This simplifies use of images created with 'guix system docker-image'.
* gnu/system/vm.scm (system-docker-image)[boot-program]: New variable.
[os]: Add it to the GC roots.
[build]: Pass #:entry-point to 'build-docker-image'.
* gnu/tests/docker.scm (run-docker-system-test): New procedure.
(%test-docker-system): New variable.
* doc/guix.texi (Invoking guix system): Remove GUIX_NEW_SYSTEM hack and
'--entrypoint' from the example. Mention 'docker create', 'docker
start', and 'docker exec'.
Previously, the 'essential-services' would correspond to the initial,
non-containerized OS. Thus, all the file systems removed in
'container-essential-services' would actually still be there because the
essential services would be computed on the non-containerized OS.
This is a followup to 69cae3d335.
* gnu/system/linux-container.scm (container-essential-services): Call
'operating-system-default-essential-services' to get the baseline
services.
(containerized-operating-system): Pass THIS-OPERATING-SYSTEM, not OS, to
'container-essential-services'.
Add a dummy root file system to 'file-systems'.
(container-script)[mountable-file-system?]: New procedure.
Use it.
Previously, 'guix system docker-image' would end up providing an OS that
would try to mount all of %CONTAINER-FILE-SYSTEMS as well as /gnu/store,
which is bound to fail in unprivileged Docker.
This patch makes it so that 'guix system container' still gets those
file systems, but 'guix system docker-image' doesn't.
* gnu/system/linux-container.scm (containerized-operating-system): Add
#:extra-file-systems parameter and honor it. Do not include
%STORE-MAPPING and SHARED-NETWORK-FILE-MAPPINGS.
(container-script): Add %STORE-MAPPING and optionally NETWORK-MAPPINGS
to MAPPINGS and pass #:extra-file-systems.
Previously we could end up reading an empty /root/login-id file.
* gnu/tests/base.scm (run-basic-test)["getlogin on tty1"]: Create
/root/login-id atomically.
Fixes <https://bugs.gnu.org/35731>.
* gnu/installer/newt/partition.scm (run-partioning-page)[run-page]:
Introduce 'initial-partitions' variable. Previously we'd call
'disk-partitions' after 'auto-partition' had done its job of creating
new partitions, and thus its result would contain the just-created
partitions. Consequently, 'create-special-user-partitions' would return
the ESP partition we just created, and thus it would appear twice in the
list.
This package is severely out of date compared to its Python 3 counterpart and
difficult to upgrade. Since it has no dependents in Guix and Python 2 is
officially deprecated by the end of this year, just remove it.
* gnu/packages/web.scm (python2-httpretty): Remove variable.
* gnu/packages/ocaml.scm (ocaml-base64): Update to 3.2.0.
[origin]: Use git-fetch.
(ocaml-piqilib)[origin]: Add a patch to fix building with new
versions of ocaml-base64.
* gnu/packages/patches/ocaml-piqilib-Update-base64.patch: New file.
* gnu/local.mk (dist_patch_DATA): Add it.
* gnu/installer/parted.scm (user-fs-type-name): Add fat16.
(user-fs-type->mount-type): Add fat16.
(create-fat16-file-system): New procedure.
(format-user-partitions): Use it.
Previously, Munge users such as Slurm would fail with:
squeue: error: Munge encode failed: Failed to access "/gnu/store/…-munge-0.5.13/var/run/munge/munge.socket.2": No such file or directory
squeue: error: authentication: Socket communication error
* gnu/packages/admin.scm (munge)[source](modules, snippet): New fields.
[arguments]: New field.
Tobias Geerinckx-Rice