 128 6.0s Queue parallel
[ ] 113 0 0 113 / 128 6.3s Queue parallel
[ ] 115 0 0 115 / 128 6.4s Queue parallel
[ ] 116 0 0 116 / 128 6.5s Queue parallel
[ ] 119 0 0 119 / 128 6.6s Queue parallel
[ ] 121 0 0 121 / 128 6.8s Queue parallel
[ ] 124 0 0 124 / 128 6.9s Queue parallel
[ ] 126 0 0 126 / 128 7.0s Queue parallel
[✓] 128 0 0 128 / 128 7.1s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 4582512717871724412
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Queue sequential
[✓] 256 0 0 256 / 256 0.0s Queue sequential
[ ] 0 0 0 0 / 256 0.0s Queue parallel
[ ] 1 0 0 1 / 256 0.0s Queue parallel
[ ] 4 0 0 4 / 256 0.1s Queue parallel
[ ] 7 0 0 7 / 256 0.3s Queue parallel
[ ] 10 0 0 10 / 256 0.4s Queue parallel
[ ] 13 0 0 13 / 256 0.5s Queue parallel
[ ] 16 0 0 16 / 256 0.6s Queue parallel
[ ] 19 0 0 19 / 256 0.8s Queue parallel
[ ] 21 0 0 21 / 256 0.9s Queue parallel
[ ] 24 0 0 24 / 256 1.0s Queue parallel
[ ] 25 0 0 25 / 256 1.2s Queue parallel
[ ] 27 0 0 27 / 256 1.4s Queue parallel
[ ] 30 0 0 30 / 256 1.5s Queue parallel
[ ] 32 0 0 32 / 256 1.6s Queue parallel
[ ] 33 0 0 33 / 256 1.8s Queue parallel
[ ] 36 0 0 36 / 256 1.9s Queue parallel
[ ] 39 0 0 39 / 256 2.1s Queue parallel
[ ] 42 0 0 42 / 256 2.2s Queue parallel
[ ] 44 0 0 44 / 256 2.3s Queue parallel
[ ] 47 0 0 47 / 256 2.4s Queue parallel
[ ] 50 0 0 50 / 256 2.6s Queue parallel
[ ] 53 0 0 53 / 256 2.8s Queue parallel
[ ] 56 0 0 56 / 256 2.9s Queue parallel
[ ] 59 0 0 59 / 256 3.0s Queue parallel
[ ] 62 0 0 62 / 256 3.2s Queue parallel
[ ] 65 0 0 65 / 256 3.4s Queue parallel
[ ] 68 0 0 68 / 256 3.5s Queue parallel
[ ] 71 0 0 71 / 256 3.6s Queue parallel
[ ] 74 0 0 74 / 256 3.7s Queue parallel
[ ] 77 0 0 77 / 256 3.9s Queue parallel
[ ] 80 0 0 80 / 256 4.0s Queue parallel
[ ] 83 0 0 83 / 256 4.1s Queue parallel
[ ] 86 0 0 86 / 256 4.3s Queue parallel
[ ] 88 0 0 88 / 256 4.5s Queue parallel
[ ] 90 0 0 90 / 256 4.7s Queue parallel
[ ] 93 0 0 93 / 256 4.8s Queue parallel
[ ] 96 0 0 96 / 256 4.9s Queue parallel
[ ] 97 0 0 97 / 256 5.1s Queue parallel
[ ] 100 0 0 100 / 256 5.3s Queue parallel
[ ] 102 0 0 102 / 256 5.4s Queue parallel
[ ] 105 0 0 105 / 256 5.5s Queue parallel
[ ] 108 0 0 108 / 256 5.7s Queue parallel
[ ] 110 0 0 110 / 256 5.9s Queue parallel
[ ] 112 0 0 112 / 256 6.0s Queue parallel
[ ] 113 0 0 113 / 256 6.1s Queue parallel
[ ] 116 0 0 116 / 256 6.3s Queue parallel
[ ] 118 0 0 118 / 256 6.4s Queue parallel
[ ] 121 0 0 121 / 256 6.5s Queue parallel
[ ] 124 0 0 124 / 256 6.7s Queue parallel
[ ] 127 0 0 127 / 256 6.8s Queue parallel
[ ] 128 0 0 128 / 256 7.0s Queue parallel
[ ] 130 0 0 130 / 256 7.2s Queue parallel
[ ] 133 0 0 133 / 256 7.3s Queue parallel
[ ] 135 0 0 135 / 256 7.4s Queue parallel
[ ] 137 0 0 137 / 256 7.5s Queue parallel
[ ] 139 0 0 139 / 256 7.7s Queue parallel
[ ] 142 0 0 142 / 256 7.9s Queue parallel
[ ] 145 0 0 145 / 256 8.0s Queue parallel
[ ] 147 0 0 147 / 256 8.2s Queue parallel
[ ] 149 0 0 149 / 256 8.3s Queue parallel
[ ] 152 0 0 152 / 256 8.5s Queue parallel
[ ] 154 0 0 154 / 256 8.6s Queue parallel
[ ] 156 0 0 156 / 256 8.8s Queue parallel
[ ] 158 0 0 158 / 256 8.9s Queue parallel
[ ] 160 0 0 160 / 256 9.0s Queue parallel
[ ] 162 0 0 162 / 256 9.1s Queue parallel
[ ] 164 0 0 164 / 256 9.2s Queue parallel
[ ] 166 0 0 166 / 256 9.4s Queue parallel
[ ] 169 0 0 169 / 256 9.5s Queue parallel
[ ] 172 0 0 172 / 256 9.6s Queue parallel
[ ] 175 0 0 175 / 256 9.8s Queue parallel
[ ] 177 0 0 177 / 256 9.9s Queue parallel
[ ] 179 0 0 179 / 256 10.1s Queue parallel
[ ] 180 0 0 180 / 256 10.3s Queue parallel
[ ] 182 0 0 182 / 256 10.5s Queue parallel
[ ] 184 0 0 184 / 256 10.6s Queue parallel
[ ] 187 0 0 187 / 256 10.7s Queue parallel
[ ] 189 0 0 189 / 256 10.9s Queue parallel
[ ] 191 0 0 191 / 256 11.0s Queue parallel
[ ] 193 0 0 193 / 256 11.2s Queue parallel
[ ] 196 0 0 196 / 256 11.3s Queue parallel
[ ] 199 0 0 199 / 256 11.5s Queue parallel
[ ] 201 0 0 201 / 256 11.6s Queue parallel
[ ] 204 0 0 204 / 256 11.8s Queue parallel
[ ] 207 0 0 207 / 256 11.9s Queue parallel
[ ] 210 0 0 210 / 256 12.1s Queue parallel
[ ] 212 0 0 212 / 256 12.2s Queue parallel
[ ] 215 0 0 215 / 256 12.3s Queue parallel
[ ] 217 0 0 217 / 256 12.4s Queue parallel
[ ] 220 0 0 220 / 256 12.6s Queue parallel
[ ] 223 0 0 223 / 256 12.7s Queue parallel
[ ] 226 0 0 226 / 256 12.8s Queue parallel
[ ] 228 0 0 228 / 256 12.9s Queue parallel
[ ] 230 0 0 230 / 256 13.1s Queue parallel
[ ] 233 0 0 233 / 256 13.2s Queue parallel
[ ] 236 0 0 236 / 256 13.4s Queue parallel
[ ] 239 0 0 239 / 256 13.6s Queue parallel
[ ] 241 0 0 241 / 256 13.7s Queue parallel
[ ] 243 0 0 243 / 256 13.8s Queue parallel
[ ] 245 0 0 245 / 256 13.9s Queue parallel
[ ] 247 0 0 247 / 256 14.0s Queue parallel
[ ] 249 0 0 249 / 256 14.1s Queue parallel
[ ] 251 0 0 251 / 256 14.2s Queue parallel
[ ] 254 0 0 254 / 256 14.4s Queue parallel
[ ] 256 0 0 256 / 256 14.5s Queue parallel
[✓] 256 0 0 256 / 256 14.5s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 2988223721260641211
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Queue sequential
[✓] 512 0 0 512 / 512 0.0s Queue sequential
[ ] 0 0 0 0 / 512 0.0s Queue parallel
[ ] 1 0 0 1 / 512 0.2s Queue parallel
[ ] 3 0 0 3 / 512 0.3s Queue parallel
[ ] 6 0 0 6 / 512 0.4s Queue parallel
[ ] 8 0 0 8 / 512 0.5s Queue parallel
[ ] 9 0 0 9 / 512 0.6s Queue parallel
[ ] 12 0 0 12 / 512 0.9s Queue parallel
[ ] 15 0 0 15 / 512 1.0s Queue parallel
[ ] 17 0 0 17 / 512 1.1s Queue parallel
[ ] 19 0 0 19 / 512 1.3s Queue parallel
[ ] 22 0 0 22 / 512 1.4s Queue parallel
[ ] 25 0 0 25 / 512 1.6s Queue parallel
[ ] 27 0 0 27 / 512 1.7s Queue parallel
[ ] 30 0 0 30 / 512 1.8s Queue parallel
[ ] 32 0 0 32 / 512 2.0s Queue parallel
[ ] 35 0 0 35 / 512 2.1s Queue parallel
[ ] 36 0 0 36 / 512 2.3s Queue parallel
[ ] 38 0 0 38 / 512 2.4s Queue parallel
[ ] 40 0 0 40 / 512 2.6s Queue parallel
[ ] 42 0 0 42 / 512 2.8s Queue parallel
[ ] 44 0 0 44 / 512 3.0s Queue parallel
[ ] 46 0 0 46 / 512 3.1s Queue parallel
[ ] 48 0 0 48 / 512 3.2s Queue parallel
[ ] 51 0 0 51 / 512 3.4s Queue parallel
[ ] 54 0 0 54 / 512 3.6s Queue parallel
[ ] 57 0 0 57 / 512 3.7s Queue parallel
[ ] 59 0 0 59 / 512 3.8s Queue parallel
[ ] 62 0 0 62 / 512 4.0s Queue parallel
[ ] 65 0 0 65 / 512 4.1s Queue parallel
[ ] 67 0 0 67 / 512 4.2s Queue parallel
[ ] 70 0 0 70 / 512 4.4s Queue parallel
[ ] 73 0 0 73 / 512 4.5s Queue parallel
[ ] 76 0 0 76 / 512 4.7s Queue parallel
[ ] 78 0 0 78 / 512 4.8s Queue parallel
[ ] 80 0 0 80 / 512 4.9s Queue parallel
[ ] 81 0 0 81 / 512 5.0s Queue parallel
[ ] 83 0 0 83 / 512 5.2s Queue parallel
[ ] 84 0 0 84 / 512 5.4s Queue parallel
[ ] 86 0 0 86 / 512 5.5s Queue parallel
[ ] 88 0 0 88 / 512 5.7s Queue parallel
[ ] 90 0 0 90 / 512 5.9s Queue parallel
[ ] 92 0 0 92 / 512 6.0s Queue parallel
[ ] 94 0 0 94 / 512 6.2s Queue parallel
[ ] 95 0 0 95 / 512 6.4s Queue parallel
[ ] 97 0 0 97 / 512 6.5s Queue parallel
[ ] 99 0 0 99 / 512 6.7s Queue parallel
[ ] 100 0 0 100 / 512 6.8s Queue parallel
[ ] 102 0 0 102 / 512 7.1s Queue parallel
[ ] 104 0 0 104 / 512 7.2s Queue parallel
[ ] 106 0 0 106 / 512 7.3s Queue parallel
[ ] 108 0 0 108 / 512 7.4s Queue parallel
[ ] 110 0 0 110 / 512 7.5s Queue parallel
[ ] 112 0 0 112 / 512 7.8s Queue parallel
[ ] 114 0 0 114 / 512 7.9s Queue parallel
[ ] 116 0 0 116 / 512 8.1s Queue parallel
[ ] 118 0 0 118 / 512 8.2s Queue parallel
[ ] 120 0 0 120 / 512 8.3s Queue parallel
[ ] 122 0 0 122 / 512 8.4s Queue parallel
[ ] 123 0 0 123 / 512 8.5s Queue parallel
[ ] 125 0 0 125 / 512 8.7s Queue parallel
[ ] 127 0 0 127 / 512 8.8s Queue parallel
[ ] 130 0 0 130 / 512 9.0s Queue parallel
[ ] 131 0 0 131 / 512 9.1s Queue parallel
[ ] 134 0 0 134 / 512 9.3s Queue parallel
[ ] 136 0 0 136 / 512 9.5s Queue parallel
[ ] 138 0 0 138 / 512 9.6s Queue parallel
[ ] 140 0 0 140 / 512 9.8s Queue parallel
[ ] 142 0 0 142 / 512 9.9s Queue parallel
[ ] 144 0 0 144 / 512 10.1s Queue parallel
[ ] 146 0 0 146 / 512 10.2s Queue parallel
[ ] 148 0 0 148 / 512 10.4s Queue parallel
[ ] 150 0 0 150 / 512 10.6s Queue parallel
[ ] 151 0 0 151 / 512 10.8s Queue parallel
[ ] 153 0 0 153 / 512 11.0s Queue parallel
[ ] 154 0 0 154 / 512 11.1s Queue parallel
[ ] 155 0 0 155 / 512 11.2s Queue parallel
[ ] 156 0 0 156 / 512 11.4s Queue parallel
[ ] 157 0 0 157 / 512 11.6s Queue parallel
[ ] 159 0 0 159 / 512 11.8s Queue parallel
[ ] 160 0 0 160 / 512 12.0s Queue parallel
[ ] 161 0 0 161 / 512 12.1s Queue parallel
[ ] 162 0 0 162 / 512 12.4s Queue parallel
[ ] 163 0 0 163 / 512 12.8s Queue parallel
[ ] 164 0 0 164 / 512 13.2s Queue parallel
[ ] 165 0 0 165 / 512 13.8s Queue parallel
[ ] 166 0 0 166 / 512 14.3s Queue parallel
[ ] 167 0 0 167 / 512 14.6s Queue parallel
[ ] 168 0 0 168 / 512 14.9s Queue parallel
[ ] 169 0 0 169 / 512 15.4s Queue parallel
[ ] 170 0 0 170 / 512 15.8s Queue parallel
[ ] 171 0 0 171 / 512 16.2s Queue parallel
[ ] 172 0 0 172 / 512 16.5s Queue parallel
[ ] 173 0 0 173 / 512 17.0s Queue parallel
[ ] 174 0 0 174 / 512 17.2s Queue parallel
[ ] 175 0 0 175 / 512 17.6s Queue parallel
[ ] 176 0 0 176 / 512 17.8s Queue parallel
[ ] 177 0 0 177 / 512 18.0s Queue parallel
[ ] 178 0 0 178 / 512 18.2s Queue parallel
[ ] 180 0 0 180 / 512 18.5s Queue parallel
[ ] 181 0 0 181 / 512 18.8s Queue parallel
[ ] 182 0 0 182 / 512 19.0s Queue parallel
[ ] 184 0 0 184 / 512 19.1s Queue parallel
[ ] 185 0 0 185 / 512 19.2s Queue parallel
[ ] 187 0 0 187 / 512 19.4s Queue parallel
[ ] 189 0 0 189 / 512 19.6s Queue parallel
[ ] 190 0 0 190 / 512 19.7s Queue parallel
[ ] 192 0 0 192 / 512 19.9s Queue parallel
[ ] 193 0 0 193 / 512 20.0s Queue parallel
[ ] 194 0 0 194 / 512 20.2s Queue parallel
[ ] 196 0 0 196 / 512 20.4s Queue parallel
[ ] 198 0 0 198 / 512 20.6s Queue parallel
[ ] 200 0 0 200 / 512 20.8s Queue parallel
[ ] 201 0 0 201 / 512 20.9s Queue parallel
[ ] 203 0 0 203 / 512 21.1s Queue parallel
[ ] 205 0 0 205 / 512 21.2s Queue parallel
[ ] 207 0 0 207 / 512 21.4s Queue parallel
[ ] 208 0 0 208 / 512 21.5s Queue parallel
[ ] 210 0 0 210 / 512 21.7s Queue parallel
[ ] 211 0 0 211 / 512 21.9s Queue parallel
[ ] 213 0 0 213 / 512 22.0s Queue parallel
[ ] 215 0 0 215 / 512 22.2s Queue parallel
[ ] 216 0 0 216 / 512 22.3s Queue parallel
[ ] 218 0 0 218 / 512 22.4s Queue parallel
[ ] 220 0 0 220 / 512 22.6s Queue parallel
[ ] 222 0 0 222 / 512 22.7s Queue parallel
[ ] 224 0 0 224 / 512 22.8s Queue parallel
[ ] 226 0 0 226 / 512 23.0s Queue parallel
[ ] 227 0 0 227 / 512 23.1s Queue parallel
[ ] 228 0 0 228 / 512 23.3s Queue parallel
[ ] 229 0 0 229 / 512 23.5s Queue parallel
[ ] 230 0 0 230 / 512 23.6s Queue parallel
[ ] 231 0 0 231 / 512 23.7s Queue parallel
[ ] 233 0 0 233 / 512 24.0s Queue parallel
[ ] 235 0 0 235 / 512 24.2s Queue parallel
[ ] 237 0 0 237 / 512 24.3s Queue parallel
[ ] 239 0 0 239 / 512 24.5s Queue parallel
[ ] 241 0 0 241 / 512 24.6s Queue parallel
[ ] 242 0 0 242 / 512 24.7s Queue parallel
[ ] 244 0 0 244 / 512 24.8s Queue parallel
[ ] 246 0 0 246 / 512 25.0s Queue parallel
[ ] 248 0 0 248 / 512 25.1s Queue parallel
[ ] 250 0 0 250 / 512 25.2s Queue parallel
