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Now that `source-packages` is supported, we should allow a lockfile to
not specify a `packages` field at all. So make it optional.
We still require at least one of the two fields to be specified.
Right now if we want to lock e.g. systemd, we need to specify every
subpackage of systemd that we use. This is a lot of duplication because
in the majority of cases, what we really mean is "lock at this build of
systemd".
Since RPMs bake in the source RPM they were built from, we can use this
to lock packages more succinctly. See the testcase and #2676 for
examples of how this looks.
Closes: https://github.com/coreos/rpm-ostree/issues/2676
This moves the users/groups validation logic to Rust, taking care of
all the treefile check-passwd/check-groups knobs.
As all the passwd-handling logic has been ported to Rust, it also
drops the stale C source/headers/imports.
Prep for porting rpmostree-bwrap.cxx to Rust; cxx-rs doesn't
expose passing a function pointer from C++ to Rust. There's
a simpler API for this anyways.
In preparation for publishing this to crates.io and moving
into e.g. github.com/ostreedev/ostree-host-rs
So that ostree upstream can move forward with more Rust on the
"top level".
I'd like to move `cargo fmt` checking out of Jenkins; among
other things, GH actions are *much* faster and nicer for this.
This leaves Jenkins to be more heavyweight testing.
This tweaks the data and types parsed from `check-passwd` and
`check-groups`, so that it can be more easily iterated and
consumed by passwd-handling logic.
Install a copy of rpm-ostree as rpm-ostree-unpriv to get a `bin_t`
labeled binary as a temporary workaround for:
https://bugzilla.redhat.com/show_bug.cgi?id=1937404
Also modify the rpm-ostree count me service to use that binary.
* Use OnBootSec=5m to give a chance for the timer to trigger on the
first week the system is booted up.
* Use '1s' for AccuracySec as this is accurate enough for this use
case.
It's a bit silly to have a two bridged functions here; instead
have just a single one on the C++ side that calls multiple
on the Rust side.
Prep for moving more to Rust.
The manual `std::mem::drop()` bits are ugly; while we can do
function pointers from Rust to C++, let's just add the obvious
high level wrapper in Rust that accepts a `FnOnce()`.
Note in one instance we directly pass a function pointer which
is quite clean.
I was thinking about privilege separation today with
systemd units, and that led me to the problem of "lifecycle binding".
We really want e.g. `systemctl stop rpm-ostreed` to kill any
separate systemd units we're managing.
systemd already has a mechanism for this with `BindsTo=`.
And then I realized we weren't doing this for the systemd-tmpfiles
invocations in the `live.rs` code.
Generalize this into a small `isolation` module that fixes this
and several other things at the same time. I'd like to build
on this to further improve our multi-process isolation story
later.
This code really makes sense as a method on the treefile.
And when that's done, we no longer need to expose
`get_postprocess_script()` via cxx, so we can return a nicely
Rust native `Option<&mut File>`.
Port add-files handling to Rust.
Note that there's one very magical line of diff here worth calling out:
We dropped an interface from the cxxrs bridge, because both sides
are now Rust! The treefile code can directly return an `&mut File` reference
instead of needing to pass the raw fd as `i32`.
