Organisationsocaml-multicorekcascd3dd6 ()debian-12-5.2_opam-2.2

debian-12-5.2_opam-2.2

Logs

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2024-11-10 13:54.02: New job: test ocaml-multicore/kcas https://github.com/ocaml-multicore/kcas.git#refs/heads/add-xt-leftist-heap-benchmark (cd3dd6c280d70b0bb2b0657bfe9fdcd40d27d84e) (linux-x86_64:debian-12-5.2_opam-2.2)
Base: ocaml/opam:debian-12-ocaml-5.2@sha256:bc52b575b05054e4f28bcb40d4c5fd61a569089036fca4d66cb466479f0f4256
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 cd3dd6c2
cat > Dockerfile <<'END-OF-DOCKERFILE'
FROM ocaml/opam:debian-12-ocaml-5.2@sha256:bc52b575b05054e4f28bcb40d4c5fd61a569089036fca4d66cb466479f0f4256
# debian-12-5.2_opam-2.2
USER 1000:1000
ENV CLICOLOR_FORCE="1"
ENV OPAMCOLOR="always"
WORKDIR /src
RUN sudo ln -f /usr/bin/opam-2.2 /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 654ee104df48ee785861d169cd1ca7eba64b6668 || git fetch origin master) && git reset -q --hard 654ee104df48ee785861d169cd1ca7eba64b6668 && 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 './' && \
    opam pin add -yn kcas.dev './'
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.1.7.0 csexp.1.5.2 domain-local-await.1.0.1 domain-local-timeout.1.0.1 domain_shims.0.1.0 dune.3.16.1 fmt.0.9.0 host-arch-x86_64.1 host-system-other.1 logs.0.7.0 mdx.2.4.1 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.3.7.0 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=2.2 --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

2024-11-10 13:54.02: Using cache hint "ocaml-multicore/kcas-ocaml/opam:debian-12-ocaml-5.2@sha256:bc52b575b05054e4f28bcb40d4c5fd61a569089036fca4d66cb466479f0f4256-debian-12-5.2_opam-2.2-8da1a57f1de2462e002ba99aba815819"
2024-11-10 13:54.02: Using OBuilder spec:
((from ocaml/opam:debian-12-ocaml-5.2@sha256:bc52b575b05054e4f28bcb40d4c5fd61a569089036fca4d66cb466479f0f4256)
 (comment debian-12-5.2_opam-2.2)
 (user (uid 1000) (gid 1000))
 (env CLICOLOR_FORCE 1)
 (env OPAMCOLOR always)
 (workdir /src)
 (run (shell "sudo ln -f /usr/bin/opam-2.2 /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 654ee104df48ee785861d169cd1ca7eba64b6668 || git fetch origin master) && git reset -q --hard 654ee104df48ee785861d169cd1ca7eba64b6668 && 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 './' && \
             \nopam pin add -yn kcas.dev './'"))
 (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.1.7.0 csexp.1.5.2 domain-local-await.1.0.1 domain-local-timeout.1.0.1 domain_shims.0.1.0 dune.3.16.1 fmt.0.9.0 host-arch-x86_64.1 host-system-other.1 logs.0.7.0 mdx.2.4.1 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.3.7.0 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=2.2 --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"))
)

2024-11-10 13:54.02: Waiting for resource in pool OCluster
2024-11-10 13:54.03: Waiting for worker…
2024-11-10 13:54.03: Got resource from pool OCluster
Building on x86-bm-c11.sw.ocaml.org
All commits already cached
HEAD is now at cd3dd6c Add a transaction benchmark using a naïve unscalable leftist heap

(from ocaml/opam:debian-12-ocaml-5.2@sha256:bc52b575b05054e4f28bcb40d4c5fd61a569089036fca4d66cb466479f0f4256)
2024-11-10 13:54.03 ---> using "36ab68df30d01bcedf173046bdbb7ec8471c55ceda5780496a2d86779c7d6b77" from cache

/: (comment debian-12-5.2_opam-2.2)

/: (user (uid 1000) (gid 1000))

/: (env CLICOLOR_FORCE 1)

/: (env OPAMCOLOR always)

/: (workdir /src)

/src: (run (shell "sudo ln -f /usr/bin/opam-2.2 /usr/bin/opam"))
2024-11-10 13:54.03 ---> using "4039d5149b183f8b03325ff0f2860e20d91349df6fd78b1b20e6d8908bcf7401" 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 development version of opam requires an update to the layout of /home/opam/.opam from version 2.0 to version 2.2, which can't be reverted.
You may want to back it up before going further.

Continue? [y/n] y
Format upgrade done.

<><> Updating repositories ><><><><><><><><><><><><><><><><><><><><><><><><><><>
[default] synchronised from file:///home/opam/opam-repository
2024-11-10 13:54.03 ---> using "1cbebcdf659a58b260d6e3b5d361604694e238c1c4f9380ce09945ae97657a0a" from cache

/src: (run (shell "uname -rs && opam exec -- ocaml -version && opam --version"))
Linux 5.15.0-122-generic
The OCaml toplevel, version 5.2.0
2.2.1
2024-11-10 13:54.03 ---> using "87e8edaf666566f4f695c3118ba1b55eea1c90ed3517dcb937c33212cfe966c6" from cache

/src: (workdir /src)

/src: (run (shell "sudo chown opam /src"))
2024-11-10 13:54.03 ---> using "552d40480860a27d197d6adcabfa727e205e0de0aba2b7fa7b9e61626f9dc30d" from cache

/src: (run (cache (opam-archives (target /home/opam/.opam/download-cache)))
           (network host)
           (shell "cd ~/opam-repository && (git cat-file -e 654ee104df48ee785861d169cd1ca7eba64b6668 || git fetch origin master) && git reset -q --hard 654ee104df48ee785861d169cd1ca7eba64b6668 && git log --no-decorate -n1 --oneline && opam update -u"))
From https://github.com/ocaml/opam-repository
 * branch                  master     -> FETCH_HEAD
   d872638bdf..eecf6d033c  master     -> origin/master
654ee104df Merge pull request #26834 from mtelvers/opam-publish-ocaml-version.3.7.0

<><> Updating package repositories ><><><><><><><><><><><><><><><><><><><><><><>
[default] synchronised from file:///home/opam/opam-repository

Everything as up-to-date as possible (run with --verbose to show unavailable upgrades).
However, you may "opam upgrade" these packages explicitly, which will ask permission to downgrade or uninstall the conflicting packages.
Nothing to do.
# Run eval $(opam env) to update the current shell environment
2024-11-10 13:54.03 ---> using "09cf0ed0239a22f87fc849d2dd3ee79e2ba9131282ae000878e52b96a042bfe9" from cache

/src: (copy (src kcas_data.opam kcas.opam) (dst ./))
2024-11-10 13:54.03 ---> using "7ab366158074d474c39d4de7eff219ca9f4a3204529a735c34965082f26880be" from cache

/src: (run (network host)
           (shell  "opam pin add -yn kcas_data.dev './' && \
                  \nopam pin add -yn kcas.dev './'"))
[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)
2024-11-10 13:54.03 ---> using "1c1a0c6b3d896c24172a723c9c5be832ac9ab8a42fa363245c531a0d37aed941" 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.1.7.0 csexp.1.5.2 domain-local-await.1.0.1 domain-local-timeout.1.0.1 domain_shims.0.1.0 dune.3.16.1 fmt.0.9.0 host-arch-x86_64.1 host-system-other.1 logs.0.7.0 mdx.2.4.1 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.3.7.0 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=2.2 --depext-only -y kcas_data.dev kcas.dev $DEPS"))
+ /usr/bin/sudo "apt-get" "update"
- Get:1 http://deb.debian.org/debian bookworm InRelease [151 kB]
- 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/main amd64 Packages [8789 kB]
- Get:5 http://deb.debian.org/debian-security bookworm-security/main amd64 Packages [190 kB]
- Fetched 9233 kB in 1s (7285 kB/s)
- Reading package lists...

<><> Synchronising pinned packages ><><><><><><><><><><><><><><><><><><><><><><>
[kcas.dev] synchronised (no changes)
[kcas_data.dev] synchronised (no changes)

[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).
2024-11-10 13:54.03 ---> using "3b5761df504e1d3ac81a4fb84c9d1044fcc08b0ac619666af2e7497ab4644d5e" 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                       1.7.0
  - 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                       3.16.1
  - install fmt                        0.9.0
  - install logs                       0.7.0
  - install mdx                        2.4.1
  - 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              3.7.0
  - 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 alcotest.1.8.0  (cached)
-> retrieved astring.0.8.5  (cached)
-> retrieved camlp-streams.5.0.1  (cached)
-> retrieved cppo.1.7.0  (cached)
-> retrieved cmdliner.1.3.0  (cached)
-> retrieved csexp.1.5.2  (cached)
-> retrieved domain-local-await.1.0.1  (cached)
-> retrieved domain-local-timeout.1.0.1  (cached)
-> retrieved domain_shims.0.1.0  (cached)
-> retrieved fmt.0.9.0  (cached)
-> retrieved logs.0.7.0  (cached)
-> retrieved mtime.2.1.0  (cached)
-> retrieved mdx.2.4.1  (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.3.7.0  (cached)
-> retrieved ocamlbuild.0.15.0  (cached)
-> retrieved ocamlfind.1.9.6  (cached)
-> retrieved dune.3.16.1  (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 seq.base  (cached)
-> retrieved re.1.12.0  (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)
-> installed cmdliner.1.3.0
-> installed seq.base
-> retrieved topkg.1.0.7  (cached)
-> retrieved yojson.2.2.2  (cached)
-> installed ocamlfind.1.9.6
-> installed ocamlbuild.0.15.0
-> installed topkg.1.0.7
-> installed mtime.2.1.0
-> installed uutf.1.0.3
-> installed fmt.0.9.0
-> installed astring.0.8.5
-> installed logs.0.7.0
-> installed dune.3.16.1
-> installed domain_shims.0.1.0
-> installed csexp.1.5.2
-> installed backoff.0.1.1
-> installed result.1.5
-> installed stdlib-shims.0.3.0
-> installed thread-table.1.0.0
-> installed ocaml-version.3.7.0
-> installed psq.0.2.1
-> installed multicore-magic.2.3.0
-> installed camlp-streams.5.0.1
-> installed domain-local-timeout.1.0.1
-> installed domain-local-await.1.0.1
-> installed ocaml-syntax-shims.1.0.0
-> installed re.1.12.0
-> installed cppo.1.7.0
-> installed yojson.2.2.2
-> installed qcheck-core.0.22
-> installed qcheck-multicoretests-util.0.4
-> installed multicore-bench.0.1.7
-> installed alcotest.1.8.0
-> installed qcheck-stm.0.4
-> installed mdx.2.4.1
Done.
# Run eval $(opam env) to update the current shell environment
2024-11-10 13:54.03 ---> using "d138314217a11bd3f3c3e77ca9284858a3cab69e6bdf5b3c6ed1e266e4ac8852" from cache

/src: (copy (src .) (dst /src))
2024-11-10 13:54.04 ---> saved as "6fa757008cc3338963eec21bd6406eae95d7f8972ded32c852eef5df1ec1dbe9"

/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 && ./threads.exe)
Testing `Threads'.
This run has ID `PCCHYL01'.

  [OK]          await between threads          0   

Full test results in `/src/_build/default/test/kcas/_build/_tests/Threads'.
Test Successful in 0.001s. 1 test run.
(cd _build/default/test/kcas && ./ms_queue_test.exe)
Testing `MS queue'.
This run has ID `ADLK6SKR'.

  [OK]          write skew          0   
  [OK]          tail leak           0   

Full test results in `/src/_build/default/test/kcas/_build/_tests/MS queue'.
Test Successful in 0.206s. 2 tests run.
(cd _build/default/test/kcas_data && ./lru_cache_example.exe)
LRU Cache OK!
(cd _build/default/test/kcas_data && ./dllist_test.exe)
Testing `Dllist'.
This run has ID `HODUEFO8'.

  [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 0.001s. 3 tests run.
(cd _build/default/test/kcas_data && ./stack_test.exe)
Testing `Stack'.
This run has ID `4J8JOYHZ'.

  [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 && ./queue_test.exe)
Testing `Queue'.
This run has ID `1HNFNLSP'.

  [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 `HRIRQ8C6'.

  [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 `C29H3NKZ'.

  [OK]          basics          0   

Full test results in `/src/_build/default/test/kcas_data/_build/_tests/Mvar'.
Test Successful in 0.018s. 1 test run.
(cd _build/default/test/kcas_data && ./hashtbl_test.exe)
Testing `Hashtbl'.
This run has ID `WFSKUT4F'.

  [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 0.068s. 4 tests run.
(cd _build/default/test/kcas && ./test.exe)
Testing `Kcas'.
This run has ID `TQF908BZ'.

  [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 2.726s. 17 tests run.
(cd _build/default/bench && ./main.exe -brief)
Kcas Loc:
  ops over time/cas int:
    39.39 M/s
  ops over time/get:
    158.76 M/s
  ops over time/incr:
    28.51 M/s
  ops over time/push & pop:
    25.85 M/s
  ops over time/swap:
    12.99 M/s
  ops over time/xchg int:
    50.20 M/s
  time per op/cas int:
    25.39 ns
  time per op/get:
    6.30 ns
  time per op/incr:
    35.07 ns
  time per op/push & pop:
    38.68 ns
  time per op/swap:
    77.00 ns
  time per op/xchg int:
    19.92 ns
Kcas Xt:
  time per transaction/0 loc tx:
    39.65 ns
  time per transaction/1 loc tx:
    135.26 ns
  time per transaction/2 loc tx:
    215.27 ns
  time per transaction/4 loc tx:
    559.88 ns
  time per transaction/8 loc tx:
    499.99 ns
  transactions over time/0 loc tx:
    25.22 M/s
  transactions over time/1 loc tx:
    7.39 M/s
  transactions over time/2 loc tx:
    4.65 M/s
  transactions over time/4 loc tx:
    1.79 M/s
  transactions over time/8 loc tx:
    2.00 M/s
Kcas Xt Leftist_heap (unscalable):
  operations over time/1 worker, 1000 preload:
    0.11 M/s
  operations over time/1 worker, 100 preload:
    0.57 M/s
  operations over time/1 worker, 10 preload:
    0.63 M/s
  operations over time/2 workers, 1000 preload:
    0.17 M/s
  operations over time/2 workers, 100 preload:
    0.34 M/s
  operations over time/2 workers, 10 preload:
    0.73 M/s
  operations over time/4 workers, 1000 preload:
    0.11 M/s
  operations over time/4 workers, 100 preload:
    0.31 M/s
  operations over time/4 workers, 10 preload:
    0.60 M/s
  time per operation/1 worker, 1000 preload:
    8835.05 ns
  time per operation/1 worker, 100 preload:
    1743.60 ns
  time per operation/1 worker, 10 preload:
    1592.88 ns
  time per operation/2 workers, 1000 preload:
    11600.53 ns
  time per operation/2 workers, 100 preload:
    5797.67 ns
  time per operation/2 workers, 10 preload:
    2723.57 ns
  time per operation/4 workers, 1000 preload:
    36175.42 ns
  time per operation/4 workers, 100 preload:
    12742.83 ns
  time per operation/4 workers, 10 preload:
    6630.48 ns
Kcas Xt read-only:
  time per transaction/0 loc tx:
    24.29 ns
  time per transaction/1 loc tx:
    58.12 ns
  time per transaction/2 loc tx:
    118.55 ns
  time per transaction/4 loc tx:
    201.70 ns
  time per transaction/8 loc tx:
    330.19 ns
  transactions over time/0 loc tx:
    41.17 M/s
  transactions over time/1 loc tx:
    17.21 M/s
  transactions over time/2 loc tx:
    8.44 M/s
  transactions over time/4 loc tx:
    4.96 M/s
  transactions over time/8 loc tx:
    3.03 M/s
Kcas parallel CMP:
  time per transaction/1 worker:
    269.13 ns
  time per transaction/2 workers:
    158.94 ns
  time per transaction/4 workers:
    262.83 ns
  transactions over time/1 worker:
    3.72 M/s
  transactions over time/2 workers:
    12.58 M/s
  transactions over time/4 workers:
    15.22 M/s
Kcas_data Accumulator:
  operations over time/1 worker, 0% reads:
    5.68 M/s
  operations over time/2 workers, 0% reads:
    16.94 M/s
  operations over time/4 workers, 0% reads:
    49.26 M/s
  time per operation/1 worker, 0% reads:
    175.98 ns
  time per operation/2 workers, 0% reads:
    118.06 ns
  time per operation/4 workers, 0% reads:
    81.20 ns
Kcas_data Dllist:
  messages over time/1 nb adder, 1 nb taker:
    0.95 M/s
  messages over time/1 nb adder, 2 nb takers:
    0.93 M/s
  messages over time/2 nb adders, 1 nb taker:
    1.09 M/s
  messages over time/2 nb adders, 2 nb takers:
    0.79 M/s
  messages over time/one domain:
    0.59 M/s
  time per message/1 nb adder, 1 nb taker:
    2110.52 ns
  time per message/1 nb adder, 2 nb takers:
    3220.69 ns
  time per message/2 nb adders, 1 nb taker:
    2747.34 ns
  time per message/2 nb adders, 2 nb takers:
    5052.78 ns
  time per message/one domain:
    1689.51 ns
Kcas_data Hashtbl:
  operations over time/1 worker, 10% reads:
    0.82 M/s
  operations over time/1 worker, 50% reads:
    1.16 M/s
  operations over time/1 worker, 90% reads:
    2.92 M/s
  operations over time/2 workers, 10% reads:
    1.66 M/s
  operations over time/2 workers, 50% reads:
    2.54 M/s
  operations over time/2 workers, 90% reads:
    5.22 M/s
  operations over time/4 workers, 10% reads:
    4.34 M/s
  operations over time/4 workers, 50% reads:
    4.01 M/s
  operations over time/4 workers, 90% reads:
    10.04 M/s
  time per operation/1 worker, 10% reads:
    1217.92 ns
  time per operation/1 worker, 50% reads:
    860.31 ns
  time per operation/1 worker, 90% reads:
    341.89 ns
  time per operation/2 workers, 10% reads:
    1203.61 ns
  time per operation/2 workers, 50% reads:
    788.73 ns
  time per operation/2 workers, 90% reads:
    383.03 ns
  time per operation/4 workers, 10% reads:
    920.68 ns
  time per operation/4 workers, 50% reads:
    996.52 ns
  time per operation/4 workers, 90% reads:
    398.40 ns
Kcas_data Mvar:
  messages over time/1 adder, 1 nb taker:
    2.24 M/s
  messages over time/1 adder, 1 taker:
    0.90 M/s
  messages over time/1 adder, 2 nb takers:
    2.88 M/s
  messages over time/1 adder, 2 takers:
    1.47 M/s
  messages over time/1 nb adder, 1 nb taker:
    3.84 M/s
  messages over time/1 nb adder, 1 taker:
    2.38 M/s
  messages over time/1 nb adder, 2 nb takers:
    3.69 M/s
  messages over time/1 nb adder, 2 takers:
    2.66 M/s
  messages over time/2 adders, 1 nb taker:
    2.81 M/s
  messages over time/2 adders, 1 taker:
    1.64 M/s
  messages over time/2 adders, 2 nb takers:
    2.87 M/s
  messages over time/2 adders, 2 takers:
    1.88 M/s
  messages over time/2 nb adders, 1 nb taker:
    1.66 M/s
  messages over time/2 nb adders, 1 taker:
    2.72 M/s
  messages over time/2 nb adders, 2 nb takers:
    7.18 M/s
  messages over time/2 nb adders, 2 takers:
    1.30 M/s
  time per message/1 adder, 1 nb taker:
    891.16 ns
  time per message/1 adder, 1 taker:
    2211.45 ns
  time per message/1 adder, 2 nb takers:
    1042.57 ns
  time per message/1 adder, 2 takers:
    2042.13 ns
  time per message/1 nb adder, 1 nb taker:
    520.89 ns
  time per message/1 nb adder, 1 taker:
    841.96 ns
  time per message/1 nb adder, 2 nb takers:
    813.72 ns
  time per message/1 nb adder, 2 takers:
    1128.13 ns
  time per message/2 adders, 1 nb taker:
    1066.59 ns
  time per message/2 adders, 1 taker:
    1827.74 ns
  time per message/2 adders, 2 nb takers:
    1392.06 ns
  time per message/2 adders, 2 takers:
    2127.73 ns
  time per message/2 nb adders, 1 nb taker:
    1811.85 ns
  time per message/2 nb adders, 1 taker:
    1104.73 ns
  time per message/2 nb adders, 2 nb takers:
    557.22 ns
  time per message/2 nb adders, 2 takers:
    3088.34 ns
Kcas_data Queue:
  messages over time/1 nb adder, 1 nb taker:
    7.01 M/s
  messages over time/1 nb adder, 1 taker:
    4.38 M/s
  messages over time/1 nb adder, 2 nb takers:
    3.62 M/s
  messages over time/1 nb adder, 2 takers:
    2.98 M/s
  messages over time/2 nb adders, 1 nb taker:
    4.49 M/s
  messages over time/2 nb adders, 1 taker:
    5.49 M/s
  messages over time/2 nb adders, 2 nb takers:
    3.63 M/s
  messages over time/2 nb adders, 2 takers:
    5.02 M/s
  messages over time/one domain:
    2.89 M/s
  time per message/1 nb adder, 1 nb taker:
    285.35 ns
  time per message/1 nb adder, 1 taker:
    456.78 ns
  time per message/1 nb adder, 2 nb takers:
    829.39 ns
  time per message/1 nb adder, 2 takers:
    1006.14 ns
  time per message/2 nb adders, 1 nb taker:
    667.60 ns
  time per message/2 nb adders, 1 taker:
    546.07 ns
  time per message/2 nb adders, 2 nb takers:
    1103.21 ns
  time per message/2 nb adders, 2 takers:
    797.25 ns
  time per message/one domain:
    345.98 ns
Kcas_data Stack:
  messages over time/1 nb adder, 1 nb taker:
    5.76 M/s
  messages over time/1 nb adder, 1 taker:
    5.16 M/s
  messages over time/1 nb adder, 2 nb takers:
    5.89 M/s
  messages over time/1 nb adder, 2 takers:
    5.64 M/s
  messages over time/2 nb adders, 1 nb taker:
    6.87 M/s
  messages over time/2 nb adders, 1 taker:
    7.37 M/s
  messages over time/2 nb adders, 2 nb takers:
    4.76 M/s
  messages over time/2 nb adders, 2 takers:
    8.72 M/s
  messages over time/one domain:
    4.21 M/s
  time per message/1 nb adder, 1 nb taker:
    347.19 ns
  time per message/1 nb adder, 1 taker:
    387.25 ns
  time per message/1 nb adder, 2 nb takers:
    509.04 ns
  time per message/1 nb adder, 2 takers:
    531.95 ns
  time per message/2 nb adders, 1 nb taker:
    437.00 ns
  time per message/2 nb adders, 1 taker:
    407.04 ns
  time per message/2 nb adders, 2 nb takers:
    839.79 ns
  time per message/2 nb adders, 2 takers:
    458.55 ns
  time per message/one domain:
    237.79 ns
(cd _build/default/test/kcas_data && ./linearizable_chaining_example.exe)
random seed: 3441388597910759943
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
[ ]    1    0    0    1 /   32     0.2s Hashtbl_with_order parallel
[ ]    2    0    0    2 /   32     0.5s Hashtbl_with_order parallel
[ ]    3    0    0    3 /   32     0.7s Hashtbl_with_order parallel
[ ]    4    0    0    4 /   32     0.9s Hashtbl_with_order parallel
[ ]    5    0    0    5 /   32     1.0s Hashtbl_with_order parallel
[ ]    6    0    0    6 /   32     1.2s Hashtbl_with_order parallel
[ ]    7    0    0    7 /   32     1.8s Hashtbl_with_order parallel
[ ]    8    0    0    8 /   32     1.9s Hashtbl_with_order parallel
[ ]    9    0    0    9 /   32     2.0s Hashtbl_with_order parallel
[ ]   10    0    0   10 /   32     2.1s Hashtbl_with_order parallel
[ ]   12    0    0   12 /   32     2.3s Hashtbl_with_order parallel
[ ]   13    0    0   13 /   32     2.4s Hashtbl_with_order parallel
[ ]   14    0    0   14 /   32     2.6s Hashtbl_with_order parallel
[ ]   15    0    0   15 /   32     2.8s Hashtbl_with_order parallel
[ ]   16    0    0   16 /   32     2.9s Hashtbl_with_order parallel
[ ]   17    0    0   17 /   32     3.4s Hashtbl_with_order parallel
[ ]   18    0    0   18 /   32     3.5s Hashtbl_with_order parallel
[ ]   19    0    0   19 /   32     3.7s Hashtbl_with_order parallel
[ ]   21    0    0   21 /   32     3.9s Hashtbl_with_order parallel
[ ]   23    0    0   23 /   32     4.2s Hashtbl_with_order parallel
[ ]   25    0    0   25 /   32     4.5s Hashtbl_with_order parallel
[ ]   27    0    0   27 /   32     4.6s Hashtbl_with_order parallel
[ ]   28    0    0   28 /   32     4.7s Hashtbl_with_order parallel
[ ]   30    0    0   30 /   32     4.9s Hashtbl_with_order parallel
[ ]   31    0    0   31 /   32     5.0s Hashtbl_with_order parallel
[]   32    0    0   32 /   32     5.1s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 2314029096916089375
generated error fail pass / total     time test name

