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background.js
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background.js
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/**
* MIT License
*
* Copyright (c) 2016-2022 June07
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in all
* copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
* SOFTWARE.
*/
'use strict'
var ngApp = angular.module('NimBackgroundApp', []);
ngApp
.run(function() {})
.controller('nimController', ['$scope', '$window', '$http', '$q', function($scope, $window, $http, $q) {
class Auth {
constructor() {
let self = this;
self.isAuthenticated = false;
self.loggingin = false;
self.auth0 = undefined;
createAuth0Client({
domain: env.AUTH0_DOMAIN,
client_id: env.AUTH0_CLIENT_ID,
audience: DEVEL ? 'https://api-dev.brakecode.com/api/v1/' : 'https://api.brakecode.com/api/v1',
display: 'popup'
})
.then(auth0 => {
self.auth0 = auth0;
});
$scope.$on('brakecode-login', function() {
self.loggingin = true;
// Remove the spinner if the login doesn't happen within a period of time. Not sure there's a callback for dismissing the login popup.
setTimeout(function() {
this.loggingin = false;
Object.values(connections).map(c => c.postMessage({ event: 'brakecode-login-cancelled' }));
}.bind(self), 5000);
$scope.Auth.auth0.getTokenSilently()
.then(authResult => {
localStorage.authResult = JSON.stringify(authResult);
self.isAuthenticated = true;
self.setProfileData(() => {
Object.values(connections).map(c => c.postMessage({ event: 'brakecode-logged-in' }));
$scope.$emit('brakecode-logged-in');
});
self.loggingin = false;
})
.catch(err => {
if (err.error === 'login_required') {
$scope.Auth.auth0.loginWithPopup()
.then(authResult => {
self.isAuthenticated = true;
localStorage.authResult = JSON.stringify(authResult);
self.setProfileData(() => {
Object.values(connections).map(c => c.postMessage({ event: 'brakecode-logged-in' }));
$scope.$emit('brakecode-logged-in');
});
chrome.notifications.create({
type: 'basic',
iconUrl: 'icon/icon128.png',
title: 'Login Successful',
message: 'Advanced NiM Features Ready.'
}, function(notificationId) {
$window._gaq.push(['_trackEvent', 'Notification Event', 'notification_created', 'Brakecode Login Success', undefined, true]);
if ($scope.settings.debugVerbosity >= 4) console.log(notificationId);
});
self.loggingin = false;
}).catch(async function (err) {
chrome.notifications.create({
type: 'basic',
title: 'Login Failed',
message: err.message,
iconUrl: 'icon/icon128.png'
}, function(notificationId) {
$window._gaq.push(['_trackEvent', 'Notification Event', 'notification_created', 'Brakecode Login Failed', undefined, true]);
if ($scope.settings.debugVerbosity >= 4) console.log(notificationId);
});
self.loggingin = false;
});
} else {
chrome.notifications.create({
type: 'basic',
title: 'Login Failed',
message: err.error_description,
iconUrl: 'icon/icon128.png'
}, function(notificationId) {
$window._gaq.push(['_trackEvent', 'Notification Event', 'notification_created', 'Brakecode Login Failed', undefined, true]);
if ($scope.settings.debugVerbosity >= 4) console.log(notificationId);
});
self.loggingin = false;
}
});
});
$scope.$on('brakecode-logout', () => {
localStorage.clear();
$scope.Auth.auth0.logout({ localOnly: true });
$scope.Auth.isAuthenticated = false;
});
}
async setProfileData(callback) {
let id_token = await this.getIdToken();
let profile = jwt_decode(id_token);
this.profile = {
nickname: profile.nickname,
user_metadata: profile[DEVEL ? 'https://localhost/user_metadata' : 'https://brakecode.com/user_metadata'],
picture: profile.picture
};
callback();
}
async getIdToken() {
let self = this;
const claims = await self.auth0.getIdTokenClaims();
// if you need the raw id_token, you can access it
// using the __raw property
const id_token = claims.__raw;
return id_token;
}
async getAPIKey() {
if (!$scope.Auth || !$scope.Auth.isAuthenticated) return;
let id_token = await this.getIdToken();
let key = jwt_decode(id_token)[DEVEL ? 'https://localhost/apikey' : 'https://brakecode.com/apikey'];
return key;
}
}
class DevToolsProtocolClient {
constructor() {
this.sockets = {};
}
getSocket(socketUrl) {
let self = this,
ws = new WebSocket(socketUrl),
socket = this.parseWebSocketUrl(socketUrl)[2];
ws.addEventListener('close', () => {
self.closeSocket(self.sockets[socket]);
});
return ws;
}
parseWebSocketUrl(socketUrl) {
return socketUrl.match(/(wss?):\/\/(.*)\/(.*)$/);
}
setSocket(websocketId, socketUrl, options) {
let socket = this.parseWebSocketUrl(socketUrl)[2];
if (! this.sockets[socket]) {
let ws = this.getSocket(socketUrl);
this.sockets[socket] = { messageIndex: 0, socketUrl, ws, socket };
}
let promise = this.tasks(this.sockets[socket], options);
return promise;
}
closeSocket(dtpSocket) {
if (dtpSocket === undefined) return;
delete this.sockets[dtpSocket.socket];
if (dtpSocket.ws.readyState !== WebSocket.CLOSED) dtpSocket.ws.close();
}
updateSocket(websocketId, socketUrl, options) {
// Only need to update the websocket if the tab has been reused with a different debugger websocketId.
