This is done by just comparing the names with already existing devices.
This is only a temporary solution until the discovery of the service
UUID works properly
Removed logging in the DeviceCoordinator, fixed the time setting (day
was off by 1), consolodated many characteristic transactions to one
buidler and queue, and added Find My Device, by just initiating a call.
Moved to AbstractDeviceSupport so each device support class can override them if required. This change helps to keep the code base clean by not requiring every (Device)Support class to implement these methods even when they don't need them.
Switch to only saving 0xCE as sample data, mark additional known data
Remove unused updateSample from testing
Add 0xDD handling
Fix byte comparisons
Add SpO2 parsing, still unused. Cleanup
Clean remaining anomalies
Fix order sign blunder filtering out all data
Remove unproductive/improper debugging prints
The original truncation code caused the null termination of the string
to be dropped, leading to several weird issues on the watch, including
empty notification bodies and firmware crashes.
Since the PR #2961 aswell as #2976, i pushed the changes to this pr.
Original text:
With this PR, the gadgetbridge app sends the current locationd data, obtained from the gps or network provider, to a connected banglejs device as an "gps" event.
The bangle device can use this data instead of the internal gps data. Therefor saving battery energy, since the gps chip is one of the biggest energy consumers.
Furthermore it enables the banglejs device to use the location data, based on the network with which the phone is currently connected. This would be usefull if there is no gps signal.
Updates:
I added a network provider so that it is possible to use the network location. I also overload the start method of GBLocationManager so that it is now possible to select which provider should be used to get the data (currently GPS or Network) and to set a interval to determine how often the update should be run.
For the banglejs device i added a switch to enable the sending of gps data. I also added a setting, to set the interval on how often the gps data is being updated. This allows to throttle the updates of the gps data and therefore saving energy of the smartphone batterie.
To further save energy, the app now requestes the current status of the gps from the banglejs and only sends data, if the gps of the banglejs is turned on.
In the PR #2976 I also moved the settings to the device settings of the banglejs and i moved the logic to the onLocationChanged method of the GBLocationManager.
Co-authored-by: Lukas <lukas.edi@gmx.net>
Reviewed-on: https://codeberg.org/Freeyourgadget/Gadgetbridge/pulls/2992
Co-authored-by: LukasEdl <lukasedl@noreply.codeberg.org>
Co-committed-by: LukasEdl <lukasedl@noreply.codeberg.org>
This works by adding the ability to pause the sending of data from the Bluetooth LE queue. While BtLEQueue is modified, unless setPaused(true) is called it behaves exactly as before so shouldn't cause any issues.
- get rid of pre-lollipop BLE discovery (nowadays we support only lollipop and above) and related preference
- get rid of the sequenced BT-then-BLE-scan that wasn't working reliably anyway and was causing a recursion
- add a caching layer for already processed devices (the same device is found multiple times during discovery)
- add a caching layer for device name in GBDeviceCandidate (many coordinators will ask for it, and it's a very expensive operation)
Mostly copied from the Buds Pro as those earbuds have a similar feature set and mostly the same protocol.
Co-authored-by: narektor <narektor@noreply.codeberg.org>
Co-committed-by: narektor <narektor@noreply.codeberg.org>
The config refactor in addf7ff6a broke health settings on GTR3 and GTS3
- GTS 3 and GTR 3 health configs use protocol v1. The only difference
seems to be that the steps goal is a SHORT instead of an INT.
- It needs a refactoring from the ground up to better handle different
versions, but this is enough to get the GTR 3 and GTS 3 working.
- File uploads are split in chunks, with the size dictated by the
watches. There seem to be 2 protocol versions, without any noticeable
differences
- Extract the file upload logic to a standalone class. This makes it
easier to keep track of concurrent requests, each of which have their
own session id
- Icons larger than 8KB will end up split in multiple chunks - we now
handle that correctly
- Notification icons are also requested in 2 different formats, but
the actual encoding seems to be the same, with only a different id
