Otherwise we might read an incomplete log and fail:
```
test_added_after (__main__.ExecutionResumeTest) ... FAIL
test_added_before (__main__.ExecutionResumeTest) ... ok
test_interleaved (__main__.ExecutionResumeTest) ... ok
test_issue_6533 (__main__.ExecutionResumeTest) ... ok
test_no_change (__main__.ExecutionResumeTest) ... ok
test_removal (__main__.ExecutionResumeTest) ... ok
test_swapped (__main__.ExecutionResumeTest) ... ok
======================================================================
FAIL: test_added_after (__main__.ExecutionResumeTest)
----------------------------------------------------------------------
Traceback (most recent call last):
File "/build/./test/test-exec-deserialization.py", line 152, in test_added_after
self.check_output(expected_output)
File "/build/./test/test-exec-deserialization.py", line 107, in check_output
self.assertEqual(output, expected_output)
AssertionError: 'foo\n' != 'foo\nbar\n'
foo
+ bar
----------------------------------------------------------------------
Ran 7 tests in 27.470s
```
* Add special keyboard combos for Thinkpad P1 Gen 3
These are based on the key codes I've found with evtest. See issue
https://github.com/systemd/systemd/issues/24814 for more details.
I'm not entirely sure what some of these keys are supposed to do,
notably Fn+RShift; this doesn't seem to do anything in Windows on
my machine. Binding them to prog# makes them available to desktop
managers' key bindings at least, in case someone wishes to make
use of this extra keybind possibility.
If mkosi.kernel/ exists, the mkosi script will try to build a kernel
image from it. We use the architecture defconfig as a base and add
our own extra configuration on top.
We also add some extra tooling to the build image required to build
the kernel and include some documentation in HACKING.md on how to
use this new feature.
To avoid the kernel sources from being copied into the build or
final image (which we don't want because it takes a while), we put
the mkosi.kernel/ directory in .gitignore and use
"SourceFileTransfer=mount" so that the sources are still accessible
in the build image.
Otherwise, we provide misleading error message.
Before:
---
$ udevadm info /sys/class/foo
Bad argument "/sys/class/foo", expected an absolute path in /dev/ or /sys/ or a unit name: Invalid argument
---
After:
---
$ udevadm info /sys/class/foo
Unknown device "/sys/class/foo": No such device
---
Our source and build directories are nicely separated, so we should
have no issues with using SourceFileTransfer=mount, since the build
won't create any files owned by root in the source directory.
The linked filter gives an up-to-date list of pull requests that need review.
(Yes, there's too many.) We used to set 'needs-review' label, but that is
not available to non-members, and also every pull requests which is not labeled
'reviewed/needs-rework'/'ci-fails/needs-rework'/'needs-rebase' can and should
be reviewed.
If this is merged, I'll drop the 'needs-review' label.
Then, this makes loop_device_open_from_fd() or _from_path() be wrappers
of loop_device_open() with block_device_new_from_fd() or _from_path(),
respectively.
And split out the core logic as block_device_get_originating().
Hopefully, this changes no behavior. Just refactoring and preparation
for later commits.
Currently, NetworkManager will set DNSOverTLS according to its
`connection.dnsovertls` configuration only once during connection,
instead of every single restart of systemd-resolved, causing resolved to
lose the configuration on restart.
Fix this by persisting DNSOverTLS in the runtime state file, which will
also make it more consistent with other interface-specific settings.
If we're running with --root, or in a chroot (*), it's expected that machine-id
and other specifiers will be unresolvable, so downgrade the warning to debug.
Fixes#24655.
(*) sd_booted() in principle means more than that, but nowadays systemd
dominates and those others things are infrequently seen.
In 6ec4c852c9 I changed specifier_machine_id() to
return EUNATCH, but the code catching in tmpfiles wasn't adjusted.
Instead of translating errors at various levels, let the "original" errno value
(whatever was returned by the low-level reading function) propagate all the way
to the logging function, and only check which errnos to suppress there. This
makes it easier to follow the flow of data through all the layers. Also, we
don't need to provide wrapper functions for each place where we want to do the
supression.
The common set of errnos that have similar meaning are are caught using
ERRNO_IS_NOINFO(). It is more managable to use a wider net than to figure out
which errors could be returned in specific cases.
Lennart Poettering
Yu Watanabe
Frantisek Sumsal
Adam Williamson
JeroenHD
Daan De Meyer
Zbigniew Jędrzejewski-Szmek
Jan Janssen
Sarah Brofeldt
msizanoen1
Edson Juliano Drosdeck
Luca Boccassi