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I did at one point look at converting this stuff into a C++
object but that led in to a whole rathole around a C++ `GObject<>`
smart pointer like glibmm has. But that would take over the code
and it's better to just port to Rust.
I came across this crate the other day randomly - yet *another*
dtolnay dependency. We have a bunch of these inline multi-line
strings that are just much nicer to read this way.
I only converted this one use, if this merges I'll do more
over time.
This section is meant to give a broad overview of this doc.
First introducing the tool in general. Then showing the distinction
between 'compose tree' and the granular approach. Finally transitioning
over to the next section.
In general our error handling philosophy is "errors are strings".
Previously (before C++) we were relying on calling this API
to strip out the GDBus remote error message.
In the recent refactoring of clientlib to expose the txn APIs
to Rust via C++, we implicitly lost that because the C++
wrapper API throws an exception.
Add a copy of the remote error stripping here. Eventually
it will likely make sense for it to *only* be here instead
of also in `main.cxx`, but one thing at a time.
Port away from a generic child setup function towards more standard
APIs for setting up fd streams. Prep for oxidizing rpmostree-bwrap.cxx
because cxx-rs doesn't support passing callbacks from C++ to Rust.
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".
