Update storing of app settings. Store settings in a closured
`app_settings` object inside `@converse/headless/shared/settings`
Remove the `_converse.settings` object.
The eventual goal is to avoid UI-related stanza processing if the relevant chats
aren't in the DOM.
With the current architecture, chatboxes are created (and the stanzas
related to them processed) even if `#conversejs` isn't in the DOM.
* Initial work on making controlbox an element
* Create a shared base class
* Ceate ChatBoxViews proxy
* Update sass now that certain classes are moved to converse-chats element
In some cases a race condition can occur where a new message is received
before the MAM query starts.
Previously, the newly received message would be considered the latest
message to query from, thereby causing a gap in the history.
- The `converse.api.query` method now no longer accepts an RSM instance.
- The RSM class now separates `query` parameters from `result` attributes
- Improve JSDoc docs and remove need to make `converse-rsm` a plugin
- Add typedefs for the options expected by RSM and `api.archive.query`
- Declaratively render the emoji picker dropup
- Got rid of converse-emoji-views
- Adapt OMEMO to the new buttons stuff
- Make emojis json global, to try and speed up tests
- omemo: Move functions to the top of the module
It's better to parse an incoming message stanza early, than to have
all kinds of methods throughout the codebase that does querySelector
etc.
Firstly, it allows us to catch and report errors and malicious stanzas early on.
It also simplifies programming because you don't need to try and
remember how to properly parse a stanza, all the work is done upfront
for you.
Queue messages and handle them sequentially, each time waiting for promises to
resolve before handling the next message.
Updates #1899, which likely happens because an error message is received
before messages have been fetched.
- Collapse 3 different loops into one.
- Check all saved stanza ids in the parsed attrs, not just the archive id
- Remove check for archive id in converse-mam since it just duplicates what's now being done in converse-chat
- Don't use disco to check for support, XEP-359 mandates that services SHOULD advertise support,
which is not a strong enough guarantee that they do.
updates #1856
Otherwise we might run into a situation where a very old,
cached MUC that's being restored has `connection_status` set to ENTERED
(and the user happens to be in the MUC via another client)
and then restores cached messages without taking
`clear_messages_on_reconnection` into account.
- Add config variable `muc_show_logs_before_join`
- Restore nickname form for the original use-case (when not showing MAM logs before joining).
- Render nickname form in the `.muc-bottom-panel` when showing MAM logs (instead of in a modal)
- Show a message when there aren't any archived messages to show
- Fix converse-mam so that chat logs are properly fetched before entering a MUC
closes#1266
- Add support for switching ephemerality after message creation
- Move more methods from ChatBox and ChatRoom to utils/stanza.js
- Rename 'ephemeral' to 'is_ephemeral' since it's a boolean
- Move headless one-on-one chat functionality into converse-chat
- Split converse-headline into converse-headlines and converse-headlines-views
- Add api in `_converse.api.chatboxes` for creating chatboxes
- Add `_converse.api.controlbox.get` method
* Explicit forwards and backwards paging
* Include upper or lower bound when calling `RSM.prototype.next` or `RSM.prototype.previous`
* Bugfix: Don't override new RSM parameters (caused infinite recursion)
- Use native `getTime` method instead of moment's `valueOf`
- Use toISOString() instead of moment().format()
This makes the code timezone independent since we're now globally using UTC.
* Replace `tearDown` overrides with event handlers.
* Move presence listeners to `connected` event handler, otherwise they
don't get called when logging in again after disconnection.
* Add `clearSession` listeners to clean up upon disconnection.
* Use `Promise.all` instead of listening for multiple events.