let socket = this.parseWebSocketUrl(socketUrl)[2];
if (socketUrl.includes(websocketId)) return Promise.resolve(this.sockets[socket]);
if (!this.sockets[socket].ws.readyState !== WebSocket.CLOSED) {
this.sockets[socket].ws.close();
delete this.sockets[socket].ws;
}
this.sockets[socket] = {
messageIndex: 0,
socketUrl,
ws: this.getSocket(socketUrl),
socket
};
let promise = this.tasks(this.sockets[socket], options);
return promise;
}
tasks(socket, options) {
let t1 = new Promise(resolve => {
let autoResume = options && options.autoResume ? options.autoResume : false;
if (autoResume) {
this.autoResumeInspectBrk(socket)
.then(socket => {
resolve(socket);
})
} else {
resolve(socket);
}
});
let t2 = new Promise(resolve => {
let focusOnBreakpoint = options && options.focusOnBreakpoint ? options.focusOnBreakpoint : false;
if (focusOnBreakpoint) this.focusOnBreakpoint(socket);
resolve(socket);
});
return Promise.all([t1, t2])
.then(() => {
return Promise.resolve(socket);
});
}
autoResumeInspectBrk(socket) {
let parsedData = {};
socket.ws.addEventListener('message', event => {
let parsed = JSON.parse(event.data);
switch(parsed.method) {
case 'Debugger.paused':
if (! this.sockets[socket.socket].autoResumedOnce) {
socket.ws.send(JSON.stringify({ id: 667+socket.messageIndex++, method: 'Debugger.resume' }));
console.log(`Auto resuming debugger from initial 'inspect-brk' state.`);
this.sockets[socket.socket].autoResumedOnce = true;
}
break;
case 'Debugger.scriptParsed':
if (parsed.url && parsed.url.indexOf('helloworld2.js')) {
parsedData.scriptId = parsed.params.scriptId;
}
break;
}
if ($scope.settings.debugVerbosity >= 1) console.log(event);
});
return new Promise(resolve => {
socket.ws.onopen = event => {
if ($scope.settings.debugVerbosity >= 1) console.log(event);
socket.ws.send(JSON.stringify( { id: 667+socket.messageIndex++, method: 'Debugger.enable' }));
//socket.ws.send(JSON.stringify({ id: 667+socket.messageIndex++, method: 'Debugger.resume' }));
//if ($scope.settings.debugVerbosity >= 5) console.log(`DevToolsProtocolClient issued protocol command: Debugger.resume`);
};
resolve(socket);
});
}
focusOnBreakpoint(socket) {
socket.ws.addEventListener('message', event => {
let parsed = JSON.parse(event.data);
switch(parsed.method) {
case 'Debugger.paused':
var ws = event.currentTarget.url.split('ws:https://')[1];
var session = $scope.devToolsSessions.find(session => session.url.includes(ws));
if (session === undefined) return;
if (session.isWindow) {
chrome.windows.update(session.id, { focused: true }, window => {
if ($scope.settings.debugVerbosity >= 4) console.log(`focusOnBreakpoint(): window: ${window.id}`);
});
} else {
chrome.tabs.update(session.id, { active: true }, tab => {
chrome.windows.update(tab.windowId, { focused: true }, window => {
if ($scope.settings.debugVerbosity >= 4) console.log(`focusOnBreakpoint(): window: ${window.id} tab: ${tab.id}`);
});
});
}
break;
}
if ($scope.settings.debugVerbosity >= 1) console.log(event);
});
}
}
class PubSub {
constructor() {
let self = this;
this.init();
$scope.$on('brakecode-logged-in', () => {
self.init();
self.pubnub.reconnect();
});
$scope.$on('brakecode-logged-out', () => {
self.pubnub.stop();
self.pubnub = null;
});
}
init() {
let self = this;
let authKeyProfileString = DEVEL ? 'https://localhost/pubsub_auth_keys' : 'https://brakecode.com/pubsub_auth_keys';
this.pubnub = new PubNub({
subscribeKey: env.PUBNUB_SUBSCRIBE_KEY,
authKey: localStorage.profile ? JSON.parse(localStorage.profile)[authKeyProfileString] : [],
ssl: true
});
this.pubnub.subscribe({
channels: this.getChannels()
});
this.pubnub.addListener({
message: function(m) {
let msg = m.message;
if (msg.report) {
msg.report = self.parseReport(msg);
$scope.nodeReportMessages.push(msg);
}
try {
Object.values(connections).forEach(c => c.postMessage({ event: 'newNodeReportMessage', report: msg.report }));
} catch (error) {
if (DEVEL) console.log(`Error ${error}`)
}
self.sortMessagesByHost();
self.pruneMessages();
}
});
}
getChannels() {
if (localStorage.profile) {
let channels = [];
if (DEVEL && JSON.parse(localStorage.profile)['https://localhost/apikey']) channels.push(`${JSON.parse(localStorage.profile)['https://localhost/apikey']}`);
