2025-02-06 23:43.28: New job: test ocaml-multicore/picos https://github.com/ocaml-multicore/picos.git#refs/heads/new-mpmc-queue (b8016f3c556d2f9ff94806f82dbdb6a948b977de) (windows-amd64:windows-server-2022-amd64-5.3_opam-2.3)
Base: windows-server-2022-amd64-ocaml-5.3
Opam project build
To reproduce locally:
git clone --recursive "https://github.com/ocaml-multicore/picos.git" -b "new-mpmc-queue" && cd "picos" && git reset --hard b8016f3c
cat > Dockerfile <<'END-OF-DOCKERFILE'
FROM windows-server-2022-amd64-ocaml-5.3
# windows-server-2022-amd64-5.3_opam-2.3
USER 1000:1000
ENV CLICOLOR_FORCE="1"
ENV OPAMCOLOR="always"
RUN ln -f /usr/bin/opam-2.3 /usr/bin/opam
RUN opam init --reinit -ni
RUN uname -rs && opam exec -- ocaml -version && opam --version
RUN cd ~/opam-repository && (git cat-file -e 3ee951993de4d18fd335fcea4ac7375cab56a637 || git fetch origin master) && git reset -q --hard 3ee951993de4d18fd335fcea4ac7375cab56a637 && git log --no-decorate -n1 --oneline && opam update -u
COPY --chown=1000:1000 picos_std.opam picos_mux.opam picos_meta.opam picos_lwt.opam picos_io_cohttp.opam picos_io.opam picos_aux.opam picos.opam /Users/opam/src/./
RUN opam pin add -yn picos_std.dev '/Users/opam/src/./' && \
opam pin add -yn picos_mux.dev '/Users/opam/src/./' && \
opam pin add -yn picos_meta.dev '/Users/opam/src/./' && \
opam pin add -yn picos_lwt.dev '/Users/opam/src/./' && \
opam pin add -yn picos_io_cohttp.dev '/Users/opam/src/./' && \
opam pin add -yn picos_io.dev '/Users/opam/src/./' && \
opam pin add -yn picos_aux.dev '/Users/opam/src/./' && \
opam pin add -yn picos.dev '/Users/opam/src/./'
RUN echo '(lang dune 3.0)' > '/cygdrive/c/Users/opam/src/./dune-project'
ENV DEPS="alcotest.1.8.0 angstrom.0.16.1 arch-x86_64.1 astring.0.8.5 backoff.0.1.1 base.v0.17.1 base-bigarray.base base-bytes.base base-domains.base base-effects.base base-nnp.base base-threads.base base-unix.base base64.3.5.1 bigstringaf.0.10.0 camlp-streams.5.0.1 cmdliner.1.3.0 cohttp.6.0.0 cohttp-lwt.6.0.0 conf-mingw-w64-gcc-x86_64.1 containers.3.15 cppo.1.8.0 csexp.1.5.2 domain-local-await.1.0.1 domain_shims.0.1.0 dscheck.0.5.0 dune.3.17.2 dune-configurator.3.17.2 either.1.0.0 flexdll.0.43 fmt.0.9.0 gen.1.1 host-arch-x86_64.1 host-system-mingw.1 http.6.0.0 js_of_ocaml.5.9.1 js_of_ocaml-compiler.5.9.1 logs.0.7.0 lwt.5.9.0 mdx.2.5.0 menhir.20240715 menhirCST.20240715 menhirLib.20240715 menhirSdk.20240715 mingw-w64-shims.0.2.0 mtime.2.1.0 multicore-bench.0.1.7 multicore-magic.2.3.1 multicore-magic-dscheck.2.3.1 ocaml.5.3.0 ocaml-base-compiler.5.3.0 ocaml-compiler.5.3.0 ocaml-compiler-libs.v0.17.0 ocaml-config.3 ocaml-env-mingw64.1 ocaml-options-vanilla.1 ocaml-syntax-shims.1.0.0 ocaml-version.3.7.3 ocaml_intrinsics_kernel.v0.17.1 ocamlbuild.0.15.0 ocamlfind.1.9.8 ocplib-endian.1.2 oseq.0.5.1 ppx_derivers.1.2.1 ppx_sexp_conv.v0.17.0 ppxlib.0.35.0 ppxlib_jane.v0.17.2 psq.0.2.1 qcheck-core.0.23 qcheck-multicoretests-util.0.7 qcheck-stm.0.7 re.1.12.0 result.1.5 sedlex.3.3 seq.base sexplib0.v0.17.0 stdlib-shims.0.3.0 stringext.1.6.0 system-mingw.1 thread-local-storage.0.2 thread-table.1.0.0 topkg.1.0.7 tsort.2.1.0 uri.4.4.0 uri-sexp.4.4.0 uutf.1.0.3 yojson.2.2.2"
ENV CI="true"
ENV OCAMLCI="true"
RUN opam update --depexts && opam install --cli=2.3 --depext-only -y picos_std.dev picos_mux.dev picos_meta.dev picos_lwt.dev picos_io_cohttp.dev picos_io.dev picos_aux.dev picos.dev $DEPS
RUN opam install $DEPS
COPY --chown=1000:1000 . /Users/opam/src
RUN cd /cygdrive/c/Users/opam/src && opam exec -- dune build @install @check @runtest && rm -rf _build
END-OF-DOCKERFILE
docker build .
END-REPRO-BLOCK
2025-02-06 23:43.28: Using cache hint "ocaml-multicore/picos-windows-server-2022-amd64-ocaml-5.3-windows-server-2022-amd64-5.3_opam-2.3-1783aef24fd6e47952bd747050f63364"
2025-02-06 23:43.28: Using OBuilder spec:
((from windows-server-2022-amd64-ocaml-5.3)
(comment windows-server-2022-amd64-5.3_opam-2.3)
(user (uid 1000) (gid 1000))
(env CLICOLOR_FORCE 1)
(env OPAMCOLOR always)
(run (shell "ln -f /usr/bin/opam-2.3 /usr/bin/opam"))
(run (shell "opam init --reinit -ni"))
(run (shell "uname -rs && opam exec -- ocaml -version && opam --version"))
(run (cache (opam-archives (target "c:\\Users\\opam\\AppData\\local\\opam\\download-cache")))
(network host)
(shell "cd ~/opam-repository && (git cat-file -e 3ee951993de4d18fd335fcea4ac7375cab56a637 || git fetch origin master) && git reset -q --hard 3ee951993de4d18fd335fcea4ac7375cab56a637 && git log --no-decorate -n1 --oneline && opam update -u"))
(copy (src picos_std.opam picos_mux.opam picos_meta.opam picos_lwt.opam picos_io_cohttp.opam picos_io.opam picos_aux.opam picos.opam)
(dst /Users/opam/src/./))
(run (network host)
(shell "opam pin add -yn picos_std.dev '/Users/opam/src/./' && \
\nopam pin add -yn picos_mux.dev '/Users/opam/src/./' && \
\nopam pin add -yn picos_meta.dev '/Users/opam/src/./' && \
\nopam pin add -yn picos_lwt.dev '/Users/opam/src/./' && \
\nopam pin add -yn picos_io_cohttp.dev '/Users/opam/src/./' && \
\nopam pin add -yn picos_io.dev '/Users/opam/src/./' && \
\nopam pin add -yn picos_aux.dev '/Users/opam/src/./' && \
\nopam pin add -yn picos.dev '/Users/opam/src/./'"))
(run (network host)
(shell "echo '(lang dune 3.0)' > '/cygdrive/c/Users/opam/src/./dune-project'"))
(env DEPS "alcotest.1.8.0 angstrom.0.16.1 arch-x86_64.1 astring.0.8.5 backoff.0.1.1 base.v0.17.1 base-bigarray.base base-bytes.base base-domains.base base-effects.base base-nnp.base base-threads.base base-unix.base base64.3.5.1 bigstringaf.0.10.0 camlp-streams.5.0.1 cmdliner.1.3.0 cohttp.6.0.0 cohttp-lwt.6.0.0 conf-mingw-w64-gcc-x86_64.1 containers.3.15 cppo.1.8.0 csexp.1.5.2 domain-local-await.1.0.1 domain_shims.0.1.0 dscheck.0.5.0 dune.3.17.2 dune-configurator.3.17.2 either.1.0.0 flexdll.0.43 fmt.0.9.0 gen.1.1 host-arch-x86_64.1 host-system-mingw.1 http.6.0.0 js_of_ocaml.5.9.1 js_of_ocaml-compiler.5.9.1 logs.0.7.0 lwt.5.9.0 mdx.2.5.0 menhir.20240715 menhirCST.20240715 menhirLib.20240715 menhirSdk.20240715 mingw-w64-shims.0.2.0 mtime.2.1.0 multicore-bench.0.1.7 multicore-magic.2.3.1 multicore-magic-dscheck.2.3.1 ocaml.5.3.0 ocaml-base-compiler.5.3.0 ocaml-compiler.5.3.0 ocaml-compiler-libs.v0.17.0 ocaml-config.3 ocaml-env-mingw64.1 ocaml-options-vanilla.1 ocaml-syntax-shims.1.0.0 ocaml-version.3.7.3 ocaml_intrinsics_kernel.v0.17.1 ocamlbuild.0.15.0 ocamlfind.1.9.8 ocplib-endian.1.2 oseq.0.5.1 ppx_derivers.1.2.1 ppx_sexp_conv.v0.17.0 ppxlib.0.35.0 ppxlib_jane.v0.17.2 psq.0.2.1 qcheck-core.0.23 qcheck-multicoretests-util.0.7 qcheck-stm.0.7 re.1.12.0 result.1.5 sedlex.3.3 seq.base sexplib0.v0.17.0 stdlib-shims.0.3.0 stringext.1.6.0 system-mingw.1 thread-local-storage.0.2 thread-table.1.0.0 topkg.1.0.7 tsort.2.1.0 uri.4.4.0 uri-sexp.4.4.0 uutf.1.0.3 yojson.2.2.2")
(env CI true)
(env OCAMLCI true)
(run (cache (opam-archives (target "c:\\Users\\opam\\AppData\\local\\opam\\download-cache")))
(network host)
(shell "opam update --depexts && opam install --cli=2.3 --depext-only -y picos_std.dev picos_mux.dev picos_meta.dev picos_lwt.dev picos_io_cohttp.dev picos_io.dev picos_aux.dev picos.dev $DEPS"))
(run (cache (opam-archives (target "c:\\Users\\opam\\AppData\\local\\opam\\download-cache")))
(network host)
(shell "opam install $DEPS"))
(copy (src .) (dst /Users/opam/src))
(run (shell "cd /cygdrive/c/Users/opam/src && opam exec -- dune build @install @check @runtest && rm -rf _build"))
)
2025-02-06 23:43.28: Waiting for resource in pool OCluster
2025-02-06 23:43.28: Waiting for worker…
2025-02-06 23:43.28: Got resource from pool OCluster
Building on odawa
HEAD is now at 66f4e19 Magic
HEAD is now at b8016f3 Magic
(from windows-server-2022-amd64-ocaml-5.3)
2025-02-06 23:43.29 ---> using "1d6ffeb5a52124df73b2e951323e99615c52ca4f9bdf0f65039be6146fabdaab" from cache
/: (comment windows-server-2022-amd64-5.3_opam-2.3)
/: (user (uid 1000) (gid 1000))
/: (env CLICOLOR_FORCE 1)
/: (env OPAMCOLOR always)
/: (run (shell "ln -f /usr/bin/opam-2.3 /usr/bin/opam"))
2025-02-06 23:43.29 ---> using "95d5d85ee56c2575e196f53fe7f940cc0731fb5c4485beb38b72a714de9d05bf" from cache
/: (run (shell "opam init --reinit -ni"))
No configuration file found, using built-in defaults.
<><> Unix support infrastructure ><><><><><><><><><><><><><><><><><><><><><><><>
opam and the OCaml ecosystem in general require various Unix tools in order to operate correctly. At present, this requires the installation of Cygwin to provide these tools.
How should opam obtain Unix tools?
> 1. Use tools found in PATH (Cygwin installation at C:\cygwin64)
2. Automatically create an internal Cygwin installation that will be managed by opam (recommended)
3. Use Cygwin installation found in C:\cygwin64
4. Use another existing Cygwin/MSYS2 installation
5. Abort initialisation
[1/2/3/4/5] 1
Checking for available remotes: rsync and local, git.
- you won't be able to use mercurial repositories unless you install the hg command on your system.
- you won't be able to use darcs repositories unless you install the darcs command on your system.
<><> Updating repositories ><><><><><><><><><><><><><><><><><><><><><><><><><><>
[default] no changes from file://C:/Users/opam/opam-repository
2025-02-06 23:43.29 ---> using "53bae75d46d214e65b51daece9ef873c6c6a891e203ec3d98bbd26c30834d1e2" from cache
/: (run (shell "uname -rs && opam exec -- ocaml -version && opam --version"))
CYGWIN_NT-10.0-20348 3.5.5-1.x86_64
The OCaml toplevel, version 5.3.0
2.3.0
2025-02-06 23:43.29 ---> using "2b54922bf0d8d5ddbb1aea4afec4a959968c963bd87de7fe3038a742f957825c" from cache
/: (run (cache (opam-archives (target "c:\\Users\\opam\\AppData\\local\\opam\\download-cache")))
(network host)
(shell "cd ~/opam-repository && (git cat-file -e 3ee951993de4d18fd335fcea4ac7375cab56a637 || git fetch origin master) && git reset -q --hard 3ee951993de4d18fd335fcea4ac7375cab56a637 && git log --no-decorate -n1 --oneline && opam update -u"))
From https://github.com/ocaml/opam-repository
* branch master -> FETCH_HEAD
f93eb7cb02..38fed1a4c7 master -> origin/master
3ee951993d Merge pull request #27253 from kit-ty-kate/opam-publish-ocamlfind.1.9.8
<><> Updating package repositories ><><><><><><><><><><><><><><><><><><><><><><>
[default] synchronised from file://C:/Users/opam/opam-repository
Everything as up-to-date as possible (run with --verbose to show unavailable upgrades).
However, you may "opam upgrade" these packages explicitly, which will ask permission to downgrade or uninstall the conflicting packages.
Nothing to do.
# To update the current shell environment, run: eval $(opam env)
2025-02-06 23:43.29 ---> using "0ef703736ca25fcddcfa138c4217e8c74d7c051478aa8dd297fbd400680f6d1f" from cache
/: (copy (src picos_std.opam picos_mux.opam picos_meta.opam picos_lwt.opam picos_io_cohttp.opam picos_io.opam picos_aux.opam picos.opam)
(dst /Users/opam/src/./))
2025-02-06 23:43.29 ---> using "183c21a7a2d07cfdd7e51e102a57263327948e435eda5d22c6c6b180807994ac" from cache
/: (run (network host)
(shell "opam pin add -yn picos_std.dev '/Users/opam/src/./' && \
\nopam pin add -yn picos_mux.dev '/Users/opam/src/./' && \
\nopam pin add -yn picos_meta.dev '/Users/opam/src/./' && \
\nopam pin add -yn picos_lwt.dev '/Users/opam/src/./' && \
\nopam pin add -yn picos_io_cohttp.dev '/Users/opam/src/./' && \
\nopam pin add -yn picos_io.dev '/Users/opam/src/./' && \
\nopam pin add -yn picos_aux.dev '/Users/opam/src/./' && \
\nopam pin add -yn picos.dev '/Users/opam/src/./'"))
[picos_std.dev] synchronised (file://C:/Users/opam/src/.)
picos_std is now pinned to file://C:/Users/opam/src/. (version dev)
[picos_mux.dev] synchronised (file://C:/Users/opam/src/.)
picos_mux is now pinned to file://C:/Users/opam/src/. (version dev)
[picos_meta.dev] synchronised (file://C:/Users/opam/src/.)
picos_meta is now pinned to file://C:/Users/opam/src/. (version dev)
[picos_lwt.dev] synchronised (file://C:/Users/opam/src/.)
picos_lwt is now pinned to file://C:/Users/opam/src/. (version dev)
[picos_io_cohttp.dev] synchronised (file://C:/Users/opam/src/.)
picos_io_cohttp is now pinned to file://C:/Users/opam/src/. (version dev)
[picos_io.dev] synchronised (file://C:/Users/opam/src/.)
picos_io is now pinned to file://C:/Users/opam/src/. (version dev)
[picos_aux.dev] synchronised (file://C:/Users/opam/src/.)
picos_aux is now pinned to file://C:/Users/opam/src/. (version dev)
[picos.dev] synchronised (file://C:/Users/opam/src/.)
picos is now pinned to file://C:/Users/opam/src/. (version dev)
2025-02-06 23:43.29 ---> using "0e3c9b0a43719ee733f7b6b25958b3e8596230ea50122b21a10a41b4015239ec" from cache
/: (run (network host)
(shell "echo '(lang dune 3.0)' > '/cygdrive/c/Users/opam/src/./dune-project'"))
2025-02-06 23:43.29 ---> using "d958607cb928947b7d21bca88f402de3e9a438919b07d9e4ead13e6f5a8ca883" from cache
/: (env DEPS "alcotest.1.8.0 angstrom.0.16.1 arch-x86_64.1 astring.0.8.5 backoff.0.1.1 base.v0.17.1 base-bigarray.base base-bytes.base base-domains.base base-effects.base base-nnp.base base-threads.base base-unix.base base64.3.5.1 bigstringaf.0.10.0 camlp-streams.5.0.1 cmdliner.1.3.0 cohttp.6.0.0 cohttp-lwt.6.0.0 conf-mingw-w64-gcc-x86_64.1 containers.3.15 cppo.1.8.0 csexp.1.5.2 domain-local-await.1.0.1 domain_shims.0.1.0 dscheck.0.5.0 dune.3.17.2 dune-configurator.3.17.2 either.1.0.0 flexdll.0.43 fmt.0.9.0 gen.1.1 host-arch-x86_64.1 host-system-mingw.1 http.6.0.0 js_of_ocaml.5.9.1 js_of_ocaml-compiler.5.9.1 logs.0.7.0 lwt.5.9.0 mdx.2.5.0 menhir.20240715 menhirCST.20240715 menhirLib.20240715 menhirSdk.20240715 mingw-w64-shims.0.2.0 mtime.2.1.0 multicore-bench.0.1.7 multicore-magic.2.3.1 multicore-magic-dscheck.2.3.1 ocaml.5.3.0 ocaml-base-compiler.5.3.0 ocaml-compiler.5.3.0 ocaml-compiler-libs.v0.17.0 ocaml-config.3 ocaml-env-mingw64.1 ocaml-options-vanilla.1 ocaml-syntax-shims.1.0.0 ocaml-version.3.7.3 ocaml_intrinsics_kernel.v0.17.1 ocamlbuild.0.15.0 ocamlfind.1.9.8 ocplib-endian.1.2 oseq.0.5.1 ppx_derivers.1.2.1 ppx_sexp_conv.v0.17.0 ppxlib.0.35.0 ppxlib_jane.v0.17.2 psq.0.2.1 qcheck-core.0.23 qcheck-multicoretests-util.0.7 qcheck-stm.0.7 re.1.12.0 result.1.5 sedlex.3.3 seq.base sexplib0.v0.17.0 stdlib-shims.0.3.0 stringext.1.6.0 system-mingw.1 thread-local-storage.0.2 thread-table.1.0.0 topkg.1.0.7 tsort.2.1.0 uri.4.4.0 uri-sexp.4.4.0 uutf.1.0.3 yojson.2.2.2")
/: (env CI true)
/: (env OCAMLCI true)
/: (run (cache (opam-archives (target "c:\\Users\\opam\\AppData\\local\\opam\\download-cache")))
(network host)
(shell "opam update --depexts && opam install --cli=2.3 --depext-only -y picos_std.dev picos_mux.dev picos_meta.dev picos_lwt.dev picos_io_cohttp.dev picos_io.dev picos_aux.dev picos.dev $DEPS"))
<><> Synchronising pinned packages ><><><><><><><><><><><><><><><><><><><><><><>
[picos.dev] synchronised (file://C:/Users/opam/src/.)
[picos_aux.dev] synchronised (file://C:/Users/opam/src/.)
[picos_io.dev] synchronised (file://C:/Users/opam/src/.)
[picos_io_cohttp.dev] synchronised (file://C:/Users/opam/src/.)
[picos_lwt.dev] synchronised (file://C:/Users/opam/src/.)
[picos_meta.dev] synchronised (file://C:/Users/opam/src/.)
[picos_mux.dev] synchronised (file://C:/Users/opam/src/.)
[picos_std.dev] synchronised (file://C:/Users/opam/src/.)
[NOTE] Package system-mingw is already installed (current version is 1).
[NOTE] Package ocaml-options-vanilla is already installed (current version is 1).
[NOTE] Package ocaml-env-mingw64 is already installed (current version is 1).
[NOTE] Package ocaml-config is already installed (current version is 3).
[NOTE] Package ocaml-compiler is already installed (current version is 5.3.0).
[NOTE] Package ocaml-base-compiler is already installed (current version is 5.3.0).
[NOTE] Package ocaml is already installed (current version is 5.3.0).
[NOTE] Package mingw-w64-shims is already installed (current version is 0.2.0).
[NOTE] Package host-system-mingw is already installed (current version is 1).
[NOTE] Package host-arch-x86_64 is already installed (current version is 1).
[NOTE] Package flexdll is already installed (current version is 0.43).
[NOTE] Package conf-mingw-w64-gcc-x86_64 is already installed (current version is 1).
[NOTE] Package base-unix is already installed (current version is base).
[NOTE] Package base-threads is already installed (current version is base).
[NOTE] Package base-nnp is already installed (current version is base).
[NOTE] Package base-effects is already installed (current version is base).
[NOTE] Package base-domains is already installed (current version is base).
[NOTE] Package base-bigarray is already installed (current version is base).
[NOTE] Package arch-x86_64 is already installed (current version is 1).
2025-02-06 23:43.29 ---> using "336702a91007a657c9935d14b5337a4877ba84b18034560744904bfe46b1aa14" from cache
/: (run (cache (opam-archives (target "c:\\Users\\opam\\AppData\\local\\opam\\download-cache")))
(network host)
(shell "opam install $DEPS"))
[NOTE] Package system-mingw is already installed (current version is 1).
[NOTE] Package ocaml-options-vanilla is already installed (current version is 1).
[NOTE] Package ocaml-env-mingw64 is already installed (current version is 1).
[NOTE] Package ocaml-config is already installed (current version is 3).
[NOTE] Package ocaml-compiler is already installed (current version is 5.3.0).
[NOTE] Package ocaml-base-compiler is already installed (current version is 5.3.0).
[NOTE] Package ocaml is already installed (current version is 5.3.0).
[NOTE] Package mingw-w64-shims is already installed (current version is 0.2.0).
[NOTE] Package host-system-mingw is already installed (current version is 1).
[NOTE] Package host-arch-x86_64 is already installed (current version is 1).
[NOTE] Package flexdll is already installed (current version is 0.43).
[NOTE] Package conf-mingw-w64-gcc-x86_64 is already installed (current version is 1).
[NOTE] Package base-unix is already installed (current version is base).
[NOTE] Package base-threads is already installed (current version is base).
[NOTE] Package base-nnp is already installed (current version is base).
[NOTE] Package base-effects is already installed (current version is base).
[NOTE] Package base-domains is already installed (current version is base).
[NOTE] Package base-bigarray is already installed (current version is base).
[NOTE] Package arch-x86_64 is already installed (current version is 1).
The following actions will be performed:
=== install 68 packages
- install alcotest 1.8.0
- install angstrom 0.16.1
- install astring 0.8.5
- install backoff 0.1.1
- install base v0.17.1
- install base-bytes base
- install base64 3.5.1
- install bigstringaf 0.10.0
- install camlp-streams 5.0.1
- install cmdliner 1.3.0
- install cohttp 6.0.0
- install cohttp-lwt 6.0.0
- install containers 3.15
- install cppo 1.8.0
- install csexp 1.5.2
- install domain-local-await 1.0.1
- install domain_shims 0.1.0
- install dscheck 0.5.0
- install dune 3.17.2
- install dune-configurator 3.17.2
- install either 1.0.0
- install fmt 0.9.0
- install gen 1.1
- install http 6.0.0
- install js_of_ocaml 5.9.1
- install js_of_ocaml-compiler 5.9.1
- install logs 0.7.0
- install lwt 5.9.0
- install mdx 2.5.0
- install menhir 20240715
- install menhirCST 20240715
- install menhirLib 20240715
- install menhirSdk 20240715
- install mtime 2.1.0
- install multicore-bench 0.1.7
- install multicore-magic 2.3.1
- install multicore-magic-dscheck 2.3.1
- install ocaml-compiler-libs v0.17.0
- install ocaml-syntax-shims 1.0.0
- install ocaml-version 3.7.3
- install ocaml_intrinsics_kernel v0.17.1
- install ocamlbuild 0.15.0
- install ocamlfind 1.9.8
- install ocplib-endian 1.2
- install oseq 0.5.1
- install ppx_derivers 1.2.1
- install ppx_sexp_conv v0.17.0
- install ppxlib 0.35.0
- install ppxlib_jane v0.17.2
- install psq 0.2.1
- install qcheck-core 0.23
- install qcheck-multicoretests-util 0.7
- install qcheck-stm 0.7
- install re 1.12.0
- install result 1.5
- install sedlex 3.3
- install seq base
- install sexplib0 v0.17.0
- install stdlib-shims 0.3.0
- install stringext 1.6.0
- install thread-local-storage 0.2
- install thread-table 1.0.0
- install topkg 1.0.7
- install tsort 2.1.0
- install uri 4.4.0
- install uri-sexp 4.4.0
- install uutf 1.0.3
- install yojson 2.2.2
<><> Processing actions <><><><><><><><><><><><><><><><><><><><><><><><><><><><>
-> retrieved angstrom.0.16.1 (cached)
-> retrieved alcotest.1.8.0 (cached)
-> retrieved astring.0.8.5 (cached)
-> retrieved backoff.0.1.1 (cached)
-> retrieved base64.3.5.1 (cached)
-> retrieved bigstringaf.0.10.0 (cached)
-> retrieved base.v0.17.1 (cached)
-> retrieved camlp-streams.5.0.1 (cached)
-> retrieved cmdliner.1.3.0 (cached)
-> retrieved cohttp.6.0.0, cohttp-lwt.6.0.0, http.6.0.0 (cached)
-> retrieved containers.3.15 (cached)
-> retrieved cppo.1.8.0 (cached)
-> retrieved csexp.1.5.2 (cached)
-> retrieved domain-local-await.1.0.1 (cached)
-> retrieved domain_shims.0.1.0 (cached)
-> retrieved dscheck.0.5.0 (cached)
-> retrieved either.1.0.0 (cached)
-> retrieved fmt.0.9.0 (cached)
-> retrieved gen.1.1 (cached)
-> retrieved logs.0.7.0 (cached)
-> retrieved lwt.5.9.0 (cached)
-> retrieved mdx.2.5.0 (cached)
-> retrieved menhir.20240715, menhirCST.20240715, menhirLib.20240715, menhirSdk.20240715 (cached)
-> retrieved js_of_ocaml.5.9.1, js_of_ocaml-compiler.5.9.1 (cached)
-> retrieved dune.3.17.2, dune-configurator.3.17.2 (https://github.com/ocaml/dune/releases/download/3.17.2/dune-3.17.2.tbz)
-> retrieved mtime.2.1.0 (cached)
-> retrieved multicore-bench.0.1.7 (cached)
-> retrieved multicore-magic.2.3.1, multicore-magic-dscheck.2.3.1 (cached)
-> retrieved ocaml-compiler-libs.v0.17.0 (cached)
-> retrieved ocaml-syntax-shims.1.0.0 (cached)
-> retrieved ocaml-version.3.7.3 (cached)
-> retrieved ocaml_intrinsics_kernel.v0.17.1 (cached)
-> retrieved ocamlbuild.0.15.0 (cached)
-> retrieved ocplib-endian.1.2 (cached)
-> retrieved oseq.0.5.1 (cached)
-> retrieved ocamlfind.1.9.8 (https://github.com/ocaml/ocamlfind/archive/refs/tags/findlib-1.9.8.tar.gz)
-> retrieved ppx_derivers.1.2.1 (cached)
-> retrieved ppx_sexp_conv.v0.17.0 (cached)
-> retrieved ppxlib_jane.v0.17.2 (cached)
-> retrieved psq.0.2.1 (cached)
-> retrieved qcheck-core.0.23 (cached)
-> installed cmdliner.1.3.0
-> retrieved re.1.12.0 (cached)
-> retrieved result.1.5 (cached)
-> retrieved ppxlib.0.35.0 (https://github.com/ocaml-ppx/ppxlib/releases/download/0.35.0/ppxlib-0.35.0.tbz)
-> retrieved seq.base (cached)
-> installed seq.base
-> retrieved qcheck-multicoretests-util.0.7, qcheck-stm.0.7 (https://github.com/ocaml-multicore/multicoretests/archive/refs/tags/0.7.tar.gz)
-> retrieved sedlex.3.3 (cached)
-> retrieved sexplib0.v0.17.0 (cached)
-> retrieved stdlib-shims.0.3.0 (cached)
-> retrieved stringext.1.6.0 (cached)
-> retrieved thread-local-storage.0.2 (cached)
-> retrieved thread-table.1.0.0 (cached)
-> retrieved topkg.1.0.7 (cached)
-> retrieved tsort.2.1.0 (cached)
-> retrieved uri.4.4.0, uri-sexp.4.4.0 (cached)
-> retrieved uutf.1.0.3 (cached)
-> retrieved yojson.2.2.2 (cached)
[WARNING] .install file is missing .exe extension for src/findlib/ocamlfind
[WARNING] .install file is missing .exe extension for src/findlib/ocamlfind_opt
[WARNING] Automatically adding .exe to C:\Users\opam\AppData\Local\opam\5.3.0\.opam-switch\build\ocamlfind.1.9.8\src\findlib\ocamlfind.exe
[WARNING] Automatically adding .exe to C:\Users\opam\AppData\Local\opam\5.3.0\.opam-switch\build\ocamlfind.1.9.8\src\findlib\ocamlfind_opt.exe
[WARNING] C:\Users\opam\AppData\Local\opam\5.3.0\bin\safe_camlp4 is a script; the command won't be available
-> installed ocamlfind.1.9.8
-> installed base-bytes.base
-> installed ocamlbuild.0.15.0
-> installed topkg.1.0.7
-> installed uutf.1.0.3
-> installed astring.0.8.5
-> installed fmt.0.9.0
-> installed dune.3.17.2
-> installed backoff.0.1.1
-> installed camlp-streams.5.0.1
-> installed csexp.1.5.2
-> installed domain_shims.0.1.0
-> installed base64.3.5.1
-> installed cppo.1.8.0
-> installed either.1.0.0
-> installed gen.1.1
-> installed http.6.0.0
-> installed menhirCST.20240715
-> installed menhirLib.20240715
-> installed menhirSdk.20240715
-> installed mtime.2.1.0
-> installed multicore-magic.2.3.1
-> installed ocaml-compiler-libs.v0.17.0
-> installed ocaml-syntax-shims.1.0.0
-> installed ocaml-version.3.7.3
-> installed ocaml_intrinsics_kernel.v0.17.1
-> installed ocplib-endian.1.2
-> installed oseq.0.5.1
-> installed ppx_derivers.1.2.1
-> installed psq.0.2.1
-> installed qcheck-core.0.23
-> installed result.1.5
-> installed sexplib0.v0.17.0
-> installed stdlib-shims.0.3.0
-> installed dune-configurator.3.17.2
-> installed qcheck-multicoretests-util.0.7
-> installed re.1.12.0
-> installed stringext.1.6.0
-> installed thread-local-storage.0.2
-> installed thread-table.1.0.0
-> installed tsort.2.1.0
-> installed yojson.2.2.2
-> installed qcheck-stm.0.7
-> installed bigstringaf.0.10.0
-> installed domain-local-await.1.0.1
-> installed alcotest.1.8.0
-> installed angstrom.0.16.1
-> installed containers.3.15
-> installed multicore-bench.0.1.7
-> installed dscheck.0.5.0
-> installed multicore-magic-dscheck.2.3.1
-> installed uri.4.4.0
-> installed base.v0.17.1
-> installed lwt.5.9.0
-> installed ppxlib.0.35.0
-> installed ppxlib_jane.v0.17.2
-> installed menhir.20240715
-> installed sedlex.3.3
-> installed ppx_sexp_conv.v0.17.0
-> installed uri-sexp.4.4.0
-> installed js_of_ocaml-compiler.5.9.1
-> installed js_of_ocaml.5.9.1
-> installed logs.0.7.0
-> installed mdx.2.5.0
-> installed cohttp.6.0.0
-> installed cohttp-lwt.6.0.0
Done.
# To update the current shell environment, run: eval $(opam env)
2025-02-06 23:43.29 ---> using "b4e8af148de193acd02e47fedb704bd6461af099d31ffb1022467bf3e12180cc" from cache
/: (copy (src .) (dst /Users/opam/src))
2025-02-06 23:43.41 ---> saved as "bb082297cdb54456dfa178f03a3850f4e965a28861251fed4afdc095f15ed4c0"
/: (run (shell "cd /cygdrive/c/Users/opam/src && opam exec -- dune build @install @check @runtest && rm -rf _build"))
(cd _build/default/test && .\test_select.exe)
Testing `Picos_select'.
This run has ID `MU6FGM90'.
Full test results in `~\src\_build\default\test\_build\_tests\MU6FGM90'.
Test Successful in 0.000s. 0 test run.
(cd _build/default/test && .\test_lwt_unix.exe)
Testing `Picos_lwt'.
This run has ID `ORQI3CYR'.
[OK] Basics 0
Full test results in `~\src\_build\default\test\_build\_tests\ORQI3CYR'.
Test Successful in 0.063s. 1 test run.
(cd _build/default/test && .\test_server_and_client.exe)
Using non-blocking sockets and fibers on OCaml 5:
Recursive server running
Server listening
Server accepting
Client A running
Client B running
Server accepted client
Server accepting
Server accepted client
Server accepting
Client A connected
Client A wrote 100
Client B connected
Client B wrote 100
Server read 100
Server wrote 50
Server read 100
Server wrote 50
Client B read 50
Client A read 50
Server and Client test: OK
(cd _build/default/test && .\test_io_with_lwt.exe)
Testing `Picos_io_with_lwt'.
This run has ID `CWOT5R64'.
Full test results in `~\src\_build\default\test\_build\_tests\CWOT5R64'.
Test Successful in 0.000s. 0 test run.
(cd _build/default/test && .\test_finally.exe)
Testing `Picos_finally'.
This run has ID `3NNPG1UD'.
[OK] move 0 is lazy.
[OK] borrow 0 returns resource.
Full test results in `~\src\_build\default\test\_build\_tests\3NNPG1UD'.
Test Successful in 0.000s. 2 tests run.
(cd _build/default/test && .\test_io.exe)
Testing `Picos_io'.
