- Mark reinjected mails so that Husk can shortcut the processing.
- Fix Cargo.toml to correctly include the patched version of
sequoia-cert-store and sequoia-keystore.
- Add a footer to each mail resulting from a split into an encrypted and
an unencrypted version. The footer contains the recipients of the mail
which are excluded in the corresponding stream.
- Move the construction of the `HuskContext` to the `mail`
milter-command, as `helo` is used by scrapers to detect mailservers.
- Use `CertD::trust_root()` to get the trust root - it creates one if no
root can be found.
- Add `chrono` dependency.
- If a mail has more then one recipient and not for all recipients an
authenticated certificate can be obtained, the mail processing is
split into 2 streams - one that encrypts and an other which sends the
mail in plaintext.
- For both streams the header and the list of recipients is adjusted
accordingly.
- As the milter interface only allows one stream, the second stream is
reinjected into the MTA (via SMTP). The MTA is hardcoded to be
localhost:25.
- Upgrade Sequoia PGP to 2.4.0
- Remove deprecated `sequoia_wot::CertSynopsis::userids()` and replace
with `self_signed_userids()`.
- Add `lettre` as dependency for its SMTP functionality.
- Husk will wrap an email it encrypts into a fitting mime structure
so that MTUs (Mail user agent, like Thunderbird) can display the
message properly.
- Husk now can deal which attachments.
- Header protection will be used with encrypted emails.
- Husk can sign messages if you provide it with an appropriate key.
- Hush can now send itself into the background. It now understands start, stop
and status.
- When building Husk from source, files for shell completion are generated.
- When listing introducers their associated domains are also displayed.
- Introduce option `--background` for `daemon start` to send the new
process into the background.
- Implement a `ProcessDescr` which identifies a Husk process. This pays
attention to the possibility of a rollover of the process ids.
- Implement `daemon status`.
- Implement `daemon stop` which sends `SIG_INT` to a running Husk
process.
- If the signing key is replaced too fast (within the same second) the
resolution of OpenPGP timestamps is not good enough to identify the
sequence of certifications - which might to the selection of the wrong
signing key.
- Husk now not only encrypts outgoing emails (if possible) but also adds
a signature.
- Rework the internal handling of the signing key.
- Integrate the signing into the workflow of the daemon.
- Add a configuration option for a subject replacement.
- 'signkey set' sets a new signing key (disables an old one if
existing).
- 'signkey show' prints the fingerprint.
- 'signkey dump' prints the certificate of the signing key.
- Add a scheme on how to discover Husk signing keys. Siging keys mut be
certified by the `local trust root` with a signature having a notation
with a name equal to `signing_keys@husk-projet.org`.
- Fetch the key from the keystore.
- Expand `authenticate()` so that notation can be added to the
signature.
- Add a test to create a signing key and fetch it from the keystore.
- Add a list of introduced domains to the output.
- Fix `regex_domain_unescape()` to return an error if the regular
expression differs from a regex for a domain.
Malte Meiboom