[ ] 253 0 0 253 / 512 25.4s Queue parallel
[ ] 255 0 0 255 / 512 25.5s Queue parallel
[ ] 257 0 0 257 / 512 25.7s Queue parallel
[ ] 259 0 0 259 / 512 25.8s Queue parallel
[ ] 261 0 0 261 / 512 25.9s Queue parallel
[ ] 263 0 0 263 / 512 26.1s Queue parallel
[ ] 264 0 0 264 / 512 26.2s Queue parallel
[ ] 266 0 0 266 / 512 26.3s Queue parallel
[ ] 267 0 0 267 / 512 26.5s Queue parallel
[ ] 268 0 0 268 / 512 26.6s Queue parallel
[ ] 270 0 0 270 / 512 26.8s Queue parallel
[ ] 272 0 0 272 / 512 26.9s Queue parallel
[ ] 273 0 0 273 / 512 27.0s Queue parallel
[ ] 275 0 0 275 / 512 27.4s Queue parallel
[ ] 277 0 0 277 / 512 27.5s Queue parallel
[ ] 279 0 0 279 / 512 27.7s Queue parallel
[ ] 281 0 0 281 / 512 27.8s Queue parallel
[ ] 283 0 0 283 / 512 28.0s Queue parallel
[ ] 285 0 0 285 / 512 28.2s Queue parallel
[ ] 287 0 0 287 / 512 28.4s Queue parallel
[ ] 289 0 0 289 / 512 28.6s Queue parallel
[ ] 290 0 0 290 / 512 28.7s Queue parallel
[ ] 292 0 0 292 / 512 28.9s Queue parallel
[ ] 294 0 0 294 / 512 29.0s Queue parallel
[ ] 296 0 0 296 / 512 29.3s Queue parallel
[ ] 298 0 0 298 / 512 29.4s Queue parallel
[ ] 300 0 0 300 / 512 29.5s Queue parallel
[ ] 302 0 0 302 / 512 29.7s Queue parallel
[ ] 303 0 0 303 / 512 29.9s Queue parallel
[ ] 305 0 0 305 / 512 30.0s Queue parallel
[ ] 307 0 0 307 / 512 30.1s Queue parallel
[ ] 309 0 0 309 / 512 30.3s Queue parallel
[ ] 311 0 0 311 / 512 30.4s Queue parallel
[ ] 313 0 0 313 / 512 30.5s Queue parallel
[ ] 314 0 0 314 / 512 30.7s Queue parallel
[ ] 316 0 0 316 / 512 30.9s Queue parallel
[ ] 318 0 0 318 / 512 31.0s Queue parallel
[ ] 320 0 0 320 / 512 31.1s Queue parallel
[ ] 322 0 0 322 / 512 31.2s Queue parallel
[ ] 323 0 0 323 / 512 31.4s Queue parallel
[ ] 325 0 0 325 / 512 31.5s Queue parallel
[ ] 327 0 0 327 / 512 31.6s Queue parallel
[ ] 329 0 0 329 / 512 31.7s Queue parallel
[ ] 331 0 0 331 / 512 31.9s Queue parallel
[ ] 334 0 0 334 / 512 32.0s Queue parallel
[ ] 336 0 0 336 / 512 32.2s Queue parallel
[ ] 338 0 0 338 / 512 32.3s Queue parallel
[ ] 340 0 0 340 / 512 32.4s Queue parallel
[ ] 342 0 0 342 / 512 32.7s Queue parallel
[ ] 344 0 0 344 / 512 32.9s Queue parallel
[ ] 346 0 0 346 / 512 33.0s Queue parallel
[ ] 348 0 0 348 / 512 33.2s Queue parallel
[ ] 350 0 0 350 / 512 33.3s Queue parallel
[ ] 352 0 0 352 / 512 33.5s Queue parallel
[ ] 354 0 0 354 / 512 33.6s Queue parallel
[ ] 356 0 0 356 / 512 33.7s Queue parallel
[ ] 358 0 0 358 / 512 34.0s Queue parallel
[ ] 360 0 0 360 / 512 34.2s Queue parallel
[ ] 361 0 0 361 / 512 34.3s Queue parallel
[ ] 362 0 0 362 / 512 34.5s Queue parallel
[ ] 364 0 0 364 / 512 34.7s Queue parallel
[ ] 366 0 0 366 / 512 34.8s Queue parallel
[ ] 368 0 0 368 / 512 35.0s Queue parallel
[ ] 370 0 0 370 / 512 35.1s Queue parallel
[ ] 371 0 0 371 / 512 35.2s Queue parallel
[ ] 373 0 0 373 / 512 35.4s Queue parallel
[ ] 375 0 0 375 / 512 35.6s Queue parallel
[ ] 377 0 0 377 / 512 35.9s Queue parallel
[ ] 379 0 0 379 / 512 36.1s Queue parallel
[ ] 381 0 0 381 / 512 36.3s Queue parallel
[ ] 383 0 0 383 / 512 36.6s Queue parallel
[ ] 384 0 0 384 / 512 36.7s Queue parallel
[ ] 386 0 0 386 / 512 37.0s Queue parallel
[ ] 387 0 0 387 / 512 37.2s Queue parallel
[ ] 389 0 0 389 / 512 37.3s Queue parallel
[ ] 391 0 0 391 / 512 37.5s Queue parallel
[ ] 393 0 0 393 / 512 37.8s Queue parallel
[ ] 395 0 0 395 / 512 38.0s Queue parallel
[ ] 396 0 0 396 / 512 38.2s Queue parallel
[ ] 398 0 0 398 / 512 38.4s Queue parallel
[ ] 399 0 0 399 / 512 38.5s Queue parallel
[ ] 400 0 0 400 / 512 38.6s Queue parallel
[ ] 401 0 0 401 / 512 38.7s Queue parallel
[ ] 402 0 0 402 / 512 39.0s Queue parallel
[ ] 404 0 0 404 / 512 39.2s Queue parallel
[ ] 405 0 0 405 / 512 39.3s Queue parallel
[ ] 406 0 0 406 / 512 39.5s Queue parallel
[ ] 408 0 0 408 / 512 39.6s Queue parallel
[ ] 410 0 0 410 / 512 39.7s Queue parallel
[ ] 412 0 0 412 / 512 39.9s Queue parallel
[ ] 414 0 0 414 / 512 40.0s Queue parallel
[ ] 416 0 0 416 / 512 40.1s Queue parallel
[ ] 418 0 0 418 / 512 40.2s Queue parallel
[ ] 419 0 0 419 / 512 40.3s Queue parallel
[ ] 421 0 0 421 / 512 40.5s Queue parallel
[ ] 423 0 0 423 / 512 40.6s Queue parallel
[ ] 425 0 0 425 / 512 40.8s Queue parallel
[ ] 427 0 0 427 / 512 40.9s Queue parallel
[ ] 428 0 0 428 / 512 41.0s Queue parallel
[ ] 430 0 0 430 / 512 41.2s Queue parallel
[ ] 432 0 0 432 / 512 41.3s Queue parallel
[ ] 434 0 0 434 / 512 41.5s Queue parallel
[ ] 436 0 0 436 / 512 41.7s Queue parallel
[ ] 438 0 0 438 / 512 41.8s Queue parallel
[ ] 440 0 0 440 / 512 41.9s Queue parallel
[ ] 442 0 0 442 / 512 42.0s Queue parallel
[ ] 444 0 0 444 / 512 42.2s Queue parallel
[ ] 446 0 0 446 / 512 42.4s Queue parallel
[ ] 448 0 0 448 / 512 42.6s Queue parallel
[ ] 450 0 0 450 / 512 42.7s Queue parallel
[ ] 451 0 0 451 / 512 43.0s Queue parallel
[ ] 453 0 0 453 / 512 43.2s Queue parallel
[ ] 454 0 0 454 / 512 43.3s Queue parallel
[ ] 456 0 0 456 / 512 43.5s Queue parallel
[ ] 458 0 0 458 / 512 43.6s Queue parallel
[ ] 459 0 0 459 / 512 43.8s Queue parallel
[ ] 461 0 0 461 / 512 44.0s Queue parallel
[ ] 463 0 0 463 / 512 44.1s Queue parallel
[ ] 465 0 0 465 / 512 44.2s Queue parallel
[ ] 467 0 0 467 / 512 44.4s Queue parallel
[ ] 469 0 0 469 / 512 44.5s Queue parallel
[ ] 471 0 0 471 / 512 44.6s Queue parallel
[ ] 474 0 0 474 / 512 44.8s Queue parallel
[ ] 476 0 0 476 / 512 44.9s Queue parallel
[ ] 478 0 0 478 / 512 45.1s Queue parallel
[ ] 479 0 0 479 / 512 45.2s Queue parallel
[ ] 480 0 0 480 / 512 45.3s Queue parallel
[ ] 482 0 0 482 / 512 45.6s Queue parallel
[ ] 484 0 0 484 / 512 45.7s Queue parallel
[ ] 487 0 0 487 / 512 45.8s Queue parallel
[ ] 489 0 0 489 / 512 46.0s Queue parallel
[ ] 492 0 0 492 / 512 46.1s Queue parallel
[ ] 495 0 0 495 / 512 46.2s Queue parallel
[ ] 496 0 0 496 / 512 46.4s Queue parallel
[ ] 499 0 0 499 / 512 46.5s Queue parallel
[ ] 501 0 0 501 / 512 46.6s Queue parallel
[ ] 504 0 0 504 / 512 46.8s Queue parallel
[ ] 507 0 0 507 / 512 46.9s Queue parallel
[ ] 510 0 0 510 / 512 47.0s Queue parallel
[✓] 512 0 0 512 / 512 47.1s Queue parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./hashtbl_test_stm.exe)
random seed: 3142194962567938228
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Hashtbl sequential
[ ] 0 0 0 0 / 32 0.0s Hashtbl sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Hashtbl sequential
[ ] 0 0 0 0 / 32 0.0s Hashtbl parallel
[ ] 3 0 0 3 / 32 0.1s Hashtbl parallel
[ ] 5 0 0 5 / 32 0.2s Hashtbl parallel
[ ] 7 0 0 7 / 32 0.4s Hashtbl parallel
[ ] 9 0 0 9 / 32 0.5s Hashtbl parallel
[ ] 11 0 0 11 / 32 0.6s Hashtbl parallel
[ ] 14 0 0 14 / 32 0.7s Hashtbl parallel
[ ] 16 0 0 16 / 32 0.9s Hashtbl parallel
[ ] 18 0 0 18 / 32 1.0s Hashtbl parallel
[ ] 20 0 0 20 / 32 1.1s Hashtbl parallel
[ ] 23 0 0 23 / 32 1.2s Hashtbl parallel
[ ] 25 0 0 25 / 32 1.4s Hashtbl parallel
[ ] 28 0 0 28 / 32 1.5s Hashtbl parallel
[ ] 30 0 0 30 / 32 1.6s Hashtbl parallel
[ ] 32 0 0 32 / 32 1.8s Hashtbl parallel
[✓] 32 0 0 32 / 32 1.8s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 3772482208656747381
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Hashtbl sequential
[✓] 64 0 0 64 / 64 0.0s Hashtbl sequential
[ ] 0 0 0 0 / 64 0.0s Hashtbl parallel
[ ] 3 0 0 3 / 64 0.1s Hashtbl parallel
[ ] 5 0 0 5 / 64 0.2s Hashtbl parallel
[ ] 7 0 0 7 / 64 0.3s Hashtbl parallel
[ ] 9 0 0 9 / 64 0.5s Hashtbl parallel
[ ] 11 0 0 11 / 64 0.6s Hashtbl parallel
[ ] 12 0 0 12 / 64 0.7s Hashtbl parallel
[ ] 15 0 0 15 / 64 0.9s Hashtbl parallel
[ ] 17 0 0 17 / 64 1.0s Hashtbl parallel
[ ] 20 0 0 20 / 64 1.1s Hashtbl parallel
[ ] 22 0 0 22 / 64 1.3s Hashtbl parallel
[ ] 24 0 0 24 / 64 1.4s Hashtbl parallel
[ ] 26 0 0 26 / 64 1.6s Hashtbl parallel
[ ] 28 0 0 28 / 64 1.7s Hashtbl parallel
[ ] 30 0 0 30 / 64 1.8s Hashtbl parallel
[ ] 32 0 0 32 / 64 1.9s Hashtbl parallel
[ ] 35 0 0 35 / 64 2.1s Hashtbl parallel
[ ] 38 0 0 38 / 64 2.3s Hashtbl parallel
[ ] 40 0 0 40 / 64 2.4s Hashtbl parallel
[ ] 43 0 0 43 / 64 2.6s Hashtbl parallel
[ ] 44 0 0 44 / 64 2.7s Hashtbl parallel
[ ] 47 0 0 47 / 64 2.9s Hashtbl parallel
[ ] 49 0 0 49 / 64 3.0s Hashtbl parallel
[ ] 52 0 0 52 / 64 3.1s Hashtbl parallel
[ ] 55 0 0 55 / 64 3.3s Hashtbl parallel
[ ] 58 0 0 58 / 64 3.4s Hashtbl parallel
[ ] 59 0 0 59 / 64 3.5s Hashtbl parallel
[ ] 62 0 0 62 / 64 3.6s Hashtbl parallel
[ ] 64 0 0 64 / 64 3.7s Hashtbl parallel
[✓] 64 0 0 64 / 64 3.7s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 956598150770254364
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
[ ] 3 0 0 3 / 128 0.1s Hashtbl parallel
[ ] 5 0 0 5 / 128 0.2s Hashtbl parallel
[ ] 7 0 0 7 / 128 0.4s Hashtbl parallel
[ ] 8 0 0 8 / 128 0.5s Hashtbl parallel
[ ] 10 0 0 10 / 128 0.7s Hashtbl parallel
[ ] 13 0 0 13 / 128 0.8s Hashtbl parallel
[ ] 15 0 0 15 / 128 1.0s Hashtbl parallel
[ ] 18 0 0 18 / 128 1.1s Hashtbl parallel
[ ] 20 0 0 20 / 128 1.2s Hashtbl parallel
[ ] 22 0 0 22 / 128 1.3s Hashtbl parallel
[ ] 25 0 0 25 / 128 1.5s Hashtbl parallel
[ ] 27 0 0 27 / 128 1.6s Hashtbl parallel
[ ] 30 0 0 30 / 128 1.7s Hashtbl parallel
[ ] 33 0 0 33 / 128 1.8s Hashtbl parallel
[ ] 36 0 0 36 / 128 2.0s Hashtbl parallel
[ ] 38 0 0 38 / 128 2.1s Hashtbl parallel
[ ] 40 0 0 40 / 128 2.2s Hashtbl parallel
[ ] 42 0 0 42 / 128 2.4s Hashtbl parallel
[ ] 44 0 0 44 / 128 2.5s Hashtbl parallel
[ ] 46 0 0 46 / 128 2.6s Hashtbl parallel
[ ] 48 0 0 48 / 128 2.9s Hashtbl parallel
[ ] 50 0 0 50 / 128 3.0s Hashtbl parallel
[ ] 53 0 0 53 / 128 3.1s Hashtbl parallel
[ ] 55 0 0 55 / 128 3.2s Hashtbl parallel
[ ] 57 0 0 57 / 128 3.4s Hashtbl parallel
[ ] 60 0 0 60 / 128 3.5s Hashtbl parallel
[ ] 62 0 0 62 / 128 3.6s Hashtbl parallel
[ ] 65 0 0 65 / 128 3.8s Hashtbl parallel
[ ] 66 0 0 66 / 128 4.0s Hashtbl parallel
[ ] 69 0 0 69 / 128 4.1s Hashtbl parallel
[ ] 71 0 0 71 / 128 4.3s Hashtbl parallel
[ ] 74 0 0 74 / 128 4.4s Hashtbl parallel
[ ] 76 0 0 76 / 128 4.5s Hashtbl parallel
[ ] 79 0 0 79 / 128 4.7s Hashtbl parallel
[ ] 82 0 0 82 / 128 4.8s Hashtbl parallel
[ ] 85 0 0 85 / 128 4.9s Hashtbl parallel
[ ] 88 0 0 88 / 128 5.1s Hashtbl parallel
[ ] 90 0 0 90 / 128 5.2s Hashtbl parallel
[ ] 92 0 0 92 / 128 5.3s Hashtbl parallel
[ ] 95 0 0 95 / 128 5.4s Hashtbl parallel
[ ] 97 0 0 97 / 128 5.6s Hashtbl parallel
[ ] 98 0 0 98 / 128 5.7s Hashtbl parallel
[ ] 101 0 0 101 / 128 5.8s Hashtbl parallel
[ ] 104 0 0 104 / 128 6.0s Hashtbl parallel
[ ] 106 0 0 106 / 128 6.1s Hashtbl parallel
[ ] 109 0 0 109 / 128 6.2s Hashtbl parallel
[ ] 111 0 0 111 / 128 6.3s Hashtbl parallel
[ ] 113 0 0 113 / 128 6.5s Hashtbl parallel
[ ] 114 0 0 114 / 128 6.6s Hashtbl parallel
[ ] 115 0 0 115 / 128 6.8s Hashtbl parallel
[ ] 117 0 0 117 / 128 6.9s Hashtbl parallel
[ ] 120 0 0 120 / 128 7.0s Hashtbl parallel
[ ] 123 0 0 123 / 128 7.1s Hashtbl parallel
[ ] 125 0 0 125 / 128 7.2s Hashtbl parallel
[ ] 128 0 0 128 / 128 7.4s Hashtbl parallel
[✓] 128 0 0 128 / 128 7.4s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 4580600342209599478
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Hashtbl sequential
[✓] 256 0 0 256 / 256 0.0s Hashtbl sequential
[ ] 0 0 0 0 / 256 0.0s Hashtbl parallel
[ ] 2 0 0 2 / 256 0.1s Hashtbl parallel
