Stream tweet events and convert them to pixel data for a Spark Internet Button!
- Clone this repository and run
npm installinside the root of the project directory. - Configure your Twitter API keys (see Keys & Secrets below).
- Run
npm start. - Tweet! (see Usage below).
You must create your own application to use the API. Please do so by going to the Twitter Application Management page.
- CONSUMER_KEY
- CONSUMER_SECRET
- ACCESS_TOKEN_KEY
- ACCESS_TOKEN_SECRET
You need all four of these to run the twitter stream included in npm start. Configuration options are detected via nconf, and you may specify them in your config.json file (placed at the root of the project directory):
{
"consumer_key": "",
"consumer_secret": "",
"access_token_key": "",
"access_token_secret": "",
"spark_username": "",
"spark_password": "",
"filter": ""
}The easiest way to flash the firmware is to put your Core into DFU mode, and use the Spark CLI to directly flash the firmware binary to your Core:
spark flash --usb ./firmware/bin/firmware.bin Just use npm to start the server!
npm startOnce you have your Spark Core flashed, your Twitter application created, and your Node process running; you may tweet at your Internet Button! Use the following format:
<hashtag> <pixel number> <color>
Any of the following tweets are valid:
#pixeltweets 1 blue
#pixeltweets green 9
#pixeltweets 3 #ff00ff
11 #fff #pixeltweets
#pixeltweets 5 off
The order of hashtag, pixel number, and color are irrelevant. Any tweet that can be parsed to find a number between 1-11 and a valid CSS color name or hex value (in 3 or 6 digit format) will work. The filter can also be something other than a hashtag!
Choosing the perfect hue can be challenging. See this lovely list of CSS color names on W3schools.com for inspiring color choices!