[ ]    0    0    0    0 /   64     0.0s Hashtbl_with_order sequential
[]   64    0    0   64 /   64     0.0s Hashtbl_with_order sequential

[ ]    0    0    0    0 /   64     0.0s Hashtbl_with_order parallel
[ ]    1    0    0    1 /   64     0.1s Hashtbl_with_order parallel
[ ]    2    0    0    2 /   64     0.3s Hashtbl_with_order parallel
[ ]    4    0    0    4 /   64     0.4s Hashtbl_with_order parallel
[ ]    5    0    0    5 /   64     0.5s Hashtbl_with_order parallel
[ ]    7    0    0    7 /   64     1.0s Hashtbl_with_order parallel
[ ]    9    0    0    9 /   64     1.2s Hashtbl_with_order parallel
[ ]   10    0    0   10 /   64     1.4s Hashtbl_with_order parallel
[ ]   11    0    0   11 /   64     1.7s Hashtbl_with_order parallel
[ ]   12    0    0   12 /   64     1.8s Hashtbl_with_order parallel
[ ]   13    0    0   13 /   64     2.1s Hashtbl_with_order parallel
[ ]   15    0    0   15 /   64     2.2s Hashtbl_with_order parallel
[ ]   18    0    0   18 /   64     2.5s Hashtbl_with_order parallel
[ ]   20    0    0   20 /   64     2.7s Hashtbl_with_order parallel
[ ]   21    0    0   21 /   64     2.9s Hashtbl_with_order parallel
[ ]   22    0    0   22 /   64     3.1s Hashtbl_with_order parallel
[ ]   25    0    0   25 /   64     3.2s Hashtbl_with_order parallel
[ ]   27    0    0   27 /   64     3.4s Hashtbl_with_order parallel
[ ]   28    0    0   28 /   64     3.5s Hashtbl_with_order parallel
[ ]   32    0    0   32 /   64     3.7s Hashtbl_with_order parallel
[ ]   33    0    0   33 /   64     3.8s Hashtbl_with_order parallel
[ ]   35    0    0   35 /   64     4.0s Hashtbl_with_order parallel
[ ]   37    0    0   37 /   64     4.1s Hashtbl_with_order parallel
[ ]   39    0    0   39 /   64     4.3s Hashtbl_with_order parallel
[ ]   40    0    0   40 /   64     4.8s Hashtbl_with_order parallel
[ ]   42    0    0   42 /   64     5.0s Hashtbl_with_order parallel
[ ]   44    0    0   44 /   64     5.1s Hashtbl_with_order parallel
[ ]   46    0    0   46 /   64     5.5s Hashtbl_with_order parallel
[ ]   49    0    0   49 /   64     5.9s Hashtbl_with_order parallel
[ ]   50    0    0   50 /   64     6.0s Hashtbl_with_order parallel
[ ]   54    0    0   54 /   64     6.3s Hashtbl_with_order parallel
[ ]   55    0    0   55 /   64     6.4s Hashtbl_with_order parallel
[ ]   57    0    0   57 /   64     6.6s Hashtbl_with_order parallel
[ ]   60    0    0   60 /   64     6.7s Hashtbl_with_order parallel
[ ]   63    0    0   63 /   64     6.8s Hashtbl_with_order parallel
[]   64    0    0   64 /   64     6.9s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 2311240557268405284
generated error fail pass / total     time test name

[ ]    0    0    0    0 /  128     0.0s Hashtbl_with_order sequential
[]  128    0    0  128 /  128     0.0s Hashtbl_with_order sequential

[ ]    0    0    0    0 /  128     0.0s Hashtbl_with_order parallel
[ ]    2    0    0    2 /  128     0.1s Hashtbl_with_order parallel
[ ]    4    0    0    4 /  128     0.2s Hashtbl_with_order parallel
[ ]    7    0    0    7 /  128     0.3s Hashtbl_with_order parallel
[ ]    9    0    0    9 /  128     0.5s Hashtbl_with_order parallel
[ ]   11    0    0   11 /  128     0.8s Hashtbl_with_order parallel
[ ]   18    0    0   18 /  128     1.0s Hashtbl_with_order parallel
[ ]   21    0    0   21 /  128     1.1s Hashtbl_with_order parallel
[ ]   22    0    0   22 /  128     1.2s Hashtbl_with_order parallel
[ ]   23    0    0   23 /  128     1.3s Hashtbl_with_order parallel
[ ]   25    0    0   25 /  128     1.9s Hashtbl_with_order parallel
[ ]   30    0    0   30 /  128     2.0s Hashtbl_with_order parallel
[ ]   38    0    0   38 /  128     2.1s Hashtbl_with_order parallel
[ ]   41    0    0   41 /  128     2.5s Hashtbl_with_order parallel
[ ]   43    0    0   43 /  128     3.2s Hashtbl_with_order parallel
[ ]   50    0    0   50 /  128     3.3s Hashtbl_with_order parallel
[ ]   57    0    0   57 /  128     3.4s Hashtbl_with_order parallel
[ ]   63    0    0   63 /  128     3.6s Hashtbl_with_order parallel
[ ]   67    0    0   67 /  128     3.8s Hashtbl_with_order parallel
[ ]   72    0    0   72 /  128     4.4s Hashtbl_with_order parallel
[ ]   80    0    0   80 /  128     4.6s Hashtbl_with_order parallel
[ ]   84    0    0   84 /  128     5.2s Hashtbl_with_order parallel
[ ]   87    0    0   87 /  128     5.3s Hashtbl_with_order parallel
[ ]   95    0    0   95 /  128     5.4s Hashtbl_with_order parallel
[ ]  102    0    0  102 /  128     5.5s Hashtbl_with_order parallel
[ ]  106    0    0  106 /  128     5.7s Hashtbl_with_order parallel
[ ]  114    0    0  114 /  128     5.8s Hashtbl_with_order parallel
[ ]  120    0    0  120 /  128     5.9s Hashtbl_with_order parallel
[ ]  123    0    0  123 /  128     6.4s Hashtbl_with_order parallel
[ ]  127    0    0  127 /  128     6.6s Hashtbl_with_order parallel
[]  128    0    0  128 /  128     6.6s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
random seed: 2534152127890169987
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
[ ]    4    0    0    4 /  256     0.1s Hashtbl_with_order parallel
[ ]    5    0    0    5 /  256     0.3s Hashtbl_with_order parallel
[ ]   11    0    0   11 /  256     0.4s Hashtbl_with_order parallel
[ ]   18    0    0   18 /  256     1.0s Hashtbl_with_order parallel
[ ]   22    0    0   22 /  256     1.1s Hashtbl_with_order parallel
[ ]   26    0    0   26 /  256     1.2s Hashtbl_with_order parallel
[ ]   27    0    0   27 /  256     1.5s Hashtbl_with_order parallel
[ ]   33    0    0   33 /  256     1.6s Hashtbl_with_order parallel
[ ]   39    0    0   39 /  256     1.9s Hashtbl_with_order parallel
[ ]   45    0    0   45 /  256     2.0s Hashtbl_with_order parallel
[ ]   46    0    0   46 /  256     2.1s Hashtbl_with_order parallel
[ ]   51    0    0   51 /  256     2.3s Hashtbl_with_order parallel
[ ]   58    0    0   58 /  256     2.4s Hashtbl_with_order parallel
[ ]   59    0    0   59 /  256     2.8s Hashtbl_with_order parallel
[ ]   60    0    0   60 /  256     2.9s Hashtbl_with_order parallel
[ ]   61    0    0   61 /  256     3.1s Hashtbl_with_order parallel
[ ]   67    0    0   67 /  256     3.4s Hashtbl_with_order parallel
[ ]   74    0    0   74 /  256     3.5s Hashtbl_with_order parallel
[ ]   81    0    0   81 /  256     3.7s Hashtbl_with_order parallel
[ ]   84    0    0   84 /  256     3.8s Hashtbl_with_order parallel
[ ]   89    0    0   89 /  256     4.0s Hashtbl_with_order parallel
[ ]   93    0    0   93 /  256     4.2s Hashtbl_with_order parallel
[ ]  101    0    0  101 /  256     4.4s Hashtbl_with_order parallel
[ ]  107    0    0  107 /  256     4.9s Hashtbl_with_order parallel
[ ]  111    0    0  111 /  256     5.1s Hashtbl_with_order parallel
[ ]  114    0    0  114 /  256     5.4s Hashtbl_with_order parallel
[ ]  122    0    0  122 /  256     5.5s Hashtbl_with_order parallel
[ ]  124    0    0  124 /  256     5.6s Hashtbl_with_order parallel
[ ]  127    0    0  127 /  256     6.3s Hashtbl_with_order parallel
[ ]  132    0    0  132 /  256     6.8s Hashtbl_with_order parallel
[ ]  135    0    0  135 /  256     7.3s Hashtbl_with_order parallel
[ ]  141    0    0  141 /  256     7.4s Hashtbl_with_order parallel
[ ]  147    0    0  147 /  256     7.5s Hashtbl_with_order parallel
[ ]  151    0    0  151 /  256     7.6s Hashtbl_with_order parallel
[ ]  157    0    0  157 /  256     7.7s Hashtbl_with_order parallel
[ ]  161    0    0  161 /  256     7.8s Hashtbl_with_order parallel
[ ]  169    0    0  169 /  256     8.0s Hashtbl_with_order parallel
[ ]  170    0    0  170 /  256     8.2s Hashtbl_with_order parallel
[ ]  176    0    0  176 /  256     8.3s Hashtbl_with_order parallel
[ ]  181    0    0  181 /  256     8.4s Hashtbl_with_order parallel
[ ]  185    0    0  185 /  256     9.2s Hashtbl_with_order parallel
[ ]  187    0    0  187 /  256     9.5s Hashtbl_with_order parallel
[ ]  188    0    0  188 /  256     9.7s Hashtbl_with_order parallel
[ ]  189    0    0  189 /  256    10.1s Hashtbl_with_order parallel
[ ]  190    0    0  190 /  256    10.6s Hashtbl_with_order parallel
[ ]  191    0    0  191 /  256    11.0s Hashtbl_with_order parallel
[ ]  192    0    0  192 /  256    12.6s Hashtbl_with_order parallel
[ ]  193    0    0  193 /  256    12.7s Hashtbl_with_order parallel
[ ]  195    0    0  195 /  256    13.1s Hashtbl_with_order parallel
[ ]  196    0    0  196 /  256    13.9s Hashtbl_with_order parallel
[ ]  197    0    0  197 /  256    15.0s Hashtbl_with_order parallel
[ ]  198    0    0  198 /  256    15.2s Hashtbl_with_order parallel
[ ]  200    0    0  200 /  256    15.4s Hashtbl_with_order parallel
[ ]  201    0    0  201 /  256    16.3s Hashtbl_with_order parallel
[ ]  202    0    0  202 /  256    16.5s Hashtbl_with_order parallel
[ ]  203    0    0  203 /  256    17.5s Hashtbl_with_order parallel
[ ]  204    0    0  204 /  256    17.9s Hashtbl_with_order parallel
[ ]  205    0    0  205 /  256    18.6s Hashtbl_with_order parallel
[ ]  206    0    0  206 /  256    18.9s Hashtbl_with_order parallel
[ ]  207    0    0  207 /  256    19.1s Hashtbl_with_order parallel
[ ]  208    0    0  208 /  256    20.2s Hashtbl_with_order parallel
[ ]  209    0    0  209 /  256    20.4s Hashtbl_with_order parallel
[ ]  210    0    0  210 /  256    21.2s Hashtbl_with_order parallel
[ ]  211    0    0  211 /  256    21.3s Hashtbl_with_order parallel
[ ]  212    0    0  212 /  256    21.6s Hashtbl_with_order parallel
[ ]  213    0    0  213 /  256    21.7s Hashtbl_with_order parallel
[ ]  214    0    0  214 /  256    21.9s Hashtbl_with_order parallel
[ ]  215    0    0  215 /  256    22.1s Hashtbl_with_order parallel
[ ]  216    0    0  216 /  256    23.0s Hashtbl_with_order parallel
[ ]  217    0    0  217 /  256    23.2s Hashtbl_with_order parallel
[ ]  218    0    0  218 /  256    23.5s Hashtbl_with_order parallel
[ ]  219    0    0  219 /  256    23.7s Hashtbl_with_order parallel
[ ]  220    0    0  220 /  256    23.9s Hashtbl_with_order parallel
[ ]  221    0    0  221 /  256    24.1s Hashtbl_with_order parallel
[ ]  222    0    0  222 /  256    24.4s Hashtbl_with_order parallel
[ ]  223    0    0  223 /  256    25.2s Hashtbl_with_order parallel
[ ]  224    0    0  224 /  256    25.5s Hashtbl_with_order parallel
[ ]  225    0    0  225 /  256    25.9s Hashtbl_with_order parallel
[ ]  226    0    0  226 /  256    26.2s Hashtbl_with_order parallel
[ ]  227    0    0  227 /  256    26.4s Hashtbl_with_order parallel
[ ]  228    0    0  228 /  256    26.7s Hashtbl_with_order parallel
[ ]  229    0    0  229 /  256    26.8s Hashtbl_with_order parallel
[ ]  230    0    0  230 /  256    27.3s Hashtbl_with_order parallel
[ ]  231    0    0  231 /  256    27.7s Hashtbl_with_order parallel
[ ]  232    0    0  232 /  256    28.2s Hashtbl_with_order parallel
[ ]  233    0    0  233 /  256    28.8s Hashtbl_with_order parallel
[ ]  234    0    0  234 /  256    29.5s Hashtbl_with_order parallel
[ ]  235    0    0  235 /  256    30.1s Hashtbl_with_order parallel
[ ]  236    0    0  236 /  256    30.7s Hashtbl_with_order parallel
[ ]  237    0    0  237 /  256    31.4s Hashtbl_with_order parallel
[ ]  238    0    0  238 /  256    32.0s Hashtbl_with_order parallel
[ ]  239    0    0  239 /  256    32.6s Hashtbl_with_order parallel
[ ]  240    0    0  240 /  256    33.3s Hashtbl_with_order parallel
[ ]  241    0    0  241 /  256    33.9s Hashtbl_with_order parallel
[ ]  242    0    0  242 /  256    35.2s Hashtbl_with_order parallel
[ ]  243    0    0  243 /  256    35.8s Hashtbl_with_order parallel
[ ]  244    0    0  244 /  256    36.4s Hashtbl_with_order parallel
[ ]  245    0    0  245 /  256    37.0s Hashtbl_with_order parallel
[ ]  246    0    0  246 /  256    37.6s Hashtbl_with_order parallel
[ ]  247    0    0  247 /  256    39.1s Hashtbl_with_order parallel
[ ]  248    0    0  248 /  256    39.7s Hashtbl_with_order parallel
[ ]  249    0    0  249 /  256    40.4s Hashtbl_with_order parallel
[ ]  250    0    0  250 /  256    40.9s Hashtbl_with_order parallel
[ ]  251    0    0  251 /  256    41.3s Hashtbl_with_order parallel
[ ]  252    0    0  252 /  256    41.6s Hashtbl_with_order parallel
[ ]  253    0    0  253 /  256    42.3s Hashtbl_with_order parallel
[ ]  254    0    0  254 /  256    42.7s Hashtbl_with_order parallel
[ ]  255    0    0  255 /  256    43.1s Hashtbl_with_order parallel
[ ]  256    0    0  256 /  256    43.4s Hashtbl_with_order parallel
[]  256    0    0  256 /  256    43.4s Hashtbl_with_order parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./dllist_test_stm.exe)
random seed: 2623157427890068278
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
[ ]    1    0    0    1 /   32     0.2s Dllist parallel
[ ]    2    0    0    2 /   32     0.3s Dllist parallel
[ ]    3    0    0    3 /   32     1.2s Dllist parallel
[ ]    5    0    0    5 /   32     1.3s Dllist parallel
[ ]    6    0    0    6 /   32     1.5s Dllist parallel
[ ]    8    0    0    8 /   32     1.6s Dllist parallel
[ ]    9    0    0    9 /   32     1.8s Dllist parallel
[ ]   11    0    0   11 /   32     2.0s Dllist parallel
[ ]   13    0    0   13 /   32     2.9s Dllist parallel
[ ]   15    0    0   15 /   32     3.1s Dllist parallel
[ ]   18    0    0   18 /   32     3.3s Dllist parallel
[ ]   19    0    0   19 /   32     3.4s Dllist parallel
[ ]   21    0    0   21 /   32     4.3s Dllist parallel
[ ]   22    0    0   22 /   32     4.4s Dllist parallel
[ ]   24    0    0   24 /   32     4.5s Dllist parallel
[ ]   26    0    0   26 /   32     4.7s Dllist parallel
[ ]   27    0    0   27 /   32     4.8s Dllist parallel
[ ]   28    0    0   28 /   32     5.1s Dllist parallel
[ ]   29    0    0   29 /   32     5.3s Dllist parallel
[ ]   30    0    0   30 /   32     5.4s Dllist parallel
[ ]   32    0    0   32 /   32     5.5s Dllist parallel
[]   32    0    0   32 /   32     5.5s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 4006083962126968629
generated error fail pass / total     time test name

[ ]    0    0    0    0 /   64     0.0s Dllist sequential
[]   64    0    0   64 /   64     0.0s Dllist sequential

