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// Output expected resut for readability.js
require("fs").writeFileSync(__dirname + "/expected.html", result.content);

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Proposal of IoT.js

[IoT.js][iotjs] is an open framework for building IoT applications quickly and easily. The goal is to fascilitate an open IoT ecosystem in which contributors will build components which will in turn be used in other components and applications. IoT.js and these components will be built using Open Web technologies and philosophies. The purpose of this document is to explain why I feel it is of great importance for Mozilla to invest their time and resources into this project.

IoT Is The Next Big Thing

It is common knowledge at this point that within the next 5-10 years, a very large percentage of consumer, comercial and industrial products will be IoT enabled. According to conservative estimates ([chart][iot-device-number-chart]) there will be [50.1 billions connected devices][iot-device-number] in the world by 2020.

Because of this, I strongly feel that the next frontier for Mozilla as a company will be to get involved with IoT so that it can become the standard bearer. At the moment

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var sum = 0;
var i = 4;
var ele;
while(1) {
  ele = document.querySelectorAll('#appLsTbl tbody tr')[i];
  if (!ele) {
    break;
  }
  sum += parseInt(ele.querySelectorAll('td')[3].innerHTML.replace(',', '').replace('.00', ''));
  i += 2;

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var extensionId = 'abcdefghijklmnoabcdefhijklmnoabc';
var proxy = new ChromeApiProxy(extensionId);

proxy.call('chrome.serial.getDevices');
.then(function(devices) {
  var device = devices.find(function(device) {
    return device.displayName === 'Arduino Uno';
  });
  return proxy.call('chrome.serial.connect', device.path);
})

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var Util = Bluetooth.Util;
var profile = [
  { alias: 'char1', service: 'uuid-s1',  characteristic: 'uuid-c1' },
  { alias: 'char2', service: 'uuid-s2',  characteristic: 'uuid-c1' },
  { alias: 'de1', service: 'uuid-s1',  characteristic: 'uuid-c2', descriptor: 'uuid-d1' },
  { alias: 'de2', service: 'uuid-s1',  characteristic: 'uuid-c2', descriptor: 'uuid-d2' }
];
var devices = Bluetooth.GATT.connect([
  { name: 'BT_DEVICE1', address: 'a0:21:3e:3d:e1:33', profile: profile },
  { name: 'BT_DEVICE2', address: 'a0:21:3e:3d:e1:34', profile: profile }

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/* global BaseUI */
'use strict';

(function(exports) {
  var AudioChannelController = function(app) {
    this.app = app;
    this.appId = app.instanceID;
    this._audioChannels = new Map();
    app.browser.element.allowedAudioChannels.forEach((channel) => {
      channel.addEventListener('activestatechanged', this);

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#!/bin/bash

# setup your mozilla-central REPO and github REMOTE.

# path to mozilla-central
REPO="mozilla-central"

# regualr expression for gaia github repo url
REMOTE="https:\/\/github\.com\/RickyChien\/gaia"

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# Audio Channel Name
# 1. Normal
# 2. Foreground Content
# 3. Background Content
# 4. Alarm
# 5. System
# 6. Ringer
# 7. Telphony
# 8. Notification
# 9. Public Notification

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/**
 * Use audio channel manager in System app[1].
 *
 * AppWindowManager.prototype.handleEvent = function(evt) {
 *   switch (evt.type) {
 *     case 'appcreated':
 *       var app = evt.detail;
 *       this._apps[evt.detail.instanceID] = app;
 *       audioChannelManager.register(app.browser.element);
 *       break;

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Proposal of Audio Channel Management API v0.0.6

mozBrowser[1] API

Properties

• mozBrowser.allowedAudioChannels: List of audio channels allowed to play. Implement this like DOMTokenList { 0: "class1", 1: "class2", 2: "class3", length: 3, add: function, remove: function, toggle: function, contains: function }[2].
• mozBrowser.audioChannels['channelName'].volume: 0 to 1, set/get volumes of all allowed audio channels.
• mozBrowser.audioChannels['channelName'].paused: boolean, true means pause the playing, false means allow the playing.
• mozBrowser.activeAudioChannels: List of active audio channels.