Kodi integration for Remote Two and 3

Using (modified) pykodi and uc-integration-api

The driver lets discover and configure your Kodi instances. A media player and a remote entity are exposed to the core.

Note : this release requires remote firmware >= 1.7.10

Supported attributes

• State (on, off, playing, paused, unknown)
• Title
• Album
• Artist
• Artwork
• Media position / duration
• Volume (level and up/down) and mute
• Remote entity : predefined buttons mapping and interface buttons (to be completed)

Supported commands for Media Player entity

• Turn off (turn on is not supported)
• Direction pad and enter
• Numeric pad
• Back
• Next
• Previous
• Volume up
• Volume down
• Pause / Play
• Channels Up/Down
• Menus (home, context)
• Colored buttons
• Subtitle/audio language switching
• Fast forward / rewind
• Stop
• Simple commands (more can be added) : see list of simple commands

Supported commands for Remote entity

• Send command : commands are sent as KB keymap commands in JSON RPC (see Kodi keyboard map and more specifically Action Ids for the list of available commands) Example : type in togglefullscreen in the command field of the remote entity to toggle full screen
• Send command sequence (same commands as above)
• Support for the repeat, hold, delay parameters
• See how to set up custom commands
• Available commands :
  • Standard commands : see the list of standard commands
  • Simple commands : see the list of simple commands

Installation

• First go to the release section and download the xxx_aarch64-xxx.tar.gz file
• On the Web configurator of your remote, go to the Integrations tab, click on Add new and select Install custom
• Select the downloaded file in first step and wait for the upload to finish
• A new integration will appear in the list : click on it and start setup
• Kodi must be running for setup, and control enabled from Settings > Services > Control section. Set the username, password and enable HTTP control.

• Port numbers shouldn't be modified normally (8080 for HTTP and 9090 for websocket) : websocket port is not configurable from the GUI (in advanced settings file)
• There is no turn on command : Kodi has to be started some other way
• Change these Kodi settings to get full control working : within Kodi, click settings, then go to Apps/Add-on Browser, My Add-ons and scroll down and click on Peripheral Libraries : click on Joystick Support and click Disable. THEN : kill and restart Kodi in order to take effect and then all the remote commands will work fine

Important hint

To spare battery life, the integration will stop reconnecting if Kodi is off (which is the case on most devices when you switch from Kodi to another app). But if any Kodi command is sent (cursor pad, turn on, play/pause...), a reconnection will be automatically triggered. So if you start Kodi from for example your Nvidia Shield but you mapped all cursors pad and enter to Nvidia Shield device (through AndroidTV integration or bluetooth), Kodi reconnection won't be triggered. So here is the trick to make Kodi integration reconnect : create a macro with your devices (e.g. Nvidia Shield, and Kodi media player) with the following commands :

1. Nvidia Shield : Input Source command to start app Kodi
2. Kodi media player : Switch On command (which does nothing except triggering reconnection)

And add the macro to your activity, mapped to the screen or to a button. In that way, it will both launch Kodi and trigger the reconnection.

Installation on the Remote (recommended)

• Download the release from the release section : file ending with .tar.gz
• Navigate into the Web Configurator of the remote, go into the Integrations tab, click on Add new and select : Install custom
• Select the downloaded .tar.gz file and click on upload
• Once uploaded, the new integration should appear in the list : click on it and select Start setup
• Your TV must be running and connected to the network before proceed

Backup or restore configuration

The integration lets backup or restore the devices configuration (in JSON format). To use this functionality, select the "Backup or restore" option in the setup flow, then you will have a text field which will be empty if no devices are configured.

• Backup : just save the content of the text field in a file for later restore and abort the setup flow (clicking next will apply this configuration)
• Restore : just replace the content by the previously saved configuration and click on next to apply it. Beware while using this functionality : the expected format should be respected and could change in the future. If the format is not recognized, the import will be aborted and existing configuration will remain unchanged.

Installation as external integration

• Requires Python 3.11
• Under a virtual environment : the driver has to be run in host mode and not bridge mode, otherwise the turn on function won't work (a magic packet has to be sent through network and it won't reach it under bridge mode)
• Your Kodi instance has to be started in order to run the setup flow and process commands. When configured, the integration will detect automatically when it will be started and process commands.
• Install required libraries:
  (using a virtual environment is highly recommended)

pip3 install -r requirements.txt

For running a separate integration driver on your network for Remote Two, the configuration in file driver.json needs to be changed:

• Set driver_id to a unique value, uc_kodi_driver is already used for the embedded driver in the firmware.
• Change name to easily identify the driver for discovery & setup with Remote Two or the web-configurator.
• Optionally add a "port": 8090 field for the WebSocket server listening port.
  • Default port: 9090
  • Also overrideable with environment variable UC_INTEGRATION_HTTP_PORT

Run

python3 src/driver.py

See available environment variables in the Python integration library to control certain runtime features like listening interface and configuration directory.

Build self-contained binary for Remote Two

After some tests, turns out python stuff on embedded is a nightmare. So we're better off creating a single binary file that has everything in it.