[ ] 4 0 0 4 / 256 0.2s Hashtbl parallel
[ ] 7 0 0 7 / 256 0.3s Hashtbl parallel
[ ] 9 0 0 9 / 256 0.4s Hashtbl parallel
[ ] 11 0 0 11 / 256 0.6s Hashtbl parallel
[ ] 13 0 0 13 / 256 0.7s Hashtbl parallel
[ ] 16 0 0 16 / 256 0.8s Hashtbl parallel
[ ] 19 0 0 19 / 256 1.0s Hashtbl parallel
[ ] 21 0 0 21 / 256 1.1s Hashtbl parallel
[ ] 22 0 0 22 / 256 1.2s Hashtbl parallel
[ ] 25 0 0 25 / 256 1.4s Hashtbl parallel
[ ] 28 0 0 28 / 256 1.5s Hashtbl parallel
[ ] 31 0 0 31 / 256 1.6s Hashtbl parallel
[ ] 33 0 0 33 / 256 1.8s Hashtbl parallel
[ ] 36 0 0 36 / 256 1.9s Hashtbl parallel
[ ] 39 0 0 39 / 256 2.1s Hashtbl parallel
[ ] 42 0 0 42 / 256 2.2s Hashtbl parallel
[ ] 45 0 0 45 / 256 2.4s Hashtbl parallel
[ ] 48 0 0 48 / 256 2.5s Hashtbl parallel
[ ] 51 0 0 51 / 256 2.6s Hashtbl parallel
[ ] 54 0 0 54 / 256 2.8s Hashtbl parallel
[ ] 57 0 0 57 / 256 2.9s Hashtbl parallel
[ ] 60 0 0 60 / 256 3.0s Hashtbl parallel
[ ] 61 0 0 61 / 256 3.2s Hashtbl parallel
[ ] 64 0 0 64 / 256 3.4s Hashtbl parallel
[ ] 67 0 0 67 / 256 3.5s Hashtbl parallel
[ ] 69 0 0 69 / 256 3.7s Hashtbl parallel
[ ] 71 0 0 71 / 256 3.8s Hashtbl parallel
[ ] 74 0 0 74 / 256 3.9s Hashtbl parallel
[ ] 76 0 0 76 / 256 4.1s Hashtbl parallel
[ ] 79 0 0 79 / 256 4.2s Hashtbl parallel
[ ] 81 0 0 81 / 256 4.3s Hashtbl parallel
[ ] 83 0 0 83 / 256 4.5s Hashtbl parallel
[ ] 86 0 0 86 / 256 4.6s Hashtbl parallel
[ ] 88 0 0 88 / 256 4.8s Hashtbl parallel
[ ] 91 0 0 91 / 256 4.9s Hashtbl parallel
[ ] 93 0 0 93 / 256 5.1s Hashtbl parallel
[ ] 95 0 0 95 / 256 5.2s Hashtbl parallel
[ ] 98 0 0 98 / 256 5.3s Hashtbl parallel
[ ] 101 0 0 101 / 256 5.4s Hashtbl parallel
[ ] 104 0 0 104 / 256 5.6s Hashtbl parallel
[ ] 106 0 0 106 / 256 5.7s Hashtbl parallel
[ ] 108 0 0 108 / 256 5.8s Hashtbl parallel
[ ] 110 0 0 110 / 256 5.9s Hashtbl parallel
[ ] 113 0 0 113 / 256 6.0s Hashtbl parallel
[ ] 116 0 0 116 / 256 6.3s Hashtbl parallel
[ ] 119 0 0 119 / 256 6.4s Hashtbl parallel
[ ] 122 0 0 122 / 256 6.5s Hashtbl parallel
[ ] 124 0 0 124 / 256 6.6s Hashtbl parallel
[ ] 127 0 0 127 / 256 6.8s Hashtbl parallel
[ ] 129 0 0 129 / 256 6.9s Hashtbl parallel
[ ] 130 0 0 130 / 256 7.1s Hashtbl parallel
[ ] 132 0 0 132 / 256 7.2s Hashtbl parallel
[ ] 134 0 0 134 / 256 7.3s Hashtbl parallel
[ ] 136 0 0 136 / 256 7.6s Hashtbl parallel
[ ] 138 0 0 138 / 256 7.7s Hashtbl parallel
[ ] 140 0 0 140 / 256 7.8s Hashtbl parallel
[ ] 141 0 0 141 / 256 7.9s Hashtbl parallel
[ ] 144 0 0 144 / 256 8.2s Hashtbl parallel
[ ] 146 0 0 146 / 256 8.3s Hashtbl parallel
[ ] 148 0 0 148 / 256 8.5s Hashtbl parallel
[ ] 151 0 0 151 / 256 8.7s Hashtbl parallel
[ ] 153 0 0 153 / 256 8.8s Hashtbl parallel
[ ] 154 0 0 154 / 256 8.9s Hashtbl parallel
[ ] 156 0 0 156 / 256 9.0s Hashtbl parallel
[ ] 157 0 0 157 / 256 9.1s Hashtbl parallel
[ ] 160 0 0 160 / 256 9.3s Hashtbl parallel
[ ] 163 0 0 163 / 256 9.4s Hashtbl parallel
[ ] 165 0 0 165 / 256 9.5s Hashtbl parallel
[ ] 168 0 0 168 / 256 9.7s Hashtbl parallel
[ ] 170 0 0 170 / 256 9.8s Hashtbl parallel
[ ] 172 0 0 172 / 256 9.9s Hashtbl parallel
[ ] 174 0 0 174 / 256 10.1s Hashtbl parallel
[ ] 176 0 0 176 / 256 10.2s Hashtbl parallel
[ ] 178 0 0 178 / 256 10.3s Hashtbl parallel
[ ] 181 0 0 181 / 256 10.5s Hashtbl parallel
[ ] 183 0 0 183 / 256 10.6s Hashtbl parallel
[ ] 185 0 0 185 / 256 10.8s Hashtbl parallel
[ ] 187 0 0 187 / 256 10.9s Hashtbl parallel
[ ] 189 0 0 189 / 256 11.1s Hashtbl parallel
[ ] 192 0 0 192 / 256 11.2s Hashtbl parallel
[ ] 194 0 0 194 / 256 11.4s Hashtbl parallel
[ ] 197 0 0 197 / 256 11.5s Hashtbl parallel
[ ] 200 0 0 200 / 256 11.6s Hashtbl parallel
[ ] 203 0 0 203 / 256 11.7s Hashtbl parallel
[ ] 206 0 0 206 / 256 11.9s Hashtbl parallel
[ ] 209 0 0 209 / 256 12.1s Hashtbl parallel
[ ] 212 0 0 212 / 256 12.2s Hashtbl parallel
[ ] 215 0 0 215 / 256 12.4s Hashtbl parallel
[ ] 216 0 0 216 / 256 12.5s Hashtbl parallel
[ ] 219 0 0 219 / 256 12.7s Hashtbl parallel
[ ] 220 0 0 220 / 256 12.8s Hashtbl parallel
[ ] 223 0 0 223 / 256 12.9s Hashtbl parallel
[ ] 226 0 0 226 / 256 13.1s Hashtbl parallel
[ ] 228 0 0 228 / 256 13.2s Hashtbl parallel
[ ] 230 0 0 230 / 256 13.4s Hashtbl parallel
[ ] 232 0 0 232 / 256 13.5s Hashtbl parallel
[ ] 234 0 0 234 / 256 13.7s Hashtbl parallel
[ ] 236 0 0 236 / 256 13.8s Hashtbl parallel
[ ] 238 0 0 238 / 256 13.9s Hashtbl parallel
[ ] 240 0 0 240 / 256 14.0s Hashtbl parallel
[ ] 242 0 0 242 / 256 14.1s Hashtbl parallel
[ ] 245 0 0 245 / 256 14.3s Hashtbl parallel
[ ] 248 0 0 248 / 256 14.4s Hashtbl parallel
[ ] 250 0 0 250 / 256 14.5s Hashtbl parallel
[ ] 252 0 0 252 / 256 14.7s Hashtbl parallel
[ ] 255 0 0 255 / 256 14.8s Hashtbl parallel
[✓] 256 0 0 256 / 256 14.9s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 1231860013890038636
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Hashtbl sequential
[✓] 512 0 0 512 / 512 0.0s Hashtbl sequential
[ ] 0 0 0 0 / 512 0.0s Hashtbl parallel
[ ] 1 0 0 1 / 512 0.1s Hashtbl parallel
[ ] 4 0 0 4 / 512 0.2s Hashtbl parallel
[ ] 7 0 0 7 / 512 0.3s Hashtbl parallel
[ ] 10 0 0 10 / 512 0.5s Hashtbl parallel
[ ] 12 0 0 12 / 512 0.6s Hashtbl parallel
[ ] 15 0 0 15 / 512 0.7s Hashtbl parallel
[ ] 18 0 0 18 / 512 0.8s Hashtbl parallel
[ ] 21 0 0 21 / 512 1.0s Hashtbl parallel
[ ] 24 0 0 24 / 512 1.1s Hashtbl parallel
[ ] 26 0 0 26 / 512 1.2s Hashtbl parallel
[ ] 29 0 0 29 / 512 1.3s Hashtbl parallel
[ ] 31 0 0 31 / 512 1.5s Hashtbl parallel
[ ] 33 0 0 33 / 512 1.6s Hashtbl parallel
[ ] 35 0 0 35 / 512 1.7s Hashtbl parallel
[ ] 37 0 0 37 / 512 1.8s Hashtbl parallel
[ ] 39 0 0 39 / 512 1.9s Hashtbl parallel
[ ] 41 0 0 41 / 512 2.1s Hashtbl parallel
[ ] 42 0 0 42 / 512 2.2s Hashtbl parallel
[ ] 45 0 0 45 / 512 2.4s Hashtbl parallel
[ ] 48 0 0 48 / 512 2.5s Hashtbl parallel
[ ] 51 0 0 51 / 512 2.6s Hashtbl parallel
[ ] 54 0 0 54 / 512 2.8s Hashtbl parallel
[ ] 57 0 0 57 / 512 2.9s Hashtbl parallel
[ ] 60 0 0 60 / 512 3.0s Hashtbl parallel
[ ] 63 0 0 63 / 512 3.2s Hashtbl parallel
[ ] 66 0 0 66 / 512 3.4s Hashtbl parallel
[ ] 68 0 0 68 / 512 3.5s Hashtbl parallel
[ ] 70 0 0 70 / 512 3.7s Hashtbl parallel
[ ] 73 0 0 73 / 512 3.8s Hashtbl parallel
[ ] 76 0 0 76 / 512 4.0s Hashtbl parallel
[ ] 77 0 0 77 / 512 4.1s Hashtbl parallel
[ ] 80 0 0 80 / 512 4.2s Hashtbl parallel
[ ] 82 0 0 82 / 512 4.4s Hashtbl parallel
[ ] 83 0 0 83 / 512 4.5s Hashtbl parallel
[ ] 84 0 0 84 / 512 4.6s Hashtbl parallel
[ ] 85 0 0 85 / 512 4.8s Hashtbl parallel
[ ] 87 0 0 87 / 512 4.9s Hashtbl parallel
[ ] 89 0 0 89 / 512 5.2s Hashtbl parallel
[ ] 90 0 0 90 / 512 5.5s Hashtbl parallel
[ ] 92 0 0 92 / 512 5.7s Hashtbl parallel
[ ] 94 0 0 94 / 512 5.9s Hashtbl parallel
[ ] 96 0 0 96 / 512 6.1s Hashtbl parallel
[ ] 98 0 0 98 / 512 6.4s Hashtbl parallel
[ ] 100 0 0 100 / 512 6.6s Hashtbl parallel
[ ] 102 0 0 102 / 512 6.7s Hashtbl parallel
[ ] 105 0 0 105 / 512 6.9s Hashtbl parallel
[ ] 106 0 0 106 / 512 7.1s Hashtbl parallel
[ ] 108 0 0 108 / 512 7.3s Hashtbl parallel
[ ] 110 0 0 110 / 512 7.5s Hashtbl parallel
[ ] 112 0 0 112 / 512 7.6s Hashtbl parallel
[ ] 114 0 0 114 / 512 7.8s Hashtbl parallel
[ ] 115 0 0 115 / 512 8.1s Hashtbl parallel
[ ] 117 0 0 117 / 512 8.2s Hashtbl parallel
[ ] 119 0 0 119 / 512 8.4s Hashtbl parallel
[ ] 121 0 0 121 / 512 8.6s Hashtbl parallel
[ ] 122 0 0 122 / 512 8.7s Hashtbl parallel
[ ] 124 0 0 124 / 512 8.9s Hashtbl parallel
[ ] 126 0 0 126 / 512 9.1s Hashtbl parallel
[ ] 128 0 0 128 / 512 9.3s Hashtbl parallel
[ ] 130 0 0 130 / 512 9.4s Hashtbl parallel
[ ] 132 0 0 132 / 512 9.5s Hashtbl parallel
[ ] 133 0 0 133 / 512 9.7s Hashtbl parallel
[ ] 135 0 0 135 / 512 9.8s Hashtbl parallel
[ ] 137 0 0 137 / 512 10.0s Hashtbl parallel
[ ] 139 0 0 139 / 512 10.2s Hashtbl parallel
[ ] 141 0 0 141 / 512 10.3s Hashtbl parallel
[ ] 142 0 0 142 / 512 10.5s Hashtbl parallel
[ ] 144 0 0 144 / 512 10.8s Hashtbl parallel
[ ] 145 0 0 145 / 512 11.0s Hashtbl parallel
[ ] 146 0 0 146 / 512 11.3s Hashtbl parallel
[ ] 147 0 0 147 / 512 11.6s Hashtbl parallel
[ ] 148 0 0 148 / 512 11.9s Hashtbl parallel
[ ] 149 0 0 149 / 512 12.5s Hashtbl parallel
[ ] 150 0 0 150 / 512 13.0s Hashtbl parallel
[ ] 151 0 0 151 / 512 13.5s Hashtbl parallel
[ ] 152 0 0 152 / 512 14.0s Hashtbl parallel
[ ] 153 0 0 153 / 512 14.6s Hashtbl parallel
[ ] 154 0 0 154 / 512 14.8s Hashtbl parallel
[ ] 155 0 0 155 / 512 15.2s Hashtbl parallel
[ ] 156 0 0 156 / 512 15.5s Hashtbl parallel
[ ] 157 0 0 157 / 512 15.8s Hashtbl parallel
[ ] 158 0 0 158 / 512 16.2s Hashtbl parallel
[ ] 159 0 0 159 / 512 16.5s Hashtbl parallel
[ ] 160 0 0 160 / 512 16.8s Hashtbl parallel
[ ] 161 0 0 161 / 512 17.1s Hashtbl parallel
[ ] 162 0 0 162 / 512 17.3s Hashtbl parallel
[ ] 163 0 0 163 / 512 17.5s Hashtbl parallel
[ ] 164 0 0 164 / 512 17.7s Hashtbl parallel
[ ] 165 0 0 165 / 512 17.9s Hashtbl parallel
[ ] 167 0 0 167 / 512 18.1s Hashtbl parallel
[ ] 168 0 0 168 / 512 18.3s Hashtbl parallel
[ ] 170 0 0 170 / 512 18.5s Hashtbl parallel
[ ] 171 0 0 171 / 512 18.7s Hashtbl parallel
[ ] 173 0 0 173 / 512 18.8s Hashtbl parallel
[ ] 174 0 0 174 / 512 18.9s Hashtbl parallel
[ ] 175 0 0 175 / 512 19.1s Hashtbl parallel
[ ] 177 0 0 177 / 512 19.3s Hashtbl parallel
[ ] 178 0 0 178 / 512 19.4s Hashtbl parallel
[ ] 179 0 0 179 / 512 19.5s Hashtbl parallel
[ ] 181 0 0 181 / 512 19.7s Hashtbl parallel
[ ] 182 0 0 182 / 512 19.9s Hashtbl parallel
[ ] 184 0 0 184 / 512 20.0s Hashtbl parallel
[ ] 186 0 0 186 / 512 20.2s Hashtbl parallel
[ ] 188 0 0 188 / 512 20.3s Hashtbl parallel
[ ] 190 0 0 190 / 512 20.5s Hashtbl parallel
[ ] 191 0 0 191 / 512 20.7s Hashtbl parallel
[ ] 192 0 0 192 / 512 20.8s Hashtbl parallel
[ ] 194 0 0 194 / 512 21.0s Hashtbl parallel
[ ] 196 0 0 196 / 512 21.1s Hashtbl parallel
[ ] 198 0 0 198 / 512 21.3s Hashtbl parallel
[ ] 200 0 0 200 / 512 21.5s Hashtbl parallel
[ ] 202 0 0 202 / 512 21.6s Hashtbl parallel
[ ] 204 0 0 204 / 512 21.8s Hashtbl parallel
[ ] 206 0 0 206 / 512 21.9s Hashtbl parallel
[ ] 208 0 0 208 / 512 22.1s Hashtbl parallel
[ ] 210 0 0 210 / 512 22.3s Hashtbl parallel
[ ] 212 0 0 212 / 512 22.5s Hashtbl parallel
[ ] 213 0 0 213 / 512 22.8s Hashtbl parallel
[ ] 214 0 0 214 / 512 22.9s Hashtbl parallel
[ ] 215 0 0 215 / 512 23.1s Hashtbl parallel
[ ] 217 0 0 217 / 512 23.2s Hashtbl parallel
[ ] 219 0 0 219 / 512 23.3s Hashtbl parallel
[ ] 221 0 0 221 / 512 23.5s Hashtbl parallel
[ ] 223 0 0 223 / 512 23.7s Hashtbl parallel
[ ] 224 0 0 224 / 512 23.8s Hashtbl parallel
[ ] 225 0 0 225 / 512 24.0s Hashtbl parallel
[ ] 226 0 0 226 / 512 24.1s Hashtbl parallel
[ ] 228 0 0 228 / 512 24.4s Hashtbl parallel
[ ] 230 0 0 230 / 512 24.7s Hashtbl parallel
[ ] 232 0 0 232 / 512 24.8s Hashtbl parallel
[ ] 234 0 0 234 / 512 25.0s Hashtbl parallel
[ ] 236 0 0 236 / 512 25.2s Hashtbl parallel
[ ] 237 0 0 237 / 512 25.3s Hashtbl parallel
[ ] 240 0 0 240 / 512 25.4s Hashtbl parallel
[ ] 242 0 0 242 / 512 25.6s Hashtbl parallel
[ ] 244 0 0 244 / 512 25.7s Hashtbl parallel
[ ] 246 0 0 246 / 512 25.9s Hashtbl parallel
[ ] 247 0 0 247 / 512 26.1s Hashtbl parallel
[ ] 249 0 0 249 / 512 26.2s Hashtbl parallel
[ ] 251 0 0 251 / 512 26.4s Hashtbl parallel
[ ] 252 0 0 252 / 512 26.5s Hashtbl parallel
