- github
- ocaml
- opam-repository
- dd5533
- compilers,4.14,dune-configurator.3.20.0~alpha2,revdeps,parmap.1.2.4
(not at the head of any monitored branch or PR)
2025-08-05 14:00.21: New job: test parmap.1.2.4 with dune-configurator.3.20.0~alpha2, using opam 2.3
from https://github.com/ocaml/opam-repository.git#refs/pull/28298/head (dd5533520fdcb5364efecb41d297e786ddcc1f76)
on debian-12-ocaml-4.14/amd64
To reproduce locally:
cd $(mktemp -d)
git clone --recursive "https://github.com/ocaml/opam-repository.git" && cd "opam-repository" && git fetch origin "refs/pull/28298/head" && git reset --hard dd553352
git fetch origin master
git merge --no-edit 39155538b0d7654773a68bd42b0b7dbb8eb14ad7
cat > ../Dockerfile <<'END-OF-DOCKERFILE'
FROM ocaml/opam:debian-12-ocaml-4.14@sha256:b3b4d6d5643af6178c2c7da1f4185223f562d83280904781325cdf5798986a63
USER 1000:1000
WORKDIR /home/opam
RUN sudo ln -f /usr/bin/opam-2.3 /usr/bin/opam
RUN opam init --reinit -ni
RUN opam option solver=builtin-0install && opam config report
ENV OPAMDOWNLOADJOBS="1"
ENV OPAMERRLOGLEN="0"
ENV OPAMPRECISETRACKING="1"
ENV CI="true"
ENV OPAM_REPO_CI="true"
RUN rm -rf opam-repository/
COPY --chown=1000:1000 . opam-repository/
RUN opam repository set-url --strict default opam-repository/
RUN opam update --depexts || true
RUN opam pin add -k version -yn dune-configurator.3.20.0~alpha2 3.20.0~alpha2
RUN opam reinstall dune-configurator.3.20.0~alpha2; \
res=$?; \
test "$res" != 31 && exit "$res"; \
export OPAMCLI=2.0; \
build_dir=$(opam var prefix)/.opam-switch/build; \
failed=$(ls "$build_dir"); \
partial_fails=""; \
for pkg in $failed; do \
if opam show -f x-ci-accept-failures: "$pkg" | grep -qF "\"debian-12\""; then \
echo "A package failed and has been disabled for CI using the 'x-ci-accept-failures' field."; \
fi; \
test "$pkg" != 'dune-configurator.3.20.0~alpha2' && partial_fails="$partial_fails $pkg"; \
done; \
test "${partial_fails}" != "" && echo "opam-repo-ci detected dependencies failing: ${partial_fails}"; \
exit 1
RUN opam reinstall parmap.1.2.4; \
res=$?; \
test "$res" != 31 && exit "$res"; \
export OPAMCLI=2.0; \
build_dir=$(opam var prefix)/.opam-switch/build; \
failed=$(ls "$build_dir"); \
partial_fails=""; \
for pkg in $failed; do \
if opam show -f x-ci-accept-failures: "$pkg" | grep -qF "\"debian-12\""; then \
echo "A package failed and has been disabled for CI using the 'x-ci-accept-failures' field."; \
fi; \
test "$pkg" != 'parmap.1.2.4' && partial_fails="$partial_fails $pkg"; \
done; \
test "${partial_fails}" != "" && echo "opam-repo-ci detected dependencies failing: ${partial_fails}"; \
exit 1
RUN (opam reinstall --with-test parmap.1.2.4) || true
RUN opam reinstall --with-test --verbose parmap.1.2.4; \
res=$?; \
test "$res" != 31 && exit "$res"; \
export OPAMCLI=2.0; \
build_dir=$(opam var prefix)/.opam-switch/build; \
failed=$(ls "$build_dir"); \
partial_fails=""; \
for pkg in $failed; do \
if opam show -f x-ci-accept-failures: "$pkg" | grep -qF "\"debian-12\""; then \
echo "A package failed and has been disabled for CI using the 'x-ci-accept-failures' field."; \
fi; \
test "$pkg" != 'parmap.1.2.4' && partial_fails="$partial_fails $pkg"; \
done; \
test "${partial_fails}" != "" && echo "opam-repo-ci detected dependencies failing: ${partial_fails}"; \
exit 1
END-OF-DOCKERFILE
docker build -f ../Dockerfile .
2025-08-05 14:00.21: Using cache hint "ocaml/opam:debian-12-ocaml-4.14@sha256:b3b4d6d5643af6178c2c7da1f4185223f562d83280904781325cdf5798986a63-dune-configurator.3.20.0~alpha2-parmap.1.2.4-dd5533520fdcb5364efecb41d297e786ddcc1f76"
2025-08-05 14:00.21: Using OBuilder spec:
((from ocaml/opam:debian-12-ocaml-4.14@sha256:b3b4d6d5643af6178c2c7da1f4185223f562d83280904781325cdf5798986a63)
(user (uid 1000) (gid 1000))
(workdir /home/opam)
(run (shell "sudo ln -f /usr/bin/opam-2.3 /usr/bin/opam"))
(run (network host)
(shell "opam init --reinit --config .opamrc-sandbox -ni"))
(run (shell "opam option solver=builtin-0install && opam config report"))
(env OPAMDOWNLOADJOBS 1)
(env OPAMERRLOGLEN 0)
(env OPAMPRECISETRACKING 1)
(env CI true)
(env OPAM_REPO_CI true)
(run (shell "rm -rf opam-repository/"))
(copy (src .) (dst opam-repository/))
(run (shell "opam repository set-url --strict default opam-repository/"))
(run (network host)
(shell "opam update --depexts || true"))
(run (shell "opam pin add -k version -yn dune-configurator.3.20.0~alpha2 3.20.0~alpha2"))
(run (cache (opam-archives (target /home/opam/.opam/download-cache)))
(network host)
(shell "opam reinstall dune-configurator.3.20.0~alpha2;\
\n res=$?;\
\n test \"$res\" != 31 && exit \"$res\";\
\n export OPAMCLI=2.0;\
\n build_dir=$(opam var prefix)/.opam-switch/build;\
\n failed=$(ls \"$build_dir\");\
\n partial_fails=\"\";\
\n for pkg in $failed; do\
\n if opam show -f x-ci-accept-failures: \"$pkg\" | grep -qF \"\\\"debian-12\\\"\"; then\
\n echo \"A package failed and has been disabled for CI using the 'x-ci-accept-failures' field.\";\
\n fi;\
\n test \"$pkg\" != 'dune-configurator.3.20.0~alpha2' && partial_fails=\"$partial_fails $pkg\";\
\n done;\
\n test \"${partial_fails}\" != \"\" && echo \"opam-repo-ci detected dependencies failing: ${partial_fails}\";\
\n exit 1"))
