# PixoPython Server This is a small python server that uses [Bottle](https://bottlepy.org) to provide an encrypted REST interface to the pixo firmware (and future compatibles). ## API->pixo Definition TBD ## Web->API Definition TBD ## Telegram Bot->API Definition Initial implementation will use [Python Telegram Bot](https://github.com/python-telegram-bot/python-telegram-bot) to create a Telegram interface that accepts - Commands - Images - Animations - Videos (This one is low priority/might not happen) ### Commands For all commands that accept, but aren't supplied a specific input, the bot will automatically provide context-aware options (such as names of enrolled devices) or inputs (custom keyboard/number keyboard/normal keyboard) - `/send [name/id] *ATTACHMENT*` - Sends the attached media (if supported) to the selected device. - If `/auto` is configured for any device, simply forwarding media to the bot will `/send` it to the device(s) - `/newdevice [name/id]` - Alias of `/device new [name/id]`, if no name provided, starts "New Device Wizard", a series of `/device` sub-commands to get started - Does not allow changing of `/data/config` commands - Does not allow `/sensor` commands, the bot will poll for sensor endpoints automatically. These sensors can be later removed by 1. `/device edit name` 2. `/sensor del sensor-name` - `/deldevice [name/id]` - Alias of `/device del [name/id]` - `/ping [name/id]` - Alias of `/device [name/id] ping` - `/device [new/edit/del] [name/id] [opts]` - `[opts]` are sub-commands to run directly. **Enters Device Configuration Mode** with the following commands. - /exit - Returns to normal mode - /connect - Connects to the device with various options 1. /device (default) - The device will connect to the server from time to time (configurable in device settings). Generates a shared secret to be inputted in device settings 2. /discover - If the device is on the same network as the server, we can attempt autodiscovery and the server will establish a connection - The device should prompt for acceptance, either via button press or other UI 3. /direct - If the device can be accessed with a hostname/domain/IP:port, the server will establish a connection - The device should prompt for acceptance, either via button press of other UI - /data - Provides meta-data about the device 1. /resolution - Dimensions of device. Expects to be in format like 16x16 2. /name - Sets a unique to you name for the device, any length 3. /type - What type of device is it (eg. pixo-pixel) - /auto [on/off] - If on, the device will automatically recieve any media sent to the bot, if the media is supported. Default off - /protect - User will be prompted to input a pin that will not be displayed. Prevents further changes to the **device configuration** 1. This does not prevent reading of known sensors, use `/sensor del [name]` to remove and make inaccessable 2. When sent again, the user will be asked if they want to remove the protection - /sensor [add/del] [name] [endpoint] - If a sensor is not automatically detected, or you wish to remove a sensor, this will communicate to the device and - /read [sensor] - If the device has the named sensor, read the value and return it 1. The sensor can be physical (ie, temperature, gyroscope, etc) or it can be virtual (ie, CPU/MEM utilization, WIFI traffic, etc) - /poll [sensor] [timer] - Performs a `/read` every `timer` seconds 1. Every new message will include a button to stop the timer/stop button will be available in custom keyboard as priority option - /ping - Pings the selected device and responds with how long it took/offline. - /cmd [cmd] [opts] - Sends an API request to the selected device with the selected command with options 1. These API requests are *in the documetation for the device* - /config [option] [value] - If supported, sets/replaces device config option (ex, change wifi, secret key, etc) 1. If the device has been `/protect`ed, these changes will fail ### Images When the bot recieves an image, we need to resize it to our matrix resolution ### Animations ### Video (maybe) # LICENSE MIT, Refer to the `license` file in the project root