[ ] 253 0 0 253 / 512 26.6s Hashtbl parallel
[ ] 255 0 0 255 / 512 26.8s Hashtbl parallel
[ ] 257 0 0 257 / 512 27.0s Hashtbl parallel
[ ] 258 0 0 258 / 512 27.1s Hashtbl parallel
[ ] 259 0 0 259 / 512 27.2s Hashtbl parallel
[ ] 261 0 0 261 / 512 27.4s Hashtbl parallel
[ ] 263 0 0 263 / 512 27.5s Hashtbl parallel
[ ] 265 0 0 265 / 512 27.7s Hashtbl parallel
[ ] 267 0 0 267 / 512 27.8s Hashtbl parallel
[ ] 269 0 0 269 / 512 28.0s Hashtbl parallel
[ ] 270 0 0 270 / 512 28.1s Hashtbl parallel
[ ] 271 0 0 271 / 512 28.2s Hashtbl parallel
[ ] 272 0 0 272 / 512 28.4s Hashtbl parallel
[ ] 274 0 0 274 / 512 28.6s Hashtbl parallel
[ ] 276 0 0 276 / 512 28.7s Hashtbl parallel
[ ] 278 0 0 278 / 512 28.8s Hashtbl parallel
[ ] 280 0 0 280 / 512 29.0s Hashtbl parallel
[ ] 282 0 0 282 / 512 29.1s Hashtbl parallel
[ ] 283 0 0 283 / 512 29.2s Hashtbl parallel
[ ] 285 0 0 285 / 512 29.4s Hashtbl parallel
[ ] 287 0 0 287 / 512 29.5s Hashtbl parallel
[ ] 289 0 0 289 / 512 29.7s Hashtbl parallel
[ ] 291 0 0 291 / 512 29.9s Hashtbl parallel
[ ] 292 0 0 292 / 512 30.0s Hashtbl parallel
[ ] 293 0 0 293 / 512 30.1s Hashtbl parallel
[ ] 295 0 0 295 / 512 30.3s Hashtbl parallel
[ ] 297 0 0 297 / 512 30.4s Hashtbl parallel
[ ] 298 0 0 298 / 512 30.6s Hashtbl parallel
[ ] 300 0 0 300 / 512 30.7s Hashtbl parallel
[ ] 302 0 0 302 / 512 31.0s Hashtbl parallel
[ ] 304 0 0 304 / 512 31.1s Hashtbl parallel
[ ] 306 0 0 306 / 512 31.2s Hashtbl parallel
[ ] 308 0 0 308 / 512 31.4s Hashtbl parallel
[ ] 310 0 0 310 / 512 31.5s Hashtbl parallel
[ ] 312 0 0 312 / 512 31.7s Hashtbl parallel
[ ] 314 0 0 314 / 512 31.8s Hashtbl parallel
[ ] 316 0 0 316 / 512 32.0s Hashtbl parallel
[ ] 318 0 0 318 / 512 32.1s Hashtbl parallel
[ ] 320 0 0 320 / 512 32.2s Hashtbl parallel
[ ] 322 0 0 322 / 512 32.4s Hashtbl parallel
[ ] 324 0 0 324 / 512 32.6s Hashtbl parallel
[ ] 326 0 0 326 / 512 32.7s Hashtbl parallel
[ ] 328 0 0 328 / 512 32.8s Hashtbl parallel
[ ] 330 0 0 330 / 512 33.0s Hashtbl parallel
[ ] 331 0 0 331 / 512 33.2s Hashtbl parallel
[ ] 332 0 0 332 / 512 33.3s Hashtbl parallel
[ ] 334 0 0 334 / 512 33.4s Hashtbl parallel
[ ] 336 0 0 336 / 512 33.6s Hashtbl parallel
[ ] 338 0 0 338 / 512 33.8s Hashtbl parallel
[ ] 339 0 0 339 / 512 33.9s Hashtbl parallel
[ ] 340 0 0 340 / 512 34.0s Hashtbl parallel
[ ] 342 0 0 342 / 512 34.2s Hashtbl parallel
[ ] 343 0 0 343 / 512 34.3s Hashtbl parallel
[ ] 345 0 0 345 / 512 34.5s Hashtbl parallel
[ ] 347 0 0 347 / 512 34.7s Hashtbl parallel
[ ] 349 0 0 349 / 512 34.9s Hashtbl parallel
[ ] 351 0 0 351 / 512 35.0s Hashtbl parallel
[ ] 353 0 0 353 / 512 35.2s Hashtbl parallel
[ ] 355 0 0 355 / 512 35.4s Hashtbl parallel
[ ] 357 0 0 357 / 512 35.5s Hashtbl parallel
[ ] 359 0 0 359 / 512 35.6s Hashtbl parallel
[ ] 361 0 0 361 / 512 35.7s Hashtbl parallel
[ ] 363 0 0 363 / 512 35.9s Hashtbl parallel
[ ] 364 0 0 364 / 512 36.1s Hashtbl parallel
[ ] 365 0 0 365 / 512 36.2s Hashtbl parallel
[ ] 367 0 0 367 / 512 36.4s Hashtbl parallel
[ ] 368 0 0 368 / 512 36.6s Hashtbl parallel
[ ] 370 0 0 370 / 512 36.9s Hashtbl parallel
[ ] 372 0 0 372 / 512 37.0s Hashtbl parallel
[ ] 373 0 0 373 / 512 37.1s Hashtbl parallel
[ ] 375 0 0 375 / 512 37.3s Hashtbl parallel
[ ] 377 0 0 377 / 512 37.5s Hashtbl parallel
[ ] 378 0 0 378 / 512 37.6s Hashtbl parallel
[ ] 380 0 0 380 / 512 37.8s Hashtbl parallel
[ ] 381 0 0 381 / 512 37.9s Hashtbl parallel
[ ] 383 0 0 383 / 512 38.1s Hashtbl parallel
[ ] 384 0 0 384 / 512 38.2s Hashtbl parallel
[ ] 385 0 0 385 / 512 38.3s Hashtbl parallel
[ ] 387 0 0 387 / 512 38.5s Hashtbl parallel
[ ] 388 0 0 388 / 512 38.6s Hashtbl parallel
[ ] 390 0 0 390 / 512 38.9s Hashtbl parallel
[ ] 392 0 0 392 / 512 39.0s Hashtbl parallel
[ ] 394 0 0 394 / 512 39.2s Hashtbl parallel
[ ] 396 0 0 396 / 512 39.3s Hashtbl parallel
[ ] 399 0 0 399 / 512 39.5s Hashtbl parallel
[ ] 401 0 0 401 / 512 39.6s Hashtbl parallel
[ ] 402 0 0 402 / 512 39.7s Hashtbl parallel
[ ] 404 0 0 404 / 512 39.8s Hashtbl parallel
[ ] 405 0 0 405 / 512 39.9s Hashtbl parallel
[ ] 407 0 0 407 / 512 40.1s Hashtbl parallel
[ ] 409 0 0 409 / 512 40.2s Hashtbl parallel
[ ] 411 0 0 411 / 512 40.3s Hashtbl parallel
[ ] 413 0 0 413 / 512 40.5s Hashtbl parallel
[ ] 415 0 0 415 / 512 40.6s Hashtbl parallel
[ ] 416 0 0 416 / 512 40.7s Hashtbl parallel
[ ] 418 0 0 418 / 512 40.9s Hashtbl parallel
[ ] 420 0 0 420 / 512 41.1s Hashtbl parallel
[ ] 422 0 0 422 / 512 41.2s Hashtbl parallel
[ ] 424 0 0 424 / 512 41.3s Hashtbl parallel
[ ] 426 0 0 426 / 512 41.4s Hashtbl parallel
[ ] 428 0 0 428 / 512 41.5s Hashtbl parallel
[ ] 430 0 0 430 / 512 41.7s Hashtbl parallel
[ ] 432 0 0 432 / 512 41.8s Hashtbl parallel
[ ] 434 0 0 434 / 512 42.0s Hashtbl parallel
[ ] 436 0 0 436 / 512 42.1s Hashtbl parallel
[ ] 438 0 0 438 / 512 42.3s Hashtbl parallel
[ ] 439 0 0 439 / 512 42.5s Hashtbl parallel
[ ] 441 0 0 441 / 512 42.6s Hashtbl parallel
[ ] 442 0 0 442 / 512 42.7s Hashtbl parallel
[ ] 444 0 0 444 / 512 42.9s Hashtbl parallel
[ ] 446 0 0 446 / 512 43.1s Hashtbl parallel
[ ] 448 0 0 448 / 512 43.2s Hashtbl parallel
[ ] 450 0 0 450 / 512 43.3s Hashtbl parallel
[ ] 452 0 0 452 / 512 43.4s Hashtbl parallel
[ ] 454 0 0 454 / 512 43.6s Hashtbl parallel
[ ] 456 0 0 456 / 512 43.7s Hashtbl parallel
[ ] 458 0 0 458 / 512 43.8s Hashtbl parallel
[ ] 460 0 0 460 / 512 44.0s Hashtbl parallel
[ ] 462 0 0 462 / 512 44.1s Hashtbl parallel
[ ] 464 0 0 464 / 512 44.2s Hashtbl parallel
[ ] 466 0 0 466 / 512 44.3s Hashtbl parallel
[ ] 468 0 0 468 / 512 44.4s Hashtbl parallel
[ ] 470 0 0 470 / 512 44.7s Hashtbl parallel
[ ] 472 0 0 472 / 512 44.9s Hashtbl parallel
[ ] 473 0 0 473 / 512 45.1s Hashtbl parallel
[ ] 475 0 0 475 / 512 45.2s Hashtbl parallel
[ ] 477 0 0 477 / 512 45.4s Hashtbl parallel
[ ] 480 0 0 480 / 512 45.5s Hashtbl parallel
[ ] 483 0 0 483 / 512 45.6s Hashtbl parallel
[ ] 485 0 0 485 / 512 45.8s Hashtbl parallel
[ ] 488 0 0 488 / 512 46.1s Hashtbl parallel
[ ] 491 0 0 491 / 512 46.2s Hashtbl parallel
[ ] 493 0 0 493 / 512 46.3s Hashtbl parallel
[ ] 495 0 0 495 / 512 46.5s Hashtbl parallel
[ ] 498 0 0 498 / 512 46.6s Hashtbl parallel
[ ] 501 0 0 501 / 512 46.7s Hashtbl parallel
[ ] 503 0 0 503 / 512 46.9s Hashtbl parallel
[ ] 505 0 0 505 / 512 47.0s Hashtbl parallel
[ ] 507 0 0 507 / 512 47.2s Hashtbl parallel
[ ] 509 0 0 509 / 512 47.3s Hashtbl parallel
[ ] 511 0 0 511 / 512 47.4s Hashtbl parallel
[ ] 512 0 0 512 / 512 47.5s Hashtbl parallel
[✓] 512 0 0 512 / 512 47.5s Hashtbl parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./dllist_test_stm.exe)
random seed: 3736627362392279545
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Dllist sequential
[ ] 0 0 0 0 / 32 0.0s Dllist sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Dllist sequential
[ ] 0 0 0 0 / 32 0.0s Dllist parallel
[ ] 3 0 0 3 / 32 0.1s Dllist parallel
[ ] 6 0 0 6 / 32 0.3s Dllist parallel
[ ] 8 0 0 8 / 32 0.4s Dllist parallel
[ ] 11 0 0 11 / 32 0.6s Dllist parallel
[ ] 13 0 0 13 / 32 0.7s Dllist parallel
[ ] 14 0 0 14 / 32 0.8s Dllist parallel
[ ] 16 0 0 16 / 32 0.9s Dllist parallel
[ ] 19 0 0 19 / 32 1.1s Dllist parallel
[ ] 21 0 0 21 / 32 1.3s Dllist parallel
[ ] 23 0 0 23 / 32 1.4s Dllist parallel
[ ] 26 0 0 26 / 32 1.6s Dllist parallel
[ ] 27 0 0 27 / 32 1.8s Dllist parallel
[ ] 29 0 0 29 / 32 1.9s Dllist parallel
[ ] 31 0 0 31 / 32 2.0s Dllist parallel
[✓] 32 0 0 32 / 32 2.1s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 414296042265318398
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
[ ] 3 0 0 3 / 64 0.2s Dllist parallel
[ ] 5 0 0 5 / 64 0.3s Dllist parallel
[ ] 7 0 0 7 / 64 0.4s Dllist parallel
[ ] 9 0 0 9 / 64 0.5s Dllist parallel
[ ] 12 0 0 12 / 64 0.7s Dllist parallel
[ ] 13 0 0 13 / 64 0.9s Dllist parallel
[ ] 15 0 0 15 / 64 1.0s Dllist parallel
[ ] 17 0 0 17 / 64 1.1s Dllist parallel
[ ] 20 0 0 20 / 64 1.3s Dllist parallel
[ ] 22 0 0 22 / 64 1.5s Dllist parallel
[ ] 24 0 0 24 / 64 1.7s Dllist parallel
[ ] 25 0 0 25 / 64 1.8s Dllist parallel
[ ] 27 0 0 27 / 64 1.9s Dllist parallel
[ ] 28 0 0 28 / 64 2.1s Dllist parallel
[ ] 30 0 0 30 / 64 2.2s Dllist parallel
[ ] 33 0 0 33 / 64 2.3s Dllist parallel
[ ] 35 0 0 35 / 64 2.4s Dllist parallel
[ ] 37 0 0 37 / 64 2.5s Dllist parallel
[ ] 40 0 0 40 / 64 2.7s Dllist parallel
[ ] 42 0 0 42 / 64 2.9s Dllist parallel
[ ] 45 0 0 45 / 64 3.1s Dllist parallel
[ ] 47 0 0 47 / 64 3.3s Dllist parallel
[ ] 48 0 0 48 / 64 3.4s Dllist parallel
[ ] 49 0 0 49 / 64 3.6s Dllist parallel
[ ] 50 0 0 50 / 64 3.7s Dllist parallel
[ ] 53 0 0 53 / 64 3.8s Dllist parallel
[ ] 56 0 0 56 / 64 4.0s Dllist parallel
[ ] 58 0 0 58 / 64 4.1s Dllist parallel
[ ] 61 0 0 61 / 64 4.3s Dllist parallel
[ ] 63 0 0 63 / 64 4.4s Dllist parallel
[✓] 64 0 0 64 / 64 4.4s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 3198776695896710945
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 0.1s Dllist parallel
[ ] 4 0 0 4 / 128 0.2s Dllist parallel
[ ] 6 0 0 6 / 128 0.3s Dllist parallel
[ ] 9 0 0 9 / 128 0.4s Dllist parallel
[ ] 12 0 0 12 / 128 0.6s Dllist parallel
[ ] 15 0 0 15 / 128 0.7s Dllist parallel
[ ] 18 0 0 18 / 128 0.8s Dllist parallel
[ ] 21 0 0 21 / 128 1.0s Dllist parallel
[ ] 23 0 0 23 / 128 1.1s Dllist parallel
[ ] 25 0 0 25 / 128 1.2s Dllist parallel
[ ] 26 0 0 26 / 128 1.3s Dllist parallel
[ ] 28 0 0 28 / 128 1.5s Dllist parallel
[ ] 30 0 0 30 / 128 1.6s Dllist parallel
[ ] 33 0 0 33 / 128 1.8s Dllist parallel
[ ] 36 0 0 36 / 128 1.9s Dllist parallel
[ ] 39 0 0 39 / 128 2.0s Dllist parallel
[ ] 42 0 0 42 / 128 2.2s Dllist parallel
[ ] 45 0 0 45 / 128 2.3s Dllist parallel
[ ] 47 0 0 47 / 128 2.4s Dllist parallel
[ ] 50 0 0 50 / 128 2.6s Dllist parallel
[ ] 53 0 0 53 / 128 2.7s Dllist parallel
[ ] 55 0 0 55 / 128 2.8s Dllist parallel
[ ] 58 0 0 58 / 128 2.9s Dllist parallel
[ ] 61 0 0 61 / 128 3.1s Dllist parallel
[ ] 64 0 0 64 / 128 3.2s Dllist parallel
[ ] 66 0 0 66 / 128 3.3s Dllist parallel
[ ] 68 0 0 68 / 128 3.4s Dllist parallel
[ ] 69 0 0 69 / 128 3.5s Dllist parallel
[ ] 72 0 0 72 / 128 3.7s Dllist parallel
[ ] 73 0 0 73 / 128 3.9s Dllist parallel
[ ] 75 0 0 75 / 128 4.0s Dllist parallel
[ ] 78 0 0 78 / 128 4.1s Dllist parallel
[ ] 81 0 0 81 / 128 4.4s Dllist parallel
[ ] 82 0 0 82 / 128 4.5s Dllist parallel
[ ] 84 0 0 84 / 128 4.7s Dllist parallel
[ ] 87 0 0 87 / 128 4.8s Dllist parallel
[ ] 90 0 0 90 / 128 4.9s Dllist parallel
[ ] 93 0 0 93 / 128 5.1s Dllist parallel
[ ] 95 0 0 95 / 128 5.2s Dllist parallel
[ ] 96 0 0 96 / 128 5.3s Dllist parallel
[ ] 99 0 0 99 / 128 5.6s Dllist parallel
[ ] 102 0 0 102 / 128 5.7s Dllist parallel
[ ] 104 0 0 104 / 128 5.8s Dllist parallel
[ ] 107 0 0 107 / 128 5.9s Dllist parallel
[ ] 109 0 0 109 / 128 6.0s Dllist parallel
[ ] 112 0 0 112 / 128 6.2s Dllist parallel
[ ] 115 0 0 115 / 128 6.4s Dllist parallel
[ ] 117 0 0 117 / 128 6.5s Dllist parallel
[ ] 118 0 0 118 / 128 6.7s Dllist parallel
[ ] 120 0 0 120 / 128 6.8s Dllist parallel
[ ] 123 0 0 123 / 128 6.9s Dllist parallel
[ ] 126 0 0 126 / 128 7.1s Dllist parallel
[✓] 128 0 0 128 / 128 7.2s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 1406264631508395899