else channels.push(`${JSON.parse(localStorage.profile)['https://brakecode.com/apikey']}`);
return channels;
}
}
parseReport(msg) {
let reportString = msg.report,
reportObject = {};
if (msg.type === 'node-reports') {
let metrics = [
'dump event time',
'module load time',
'process id',
'command line',
'node.js version',
'os version',
'machine',
'Total heap memory size',
'Total heap committed memory',
'Total used heap memory',
'Total available heap memory',
'Heap memory limit'
];
reportObject.string = reportString;
reportString.split('\n').map(line => {
metrics.find((metric, index) => {
let regex = new RegExp(`(^${metric}):(.*)`, 'i')
reportObject.temp = line.match(regex) ? line.match(regex) : '';
if (reportObject.temp) {
metrics.splice(index, 1);
reportObject[metric] = {
title: reportObject.temp[1],
value: reportObject.temp[2].trim()
}
return true;
}
});
});
reportObject.id = reportObject.machine.value + ' ' + reportObject['dump event time'].value;
} else {
reportObject = msg.report;
reportObject.machine = { title: 'machine', value: msg.host || reportObject.header.host };
reportObject.id = reportObject.machine.value + ' ' + reportObject.header.dumpEventTime;
}
return reportObject;
}
sortMessagesByHost() {
if ($scope.nodeReportMessages.length === 0) return [];
let hosts = {};
$scope.nodeReportMessages.map(message => {
let host = message.report.id.split(' ')[0],
report = message.report;
if (!hosts[host]) {
hosts[host] = [ {report} ];
} else {
if (hosts[host].find(message => message.report.id === report.id)) {
console.log(`SOMETHING IS WRONG! found duplicate message`);
} else {
hosts[host].push({report});
}
}
});
$scope.nodeReportSortedMessages = hosts;
}
pruneMessages() {
Object.entries($scope.nodeReportSortedMessages).map((kv, i, groups) => {
let host = kv[0],
messages = kv[1];
while (messages.length > $scope.settings.diagnosticReports.maxMessages) {
messages.shift();
}
while ($scope.nodeReportMessages.length > groups.length * $scope.settings.diagnosticReports.maxMessages) {
$scope.nodeReportMessages.shift();
}
$scope.nodeReportSortedMessages[`${host}`] = messages;
});
}
}
class NiMSVSCodeConnector {
constructor () {
}
check() {
$http({
method: "GET",
url: 'https://localhost:6607/json',
responseType: "json"
})
.then((json) => {
json.data.forEach(session => {
saveSession(getDevToolsURL(session), 'https://' + session.inspectSocket + '/json', session.id, null, session)
})
})
.catch(error => {
if ($scope.settings.debugVerbosity >= 1) console.log(error);
});
}
}
class NotificationService {
constructor() {
this.notifications = [];
if (DEVEL) setTimeout(this.pullNotifications.bind(this), 5000);
setInterval(this.pullNotifications.bind(this), NOTIFICATION_CHECK_INTERVAL);
setInterval(this.pushUnpushedNotification.bind(this), NOTIFICATION_PUSH_INTERVAL);
}
saveNotifications() {
let notifications = JSON.stringify(this.notifications);
chrome.storage.local.set({ 'notifications': notifications }, () => {
$window._gaq.push(['_trackEvent', 'Program Event', 'Notification Service', 'Saving notifications.', this.notifications.length, true]);
});
}
loadNotifications() {
chrome.storage.local.get(['notifications'], notifications => {
if (Object.keys(notifications).length === 0) return;
this.notifications = notifications;
$window._gaq.push(['_trackEvent', 'Program Event', 'Notification Service', 'Loading notifications.', this.notifications.length, true]);
});
}
pullNotifications() {
$http({
method: "GET",
url: env.MESSAGING_SERVICE_URL,
responseType: "json"
})
.then((json) => {
let gaArray = [];
gaArray.push(['_trackEvent', 'Program Event', 'Notification Service', 'Pulled Messages', parseInt(json.data.length), true]);
json.data.forEach(message => {
if (this.notifications.find(notification => notification.type + ' ' + notification.id === message.type + ' ' + message.id) === undefined) {
gaArray.push(['_trackEvent', 'Program Event', 'Notification Service', 'Pulled ' + message.type + ' ' + message.id, undefined, true]);
this.notifications.push(message);
}
});
$window._gaq.push(gaArray);
this.removeExpiredNotifications();
this.saveNotifications();
})
.catch(error => {
if ($scope.settings.debugVerbosity >= 1) console.log(error);
});
}
removeExpiredNotifications() {
let gaArray = [];
