In Qt chat boxes filter out events related to text editing, including tabs.
Unfortunately tabs with modifiers like those used to cycle through contacts are
being filtered despite not being used for anything.
This fixes the keybind for cycling forward through contacts (Ctrl+Tab).
I've implemented this by having the contacts list container return all contact
widgets in the order they appear each time it's time to cycle. It's perhaps
inefficient but given cycling isn't done often I don't see a need to optimize.
This code does make the assumption that the friends list isn't empty, which I'd
guess would be the case if there's an active conversation.
New friends must be added to the friend list before loading history, otherwise the history code won't find the friend in the friendlist, and the history will have blank names for the friend
askProfiles is a really dangerous function. Awful things happen when the user closes that message box. We now prevent it from being closed in more places
There are small instants on startup and while profile switching during which no profile is loaded but the GUI could still receive events, e.g. between two modal windows. Disable the GUI to prevent that.
Don't just let the user close the profile select box and continue with an empty value. We would create a new profile and save it back on top of the previous encrypted profile
- Add AvatarBroadcaster, in charge of making sure our friends have our avatar without spamming file transfers
- Fix file sending code not closing the file after transfer, which prevented file previews, and make the QFile a shared_ptr to fix the obvious memory leak
Some small additions to Core to support AvatarBroadcaster
1) action received gets modified on restart
2) sender's name is written twice if action is sent using offline messaging
3) /me is written when action is sent in groupchat having one peer
4) /me is not saved in last message variable in friendd chat
This fixes the potential edge case where a frozen then unfrozen qTox instance could have its locks delete by a new qTox instance.
We now check that we still own our locks, restoring them if we can, before saving
Starting a new instance with the -p option will force it to start a new instance with the given profile instead of bringing an eventual existing instance to the foreground
Two instances can not run with the same profiles, the profile locking code will ensure that. A user who likes to live dangerously could manually delete the lock to force two instances on the same profile, but such an hypothetical user would be asking for it.
If a qTox instance starts and becomes owner of the IPC shared memory on its first try, it considers itself the only running freshly-started instance, and deletes any possibly stale lock before starting up. This should be fine in the vast majority of cases, but if an existing qTox instance freezes for a long enough time to lose ownership of the IPC and a new instance is started without first killing the frozen one, the frozen instance's lock will be deleted as stale by the new one. If the frozen instance subsequentely unfreezes, it will be running on a profile for which it doesn't have a lock, which could cause trouble. This is an intentionaly allowed edge case, the alternative being a stale lock staying forever until removed manually. A potential solution not yet implemented would be to check that the lock is still actually present before attempting any write.