This run has ID `E7ED1R1R'.
[OK] Unix 0 openfile and read.
[OK] Unix 1 sleepf.
[OK] Unix 2 select empty timeout.
[OK] Unix 3 select empty ∞.
[OK] Unix 4 select.
Full test results in `~\src\_build\default\test\_build\_tests\E7ED1R1R'.
Test Successful in 0.469s. 5 tests run.
(cd _build/default/test && .\test_sync.exe -- "^Mutex and Condition$" 0)
Testing `Picos_sync'.
This run has ID `R9P649IJ'.
[OK] Mutex and Condition 0 basics.
[SKIP] Mutex and Condition 1 errors.
[SKIP] Mutex and Condition 2 cancelation.
[SKIP] Lock and Lock.Condition 0 basics.
[SKIP] Lock and Lock.Condition 1 cancelation.
[SKIP] Lock and Lock.Condition 2 poisoning.
[SKIP] Lock and Lock.Condition 3 try_acquire.
[SKIP] Rwlock and Rwlock.Condition 0 basics.
[SKIP] Rwlock and Rwlock.Condition 1 cancelation.
[SKIP] Rwlock and Rwlock.Condition 2 poisoning.
[SKIP] Rwlock and Rwlock.Condition 3 freezing.
[SKIP] Rwlock and Rwlock.Condition 4 try_acquire.
[SKIP] Rwlock and Rwlock.Condition 5 try_acquire_shared.
[SKIP] Rwlock and Rwlock.Condition 6 sharing.
[SKIP] Semaphore 0 basics.
[SKIP] Semaphore 1 stress.
[SKIP] Sem 0 basics.
[SKIP] Sem 1 stress.
[SKIP] Sem 2 poisoning.
[SKIP] Sem 3 try_acquire.
[SKIP] Lazy 0 basics.
[SKIP] Lazy 1 cancelation.
[SKIP] Event 0 basics.
[SKIP] Non-cancelable ops 0 are not canceled.
Full test results in `~\src\_build\default\test\_build\_tests\R9P649IJ'.
Test Successful in 0.016s. 1 test run.
(cd _build/default/test && .\test_sync.exe -- "^Mutex and Condition$" 1)
Testing `Picos_sync'.
This run has ID `4VNCBUED'.
[SKIP] Mutex and Condition 0 basics.
[OK] Mutex and Condition 1 errors.
[SKIP] Mutex and Condition 2 cancelation.
[SKIP] Lock and Lock.Condition 0 basics.
[SKIP] Lock and Lock.Condition 1 cancelation.
[SKIP] Lock and Lock.Condition 2 poisoning.
[SKIP] Lock and Lock.Condition 3 try_acquire.
[SKIP] Rwlock and Rwlock.Condition 0 basics.
[SKIP] Rwlock and Rwlock.Condition 1 cancelation.
[SKIP] Rwlock and Rwlock.Condition 2 poisoning.
[SKIP] Rwlock and Rwlock.Condition 3 freezing.
[SKIP] Rwlock and Rwlock.Condition 4 try_acquire.
[SKIP] Rwlock and Rwlock.Condition 5 try_acquire_shared.
[SKIP] Rwlock and Rwlock.Condition 6 sharing.
[SKIP] Semaphore 0 basics.
[SKIP] Semaphore 1 stress.
[SKIP] Sem 0 basics.
[SKIP] Sem 1 stress.
[SKIP] Sem 2 poisoning.
[SKIP] Sem 3 try_acquire.
[SKIP] Lazy 0 basics.
[SKIP] Lazy 1 cancelation.
[SKIP] Event 0 basics.
[SKIP] Non-cancelable ops 0 are not canceled.
Full test results in `~\src\_build\default\test\_build\_tests\4VNCBUED'.
Test Successful in 0.000s. 1 test run.
(cd _build/default/test && .\test_mpmcq_dscheck.exe)
Testing `Picos_mpmcq DSCheck'.
This run has ID `UPA6ZTGO'.
[OK] Multiple pushes and pops 0
Full test results in `~\src\_build\default\test\_build\_tests\UPA6ZTGO'.
Test Successful in 0.016s. 1 test run.
(cd _build/default/test && .\test_structured.exe)
Testing `Picos_structured'.
This run has ID `ID4WP76I'.
[OK] Bundle 0 fork after terminate.
[OK] Bundle 1 fork after escape.
[OK] Bundle 2 exception in child terminates.
[OK] Bundle 3 cancelation awaits children.
[OK] Bundle 4 block raises when forbidden.
[OK] Bundle 5 block raises Sys_error when fiber finishes.
[OK] Bundle 6 termination nests.
[OK] Bundle 7 promise cancelation does not terminate.
[OK] Bundle 8 error in promise terminates.
[OK] Bundle 9 can wait promises.
[OK] Bundle 10 can select promises.
[OK] Run 0 any and all errors.
[OK] Run 1 any and all returns.
[OK] Run 2 race any.
Full test results in `~\src\_build\default\test\_build\_tests\ID4WP76I'.
Test Successful in 0.781s. 14 tests run.
(cd _build/default/bench && .\main.exe -brief "Picos Computation")
Picos Computation:
attach detach pairs over time/1 worker:
8.41 M/s
attach detach pairs over time/2 workers:
6.40 M/s
attach detach pairs over time/4 workers:
5.93 M/s
attach detach pairs over time/trivial:
28.33 M/s
time per attach detach pair/1 worker:
118.86 ns
time per attach detach pair/2 workers:
312.32 ns
time per attach detach pair/4 workers:
674.83 ns
time per attach detach pair/trivial:
35.30 ns
(cd _build/default/test && .\test_picos_dscheck.exe)
Testing `Picos DSCheck'.
This run has ID `AYF0OUP8'.
[OK] Trigger 0 basic contract.
[OK] Computation 0 basic contract.
[OK] Computation 1 removes triggers.
Full test results in `~\src\_build\default\test\_build\_tests\AYF0OUP8'.
Test Successful in 0.438s. 3 tests run.
(cd _build/default/bench && .\main.exe -brief "Picos Current")
Picos Current:
ops over time/1 worker:
60.38 M/s
ops over time/2 workers:
82.32 M/s
ops over time/4 workers:
229.31 M/s
time per op/1 worker:
16.56 ns
time per op/2 workers:
24.30 ns
time per op/4 workers:
17.44 ns
(cd _build/default/bench && .\main.exe -brief "Picos FLS (excluding Current)")
Picos FLS (excluding Current):
gets over time/1 worker:
227.45 M/s
gets over time/2 workers:
419.98 M/s
gets over time/4 workers:
906.76 M/s
sets over time/1 worker:
149.31 M/s
sets over time/2 workers:
305.06 M/s
sets over time/4 workers:
600.53 M/s
time per get/1 worker:
4.40 ns
time per get/2 workers:
4.76 ns
time per get/4 workers:
4.41 ns
time per set/1 worker:
6.70 ns
time per set/2 workers:
6.56 ns
time per set/4 workers:
6.66 ns
(cd _build/default/bench && .\main.exe -brief "Picos TLS")
Picos TLS:
gets over time/1 worker:
31.09 M/s
gets over time/2 workers:
83.48 M/s
gets over time/4 workers:
203.42 M/s
sets over time/1 worker:
32.78 M/s
sets over time/2 workers:
77.17 M/s
sets over time/4 workers:
154.46 M/s
time per get/1 worker:
32.17 ns
time per get/2 workers:
23.96 ns
time per get/4 workers:
19.66 ns
time per set/1 worker:
30.51 ns
time per set/2 workers:
25.92 ns
time per set/4 workers:
25.90 ns
(cd _build/default/bench && .\main.exe -brief "Picos DLS")
Picos DLS:
gets over time/1 worker:
138.26 M/s
gets over time/2 workers:
278.59 M/s
gets over time/4 workers:
555.85 M/s
sets over time/1 worker:
97.29 M/s
sets over time/2 workers:
194.47 M/s
sets over time/4 workers:
266.55 M/s
time per get/1 worker:
7.23 ns
time per get/2 workers:
7.18 ns
time per get/4 workers:
7.20 ns
time per set/1 worker:
10.28 ns
time per set/2 workers:
10.28 ns
time per set/4 workers:
15.01 ns
(cd _build/default/test && .\test_picos.exe)
Testing `Picos'.
This run has ID `7ABMEFNK'.
[OK] Trigger 0 basics.
[OK] Computation 0 basics.
[OK] Computation 1 tx.
[OK] Computation 2 signals in order.
[OK] Fiber.FLS 0 basics.
[OK] Cancel 0
[OK] Cancel after 0
Full test results in `~\src\_build\default\test\_build\_tests\7ABMEFNK'.
Test Successful in 5.813s. 7 tests run.
(cd _build/default/bench && .\main.exe -brief "Yield with Picos_std_sync")
Yield with Picos_std_sync:
locked yields over time/1024 fibers with Lock:
1.88 M/s
locked yields over time/1024 fibers with Rwlock:
1.37 M/s
locked yields over time/1024 fibers with Sem:
1.18 M/s
locked yields over time/1024 fibers with Sem 2:
3.36 M/s
locked yields over time/1024 fibers with Sem 3:
2.37 M/s
locked yields over time/1024 fibers with Sem 4:
1.95 M/s
locked yields over time/1 fiber with Lock:
10.62 M/s
locked yields over time/1 fiber with Rwlock:
10.28 M/s
locked yields over time/1 fiber with Sem:
10.36 M/s
locked yields over time/1 fiber with Sem 2:
8.44 M/s
locked yields over time/1 fiber with Sem 3:
10.22 M/s
locked yields over time/1 fiber with Sem 4:
10.12 M/s
locked yields over time/256 fibers with Lock:
1.93 M/s
locked yields over time/256 fibers with Rwlock:
1.90 M/s
locked yields over time/256 fibers with Sem:
1.79 M/s
locked yields over time/256 fibers with Sem 2:
3.81 M/s
locked yields over time/256 fibers with Sem 3:
4.03 M/s
locked yields over time/256 fibers with Sem 4:
4.44 M/s
locked yields over time/2 domains with Lock:
1.63 M/s
locked yields over time/2 domains with Rwlock:
2.23 M/s
locked yields over time/2 domains with Sem:
2.46 M/s
locked yields over time/2 domains with Sem 2:
6.50 M/s
locked yields over time/2 domains with Sem 3:
8.04 M/s
locked yields over time/2 domains with Sem 4:
8.04 M/s
locked yields over time/2 fibers with Lock:
2.07 M/s
locked yields over time/2 fibers with Rwlock:
2.03 M/s
locked yields over time/2 fibers with Sem:
2.09 M/s
locked yields over time/2 fibers with Sem 2:
13.27 M/s
locked yields over time/2 fibers with Sem 3:
13.15 M/s
locked yields over time/2 fibers with Sem 4:
12.85 M/s
locked yields over time/3 domains with Lock:
0.93 M/s
locked yields over time/3 domains with Rwlock:
1.04 M/s
locked yields over time/3 domains with Sem:
1.03 M/s
locked yields over time/3 domains with Sem 2:
3.39 M/s
locked yields over time/3 domains with Sem 3:
8.68 M/s
locked yields over time/3 domains with Sem 4:
8.20 M/s
locked yields over time/3 fibers with Lock:
2.51 M/s
locked yields over time/3 fibers with Rwlock:
2.31 M/s
locked yields over time/3 fibers with Sem:
2.24 M/s
locked yields over time/3 fibers with Sem 2:
3.62 M/s
locked yields over time/3 fibers with Sem 3:
10.94 M/s
locked yields over time/3 fibers with Sem 4:
10.72 M/s
locked yields over time/4 domains with Lock:
0.76 M/s
locked yields over time/4 domains with Rwlock:
0.85 M/s
locked yields over time/4 domains with Sem:
1.23 M/s
locked yields over time/4 domains with Sem 2:
2.49 M/s
locked yields over time/4 domains with Sem 3:
5.02 M/s
locked yields over time/4 domains with Sem 4:
4.74 M/s
locked yields over time/4 fibers with Lock:
2.21 M/s
locked yields over time/4 fibers with Rwlock:
2.23 M/s
locked yields over time/4 fibers with Sem:
2.17 M/s
locked yields over time/4 fibers with Sem 2:
4.27 M/s
locked yields over time/4 fibers with Sem 3:
4.26 M/s
locked yields over time/4 fibers with Sem 4:
11.32 M/s
locked yields over time/512 fibers with Lock:
1.71 M/s
locked yields over time/512 fibers with Rwlock:
1.85 M/s
locked yields over time/512 fibers with Sem:
0.84 M/s
locked yields over time/512 fibers with Sem 2:
3.56 M/s
locked yields over time/512 fibers with Sem 3:
3.34 M/s
locked yields over time/512 fibers with Sem 4:
3.44 M/s
locked yields over time/8 domains with Lock:
0.82 M/s
locked yields over time/8 domains with Rwlock:
0.75 M/s
locked yields over time/8 domains with Sem:
0.98 M/s
locked yields over time/8 domains with Sem 2:
1.98 M/s
locked yields over time/8 domains with Sem 3:
2.64 M/s
locked yields over time/8 domains with Sem 4:
2.73 M/s
locked yields over time/8 fibers with Lock:
2.19 M/s
locked yields over time/8 fibers with Rwlock:
2.26 M/s
locked yields over time/8 fibers with Sem:
2.29 M/s
locked yields over time/8 fibers with Sem 2:
4.19 M/s
locked yields over time/8 fibers with Sem 3:
5.08 M/s
locked yields over time/8 fibers with Sem 4:
5.70 M/s
time per locked yield/1024 fibers with Lock:
532.19 ns
time per locked yield/1024 fibers with Rwlock:
731.81 ns
time per locked yield/1024 fibers with Sem:
846.72 ns
time per locked yield/1024 fibers with Sem 2:
297.28 ns
time per locked yield/1024 fibers with Sem 3:
422.02 ns
time per locked yield/1024 fibers with Sem 4:
511.66 ns
time per locked yield/1 fiber with Lock:
94.18 ns
time per locked yield/1 fiber with Rwlock:
97.34 ns
time per locked yield/1 fiber with Sem:
96.78 ns
time per locked yield/1 fiber with Sem 2:
120.74 ns
time per locked yield/1 fiber with Sem 3:
97.85 ns
time per locked yield/1 fiber with Sem 4:
98.90 ns
time per locked yield/256 fibers with Lock:
519.38 ns
time per locked yield/256 fibers with Rwlock:
526.75 ns
time per locked yield/256 fibers with Sem:
557.40 ns
time per locked yield/256 fibers with Sem 2:
262.57 ns
time per locked yield/256 fibers with Sem 3:
248.37 ns
time per locked yield/256 fibers with Sem 4:
225.24 ns
time per locked yield/2 domains with Lock:
1223.88 ns
time per locked yield/2 domains with Rwlock:
898.23 ns
time per locked yield/2 domains with Sem:
814.26 ns
time per locked yield/2 domains with Sem 2:
308.68 ns
time per locked yield/2 domains with Sem 3:
248.88 ns
time per locked yield/2 domains with Sem 4:
248.71 ns
time per locked yield/2 fibers with Lock:
482.94 ns
time per locked yield/2 fibers with Rwlock:
491.80 ns
time per locked yield/2 fibers with Sem:
479.22 ns
time per locked yield/2 fibers with Sem 2:
75.39 ns
time per locked yield/2 fibers with Sem 3:
76.11 ns
time per locked yield/2 fibers with Sem 4:
77.84 ns
time per locked yield/3 domains with Lock:
3248.45 ns
time per locked yield/3 domains with Rwlock:
2897.37 ns
time per locked yield/3 domains with Sem:
2898.83 ns
time per locked yield/3 domains with Sem 2:
884.12 ns
time per locked yield/3 domains with Sem 3:
345.57 ns
time per locked yield/3 domains with Sem 4:
365.81 ns
time per locked yield/3 fibers with Lock:
399.16 ns
time per locked yield/3 fibers with Rwlock:
433.48 ns
time per locked yield/3 fibers with Sem:
446.90 ns
time per locked yield/3 fibers with Sem 2:
276.11 ns
time per locked yield/3 fibers with Sem 3:
91.42 ns
time per locked yield/3 fibers with Sem 4:
93.36 ns
time per locked yield/4 domains with Lock:
5268.68 ns
time per locked yield/4 domains with Rwlock:
4697.75 ns
time per locked yield/4 domains with Sem:
3264.15 ns
time per locked yield/4 domains with Sem 2:
1608.59 ns
time per locked yield/4 domains with Sem 3:
797.41 ns
time per locked yield/4 domains with Sem 4:
844.49 ns
time per locked yield/4 fibers with Lock:
453.06 ns
time per locked yield/4 fibers with Rwlock:
448.39 ns
time per locked yield/4 fibers with Sem:
461.59 ns
time per locked yield/4 fibers with Sem 2:
234.05 ns
time per locked yield/4 fibers with Sem 3:
234.48 ns
time per locked yield/4 fibers with Sem 4:
88.32 ns
time per locked yield/512 fibers with Lock:
586.17 ns
time per locked yield/512 fibers with Rwlock:
539.98 ns
time per locked yield/512 fibers with Sem:
1197.13 ns
time per locked yield/512 fibers with Sem 2:
280.83 ns
time per locked yield/512 fibers with Sem 3:
299.82 ns
time per locked yield/512 fibers with Sem 4:
290.40 ns
time per locked yield/8 domains with Lock:
9795.48 ns
time per locked yield/8 domains with Rwlock:
10673.59 ns
time per locked yield/8 domains with Sem:
8127.99 ns
time per locked yield/8 domains with Sem 2:
4050.86 ns
time per locked yield/8 domains with Sem 3:
3025.58 ns
time per locked yield/8 domains with Sem 4:
2935.84 ns
time per locked yield/8 fibers with Lock:
456.02 ns
time per locked yield/8 fibers with Rwlock:
442.56 ns
time per locked yield/8 fibers with Sem:
437.47 ns
time per locked yield/8 fibers with Sem 2:
238.66 ns
time per locked yield/8 fibers with Sem 3:
196.98 ns
time per locked yield/8 fibers with Sem 4:
175.35 ns
(cd _build/default/bench && .\main.exe -brief "Picos Spawn")
Picos Spawn:
spawns over time/with packed computation:
9.80 M/s
time per spawn/with packed computation:
102.14 ns
(cd _build/default/bench && .\main.exe -brief "Picos Yield")
Picos Yield:
time per yield/10000 fibers:
201.08 ns
time per yield/1000 fibers:
87.73 ns
time per yield/100 fibers:
65.38 ns
time per yield/10 fibers:
68.31 ns
time per yield/1 fiber:
92.03 ns
yields over time/10000 fibers:
4.97 M/s
yields over time/1000 fibers:
11.40 M/s
yields over time/100 fibers:
15.30 M/s
yields over time/10 fibers:
14.64 M/s
yields over time/1 fiber:
10.87 M/s
(cd _build/default/test && .\test_io_cohttp.exe)
Uri: //127.0.0.1:49698/hello-io-cohttp
Method: POST
host: 127.0.0.1:49698
user-agent: ocaml-cohttp/v6.0.0
content-length: 17
Body: It's-a-Me, Picos!
(cd _build/default/bench && .\main.exe -brief "Picos Cancel_after with Picos_select")
Picos Cancel_after with Picos_select:
async round-trips over time/1 worker:
0.06 M/s
async round-trips over time/2 workers:
0.07 M/s
async round-trips over time/4 workers:
0.07 M/s
round-trips over time/1 worker:
0.00 M/s
round-trips over time/2 workers:
0.00 M/s
round-trips over time/4 workers:
0.00 M/s
time per async round-trip/1 worker:
15928.56 ns
time per async round-trip/2 workers:
30391.53 ns
time per async round-trip/4 workers:
58372.15 ns
time per round-trip/1 worker:
11402310.30 ns
time per round-trip/2 workers:
12026215.90 ns
time per round-trip/4 workers:
11854705.80 ns
(cd _build/default/bench && .\main.exe -brief "Ref with Picos_std_sync")
Ref with Picos_std_sync:
ops over time/cas int with Lock:
56.89 M/s
ops over time/cas int with Rwlock:
47.25 M/s
ops over time/cas int with Sem:
55.64 M/s
ops over time/get with Lock:
62.48 M/s
ops over time/get with Rwlock:
64.91 M/s
ops over time/get with Sem:
66.19 M/s
ops over time/incr with Lock:
62.18 M/s
ops over time/incr with Rwlock:
54.04 M/s
ops over time/incr with Sem:
63.73 M/s
ops over time/push & pop with Lock:
30.58 M/s
ops over time/push & pop with Rwlock:
25.76 M/s
ops over time/push & pop with Sem:
30.66 M/s
ops over time/swap with Lock:
52.43 M/s
ops over time/swap with Rwlock:
42.95 M/s
ops over time/swap with Sem:
52.89 M/s
ops over time/xchg int with Lock:
54.05 M/s
ops over time/xchg int with Rwlock:
47.94 M/s
ops over time/xchg int with Sem:
54.57 M/s
time per op/cas int with Lock:
17.58 ns
time per op/cas int with Rwlock:
21.16 ns
time per op/cas int with Sem:
17.97 ns
time per op/get with Lock:
16.01 ns
time per op/get with Rwlock:
15.41 ns
time per op/get with Sem:
15.11 ns
time per op/incr with Lock:
16.08 ns
time per op/incr with Rwlock:
18.51 ns
time per op/incr with Sem:
15.69 ns
time per op/push & pop with Lock:
32.70 ns
time per op/push & pop with Rwlock:
38.82 ns
time per op/push & pop with Sem:
32.61 ns
time per op/swap with Lock:
19.07 ns
time per op/swap with Rwlock:
23.28 ns
time per op/swap with Sem:
18.91 ns
time per op/xchg int with Lock:
18.50 ns
time per op/xchg int with Rwlock:
20.86 ns
time per op/xchg int with Sem:
18.33 ns
(cd _build/default/bench && .\main.exe -brief Picos_mpmcq)
Picos_mpmcq:
messages over time/1 nb adder, 1 nb taker:
54.86 M/s
messages over time/1 nb adder, 2 nb takers:
61.90 M/s
messages over time/1 nb adder, 4 nb takers:
56.91 M/s
messages over time/2 nb adders, 1 nb taker:
33.43 M/s
messages over time/2 nb adders, 2 nb takers:
28.29 M/s
messages over time/2 nb adders, 4 nb takers:
45.58 M/s
messages over time/4 nb adders, 1 nb taker:
30.41 M/s
messages over time/4 nb adders, 2 nb takers:
22.43 M/s
messages over time/4 nb adders, 4 nb takers:
26.11 M/s
messages over time/one domain:
28.32 M/s
time per message/1 nb adder, 1 nb taker:
36.48 ns
time per message/1 nb adder, 2 nb takers:
48.79 ns
time per message/1 nb adder, 4 nb takers:
87.86 ns
time per message/2 nb adders, 1 nb taker:
89.80 ns
time per message/2 nb adders, 2 nb takers:
141.39 ns
time per message/2 nb adders, 4 nb takers:
131.85 ns
time per message/4 nb adders, 1 nb taker:
164.42 ns
time per message/4 nb adders, 2 nb takers:
267.51 ns
time per message/4 nb adders, 4 nb takers:
306.44 ns
time per message/one domain:
35.31 ns
(cd _build/default/bench && .\main.exe -brief Picos_mpscq)
Picos_mpscq:
messages over time/1 nb adder, 1 nb taker:
22.92 M/s
messages over time/2 nb adders, 1 nb taker:
23.09 M/s
messages over time/4 nb adders, 1 nb taker:
23.87 M/s
messages over time/one domain:
30.00 M/s
time per message/1 nb adder, 1 nb taker:
87.26 ns
time per message/2 nb adders, 1 nb taker:
129.90 ns
time per message/4 nb adders, 1 nb taker:
209.50 ns
time per message/one domain:
33.34 ns
(cd _build/default/test && .\test_schedulers.exe)
Testing `Picos schedulers'.
This run has ID `LZOUVLEW'.
[OK] Trivial main returns 0
[OK] Scheduler completes main computation 0
[OK] Current 0
[OK] Cancel_after 0 basic.
[OK] Cancel_after 1 long timeout.
[OK] Operation on canceled fiber raises 0
[OK] Cross scheduler wakeup 0
[OK] Fatal exception terminates scheduler 0
Full test results in `~\src\_build\default\test\_build\_tests\LZOUVLEW'.
Test Successful in 17.859s. 8 tests run.
File "test/dune", line 18, characters 7-16:
18 | (name test_sync)
^^^^^^^^^
(cd _build/default/test && .\test_sync.exe -- "^Mutex and Condition$" 2)
Testing `Picos_sync'.
This run has ID `DG20BC28'.
[SKIP] Mutex and Condition 0 basics.
[SKIP] Mutex and Condition 1 errors.