[ ]    0    0    0    0 /   64     0.0s Dllist parallel
[ ]    2    0    0    2 /   64     0.1s Dllist parallel
[ ]    3    0    0    3 /   64     0.3s Dllist parallel
[ ]    5    0    0    5 /   64     0.7s Dllist parallel
[ ]    6    0    0    6 /   64     1.0s Dllist parallel
[ ]    7    0    0    7 /   64     1.2s Dllist parallel
[ ]    9    0    0    9 /   64     1.5s Dllist parallel
[ ]   11    0    0   11 /   64     1.6s Dllist parallel
[ ]   12    0    0   12 /   64     1.9s Dllist parallel
[ ]   13    0    0   13 /   64     2.0s Dllist parallel
[ ]   14    0    0   14 /   64     2.2s Dllist parallel
[ ]   18    0    0   18 /   64     2.3s Dllist parallel
[ ]   21    0    0   21 /   64     2.4s Dllist parallel
[ ]   23    0    0   23 /   64     3.1s Dllist parallel
[ ]   25    0    0   25 /   64     3.6s Dllist parallel
[ ]   26    0    0   26 /   64     3.7s Dllist parallel
[ ]   27    0    0   27 /   64     3.9s Dllist parallel
[ ]   29    0    0   29 /   64     4.2s Dllist parallel
[ ]   31    0    0   31 /   64     4.3s Dllist parallel
[ ]   32    0    0   32 /   64     4.6s Dllist parallel
[ ]   33    0    0   33 /   64     5.0s Dllist parallel
[ ]   35    0    0   35 /   64     5.2s Dllist parallel
[ ]   38    0    0   38 /   64     5.3s Dllist parallel
[ ]   42    0    0   42 /   64     5.4s Dllist parallel
[ ]   46    0    0   46 /   64     5.5s Dllist parallel
[ ]   50    0    0   50 /   64     5.6s Dllist parallel
[ ]   53    0    0   53 /   64     5.7s Dllist parallel
[ ]   56    0    0   56 /   64     5.9s Dllist parallel
[ ]   59    0    0   59 /   64     6.0s Dllist parallel
[ ]   61    0    0   61 /   64     6.3s Dllist parallel
[ ]   63    0    0   63 /   64     6.4s Dllist parallel
[]   64    0    0   64 /   64     6.5s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 679155669029068242
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
[ ]    2    0    0    2 /  128     0.3s Dllist parallel
[ ]    4    0    0    4 /  128     0.6s Dllist parallel
[ ]    5    0    0    5 /  128     0.9s Dllist parallel
[ ]    9    0    0    9 /  128     1.0s Dllist parallel
[ ]   13    0    0   13 /  128     1.1s Dllist parallel
[ ]   17    0    0   17 /  128     1.2s Dllist parallel
[ ]   21    0    0   21 /  128     1.4s Dllist parallel
[ ]   23    0    0   23 /  128     1.7s Dllist parallel
[ ]   26    0    0   26 /  128     2.3s Dllist parallel
[ ]   31    0    0   31 /  128     2.5s Dllist parallel
[ ]   34    0    0   34 /  128     2.9s Dllist parallel
[ ]   35    0    0   35 /  128     3.0s Dllist parallel
[ ]   42    0    0   42 /  128     3.1s Dllist parallel
[ ]   45    0    0   45 /  128     3.8s Dllist parallel
[ ]   46    0    0   46 /  128     4.1s Dllist parallel
[ ]   50    0    0   50 /  128     4.3s Dllist parallel
[ ]   55    0    0   55 /  128     4.5s Dllist parallel
[ ]   58    0    0   58 /  128     4.7s Dllist parallel
[ ]   60    0    0   60 /  128     4.9s Dllist parallel
[ ]   62    0    0   62 /  128     5.0s Dllist parallel
[ ]   68    0    0   68 /  128     5.1s Dllist parallel
[ ]   70    0    0   70 /  128     5.4s Dllist parallel
[ ]   71    0    0   71 /  128     5.5s Dllist parallel
[ ]   75    0    0   75 /  128     5.7s Dllist parallel
[ ]   81    0    0   81 /  128     5.8s Dllist parallel
[ ]   89    0    0   89 /  128     5.9s Dllist parallel
[ ]   91    0    0   91 /  128     6.2s Dllist parallel
[ ]  100    0    0  100 /  128     6.3s Dllist parallel
[ ]  102    0    0  102 /  128     6.4s Dllist parallel
[ ]  107    0    0  107 /  128     6.8s Dllist parallel
[ ]  111    0    0  111 /  128     7.0s Dllist parallel
[ ]  114    0    0  114 /  128     7.2s Dllist parallel
[ ]  120    0    0  120 /  128     7.5s Dllist parallel
[ ]  121    0    0  121 /  128     7.6s Dllist parallel
[ ]  128    0    0  128 /  128     7.8s Dllist parallel
[]  128    0    0  128 /  128     7.8s Dllist parallel
================================================================================
success (ran 2 tests)
random seed: 585949867366818145
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
[ ]    4    0    0    4 /  256     0.1s Dllist parallel
[ ]   10    0    0   10 /  256     0.7s Dllist parallel
[ ]   13    0    0   13 /  256     0.9s Dllist parallel
[ ]   19    0    0   19 /  256     1.2s Dllist parallel
[ ]   22    0    0   22 /  256     1.3s Dllist parallel
[ ]   28    0    0   28 /  256     1.4s Dllist parallel
[ ]   36    0    0   36 /  256     1.6s Dllist parallel
[ ]   45    0    0   45 /  256     1.7s Dllist parallel
[ ]   46    0    0   46 /  256     1.9s Dllist parallel
[ ]   50    0    0   50 /  256     2.1s Dllist parallel
[ ]   57    0    0   57 /  256     2.2s Dllist parallel
[ ]   58    0    0   58 /  256     2.3s Dllist parallel
[ ]   65    0    0   65 /  256     2.4s Dllist parallel
[ ]   71    0    0   71 /  256     2.5s Dllist parallel
[ ]   80    0    0   80 /  256     2.7s Dllist parallel
[ ]   81    0    0   81 /  256     2.9s Dllist parallel
[ ]   82    0    0   82 /  256     3.2s Dllist parallel
[ ]   83    0    0   83 /  256     3.4s Dllist parallel
[ ]   88    0    0   88 /  256     3.5s Dllist parallel
[ ]   91    0    0   91 /  256     3.6s Dllist parallel
[ ]   98    0    0   98 /  256     3.7s Dllist parallel
[ ]  107    0    0  107 /  256     3.8s Dllist parallel
[ ]  109    0    0  109 /  256     4.0s Dllist parallel
[ ]  110    0    0  110 /  256     4.6s Dllist parallel
[ ]  116    0    0  116 /  256     5.3s Dllist parallel
[ ]  117    0    0  117 /  256     5.7s Dllist parallel
[ ]  118    0    0  118 /  256     5.8s Dllist parallel
[ ]  119    0    0  119 /  256     6.1s Dllist parallel
[ ]  124    0    0  124 /  256     6.2s Dllist parallel
[ ]  126    0    0  126 /  256     6.3s Dllist parallel
[ ]  129    0    0  129 /  256     6.5s Dllist parallel
[ ]  135    0    0  135 /  256     6.6s Dllist parallel
[ ]  139    0    0  139 /  256     6.7s Dllist parallel
[ ]  144    0    0  144 /  256     6.9s Dllist parallel
[ ]  148    0    0  148 /  256     7.0s Dllist parallel
[ ]  149    0    0  149 /  256     7.3s Dllist parallel
[ ]  154    0    0  154 /  256     8.2s Dllist parallel
[ ]  155    0    0  155 /  256     8.4s Dllist parallel
[ ]  156    0    0  156 /  256     8.5s Dllist parallel
[ ]  157    0    0  157 /  256     9.4s Dllist parallel
[ ]  158    0    0  158 /  256     9.9s Dllist parallel
[ ]  159    0    0  159 /  256    10.4s Dllist parallel
[ ]  160    0    0  160 /  256    11.0s Dllist parallel
[ ]  161    0    0  161 /  256    12.0s Dllist parallel
[ ]  162    0    0  162 /  256    12.2s Dllist parallel
[ ]  163    0    0  163 /  256    12.5s Dllist parallel
[ ]  164    0    0  164 /  256    13.5s Dllist parallel
[ ]  165    0    0  165 /  256    13.9s Dllist parallel
[ ]  166    0    0  166 /  256    14.1s Dllist parallel
[ ]  167    0    0  167 /  256    14.4s Dllist parallel
[ ]  168    0    0  168 /  256    14.6s Dllist parallel
[ ]  169    0    0  169 /  256    14.7s Dllist parallel
[ ]  170    0    0  170 /  256    15.0s Dllist parallel
[ ]  171    0    0  171 /  256    15.2s Dllist parallel
[ ]  172    0    0  172 /  256    15.5s Dllist parallel
[ ]  173    0    0  173 /  256    15.7s Dllist parallel
[ ]  174    0    0  174 /  256    15.9s Dllist parallel
[ ]  175    0    0  175 /  256    16.0s Dllist parallel
[ ]  176    0    0  176 /  256    16.2s Dllist parallel
[ ]  177    0    0  177 /  256    16.5s Dllist parallel
[ ]  178    0    0  178 /  256    16.9s Dllist parallel
[ ]  179    0    0  179 /  256    17.1s Dllist parallel
[ ]  180    0    0  180 /  256    17.3s Dllist parallel
[ ]  182    0    0  182 /  256    17.8s Dllist parallel
[ ]  183    0    0  183 /  256    17.9s Dllist parallel
[ ]  184    0    0  184 /  256    18.1s Dllist parallel
[ ]  185    0    0  185 /  256    18.4s Dllist parallel
[ ]  186    0    0  186 /  256    19.6s Dllist parallel
[ ]  187    0    0  187 /  256    20.0s Dllist parallel
[ ]  188    0    0  188 /  256    21.3s Dllist parallel
[ ]  189    0    0  189 /  256    21.5s Dllist parallel
[ ]  190    0    0  190 /  256    21.7s Dllist parallel
[ ]  191    0    0  191 /  256    21.9s Dllist parallel
[ ]  192    0    0  192 /  256    22.1s Dllist parallel
[ ]  193    0    0  193 /  256    22.5s Dllist parallel
[ ]  194    0    0  194 /  256    22.8s Dllist parallel
[ ]  195    0    0  195 /  256    23.1s Dllist parallel
[ ]  196    0    0  196 /  256    23.2s Dllist parallel
[ ]  197    0    0  197 /  256    23.5s Dllist parallel
[ ]  198    0    0  198 /  256    23.8s Dllist parallel
[ ]  199    0    0  199 /  256    24.1s Dllist parallel
[ ]  200    0    0  200 /  256    24.3s Dllist parallel
[ ]  201    0    0  201 /  256    24.6s Dllist parallel
[ ]  202    0    0  202 /  256    24.9s Dllist parallel
[ ]  203    0    0  203 /  256    25.2s Dllist parallel
[ ]  204    0    0  204 /  256    25.4s Dllist parallel
[ ]  205    0    0  205 /  256    25.6s Dllist parallel
[ ]  206    0    0  206 /  256    26.0s Dllist parallel
[ ]  207    0    0  207 /  256    26.3s Dllist parallel
[ ]  208    0    0  208 /  256    26.6s Dllist parallel
[ ]  209    0    0  209 /  256    27.4s Dllist parallel
[ ]  210    0    0  210 /  256    27.9s Dllist parallel
[ ]  211    0    0  211 /  256    28.5s Dllist parallel
[ ]  212    0    0  212 /  256    29.0s Dllist parallel
[ ]  213    0    0  213 /  256    29.6s Dllist parallel
[ ]  214    0    0  214 /  256    31.4s Dllist parallel
[ ]  215    0    0  215 /  256    32.9s Dllist parallel
[ ]  216    0    0  216 /  256    33.5s Dllist parallel
[ ]  217    0    0  217 /  256    34.1s Dllist parallel
[ ]  218    0    0  218 /  256    34.6s Dllist parallel
[ ]  219    0    0  219 /  256    35.1s Dllist parallel
[ ]  220    0    0  220 /  256    35.5s Dllist parallel
[ ]  221    0    0  221 /  256    37.1s Dllist parallel
[ ]  222    0    0  222 /  256    37.5s Dllist parallel
[ ]  223    0    0  223 /  256    38.0s Dllist parallel
[ ]  224    0    0  224 /  256    39.5s Dllist parallel
[ ]  225    0    0  225 /  256    39.8s Dllist parallel
[ ]  226    0    0  226 /  256    40.2s Dllist parallel
[ ]  227    0    0  227 /  256    40.8s Dllist parallel
[ ]  228    0    0  228 /  256    41.1s Dllist parallel
[ ]  229    0    0  229 /  256    41.5s Dllist parallel
[ ]  230    0    0  230 /  256    41.9s Dllist parallel
[ ]  231    0    0  231 /  256    42.2s Dllist parallel
[ ]  232    0    0  232 /  256    42.6s Dllist parallel
[ ]  233    0    0  233 /  256    43.0s Dllist parallel
[ ]  234    0    0  234 /  256    43.4s Dllist parallel
[ ]  235    0    0  235 /  256    43.9s Dllist parallel
[ ]  236    0    0  236 /  256    44.3s Dllist parallel
[ ]  237    0    0  237 /  256    44.6s Dllist parallel
[ ]  238    0    0  238 /  256    44.8s Dllist parallel
[ ]  239    0    0  239 /  256    45.1s Dllist parallel
[ ]  240    0    0  240 /  256    45.2s Dllist parallel
[ ]  241    0    0  241 /  256    45.6s Dllist parallel
[ ]  242    0    0  242 /  256    45.8s Dllist parallel
[ ]  243    0    0  243 /  256    46.6s Dllist parallel
[ ]  244    0    0  244 /  256    46.9s Dllist parallel
[ ]  245    0    0  245 /  256    47.2s Dllist parallel
[ ]  246    0    0  246 /  256    47.5s Dllist parallel
[ ]  247    0    0  247 /  256    47.9s Dllist parallel
[ ]  248    0    0  248 /  256    48.2s Dllist parallel
[ ]  249    0    0  249 /  256    49.5s Dllist parallel
[ ]  250    0    0  250 /  256    49.8s Dllist parallel
[ ]  251    0    0  251 /  256    50.2s Dllist parallel
[ ]  252    0    0  252 /  256    50.7s Dllist parallel
[ ]  253    0    0  253 /  256    51.1s Dllist parallel
[ ]  254    0    0  254 /  256    51.5s Dllist parallel
[ ]  255    0    0  255 /  256    52.0s Dllist parallel
[ ]  256    0    0  256 /  256    52.2s Dllist parallel
[]  256    0    0  256 /  256    52.2s Dllist parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./hashtbl_test_stm.exe)
random seed: 1523334634795818035
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
[ ]    1    0    0    1 /   32     0.3s Hashtbl parallel
[ ]    2    0    0    2 /   32     0.4s Hashtbl parallel
[ ]    3    0    0    3 /   32     0.7s Hashtbl parallel
[ ]    4    0    0    4 /   32     0.9s Hashtbl parallel
[ ]    5    0    0    5 /   32     1.7s Hashtbl parallel
[ ]    6    0    0    6 /   32     1.8s Hashtbl parallel
[ ]    7    0    0    7 /   32     2.0s Hashtbl parallel
[ ]    8    0    0    8 /   32     2.1s Hashtbl parallel
[ ]    9    0    0    9 /   32     2.2s Hashtbl parallel
[ ]   11    0    0   11 /   32     2.5s Hashtbl parallel
[ ]   14    0    0   14 /   32     3.0s Hashtbl parallel
[ ]   15    0    0   15 /   32     3.1s Hashtbl parallel
[ ]   17    0    0   17 /   32     3.3s Hashtbl parallel
[ ]   18    0    0   18 /   32     3.5s Hashtbl parallel
[ ]   19    0    0   19 /   32     4.0s Hashtbl parallel
[ ]   21    0    0   21 /   32     4.2s Hashtbl parallel
[ ]   23    0    0   23 /   32     4.3s Hashtbl parallel
[ ]   24    0    0   24 /   32     4.4s Hashtbl parallel
[ ]   26    0    0   26 /   32     4.6s Hashtbl parallel
[ ]   28    0    0   28 /   32     4.7s Hashtbl parallel
[ ]   30    0    0   30 /   32     4.9s Hashtbl parallel
[ ]   32    0    0   32 /   32     5.0s Hashtbl parallel
[]   32    0    0   32 /   32     5.0s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 3321461875158150164
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
[ ]    1    0    0    1 /   64     0.4s Hashtbl parallel
[ ]    3    0    0    3 /   64     0.5s Hashtbl parallel
[ ]    4    0    0    4 /   64     0.6s Hashtbl parallel
[ ]    7    0    0    7 /   64     0.8s Hashtbl parallel
[ ]    9    0    0    9 /   64     0.9s Hashtbl parallel
[ ]   11    0    0   11 /   64     1.1s Hashtbl parallel
[ ]   13    0    0   13 /   64     1.3s Hashtbl parallel
[ ]   14    0    0   14 /   64     1.9s Hashtbl parallel
[ ]   15    0    0   15 /   64     2.0s Hashtbl parallel
[ ]   16    0    0   16 /   64     2.1s Hashtbl parallel
[ ]   17    0    0   17 /   64     2.3s Hashtbl parallel
[ ]   19    0    0   19 /   64     2.4s Hashtbl parallel
[ ]   20    0    0   20 /   64     2.5s Hashtbl parallel
[ ]   23    0    0   23 /   64     2.7s Hashtbl parallel
[ ]   26    0    0   26 /   64     2.9s Hashtbl parallel
[ ]   29    0    0   29 /   64     3.1s Hashtbl parallel
[ ]   33    0    0   33 /   64     3.2s Hashtbl parallel
[ ]   36    0    0   36 /   64     3.4s Hashtbl parallel
[ ]   38    0    0   38 /   64     3.6s Hashtbl parallel
[ ]   40    0    0   40 /   64     4.1s Hashtbl parallel
[ ]   44    0    0   44 /   64     4.3s Hashtbl parallel
[ ]   46    0    0   46 /   64     4.5s Hashtbl parallel
[ ]   47    0    0   47 /   64     4.6s Hashtbl parallel
[ ]   49    0    0   49 /   64     4.7s Hashtbl parallel
[ ]   50    0    0   50 /   64     4.9s Hashtbl parallel
[ ]   53    0    0   53 /   64     5.0s Hashtbl parallel
[ ]   56    0    0   56 /   64     5.2s Hashtbl parallel
[ ]   59    0    0   59 /   64     5.3s Hashtbl parallel
[ ]   61    0    0   61 /   64     5.6s Hashtbl parallel
[ ]   62    0    0   62 /   64     5.9s Hashtbl parallel
[]   64    0    0   64 /   64     6.0s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 2822070186771392150
generated error fail pass / total     time test name

[ ]    0    0    0    0 /  128     0.0s Hashtbl sequential
[]  128    0    0  128 /  128     0.0s Hashtbl sequential

[ ]    0    0    0    0 /  128     0.0s Hashtbl parallel
[ ]    1    0    0    1 /  128     0.1s Hashtbl parallel
[ ]    3    0    0    3 /  128     0.2s Hashtbl parallel
[ ]    5    0    0    5 /  128     0.4s Hashtbl parallel
[ ]    9    0    0    9 /  128     0.5s Hashtbl parallel
[ ]   13    0    0   13 /  128     0.7s Hashtbl parallel
[ ]   16    0    0   16 /  128     0.9s Hashtbl parallel
[ ]   17    0    0   17 /  128     1.0s Hashtbl parallel
[ ]   19    0    0   19 /  128     1.1s Hashtbl parallel
[ ]   21    0    0   21 /  128     1.3s Hashtbl parallel
[ ]   22    0    0   22 /  128     1.8s Hashtbl parallel
[ ]   24    0    0   24 /  128     1.9s Hashtbl parallel
[ ]   25    0    0   25 /  128     2.4s Hashtbl parallel
[ ]   26    0    0   26 /  128     2.7s Hashtbl parallel
[ ]   27    0    0   27 /  128     2.8s Hashtbl parallel
[ ]   32    0    0   32 /  128     2.9s Hashtbl parallel
[ ]   36    0    0   36 /  128     3.3s Hashtbl parallel
[ ]   39    0    0   39 /  128     3.5s Hashtbl parallel
[ ]   40    0    0   40 /  128     3.6s Hashtbl parallel
[ ]   41    0    0   41 /  128     3.7s Hashtbl parallel
[ ]   46    0    0   46 /  128     3.8s Hashtbl parallel
[ ]   48    0    0   48 /  128     4.0s Hashtbl parallel
[ ]   51    0    0   51 /  128     4.4s Hashtbl parallel
[ ]   57    0    0   57 /  128     4.5s Hashtbl parallel
[ ]   61    0    0   61 /  128     4.8s Hashtbl parallel
[ ]   68    0    0   68 /  128     4.9s Hashtbl parallel
[ ]   70    0    0   70 /  128     5.1s Hashtbl parallel
[ ]   75    0    0   75 /  128     5.7s Hashtbl parallel
[ ]   80    0    0   80 /  128     6.0s Hashtbl parallel
[ ]   84    0    0   84 /  128     6.3s Hashtbl parallel
[ ]   85    0    0   85 /  128     6.5s Hashtbl parallel
[ ]   90    0    0   90 /  128     7.1s Hashtbl parallel
[ ]   97    0    0   97 /  128     7.2s Hashtbl parallel
[ ]  100    0    0  100 /  128     7.3s Hashtbl parallel
[ ]  105    0    0  105 /  128     7.7s Hashtbl parallel
[ ]  108    0    0  108 /  128     7.8s Hashtbl parallel
[ ]  113    0    0  113 /  128     8.0s Hashtbl parallel
[ ]  122    0    0  122 /  128     8.2s Hashtbl parallel
[]  128    0    0  128 /  128     8.3s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 2104735422011432833
generated error fail pass / total     time test name

[ ]    0    0    0    0 /  256     0.0s Hashtbl sequential
[]  256    0    0  256 /  256     0.0s Hashtbl sequential

[ ]    0    0    0    0 /  256     0.0s Hashtbl parallel
[ ]    3    0    0    3 /  256     0.0s Hashtbl parallel
[ ]   10    0    0   10 /  256     0.2s Hashtbl parallel
[ ]   16    0    0   16 /  256     0.3s Hashtbl parallel
[ ]   24    0    0   24 /  256     0.5s Hashtbl parallel
[ ]   28    0    0   28 /  256     0.7s Hashtbl parallel
[ ]   35    0    0   35 /  256     1.0s Hashtbl parallel
[ ]   43    0    0   43 /  256     1.4s Hashtbl parallel
[ ]   48    0    0   48 /  256     1.8s Hashtbl parallel
[ ]   52    0    0   52 /  256     1.9s Hashtbl parallel
[ ]   59    0    0   59 /  256     2.0s Hashtbl parallel
[ ]   61    0    0   61 /  256     2.5s Hashtbl parallel
[ ]   67    0    0   67 /  256     2.7s Hashtbl parallel
[ ]   72    0    0   72 /  256     2.8s Hashtbl parallel
[ ]   74    0    0   74 /  256     2.9s Hashtbl parallel
[ ]   76    0    0   76 /  256     3.0s Hashtbl parallel
[ ]   80    0    0   80 /  256     3.6s Hashtbl parallel
[ ]   85    0    0   85 /  256     3.7s Hashtbl parallel
[ ]   87    0    0   87 /  256     4.0s Hashtbl parallel
[ ]   90    0    0   90 /  256     4.2s Hashtbl parallel
[ ]   91    0    0   91 /  256     4.6s Hashtbl parallel
[ ]   92    0    0   92 /  256     4.9s Hashtbl parallel
[ ]   96    0    0   96 /  256     5.0s Hashtbl parallel
[ ]  102    0    0  102 /  256     5.2s Hashtbl parallel
[ ]  107    0    0  107 /  256     5.4s Hashtbl parallel
[ ]  108    0    0  108 /  256     5.7s Hashtbl parallel
[ ]  116    0    0  116 /  256     5.8s Hashtbl parallel
[ ]  124    0    0  124 /  256     6.5s Hashtbl parallel
[ ]  127    0    0  127 /  256     6.7s Hashtbl parallel
[ ]  136    0    0  136 /  256     6.8s Hashtbl parallel
[ ]  140    0    0  140 /  256     6.9s Hashtbl parallel
[ ]  146    0    0  146 /  256     7.0s Hashtbl parallel
[ ]  153    0    0  153 /  256     7.1s Hashtbl parallel
[ ]  162    0    0  162 /  256     7.3s Hashtbl parallel
[ ]  164    0    0  164 /  256     7.4s Hashtbl parallel
[ ]  167    0    0  167 /  256     7.5s Hashtbl parallel
[ ]  172    0    0  172 /  256     7.9s Hashtbl parallel
[ ]  174    0    0  174 /  256     8.1s Hashtbl parallel
[ ]  177    0    0  177 /  256     8.3s Hashtbl parallel
[ ]  186    0    0  186 /  256     9.0s Hashtbl parallel
[ ]  187    0    0  187 /  256     9.1s Hashtbl parallel
[ ]  188    0    0  188 /  256     9.2s Hashtbl parallel
[ ]  189    0    0  189 /  256     9.3s Hashtbl parallel
[ ]  190    0    0  190 /  256    10.2s Hashtbl parallel
[ ]  191    0    0  191 /  256    10.6s Hashtbl parallel
[ ]  192    0    0  192 /  256    11.3s Hashtbl parallel
[ ]  193    0    0  193 /  256    11.9s Hashtbl parallel
[ ]  194    0    0  194 /  256    12.2s Hashtbl parallel
[ ]  195    0    0  195 /  256    12.4s Hashtbl parallel
[ ]  196    0    0  196 /  256    12.6s Hashtbl parallel
[ ]  197    0    0  197 /  256    12.9s Hashtbl parallel
[ ]  198    0    0  198 /  256    14.0s Hashtbl parallel
[ ]  199    0    0  199 /  256    14.2s Hashtbl parallel
[ ]  200    0    0  200 /  256    14.4s Hashtbl parallel
[ ]  201    0    0  201 /  256    14.6s Hashtbl parallel
[ ]  202    0    0  202 /  256    14.8s Hashtbl parallel
[ ]  203    0    0  203 /  256    14.9s Hashtbl parallel
[ ]  204    0    0  204 /  256    15.1s Hashtbl parallel
[ ]  205    0    0  205 /  256    15.2s Hashtbl parallel
[ ]  206    0    0  206 /  256    15.4s Hashtbl parallel
[ ]  207    0    0  207 /  256    15.8s Hashtbl parallel
[ ]  208    0    0  208 /  256    16.1s Hashtbl parallel
[ ]  209    0    0  209 /  256    16.7s Hashtbl parallel
[ ]  210    0    0  210 /  256    16.9s Hashtbl parallel
[ ]  212    0    0  212 /  256    17.1s Hashtbl parallel
[ ]  213    0    0  213 /  256    17.2s Hashtbl parallel
[ ]  214    0    0  214 /  256    17.4s Hashtbl parallel
[ ]  215    0    0  215 /  256    17.5s Hashtbl parallel
[ ]  216    0    0  216 /  256    17.8s Hashtbl parallel
[ ]  217    0    0  217 /  256    18.0s Hashtbl parallel
[ ]  218    0    0  218 /  256    18.3s Hashtbl parallel
[ ]  219    0    0  219 /  256    18.8s Hashtbl parallel
[ ]  220    0    0  220 /  256    19.0s Hashtbl parallel
[ ]  221    0    0  221 /  256    19.3s Hashtbl parallel
[ ]  222    0    0  222 /  256    19.4s Hashtbl parallel
[ ]  223    0    0  223 /  256    20.5s Hashtbl parallel
[ ]  224    0    0  224 /  256    20.7s Hashtbl parallel
[ ]  225    0    0  225 /  256    20.9s Hashtbl parallel
[ ]  226    0    0  226 /  256    21.1s Hashtbl parallel
[ ]  227    0    0  227 /  256    21.3s Hashtbl parallel
[ ]  228    0    0  228 /  256    21.4s Hashtbl parallel
[ ]  229    0    0  229 /  256    21.6s Hashtbl parallel
[ ]  230    0    0  230 /  256    21.8s Hashtbl parallel
[ ]  231    0    0  231 /  256    22.1s Hashtbl parallel
[ ]  232    0    0  232 /  256    22.3s Hashtbl parallel
[ ]  233    0    0  233 /  256    22.6s Hashtbl parallel
[ ]  234    0    0  234 /  256    22.9s Hashtbl parallel
[ ]  235    0    0  235 /  256    23.2s Hashtbl parallel
[ ]  236    0    0  236 /  256    23.6s Hashtbl parallel
[ ]  237    0    0  237 /  256    23.7s Hashtbl parallel
[ ]  238    0    0  238 /  256    23.9s Hashtbl parallel
[ ]  239    0    0  239 /  256    24.1s Hashtbl parallel
[ ]  240    0    0  240 /  256    24.4s Hashtbl parallel
[ ]  241    0    0  241 /  256    24.6s Hashtbl parallel
[ ]  242    0    0  242 /  256    24.8s Hashtbl parallel
[ ]  243    0    0  243 /  256    25.2s Hashtbl parallel
[ ]  244    0    0  244 /  256    25.4s Hashtbl parallel
[ ]  245    0    0  245 /  256    25.7s Hashtbl parallel
[ ]  246    0    0  246 /  256    26.2s Hashtbl parallel
[ ]  247    0    0  247 /  256    26.4s Hashtbl parallel
[ ]  248    0    0  248 /  256    26.6s Hashtbl parallel
[ ]  249    0    0  249 /  256    27.0s Hashtbl parallel
[ ]  250    0    0  250 /  256    27.3s Hashtbl parallel
[ ]  251    0    0  251 /  256    27.7s Hashtbl parallel
[ ]  252    0    0  252 /  256    28.2s Hashtbl parallel
[ ]  253    0    0  253 /  256    29.6s Hashtbl parallel
[ ]  254    0    0  254 /  256    30.1s Hashtbl parallel
[ ]  255    0    0  255 /  256    30.7s Hashtbl parallel
[ ]  256    0    0  256 /  256    31.3s Hashtbl parallel
[]  256    0    0  256 /  256    31.3s Hashtbl parallel
================================================================================
success (ran 2 tests)
random seed: 2462814313872753140
generated error fail pass / total     time test name