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Dllist sequential
[✓] 256 0 0 256 / 256 0.0s Dllist sequential
[ ] 0 0 0 0 / 256 0.0s Dllist parallel
[ ] 1 0 0 1 / 256 0.1s Dllist parallel
[ ] 4 0 0 4 / 256 0.2s Dllist parallel
[ ] 6 0 0 6 / 256 0.4s Dllist parallel
[ ] 9 0 0 9 / 256 0.6s Dllist parallel
[ ] 12 0 0 12 / 256 0.7s Dllist parallel
[ ] 15 0 0 15 / 256 0.8s Dllist parallel
[ ] 16 0 0 16 / 256 1.0s Dllist parallel
[ ] 19 0 0 19 / 256 1.1s Dllist parallel
[ ] 21 0 0 21 / 256 1.2s Dllist parallel
[ ] 24 0 0 24 / 256 1.4s Dllist parallel
[ ] 27 0 0 27 / 256 1.6s Dllist parallel
[ ] 29 0 0 29 / 256 1.7s Dllist parallel
[ ] 31 0 0 31 / 256 2.0s Dllist parallel
[ ] 34 0 0 34 / 256 2.1s Dllist parallel
[ ] 37 0 0 37 / 256 2.3s Dllist parallel
[ ] 40 0 0 40 / 256 2.5s Dllist parallel
[ ] 43 0 0 43 / 256 2.6s Dllist parallel
[ ] 45 0 0 45 / 256 2.8s Dllist parallel
[ ] 47 0 0 47 / 256 3.0s Dllist parallel
[ ] 49 0 0 49 / 256 3.1s Dllist parallel
[ ] 51 0 0 51 / 256 3.2s Dllist parallel
[ ] 54 0 0 54 / 256 3.4s Dllist parallel
[ ] 57 0 0 57 / 256 3.5s Dllist parallel
[ ] 59 0 0 59 / 256 3.6s Dllist parallel
[ ] 62 0 0 62 / 256 3.7s Dllist parallel
[ ] 65 0 0 65 / 256 3.9s Dllist parallel
[ ] 67 0 0 67 / 256 4.2s Dllist parallel
[ ] 68 0 0 68 / 256 4.4s Dllist parallel
[ ] 71 0 0 71 / 256 4.5s Dllist parallel
[ ] 73 0 0 73 / 256 4.6s Dllist parallel
[ ] 75 0 0 75 / 256 4.7s Dllist parallel
[ ] 77 0 0 77 / 256 4.8s Dllist parallel
[ ] 79 0 0 79 / 256 4.9s Dllist parallel
[ ] 81 0 0 81 / 256 5.0s Dllist parallel
[ ] 84 0 0 84 / 256 5.2s Dllist parallel
[ ] 85 0 0 85 / 256 5.4s Dllist parallel
[ ] 86 0 0 86 / 256 5.6s Dllist parallel
[ ] 88 0 0 88 / 256 5.8s Dllist parallel
[ ] 90 0 0 90 / 256 5.9s Dllist parallel
[ ] 93 0 0 93 / 256 6.0s Dllist parallel
[ ] 95 0 0 95 / 256 6.1s Dllist parallel
[ ] 97 0 0 97 / 256 6.2s Dllist parallel
[ ] 100 0 0 100 / 256 6.4s Dllist parallel
[ ] 102 0 0 102 / 256 6.5s Dllist parallel
[ ] 104 0 0 104 / 256 6.6s Dllist parallel
[ ] 106 0 0 106 / 256 6.7s Dllist parallel
[ ] 108 0 0 108 / 256 6.8s Dllist parallel
[ ] 110 0 0 110 / 256 7.0s Dllist parallel
[ ] 112 0 0 112 / 256 7.2s Dllist parallel
[ ] 114 0 0 114 / 256 7.3s Dllist parallel
[ ] 115 0 0 115 / 256 7.4s Dllist parallel
[ ] 117 0 0 117 / 256 7.6s Dllist parallel
[ ] 120 0 0 120 / 256 7.7s Dllist parallel
[ ] 122 0 0 122 / 256 8.0s Dllist parallel
[ ] 125 0 0 125 / 256 8.1s Dllist parallel
[ ] 127 0 0 127 / 256 8.2s Dllist parallel
[ ] 128 0 0 128 / 256 8.4s Dllist parallel
[ ] 130 0 0 130 / 256 8.5s Dllist parallel
[ ] 133 0 0 133 / 256 8.7s Dllist parallel
[ ] 135 0 0 135 / 256 8.8s Dllist parallel
[ ] 136 0 0 136 / 256 8.9s Dllist parallel
[ ] 138 0 0 138 / 256 9.0s Dllist parallel
[ ] 141 0 0 141 / 256 9.1s Dllist parallel
[ ] 143 0 0 143 / 256 9.3s Dllist parallel
[ ] 145 0 0 145 / 256 9.4s Dllist parallel
[ ] 148 0 0 148 / 256 9.5s Dllist parallel
[ ] 151 0 0 151 / 256 9.7s Dllist parallel
[ ] 153 0 0 153 / 256 9.8s Dllist parallel
[ ] 156 0 0 156 / 256 9.9s Dllist parallel
[ ] 158 0 0 158 / 256 10.0s Dllist parallel
[ ] 161 0 0 161 / 256 10.2s Dllist parallel
[ ] 164 0 0 164 / 256 10.3s Dllist parallel
[ ] 167 0 0 167 / 256 10.5s Dllist parallel
[ ] 170 0 0 170 / 256 10.7s Dllist parallel
[ ] 173 0 0 173 / 256 10.9s Dllist parallel
[ ] 174 0 0 174 / 256 11.1s Dllist parallel
[ ] 176 0 0 176 / 256 11.2s Dllist parallel
[ ] 179 0 0 179 / 256 11.4s Dllist parallel
[ ] 180 0 0 180 / 256 11.5s Dllist parallel
[ ] 183 0 0 183 / 256 11.6s Dllist parallel
[ ] 186 0 0 186 / 256 11.7s Dllist parallel
[ ] 188 0 0 188 / 256 11.9s Dllist parallel
[ ] 191 0 0 191 / 256 12.0s Dllist parallel
[ ] 193 0 0 193 / 256 12.1s Dllist parallel
[ ] 196 0 0 196 / 256 12.2s Dllist parallel
[ ] 198 0 0 198 / 256 12.4s Dllist parallel
[ ] 200 0 0 200 / 256 12.5s Dllist parallel
[ ] 202 0 0 202 / 256 12.6s Dllist parallel
[ ] 204 0 0 204 / 256 12.7s Dllist parallel
[ ] 207 0 0 207 / 256 12.9s Dllist parallel
[ ] 210 0 0 210 / 256 13.0s Dllist parallel
[ ] 212 0 0 212 / 256 13.1s Dllist parallel
[ ] 215 0 0 215 / 256 13.2s Dllist parallel
[ ] 216 0 0 216 / 256 13.4s Dllist parallel
[ ] 217 0 0 217 / 256 13.6s Dllist parallel
[ ] 219 0 0 219 / 256 13.7s Dllist parallel
[ ] 221 0 0 221 / 256 13.8s Dllist parallel
[ ] 223 0 0 223 / 256 13.9s Dllist parallel
[ ] 225 0 0 225 / 256 14.1s Dllist parallel
[ ] 228 0 0 228 / 256 14.3s Dllist parallel
[ ] 232 0 0 232 / 256 14.5s Dllist parallel
[ ] 235 0 0 235 / 256 14.7s Dllist parallel
[ ] 238 0 0 238 / 256 14.8s Dllist parallel
[ ] 241 0 0 241 / 256 15.0s Dllist parallel
[ ] 243 0 0 243 / 256 15.1s Dllist parallel
[ ] 246 0 0 246 / 256 15.2s Dllist parallel
[ ] 249 0 0 249 / 256 15.3s Dllist parallel
[ ] 252 0 0 252 / 256 15.4s Dllist parallel
[ ] 255 0 0 255 / 256 15.6s Dllist parallel
[✓] 256 0 0 256 / 256 15.6s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 3906732170482585920
generated error fail pass / total time test name
[ ] 0 0 0 0 / 504 0.0s Dllist sequential
[✓] 504 0 0 504 / 504 0.0s Dllist sequential
[ ] 0 0 0 0 / 504 0.0s Dllist parallel
[ ] 1 0 0 1 / 504 0.1s Dllist parallel
[ ] 4 0 0 4 / 504 0.4s Dllist parallel
[ ] 6 0 0 6 / 504 0.6s Dllist parallel
[ ] 8 0 0 8 / 504 0.7s Dllist parallel
[ ] 10 0 0 10 / 504 0.9s Dllist parallel
[ ] 13 0 0 13 / 504 1.0s Dllist parallel
[ ] 16 0 0 16 / 504 1.1s Dllist parallel
[ ] 19 0 0 19 / 504 1.2s Dllist parallel
[ ] 22 0 0 22 / 504 1.3s Dllist parallel
[ ] 25 0 0 25 / 504 1.6s Dllist parallel
[ ] 28 0 0 28 / 504 1.7s Dllist parallel
[ ] 31 0 0 31 / 504 1.9s Dllist parallel
[ ] 32 0 0 32 / 504 2.1s Dllist parallel
[ ] 34 0 0 34 / 504 2.2s Dllist parallel
[ ] 37 0 0 37 / 504 2.3s Dllist parallel
[ ] 39 0 0 39 / 504 2.4s Dllist parallel
[ ] 40 0 0 40 / 504 2.6s Dllist parallel
[ ] 42 0 0 42 / 504 2.8s Dllist parallel
[ ] 44 0 0 44 / 504 2.9s Dllist parallel
[ ] 45 0 0 45 / 504 3.0s Dllist parallel
[ ] 46 0 0 46 / 504 3.2s Dllist parallel
[ ] 47 0 0 47 / 504 3.3s Dllist parallel
[ ] 49 0 0 49 / 504 3.6s Dllist parallel
[ ] 50 0 0 50 / 504 3.7s Dllist parallel
[ ] 51 0 0 51 / 504 3.9s Dllist parallel
[ ] 52 0 0 52 / 504 4.0s Dllist parallel
[ ] 54 0 0 54 / 504 4.2s Dllist parallel
[ ] 56 0 0 56 / 504 4.5s Dllist parallel
[ ] 58 0 0 58 / 504 4.6s Dllist parallel
[ ] 59 0 0 59 / 504 4.7s Dllist parallel
[ ] 61 0 0 61 / 504 4.9s Dllist parallel
[ ] 62 0 0 62 / 504 5.0s Dllist parallel
[ ] 63 0 0 63 / 504 5.1s Dllist parallel
[ ] 65 0 0 65 / 504 5.5s Dllist parallel
[ ] 67 0 0 67 / 504 5.6s Dllist parallel
[ ] 68 0 0 68 / 504 5.7s Dllist parallel
[ ] 69 0 0 69 / 504 5.8s Dllist parallel
[ ] 71 0 0 71 / 504 6.1s Dllist parallel
[ ] 72 0 0 72 / 504 6.3s Dllist parallel
[ ] 73 0 0 73 / 504 6.5s Dllist parallel
[ ] 74 0 0 74 / 504 6.7s Dllist parallel
[ ] 75 0 0 75 / 504 6.8s Dllist parallel
[ ] 76 0 0 76 / 504 6.9s Dllist parallel
[ ] 78 0 0 78 / 504 7.2s Dllist parallel
[ ] 80 0 0 80 / 504 7.3s Dllist parallel
[ ] 82 0 0 82 / 504 7.5s Dllist parallel
[ ] 83 0 0 83 / 504 7.6s Dllist parallel
[ ] 85 0 0 85 / 504 7.7s Dllist parallel
[ ] 87 0 0 87 / 504 7.8s Dllist parallel
[ ] 89 0 0 89 / 504 8.0s Dllist parallel
[ ] 90 0 0 90 / 504 8.1s Dllist parallel
[ ] 92 0 0 92 / 504 8.2s Dllist parallel
[ ] 93 0 0 93 / 504 8.3s Dllist parallel
[ ] 95 0 0 95 / 504 8.4s Dllist parallel
[ ] 97 0 0 97 / 504 8.6s Dllist parallel
[ ] 99 0 0 99 / 504 8.7s Dllist parallel
[ ] 100 0 0 100 / 504 8.9s Dllist parallel
[ ] 102 0 0 102 / 504 9.0s Dllist parallel
[ ] 104 0 0 104 / 504 9.2s Dllist parallel
[ ] 105 0 0 105 / 504 9.3s Dllist parallel
[ ] 106 0 0 106 / 504 9.4s Dllist parallel
[ ] 107 0 0 107 / 504 9.6s Dllist parallel
[ ] 109 0 0 109 / 504 9.8s Dllist parallel
[ ] 110 0 0 110 / 504 10.0s Dllist parallel
[ ] 111 0 0 111 / 504 10.1s Dllist parallel
[ ] 112 0 0 112 / 504 10.2s Dllist parallel
[ ] 113 0 0 113 / 504 10.6s Dllist parallel
[ ] 114 0 0 114 / 504 11.1s Dllist parallel
[ ] 115 0 0 115 / 504 11.5s Dllist parallel
[ ] 116 0 0 116 / 504 11.9s Dllist parallel
[ ] 117 0 0 117 / 504 12.4s Dllist parallel
[ ] 118 0 0 118 / 504 12.9s Dllist parallel
[ ] 119 0 0 119 / 504 13.3s Dllist parallel
[ ] 120 0 0 120 / 504 13.5s Dllist parallel
[ ] 121 0 0 121 / 504 13.8s Dllist parallel
[ ] 122 0 0 122 / 504 14.0s Dllist parallel
[ ] 123 0 0 123 / 504 14.2s Dllist parallel
[ ] 124 0 0 124 / 504 14.5s Dllist parallel
[ ] 125 0 0 125 / 504 14.7s Dllist parallel
[ ] 126 0 0 126 / 504 14.9s Dllist parallel
[ ] 127 0 0 127 / 504 15.1s Dllist parallel
[ ] 128 0 0 128 / 504 15.3s Dllist parallel
[ ] 129 0 0 129 / 504 15.5s Dllist parallel
[ ] 130 0 0 130 / 504 15.7s Dllist parallel
[ ] 131 0 0 131 / 504 15.8s Dllist parallel
[ ] 132 0 0 132 / 504 16.0s Dllist parallel
[ ] 133 0 0 133 / 504 16.1s Dllist parallel
[ ] 134 0 0 134 / 504 16.2s Dllist parallel
[ ] 135 0 0 135 / 504 16.4s Dllist parallel
[ ] 136 0 0 136 / 504 16.7s Dllist parallel
[ ] 137 0 0 137 / 504 16.8s Dllist parallel
[ ] 138 0 0 138 / 504 17.0s Dllist parallel
[ ] 139 0 0 139 / 504 17.1s Dllist parallel
[ ] 141 0 0 141 / 504 17.3s Dllist parallel
[ ] 142 0 0 142 / 504 17.4s Dllist parallel
[ ] 143 0 0 143 / 504 17.6s Dllist parallel
[ ] 145 0 0 145 / 504 17.8s Dllist parallel
[ ] 146 0 0 146 / 504 17.9s Dllist parallel
[ ] 148 0 0 148 / 504 18.1s Dllist parallel
[ ] 150 0 0 150 / 504 18.3s Dllist parallel
[ ] 152 0 0 152 / 504 18.4s Dllist parallel
[ ] 154 0 0 154 / 504 18.6s Dllist parallel
[ ] 156 0 0 156 / 504 18.7s Dllist parallel
[ ] 158 0 0 158 / 504 18.8s Dllist parallel
[ ] 160 0 0 160 / 504 18.9s Dllist parallel
[ ] 162 0 0 162 / 504 19.1s Dllist parallel
[ ] 163 0 0 163 / 504 19.2s Dllist parallel
[ ] 165 0 0 165 / 504 19.3s Dllist parallel
[ ] 167 0 0 167 / 504 19.5s Dllist parallel
[ ] 169 0 0 169 / 504 19.6s Dllist parallel
[ ] 170 0 0 170 / 504 19.8s Dllist parallel
[ ] 172 0 0 172 / 504 19.9s Dllist parallel
[ ] 174 0 0 174 / 504 20.0s Dllist parallel
[ ] 176 0 0 176 / 504 20.2s Dllist parallel
[ ] 178 0 0 178 / 504 20.3s Dllist parallel
[ ] 180 0 0 180 / 504 20.4s Dllist parallel
[ ] 182 0 0 182 / 504 20.6s Dllist parallel
[ ] 184 0 0 184 / 504 20.7s Dllist parallel
[ ] 186 0 0 186 / 504 20.8s Dllist parallel
[ ] 188 0 0 188 / 504 21.0s Dllist parallel
[ ] 189 0 0 189 / 504 21.1s Dllist parallel
[ ] 190 0 0 190 / 504 21.3s Dllist parallel
[ ] 191 0 0 191 / 504 21.4s Dllist parallel
[ ] 192 0 0 192 / 504 21.5s Dllist parallel
[ ] 194 0 0 194 / 504 21.8s Dllist parallel
[ ] 196 0 0 196 / 504 22.0s Dllist parallel
[ ] 198 0 0 198 / 504 22.2s Dllist parallel
[ ] 200 0 0 200 / 504 22.3s Dllist parallel
[ ] 202 0 0 202 / 504 22.5s Dllist parallel
[ ] 204 0 0 204 / 504 22.6s Dllist parallel
[ ] 206 0 0 206 / 504 22.8s Dllist parallel
[ ] 208 0 0 208 / 504 22.9s Dllist parallel
[ ] 210 0 0 210 / 504 23.0s Dllist parallel
[ ] 212 0 0 212 / 504 23.1s Dllist parallel
[ ] 214 0 0 214 / 504 23.3s Dllist parallel
[ ] 216 0 0 216 / 504 23.5s Dllist parallel
[ ] 218 0 0 218 / 504 23.6s Dllist parallel
[ ] 220 0 0 220 / 504 23.7s Dllist parallel
[ ] 222 0 0 222 / 504 23.8s Dllist parallel
[ ] 225 0 0 225 / 504 24.0s Dllist parallel
[ ] 226 0 0 226 / 504 24.1s Dllist parallel
