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Showing content from https://github.com/adafruit/glider below:

adafruit/glider: App for editing Python on mobile devices wirelessly

Glider is a portable mobile app aimed at making wireless editing of Python code really easy and fun.

git clone --recursive https://github.com/adafruit/glider.git

If pyright fails to install, run:

cd glider
rm -rf pyright
git clone https://github.com/adafruit/pyright

In the glider folder, run:

NOTE: Android requires manual installation/ linking of the libraries:

• react-native-fs
• react-native-local-resource

From the /ios folder, run:

Open XCode and run on your device, it should ask for bluetooth permissions once loaded. Additionaly, the bundle identifiers may need to be changed for the code signing to work.

1. Build the gradle project by opening glider/android folder in Android Studio. Gradle should automatically start building and notify you when project is built via logs or Build tab.
2. If the debug.keystore file does not exist already in glider/android/app, then copy it from glider/node_modules/react-native/template/android/app or search for where this file exists in your glider folder and paste it to glider/android/app.
3. Connect your android device to your computer. NOTE: app must be run on physical device (not an Android Simulator) due to bluetooth limitations.
4. In VS Code, run:

npx react-native run-android

Ensure your board is running a BLE-allowed version of Circuit Python to allow your board to connect to glider.

To revert back to version of Circuit Python with BLE enabled:

git clone https://github.com/adafruit/circuitpython.git
cd circuitpython
git checkout aca53aa1a2c21ff46b609cfc270134ee6ee024f2

Then rebuild Circuit Python onto your board following these directions, replacing the last step with BLE flag:

cd ports/{insert_board_type_folder}
make BOARD={insert_board_name} CIRCUITPY_BLE_FILE_SERVICE = 1

Then run your build following these directions and ensure code.py is actively running code to allow BLE detection. (Eg, this led sample code).

Optional: To check whether BLE-allowed version of Circuit Python was installed correctly or not, download the Adafruit Bluefruit LE Connect app and check that your board is detected.

Upon refresh of glider app, your board should be automatically detected and connected. NOTE: may need to refresh glider more than once or may need to click reset button on board

Glider can run using code from either your BLE enabled CircuitPython device, or from a local file.

To allow it to run on your CircuitPython device, you must first build CircuitPython using this commit (run git checkout followed by this hash): aca53aa1a2c21ff46b609cfc270134ee6ee024f2 Use the instructions from here to build the code and upload it to your device.

To test code from your local machine, put your code in stubbed.py and change the false value to true from this line in index.js:

const readFromFile = false;

This project is MIT licensed.

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