[ ]    0    0    0    0 /   89     0.0s Hashtbl sequential
[]   89    0    0   89 /   89     0.0s Hashtbl sequential

[ ]    0    0    0    0 /   89     0.0s Hashtbl parallel
[ ]    1    0    0    1 /   89     0.5s Hashtbl parallel
[ ]    2    0    0    2 /   89     1.2s Hashtbl parallel
[ ]    3    0    0    3 /   89     2.0s Hashtbl parallel
[ ]    4    0    0    4 /   89     2.7s Hashtbl parallel
[ ]    5    0    0    5 /   89     3.2s Hashtbl parallel
[ ]    6    0    0    6 /   89     3.7s Hashtbl parallel
[ ]    7    0    0    7 /   89     4.3s Hashtbl parallel
[ ]    8    0    0    8 /   89     4.7s Hashtbl parallel
[ ]    9    0    0    9 /   89     5.2s Hashtbl parallel
[ ]   10    0    0   10 /   89     5.7s Hashtbl parallel
[ ]   11    0    0   11 /   89     6.3s Hashtbl parallel
[ ]   12    0    0   12 /   89     7.1s Hashtbl parallel
[ ]   13    0    0   13 /   89     7.5s Hashtbl parallel
[ ]   14    0    0   14 /   89     8.3s Hashtbl parallel
[ ]   15    0    0   15 /   89     8.6s Hashtbl parallel
[ ]   16    0    0   16 /   89     9.1s Hashtbl parallel
[ ]   17    0    0   17 /   89     9.5s Hashtbl parallel
[ ]   18    0    0   18 /   89     9.9s Hashtbl parallel
[ ]   19    0    0   19 /   89    10.2s Hashtbl parallel
[ ]   20    0    0   20 /   89    10.7s Hashtbl parallel
[ ]   21    0    0   21 /   89    11.2s Hashtbl parallel
[ ]   22    0    0   22 /   89    11.6s Hashtbl parallel
[ ]   23    0    0   23 /   89    11.9s Hashtbl parallel
[ ]   24    0    0   24 /   89    12.5s Hashtbl parallel
[ ]   25    0    0   25 /   89    13.5s Hashtbl parallel
[ ]   26    0    0   26 /   89    13.9s Hashtbl parallel
[ ]   27    0    0   27 /   89    14.2s Hashtbl parallel
[ ]   28    0    0   28 /   89    14.4s Hashtbl parallel
[ ]   29    0    0   29 /   89    15.3s Hashtbl parallel
[ ]   30    0    0   30 /   89    15.7s Hashtbl parallel
[ ]   31    0    0   31 /   89    16.4s Hashtbl parallel
[ ]   32    0    0   32 /   89    16.8s Hashtbl parallel
[ ]   33    0    0   33 /   89    17.1s Hashtbl parallel
[ ]   34    0    0   34 /   89    17.4s Hashtbl parallel
[ ]   35    0    0   35 /   89    17.8s Hashtbl parallel
[ ]   36    0    0   36 /   89    18.1s Hashtbl parallel
[ ]   37    0    0   37 /   89    18.5s Hashtbl parallel
[ ]   38    0    0   38 /   89    18.9s Hashtbl parallel
[ ]   39    0    0   39 /   89    19.3s Hashtbl parallel
[ ]   40    0    0   40 /   89    19.7s Hashtbl parallel
[ ]   41    0    0   41 /   89    20.1s Hashtbl parallel
[ ]   42    0    0   42 /   89    20.6s Hashtbl parallel
[ ]   43    0    0   43 /   89    21.4s Hashtbl parallel
[ ]   44    0    0   44 /   89    21.7s Hashtbl parallel
[ ]   45    0    0   45 /   89    22.0s Hashtbl parallel
[ ]   46    0    0   46 /   89    22.4s Hashtbl parallel
[ ]   47    0    0   47 /   89    23.1s Hashtbl parallel
[ ]   48    0    0   48 /   89    23.3s Hashtbl parallel
[ ]   49    0    0   49 /   89    23.5s Hashtbl parallel
[ ]   50    0    0   50 /   89    23.7s Hashtbl parallel
[ ]   51    0    0   51 /   89    23.9s Hashtbl parallel
[ ]   52    0    0   52 /   89    24.1s Hashtbl parallel
[ ]   53    0    0   53 /   89    24.3s Hashtbl parallel
[ ]   54    0    0   54 /   89    24.6s Hashtbl parallel
[ ]   55    0    0   55 /   89    25.7s Hashtbl parallel
[ ]   56    0    0   56 /   89    25.9s Hashtbl parallel
[ ]   57    0    0   57 /   89    26.5s Hashtbl parallel
[ ]   58    0    0   58 /   89    26.8s Hashtbl parallel
[ ]   59    0    0   59 /   89    27.1s Hashtbl parallel
[ ]   60    0    0   60 /   89    27.3s Hashtbl parallel
[ ]   61    0    0   61 /   89    27.5s Hashtbl parallel
[ ]   62    0    0   62 /   89    27.6s Hashtbl parallel
[ ]   64    0    0   64 /   89    27.9s Hashtbl parallel
[ ]   65    0    0   65 /   89    28.3s Hashtbl parallel
[ ]   66    0    0   66 /   89    28.6s Hashtbl parallel
[ ]   67    0    0   67 /   89    28.7s Hashtbl parallel
[ ]   68    0    0   68 /   89    29.0s Hashtbl parallel
[ ]   69    0    0   69 /   89    29.2s Hashtbl parallel
[ ]   70    0    0   70 /   89    29.4s Hashtbl parallel
[ ]   71    0    0   71 /   89    29.6s Hashtbl parallel
[ ]   72    0    0   72 /   89    29.8s Hashtbl parallel
[ ]   73    0    0   73 /   89    30.1s Hashtbl parallel
[ ]   74    0    0   74 /   89    30.3s Hashtbl parallel
[ ]   75    0    0   75 /   89    30.9s Hashtbl parallel
[ ]   76    0    0   76 /   89    31.2s Hashtbl parallel
[ ]   77    0    0   77 /   89    31.3s Hashtbl parallel
[ ]   78    0    0   78 /   89    31.6s Hashtbl parallel
[ ]   79    0    0   79 /   89    31.8s Hashtbl parallel
[ ]   80    0    0   80 /   89    32.0s Hashtbl parallel
[ ]   81    0    0   81 /   89    32.3s Hashtbl parallel
[ ]   82    0    0   82 /   89    32.5s Hashtbl parallel
[ ]   83    0    0   83 /   89    32.7s Hashtbl parallel
[ ]   84    0    0   84 /   89    33.0s Hashtbl parallel
[ ]   85    0    0   85 /   89    33.3s Hashtbl parallel
[ ]   86    0    0   86 /   89    33.8s Hashtbl parallel
[ ]   87    0    0   87 /   89    34.0s Hashtbl parallel
[ ]   88    0    0   88 /   89    34.3s Hashtbl parallel
[ ]   89    0    0   89 /   89    34.5s Hashtbl parallel
[]   89    0    0   89 /   89    34.5s Hashtbl parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./accumulator_test_stm.exe)
random seed: 3591465619755457877
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
[ ]    1    0    0    1 /   32     0.3s Accumulator parallel
[ ]    2    0    0    2 /   32     0.4s Accumulator parallel
[ ]    3    0    0    3 /   32     0.6s Accumulator parallel
[ ]    4    0    0    4 /   32     1.5s Accumulator parallel
[ ]    5    0    0    5 /   32     1.7s Accumulator parallel
[ ]    7    0    0    7 /   32     1.8s Accumulator parallel
[ ]    9    0    0    9 /   32     2.6s Accumulator parallel
[ ]   11    0    0   11 /   32     2.8s Accumulator parallel
[ ]   12    0    0   12 /   32     2.9s Accumulator parallel
[ ]   13    0    0   13 /   32     3.1s Accumulator parallel
[ ]   14    0    0   14 /   32     3.3s Accumulator parallel
[ ]   16    0    0   16 /   32     3.4s Accumulator parallel
[ ]   17    0    0   17 /   32     3.5s Accumulator parallel
[ ]   20    0    0   20 /   32     3.9s Accumulator parallel
[ ]   22    0    0   22 /   32     4.1s Accumulator parallel
[ ]   24    0    0   24 /   32     4.2s Accumulator parallel
[ ]   25    0    0   25 /   32     4.4s Accumulator parallel
[ ]   27    0    0   27 /   32     4.5s Accumulator parallel
[ ]   29    0    0   29 /   32     4.6s Accumulator parallel
[ ]   31    0    0   31 /   32     4.8s Accumulator parallel
[]   32    0    0   32 /   32     4.9s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 1627245458335156175
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
[ ]    1    0    0    1 /   64     0.0s Accumulator parallel
[ ]    2    0    0    2 /   64     0.2s Accumulator parallel
[ ]    4    0    0    4 /   64     0.3s Accumulator parallel
[ ]    5    0    0    5 /   64     0.6s Accumulator parallel
[ ]    6    0    0    6 /   64     1.2s Accumulator parallel
[ ]    8    0    0    8 /   64     1.4s Accumulator parallel
[ ]   11    0    0   11 /   64     1.5s Accumulator parallel
[ ]   13    0    0   13 /   64     1.7s Accumulator parallel
[ ]   15    0    0   15 /   64     2.0s Accumulator parallel
[ ]   16    0    0   16 /   64     2.1s Accumulator parallel
[ ]   17    0    0   17 /   64     2.5s Accumulator parallel
[ ]   20    0    0   20 /   64     2.7s Accumulator parallel
[ ]   22    0    0   22 /   64     2.8s Accumulator parallel
[ ]   24    0    0   24 /   64     3.1s Accumulator parallel
[ ]   27    0    0   27 /   64     3.2s Accumulator parallel
[ ]   29    0    0   29 /   64     3.3s Accumulator parallel
[ ]   30    0    0   30 /   64     3.6s Accumulator parallel
[ ]   32    0    0   32 /   64     3.9s Accumulator parallel
[ ]   33    0    0   33 /   64     4.0s Accumulator parallel
[ ]   36    0    0   36 /   64     4.2s Accumulator parallel
[ ]   38    0    0   38 /   64     4.4s Accumulator parallel
[ ]   39    0    0   39 /   64     4.7s Accumulator parallel
[ ]   40    0    0   40 /   64     4.8s Accumulator parallel
[ ]   42    0    0   42 /   64     5.0s Accumulator parallel
[ ]   45    0    0   45 /   64     5.2s Accumulator parallel
[ ]   46    0    0   46 /   64     5.3s Accumulator parallel
[ ]   48    0    0   48 /   64     5.4s Accumulator parallel
[ ]   49    0    0   49 /   64     5.6s Accumulator parallel
[ ]   50    0    0   50 /   64     5.7s Accumulator parallel
[ ]   53    0    0   53 /   64     5.9s Accumulator parallel
[ ]   54    0    0   54 /   64     6.0s Accumulator parallel
[ ]   56    0    0   56 /   64     6.1s Accumulator parallel
[ ]   57    0    0   57 /   64     6.3s Accumulator parallel
[ ]   61    0    0   61 /   64     6.8s Accumulator parallel
[ ]   64    0    0   64 /   64     6.9s Accumulator parallel
[]   64    0    0   64 /   64     6.9s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 2230614408387740230
generated error fail pass / total     time test name

[ ]    0    0    0    0 /  128     0.0s Accumulator sequential
[]  128    0    0  128 /  128     0.0s Accumulator sequential

[ ]    0    0    0    0 /  128     0.0s Accumulator parallel
[ ]    1    0    0    1 /  128     0.1s Accumulator parallel
[ ]    4    0    0    4 /  128     0.3s Accumulator parallel
[ ]    7    0    0    7 /  128     0.4s Accumulator parallel
[ ]   11    0    0   11 /  128     0.5s Accumulator parallel
[ ]   14    0    0   14 /  128     0.7s Accumulator parallel
[ ]   17    0    0   17 /  128     0.8s Accumulator parallel
[ ]   19    0    0   19 /  128     0.9s Accumulator parallel
[ ]   21    0    0   21 /  128     1.2s Accumulator parallel
[ ]   25    0    0   25 /  128     1.3s Accumulator parallel
[ ]   30    0    0   30 /  128     1.4s Accumulator parallel
[ ]   33    0    0   33 /  128     1.6s Accumulator parallel
[ ]   36    0    0   36 /  128     1.7s Accumulator parallel
[ ]   42    0    0   42 /  128     1.8s Accumulator parallel
[ ]   45    0    0   45 /  128     2.0s Accumulator parallel
[ ]   50    0    0   50 /  128     2.1s Accumulator parallel
[ ]   54    0    0   54 /  128     2.2s Accumulator parallel
[ ]   55    0    0   55 /  128     2.3s Accumulator parallel
[ ]   58    0    0   58 /  128     2.8s Accumulator parallel
[ ]   60    0    0   60 /  128     3.1s Accumulator parallel
[ ]   64    0    0   64 /  128     3.2s Accumulator parallel
[ ]   67    0    0   67 /  128     3.4s Accumulator parallel
[ ]   69    0    0   69 /  128     3.6s Accumulator parallel
[ ]   71    0    0   71 /  128     4.0s Accumulator parallel
[ ]   76    0    0   76 /  128     4.2s Accumulator parallel
[ ]   83    0    0   83 /  128     4.3s Accumulator parallel
[ ]   89    0    0   89 /  128     4.4s Accumulator parallel
[ ]   96    0    0   96 /  128     4.5s Accumulator parallel
[ ]  103    0    0  103 /  128     4.6s Accumulator parallel
[ ]  104    0    0  104 /  128     5.1s Accumulator parallel
[ ]  115    0    0  115 /  128     5.2s Accumulator parallel
[ ]  119    0    0  119 /  128     5.3s Accumulator parallel
[ ]  123    0    0  123 /  128     5.4s Accumulator parallel
[]  128    0    0  128 /  128     5.5s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 616265747712306417
generated error fail pass / total     time test name

[ ]    0    0    0    0 /  256     0.0s Accumulator sequential
[ ]  237    0    0  237 /  256     0.0s Accumulator sequential (collecting)
[]  256    0    0  256 /  256     0.0s Accumulator sequential

[ ]    0    0    0    0 /  256     0.0s Accumulator parallel
[ ]    6    0    0    6 /  256     0.1s Accumulator parallel
[ ]    9    0    0    9 /  256     0.2s Accumulator parallel
[ ]   16    0    0   16 /  256     0.3s Accumulator parallel
[ ]   24    0    0   24 /  256     0.4s Accumulator parallel
[ ]   29    0    0   29 /  256     0.7s Accumulator parallel
[ ]   36    0    0   36 /  256     0.8s Accumulator parallel
[ ]   44    0    0   44 /  256     0.9s Accumulator parallel
[ ]   49    0    0   49 /  256     1.0s Accumulator parallel
[ ]   52    0    0   52 /  256     1.3s Accumulator parallel
[ ]   59    0    0   59 /  256     1.6s Accumulator parallel
[ ]   62    0    0   62 /  256     1.9s Accumulator parallel
[ ]   67    0    0   67 /  256     2.0s Accumulator parallel
[ ]   79    0    0   79 /  256     2.1s Accumulator parallel
[ ]   91    0    0   91 /  256     2.3s Accumulator parallel
[ ]   99    0    0   99 /  256     2.4s Accumulator parallel
[ ]  100    0    0  100 /  256     2.8s Accumulator parallel
[ ]  101    0    0  101 /  256     3.1s Accumulator parallel
[ ]  106    0    0  106 /  256     3.3s Accumulator parallel
[ ]  114    0    0  114 /  256     3.4s Accumulator parallel
[ ]  118    0    0  118 /  256     3.6s Accumulator parallel
[ ]  119    0    0  119 /  256     3.7s Accumulator parallel
[ ]  130    0    0  130 /  256     3.9s Accumulator parallel
[ ]  133    0    0  133 /  256     4.3s Accumulator parallel
[ ]  138    0    0  138 /  256     4.5s Accumulator parallel
[ ]  147    0    0  147 /  256     4.6s Accumulator parallel
[ ]  155    0    0  155 /  256     4.7s Accumulator parallel
[ ]  163    0    0  163 /  256     4.8s Accumulator parallel
[ ]  175    0    0  175 /  256     4.9s Accumulator parallel
[ ]  178    0    0  178 /  256     5.1s Accumulator parallel
[ ]  180    0    0  180 /  256     5.3s Accumulator parallel
[ ]  189    0    0  189 /  256     5.4s Accumulator parallel
[ ]  200    0    0  200 /  256     5.5s Accumulator parallel
[ ]  203    0    0  203 /  256     5.7s Accumulator parallel
[ ]  209    0    0  209 /  256     5.9s Accumulator parallel
[ ]  215    0    0  215 /  256     6.0s Accumulator parallel
[ ]  216    0    0  216 /  256     6.2s Accumulator parallel
[ ]  224    0    0  224 /  256     6.4s Accumulator parallel
[ ]  227    0    0  227 /  256     6.6s Accumulator parallel
[ ]  235    0    0  235 /  256     6.7s Accumulator parallel
[ ]  238    0    0  238 /  256     6.8s Accumulator parallel
[ ]  249    0    0  249 /  256     6.9s Accumulator parallel
[ ]  251    0    0  251 /  256     7.1s Accumulator parallel
[ ]  252    0    0  252 /  256     7.3s Accumulator parallel
[]  256    0    0  256 /  256     7.4s Accumulator parallel
================================================================================
success (ran 2 tests)
random seed: 3897305949914981164
generated error fail pass / total     time test name

[ ]    0    0    0    0 /  512     0.0s Accumulator sequential
[]  512    0    0  512 /  512     0.0s Accumulator sequential