(cd _build/default/bench && .\main.exe -brief Picos_htbl)
Picos_htbl:
operations over time/1 worker, 10% reads:
18.43 M/s
operations over time/1 worker, 50% reads:
22.42 M/s
operations over time/1 worker, 90% reads:
38.89 M/s
operations over time/2 workers, 10% reads:
13.50 M/s
operations over time/2 workers, 50% reads:
15.60 M/s
operations over time/2 workers, 90% reads:
35.73 M/s
operations over time/4 workers, 10% reads:
20.76 M/s
operations over time/4 workers, 50% reads:
29.19 M/s
operations over time/4 workers, 90% reads:
65.98 M/s
operations over time/8 workers, 10% reads:
36.72 M/s
operations over time/8 workers, 50% reads:
44.48 M/s
operations over time/8 workers, 90% reads:
102.34 M/s
time per operation/1 worker, 10% reads:
54.26 ns
time per operation/1 worker, 50% reads:
44.59 ns
time per operation/1 worker, 90% reads:
25.71 ns
time per operation/2 workers, 10% reads:
148.20 ns
time per operation/2 workers, 50% reads:
128.22 ns
time per operation/2 workers, 90% reads:
55.98 ns
time per operation/4 workers, 10% reads:
192.70 ns
time per operation/4 workers, 50% reads:
137.05 ns
time per operation/4 workers, 90% reads:
60.62 ns
time per operation/8 workers, 10% reads:
217.85 ns
time per operation/8 workers, 50% reads:
179.86 ns
time per operation/8 workers, 90% reads:
78.17 ns
(cd _build/default/bench && .\main.exe -brief "Hashtbl with Picos_std_sync")
Hashtbl with Picos_std_sync:
operations over time/1 worker, 10% reads with Lock:
17.24 M/s
operations over time/1 worker, 10% reads with Rwlock:
17.81 M/s
operations over time/1 worker, 10% reads with Sem:
18.01 M/s
operations over time/1 worker, 100% reads with Lock:
29.33 M/s
operations over time/1 worker, 100% reads with Rwlock:
29.42 M/s
operations over time/1 worker, 100% reads with Sem:
29.39 M/s
operations over time/1 worker, 50% reads with Lock:
19.07 M/s
operations over time/1 worker, 50% reads with Rwlock:
18.59 M/s
operations over time/1 worker, 50% reads with Sem:
19.22 M/s
operations over time/1 worker, 90% reads with Lock:
25.14 M/s
operations over time/1 worker, 90% reads with Rwlock:
26.39 M/s
operations over time/1 worker, 90% reads with Sem:
25.27 M/s
operations over time/1 worker, 95% reads with Lock:
25.19 M/s
operations over time/1 worker, 95% reads with Rwlock:
27.04 M/s
operations over time/1 worker, 95% reads with Sem:
27.36 M/s
operations over time/2 workers, 10% reads with Lock:
2.63 M/s
operations over time/2 workers, 10% reads with Rwlock:
2.45 M/s
operations over time/2 workers, 10% reads with Sem:
3.09 M/s
operations over time/2 workers, 100% reads with Lock:
11.14 M/s
operations over time/2 workers, 100% reads with Rwlock:
21.86 M/s
operations over time/2 workers, 100% reads with Sem:
11.53 M/s
operations over time/2 workers, 50% reads with Lock:
3.73 M/s
operations over time/2 workers, 50% reads with Rwlock:
2.88 M/s
operations over time/2 workers, 50% reads with Sem:
3.50 M/s
operations over time/2 workers, 90% reads with Lock:
5.41 M/s
operations over time/2 workers, 90% reads with Rwlock:
6.08 M/s
operations over time/2 workers, 90% reads with Sem:
4.78 M/s
operations over time/2 workers, 95% reads with Lock:
5.59 M/s
operations over time/2 workers, 95% reads with Rwlock:
6.87 M/s
operations over time/2 workers, 95% reads with Sem:
6.02 M/s
operations over time/4 workers, 10% reads with Lock:
2.12 M/s
operations over time/4 workers, 10% reads with Rwlock:
2.08 M/s
operations over time/4 workers, 10% reads with Sem:
1.88 M/s
operations over time/4 workers, 100% reads with Lock:
5.70 M/s
operations over time/4 workers, 100% reads with Rwlock:
18.77 M/s
operations over time/4 workers, 100% reads with Sem:
9.33 M/s
operations over time/4 workers, 50% reads with Lock:
2.39 M/s
operations over time/4 workers, 50% reads with Rwlock:
2.11 M/s
operations over time/4 workers, 50% reads with Sem:
2.33 M/s
operations over time/4 workers, 90% reads with Lock:
3.10 M/s
operations over time/4 workers, 90% reads with Rwlock:
4.09 M/s
operations over time/4 workers, 90% reads with Sem:
3.05 M/s
operations over time/4 workers, 95% reads with Lock:
4.12 M/s
operations over time/4 workers, 95% reads with Rwlock:
6.72 M/s
operations over time/4 workers, 95% reads with Sem:
4.15 M/s
operations over time/8 workers, 10% reads with Lock:
1.09 M/s
operations over time/8 workers, 10% reads with Rwlock:
1.10 M/s
operations over time/8 workers, 10% reads with Sem:
1.02 M/s
operations over time/8 workers, 100% reads with Lock:
3.32 M/s
operations over time/8 workers, 100% reads with Rwlock:
20.17 M/s
operations over time/8 workers, 100% reads with Sem:
2.88 M/s
operations over time/8 workers, 50% reads with Lock:
1.17 M/s
operations over time/8 workers, 50% reads with Rwlock:
1.14 M/s
operations over time/8 workers, 50% reads with Sem:
1.23 M/s
operations over time/8 workers, 90% reads with Lock:
1.91 M/s
operations over time/8 workers, 90% reads with Rwlock:
2.78 M/s
operations over time/8 workers, 90% reads with Sem:
1.61 M/s
operations over time/8 workers, 95% reads with Lock:
1.95 M/s
operations over time/8 workers, 95% reads with Rwlock:
3.85 M/s
operations over time/8 workers, 95% reads with Sem:
1.63 M/s
time per operation/1 worker, 10% reads with Lock:
58.01 ns
time per operation/1 worker, 10% reads with Rwlock:
56.14 ns
time per operation/1 worker, 10% reads with Sem:
55.53 ns
time per operation/1 worker, 100% reads with Lock:
34.09 ns
time per operation/1 worker, 100% reads with Rwlock:
33.99 ns
time per operation/1 worker, 100% reads with Sem:
34.02 ns
time per operation/1 worker, 50% reads with Lock:
52.46 ns
time per operation/1 worker, 50% reads with Rwlock:
53.82 ns
time per operation/1 worker, 50% reads with Sem:
52.09 ns
time per operation/1 worker, 90% reads with Lock:
39.77 ns
time per operation/1 worker, 90% reads with Rwlock:
37.90 ns
time per operation/1 worker, 90% reads with Sem:
39.58 ns
time per operation/1 worker, 95% reads with Lock:
39.71 ns
time per operation/1 worker, 95% reads with Rwlock:
36.98 ns
time per operation/1 worker, 95% reads with Sem:
36.55 ns
time per operation/2 workers, 10% reads with Lock:
760.69 ns
time per operation/2 workers, 10% reads with Rwlock:
815.21 ns
time per operation/2 workers, 10% reads with Sem:
647.70 ns
time per operation/2 workers, 100% reads with Lock:
179.53 ns
time per operation/2 workers, 100% reads with Rwlock:
91.49 ns
time per operation/2 workers, 100% reads with Sem:
173.42 ns
time per operation/2 workers, 50% reads with Lock:
535.77 ns
time per operation/2 workers, 50% reads with Rwlock:
695.27 ns
time per operation/2 workers, 50% reads with Sem:
572.20 ns
time per operation/2 workers, 90% reads with Lock:
369.88 ns
time per operation/2 workers, 90% reads with Rwlock:
329.20 ns
time per operation/2 workers, 90% reads with Sem:
418.14 ns
time per operation/2 workers, 95% reads with Lock:
358.00 ns
time per operation/2 workers, 95% reads with Rwlock:
291.22 ns
time per operation/2 workers, 95% reads with Sem:
332.29 ns
time per operation/4 workers, 10% reads with Lock:
1888.97 ns
time per operation/4 workers, 10% reads with Rwlock:
1923.13 ns
time per operation/4 workers, 10% reads with Sem:
2127.21 ns
time per operation/4 workers, 100% reads with Lock:
702.34 ns
time per operation/4 workers, 100% reads with Rwlock:
213.07 ns
time per operation/4 workers, 100% reads with Sem:
428.94 ns
time per operation/4 workers, 50% reads with Lock:
1676.03 ns
time per operation/4 workers, 50% reads with Rwlock:
1898.62 ns
time per operation/4 workers, 50% reads with Sem:
1720.04 ns
time per operation/4 workers, 90% reads with Lock:
1290.09 ns
time per operation/4 workers, 90% reads with Rwlock:
978.63 ns
time per operation/4 workers, 90% reads with Sem:
1309.73 ns
time per operation/4 workers, 95% reads with Lock:
969.76 ns
time per operation/4 workers, 95% reads with Rwlock:
594.94 ns
time per operation/4 workers, 95% reads with Sem:
964.50 ns
time per operation/8 workers, 10% reads with Lock:
7320.70 ns
time per operation/8 workers, 10% reads with Rwlock:
7268.29 ns
time per operation/8 workers, 10% reads with Sem:
7816.84 ns
time per operation/8 workers, 100% reads with Lock:
2411.24 ns
time per operation/8 workers, 100% reads with Rwlock:
396.69 ns
time per operation/8 workers, 100% reads with Sem:
2781.50 ns
time per operation/8 workers, 50% reads with Lock:
6808.89 ns
time per operation/8 workers, 50% reads with Rwlock:
7006.19 ns
time per operation/8 workers, 50% reads with Sem:
6525.91 ns
time per operation/8 workers, 90% reads with Lock:
4188.27 ns
time per operation/8 workers, 90% reads with Rwlock:
2875.30 ns
time per operation/8 workers, 90% reads with Sem:
4956.93 ns
time per operation/8 workers, 95% reads with Lock:
4108.17 ns
time per operation/8 workers, 95% reads with Rwlock:
2076.03 ns
time per operation/8 workers, 95% reads with Sem:
4915.58 ns
(cd _build/default/bench && .\main.exe -brief Picos_stdio)
Picos_stdio:
(cd _build/default/test && .\test_mutex.exe)
random seed: 2194673088764008318
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Lock sequential
[ ] 0 0 0 0 / 32 0.0s Lock sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Lock sequential
[ ] 0 0 0 0 / 32 0.0s Lock parallel
[ ] 3 0 0 3 / 32 0.2s Lock parallel
[ ] 5 0 0 5 / 32 0.3s Lock parallel
[ ] 7 0 0 7 / 32 0.4s Lock parallel
[ ] 10 0 0 10 / 32 0.6s Lock parallel
[ ] 11 0 0 11 / 32 0.7s Lock parallel
[ ] 12 0 0 12 / 32 0.9s Lock parallel
[ ] 13 0 0 13 / 32 1.1s Lock parallel
[ ] 15 0 0 15 / 32 1.3s Lock parallel
[ ] 17 0 0 17 / 32 1.5s Lock parallel
[ ] 19 0 0 19 / 32 1.7s Lock parallel
[ ] 21 0 0 21 / 32 1.9s Lock parallel
[ ] 23 0 0 23 / 32 2.0s Lock parallel
[ ] 24 0 0 24 / 32 2.1s Lock parallel
[ ] 25 0 0 25 / 32 2.3s Lock parallel
[ ] 26 0 0 26 / 32 2.4s Lock parallel
[ ] 27 0 0 27 / 32 2.5s Lock parallel
[ ] 29 0 0 29 / 32 2.6s Lock parallel
[ ] 31 0 0 31 / 32 2.8s Lock parallel
[✓] 32 0 0 32 / 32 2.8s Lock parallel
================================================================================
success (ran 2 tests)
random seed: 3712952332545725208
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Lock sequential
[✓] 64 0 0 64 / 64 0.0s Lock sequential
[ ] 0 0 0 0 / 64 0.0s Lock parallel
[ ] 1 0 0 1 / 64 0.1s Lock parallel
[ ] 2 0 0 2 / 64 0.2s Lock parallel
[ ] 4 0 0 4 / 64 0.4s Lock parallel
[ ] 6 0 0 6 / 64 0.5s Lock parallel
[ ] 8 0 0 8 / 64 0.7s Lock parallel
[ ] 9 0 0 9 / 64 0.8s Lock parallel
[ ] 11 0 0 11 / 64 1.0s Lock parallel
[ ] 13 0 0 13 / 64 1.1s Lock parallel
[ ] 15 0 0 15 / 64 1.2s Lock parallel
[ ] 17 0 0 17 / 64 1.4s Lock parallel
[ ] 19 0 0 19 / 64 1.5s Lock parallel
[ ] 21 0 0 21 / 64 1.6s Lock parallel
[ ] 23 0 0 23 / 64 1.8s Lock parallel
[ ] 25 0 0 25 / 64 1.9s Lock parallel
[ ] 27 0 0 27 / 64 2.1s Lock parallel
[ ] 29 0 0 29 / 64 2.2s Lock parallel
[ ] 31 0 0 31 / 64 2.3s Lock parallel
[ ] 32 0 0 32 / 64 2.4s Lock parallel
[ ] 33 0 0 33 / 64 2.5s Lock parallel
[ ] 35 0 0 35 / 64 2.7s Lock parallel
[ ] 37 0 0 37 / 64 2.9s Lock parallel
[ ] 39 0 0 39 / 64 3.1s Lock parallel
[ ] 41 0 0 41 / 64 3.2s Lock parallel
[ ] 43 0 0 43 / 64 3.3s Lock parallel
[ ] 45 0 0 45 / 64 3.4s Lock parallel
[ ] 47 0 0 47 / 64 3.6s Lock parallel
[ ] 48 0 0 48 / 64 3.7s Lock parallel
[ ] 49 0 0 49 / 64 3.9s Lock parallel
[ ] 51 0 0 51 / 64 4.0s Lock parallel
[ ] 53 0 0 53 / 64 4.2s Lock parallel
[ ] 55 0 0 55 / 64 4.4s Lock parallel
[ ] 58 0 0 58 / 64 4.6s Lock parallel
[ ] 61 0 0 61 / 64 4.7s Lock parallel
[ ] 64 0 0 64 / 64 4.9s Lock parallel
[✓] 64 0 0 64 / 64 4.9s Lock parallel
================================================================================
success (ran 2 tests)
random seed: 4493022803463803045
generated error fail pass / total time test name
[ ] 0 0 0 0 / 128 0.0s Lock sequential
[✓] 128 0 0 128 / 128 0.0s Lock sequential
[ ] 0 0 0 0 / 128 0.0s Lock parallel
[ ] 3 0 0 3 / 128 0.1s Lock parallel
[ ] 6 0 0 6 / 128 0.3s Lock parallel
[ ] 8 0 0 8 / 128 0.4s Lock parallel
[ ] 10 0 0 10 / 128 0.5s Lock parallel
[ ] 13 0 0 13 / 128 0.7s Lock parallel
[ ] 16 0 0 16 / 128 0.8s Lock parallel
[ ] 19 0 0 19 / 128 0.9s Lock parallel
[ ] 21 0 0 21 / 128 1.0s Lock parallel
[ ] 24 0 0 24 / 128 1.2s Lock parallel
[ ] 27 0 0 27 / 128 1.3s Lock parallel
[ ] 29 0 0 29 / 128 1.4s Lock parallel
[ ] 32 0 0 32 / 128 1.5s Lock parallel
[ ] 34 0 0 34 / 128 1.7s Lock parallel
[ ] 36 0 0 36 / 128 1.8s Lock parallel
[ ] 39 0 0 39 / 128 2.0s Lock parallel
[ ] 41 0 0 41 / 128 2.1s Lock parallel
[ ] 43 0 0 43 / 128 2.2s Lock parallel
[ ] 46 0 0 46 / 128 2.3s Lock parallel
[ ] 49 0 0 49 / 128 2.4s Lock parallel
[ ] 52 0 0 52 / 128 2.5s Lock parallel
[ ] 54 0 0 54 / 128 2.7s Lock parallel
[ ] 57 0 0 57 / 128 2.8s Lock parallel
[ ] 60 0 0 60 / 128 2.9s Lock parallel
[ ] 63 0 0 63 / 128 3.0s Lock parallel
[ ] 65 0 0 65 / 128 3.1s Lock parallel
[ ] 68 0 0 68 / 128 3.3s Lock parallel
[ ] 71 0 0 71 / 128 3.4s Lock parallel
[ ] 74 0 0 74 / 128 3.5s Lock parallel
[ ] 76 0 0 76 / 128 3.7s Lock parallel
[ ] 80 0 0 80 / 128 3.8s Lock parallel
[ ] 83 0 0 83 / 128 3.9s Lock parallel
[ ] 86 0 0 86 / 128 4.1s Lock parallel
[ ] 89 0 0 89 / 128 4.3s Lock parallel
[ ] 92 0 0 92 / 128 4.4s Lock parallel
[ ] 96 0 0 96 / 128 4.5s Lock parallel
[ ] 99 0 0 99 / 128 4.6s Lock parallel
[ ] 101 0 0 101 / 128 4.8s Lock parallel
[ ] 104 0 0 104 / 128 4.9s Lock parallel
[ ] 105 0 0 105 / 128 5.0s Lock parallel
[ ] 108 0 0 108 / 128 5.1s Lock parallel
[ ] 110 0 0 110 / 128 5.3s Lock parallel
[ ] 112 0 0 112 / 128 5.5s Lock parallel
[ ] 115 0 0 115 / 128 5.6s Lock parallel
[ ] 117 0 0 117 / 128 5.7s Lock parallel
[ ] 120 0 0 120 / 128 5.8s Lock parallel
[ ] 123 0 0 123 / 128 6.0s Lock parallel
[ ] 126 0 0 126 / 128 6.1s Lock parallel
[✓] 128 0 0 128 / 128 6.2s Lock parallel
================================================================================
success (ran 2 tests)
random seed: 2870297423283396181
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Lock sequential
[✓] 256 0 0 256 / 256 0.0s Lock sequential
[ ] 0 0 0 0 / 256 0.0s Lock parallel
[ ] 1 0 0 1 / 256 0.0s Lock parallel
[ ] 4 0 0 4 / 256 0.2s Lock parallel
[ ] 6 0 0 6 / 256 0.3s Lock parallel
[ ] 8 0 0 8 / 256 0.5s Lock parallel
[ ] 10 0 0 10 / 256 0.6s Lock parallel
[ ] 12 0 0 12 / 256 0.7s Lock parallel
[ ] 15 0 0 15 / 256 0.9s Lock parallel
[ ] 18 0 0 18 / 256 1.0s Lock parallel
[ ] 20 0 0 20 / 256 1.2s Lock parallel
[ ] 23 0 0 23 / 256 1.3s Lock parallel
[ ] 26 0 0 26 / 256 1.5s Lock parallel
[ ] 29 0 0 29 / 256 1.6s Lock parallel
[ ] 32 0 0 32 / 256 1.8s Lock parallel
[ ] 35 0 0 35 / 256 1.9s Lock parallel
[ ] 38 0 0 38 / 256 2.0s Lock parallel
[ ] 41 0 0 41 / 256 2.1s Lock parallel
[ ] 43 0 0 43 / 256 2.3s Lock parallel
[ ] 46 0 0 46 / 256 2.5s Lock parallel
[ ] 48 0 0 48 / 256 2.6s Lock parallel
[ ] 51 0 0 51 / 256 2.8s Lock parallel
[ ] 54 0 0 54 / 256 2.9s Lock parallel
[ ] 57 0 0 57 / 256 3.1s Lock parallel
[ ] 60 0 0 60 / 256 3.2s Lock parallel
[ ] 62 0 0 62 / 256 3.3s Lock parallel
[ ] 64 0 0 64 / 256 3.5s Lock parallel
[ ] 67 0 0 67 / 256 3.6s Lock parallel
[ ] 69 0 0 69 / 256 3.7s Lock parallel
[ ] 71 0 0 71 / 256 4.0s Lock parallel
[ ] 74 0 0 74 / 256 4.1s Lock parallel
[ ] 76 0 0 76 / 256 4.2s Lock parallel
[ ] 79 0 0 79 / 256 4.4s Lock parallel
[ ] 81 0 0 81 / 256 4.5s Lock parallel
[ ] 83 0 0 83 / 256 4.6s Lock parallel
[ ] 86 0 0 86 / 256 4.7s Lock parallel
[ ] 89 0 0 89 / 256 4.9s Lock parallel
[ ] 92 0 0 92 / 256 5.0s Lock parallel
[ ] 94 0 0 94 / 256 5.1s Lock parallel
[ ] 97 0 0 97 / 256 5.3s Lock parallel
[ ] 100 0 0 100 / 256 5.4s Lock parallel
[ ] 103 0 0 103 / 256 5.5s Lock parallel
[ ] 106 0 0 106 / 256 5.7s Lock parallel
[ ] 109 0 0 109 / 256 5.9s Lock parallel
[ ] 110 0 0 110 / 256 6.0s Lock parallel
[ ] 111 0 0 111 / 256 6.2s Lock parallel
[ ] 112 0 0 112 / 256 6.3s Lock parallel
[ ] 113 0 0 113 / 256 6.5s Lock parallel
[ ] 114 0 0 114 / 256 6.6s Lock parallel
[ ] 117 0 0 117 / 256 6.8s Lock parallel
[ ] 119 0 0 119 / 256 6.9s Lock parallel
[ ] 122 0 0 122 / 256 7.0s Lock parallel
[ ] 125 0 0 125 / 256 7.2s Lock parallel
[ ] 127 0 0 127 / 256 7.3s Lock parallel
[ ] 130 0 0 130 / 256 7.5s Lock parallel
[ ] 132 0 0 132 / 256 7.6s Lock parallel
[ ] 135 0 0 135 / 256 7.7s Lock parallel
[ ] 138 0 0 138 / 256 7.9s Lock parallel
[ ] 140 0 0 140 / 256 8.0s Lock parallel
[ ] 142 0 0 142 / 256 8.1s Lock parallel
[ ] 144 0 0 144 / 256 8.2s Lock parallel
[ ] 146 0 0 146 / 256 8.3s Lock parallel
[ ] 150 0 0 150 / 256 8.5s Lock parallel
[ ] 152 0 0 152 / 256 8.6s Lock parallel
[ ] 157 0 0 157 / 256 8.7s Lock parallel
[ ] 161 0 0 161 / 256 8.8s Lock parallel
[ ] 164 0 0 164 / 256 8.9s Lock parallel
[ ] 168 0 0 168 / 256 9.0s Lock parallel
[ ] 172 0 0 172 / 256 9.2s Lock parallel
[ ] 177 0 0 177 / 256 9.3s Lock parallel
[ ] 180 0 0 180 / 256 9.5s Lock parallel
[ ] 184 0 0 184 / 256 9.6s Lock parallel
[ ] 187 0 0 187 / 256 9.7s Lock parallel
[ ] 191 0 0 191 / 256 9.8s Lock parallel
[ ] 195 0 0 195 / 256 9.9s Lock parallel
[ ] 198 0 0 198 / 256 10.0s Lock parallel
[ ] 202 0 0 202 / 256 10.2s Lock parallel
[ ] 206 0 0 206 / 256 10.3s Lock parallel
[ ] 208 0 0 208 / 256 10.4s Lock parallel
[ ] 212 0 0 212 / 256 10.5s Lock parallel
[ ] 215 0 0 215 / 256 10.6s Lock parallel
[ ] 219 0 0 219 / 256 10.7s Lock parallel
[ ] 224 0 0 224 / 256 10.9s Lock parallel
[ ] 229 0 0 229 / 256 11.0s Lock parallel
[ ] 233 0 0 233 / 256 11.1s Lock parallel
[ ] 234 0 0 234 / 256 11.2s Lock parallel
[ ] 238 0 0 238 / 256 11.3s Lock parallel
[ ] 239 0 0 239 / 256 11.5s Lock parallel
[ ] 242 0 0 242 / 256 11.6s Lock parallel
[ ] 243 0 0 243 / 256 11.7s Lock parallel
[ ] 247 0 0 247 / 256 11.8s Lock parallel
[ ] 250 0 0 250 / 256 12.0s Lock parallel
[ ] 252 0 0 252 / 256 12.1s Lock parallel
[ ] 256 0 0 256 / 256 12.2s Lock parallel
[✓] 256 0 0 256 / 256 12.2s Lock parallel
================================================================================
success (ran 2 tests)
random seed: 1389849570362292570
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Lock sequential
[✓] 512 0 0 512 / 512 0.0s Lock sequential
[ ] 0 0 0 0 / 512 0.0s Lock parallel
[ ] 4 0 0 4 / 512 0.1s Lock parallel
[ ] 8 0 0 8 / 512 0.2s Lock parallel
[ ] 12 0 0 12 / 512 0.4s Lock parallel
[ ] 16 0 0 16 / 512 0.5s Lock parallel
[ ] 20 0 0 20 / 512 0.6s Lock parallel
[ ] 24 0 0 24 / 512 0.7s Lock parallel
[ ] 28 0 0 28 / 512 0.8s Lock parallel
[ ] 32 0 0 32 / 512 1.0s Lock parallel
[ ] 36 0 0 36 / 512 1.1s Lock parallel
[ ] 37 0 0 37 / 512 1.2s Lock parallel
[ ] 41 0 0 41 / 512 1.3s Lock parallel
[ ] 44 0 0 44 / 512 1.4s Lock parallel
[ ] 48 0 0 48 / 512 1.6s Lock parallel
[ ] 49 0 0 49 / 512 1.8s Lock parallel
[ ] 53 0 0 53 / 512 1.9s Lock parallel
[ ] 57 0 0 57 / 512 2.1s Lock parallel
[ ] 61 0 0 61 / 512 2.2s Lock parallel
[ ] 65 0 0 65 / 512 2.3s Lock parallel
[ ] 69 0 0 69 / 512 2.4s Lock parallel
[ ] 72 0 0 72 / 512 2.5s Lock parallel
[ ] 76 0 0 76 / 512 2.6s Lock parallel
[ ] 79 0 0 79 / 512 2.8s Lock parallel
[ ] 83 0 0 83 / 512 3.0s Lock parallel
[ ] 86 0 0 86 / 512 3.1s Lock parallel
[ ] 89 0 0 89 / 512 3.2s Lock parallel
[ ] 93 0 0 93 / 512 3.3s Lock parallel
[ ] 97 0 0 97 / 512 3.4s Lock parallel
[ ] 101 0 0 101 / 512 3.5s Lock parallel
[ ] 105 0 0 105 / 512 3.7s Lock parallel
[ ] 106 0 0 106 / 512 3.8s Lock parallel
[ ] 108 0 0 108 / 512 3.9s Lock parallel
[ ] 112 0 0 112 / 512 4.1s Lock parallel
[ ] 115 0 0 115 / 512 4.2s Lock parallel
[ ] 119 0 0 119 / 512 4.3s Lock parallel
[ ] 122 0 0 122 / 512 4.5s Lock parallel
[ ] 125 0 0 125 / 512 4.6s Lock parallel
[ ] 128 0 0 128 / 512 4.7s Lock parallel
[ ] 131 0 0 131 / 512 4.9s Lock parallel
[ ] 134 0 0 134 / 512 5.0s Lock parallel
[ ] 137 0 0 137 / 512 5.2s Lock parallel
[ ] 140 0 0 140 / 512 5.3s Lock parallel
[ ] 143 0 0 143 / 512 5.5s Lock parallel
[ ] 146 0 0 146 / 512 5.6s Lock parallel
[ ] 149 0 0 149 / 512 5.7s Lock parallel
[ ] 151 0 0 151 / 512 5.8s Lock parallel
[ ] 154 0 0 154 / 512 6.0s Lock parallel
[ ] 156 0 0 156 / 512 6.1s Lock parallel
[ ] 159 0 0 159 / 512 6.2s Lock parallel
[ ] 161 0 0 161 / 512 6.3s Lock parallel
[ ] 164 0 0 164 / 512 6.5s Lock parallel
[ ] 166 0 0 166 / 512 6.6s Lock parallel
[ ] 168 0 0 168 / 512 6.7s Lock parallel
[ ] 170 0 0 170 / 512 6.9s Lock parallel
[ ] 173 0 0 173 / 512 7.1s Lock parallel
[ ] 175 0 0 175 / 512 7.2s Lock parallel
[ ] 178 0 0 178 / 512 7.4s Lock parallel
[ ] 181 0 0 181 / 512 7.5s Lock parallel
[ ] 184 0 0 184 / 512 7.7s Lock parallel
[ ] 186 0 0 186 / 512 7.8s Lock parallel
[ ] 188 0 0 188 / 512 8.0s Lock parallel
[ ] 191 0 0 191 / 512 8.1s Lock parallel
[ ] 194 0 0 194 / 512 8.3s Lock parallel
[ ] 197 0 0 197 / 512 8.4s Lock parallel
[ ] 200 0 0 200 / 512 8.5s Lock parallel
[ ] 203 0 0 203 / 512 8.7s Lock parallel
[ ] 206 0 0 206 / 512 8.8s Lock parallel
[ ] 208 0 0 208 / 512 8.9s Lock parallel
[ ] 211 0 0 211 / 512 9.0s Lock parallel
[ ] 214 0 0 214 / 512 9.2s Lock parallel
[ ] 217 0 0 217 / 512 9.3s Lock parallel
[ ] 220 0 0 220 / 512 9.5s Lock parallel
[ ] 222 0 0 222 / 512 9.6s Lock parallel
[ ] 225 0 0 225 / 512 9.7s Lock parallel
[ ] 228 0 0 228 / 512 9.9s Lock parallel
[ ] 230 0 0 230 / 512 10.0s Lock parallel
[ ] 233 0 0 233 / 512 10.1s Lock parallel
[ ] 236 0 0 236 / 512 10.3s Lock parallel
[ ] 238 0 0 238 / 512 10.4s Lock parallel
[ ] 241 0 0 241 / 512 10.6s Lock parallel
[ ] 242 0 0 242 / 512 10.8s Lock parallel
[ ] 245 0 0 245 / 512 10.9s Lock parallel
[ ] 248 0 0 248 / 512 11.0s Lock parallel
[ ] 250 0 0 250 / 512 11.2s Lock parallel
[ ] 253 0 0 253 / 512 11.3s Lock parallel
[ ] 256 0 0 256 / 512 11.5s Lock parallel
[ ] 259 0 0 259 / 512 11.6s Lock parallel
[ ] 261 0 0 261 / 512 11.8s Lock parallel
[ ] 264 0 0 264 / 512 11.9s Lock parallel
[ ] 267 0 0 267 / 512 12.0s Lock parallel
[ ] 270 0 0 270 / 512 12.2s Lock parallel
[ ] 272 0 0 272 / 512 12.3s Lock parallel
[ ] 275 0 0 275 / 512 12.4s Lock parallel
[ ] 277 0 0 277 / 512 12.6s Lock parallel
[ ] 278 0 0 278 / 512 12.7s Lock parallel
[ ] 281 0 0 281 / 512 12.9s Lock parallel
[ ] 283 0 0 283 / 512 13.0s Lock parallel
[ ] 286 0 0 286 / 512 13.1s Lock parallel
[ ] 289 0 0 289 / 512 13.3s Lock parallel
[ ] 291 0 0 291 / 512 13.4s Lock parallel
[ ] 294 0 0 294 / 512 13.5s Lock parallel
[ ] 297 0 0 297 / 512 13.6s Lock parallel
[ ] 299 0 0 299 / 512 13.8s Lock parallel
[ ] 302 0 0 302 / 512 13.9s Lock parallel
[ ] 305 0 0 305 / 512 14.1s Lock parallel
[ ] 308 0 0 308 / 512 14.2s Lock parallel
[ ] 311 0 0 311 / 512 14.3s Lock parallel
[ ] 313 0 0 313 / 512 14.5s Lock parallel
[ ] 315 0 0 315 / 512 14.6s Lock parallel
[ ] 317 0 0 317 / 512 14.7s Lock parallel
[ ] 320 0 0 320 / 512 14.8s Lock parallel
[ ] 323 0 0 323 / 512 15.0s Lock parallel
[ ] 325 0 0 325 / 512 15.1s Lock parallel
[ ] 327 0 0 327 / 512 15.3s Lock parallel