(run (cache (opam-archives (target /home/opam/.opam/download-cache)))
(network host)
(shell "opam reinstall parmap.1.2.4;\
\n res=$?;\
\n test \"$res\" != 31 && exit \"$res\";\
\n export OPAMCLI=2.0;\
\n build_dir=$(opam var prefix)/.opam-switch/build;\
\n failed=$(ls \"$build_dir\");\
\n partial_fails=\"\";\
\n for pkg in $failed; do\
\n if opam show -f x-ci-accept-failures: \"$pkg\" | grep -qF \"\\\"debian-12\\\"\"; then\
\n echo \"A package failed and has been disabled for CI using the 'x-ci-accept-failures' field.\";\
\n fi;\
\n test \"$pkg\" != 'parmap.1.2.4' && partial_fails=\"$partial_fails $pkg\";\
\n done;\
\n test \"${partial_fails}\" != \"\" && echo \"opam-repo-ci detected dependencies failing: ${partial_fails}\";\
\n exit 1"))
(run (network host)
(shell "(opam reinstall --with-test parmap.1.2.4) || true"))
(run (shell "opam reinstall --with-test --verbose parmap.1.2.4;\
\n res=$?;\
\n test \"$res\" != 31 && exit \"$res\";\
\n export OPAMCLI=2.0;\
\n build_dir=$(opam var prefix)/.opam-switch/build;\
\n failed=$(ls \"$build_dir\");\
\n partial_fails=\"\";\
\n for pkg in $failed; do\
\n if opam show -f x-ci-accept-failures: \"$pkg\" | grep -qF \"\\\"debian-12\\\"\"; then\
\n echo \"A package failed and has been disabled for CI using the 'x-ci-accept-failures' field.\";\
\n fi;\
\n test \"$pkg\" != 'parmap.1.2.4' && partial_fails=\"$partial_fails $pkg\";\
\n done;\
\n test \"${partial_fails}\" != \"\" && echo \"opam-repo-ci detected dependencies failing: ${partial_fails}\";\
\n exit 1"))
)
2025-08-05 14:00.21: Waiting for resource in pool OCluster
2025-08-05 19:16.32: Waiting for worker…
2025-08-05 19:18.16: Got resource from pool OCluster
Building on odawa.caelum.ci.dev
All commits already cached
HEAD is now at 39155538b0 Merge pull request #28292 from gildor478/release-ocamlmod-v0.1.1
Updating 39155538b0..dd5533520f
Fast-forward
.../chrome-trace/chrome-trace.3.20.0~alpha2/opam | 41 ++++++++++++
.../dune-action-plugin.3.20.0~alpha2/opam | 54 ++++++++++++++++
.../dune-build-info.3.20.0~alpha2/opam | 47 ++++++++++++++
.../dune-configurator.3.20.0~alpha2/opam | 51 +++++++++++++++
packages/dune-glob/dune-glob.3.20.0~alpha2/opam | 44 +++++++++++++
.../dune-private-libs.3.20.0~alpha2/opam | 52 +++++++++++++++
.../dune-rpc-lwt/dune-rpc-lwt.3.20.0~alpha2/opam | 43 +++++++++++++
packages/dune-rpc/dune-rpc.3.20.0~alpha2/opam | 45 +++++++++++++
packages/dune-site/dune-site.3.20.0~alpha2/opam | 39 ++++++++++++
packages/dune/dune.3.20.0~alpha2/opam | 74 ++++++++++++++++++++++
packages/dyn/dyn.3.20.0~alpha2/opam | 42 ++++++++++++
packages/ocamlc-loc/ocamlc-loc.3.20.0~alpha2/opam | 45 +++++++++++++
packages/ordering/ordering.3.20.0~alpha2/opam | 40 ++++++++++++
packages/stdune/stdune.3.20.0~alpha2/opam | 46 ++++++++++++++
packages/xdg/xdg.3.20.0~alpha2/opam | 41 ++++++++++++
15 files changed, 704 insertions(+)
create mode 100644 packages/chrome-trace/chrome-trace.3.20.0~alpha2/opam
create mode 100644 packages/dune-action-plugin/dune-action-plugin.3.20.0~alpha2/opam
create mode 100644 packages/dune-build-info/dune-build-info.3.20.0~alpha2/opam
create mode 100644 packages/dune-configurator/dune-configurator.3.20.0~alpha2/opam
create mode 100644 packages/dune-glob/dune-glob.3.20.0~alpha2/opam
create mode 100644 packages/dune-private-libs/dune-private-libs.3.20.0~alpha2/opam
create mode 100644 packages/dune-rpc-lwt/dune-rpc-lwt.3.20.0~alpha2/opam
create mode 100644 packages/dune-rpc/dune-rpc.3.20.0~alpha2/opam
create mode 100644 packages/dune-site/dune-site.3.20.0~alpha2/opam
create mode 100644 packages/dune/dune.3.20.0~alpha2/opam
create mode 100644 packages/dyn/dyn.3.20.0~alpha2/opam
create mode 100644 packages/ocamlc-loc/ocamlc-loc.3.20.0~alpha2/opam
create mode 100644 packages/ordering/ordering.3.20.0~alpha2/opam
create mode 100644 packages/stdune/stdune.3.20.0~alpha2/opam
create mode 100644 packages/xdg/xdg.3.20.0~alpha2/opam
(from ocaml/opam:debian-12-ocaml-4.14@sha256:b3b4d6d5643af6178c2c7da1f4185223f562d83280904781325cdf5798986a63)
2025-08-05 19:32.44 ---> using "7f53aba96fd697ea92c7c7d3f6be48133fa7f3f6538a693606c4cbcecd7917b8" from cache
/: (user (uid 1000) (gid 1000))
/: (workdir /home/opam)
/home/opam: (run (shell "sudo ln -f /usr/bin/opam-2.3 /usr/bin/opam"))
2025-08-05 19:32.44 ---> using "e4ec4ab2139d3c4a94c2b5470fe84288e4986c518ff4f4ae2d7c7e30aeac0731" from cache
/home/opam: (run (network host)
(shell "opam init --reinit --config .opamrc-sandbox -ni"))
Configuring from /home/opam/.opamrc-sandbox, then /home/opam/.opamrc, and finally from built-in defaults.
Checking for available remotes: rsync and local, git.
- you won't be able to use mercurial repositories unless you install the hg command on your system.
- you won't be able to use darcs repositories unless you install the darcs command on your system.
This development version of opam requires an update to the layout of /home/opam/.opam from version 2.0 to version 2.2, which can't be reverted.
You may want to back it up before going further.
Continue? [y/n] y
[NOTE] The 'jobs' option was reset, its value was 71 and its new value will vary according to the current number of cores on your machine. You can restore the fixed value using:
opam option jobs=71 --global
Format upgrade done.
