Start by requesting keys for only the master device, then handle 410 as
needed. Single-device users are the more common case and this strategy
lets us avoid requesting/expending one of our own device keys when
establishing a session with sibling devices.
// FREEBIE
After setting a new identity key as trusted, we retry decryption on all
pending conflicts for that contact. If their identity changed twice in a
row, we can still get a conflict the second time, and should handle it
appropriately.
When resolving conflicts, we should not only discard the old key, but
set the new trusted key to the one the user has verified. Previously, we
would end up trusting the first-seen new key, which may not be the one
the user verified.
// FREEBIE
Related with #278. Redone to include keeping scroll at the bottom when resizing the window, as suggested in #305, and to better fit the current code structure.
This new endpoint should always issue a response to a provisioning
socket so if we don't receive one we should assume the connection has
been lost.
Closes#318
By default, automatically disconnect if no response. This is preferable
because we can sometimes lose connectivity without receiving a close
event from the socket, but it's also possible that the endpoint may not
support responses.
// FREEBIE
saveKeysToDeviceObject is the detector of outgoing identity key errors.
Catch these key errors closer to the source by pulling the
getKeysForNumber into the context of sendMessageToDevices, which lets
it access registerError and the message protobuf.
Previously identity key errors would be uncaught if all existing
sessions with a recipient were closed/deleted, since we would
preemptively fetch the new identity key. The old error handling only
kicked in after a 409/410 response from the server when posting a
message encrypted for a stale session.
// FREEBIE
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