[ ]    0    0    0    0 /  512     0.0s Accumulator parallel
[ ]    3    0    0    3 /  512     0.0s Accumulator parallel
[ ]   13    0    0   13 /  512     0.2s Accumulator parallel
[ ]   15    0    0   15 /  512     0.4s Accumulator parallel
[ ]   21    0    0   21 /  512     0.6s Accumulator parallel
[ ]   28    0    0   28 /  512     0.9s Accumulator parallel
[ ]   32    0    0   32 /  512     1.0s Accumulator parallel
[ ]   33    0    0   33 /  512     1.2s Accumulator parallel
[ ]   41    0    0   41 /  512     1.4s Accumulator parallel
[ ]   48    0    0   48 /  512     1.5s Accumulator parallel
[ ]   52    0    0   52 /  512     1.6s Accumulator parallel
[ ]   60    0    0   60 /  512     1.7s Accumulator parallel
[ ]   63    0    0   63 /  512     1.8s Accumulator parallel
[ ]   68    0    0   68 /  512     2.0s Accumulator parallel
[ ]   75    0    0   75 /  512     2.1s Accumulator parallel
[ ]   82    0    0   82 /  512     2.2s Accumulator parallel
[ ]   89    0    0   89 /  512     2.3s Accumulator parallel
[ ]   95    0    0   95 /  512     2.4s Accumulator parallel
[ ]  100    0    0  100 /  512     2.5s Accumulator parallel
[ ]  102    0    0  102 /  512     2.8s Accumulator parallel
[ ]  108    0    0  108 /  512     3.0s Accumulator parallel
[ ]  110    0    0  110 /  512     3.3s Accumulator parallel
[ ]  111    0    0  111 /  512     3.4s Accumulator parallel
[ ]  112    0    0  112 /  512     3.6s Accumulator parallel
[ ]  113    0    0  113 /  512     3.8s Accumulator parallel
[ ]  114    0    0  114 /  512     3.9s Accumulator parallel
[ ]  115    0    0  115 /  512     4.2s Accumulator parallel
[ ]  116    0    0  116 /  512     4.7s Accumulator parallel
[ ]  117    0    0  117 /  512     5.2s Accumulator parallel
[ ]  118    0    0  118 /  512     6.4s Accumulator parallel
[ ]  119    0    0  119 /  512     6.8s Accumulator parallel
[ ]  120    0    0  120 /  512     6.9s Accumulator parallel
[ ]  122    0    0  122 /  512     7.0s Accumulator parallel
[ ]  123    0    0  123 /  512     7.4s Accumulator parallel
[ ]  124    0    0  124 /  512     7.7s Accumulator parallel
[ ]  125    0    0  125 /  512     8.1s Accumulator parallel
[ ]  126    0    0  126 /  512     8.4s Accumulator parallel
[ ]  127    0    0  127 /  512     8.6s Accumulator parallel
[ ]  128    0    0  128 /  512     9.0s Accumulator parallel
[ ]  129    0    0  129 /  512     9.1s Accumulator parallel
[ ]  130    0    0  130 /  512     9.2s Accumulator parallel
[ ]  132    0    0  132 /  512     9.5s Accumulator parallel
[ ]  133    0    0  133 /  512     9.6s Accumulator parallel
[ ]  134    0    0  134 /  512     9.8s Accumulator parallel
[ ]  135    0    0  135 /  512     9.9s Accumulator parallel
[ ]  136    0    0  136 /  512    10.1s Accumulator parallel
[ ]  137    0    0  137 /  512    10.5s Accumulator parallel
[ ]  138    0    0  138 /  512    10.7s Accumulator parallel
[ ]  139    0    0  139 /  512    11.1s Accumulator parallel
[ ]  140    0    0  140 /  512    11.3s Accumulator parallel
[ ]  141    0    0  141 /  512    11.6s Accumulator parallel
[ ]  142    0    0  142 /  512    11.9s Accumulator parallel
[ ]  143    0    0  143 /  512    12.1s Accumulator parallel
[ ]  144    0    0  144 /  512    12.4s Accumulator parallel
[ ]  145    0    0  145 /  512    12.6s Accumulator parallel
[ ]  146    0    0  146 /  512    12.8s Accumulator parallel
[ ]  147    0    0  147 /  512    13.0s Accumulator parallel
[ ]  148    0    0  148 /  512    13.4s Accumulator parallel
[ ]  150    0    0  150 /  512    13.6s Accumulator parallel
[ ]  151    0    0  151 /  512    13.7s Accumulator parallel
[ ]  152    0    0  152 /  512    14.1s Accumulator parallel
[ ]  153    0    0  153 /  512    14.3s Accumulator parallel
[ ]  154    0    0  154 /  512    14.6s Accumulator parallel
[ ]  155    0    0  155 /  512    14.8s Accumulator parallel
[ ]  156    0    0  156 /  512    15.1s Accumulator parallel
[ ]  157    0    0  157 /  512    15.2s Accumulator parallel
[ ]  158    0    0  158 /  512    15.5s Accumulator parallel
[ ]  159    0    0  159 /  512    15.7s Accumulator parallel
[ ]  160    0    0  160 /  512    16.1s Accumulator parallel
[ ]  161    0    0  161 /  512    16.2s Accumulator parallel
[ ]  162    0    0  162 /  512    16.5s Accumulator parallel
[ ]  163    0    0  163 /  512    16.7s Accumulator parallel
[ ]  164    0    0  164 /  512    16.9s Accumulator parallel
[ ]  165    0    0  165 /  512    17.4s Accumulator parallel
[ ]  166    0    0  166 /  512    17.8s Accumulator parallel
[ ]  167    0    0  167 /  512    18.1s Accumulator parallel
[ ]  168    0    0  168 /  512    18.2s Accumulator parallel
[ ]  169    0    0  169 /  512    18.4s Accumulator parallel
[ ]  170    0    0  170 /  512    18.8s Accumulator parallel
[ ]  171    0    0  171 /  512    19.1s Accumulator parallel
[ ]  172    0    0  172 /  512    19.2s Accumulator parallel
[ ]  173    0    0  173 /  512    19.8s Accumulator parallel
[ ]  174    0    0  174 /  512    20.1s Accumulator parallel
[ ]  175    0    0  175 /  512    20.4s Accumulator parallel
[ ]  176    0    0  176 /  512    20.6s Accumulator parallel
[ ]  177    0    0  177 /  512    20.8s Accumulator parallel
[ ]  178    0    0  178 /  512    21.6s Accumulator parallel
[ ]  179    0    0  179 /  512    22.1s Accumulator parallel
[ ]  180    0    0  180 /  512    22.7s Accumulator parallel
[ ]  181    0    0  181 /  512    23.3s Accumulator parallel
[ ]  182    0    0  182 /  512    23.8s Accumulator parallel
[ ]  183    0    0  183 /  512    24.4s Accumulator parallel
[ ]  184    0    0  184 /  512    24.8s Accumulator parallel
[ ]  185    0    0  185 /  512    25.4s Accumulator parallel
[ ]  186    0    0  186 /  512    25.9s Accumulator parallel
[ ]  187    0    0  187 /  512    28.4s Accumulator parallel
[ ]  188    0    0  188 /  512    28.9s Accumulator parallel
[ ]  189    0    0  189 /  512    29.6s Accumulator parallel
[ ]  190    0    0  190 /  512    30.2s Accumulator parallel
[ ]  191    0    0  191 /  512    30.7s Accumulator parallel
[ ]  192    0    0  192 /  512    31.1s Accumulator parallel
[ ]  193    0    0  193 /  512    31.6s Accumulator parallel
[ ]  194    0    0  194 /  512    32.1s Accumulator parallel
[ ]  195    0    0  195 /  512    32.7s Accumulator parallel
[ ]  196    0    0  196 /  512    34.0s Accumulator parallel
[ ]  197    0    0  197 /  512    34.4s Accumulator parallel
[ ]  198    0    0  198 /  512    35.1s Accumulator parallel
[ ]  199    0    0  199 /  512    35.5s Accumulator parallel
[ ]  200    0    0  200 /  512    35.8s Accumulator parallel
[ ]  201    0    0  201 /  512    36.3s Accumulator parallel
[ ]  202    0    0  202 /  512    36.7s Accumulator parallel
[ ]  203    0    0  203 /  512    37.0s Accumulator parallel
[ ]  204    0    0  204 /  512    37.4s Accumulator parallel
[ ]  205    0    0  205 /  512    37.8s Accumulator parallel
[ ]  206    0    0  206 /  512    38.1s Accumulator parallel
[ ]  207    0    0  207 /  512    38.5s Accumulator parallel
[ ]  208    0    0  208 /  512    39.0s Accumulator parallel
[ ]  209    0    0  209 /  512    39.4s Accumulator parallel
[ ]  210    0    0  210 /  512    40.0s Accumulator parallel
[ ]  211    0    0  211 /  512    40.3s Accumulator parallel
[ ]  212    0    0  212 /  512    40.6s Accumulator parallel
[ ]  213    0    0  213 /  512    41.0s Accumulator parallel
[ ]  214    0    0  214 /  512    41.3s Accumulator parallel
[ ]  215    0    0  215 /  512    41.7s Accumulator parallel
[ ]  216    0    0  216 /  512    42.3s Accumulator parallel
[ ]  217    0    0  217 /  512    42.9s Accumulator parallel
[ ]  218    0    0  218 /  512    43.1s Accumulator parallel
[ ]  219    0    0  219 /  512    43.6s Accumulator parallel
[ ]  220    0    0  220 /  512    44.0s Accumulator parallel
[ ]  221    0    0  221 /  512    44.3s Accumulator parallel
[ ]  222    0    0  222 /  512    44.8s Accumulator parallel
[ ]  223    0    0  223 /  512    45.2s Accumulator parallel
[ ]  224    0    0  224 /  512    45.6s Accumulator parallel
[ ]  225    0    0  225 /  512    46.4s Accumulator parallel
[ ]  226    0    0  226 /  512    46.8s Accumulator parallel
[ ]  227    0    0  227 /  512    47.2s Accumulator parallel
[ ]  228    0    0  228 /  512    47.5s Accumulator parallel
[ ]  229    0    0  229 /  512    47.8s Accumulator parallel
[ ]  230    0    0  230 /  512    48.0s Accumulator parallel
[ ]  231    0    0  231 /  512    48.3s Accumulator parallel
[ ]  232    0    0  232 /  512    48.7s Accumulator parallel
[ ]  233    0    0  233 /  512    49.1s Accumulator parallel
[ ]  234    0    0  234 /  512    49.4s Accumulator parallel
[ ]  235    0    0  235 /  512    50.0s Accumulator parallel
[ ]  236    0    0  236 /  512    50.1s Accumulator parallel
[ ]  237    0    0  237 /  512    50.5s Accumulator parallel
[ ]  238    0    0  238 /  512    50.7s Accumulator parallel
[ ]  239    0    0  239 /  512    51.0s Accumulator parallel
[ ]  240    0    0  240 /  512    51.2s Accumulator parallel
[ ]  241    0    0  241 /  512    51.4s Accumulator parallel
[ ]  242    0    0  242 /  512    51.7s Accumulator parallel
[ ]  243    0    0  243 /  512    51.9s Accumulator parallel
[ ]  244    0    0  244 /  512    52.1s Accumulator parallel
[ ]  245    0    0  245 /  512    52.3s Accumulator parallel
[ ]  246    0    0  246 /  512    52.7s Accumulator parallel
[ ]  247    0    0  247 /  512    52.9s Accumulator parallel
[ ]  248    0    0  248 /  512    53.1s Accumulator parallel
[ ]  249    0    0  249 /  512    53.5s Accumulator parallel
[ ]  250    0    0  250 /  512    53.6s Accumulator parallel
[ ]  251    0    0  251 /  512    53.8s Accumulator parallel
[ ]  252    0    0  252 /  512    54.1s Accumulator parallel
[ ]  253    0    0  253 /  512    54.4s Accumulator parallel
[ ]  254    0    0  254 /  512    54.5s Accumulator parallel
[ ]  255    0    0  255 /  512    54.9s Accumulator parallel
[ ]  256    0    0  256 /  512    55.2s Accumulator parallel
[ ]  257    0    0  257 /  512    55.5s Accumulator parallel
[ ]  258    0    0  258 /  512    55.7s Accumulator parallel
[ ]  259    0    0  259 /  512    56.0s Accumulator parallel
[ ]  260    0    0  260 /  512    56.2s Accumulator parallel
[ ]  261    0    0  261 /  512    56.4s Accumulator parallel
[ ]  262    0    0  262 /  512    56.6s Accumulator parallel
[ ]  263    0    0  263 /  512    57.2s Accumulator parallel
[ ]  264    0    0  264 /  512    57.4s Accumulator parallel
[ ]  265    0    0  265 /  512    57.7s Accumulator parallel
[ ]  266    0    0  266 /  512    57.9s Accumulator parallel
[ ]  267    0    0  267 /  512    58.2s Accumulator parallel
[ ]  268    0    0  268 /  512    58.3s Accumulator parallel
[ ]  269    0    0  269 /  512    58.6s Accumulator parallel
[ ]  270    0    0  270 /  512    58.9s Accumulator parallel
[ ]  271    0    0  271 /  512    59.0s Accumulator parallel
[ ]  272    0    0  272 /  512    59.2s Accumulator parallel
[ ]  273    0    0  273 /  512    59.5s Accumulator parallel
[ ]  274    0    0  274 /  512    59.7s Accumulator parallel
[ ]  275    0    0  275 /  512    60.6s Accumulator parallel
[ ]  276    0    0  276 /  512    60.8s Accumulator parallel
[ ]  277    0    0  277 /  512    61.2s Accumulator parallel
[ ]  278    0    0  278 /  512    61.4s Accumulator parallel
[ ]  279    0    0  279 /  512    61.8s Accumulator parallel
[ ]  280    0    0  280 /  512    62.9s Accumulator parallel
[ ]  281    0    0  281 /  512    63.0s Accumulator parallel
[ ]  282    0    0  282 /  512    63.2s Accumulator parallel
[ ]  283    0    0  283 /  512    63.4s Accumulator parallel
[ ]  284    0    0  284 /  512    63.6s Accumulator parallel
[ ]  285    0    0  285 /  512    63.7s Accumulator parallel
[ ]  287    0    0  287 /  512    63.9s Accumulator parallel
[ ]  288    0    0  288 /  512    64.2s Accumulator parallel
[ ]  289    0    0  289 /  512    64.8s Accumulator parallel
[ ]  290    0    0  290 /  512    65.8s Accumulator parallel
[ ]  291    0    0  291 /  512    66.2s Accumulator parallel
[ ]  292    0    0  292 /  512    66.3s Accumulator parallel
[ ]  293    0    0  293 /  512    66.6s Accumulator parallel
[ ]  294    0    0  294 /  512    66.9s Accumulator parallel
[ ]  295    0    0  295 /  512    67.1s Accumulator parallel
[ ]  296    0    0  296 /  512    67.2s Accumulator parallel
[ ]  297    0    0  297 /  512    67.3s Accumulator parallel
[ ]  298    0    0  298 /  512    67.6s Accumulator parallel
[ ]  299    0    0  299 /  512    68.5s Accumulator parallel
[ ]  300    0    0  300 /  512    68.7s Accumulator parallel
[ ]  301    0    0  301 /  512    68.9s Accumulator parallel
[ ]  302    0    0  302 /  512    69.1s Accumulator parallel
[ ]  303    0    0  303 /  512    69.2s Accumulator parallel
[ ]  304    0    0  304 /  512    69.4s Accumulator parallel
[ ]  306    0    0  306 /  512    69.6s Accumulator parallel
[ ]  308    0    0  308 /  512    69.9s Accumulator parallel
[ ]  309    0    0  309 /  512    70.1s Accumulator parallel
[ ]  312    0    0  312 /  512    70.2s Accumulator parallel
[ ]  314    0    0  314 /  512    70.4s Accumulator parallel
[ ]  315    0    0  315 /  512    70.6s Accumulator parallel
[ ]  316    0    0  316 /  512    70.8s Accumulator parallel
[ ]  317    0    0  317 /  512    70.9s Accumulator parallel
[ ]  318    0    0  318 /  512    71.0s Accumulator parallel
[ ]  319    0    0  319 /  512    71.2s Accumulator parallel
[ ]  321    0    0  321 /  512    71.5s Accumulator parallel
[ ]  323    0    0  323 /  512    71.6s Accumulator parallel
[ ]  325    0    0  325 /  512    71.7s Accumulator parallel
[ ]  327    0    0  327 /  512    72.7s Accumulator parallel
[ ]  330    0    0  330 /  512    72.9s Accumulator parallel
[ ]  332    0    0  332 /  512    73.1s Accumulator parallel
[ ]  334    0    0  334 /  512    73.2s Accumulator parallel
[ ]  339    0    0  339 /  512    73.3s Accumulator parallel
[ ]  341    0    0  341 /  512    73.5s Accumulator parallel
[ ]  342    0    0  342 /  512    73.6s Accumulator parallel
[ ]  344    0    0  344 /  512    73.8s Accumulator parallel
[ ]  345    0    0  345 /  512    74.0s Accumulator parallel
[ ]  347    0    0  347 /  512    74.1s Accumulator parallel
[ ]  349    0    0  349 /  512    74.4s Accumulator parallel
[ ]  350    0    0  350 /  512    74.7s Accumulator parallel
[ ]  351    0    0  351 /  512    74.9s Accumulator parallel
[ ]  352    0    0  352 /  512    75.3s Accumulator parallel
[ ]  353    0    0  353 /  512    75.7s Accumulator parallel
[ ]  354    0    0  354 /  512    76.1s Accumulator parallel
[ ]  355    0    0  355 /  512    76.6s Accumulator parallel
[ ]  356    0    0  356 /  512    76.9s Accumulator parallel
[ ]  357    0    0  357 /  512    77.2s Accumulator parallel
[ ]  358    0    0  358 /  512    77.3s Accumulator parallel
[ ]  359    0    0  359 /  512    77.5s Accumulator parallel
[ ]  360    0    0  360 /  512    77.6s Accumulator parallel
[ ]  361    0    0  361 /  512    77.7s Accumulator parallel
[ ]  362    0    0  362 /  512    77.9s Accumulator parallel
[ ]  364    0    0  364 /  512    78.1s Accumulator parallel
[ ]  365    0    0  365 /  512    78.5s Accumulator parallel
[ ]  366    0    0  366 /  512    78.6s Accumulator parallel
[ ]  367    0    0  367 /  512    79.1s Accumulator parallel
[ ]  368    0    0  368 /  512    79.3s Accumulator parallel
[ ]  369    0    0  369 /  512    79.5s Accumulator parallel
[ ]  370    0    0  370 /  512    79.8s Accumulator parallel
[ ]  371    0    0  371 /  512    80.0s Accumulator parallel
[ ]  372    0    0  372 /  512    80.1s Accumulator parallel
[ ]  373    0    0  373 /  512    80.3s Accumulator parallel
[ ]  374    0    0  374 /  512    80.5s Accumulator parallel
[ ]  375    0    0  375 /  512    80.6s Accumulator parallel
[ ]  376    0    0  376 /  512    80.9s Accumulator parallel
[ ]  377    0    0  377 /  512    81.0s Accumulator parallel
[ ]  379    0    0  379 /  512    81.4s Accumulator parallel
[ ]  380    0    0  380 /  512    81.5s Accumulator parallel
[ ]  381    0    0  381 /  512    81.7s Accumulator parallel
[ ]  383    0    0  383 /  512    82.0s Accumulator parallel
[ ]  384    0    0  384 /  512    82.2s Accumulator parallel
[ ]  385    0    0  385 /  512    82.4s Accumulator parallel
[ ]  386    0    0  386 /  512    82.6s Accumulator parallel
[ ]  387    0    0  387 /  512    82.8s Accumulator parallel
[ ]  388    0    0  388 /  512    82.9s Accumulator parallel
[ ]  389    0    0  389 /  512    83.2s Accumulator parallel
[ ]  390    0    0  390 /  512    83.6s Accumulator parallel
[ ]  391    0    0  391 /  512    84.2s Accumulator parallel
[ ]  392    0    0  392 /  512    84.4s Accumulator parallel
[ ]  393    0    0  393 /  512    84.6s Accumulator parallel
[ ]  394    0    0  394 /  512    84.9s Accumulator parallel
[ ]  395    0    0  395 /  512    85.1s Accumulator parallel
[ ]  396    0    0  396 /  512    85.5s Accumulator parallel
[ ]  397    0    0  397 /  512    86.2s Accumulator parallel
[ ]  398    0    0  398 /  512    86.3s Accumulator parallel
[ ]  399    0    0  399 /  512    86.4s Accumulator parallel
[ ]  400    0    0  400 /  512    86.7s Accumulator parallel
[ ]  401    0    0  401 /  512    86.9s Accumulator parallel
[ ]  402    0    0  402 /  512    87.3s Accumulator parallel
[ ]  403    0    0  403 /  512    87.5s Accumulator parallel
[ ]  404    0    0  404 /  512    87.7s Accumulator parallel
[ ]  405    0    0  405 /  512    87.8s Accumulator parallel
[ ]  406    0    0  406 /  512    88.0s Accumulator parallel
[ ]  407    0    0  407 /  512    88.3s Accumulator parallel
[ ]  408    0    0  408 /  512    88.5s Accumulator parallel
[ ]  409    0    0  409 /  512    88.8s Accumulator parallel
[ ]  410    0    0  410 /  512    88.9s Accumulator parallel
[ ]  411    0    0  411 /  512    89.3s Accumulator parallel
[ ]  412    0    0  412 /  512    89.7s Accumulator parallel
[ ]  413    0    0  413 /  512    89.8s Accumulator parallel
[ ]  414    0    0  414 /  512    90.0s Accumulator parallel
[ ]  415    0    0  415 /  512    90.3s Accumulator parallel
[ ]  416    0    0  416 /  512    90.4s Accumulator parallel
[ ]  417    0    0  417 /  512    90.5s Accumulator parallel
[ ]  418    0    0  418 /  512    90.7s Accumulator parallel
[ ]  419    0    0  419 /  512    90.9s Accumulator parallel
[ ]  420    0    0  420 /  512    91.1s Accumulator parallel
[ ]  421    0    0  421 /  512    91.2s Accumulator parallel
[ ]  422    0    0  422 /  512    91.5s Accumulator parallel
[ ]  423    0    0  423 /  512    92.0s Accumulator parallel
[ ]  424    0    0  424 /  512    92.2s Accumulator parallel
[ ]  425    0    0  425 /  512    92.4s Accumulator parallel
[ ]  427    0    0  427 /  512    92.6s Accumulator parallel
[ ]  428    0    0  428 /  512    93.0s Accumulator parallel
[ ]  429    0    0  429 /  512    93.2s Accumulator parallel
[ ]  430    0    0  430 /  512    93.6s Accumulator parallel
[ ]  431    0    0  431 /  512    93.8s Accumulator parallel
[ ]  432    0    0  432 /  512    93.9s Accumulator parallel
[ ]  433    0    0  433 /  512    94.1s Accumulator parallel
[ ]  434    0    0  434 /  512    94.3s Accumulator parallel
[ ]  435    0    0  435 /  512    94.5s Accumulator parallel
[ ]  436    0    0  436 /  512    94.8s Accumulator parallel
[ ]  438    0    0  438 /  512    95.1s Accumulator parallel
[ ]  439    0    0  439 /  512    95.2s Accumulator parallel
[ ]  441    0    0  441 /  512    95.4s Accumulator parallel
[ ]  442    0    0  442 /  512    95.6s Accumulator parallel
[ ]  443    0    0  443 /  512    95.7s Accumulator parallel
[ ]  444    0    0  444 /  512    96.0s Accumulator parallel
[ ]  445    0    0  445 /  512    96.1s Accumulator parallel
[ ]  447    0    0  447 /  512    96.2s Accumulator parallel
[ ]  450    0    0  450 /  512    96.5s Accumulator parallel
[ ]  452    0    0  452 /  512    96.6s Accumulator parallel
[ ]  453    0    0  453 /  512    96.8s Accumulator parallel
[ ]  455    0    0  455 /  512    96.9s Accumulator parallel
[ ]  456    0    0  456 /  512    97.1s Accumulator parallel
[ ]  459    0    0  459 /  512    97.3s Accumulator parallel
[ ]  460    0    0  460 /  512    97.5s Accumulator parallel
[ ]  462    0    0  462 /  512    97.6s Accumulator parallel
[ ]  463    0    0  463 /  512    97.8s Accumulator parallel
[ ]  465    0    0  465 /  512    97.9s Accumulator parallel
[ ]  467    0    0  467 /  512    98.0s Accumulator parallel
[ ]  470    0    0  470 /  512    98.2s Accumulator parallel
[ ]  472    0    0  472 /  512    98.4s Accumulator parallel
[ ]  473    0    0  473 /  512    98.6s Accumulator parallel
[ ]  475    0    0  475 /  512    98.7s Accumulator parallel
[ ]  476    0    0  476 /  512    99.3s Accumulator parallel
[ ]  478    0    0  478 /  512    99.4s Accumulator parallel
[ ]  481    0    0  481 /  512    99.5s Accumulator parallel
[ ]  482    0    0  482 /  512    99.6s Accumulator parallel
[ ]  483    0    0  483 /  512   100.0s Accumulator parallel
[ ]  484    0    0  484 /  512   100.2s Accumulator parallel
[ ]  486    0    0  486 /  512   100.4s Accumulator parallel
[ ]  488    0    0  488 /  512   100.5s Accumulator parallel
[ ]  489    0    0  489 /  512   100.7s Accumulator parallel
[ ]  491    0    0  491 /  512   100.8s Accumulator parallel
[ ]  492    0    0  492 /  512   101.0s Accumulator parallel
[ ]  493    0    0  493 /  512   101.1s Accumulator parallel
[ ]  495    0    0  495 /  512   101.2s Accumulator parallel
[ ]  496    0    0  496 /  512   101.5s Accumulator parallel
[ ]  497    0    0  497 /  512   101.7s Accumulator parallel
[ ]  498    0    0  498 /  512   101.8s Accumulator parallel
[ ]  499    0    0  499 /  512   102.2s Accumulator parallel
[ ]  500    0    0  500 /  512   102.4s Accumulator parallel
[ ]  504    0    0  504 /  512   102.5s Accumulator parallel
[ ]  505    0    0  505 /  512   102.6s Accumulator parallel
[ ]  506    0    0  506 /  512   102.8s Accumulator parallel
[ ]  508    0    0  508 /  512   103.0s Accumulator parallel
[ ]  511    0    0  511 /  512   103.1s Accumulator parallel
[]  512    0    0  512 /  512   103.2s Accumulator parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./stack_test_stm.exe)
random seed: 2246541402263088225
generated error fail pass / total     time test name