<><> Updating repositories ><><><><><><><><><><><><><><><><><><><><><><><><><><>
[default] Initialised
2025-08-05 19:32.44 ---> using "707659fd6393183061072104f3ce800d69d94ba93e0f39ab380130268d0ee81e" from cache
/home/opam: (run (shell "opam option solver=builtin-0install && opam config report"))
Set to 'builtin-0install' the field solver in global configuration
# opam config report
# opam-version 2.3.0 (35acd0c5abc5e66cdbd5be16ba77aa6c33a4c724)
# self-upgrade no
# system arch=x86_64 os=linux os-distribution=debian os-version=12
# solver builtin-0install
# install-criteria -changed,-count[avoid-version,solution]
# upgrade-criteria -count[avoid-version,solution]
# jobs 255
# repositories 1 (version-controlled)
# pinned 1 (version)
# current-switch 4.14
# invariant ["ocaml-base-compiler" {= "4.14.2"}]
# compiler-packages ocaml-base-compiler.4.14.2, ocaml-options-vanilla.1
# ocaml:native true
# ocaml:native-tools true
# ocaml:native-dynlink true
# ocaml:stubsdir /home/opam/.opam/4.14/lib/ocaml/stublibs:/home/opam/.opam/4.14/lib/ocaml
# ocaml:preinstalled false
# ocaml:compiler 4.14.2
2025-08-05 19:32.44 ---> using "3ec3067d40f73cc0ec4554b242939c55b0261973e091b54a647662451dc49933" from cache
/home/opam: (env OPAMDOWNLOADJOBS 1)
/home/opam: (env OPAMERRLOGLEN 0)
/home/opam: (env OPAMPRECISETRACKING 1)
/home/opam: (env CI true)
/home/opam: (env OPAM_REPO_CI true)
/home/opam: (run (shell "rm -rf opam-repository/"))
2025-08-05 19:32.44 ---> using "376e3b49c8c08cb1ff0d45feb403c06e037d8df5800c560fdd8dd472f1e36b9a" from cache
/home/opam: (copy (src .) (dst opam-repository/))
2025-08-05 19:32.45 ---> using "d7c14fc292f88db48f1d08b5e5bee64699faa33d6c6497ea4d0ded851936243b" from cache
/home/opam: (run (shell "opam repository set-url --strict default opam-repository/"))
[default] Initialised
2025-08-05 19:32.45 ---> using "4d064c1160c8dcca737cd7528eeaed565bdc230fcc7555f114d63e3df515c34a" from cache
/home/opam: (run (network host)
(shell "opam update --depexts || true"))
+ /usr/bin/sudo "apt-get" "update"
- Hit:1 http://deb.debian.org/debian bookworm InRelease
- Get:2 http://deb.debian.org/debian bookworm-updates InRelease [55.4 kB]
- Get:3 http://deb.debian.org/debian-security bookworm-security InRelease [48.0 kB]
- Get:4 http://deb.debian.org/debian bookworm-updates/main amd64 Packages.diff/Index [19.6 kB]
- Ign:4 http://deb.debian.org/debian bookworm-updates/main amd64 Packages.diff/Index
- Get:5 http://deb.debian.org/debian bookworm-updates/main amd64 Packages [6916 B]
- Get:6 http://deb.debian.org/debian-security bookworm-security/main amd64 Packages [272 kB]
- Fetched 402 kB in 0s (1479 kB/s)
- Reading package lists...
2025-08-05 19:32.45 ---> using "f43accf761343248e80f7b61b22936d9bfc3109749567c716c34e25a997df933" from cache
/home/opam: (run (shell "opam pin add -k version -yn dune-configurator.3.20.0~alpha2 3.20.0~alpha2"))
dune-configurator is now pinned to version 3.20.0~alpha2
2025-08-05 19:32.45 ---> using "498f610c53b8e71303caac3cc5fc8285da935f9b9ddc7e38d587c4c9eebb2041" from cache
/home/opam: (run (cache (opam-archives (target /home/opam/.opam/download-cache)))
(network host)
(shell "opam reinstall dune-configurator.3.20.0~alpha2;\
\n res=$?;\
\n test \"$res\" != 31 && exit \"$res\";\
\n export OPAMCLI=2.0;\
\n build_dir=$(opam var prefix)/.opam-switch/build;\
\n failed=$(ls \"$build_dir\");\
\n partial_fails=\"\";\
\n for pkg in $failed; do\
\n if opam show -f x-ci-accept-failures: \"$pkg\" | grep -qF \"\\\"debian-12\\\"\"; then\
\n echo \"A package failed and has been disabled for CI using the 'x-ci-accept-failures' field.\";\
\n fi;\
\n test \"$pkg\" != 'dune-configurator.3.20.0~alpha2' && partial_fails=\"$partial_fails $pkg\";\
\n done;\
\n test \"${partial_fails}\" != \"\" && echo \"opam-repo-ci detected dependencies failing: ${partial_fails}\";\
\n exit 1"))
dune-configurator.3.20.0~alpha2 is not installed. Install it? [y/n] y
The following actions will be performed:
=== install 3 packages
- install csexp 1.5.2 [required by dune-configurator]
- install dune 3.20.0~alpha2 [required by dune-configurator]
- install dune-configurator 3.20.0~alpha2 (pinned)
<><> Processing actions <><><><><><><><><><><><><><><><><><><><><><><><><><><><>
-> retrieved csexp.1.5.2 (cached)
-> retrieved dune.3.20.0~alpha2, dune-configurator.3.20.0~alpha2 (cached)
-> installed dune.3.20.0~alpha2
-> installed csexp.1.5.2
-> installed dune-configurator.3.20.0~alpha2
Done.
# To update the current shell environment, run: eval $(opam env)
2025-08-05 19:32.45 ---> using "3e71451dcd4420bb892311c68f87187f8d40fb27d797094012ca2caa9183ec4e" from cache
/home/opam: (run (cache (opam-archives (target /home/opam/.opam/download-cache)))
(network host)
(shell "opam reinstall parmap.1.2.4;\
\n res=$?;\
\n test \"$res\" != 31 && exit \"$res\";\
\n export OPAMCLI=2.0;\
\n build_dir=$(opam var prefix)/.opam-switch/build;\
\n failed=$(ls \"$build_dir\");\
\n partial_fails=\"\";\
\n for pkg in $failed; do\
\n if opam show -f x-ci-accept-failures: \"$pkg\" | grep -qF \"\\\"debian-12\\\"\"; then\
\n echo \"A package failed and has been disabled for CI using the 'x-ci-accept-failures' field.\";\
\n fi;\
\n test \"$pkg\" != 'parmap.1.2.4' && partial_fails=\"$partial_fails $pkg\";\
\n done;\
\n test \"${partial_fails}\" != \"\" && echo \"opam-repo-ci detected dependencies failing: ${partial_fails}\";\
\n exit 1"))
parmap.1.2.4 is not installed. Install it? [y/n] y
The following actions will be performed:
=== install 1 package
- install parmap 1.2.4
<><> Processing actions <><><><><><><><><><><><><><><><><><><><><><><><><><><><>
-> retrieved parmap.1.2.4 (cached)
-> installed parmap.1.2.4
Done.
# To update the current shell environment, run: eval $(opam env)
2025-08-05 19:32.48 ---> saved as "d1f66685b0ee2d754ed4b523c92e8da7603fdd4ef36d0ac3323bccc4d23562b4"
/home/opam: (run (network host)
(shell "(opam reinstall --with-test parmap.1.2.4) || true"))
The following actions will be performed:
=== recompile 1 package
- recompile parmap 1.2.4
<><> Processing actions <><><><><><><><><><><><><><><><><><><><><><><><><><><><>
-> retrieved parmap.1.2.4 (https://opam.ocaml.org/cache)
-> removed parmap.1.2.4
-> installed parmap.1.2.4
Done.
