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- This way, only the leaf package has to concern itself with the
selection of a cryptographic backend for Sequoia. Notably, we
don't have to repeat all of sequoia-openpgp's features in all
crates that use sequoia-openpgp.
- Enable the new feature resolver which allows for this method.
- A complication arises because we want to make `cargo test` work by
default for the intermediate crates without developers having to
select a cryptographic backend. To make that work, we implicitly
select a backend in the dev dependencies which are enabled when
compiling the tests. To make it even more convenient, we select
the most convenient backend, which is CNG for Windows and Nettle,
our default, for every other platform.
- Now that we have implicitly selected CNG on Windows for running
the tests, when the user wants to use Nettle on Windows, and does
`cargo test --features sequoia-openpgp/crypto-nettle`, then two
backends are selected: the implicitly selected CNG and the
explicitly selected Nettle. In this case, we detect that an
implicit selection has been made, and ignore the implicitly
selected backend. Now, this has already been compiled by
cargo (remember that we cannot influence the set of dependencies
at the time the build script is run), but we can still ignore the
implicit backend using conditional compilation (i.e. it will not
be included in the resulting binary). The same happens on
non-Windows platforms where Nettle is the implicit default for
tests when the user explicitly requests a different backend. In
both cases, Nettle and CNG are slim wrappers around native
libraries, so the wasted compilation time is low.
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- Adds the backend behind `crypto-openssl` feature.
- Add CI configuration to run tests with the new backend.
- See #333.
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- This adds a cryptographic backend based on the RustCrypto crates.
The backend is marked as experimental, as the RustCrypto crates'
authors state that they have not been audited and may not perform
computations in constant time. Nevertheless, it may be useful in
certain environments, e.g. WebAssembly.
- The backend implements RSA, EdDSA and ECDH over Curve25519, IDEA,
3DES, CAST5, Blowfish, AES, Twofish, EAX, MD5, SHA1, RipeMD160, and
the SHA2 family.
- Notably missing are DSA, ElGamal, and ECDSA and ECDH over the NIST
curves.
- See #333.
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- https://rust-lang.github.io/rust-clippy/master/index.html#single_component_path_imports
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- See #480.
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- Fixes the tests on *ALL* platforms that do not use `/` as a
directory separator.
- Fixes #276.
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- Fixes #267.
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- Instead of using an ad-hoc parser for recognizing OpenPGP
messages, use lalrpop, an lr(1) parser generator, for recognizing
OpenPGP messages.
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