this.notifications = this.notifications.filter(notification => {
let remainingTime = Date.now() + NOTIFICATION_LIFETIME - notification.date;
let expired = (remainingTime > 0) ? false : true;
if ((DEVEL || $scope.settings.debugVerbosity >= 1) && expired) console.log(`Removing expired ${notification.type} notification ${notification.id}.`);
if (DEVEL || $scope.settings.debugVerbosity >= 1) console.log(`Notification lifetime for ${notification.type} notification ${notification.id}: ${$scope.moment.duration(remainingTime).humanize()}`);
gaArray.push(['_trackEvent', 'Program Event', 'Notification Service', 'Expired ' + notification.type + ' ' + notification.id, undefined, true]);
return !expired;
});
$window._gaq.push(gaArray);
}
addNotification(notification) {
let found = this.notifications.find();
if (found === undefined) this.notifications.push(notification);
}
getNotifications() {
return this.notifications;
}
getNotification(chromiumNotificationId) {
return this.notifications.find(notification => notification.chromiumNotificationId === chromiumNotificationId);
}
pushUnpushedNotification() {
let unpushed = this.notifications.find(notification => notification.pushed === undefined || notification.pushed !== true);
if (unpushed) {
if (! $scope.settings.notifications.enabled) {
$window._gaq.push(['_trackEvent', 'Program Event', 'Notification Service', 'Push Notifications Disabled ' + unpushed.type + ' ' + unpushed.id, undefined, true]);
return;
}
if (unpushed.pushable) pushNotification(unpushed);
unpushed.pushed = true;
$window._gaq.push(['_trackEvent', 'Program Event', 'Notification Service', 'Pushed ' + unpushed.type + ' ' + unpushed.id, undefined, true]);
}
}
haveNotifications() {
let count = parseInt(this.notifications.length);
$window._gaq.push(['_trackEvent', 'Program Event', 'Notification Service', 'Notifications', count, true]);
return count > 0 ? true : false;
}
}
class NiMSConnector {
constructor() {
let self = this;
self.PADS_SERVER = DEVEL ? 'https://pads-dev.brakecode.com' : 'https://pads.brakecode.com';
self.PADS_HOST = DEVEL ? 'pads-dev.brakecode.com' : 'pads.brakecode.com';
self.NAMESPACE_APIKEY_NAME = DEVEL ? 'namespace-apikey-dev.brakecode.com' : 'namespace-apikey.brakecode.com';
self.PUBLIC_KEY_NAME = DEVEL ? 'publickey-dev.brakecode.com' : 'publickey.brakecode.com';
self.REGEXPS = {
INSPECTOR_WS_URL: new RegExp(/wss=.*\/ws\/(\b[0-9a-f]{8}\b-[0-9a-f]{4}-[0-9a-f]{4}-[0-9a-f]{4}-\b[0-9a-f]{12}\b)\/(\b[0-9a-f]{8}\b-[0-9a-f]{4}-[0-9a-f]{4}-[0-9a-f]{4}-\b[0-9a-f]{12}\b)/)
}
self.settings = {
remoteTabTimeout: DEVEL ? 7*24*60*60000 : 7*24*60*60000,
START_PADS_SOCKET_RETRY_INTERVAL: DEVEL ? 10000 : 60000
}
self.timeouts = {
START_PADS_SOCKET_RETRY_INTERVAL: undefined
}
this.startPADSSocket();
}
async startPADSSocket() {
let self = this,
apikey = await $scope.Auth.getAPIKey(),
namespaceUUID = await self.lookup(self.NAMESPACE_APIKEY_NAME),
publicKey = await self.lookup(self.PUBLIC_KEY_NAME);
if (!apikey) {
self.timeouts.START_PADS_SOCKET_RETRY_INTERVAL = setTimeout(self.startPADSSocket.bind(self), self.settings.START_PADS_SOCKET_RETRY_INTERVAL);
return;
}
let namespace = uuidv5(apikey, namespaceUUID);
self.io = $window.io(self.PADS_SERVER + '/' + namespace, { transports: ['websocket'], path: '/nim', query: { apikey: encryptMessage(apikey, publicKey) } })
.on('connect_error', (error) => {
console.log('CALLBACK ERROR: ' + error);
//if (error.message && error.message == 'websocket error') self.reauthenticate();
})
.on('metadata', (data) => {
let date = Date.now();
let found = $scope.remoteTabs.findIndex((element, i, elements) => {
if (element.uuid === data.uuid) {
if (! angular.equals(element, data)) {
data.received = date;
elements[i] = data;
} else {
if ($scope.settings.debugVerbosity >= 6) console.log('skipping $scope.remoteTabs update. No change detected.');
}
return true;
}
});
if (found === -1) $scope.remoteTabs.push(data);
$scope.remoteTabs = $scope.remoteTabs.filter((tab, index) => index === 0 || self.remoteTabTimeout(tab.received));
$scope.$emit('updatedRemoteTabs');
})
}
lookup(record) {
return new Promise((resolve, reject) => {
$http({
method: "GET",
url: `https://cloudflare-dns.com/dns-query?name=${record}&type=TXT`,
headers: {