# To update the current shell environment, run: eval $(opam env)
2025-08-05 19:36.43 ---> saved as "19fab02e439ab202d671ed5109e182c46eca936bd967b45ffd7fc4f5a2e89878"
/home/opam: (run (shell "opam reinstall --with-test --verbose parmap.1.2.4;\
\n res=$?;\
\n test \"$res\" != 31 && exit \"$res\";\
\n export OPAMCLI=2.0;\
\n build_dir=$(opam var prefix)/.opam-switch/build;\
\n failed=$(ls \"$build_dir\");\
\n partial_fails=\"\";\
\n for pkg in $failed; do\
\n if opam show -f x-ci-accept-failures: \"$pkg\" | grep -qF \"\\\"debian-12\\\"\"; then\
\n echo \"A package failed and has been disabled for CI using the 'x-ci-accept-failures' field.\";\
\n fi;\
\n test \"$pkg\" != 'parmap.1.2.4' && partial_fails=\"$partial_fails $pkg\";\
\n done;\
\n test \"${partial_fails}\" != \"\" && echo \"opam-repo-ci detected dependencies failing: ${partial_fails}\";\
\n exit 1"))
The following actions will be performed:
=== recompile 1 package
- recompile parmap 1.2.4
<><> Processing actions <><><><><><><><><><><><><><><><><><><><><><><><><><><><>
Processing 1/4: [parmap.1.2.4: extract]
-> retrieved parmap.1.2.4 (cached)
Processing 2/4: [parmap: dune build]
+ /home/opam/.opam/opam-init/hooks/sandbox.sh "build" "dune" "build" "-p" "parmap" "-j" "255" "@install" "@runtest" (CWD=/home/opam/.opam/4.14/.opam-switch/build/parmap.1.2.4)
- (cd _build/default/src && /usr/bin/gcc -O2 -fno-strict-aliasing -fwrapv -pthread -fPIC -D_FILE_OFFSET_BITS=64 -O2 -fno-strict-aliasing -fwrapv -pthread -fPIC -g -I /home/opam/.opam/4.14/lib/ocaml -o bytearray_stubs.o -c bytearray_stubs.c)
- bytearray_stubs.c: In function 'ml_marshal_to_bigarray':
- bytearray_stubs.c:16:13: warning: "output_value_to_malloc" is deprecated: use "caml_output_value_to_malloc" instead
- 16 | output_value_to_malloc(v, flags, &buf, &len);
- | ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
- bytearray_stubs.c:17:13: warning: "alloc_bigarray" is deprecated: use "caml_ba_alloc" instead
- 17 | return alloc_bigarray(BIGARRAY_UINT8 | BIGARRAY_C_LAYOUT | BIGARRAY_MANAGED,
- | ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
- bytearray_stubs.c:17:13: warning: "BIGARRAY_UINT8" is deprecated: use "CAML_BA_UINT8" instead
- bytearray_stubs.c:17:13: warning: "BIGARRAY_C_LAYOUT" is deprecated: use "CAML_BA_C_LAYOUT" instead
- 17 | return alloc_bigarray(BIGARRAY_UINT8 | BIGARRAY_C_LAYOUT | BIGARRAY_MANAGED,
- | ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
- bytearray_stubs.c:17:13: warning: "BIGARRAY_MANAGED" is deprecated: use "CAML_BA_MANAGED" instead
- 17 | return alloc_bigarray(BIGARRAY_UINT8 | BIGARRAY_C_LAYOUT | BIGARRAY_MANAGED,
- | ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
- bytearray_stubs.c: In function 'ml_marshal_to_bigarray_buffer':
- bytearray_stubs.c:24:13: warning: "caml_bigarray" is deprecated: use "caml_ba_array" instead
- 24 | struct caml_bigarray *b_arr = Bigarray_val(b);
- | ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
- bytearray_stubs.c:24:13: warning: "Bigarray_val" is deprecated: use "Caml_ba_array_val" instead
- 24 | struct caml_bigarray *b_arr = Bigarray_val(b);
- | ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
- bytearray_stubs.c: In function 'ml_unmarshal_from_bigarray':
- bytearray_stubs.c:32:13: warning: "caml_bigarray" is deprecated: use "caml_ba_array" instead
- 32 | struct caml_bigarray *b_arr = Bigarray_val(b);
- | ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
- bytearray_stubs.c:32:13: warning: "Bigarray_val" is deprecated: use "Caml_ba_array_val" instead
- 32 | struct caml_bigarray *b_arr = Bigarray_val(b);
- | ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
- bytearray_stubs.c:33:13: warning: "input_value_from_block" is deprecated: use "caml_input_value_from_block" instead
- 33 | return input_value_from_block (Array_data (b_arr, ofs),
- | ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
- bytearray_stubs.c: In function 'ml_blit_string_to_bigarray':
- bytearray_stubs.c:41:13: warning: "Bigarray_val" is deprecated: use "Caml_ba_array_val" instead
- 41 | char *dest = Array_data(Bigarray_val(a), j);
- | ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
- bytearray_stubs.c: In function 'ml_blit_bigarray_to_string':
- bytearray_stubs.c:49:13: warning: "Bigarray_val" is deprecated: use "Caml_ba_array_val" instead
- 49 | char *src = Array_data(Bigarray_val(a), i);
- | ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
- bytearray_stubs.c: In function 'ml_blit_floatarray_to_bigarray':
- bytearray_stubs.c:60:13: warning: "Bigarray_val" is deprecated: use "Caml_ba_array_val" instead
- 60 | char *dest = Floatarray_data(Bigarray_val(a), j);
- | ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
- bytearray_stubs.c: In function 'ml_blit_bigarray_to_floatarray':
- bytearray_stubs.c:69:13: warning: "Bigarray_val" is deprecated: use "Caml_ba_array_val" instead
- 69 | char *src = Floatarray_data(Bigarray_val(a), i);
- | ^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
- (cd _build/default && /home/opam/.opam/4.14/bin/ocamlc.opt -w -40 -g -bin-annot -I src/.parmap.objs/byte -intf-suffix .ml -no-alias-deps -o src/.parmap.objs/byte/parmap.cmo -c -impl src/parmap.ml)
- File "src/parmap.ml", line 105, characters 15-73:
- 105 | let redirect ?(path = (Printf.sprintf "/tmp/.parmap.%d" (Unix.getpid ()))) ~id =
- ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
- Warning 16 [unerasable-optional-argument]: this optional argument cannot be erased.
- (cd _build/default && /home/opam/.opam/4.14/bin/ocamlopt.opt -w -40 -g -I src/.parmap.objs/byte -I src/.parmap.objs/native -intf-suffix .ml -no-alias-deps -o src/.parmap.objs/native/parmap.cmx -c -impl src/parmap.ml)
- File "src/parmap.ml", line 105, characters 15-73:
- 105 | let redirect ?(path = (Printf.sprintf "/tmp/.parmap.%d" (Unix.getpid ()))) ~id =
- ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
- Warning 16 [unerasable-optional-argument]: this optional argument cannot be erased.
