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I'm aiming to do some more work on the Rust side around `fsck`
like functionality, and this is a useful primitive. There isn't
a great Rust crate for xattrs, and I think it's better to share this
code.
It's really tempting to remove `make syntax-check`, it has very
very rarely found any real problems.
But anyways, just exclude all the binding code because it trips
up random problems we simply don't care about like mentions of
`O_NDELAY` in the `GLib-2.0.gir`.
Fix up the paths for the crates now that the Rust bindings are in
`rust/`.
We can't today include the test suite because it depends on `ostree-rs-ext`
which would make everything circular.
(Building that now requires a separate `cd tests/inst && cargo build`)
I want to write APIs that *require* the caller to have set up
an ostree transaction. It's natural to require passing a guard
to do so. But then we want an accessor for the repo.
The underlying `ostree_repo_load_file()` API has the caller pass
`NULL` for output arguments it doesn't want. This isn't sanely
bindable in Rust - what the generator does is always request
all values, but maps them all to `Option<T>`.
The main cases are where a user wants either metadata, or both
metadata and content. This API gives just metadata; it's a
bit more efficient as we don't need to open the file, and doesn't
require the caller to `unwrap()`.
Today we hardcode `/bin/bash` in
2088d24884/src/cmd-build (L405)
But that breaks the concept of a bidirectional bridge between
container image and ostree commit because this little bit of
knowledge is encoded at the buildsystem side.
This metadata key is intended to be written into an ostree commit,
and then we will use it automatically in `container encapsulate`.
The "source of truth" for this key will hence be able live in the same
place that's generating the ostree commit.
The more "proper" place for this is probably alongside the other
constants in the libostree core C code. But that's tedious and
slow to release. And Rust is the future. And we've been slowly
adding more "core ostree" functionality here.
Followup to the previous PR. I realized now with `io_lifetimes`
we can offer a safe `dfd_borrow()` that *borrows* the file descriptor
for the repository. (In contrast to the current `.dfd()` that returns
the raw version)
Building on that, add another API that re-acquires a `Dir` instance.
(In the future in theory we could optimize this more by knowing
whether or not the repo was constructed via cap-std, and perhaps
in theory synthesize a `&Dir` reference, but I don't think we
need that now)
I'm trying to make more use of `cap-std` in our stack, and
this will be a key enabling API.
Actually a notable side benefit of this is that we don't need
to teach the ostree C code itself to use `openat2`, we inherit
cap-std's setup.
All of the internal ostree code using the prior `openat()` should
continue to work.
I only did basic sanity checking of this; there may be bugs
in other APIs.
The fact that the uid/gid/mode are big endian bit me when I was
trying to parse this "by hand" in ostree-rs-ext.
Let's add a footgun-free API for this.
(And yeah, we should probably do the same for the other variant types)
This splits the builder completion step into separate actions for
creating/loading a sysroot.
It also introduces a roundtrip test over a freshly-created empty
sysroot.
This adds a `SysrootBuilder` in order to allow consumers to load
a configured `Sysroot` in an ergonomic way. It tries to prevent
logic bugs coming from handling half-initialized entities.
The `resolve_rev` C method should really have been
`resolve_rev_optional` from the start - it is more obviously wrong
in Rust because the input parameter `allows_noent` controls
whether the returned `Option` can ever be `None`.
I debated adding this to the C bindings, and may still do so,
but eh it's faster to write + ship in Rust, and the future of ostree is
Rust anyways.