[ ] 227 0 0 227 / 504 24.2s Dllist parallel
[ ] 229 0 0 229 / 504 24.4s Dllist parallel
[ ] 230 0 0 230 / 504 24.6s Dllist parallel
[ ] 231 0 0 231 / 504 24.7s Dllist parallel
[ ] 233 0 0 233 / 504 24.9s Dllist parallel
[ ] 235 0 0 235 / 504 25.1s Dllist parallel
[ ] 236 0 0 236 / 504 25.3s Dllist parallel
[ ] 237 0 0 237 / 504 25.4s Dllist parallel
[ ] 239 0 0 239 / 504 25.5s Dllist parallel
[ ] 240 0 0 240 / 504 25.8s Dllist parallel
[ ] 242 0 0 242 / 504 25.9s Dllist parallel
[ ] 243 0 0 243 / 504 26.0s Dllist parallel
[ ] 245 0 0 245 / 504 26.2s Dllist parallel
[ ] 247 0 0 247 / 504 26.6s Dllist parallel
[ ] 248 0 0 248 / 504 26.8s Dllist parallel
[ ] 250 0 0 250 / 504 27.0s Dllist parallel
[ ] 252 0 0 252 / 504 27.2s Dllist parallel
[ ] 253 0 0 253 / 504 27.3s Dllist parallel
[ ] 256 0 0 256 / 504 27.5s Dllist parallel
[ ] 258 0 0 258 / 504 27.6s Dllist parallel
[ ] 260 0 0 260 / 504 27.8s Dllist parallel
[ ] 261 0 0 261 / 504 27.9s Dllist parallel
[ ] 263 0 0 263 / 504 28.1s Dllist parallel
[ ] 265 0 0 265 / 504 28.2s Dllist parallel
[ ] 267 0 0 267 / 504 28.3s Dllist parallel
[ ] 269 0 0 269 / 504 28.4s Dllist parallel
[ ] 271 0 0 271 / 504 28.7s Dllist parallel
[ ] 273 0 0 273 / 504 28.8s Dllist parallel
[ ] 274 0 0 274 / 504 28.9s Dllist parallel
[ ] 277 0 0 277 / 504 29.1s Dllist parallel
[ ] 279 0 0 279 / 504 29.2s Dllist parallel
[ ] 281 0 0 281 / 504 29.4s Dllist parallel
[ ] 283 0 0 283 / 504 29.5s Dllist parallel
[ ] 285 0 0 285 / 504 29.6s Dllist parallel
[ ] 287 0 0 287 / 504 29.7s Dllist parallel
[ ] 290 0 0 290 / 504 30.0s Dllist parallel
[ ] 292 0 0 292 / 504 30.1s Dllist parallel
[ ] 294 0 0 294 / 504 30.3s Dllist parallel
[ ] 295 0 0 295 / 504 30.4s Dllist parallel
[ ] 296 0 0 296 / 504 30.6s Dllist parallel
[ ] 297 0 0 297 / 504 30.7s Dllist parallel
[ ] 299 0 0 299 / 504 30.9s Dllist parallel
[ ] 301 0 0 301 / 504 31.0s Dllist parallel
[ ] 303 0 0 303 / 504 31.2s Dllist parallel
[ ] 306 0 0 306 / 504 31.3s Dllist parallel
[ ] 308 0 0 308 / 504 31.5s Dllist parallel
[ ] 310 0 0 310 / 504 31.6s Dllist parallel
[ ] 312 0 0 312 / 504 31.8s Dllist parallel
[ ] 314 0 0 314 / 504 31.9s Dllist parallel
[ ] 316 0 0 316 / 504 32.1s Dllist parallel
[ ] 318 0 0 318 / 504 32.4s Dllist parallel
[ ] 320 0 0 320 / 504 32.5s Dllist parallel
[ ] 322 0 0 322 / 504 32.7s Dllist parallel
[ ] 324 0 0 324 / 504 32.8s Dllist parallel
[ ] 326 0 0 326 / 504 32.9s Dllist parallel
[ ] 328 0 0 328 / 504 33.1s Dllist parallel
[ ] 330 0 0 330 / 504 33.3s Dllist parallel
[ ] 332 0 0 332 / 504 33.4s Dllist parallel
[ ] 333 0 0 333 / 504 33.6s Dllist parallel
[ ] 334 0 0 334 / 504 33.8s Dllist parallel
[ ] 336 0 0 336 / 504 34.0s Dllist parallel
[ ] 338 0 0 338 / 504 34.1s Dllist parallel
[ ] 339 0 0 339 / 504 34.2s Dllist parallel
[ ] 340 0 0 340 / 504 34.5s Dllist parallel
[ ] 341 0 0 341 / 504 34.6s Dllist parallel
[ ] 342 0 0 342 / 504 34.9s Dllist parallel
[ ] 344 0 0 344 / 504 35.1s Dllist parallel
[ ] 345 0 0 345 / 504 35.2s Dllist parallel
[ ] 346 0 0 346 / 504 35.3s Dllist parallel
[ ] 347 0 0 347 / 504 35.4s Dllist parallel
[ ] 349 0 0 349 / 504 35.6s Dllist parallel
[ ] 351 0 0 351 / 504 35.9s Dllist parallel
[ ] 352 0 0 352 / 504 36.0s Dllist parallel
[ ] 354 0 0 354 / 504 36.2s Dllist parallel
[ ] 356 0 0 356 / 504 36.3s Dllist parallel
[ ] 358 0 0 358 / 504 36.5s Dllist parallel
[ ] 360 0 0 360 / 504 36.6s Dllist parallel
[ ] 362 0 0 362 / 504 36.8s Dllist parallel
[ ] 364 0 0 364 / 504 37.0s Dllist parallel
[ ] 366 0 0 366 / 504 37.3s Dllist parallel
[ ] 368 0 0 368 / 504 37.4s Dllist parallel
[ ] 370 0 0 370 / 504 37.6s Dllist parallel
[ ] 372 0 0 372 / 504 37.7s Dllist parallel
[ ] 374 0 0 374 / 504 38.0s Dllist parallel
[ ] 376 0 0 376 / 504 38.1s Dllist parallel
[ ] 378 0 0 378 / 504 38.2s Dllist parallel
[ ] 380 0 0 380 / 504 38.3s Dllist parallel
[ ] 382 0 0 382 / 504 38.5s Dllist parallel
[ ] 384 0 0 384 / 504 38.6s Dllist parallel
[ ] 386 0 0 386 / 504 38.8s Dllist parallel
[ ] 387 0 0 387 / 504 39.0s Dllist parallel
[ ] 389 0 0 389 / 504 39.1s Dllist parallel
[ ] 391 0 0 391 / 504 39.3s Dllist parallel
[ ] 393 0 0 393 / 504 39.5s Dllist parallel
[ ] 395 0 0 395 / 504 39.6s Dllist parallel
[ ] 396 0 0 396 / 504 39.8s Dllist parallel
[ ] 397 0 0 397 / 504 39.9s Dllist parallel
[ ] 399 0 0 399 / 504 40.1s Dllist parallel
[ ] 400 0 0 400 / 504 40.2s Dllist parallel
[ ] 402 0 0 402 / 504 40.4s Dllist parallel
[ ] 404 0 0 404 / 504 40.5s Dllist parallel
[ ] 405 0 0 405 / 504 40.6s Dllist parallel
[ ] 406 0 0 406 / 504 40.8s Dllist parallel
[ ] 409 0 0 409 / 504 41.0s Dllist parallel
[ ] 410 0 0 410 / 504 41.1s Dllist parallel
[ ] 412 0 0 412 / 504 41.2s Dllist parallel
[ ] 414 0 0 414 / 504 41.4s Dllist parallel
[ ] 416 0 0 416 / 504 41.5s Dllist parallel
[ ] 417 0 0 417 / 504 41.8s Dllist parallel
[ ] 419 0 0 419 / 504 41.9s Dllist parallel
[ ] 420 0 0 420 / 504 42.0s Dllist parallel
[ ] 422 0 0 422 / 504 42.2s Dllist parallel
[ ] 424 0 0 424 / 504 42.5s Dllist parallel
[ ] 426 0 0 426 / 504 42.6s Dllist parallel
[ ] 428 0 0 428 / 504 42.8s Dllist parallel
[ ] 430 0 0 430 / 504 42.9s Dllist parallel
[ ] 432 0 0 432 / 504 43.1s Dllist parallel
[ ] 434 0 0 434 / 504 43.3s Dllist parallel
[ ] 436 0 0 436 / 504 43.4s Dllist parallel
[ ] 438 0 0 438 / 504 43.5s Dllist parallel
[ ] 441 0 0 441 / 504 43.7s Dllist parallel
[ ] 443 0 0 443 / 504 43.8s Dllist parallel
[ ] 445 0 0 445 / 504 43.9s Dllist parallel
[ ] 448 0 0 448 / 504 44.1s Dllist parallel
[ ] 451 0 0 451 / 504 44.2s Dllist parallel
[ ] 453 0 0 453 / 504 44.3s Dllist parallel
[ ] 454 0 0 454 / 504 44.5s Dllist parallel
[ ] 457 0 0 457 / 504 44.6s Dllist parallel
[ ] 460 0 0 460 / 504 44.8s Dllist parallel
[ ] 463 0 0 463 / 504 45.0s Dllist parallel
[ ] 466 0 0 466 / 504 45.1s Dllist parallel
[ ] 470 0 0 470 / 504 45.3s Dllist parallel
[ ] 474 0 0 474 / 504 45.4s Dllist parallel
[ ] 477 0 0 477 / 504 45.5s Dllist parallel
[ ] 479 0 0 479 / 504 45.7s Dllist parallel
[ ] 481 0 0 481 / 504 45.8s Dllist parallel
[ ] 483 0 0 483 / 504 46.0s Dllist parallel
[ ] 486 0 0 486 / 504 46.1s Dllist parallel
[ ] 487 0 0 487 / 504 46.3s Dllist parallel
[ ] 491 0 0 491 / 504 46.4s Dllist parallel
[ ] 493 0 0 493 / 504 46.7s Dllist parallel
[ ] 496 0 0 496 / 504 46.8s Dllist parallel
[ ] 499 0 0 499 / 504 46.9s Dllist parallel
[ ] 502 0 0 502 / 504 47.1s Dllist parallel
[✓] 504 0 0 504 / 504 47.1s Dllist parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./linearizable_chaining_example.exe)
random seed: 4232105923721970139
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Hashtbl_with_order sequential
[ ] 0 0 0 0 / 32 0.0s Hashtbl_with_order sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Hashtbl_with_order sequential
[ ] 0 0 0 0 / 32 0.0s Hashtbl_with_order parallel
[ ] 2 0 0 2 / 32 0.1s Hashtbl_with_order parallel
[ ] 4 0 0 4 / 32 0.2s Hashtbl_with_order parallel
[ ] 5 0 0 5 / 32 0.3s Hashtbl_with_order parallel
[ ] 7 0 0 7 / 32 0.5s Hashtbl_with_order parallel
[ ] 10 0 0 10 / 32 0.6s Hashtbl_with_order parallel
[ ] 12 0 0 12 / 32 0.7s Hashtbl_with_order parallel
[ ] 14 0 0 14 / 32 0.8s Hashtbl_with_order parallel
[ ] 16 0 0 16 / 32 0.9s Hashtbl_with_order parallel
[ ] 17 0 0 17 / 32 1.1s Hashtbl_with_order parallel
[ ] 19 0 0 19 / 32 1.2s Hashtbl_with_order parallel
[ ] 22 0 0 22 / 32 1.4s Hashtbl_with_order parallel
[ ] 25 0 0 25 / 32 1.5s Hashtbl_with_order parallel
[ ] 28 0 0 28 / 32 1.7s Hashtbl_with_order parallel
[ ] 31 0 0 31 / 32 1.9s Hashtbl_with_order parallel
[ ] 32 0 0 32 / 32 2.1s Hashtbl_with_order parallel
[✓] 32 0 0 32 / 32 2.1s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 2272311135375419879
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
[ ] 2 0 0 2 / 64 0.1s Hashtbl_with_order parallel
[ ] 5 0 0 5 / 64 0.3s Hashtbl_with_order parallel
[ ] 7 0 0 7 / 64 0.4s Hashtbl_with_order parallel
[ ] 9 0 0 9 / 64 0.5s Hashtbl_with_order parallel
[ ] 12 0 0 12 / 64 0.6s Hashtbl_with_order parallel
[ ] 13 0 0 13 / 64 0.8s Hashtbl_with_order parallel
[ ] 15 0 0 15 / 64 0.9s Hashtbl_with_order parallel
[ ] 17 0 0 17 / 64 1.1s Hashtbl_with_order parallel
[ ] 20 0 0 20 / 64 1.2s Hashtbl_with_order parallel
[ ] 22 0 0 22 / 64 1.3s Hashtbl_with_order parallel
[ ] 25 0 0 25 / 64 1.5s Hashtbl_with_order parallel
[ ] 27 0 0 27 / 64 1.6s Hashtbl_with_order parallel
[ ] 29 0 0 29 / 64 1.7s Hashtbl_with_order parallel
[ ] 31 0 0 31 / 64 1.8s Hashtbl_with_order parallel
[ ] 33 0 0 33 / 64 1.9s Hashtbl_with_order parallel
[ ] 35 0 0 35 / 64 2.0s Hashtbl_with_order parallel
[ ] 36 0 0 36 / 64 2.1s Hashtbl_with_order parallel
[ ] 37 0 0 37 / 64 2.2s Hashtbl_with_order parallel
[ ] 40 0 0 40 / 64 2.5s Hashtbl_with_order parallel
[ ] 43 0 0 43 / 64 2.6s Hashtbl_with_order parallel
[ ] 46 0 0 46 / 64 2.8s Hashtbl_with_order parallel
[ ] 47 0 0 47 / 64 2.9s Hashtbl_with_order parallel
[ ] 50 0 0 50 / 64 3.1s Hashtbl_with_order parallel
[ ] 51 0 0 51 / 64 3.4s Hashtbl_with_order parallel
[ ] 54 0 0 54 / 64 3.5s Hashtbl_with_order parallel
[ ] 56 0 0 56 / 64 3.8s Hashtbl_with_order parallel
[ ] 58 0 0 58 / 64 3.9s Hashtbl_with_order parallel
[ ] 60 0 0 60 / 64 4.0s Hashtbl_with_order parallel
[ ] 62 0 0 62 / 64 4.2s Hashtbl_with_order parallel
[✓] 64 0 0 64 / 64 4.2s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 3186914959092417211
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 0.0s Hashtbl_with_order parallel
[ ] 4 0 0 4 / 128 0.2s Hashtbl_with_order parallel
[ ] 7 0 0 7 / 128 0.5s Hashtbl_with_order parallel
[ ] 10 0 0 10 / 128 0.6s Hashtbl_with_order parallel
[ ] 13 0 0 13 / 128 0.8s Hashtbl_with_order parallel
[ ] 16 0 0 16 / 128 0.9s Hashtbl_with_order parallel
[ ] 19 0 0 19 / 128 1.1s Hashtbl_with_order parallel
[ ] 22 0 0 22 / 128 1.3s Hashtbl_with_order parallel
[ ] 24 0 0 24 / 128 1.4s Hashtbl_with_order parallel
[ ] 26 0 0 26 / 128 1.5s Hashtbl_with_order parallel
[ ] 29 0 0 29 / 128 1.9s Hashtbl_with_order parallel
[ ] 32 0 0 32 / 128 2.0s Hashtbl_with_order parallel
[ ] 33 0 0 33 / 128 2.2s Hashtbl_with_order parallel
[ ] 35 0 0 35 / 128 2.3s Hashtbl_with_order parallel
[ ] 37 0 0 37 / 128 2.4s Hashtbl_with_order parallel
[ ] 40 0 0 40 / 128 2.5s Hashtbl_with_order parallel
[ ] 42 0 0 42 / 128 2.7s Hashtbl_with_order parallel
[ ] 45 0 0 45 / 128 2.8s Hashtbl_with_order parallel
[ ] 46 0 0 46 / 128 2.9s Hashtbl_with_order parallel
[ ] 49 0 0 49 / 128 3.0s Hashtbl_with_order parallel
[ ] 51 0 0 51 / 128 3.2s Hashtbl_with_order parallel
[ ] 54 0 0 54 / 128 3.4s Hashtbl_with_order parallel
[ ] 57 0 0 57 / 128 3.6s Hashtbl_with_order parallel
[ ] 60 0 0 60 / 128 3.8s Hashtbl_with_order parallel
[ ] 61 0 0 61 / 128 4.0s Hashtbl_with_order parallel
[ ] 64 0 0 64 / 128 4.1s Hashtbl_with_order parallel
[ ] 67 0 0 67 / 128 4.2s Hashtbl_with_order parallel
[ ] 70 0 0 70 / 128 4.4s Hashtbl_with_order parallel
[ ] 72 0 0 72 / 128 4.5s Hashtbl_with_order parallel
[ ] 74 0 0 74 / 128 4.7s Hashtbl_with_order parallel
[ ] 76 0 0 76 / 128 4.8s Hashtbl_with_order parallel
[ ] 79 0 0 79 / 128 4.9s Hashtbl_with_order parallel
[ ] 82 0 0 82 / 128 5.0s Hashtbl_with_order parallel