'Accept': "application/dns-json"
}
})
.then(response => {
if (response.status !== 200) return reject(response.statusText);
if (response.data.Status !== 0) return reject(new Error(`Cloudflare query failed with status code: ${response.data.Status}`));
let namespaceUUID = response.data.Answer[0].data;
if (!namespaceUUID) {
reject(new Error(`Error getting ${record}.`));
}
namespaceUUID = namespaceUUID.replace(/"/g, '');
resolve(namespaceUUID);
});
});
}
remoteTabTimeout(received) {
return received === undefined ? true : Date.now() - received <= this.settings.remoteTabTimeout;
}
startNodeInspect(host, nodePID) {
let self = this;
return new Promise((resolve) => {
let args = { host: host, nodePID: nodePID };
self.io.emit('inspect', args);
self.io.on('inspect-response', (rargs) => {
if (args.host === rargs.hostname && args.nodePID == rargs.pid) {
console.log(rargs);
resolve(rargs);
}
});
});
}
}
class Watchdog {
constructor() {
this.STOPPED = false;
this.MAX_OPENED = 3;
this.WINDOW = 3;
this.openTabsOrWindows = 0;
this.seconds = 0;
this.failsafeSeconds = 0;
this.secondsTimerInterval = this.start();
}
start() {
let self = this;
let secondsTimerInterval = setInterval(() => {
if (DEVEL && $scope.settings.debugVerbosity >= 3) console.log(JSON.stringify(self));
self.seconds++;
}, 1000);
setInterval(function failsafeTimer() {
self.failsafeSeconds++;
}, 1000);
setInterval(function resetCounters() {
self.openTabsOrWindows = 0;
self.failsafeSeconds = 0;
}, (self.WINDOW + 2) * 1000);
return secondsTimerInterval;
}
stop() {
clearInterval(this.secondsTimerInterval);
this.STOPPED = true;
$scope.settings.auto = false;
// send user alert and disable auto mode. Enable auto mode should reset this.
}
increment() {
this.openTabsOrWindows++;
if (this.openTabsOrWindows > this.MAX_OPENED && this.failsafeSeconds > this.WINDOW) this.stop();
}
reset() {
this.STOPPED = false;
this.secondsTimerInterval = this.start();
}
}
class Timer {
constructor(args) {
let self = this;
self.sessionID = args.sessionID;
self.expired = false;
self.elapsed = 0;
self.timeout = $scope.settings.localSessionTimeout;
self.timerID = setTimeout(() => { args.func(self.sessionID) }, self.timeout);
setInterval(() => {
self.elapsed = self.elapsed + 1000;
if (self.getRemainingTime() <= 0) self.expired = true;
}, 1000);
}
clearTimer() {
let self = this;
clearInterval(self.timerID);
}
getRemainingTime() {
let self = this;
return self.timeout - self.elapsed;
}
}
class Lock {
constructor(instance) {
this.host = instance.host
this.port = instance.port
this.tabStatus = 'loading'
this.timeout = setTimeout(() => { this.tabStatus = '' }, 5000)
}
}
class Utilities {
constructor() {
let self = this;
self.rotateFunctions = {
rotate0: self.rotate0.bind(self),
rotate90: self.rotate90.bind(self),
rotate180: self.rotate180.bind(self),
rotate270: self.rotate270.bind(self)
}
$window.chrome.contextMenus.removeAll(() => {
$window.chrome.contextMenus.create({title: 'Image Rotate (0deg)', id: 'rotate-0', contexts: ['image'], onclick: self.rotateFunctions.rotate0}, () => {});
$window.chrome.contextMenus.create({title: 'Image Rotate (90deg)', id: 'rotate-90', contexts: ['image'], onclick: self.rotateFunctions.rotate90}, () => {});
$window.chrome.contextMenus.create({title: 'Image Rotate (180deg)', id: 'rotate-180', contexts: ['image'], onclick: self.rotateFunctions.rotate180}, () => {});
$window.chrome.contextMenus.create({title: 'Image Rotate (270deg)', id: 'rotate-270', contexts: ['image'], onclick: self.rotateFunctions.rotate270}, () => {});
$window.chrome.contextMenus.create({title: 'Utilities', id: 'utilities', contexts: ['image']});
$window.chrome.contextMenus.create({title: 'Image Rotate', id: 'image-rotate', parentId: 'utilities', contexts: ['image']});
$window.chrome.contextMenus.create({title: 'Image Rotate (0deg)', id: 'utilities-rotate-0', parentId: 'image-rotate', contexts: ['image'], onclick: self.rotateFunctions.rotate0}, () => {});
$window.chrome.contextMenus.create({title: 'Image Rotate (90deg)', id: 'utilities-rotate-90', parentId: 'image-rotate', contexts: ['image'], onclick: self.rotateFunctions.rotate90}, () => {});