- (cd _build/default/tests && ./testexceptions.exe)
- Exceptions are properly catched, no SIGSEVTesting capture of exception: this code should exit normally, without segfault.
- [Parmap]: mapper on 5 elements, on 5 cores
- [Parmap]: simplemapper on 5 elements, on 5 cores, chunksize = 1
- [Parmap]: error at index j=0 in (0,0), chunksize=1 of a total of 1 got exception Failure("should not crash") on core 0
-
- [Parmap]: error at index j=0 in (1,1), chunksize=1 of a total of 1 got exception Failure("should not crash") on core 1
-
- [Parmap]: error at index j=0 in (2,2), chunksize=1 of a total of 1 got exception Failure("should not crash") on core 2
-
- [Parmap]: error at index j=0 in (3,3), chunksize=1 of a total of 1 got exception Failure("should not crash") on core 3
-
- [Parmap]: error at index j=0 in (4,4), chunksize=1 of a total of 1 got exception Failure("should not crash") on core 4
-
- (cd _build/default/tests && ./simplescalefold.exe)
- Testing scalability with 2 iterations on 1*2 to 10*2 cores
- The fold operation in this example is too simple to scale: this is just a test for the code.
- Sequential execution takes 0.000568 seconds
- Speedup with 2 cores (average on 2 iterations): 0.201182 (tseq=0.000568, tpar=0.002824)
- Speedup with 4 cores (average on 2 iterations): 0.199631 (tseq=0.000568, tpar=0.002846)
- Speedup with 6 cores (average on 2 iterations): 0.165234 (tseq=0.000568, tpar=0.003438)
- Speedup with 8 cores (average on 2 iterations): 0.144149 (tseq=0.000568, tpar=0.003941)
- Speedup with 10 cores (average on 2 iterations): 0.120897 (tseq=0.000568, tpar=0.004699)
- Speedup with 12 cores (average on 2 iterations): 0.106427 (tseq=0.000568, tpar=0.005338)
- Speedup with 14 cores (average on 2 iterations): 0.098331 (tseq=0.000568, tpar=0.005778)
- Speedup with 16 cores (average on 2 iterations): 0.081649 (tseq=0.000568, tpar=0.006958)
- Speedup with 18 cores (average on 2 iterations): 0.066010 (tseq=0.000568, tpar=0.008607)
- Speedup with 20 cores (average on 2 iterations): 0.052717 (tseq=0.000568, tpar=0.010777)
- (cd _build/default/tests && ./floatscale.exe)
- Test: normal parmap
- Test: specialised array parmap
- Test: specialised float array parmap
- Testing scalability with 1 iterations on 8 to 8 cores, step 1
- Sequential execution takes 0.851087 seconds
- Speedup with 8 cores (average on 1 iterations): 0.314489 (tseq=0.851087, tpar=2.706258)
- Testing scalability with 1 iterations on 8 to 8 cores, step 1
- Sequential execution takes 0.189870 seconds
- Speedup with 8 cores (average on 1 iterations): 0.252029 (tseq=0.189870, tpar=0.753366)
- Testing scalability with 1 iterations on 8 to 8 cores, step 1
- Sequential execution takes 0.189616 seconds
- Speedup with 8 cores (average on 1 iterations): 0.913337 (tseq=0.189616, tpar=0.207608)
- (cd _build/default/tests && ./simplescalemapfold.exe)
- Testing scalability with 2 iterations on 1*2 to 10*2 cores
- Sequential execution takes 1.492382 seconds
- Speedup with 2 cores (average on 2 iterations): 1.934581 (tseq=1.492382, tpar=0.771424)
- Speedup with 4 cores (average on 2 iterations): 3.616831 (tseq=1.492382, tpar=0.412621)
- Speedup with 6 cores (average on 2 iterations): 5.056181 (tseq=1.492382, tpar=0.295160)
- Speedup with 8 cores (average on 2 iterations): 5.296634 (tseq=1.492382, tpar=0.281760)
- Speedup with 10 cores (average on 2 iterations): 6.955205 (tseq=1.492382, tpar=0.214571)
- Speedup with 12 cores (average on 2 iterations): 9.439659 (tseq=1.492382, tpar=0.158097)
- Speedup with 14 cores (average on 2 iterations): 10.257455 (tseq=1.492382, tpar=0.145492)
- Speedup with 16 cores (average on 2 iterations): 11.043147 (tseq=1.492382, tpar=0.135141)
- Speedup with 18 cores (average on 2 iterations): 11.125644 (tseq=1.492382, tpar=0.134139)
- Speedup with 20 cores (average on 2 iterations): 12.592979 (tseq=1.492382, tpar=0.118509)
- (cd _build/default/tests && ./simplescale_array.exe)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 2.983794 seconds
- Speedup with 1 cores (average on 2 iterations): 0.981587 (tseq=2.983794, tpar=3.039767)
- Speedup with 2 cores (average on 2 iterations): 1.995600 (tseq=2.983794, tpar=1.495187)
- Speedup with 3 cores (average on 2 iterations): 2.989441 (tseq=2.983794, tpar=0.998111)
- Speedup with 4 cores (average on 2 iterations): 3.983640 (tseq=2.983794, tpar=0.749012)
- Speedup with 5 cores (average on 2 iterations): 4.967994 (tseq=2.983794, tpar=0.600603)
- Speedup with 6 cores (average on 2 iterations): 5.967582 (tseq=2.983794, tpar=0.500000)
- Speedup with 7 cores (average on 2 iterations): 6.890589 (tseq=2.983794, tpar=0.433025)
- Speedup with 8 cores (average on 2 iterations): 7.923084 (tseq=2.983794, tpar=0.376595)
- Speedup with 9 cores (average on 2 iterations): 8.820182 (tseq=2.983794, tpar=0.338292)
- Speedup with 10 cores (average on 2 iterations): 9.881258 (tseq=2.983794, tpar=0.301965)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 2.996288 seconds
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 1 cores (average on 2 iterations): 0.592950 (tseq=2.996288, tpar=5.053192)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 2 cores (average on 2 iterations): 1.404857 (tseq=2.996288, tpar=2.132806)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 3 cores (average on 2 iterations): 1.921225 (tseq=2.996288, tpar=1.559572)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 4 cores (average on 2 iterations): 2.380624 (tseq=2.996288, tpar=1.258615)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 5 cores (average on 2 iterations): 2.759432 (tseq=2.996288, tpar=1.085835)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 6 cores (average on 2 iterations): 2.805580 (tseq=2.996288, tpar=1.067974)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 7 cores (average on 2 iterations): 3.056482 (tseq=2.996288, tpar=0.980306)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 8 cores (average on 2 iterations): 4.718430 (tseq=2.996288, tpar=0.635018)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 9 cores (average on 2 iterations): 6.697120 (tseq=2.996288, tpar=0.447399)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 10 cores (average on 2 iterations): 8.493844 (tseq=2.996288, tpar=0.352760)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 2.982741 seconds
- Speedup with 1 cores (average on 2 iterations): 0.412536 (tseq=2.982741, tpar=7.230248)
- Speedup with 2 cores (average on 2 iterations): 1.012587 (tseq=2.982741, tpar=2.945665)
