This makes use of dart
records to return three
different values for one
method. This makes the
special class no longer
necessary just for
returning data.
This changes the way how the last event is stored
for each room. It is now stored next to the
room event itself in the rooms box and no longer
stored like a room state. This way we need to
bump the database version which will cause an
inital sync for the client. Be aware of this when
updating the SDK!
This also makes sure that
the access token is
refreshed when calling
client.getEventByPushNotification()
which is porbably the most
common case for a client
with a stopped sync loop
doing network requests.
This fixes several problems with current soft logout
handling, as it now stores the refresh token correct and
only refreshs it 1 minute in advance instead of 5
minutes.
This was implicitly relying to the timestamp of state events getting
compared in the setState function. Fix this by using the helper
functions already used for invite and join rooms.
We used to add app the member counts of invited users and joined users,
which would make us assume the participants list is complete. Which
would mean we always return the wrong state.
Additionally there is no need to rely on if we have a cached response.
Instead we always only check for completeness instead of possibly
returning stale responses just because we fetched the members once.
We now handle state in the correct order in the sync handler. Using the
timestamp lead to false results when we still generated a default
timestamp of "now" for events, however even without that state events
can have an older timestamp like when accepting an invite on a server
with the clock behind by a minute and we should instead rely on the sync
handler giving us state in the right order.
This causes issues with state handling as we prefer the newer event. It
also has knock-on effects in other places. Instead set such events to
have an obviously invalid timestamp, which makes issues easier to
identify.
This may break invites showing a timestamp or the timestamps for just
sent events, if you rely on the timestamp getting set to "now".
This patch introduces a helper class for SQfLite encryption related operations.
Most matrix clients will encrypt their sqlite database at rest. Since
this is a quite fragmented task using the Flutter sqlite ecosystem, this
helper aims to simplify some more complex operations.
It in particular helps with the following tasks :
- loading the correct shared objects / dynamic libraries for sqlcipher
- check whether a database is encrypted
- migrate an unencrypted SQLite database to SQLCipher
- apply the cipher to a database while opening it and ensure it loads
This code is not exactly matrix related, though presumably any matrix
client will use parts of it.
Possible regressions :
- `package:sqlite3` became a direct dependency. As of now it already was a
transitive dependency of the SDK itself.
Signed-off-by: The one with the braid <info@braid.business>
This refactors the transaction
workaround with
"zone transactions" and
abstracts them in a mixin. Then
it just uses this mixin in the
HiveDatabase and the
sqflite_box and also applies
them on indexedDB to
fix transactions on web.
This creates a set before
requesting users from the
database. This prevents
doing the same check for
the same user multiple
times and also prevents
concurrent modifications
of the event list.
This changes the behavior
when client init fails. It
no longer calls logout and does
only clear local data while
returning all available
information in a new
exception type so that the
SDK consumer can decide
to logout or try again to init
with these information. This
should make it much more rare
that users loose their sessions.
This creates the timeline object
earlier in the Room.getTimeline() method.
This results to that the
Timeline object already starts
to listen on the event stream
while the getTimeline() method
requests users from the database
and tries to decrypt room
events. I assume that this
causes the problem that
on timeline creation new
events get lost because they
come in, while getTimeline() is
not yet completed but the
onEvent stream is not yet
connected at the same time.