Move the progress bar to the bottom of CompactPlaybackFragment in both
orientations. Doesn't look the nicest right now, but will be when the
new home fragment is created.
Fix a plethora of style issues that lead to a worse touch experience.
I tried to optimize these solutions so that they didn't reduce the layout
density too much. More updates may have to be made in the future.
Move the AndroidUtils file into the root Auxio directory, renaming it
to AuxioUtils as well. This also changes some methods to be extension
methods instead of argument functions.
Tweak some dimens so that they line up with the 8dp grid. This doesn't
apply to all of them since some of them are fined-tuned [such as the
fast-scroller]. The latter would likely be migrated in the later UI
overhaul.
Actually bother to add license boilerplate. Even though I've written
the entirety of Auxio, the boilerplate will be under "Auxio Project"
instead, as I don't want to share my real name.
Refactor styles again, this time trying to seperate the more
layout-specific attributes so that layouts become more re-usable.
This also updates the naming conventions of styles.
The plans for widgets have changed somewhat. Instead of 4 or so
variants, there will instead be one unified widget that chooses
different layouts depending on its size. The first one added is the
full widget, which shows more controls as long as theres enough
space.
Simplify the PlaybackNotification code to not have to pass Context for
an argument when it could simply be a private variable. This is okay,
as PlaybackNotification only lives as long as PlaybackService does.
Modify the minimal wdiget so that it can work on Android 11 and below.
Was not actually that hard, mostly changing layouts around all things
considered. This also splits up the default view and the main widget
views, which makes managing UI state much easier.
Use viewLifecycleOwner for all fragments that rely on databinding. This
should solve some possible memory leaks, as viewLifecycleOwner is tied
to the lifecycle of the fragment views instead of the fragments them
selves.
Add the first widget implementation, the minimal widget. This took a
good 2 days of hacking and frustration to get the first prototype
working. And even then, its currently scoped to android 12 until I'm
able to port them. The implementation is still quite rough, but should
become manageable over time. More widgets will come.
Add preliminary compat for android 12 [API 31]. More changes may be
needed as time goes on, but its close enough to platform stability
to the point where its needed.
Add a new option to pause playback whenever a song loops [e.g while in
LoopMode.TRACK]. This does mean that we can no longer use exoplayer's
native looping system, but it doesn't seem to be that much of an issue.
Resolves#29.
ExoPlayer's online functionality will cause the library to request the
ACCESS_NETWORK_STATE permission. We don't need this since we use
ExoPlayer for local playback only. For simplicity [and to remove a
weird suspicious permission, we just disable it]
Completely redesign the about UI to remove its dependency on
bottomsheetdialogfragment. That object is such a hassle to deal with an
is the epitome of everything wrong with this horrible platform. This
design will enable further about extensions in the future.
Make PlaybackSessionConnector also take events from ExoPlayer as it
used to with MediaSessionConnector. This improves reliability
somewhat at the cost of making the code even more hideous.
Fix some issues with PlaybackSessionConnector that resulted in the
position being stuck when a new song was played, alongside simplifying
the connector code to an extent.
Create a custom session connector that connects between
PlaybackStateManager and MediaSession. The previous session connector
that was part of the exoplayer library turned out to cause bugs that
could cause the covert art not to show on the lock screen and to not
be recognized as proper player controls. This new connector
[once complete] should fix these issues.
Upgrade the detail sorting system to:
- Persist beyond the app lifecycle [as other sort modes do]
- Be used when creating a queue for a genre/artist/album
Create a seperate ActionHeader object for headers with actions attached alongside a new viewholder to accompany it.
This allows action headers to be created easier without creating your own viewholder.
Use unique-ish hashes in the playback state system instead of the less efficent and less reliable string system.
This cuts save times in ~half and improves restore times by ~1/3.
Yeah, this is like the 4th time I've changed this system but unless I have some major loader refactor I
think this wont change again.
Change the loop behavior to something that is actually sensible,
with [ ] looping the whole playlist and [ 1 ] looping the song.
This also removes the "Do on end" setting. A new stop option may
be reintroduced, however.
This resolves issue #13.
Do some post-setting refactor cleanup:
- Make some extension functions for SettingsManager for convienence
- Remove dead code from before the int migration
- Update semantics here and there
Update the structure of the settings system to do several things:
- Finally use int preferences everywhere instead of the mix of strings & ints from before
- Create a new preference named `IntListPreference` that enables the use of integers in list preferences
- Actually centralize array values and default values into a single integers xml
- Isolate all the new migration code into a single file
- Refreshed the int tables used by data objects [DB version has been updated, will not update when other changes]
The only preference not migrated is doAtEnd since that is being planned to be retired in a future LoopMode update.
Fix an issue where the playback restore process would only search the list of songs for the currently playing song, running the risk of picking the wrong song with the same name.