[ ] 330 0 0 330 / 512 15.4s Lock parallel
[ ] 333 0 0 333 / 512 15.5s Lock parallel
[ ] 336 0 0 336 / 512 15.7s Lock parallel
[ ] 338 0 0 338 / 512 15.8s Lock parallel
[ ] 341 0 0 341 / 512 16.0s Lock parallel
[ ] 343 0 0 343 / 512 16.1s Lock parallel
[ ] 346 0 0 346 / 512 16.3s Lock parallel
[ ] 349 0 0 349 / 512 16.4s Lock parallel
[ ] 352 0 0 352 / 512 16.5s Lock parallel
[ ] 355 0 0 355 / 512 16.7s Lock parallel
[ ] 358 0 0 358 / 512 16.8s Lock parallel
[ ] 361 0 0 361 / 512 17.0s Lock parallel
[ ] 364 0 0 364 / 512 17.1s Lock parallel
[ ] 367 0 0 367 / 512 17.2s Lock parallel
[ ] 370 0 0 370 / 512 17.4s Lock parallel
[ ] 373 0 0 373 / 512 17.5s Lock parallel
[ ] 376 0 0 376 / 512 17.6s Lock parallel
[ ] 379 0 0 379 / 512 17.8s Lock parallel
[ ] 381 0 0 381 / 512 17.9s Lock parallel
[ ] 384 0 0 384 / 512 18.1s Lock parallel
[ ] 387 0 0 387 / 512 18.2s Lock parallel
[ ] 390 0 0 390 / 512 18.3s Lock parallel
[ ] 393 0 0 393 / 512 18.5s Lock parallel
[ ] 396 0 0 396 / 512 18.6s Lock parallel
[ ] 399 0 0 399 / 512 18.8s Lock parallel
[ ] 402 0 0 402 / 512 19.0s Lock parallel
[ ] 405 0 0 405 / 512 19.2s Lock parallel
[ ] 408 0 0 408 / 512 19.3s Lock parallel
[ ] 411 0 0 411 / 512 19.4s Lock parallel
[ ] 414 0 0 414 / 512 19.6s Lock parallel
[ ] 416 0 0 416 / 512 19.7s Lock parallel
[ ] 419 0 0 419 / 512 19.9s Lock parallel
[ ] 422 0 0 422 / 512 20.0s Lock parallel
[ ] 425 0 0 425 / 512 20.2s Lock parallel
[ ] 428 0 0 428 / 512 20.3s Lock parallel
[ ] 431 0 0 431 / 512 20.4s Lock parallel
[ ] 433 0 0 433 / 512 20.6s Lock parallel
[ ] 436 0 0 436 / 512 20.8s Lock parallel
[ ] 439 0 0 439 / 512 20.9s Lock parallel
[ ] 441 0 0 441 / 512 21.0s Lock parallel
[ ] 444 0 0 444 / 512 21.2s Lock parallel
[ ] 446 0 0 446 / 512 21.4s Lock parallel
[ ] 448 0 0 448 / 512 21.5s Lock parallel
[ ] 451 0 0 451 / 512 21.6s Lock parallel
[ ] 454 0 0 454 / 512 21.8s Lock parallel
[ ] 456 0 0 456 / 512 21.9s Lock parallel
[ ] 459 0 0 459 / 512 22.0s Lock parallel
[ ] 462 0 0 462 / 512 22.1s Lock parallel
[ ] 465 0 0 465 / 512 22.3s Lock parallel
[ ] 466 0 0 466 / 512 22.5s Lock parallel
[ ] 468 0 0 468 / 512 22.6s Lock parallel
[ ] 471 0 0 471 / 512 22.7s Lock parallel
[ ] 474 0 0 474 / 512 22.9s Lock parallel
[ ] 477 0 0 477 / 512 23.0s Lock parallel
[ ] 479 0 0 479 / 512 23.2s Lock parallel
[ ] 481 0 0 481 / 512 23.3s Lock parallel
[ ] 482 0 0 482 / 512 23.5s Lock parallel
[ ] 484 0 0 484 / 512 23.6s Lock parallel
[ ] 487 0 0 487 / 512 23.7s Lock parallel
[ ] 489 0 0 489 / 512 23.8s Lock parallel
[ ] 491 0 0 491 / 512 24.0s Lock parallel
[ ] 493 0 0 493 / 512 24.1s Lock parallel
[ ] 495 0 0 495 / 512 24.2s Lock parallel
[ ] 497 0 0 497 / 512 24.3s Lock parallel
[ ] 499 0 0 499 / 512 24.4s Lock parallel
[ ] 501 0 0 501 / 512 24.7s Lock parallel
[ ] 503 0 0 503 / 512 24.8s Lock parallel
[ ] 505 0 0 505 / 512 24.9s Lock parallel
[ ] 506 0 0 506 / 512 25.0s Lock parallel
[ ] 509 0 0 509 / 512 25.2s Lock parallel
[ ] 511 0 0 511 / 512 25.3s Lock parallel
[✓] 512 0 0 512 / 512 25.4s Lock parallel
================================================================================
success (ran 2 tests)
random seed: 2015005892229448334
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Lock sequential
[✓] 32 0 0 32 / 32 0.0s Lock sequential
[ ] 0 0 0 0 / 32 0.0s Lock parallel
[ ] 1 0 0 1 / 32 0.1s Lock parallel
[ ] 3 0 0 3 / 32 0.2s Lock parallel
[ ] 6 0 0 6 / 32 0.3s Lock parallel
[ ] 8 0 0 8 / 32 0.4s Lock parallel
[ ] 10 0 0 10 / 32 0.6s Lock parallel
[ ] 12 0 0 12 / 32 0.7s Lock parallel
[ ] 14 0 0 14 / 32 0.8s Lock parallel
[ ] 16 0 0 16 / 32 0.9s Lock parallel
[ ] 18 0 0 18 / 32 1.1s Lock parallel
[ ] 20 0 0 20 / 32 1.2s Lock parallel
[ ] 22 0 0 22 / 32 1.3s Lock parallel
[ ] 26 0 0 26 / 32 1.5s Lock parallel
[ ] 30 0 0 30 / 32 1.6s Lock parallel
[✓] 32 0 0 32 / 32 1.6s Lock parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test && .\test_sem.exe)
random seed: 2761352617469782244
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Sem sequential
[ ] 0 0 0 0 / 32 0.0s Sem sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Sem sequential
[ ] 0 0 0 0 / 32 0.0s Sem parallel
[ ] 2 0 0 2 / 32 0.1s Sem parallel
[ ] 5 0 0 5 / 32 0.2s Sem parallel
[ ] 7 0 0 7 / 32 0.4s Sem parallel
[ ] 9 0 0 9 / 32 0.5s Sem parallel
[ ] 10 0 0 10 / 32 0.6s Sem parallel
[ ] 11 0 0 11 / 32 0.8s Sem parallel
[ ] 12 0 0 12 / 32 1.0s Sem parallel
[ ] 13 0 0 13 / 32 1.1s Sem parallel
[ ] 15 0 0 15 / 32 1.3s Sem parallel
[ ] 16 0 0 16 / 32 1.5s Sem parallel
[ ] 18 0 0 18 / 32 1.6s Sem parallel
[ ] 20 0 0 20 / 32 1.7s Sem parallel
[ ] 22 0 0 22 / 32 1.9s Sem parallel
[ ] 24 0 0 24 / 32 2.1s Sem parallel
[ ] 25 0 0 25 / 32 2.3s Sem parallel
[ ] 26 0 0 26 / 32 2.4s Sem parallel
[ ] 28 0 0 28 / 32 2.6s Sem parallel
[ ] 30 0 0 30 / 32 2.8s Sem parallel
[ ] 31 0 0 31 / 32 2.9s Sem parallel
[✓] 32 0 0 32 / 32 3.0s Sem parallel
================================================================================
success (ran 2 tests)
random seed: 443491613975927988
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Sem sequential
[✓] 64 0 0 64 / 64 0.0s Sem sequential
[ ] 0 0 0 0 / 64 0.0s Sem parallel
[ ] 1 0 0 1 / 64 0.1s Sem parallel
[ ] 3 0 0 3 / 64 0.2s Sem parallel
[ ] 5 0 0 5 / 64 0.3s Sem parallel
[ ] 7 0 0 7 / 64 0.5s Sem parallel
[ ] 8 0 0 8 / 64 0.6s Sem parallel
[ ] 10 0 0 10 / 64 0.8s Sem parallel
[ ] 12 0 0 12 / 64 0.9s Sem parallel
[ ] 14 0 0 14 / 64 1.1s Sem parallel
[ ] 16 0 0 16 / 64 1.2s Sem parallel
[ ] 18 0 0 18 / 64 1.4s Sem parallel
[ ] 20 0 0 20 / 64 1.5s Sem parallel
[ ] 21 0 0 21 / 64 1.6s Sem parallel
[ ] 23 0 0 23 / 64 1.8s Sem parallel
[ ] 25 0 0 25 / 64 1.9s Sem parallel
[ ] 27 0 0 27 / 64 2.0s Sem parallel
[ ] 29 0 0 29 / 64 2.2s Sem parallel
[ ] 31 0 0 31 / 64 2.4s Sem parallel
[ ] 33 0 0 33 / 64 2.5s Sem parallel
[ ] 35 0 0 35 / 64 2.6s Sem parallel
[ ] 37 0 0 37 / 64 2.8s Sem parallel
[ ] 38 0 0 38 / 64 2.9s Sem parallel
[ ] 40 0 0 40 / 64 3.1s Sem parallel
[ ] 43 0 0 43 / 64 3.2s Sem parallel
[ ] 45 0 0 45 / 64 3.3s Sem parallel
[ ] 47 0 0 47 / 64 3.5s Sem parallel
[ ] 49 0 0 49 / 64 3.6s Sem parallel
[ ] 51 0 0 51 / 64 3.8s Sem parallel
[ ] 53 0 0 53 / 64 4.0s Sem parallel
[ ] 54 0 0 54 / 64 4.1s Sem parallel
[ ] 56 0 0 56 / 64 4.2s Sem parallel
[ ] 58 0 0 58 / 64 4.3s Sem parallel
[ ] 60 0 0 60 / 64 4.4s Sem parallel
[ ] 62 0 0 62 / 64 4.5s Sem parallel
[✓] 64 0 0 64 / 64 4.6s Sem parallel
================================================================================
success (ran 2 tests)
random seed: 2517073168769161772
generated error fail pass / total time test name
[ ] 0 0 0 0 / 128 0.0s Sem sequential
[✓] 128 0 0 128 / 128 0.0s Sem sequential
[ ] 0 0 0 0 / 128 0.0s Sem parallel
[ ] 1 0 0 1 / 128 0.1s Sem parallel
[ ] 4 0 0 4 / 128 0.2s Sem parallel
[ ] 6 0 0 6 / 128 0.3s Sem parallel
[ ] 9 0 0 9 / 128 0.5s Sem parallel
[ ] 12 0 0 12 / 128 0.7s Sem parallel
[ ] 14 0 0 14 / 128 0.8s Sem parallel
[ ] 17 0 0 17 / 128 0.9s Sem parallel
[ ] 19 0 0 19 / 128 1.0s Sem parallel
[ ] 22 0 0 22 / 128 1.2s Sem parallel
[ ] 25 0 0 25 / 128 1.3s Sem parallel
[ ] 28 0 0 28 / 128 1.5s Sem parallel
[ ] 31 0 0 31 / 128 1.7s Sem parallel
[ ] 34 0 0 34 / 128 1.8s Sem parallel
[ ] 37 0 0 37 / 128 1.9s Sem parallel
[ ] 40 0 0 40 / 128 2.0s Sem parallel
[ ] 43 0 0 43 / 128 2.2s Sem parallel
[ ] 46 0 0 46 / 128 2.3s Sem parallel
[ ] 48 0 0 48 / 128 2.5s Sem parallel
[ ] 51 0 0 51 / 128 2.6s Sem parallel
[ ] 53 0 0 53 / 128 2.7s Sem parallel
[ ] 56 0 0 56 / 128 2.8s Sem parallel
[ ] 59 0 0 59 / 128 3.0s Sem parallel
[ ] 62 0 0 62 / 128 3.1s Sem parallel
[ ] 66 0 0 66 / 128 3.2s Sem parallel
[ ] 69 0 0 69 / 128 3.4s Sem parallel
[ ] 72 0 0 72 / 128 3.5s Sem parallel
[ ]6 0 0 76 / 128 3.6s Sem parallel
[ ] 79 0 0 79 / 128 3.7s Sem parallel
[ ] 82 0 0 82 / 128 4.0s Sem parallel
[ ] 85 0 0 85 / 128 4.1s Sem parallel
[ ] 88 0 0 88 / 128 4.2s Sem parallel
[ ] 92 0 0 92 / 128 4.3s Sem parallel
[ ] 95 0 0 95 / 128 4.4s Sem parallel
[ ] 97 0 0 97 / 128 4.5s Sem parallel
[ ] 98 0 0 98 / 128 4.7s Sem parallel
[ ] 100 0 0 100 / 128 4.8s Sem parallel
[ ] 103 0 0 103 / 128 4.9s Sem parallel
[ ] 106 0 0 106 / 128 5.0s Sem parallel
[ ] 108 0 0 108 / 128 5.2s Sem parallel
[ ] 109 0 0 109 / 128 5.3s Sem parallel
[ ] 111 0 0 111 / 128 5.4s Sem parallel
[ ] 114 0 0 114 / 128 5.5s Sem parallel
[ ] 116 0 0 116 / 128 5.7s Sem parallel
[ ] 119 0 0 119 / 128 5.8s Sem parallel
[ ] 122 0 0 122 / 128 6.0s Sem parallel
[ ] 123 0 0 123 / 128 6.1s Sem parallel
[ ] 126 0 0 126 / 128 6.2s Sem parallel
[✓] 128 0 0 128 / 128 6.3s Sem parallel
================================================================================
success (ran 2 tests)
random seed: 1579574354185836342
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Sem sequential
[✓] 256 0 0 256 / 256 0.0s Sem sequential
[ ] 0 0 0 0 / 256 0.0s Sem parallel
[ ] 1 0 0 1 / 256 0.1s Sem parallel
[ ] 3 0 0 3 / 256 0.3s Sem parallel
[ ] 5 0 0 5 / 256 0.4s Sem parallel
[ ] 8 0 0 8 / 256 0.6s Sem parallel
[ ] 10 0 0 10 / 256 0.7s Sem parallel
[ ] 12 0 0 12 / 256 0.8s Sem parallel
[ ] 15 0 0 15 / 256 1.0s Sem parallel
[ ] 18 0 0 18 / 256 1.1s Sem parallel
[ ] 21 0 0 21 / 256 1.3s Sem parallel
[ ] 24 0 0 24 / 256 1.5s Sem parallel
[ ] 27 0 0 27 / 256 1.6s Sem parallel
[ ] 30 0 0 30 / 256 1.8s Sem parallel
[ ] 33 0 0 33 / 256 2.0s Sem parallel
[ ] 35 0 0 35 / 256 2.1s Sem parallel
[ ] 37 0 0 37 / 256 2.2s Sem parallel
[ ] 40 0 0 40 / 256 2.3s Sem parallel
[ ] 43 0 0 43 / 256 2.5s Sem parallel
[ ] 45 0 0 45 / 256 2.6s Sem parallel
[ ] 48 0 0 48 / 256 2.7s Sem parallel
[ ] 51 0 0 51 / 256 2.9s Sem parallel
[ ] 54 0 0 54 / 256 3.0s Sem parallel
[ ] 56 0 0 56 / 256 3.1s Sem parallel
[ ] 59 0 0 59 / 256 3.4s Sem parallel
[ ] 61 0 0 61 / 256 3.5s Sem parallel
[ ] 63 0 0 63 / 256 3.6s Sem parallel
[ ] 65 0 0 65 / 256 3.7s Sem parallel
[ ] 67 0 0 67 / 256 3.8s Sem parallel
[ ] 69 0 0 69 / 256 4.0s Sem parallel
[ ] 72 0 0 72 / 256 4.1s Sem parallel
[ ] 74 0 0 74 / 256 4.2s Sem parallel
[ ] 77 0 0 77 / 256 4.3s Sem parallel
[ ] 80 0 0 80 / 256 4.5s Sem parallel
[ ] 82 0 0 82 / 256 4.6s Sem parallel
[ ] 85 0 0 85 / 256 4.7s Sem parallel
[ ] 88 0 0 88 / 256 4.9s Sem parallel
[ ] 90 0 0 90 / 256 5.0s Sem parallel
[ ] 92 0 0 92 / 256 5.1s Sem parallel
[ ] 95 0 0 95 / 256 5.2s Sem parallel
[ ] 97 0 0 97 / 256 5.3s Sem parallel
[ ] 99 0 0 99 / 256 5.5s Sem parallel
[ ] 102 0 0 102 / 256 5.6s Sem parallel
[ ] 105 0 0 105 / 256 5.8s Sem parallel
[ ] 106 0 0 106 / 256 5.9s Sem parallel
[ ] 107 0 0 107 / 256 6.1s Sem parallel
[ ] 108 0 0 108 / 256 6.2s Sem parallel
[ ] 109 0 0 109 / 256 6.3s Sem parallel
[ ] 110 0 0 110 / 256 6.5s Sem parallel
[ ] 111 0 0 111 / 256 6.6s Sem parallel
[ ] 114 0 0 114 / 256 6.7s Sem parallel
[ ] 117 0 0 117 / 256 6.9s Sem parallel
[ ] 119 0 0 119 / 256 7.0s Sem parallel
[ ] 122 0 0 122 / 256 7.1s Sem parallel
[ ] 125 0 0 125 / 256 7.3s Sem parallel
[ ] 127 0 0 127 / 256 7.5s Sem parallel
[ ] 129 0 0 129 / 256 7.6s Sem parallel
[ ] 131 0 0 131 / 256 7.7s Sem parallel
[ ] 134 0 0 134 / 256 7.9s Sem parallel
[ ] 137 0 0 137 / 256 8.0s Sem parallel
[ ] 139 0 0 139 / 256 8.2s Sem parallel
[ ] 141 0 0 141 / 256 8.3s Sem parallel
[ ] 144 0 0 144 / 256 8.4s Sem parallel
[ ] 148 0 0 148 / 256 8.5s Sem parallel
[ ] 152 0 0 152 / 256 8.6s Sem parallel
[ ] 156 0 0 156 / 256 8.8s Sem parallel
[ ] 157 0 0 157 / 256 8.9s Sem parallel
[ ] 160 0 0 160 / 256 9.0s Sem parallel
[ ] 164 0 0 164 / 256 9.2s Sem parallel
[ ] 167 0 0 167 / 256 9.4s Sem parallel
[ ] 170 0 0 170 / 256 9.5s Sem parallel
[ ] 174 0 0 174 / 256 9.6s Sem parallel
[ ] 178 0 0 178 / 256 9.7s Sem parallel
[ ] 181 0 0 181 / 256 9.9s Sem parallel
[ ] 185 0 0 185 / 256 10.0s Sem parallel
[ ] 189 0 0 189 / 256 10.1s Sem parallel
[ ] 193 0 0 193 / 256 10.2s Sem parallel
[ ] 197 0 0 197 / 256 10.3s Sem parallel
[ ] 201 0 0 201 / 256 10.5s Sem parallel
[ ] 205 0 0 205 / 256 10.6s Sem parallel
[ ] 207 0 0 207 / 256 10.8s Sem parallel
[ ] 211 0 0 211 / 256 10.9s Sem parallel
[ ] 215 0 0 215 / 256 11.0s Sem parallel
[ ] 219 0 0 219 / 256 11.2s Sem parallel
[ ] 223 0 0 223 / 256 11.3s Sem parallel
[ ] 227 0 0 227 / 256 11.4s Sem parallel
[ ] 231 0 0 231 / 256 11.6s Sem parallel
[ ] 235 0 0 235 / 256 11.7s Sem parallel
[ ] 239 0 0 239 / 256 11.8s Sem parallel
[ ] 243 0 0 243 / 256 11.9s Sem parallel
[ ] 247 0 0 247 / 256 12.1s Sem parallel
[ ] 251 0 0 251 / 256 12.2s Sem parallel
[ ] 255 0 0 255 / 256 12.4s Sem parallel
[✓] 256 0 0 256 / 256 12.4s Sem parallel
================================================================================
success (ran 2 tests)
random seed: 2596895285066526720
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Sem sequential
[✓] 512 0 0 512 / 512 0.0s Sem sequential
[ ] 0 0 0 0 / 512 0.0s Sem parallel
[ ] 3 0 0 3 / 512 0.1s Sem parallel
[ ] 7 0 0 7 / 512 0.2s Sem parallel
[ ] 11 0 0 11 / 512 0.3s Sem parallel
[ ] 14 0 0 14 / 512 0.4s Sem parallel
[ ] 18 0 0 18 / 512 0.6s Sem parallel
[ ] 22 0 0 22 / 512 0.7s Sem parallel
[ ] 25 0 0 25 / 512 0.8s Sem parallel
[ ] 28 0 0 28 / 512 0.9s Sem parallel
[ ] 32 0 0 32 / 512 1.0s Sem parallel
[ ] 35 0 0 35 / 512 1.2s Sem parallel
[ ] 37 0 0 37 / 512 1.3s Sem parallel
[ ] 41 0 0 41 / 512 1.4s Sem parallel
[ ] 45 0 0 45 / 512 1.6s Sem parallel
[ ] 49 0 0 49 / 512 1.7s Sem parallel
[ ] 51 0 0 51 / 512 1.8s Sem parallel
[ ] 53 0 0 53 / 512 2.0s Sem parallel
[ ] 56 0 0 56 / 512 2.1s Sem parallel
[ ] 60 0 0 60 / 512 2.2s Sem parallel
[ ] 64 0 0 64 / 512 2.3s Sem parallel
[ ] 67 0 0 67 / 512 2.4s Sem parallel
[ ] 71 0 0 71 / 512 2.6s Sem parallel
[ ] 75 0 0 75 / 512 2.7s Sem parallel
[ ] 79 0 0 79 / 512 2.8s Sem parallel
[ ] 82 0 0 82 / 512 2.9s Sem parallel
[ ] 86 0 0 86 / 512 3.0s Sem parallel
[ ] 90 0 0 90 / 512 3.2s Sem parallel
[ ] 94 0 0 94 / 512 3.3s Sem parallel
[ ] 98 0 0 98 / 512 3.4s Sem parallel
[ ] 102 0 0 102 / 512 3.5s Sem parallel
[ ] 106 0 0 106 / 512 3.7s Sem parallel
[ ] 109 0 0 109 / 512 3.8s Sem parallel
[ ] 113 0 0 113 / 512 4.0s Sem parallel
[ ] 116 0 0 116 / 512 4.1s Sem parallel
[ ] 120 0 0 120 / 512 4.3s Sem parallel
[ ] 123 0 0 123 / 512 4.4s Sem parallel
[ ] 126 0 0 126 / 512 4.5s Sem parallel
[ ] 129 0 0 129 / 512 4.7s Sem parallel
[ ] 132 0 0 132 / 512 4.8s Sem parallel
[ ] 135 0 0 135 / 512 5.0s Sem parallel
[ ] 138 0 0 138 / 512 5.1s Sem parallel
[ ] 141 0 0 141 / 512 5.2s Sem parallel
[ ] 143 0 0 143 / 512 5.3s Sem parallel
[ ] 146 0 0 146 / 512 5.5s Sem parallel
[ ] 149 0 0 149 / 512 5.6s Sem parallel
[ ] 151 0 0 151 / 512 5.7s Sem parallel
[ ] 153 0 0 153 / 512 5.9s Sem parallel
[ ] 156 0 0 156 / 512 6.1s Sem parallel
[ ] 158 0 0 158 / 512 6.2s Sem parallel
[ ] 160 0 0 160 / 512 6.3s Sem parallel
[ ] 162 0 0 162 / 512 6.4s Sem parallel
[ ] 164 0 0 164 / 512 6.5s Sem parallel
[ ] 167 0 0 167 / 512 6.7s Sem parallel
[ ] 169 0 0 169 / 512 6.8s Sem parallel
[ ] 170 0 0 170 / 512 6.9s Sem parallel
[ ] 173 0 0 173 / 512 7.1s Sem parallel
[ ] 175 0 0 175 / 512 7.2s Sem parallel
[ ] 177 0 0 177 / 512 7.3s Sem parallel
[ ] 179 0 0 179 / 512 7.4s Sem parallel
[ ] 180 0 0 180 / 512 7.6s Sem parallel
[ ] 183 0 0 183 / 512 7.7s Sem parallel
[ ] 186 0 0 186 / 512 7.9s Sem parallel
[ ] 189 0 0 189 / 512 8.0s Sem parallel
[ ] 192 0 0 192 / 512 8.1s Sem parallel
[ ] 195 0 0 195 / 512 8.3s Sem parallel
[ ] 197 0 0 197 / 512 8.4s Sem parallel
[ ] 198 0 0 198 / 512 8.5s Sem parallel
[ ] 201 0 0 201 / 512 8.7s Sem parallel
[ ] 204 0 0 204 / 512 8.8s Sem parallel
[ ] 207 0 0 207 / 512 8.9s Sem parallel
[ ] 210 0 0 210 / 512 9.0s Sem parallel
[ ] 213 0 0 213 / 512 9.2s Sem parallel
[ ] 215 0 0 215 / 512 9.3s Sem parallel
[ ] 217 0 0 217 / 512 9.5s Sem parallel
[ ] 219 0 0 219 / 512 9.6s Sem parallel
[ ] 222 0 0 222 / 512 9.8s Sem parallel
[ ] 225 0 0 225 / 512 10.0s Sem parallel
[ ] 228 0 0 228 / 512 10.1s Sem parallel
[ ] 231 0 0 231 / 512 10.2s Sem parallel
[ ] 234 0 0 234 / 512 10.4s Sem parallel
[ ] 237 0 0 237 / 512 10.5s Sem parallel
[ ] 240 0 0 240 / 512 10.7s Sem parallel
[ ] 243 0 0 243 / 512 10.8s Sem parallel
[ ] 245 0 0 245 / 512 10.9s Sem parallel
[ ] 246 0 0 246 / 512 11.1s Sem parallel
[ ] 249 0 0 249 / 512 11.2s Sem parallel
[ ] 252 0 0 252 / 512 11.3s Sem parallel
[ ] 255 0 0 255 / 512 11.5s Sem parallel
[ ] 258 0 0 258 / 512 11.6s Sem parallel
[ ] 260 0 0 260 / 512 11.7s Sem parallel
[ ] 263 0 0 263 / 512 11.9s Sem parallel
[ ] 266 0 0 266 / 512 12.0s Sem parallel
[ ] 269 0 0 269 / 512 12.1s Sem parallel
[ ] 272 0 0 272 / 512 12.2s Sem parallel
[ ] 275 0 0 275 / 512 12.4s Sem parallel
[ ] 278 0 0 278 / 512 12.5s Sem parallel
[ ] 281 0 0 281 / 512 12.8s Sem parallel
[ ] 283 0 0 283 / 512 12.9s Sem parallel
[ ] 286 0 0 286 / 512 13.0s Sem parallel
[ ] 289 0 0 289 / 512 13.2s Sem parallel
[ ] 292 0 0 292 / 512 13.3s Sem parallel
[ ] 294 0 0 294 / 512 13.5s Sem parallel
[ ] 297 0 0 297 / 512 13.6s Sem parallel
[ ] 300 0 0 300 / 512 13.7s Sem parallel
[ ] 303 0 0 303 / 512 13.9s Sem parallel
[ ] 306 0 0 306 / 512 14.0s Sem parallel
[ ] 308 0 0 308 / 512 14.2s Sem parallel
[ ] 310 0 0 310 / 512 14.3s Sem parallel
[ ] 312 0 0 312 / 512 14.4s Sem parallel
[ ] 314 0 0 314 / 512 14.6s Sem parallel
[ ] 316 0 0 316 / 512 14.8s Sem parallel
[ ] 318 0 0 318 / 512 14.9s Sem parallel
[ ] 321 0 0 321 / 512 15.0s Sem parallel
[ ] 323 0 0 323 / 512 15.1s Sem parallel
[ ] 326 0 0 326 / 512 15.3s Sem parallel
[ ] 328 0 0 328 / 512 15.4s Sem parallel
[ ] 331 0 0 331 / 512 15.5s Sem parallel
[ ] 333 0 0 333 / 512 15.7s Sem parallel
[ ] 335 0 0 335 / 512 15.8s Sem parallel
[ ] 338 0 0 338 / 512 16.0s Sem parallel
[ ] 341 0 0 341 / 512 16.1s Sem parallel
[ ] 344 0 0 344 / 512 16.3s Sem parallel
[ ] 347 0 0 347 / 512 16.5s Sem parallel
[ ] 350 0 0 350 / 512 16.6s Sem parallel
[ ] 352 0 0 352 / 512 16.7s Sem parallel
[ ] 355 0 0 355 / 512 16.8s Sem parallel
[ ] 358 0 0 358 / 512 17.0s Sem parallel
[ ] 361 0 0 361 / 512 17.1s Sem parallel
[ ] 364 0 0 364 / 512 17.2s Sem parallel
[ ] 367 0 0 367 / 512 17.4s Sem parallel
[ ] 370 0 0 370 / 512 17.5s Sem parallel
[ ] 373 0 0 373 / 512 17.7s Sem parallel
[ ] 376 0 0 376 / 512 17.8s Sem parallel
[ ] 379 0 0 379 / 512 18.0s Sem parallel
[ ] 381 0 0 381 / 512 18.1s Sem parallel
[ ] 384 0 0 384 / 512 18.2s Sem parallel
[ ] 387 0 0 387 / 512 18.4s Sem parallel
[ ] 390 0 0 390 / 512 18.5s Sem parallel
[ ] 393 0 0 393 / 512 18.6s Sem parallel
[ ] 396 0 0 396 / 512 18.7s Sem parallel
[ ] 398 0 0 398 / 512 18.9s Sem parallel
[ ] 400 0 0 400 / 512 19.0s Sem parallel
[ ] 401 0 0 401 / 512 19.1s Sem parallel
[ ] 403 0 0 403 / 512 19.2s Sem parallel
[ ] 405 0 0 405 / 512 19.4s Sem parallel
[ ] 406 0 0 406 / 512 19.5s Sem parallel
[ ] 408 0 0 408 / 512 19.6s Sem parallel
[ ] 410 0 0 410 / 512 19.7s Sem parallel
[ ] 413 0 0 413 / 512 19.8s Sem parallel
[ ] 416 0 0 416 / 512 20.0s Sem parallel
[ ] 418 0 0 418 / 512 20.1s Sem parallel
[ ] 419 0 0 419 / 512 20.2s Sem parallel
[ ] 422 0 0 422 / 512 20.3s Sem parallel
[ ] 425 0 0 425 / 512 20.5s Sem parallel
[ ] 427 0 0 427 / 512 20.6s Sem parallel
[ ] 430 0 0 430 / 512 20.8s Sem parallel
[ ] 433 0 0 433 / 512 20.9s Sem parallel
[ ] 436 0 0 436 / 512 21.1s Sem parallel
[ ] 439 0 0 439 / 512 21.2s Sem parallel
[ ] 442 0 0 442 / 512 21.3s Sem parallel
[ ] 444 0 0 444 / 512 21.5s Sem parallel
[ ] 446 0 0 446 / 512 21.6s Sem parallel
[ ] 448 0 0 448 / 512 21.8s Sem parallel
[ ] 450 0 0 450 / 512 21.9s Sem parallel
[ ] 453 0 0 453 / 512 22.1s Sem parallel
[ ] 455 0 0 455 / 512 22.2s Sem parallel
[ ] 458 0 0 458 / 512 22.4s Sem parallel
[ ] 461 0 0 461 / 512 22.5s Sem parallel
[ ] 463 0 0 463 / 512 22.6s Sem parallel
[ ] 466 0 0 466 / 512 22.8s Sem parallel
[ ] 468 0 0 468 / 512 23.0s Sem parallel
[ ] 470 0 0 470 / 512 23.1s Sem parallel
[ ] 472 0 0 472 / 512 23.2s Sem parallel
[ ] 474 0 0 474 / 512 23.3s Sem parallel
[ ] 476 0 0 476 / 512 23.4s Sem parallel
[ ] 478 0 0 478 / 512 23.5s Sem parallel
[ ] 480 0 0 480 / 512 23.7s Sem parallel
[ ] 483 0 0 483 / 512 23.8s Sem parallel
[ ] 485 0 0 485 / 512 23.9s Sem parallel
[ ] 487 0 0 487 / 512 24.0s Sem parallel
[ ] 489 0 0 489 / 512 24.1s Sem parallel
[ ] 491 0 0 491 / 512 24.3s Sem parallel
[ ] 493 0 0 493 / 512 24.4s Sem parallel
[ ] 496 0 0 496 / 512 24.5s Sem parallel
[ ] 498 0 0 498 / 512 24.6s Sem parallel
[ ] 501 0 0 501 / 512 24.8s Sem parallel
[ ] 503 0 0 503 / 512 24.9s Sem parallel
[ ] 506 0 0 506 / 512 25.0s Sem parallel
[ ] 508 0 0 508 / 512 25.2s Sem parallel
[ ] 510 0 0 510 / 512 25.3s Sem parallel
[ ] 512 0 0 512 / 512 25.4s Sem parallel
[✓] 512 0 0 512 / 512 25.4s Sem parallel
================================================================================
success (ran 2 tests)
random seed: 4145703438238016937
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Sem sequential
[✓] 32 0 0 32 / 32 0.0s Sem sequential
[ ] 0 0 0 0 / 32 0.0s Sem parallel
[ ] 2 0 0 2 / 32 0.1s Sem parallel
[ ] 4 0 0 4 / 32 0.3s Sem parallel
[ ] 5 0 0 5 / 32 0.4s Sem parallel
[ ] 7 0 0 7 / 32 0.5s Sem parallel
[ ] 8 0 0 8 / 32 0.7s Sem parallel
[ ] 10 0 0 10 / 32 0.8s Sem parallel
[ ] 11 0 0 11 / 32 0.9s Sem parallel
[ ] 14 0 0 14 / 32 1.0s Sem parallel
[ ] 16 0 0 16 / 32 1.2s Sem parallel
[ ] 19 0 0 19 / 32 1.3s Sem parallel
[ ] 20 0 0 20 / 32 1.4s Sem parallel
[ ] 23 0 0 23 / 32 1.5s Sem parallel
[ ] 27 0 0 27 / 32 1.7s Sem parallel
[ ] 31 0 0 31 / 32 1.8s Sem parallel
[✓] 32 0 0 32 / 32 1.8s Sem parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test && .\test_lock.exe)
random seed: 3287314706935154921
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Lock sequential
[ ] 0 0 0 0 / 32 0.0s Lock sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Lock sequential
[ ] 0 0 0 0 / 32 0.0s Lock parallel
[ ] 2 0 0 2 / 32 0.1s Lock parallel
[ ] 4 0 0 4 / 32 0.2s Lock parallel
[ ] 6 0 0 6 / 32 0.3s Lock parallel
[ ] 8 0 0 8 / 32 0.4s Lock parallel
[ ] 10 0 0 10 / 32 0.6s Lock parallel
[ ] 11 0 0 11 / 32 0.7s Lock parallel
[ ] 12 0 0 12 / 32 0.9s Lock parallel
[ ] 13 0 0 13 / 32 1.1s Lock parallel
[ ] 15 0 0 15 / 32 1.2s Lock parallel
[ ] 17 0 0 17 / 32 1.4s Lock parallel
[ ] 18 0 0 18 / 32 1.5s Lock parallel
[ ] 20 0 0 20 / 32 1.7s Lock parallel
[ ] 22 0 0 22 / 32 1.8s Lock parallel
[ ] 24 0 0 24 / 32 2.0s Lock parallel
[ ] 26 0 0 26 / 32 2.2s Lock parallel
[ ] 27 0 0 27 / 32 2.3s Lock parallel
[ ] 28 0 0 28 / 32 2.4s Lock parallel
[ ] 30 0 0 30 / 32 2.6s Lock parallel
[ ] 32 0 0 32 / 32 2.7s Lock parallel
[✓] 32 0 0 32 / 32 2.7s Lock parallel
================================================================================
success (ran 2 tests)
random seed: 3255183060464154045
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Lock sequential
[✓] 64 0 0 64 / 64 0.0s Lock sequential
[ ] 0 0 0 0 / 64 0.0s Lock parallel
[ ] 2 0 0 2 / 64 0.3s Lock parallel
[ ] 4 0 0 4 / 64 0.5s Lock parallel
