If we're not building distribution packages from source, there's no
need to make the build sources ephemeral so don't enable the setting
if NO_BUILD is enabled.
This adds a new concept to homed/pam_systemd/pam_systemd_homed: "areas"
are secondary home dirs you can have inside your primary home dir, below
an `~/Areas/` hierarchy. You can log into these secondary dirs if you
specify "user%area" as user at login time.
This is quite useful for maintaining multiple sets of user resources
within the same user account with the same access privileges. The
intended usecase for me is utimately WSL-like stuff: you start a local
unpriv container which gets the host's home dir mounted in and fully
accessible, without this also meaning that the user account gets the
full set of settings and so on propagated down.
Codewise the concept is really simple: whenever an area name like
"foobar" is specified we simply change a $HOME of /home/lennart into
/home/lennart/Areas/foobar. In a way this PR adds more docs than code
for all this.
This also makes this feature directly accessible via "run0 -a foobar"
(for opening a new session in the 'foobar' area).
To be truly fun to use on text (i.e. getty) logins, a util-linux version
containing https://github.com/util-linux/util-linux/pull/3354 is best,
since otherwise $HOME is updated to /home/lennart/Areas/foobar, but the
cwd is still at /home/lennart.
This follows the same recent change in util-linux:
https://github.com/util-linux/util-linux/pull/3354
i.e. we generally want that PAM modules can override $HOME and it is
honoured for the CWD after login.
(This renames the 'home' variable we maintained sofar to 'pwent_home',
to clarify that it's the home directory listed in the struct passwd
entry, and thus not necessarily the one actually used)
- introduces UDEV_BUILTIN_DESTRUCTOR macro,
- normalize log messages on initialize/finalize,
- explicitly initialize global variable,
- drop using _UDEV_BUILTIN_INVALID.
I noticed two small typos while reading the help text for homectl.
The `-P` option is described as "Same as
--enforce-password-**password**=no" when the option's name is
`--enforce-password-policy`.
While checking the man page to check if the typo was also there, i
noticed another typo where `--enforce-password-policy=no` has 3 dashes
instead of 2 in the description for `-P`.
We're getting EOVERFLOW when reading file attributes trying to get
mkosi running in a docker container (don't ask). I have a suspicion
this is coming from fuse-overlayfs. Anyway, since the file attributes
stuff is supposed to be purely optional, let's not fail when we can't
read file attributes for whatever reason.
- Also configures route to the gateway and prefix route in the specified
table, if necessary.
- Also set preferred source address of the route.
Closes#36168.
Previously, when comparing an existing and requested routing policy
rules, `all` flag was unset, thus the from and to addresses in the two
rules were not compared. Hence, a new request with from and/or to
addresses might be considered as it already exists even the addresses of
existing one were different from the newly requested one.
All existing rules have valid family, i.e. AF_INET or AF_INET6. And,
all requesting rules with from and/or to addresses also have a valid
family. Hence, even `all` flag is unset, the addresses can be and must
be compared in that case.
Fixes a regression caused by fc58350aa4 (v257).
Fixes#35874.
This is advanced level stuff that regular contributors don't care
about in the slightest, so move it further down. Also reword the
section a little while we're at it.
The test commands now use mkosi sandbox which always makes sure the
required dependencies for systemd-journal-remote are enabled so no
need to reconfigure meson explicitly anymore.
With 19812661f1, we make sure at runtime
in the stub itself that SizeOfImage from the Linux EFISTUB PE binary is
taken into account, so there's no need to take this into account in ukify
itself. By reverting the ukify change, we again ensure that Misc_VirtualSize
reflects the actual size of the Linux EFISTUB PE binary in the .linux section
which lots of tooling depends on. It also makes sure we don't measure a bunch
of extra zeroes in the stub which should fix systemd-pcrlock measurements as
well.
This effectively reverts 2188c759f9 and
0005411352.
Fixes#35851
The UKI file has to be writable to be able to do boot counting in
the UEFI firmware which involves renaming the file by writing to
the file metadata which requires the file to be writable in the FAT
filesystem.
Fixes#36170
Update osCPE field example to use cpe 2.3 format, as is in active use by
AmazonLinux 2023 for example.
Add appCPE field example to document the upstream application CPE for
the applicable CVEs. Often distribution source package names are
different from the upstream CPE. For example adding/removing "lib"
prefix, or adding version stream "-3" suffix. This typically leads to
guessing or fuzzy matching. Adding appCPE in such cases can help to
disambiguate (or collate) correct application CPEs; especially beyond
the lifetime of osCPE support timeframes. This also will help a lot with
packaging multiple alternative source packages of the same software
(e.g. nginx-full nginx-core); different version streams (e.g.
openssl-1.1, openssl-3); or alternative builds of upstream software with
largely the same CVEs with multiple version streams (e.g.
openjdk-{22,17,11..}, corretto-{22,17,11..}, temurin-{22,17,11..}, etc).
Update osCPE field example to use cpe 2.3 format, as is in active use by
AmazonLinux 2023 for example.
Add appCPE field example to document the upstream application CPE for the
applicable CVEs. Often distribution source package names are different from the
upstream CPE. For example adding/removing "lib" prefix, or adding version
stream "-3" suffix. This typically leads to guessing or fuzzy matching. Adding
appCPE in such cases can help to disambiguate (or collate) correct application
CPEs; especially beyond the lifetime of osCPE support timeframes.
Daan De Meyer
Andreas Schneider
Lennart Poettering
Yu Watanabe
Trollimpo
Fabian Möller
Luca Boccassi
Matthieu LAURENT
Ivan Kruglov
Vyacheslav Yurkov
Dimitri John Ledkov
Alexander Shopov
Dimitri John Ledkov