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A material designed music player for Android
Material Design Music Player
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Quick Overview
SaltPlayerSource is an open-source music player application for Android devices. It is designed to provide a clean, intuitive interface for playing local music files, with a focus on simplicity and performance.
Pros
- Clean and modern user interface
- Support for various audio formats
- Customizable themes and appearance
- Lightweight and efficient performance
Cons
- Limited online streaming capabilities
- Fewer advanced features compared to some commercial music players
- May not support all Android devices or versions
Code Examples
As SaltPlayerSource is an Android application project rather than a code library, code examples are not applicable in this context.
Getting Started
Since SaltPlayerSource is an Android application and not a code library, there are no specific code-based getting started instructions. However, users can follow these steps to use the application:
- Visit the project's GitHub repository: Moriafly/SaltPlayerSource
- Download the latest release APK file from the Releases section
- Install the APK on your Android device
- Grant necessary permissions for the app to access your device's storage
- Open the app and start enjoying your local music collection
Competitor Comparisons
A material designed music player for Android
Pros of Phonograph
- More mature and established project with a larger user base
- Extensive feature set including album artist support and tag editing
- Well-documented codebase with clear architecture
Cons of Phonograph
- Less frequent updates and maintenance
- Heavier resource usage due to more complex features
- Steeper learning curve for new contributors
Code Comparison
SaltPlayerSource (Kotlin):
class PlaylistAdapter(
private val context: Context,
private val playlists: List<Playlist>,
private val onItemClickListener: OnItemClickListener
) : RecyclerView.Adapter<PlaylistAdapter.ViewHolder>() {
// Implementation details
}
Phonograph (Java):
public class PlaylistAdapter extends RecyclerView.Adapter<PlaylistAdapter.ViewHolder> {
private final AppCompatActivity activity;
private List<Playlist> dataSet;
private int itemLayoutRes;
public PlaylistAdapter(AppCompatActivity activity, List<Playlist> dataSet, int itemLayoutRes) {
// Constructor implementation
}
}
Both projects use similar adapter patterns for playlists, but SaltPlayerSource utilizes Kotlin's concise syntax, while Phonograph uses Java. The Phonograph implementation includes an additional parameter for layout resource, potentially offering more flexibility in UI customization.
Material Design Music Player
Pros of Timber
- More mature project with a larger user base and longer development history
- Extensive feature set including equalizer, tag editor, and playlist management
- Better documented codebase with clear contribution guidelines
Cons of Timber
- Less active development in recent years compared to SaltPlayerSource
- Larger codebase may be more complex to navigate for new contributors
- Some reported issues with performance on newer Android versions
Code Comparison
SaltPlayerSource (Kotlin):
override fun onPlayFromMediaId(mediaId: String?, extras: Bundle?) {
mediaId?.let {
val songId = it.toLong()
viewModelScope.launch {
playSong(songId)
}
}
}
Timber (Java):
@Override
public void onPlayFromMediaId(String mediaId, Bundle extras) {
long songId = Long.parseLong(mediaId);
MusicPlayer.playAll(Collections.singletonList(songId), 0, false);
}
Both repositories implement similar functionality for playing media from a media ID, but SaltPlayerSource uses Kotlin coroutines for asynchronous execution, while Timber uses a more traditional Java approach.
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Pros of Music-Player-GO
- Lightweight and minimalist design, focusing on simplicity and ease of use
- Open-source with a more active community and frequent updates
- Supports Android 5.0 and above, offering wider device compatibility
Cons of Music-Player-GO
- Limited advanced features compared to SaltPlayerSource
- Lacks some customization options available in SaltPlayerSource
- Does not support as many audio formats as SaltPlayerSource
Code Comparison
SaltPlayerSource (Kotlin):
override fun onPlaybackStateChanged(state: Int) {
super.onPlaybackStateChanged(state)
when (state) {
PlaybackStateCompat.STATE_PLAYING -> startForeground()
PlaybackStateCompat.STATE_PAUSED -> stopForeground(false)
}
}
Music-Player-GO (Java):
@Override
public void onPlaybackStateChanged(PlaybackStateCompat state) {
super.onPlaybackStateChanged(state);
switch (state.getState()) {
case PlaybackStateCompat.STATE_PLAYING:
startForeground(NOTIFICATION_ID, buildNotification());
break;
case PlaybackStateCompat.STATE_PAUSED:
stopForeground(false);
break;
}
}
Both repositories handle playback state changes similarly, but SaltPlayerSource uses Kotlin's more concise syntax, while Music-Player-GO uses Java. The core functionality remains the same, with both implementing foreground service management based on playback state.
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Top Related Projects
A material designed music player for Android
Material Design Music Player
🎶🎼 Very slim music player 👨🎤 100% made in Italy 🍕🌳🌞🍝🌄
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