- Speedup with 3 cores (average on 2 iterations): 1.791304 (tseq=2.982741, tpar=1.665123)
- Speedup with 4 cores (average on 2 iterations): 3.855882 (tseq=2.982741, tpar=0.773556)
- Speedup with 5 cores (average on 2 iterations): 4.374505 (tseq=2.982741, tpar=0.681846)
- Speedup with 6 cores (average on 2 iterations): 5.296892 (tseq=2.982741, tpar=0.563112)
- Speedup with 7 cores (average on 2 iterations): 6.321140 (tseq=2.982741, tpar=0.471868)
- Speedup with 8 cores (average on 2 iterations): 7.175985 (tseq=2.982741, tpar=0.415656)
- Speedup with 9 cores (average on 2 iterations): 8.217235 (tseq=2.982741, tpar=0.362986)
- Speedup with 10 cores (average on 2 iterations): 9.022165 (tseq=2.982741, tpar=0.330601)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 2.982370 seconds
- Speedup with 1 cores (average on 2 iterations): 0.996073 (tseq=2.982370, tpar=2.994129)
- Speedup with 2 cores (average on 2 iterations): 1.996867 (tseq=2.982370, tpar=1.493525)
- Speedup with 3 cores (average on 2 iterations): 2.985903 (tseq=2.982370, tpar=0.998817)
- Speedup with 4 cores (average on 2 iterations): 3.974761 (tseq=2.982370, tpar=0.750327)
- Speedup with 5 cores (average on 2 iterations): 4.969929 (tseq=2.982370, tpar=0.600083)
- Speedup with 6 cores (average on 2 iterations): 5.945643 (tseq=2.982370, tpar=0.501606)
- Speedup with 7 cores (average on 2 iterations): 6.819280 (tseq=2.982370, tpar=0.437344)
- Speedup with 8 cores (average on 2 iterations): 7.594506 (tseq=2.982370, tpar=0.392701)
- Speedup with 9 cores (average on 2 iterations): 8.855793 (tseq=2.982370, tpar=0.336771)
- Speedup with 10 cores (average on 2 iterations): 9.461266 (tseq=2.982370, tpar=0.315219)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 1.541461 seconds
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 1 cores (average on 2 iterations): 0.921871 (tseq=1.541461, tpar=1.672101)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 2 cores (average on 2 iterations): 2.030423 (tseq=1.541461, tpar=0.759182)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 3 cores (average on 2 iterations): 2.960405 (tseq=1.541461, tpar=0.520693)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 4 cores (average on 2 iterations): 3.955071 (tseq=1.541461, tpar=0.389743)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 5 cores (average on 2 iterations): 4.947445 (tseq=1.541461, tpar=0.311567)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 6 cores (average on 2 iterations): 5.786198 (tseq=1.541461, tpar=0.266403)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 7 cores (average on 2 iterations): 6.923405 (tseq=1.541461, tpar=0.222645)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 8 cores (average on 2 iterations): 7.815924 (tseq=1.541461, tpar=0.197221)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 9 cores (average on 2 iterations): 7.497730 (tseq=1.541461, tpar=0.205590)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 10 cores (average on 2 iterations): 8.179662 (tseq=1.541461, tpar=0.188450)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 1.531563 seconds
- Speedup with 1 cores (average on 2 iterations): 0.511424 (tseq=1.531563, tpar=2.994703)
- Speedup with 2 cores (average on 2 iterations): 1.456534 (tseq=1.531563, tpar=1.051512)
- Speedup with 3 cores (average on 2 iterations): 2.127132 (tseq=1.531563, tpar=0.720013)
- Speedup with 4 cores (average on 2 iterations): 2.980918 (tseq=1.531563, tpar=0.513789)
- Speedup with 5 cores (average on 2 iterations): 3.927348 (tseq=1.531563, tpar=0.389974)
- Speedup with 6 cores (average on 2 iterations): 4.841409 (tseq=1.531563, tpar=0.316347)
- Speedup with 7 cores (average on 2 iterations): 5.147973 (tseq=1.531563, tpar=0.297508)
- Speedup with 8 cores (average on 2 iterations): 5.972627 (tseq=1.531563, tpar=0.256430)
- Speedup with 9 cores (average on 2 iterations): 7.041543 (tseq=1.531563, tpar=0.217504)
- Speedup with 10 cores (average on 2 iterations): 8.307618 (tseq=1.531563, tpar=0.184356)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 1.664952 seconds
- Speedup with 1 cores (average on 2 iterations): 1.080959 (tseq=1.664952, tpar=1.540254)
- Speedup with 2 cores (average on 2 iterations): 2.132893 (tseq=1.664952, tpar=0.780607)
- Speedup with 3 cores (average on 2 iterations): 3.214191 (tseq=1.664952, tpar=0.518000)
- Speedup with 4 cores (average on 2 iterations): 4.129443 (tseq=1.664952, tpar=0.403190)
- Speedup with 5 cores (average on 2 iterations): 4.199154 (tseq=1.664952, tpar=0.396497)
- Speedup with 6 cores (average on 2 iterations): 5.950998 (tseq=1.664952, tpar=0.279777)
- Speedup with 7 cores (average on 2 iterations): 7.335380 (tseq=1.664952, tpar=0.226976)
- Speedup with 8 cores (average on 2 iterations): 8.612350 (tseq=1.664952, tpar=0.193321)
- Speedup with 9 cores (average on 2 iterations): 9.676128 (tseq=1.664952, tpar=0.172068)
- Speedup with 10 cores (average on 2 iterations): 10.722117 (tseq=1.664952, tpar=0.155282)
- (cd _build/default/tests && ./simplescale.exe)
- *** Checking corner cases: call on empty lists and arrays must not raise an exception
- * parmap []
- * parmap [| |]
- * pariter []
- * pariter [| |]
- *** Checking the code for non tail recursive calls: an exception here indicates there are some left
- *** Checking that we properly parallelise execution if we have less tasks than cores: if you do not see 5 processes, there is a problem
- * Simplemapper 8 cores, 5 elements
- * Simpleiter 8 cores, 5 elements
- *** Checking that we properly handle bogus core numbers
- * Simplemapper 0 cores
- * Simpleiter 0 cores
- *** Computations on integer lists
- *** Computations on integer lists (chunksize=100, keeporder=false)
- *** Computations on integer lists (chunksize=100, keeporder=true)
- *** Computations on integer arrays
- *** Computations on integer arrays (chunksize=100, keeporder=false)
- *** Computations on integer arrays (chunksize=100, keeporder=true)
- *** Computations on lists of floats
- *** Computations on lists of floats (chunksize=100, keeporder=false)
- *** Computations on lists of floats (chunksize=100, keeporder=true)
- *** Computations on arrays of floats
- *** Computations on arrays of floats (chunksize=100)
- Testing scalability with 1 iterations on 2 to 2 cores, step 1
- Sequential execution takes 0.429213 seconds
- Speedup with 2 cores (average on 1 iterations): 0.120470 (tseq=0.429213, tpar=3.562819)
- [Parmap]: mapper on 5 elements, on 5 cores
- [Parmap]: simplemapper on 5 elements, on 5 cores, chunksize = 1