[ ]    0    0    0    0 /   32     0.0s Stack sequential
[ ]    0    0    0    0 /   32     0.0s Stack sequential (generating)
[]   32    0    0   32 /   32     0.0s Stack sequential

[ ]    0    0    0    0 /   32     0.0s Stack parallel
[ ]    1    0    0    1 /   32     0.3s Stack parallel
[ ]    2    0    0    2 /   32     0.4s Stack parallel
[ ]    3    0    0    3 /   32     0.7s Stack parallel
[ ]    4    0    0    4 /   32     0.9s Stack parallel
[ ]    5    0    0    5 /   32     1.1s Stack parallel
[ ]    7    0    0    7 /   32     1.3s Stack parallel
[ ]    8    0    0    8 /   32     1.4s Stack parallel
[ ]    9    0    0    9 /   32     1.6s Stack parallel
[ ]   10    0    0   10 /   32     1.7s Stack parallel
[ ]   11    0    0   11 /   32     1.8s Stack parallel
[ ]   13    0    0   13 /   32     2.1s Stack parallel
[ ]   14    0    0   14 /   32     2.2s Stack parallel
[ ]   15    0    0   15 /   32     2.5s Stack parallel
[ ]   16    0    0   16 /   32     2.6s Stack parallel
[ ]   18    0    0   18 /   32     2.8s Stack parallel
[ ]   19    0    0   19 /   32     3.1s Stack parallel
[ ]   20    0    0   20 /   32     3.2s Stack parallel
[ ]   22    0    0   22 /   32     3.4s Stack parallel
[ ]   23    0    0   23 /   32     3.5s Stack parallel
[ ]   25    0    0   25 /   32     3.6s Stack parallel
[ ]   27    0    0   27 /   32     3.8s Stack parallel
[ ]   29    0    0   29 /   32     4.0s Stack parallel
[ ]   32    0    0   32 /   32     4.2s Stack parallel
[]   32    0    0   32 /   32     4.2s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 2754510225917246415
generated error fail pass / total     time test name

[ ]    0    0    0    0 /   64     0.0s Stack sequential
[]   64    0    0   64 /   64     0.0s Stack sequential

[ ]    0    0    0    0 /   64     0.0s Stack parallel
[ ]    2    0    0    2 /   64     0.2s Stack parallel
[ ]    4    0    0    4 /   64     0.4s Stack parallel
[ ]    5    0    0    5 /   64     0.5s Stack parallel
[ ]    6    0    0    6 /   64     1.1s Stack parallel
[ ]    7    0    0    7 /   64     1.2s Stack parallel
[ ]    8    0    0    8 /   64     1.4s Stack parallel
[ ]    9    0    0    9 /   64     1.5s Stack parallel
[ ]   10    0    0   10 /   64     1.8s Stack parallel
[ ]   12    0    0   12 /   64     2.0s Stack parallel
[ ]   14    0    0   14 /   64     2.1s Stack parallel
[ ]   16    0    0   16 /   64     2.2s Stack parallel
[ ]   18    0    0   18 /   64     2.9s Stack parallel
[ ]   19    0    0   19 /   64     3.1s Stack parallel
[ ]   22    0    0   22 /   64     3.2s Stack parallel
[ ]   23    0    0   23 /   64     3.4s Stack parallel
[ ]   25    0    0   25 /   64     3.5s Stack parallel
[ ]   29    0    0   29 /   64     3.6s Stack parallel
[ ]   33    0    0   33 /   64     4.2s Stack parallel
[ ]   35    0    0   35 /   64     4.3s Stack parallel
[ ]   36    0    0   36 /   64     4.5s Stack parallel
[ ]   39    0    0   39 /   64     4.6s Stack parallel
[ ]   42    0    0   42 /   64     4.8s Stack parallel
[ ]   43    0    0   43 /   64     5.0s Stack parallel
[ ]   45    0    0   45 /   64     5.2s Stack parallel
[ ]   49    0    0   49 /   64     5.3s Stack parallel
[ ]   50    0    0   50 /   64     5.4s Stack parallel
[ ]   52    0    0   52 /   64     5.6s Stack parallel
[ ]   55    0    0   55 /   64     5.8s Stack parallel
[ ]   57    0    0   57 /   64     5.9s Stack parallel
[ ]   59    0    0   59 /   64     6.0s Stack parallel
[ ]   61    0    0   61 /   64     6.3s Stack parallel
[ ]   63    0    0   63 /   64     6.5s Stack parallel
[]   64    0    0   64 /   64     6.5s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 2717737777469727812
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
[ ]    2    0    0    2 /  128     0.2s Stack parallel
[ ]    5    0    0    5 /  128     0.3s Stack parallel
[ ]    7    0    0    7 /  128     0.7s Stack parallel
[ ]    9    0    0    9 /  128     0.9s Stack parallel
[ ]   11    0    0   11 /  128     1.0s Stack parallel
[ ]   12    0    0   12 /  128     1.2s Stack parallel
[ ]   16    0    0   16 /  128     1.3s Stack parallel
[ ]   17    0    0   17 /  128     1.8s Stack parallel
[ ]   19    0    0   19 /  128     1.9s Stack parallel
[ ]   24    0    0   24 /  128     2.0s Stack parallel
[ ]   25    0    0   25 /  128     2.1s Stack parallel
[ ]   28    0    0   28 /  128     2.6s Stack parallel
[ ]   34    0    0   34 /  128     2.7s Stack parallel
[ ]   39    0    0   39 /  128     3.2s Stack parallel
[ ]   43    0    0   43 /  128     3.3s Stack parallel
[ ]   46    0    0   46 /  128     3.4s Stack parallel
[ ]   52    0    0   52 /  128     3.5s Stack parallel
[ ]   63    0    0   63 /  128     3.7s Stack parallel
[ ]   65    0    0   65 /  128     3.9s Stack parallel
[ ]   68    0    0   68 /  128     4.0s Stack parallel
[ ]   78    0    0   78 /  128     4.1s Stack parallel
[ ]   83    0    0   83 /  128     4.2s Stack parallel
[ ]   85    0    0   85 /  128     4.3s Stack parallel
[ ]   93    0    0   93 /  128     4.4s Stack parallel
[ ]   98    0    0   98 /  128     4.5s Stack parallel
[ ]   99    0    0   99 /  128     4.9s Stack parallel
[ ]  105    0    0  105 /  128     5.0s Stack parallel
[ ]  106    0    0  106 /  128     5.5s Stack parallel
[ ]  108    0    0  108 /  128     6.0s Stack parallel
[ ]  111    0    0  111 /  128     6.2s Stack parallel
[ ]  116    0    0  116 /  128     6.3s Stack parallel
[ ]  119    0    0  119 /  128     6.4s Stack parallel
[ ]  126    0    0  126 /  128     6.5s Stack parallel
[ ]  128    0    0  128 /  128     6.8s Stack parallel
[]  128    0    0  128 /  128     6.8s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 2028630505143361582
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
[ ]    9    0    0    9 /  256     0.1s Stack parallel
[ ]   10    0    0   10 /  256     0.3s Stack parallel
[ ]   14    0    0   14 /  256     0.4s Stack parallel
[ ]   24    0    0   24 /  256     0.5s Stack parallel
[ ]   33    0    0   33 /  256     0.9s Stack parallel
[ ]   36    0    0   36 /  256     1.0s Stack parallel
[ ]   40    0    0   40 /  256     1.2s Stack parallel
[ ]   41    0    0   41 /  256     1.6s Stack parallel
[ ]   45    0    0   45 /  256     1.7s Stack parallel
[ ]   50    0    0   50 /  256     2.1s Stack parallel
[ ]   57    0    0   57 /  256     2.3s Stack parallel
[ ]   64    0    0   64 /  256     2.6s Stack parallel
[ ]   66    0    0   66 /  256     2.9s Stack parallel
[ ]   70    0    0   70 /  256     3.1s Stack parallel
[ ]   81    0    0   81 /  256     3.2s Stack parallel
[ ]   86    0    0   86 /  256     3.3s Stack parallel
[ ]   87    0    0   87 /  256     3.4s Stack parallel
[ ]   92    0    0   92 /  256     3.5s Stack parallel
[ ]   98    0    0   98 /  256     3.7s Stack parallel
[ ]  101    0    0  101 /  256     3.9s Stack parallel
[ ]  112    0    0  112 /  256     4.2s Stack parallel
[ ]  116    0    0  116 /  256     4.3s Stack parallel
[ ]  119    0    0  119 /  256     4.5s Stack parallel
[ ]  123    0    0  123 /  256     4.7s Stack parallel
[ ]  128    0    0  128 /  256     4.8s Stack parallel
[ ]  143    0    0  143 /  256     4.9s Stack parallel
[ ]  158    0    0  158 /  256     5.0s Stack parallel
[ ]  169    0    0  169 /  256     5.3s Stack parallel
[ ]  170    0    0  170 /  256     5.5s Stack parallel
[ ]  178    0    0  178 /  256     5.7s Stack parallel
[ ]  191    0    0  191 /  256     5.8s Stack parallel
[ ]  193    0    0  193 /  256     6.0s Stack parallel
[ ]  194    0    0  194 /  256     6.5s Stack parallel
[ ]  198    0    0  198 /  256     6.6s Stack parallel
[ ]  205    0    0  205 /  256     6.9s Stack parallel
[ ]  209    0    0  209 /  256     7.0s Stack parallel
[ ]  214    0    0  214 /  256     7.2s Stack parallel
[ ]  215    0    0  215 /  256     7.7s Stack parallel
[ ]  217    0    0  217 /  256     7.9s Stack parallel
[ ]  220    0    0  220 /  256     8.2s Stack parallel
[ ]  226    0    0  226 /  256     8.3s Stack parallel
[ ]  235    0    0  235 /  256     8.4s Stack parallel
[ ]  236    0    0  236 /  256     8.7s Stack parallel
[ ]  241    0    0  241 /  256     8.8s Stack parallel
[ ]  247    0    0  247 /  256     8.9s Stack parallel
[ ]  251    0    0  251 /  256     9.0s Stack parallel
[ ]  253    0    0  253 /  256     9.1s Stack parallel
[ ]  256    0    0  256 /  256     9.2s Stack parallel
[]  256    0    0  256 /  256     9.2s Stack parallel
================================================================================
success (ran 2 tests)
random seed: 1797390764441485636
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
[ ]    5    0    0    5 /  512     0.1s Stack parallel
[ ]    9    0    0    9 /  512     0.2s Stack parallel
[ ]   12    0    0   12 /  512     0.5s Stack parallel
[ ]   20    0    0   20 /  512     0.6s Stack parallel
[ ]   21    0    0   21 /  512     0.9s Stack parallel
[ ]   23    0    0   23 /  512     1.0s Stack parallel
[ ]   24    0    0   24 /  512     1.1s Stack parallel
[ ]   27    0    0   27 /  512     1.3s Stack parallel
[ ]   28    0    0   28 /  512     1.4s Stack parallel
[ ]   29    0    0   29 /  512     1.7s Stack parallel
[ ]   30    0    0   30 /  512     2.3s Stack parallel
[ ]   31    0    0   31 /  512     2.7s Stack parallel
[ ]   32    0    0   32 /  512     3.2s Stack parallel
[ ]   33    0    0   33 /  512     3.8s Stack parallel
[ ]   34    0    0   34 /  512     4.3s Stack parallel
[ ]   35    0    0   35 /  512     4.5s Stack parallel
[ ]   36    0    0   36 /  512     4.6s Stack parallel
[ ]   38    0    0   38 /  512     5.2s Stack parallel
[ ]   39    0    0   39 /  512     5.5s Stack parallel
[ ]   40    0    0   40 /  512     5.6s Stack parallel
[ ]   41    0    0   41 /  512     5.8s Stack parallel
[ ]   42    0    0   42 /  512     6.0s Stack parallel
[ ]   43    0    0   43 /  512     6.3s Stack parallel
[ ]   44    0    0   44 /  512     6.5s Stack parallel
[ ]   45    0    0   45 /  512     6.6s Stack parallel
[ ]   46    0    0   46 /  512     6.8s Stack parallel
[ ]   47    0    0   47 /  512     6.9s Stack parallel
[ ]   48    0    0   48 /  512     7.1s Stack parallel
[ ]   49    0    0   49 /  512     7.3s Stack parallel
[ ]   51    0    0   51 /  512     7.5s Stack parallel
[ ]   52    0    0   52 /  512     7.7s Stack parallel
[ ]   53    0    0   53 /  512     8.5s Stack parallel
[ ]   54    0    0   54 /  512     8.7s Stack parallel
[ ]   56    0    0   56 /  512     8.9s Stack parallel
[ ]   57    0    0   57 /  512     9.1s Stack parallel
[ ]   58    0    0   58 /  512     9.3s Stack parallel
[ ]   59    0    0   59 /  512     9.6s Stack parallel
[ ]   60    0    0   60 /  512     9.8s Stack parallel
[ ]   61    0    0   61 /  512    10.0s Stack parallel
[ ]   62    0    0   62 /  512    10.1s Stack parallel
[ ]   63    0    0   63 /  512    10.3s Stack parallel
[ ]   64    0    0   64 /  512    10.4s Stack parallel
[ ]   65    0    0   65 /  512    10.7s Stack parallel
[ ]   66    0    0   66 /  512    10.8s Stack parallel
[ ]   67    0    0   67 /  512    11.0s Stack parallel
[ ]   68    0    0   68 /  512    11.3s Stack parallel
[ ]   69    0    0   69 /  512    11.5s Stack parallel
[ ]   70    0    0   70 /  512    11.8s Stack parallel
[ ]   71    0    0   71 /  512    12.0s Stack parallel
[ ]   72    0    0   72 /  512    12.3s Stack parallel
[ ]   73    0    0   73 /  512    12.4s Stack parallel
[ ]   74    0    0   74 /  512    12.5s Stack parallel
[ ]   75    0    0   75 /  512    13.1s Stack parallel
[ ]   76    0    0   76 /  512    13.3s Stack parallel
[ ]   77    0    0   77 /  512    13.6s Stack parallel
[ ]   79    0    0   79 /  512    13.9s Stack parallel
[ ]   80    0    0   80 /  512    14.5s Stack parallel
[ ]   81    0    0   81 /  512    14.7s Stack parallel
[ ]   82    0    0   82 /  512    14.9s Stack parallel
[ ]   83    0    0   83 /  512    15.2s Stack parallel
[ ]   84    0    0   84 /  512    15.5s Stack parallel
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[ ]   86    0    0   86 /  512    16.1s Stack parallel
[ ]   87    0    0   87 /  512    16.2s Stack parallel
[ ]   88    0    0   88 /  512    16.6s Stack parallel
[ ]   89    0    0   89 /  512    16.8s Stack parallel
[ ]   90    0    0   90 /  512    16.9s Stack parallel
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[ ]   96    0    0   96 /  512    19.1s Stack parallel
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[ ]  100    0    0  100 /  512    21.2s Stack parallel
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[ ]  102    0    0  102 /  512    22.2s Stack parallel
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[ ]  104    0    0  104 /  512    23.3s Stack parallel
[ ]  105    0    0  105 /  512    24.1s Stack parallel
[ ]  106    0    0  106 /  512    24.6s Stack parallel
[ ]  107    0    0  107 /  512    25.6s Stack parallel
[ ]  108    0    0  108 /  512    26.3s Stack parallel
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[ ]  110    0    0  110 /  512    27.2s Stack parallel
[ ]  111    0    0  111 /  512    27.8s Stack parallel
[ ]  112    0    0  112 /  512    28.2s Stack parallel
[ ]  113    0    0  113 /  512    28.8s Stack parallel
[ ]  114    0    0  114 /  512    29.3s Stack parallel
[ ]  115    0    0  115 /  512    30.0s Stack parallel
[ ]  116    0    0  116 /  512    30.6s Stack parallel
[ ]  117    0    0  117 /  512    31.0s Stack parallel
[ ]  118    0    0  118 /  512    31.5s Stack parallel
[ ]  119    0    0  119 /  512    32.0s Stack parallel
[ ]  120    0    0  120 /  512    32.5s Stack parallel
[ ]  121    0    0  121 /  512    32.9s Stack parallel
[ ]  122    0    0  122 /  512    33.2s Stack parallel
[ ]  123    0    0  123 /  512    33.6s Stack parallel
[ ]  124    0    0  124 /  512    34.0s Stack parallel
[ ]  125    0    0  125 /  512    34.7s Stack parallel
[ ]  126    0    0  126 /  512    35.2s Stack parallel
[ ]  127    0    0  127 /  512    35.4s Stack parallel
[ ]  128    0    0  128 /  512    35.9s Stack parallel
[ ]  129    0    0  129 /  512    36.3s Stack parallel
[ ]  130    0    0  130 /  512    37.0s Stack parallel
[ ]  131    0    0  131 /  512    37.4s Stack parallel
[ ]  132    0    0  132 /  512    37.8s Stack parallel
[ ]  133    0    0  133 /  512    38.2s Stack parallel
[ ]  134    0    0  134 /  512    38.9s Stack parallel
[ ]  135    0    0  135 /  512    39.4s Stack parallel
[ ]  136    0    0  136 /  512    39.7s Stack parallel
[ ]  137    0    0  137 /  512    39.9s Stack parallel
[ ]  138    0    0  138 /  512    41.0s Stack parallel
[ ]  139    0    0  139 /  512    41.4s Stack parallel
[ ]  140    0    0  140 /  512    42.0s Stack parallel
[ ]  141    0    0  141 /  512    42.4s Stack parallel
[ ]  142    0    0  142 /  512    42.7s Stack parallel
[ ]  143    0    0  143 /  512    43.3s Stack parallel
[ ]  144    0    0  144 /  512    43.7s Stack parallel
[ ]  145    0    0  145 /  512    44.1s Stack parallel
[ ]  146    0    0  146 /  512    44.5s Stack parallel
[ ]  147    0    0  147 /  512    45.4s Stack parallel
[ ]  148    0    0  148 /  512    46.4s Stack parallel
[ ]  149    0    0  149 /  512    46.6s Stack parallel
[ ]  150    0    0  150 /  512    46.9s Stack parallel
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[ ]  153    0    0  153 /  512    48.3s Stack parallel
[ ]  154    0    0  154 /  512    48.6s Stack parallel
[ ]  155    0    0  155 /  512    49.1s Stack parallel
[ ]  156    0    0  156 /  512    49.3s Stack parallel
[ ]  157    0    0  157 /  512    49.5s Stack parallel
[ ]  158    0    0  158 /  512    49.8s Stack parallel
[ ]  159    0    0  159 /  512    50.4s Stack parallel
[ ]  160    0    0  160 /  512    50.5s Stack parallel
[ ]  161    0    0  161 /  512    50.7s Stack parallel
[ ]  162    0    0  162 /  512    50.9s Stack parallel
[ ]  163    0    0  163 /  512    51.1s Stack parallel
[ ]  164    0    0  164 /  512    51.3s Stack parallel
[ ]  165    0    0  165 /  512    51.6s Stack parallel
[ ]  166    0    0  166 /  512    51.9s Stack parallel
[ ]  167    0    0  167 /  512    52.1s Stack parallel
[ ]  168    0    0  168 /  512    52.3s Stack parallel
[ ]  169    0    0  169 /  512    52.5s Stack parallel
[ ]  170    0    0  170 /  512    52.6s Stack parallel
[ ]  171    0    0  171 /  512    52.9s Stack parallel
[ ]  172    0    0  172 /  512    53.1s Stack parallel
[ ]  173    0    0  173 /  512    53.3s Stack parallel
[ ]  174    0    0  174 /  512    53.7s Stack parallel
[ ]  175    0    0  175 /  512    53.9s Stack parallel
[ ]  176    0    0  176 /  512    54.2s Stack parallel
[ ]  177    0    0  177 /  512    54.4s Stack parallel
[ ]  178    0    0  178 /  512    54.6s Stack parallel
[ ]  179    0    0  179 /  512    54.9s Stack parallel
[ ]  180    0    0  180 /  512    55.1s Stack parallel
[ ]  181    0    0  181 /  512    56.1s Stack parallel
[ ]  182    0    0  182 /  512    56.2s Stack parallel
[ ]  183    0    0  183 /  512    56.4s Stack parallel
[ ]  184    0    0  184 /  512    56.6s Stack parallel
[ ]  185    0    0  185 /  512    56.8s Stack parallel
[ ]  186    0    0  186 /  512    57.0s Stack parallel
[ ]  187    0    0  187 /  512    57.3s Stack parallel
[ ]  188    0    0  188 /  512    57.5s Stack parallel
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[ ]  190    0    0  190 /  512    57.9s Stack parallel
[ ]  191    0    0  191 /  512    58.1s Stack parallel
[ ]  192    0    0  192 /  512    58.3s Stack parallel
[ ]  193    0    0  193 /  512    58.5s Stack parallel
[ ]  194    0    0  194 /  512    59.1s Stack parallel
[ ]  195    0    0  195 /  512    59.4s Stack parallel
[ ]  196    0    0  196 /  512    59.7s Stack parallel
[ ]  197    0    0  197 /  512    60.1s Stack parallel
[ ]  198    0    0  198 /  512    60.5s Stack parallel
[ ]  199    0    0  199 /  512    60.7s Stack parallel
[ ]  200    0    0  200 /  512    61.0s Stack parallel
[ ]  201    0    0  201 /  512    61.1s Stack parallel
[ ]  202    0    0  202 /  512    61.3s Stack parallel
[ ]  203    0    0  203 /  512    61.4s Stack parallel
[ ]  204    0    0  204 /  512    61.5s Stack parallel
[ ]  205    0    0  205 /  512    62.6s Stack parallel
[ ]  206    0    0  206 /  512    62.7s Stack parallel
[ ]  207    0    0  207 /  512    63.2s Stack parallel
[ ]  208    0    0  208 /  512    63.4s Stack parallel
[ ]  209    0    0  209 /  512    63.6s Stack parallel
[ ]  210    0    0  210 /  512    63.7s Stack parallel
[ ]  211    0    0  211 /  512    63.9s Stack parallel
[ ]  212    0    0  212 /  512    64.0s Stack parallel
[ ]  213    0    0  213 /  512    64.6s Stack parallel
[ ]  214    0    0  214 /  512    64.8s Stack parallel
[ ]  216    0    0  216 /  512    65.1s Stack parallel
[ ]  217    0    0  217 /  512    65.3s Stack parallel
[ ]  218    0    0  218 /  512    65.6s Stack parallel
[ ]  219    0    0  219 /  512    65.9s Stack parallel
[ ]  220    0    0  220 /  512    66.0s Stack parallel
[ ]  221    0    0  221 /  512    66.2s Stack parallel
[ ]  222    0    0  222 /  512    66.4s Stack parallel
[ ]  223    0    0  223 /  512    67.0s Stack parallel
[ ]  224    0    0  224 /  512    67.2s Stack parallel
[ ]  226    0    0  226 /  512    67.3s Stack parallel
[ ]  228    0    0  228 /  512    67.5s Stack parallel
[ ]  229    0    0  229 /  512    67.8s Stack parallel
[ ]  230    0    0  230 /  512    68.4s Stack parallel
[ ]  231    0    0  231 /  512    68.5s Stack parallel
[ ]  232    0    0  232 /  512    68.7s Stack parallel
[ ]  234    0    0  234 /  512    68.9s Stack parallel
[ ]  235    0    0  235 /  512    69.0s Stack parallel
[ ]  236    0    0  236 /  512    69.2s Stack parallel
[ ]  237    0    0  237 /  512    69.4s Stack parallel
[ ]  238    0    0  238 /  512    69.5s Stack parallel
[ ]  241    0    0  241 /  512    69.7s Stack parallel
[ ]  243    0    0  243 /  512    69.8s Stack parallel
[ ]  245    0    0  245 /  512    69.9s Stack parallel
[ ]  246    0    0  246 /  512    70.1s Stack parallel
[ ]  247    0    0  247 /  512    70.3s Stack parallel
[ ]  251    0    0  251 /  512    70.4s Stack parallel
[ ]  254    0    0  254 /  512    70.6s Stack parallel
[ ]  256    0    0  256 /  512    70.8s Stack parallel
[ ]  259    0    0  259 /  512    71.0s Stack parallel
[ ]  262    0    0  262 /  512    71.2s Stack parallel
[ ]  265    0    0  265 /  512    71.6s Stack parallel
[ ]  266    0    0  266 /  512    71.7s Stack parallel
[ ]  267    0    0  267 /  512    72.0s Stack parallel
[ ]  269    0    0  269 /  512    72.2s Stack parallel
[ ]  270    0    0  270 /  512    72.4s Stack parallel
[ ]  272    0    0  272 /  512    72.6s Stack parallel
[ ]  273    0    0  273 /  512    72.8s Stack parallel
[ ]  274    0    0  274 /  512    73.2s Stack parallel
[ ]  275    0    0  275 /  512    73.6s Stack parallel
[ ]  276    0    0  276 /  512    74.0s Stack parallel
[ ]  277    0    0  277 /  512    74.3s Stack parallel
[ ]  278    0    0  278 /  512    74.4s Stack parallel
[ ]  279    0    0  279 /  512    74.8s Stack parallel
[ ]  280    0    0  280 /  512    75.0s Stack parallel
[ ]  281    0    0  281 /  512    75.2s Stack parallel
[ ]  282    0    0  282 /  512    75.4s Stack parallel
[ ]  283    0    0  283 /  512    75.7s Stack parallel
[ ]  284    0    0  284 /  512    75.8s Stack parallel
[ ]  285    0    0  285 /  512    76.0s Stack parallel
[ ]  286    0    0  286 /  512    76.2s Stack parallel
[ ]  287    0    0  287 /  512    76.4s Stack parallel
[ ]  288    0    0  288 /  512    76.7s Stack parallel
[ ]  289    0    0  289 /  512    76.9s Stack parallel
[ ]  290    0    0  290 /  512    77.3s Stack parallel
[ ]  291    0    0  291 /  512    77.5s Stack parallel
[ ]  292    0    0  292 /  512    77.7s Stack parallel
[ ]  293    0    0  293 /  512    78.2s Stack parallel
[ ]  294    0    0  294 /  512    78.7s Stack parallel
[ ]  296    0    0  296 /  512    78.9s Stack parallel
[ ]  297    0    0  297 /  512    79.0s Stack parallel
[ ]  298    0    0  298 /  512    79.2s Stack parallel
[ ]  299    0    0  299 /  512    79.3s Stack parallel
[ ]  300    0    0  300 /  512    79.5s Stack parallel
[ ]  301    0    0  301 /  512    79.7s Stack parallel
[ ]  302    0    0  302 /  512    79.9s Stack parallel
[ ]  303    0    0  303 /  512    80.9s Stack parallel
[ ]  304    0    0  304 /  512    81.2s Stack parallel
[ ]  305    0    0  305 /  512    81.6s Stack parallel
[ ]  306    0    0  306 /  512    82.1s Stack parallel
[ ]  307    0    0  307 /  512    82.4s Stack parallel
[ ]  308    0    0  308 /  512    82.6s Stack parallel
[ ]  309    0    0  309 /  512    82.7s Stack parallel
[ ]  310    0    0  310 /  512    82.9s Stack parallel
[ ]  311    0    0  311 /  512    83.1s Stack parallel
[ ]  312    0    0  312 /  512    83.4s Stack parallel
[ ]  313    0    0  313 /  512    83.5s Stack parallel
[ ]  314    0    0  314 /  512    83.8s Stack parallel
[ ]  315    0    0  315 /  512    84.3s Stack parallel
[ ]  316    0    0  316 /  512    84.5s Stack parallel
[ ]  317    0    0  317 /  512    84.8s Stack parallel
[ ]  318    0    0  318 /  512    84.9s Stack parallel
[ ]  319    0    0  319 /  512    85.0s Stack parallel
[ ]  320    0    0  320 /  512    85.3s Stack parallel
[ ]  321    0    0  321 /  512    85.4s Stack parallel
[ ]  322    0    0  322 /  512    85.8s Stack parallel
[ ]  323    0    0  323 /  512    85.9s Stack parallel
[ ]  324    0    0  324 /  512    86.2s Stack parallel
[ ]  325    0    0  325 /  512    86.4s Stack parallel
[ ]  326    0    0  326 /  512    87.0s Stack parallel
[ ]  327    0    0  327 /  512    87.2s Stack parallel
[ ]  328    0    0  328 /  512    87.3s Stack parallel
[ ]  329    0    0  329 /  512    87.6s Stack parallel
[ ]  330    0    0  330 /  512    87.8s Stack parallel
[ ]  331    0    0  331 /  512    88.0s Stack parallel
[ ]  332    0    0  332 /  512    88.1s Stack parallel
[ ]  333    0    0  333 /  512    88.3s Stack parallel
[ ]  334    0    0  334 /  512    88.5s Stack parallel
[ ]  335    0    0  335 /  512    88.6s Stack parallel
[ ]  337    0    0  337 /  512    88.8s Stack parallel
[ ]  338    0    0  338 /  512    89.0s Stack parallel
[ ]  339    0    0  339 /  512    89.2s Stack parallel
[ ]  340    0    0  340 /  512    89.5s Stack parallel
[ ]  341    0    0  341 /  512    89.8s Stack parallel
[ ]  342    0    0  342 /  512    90.1s Stack parallel
[ ]  343    0    0  343 /  512    90.4s Stack parallel
[ ]  344    0    0  344 /  512    90.6s Stack parallel
[ ]  345    0    0  345 /  512    90.9s Stack parallel
[ ]  346    0    0  346 /  512    91.2s Stack parallel
[ ]  347    0    0  347 /  512    91.4s Stack parallel
[ ]  348    0    0  348 /  512    91.6s Stack parallel
[ ]  349    0    0  349 /  512    91.8s Stack parallel
[ ]  350    0    0  350 /  512    92.0s Stack parallel
[ ]  352    0    0  352 /  512    92.2s Stack parallel
[ ]  354    0    0  354 /  512    92.5s Stack parallel
[ ]  356    0    0  356 /  512    92.8s Stack parallel
[ ]  357    0    0  357 /  512    93.0s Stack parallel
[ ]  358    0    0  358 /  512    93.2s Stack parallel
[ ]  359    0    0  359 /  512    93.3s Stack parallel
[ ]  361    0    0  361 /  512    93.9s Stack parallel
[ ]  363    0    0  363 /  512    94.0s Stack parallel
[ ]  364    0    0  364 /  512    94.1s Stack parallel
[ ]  365    0    0  365 /  512    94.3s Stack parallel
[ ]  366    0    0  366 /  512    94.5s Stack parallel
[ ]  368    0    0  368 /  512    94.8s Stack parallel
[ ]  369    0    0  369 /  512    95.0s Stack parallel
[ ]  371    0    0  371 /  512    95.2s Stack parallel
[ ]  373    0    0  373 /  512    95.4s Stack parallel
[ ]  375    0    0  375 /  512    95.5s Stack parallel
[ ]  377    0    0  377 /  512    95.8s Stack parallel
[ ]  378    0    0  378 /  512    95.9s Stack parallel
[ ]  380    0    0  380 /  512    96.1s Stack parallel
[ ]  382    0    0  382 /  512    96.2s Stack parallel
[ ]  383    0    0  383 /  512    96.3s Stack parallel
[ ]  386    0    0  386 /  512    96.6s Stack parallel
[ ]  387    0    0  387 /  512    96.8s Stack parallel
[ ]  389    0    0  389 /  512    96.9s Stack parallel
[ ]  390    0    0  390 /  512    97.1s Stack parallel
[ ]  393    0    0  393 /  512    97.2s Stack parallel
[ ]  395    0    0  395 /  512    97.9s Stack parallel
[ ]  396    0    0  396 /  512    98.0s Stack parallel
[ ]  398    0    0  398 /  512    98.1s Stack parallel
[ ]  400    0    0  400 /  512    98.4s Stack parallel
[ ]  402    0    0  402 /  512    98.7s Stack parallel
[ ]  403    0    0  403 /  512    98.8s Stack parallel
[ ]  405    0    0  405 /  512    99.0s Stack parallel
[ ]  406    0    0  406 /  512    99.2s Stack parallel
[ ]  407    0    0  407 /  512    99.4s Stack parallel
[ ]  408    0    0  408 /  512    99.5s Stack parallel
[ ]  410    0    0  410 /  512    99.6s Stack parallel
[ ]  411    0    0  411 /  512    99.7s Stack parallel
[ ]  413    0    0  413 /  512   100.0s Stack parallel
[ ]  415    0    0  415 /  512   100.1s Stack parallel
[ ]  416    0    0  416 /  512   100.5s Stack parallel
[ ]  420    0    0  420 /  512   101.0s Stack parallel
[ ]  421    0    0  421 /  512   101.2s Stack parallel
[ ]  422    0    0  422 /  512   101.5s Stack parallel
[ ]  424    0    0  424 /  512   101.7s Stack parallel
[ ]  426    0    0  426 /  512   101.8s Stack parallel
[ ]  429    0    0  429 /  512   102.1s Stack parallel
[ ]  430    0    0  430 /  512   102.2s Stack parallel
[ ]  431    0    0  431 /  512   102.7s Stack parallel
[ ]  433    0    0  433 /  512   102.8s Stack parallel
[ ]  437    0    0  437 /  512   102.9s Stack parallel
[ ]  439    0    0  439 /  512   103.1s Stack parallel
[ ]  441    0    0  441 /  512   103.6s Stack parallel
[ ]  445    0    0  445 /  512   103.7s Stack parallel
[ ]  449    0    0  449 /  512   103.8s Stack parallel
[ ]  450    0    0  450 /  512   104.2s Stack parallel
[ ]  453    0    0  453 /  512   104.8s Stack parallel
[ ]  455    0    0  455 /  512   105.0s Stack parallel
[ ]  456    0    0  456 /  512   105.1s Stack parallel
[ ]  458    0    0  458 /  512   105.3s Stack parallel
[ ]  459    0    0  459 /  512   105.4s Stack parallel
[ ]  461    0    0  461 /  512   105.6s Stack parallel
[ ]  464    0    0  464 /  512   105.7s Stack parallel
[ ]  467    0    0  467 /  512   105.8s Stack parallel
[ ]  469    0    0  469 /  512   106.5s Stack parallel
[ ]  472    0    0  472 /  512   106.6s Stack parallel
[ ]  473    0    0  473 /  512   107.1s Stack parallel
[ ]  478    0    0  478 /  512   107.3s Stack parallel
[ ]  479    0    0  479 /  512   107.4s Stack parallel
[ ]  481    0    0  481 /  512   107.6s Stack parallel
[ ]  483    0    0  483 /  512   107.7s Stack parallel
[ ]  484    0    0  484 /  512   108.1s Stack parallel
[ ]  485    0    0  485 /  512   108.6s Stack parallel
[ ]  486    0    0  486 /  512   108.7s Stack parallel
[ ]  489    0    0  489 /  512   108.8s Stack parallel
[ ]  490    0    0  490 /  512   108.9s Stack parallel
[ ]  493    0    0  493 /  512   109.1s Stack parallel
[ ]  496    0    0  496 /  512   109.2s Stack parallel
[ ]  499    0    0  499 /  512   110.0s Stack parallel
[ ]  501    0    0  501 /  512   110.2s Stack parallel
[ ]  503    0    0  503 /  512   110.3s Stack parallel
[ ]  504    0    0  504 /  512   110.4s Stack parallel
[ ]  505    0    0  505 /  512   110.6s Stack parallel
[ ]  508    0    0  508 /  512   110.7s Stack parallel
[ ]  509    0    0  509 /  512   111.4s Stack parallel
[ ]  511    0    0  511 /  512   111.6s Stack parallel
[]  512    0    0  512 /  512   111.7s Stack parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test/kcas_data && ./queue_test_stm.exe)
random seed: 2330021781531559135
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
[ ]    1    0    0    1 /   32     0.2s Queue parallel
[ ]    2    0    0    2 /   32     0.4s Queue parallel
[ ]    3    0    0    3 /   32     0.6s Queue parallel
[ ]    4    0    0    4 /   32     0.8s Queue parallel
[ ]    5    0    0    5 /   32     1.0s Queue parallel
[ ]    6    0    0    6 /   32     1.1s Queue parallel
[ ]    7    0    0    7 /   32     1.3s Queue parallel
[ ]    8    0    0    8 /   32     1.7s Queue parallel
[ ]    9    0    0    9 /   32     1.9s Queue parallel
[ ]   11    0    0   11 /   32     2.2s Queue parallel
[ ]   13    0    0   13 /   32     2.4s Queue parallel
[ ]   15    0    0   15 /   32     2.7s Queue parallel
[ ]   16    0    0   16 /   32     2.8s Queue parallel
[ ]   17    0    0   17 /   32     3.2s Queue parallel
[ ]   18    0    0   18 /   32     3.3s Queue parallel
[ ]   21    0    0   21 /   32     3.5s Queue parallel
[ ]   23    0    0   23 /   32     3.7s Queue parallel
[ ]   26    0    0   26 /   32     3.8s Queue parallel
[ ]   28    0    0   28 /   32     4.0s Queue parallel
[ ]   30    0    0   30 /   32     4.1s Queue parallel
[ ]   32    0    0   32 /   32     4.3s Queue parallel
[]   32    0    0   32 /   32     4.3s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 207374938873751820
generated error fail pass / total     time test name