[ ] 6 0 0 6 / 64 0.6s Lock parallel
[ ] 8 0 0 8 / 64 0.8s Lock parallel
[ ] 10 0 0 10 / 64 1.0s Lock parallel
[ ] 12 0 0 12 / 64 1.1s Lock parallel
[ ] 14 0 0 14 / 64 1.3s Lock parallel
[ ] 16 0 0 16 / 64 1.4s Lock parallel
[ ] 18 0 0 18 / 64 1.5s Lock parallel
[ ] 20 0 0 20 / 64 1.7s Lock parallel
[ ] 22 0 0 22 / 64 1.8s Lock parallel
[ ] 24 0 0 24 / 64 1.9s Lock parallel
[ ] 26 0 0 26 / 64 2.1s Lock parallel
[ ] 28 0 0 28 / 64 2.2s Lock parallel
[ ] 30 0 0 30 / 64 2.3s Lock parallel
[ ] 32 0 0 32 / 64 2.5s Lock parallel
[ ] 34 0 0 34 / 64 2.6s Lock parallel
[ ] 36 0 0 36 / 64 2.8s Lock parallel
[ ] 38 0 0 38 / 64 2.9s Lock parallel
[ ] 40 0 0 40 / 64 3.0s Lock parallel
[ ] 42 0 0 42 / 64 3.2s Lock parallel
[ ] 45 0 0 45 / 64 3.3s Lock parallel
[ ] 48 0 0 48 / 64 3.5s Lock parallel
[ ] 50 0 0 50 / 64 3.7s Lock parallel
[ ] 52 0 0 52 / 64 3.8s Lock parallel
[ ] 54 0 0 54 / 64 4.0s Lock parallel
[ ] 56 0 0 56 / 64 4.2s Lock parallel
[ ] 58 0 0 58 / 64 4.3s Lock parallel
[ ] 59 0 0 59 / 64 4.4s Lock parallel
[ ] 62 0 0 62 / 64 4.5s Lock parallel
[✓] 64 0 0 64 / 64 4.6s Lock parallel
================================================================================
success (ran 2 tests)
random seed: 1238077494143435873
generated error fail pass / total time test name
[ ] 0 0 0 0 / 128 0.0s Lock sequential
[✓] 128 0 0 128 / 128 0.0s Lock sequential
[ ] 0 0 0 0 / 128 0.0s Lock parallel
[ ] 1 0 0 1 / 128 0.0s Lock parallel
[ ] 4 0 0 4 / 128 0.2s Lock parallel
[ ] 6 0 0 6 / 128 0.3s Lock parallel
[ ] 9 0 0 9 / 128 0.6s Lock parallel
[ ] 12 0 0 12 / 128 0.7s Lock parallel
[ ] 14 0 0 14 / 128 0.8s Lock parallel
[ ] 16 0 0 16 / 128 0.9s Lock parallel
[ ] 19 0 0 19 / 128 1.1s Lock parallel
[ ] 20 0 0 20 / 128 1.2s Lock parallel
[ ] 23 0 0 23 / 128 1.3s Lock parallel
[ ] 26 0 0 26 / 128 1.5s Lock parallel
[ ] 29 0 0 29 / 128 1.6s Lock parallel
[ ] 32 0 0 32 / 128 1.8s Lock parallel
[ ] 34 0 0 34 / 128 1.9s Lock parallel
[ ] 37 0 0 37 / 128 2.1s Lock parallel
[ ] 40 0 0 40 / 128 2.2s Lock parallel
[ ] 43 0 0 43 / 128 2.3s Lock parallel
[ ] 46 0 0 46 / 128 2.6s Lock parallel
[ ] 49 0 0 49 / 128 2.7s Lock parallel
[ ] 52 0 0 52 / 128 2.9s Lock parallel
[ ] 54 0 0 54 / 128 3.0s Lock parallel
[ ] 57 0 0 57 / 128 3.2s Lock parallel
[ ] 59 0 0 59 / 128 3.3s Lock parallel
[ ] 62 0 0 62 / 128 3.4s Lock parallel
[ ] 65 0 0 65 / 128 3.5s Lock parallel
[ ] 68 0 0 68 / 128 3.6s Lock parallel
[ ] 71 0 0 71 / 128 3.7s Lock parallel
[ ] 74 0 0 74 / 128 3.8s Lock parallel
[ ] 76 0 0 76 / 128 4.0s Lock parallel
[ ] 79 0 0 79 / 128 4.1s Lock parallel
[ ] 82 0 0 82 / 128 4.3s Lock parallel
[ ] 86 0 0 86 / 128 4.5s Lock parallel
[ ] 89 0 0 89 / 128 4.6s Lock parallel
[ ] 92 0 0 92 / 128 4.7s Lock parallel
[ ] 95 0 0 95 / 128 4.8s Lock parallel
[ ] 98 0 0 98 / 128 5.0s Lock parallel
[ ] 101 0 0 101 / 128 5.1s Lock parallel
[ ] 104 0 0 104 / 128 5.2s Lock parallel
[ ] 107 0 0 107 / 128 5.3s Lock parallel
[ ] 110 0 0 110 / 128 5.4s Lock parallel
[ ] 113 0 0 113 / 128 5.5s Lock parallel
[ ] 115 0 0 115 / 128 5.7s Lock parallel
[ ] 118 0 0 118 / 128 5.8s Lock parallel
[ ] 121 0 0 121 / 128 5.9s Lock parallel
[ ] 124 0 0 124 / 128 6.1s Lock parallel
[ ] 126 0 0 126 / 128 6.2s Lock parallel
[✓] 128 0 0 128 / 128 6.3s Lock parallel
================================================================================
success (ran 2 tests)
random seed: 2268666963727809707
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Lock sequential
[✓] 256 0 0 256 / 256 0.0s Lock sequential
[ ] 0 0 0 0 / 256 0.0s Lock parallel
[ ] 1 0 0 1 / 256 0.0s Lock parallel
[ ] 3 0 0 3 / 256 0.1s Lock parallel
[ ] 6 0 0 6 / 256 0.3s Lock parallel
[ ] 8 0 0 8 / 256 0.4s Lock parallel
[ ] 10 0 0 10 / 256 0.6s Lock parallel
[ ] 13 0 0 13 / 256 0.7s Lock parallel
[ ] 15 0 0 15 / 256 0.8s Lock parallel
[ ] 17 0 0 17 / 256 1.0s Lock parallel
[ ] 20 0 0 20 / 256 1.1s Lock parallel
[ ] 22 0 0 22 / 256 1.2s Lock parallel
[ ] 24 0 0 24 / 256 1.4s Lock parallel
[ ] 27 0 0 27 / 256 1.5s Lock parallel
[ ] 29 0 0 29 / 256 1.6s Lock parallel
[ ] 31 0 0 31 / 256 1.8s Lock parallel
[ ] 34 0 0 34 / 256 1.9s Lock parallel
[ ] 37 0 0 37 / 256 2.0s Lock parallel
[ ] 39 0 0 39 / 256 2.2s Lock parallel
[ ] 42 0 0 42 / 256 2.3s Lock parallel
[ ] 44 0 0 44 / 256 2.4s Lock parallel
[ ] 47 0 0 47 / 256 2.6s Lock parallel
[ ] 50 0 0 50 / 256 2.7s Lock parallel
[ ] 53 0 0 53 / 256 2.8s Lock parallel
[ ] 55 0 0 55 / 256 3.0s Lock parallel
[ ] 57 0 0 57 / 256 3.1s Lock parallel
[ ] 59 0 0 59 / 256 3.2s Lock parallel
[ ] 62 0 0 62 / 256 3.4s Lock parallel
[ ] 65 0 0 65 / 256 3.5s Lock parallel
[ ] 68 0 0 68 / 256 3.6s Lock parallel
[ ] 71 0 0 71 / 256 3.8s Lock parallel
[ ] 73 0 0 73 / 256 3.9s Lock parallel
[ ] 74 0 0 74 / 256 4.0s Lock parallel
[ ] 77 0 0 77 / 256 4.2s Lock parallel
[ ] 79 0 0 79 / 256 4.3s Lock parallel
[ ] 82 0 0 82 / 256 4.5s Lock parallel
[ ] 85 0 0 85 / 256 4.6s Lock parallel
[ ] 88 0 0 88 / 256 4.7s Lock parallel
[ ] 91 0 0 91 / 256 5.0s Lock parallel
[ ] 93 0 0 93 / 256 5.1s Lock parallel
[ ] 96 0 0 96 / 256 5.2s Lock parallel
[ ] 99 0 0 99 / 256 5.4s Lock parallel
[ ] 100 0 0 100 / 256 5.5s Lock parallel
[ ] 102 0 0 102 / 256 5.7s Lock parallel
[ ] 105 0 0 105 / 256 5.8s Lock parallel
[ ] 106 0 0 106 / 256 6.0s Lock parallel
[ ] 107 0 0 107 / 256 6.2s Lock parallel
[ ] 108 0 0 108 / 256 6.4s Lock parallel
[ ] 109 0 0 109 / 256 6.5s Lock parallel
[ ] 110 0 0 110 / 256 6.6s Lock parallel
[ ] 111 0 0 111 / 256 6.8s Lock parallel
[ ] 113 0 0 113 / 256 6.9s Lock parallel
[ ] 116 0 0 116 / 256 7.1s Lock parallel
[ ] 117 0 0 117 / 256 7.2s Lock parallel
[ ] 119 0 0 119 / 256 7.4s Lock parallel
[ ] 120 0 0 120 / 256 7.5s Lock parallel
[ ] 122 0 0 122 / 256 7.6s Lock parallel
[ ] 125 0 0 125 / 256 7.8s Lock parallel
[ ] 128 0 0 128 / 256 7.9s Lock parallel
[ ] 130 0 0 130 / 256 8.1s Lock parallel
[ ] 132 0 0 132 / 256 8.3s Lock parallel
[ ] 134 0 0 134 / 256 8.4s Lock parallel
[ ] 136 0 0 136 / 256 8.5s Lock parallel
[ ] 139 0 0 139 / 256 8.7s Lock parallel
[ ] 143 0 0 143 / 256 8.8s Lock parallel
[ ] 147 0 0 147 / 256 8.9s Lock parallel
[ ] 150 0 0 150 / 256 9.1s Lock parallel
[ ] 155 0 0 155 / 256 9.2s Lock parallel
[ ] 158 0 0 158 / 256 9.3s Lock parallel
[ ] 161 0 0 161 / 256 9.5s Lock parallel
[ ] 164 0 0 164 / 256 9.6s Lock parallel
[ ] 168 0 0 168 / 256 9.7s Lock parallel
[ ] 172 0 0 172 / 256 9.8s Lock parallel
[ ] 174 0 0 174 / 256 10.0s Lock parallel
[ ] 178 0 0 178 / 256 10.1s Lock parallel
[ ] 181 0 0 181 / 256 10.3s Lock parallel
[ ] 185 0 0 185 / 256 10.4s Lock parallel
[ ] 189 0 0 189 / 256 10.5s Lock parallel
[ ] 191 0 0 191 / 256 10.6s Lock parallel
[ ] 195 0 0 195 / 256 10.7s Lock parallel
[ ] 199 0 0 199 / 256 10.8s Lock parallel
[ ] 202 0 0 202 / 256 11.0s Lock parallel
[ ] 207 0 0 207 / 256 11.1s Lock parallel
[ ] 211 0 0 211 / 256 11.2s Lock parallel
[ ] 215 0 0 215 / 256 11.3s Lock parallel
[ ] 219 0 0 219 / 256 11.4s Lock parallel
[ ] 221 0 0 221 / 256 11.6s Lock parallel
[ ] 225 0 0 225 / 256 11.7s Lock parallel
[ ] 229 0 0 229 / 256 11.8s Lock parallel
[ ] 230 0 0 230 / 256 12.0s Lock parallel
[ ] 233 0 0 233 / 256 12.1s Lock parallel
[ ] 237 0 0 237 / 256 12.3s Lock parallel
[ ] 240 0 0 240 / 256 12.5s Lock parallel
[ ] 244 0 0 244 / 256 12.6s Lock parallel
[ ] 247 0 0 247 / 256 12.8s Lock parallel
[ ] 251 0 0 251 / 256 12.9s Lock parallel
[ ] 253 0 0 253 / 256 13.0s Lock parallel
[ ] 256 0 0 256 / 256 13.1s Lock parallel
[✓] 256 0 0 256 / 256 13.1s Lock parallel
================================================================================
success (ran 2 tests)
random seed: 2158021753842219694
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Lock sequential
[✓] 512 0 0 512 / 512 0.0s Lock sequential
[ ] 0 0 0 0 / 512 0.0s Lock parallel
[ ] 4 0 0 4 / 512 0.1s Lock parallel
[ ] 8 0 0 8 / 512 0.2s Lock parallel
[ ] 12 0 0 12 / 512 0.4s Lock parallel
[ ] 16 0 0 16 / 512 0.5s Lock parallel
[ ] 19 0 0 19 / 512 0.6s Lock parallel
[ ] 22 0 0 22 / 512 0.8s Lock parallel
[ ] 26 0 0 26 / 512 0.9s Lock parallel
[ ] 29 0 0 29 / 512 1.1s Lock parallel
[ ] 33 0 0 33 / 512 1.2s Lock parallel
[ ] 35 0 0 35 / 512 1.4s Lock parallel
[ ] 40 0 0 40 / 512 1.5s Lock parallel
[ ] 44 0 0 44 / 512 1.6s Lock parallel
[ ] 48 0 0 48 / 512 1.8s Lock parallel
[ ] 51 0 0 51 / 512 1.9s Lock parallel
[ ] 54 0 0 54 / 512 2.0s Lock parallel
[ ] 58 0 0 58 / 512 2.1s Lock parallel
[ ] 62 0 0 62 / 512 2.2s Lock parallel
[ ] 66 0 0 66 / 512 2.4s Lock parallel
[ ] 67 0 0 67 / 512 2.5s Lock parallel
[ ] 70 0 0 70 / 512 2.6s Lock parallel
[ ] 74 0 0 74 / 512 2.7s Lock parallel
[ ] 78 0 0 78 / 512 2.8s Lock parallel
[ ] 82 0 0 82 / 512 3.0s Lock parallel
[ ] 86 0 0 86 / 512 3.1s Lock parallel
[ ] 90 0 0 90 / 512 3.2s Lock parallel
[ ] 94 0 0 94 / 512 3.3s Lock parallel
[ ] 97 0 0 97 / 512 3.4s Lock parallel
[ ] 101 0 0 101 / 512 3.5s Lock parallel
[ ] 104 0 0 104 / 512 3.6s Lock parallel
[ ] 106 0 0 106 / 512 3.8s Lock parallel
[ ] 109 0 0 109 / 512 3.9s Lock parallel
[ ] 112 0 0 112 / 512 4.1s Lock parallel
[ ] 115 0 0 115 / 512 4.2s Lock parallel
[ ] 118 0 0 118 / 512 4.3s Lock parallel
[ ] 121 0 0 121 / 512 4.5s Lock parallel
[ ] 124 0 0 124 / 512 4.6s Lock parallel
[ ] 126 0 0 126 / 512 4.8s Lock parallel
[ ] 129 0 0 129 / 512 4.9s Lock parallel
[ ] 132 0 0 132 / 512 5.1s Lock parallel
[ ] 134 0 0 134 / 512 5.2s Lock parallel
[ ] 137 0 0 137 / 512 5.3s Lock parallel
[ ] 140 0 0 140 / 512 5.5s Lock parallel
[ ] 142 0 0 142 / 512 5.6s Lock parallel
[ ] 144 0 0 144 / 512 5.7s Lock parallel
[ ] 147 0 0 147 / 512 5.8s Lock parallel
[ ] 149 0 0 149 / 512 6.0s Lock parallel
[ ] 152 0 0 152 / 512 6.1s Lock parallel
[ ] 154 0 0 154 / 512 6.3s Lock parallel
[ ] 157 0 0 157 / 512 6.4s Lock parallel
[ ] 160 0 0 160 / 512 6.5s Lock parallel
[ ] 163 0 0 163 / 512 6.7s Lock parallel
[ ] 165 0 0 165 / 512 6.8s Lock parallel
[ ] 168 0 0 168 / 512 7.0s Lock parallel
[ ] 171 0 0 171 / 512 7.1s Lock parallel
[ ] 174 0 0 174 / 512 7.2s Lock parallel
[ ] 175 0 0 175 / 512 7.4s Lock parallel
[ ] 178 0 0 178 / 512 7.5s Lock parallel
[ ] 181 0 0 181 / 512 7.7s Lock parallel
[ ] 184 0 0 184 / 512 7.8s Lock parallel
[ ] 187 0 0 187 / 512 7.9s Lock parallel
[ ] 190 0 0 190 / 512 8.1s Lock parallel
[ ] 193 0 0 193 / 512 8.2s Lock parallel
[ ] 194 0 0 194 / 512 8.3s Lock parallel
[ ] 197 0 0 197 / 512 8.5s Lock parallel
[ ] 200 0 0 200 / 512 8.7s Lock parallel
[ ] 203 0 0 203 / 512 8.9s Lock parallel
[ ] 206 0 0 206 / 512 9.0s Lock parallel
[ ] 208 0 0 208 / 512 9.1s Lock parallel
[ ] 210 0 0 210 / 512 9.3s Lock parallel
[ ] 212 0 0 212 / 512 9.4s Lock parallel
[ ] 215 0 0 215 / 512 9.5s Lock parallel
[ ] 218 0 0 218 / 512 9.7s Lock parallel
[ ] 221 0 0 221 / 512 9.8s Lock parallel
[ ] 223 0 0 223 / 512 9.9s Lock parallel
[ ] 226 0 0 226 / 512 10.0s Lock parallel
[ ] 229 0 0 229 / 512 10.2s Lock parallel
[ ] 232 0 0 232 / 512 10.3s Lock parallel
[ ] 234 0 0 234 / 512 10.4s Lock parallel
[ ] 235 0 0 235 / 512 10.5s Lock parallel
[ ] 237 0 0 237 / 512 10.7s Lock parallel
[ ] 239 0 0 239 / 512 10.8s Lock parallel
[ ] 242 0 0 242 / 512 11.0s Lock parallel
[ ] 245 0 0 245 / 512 11.1s Lock parallel
[ ] 247 0 0 247 / 512 11.2s Lock parallel
[ ] 250 0 0 250 / 512 11.4s Lock parallel
[ ] 253 0 0 253 / 512 11.5s Lock parallel
[ ] 255 0 0 255 / 512 11.6s Lock parallel
[ ] 258 0 0 258 / 512 11.8s Lock parallel
[ ] 261 0 0 261 / 512 11.9s Lock parallel
[ ] 263 0 0 263 / 512 12.1s Lock parallel
[ ] 266 0 0 266 / 512 12.2s Lock parallel
[ ] 269 0 0 269 / 512 12.3s Lock parallel
[ ] 272 0 0 272 / 512 12.5s Lock parallel
[ ] 274 0 0 274 / 512 12.6s Lock parallel
[ ] 277 0 0 277 / 512 12.7s Lock parallel
[ ] 279 0 0 279 / 512 12.9s Lock parallel
[ ] 282 0 0 282 / 512 13.0s Lock parallel
[ ] 285 0 0 285 / 512 13.3s Lock parallel
[ ] 288 0 0 288 / 512 13.4s Lock parallel
[ ] 290 0 0 290 / 512 13.5s Lock parallel
[ ] 293 0 0 293 / 512 13.6s Lock parallel
[ ] 296 0 0 296 / 512 13.8s Lock parallel
[ ] 298 0 0 298 / 512 13.9s Lock parallel
[ ] 301 0 0 301 / 512 14.1s Lock parallel
[ ] 304 0 0 304 / 512 14.2s Lock parallel
[ ] 306 0 0 306 / 512 14.3s Lock parallel
[ ] 309 0 0 309 / 512 14.5s Lock parallel
[ ] 311 0 0 311 / 512 14.6s Lock parallel
[ ] 314 0 0 314 / 512 14.7s Lock parallel
[ ] 316 0 0 316 / 512 14.9s Lock parallel
[ ] 319 0 0 319 / 512 15.0s Lock parallel
[ ] 321 0 0 321 / 512 15.1s Lock parallel
[ ] 324 0 0 324 / 512 15.3s Lock parallel
[ ] 327 0 0 327 / 512 15.4s Lock parallel
[ ] 330 0 0 330 / 512 15.6s Lock parallel
[ ] 333 0 0 333 / 512 15.7s Lock parallel
[ ] 334 0 0 334 / 512 15.9s Lock parallel
[ ] 337 0 0 337 / 512 16.0s Lock parallel
[ ] 340 0 0 340 / 512 16.1s Lock parallel
[ ] 343 0 0 343 / 512 16.3s Lock parallel
[ ] 346 0 0 346 / 512 16.4s Lock parallel
[ ] 349 0 0 349 / 512 16.6s Lock parallel
[ ] 352 0 0 352 / 512 16.8s Lock parallel
[ ] 355 0 0 355 / 512 16.9s Lock parallel
[ ] 358 0 0 358 / 512 17.0s Lock parallel
[ ] 360 0 0 360 / 512 17.2s Lock parallel
[ ] 363 0 0 363 / 512 17.3s Lock parallel
[ ] 365 0 0 365 / 512 17.4s Lock parallel
[ ] 368 0 0 368 / 512 17.5s Lock parallel
[ ] 371 0 0 371 / 512 17.7s Lock parallel
[ ] 373 0 0 373 / 512 17.8s Lock parallel
[ ] 376 0 0 376 / 512 17.9s Lock parallel
[ ] 379 0 0 379 / 512 18.1s Lock parallel
[ ] 382 0 0 382 / 512 18.2s Lock parallel
[ ] 383 0 0 383 / 512 18.3s Lock parallel
[ ] 386 0 0 386 / 512 18.5s Lock parallel
[ ] 389 0 0 389 / 512 18.6s Lock parallel
[ ] 392 0 0 392 / 512 18.8s Lock parallel
[ ] 395 0 0 395 / 512 18.9s Lock parallel
[ ] 397 0 0 397 / 512 19.0s Lock parallel
[ ] 400 0 0 400 / 512 19.2s Lock parallel
[ ] 403 0 0 403 / 512 19.3s Lock parallel
[ ] 405 0 0 405 / 512 19.4s Lock parallel
[ ] 407 0 0 407 / 512 19.6s Lock parallel
[ ] 409 0 0 409 / 512 19.7s Lock parallel
[ ] 412 0 0 412 / 512 19.9s Lock parallel
[ ] 415 0 0 415 / 512 20.0s Lock parallel
[ ] 418 0 0 418 / 512 20.1s Lock parallel
[ ] 420 0 0 420 / 512 20.3s Lock parallel
[ ] 423 0 0 423 / 512 20.5s Lock parallel
[ ] 425 0 0 425 / 512 20.6s Lock parallel
[ ] 428 0 0 428 / 512 20.8s Lock parallel
[ ] 431 0 0 431 / 512 20.9s Lock parallel
[ ] 433 0 0 433 / 512 21.0s Lock parallel
[ ] 436 0 0 436 / 512 21.2s Lock parallel
[ ] 439 0 0 439 / 512 21.3s Lock parallel
[ ] 440 0 0 440 / 512 21.5s Lock parallel
[ ] 442 0 0 442 / 512 21.6s Lock parallel
[ ] 443 0 0 443 / 512 21.7s Lock parallel
[ ] 445 0 0 445 / 512 21.8s Lock parallel
[ ] 448 0 0 448 / 512 22.0s Lock parallel
[ ] 451 0 0 451 / 512 22.1s Lock parallel
[ ] 454 0 0 454 / 512 22.3s Lock parallel
[ ] 457 0 0 457 / 512 22.4s Lock parallel
[ ] 459 0 0 459 / 512 22.5s Lock parallel
[ ] 461 0 0 461 / 512 22.6s Lock parallel
[ ] 464 0 0 464 / 512 22.8s Lock parallel
[ ] 466 0 0 466 / 512 22.9s Lock parallel
[ ] 469 0 0 469 / 512 23.1s Lock parallel
[ ] 471 0 0 471 / 512 23.2s Lock parallel
[ ] 474 0 0 474 / 512 23.3s Lock parallel
[ ] 476 0 0 476 / 512 23.4s Lock parallel
[ ] 478 0 0 478 / 512 23.5s Lock parallel
[ ] 480 0 0 480 / 512 23.7s Lock parallel
[ ] 481 0 0 481 / 512 23.8s Lock parallel
[ ] 483 0 0 483 / 512 23.9s Lock parallel
[ ] 484 0 0 484 / 512 24.0s Lock parallel
[ ] 486 0 0 486 / 512 24.2s Lock parallel
[ ] 487 0 0 487 / 512 24.3s Lock parallel
[ ] 489 0 0 489 / 512 24.5s Lock parallel
[ ] 491 0 0 491 / 512 24.6s Lock parallel
[ ] 493 0 0 493 / 512 24.7s Lock parallel
[ ] 495 0 0 495 / 512 24.9s Lock parallel
[ ] 497 0 0 497 / 512 25.0s Lock parallel
[ ] 499 0 0 499 / 512 25.1s Lock parallel
[ ] 501 0 0 501 / 512 25.2s Lock parallel
[ ] 503 0 0 503 / 512 25.4s Lock parallel
[ ] 505 0 0 505 / 512 25.5s Lock parallel
[ ] 508 0 0 508 / 512 25.7s Lock parallel
[ ] 511 0 0 511 / 512 25.8s Lock parallel
[✓] 512 0 0 512 / 512 25.9s Lock parallel
================================================================================
success (ran 2 tests)
random seed: 566306772955860154
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Lock sequential
[✓] 32 0 0 32 / 32 0.0s Lock sequential
[ ] 0 0 0 0 / 32 0.0s Lock parallel
[ ] 1 0 0 1 / 32 0.0s Lock parallel
[ ] 4 0 0 4 / 32 0.2s Lock parallel
[ ] 7 0 0 7 / 32 0.3s Lock parallel
[ ] 11 0 0 11 / 32 0.4s Lock parallel
[ ] 15 0 0 15 / 32 0.5s Lock parallel
[ ] 19 0 0 19 / 32 0.7s Lock parallel
[ ] 22 0 0 22 / 32 0.9s Lock parallel
[ ] 25 0 0 25 / 32 1.0s Lock parallel
[ ] 29 0 0 29 / 32 1.1s Lock parallel
[✓] 32 0 0 32 / 32 1.2s Lock parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test && .\test_rwlock.exe)
random seed: 3961096465295996897
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Rwlock sequential
[ ] 0 0 0 0 / 32 0.0s Rwlock sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Rwlock sequential
[ ] 0 0 0 0 / 32 0.0s Rwlock parallel
[ ] 2 0 0 2 / 32 0.1s Rwlock parallel
[ ] 5 0 0 5 / 32 0.3s Rwlock parallel
[ ] 6 0 0 6 / 32 0.4s Rwlock parallel
[ ] 7 0 0 7 / 32 0.5s Rwlock parallel
[ ] 8 0 0 8 / 32 0.7s Rwlock parallel
[ ] 9 0 0 9 / 32 0.9s Rwlock parallel
[ ] 10 0 0 10 / 32 1.0s Rwlock parallel
[ ] 12 0 0 12 / 32 1.2s Rwlock parallel
[ ] 13 0 0 13 / 32 1.4s Rwlock parallel
[ ] 15 0 0 15 / 32 1.5s Rwlock parallel
[ ] 17 0 0 17 / 32 1.7s Rwlock parallel
[ ] 19 0 0 19 / 32 1.9s Rwlock parallel
[ ] 20 0 0 20 / 32 2.0s Rwlock parallel
[ ] 21 0 0 21 / 32 2.1s Rwlock parallel
[ ] 23 0 0 23 / 32 2.3s Rwlock parallel
[ ] 25 0 0 25 / 32 2.4s Rwlock parallel
[ ] 26 0 0 26 / 32 2.6s Rwlock parallel
[ ] 28 0 0 28 / 32 2.7s Rwlock parallel
[ ] 30 0 0 30 / 32 2.9s Rwlock parallel
[ ] 32 0 0 32 / 32 3.0s Rwlock parallel
[✓] 32 0 0 32 / 32 3.0s Rwlock parallel
================================================================================
success (ran 2 tests)
random seed: 4344608459420181818
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Rwlock sequential
[✓] 64 0 0 64 / 64 0.0s Rwlock sequential
[ ] 0 0 0 0 / 64 0.0s Rwlock parallel
[ ] 2 0 0 2 / 64 0.1s Rwlock parallel
[ ] 4 0 0 4 / 64 0.3s Rwlock parallel
[ ] 6 0 0 6 / 64 0.4s Rwlock parallel
[ ] 8 0 0 8 / 64 0.5s Rwlock parallel
[ ] 9 0 0 9 / 64 0.7s Rwlock parallel
[ ] 10 0 0 10 / 64 0.8s Rwlock parallel
[ ] 11 0 0 11 / 64 0.9s Rwlock parallel
[ ] 13 0 0 13 / 64 1.1s Rwlock parallel
[ ] 15 0 0 15 / 64 1.2s Rwlock parallel
[ ] 17 0 0 17 / 64 1.3s Rwlock parallel
[ ] 19 0 0 19 / 64 1.5s Rwlock parallel
[ ] 20 0 0 20 / 64 1.6s Rwlock parallel
[ ] 22 0 0 22 / 64 1.7s Rwlock parallel
[ ] 24 0 0 24 / 64 1.8s Rwlock parallel
[ ] 26 0 0 26 / 64 2.0s Rwlock parallel
[ ] 28 0 0 28 / 64 2.1s Rwlock parallel
[ ] 30 0 0 30 / 64 2.2s Rwlock parallel
[ ] 32 0 0 32 / 64 2.4s Rwlock parallel
[ ] 34 0 0 34 / 64 2.5s Rwlock parallel
[ ] 36 0 0 36 / 64 2.6s Rwlock parallel
[ ] 38 0 0 38 / 64 2.8s Rwlock parallel
[ ] 40 0 0 40 / 64 3.0s Rwlock parallel
[ ] 43 0 0 43 / 64 3.1s Rwlock parallel
[ ] 45 0 0 45 / 64 3.3s Rwlock parallel
[ ] 47 0 0 47 / 64 3.4s Rwlock parallel
[ ] 49 0 0 49 / 64 3.6s Rwlock parallel
[ ] 51 0 0 51 / 64 3.7s Rwlock parallel
[ ] 53 0 0 53 / 64 3.9s Rwlock parallel
[ ] 56 0 0 56 / 64 4.0s Rwlock parallel
[ ] 58 0 0 58 / 64 4.2s Rwlock parallel
[ ] 61 0 0 61 / 64 4.3s Rwlock parallel
[ ] 64 0 0 64 / 64 4.4s Rwlock parallel
[✓] 64 0 0 64 / 64 4.4s Rwlock parallel
================================================================================
success (ran 2 tests)
random seed: 1308581166134134881
generated error fail pass / total time test name
[ ] 0 0 0 0 / 128 0.0s Rwlock sequential
[✓] 128 0 0 128 / 128 0.0s Rwlock sequential
[ ] 0 0 0 0 / 128 0.0s Rwlock parallel
[ ] 2 0 0 2 / 128 0.2s Rwlock parallel
[ ] 5 0 0 5 / 128 0.3s Rwlock parallel
[ ] 8 0 0 8 / 128 0.5s Rwlock parallel
[ ] 11 0 0 11 / 128 0.6s Rwlock parallel
[ ] 13 0 0 13 / 128 0.8s Rwlock parallel
[ ] 16 0 0 16 / 128 0.9s Rwlock parallel
[ ] 17 0 0 17 / 128 1.0s Rwlock parallel
[ ] 20 0 0 20 / 128 1.2s Rwlock parallel
[ ] 23 0 0 23 / 128 1.3s Rwlock parallel
[ ] 26 0 0 26 / 128 1.5s Rwlock parallel
[ ] 30 0 0 30 / 128 1.6s Rwlock parallel
[ ] 32 0 0 32 / 128 1.7s Rwlock parallel
[ ] 34 0 0 34 / 128 1.8s Rwlock parallel
[ ] 37 0 0 37 / 128 2.0s Rwlock parallel
[ ] 40 0 0 40 / 128 2.2s Rwlock parallel
[ ] 43 0 0 43 / 128 2.3s Rwlock parallel
[ ] 46 0 0 46 / 128 2.4s Rwlock parallel
[ ] 48 0 0 48 / 128 2.5s Rwlock parallel
[ ] 50 0 0 50 / 128 2.6s Rwlock parallel
[ ] 53 0 0 53 / 128 2.8s Rwlock parallel
[ ] 55 0 0 55 / 128 2.9s Rwlock parallel
[ ] 58 0 0 58 / 128 3.0s Rwlock parallel
[ ] 59 0 0 59 / 128 3.1s Rwlock parallel
[ ] 62 0 0 62 / 128 3.2s Rwlock parallel
[ ] 65 0 0 65 / 128 3.4s Rwlock parallel
[ ] 67 0 0 67 / 128 3.5s Rwlock parallel
[ ] 70 0 0 70 / 128 3.6s Rwlock parallel
[ ] 73 0 0 73 / 128 3.7s Rwlock parallel
[ ] 76 0 0 76 / 128 3.9s Rwlock parallel
[ ] 79 0 0 79 / 128 4.0s Rwlock parallel
[ ] 82 0 0 82 / 128 4.1s Rwlock parallel
[ ] 85 0 0 85 / 128 4.2s Rwlock parallel
[ ] 88 0 0 88 / 128 4.3s Rwlock parallel
[ ] 90 0 0 90 / 128 4.5s Rwlock parallel
[ ] 93 0 0 93 / 128 4.6s Rwlock parallel
[ ] 96 0 0 96 / 128 4.7s Rwlock parallel
[ ] 99 0 0 99 / 128 4.9s Rwlock parallel
[ ] 101 0 0 101 / 128 5.0s Rwlock parallel
[ ] 103 0 0 103 / 128 5.1s Rwlock parallel
[ ] 106 0 0 106 / 128 5.3s Rwlock parallel
[ ] 109 0 0 109 / 128 5.4s Rwlock parallel
[ ] 111 0 0 111 / 128 5.5s Rwlock parallel
[ ] 114 0 0 114 / 128 5.7s Rwlock parallel
[ ] 116 0 0 116 / 128 5.8s Rwlock parallel
[ ] 119 0 0 119 / 128 5.9s Rwlock parallel
[ ] 121 0 0 121 / 128 6.0s Rwlock parallel
[ ] 124 0 0 124 / 128 6.2s Rwlock parallel
[ ] 127 0 0 127 / 128 6.3s Rwlock parallel
[✓] 128 0 0 128 / 128 6.4s Rwlock parallel
================================================================================
success (ran 2 tests)
random seed: 3721347666885714589
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Rwlock sequential
[✓] 256 0 0 256 / 256 0.0s Rwlock sequential
[ ] 0 0 0 0 / 256 0.0s Rwlock parallel
[ ] 1 0 0 1 / 256 0.2s Rwlock parallel
[ ] 4 0 0 4 / 256 0.3s Rwlock parallel
[ ] 6 0 0 6 / 256 0.4s Rwlock parallel
[ ] 8 0 0 8 / 256 0.6s Rwlock parallel
[ ] 11 0 0 11 / 256 0.7s Rwlock parallel
[ ] 14 0 0 14 / 256 0.8s Rwlock parallel
[ ] 17 0 0 17 / 256 1.0s Rwlock parallel
[ ] 19 0 0 19 / 256 1.1s Rwlock parallel
[ ] 22 0 0 22 / 256 1.3s Rwlock parallel
[ ] 25 0 0 25 / 256 1.4s Rwlock parallel
[ ] 28 0 0 28 / 256 1.6s Rwlock parallel
[ ] 31 0 0 31 / 256 1.7s Rwlock parallel
[ ] 34 0 0 34 / 256 1.8s Rwlock parallel
[ ] 36 0 0 36 / 256 2.0s Rwlock parallel
[ ] 39 0 0 39 / 256 2.2s Rwlock parallel
[ ] 41 0 0 41 / 256 2.3s Rwlock parallel
[ ] 44 0 0 44 / 256 2.5s Rwlock parallel
[ ] 47 0 0 47 / 256 2.6s Rwlock parallel
[ ] 50 0 0 50 / 256 2.7s Rwlock parallel
[ ] 53 0 0 53 / 256 2.9s Rwlock parallel
[ ] 56 0 0 56 / 256 3.0s Rwlock parallel
[ ] 58 0 0 58 / 256 3.1s Rwlock parallel
[ ] 61 0 0 61 / 256 3.3s Rwlock parallel
[ ] 63 0 0 63 / 256 3.4s Rwlock parallel
[ ] 65 0 0 65 / 256 3.5s Rwlock parallel