$window.chrome.contextMenus.create({title: 'Image Rotate (180deg)', id: 'utilities-rotate-180', parentId: 'image-rotate', contexts: ['image'], onclick: self.rotateFunctions.rotate180}, () => {});
$window.chrome.contextMenus.create({title: 'Image Rotate (270deg)', id: 'utilities-rotate-270', parentId: 'image-rotate', contexts: ['image'], onclick: self.rotateFunctions.rotate270}, () => {});
});
}
rotate0(info, tab) { return this.rotate(0, info, tab) }
rotate90(info, tab) { return this.rotate(90, info, tab) }
rotate180(info, tab) { return this.rotate(180, info, tab) }
rotate270(info, tab) { return this.rotate(270, info, tab) }
rotate(angle, info, tab) {
if (info.mediaType && info.mediaType === 'image') {
let pathname = new URL(info.srcUrl).pathname;
chrome.tabs.executeScript(tab.id, { allFrames: true, code: `
document.querySelector("img[src*='${pathname}']").style.transform = 'rotate(${angle}deg)';
document.querySelector("img[src*='${pathname}']").style.overflow = 'visible';
` }, () => {
$window._gaq.push(['_trackEvent', 'Utilities Event', 'rotate', `${angle}`, undefined, true]);
});
}
}
}
$scope.Utilities = new Utilities();
const DEVEL = true;
const CHROME_VERSION = /Chrome\/([0-9.]+)/.exec(navigator.userAgent)[1].split('.')[0];
const VERSION = '0.0.0'; // Filled in by Grunt
const UPTIME_CHECK_INTERVAL = 60 * 15; // 15 minutes
const INSTALL_URL = "https://blog.june07.com/nim-install/?utm_source=nim&utm_medium=chrome_extension&utm_campaign=extension_install&utm_content=1";
const UNINSTALL_URL = "https://bit.ly/2vUcRNn";
const JUNE07_ANALYTICS_URL = 'https://analytics.june07.com';
const SHORTNER_SERVICE_URL = 'https://shortnr.june07.com/api';
const UPTIME_CHECK_RESOLUTION = 60000; // Check every minute
const NOTIFICATION_CHECK_INTERVAL = DEVEL ? 60000 : 60 * 60000; // Check every hour
const NOTIFICATION_PUSH_INTERVAL = DEVEL ? 60000 : 60 * 60000; // Push new notifications no more than 1 every hour if there is a queue.
const NOTIFICATION_LIFETIME = DEVEL ? 3 * 60000 : 7 * 86400000;
const DEVTOOLS_SCHEMES = [
'chrome-devtools:https://',
'devtools:https://'
];
const SOCKET_PATTERN = /((([0-9]|[1-9][0-9]|1[0-9]{2}|2[0-4][0-9]|25[0-5])\.){3}([0-9]|[1-9][0-9]|1[0-9]{2}|2[0-4][0-9]|25[0-5])):([0-9]+)/;
const devToolsURL_Regex = /(devtools:\/\/|chrome-devtools:\/\/|https:\/\/chrome-devtools-frontend(\.appspot.com|\.june07.com)).*(inspector.html|js_app.html)/;
const UUID_Regex = new RegExp(/\b[0-9a-f]{8}\b-[0-9a-f]{4}-[0-9a-f]{4}-[0-9a-f]{4}-\b[0-9a-f]{12}\b/i);
$window.chrome.management.getSelf((ExtensionInfo) => {
$scope.ExtensionInfo = ExtensionInfo;
});
getChromeIdentity()
.then(() => {
restoreNiMSConnectorObject()
.catch((error) => {
if (error === 400) {
$scope.NiMSConnector = new NiMSConnector();
}
})
});
$scope.console = console;
$scope.UUID_Regex = UUID_Regex;
$scope.intervals = {
uptime: null,
checkInterval: null
};
$scope.fancytrees = {};
$scope.NiMSVSCodeConnector = new NiMSVSCodeConnector();
$scope.notificationService = new NotificationService();
$scope.loaded = Date.now();
$scope.timerUptime = 0;
$scope.timerNotification = 0;
$scope.VERSION = VERSION;
$scope.settings = {
DEVEL: DEVEL,
host: "localhost",
port: "9229",
auto: true,
checkInterval: 500,
remoteProbeInterval: 10000,
localSessionTimeout: DEVEL ? 7*24*60*60000 : 7*24*60*60000,
debugVerbosity: 0,
newWindow: false,
autoClose: false,
tabActive: true,
windowFocused: true,
localDevTools: true,
notifications: {
showMessage: true,
lastHMAC: 0,
enabled: true
},
chromeNotifications: true,
autoIncrement: {type: 'port', name: 'Port'}, // both | host | port | false
collaboration: false,
panelWindowType: false,
nimsVscode: {
enabled: true
},
devToolsCompat: true,
localDevToolsOptionsSelectedIndex: 2,
windowStateMaximized: false,
scheme: CHROME_VERSION > 75 ? DEVTOOLS_SCHEMES[1] : DEVTOOLS_SCHEMES[0],
diagnosticReports: {
enabled: true,
maxMessages: 10
},
autoResumeInspectBrk: false,
focusOnBreakpoint: false,
group: true
};
$scope.remoteConnectionSettings = {};
$scope.Auth = new Auth();
$scope.pubsub = new PubSub();
$scope.devToolsProtocolClient = new DevToolsProtocolClient();
$scope.nodeReportMessages = [];
$scope.localDevToolsOptions = [
/* The url is set as a default to prevent a nasty case where an unset value results in an undefined which further results in runaway tabs opening.