[ ]    0    0    0    0 /   64     0.0s Queue sequential
[]   64    0    0   64 /   64     0.0s Queue sequential

[ ]    0    0    0    0 /   64     0.0s Queue parallel
[ ]    1    0    0    1 /   64     0.3s Queue parallel
[ ]    2    0    0    2 /   64     0.5s Queue parallel
[ ]    3    0    0    3 /   64     0.6s Queue parallel
[ ]    5    0    0    5 /   64     0.7s Queue parallel
[ ]    8    0    0    8 /   64     0.8s Queue parallel
[ ]    9    0    0    9 /   64     0.9s Queue parallel
[ ]   10    0    0   10 /   64     1.1s Queue parallel
[ ]   12    0    0   12 /   64     1.2s Queue parallel
[ ]   14    0    0   14 /   64     2.1s Queue parallel
[ ]   15    0    0   15 /   64     2.2s Queue parallel
[ ]   16    0    0   16 /   64     2.4s Queue parallel
[ ]   17    0    0   17 /   64     2.6s Queue parallel
[ ]   18    0    0   18 /   64     2.7s Queue parallel
[ ]   19    0    0   19 /   64     2.8s Queue parallel
[ ]   21    0    0   21 /   64     3.0s Queue parallel
[ ]   22    0    0   22 /   64     3.2s Queue parallel
[ ]   23    0    0   23 /   64     3.5s Queue parallel
[ ]   24    0    0   24 /   64     3.7s Queue parallel
[ ]   25    0    0   25 /   64     3.9s Queue parallel
[ ]   26    0    0   26 /   64     4.2s Queue parallel
[ ]   28    0    0   28 /   64     4.5s Queue parallel
[ ]   30    0    0   30 /   64     5.0s Queue parallel
[ ]   32    0    0   32 /   64     5.2s Queue parallel
[ ]   33    0    0   33 /   64     5.9s Queue parallel
[ ]   34    0    0   34 /   64     6.1s Queue parallel
[ ]   36    0    0   36 /   64     6.7s Queue parallel
[ ]   38    0    0   38 /   64     6.8s Queue parallel
[ ]   42    0    0   42 /   64     7.1s Queue parallel
[ ]   45    0    0   45 /   64     7.3s Queue parallel
[ ]   47    0    0   47 /   64     7.4s Queue parallel
[ ]   49    0    0   49 /   64     7.6s Queue parallel
[ ]   51    0    0   51 /   64     7.7s Queue parallel
[ ]   53    0    0   53 /   64     8.4s Queue parallel
[ ]   55    0    0   55 /   64     8.6s Queue parallel
[ ]   60    0    0   60 /   64     8.7s Queue parallel
[ ]   64    0    0   64 /   64     8.8s Queue parallel
[]   64    0    0   64 /   64     8.8s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 13106560904739534
generated error fail pass / total     time test name

[ ]    0    0    0    0 /  128     0.0s Queue sequential
[]  128    0    0  128 /  128     0.0s Queue sequential