[ ] 67 0 0 67 / 256 3.6s Rwlock parallel
[ ] 69 0 0 69 / 256 3.7s Rwlock parallel
[ ] 71 0 0 71 / 256 4.0s Rwlock parallel
[ ] 74 0 0 74 / 256 4.1s Rwlock parallel
[ ] 77 0 0 77 / 256 4.3s Rwlock parallel
[ ] 80 0 0 80 / 256 4.4s Rwlock parallel
[ ] 83 0 0 83 / 256 4.5s Rwlock parallel
[ ] 85 0 0 85 / 256 4.7s Rwlock parallel
[ ] 88 0 0 88 / 256 4.8s Rwlock parallel
[ ] 91 0 0 91 / 256 4.9s Rwlock parallel
[ ] 93 0 0 93 / 256 5.1s Rwlock parallel
[ ] 96 0 0 96 / 256 5.2s Rwlock parallel
[ ] 98 0 0 98 / 256 5.4s Rwlock parallel
[ ] 99 0 0 99 / 256 5.5s Rwlock parallel
[ ] 101 0 0 101 / 256 5.7s Rwlock parallel
[ ] 102 0 0 102 / 256 5.9s Rwlock parallel
[ ] 103 0 0 103 / 256 6.0s Rwlock parallel
[ ] 104 0 0 104 / 256 6.1s Rwlock parallel
[ ] 105 0 0 105 / 256 6.3s Rwlock parallel
[ ] 106 0 0 106 / 256 6.4s Rwlock parallel
[ ] 108 0 0 108 / 256 6.6s Rwlock parallel
[ ] 110 0 0 110 / 256 6.8s Rwlock parallel
[ ] 112 0 0 112 / 256 6.9s Rwlock parallel
[ ] 115 0 0 115 / 256 7.0s Rwlock parallel
[ ] 118 0 0 118 / 256 7.2s Rwlock parallel
[ ] 121 0 0 121 / 256 7.3s Rwlock parallel
[ ] 123 0 0 123 / 256 7.4s Rwlock parallel
[ ] 126 0 0 126 / 256 7.6s Rwlock parallel
[ ] 128 0 0 128 / 256 7.7s Rwlock parallel
[ ] 130 0 0 130 / 256 7.8s Rwlock parallel
[ ] 132 0 0 132 / 256 7.9s Rwlock parallel
[ ] 134 0 0 134 / 256 8.0s Rwlock parallel
[ ] 136 0 0 136 / 256 8.2s Rwlock parallel
[ ] 140 0 0 140 / 256 8.3s Rwlock parallel
[ ] 144 0 0 144 / 256 8.4s Rwlock parallel
[ ] 147 0 0 147 / 256 8.5s Rwlock parallel
[ ] 151 0 0 151 / 256 8.7s Rwlock parallel
[ ] 155 0 0 155 / 256 8.8s Rwlock parallel
[ ] 160 0 0 160 / 256 8.9s Rwlock parallel
[ ] 163 0 0 163 / 256 9.1s Rwlock parallel
[ ] 167 0 0 167 / 256 9.3s Rwlock parallel
[ ] 171 0 0 171 / 256 9.4s Rwlock parallel
[ ] 175 0 0 175 / 256 9.5s Rwlock parallel
[ ] 179 0 0 179 / 256 9.6s Rwlock parallel
[ ] 183 0 0 183 / 256 9.7s Rwlock parallel
[ ] 187 0 0 187 / 256 9.8s Rwlock parallel
[ ] 191 0 0 191 / 256 9.9s Rwlock parallel
[ ] 195 0 0 195 / 256 10.0s Rwlock parallel
[ ] 198 0 0 198 / 256 10.2s Rwlock parallel
[ ] 202 0 0 202 / 256 10.3s Rwlock parallel
[ ] 204 0 0 204 / 256 10.4s Rwlock parallel
[ ] 208 0 0 208 / 256 10.5s Rwlock parallel
[ ] 212 0 0 212 / 256 10.6s Rwlock parallel
[ ] 214 0 0 214 / 256 10.8s Rwlock parallel
[ ] 215 0 0 215 / 256 10.9s Rwlock parallel
[ ] 216 0 0 216 / 256 11.0s Rwlock parallel
[ ] 218 0 0 218 / 256 11.1s Rwlock parallel
[ ] 220 0 0 220 / 256 11.2s Rwlock parallel
[ ] 224 0 0 224 / 256 11.4s Rwlock parallel
[ ] 227 0 0 227 / 256 11.5s Rwlock parallel
[ ] 231 0 0 231 / 256 11.7s Rwlock parallel
[ ] 233 0 0 233 / 256 11.9s Rwlock parallel
[ ] 237 0 0 237 / 256 12.0s Rwlock parallel
[ ] 241 0 0 241 / 256 12.1s Rwlock parallel
[ ] 245 0 0 245 / 256 12.2s Rwlock parallel
[ ] 248 0 0 248 / 256 12.3s Rwlock parallel
[ ] 250 0 0 250 / 256 12.5s Rwlock parallel
[ ] 251 0 0 251 / 256 12.6s Rwlock parallel
[ ] 255 0 0 255 / 256 12.7s Rwlock parallel
[✓] 256 0 0 256 / 256 12.7s Rwlock parallel
================================================================================
success (ran 2 tests)
random seed: 3123741720199444733
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Rwlock sequential
[✓] 512 0 0 512 / 512 0.0s Rwlock sequential
[ ] 0 0 0 0 / 512 0.0s Rwlock parallel
[ ] 2 0 0 2 / 512 0.1s Rwlock parallel
[ ] 6 0 0 6 / 512 0.2s Rwlock parallel
[ ] 8 0 0 8 / 512 0.3s Rwlock parallel
[ ] 12 0 0 12 / 512 0.4s Rwlock parallel
[ ] 15 0 0 15 / 512 0.6s Rwlock parallel
[ ] 19 0 0 19 / 512 0.7s Rwlock parallel
[ ] 23 0 0 23 / 512 0.8s Rwlock parallel
[ ] 25 0 0 25 / 512 0.9s Rwlock parallel
[ ] 27 0 0 27 / 512 1.0s Rwlock parallel
[ ] 31 0 0 31 / 512 1.1s Rwlock parallel
[ ] 34 0 0 34 / 512 1.3s Rwlock parallel
[ ] 37 0 0 37 / 512 1.4s Rwlock parallel
[ ] 41 0 0 41 / 512 1.5s Rwlock parallel
[ ] 45 0 0 45 / 512 1.7s Rwlock parallel
[ ] 49 0 0 49 / 512 1.8s Rwlock parallel
[ ] 53 0 0 53 / 512 1.9s Rwlock parallel
[ ] 57 0 0 57 / 512 2.0s Rwlock parallel
[ ] 61 0 0 61 / 512 2.2s Rwlock parallel
[ ] 64 0 0 64 / 512 2.3s Rwlock parallel
[ ] 68 0 0 68 / 512 2.4s Rwlock parallel
[ ] 72 0 0 72 / 512 2.6s Rwlock parallel
[ ] 74 0 0 74 / 512 2.7s Rwlock parallel
[ ] 78 0 0 78 / 512 2.8s Rwlock parallel
[ ] 81 0 0 81 / 512 3.0s Rwlock parallel
[ ] 85 0 0 85 / 512 3.1s Rwlock parallel
[ ] 89 0 0 89 / 512 3.2s Rwlock parallel
[ ] 93 0 0 93 / 512 3.3s Rwlock parallel
[ ] 97 0 0 97 / 512 3.4s Rwlock parallel
[ ] 101 0 0 101 / 512 3.5s Rwlock parallel
[ ] 105 0 0 105 / 512 3.7s Rwlock parallel
[ ] 107 0 0 107 / 512 3.8s Rwlock parallel
[ ] 110 0 0 110 / 512 3.9s Rwlock parallel
[ ] 112 0 0 112 / 512 4.1s Rwlock parallel
[ ] 114 0 0 114 / 512 4.2s Rwlock parallel
[ ] 117 0 0 117 / 512 4.3s Rwlock parallel
[ ] 119 0 0 119 / 512 4.4s Rwlock parallel
[ ] 121 0 0 121 / 512 4.5s Rwlock parallel
[ ] 123 0 0 123 / 512 4.7s Rwlock parallel
[ ] 126 0 0 126 / 512 4.8s Rwlock parallel
[ ] 127 0 0 127 / 512 5.0s Rwlock parallel
[ ] 130 0 0 130 / 512 5.1s Rwlock parallel
[ ] 131 0 0 131 / 512 5.2s Rwlock parallel
[ ] 133 0 0 133 / 512 5.3s Rwlock parallel
[ ] 136 0 0 136 / 512 5.5s Rwlock parallel
[ ] 139 0 0 139 / 512 5.6s Rwlock parallel
[ ] 141 0 0 141 / 512 5.7s Rwlock parallel
[ ] 143 0 0 143 / 512 5.8s Rwlock parallel
[ ] 145 0 0 145 / 512 6.0s Rwlock parallel
[ ] 148 0 0 148 / 512 6.1s Rwlock parallel
[ ] 150 0 0 150 / 512 6.3s Rwlock parallel
[ ] 152 0 0 152 / 512 6.4s Rwlock parallel
[ ] 155 0 0 155 / 512 6.5s Rwlock parallel
[ ] 157 0 0 157 / 512 6.6s Rwlock parallel
[ ] 160 0 0 160 / 512 6.9s Rwlock parallel
[ ] 162 0 0 162 / 512 7.0s Rwlock parallel
[ ] 165 0 0 165 / 512 7.1s Rwlock parallel
[ ] 168 0 0 168 / 512 7.2s Rwlock parallel
[ ] 171 0 0 171 / 512 7.4s Rwlock parallel
[ ] 174 0 0 174 / 512 7.5s Rwlock parallel
[ ] 177 0 0 177 / 512 7.7s Rwlock parallel
[ ] 180 0 0 180 / 512 7.8s Rwlock parallel
[ ] 183 0 0 183 / 512 7.9s Rwlock parallel
[ ] 186 0 0 186 / 512 8.1s Rwlock parallel
[ ] 189 0 0 189 / 512 8.3s Rwlock parallel
[ ] 190 0 0 190 / 512 8.5s Rwlock parallel
[ ] 193 0 0 193 / 512 8.6s Rwlock parallel
[ ] 196 0 0 196 / 512 8.7s Rwlock parallel
[ ] 199 0 0 199 / 512 8.9s Rwlock parallel
[ ] 202 0 0 202 / 512 9.0s Rwlock parallel
[ ] 205 0 0 205 / 512 9.2s Rwlock parallel
[ ] 208 0 0 208 / 512 9.3s Rwlock parallel
[ ] 210 0 0 210 / 512 9.5s Rwlock parallel
[ ] 213 0 0 213 / 512 9.6s Rwlock parallel
[ ] 215 0 0 215 / 512 9.7s Rwlock parallel
[ ] 217 0 0 217 / 512 9.8s Rwlock parallel
[ ] 220 0 0 220 / 512 9.9s Rwlock parallel
[ ] 223 0 0 223 / 512 10.1s Rwlock parallel
[ ] 226 0 0 226 / 512 10.2s Rwlock parallel
[ ] 229 0 0 229 / 512 10.3s Rwlock parallel
[ ] 231 0 0 231 / 512 10.5s Rwlock parallel
[ ] 234 0 0 234 / 512 10.6s Rwlock parallel
[ ] 237 0 0 237 / 512 10.8s Rwlock parallel
[ ] 240 0 0 240 / 512 10.9s Rwlock parallel
[ ] 243 0 0 243 / 512 11.0s Rwlock parallel
[ ] 246 0 0 246 / 512 11.2s Rwlock parallel
[ ] 248 0 0 248 / 512 11.3s Rwlock parallel
[ ] 251 0 0 251 / 512 11.4s Rwlock parallel
[ ] 253 0 0 253 / 512 11.6s Rwlock parallel
[ ] 255 0 0 255 / 512 11.7s Rwlock parallel
[ ] 257 0 0 257 / 512 11.8s Rwlock parallel
[ ] 259 0 0 259 / 512 11.9s Rwlock parallel
[ ] 261 0 0 261 / 512 12.0s Rwlock parallel
[ ] 264 0 0 264 / 512 12.2s Rwlock parallel
[ ] 266 0 0 266 / 512 12.4s Rwlock parallel
[ ] 269 0 0 269 / 512 12.6s Rwlock parallel
[ ] 271 0 0 271 / 512 12.7s Rwlock parallel
[ ] 274 0 0 274 / 512 12.9s Rwlock parallel
[ ] 277 0 0 277 / 512 13.0s Rwlock parallel
[ ] 279 0 0 279 / 512 13.1s Rwlock parallel
[ ] 281 0 0 281 / 512 13.2s Rwlock parallel
[ ] 283 0 0 283 / 512 13.4s Rwlock parallel
[ ] 286 0 0 286 / 512 13.5s Rwlock parallel
[ ] 288 0 0 288 / 512 13.6s Rwlock parallel
[ ] 290 0 0 290 / 512 13.8s Rwlock parallel
[ ] 293 0 0 293 / 512 13.9s Rwlock parallel
[ ] 295 0 0 295 / 512 14.0s Rwlock parallel
[ ] 297 0 0 297 / 512 14.2s Rwlock parallel
[ ] 300 0 0 300 / 512 14.3s Rwlock parallel
[ ] 303 0 0 303 / 512 14.4s Rwlock parallel
[ ] 306 0 0 306 / 512 14.6s Rwlock parallel
[ ] 309 0 0 309 / 512 14.8s Rwlock parallel
[ ] 312 0 0 312 / 512 14.9s Rwlock parallel
[ ] 314 0 0 314 / 512 15.1s Rwlock parallel
[ ] 317 0 0 317 / 512 15.2s Rwlock parallel
[ ] 319 0 0 319 / 512 15.3s Rwlock parallel
[ ] 321 0 0 321 / 512 15.4s Rwlock parallel
[ ] 324 0 0 324 / 512 15.6s Rwlock parallel
[ ] 327 0 0 327 / 512 15.8s Rwlock parallel
[ ] 329 0 0 329 / 512 15.9s Rwlock parallel
[ ] 332 0 0 332 / 512 16.1s Rwlock parallel
[ ] 334 0 0 334 / 512 16.2s Rwlock parallel
[ ] 336 0 0 336 / 512 16.3s Rwlock parallel
[ ] 338 0 0 338 / 512 16.5s Rwlock parallel
[ ] 341 0 0 341 / 512 16.6s Rwlock parallel
[ ] 344 0 0 344 / 512 16.8s Rwlock parallel
[ ] 347 0 0 347 / 512 16.9s Rwlock parallel
[ ] 350 0 0 350 / 512 17.0s Rwlock parallel
[ ] 353 0 0 353 / 512 17.2s Rwlock parallel
[ ] 356 0 0 356 / 512 17.3s Rwlock parallel
[ ] 359 0 0 359 / 512 17.4s Rwlock parallel
[ ] 362 0 0 362 / 512 17.6s Rwlock parallel
[ ] 364 0 0 364 / 512 17.7s Rwlock parallel
[ ] 367 0 0 367 / 512 17.8s Rwlock parallel
[ ] 369 0 0 369 / 512 17.9s Rwlock parallel
[ ] 372 0 0 372 / 512 18.1s Rwlock parallel
[ ] 375 0 0 375 / 512 18.2s Rwlock parallel
[ ] 377 0 0 377 / 512 18.3s Rwlock parallel
[ ] 380 0 0 380 / 512 18.5s Rwlock parallel
[ ] 383 0 0 383 / 512 18.6s Rwlock parallel
[ ] 385 0 0 385 / 512 18.7s Rwlock parallel
[ ] 388 0 0 388 / 512 18.9s Rwlock parallel
[ ] 391 0 0 391 / 512 19.0s Rwlock parallel
[ ] 394 0 0 394 / 512 19.1s Rwlock parallel
[ ] 397 0 0 397 / 512 19.3s Rwlock parallel
[ ] 400 0 0 400 / 512 19.4s Rwlock parallel
[ ] 402 0 0 402 / 512 19.5s Rwlock parallel
[ ] 405 0 0 405 / 512 19.7s Rwlock parallel
[ ] 406 0 0 406 / 512 19.8s Rwlock parallel
[ ] 408 0 0 408 / 512 20.0s Rwlock parallel
[ ] 410 0 0 410 / 512 20.1s Rwlock parallel
[ ] 412 0 0 412 / 512 20.2s Rwlock parallel
[ ] 414 0 0 414 / 512 20.3s Rwlock parallel
[ ] 415 0 0 415 / 512 20.5s Rwlock parallel
[ ] 417 0 0 417 / 512 20.6s Rwlock parallel
[ ] 420 0 0 420 / 512 20.7s Rwlock parallel
[ ] 423 0 0 423 / 512 20.9s Rwlock parallel
[ ] 425 0 0 425 / 512 21.0s Rwlock parallel
[ ] 427 0 0 427 / 512 21.1s Rwlock parallel
[ ] 430 0 0 430 / 512 21.3s Rwlock parallel
[ ] 433 0 0 433 / 512 21.4s Rwlock parallel
[ ] 436 0 0 436 / 512 21.5s Rwlock parallel
[ ] 438 0 0 438 / 512 21.7s Rwlock parallel
[ ] 441 0 0 441 / 512 21.8s Rwlock parallel
[ ] 444 0 0 444 / 512 22.0s Rwlock parallel
[ ] 446 0 0 446 / 512 22.1s Rwlock parallel
[ ] 448 0 0 448 / 512 22.2s Rwlock parallel
[ ] 451 0 0 451 / 512 22.3s Rwlock parallel
[ ] 453 0 0 453 / 512 22.5s Rwlock parallel
[ ] 455 0 0 455 / 512 22.7s Rwlock parallel
[ ] 458 0 0 458 / 512 22.8s Rwlock parallel
[ ] 460 0 0 460 / 512 22.9s Rwlock parallel
[ ] 462 0 0 462 / 512 23.0s Rwlock parallel
[ ] 464 0 0 464 / 512 23.1s Rwlock parallel
[ ] 466 0 0 466 / 512 23.2s Rwlock parallel
[ ] 467 0 0 467 / 512 23.4s Rwlock parallel
[ ] 469 0 0 469 / 512 23.5s Rwlock parallel
[ ] 471 0 0 471 / 512 23.6s Rwlock parallel
[ ] 473 0 0 473 / 512 23.7s Rwlock parallel
[ ] 475 0 0 475 / 512 23.8s Rwlock parallel
[ ] 477 0 0 477 / 512 24.0s Rwlock parallel
[ ] 479 0 0 479 / 512 24.2s Rwlock parallel
[ ] 481 0 0 481 / 512 24.3s Rwlock parallel
[ ] 483 0 0 483 / 512 24.4s Rwlock parallel
[ ] 485 0 0 485 / 512 24.5s Rwlock parallel
[ ] 487 0 0 487 / 512 24.6s Rwlock parallel
[ ] 489 0 0 489 / 512 24.9s Rwlock parallel
[ ] 491 0 0 491 / 512 25.0s Rwlock parallel
[ ] 493 0 0 493 / 512 25.1s Rwlock parallel
[ ] 495 0 0 495 / 512 25.2s Rwlock parallel
[ ] 497 0 0 497 / 512 25.4s Rwlock parallel
[ ] 499 0 0 499 / 512 25.5s Rwlock parallel
[ ] 501 0 0 501 / 512 25.6s Rwlock parallel
[ ] 503 0 0 503 / 512 25.7s Rwlock parallel
[ ] 504 0 0 504 / 512 25.8s Rwlock parallel
[ ] 507 0 0 507 / 512 26.0s Rwlock parallel
[ ] 510 0 0 510 / 512 26.2s Rwlock parallel
[✓] 512 0 0 512 / 512 26.3s Rwlock parallel
================================================================================
success (ran 2 tests)
random seed: 3884050965629286066
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Rwlock sequential
[✓] 32 0 0 32 / 32 0.0s Rwlock sequential
[ ] 0 0 0 0 / 32 0.0s Rwlock parallel
[ ] 1 0 0 1 / 32 0.0s Rwlock parallel
[ ] 5 0 0 5 / 32 0.1s Rwlock parallel
[ ] 9 0 0 9 / 32 0.3s Rwlock parallel
[ ] 13 0 0 13 / 32 0.4s Rwlock parallel
[ ] 17 0 0 17 / 32 0.5s Rwlock parallel
[ ] 21 0 0 21 / 32 0.6s Rwlock parallel
[ ] 25 0 0 25 / 32 0.7s Rwlock parallel
[ ] 29 0 0 29 / 32 0.8s Rwlock parallel
[ ] 30 0 0 30 / 32 1.0s Rwlock parallel
[✓] 32 0 0 32 / 32 1.0s Rwlock parallel
================================================================================
success (ran 2 tests)
(cd _build/default/bench && .\main.exe -brief "Picos_sync Stream")
Picos_sync Stream:
messages over time/1 nb pusher, 1 nb reader:
4.65 M/s
messages over time/2 nb pushers, 1 nb reader:
3.48 M/s
messages over time/4 nb pushers, 1 nb reader:
3.93 M/s
messages over time/one domain:
9.62 M/s
time per message/1 nb pusher, 1 nb reader:
430.18 ns
time per message/2 nb pushers, 1 nb reader:
862.62 ns
time per message/4 nb pushers, 1 nb reader:
1272.51 ns
time per message/one domain:
103.96 ns
(cd _build/default/test && .\test_mpmcq.exe)
random seed: 3661809476837363516
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Mpmcq sequential
[ ] 0 0 0 0 / 32 0.0s Mpmcq sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Mpmcq sequential
[ ] 0 0 0 0 / 32 0.0s Mpmcq parallel
[ ] 2 0 0 2 / 32 0.1s Mpmcq parallel
[ ] 3 0 0 3 / 32 0.3s Mpmcq parallel
[ ] 5 0 0 5 / 32 0.4s Mpmcq parallel
[ ] 7 0 0 7 / 32 0.6s Mpmcq parallel
[ ] 9 0 0 9 / 32 0.8s Mpmcq parallel
[ ] 10 0 0 10 / 32 1.0s Mpmcq parallel
[ ] 12 0 0 12 / 32 1.3s Mpmcq parallel
[ ] 14 0 0 14 / 32 1.5s Mpmcq parallel
[ ] 16 0 0 16 / 32 1.7s Mpmcq parallel
[ ] 18 0 0 18 / 32 1.8s Mpmcq parallel
[ ] 20 0 0 20 / 32 2.0s Mpmcq parallel
[ ] 21 0 0 21 / 32 2.2s Mpmcq parallel
[ ] 22 0 0 22 / 32 2.3s Mpmcq parallel
[ ] 24 0 0 24 / 32 2.5s Mpmcq parallel
[ ] 25 0 0 25 / 32 2.6s Mpmcq parallel
[ ] 27 0 0 27 / 32 2.8s Mpmcq parallel
[ ] 29 0 0 29 / 32 3.0s Mpmcq parallel
[ ] 31 0 0 31 / 32 3.1s Mpmcq parallel
[✓] 32 0 0 32 / 32 3.2s Mpmcq parallel
================================================================================
success (ran 2 tests)
random seed: 1956982938123858273
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Mpmcq sequential
[✓] 64 0 0 64 / 64 0.0s Mpmcq sequential
[ ] 0 0 0 0 / 64 0.0s Mpmcq parallel
[ ] 1 0 0 1 / 64 0.1s Mpmcq parallel
[ ] 3 0 0 3 / 64 0.3s Mpmcq parallel
[ ] 5 0 0 5 / 64 0.5s Mpmcq parallel
[ ] 6 0 0 6 / 64 0.6s Mpmcq parallel
[ ] 8 0 0 8 / 64 0.8s Mpmcq parallel
[ ] 10 0 0 10 / 64 0.9s Mpmcq parallel
[ ] 12 0 0 12 / 64 1.0s Mpmcq parallel
[ ] 14 0 0 14 / 64 1.1s Mpmcq parallel
[ ] 16 0 0 16 / 64 1.4s Mpmcq parallel
[ ] 18 0 0 18 / 64 1.5s Mpmcq parallel
[ ] 20 0 0 20 / 64 1.6s Mpmcq parallel
[ ] 22 0 0 22 / 64 1.8s Mpmcq parallel
[ ] 23 0 0 23 / 64 1.9s Mpmcq parallel
[ ] 24 0 0 24 / 64 2.0s Mpmcq parallel
[ ] 26 0 0 26 / 64 2.2s Mpmcq parallel
[ ] 28 0 0 28 / 64 2.3s Mpmcq parallel
[ ] 30 0 0 30 / 64 2.5s Mpmcq parallel
[ ] 32 0 0 32 / 64 2.6s Mpmcq parallel
[ ] 35 0 0 35 / 64 2.8s Mpmcq parallel
[ ] 37 0 0 37 / 64 2.9s Mpmcq parallel
[ ] 40 0 0 40 / 64 3.0s Mpmcq parallel
[ ] 41 0 0 41 / 64 3.2s Mpmcq parallel
[ ] 43 0 0 43 / 64 3.4s Mpmcq parallel
[ ] 44 0 0 44 / 64 3.5s Mpmcq parallel
[ ] 46 0 0 46 / 64 3.6s Mpmcq parallel
[ ] 48 0 0 48 / 64 3.8s Mpmcq parallel
[ ] 50 0 0 50 / 64 4.0s Mpmcq parallel
[ ] 53 0 0 53 / 64 4.2s Mpmcq parallel
[ ] 55 0 0 55 / 64 4.3s Mpmcq parallel
[ ] 58 0 0 58 / 64 4.4s Mpmcq parallel
[ ] 61 0 0 61 / 64 4.5s Mpmcq parallel
[ ] 63 0 0 63 / 64 4.6s Mpmcq parallel
[✓] 64 0 0 64 / 64 4.7s Mpmcq parallel
================================================================================
success (ran 2 tests)
random seed: 3301469919745099905
generated error fail pass / total time test name
[ ] 0 0 0 0 / 128 0.0s Mpmcq sequential
[✓] 128 0 0 128 / 128 0.0s Mpmcq sequential
[ ] 0 0 0 0 / 128 0.0s Mpmcq parallel
[ ] 1 0 0 1 / 128 0.0s Mpmcq parallel
[ ] 4 0 0 4 / 128 0.3s Mpmcq parallel
[ ] 7 0 0 7 / 128 0.4s Mpmcq parallel
[ ] 10 0 0 10 / 128 0.6s Mpmcq parallel
[ ] 12 0 0 12 / 128 0.7s Mpmcq parallel
[ ] 14 0 0 14 / 128 0.9s Mpmcq parallel
[ ] 16 0 0 16 / 128 1.0s Mpmcq parallel
[ ] 19 0 0 19 / 128 1.1s Mpmcq parallel
[ ] 20 0 0 20 / 128 1.3s Mpmcq parallel
[ ] 23 0 0 23 / 128 1.4s Mpmcq parallel
[ ] 26 0 0 26 / 128 1.5s Mpmcq parallel
[ ] 29 0 0 29 / 128 1.6s Mpmcq parallel
[ ] 31 0 0 31 / 128 1.7s Mpmcq parallel
[ ] 34 0 0 34 / 128 1.9s Mpmcq parallel
[ ] 37 0 0 37 / 128 2.0s Mpmcq parallel
[ ] 40 0 0 40 / 128 2.1s Mpmcq parallel
[ ] 43 0 0 43 / 128 2.2s Mpmcq parallel
[ ] 45 0 0 45 / 128 2.4s Mpmcq parallel
[ ] 48 0 0 48 / 128 2.6s Mpmcq parallel
[ ] 51 0 0 51 / 128 2.7s Mpmcq parallel
[ ] 54 0 0 54 / 128 2.8s Mpmcq parallel
[ ] 57 0 0 57 / 128 2.9s Mpmcq parallel
[ ] 60 0 0 60 / 128 3.1s Mpmcq parallel
[ ] 61 0 0 61 / 128 3.2s Mpmcq parallel
[ ] 64 0 0 64 / 128 3.3s Mpmcq parallel
[ ] 65 0 0 65 / 128 3.5s Mpmcq parallel
[ ] 68 0 0 68 / 128 3.6s Mpmcq parallel
[ ] 71 0 0 71 / 128 3.7s Mpmcq parallel
[ ] 74 0 0 74 / 128 3.9s Mpmcq parallel
[ ] 77 0 0 77 / 128 4.0s Mpmcq parallel
[ ] 80 0 0 80 / 128 4.1s Mpmcq parallel
[ ] 83 0 0 83 / 128 4.2s Mpmcq parallel
[ ] 86 0 0 86 / 128 4.3s Mpmcq parallel
[ ] 89 0 0 89 / 128 4.5s Mpmcq parallel
[ ] 91 0 0 91 / 128 4.6s Mpmcq parallel
[ ] 94 0 0 94 / 128 4.7s Mpmcq parallel
[ ] 97 0 0 97 / 128 4.8s Mpmcq parallel
[ ] 100 0 0 100 / 128 5.0s Mpmcq parallel
[ ] 103 0 0 103 / 128 5.2s Mpmcq parallel
[ ] 105 0 0 105 / 128 5.3s Mpmcq parallel
[ ] 108 0 0 108 / 128 5.5s Mpmcq parallel
[ ] 111 0 0 111 / 128 5.7s Mpmcq parallel
[ ] 113 0 0 113 / 128 5.9s Mpmcq parallel
[ ] 116 0 0 116 / 128 6.0s Mpmcq parallel
[ ] 117 0 0 117 / 128 6.1s Mpmcq parallel
[ ] 119 0 0 119 / 128 6.3s Mpmcq parallel
[ ] 121 0 0 121 / 128 6.4s Mpmcq parallel
[ ] 124 0 0 124 / 128 6.5s Mpmcq parallel
[ ] 126 0 0 126 / 128 6.7s Mpmcq parallel
[✓] 128 0 0 128 / 128 6.8s Mpmcq parallel
================================================================================
success (ran 2 tests)
random seed: 504963604914644582
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Mpmcq sequential
[✓] 256 0 0 256 / 256 0.0s Mpmcq sequential
[ ] 0 0 0 0 / 256 0.0s Mpmcq parallel
[ ] 1 0 0 1 / 256 0.0s Mpmcq parallel
[ ] 4 0 0 4 / 256 0.2s Mpmcq parallel
[ ] 7 0 0 7 / 256 0.3s Mpmcq parallel
[ ] 10 0 0 10 / 256 0.5s Mpmcq parallel
[ ] 13 0 0 13 / 256 0.6s Mpmcq parallel
[ ] 15 0 0 15 / 256 0.7s Mpmcq parallel
[ ] 18 0 0 18 / 256 0.9s Mpmcq parallel
[ ] 21 0 0 21 / 256 1.0s Mpmcq parallel
[ ] 23 0 0 23 / 256 1.1s Mpmcq parallel
[ ] 26 0 0 26 / 256 1.3s Mpmcq parallel
[ ] 29 0 0 29 / 256 1.4s Mpmcq parallel
[ ] 32 0 0 32 / 256 1.5s Mpmcq parallel
[ ] 34 0 0 34 / 256 1.6s Mpmcq parallel
[ ] 37 0 0 37 / 256 1.7s Mpmcq parallel
[ ] 40 0 0 40 / 256 1.8s Mpmcq parallel
[ ] 43 0 0 43 / 256 2.0s Mpmcq parallel
[ ] 46 0 0 46 / 256 2.2s Mpmcq parallel
[ ] 49 0 0 49 / 256 2.4s Mpmcq parallel
[ ] 52 0 0 52 / 256 2.5s Mpmcq parallel
[ ] 55 0 0 55 / 256 2.6s Mpmcq parallel
[ ] 58 0 0 58 / 256 2.8s Mpmcq parallel
[ ] 60 0 0 60 / 256 2.9s Mpmcq parallel
[ ] 62 0 0 62 / 256 3.0s Mpmcq parallel
[ ] 64 0 0 64 / 256 3.2s Mpmcq parallel
[ ] 67 0 0 67 / 256 3.3s Mpmcq parallel
[ ] 70 0 0 70 / 256 3.5s Mpmcq parallel
[ ] 73 0 0 73 / 256 3.6s Mpmcq parallel
[ ] 75 0 0 75 / 256 3.7s Mpmcq parallel
[ ] 78 0 0 78 / 256 3.8s Mpmcq parallel
[ ] 81 0 0 81 / 256 4.0s Mpmcq parallel
[ ] 84 0 0 84 / 256 4.1s Mpmcq parallel
[ ] 87 0 0 87 / 256 4.3s Mpmcq parallel
[ ] 90 0 0 90 / 256 4.4s Mpmcq parallel
[ ] 93 0 0 93 / 256 4.6s Mpmcq parallel
[ ] 96 0 0 96 / 256 4.7s Mpmcq parallel
[ ] 98 0 0 98 / 256 4.9s Mpmcq parallel
[ ] 100 0 0 100 / 256 5.0s Mpmcq parallel
[ ] 101 0 0 101 / 256 5.2s Mpmcq parallel
[ ] 102 0 0 102 / 256 5.3s Mpmcq parallel
[ ] 103 0 0 103 / 256 5.5s Mpmcq parallel
[ ] 104 0 0 104 / 256 5.6s Mpmcq parallel
[ ] 105 0 0 105 / 256 5.8s Mpmcq parallel
[ ] 107 0 0 107 / 256 6.0s Mpmcq parallel
[ ] 110 0 0 110 / 256 6.1s Mpmcq parallel
[ ] 112 0 0 112 / 256 6.2s Mpmcq parallel
[ ] 115 0 0 115 / 256 6.3s Mpmcq parallel
[ ] 117 0 0 117 / 256 6.4s Mpmcq parallel
[ ] 119 0 0 119 / 256 6.5s Mpmcq parallel
[ ] 122 0 0 122 / 256 6.7s Mpmcq parallel
[ ] 125 0 0 125 / 256 6.8s Mpmcq parallel
[ ] 128 0 0 128 / 256 7.0s Mpmcq parallel
[ ] 130 0 0 130 / 256 7.1s Mpmcq parallel
[ ] 132 0 0 132 / 256 7.3s Mpmcq parallel
[ ] 134 0 0 134 / 256 7.5s Mpmcq parallel
[ ] 137 0 0 137 / 256 7.6s Mpmcq parallel
[ ] 140 0 0 140 / 256 7.7s Mpmcq parallel
[ ] 144 0 0 144 / 256 7.9s Mpmcq parallel
[ ] 148 0 0 148 / 256 8.1s Mpmcq parallel
[ ] 152 0 0 152 / 256 8.2s Mpmcq parallel
[ ] 156 0 0 156 / 256 8.3s Mpmcq parallel
[ ] 160 0 0 160 / 256 8.5s Mpmcq parallel
[ ] 164 0 0 164 / 256 8.6s Mpmcq parallel
[ ] 168 0 0 168 / 256 8.7s Mpmcq parallel
[ ] 170 0 0 170 / 256 8.8s Mpmcq parallel
[ ] 174 0 0 174 / 256 8.9s Mpmcq parallel
[ ] 178 0 0 178 / 256 9.0s Mpmcq parallel
[ ] 182 0 0 182 / 256 9.2s Mpmcq parallel
[ ] 186 0 0 186 / 256 9.3s Mpmcq parallel
[ ] 190 0 0 190 / 256 9.5s Mpmcq parallel
[ ] 194 0 0 194 / 256 9.6s Mpmcq parallel
[ ] 198 0 0 198 / 256 9.7s Mpmcq parallel
[ ] 202 0 0 202 / 256 9.9s Mpmcq parallel
[ ] 203 0 0 203 / 256 10.0s Mpmcq parallel
[ ] 205 0 0 205 / 256 10.2s Mpmcq parallel
[ ] 207 0 0 207 / 256 10.3s Mpmcq parallel
[ ] 209 0 0 209 / 256 10.4s Mpmcq parallel
[ ] 213 0 0 213 / 256 10.5s Mpmcq parallel
[ ] 217 0 0 217 / 256 10.7s Mpmcq parallel
[ ] 219 0 0 219 / 256 10.8s Mpmcq parallel
[ ] 222 0 0 222 / 256 10.9s Mpmcq parallel
[ ] 224 0 0 224 / 256 11.0s Mpmcq parallel
[ ] 228 0 0 228 / 256 11.2s Mpmcq parallel
[ ] 232 0 0 232 / 256 11.3s Mpmcq parallel
[ ] 235 0 0 235 / 256 11.4s Mpmcq parallel
[ ] 238 0 0 238 / 256 11.5s Mpmcq parallel
[ ] 242 0 0 242 / 256 11.7s Mpmcq parallel
[ ] 244 0 0 244 / 256 11.8s Mpmcq parallel
[ ] 248 0 0 248 / 256 12.0s Mpmcq parallel
[ ] 252 0 0 252 / 256 12.1s Mpmcq parallel
[ ] 256 0 0 256 / 256 12.2s Mpmcq parallel
[✓] 256 0 0 256 / 256 12.2s Mpmcq parallel
================================================================================
success (ran 2 tests)
random seed: 1708576637382212740
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Mpmcq sequential
[✓] 512 0 0 512 / 512 0.0s Mpmcq sequential
[ ] 0 0 0 0 / 512 0.0s Mpmcq parallel
[ ] 3 0 0 3 / 512 0.1s Mpmcq parallel
[ ] 7 0 0 7 / 512 0.2s Mpmcq parallel
[ ] 11 0 0 11 / 512 0.4s Mpmcq parallel
[ ] 15 0 0 15 / 512 0.5s Mpmcq parallel
[ ] 16 0 0 16 / 512 0.6s Mpmcq parallel
[ ] 18 0 0 18 / 512 0.8s Mpmcq parallel
[ ] 22 0 0 22 / 512 0.9s Mpmcq parallel
