The issue here seems to be that
the `panic!` and `unreachable!()` macros used in the tests return `!`.
In the future, `!` will not fallback to `()`, which is what `dependency_on_unit_never_type_fallback` checks.
`add_event_handler` expects a function that returns an `EventHandlerResult`, but it is only implemented for `()`, not for `!`.
A solution could be to implement that trait for `!` but it is an unstable feature right now.
Signed-off-by: Kévin Commaille <zecakeh@tedomum.fr>
It is only needed with the experimental-oidc and e2e-encryption features.
The former is less likely to be enabled so use it to enable the dependency.
Signed-off-by: Kévin Commaille <zecakeh@tedomum.fr>
This patch set does two things:
1. Extracted the logic to collect the devices that should receive a room key.
2. Introduce a new CollectStrategy enum which defines which rules are
used to collect recipient devices for a room key. Currently only the
existing rules have beenmoved under this enum.
This can happen if there's a load-balancer or any modification of the
response by a reverse proxy (e.g. rewrite 5XX errors into 429, to not
let a reverse proxy mark the upstream server as being down, as
Cloudflare seems to do).
As a result, such requests will be retried in multiple places, including
when sending something with the send queue. Also, the send queue will
mark these errors as recoverable instead of unrecoverable.
No test, because the change really is trivial and a regression test
didn't seem worth it, for once.
RoomInfo::handle_state_event(...) will check this condition so we don't have to later ask the HS whether the room is encrypted or not through room::is_encrypted().
Also, as we need some way to get this info in the room list in our clients, two ways of doing this were added the FFI crate, one through RoomInfo and another one through RoomListItem.
`RoomInfo::handle_state_event` will check this condition so we don't have to later ask the HS whether the room is encrypted or not through `room::is_encrypted()`.
This adds support to input your recovery key to the OIDC example which
will allow the OIDC example client to be verified and have access to all
the secrets (cross-signing keys and the backup recovery key).
Not particularly useful right now, but once the OIDC example is able to
log in other devices via a QR code it becomes necessary to have access
to all the secrets.
