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No changes to behaviour, but let's print everything out as we discover it.
The docs say that BOOT_ROOT can be specified by the environment. I have
it locally in /etc/kernel/install.conf, and then the override doesn't work.
It'd be nice to handle such cases more reliably.
Fixes#23433
matches is plumbed through until it finally gets used in unit_match()
which can deal with NULL matches so the assert() is unnecessary and
can be removed.
The two call sites of extract_image_and_extensions() also don't
assert() on matches either.
* Use brand-green for demo log messages on the startpage
instead of the default `green` color defined by the browser vendor
(after all, the brand green color is intended to reflect the
boot status output)
* Add a matching blue intro color (mixed using HSL from brand-green
by 55deg hue rotation and 4% lightness)
* Use a defined font-size
(to avoid blurry rendering at 13.33333px, due to font-size: smaller)
* Add possibility for the browser to show horizontal scrollbar
(avoid overflow in mobile view)
Respect the user agent property `prefers-color-scheme` by
rendering the documentation in dark mode, if requested.
Reorganise CSS to store the color palette into CSS variables
and reference these from another set of CSS variables that
are dynamically switched based on the prefers-color-scheme
media query.
Light mode variables stay they same as before,
but to ease color mixing, the current RGB values
have been transformed to HSL (using chrome devtools).
The current body background is now --sd-gray-extralight,
the current body color is now --sd-gray-extradark.
Other gray-variations, needed for dark-mode constrasts
are derived from these colors using HSL lightness shifting.
The systemd brand black color is used as dark mode background
and a matching extralight gray font color has been selected.
The link font-weight is reduced to 400 in dark mode,
as the green color on dark ground becomes to overwhelming
with a bold font.
The systemd logo color is dynamically swapped by using
the special fill value `currentColor` for dark/light-mode
depending parts – as per specification on brand.systemd.io
* Update to rougify 3.26.1 styling
* Adapt background overwrite by removing default background color
and only adding explicit overwrites for syntax error
(error stylings appear for example in json-excerpts –
see HACKING.md – and are therefore hidden by our css)
* Provides a nice introduction to the intro paragraph
* Ensures text of subpages start at the same position as the intro text
on the homepage
=> less visual "jumps" while navigating
The theme color is used on android to style the chrome
browser-ui with a color that suits the webpage.
Use the dark brand color instead of a random default blue color
in order to fit to the rest of the color scheme.
h1 font weight is defined to be 100 but no font-face
definition for weight 100 is included.
The browser will use the nearest available font-weight
instead. As that is 400, we do specify it explicitly now.
The SBAT section was included in a special section in the EFI code, but
the contents weren't directly visible in any way. Let's add a "test" that
prints them for visual inspection.
If there's some external linter for this format, we could hook it up in the
future.
From https://www.freedesktop.org/wiki/Software/systemd/NetworkTarget/.
I changed the order in the page, but didn't change the text too much. Now the
discussion of the different targets is at the top, and they are ordered like
during boot (network-pre.target first, then network.target, and
network-online.target last). The parts about LSB and $network are pushed down a
bit. I think it is still useful to have them, but not as the main entry point
into the discussion. I tried to clean up the grammar and wording a bit.
One meanigful change is that we now don't say that network-online.target means
interfaces are up and IP addresses have been assigned. In other places we were
saying that the actual implementation is provided by
NetworkManager-wait-online.service, so the actual meaning is not under our
control. The text is changed to say "usually".
The last paragraph is new, I think it's good to say that
"dnf-makecache.service" is fine to use "network-online.target".
This fixes a spurious warning from the manager running in user mode:
systemd[1668]: Reached target sockets.target.
systemd[1669]: Failed to create BPF map: Operation not permitted
systemd[1669]: Finished systemd-tmpfiles-setup.service.
systemd[1669]: Listening on dbus.socket.
systemd[1669]: Reached target sockets.target.
systemd[1669]: Reached target basic.target.
systemd[1]: Started user@6.service.
Fixes https://bugzilla.redhat.com/show_bug.cgi?id=2084955.
rpms can be installed in two different modes: into a chroot, where the system
is not running, and onto a live system. In the first mode, where should create
all changes that are "permanent", and in the second mode, all changes which are
"permanent" but also those which only affect the running system. Thus, changes
like new modprobe rules, tmpfiles rules, binfmt rules, udev rules, etc., are
guarded by 'test -d "/run/systemd/system"' which is the official way to check
if systemd is running, so that they are *not* executed when installed into a
chroot. But the same logic does not apply to sysusers, hwdb, and the journal
catalog: all those files can and should result in changes being performed
immediately to the system. This makes the creation of immutable images possible
(because there are no permanent changes to executed after a reboot), and allows
other packages to depend on the the effect of those changes.
Thus, the guard to check if we're not in a chroot is dropped from triggers for
sysusers, hwdb, and the journal catalog. This means that those triggers will
execute, and no subsequent work is needed. systemd-sysusers.service,
systemd-journal-catalog-update.service, and systemd-hwdb-update.service.in all
have ConditionNeedsUpdate= so they they generally won't be invoked after a
reboot. (systemd.rpm does not touch /usr to trigger the condition, because the
%transfiletriggers make that unnecessary.)
https://bugzilla.redhat.com/bugzilla/show_bug.cgi?id=2085481
This device implements the phone mute HID usage as a toggle switch,
where 1 indicates muted, and 0 indicates unmuted. However, for a key
event 1 indicates that the key has been pressed and 0 indicates it has
been released. This mismatch causes issues, so prevent key events from
being generated for this HID usage.
