* gnu/services/databases.scm (postgresql-configuration-log-directory): New
procedure.
(<postgresql-configuration>)[log-directory]: New field.
(postgresql-activation): Create the log directory.
(postgresql-shepherd-service): Honor it.
* gnu/tests/databases.scm (%postgresql-log-directory): New variable.
(log-file): New test case.
* doc/guix.texi (Database Services): Document it.
* gnu/services/databases.scm (postgresql-config-file-compiler): Support Guile
datatypes in the "extra-config" field.
* gnu/tests/databases.scm (%postgresql-os): Test it.
* doc/guix.texi (Database Services): Document it.
This avoids a package collision while building the operating-system profile.
* gnu/tests/monitoring.scm (%zabbix-os): Use POSTGRESQL instead of
POSTGRESQL-10.
* gnu/bootloader/grub.scm (grub-configuration-file): New parameter
store-crypto-devices.
[crypto-devices]: New helper function.
[builder]: Use crypto-devices.
* gnu/machine/ssh.scm (roll-back-managed-host): Use
boot-parameters-store-crypto-devices to provide its contents to the
bootloader configuration generation process.
* gnu/tests/install.scm (%encrypted-root-not-boot-os,
%encrypted-root-not-boot-os): New os declaration.
(%encrypted-root-not-boot-installation-script): New script, whose contents
were initially taken from %encrypted-root-installation-script.
(%test-encrypted-root-not-boot-os): New test.
* gnu/system.scm (define-module): Export
operating-system-bootoader-crypto-devices and
boot-parameters-store-crypto-devices.
(<boot-parameters>): Add field store-crypto-devices.
(read-boot-parameters): Parse store-crypto-devices field.
[uuid-sexp->uuid]: New helper function extracted from
device-sexp->device.
(operating-system-bootloader-crypto-devices): New function.
(operating-system-bootcfg): Use
operating-system-bootloader-crypto-devices to provide its contents to
the bootloader configuration generation process.
(operating-system-boot-parameters): Add store-crypto-devices to the
generated boot-parameters.
(operating-system-boot-parameters-file): Likewise to the file with
the serialized structure.
* guix/scripts/system.scm (reinstall-bootloader): Use
boot-parameters-store-crypto-devices to provide its contents to the
bootloader configuration generation process.
* tests/boot-parameters.scm (%default-store-crypto-devices): New
variable.
(%grub-boot-parameters, test-read-boot-parameters): Use
%default-store-crypto-devices.
(tests store-crypto-devices): New tests.
* gnu/services/databases.scm (<mysql-configuration>): Add AUTO-UPGRADE? field.
(mysql-upgrade-wrapper, mysql-upgrade-shepherd-service,
mysql-shepherd-services): New variables.
(mysql-service-type): Use MYSQL-SHEPHERD-SERVICES instead of
MYSQL-SHEPHERD-SERVICE.
* doc/guix.texi (Database Services): Document the AUTO-UPGRADE? field of
MYSQL-SERVICE-TYPE.
* gnu/tests/databases.scm (run-mysql-test): Test that mysql_upgrade has run.
* gnu/services/databases.scm (mysql-service): Define in terms of DEFINE-DEPRECATED.
* gnu/tests/databases.scm (%mysql-os): Adjust accordingly.
* doc/guix.texi (Database Services): Adjust the MariaDB/MySQL section to
document MYSQL-SERVICE-TYPE instead of MYSQL-SERVICE. While at it, document
the EXTRA-CONTENT field.
* gnu/tests/audio.scm (%mpd-os): Use the default 'mpd-configuration'.
(run-mpd-test)[test]("mpd listening"): New test.
("mpc connect"): Use 'system*' and 'test-equal'.
The test was failing with ENOSPC.
* gnu/tests/docker.scm (run-docker-system-test)[vm]: Increase 'memory-size'.
(%test-docker-system): Change 'locale-libcs' for the OS passed to
'system-docker-image'.
Fixes: <https://issues.guix.gnu.org/44101>.
* gnu/build/bootloader.scm (write-file-on-device): Pass 'no-fail flag instead
of 'no-create. Use a latin-1 transcoder.
* guix/scripts/system/reconfigure.scm (install-bootloader-program): Add a
"disk-installer" argument and use it as a fallback.
(install-bootloader): Adapt accordingly.
* gnu/tests/reconfigure.scm (run-install-bootloader-test): Ditto.
Note: This change requires an updated 'guix' package that contains
Linux-swap support in (gnu build file-systems).
* gnu/installer/parted.scm (user-partitions->configuration): Use UUIDs
in the 'swap-devices' field.
* gnu/installer/newt/final.scm (run-final-page)[wait-for-clients]: New
procedure. Use it.
* gnu/installer/tests.scm (choose-partitioning): Wait for
'starting-final-step' message and move configuration file dialog
handling to...
(conclude-installation): ... here. Send over PORT the reply
corresponding to 'starting-final-step'.
* gnu/tests/install.scm (gui-test-program): When ENCRYPTED? is false,
invoke 'swaplabel' in the marionette.
(installation-target-os-for-gui-tests): When ENCRYPTED? is false, except
a fixed UUID.
Currently, if the postgresql package major version changes, this is going to
break the service upon upgrade, because PostgreSQL will reject the data files
from the differing major version of the service.
Because it's important to either keep running a particular major version, or
intentionally upgrade, I think the configuration would be better with no
default. I think this is also going to be helpful when trying to assist users
upgrading PostgreSQL.
* gnu/services/databases.scm (<postgresql-configuration>): Remove default for
postgresql.