- [Parmap]: geniter on 5 elements, on 5 cores
- [Parmap]: simplemapper on 5 elements, on 5 cores, chunksize = 1
- [Parmap]: mapper on 5 elements, on 1 cores
- [Parmap]: simplemapper on 5 elements, on 1 cores, chunksize = 5
- [Parmap]: geniter on 5 elements, on 1 cores
- [Parmap]: simplemapper on 5 elements, on 1 cores, chunksize = 5
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 1.551683 seconds
- Speedup with 1 cores (average on 2 iterations): 1.035344 (tseq=1.551683, tpar=1.498713)
- Speedup with 2 cores (average on 2 iterations): 2.064885 (tseq=1.551683, tpar=0.751462)
- Speedup with 3 cores (average on 2 iterations): 2.841765 (tseq=1.551683, tpar=0.546028)
- Speedup with 4 cores (average on 2 iterations): 3.784745 (tseq=1.551683, tpar=0.409984)
- Speedup with 5 cores (average on 2 iterations): 5.074125 (tseq=1.551683, tpar=0.305803)
- Speedup with 6 cores (average on 2 iterations): 6.020893 (tseq=1.551683, tpar=0.257716)
- Speedup with 7 cores (average on 2 iterations): 6.708385 (tseq=1.551683, tpar=0.231305)
- Speedup with 8 cores (average on 2 iterations): 7.988293 (tseq=1.551683, tpar=0.194245)
- Speedup with 9 cores (average on 2 iterations): 8.072544 (tseq=1.551683, tpar=0.192217)
- Speedup with 10 cores (average on 2 iterations): 9.273777 (tseq=1.551683, tpar=0.167319)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 1.490674 seconds
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 1 cores (average on 2 iterations): 0.621837 (tseq=1.490674, tpar=2.397212)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 2 cores (average on 2 iterations): 1.813596 (tseq=1.490674, tpar=0.821944)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 3 cores (average on 2 iterations): 2.444814 (tseq=1.490674, tpar=0.609729)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 4 cores (average on 2 iterations): 3.123630 (tseq=1.490674, tpar=0.477225)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 5 cores (average on 2 iterations): 3.877253 (tseq=1.490674, tpar=0.384467)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 6 cores (average on 2 iterations): 4.733028 (tseq=1.490674, tpar=0.314951)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 7 cores (average on 2 iterations): 5.706554 (tseq=1.490674, tpar=0.261221)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 8 cores (average on 2 iterations): 6.372078 (tseq=1.490674, tpar=0.233938)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 9 cores (average on 2 iterations): 7.213674 (tseq=1.490674, tpar=0.206646)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 10 cores (average on 2 iterations): 7.962173 (tseq=1.490674, tpar=0.187220)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 1.628230 seconds
- Speedup with 1 cores (average on 2 iterations): 0.528557 (tseq=1.628230, tpar=3.080521)
- Speedup with 2 cores (average on 2 iterations): 0.904334 (tseq=1.628230, tpar=1.800475)
- Speedup with 3 cores (average on 2 iterations): 1.317120 (tseq=1.628230, tpar=1.236205)
- Speedup with 4 cores (average on 2 iterations): 1.586013 (tseq=1.628230, tpar=1.026618)
- Speedup with 5 cores (average on 2 iterations): 2.345522 (tseq=1.628230, tpar=0.694186)
- Speedup with 6 cores (average on 2 iterations): 2.943258 (tseq=1.628230, tpar=0.553207)
- Speedup with 7 cores (average on 2 iterations): 3.412786 (tseq=1.628230, tpar=0.477097)
- Speedup with 8 cores (average on 2 iterations): 3.878607 (tseq=1.628230, tpar=0.419798)
- Speedup with 9 cores (average on 2 iterations): 5.349164 (tseq=1.628230, tpar=0.304390)
- Speedup with 10 cores (average on 2 iterations): 4.914223 (tseq=1.628230, tpar=0.331330)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 2.290204 seconds
- Speedup with 1 cores (average on 2 iterations): 1.525165 (tseq=2.290204, tpar=1.501611)
- Speedup with 2 cores (average on 2 iterations): 3.049186 (tseq=2.290204, tpar=0.751087)
- Speedup with 3 cores (average on 2 iterations): 4.336054 (tseq=2.290204, tpar=0.528177)
- Speedup with 4 cores (average on 2 iterations): 6.031822 (tseq=2.290204, tpar=0.379687)
- Speedup with 5 cores (average on 2 iterations): 7.230934 (tseq=2.290204, tpar=0.316723)
- Speedup with 6 cores (average on 2 iterations): 8.056012 (tseq=2.290204, tpar=0.284285)
- Speedup with 7 cores (average on 2 iterations): 10.395512 (tseq=2.290204, tpar=0.220307)
- Speedup with 8 cores (average on 2 iterations): 10.808659 (tseq=2.290204, tpar=0.211886)
- Speedup with 9 cores (average on 2 iterations): 13.157061 (tseq=2.290204, tpar=0.174067)
- Speedup with 10 cores (average on 2 iterations): 13.053432 (tseq=2.290204, tpar=0.175448)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 1.561751 seconds
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 1 cores (average on 2 iterations): 0.484128 (tseq=1.561751, tpar=3.225906)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 2 cores (average on 2 iterations): 1.082356 (tseq=1.561751, tpar=1.442918)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 3 cores (average on 2 iterations): 2.065140 (tseq=1.561751, tpar=0.756245)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 4 cores (average on 2 iterations): 3.041444 (tseq=1.561751, tpar=0.513490)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 5 cores (average on 2 iterations): 3.971442 (tseq=1.561751, tpar=0.393245)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 6 cores (average on 2 iterations): 4.453189 (tseq=1.561751, tpar=0.350704)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 7 cores (average on 2 iterations): 5.389511 (tseq=1.561751, tpar=0.289776)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 8 cores (average on 2 iterations): 6.075162 (tseq=1.561751, tpar=0.257071)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 9 cores (average on 2 iterations): 7.100109 (tseq=1.561751, tpar=0.219962)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 10 cores (average on 2 iterations): 8.173901 (tseq=1.561751, tpar=0.191066)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 1.670704 seconds
- Speedup with 1 cores (average on 2 iterations): 0.560053 (tseq=1.670704, tpar=2.983118)
- Speedup with 2 cores (average on 2 iterations): 2.206453 (tseq=1.670704, tpar=0.757190)
- Speedup with 3 cores (average on 2 iterations): 2.964328 (tseq=1.670704, tpar=0.563603)
- Speedup with 4 cores (average on 2 iterations): 3.415285 (tseq=1.670704, tpar=0.489184)
- Speedup with 5 cores (average on 2 iterations): 3.144245 (tseq=1.670704, tpar=0.531353)
