Rework the asynchronous aspects of MusicStore to rely on a more
conventional callback system.
In preparation for automatic rescanning, it would be more elegant
for music consumers to use a callback, so that updates can be
registered easier than if a co-routine continued to be used.
Convert MusicStore to this new model and rework the accesses of
MusicStore in-app to line up with this new system.
Create a ViewModel for the more complicated navigation pathways.
Normally, navigation was fragmented along a complicated stretch of
fragment hacks and DetailViewModel's navToItem attitbute, both of which
were not really that ideal. Dumpster them for a single, unified
viewmodel for the more complicated navigation situations. This removes
much of the duplicate navigation logic and is likely much more
maintainable for future situations.
Rework the style of all album covers in the app to be more in line with
the new track number style.
This is mostly comprised of adding a new background to all cover views
and rescaling error icons to be smaller than they would normally be.
This also includes a change in the cover/track background color from
colorSurfaceVariant to colorOnSurfaceInverse, which seems to provide
the best visibility in all cases.
These changes also apply to the track number views.
Remove databinding entirely.
Databinding was a terrible idea for Auxio. I rarely leveraged it, and
when I did, it produced messy code and bloated build times. Dumpster it
for just viewbinding, which is good. This reduces building times by
nearly 2/3, and generally makes the codebase more coherent and usable.
Move all fragment instances to the new ViewBindingFragment paradigm,
which should help immensely with reducing memory leaks from list
bindings and to really alleviate the overloaded onCreate functions.
Rework the playback views to follow the new idioms I want to use for
Auxio.
This change mostly consists of flattening away some of the custom
views, removing databinding, and using a general viewbinding
fragment that I hope to extend to the entire app.
Rework the playback slide up implementation to be more straightfoward.
This is really composed of stylistic improvements, very little in
actual behavior changes. This does re-introduce a regression when
nothing is playing where the scroll position will become off when
rotating, but that desynchronization happens often so unless I were
to completely migrate both the panel and the bar to a view, I don't
really see it as an issue.
Make resolvedName the standard name to use across all music items.
Previously, the way Auxio differentiated between names in UIs was to
use name for normal items and resolvedName for parents. This was odd
and disjointed, as it muddled the meanings of the two fields and lead
to a lot of bugs. Fix this by making resolvedName *the* standard name
to use across all music items, even in ones that don't have to resolve
their name.
Create a custom view for rounded images, making them more nuanced in
the process.
The previous method for applying rounded images in-app was generally
clunky and fragile. Introduce a new custom view that actually takes a
cornerRadius attribute from the ImageView itself that then applies it
whenever the user enables the setting. This also allows rounded images
to be more nuanced, as typical 8dp elevation can be used for small
views and a more fitting 16dp radius can be used for large views.
Add a circular indicator to playback icons.
Sometimes it can be too difficult to tell apart the active and inactive
states of the shuffle/loop icons. However, there is really no good way
to improve the contrast on these icons without some kind of muddled UX
fragmentation, or god-awful design. Try to settle on the okay-est
version, which is to use colorPrimary with a dot indicator on views we
control, and use a more muddled semi-transparent icon on views we don't
control, like notifications and widgets.
Modify the music loader to use the normal artist name when using song
titles while still retaining album artist functionality.
Oftentimes music files will be tagged as to use the artist tag to
specify performers, collaborators, and others, and then use the album
artist tag to group them up into a single artist. Previously, Auxio
would only use the album artist tag, which flattened the collaborator
information out for consistency. Resolve this by implementing a sort
of "resolved artist name" for songs that is used in the UI and nowhere
else. This seems to work well, but at the same time further ruins the
API surface for handling music objects. An acceptable price to pay
for a better UX.
Migrate to the native roboto typeface on body elements.
Migrating to the native typeface saves on APK size, contributes to a
more native look and feel, and create a more compact UI for smaller
devices. Inter Semibold remains as the "Flair" type that distinguishes
Auxio from other apps.
I want to hold off with this migration actually. I feel like it's too
jarring of a change to be included as of right now.
This reverts commit 50170f202e.
Dumpster Inter in favor of Roboto. This is mostly for three reasons:
1. Reduces the insane typography setup that Auxio uses
2. Reduces total app size since .ttf files are pretty large and the
dynamic fonts feature was proprietary.
3. Creates a more cohesive look and feel given that nearly every
android app also uses Roboto.
Improve the way the compact playback view transforms into the full
playback view by splitting their view animations in two. This makes
the transition more akin to the Android 12 notification menu, which
due to the nature of how I'm fading views really does make it more
user friendly. Also re-add the "Now Playing" title and a new subtitle
displaying the currently playing artist.
Completely refactor PlaybackBarLayout into PlaybackLayout, which now
not only handles the bar behavior but also allows for one to slide
up the bar layout into the full playback layout. This was largely
adapted from umano's AndroidSlidingUpPanel, albeit heavily minified
and mixed with the previous window inset tricks of the previous layout.
There are still some tweaks to be made, but this implementation seems
to be really good.
