This requires the addition of a constructor for aead::nonce::Iv from
an aead::block::Block.
I agree to license my contributions to each file under the terms given
at the top of each file I changed.
This adds a new API to the AEAD module for generating QUIC Header Protection
masks, as described in draft-ietf-quic-tls-17.
Only AES support is currently implemented, but ChaCha20 can be added later.
I agree to license my contributions to each file under the terms given
at the top of each file I changed.
Switch to Rust 2018 Edition. Fix up some build breakage for different
configurations that were found in the process of testing this,
particularly `--no-default-features`.
Previously, one could construct an RSA key pair "successfully" even if
the bit length of the private moduli was not evenly divisible by 512.
However, using such a key to sign something would (usually) fail on
x86-64 because the x86-64 signing code requires the modulus to be an
even multiple of 8 limbs.
Now, all keys that have private primes with lengths that aren't
multiples of 512 bits will be rejected at key construction time with
error "PrivateModulusLenNotMultipleOf512Bits".
I want to explore some new RSA functionality that might make `Clone`
difficult to implement, so I'm going to revert this change before
people start depending on it.
Remove one use of `bit_length()` which will require non-trivial work to
replace.
This probably also improves compatibility to some extent since I doubt
many crypto libraries ensure that `p` and `q` are far enough apart
according to NIST's requirements.
Support them by swapping (p, dP) and (q, dQ) and recalculating qInv
ourselves. Added a few test vectors for |p < q|
parsing/signing/verification.
I agree to license my contributions to each file under the terms given
at the top of each file I changed.
Derive `Copy` and `Clone` for `Signature`.
Add some utilities for testing `Clone`, `Copy`, `Send`, and `Sync`
and use them to test that `Signature` implements these traits.
