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We need to do this in all cases, including on cgroupsv1 in order to
ensure the host systemd and any systemd in the payload won't fight for
the cgroup attributes of the top-level cgroup of the payload.
This is because systemd for Delegate=yes units will only delegate the
right to create children as well as their attributes. However, nspawn
expects that the cgroup delegated covers both the right to create
children and the attributes of the cgroup itself. Hence, to clear this
up, let's unconditionally insert a intermediary cgroup, on cgroupsv1 as
well as cgroupsv2, unconditionally.
This is also nice as it reduces the differences in the various setups
and exposes very close behaviour everywhere.
Let's not make /run too special and let's make sure the source file is
not guessable: let's use our regular temporary file helper calls to
create the source node.
This tightens security on /proc: a couple of files exposed there are now
made inaccessible. These files might potentially leak kernel internals
or expose non-virtualized concepts, hence lock them down by default.
Moreover, a couple of dirs in /proc that expose stuff also exposed in
/sys are now marked read-only, similar to how we handle /sys.
The list is taken from what docker/runc based container managers
generally apply, but slightly extended.
if we lack privs to create device nodes that's fine, and creating
/run/systemd/inaccessible/chr or /run/systemd/inaccessible/blk won't
work then. Document this in longer comments.
Fixes: #4484
Yes, the output is sometimes annyoing, but /dev/null is not the right
place...
I figure this redirection was left in from some debugging session, let's
fix it, and make the setup_basic_environment invocation like in all
other test scripts.
This is based on @jsynacek's patch from #8837, but adds the new URL in
two flavours instead of replacing the old, also making @keszybz happy.
Replaces: #8837
Before this, `signal_from_string()` accepts simple signal name
or RTMIN+n. This makes the function also accept RTMIN, RTMAX,
and RTMAX-n.
Note that RTMIN+0 is equivalent to RTMIN, and RTMAX-0 is to RTMAX.
This also fixes the integer overflow reported by oss-fuzz #8064.
https://oss-fuzz.com/v2/testcase-detail/5648573352902656
Nested KVM is very flaky as we learnt from our CI. Hence, let's avoid
KVM whenever we detect we are already running inside of KVM.
Maybe one day nested KVM is fixed, at which point we can turn this on
again, but for now let's simply avoid nested KVM, since reliable CI is
more important than quick CI, I guess.
And yes, avoiding KVM for our qemu runs does make things substantially
slower, but I think it's not a complete loss.
Inspired by @evverx' findings in:
https://github.com/systemd/systemd/pull/8701#issuecomment-380213302
Our CODING_STYLE document suggests to suffix all paths referring to dirs
rather than regular files with a "/" in our docs and log messages.
Update file-hierarchy(7) to do just that.
No other changes.
We document this further down in the text, but let's also list this
early on, where we mention the FHS as major influence too, so that it is
clear we incorporate all that thinking.
The leak can be reproduced by running systemd-path --suffix .tmp under valgrind or asan:
$ ./build/systemd-path --suffix .tmp search-binaries
/usr/local/bin/.tmp:/usr/bin/.tmp:/usr/local/sbin/.tmp:/usr/sbin/.tmp:/home/vagrant/.local/bin/.tmp:/home/vagrant/bin/.tmp
=================================================================
==19177==ERROR: LeakSanitizer: detected memory leaks
Direct leak of 56 byte(s) in 1 object(s) allocated from:
*0 0x7fd6adf72850 in malloc (/lib64/libasan.so.4+0xde850)
*1 0x7fd6ad2b93d2 in malloc_multiply ../src/basic/alloc-util.h:69
*2 0x7fd6ad2bafd2 in strv_split ../src/basic/strv.c:269
*3 0x7fd6ad42ba67 in search_from_environment ../src/libsystemd/sd-path/sd-path.c:409
*4 0x7fd6ad42bffe in get_search ../src/libsystemd/sd-path/sd-path.c:482
*5 0x7fd6ad42c55b in sd_path_search ../src/libsystemd/sd-path/sd-path.c:607
*6 0x7fd6ad42b3a2 in sd_path_home ../src/libsystemd/sd-path/sd-path.c:348
*7 0x55f59c65ebea in print_home ../src/path/path.c:97
*8 0x55f59c65f157 in main ../src/path/path.c:177
*9 0x7fd6abaea009 in __libc_start_main (/lib64/libc.so.6+0x21009)
Indirect leak of 68 byte(s) in 5 object(s) allocated from:
*0 0x7fd6adf72850 in malloc (/lib64/libasan.so.4+0xde850)
*1 0x7fd6abb5f689 in strndup (/lib64/libc.so.6+0x96689)
Indirect leak of 25 byte(s) in 1 object(s) allocated from:
*0 0x7fd6adf72850 in malloc (/lib64/libasan.so.4+0xde850)
*1 0x7fd6abb5f689 in strndup (/lib64/libc.so.6+0x96689)
*2 0x6c2e2f746e617266 (<unknown module>)
SUMMARY: AddressSanitizer: 149 byte(s) leaked in 7 allocation(s).
Currently, "reboot" behaves differently in setups with and without logind.
If logind is used (which is probably the more common case) the operation
is asynchronous, we should behave in the same way as "systemctl <verb>".
Let's clean this up, and always expose the same behaviour, regardless if
logind is used or not: let's always make it asynchronous.
See: #6479
Fixes: commit 130246d2e8
Let's simplify the code a bit. Let's reduce the number of redundant if
checks a bit, (i.e. if we want to check for equality with
VIRTUALIZATION_VM_OTHER there's no need to check for non-equality with
VIRTUALIZATION_NONE first). As a very welcome side-effect this means we
lose some lines of code and our level of indentation is reduced.
No changes in behaviour.
Scope units are populated from PIDs specified by the bus client. We do
that when a scope is started. We really shouldn't allow scopes to be
started multiple times, as the PIDs then might be heavily out of date.
Moreover, clients should have the guarantee that any scope they allocate
has a clear runtime cycle which is not repetitive.
