giotto-api v1.0.8

node-giotto-api

NodeJS wrapper for the GIoTTO and BuildingDepot APIs.

Installation

1. clone this repo,
2. run npm install

Usage

This is how you initialize it:

var GIoTTOApi = require('./path/to/the/repo/folder');

var api = new GIoTTOApi({
  clientId: 'wHaTeVeR', # required
  clientSecret: 'wHaTeVeR', # required
  email: 'wHa@TeV.eR', # required, email for the user
  mqUsername: 'wHaTeVeR', # required, username for the RabbitMQ
  mqPassword: 'wHaTeVeR', # required, password for the RabbitMQ

  protocol: 'https', # defaults to https
  hostname: 'bd-exp.andrew.cmu.edu', # defaults to bd-exp.andrew.cmu.edu
  csPort: 81, # defaults to 81, port for the CentralService
  dsPort: 82 # defaults to 82, port for the DataService
});

api.authenticate(function (err) {
  // start using the api here
});

Sending sensor data:

api.createSensor(name, building, identifier, function (err, response, body) {});
api.addSensorMetadata(uuid, {});
api.postTimeseriesValue(sensorUuid, time, value);

Searching for sensors:

api.searchSensorsInBuilding(building, function (err, response, body) {});

Subscribing to sensor data over RabbitMQ:

api.startListeningForSensorData(function (err, sensor, value) {});
api.subscribeToSensor(sensor, function (err) {});
api.unsubscribeFromSensor(sensor);

Reading timeseries of one sensor:

api.readTimeseries(uuid, startTime, endTime, (err, data) => {
  // [ { time: 1484062558.954, value: 12.5 }, ... ]
});

Reading timeseries of multiple sensors:

api.readTimeseriesOfSensors([ uuid1, uuid2 ], startTime, endTime, (err, data) => {
  // [ { time: 1484062558.954, value: 12.5 }, ... ]
});

Using virtual sensors to classify data:

var sensor = api.virtualSensor();
var uuids = [
  [
    '6931acba-cea0-437f-aadf-982334ce583f',
    '288473c1-e809-4da0-85da-b77f53f62df0'
  ], // A group of sensors - their values will be merged and trained together

  [
    '5d952e43-d008-4713-9558-7031f7520e65'
  ] // Second group of sensors
];

sensor.addSample(uuids, 1484067040.554, 1484067050.121, 'light');
sensor.addSample(uuids, 1484067094.361, 1484067105.505, 'dark');
sensor.addSample(uuids, 1484067169.671, 1484067179.671, 'light');
sensor.addSample(uuids, 1484067130.728, 1484067140.500, 'dark');

sensor.train((err) => {
  if (err) { console.log(err); return;  }

  sensor.predict(uuids, 1484067263.748, 1484067273.748, (err, label) => {
    if (err) { console.log(err); return;  }

    console.log(label);
  });
});

Creating, publishing and listening on custom message queues:

api.publishToQueue(queueName, '{}', function (err) {});
api.subscribeToQueue(this.queueName, function (err, msg) {});