[ ] 26 0 0 26 / 512 1.0s Mpmcq parallel
[ ] 30 0 0 30 / 512 1.1s Mpmcq parallel
[ ] 34 0 0 34 / 512 1.2s Mpmcq parallel
[ ] 35 0 0 35 / 512 1.4s Mpmcq parallel
[ ] 37 0 0 37 / 512 1.5s Mpmcq parallel
[ ] 40 0 0 40 / 512 1.6s Mpmcq parallel
[ ] 43 0 0 43 / 512 1.8s Mpmcq parallel
[ ] 45 0 0 45 / 512 1.9s Mpmcq parallel
[ ] 49 0 0 49 / 512 2.0s Mpmcq parallel
[ ] 53 0 0 53 / 512 2.3s Mpmcq parallel
[ ] 57 0 0 57 / 512 2.4s Mpmcq parallel
[ ] 60 0 0 60 / 512 2.5s Mpmcq parallel
[ ] 61 0 0 61 / 512 2.6s Mpmcq parallel
[ ] 65 0 0 65 / 512 2.7s Mpmcq parallel
[ ] 69 0 0 69 / 512 2.9s Mpmcq parallel
[ ] 71 0 0 71 / 512 3.0s Mpmcq parallel
[ ] 75 0 0 75 / 512 3.2s Mpmcq parallel
[ ] 79 0 0 79 / 512 3.3s Mpmcq parallel
[ ] 80 0 0 80 / 512 3.4s Mpmcq parallel
[ ] 83 0 0 83 / 512 3.5s Mpmcq parallel
[ ] 87 0 0 87 / 512 3.7s Mpmcq parallel
[ ] 90 0 0 90 / 512 3.8s Mpmcq parallel
[ ] 93 0 0 93 / 512 4.0s Mpmcq parallel
[ ] 96 0 0 96 / 512 4.1s Mpmcq parallel
[ ] 99 0 0 99 / 512 4.2s Mpmcq parallel
[ ] 101 0 0 101 / 512 4.4s Mpmcq parallel
[ ] 103 0 0 103 / 512 4.5s Mpmcq parallel
[ ] 106 0 0 106 / 512 4.7s Mpmcq parallel
[ ] 109 0 0 109 / 512 4.8s Mpmcq parallel
[ ] 112 0 0 112 / 512 5.0s Mpmcq parallel
[ ] 115 0 0 115 / 512 5.1s Mpmcq parallel
[ ] 117 0 0 117 / 512 5.2s Mpmcq parallel
[ ] 120 0 0 120 / 512 5.4s Mpmcq parallel
[ ] 123 0 0 123 / 512 5.5s Mpmcq parallel
[ ] 126 0 0 126 / 512 5.7s Mpmcq parallel
[ ] 129 0 0 129 / 512 5.8s Mpmcq parallel
[ ] 131 0 0 131 / 512 5.9s Mpmcq parallel
[ ] 134 0 0 134 / 512 6.1s Mpmcq parallel
[ ] 136 0 0 136 / 512 6.3s Mpmcq parallel
[ ] 139 0 0 139 / 512 6.4s Mpmcq parallel
[ ] 141 0 0 141 / 512 6.6s Mpmcq parallel
[ ] 144 0 0 144 / 512 6.9s Mpmcq parallel
[ ] 146 0 0 146 / 512 7.0s Mpmcq parallel
[ ] 148 0 0 148 / 512 7.2s Mpmcq parallel
[ ] 150 0 0 150 / 512 7.3s Mpmcq parallel
[ ] 152 0 0 152 / 512 7.5s Mpmcq parallel
[ ] 155 0 0 155 / 512 7.6s Mpmcq parallel
[ ] 157 0 0 157 / 512 7.7s Mpmcq parallel
[ ] 160 0 0 160 / 512 7.8s Mpmcq parallel
[ ] 162 0 0 162 / 512 8.0s Mpmcq parallel
[ ] 165 0 0 165 / 512 8.1s Mpmcq parallel
[ ] 168 0 0 168 / 512 8.2s Mpmcq parallel
[ ] 171 0 0 171 / 512 8.4s Mpmcq parallel
[ ] 174 0 0 174 / 512 8.5s Mpmcq parallel
[ ] 176 0 0 176 / 512 8.6s Mpmcq parallel
[ ] 178 0 0 178 / 512 8.8s Mpmcq parallel
[ ] 180 0 0 180 / 512 9.0s Mpmcq parallel
[ ] 182 0 0 182 / 512 9.1s Mpmcq parallel
[ ] 184 0 0 184 / 512 9.2s Mpmcq parallel
[ ] 186 0 0 186 / 512 9.3s Mpmcq parallel
[ ] 189 0 0 189 / 512 9.5s Mpmcq parallel
[ ] 192 0 0 192 / 512 9.6s Mpmcq parallel
[ ] 194 0 0 194 / 512 9.7s Mpmcq parallel
[ ] 196 0 0 196 / 512 9.8s Mpmcq parallel
[ ] 198 0 0 198 / 512 10.0s Mpmcq parallel
[ ] 200 0 0 200 / 512 10.1s Mpmcq parallel
[ ] 202 0 0 202 / 512 10.2s Mpmcq parallel
[ ] 205 0 0 205 / 512 10.4s Mpmcq parallel
[ ] 208 0 0 208 / 512 10.5s Mpmcq parallel
[ ] 210 0 0 210 / 512 10.6s Mpmcq parallel
[ ] 212 0 0 212 / 512 10.8s Mpmcq parallel
[ ] 215 0 0 215 / 512 10.9s Mpmcq parallel
[ ] 216 0 0 216 / 512 11.1s Mpmcq parallel
[ ] 219 0 0 219 / 512 11.2s Mpmcq parallel
[ ] 222 0 0 222 / 512 11.5s Mpmcq parallel
[ ] 225 0 0 225 / 512 11.6s Mpmcq parallel
[ ] 226 0 0 226 / 512 11.8s Mpmcq parallel
[ ] 228 0 0 228 / 512 11.9s Mpmcq parallel
[ ] 231 0 0 231 / 512 12.0s Mpmcq parallel
[ ] 233 0 0 233 / 512 12.2s Mpmcq parallel
[ ] 236 0 0 236 / 512 12.3s Mpmcq parallel
[ ] 238 0 0 238 / 512 12.5s Mpmcq parallel
[ ] 241 0 0 241 / 512 12.6s Mpmcq parallel
[ ] 244 0 0 244 / 512 12.8s Mpmcq parallel
[ ] 246 0 0 246 / 512 12.9s Mpmcq parallel
[ ] 249 0 0 249 / 512 13.0s Mpmcq parallel
[ ] 252 0 0 252 / 512 13.1s Mpmcq parallel
[ ] 254 0 0 254 / 512 13.2s Mpmcq parallel
[ ] 256 0 0 256 / 512 13.4s Mpmcq parallel
[ ] 258 0 0 258 / 512 13.5s Mpmcq parallel
[ ] 261 0 0 261 / 512 13.7s Mpmcq parallel
[ ] 264 0 0 264 / 512 13.8s Mpmcq parallel
[ ] 266 0 0 266 / 512 13.9s Mpmcq parallel
[ ] 269 0 0 269 / 512 14.1s Mpmcq parallel
[ ] 272 0 0 272 / 512 14.2s Mpmcq parallel
[ ] 275 0 0 275 / 512 14.3s Mpmcq parallel
[ ] 278 0 0 278 / 512 14.5s Mpmcq parallel
[ ] 280 0 0 280 / 512 14.6s Mpmcq parallel
[ ] 283 0 0 283 / 512 14.7s Mpmcq parallel
[ ] 285 0 0 285 / 512 15.0s Mpmcq parallel
[ ] 287 0 0 287 / 512 15.1s Mpmcq parallel
[ ] 289 0 0 289 / 512 15.2s Mpmcq parallel
[ ] 292 0 0 292 / 512 15.3s Mpmcq parallel
[ ] 295 0 0 295 / 512 15.5s Mpmcq parallel
[ ] 298 0 0 298 / 512 15.6s Mpmcq parallel
[ ] 301 0 0 301 / 512 15.8s Mpmcq parallel
[ ] 303 0 0 303 / 512 15.9s Mpmcq parallel
[ ] 305 0 0 305 / 512 16.0s Mpmcq parallel
[ ] 308 0 0 308 / 512 16.2s Mpmcq parallel
[ ] 311 0 0 311 / 512 16.3s Mpmcq parallel
[ ] 313 0 0 313 / 512 16.5s Mpmcq parallel
[ ] 316 0 0 316 / 512 16.6s Mpmcq parallel
[ ] 318 0 0 318 / 512 16.7s Mpmcq parallel
[ ] 320 0 0 320 / 512 16.9s Mpmcq parallel
[ ] 323 0 0 323 / 512 17.0s Mpmcq parallel
[ ] 326 0 0 326 / 512 17.2s Mpmcq parallel
[ ] 329 0 0 329 / 512 17.3s Mpmcq parallel
[ ] 331 0 0 331 / 512 17.5s Mpmcq parallel
[ ] 332 0 0 332 / 512 17.6s Mpmcq parallel
[ ] 335 0 0 335 / 512 17.7s Mpmcq parallel
[ ] 337 0 0 337 / 512 17.8s Mpmcq parallel
[ ] 339 0 0 339 / 512 18.0s Mpmcq parallel
[ ] 341 0 0 341 / 512 18.1s Mpmcq parallel
[ ] 344 0 0 344 / 512 18.3s Mpmcq parallel
[ ] 347 0 0 347 / 512 18.5s Mpmcq parallel
[ ] 350 0 0 350 / 512 18.6s Mpmcq parallel
[ ] 353 0 0 353 / 512 18.7s Mpmcq parallel
[ ] 355 0 0 355 / 512 18.8s Mpmcq parallel
[ ] 358 0 0 358 / 512 19.0s Mpmcq parallel
[ ] 361 0 0 361 / 512 19.1s Mpmcq parallel
[ ] 364 0 0 364 / 512 19.2s Mpmcq parallel
[ ] 366 0 0 366 / 512 19.4s Mpmcq parallel
[ ] 368 0 0 368 / 512 19.5s Mpmcq parallel
[ ] 371 0 0 371 / 512 19.6s Mpmcq parallel
[ ] 374 0 0 374 / 512 19.8s Mpmcq parallel
[ ] 377 0 0 377 / 512 19.9s Mpmcq parallel
[ ] 380 0 0 380 / 512 20.1s Mpmcq parallel
[ ] 383 0 0 383 / 512 20.2s Mpmcq parallel
[ ] 385 0 0 385 / 512 20.3s Mpmcq parallel
[ ] 388 0 0 388 / 512 20.5s Mpmcq parallel
[ ] 390 0 0 390 / 512 20.6s Mpmcq parallel
[ ] 392 0 0 392 / 512 20.8s Mpmcq parallel
[ ] 395 0 0 395 / 512 20.9s Mpmcq parallel
[ ] 398 0 0 398 / 512 21.1s Mpmcq parallel
[ ] 401 0 0 401 / 512 21.2s Mpmcq parallel
[ ] 403 0 0 403 / 512 21.5s Mpmcq parallel
[ ] 406 0 0 406 / 512 21.6s Mpmcq parallel
[ ] 409 0 0 409 / 512 21.7s Mpmcq parallel
[ ] 411 0 0 411 / 512 22.0s Mpmcq parallel
[ ] 412 0 0 412 / 512 22.1s Mpmcq parallel
[ ] 414 0 0 414 / 512 22.2s Mpmcq parallel
[ ] 416 0 0 416 / 512 22.3s Mpmcq parallel
[ ] 418 0 0 418 / 512 22.4s Mpmcq parallel
[ ] 420 0 0 420 / 512 22.5s Mpmcq parallel
[ ] 423 0 0 423 / 512 22.7s Mpmcq parallel
[ ] 425 0 0 425 / 512 22.8s Mpmcq parallel
[ ] 427 0 0 427 / 512 22.9s Mpmcq parallel
[ ] 430 0 0 430 / 512 23.1s Mpmcq parallel
[ ] 433 0 0 433 / 512 23.2s Mpmcq parallel
[ ] 435 0 0 435 / 512 23.3s Mpmcq parallel
[ ] 437 0 0 437 / 512 23.5s Mpmcq parallel
[ ] 439 0 0 439 / 512 23.6s Mpmcq parallel
[ ] 441 0 0 441 / 512 23.7s Mpmcq parallel
[ ] 443 0 0 443 / 512 23.8s Mpmcq parallel
[ ] 446 0 0 446 / 512 23.9s Mpmcq parallel
[ ] 448 0 0 448 / 512 24.0s Mpmcq parallel
[ ] 450 0 0 450 / 512 24.2s Mpmcq parallel
[ ] 453 0 0 453 / 512 24.3s Mpmcq parallel
[ ] 455 0 0 455 / 512 24.5s Mpmcq parallel
[ ] 457 0 0 457 / 512 24.6s Mpmcq parallel
[ ] 460 0 0 460 / 512 24.8s Mpmcq parallel
[ ] 462 0 0 462 / 512 24.9s Mpmcq parallel
[ ] 464 0 0 464 / 512 25.0s Mpmcq parallel
[ ] 466 0 0 466 / 512 25.1s Mpmcq parallel
[ ] 468 0 0 468 / 512 25.2s Mpmcq parallel
[ ] 470 0 0 470 / 512 25.4s Mpmcq parallel
[ ] 472 0 0 472 / 512 25.5s Mpmcq parallel
[ ] 474 0 0 474 / 512 25.6s Mpmcq parallel
[ ] 476 0 0 476 / 512 25.7s Mpmcq parallel
[ ] 477 0 0 477 / 512 25.8s Mpmcq parallel
[ ] 480 0 0 480 / 512 26.0s Mpmcq parallel
[ ] 483 0 0 483 / 512 26.1s Mpmcq parallel
[ ] 486 0 0 486 / 512 26.2s Mpmcq parallel
[ ] 488 0 0 488 / 512 26.3s Mpmcq parallel
[ ] 493 0 0 493 / 512 26.5s Mpmcq parallel
[ ] 497 0 0 497 / 512 26.6s Mpmcq parallel
[ ] 501 0 0 501 / 512 26.7s Mpmcq parallel
[ ] 504 0 0 504 / 512 26.8s Mpmcq parallel
[ ] 508 0 0 508 / 512 26.9s Mpmcq parallel
[ ] 510 0 0 510 / 512 27.0s Mpmcq parallel
[✓] 512 0 0 512 / 512 27.1s Mpmcq parallel
================================================================================
success (ran 2 tests)
random seed: 3068793534224054705
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Mpmcq sequential
[✓] 32 0 0 32 / 32 0.0s Mpmcq sequential
[ ] 0 0 0 0 / 32 0.0s Mpmcq parallel
[ ] 2 0 0 2 / 32 0.1s Mpmcq parallel
[ ] 6 0 0 6 / 32 0.2s Mpmcq parallel
[ ] 9 0 0 9 / 32 0.3s Mpmcq parallel
[ ] 12 0 0 12 / 32 0.5s Mpmcq parallel
[ ] 16 0 0 16 / 32 0.6s Mpmcq parallel
[ ] 19 0 0 19 / 32 0.7s Mpmcq parallel
[ ] 22 0 0 22 / 32 0.8s Mpmcq parallel
[ ] 25 0 0 25 / 32 0.9s Mpmcq parallel
[ ] 28 0 0 28 / 32 1.1s Mpmcq parallel
[ ] 31 0 0 31 / 32 1.2s Mpmcq parallel
[✓] 32 0 0 32 / 32 1.2s Mpmcq parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test && .\test_htbl.exe)
random seed: 1660830137401774233
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Htbl sequential
[ ] 0 0 0 0 / 32 0.0s Htbl sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Htbl sequential
[ ] 0 0 0 0 / 32 0.0s Htbl parallel
[ ] 2 0 0 2 / 32 0.1s Htbl parallel
[ ] 4 0 0 4 / 32 0.2s Htbl parallel
[ ] 5 0 0 5 / 32 0.4s Htbl parallel
[ ] 6 0 0 6 / 32 0.5s Htbl parallel
[ ] 7 0 0 7 / 32 0.6s Htbl parallel
[ ] 8 0 0 8 / 32 0.9s Htbl parallel
[ ] 9 0 0 9 / 32 1.0s Htbl parallel
[ ] 11 0 0 11 / 32 1.2s Htbl parallel
[ ] 13 0 0 13 / 32 1.4s Htbl parallel
[ ] 15 0 0 15 / 32 1.5s Htbl parallel
[ ] 17 0 0 17 / 32 1.7s Htbl parallel
[ ] 19 0 0 19 / 32 1.9s Htbl parallel
[ ] 20 0 0 20 / 32 2.0s Htbl parallel
[ ] 21 0 0 21 / 32 2.1s Htbl parallel
[ ] 23 0 0 23 / 32 2.3s Htbl parallel
[ ] 25 0 0 25 / 32 2.5s Htbl parallel
[ ] 27 0 0 27 / 32 2.6s Htbl parallel
[ ] 29 0 0 29 / 32 2.8s Htbl parallel
[ ] 31 0 0 31 / 32 2.9s Htbl parallel
[✓] 32 0 0 32 / 32 3.0s Htbl parallel
================================================================================
success (ran 2 tests)
random seed: 1972161164507949758
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Htbl sequential
[✓] 64 0 0 64 / 64 0.0s Htbl sequential
[ ] 0 0 0 0 / 64 0.0s Htbl parallel
[ ] 1 0 0 1 / 64 0.1s Htbl parallel
[ ] 3 0 0 3 / 64 0.2s Htbl parallel
[ ] 5 0 0 5 / 64 0.4s Htbl parallel
[ ] 7 0 0 7 / 64 0.5s Htbl parallel
[ ] 9 0 0 9 / 64 0.6s Htbl parallel
[ ] 11 0 0 11 / 64 0.7s Htbl parallel
[ ] 13 0 0 13 / 64 0.9s Htbl parallel
[ ] 15 0 0 15 / 64 1.0s Htbl parallel
[ ] 17 0 0 17 / 64 1.2s Htbl parallel
[ ] 19 0 0 19 / 64 1.3s Htbl parallel
[ ] 20 0 0 20 / 64 1.4s Htbl parallel
[ ] 22 0 0 22 / 64 1.6s Htbl parallel
[ ] 23 0 0 23 / 64 1.7s Htbl parallel
[ ] 24 0 0 24 / 64 1.9s Htbl parallel
[ ] 26 0 0 26 / 64 2.1s Htbl parallel
[ ] 28 0 0 28 / 64 2.3s Htbl parallel
[ ] 30 0 0 30 / 64 2.5s Htbl parallel
[ ] 33 0 0 33 / 64 2.7s Htbl parallel
[ ] 35 0 0 35 / 64 2.8s Htbl parallel
[ ] 36 0 0 36 / 64 2.9s Htbl parallel
[ ] 38 0 0 38 / 64 3.0s Htbl parallel
[ ] 40 0 0 40 / 64 3.2s Htbl parallel
[ ] 42 0 0 42 / 64 3.3s Htbl parallel
[ ] 44 0 0 44 / 64 3.5s Htbl parallel
[ ] 45 0 0 45 / 64 3.7s Htbl parallel
[ ] 46 0 0 46 / 64 3.9s Htbl parallel
[ ] 49 0 0 49 / 64 4.1s Htbl parallel
[ ] 52 0 0 52 / 64 4.3s Htbl parallel
[ ] 53 0 0 53 / 64 4.4s Htbl parallel
[ ] 56 0 0 56 / 64 4.6s Htbl parallel
[ ] 59 0 0 59 / 64 4.8s Htbl parallel
[ ] 62 0 0 62 / 64 4.9s Htbl parallel
[✓] 64 0 0 64 / 64 5.0s Htbl parallel
================================================================================
success (ran 2 tests)
random seed: 2756328713558730411
generated error fail pass / total time test name
[ ] 0 0 0 0 / 128 0.0s Htbl sequential
[✓] 128 0 0 128 / 128 0.0s Htbl sequential
[ ] 0 0 0 0 / 128 0.0s Htbl parallel
[ ] 1 0 0 1 / 128 0.0s Htbl parallel
[ ] 4 0 0 4 / 128 0.2s Htbl parallel
[ ] 7 0 0 7 / 128 0.3s Htbl parallel
[ ] 9 0 0 9 / 128 0.4s Htbl parallel
[ ] 12 0 0 12 / 128 0.5s Htbl parallel
[ ] 14 0 0 14 / 128 0.7s Htbl parallel
[ ] 17 0 0 17 / 128 0.8s Htbl parallel
[ ] 20 0 0 20 / 128 0.9s Htbl parallel
[ ] 22 0 0 22 / 128 1.0s Htbl parallel
[ ] 24 0 0 24 / 128 1.2s Htbl parallel
[ ] 27 0 0 27 / 128 1.3s Htbl parallel
[ ] 29 0 0 29 / 128 1.4s Htbl parallel
[ ] 32 0 0 32 / 128 1.6s Htbl parallel
[ ] 35 0 0 35 / 128 1.7s Htbl parallel
[ ] 37 0 0 37 / 128 1.9s Htbl parallel
[ ] 39 0 0 39 / 128 2.0s Htbl parallel
[ ] 42 0 0 42 / 128 2.2s Htbl parallel
[ ] 45 0 0 45 / 128 2.3s Htbl parallel
[ ] 46 0 0 46 / 128 2.4s Htbl parallel
[ ] 49 0 0 49 / 128 2.5s Htbl parallel
[ ] 52 0 0 52 / 128 2.7s Htbl parallel
[ ] 55 0 0 55 / 128 2.8s Htbl parallel
[ ] 58 0 0 58 / 128 2.9s Htbl parallel
[ ] 61 0 0 61 / 128 3.0s Htbl parallel
[ ] 65 0 0 65 / 128 3.2s Htbl parallel
[ ] 68 0 0 68 / 128 3.3s Htbl parallel
[ ] 71 0 0 71 / 128 3.5s Htbl parallel
[ ] 75 0 0 75 / 128 3.7s Htbl parallel
[ ] 78 0 0 78 / 128 3.9s Htbl parallel
[ ] 81 0 0 81 / 128 4.0s Htbl parallel
[ ] 84 0 0 84 / 128 4.1s Htbl parallel
[ ] 87 0 0 87 / 128 4.3s Htbl parallel
[ ] 90 0 0 90 / 128 4.4s Htbl parallel
[ ] 93 0 0 93 / 128 4.5s Htbl parallel
[ ] 96 0 0 96 / 128 4.7s Htbl parallel
[ ] 98 0 0 98 / 128 4.8s Htbl parallel
[ ] 101 0 0 101 / 128 5.0s Htbl parallel
[ ] 103 0 0 103 / 128 5.1s Htbl parallel
[ ] 106 0 0 106 / 128 5.2s Htbl parallel
[ ] 109 0 0 109 / 128 5.3s Htbl parallel
[ ] 112 0 0 112 / 128 5.5s Htbl parallel
[ ] 115 0 0 115 / 128 5.6s Htbl parallel
[ ] 118 0 0 118 / 128 5.8s Htbl parallel
[ ] 120 0 0 120 / 128 5.9s Htbl parallel
[ ] 122 0 0 122 / 128 6.0s Htbl parallel
[ ] 125 0 0 125 / 128 6.2s Htbl parallel
[ ] 127 0 0 127 / 128 6.3s Htbl parallel
[ ] 128 0 0 128 / 128 6.5s Htbl parallel
[✓] 128 0 0 128 / 128 6.5s Htbl parallel
================================================================================
success (ran 2 tests)
random seed: 1172743133582066173
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Htbl sequential
[✓] 256 0 0 256 / 256 0.0s Htbl sequential
[ ] 0 0 0 0 / 256 0.0s Htbl parallel
[ ] 3 0 0 3 / 256 0.1s Htbl parallel
[ ] 5 0 0 5 / 256 0.2s Htbl parallel
[ ] 7 0 0 7 / 256 0.3s Htbl parallel
[ ] 10 0 0 10 / 256 0.5s Htbl parallel
[ ] 12 0 0 12 / 256 0.6s Htbl parallel
[ ] 14 0 0 14 / 256 0.7s Htbl parallel
[ ] 16 0 0 16 / 256 0.8s Htbl parallel
[ ] 18 0 0 18 / 256 0.9s Htbl parallel
[ ] 21 0 0 21 / 256 1.1s Htbl parallel
[ ] 24 0 0 24 / 256 1.3s Htbl parallel
[ ] 26 0 0 26 / 256 1.5s Htbl parallel
[ ] 28 0 0 28 / 256 1.8s Htbl parallel
[ ] 31 0 0 31 / 256 1.9s Htbl parallel
[ ] 34 0 0 34 / 256 2.0s Htbl parallel
[ ] 37 0 0 37 / 256 2.2s Htbl parallel
[ ] 39 0 0 39 / 256 2.3s Htbl parallel
[ ] 41 0 0 41 / 256 2.4s Htbl parallel
[ ] 43 0 0 43 / 256 2.5s Htbl parallel
[ ] 46 0 0 46 / 256 2.7s Htbl parallel
[ ] 48 0 0 48 / 256 2.8s Htbl parallel
[ ] 50 0 0 50 / 256 2.9s Htbl parallel
[ ] 52 0 0 52 / 256 3.0s Htbl parallel
[ ] 55 0 0 55 / 256 3.2s Htbl parallel
[ ] 57 0 0 57 / 256 3.3s Htbl parallel
[ ] 59 0 0 59 / 256 3.4s Htbl parallel
[ ] 61 0 0 61 / 256 3.7s Htbl parallel
[ ] 63 0 0 63 / 256 3.9s Htbl parallel
[ ] 66 0 0 66 / 256 4.0s Htbl parallel
[ ] 69 0 0 69 / 256 4.2s Htbl parallel
[ ] 72 0 0 72 / 256 4.4s Htbl parallel
[ ] 73 0 0 73 / 256 4.5s Htbl parallel
[ ] 76 0 0 76 / 256 4.7s Htbl parallel
[ ] 79 0 0 79 / 256 4.8s Htbl parallel
[ ] 82 0 0 82 / 256 5.0s Htbl parallel
[ ] 83 0 0 83 / 256 5.2s Htbl parallel
[ ] 84 0 0 84 / 256 5.3s Htbl parallel
[ ] 85 0 0 85 / 256 5.5s Htbl parallel
[ ] 86 0 0 86 / 256 5.6s Htbl parallel
[ ] 87 0 0 87 / 256 5.8s Htbl parallel
[ ] 90 0 0 90 / 256 6.0s Htbl parallel
[ ] 92 0 0 92 / 256 6.1s Htbl parallel
[ ] 94 0 0 94 / 256 6.2s Htbl parallel
[ ] 96 0 0 96 / 256 6.3s Htbl parallel
[ ] 98 0 0 98 / 256 6.4s Htbl parallel
[ ] 100 0 0 100 / 256 6.5s Htbl parallel
[ ] 103 0 0 103 / 256 6.7s Htbl parallel
[ ] 105 0 0 105 / 256 6.8s Htbl parallel
[ ] 107 0 0 107 / 256 7.0s Htbl parallel
[ ] 109 0 0 10/ 256 7.1s Htbl parallel
[ ] 111 0 0 111 / 256 7.3s Htbl parallel
[ ] 113 0 0 113 / 256 7.4s Htbl parallel
[ ] 115 0 0 115 / 256 7.5s Htbl parallel
[ ] 118 0 0 118 / 256 7.6s Htbl parallel
[ ] 121 0 0 121 / 256 7.7s Htbl parallel
[ ] 125 0 0 125 / 256 7.9s Htbl parallel
[ ] 130 0 0 130 / 256 8.1s Htbl parallel
[ ] 134 0 0 134 / 256 8.3s Htbl parallel
[ ] 138 0 0 138 / 256 8.4s Htbl parallel
[ ] 142 0 0 142 / 256 8.5s Htbl parallel
[ ] 146 0 0 146 / 256 8.6s Htbl parallel
[ ] 150 0 0 150 / 256 8.7s Htbl parallel
[ ] 154 0 0 154 / 256 8.8s Htbl parallel
[ ] 156 0 0 156 / 256 9.0s Htbl parallel
[ ] 158 0 0 158 / 256 9.2s Htbl parallel
[ ] 161 0 0 161 / 256 9.3s Htbl parallel
[ ] 165 0 0 165 / 256 9.4s Htbl parallel
[ ] 169 0 0 169 / 256 9.5s Htbl parallel
[ ] 173 0 0 173 / 256 9.6s Htbl parallel
[ ] 177 0 0 177 / 256 9.7s Htbl parallel
[ ] 181 0 0 181 / 256 9.9s Htbl parallel
[ ] 184 0 0 184 / 256 10.0s Htbl parallel
[ ] 187 0 0 187 / 256 10.2s Htbl parallel
[ ] 190 0 0 190 / 256 10.3s Htbl parallel
[ ] 194 0 0 194 / 256 10.4s Htbl parallel
[ ] 197 0 0 197 / 256 10.5s Htbl parallel
[ ] 200 0 0 200 / 256 10.7s Htbl parallel
[ ] 202 0 0 202 / 256 10.8s Htbl parallel
[ ] 206 0 0 206 / 256 10.9s Htbl parallel
[ ] 209 0 0 209 / 256 11.1s Htbl parallel
[ ] 213 0 0 213 / 256 11.2s Htbl parallel
[ ] 217 0 0 217 / 256 11.3s Htbl parallel
[ ] 220 0 0 220 / 256 11.4s Htbl parallel
[ ] 223 0 0 223 / 256 11.5s Htbl parallel
[ ] 227 0 0 227 / 256 11.6s Htbl parallel
[ ] 231 0 0 231 / 256 11.7s Htbl parallel
[ ] 234 0 0 234 / 256 11.9s Htbl parallel
[ ] 238 0 0 238 / 256 12.0s Htbl parallel
[ ] 240 0 0 240 / 256 12.1s Htbl parallel
[ ] 244 0 0 244 / 256 12.2s Htbl parallel
[ ] 247 0 0 247 / 256 12.4s Htbl parallel
[ ] 250 0 0 250 / 256 12.5s Htbl parallel
[ ] 254 0 0 254 / 256 12.6s Htbl parallel
[ ] 256 0 0 256 / 256 12.7s Htbl parallel
[✓] 256 0 0 256 / 256 12.7s Htbl parallel
================================================================================
success (ran 2 tests)
random seed: 2642964716808406885
generated error fail pass / total time test name
[ ] 0 0 0 0 / 512 0.0s Htbl sequential
[✓] 512 0 0 512 / 512 0.0s Htbl sequential
[ ] 0 0 0 0 / 512 0.0s Htbl parallel
[ ] 4 0 0 4 / 512 0.1s Htbl parallel
[ ] 8 0 0 8 / 512 0.2s Htbl parallel
[ ] 9 0 0 9 / 512 0.3s Htbl parallel
[ ] 13 0 0 13 / 512 0.5s Htbl parallel
[ ] 17 0 0 17 / 512 0.6s Htbl parallel
[ ] 19 0 0 19 / 512 0.7s Htbl parallel
[ ] 22 0 0 22 / 512 0.8s Htbl parallel
[ ] 24 0 0 24 / 512 0.9s Htbl parallel
[ ] 28 0 0 28 / 512 1.1s Htbl parallel
[ ] 32 0 0 32 / 512 1.2s Htbl parallel
[ ] 35 0 0 35 / 512 1.3s Htbl parallel
[ ] 38 0 0 38 / 512 1.4s Htbl parallel
[ ] 41 0 0 41 / 512 1.5s Htbl parallel
[ ] 45 0 0 45 / 512 1.7s Htbl parallel
[ ] 47 0 0 47 / 512 1.8s Htbl parallel
[ ] 50 0 0 50 / 512 1.9s Htbl parallel
[ ] 54 0 0 54 / 512 2.0s Htbl parallel
[ ] 56 0 0 56 / 512 2.2s Htbl parallel
[ ] 59 0 0 59 / 512 2.3s Htbl parallel
[ ] 62 0 0 62 / 512 2.5s Htbl parallel
[ ] 64 0 0 64 / 512 2.6s Htbl parallel
[ ] 68 0 0 68 / 512 2.7s Htbl parallel
[ ] 71 0 0 71 / 512 2.8s Htbl parallel
[ ] 74 0 0 74 / 512 3.0s Htbl parallel
[ ] 77 0 0 77 / 512 3.1s Htbl parallel
[ ] 79 0 0 79 / 512 3.3s Htbl parallel
[ ] 82 0 0 82 / 512 3.4s Htbl parallel
[ ] 85 0 0 85 / 512 3.6s Htbl parallel
[ ] 87 0 0 87 / 512 3.7s Htbl parallel
[ ] 90 0 0 90 / 512 3.8s Htbl parallel
[ ] 92 0 0 92 / 512 4.0s Htbl parallel
[ ] 95 0 0 95 / 512 4.2s Htbl parallel
[ ] 98 0 0 98 / 512 4.3s Htbl parallel
[ ] 101 0 0 101 / 512 4.5s Htbl parallel
[ ] 104 0 0 104 / 512 4.6s Htbl parallel
[ ] 106 0 0 106 / 512 4.7s Htbl parallel
[ ] 108 0 0 108 / 512 4.8s Htbl parallel
[ ] 109 0 0 109 / 512 5.0s Htbl parallel
[ ] 111 0 0 111 / 512 5.1s Htbl parallel
[ ] 113 0 0 113 / 512 5.2s Htbl parallel
[ ] 116 0 0 116 / 512 5.3s Htbl parallel
[ ] 118 0 0 118 / 512 5.4s Htbl parallel
[ ] 121 0 0 121 / 512 5.5s Htbl parallel
[ ] 123 0 0 123 / 512 5.7s Htbl parallel
[ ] 125 0 0 125 / 512 5.8s Htbl parallel
[ ] 127 0 0 127 / 512 5.9s Htbl parallel
[ ] 130 0 0 130 / 512 6.0s Htbl parallel
[ ] 131 0 0 131 / 512 6.2s Htbl parallel
[ ] 134 0 0 134 / 512 6.3s Htbl parallel
[ ] 137 0 0 137 / 512 6.5s Htbl parallel
[ ] 139 0 0 139 / 512 6.6s Htbl parallel
[ ] 142 0 0 142 / 512 6.7s Htbl parallel
[ ] 145 0 0 145 / 512 6.9s Htbl parallel
[ ] 146 0 0 146 / 512 7.0s Htbl parallel
[ ] 149 0 0 149 / 512 7.3s Htbl parallel
[ ] 152 0 0 152 / 512 7.4s Htbl parallel
[ ] 155 0 0 155 / 512 7.5s Htbl parallel
[ ] 158 0 0 158 / 512 7.7s Htbl parallel
[ ] 161 0 0 161 / 512 7.8s Htbl parallel
[ ] 164 0 0 164 / 512 8.0s Htbl parallel
[ ] 166 0 0 166 / 512 8.5s Htbl parallel
[ ] 169 0 0 169 / 512 8.7s Htbl parallel
[ ] 172 0 0 172 / 512 8.8s Htbl parallel
[ ] 175 0 0 175 / 512 8.9s Htbl parallel
[ ] 177 0 0 177 / 512 9.1s Htbl parallel
[ ] 180 0 0 180 / 512 9.2s Htbl parallel
[ ] 183 0 0 183 / 512 9.3s Htbl parallel
[ ] 184 0 0 184 / 512 9.5s Htbl parallel
[ ] 186 0 0 186 / 512 9.6s Htbl parallel
[ ] 188 0 0 188 / 512 9.8s Htbl parallel
[ ] 191 0 0 191 / 512 9.9s Htbl parallel
[ ] 194 0 0 194 / 512 10.0s Htbl parallel
[ ] 197 0 0 197 / 512 10.2s Htbl parallel
[ ] 200 0 0 200 / 512 10.3s Htbl parallel
[ ] 203 0 0 203 / 512 10.5s Htbl parallel
[ ] 206 0 0 206 / 512 10.6s Htbl parallel
[ ] 208 0 0 208 / 512 10.8s Htbl parallel
[ ] 211 0 0 211 / 512 10.9s Htbl parallel
[ ] 213 0 0 213 / 512 11.0s Htbl parallel
[ ] 215 0 0 215 / 512 11.1s Htbl parallel
[ ] 218 0 0 218 / 512 11.3s Htbl parallel
[ ] 221 0 0 221 / 512 11.4s Htbl parallel
[ ] 224 0 0 224 / 512 11.5s Htbl parallel
[ ] 226 0 0 226 / 512 11.6s Htbl parallel
[ ] 229 0 0 229 / 512 11.8s Htbl parallel
[ ] 232 0 0 232 / 512 11.9s Htbl parallel
[ ] 234 0 0 234 / 512 12.0s Htbl parallel
[ ] 237 0 0 237 / 512 12.2s Htbl parallel
[ ] 240 0 0 240 / 512 12.3s Htbl parallel
[ ] 243 0 0 243 / 512 12.4s Htbl parallel
[ ] 246 0 0 246 / 512 12.6s Htbl parallel
[ ] 249 0 0 249 / 512 12.7s Htbl parallel
[ ] 252 0 0 252 / 512 12.9s Htbl parallel
[ ] 254 0 0 254 / 512 13.0s Htbl parallel
[ ] 257 0 0 257 / 512 13.1s Htbl parallel
[ ] 259 0 0 259 / 512 13.2s Htbl parallel
[ ] 261 0 0 261 / 512 13.3s Htbl parallel
[ ] 264 0 0 264 / 512 13.5s Htbl parallel
[ ] 266 0 0 266 / 512 13.6s Htbl parallel
[ ] 269 0 0 269 / 512 13.7s Htbl parallel
[ ] 272 0 0 272 / 512 13.9s Htbl parallel
[ ] 275 0 0 275 / 512 14.1s Htbl parallel
[ ] 277 0 0 277 / 512 14.2s Htbl parallel
[ ] 280 0 0 280 / 512 14.3s Htbl parallel
[ ] 282 0 0 282 / 512 14.4s Htbl parallel
[ ] 285 0 0 285 / 512 14.6s Htbl parallel
[ ] 288 0 0 288 / 512 14.7s Htbl parallel
[ ] 291 0 0 291 / 512 14.9s Htbl parallel
[ ] 293 0 0 293 / 512 15.0s Htbl parallel
[ ] 296 0 0 296 / 512 15.2s Htbl parallel
[ ] 298 0 0 298 / 512 15.3s Htbl parallel
[ ] 301 0 0 301 / 512 15.4s Htbl parallel
[ ] 303 0 0 303 / 512 15.5s Htbl parallel
[ ] 306 0 0 306 / 512 15.7s Htbl parallel
[ ] 309 0 0 309 / 512 15.8s Htbl parallel