[ ] 85 0 0 85 / 128 5.2s Hashtbl_with_order parallel
[ ] 87 0 0 87 / 128 5.3s Hashtbl_with_order parallel
[ ] 90 0 0 90 / 128 5.6s Hashtbl_with_order parallel
[ ] 92 0 0 92 / 128 5.7s Hashtbl_with_order parallel
[ ] 93 0 0 93 / 128 5.9s Hashtbl_with_order parallel
[ ] 94 0 0 94 / 128 6.0s Hashtbl_with_order parallel
[ ] 96 0 0 96 / 128 6.1s Hashtbl_with_order parallel
[ ] 99 0 0 99 / 128 6.3s Hashtbl_with_order parallel
[ ] 100 0 0 100 / 128 6.4s Hashtbl_with_order parallel
[ ] 101 0 0 101 / 128 6.6s Hashtbl_with_order parallel
[ ] 103 0 0 103 / 128 6.7s Hashtbl_with_order parallel
[ ] 105 0 0 105 / 128 6.9s Hashtbl_with_order parallel
[ ] 108 0 0 108 / 128 7.0s Hashtbl_with_order parallel
[ ] 111 0 0 111 / 128 7.2s Hashtbl_with_order parallel
[ ] 113 0 0 113 / 128 7.3s Hashtbl_with_order parallel
[ ] 116 0 0 116 / 128 7.4s Hashtbl_with_order parallel
[ ] 119 0 0 119 / 128 7.5s Hashtbl_with_order parallel
[ ] 121 0 0 121 / 128 7.7s Hashtbl_with_order parallel
[ ] 123 0 0 123 / 128 7.8s Hashtbl_with_order parallel
[ ] 124 0 0 124 / 128 8.0s Hashtbl_with_order parallel
[ ] 127 0 0 127 / 128 8.2s Hashtbl_with_order parallel
[✓] 128 0 0 128 / 128 8.2s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 2234231280317922230
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Hashtbl_with_order sequential
[✓] 256 0 0 256 / 256 0.0s Hashtbl_with_order sequential
[ ] 0 0 0 0 / 256 0.0s Hashtbl_with_order parallel
[ ] 2 0 0 2 / 256 0.1s Hashtbl_with_order parallel
[ ] 4 0 0 4 / 256 0.2s Hashtbl_with_order parallel
[ ] 5 0 0 5 / 256 0.6s Hashtbl_with_order parallel
[ ] 8 0 0 8 / 256 0.7s Hashtbl_with_order parallel
[ ] 11 0 0 11 / 256 0.8s Hashtbl_with_order parallel
[ ] 14 0 0 14 / 256 0.9s Hashtbl_with_order parallel
[ ] 17 0 0 17 / 256 1.1s Hashtbl_with_order parallel
[ ] 20 0 0 20 / 256 1.2s Hashtbl_with_order parallel
[ ] 23 0 0 23 / 256 1.3s Hashtbl_with_order parallel
[ ] 26 0 0 26 / 256 1.5s Hashtbl_with_order parallel
[ ] 29 0 0 29 / 256 1.6s Hashtbl_with_order parallel
[ ] 31 0 0 31 / 256 1.8s Hashtbl_with_order parallel
[ ] 34 0 0 34 / 256 1.9s Hashtbl_with_order parallel
[ ] 36 0 0 36 / 256 2.1s Hashtbl_with_order parallel
[ ] 37 0 0 37 / 256 2.4s Hashtbl_with_order parallel
[ ] 39 0 0 39 / 256 2.5s Hashtbl_with_order parallel
[ ] 42 0 0 42 / 256 2.6s Hashtbl_with_order parallel
[ ] 44 0 0 44 / 256 2.7s Hashtbl_with_order parallel
[ ] 47 0 0 47 / 256 3.0s Hashtbl_with_order parallel
[ ] 50 0 0 50 / 256 3.2s Hashtbl_with_order parallel
[ ] 53 0 0 53 / 256 3.3s Hashtbl_with_order parallel
[ ] 56 0 0 56 / 256 3.5s Hashtbl_with_order parallel
[ ] 59 0 0 59 / 256 3.6s Hashtbl_with_order parallel
[ ] 62 0 0 62 / 256 4.0s Hashtbl_with_order parallel
[ ] 63 0 0 63 / 256 4.1s Hashtbl_with_order parallel
[ ] 65 0 0 65 / 256 4.2s Hashtbl_with_order parallel
[ ] 68 0 0 68 / 256 4.3s Hashtbl_with_order parallel
[ ] 71 0 0 71 / 256 4.5s Hashtbl_with_order parallel
[ ] 73 0 0 73 / 256 4.6s Hashtbl_with_order parallel
[ ] 75 0 0 75 / 256 4.7s Hashtbl_with_order parallel
[ ] 78 0 0 78 / 256 4.8s Hashtbl_with_order parallel
[ ] 81 0 0 81 / 256 5.0s Hashtbl_with_order parallel
[ ] 83 0 0 83 / 256 5.3s Hashtbl_with_order parallel
[ ] 86 0 0 86 / 256 5.5s Hashtbl_with_order parallel
[ ] 88 0 0 88 / 256 5.7s Hashtbl_with_order parallel
[ ] 89 0 0 89 / 256 5.9s Hashtbl_with_order parallel
[ ] 91 0 0 91 / 256 6.1s Hashtbl_with_order parallel
[ ] 94 0 0 94 / 256 6.2s Hashtbl_with_order parallel
[ ] 96 0 0 96 / 256 6.3s Hashtbl_with_order parallel
[ ] 97 0 0 97 / 256 6.6s Hashtbl_with_order parallel
[ ] 99 0 0 99 / 256 6.7s Hashtbl_with_order parallel
[ ] 101 0 0 101 / 256 7.1s Hashtbl_with_order parallel
[ ] 104 0 0 104 / 256 7.2s Hashtbl_with_order parallel
[ ] 106 0 0 106 / 256 7.3s Hashtbl_with_order parallel
[ ] 108 0 0 108 / 256 7.7s Hashtbl_with_order parallel
[ ] 111 0 0 111 / 256 7.9s Hashtbl_with_order parallel
[ ] 114 0 0 114 / 256 8.1s Hashtbl_with_order parallel
[ ] 116 0 0 116 / 256 8.2s Hashtbl_with_order parallel
[ ] 118 0 0 118 / 256 8.3s Hashtbl_with_order parallel
[ ] 120 0 0 120 / 256 8.4s Hashtbl_with_order parallel
[ ] 122 0 0 122 / 256 8.6s Hashtbl_with_order parallel
[ ] 123 0 0 123 / 256 8.9s Hashtbl_with_order parallel
[ ] 125 0 0 125 / 256 9.0s Hashtbl_with_order parallel
[ ] 127 0 0 127 / 256 9.1s Hashtbl_with_order parallel
[ ] 129 0 0 129 / 256 9.2s Hashtbl_with_order parallel
[ ] 132 0 0 132 / 256 9.3s Hashtbl_with_order parallel
[ ] 135 0 0 135 / 256 9.4s Hashtbl_with_order parallel
[ ] 137 0 0 137 / 256 9.5s Hashtbl_with_order parallel
[ ] 139 0 0 139 / 256 9.7s Hashtbl_with_order parallel
[ ] 142 0 0 142 / 256 9.8s Hashtbl_with_order parallel
[ ] 144 0 0 144 / 256 9.9s Hashtbl_with_order parallel
[ ] 146 0 0 146 / 256 10.0s Hashtbl_with_order parallel
[ ] 149 0 0 149 / 256 10.2s Hashtbl_with_order parallel
[ ] 152 0 0 152 / 256 10.3s Hashtbl_with_order parallel
[ ] 155 0 0 155 / 256 10.5s Hashtbl_with_order parallel
[ ] 158 0 0 158 / 256 10.6s Hashtbl_with_order parallel
[ ] 160 0 0 160 / 256 10.7s Hashtbl_with_order parallel
[ ] 162 0 0 162 / 256 10.8s Hashtbl_with_order parallel
[ ] 165 0 0 165 / 256 10.9s Hashtbl_with_order parallel
[ ] 168 0 0 168 / 256 11.0s Hashtbl_with_order parallel
[ ] 170 0 0 170 / 256 11.2s Hashtbl_with_order parallel
[ ] 172 0 0 172 / 256 11.3s Hashtbl_with_order parallel
[ ] 175 0 0 175 / 256 11.5s Hashtbl_with_order parallel
[ ] 178 0 0 178 / 256 11.6s Hashtbl_with_order parallel
[ ] 180 0 0 180 / 256 11.7s Hashtbl_with_order parallel
[ ] 183 0 0 183 / 256 12.1s Hashtbl_with_order parallel
[ ] 185 0 0 185 / 256 12.2s Hashtbl_with_order parallel
[ ] 187 0 0 187 / 256 12.4s Hashtbl_with_order parallel
[ ] 189 0 0 189 / 256 12.6s Hashtbl_with_order parallel
[ ] 191 0 0 191 / 256 12.7s Hashtbl_with_order parallel
[ ] 194 0 0 194 / 256 12.8s Hashtbl_with_order parallel
[ ] 196 0 0 196 / 256 13.0s Hashtbl_with_order parallel
[ ] 199 0 0 199 / 256 13.1s Hashtbl_with_order parallel
[ ] 202 0 0 202 / 256 13.3s Hashtbl_with_order parallel
[ ] 204 0 0 204 / 256 13.4s Hashtbl_with_order parallel
[ ] 207 0 0 207 / 256 13.5s Hashtbl_with_order parallel
[ ] 210 0 0 210 / 256 13.7s Hashtbl_with_order parallel
[ ] 213 0 0 213 / 256 13.8s Hashtbl_with_order parallel
[ ] 216 0 0 216 / 256 14.0s Hashtbl_with_order parallel
[ ] 217 0 0 217 / 256 14.2s Hashtbl_with_order parallel
[ ] 220 0 0 220 / 256 14.3s Hashtbl_with_order parallel
[ ] 223 0 0 223 / 256 14.4s Hashtbl_with_order parallel
[ ] 226 0 0 226 / 256 14.6s Hashtbl_with_order parallel
[ ] 228 0 0 228 / 256 14.7s Hashtbl_with_order parallel
[ ] 231 0 0 231 / 256 14.8s Hashtbl_with_order parallel
[ ] 234 0 0 234 / 256 15.0s Hashtbl_with_order parallel
[ ] 236 0 0 236 / 256 15.1s Hashtbl_with_order parallel
[ ] 238 0 0 238 / 256 15.2s Hashtbl_with_order parallel
[ ] 240 0 0 240 / 256 15.3s Hashtbl_with_order parallel
[ ] 243 0 0 243 / 256 15.5s Hashtbl_with_order parallel
[ ] 245 0 0 245 / 256 15.7s Hashtbl_with_order parallel
[ ] 248 0 0 248 / 256 15.8s Hashtbl_with_order parallel
[ ] 251 0 0 251 / 256 15.9s Hashtbl_with_order parallel
[ ] 254 0 0 254 / 256 16.1s Hashtbl_with_order parallel
[ ] 255 0 0 255 / 256 16.5s Hashtbl_with_order parallel
[✓] 256 0 0 256 / 256 16.6s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 4267569851675262069
generated error fail pass / total time test name
[ ] 0 0 0 0 / 447 0.0s Hashtbl_with_order sequential
[✓] 447 0 0 447 / 447 0.0s Hashtbl_with_order sequential
[ ] 0 0 0 0 / 447 0.0s Hashtbl_with_order parallel
[ ] 2 0 0 2 / 447 0.3s Hashtbl_with_order parallel
[ ] 4 0 0 4 / 447 0.4s Hashtbl_with_order parallel
[ ] 7 0 0 7 / 447 0.5s Hashtbl_with_order parallel
[ ] 9 0 0 9 / 447 0.6s Hashtbl_with_order parallel
[ ] 11 0 0 11 / 447 0.8s Hashtbl_with_order parallel
[ ] 13 0 0 13 / 447 0.9s Hashtbl_with_order parallel
[ ] 15 0 0 15 / 447 1.1s Hashtbl_with_order parallel
[ ] 16 0 0 16 / 447 1.2s Hashtbl_with_order parallel
[ ] 18 0 0 18 / 447 1.3s Hashtbl_with_order parallel
[ ] 19 0 0 19 / 447 1.4s Hashtbl_with_order parallel
[ ] 20 0 0 20 / 447 1.5s Hashtbl_with_order parallel
[ ] 21 0 0 21 / 447 1.6s Hashtbl_with_order parallel
[ ] 22 0 0 22 / 447 1.8s Hashtbl_with_order parallel
[ ] 23 00 23 / 447 1.9s Hashtbl_with_order parallel
[ ] 25 0 0 25 / 447 2.3s Hashtbl_with_order parallel
[ ] 27 0 0 27 / 447 2.4s Hashtbl_with_order parallel
[ ] 28 0 0 28 / 447 2.5s Hashtbl_with_order parallel
[ ] 29 0 0 29 / 447 2.6s Hashtbl_with_order parallel
[ ] 30 0 0 30 / 447 2.8s Hashtbl_with_order parallel
[ ] 31 0 0 31 / 447 3.0s Hashtbl_with_order parallel
[ ] 32 0 0 32 / 447 3.3s Hashtbl_with_order parallel
[ ] 34 0 0 34 / 447 3.4s Hashtbl_with_order parallel
[ ] 36 0 0 36 / 447 3.7s Hashtbl_with_order parallel
[ ] 37 0 0 37 / 447 3.8s Hashtbl_with_order parallel
[ ] 38 0 0 38 / 447 4.0s Hashtbl_with_order parallel
[ ] 40 0 0 40 / 447 4.1s Hashtbl_with_order parallel
[ ] 42 0 0 42 / 447 4.3s Hashtbl_with_order parallel
[ ] 43 0 0 43 / 447 4.4s Hashtbl_with_order parallel
[ ] 44 0 0 44 / 447 4.6s Hashtbl_with_order parallel
[ ] 45 0 0 45 / 447 4.7s Hashtbl_with_order parallel
[ ] 46 0 0 46 / 447 4.8s Hashtbl_with_order parallel
[ ] 48 0 0 48 / 447 5.0s Hashtbl_with_order parallel
[ ] 49 0 0 49 / 447 5.1s Hashtbl_with_order parallel
[ ] 51 0 0 51 / 447 5.2s Hashtbl_with_order parallel
[ ] 52 0 0 52 / 447 5.4s Hashtbl_with_order parallel
[ ] 54 0 0 54 / 447 5.5s Hashtbl_with_order parallel
[ ] 56 0 0 56 / 447 5.7s Hashtbl_with_order parallel
[ ] 58 0 0 58 / 447 5.8s Hashtbl_with_order parallel
[ ] 60 0 0 60 / 447 6.0s Hashtbl_with_order parallel
[ ] 62 0 0 62 / 447 6.1s Hashtbl_with_order parallel
[ ] 64 0 0 64 / 447 6.3s Hashtbl_with_order parallel
[ ] 65 0 0 65 / 447 6.6s Hashtbl_with_order parallel
[ ] 67 0 0 67 / 447 6.7s Hashtbl_with_order parallel
[ ] 68 0 0 68 / 447 6.8s Hashtbl_with_order parallel
[ ] 70 0 0 70 / 447 7.1s Hashtbl_with_order parallel
[ ] 72 0 0 72 / 447 7.2s Hashtbl_with_order parallel
[ ] 74 0 0 74 / 447 7.5s Hashtbl_with_order parallel
[ ] 75 0 0 75 / 447 7.8s Hashtbl_with_order parallel
[ ] 76 0 0 76 / 447 8.0s Hashtbl_with_order parallel
[ ] 77 0 0 77 / 447 8.2s Hashtbl_with_order parallel
[ ] 78 0 0 78 / 447 8.4s Hashtbl_with_order parallel
[ ] 79 0 0 79 / 447 8.9s Hashtbl_with_order parallel
[ ] 80 0 0 80 / 447 9.9s Hashtbl_with_order parallel
[ ] 81 0 0 81 / 447 10.4s Hashtbl_with_order parallel
[ ] 82 0 0 82 / 447 10.8s Hashtbl_with_order parallel
[ ] 83 0 0 83 / 447 11.2s Hashtbl_with_order parallel
[ ] 84 0 0 84 / 447 11.5s Hashtbl_with_order parallel
[ ] 85 0 0 85 / 447 11.8s Hashtbl_with_order parallel
[ ] 86 0 0 86 / 447 12.3s Hashtbl_with_order parallel
[ ] 87 0 0 87 / 447 12.5s Hashtbl_with_order parallel
[ ] 88 0 0 88 / 447 12.9s Hashtbl_with_order parallel
[ ] 89 0 0 89 / 447 13.2s Hashtbl_with_order parallel
[ ] 90 0 0 90 / 447 13.4s Hashtbl_with_order parallel
[ ] 91 0 0 91 / 447 13.7s Hashtbl_with_order parallel
[ ] 92 0 0 92 / 447 13.9s Hashtbl_with_order parallel
[ ] 93 0 0 93 / 447 14.1s Hashtbl_with_order parallel
[ ] 94 0 0 94 / 447 14.2s Hashtbl_with_order parallel
[ ] 96 0 0 96 / 447 14.4s Hashtbl_with_order parallel