* Decided to use the devtoolsFrontendUrlCompat url as currently it's the one that works more fully (see https://blog.june07.com/missing/)
* Todo: write a failsafe to prevent that condition too!
*/
{ 'id': '0', 'name': 'default', 'url': $scope.settings.scheme + 'devtools/bundled/inspector.html', 'selected': true },
{ 'id': '1', 'name': 'appspot', 'url': 'https://chrome-devtools-frontend.brakecode.com/inspector.html' },
{ 'id': '2', 'name': 'june07', 'url': 'https://chrome-devtools-frontend.june07.com/front_end/inspector.html' },
{ 'id': '3', 'name': 'custom', 'url': '' },
];
$scope.remoteTabs = [
{
connections: {},
host: "localhost",
title: "BrakeCODE"
}
];
$scope.localSessions = [];
$scope.brakeCodeSessions = [];
$scope.state = {
popup: {
selectedTab: undefined
}
}
$scope.devToolsSessions = [];
$scope.changeObject;
$scope.userInfo;
$scope.sessionlessTabs = [];
$scope.locks = [];
$scope.moment = $window.moment;
$scope.getDevToolsOption = function() {
return $scope.localDevToolsOptions.find((option) => {
return option.selected;
});
};
$scope.validateCustomDevToolsURL = function() {
if ($scope.localDevToolsOptions[3].url === undefined)
$scope.localDevToolsOptions[3].url = $scope.localDevToolsOptions[1].url;
else if (!$scope.localDevToolsOptions[3].url.match(devToolsURL_Regex))
$scope.localDevToolsOptions[3].url = $scope.localDevToolsOptions[1].url;
}
$scope.devtoolsPanelInstances = 0;
let tabId_HostPort_LookupTable = [],
backoffTable = [],
promisesToUpdateTabsOrWindows = [],
chrome = $window.chrome,
SingletonHttpGet = httpGetTestSingleton(),
SingletonOpenTabInProgress = openTabInProgressSingleton(),
triggerTabUpdate = false,
websocketIdLastLoaded = {},
tabNotificationListeners = [],
connections = {};
$scope.tabId_HostPort_LookupTable = tabId_HostPort_LookupTable;
$scope.watchdog = new Watchdog();
window.nim = { watchdog: $scope.watchdog };
if (DEVEL) $window.$scope = $scope;
restoreSettings()
.then(updateInternalSettings) // This function is needed for settings that aren't yet configurable via the UI. Otherwise the new unavailable setting will continue to be reset with whatever was saved vs the defaults.
.then(function startInterval() {
// $scope.settings.scheme = 'https://'; // This is for testing runaway tabs only.
if ($scope.settings.debugVerbosity >= 1) console.log('Starting up.')
resetInterval();
});
$scope.intervals.uptime = setInterval(function() {
$scope.timerUptime++;
if (($scope.timerUptime >= UPTIME_CHECK_INTERVAL && $scope.timerUptime % UPTIME_CHECK_INTERVAL === 0) || ($scope.timerUptime === 1)) {
$window._gaq.push(['_trackEvent', 'Program Event', 'Uptime Check', $scope.moment.duration($scope.timerUptime, 'seconds').humanize(), $scope.timerUptime, true ],
['_trackEvent', 'Program Event', 'Version Check', VERSION + " " + $scope.userInfo, undefined, true]);
}
}, UPTIME_CHECK_RESOLUTION);
$scope.updatePopupSessionsTabs = function(expired) {
if (expired) return $scope.localSessions.splice($scope.localSessions.findIndex(session => session.id === expired.id), 1);
let localSessions = $scope.localSessions, //$scope.devToolsSessions.filter(session => session.infoUrl.search(/\/\/pads(-dev)?.brakecode.com\/json\//) === -1),
brakeCodeSessions = $scope.brakeCodeSessions; //$scope.devToolsSessions.filter(session => session.infoUrl.search(/\/\/pads(-dev)?.brakecode.com\/json\//) !== -1);
[{localSessions}, {brakeCodeSessions}].map(s => {
let sessionsName = Object.keys(s)[0],
sessions = Object.values(s)[0];
if (sessions.length === 0) return;
sessions = sessions.map(session => {
session.timer = new Timer({
sessionID: session.id,
func: $scope.updatePopupSessionsTabs
});
return session;
});
let oldSessions = $scope[sessionsName];
$scope[sessionsName] = sessions.concat($scope[sessionsName]);
$scope[sessionsName] = $scope[sessionsName].filter((session, i, sessions) => {
if (i === 0) {
return true;
}
let match = sessions.find(s => s.infoUrl === session.infoUrl);
if (match === undefined) {
return true;
} else {
session.timer.clearTimer();
return false;
}
});
if (sessionsName === 'localSessions' && !angular.equals(oldSessions, $scope[sessionsName])) {