(postgresql-service-type): Remove the default value.
* gnu/tests/databases.scm (%postgresql-os): Update accordingly.
* gnu/tests/guix.scm (%guix-data-service-os): Update accordingly.
* gnu/tests/monitoring.scm (%zabbix-os): Update accordingly.
* gnu/tests/web.scm (patchwork-os): Update accordingly.
* doc/guix.texi (PostgreSQL): Update accordingly.
As I'm looking at removing the procedure, in favour of always using the
service type.
* gnu/tests/monitoring.scm (%zabbix-os): Use (service postgresql-service-type)
rather than (postgresql-service).
Using the new compressed-qcow2 image breaks this test.
* gnu/tests/virtualization.scm (hurd-vm-disk-image-raw): New procedure.
(%childhurd-os): Use it.
* gnu/system/image.scm (image-with-os): New macro. Rename the old
"image-with-os" procedure to ...
(image-with-os*): ... this new procedure,
(system-image): adapt according,
(raw-image-type, iso-image-type, uncompressed-iso-image-type
%image-types): new variables,
(lookup-image-type-by-name): new procedure.
(find-image): remove it.
* gnu/system/images/hurd.scm (hurd-image-type): New variable,
use it to define ...
(hurd-disk-image): ... this variable, using "os->image" procedure.
* gnu/tests/install.scm (run-install): Rename
installation-disk-image-file-system-type parameter to installation-image-type,
use os->config instead of find-image to compute the image passed to system-image,
(%test-iso-image-installer) adapt accordingly,
(guided-installation-test): ditto.
Signed-off-by: Mathieu Othacehe <othacehe@gnu.org>
* gnu/tests/base.scm (run-basic-test): Add a 'desktop?' argument. Wait 30
seconds before trying to switch to TTY1 on desktop.
* gnu/tests/install.scm (guided-installation-test): Use 512MiB of RAM and pass
the desktop argument to "run-basic-test".
* gnu/tests/nfs.scm (run-nfs-root-fs-test): New procedure.
(%test-nfs-root-fs): New variable. Export it.
Signed-off-by: Danny Milosavljevic <dannym@scratchpost.org>
* gnu/services/ganeti.scm (<ganeti-rapi-configuration>): Set SSL? to #t.
* gnu/tests/ganeti.scm (%ganeti-os): Set SSL? to #f.
* doc/guix.texi (Virtualization Services): Adjust accordingly.
This helps find the (json) module in the virtual machine.
* gnu/tests/docker.scm (build-tarball&run-docker-test,
run-docker-system-test): Replace guile-2.2 with guile-3.0.
Record type descriptors were made private in
a143e92446, but a usage of them was
forgotten in the tests files.
* gnu/tests/web.scm (patchwork-initial-database-setup-service): Use
accessors to access field values instead of unexported type descriptor.
Commits 0eed771275 and
614a1e3fa2 caused a ~150M increase of the image
size. Increase the image size limit by 200M until the situation is addressed.
* gnu/tests/install.scm (%simple-installation-script,
%extlinux-gpt-installation-script, %simple-installation-script-for-/dev/vda,
%raid-root-installation-script, %encrypted-root-installation-script): Increase
image size limit by 200M.
If the marionette shuts down before the script return is received, then status
will be <eof>.
* gnu/tests/install.scm (run-install): Allow status to be the <eof> object.
Now that installing Grub on raw disk-images is supported, we do not need to
rely on (gnu system vm) module.
* gnu/system/image.scm (make-system-image): Rename to ...
(system-image): ... this, and remove the compatibility wrapper.
(find-image): Turn to a monadic procedure. This will become useful when
introducing Hurd support, to be able to detect the target system.
* gnu/ci.scm (qemu-jobs): Use lower-object now that system-image returns a
file-like object.
* gnu/tests/install.scm (run-install): Ditto.
* guix/scripts/system.scm (system-derivation-for-action): Add a 'base-image'
argument,
(perform-action): adapt accordingly.
* gnu/bootloader/grub.scm (strip-mount-point): Remove procedure.
(normalize-file): Add procedure.
(grub-configuration-file): New BTRFS-SUBVOLUME-FILE-NAME parameter. When
defined, prepend its value to the kernel and initrd file names, using the
NORMALIZE-FILE procedure. Adjust the call to EYE-CANDY to pass the
BTRFS-SUBVOLUME-FILE-NAME argument. Normalize the KEYMAP file as well.
(eye-candy): Add a BTRFS-SUBVOLUME-FILE-NAME parameter, and use it, along with
the NORMALIZE-FILE procedure, to normalize the FONT-FILE and IMAGE nested
variables. Adjust doc.
* gnu/bootloader/depthcharge.scm (depthcharge-configuration-file): Adapt.
* gnu/bootloader/extlinux.scm (extlinux-configuration-file): Likewise.
* gnu/system/file-systems.scm (btrfs-subvolume?)
(btrfs-store-subvolume-file-name): New procedures.
* gnu/system.scm (operating-system-bootcfg): Specify the Btrfs
subvolume file name the store resides on to the
`operating-system-bootcfg' procedure, using the new
BTRFS-SUBVOLUME-FILE-NAME argument.
* doc/guix.texi (File Systems): Add a Btrfs subsection to document the use of
subvolumes.
* gnu/tests/install.scm (%btrfs-root-on-subvolume-os)
(%btrfs-root-on-subvolume-os-source)
(%btrfs-root-on-subvolume-installation-script)
(%test-btrfs-root-on-subvolume-os): New variables.