[ ] 97 0 0 97 / 447 14.6s Hashtbl_with_order parallel
[ ] 98 0 0 98 / 447 15.1s Hashtbl_with_order parallel
[ ] 99 0 0 99 / 447 15.3s Hashtbl_with_order parallel
[ ] 100 0 0 100 / 447 15.4s Hashtbl_with_order parallel
[ ] 102 0 0 102 / 447 15.6s Hashtbl_with_order parallel
[ ] 103 0 0 103 / 447 15.7s Hashtbl_with_order parallel
[ ] 105 0 0 105 / 447 15.8s Hashtbl_with_order parallel
[ ] 107 0 0 107 / 447 16.0s Hashtbl_with_order parallel
[ ] 108 0 0 108 / 447 16.3s Hashtbl_with_order parallel
[ ] 109 0 0 109 / 447 16.4s Hashtbl_with_order parallel
[ ] 111 0 0 111 / 447 16.6s Hashtbl_with_order parallel
[ ] 112 0 0 112 / 447 16.7s Hashtbl_with_order parallel
[ ] 113 0 0 113 / 447 17.1s Hashtbl_with_order parallel
[ ] 115 0 0 115 / 447 17.2s Hashtbl_with_order parallel
[ ] 117 0 0 117 / 447 17.4s Hashtbl_with_order parallel
[ ] 119 0 0 119 / 447 17.5s Hashtbl_with_order parallel
[ ] 120 0 0 120 / 447 17.7s Hashtbl_with_order parallel
[ ] 121 0 0 121 / 447 17.8s Hashtbl_with_order parallel
[ ] 122 0 0 122 / 447 17.9s Hashtbl_with_order parallel
[ ] 124 0 0 124 / 447 18.1s Hashtbl_with_order parallel
[ ] 126 0 0 126 / 447 18.3s Hashtbl_with_order parallel
[ ] 128 0 0 128 / 447 18.4s Hashtbl_with_order parallel
[ ] 130 0 0 130 / 447 18.6s Hashtbl_with_order parallel
[ ] 132 0 0 132 / 447 18.7s Hashtbl_with_order parallel
[ ] 133 0 0 133 / 447 19.0s Hashtbl_with_order parallel
[ ] 135 0 0 135 / 447 19.2s Hashtbl_with_order parallel
[ ] 136 0 0 136 / 447 19.3s Hashtbl_with_order parallel
[ ] 138 0 0 138 / 447 19.6s Hashtbl_with_order parallel
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[ ] 142 0 0 142 / 447 20.0s Hashtbl_with_order parallel
[ ] 144 0 0 144 / 447 20.2s Hashtbl_with_order parallel
[ ] 145 0 0 145 / 447 20.4s Hashtbl_with_order parallel
[ ] 147 0 0 147 / 447 20.5s Hashtbl_with_order parallel
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[ ] 150 0 0 150 / 447 20.8s Hashtbl_with_order parallel
[ ] 152 0 0 152 / 447 20.9s Hashtbl_with_order parallel
[ ] 154 0 0 154 / 447 21.3s Hashtbl_with_order parallel
[ ] 156 0 0 156 / 447 21.4s Hashtbl_with_order parallel
[ ] 158 0 0 158 / 447 21.5s Hashtbl_with_order parallel
[ ] 160 0 0 160 / 447 21.6s Hashtbl_with_order parallel
[ ] 162 0 0 162 / 447 21.7s Hashtbl_with_order parallel
[ ] 165 0 0 165 / 447 21.9s Hashtbl_with_order parallel
[ ] 167 0 0 167 / 447 22.0s Hashtbl_with_order parallel
[ ] 168 0 0 168 / 447 22.5s Hashtbl_with_order parallel
[ ] 169 0 0 169 / 447 22.8s Hashtbl_with_order parallel
[ ] 171 0 0 171 / 447 23.0s Hashtbl_with_order parallel
[ ] 172 0 0 172 / 447 23.1s Hashtbl_with_order parallel
[ ] 173 0 0 173 / 447 23.2s Hashtbl_with_order parallel
[ ] 174 0 0 174 / 447 23.4s Hashtbl_with_order parallel
[ ] 176 0 0 176 / 447 23.5s Hashtbl_with_order parallel
[ ] 178 0 0 178 / 447 23.7s Hashtbl_with_order parallel
[ ] 179 0 0 179 / 447 23.8s Hashtbl_with_order parallel
[ ] 181 0 0 181 / 447 23.9s Hashtbl_with_order parallel
[ ] 183 0 0 183 / 447 24.1s Hashtbl_with_order parallel
[ ] 184 0 0 184 / 447 24.2s Hashtbl_with_order parallel
[ ] 186 0 0 186 / 447 24.3s Hashtbl_with_order parallel
[ ] 188 0 0 188 / 447 24.5s Hashtbl_with_order parallel
[ ] 189 0 0 189 / 447 24.6s Hashtbl_with_order parallel
[ ] 191 0 0 191 / 447 24.8s Hashtbl_with_order parallel
[ ] 192 0 0 192 / 447 25.0s Hashtbl_with_order parallel
[ ] 193 0 0 193 / 447 25.1s Hashtbl_with_order parallel
[ ] 195 0 0 195 / 447 25.3s Hashtbl_with_order parallel
[ ] 197 0 0 197 / 447 25.5s Hashtbl_with_order parallel
[ ] 199 0 0 199 / 447 25.6s Hashtbl_with_order parallel
[ ] 201 0 0 201 / 447 26.0s Hashtbl_with_order parallel
[ ] 203 0 0 203 / 447 26.1s Hashtbl_with_order parallel
[ ] 205 0 0 205 / 447 26.2s Hashtbl_with_order parallel
[ ] 207 0 0 207 / 447 26.4s Hashtbl_with_order parallel
[ ] 208 0 0 208 / 447 26.8s Hashtbl_with_order parallel
[ ] 209 0 0 209 / 447 26.9s Hashtbl_with_order parallel
[ ] 211 0 0 211 / 447 27.0s Hashtbl_with_order parallel
[ ] 213 0 0 213 / 447 27.1s Hashtbl_with_order parallel
[ ] 215 0 0 215 / 447 27.3s Hashtbl_with_order parallel
[ ] 217 0 0 217 / 447 27.4s Hashtbl_with_order parallel
[ ] 220 0 0 220 / 447 27.6s Hashtbl_with_order parallel
[ ] 222 0 0 222 / 447 27.7s Hashtbl_with_order parallel
[ ] 224 0 0 224 / 447 27.9s Hashtbl_with_order parallel
[ ] 226 0 0 226 / 447 28.0s Hashtbl_with_order parallel
[ ] 228 0 0 228 / 447 28.4s Hashtbl_with_order parallel
[ ] 229 0 0 229 / 447 28.5s Hashtbl_with_order parallel
[ ] 231 0 0 231 / 447 28.7s Hashtbl_with_order parallel
[ ] 232 0 0 232 / 447 28.8s Hashtbl_with_order parallel
[ ] 234 0 0 234 / 447 29.0s Hashtbl_with_order parallel
[ ] 236 0 0 236 / 447 29.1s Hashtbl_with_order parallel
[ ] 238 0 0 238 / 447 29.2s Hashtbl_with_order parallel
[ ] 240 0 0 240 / 447 29.4s Hashtbl_with_order parallel
[ ] 242 0 0 242 / 447 29.5s Hashtbl_with_order parallel
[ ] 244 0 0 244 / 447 29.6s Hashtbl_with_order parallel
[ ] 246 0 0 246 / 447 29.8s Hashtbl_with_order parallel
[ ] 247 0 0 247 / 447 30.2s Hashtbl_with_order parallel
[ ] 249 0 0 249 / 447 30.3s Hashtbl_with_order parallel
[ ] 251 0 0 251 / 447 30.6s Hashtbl_with_order parallel
[ ] 252 0 0 252 / 447 30.7s Hashtbl_with_order parallel
[ ] 253 0 0 253 / 447 30.8s Hashtbl_with_order parallel
[ ] 255 0 0 255 / 447 31.0s Hashtbl_with_order parallel
[ ] 257 0 0 257 / 447 31.1s Hashtbl_with_order parallel
[ ] 259 0 0 259 / 447 31.2s Hashtbl_with_order parallel
[ ] 261 0 0 261 / 447 31.4s Hashtbl_with_order parallel
[ ] 263 0 0 263 / 447 31.5s Hashtbl_with_order parallel
[ ] 265 0 0 265 / 447 31.7s Hashtbl_with_order parallel
[ ] 267 0 0 267 / 447 31.8s Hashtbl_with_order parallel
[ ] 269 0 0 269 / 447 32.0s Hashtbl_with_order parallel
[ ] 271 0 0 271 / 447 32.1s Hashtbl_with_order parallel
[ ] 273 0 0 273 / 447 32.3s Hashtbl_with_order parallel
[ ] 275 0 0 275 / 447 32.4s Hashtbl_with_order parallel
[ ] 277 0 0 277 / 447 32.5s Hashtbl_with_order parallel
[ ] 279 0 0 279 / 447 32.7s Hashtbl_with_order parallel
[ ] 281 0 0 281 / 447 32.9s Hashtbl_with_order parallel
[ ] 282 0 0 282 / 447 33.1s Hashtbl_with_order parallel
[ ] 284 0 0 284 / 447 33.3s Hashtbl_with_order parallel
[ ] 286 0 0 286 / 447 33.5s Hashtbl_with_order parallel
[ ] 288 0 0 288 / 447 33.7s Hashtbl_with_order parallel
[ ] 289 0 0 289 / 447 33.8s Hashtbl_with_order parallel
[ ] 291 0 0 291 / 447 34.0s Hashtbl_with_order parallel
[ ] 293 0 0 293 / 447 34.2s Hashtbl_with_order parallel
[ ] 294 0 0 294 / 447 34.3s Hashtbl_with_order parallel
[ ] 296 0 0 296 / 447 34.6s Hashtbl_with_order parallel
[ ] 297 0 0 297 / 447 34.7s Hashtbl_with_order parallel
[ ] 298 0 0 298 / 447 34.8s Hashtbl_with_order parallel
[ ] 299 0 0 299 / 447 35.0s Hashtbl_with_order parallel
[ ] 300 0 0 300 / 447 35.1s Hashtbl_with_order parallel
[ ] 302 0 0 302 / 447 35.3s Hashtbl_with_order parallel
[ ] 304 0 0 304 / 447 35.4s Hashtbl_with_order parallel
[ ] 305 0 0 305 / 447 35.7s Hashtbl_with_order parallel
[ ] 307 0 0 307 / 447 35.8s Hashtbl_with_order parallel
[ ] 309 0 0 309 / 447 36.0s Hashtbl_with_order parallel
[ ] 311 0 0 311 / 447 36.1s Hashtbl_with_order parallel
[ ] 314 0 0 314 / 447 36.3s Hashtbl_with_order parallel
[ ] 316 0 0 316 / 447 36.4s Hashtbl_with_order parallel
[ ] 318 0 0 318 / 447 36.7s Hashtbl_with_order parallel
[ ] 319 0 0 319 / 447 36.8s Hashtbl_with_order parallel
[ ] 321 0 0 321 / 447 36.9s Hashtbl_with_order parallel
[ ] 322 0 0 322 / 447 37.2s Hashtbl_with_order parallel
[ ] 324 0 0 324 / 447 37.3s Hashtbl_with_order parallel
[ ] 326 0 0 326 / 447 37.4s Hashtbl_with_order parallel
[ ] 327 0 0 327 / 447 37.5s Hashtbl_with_order parallel (collecting)
[ ] 329 0 0 329 / 447 37.7s Hashtbl_with_order parallel
[ ] 331 0 0 331 / 447 37.8s Hashtbl_with_order parallel
[ ] 333 0 0 333 / 447 38.0s Hashtbl_with_order parallel
[ ] 335 0 0 335 / 447 38.1s Hashtbl_with_order parallel
[ ] 337 0 0 337 / 447 38.2s Hashtbl_with_order parallel
[ ] 339 0 0 339 / 447 38.3s Hashtbl_with_order parallel
[ ] 341 0 0 341 / 447 38.5s Hashtbl_with_order parallel
[ ] 343 0 0 343 / 447 38.7s Hashtbl_with_order parallel
[ ] 345 0 0 345 / 447 38.8s Hashtbl_with_order parallel
[ ] 347 0 0 347 / 447 38.9s Hashtbl_with_order parallel
[ ] 349 0 0 349 / 447 39.1s Hashtbl_with_order parallel
[ ] 351 0 0 351 / 447 39.3s Hashtbl_with_order parallel
[ ] 353 0 0 353 / 447 39.5s Hashtbl_with_order parallel
[ ] 355 0 0 355 / 447 39.7s Hashtbl_with_order parallel
[ ] 357 0 0 357 / 447 39.8s Hashtbl_with_order parallel
[ ] 359 0 0 359 / 447 39.9s Hashtbl_with_order parallel
[ ] 361 0 0 361 / 447 40.1s Hashtbl_with_order parallel
[ ] 363 0 0 363 / 447 40.2s Hashtbl_with_order parallel
[ ] 365 0 0 365 / 447 40.5s Hashtbl_with_order parallel
[ ] 366 0 0 366 / 447 40.9s Hashtbl_with_order parallel
[ ] 368 0 0 368 / 447 41.1s Hashtbl_with_order parallel
[ ] 370 0 0 370 / 447 41.2s Hashtbl_with_order parallel
[ ] 372 0 0 372 / 447 41.4s Hashtbl_with_order parallel
[ ] 374 0 0 374 / 447 41.6s Hashtbl_with_order parallel
[ ] 375 0 0 375 / 447 41.7s Hashtbl_with_order parallel
[ ] 377 0 0 377 / 447 41.8s Hashtbl_with_order parallel
[ ] 379 0 0 379 / 447 41.9s Hashtbl_with_order parallel
[ ] 381 0 0 381 / 447 42.0s Hashtbl_with_order parallel
[ ] 384 0 0 384 / 447 42.4s Hashtbl_with_order parallel
[ ] 385 0 0 385 / 447 42.5s Hashtbl_with_order parallel
[ ] 388 0 0 388 / 447 42.6s Hashtbl_with_order parallel
[ ] 390 0 0 390 / 447 42.9s Hashtbl_with_order parallel
[ ] 392 0 0 392 / 447 43.0s Hashtbl_with_order parallel
[ ] 395 0 0 395 / 447 43.2s Hashtbl_with_order parallel
[ ] 397 0 0 397 / 447 43.3s Hashtbl_with_order parallel
[ ] 399 0 0 399 / 447 43.4s Hashtbl_with_order parallel
[ ] 401 0 0 401 / 447 43.5s Hashtbl_with_order parallel
[ ] 403 0 0 403 / 447 43.6s Hashtbl_with_order parallel
[ ] 406 0 0 406 / 447 43.8s Hashtbl_with_order parallel
[ ] 408 0 0 408 / 447 44.0s Hashtbl_with_order parallel
[ ] 410 0 0 410 / 447 44.1s Hashtbl_with_order parallel
[ ] 413 0 0 413 / 447 44.3s Hashtbl_with_order parallel
[ ] 415 0 0 415 / 447 44.5s Hashtbl_with_order parallel
[ ] 417 0 0 417 / 447 44.8s Hashtbl_with_order parallel
[ ] 420 0 0 420 / 447 45.0s Hashtbl_with_order parallel
[ ] 422 0 0 422 / 447 45.2s Hashtbl_with_order parallel
[ ] 424 0 0 424 / 447 45.3s Hashtbl_with_order parallel
[ ] 425 0 0 425 / 447 45.5s Hashtbl_with_order parallel
[ ] 427 0 0 427 / 447 45.6s Hashtbl_with_order parallel
[ ] 429 0 0 429 / 447 45.7s Hashtbl_with_order parallel
[ ] 432 0 0 432 / 447 45.8s Hashtbl_with_order parallel
[ ] 433 0 0 433 / 447 46.0s Hashtbl_with_order parallel
[ ] 437 0 0 437 / 447 46.1s Hashtbl_with_order parallel
[ ] 440 0 0 440 / 447 46.3s Hashtbl_with_order parallel
[ ] 443 0 0 443 / 447 46.4s Hashtbl_with_order parallel
[ ] 444 0 0 444 / 447 46.6s Hashtbl_with_order parallel
[ ] 446 0 0 446 / 447 46.7s Hashtbl_with_order parallel
[✓] 447 0 0 447 / 447 46.8s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
2024-12-07 13:15.29 ---> saved as "668a502713380965e633a99c9ac3dcbf602d626406f0b99604130b75c1ac983b"
Job succeeded
2024-12-07 13:15.29: Job succeeded