$scope.$emit('updateLocalTabSessions');
}
if (sessionsName === 'brakeCodeSessions') {
getConnectionsObjectFrom(sessions).then(connections => {
let brakeCodeRemoteTab = {
connections,
host: $scope.NiMSConnector.PADS_HOST,
title: 'BrakeCODE'
}
$scope.remoteTabs[0] = brakeCodeRemoteTab;
$scope.$emit('updateBrakeCodeTabSessions');
});
}
});
}
function getConnectionsObjectFrom(sessions) {
return new Promise(resolve => {
let connectionsPromises = sessions.map(async session => {
let jsonInfo = await getJsonInfo(session.infoUrl);
let connection = Object.assign(session, {
tunnelSocket: {
cid: session.infoUrl.match(UUID_Regex)[0]
},
jsonInfo
});
return connection;
});
Promise.all(connectionsPromises)
.then(connections => resolve(connections));
});
}
async function getJsonInfo(url, authRequired = false) {
let token = await $scope.Auth.auth0.getTokenSilently();
let jsonInfo = $http({
method: "GET",
url,
responseType: "json",
headers: authRequired ? { 'Authorization': 'Bearer ' + token } : {},
timeout: $scope.settings.checkInterval * 3
})
.then(response => {
return response.data ? response.data[0] : response;
}, error => {
return error;
});
return jsonInfo;
}
$scope.removeLocalSession = function(id) {
let index = $scope.localSessions.findIndex(session => session.id == id)
if (index != -1) $scope.localSessions.splice(index, 1)
$scope.devToolsSessions.find((session, i) => {
if (session.id !== null && session.id == id) {
removeDevToolsSession(session, i);
}
});
}
$scope.removeRemoteSession = function(cid) {
let index = $scope.brakeCodeSessions.findIndex(session => session.infoUrl.match(UUID_Regex)[0] == cid);
if (index !== -1) $scope.brakeCodeSessions.splice(index, 1)
$scope.devToolsSessions.find((session, i) => {
if (session.id !== null && cid == (session.infoUrl.match(UUID_Regex) ? session.infoUrl.match(UUID_Regex)[0] : undefined)) {
removeDevToolsSession(session, i);
}
})
}
$scope.localize = function($window, updateUI) {
Array.from($window.document.getElementsByClassName("i18n")).forEach(function(element, i, elements) {
var message;
// Hack until I can figure out how to resize the overlay properly.
if (chrome.i18n.getUILanguage() == "ja") element.style.fontSize = "small";
switch (element.id) {
case "open devtools": message = chrome.i18n.getMessage("openDevtools"); element.value = message; break;
case "checkInterval-value": message = chrome.i18n.getMessage(element.dataset.badgeCaption); element.dataset.badgeCaption = message; break;
default: message = chrome.i18n.getMessage(element.innerText.split(/\s/)[0]);
element.textContent = message; break;
}
if (i === (elements.length-1)) updateUI();
});
}
$scope.save = function(key) {
//
write(key, $scope.settings[key]);
}
$scope.openTab = function(host, port, padsMetadata, callback) {
if (typeof padsMetadata === 'function') {
callback = padsMetadata;
padsMetadata.wsProto = 'ws';
}
SingletonOpenTabInProgress.getInstance(host, port, null)
.then(function(value) {
if (value.message !== undefined) {
return callback(value.message);
} else {
SingletonOpenTabInProgress.getInstance(host, port, 'lock')
.then(function() {
var infoUrl = getInfoURL(host, port);
chrome.tabs.query({
url: [// 'chrome-devtools:https://*/*',
$scope.settings.scheme + '*/*localhost:' + port + '*',
$scope.settings.scheme + '*/*' + host + ':' + port + '*',
$scope.settings.scheme + '*/*' + host + '/ws/' + port + '*',
'https://chrome-devtools-frontend.june07.com/*localhost:' + port + '*',
'https://chrome-devtools-frontend.june07.com/*' + host + ':' + port + '*',
'https://chrome-devtools-frontend.june07.com/*' + host + '/ws/' + port + '*',
'https://chrome-devtools-frontend.appspot.com/*localhost:' + port + '*',
'https://chrome-devtools-frontend.appspot.com/*' + host + ':' + port + '*',
'https://chrome-devtools-frontend.appspot.com/*' + host + '/ws/' + port + '*'
]
}, async function(tab) {
/** Filter out pending requests that are not json info requests. $http is used for other purposes cloudflare, notifications, and we don't care about the others in this context