[ ]    0    0    0    0 /  128     0.0s Queue parallel
[ ]    4    0    0    4 /  128     0.1s Queue parallel (generating)
[ ]    6    0    0    6 /  128     0.2s Queue parallel
[ ]    8    0    0    8 /  128     0.3s Queue parallel
[ ]    9    0    0    9 /  128     0.5s Queue parallel
[ ]   15    0    0   15 /  128     0.9s Queue parallel
[ ]   16    0    0   16 /  128     1.2s Queue parallel
[ ]   18    0    0   18 /  128     1.4s Queue parallel
[ ]   25    0    0   25 /  128     1.5s Queue parallel
[ ]   30    0    0   30 /  128     1.6s Queue parallel
[ ]   32    0    0   32 /  128     1.7s Queue parallel
[ ]   38    0    0   38 /  128     1.9s Queue parallel
[ ]   43    0    0   43 /  128     2.1s Queue parallel
[ ]   49    0    0   49 /  128     2.2s Queue parallel
[ ]   51    0    0   51 /  128     2.6s Queue parallel
[ ]   55    0    0   55 /  128     2.8s Queue parallel
[ ]   59    0    0   59 /  128     2.9s Queue parallel
[ ]   69    0    0   69 /  128     3.0s Queue parallel
[ ]   71    0    0   71 /  128     3.3s Queue parallel
[ ]   81    0    0   81 /  128     3.4s Queue parallel
[ ]   90    0    0   90 /  128     3.6s Queue parallel
[ ]   94    0    0   94 /  128     3.7s Queue parallel
[ ]   99    0    0   99 /  128     4.0s Queue parallel
[ ]  100    0    0  100 /  128     4.3s Queue parallel
[ ]  107    0    0  107 /  128     4.6s Queue parallel
[ ]  112    0    0  112 /  128     4.8s Queue parallel
[ ]  119    0    0  119 /  128     4.9s Queue parallel
[ ]  123    0    0  123 /  128     5.0s Queue parallel
[ ]  125    0    0  125 /  128     5.2s Queue parallel
[]  128    0    0  128 /  128     5.2s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 4585558630176896880
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
[ ]    5    0    0    5 /  256     0.2s Queue parallel
[ ]    6    0    0    6 /  256     0.4s Queue parallel
[ ]   16    0    0   16 /  256     0.5s Queue parallel
[ ]   17    0    0   17 /  256     0.7s Queue parallel
[ ]   18    0    0   18 /  256     0.9s Queue parallel
[ ]   21    0    0   21 /  256     1.3s Queue parallel
[ ]   27    0    0   27 /  256     1.5s Queue parallel
[ ]   28    0    0   28 /  256     1.8s Queue parallel
[ ]   31    0    0   31 /  256     1.9s Queue parallel
[ ]   43    0    0   43 /  256     2.1s Queue parallel
[ ]   47    0    0   47 /  256     2.3s Queue parallel
[ ]   59    0    0   59 /  256     2.6s Queue parallel
[ ]   72    0    0   72 /  256     2.7s Queue parallel
[ ]   84    0    0   84 /  256     2.8s Queue parallel
[ ]   96    0    0   96 /  256     2.9s Queue parallel
[ ]  100    0    0  100 /  256     3.1s Queue parallel
[ ]  107    0    0  107 /  256     3.2s Queue parallel
[ ]  110    0    0  110 /  256     3.6s Queue parallel
[ ]  122    0    0  122 /  256     3.7s Queue parallel
[ ]  133    0    0  133 /  256     4.0s Queue parallel
[ ]  139    0    0  139 /  256     4.3s Queue parallel
[ ]  146    0    0  146 /  256     4.5s Queue parallel
[ ]  157    0    0  157 /  256     4.6s Queue parallel
[ ]  166    0    0  166 /  256     4.8s Queue parallel
[ ]  173    0    0  173 /  256     4.9s Queue parallel
[ ]  178    0    0  178 /  256     5.1s Queue parallel
[ ]  180    0    0  180 /  256     5.3s Queue parallel
[ ]  185    0    0  185 /  256     5.4s Queue parallel
[ ]  187    0    0  187 /  256     5.7s Queue parallel
[ ]  194    0    0  194 /  256     5.8s Queue parallel
[ ]  199    0    0  199 /  256     6.0s Queue parallel
[ ]  200    0    0  200 /  256     6.2s Queue parallel
[ ]  210    0    0  210 /  256     6.3s Queue parallel
[ ]  212    0    0  212 /  256     6.7s Queue parallel
[ ]  221    0    0  221 /  256     6.8s Queue parallel
[ ]  233    0    0  233 /  256     7.0s Queue parallel
[ ]  238    0    0  238 /  256     7.1s Queue parallel
[ ]  243    0    0  243 /  256     7.2s Queue parallel
[ ]  255    0    0  255 /  256     7.3s Queue parallel
[]  256    0    0  256 /  256     7.3s Queue parallel
================================================================================
success (ran 2 tests)
random seed: 3340448009822657568
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
[ ]    8    0    0    8 /  512     0.1s Queue parallel
[ ]    9    0    0    9 /  512     0.2s Queue parallel
[ ]   10    0    0   10 /  512     0.5s Queue parallel
[ ]   15    0    0   15 /  512     0.7s Queue parallel
[ ]   17    0    0   17 /  512     0.9s Queue parallel
[ ]   19    0    0   19 /  512     1.2s Queue parallel
[ ]   29    0    0   29 /  512     1.3s Queue parallel
[ ]   30    0    0   30 /  512     1.6s Queue parallel
[ ]   39    0    0   39 /  512     1.8s Queue parallel
[ ]   46    0    0   46 /  512     1.9s Queue parallel
[ ]   47    0    0   47 /  512     2.4s Queue parallel
[ ]   48    0    0   48 /  512     2.5s Queue parallel
[ ]   49    0    0   49 /  512     3.1s Queue parallel
[ ]   50    0    0   50 /  512     4.8s Queue parallel
[ ]   51    0    0   51 /  512     5.5s Queue parallel
[ ]   52    0    0   52 /  512     6.1s Queue parallel
[ ]   53    0    0   53 /  512     6.6s Queue parallel
[ ]   54    0    0   54 /  512     7.0s Queue parallel
[ ]   55    0    0   55 /  512     7.4s Queue parallel
[ ]   56    0    0   56 /  512     7.9s Queue parallel
[ ]   57    0    0   57 /  512     8.4s Queue parallel
[ ]   58    0    0   58 /  512     9.2s Queue parallel
[ ]   59    0    0   59 /  512     9.6s Queue parallel
[ ]   60    0    0   60 /  512    10.3s Queue parallel
[ ]   61    0    0   61 /  512    11.2s Queue parallel
[ ]   62    0    0   62 /  512    11.6s Queue parallel
[ ]   63    0    0   63 /  512    12.5s Queue parallel
[ ]   64    0    0   64 /  512    13.0s Queue parallel
[ ]   65    0    0   65 /  512    13.2s Queue parallel
[ ]   66    0    0   66 /  512    13.8s Queue parallel
[ ]   67    0    0   67 /  512    14.2s Queue parallel
[ ]   68    0    0   68 /  512    14.6s Queue parallel
[ ]   69    0    0   69 /  512    15.4s Queue parallel
[ ]   70    0    0   70 /  512    15.6s Queue parallel
[ ]   71    0    0   71 /  512    17.1s Queue parallel
[ ]   72    0    0   72 /  512    17.7s Queue parallel
[ ]   73    0    0   73 /  512    18.2s Queue parallel
[ ]   74    0    0   74 /  512    18.6s Queue parallel
[ ]   75    0    0   75 /  512    18.9s Queue parallel
[ ]   76    0    0   76 /  512    19.2s Queue parallel
[ ]   77    0    0   77 /  512    19.6s Queue parallel
[ ]   78    0    0   78 /  512    20.0s Queue parallel
[ ]   79    0    0   79 /  512    20.4s Queue parallel
[ ]   80    0    0   80 /  512    20.7s Queue parallel
[ ]   81    0    0   81 /  512    21.1s Queue parallel
[ ]   82    0    0   82 /  512    21.7s Queue parallel
[ ]   83    0    0   83 /  512    22.1s Queue parallel
[ ]   84    0    0   84 /  512    22.7s Queue parallel
[ ]   85    0    0   85 /  512    23.5s Queue parallel
[ ]   86    0    0   86 /  512    24.1s Queue parallel
[ ]   87    0    0   87 /  512    24.8s Queue parallel
[ ]   88    0    0   88 /  512    25.6s Queue parallel
[ ]   89    0    0   89 /  512    26.1s Queue parallel
[ ]   90    0    0   90 /  512    26.9s Queue parallel
[ ]   91    0    0   91 /  512    27.5s Queue parallel
[ ]   92    0    0   92 /  512    28.4s Queue parallel
[ ]   93    0    0   93 /  512    29.0s Queue parallel
[ ]   94    0    0   94 /  512    29.7s Queue parallel
[ ]   95    0    0   95 /  512    31.4s Queue parallel
[ ]   96    0    0   96 /  512    31.8s Queue parallel
[ ]   97    0    0   97 /  512    32.4s Queue parallel
[ ]   98    0    0   98 /  512    33.4s Queue parallel
[ ]   99    0    0   99 /  512    33.8s Queue parallel
[ ]  100    0    0  100 /  512    34.4s Queue parallel
[ ]  101    0    0  101 /  512    34.8s Queue parallel
[ ]  102    0    0  102 /  512    35.2s Queue parallel
[ ]  103    0    0  103 /  512    35.7s Queue parallel
[ ]  104    0    0  104 /  512    36.3s Queue parallel
[ ]  105    0    0  105 /  512    36.9s Queue parallel
[ ]  106    0    0  106 /  512    37.5s Queue parallel
[ ]  107    0    0  107 /  512    38.1s Queue parallel
[ ]  108    0    0  108 /  512    39.0s Queue parallel
[ ]  109    0    0  109 /  512    39.6s Queue parallel
[ ]  110    0    0  110 /  512    40.0s Queue parallel
[ ]  111    0    0  111 /  512    40.4s Queue parallel
[ ]  112    0    0  112 /  512    40.9s Queue parallel
[ ]  113    0    0  113 /  512    41.4s Queue parallel
[ ]  114    0    0  114 /  512    42.2s Queue parallel
[ ]  115    0    0  115 /  512    42.7s Queue parallel
[ ]  116    0    0  116 /  512    43.8s Queue parallel
[ ]  117    0    0  117 /  512    44.2s Queue parallel
[ ]  118    0    0  118 /  512    44.5s Queue parallel
[ ]  119    0    0  119 /  512    44.9s Queue parallel
[ ]  120    0    0  120 /  512    45.3s Queue parallel
[ ]  121    0    0  121 /  512    46.6s Queue parallel
[ ]  122    0    0  122 /  512    47.0s Queue parallel
[ ]  123    0    0  123 /  512    47.5s Queue parallel
[ ]  124    0    0  124 /  512    48.3s Queue parallel
[ ]  125    0    0  125 /  512    48.7s Queue parallel
[ ]  126    0    0  126 /  512    49.2s Queue parallel
[ ]  127    0    0  127 /  512    49.6s Queue parallel
[ ]  128    0    0  128 /  512    49.8s Queue parallel
[ ]  129    0    0  129 /  512    50.2s Queue parallel
[ ]  130    0    0  130 /  512    50.6s Queue parallel
[ ]  131    0    0  131 /  512    51.0s Queue parallel
[ ]  132    0    0  132 /  512    51.9s Queue parallel
[ ]  133    0    0  133 /  512    52.2s Queue parallel
[ ]  134    0    0  134 /  512    52.8s Queue parallel
[ ]  135    0    0  135 /  512    53.1s Queue parallel
[ ]  136    0    0  136 /  512    53.4s Queue parallel
[ ]  137    0    0  137 /  512    53.8s Queue parallel
[ ]  138    0    0  138 /  512    54.1s Queue parallel
[ ]  139    0    0  139 /  512    54.3s Queue parallel
[ ]  140    0    0  140 /  512    54.5s Queue parallel
[ ]  141    0    0  141 /  512    54.8s Queue parallel
[ ]  142    0    0  142 /  512    55.0s Queue parallel
[ ]  143    0    0  143 /  512    55.2s Queue parallel
[ ]  144    0    0  144 /  512    55.5s Queue parallel
[ ]  145    0    0  145 /  512    55.7s Queue parallel
[ ]  146    0    0  146 /  512    55.9s Queue parallel
[ ]  147    0    0  147 /  512    56.1s Queue parallel
[ ]  148    0    0  148 /  512    56.4s Queue parallel
[ ]  149    0    0  149 /  512    56.7s Queue parallel
[ ]  150    0    0  150 /  512    57.0s Queue parallel
[ ]  151    0    0  151 /  512    57.2s Queue parallel
[ ]  152    0    0  152 /  512    57.5s Queue parallel
[ ]  153    0    0  153 /  512    57.8s Queue parallel
[ ]  154    0    0  154 /  512    58.0s Queue parallel
[ ]  155    0    0  155 /  512    58.3s Queue parallel
[ ]  156    0    0  156 /  512    58.6s Queue parallel
[ ]  157    0    0  157 /  512    58.8s Queue parallel
[ ]  158    0    0  158 /  512    59.0s Queue parallel
[ ]  159    0    0  159 /  512    59.4s Queue parallel
[ ]  160    0    0  160 /  512    59.6s Queue parallel
[ ]  161    0    0  161 /  512    59.7s Queue parallel
[ ]  162    0    0  162 /  512    60.0s Queue parallel
[ ]  163    0    0  163 /  512    60.4s Queue parallel
[ ]  164    0    0  164 /  512    60.6s Queue parallel
[ ]  165    0    0  165 /  512    60.8s Queue parallel
[ ]  167    0    0  167 /  512    61.2s Queue parallel
[ ]  168    0    0  168 /  512    61.4s Queue parallel
[ ]  169    0    0  169 /  512    61.5s Queue parallel
[ ]  170    0    0  170 /  512    61.9s Queue parallel
[ ]  171    0    0  171 /  512    62.2s Queue parallel
[ ]  172    0    0  172 /  512    62.4s Queue parallel
[ ]  173    0    0  173 /  512    62.7s Queue parallel
[ ]  174    0    0  174 /  512    63.0s Queue parallel
[ ]  175    0    0  175 /  512    63.5s Queue parallel
[ ]  176    0    0  176 /  512    63.8s Queue parallel
[ ]  177    0    0  177 /  512    64.0s Queue parallel
[ ]  178    0    0  178 /  512    64.3s Queue parallel
[ ]  179    0    0  179 /  512    64.4s Queue parallel
[ ]  180    0    0  180 /  512    64.7s Queue parallel
[ ]  181    0    0  181 /  512    64.9s Queue parallel
[ ]  182    0    0  182 /  512    65.2s Queue parallel
[ ]  183    0    0  183 /  512    65.7s Queue parallel
[ ]  184    0    0  184 /  512    65.8s Queue parallel
[ ]  185    0    0  185 /  512    66.1s Queue parallel
[ ]  186    0    0  186 /  512    66.2s Queue parallel
[ ]  187    0    0  187 /  512    66.4s Queue parallel
[ ]  188    0    0  188 /  512    66.6s Queue parallel
[ ]  189    0    0  189 /  512    66.7s Queue parallel
[ ]  190    0    0  190 /  512    66.9s Queue parallel
[ ]  191    0    0  191 /  512    67.1s Queue parallel
[ ]  192    0    0  192 /  512    67.4s Queue parallel
[ ]  193    0    0  193 /  512    67.6s Queue parallel
[ ]  194    0    0  194 /  512    67.8s Queue parallel
[ ]  195    0    0  195 /  512    67.9s Queue parallel
[ ]  196    0    0  196 /  512    68.1s Queue parallel
[ ]  198    0    0  198 /  512    68.4s Queue parallel
[ ]  199    0    0  199 /  512    69.1s Queue parallel
[ ]  200    0    0  200 /  512    69.2s Queue parallel
[ ]  201    0    0  201 /  512    69.3s Queue parallel
[ ]  203    0    0  203 /  512    69.5s Queue parallel
[ ]  205    0    0  205 /  512    69.6s Queue parallel
[ ]  206    0    0  206 /  512    69.7s Queue parallel
[ ]  208    0    0  208 /  512    69.9s Queue parallel
[ ]  209    0    0  209 /  512    70.0s Queue parallel
[ ]  213    0    0  213 /  512    70.1s Queue parallel
[ ]  216    0    0  216 /  512    70.2s Queue parallel
[ ]  218    0    0  218 /  512    70.4s Queue parallel
[ ]  220    0    0  220 /  512    70.5s Queue parallel
[ ]  223    0    0  223 /  512    70.7s Queue parallel
[ ]  226    0    0  226 /  512    70.8s Queue parallel
[ ]  227    0    0  227 /  512    71.1s Queue parallel
[ ]  229    0    0  229 /  512    71.3s Queue parallel
[ ]  231    0    0  231 /  512    71.6s Queue parallel
[ ]  234    0    0  234 /  512    71.8s Queue parallel
[ ]  235    0    0  235 /  512    72.5s Queue parallel
[ ]  236    0    0  236 /  512    73.0s Queue parallel
[ ]  237    0    0  237 /  512    73.3s Queue parallel
[ ]  239    0    0  239 /  512    73.5s Queue parallel
[ ]  241    0    0  241 /  512    74.6s Queue parallel
[ ]  242    0    0  242 /  512    75.0s Queue parallel
[ ]  243    0    0  243 /  512    75.6s Queue parallel
[ ]  244    0    0  244 /  512    76.0s Queue parallel
[ ]  245    0    0  245 /  512    76.7s Queue parallel
[ ]  246    0    0  246 /  512    77.3s Queue parallel
[ ]  247    0    0  247 /  512    77.9s Queue parallel
[ ]  248    0    0  248 /  512    78.3s Queue parallel
[ ]  249    0    0  249 /  512    78.7s Queue parallel
[ ]  250    0    0  250 /  512    79.1s Queue parallel
[ ]  251    0    0  251 /  512    79.4s Queue parallel
[ ]  252    0    0  252 /  512    79.8s Queue parallel
[ ]  253    0    0  253 /  512    81.1s Queue parallel
[ ]  254    0    0  254 /  512    81.6s Queue parallel
[ ]  255    0    0  255 /  512    81.9s Queue parallel
[ ]  256    0    0  256 /  512    82.2s Queue parallel
[ ]  257    0    0  257 /  512    82.5s Queue parallel
[ ]  258    0    0  258 /  512    82.9s Queue parallel
[ ]  259    0    0  259 /  512    83.6s Queue parallel
[ ]  260    0    0  260 /  512    83.9s Queue parallel
[ ]  261    0    0  261 /  512    84.3s Queue parallel
[ ]  262    0    0  262 /  512    85.3s Queue parallel
[ ]  263    0    0  263 /  512    85.7s Queue parallel
[ ]  264    0    0  264 /  512    86.1s Queue parallel
[ ]  265    0    0  265 /  512    86.3s Queue parallel
[ ]  266    0    0  266 /  512    86.7s Queue parallel
[ ]  267    0    0  267 /  512    87.1s Queue parallel
[ ]  268    0    0  268 /  512    87.8s Queue parallel
[ ]  269    0    0  269 /  512    88.1s Queue parallel
[ ]  270    0    0  270 /  512    88.6s Queue parallel
[ ]  271    0    0  271 /  512    88.9s Queue parallel
[ ]  272    0    0  272 /  512    90.1s Queue parallel
[ ]  273    0    0  273 /  512    90.5s Queue parallel
[ ]  274    0    0  274 /  512    90.7s Queue parallel
[ ]  276    0    0  276 /  512    90.9s Queue parallel
[ ]  277    0    0  277 /  512    91.1s Queue parallel
[ ]  278    0    0  278 /  512    91.2s Queue parallel
[ ]  280    0    0  280 /  512    91.5s Queue parallel
[ ]  281    0    0  281 /  512    91.7s Queue parallel
[ ]  282    0    0  282 /  512    91.8s Queue parallel
[ ]  283    0    0  283 /  512    92.3s Queue parallel
[ ]  285    0    0  285 /  512    92.4s Queue parallel
[ ]  286    0    0  286 /  512    92.7s Queue parallel
[ ]  287    0    0  287 /  512    92.9s Queue parallel
[ ]  288    0    0  288 /  512    93.1s Queue parallel
[ ]  289    0    0  289 /  512    93.2s Queue parallel
[ ]  290    0    0  290 /  512    93.5s Queue parallel
[ ]  291    0    0  291 /  512    93.7s Queue parallel
[ ]  292    0    0  292 /  512    94.0s Queue parallel
[ ]  293    0    0  293 /  512    94.4s Queue parallel
[ ]  294    0    0  294 /  512    94.5s Queue parallel
[ ]  295    0    0  295 /  512    94.6s Queue parallel
[ ]  296    0    0  296 /  512    94.8s Queue parallel
[ ]  297    0    0  297 /  512    95.0s Queue parallel
[ ]  298    0    0  298 /  512    95.2s Queue parallel
[ ]  299    0    0  299 /  512    95.4s Queue parallel
[ ]  300    0    0  300 /  512    95.5s Queue parallel
[ ]  302    0    0  302 /  512    95.8s Queue parallel
[ ]  303    0    0  303 /  512    95.9s Queue parallel
[ ]  304    0    0  304 /  512    96.0s Queue parallel
[ ]  305    0    0  305 /  512    96.3s Queue parallel
[ ]  306    0    0  306 /  512    96.5s Queue parallel
[ ]  307    0    0  307 /  512    97.4s Queue parallel
[ ]  308    0    0  308 /  512    97.6s Queue parallel
[ ]  309    0    0  309 /  512    97.7s Queue parallel
[ ]  311    0    0  311 /  512    98.1s Queue parallel
[ ]  312    0    0  312 /  512    98.3s Queue parallel
[ ]  313    0    0  313 /  512    98.7s Queue parallel
[ ]  314    0    0  314 /  512    99.1s Queue parallel
[ ]  315    0    0  315 /  512    99.6s Queue parallel
[ ]  316    0    0  316 /  512   100.0s Queue parallel
[ ]  318    0    0  318 /  512   100.1s Queue parallel
[ ]  319    0    0  319 /  512   100.7s Queue parallel
[ ]  320    0    0  320 /  512   100.9s Queue parallel
[ ]  321    0    0  321 /  512   101.9s Queue parallel
[ ]  322    0    0  322 /  512   102.3s Queue parallel
[ ]  323    0    0  323 /  512   102.6s Queue parallel
[ ]  325    0    0  325 /  512   102.8s Queue parallel
[ ]  326    0    0  326 /  512   103.3s Queue parallel
[ ]  328    0    0  328 /  512   103.4s Queue parallel
[ ]  329    0    0  329 /  512   103.5s Queue parallel
[ ]  330    0    0  330 /  512   104.4s Queue parallel
[ ]  331    0    0  331 /  512   104.7s Queue parallel
[ ]  332    0    0  332 /  512   104.9s Queue parallel
[ ]  334    0    0  334 /  512   105.1s Queue parallel
[ ]  336    0    0  336 /  512   105.2s Queue parallel
[ ]  338    0    0  338 /  512   105.3s Queue parallel
[ ]  339    0    0  339 /  512   105.7s Queue parallel
[ ]  340    0    0  340 /  512   106.6s Queue parallel
[ ]  341    0    0  341 /  512   107.2s Queue parallel
[ ]  342    0    0  342 /  512   107.3s Queue parallel
[ ]  343    0    0  343 /  512   107.4s Queue parallel
[ ]  344    0    0  344 /  512   107.7s Queue parallel
[ ]  346    0    0  346 /  512   108.0s Queue parallel
[ ]  348    0    0  348 /  512   108.2s Queue parallel
[ ]  350    0    0  350 /  512   108.3s Queue parallel
[ ]  352    0    0  352 /  512   108.7s Queue parallel
[ ]  354    0    0  354 /  512   108.8s Queue parallel
[ ]  356    0    0  356 /  512   109.0s Queue parallel
[ ]  357    0    0  357 /  512   109.1s Queue parallel
[ ]  358    0    0  358 /  512   109.4s Queue parallel
[ ]  359    0    0  359 /  512   109.5s Queue parallel
[ ]  360    0    0  360 /  512   109.6s Queue parallel
[ ]  361    0    0  361 /  512   109.8s Queue parallel
[ ]  363    0    0  363 /  512   110.0s Queue parallel
[ ]  364    0    0  364 /  512   110.4s Queue parallel
[ ]  366    0    0  366 /  512   110.7s Queue parallel
[ ]  367    0    0  367 /  512   110.8s Queue parallel
[ ]  369    0    0  369 /  512   111.0s Queue parallel
[ ]  371    0    0  371 /  512   111.1s Queue parallel
[ ]  372    0    0  372 /  512   111.4s Queue parallel
[ ]  374    0    0  374 /  512   111.6s Queue parallel
[ ]  375    0    0  375 /  512   112.4s Queue parallel
[ ]  377    0    0  377 /  512   112.8s Queue parallel
[ ]  379    0    0  379 /  512   113.0s Queue parallel
[ ]  381    0    0  381 /  512   113.2s Queue parallel
[ ]  382    0    0  382 /  512   113.3s Queue parallel
[ ]  383    0    0  383 /  512   113.4s Queue parallel
[ ]  384    0    0  384 /  512   114.2s Queue parallel
[ ]  386    0    0  386 /  512   114.3s Queue parallel
[ ]  388    0    0  388 /  512   115.1s Queue parallel
[ ]  391    0    0  391 /  512   115.2s Queue parallel
[ ]  393    0    0  393 /  512   115.3s Queue parallel
[ ]  396    0    0  396 /  512   115.5s Queue parallel
[ ]  398    0    0  398 /  512   115.6s Queue parallel
[ ]  400    0    0  400 /  512   115.7s Queue parallel
[ ]  402    0    0  402 /  512   115.9s Queue parallel
[ ]  405    0    0  405 /  512   116.5s Queue parallel
[ ]  407    0    0  407 /  512   116.6s Queue parallel
[ ]  409    0    0  409 /  512   116.9s Queue parallel
[ ]  411    0    0  411 /  512   117.2s Queue parallel
[ ]  414    0    0  414 /  512   117.4s Queue parallel
[ ]  416    0    0  416 /  512   117.8s Queue parallel
[ ]  419    0    0  419 /  512   117.9s Queue parallel
[ ]  421    0    0  421 /  512   118.0s Queue parallel
[ ]  422    0    0  422 /  512   118.7s Queue parallel
[ ]  423    0    0  423 /  512   118.8s Queue parallel
[ ]  426    0    0  426 /  512   119.0s Queue parallel
[ ]  429    0    0  429 /  512   119.8s Queue parallel
[ ]  431    0    0  431 /  512   120.2s Queue parallel
[ ]  432    0    0  432 /  512   120.3s Queue parallel
[ ]  437    0    0  437 /  512   120.6s Queue parallel
[ ]  443    0    0  443 /  512   120.7s Queue parallel
[ ]  448    0    0  448 /  512   120.9s Queue parallel
[ ]  454    0    0  454 /  512   121.0s Queue parallel
[ ]  459    0    0  459 /  512   121.1s Queue parallel
[ ]  460    0    0  460 /  512   121.2s Queue parallel
[ ]  461    0    0  461 /  512   121.4s Queue parallel
[ ]  466    0    0  466 /  512   122.1s Queue parallel
[ ]  467    0    0  467 /  512   122.4s Queue parallel
[ ]  474    0    0  474 /  512   122.5s Queue parallel
[ ]  476    0    0  476 /  512   122.9s Queue parallel
[ ]  482    0    0  482 /  512   123.0s Queue parallel
[ ]  484    0    0  484 /  512   123.2s Queue parallel
[ ]  490    0    0  490 /  512   123.3s Queue parallel
[ ]  496    0    0  496 /  512   123.4s Queue parallel
[ ]  497    0    0  497 /  512   124.1s Queue parallel
[ ]  500    0    0  500 /  512   124.3s Queue parallel
[ ]  505    0    0  505 /  512   124.4s Queue parallel
[ ]  506    0    0  506 /  512   124.7s Queue parallel
[ ]  507    0    0  507 /  512   124.9s Queue parallel
[]  512    0    0  512 /  512   124.9s Queue parallel
================================================================================
success (ran 2 tests)
2024-11-10 13:56.37 ---> saved as "6f006333892079fe1c8a83cafd861767c231bd258315dc47ba975a745d720d7c"
Job succeeded
2024-11-10 13:56.38: Job succeeded