Pebble: Add support for dynamic Pebble background colors
- Add a couple additional icon types
- Add Lighthouse (currently unused)
- Add Transit (public transportation app)
- Tweak the colors on existing icon types
- Implement logic to grab primary (vibrant) color from app logo
- The color will be used when displaying a notification for an app
that does not have any configs bound to it.
- Alter NotificationType to support a color (named pebbleColor)
- Alter the Pebble notification poster to listen to the color from
the notification
- Alter the DeviceCommunicationService to allow for color passthrough.
- Add logic to convert HEX or Integer representations of RGB888 colors
to Pebble RGB222 format.
- make the package name retrieved lowercase.
Fixes: #815
- cleaned up the DeviceService.connect() variants
- discovery: pass the device candidate around instead of the mac address
Attempts to fix#512, #514, #518
Most of the code is generic, so it could be implemented by other devices.
I dont know what happens if multiple messages arrive in the same notification.
So, this is experimental.
This commit contains the infrastructure needed for the
NotificationHandler to send music state information to the device. That
is, it introduces a call onSetMusicState(MusicStateSpec stateSpec), that
in turn sets up an intent to the service, which will then call the
encodeSetMusicState() function of the device. encodeSetMusicState is
available for pebble only. There are empty stubs for other devices.
- dynamically toggle hr sleep support when preference changes
- check hr support dynaically after device info is available to avoid false error message
- created and provided by DeviceHelper
- passed from UI to service
- without UI, service uses DeviceHelper directly
=> Cleaner and less duplicated code
The notfification APIs now use NotificationSpec as their only parameter, which
contains all information (required and optional ones).
We no longer have separate methods and actions for SMS/EMAIL/GENERIC anymore.
The type of notification is important now, not how we received them technically.
Previously, the DeviceCommunicationService was invoked directly,
via
Intent intent = new Intent(foo, bar);
intent.setExtra(EXTRA_BAZ, baz);
startService(...);
and this was scattered throughout GadgetBridge.
Now there is a "frontend" available, so that you can call
the service more easily, like
GBApplication.deviceService().connect();
For a start, this client interface (DeviceService) actually
implements the same interface (EventHandler) as the receiving side
(DeviceSupport). This may change in the future.
This will also make testing much easier, because we can use
this client interface to invoke the test service as well.
Nicolò Balzarotti