🏃 configuration based application development for IOT
npm install run-anywhere
to get more information use
DEBUG=run-anythingbefore starting the process
programmatic usage of run-anything
const { Run } = require('run-anything');
const instance = new Run([{
state: {
on: 0,
color: '#efefef'
},
name: 'light',
commands: {
'on': function(socket) {
this.state.set('on', 1);
socket.write('turned light on');
},
'off': function(socket) {
this.state.set('on', 0);
socket.write('turned light off');
},
'color [color]': function(socket, color) {
this.state.set('color', color);
socket.write(`changed color of light to ${color}`)
}
}
}]);
instance.start((server) => {
console.log(`run-anything running at port ${instance.port}`)
process.on('exit', () => {
instance.close();
});
});running run-anything as a binary
Usage: run-anything [options]
Command:
-h, --help, help outputs this screen and exists the process
Options:
-p, --port [port] overrides the randomized port for serving application
-c, --config [path] the config that is to be run
The config file for run-anything would look something like:
module.exports = {
state: {
on: 0,
color: '#efefef'
},
name: 'light',
commands: {
'on': function(socket) {
this.state.set('on', 1);
socket.write('turned light on');
},
'off': function(socket) {
this.state.set('on', 0);
socket.write('turned light off');
},
'color [color]': function(socket, color) {
this.state.set('color', color);
socket.write(`changed color of light to ${color}`)
}
}
};What if building a IOT device could automatically generate a UI. Where you could ask a device for the functions and state of the device and it would respond with it.