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Initial Changelog for 1.2.6
See merge request tpo/core/arti!2302
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Co-authored-by: gabi-250 <[email protected]>
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Co-authored-by: Ian Jackson <[email protected]>
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Version bumps for Arti 1.2.6
See merge request tpo/core/arti!2303
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Done with
```
cargo set-version --bump patch -p arti
```
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This is the result of:
```
for crate in $( ./maint/list_crates |grep '^\(tor\|arti-\)' ); do
cargo set-version -p $crate 0.21.0
done
```
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No updates on their dependents, because:
fslock-guard (only tests have changed)
equix (only change is removal of a private constant)
fs-mistrust (documentation, formatting, and use of Path::try_exists in tests)
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Run "cargo update" in preparation for release.
See merge request tpo/core/arti!2300
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The previous commit added a pinned dep on cc 1.0.93, which we don't
want.
See also !2231
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Roughly the same as 32a45edb84a210eb9fa692f7f339b2a0b20cb1c6.
Add the line to arti's Cargo.toml for convenience for next time.
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Run "fixup-features".
See merge request tpo/core/arti!2299
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rpc: Initial core of an FFI interface.
See merge request tpo/core/arti!2273
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Rust 1.70 (our MSRV) will not allow us to use a trait from a private
module in this way, unfortunately.
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Except for *error_out, they are always set to NULL on error.
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Additionally, inline the related conversion functions.
This should reduce the total amount of unsafe code that somebody
would need to look at.
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(Documentation movement still needed.)
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I got this by reading over all the relevant Rust stdlib safety
documentation (now linked to in the macro definitions),
and making sure that the C no-UB text is sufficient to guarantee
that those requirements are met.
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Previously, some of our conversion macros tried to exit early with
`?`. This is undesirable, since the OutPtr conversion has the side
effect of writing NULL to a pointer (if it is present).
Now, every conversion runs, and _then_ we exit with an error if
any of them fails.
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These macros do the only part of our FFI functions that needs to be
`unsafe`: converting input pointers into types that can be used in
safe rust. I've added documentation about what requirements each of
these conversions puts onto out inputs: both informally, and via a
reference to the relevant parts of the Rust library documentation.
While doing this I found a safety bug in `OutPtr::from_opt_ptr`:
it should have been using `MaybeUninit`.
These macros should allow us to build a "proof sketch" for the
safety of our FFI code. We need to show, for each input parameter:
- That the documented requirements for its conversion method
are also documented requirements for that kind of input, in our
header file.
- That the documented requirements for how it can be used
after conversion are in fact followed in the code.
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(and to what extent)
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In brief: Everything now starts with ARTI_RPC, arti_rpc, or ArtiRpc.
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These documents are no longer called "safety". They are now mostly
collected as a big list of "correctness requirements" at the start
of the cbindgen header. Because of these requirements, most
functions no longer need their own "safety" sections.
I am explicitly using `#[allow(clippy::missing_safety_doc)]` on each
function, rather than adding a blanket exception:
- There are other unsafe functions in this code, to which we
wouldn't want an exception to apply.
- Documenting the safety^W correctness requirements of a function
is important enough to make sure that we aren't skipping out on
it unintentionally.
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Per discussion, we'd rather have an optional output parameter for error
objects rather than mess with thread-local variables.
This is possibly less convenient for direct usage from C,
but likely more convenient for wrapper functions in other languages.
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