To do that, we need to compile it on the target architecture as pyinstaller does not support cross compilation.

x86-64 Linux

On x86-64 Linux we need Qemu to emulate the aarch64 target platform:

sudo apt install qemu binfmt-support qemu-user-static
docker run --rm --privileged multiarch/qemu-user-static --reset -p yes

Run pyinstaller:

docker run --rm --name builder \
    --platform=aarch64 \
    --user=$(id -u):$(id -g) \
    -v "$PWD":/workspace \
    docker.io/unfoldedcircle/r2-pyinstaller:3.11.6  \
    bash -c \
      "python -m pip install -r requirements.txt && \
      pyinstaller --clean --onefile --name driver src/driver.py"

aarch64 Linux / Mac

On an aarch64 host platform, the build image can be run directly (and much faster):

docker run --rm --name builder \
    --user=$(id -u):$(id -g) \
    -v "$PWD":/workspace \
    docker.io/unfoldedcircle/r2-pyinstaller:3.11.6  \
    bash -c \
      "python -m pip install -r requirements.txt && \
      pyinstaller --clean --onefile --name driver src/driver.py"

Docker Setup (x86-64 & ARM64)

For easy installation on x86-64 and ARM64 systems using Docker:

Quick Start

# Clone repository
git clone https://github.com/albaintor/integration-kodi.git
cd integration-kodi

# Start with Docker Compose
docker-compose up -d

# View logs
docker-compose logs -f

Using Makefile (recommended)

# Build and start
make start

# View logs  
make logs

# Stop
make down

# Restart
make restart

Using Pre-built Docker Images

# Pull and run from Docker Hub
docker run -d \
  --name kodi-integration \
  --network host \
  -v $(pwd)/config:/app/config \
  -e UC_INTEGRATION_HTTP_PORT=9090 \
  docker.io/your-username/kodi-integration:latest

Manual Docker Commands

# Build image locally
docker build -t kodi-integration .

# Run container
docker run -d \
  --name kodi-integration \
  --network host \
  -v $(pwd)/config:/app/config \
  -e UC_INTEGRATION_HTTP_PORT=9090 \
  kodi-integration

Configuration

• Integration runs on port 9090 (configurable via UC_INTEGRATION_HTTP_PORT)
• Configuration data is stored in ./config directory
• network_mode: host is required for network discovery and magic packets
• Supports both x86-64 and ARM64 architectures

Access

After startup, the integration is available at http://localhost:9090 and can be configured in Remote Two/Three.

Available Docker Tags

• latest - Latest development build from main branch
• v1.x.x - Specific version releases
• main - Latest commit from main branch

Docker Hub

Pre-built images are available on Docker Hub with multi-architecture support (x86-64 and ARM64).

How to set up custom commands

First don't mix up with entities : when registering the integration, you will get 2 entities : Media Player and Remote entities. The media player entity should cover most needs, however if you want to use custom commands and use additional parameters such as repeating the same command, you can use the remote entity. This entity exposes 4 commands : Send command, Command sequence, and switch on/off (which both are exposed by the media player entity too). Here is an example of setting a send command from the remote entity :

List of simple commands

Simple command	Description
MENU_VIDEO	Show video menu (showvideomenu)
MODE_TOGGLE_GUI	Toggle GUI while playing
MODE_FULLSCREEN	Toggle full screen (togglefullscreen)
MODE_SHOW_AUDIO_MENU	Show audio context menu while playing
MODE_SHOW_SUBTITLES_MENU	Show subtitles context menu while playing
MODE_SHOW_VIDEO_MENU	Show video settings menu while playing
MODE_SHOW_BOOKMARKS_MENU	Show bookmarks menu while playing
MODE_SHOW_SUBTITLE_SEARCH_MENU	Show subtitles search menu while playing
MODE_SCREENSAVER	Show screensaver
MODE_ZOOM_IN	Zoom in (zoomin)
MODE_ZOOM_OUT	Zoom out (zoomout)
MODE_INCREASE_PAR	Increase aspect ratio (increasepar)
MODE_DECREASE_PAR	Decrease aspect ratio (decreasepar)
MODE_SHOW_SUBTITLES	Toggle subtitles (showsubtitles)
MODE_SUBTITLES_DELAY_MINUS	Decrease subtitles delay (subtitledelayminus)
MODE_SUBTITLES_DELAY_PLUS	Increase subtitles delay (subtitledelayplus)
MODE_AUDIO_DELAY_MINUS	Decrease audio delay (audiodelayminus)
MODE_AUDIO_DELAY_PLUS	Increase audio delay (audiodelayplus)
MODE_DELETE	Delete (delete)
APP_HIBERNATE	Hibernate the device (System.Hibernate)
APP_REBOOT	Reboot the device (System.Reboot)
APP_SHUTDOWN	Shutdown the device (System.Shutdown)
APP_SUSPEND	Suspend the device (System.Suspend)
ACTION_BLUE	Blue command
ACTION_GREEN	Green command
ACTION_RED	Red command
ACTION_YELLOW	Yellow command
System.Hibernate	Hibernate the device
System.Reboot	Reboot the device
System.Shutdown	Shutdown the device
System.Suspend	Suspend the device

List of standard commands

The following commands are standard commands available for the remote entity in addition of simple commands :

on, off, toggle, play_pause, stop, previous, next, fast_forward, rewind, seek, volume, volume_up, volume_down, mute_toggle, mute, unmute, repeat, shuffle, channel_up, channel_down, cursor_up, cursor_down, cursor_left, cursor_right, cursor_enter, digit_0, digit_1, digit_2, digit_3, digit_4, digit_5, digit_6, digit_7, digit_8, digit_9, function_red, function_green, function_yellow, function_blue, home, menu, context_menu, guide, info, back, select_source, select_sound_mode, record, my_recordings, live, eject, open_close, audio_track, subtitle, settings, search

Versioning

We use SemVer for versioning. For the versions available, see the tags and releases in this repository.

Changelog

The major changes found in each new release are listed in the changelog and under the GitHub releases.

Contributions

Please read our contribution guidelines before opening a pull request.

License

This project is licensed under the Mozilla Public License 2.0. See the LICENSE file for details.