[ ] 312 0 0 312 / 512 16.0s Htbl parallel
[ ] 315 0 0 315 / 512 16.1s Htbl parallel
[ ] 317 0 0 317 / 512 16.3s Htbl parallel
[ ] 320 0 0 320 / 512 16.4s Htbl parallel
[ ] 323 0 0 323 / 512 16.5s Htbl parallel
[ ] 326 0 0 326 / 512 16.7s Htbl parallel
[ ] 328 0 0 328 / 512 16.9s Htbl parallel
[ ] 331 0 0 331 / 512 17.0s Htbl parallel
[ ] 334 0 0 334 / 512 17.2s Htbl parallel
[ ] 335 0 0 335 / 512 17.3s Htbl parallel
[ ] 338 0 0 338 / 512 17.5s Htbl parallel
[ ] 341 0 0 341 / 512 17.6s Htbl parallel
[ ] 344 0 0 344 / 512 17.7s Htbl parallel
[ ] 346 0 0 346 / 512 17.8s Htbl parallel
[ ] 349 0 0 349 / 512 18.0s Htbl parallel
[ ] 351 0 0 351 / 512 18.1s Htbl parallel
[ ] 354 0 0 354 / 512 18.2s Htbl parallel
[ ] 357 0 0 357 / 512 18.3s Htbl parallel
[ ] 359 0 0 359 / 512 18.5s Htbl parallel
[ ] 362 0 0 362 / 512 18.8s Htbl parallel
[ ] 364 0 0 364 / 512 18.9s Htbl parallel
[ ] 367 0 0 367 / 512 19.0s Htbl parallel
[ ] 369 0 0 369 / 512 19.2s Htbl parallel
[ ] 371 0 0 371 / 512 19.4s Htbl parallel
[ ] 374 0 0 374 / 512 19.5s Htbl parallel
[ ] 377 0 0 377 / 512 19.7s Htbl parallel
[ ] 379 0 0 379 / 512 19.8s Htbl parallel
[ ] 382 0 0 382 / 512 20.0s Htbl parallel
[ ] 385 0 0 385 / 512 20.1s Htbl parallel
[ ] 388 0 0 388 / 512 20.3s Htbl parallel
[ ] 390 0 0 390 / 512 20.4s Htbl parallel
[ ] 393 0 0 393 / 512 20.5s Htbl parallel
[ ] 395 0 0 395 / 512 20.6s Htbl parallel
[ ] 398 0 0 398 / 512 20.8s Htbl parallel
[ ] 400 0 0 400 / 512 20.9s Htbl parallel
[ ] 403 0 0 403 / 512 21.1s Htbl parallel
[ ] 406 0 0 406 / 512 21.3s Htbl parallel
[ ] 409 0 0 409 / 512 21.4s Htbl parallel
[ ] 411 0 0 411 / 512 21.5s Htbl parallel
[ ] 414 0 0 414 / 512 21.6s Htbl parallel
[ ] 417 0 0 417 / 512 21.8s Htbl parallel
[ ] 419 0 0 419 / 512 21.9s Htbl parallel
[ ] 421 0 0 421 / 512 22.0s Htbl parallel
[ ] 423 0 0 423 / 512 22.1s Htbl parallel
[ ] 425 0 0 425 / 512 22.2s Htbl parallel
[ ] 427 0 0 427 / 512 22.3s Htbl parallel
[ ] 429 0 0 429 / 512 22.5s Htbl parallel
[ ] 431 0 0 431 / 512 22.7s Htbl parallel
[ ] 434 0 0 434 / 512 22.8s Htbl parallel
[ ] 436 0 0 436 / 512 23.0s Htbl parallel
[ ] 439 0 0 439 / 512 23.1s Htbl parallel
[ ] 442 0 0 442 / 512 23.3s Htbl parallel
[ ] 443 0 0 443 / 512 23.5s Htbl parallel
[ ] 445 0 0 445 / 512 23.6s Htbl parallel
[ ] 447 0 0 447 / 512 23.7s Htbl parallel
[ ] 449 0 0 449 / 512 23.8s Htbl parallel
[ ] 451 0 0 451 / 512 24.0s Htbl parallel
[ ] 453 0 0 453 / 512 24.1s Htbl parallel
[ ] 455 0 0 455 / 512 24.2s Htbl parallel
[ ] 457 0 0 457 / 512 24.3s Htbl parallel
[ ] 460 0 0 460 / 512 24.5s Htbl parallel
[ ] 462 0 0 462 / 512 24.6s Htbl parallel
[ ] 464 0 0 464 / 512 24.7s Htbl parallel
[ ] 466 0 0 466 / 512 24.8s Htbl parallel
[ ] 468 0 0 468 / 512 25.0s Htbl parallel
[ ] 470 0 0 470 / 512 25.1s Htbl parallel
[ ] 473 0 0 473 / 512 25.3s Htbl parallel
[ ] 474 0 0 474 / 512 25.4s Htbl parallel
[ ] 478 0 0 478 / 512 25.5s Htbl parallel
[ ] 482 0 0 482 / 512 25.6s Htbl parallel
[ ] 486 0 0 486 / 512 25.7s Htbl parallel
[ ] 489 0 0 489 / 512 25.9s Htbl parallel
[ ] 494 0 0 494 / 512 26.1s Htbl parallel
[ ] 499 0 0 499 / 512 26.2s Htbl parallel
[ ] 501 0 0 501 / 512 26.3s Htbl parallel
[ ] 505 0 0 505 / 512 26.5s Htbl parallel
[ ] 506 0 0 506 / 512 26.6s Htbl parallel
[ ] 510 0 0 510 / 512 26.7s Htbl parallel
[✓] 512 0 0 512 / 512 26.8s Htbl parallel
================================================================================
success (ran 2 tests)
random seed: 737098864586751930
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Htbl sequential
[✓] 32 0 0 32 / 32 0.0s Htbl sequential
[ ] 0 0 0 0 / 32 0.0s Htbl parallel
[ ] 1 0 0 1 / 32 0.1s Htbl parallel
[ ] 5 0 0 5 / 32 0.2s Htbl parallel
[ ] 9 0 0 9 / 32 0.5s Htbl parallel
[ ] 13 0 0 13 / 32 0.6s Htbl parallel
[ ] 17 0 0 17 / 32 0.7s Htbl parallel
[ ] 21 0 0 21 / 32 0.8s Htbl parallel
[ ] 25 0 0 25 / 32 1.0s Htbl parallel
[ ] 29 0 0 29 / 32 1.1s Htbl parallel
[ ] 32 0 0 32 / 32 1.3s Htbl parallel
[✓] 32 0 0 32 / 32 1.3s Htbl parallel
================================================================================
success (ran 2 tests)
(cd _build/default/test && .\test_mpscq.exe)
random seed: 4111021595617289068
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Mpscq sequential
[ ] 0 0 0 0 / 32 0.0s Mpscq sequential (generating)
[✓] 32 0 0 32 / 32 0.0s Mpscq sequential
[ ] 0 0 0 0 / 32 0.0s Mpscq parallel
[ ] 2 0 0 2 / 32 0.2s Mpscq parallel
[ ] 4 0 0 4 / 32 0.4s Mpscq parallel
[ ] 5 0 0 5 / 32 0.5s Mpscq parallel
[ ] 6 0 0 6 / 32 0.7s Mpscq parallel
[ ] 7 0 0 7 / 32 0.9s Mpscq parallel
[ ] 9 0 0 9 / 32 1.0s Mpscq parallel
[ ] 11 0 0 11 / 32 1.2s Mpscq parallel
[ ] 13 0 0 13 / 32 1.4s Mpscq parallel
[ ] 15 0 0 15 / 32 1.5s Mpscq parallel
[ ] 17 0 0 17 / 32 1.7s Mpscq parallel
[ ] 19 0 0 19 / 32 2.0s Mpscq parallel
[ ] 20 0 0 20 / 32 2.1s Mpscq parallel
[ ] 21 0 0 21 / 32 2.2s Mpscq parallel
[ ] 22 0 0 22 / 32 2.3s Mpscq parallel
[ ] 24 0 0 24 / 32 2.5s Mpscq parallel
[ ] 26 0 0 26 / 32 2.7s Mpscq parallel
[ ] 27 0 0 27 / 32 2.8s Mpscq parallel
[ ] 29 0 0 29 / 32 2.9s Mpscq parallel
[ ] 31 0 0 31 / 32 3.0s Mpscq parallel
[✓] 32 0 0 32 / 32 3.1s Mpscq parallel
================================================================================
success (ran 2 tests)
random seed: 1705233105960327294
generated error fail pass / total time test name
[ ] 0 0 0 0 / 64 0.0s Mpscq sequential
[✓] 64 0 0 64 / 64 0.0s Mpscq sequential
[ ] 0 0 0 0 / 64 0.0s Mpscq parallel
[ ] 1 0 0 1 / 64 0.1s Mpscq parallel
[ ] 3 0 0 3 / 64 0.2s Mpscq parallel
[ ] 5 0 0 5 / 64 0.3s Mpscq parallel
[ ] 6 0 0 6 / 64 0.5s Mpscq parallel
[ ] 8 0 0 8 / 64 0.7s Mpscq parallel
[ ] 10 0 0 10 / 64 0.8s Mpscq parallel
[ ] 12 0 0 12 / 64 0.9s Mpscq parallel
[ ] 14 0 0 14 / 64 1.1s Mpscq parallel
[ ] 16 0 0 16 / 64 1.2s Mpscq parallel
[ ] 18 0 0 18 / 64 1.3s Mpscq parallel
[ ] 20 0 0 20 / 64 1.5s Mpscq parallel
[ ] 22 0 0 22 / 64 1.6s Mpscq parallel
[ ] 24 0 0 24 / 64 1.9s Mpscq parallel
[ ] 26 0 0 26 / 64 2.1s Mpscq parallel
[ ] 28 0 0 28 / 64 2.2s Mpscq parallel
[ ] 30 0 0 30 / 64 2.3s Mpscq parallel
[ ] 32 0 0 32 / 64 2.5s Mpscq parallel
[ ] 33 0 0 33 / 64 2.6s Mpscq parallel
[ ] 35 0 0 35 / 64 2.7s Mpscq parallel
[ ] 37 0 0 37 / 64 2.9s Mpscq parallel
[ ] 39 0 0 39 / 64 3.0s Mpscq parallel
[ ] 41 0 0 41 / 64 3.1s Mpscq parallel
[ ] 43 0 0 43 / 64 3.2s Mpscq parallel
[ ] 45 0 0 45 / 64 3.4s Mpscq parallel
[ ] 47 0 0 47 / 64 3.5s Mpscq parallel
[ ] 48 0 0 48 / 64 3.9s Mpscq parallel
[ ] 50 0 0 50 / 64 4.3s Mpscq parallel
[ ] 52 0 0 52 / 64 4.4s Mpscq parallel
[ ] 55 0 0 55 / 64 4.7s Mpscq parallel
[ ] 57 0 0 57 / 64 4.8s Mpscq parallel
[ ] 59 0 0 59 / 64 4.9s Mpscq parallel
[ ] 62 0 0 62 / 64 5.1s Mpscq parallel
[✓] 64 0 0 64 / 64 5.2s Mpscq parallel
================================================================================
success (ran 2 tests)
random seed: 1644438449291664377
generated error fail pass / total time test name
[ ] 0 0 0 0 / 128 0.0s Mpscq sequential
[✓] 128 0 0 128 / 128 0.0s Mpscq sequential
[ ] 0 0 0 0 / 128 0.0s Mpscq parallel
[ ] 1 0 0 1 / 128 0.0s Mpscq parallel
[ ] 3 0 0 3 / 128 0.2s Mpscq parallel
[ ] 5 0 0 5 / 128 0.3s Mpscq parallel
[ ] 8 0 0 8 / 128 0.5s Mpscq parallel
[ ] 11 0 0 11 / 128 0.6s Mpscq parallel
[ ] 13 0 0 13 / 128 0.8s Mpscq parallel
[ ] 15 0 0 15 / 128 1.0s Mpscq parallel
[ ] 17 0 0 17 / 128 1.2s Mpscq parallel
[ ] 20 0 0 20 / 128 1.3s Mpscq parallel
[ ] 23 0 0 23 / 128 1.4s Mpscq parallel
[ ] 26 0 0 26 / 128 1.6s Mpscq parallel
[ ] 29 0 0 29 / 128 1.7s Mpscq parallel
[ ] 31 0 0 31 / 128 1.8s Mpscq parallel
[ ] 34 0 0 34 / 128 2.0s Mpscq parallel
[ ] 36 0 0 36 / 128 2.1s Mpscq parallel
[ ] 39 0 0 39 / 128 2.2s Mpscq parallel
[ ] 42 0 0 42 / 128 2.3s Mpscq parallel
[ ] 45 0 0 45 / 128 2.4s Mpscq parallel
[ ] 48 0 0 48 / 128 2.5s Mpscq parallel
[ ] 50 0 0 50 / 128 2.7s Mpscq parallel
[ ] 53 0 0 53 / 128 2.8s Mpscq parallel
[ ] 56 0 0 56 / 128 2.9s Mpscq parallel
[ ] 59 0 0 59 / 128 3.0s Mpscq parallel
[ ] 62 0 0 62 / 128 3.1s Mpscq parallel
[ ] 64 0 0 64 / 128 3.4s Mpscq parallel
[ ] 67 0 0 67 / 128 3.5s Mpscq parallel
[ ] 70 0 0 70 / 128 3.6s Mpscq parallel
[ ] 73 0 0 73 / 128 3.7s Mpscq parallel
[ ] 76 0 0 76 / 128 3.8s Mpscq parallel
[ ] 79 0 0 79 / 128 4.0s Mpscq parallel
[ ] 80 0 0 80 / 128 4.1s Mpscq parallel
[ ] 83 0 0 83 / 128 4.2s Mpscq parallel
[ ] 85 0 0 85 / 128 4.3s Mpscq parallel
[ ] 86 0 0 86 / 128 4.6s Mpscq parallel
[ ] 89 0 0 89 / 128 4.7s Mpscq parallel
[ ] 92 0 0 92 / 128 4.9s Mpscq parallel
[ ] 95 0 0 95 / 128 5.0s Mpscq parallel
[ ] 98 0 0 98 / 128 5.1s Mpscq parallel
[ ] 100 0 0 100 / 128 5.2s Mpscq parallel
[ ] 103 0 0 103 / 128 5.4s Mpscq parallel
[ ] 105 0 0 105 / 128 5.5s Mpscq parallel
[ ] 106 0 0 106 / 128 5.6s Mpscq parallel
[ ] 107 0 0 107 / 128 5.8s Mpscq parallel
[ ] 110 0 0 110 / 128 6.0s Mpscq parallel
[ ] 112 0 0 112 / 128 6.1s Mpscq parallel
[ ] 114 0 0 114 / 128 6.2s Mpscq parallel
[ ] 117 0 0 117 / 128 6.6s Mpscq parallel
[ ] 120 0 0 120 / 128 6.7s Mpscq parallel
[ ] 122 0 0 122 / 128 6.9s Mpscq parallel
[ ] 124 0 0 124 / 128 7.0s Mpscq parallel
[ ] 126 0 0 126 / 128 7.1s Mpscq parallel
[✓] 128 0 0 128 / 128 7.2s Mpscq parallel
================================================================================
success (ran 2 tests)
random seed: 63380721395379886
generated error fail pass / total time test name
[ ] 0 0 0 0 / 256 0.0s Mpscq sequential
[✓] 256 0 0 256 / 256 0.0s Mpscq sequential
[ ] 0 0 0 0 / 256 0.0s Mpscq parallel
[ ] 1 0 0 1 / 256 0.1s Mpscq parallel
[ ] 3 0 0 3 / 256 0.4s Mpscq parallel
[ ] 5 0 0 5 / 256 0.5s Mpscq parallel
[ ] 8 0 0 8 / 256 0.6s Mpscq parallel
[ ] 11 0 0 11 / 256 0.8s Mpscq parallel
[ ] 14 0 0 14 / 256 0.9s Mpscq parallel
[ ] 17 0 0 17 / 256 1.1s Mpscq parallel
[ ] 20 0 0 20 / 256 1.3s Mpscq parallel
[ ] 23 0 0 23 / 256 1.4s Mpscq parallel
[ ] 26 0 0 26 / 256 1.5s Mpscq parallel
[ ] 29 0 0 29 / 256 1.7s Mpscq parallel
[ ] 31 0 0 31 / 256 1.8s Mpscq parallel
[ ] 33 0 0 33 / 256 1.9s Mpscq parallel
[ ] 35 0 0 35 / 256 2.1s Mpscq parallel
[ ] 38 0 0 38 / 256 2.2s Mpscq parallel
[ ] 40 0 0 40 / 256 2.4s Mpscq parallel
[ ] 43 0 0 43 / 256 2.5s Mpscq parallel
[ ] 46 0 0 46 / 256 2.7s Mpscq parallel
[ ] 49 0 0 49 / 256 2.8s Mpscq parallel
[ ] 51 0 0 51 / 256 2.9s Mpscq parallel
[ ] 52 0 0 52 / 256 3.2s Mpscq parallel
[ ] 54 0 0 54 / 256 3.3s Mpscq parallel
[ ] 57 0 0 57 / 256 3.5s Mpscq parallel
[ ] 60 0 0 60 / 256 3.6s Mpscq parallel
[ ] 61 0 0 61 / 256 3.8s Mpscq parallel
[ ] 64 0 0 64 / 256 4.2s Mpscq parallel
[ ] 65 0 0 65 / 256 4.4s Mpscq parallel
[ ] 66 0 0 66 / 256 4.5s Mpscq parallel
[ ] 67 0 0 67 / 256 4.7s Mpscq parallel
[ ] 68 0 0 68 / 256 4.8s Mpscq parallel
[ ] 71 0 0 71 / 256 5.0s Mpscq parallel
[ ] 74 0 0 74 / 256 5.1s Mpscq parallel
[ ] 76 0 0 76 / 256 5.4s Mpscq parallel
[ ] 78 0 0 78 / 256 5.6s Mpscq parallel
[ ] 81 0 0 81 / 256 5.8s Mpscq parallel
[ ] 84 0 0 84 / 256 5.9s Mpscq parallel
[ ] 86 0 0 86 / 256 6.0s Mpscq parallel
[ ] 88 0 0 88 / 256 6.1s Mpscq parallel
[ ] 90 0 0 90 / 256 6.2s Mpscq parallel
[ ] 92 0 0 92 / 256 6.5s Mpscq parallel
[ ] 95 0 0 95 / 256 6.6s Mpscq parallel
[ ] 97 0 0 97 / 256 6.7s Mpscq parallel
[ ] 101 0 0 101 / 256 6.8s Mpscq parallel
[ ] 105 0 0 105 / 256 7.0s Mpscq parallel
[ ] 110 0 0 110 / 256 7.1s Mpscq parallel
[ ] 111 0 0 111 / 256 7.5s Mpscq parallel
[ ] 115 0 0 115 / 256 7.6s Mpscq parallel
[ ] 118 0 0 118 / 256 7.7s Mpscq parallel
[ ] 121 0 0 121 / 256 7.8s Mpscq parallel
[ ] 125 0 0 125 / 256 7.9s Mpscq parallel
[ ] 126 0 0 126 / 256 8.2s Mpscq parallel
[ ] 130 0 0 130 / 256 8.4s Mpscq parallel
[ ] 134 0 0 134 / 256 8.5s Mpscq parallel
[ ] 137 0 0 137 / 256 8.6s Mpscq parallel
[ ] 141 0 0 141 / 256 8.8s Mpscq parallel
[ ] 143 0 0 143 / 256 8.9s Mpscq parallel
[ ] 148 0 0 148 / 256 9.0s Mpscq parallel
[ ] 153 0 0 153 / 256 9.2s Mpscq parallel
[ ] 157 0 0 157 / 256 9.4s Mpscq parallel
[ ] 161 0 0 161 / 256 9.6s Mpscq parallel
[ ] 165 0 0 165 / 256 9.7s Mpscq parallel
[ ] 169 0 0 169 / 256 9.8s Mpscq parallel
[ ] 172 0 0 172 / 256 10.0s Mpscq parallel
[ ] 175 0 0 175 / 256 10.4s Mpscq parallel
[ ] 177 0 0 177 / 256 10.5s Mpscq parallel
[ ] 180 0 0 180 / 256 10.6s Mpscq parallel
[ ] 184 0 0 184 / 256 10.7s Mpscq parallel
[ ] 188 0 0 188 / 256 10.8s Mpscq parallel
[ ] 190 0 0 190 / 256 10.9s Mpscq parallel
[ ] 193 0 0 193 / 256 11.2s Mpscq parallel
[ ] 196 0 0 196 / 256 11.3s Mpscq parallel
[ ] 199 0 0 199 / 256 11.4s Mpscq parallel
[ ] 202 0 0 202 / 256 11.5s Mpscq parallel
[ ] 205 0 0 205 / 256 11.6s Mpscq parallel
[ ] 209 0 0 209 / 256 11.9s Mpscq parallel
[ ] 212 0 0 212 / 256 12.0s Mpscq parallel
[ ] 214 0 0 214 / 256 12.1s Mpscq parallel
[ ] 218 0 0 218 / 256 12.4s Mpscq parallel
[ ] 219 0 0 219 / 256 12.5s Mpscq parallel
[ ] 223 0 0 223 / 256 12.7s Mpscq parallel
[ ] 226 0 0 226 / 256 12.8s Mpscq parallel
[ ] 229 0 0 229 / 256 12.9s Mpscq parallel
[ ] 233 0 0 233 / 256 13.0s Mpscq parallel
[ ] 237 0 0 237 / 256 13.1s Mpscq parallel
[ ] 239 0 0 239 / 256 13.4s Mpscq parallel
[ ] 242 0 0 242 / 256 13.5s Mpscq parallel
[ ] 246 0 0 246 / 256 13.7s Mpscq parallel
[ ] 250 0 0 250 / 256 13.8s Mpscq parallel
[ ] 253 0 0 253 / 256 13.9s Mpscq parallel
[✓] 256 0 0 256 / 256 14.0s Mpscq parallel
================================================================================
success (ran 2 tests)
random seed: 2384814387764296320
generated error fail pass / total time test name
[ ] 0 0 0 0 / 497 0.0s Mpscq sequential
[✓] 497 0 0 497 / 497 0.0s Mpscq sequential
[ ] 0 0 0 0 / 497 0.0s Mpscq parallel
[ ] 1 0 0 1 / 497 0.1s Mpscq parallel
[ ] 3 0 0 3 / 497 0.2s Mpscq parallel
[ ] 7 0 0 7 / 497 0.3s Mpscq parallel
[ ] 10 0 0 10 / 497 0.5s Mpscq parallel
[ ] 14 0 0 14 / 497 0.6s Mpscq parallel
[ ] 17 0 0 17 / 497 0.7s Mpscq parallel
[ ] 21 0 0 21 / 497 0.9s Mpscq parallel
[ ] 23 0 0 23 / 497 1.0s Mpscq parallel
[ ] 26 0 0 26 / 497 1.1s Mpscq parallel
[ ] 28 0 0 28 / 497 1.3s Mpscq parallel
[ ] 30 0 0 30 / 497 1.4s Mpscq parallel
[ ] 33 0 0 33 / 497 1.6s Mpscq parallel
[ ] 36 0 0 36 / 497 1.7s Mpscq parallel
[ ] 39 0 0 39 / 497 1.8s Mpscq parallel
[ ] 42 0 0 42 / 497 2.0s Mpscq parallel
[ ] 44 0 0 44 / 497 2.1s Mpscq parallel
[ ] 46 0 0 46 / 497 2.2s Mpscq parallel
[ ] 48 0 0 48 / 497 2.4s Mpscq parallel
[ ] 50 0 0 50 / 497 2.5s Mpscq parallel
[ ] 53 0 0 53 / 497 2.6s Mpscq parallel
[ ] 55 0 0 55 / 497 2.7s Mpscq parallel
[ ] 57 0 0 57 / 497 2.8s Mpscq parallel
[ ] 59 0 0 59 / 497 2.9s Mpscq parallel
[ ] 61 0 0 61 / 497 3.0s Mpscq parallel
[ ] 63 0 0 63 / 497 3.2s Mpscq parallel
[ ] 65 0 0 65 / 497 3.3s Mpscq parallel
[ ] 66 0 0 66 / 497 3.4s Mpscq parallel
[ ] 68 0 0 68 / 497 3.5s Mpscq parallel
[ ] 70 0 0 70 / 497 3.6s Mpscq parallel
[ ] 72 0 0 72 / 497 3.7s Mpscq parallel
[ ] 74 0 0 74 / 497 3.9s Mpscq parallel
[ ] 77 0 0 77 / 497 4.0s Mpscq parallel
[ ] 79 0 0 79 / 497 4.2s Mpscq parallel
[ ] 81 0 0 81 / 497 4.4s Mpscq parallel
[ ] 83 0 0 83 / 497 4.5s Mpscq parallel
[ ] 85 0 0 85 / 497 4.7s Mpscq parallel
[ ] 88 0 0 88 / 497 4.8s Mpscq parallel
[ ] 90 0 0 90 / 497 4.9s Mpscq parallel
[ ] 93 0 0 93 / 497 5.1s Mpscq parallel
[ ] 96 0 0 96 / 497 5.2s Mpscq parallel
[ ] 99 0 0 99 / 497 5.3s Mpscq parallel
[ ] 102 0 0 102 / 497 5.5s Mpscq parallel
[ ] 104 0 0 104 / 497 5.6s Mpscq parallel
[ ] 106 0 0 106 / 497 5.7s Mpscq parallel
[ ] 108 0 0 108 / 497 5.9s Mpscq parallel
[ ] 110 0 0 110 / 497 6.0s Mpscq parallel
[ ] 112 0 0 112 / 497 6.1s Mpscq parallel
[ ] 115 0 0 115 / 497 6.2s Mpscq parallel
[ ] 117 0 0 117 / 497 6.3s Mpscq parallel
[ ] 120 0 0 120 / 497 6.5s Mpscq parallel
[ ] 123 0 0 123 / 497 6.6s Mpscq parallel
[ ] 125 0 0 125 / 497 6.7s Mpscq parallel
[ ] 127 0 0 127 / 497 6.9s Mpscq parallel
[ ] 129 0 0 129 / 497 7.0s Mpscq parallel
[ ] 132 0 0 132 / 497 7.1s Mpscq parallel
[ ] 135 0 0 135 / 497 7.3s Mpscq parallel
[ ] 138 0 0 138 / 497 7.4s Mpscq parallel
[ ] 140 0 0 140 / 497 7.5s Mpscq parallel
[ ] 143 0 0 143 / 497 7.7s Mpscq parallel
[ ] 145 0 0 145 / 497 7.8s Mpscq parallel
[ ] 148 0 0 148 / 497 7.9s Mpscq parallel
[ ] 150 0 0 150 / 497 8.0s Mpscq parallel
[ ] 152 0 0 152 / 497 8.2s Mpscq parallel
[ ] 155 0 0 155 / 497 8.3s Mpscq parallel
[ ] 158 0 0 158 / 497 8.5s Mpscq parallel
[ ] 161 0 0 161 / 497 8.6s Mpscq parallel
[ ] 164 0 0 164 / 497 8.8s Mpscq parallel
[ ] 167 0 0 167 / 497 8.9s Mpscq parallel
[ ] 170 0 0 170 / 497 9.0s Mpscq parallel
[ ] 173 0 0 173 / 497 9.1s Mpscq parallel
[ ] 175 0 0 175 / 497 9.3s Mpscq parallel
[ ] 177 0 0 177 / 497 9.4s Mpscq parallel
[ ] 179 0 0 179 / 497 9.6s Mpscq parallel
[ ] 180 0 0 180 / 497 9.8s Mpscq parallel
[ ] 182 0 0 182 / 497 9.9s Mpscq parallel
[ ] 184 0 0 184 / 497 10.1s Mpscq parallel
[ ] 187 0 0 187 / 497 10.3s Mpscq parallel
[ ] 190 0 0 190 / 497 10.5s Mpscq parallel
[ ] 193 0 0 193 / 497 10.6s Mpscq parallel
[ ] 194 0 0 194 / 497 10.9s Mpscq parallel
[ ] 196 0 0 196 / 497 11.1s Mpscq parallel
[ ] 198 0 0 198 / 497 11.2s Mpscq parallel
[ ] 199 0 0 199 / 497 11.3s Mpscq parallel
[ ] 202 0 0 202 / 497 11.5s Mpscq parallel
[ ] 205 0 0 205 / 497 11.6s Mpscq parallel
[ ] 208 0 0 208 / 497 11.8s Mpscq parallel
[ ] 210 0 0 210 / 497 12.0s Mpscq parallel
[ ] 213 0 0 213 / 497 12.1s Mpscq parallel
[ ] 216 0 0 216 / 497 12.2s Mpscq parallel
[ ] 217 0 0 217 / 497 12.4s Mpscq parallel
[ ] 220 0 0 220 / 497 12.5s Mpscq parallel
[ ] 223 0 0 223 / 497 12.7s Mpscq parallel
[ ] 225 0 0 225 / 497 12.8s Mpscq parallel
[ ] 228 0 0 228 / 497 13.0s Mpscq parallel
[ ] 231 0 0 231 / 497 13.1s Mpscq parallel
[ ] 233 0 0 233 / 497 13.2s Mpscq parallel
[ ] 235 0 0 235 / 497 13.4s Mpscq parallel
[ ] 238 0 0 238 / 497 13.5s Mpscq parallel
[ ] 239 0 0 239 / 497 13.6s Mpscq parallel
[ ] 242 0 0 242 / 497 13.8s Mpscq parallel
[ ] 245 0 0 245 / 497 13.9s Mpscq parallel
[ ] 248 0 0 248 / 497 14.0s Mpscq parallel
[ ] 250 0 0 250 / 497 14.2s Mpscq parallel
[ ] 252 0 0 252 / 497 14.3s Mpscq parallel
[ ] 254 0 0 254 / 497 14.5s Mpscq parallel
[ ] 257 0 0 257 / 497 14.7s Mpscq parallel
[ ] 260 0 0 260 / 497 14.9s Mpscq parallel
[ ] 263 0 0 263 / 497 15.0s Mpscq parallel
[ ] 264 0 0 264 / 497 15.3s Mpscq parallel
[ ] 267 0 0 267 / 497 15.5s Mpscq parallel
[ ] 270 0 0 270 / 497 15.6s Mpscq parallel
[ ] 273 0 0 273 / 497 15.7s Mpscq parallel
[ ] 275 0 0 275 / 497 15.9s Mpscq parallel
[ ] 278 0 0 278 / 497 16.1s Mpscq parallel
[ ] 280 0 0 280 / 497 16.2s Mpscq parallel
[ ] 283 0 0 283 / 497 16.3s Mpscq parallel
[ ] 285 0 0 285 / 497 16.5s Mpscq parallel
[ ] 288 0 0 288 / 497 16.6s Mpscq parallel
[ ] 291 0 0 291 / 497 16.8s Mpscq parallel
[ ] 294 0 0 294 / 497 16.9s Mpscq parallel
[ ] 297 0 0 297 / 497 17.0s Mpscq parallel
[ ] 299 0 0 299 / 497 17.1s Mpscq parallel
[ ] 302 0 0 302 / 497 17.3s Mpscq parallel
[ ] 304 0 0 304 / 497 17.4s Mpscq parallel
[ ] 307 0 0 307 / 497 17.5s Mpscq parallel
[ ] 310 0 0 310 / 497 17.7s Mpscq parallel
[ ] 311 0 0 311 / 497 17.8s Mpscq parallel
[ ] 314 0 0 314 / 497 18.0s Mpscq parallel
[ ] 317 0 0 317 / 497 18.2s Mpscq parallel
[ ] 320 0 0 320 / 497 18.3s Mpscq parallel
[ ] 323 0 0 323 / 497 18.5s Mpscq parallel
[ ] 326 0 0 326 / 497 18.6s Mpscq parallel
[ ] 329 0 0 329 / 497 18.8s Mpscq parallel
[ ] 332 0 0 332 / 497 18.9s Mpscq parallel
[ ] 333 0 0 333 / 497 19.0s Mpscq parallel
[ ] 334 0 0 334 / 497 19.2s Mpscq parallel
[ ] 337 0 0 337 / 497 19.3s Mpscq parallel
[ ] 339 0 0 339 / 497 19.4s Mpscq parallel
[ ] 341 0 0 341 / 497 19.5s Mpscq parallel
[ ] 344 0 0 344 / 497 19.7s Mpscq parallel
[ ] 346 0 0 346 / 497 19.8s Mpscq parallel
[ ] 348 0 0 348 / 497 19.9s Mpscq parallel
[ ] 350 0 0 350 / 497 20.0s Mpscq parallel
[ ] 351 0 0 351 / 497 20.5s Mpscq parallel
[ ] 353 0 0 353 / 497 20.7s Mpscq parallel
[ ] 355 0 0 355 / 497 20.8s Mpscq parallel
[ ] 356 0 0 356 / 497 21.0s Mpscq parallel
[ ] 359 0 0 359 / 497 21.1s Mpscq parallel
[ ] 361 0 0 361 / 497 21.2s Mpscq parallel
[ ] 362 0 0 362 / 497 21.4s Mpscq parallel
[ ] 364 0 0 364 / 497 21.5s Mpscq parallel
[ ] 366 0 0 366 / 497 21.6s Mpscq parallel
[ ] 368 0 0 368 / 497 21.7s Mpscq parallel
[ ] 370 0 0 370 / 497 21.8s Mpscq parallel
[ ] 372 0 0 372 / 497 21.9s Mpscq parallel
[ ] 374 0 0 374 / 497 22.1s Mpscq parallel
[ ] 376 0 0 376 / 497 22.2s Mpscq parallel
[ ] 378 0 0 378 / 497 22.3s Mpscq parallel
[ ] 380 0 0 380 / 497 22.4s Mpscq parallel
[ ] 382 0 0 382 / 497 22.5s Mpscq parallel
[ ] 384 0 0 384 / 497 22.6s Mpscq parallel
[ ] 386 0 0 386 / 497 22.7s Mpscq parallel
[ ] 387 0 0 387 / 497 23.0s Mpscq parallel
[ ] 390 0 0 390 / 497 23.2s Mpscq parallel
[ ] 392 0 0 392 / 497 23.3s Mpscq parallel
[ ] 396 0 0 396 / 497 23.5s Mpscq parallel
[ ] 401 0 0 401 / 497 23.6s Mpscq parallel
[ ] 404 0 0 404 / 497 23.8s Mpscq parallel
[ ] 405 0 0 405 / 497 23.9s Mpscq parallel
[ ] 410 0 0 410 / 497 24.1s Mpscq parallel
[ ] 414 0 0 414 / 497 24.3s Mpscq parallel
[ ] 419 0 0 419 / 497 24.4s Mpscq parallel
[ ] 423 0 0 423 / 497 24.5s Mpscq parallel
[ ] 427 0 0 427 / 497 24.6s Mpscq parallel
[ ] 430 0 0 430 / 497 24.8s Mpscq parallel
[ ] 432 0 0 432 / 497 25.0s Mpscq parallel
[ ] 436 0 0 436 / 497 25.2s Mpscq parallel
[ ] 438 0 0 438 / 497 25.4s Mpscq parallel
[ ] 441 0 0 441 / 497 25.5s Mpscq parallel
[ ] 445 0 0 445 / 497 25.7s Mpscq parallel
[ ] 448 0 0 448 / 497 25.8s Mpscq parallel
[ ] 451 0 0 451 / 497 25.9s Mpscq parallel
[ ] 455 0 0 455 / 497 26.0s Mpscq parallel
[ ] 459 0 0 459 / 497 26.2s Mpscq parallel
[ ] 463 0 0 463 / 497 26.3s Mpscq parallel
[ ] 467 0 0 467 / 497 26.4s Mpscq parallel
[ ] 470 0 0 470 / 497 26.5s Mpscq parallel
[ ] 472 0 0 472 / 497 26.7s Mpscq parallel
[ ] 475 0 0 475 / 497 26.8s Mpscq parallel
[ ] 479 0 0 479 / 497 26.9s Mpscq parallel
[ ] 483 0 0 483 / 497 27.0s Mpscq parallel
[ ] 487 0 0 487 / 497 27.1s Mpscq parallel
[ ] 489 0 0 489 / 497 27.2s Mpscq parallel
[ ] 491 0 0 491 / 497 27.3s Mpscq parallel
[ ] 493 0 0 493 / 497 27.5s Mpscq parallel
[ ] 497 0 0 497 / 497 27.6s Mpscq parallel
[✓] 497 0 0 497 / 497 27.6s Mpscq parallel
================================================================================
success (ran 2 tests)
random seed: 3287994368529929133
generated error fail pass / total time test name
[ ] 0 0 0 0 / 32 0.0s Mpscq sequential
[✓] 32 0 0 32 / 32 0.0s Mpscq sequential
[ ] 0 0 0 0 / 32 0.0s Mpscq parallel
[ ] 4 0 0 4 / 32 0.1s Mpscq parallel
[ ] 7 0 0 7 / 32 0.3s Mpscq parallel
[ ] 10 0 0 10 / 32 0.5s Mpscq parallel
[ ] 14 0 0 14 / 32 0.7s Mpscq parallel
[ ] 18 0 0 18 / 32 0.8s Mpscq parallel
[ ] 21 0 0 21 / 32 0.9s Mpscq parallel
[ ] 23 0 0 23 / 32 1.2s Mpscq parallel
[ ] 27 0 0 27 / 32 1.3s Mpscq parallel
[ ] 30 0 0 30 / 32 1.4s Mpscq parallel
[✓] 32 0 0 32 / 32 1.4s Mpscq parallel
================================================================================
success (ran 2 tests)
2025-02-06 23:49.15: Cancelling: Auto-cancelling job because it is no longer needed
Job cancelled