- Speedup with 6 cores (average on 2 iterations): 4.605484 (tseq=1.670704, tpar=0.362764)
- Speedup with 7 cores (average on 2 iterations): 5.919338 (tseq=1.670704, tpar=0.282245)
- Speedup with 8 cores (average on 2 iterations): 6.909733 (tseq=1.670704, tpar=0.241790)
- Speedup with 9 cores (average on 2 iterations): 7.177842 (tseq=1.670704, tpar=0.232759)
- Speedup with 10 cores (average on 2 iterations): 8.068867 (tseq=1.670704, tpar=0.207056)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 2.985741 seconds
- Speedup with 1 cores (average on 2 iterations): 0.995867 (tseq=2.985741, tpar=2.998134)
- Speedup with 2 cores (average on 2 iterations): 1.953667 (tseq=2.985741, tpar=1.528275)
- Speedup with 3 cores (average on 2 iterations): 2.929026 (tseq=2.985741, tpar=1.019363)
- Speedup with 4 cores (average on 2 iterations): 3.937738 (tseq=2.985741, tpar=0.758237)
- Speedup with 5 cores (average on 2 iterations): 4.764633 (tseq=2.985741, tpar=0.626647)
- Speedup with 6 cores (average on 2 iterations): 5.627082 (tseq=2.985741, tpar=0.530602)
- Speedup with 7 cores (average on 2 iterations): 6.797743 (tseq=2.985741, tpar=0.439225)
- Speedup with 8 cores (average on 2 iterations): 7.613626 (tseq=2.985741, tpar=0.392158)
- Speedup with 9 cores (average on 2 iterations): 8.622391 (tseq=2.985741, tpar=0.346278)
- Speedup with 10 cores (average on 2 iterations): 9.564901 (tseq=2.985741, tpar=0.312156)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 2.991943 seconds
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 1 cores (average on 2 iterations): 0.573683 (tseq=2.991943, tpar=5.215322)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 2 cores (average on 2 iterations): 1.047489 (tseq=2.991943, tpar=2.856300)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 3 cores (average on 2 iterations): 2.879106 (tseq=2.991943, tpar=1.039191)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 4 cores (average on 2 iterations): 3.840580 (tseq=2.991943, tpar=0.779034)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 5 cores (average on 2 iterations): 4.919370 (tseq=2.991943, tpar=0.608196)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 6 cores (average on 2 iterations): 5.735901 (tseq=2.991943, tpar=0.521617)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 7 cores (average on 2 iterations): 6.665798 (tseq=2.991943, tpar=0.448850)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 8 cores (average on 2 iterations): 7.658775 (tseq=2.991943, tpar=0.390656)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 9 cores (average on 2 iterations): 8.451552 (tseq=2.991943, tpar=0.354011)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 10 cores (average on 2 iterations): 9.573775 (tseq=2.991943, tpar=0.312514)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 2.982864 seconds
- Speedup with 1 cores (average on 2 iterations): 0.986017 (tseq=2.982864, tpar=3.025164)
- Speedup with 2 cores (average on 2 iterations): 1.978229 (tseq=2.982864, tpar=1.507846)
- Speedup with 3 cores (average on 2 iterations): 2.925791 (tseq=2.982864, tpar=1.019507)
- Speedup with 4 cores (average on 2 iterations): 3.867373 (tseq=2.982864, tpar=0.771289)
- Speedup with 5 cores (average on 2 iterations): 4.855408 (tseq=2.982864, tpar=0.614339)
- Speedup with 6 cores (average on 2 iterations): 5.713998 (tseq=2.982864, tpar=0.522027)
- Speedup with 7 cores (average on 2 iterations): 6.706201 (tseq=2.982864, tpar=0.444792)
- Speedup with 8 cores (average on 2 iterations): 7.787997 (tseq=2.982864, tpar=0.383008)
- Speedup with 9 cores (average on 2 iterations): 8.183102 (tseq=2.982864, tpar=0.364515)
- Speedup with 10 cores (average on 2 iterations): 8.916839 (tseq=2.982864, tpar=0.334520)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 2.995570 seconds
- Speedup with 1 cores (average on 2 iterations): 0.998554 (tseq=2.995570, tpar=2.999909)
- Speedup with 2 cores (average on 2 iterations): 1.973258 (tseq=2.995570, tpar=1.518083)
- Speedup with 3 cores (average on 2 iterations): 2.818163 (tseq=2.995570, tpar=1.062951)
- Speedup with 4 cores (average on 2 iterations): 3.746083 (tseq=2.995570, tpar=0.799654)
- Speedup with 5 cores (average on 2 iterations): 4.907645 (tseq=2.995570, tpar=0.610389)
- Speedup with 6 cores (average on 2 iterations): 5.805656 (tseq=2.995570, tpar=0.515974)
- Speedup with 7 cores (average on 2 iterations): 6.578690 (tseq=2.995570, tpar=0.455344)
- Speedup with 8 cores (average on 2 iterations): 7.714099 (tseq=2.995570, tpar=0.388324)
- Speedup with 9 cores (average on 2 iterations): 8.282193 (tseq=2.995570, tpar=0.361688)
- Speedup with 10 cores (average on 2 iterations): 8.838631 (tseq=2.995570, tpar=0.338918)
- Testing scalability with 2 iterations on 1 to 10 cores, step 1
- Sequential execution takes 3.123522 seconds
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 1 cores (average on 2 iterations): 1.004585 (tseq=3.123522, tpar=3.109265)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 2 cores (average on 2 iterations): 1.864648 (tseq=3.123522, tpar=1.675127)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 3 cores (average on 2 iterations): 2.929879 (tseq=3.123522, tpar=1.066092)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 4 cores (average on 2 iterations): 3.938326 (tseq=3.123522, tpar=0.793109)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 5 cores (average on 2 iterations): 5.008983 (tseq=3.123522, tpar=0.623584)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 6 cores (average on 2 iterations): 6.075106 (tseq=3.123522, tpar=0.514151)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 7 cores (average on 2 iterations): 7.081336 (tseq=3.123522, tpar=0.441092)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 8 cores (average on 2 iterations): 8.093787 (tseq=3.123522, tpar=0.385916)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 9 cores (average on 2 iterations): 8.871851 (tseq=3.123522, tpar=0.352071)
- Parmap warning: result order is not preserved (it was not expected to be).
- Parmap warning: result order is not preserved (it was not expected to be).
- Speedup with 10 cores (average on 2 iterations): 10.073330 (tseq=3.123522, tpar=0.310078)
-> compiled parmap.1.2.4
-> removed parmap.1.2.4
-> installed parmap.1.2.4
Done.
# To update the current shell environment, run: eval $(opam env)
2025-08-05 19:40.15 ---> saved as "f5d037eec701831ac5a9ff7e5af0179536dad591b4029016dfc372ed85c87099"
Job succeeded
2025-08-05 19:40.19: Job succeeded