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RDMMonitor.js
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RDMMonitor.js
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const Discord = require('discord.js');
const bot = new Discord.Client();
const request = require('request');
const config = require('./RDMMonitorConfig.json');
const warningImage = "https://raw.githubusercontent.com/chuckleslove/RDMMonitor/master/static/warned.png";
const okImage = "https://raw.githubusercontent.com/chuckleslove/RDMMonitor/master/static/ok.png";
const offlineImage = "https://raw.githubusercontent.com/chuckleslove/RDMMonitor/master/static/offline.png";
const instanceImage = "https://raw.githubusercontent.com/chuckleslove/RDMMonitor/master/static/instance.png";
const pokemonImage = "https://raw.githubusercontent.com/chuckleslove/RDMMonitor/master/static/pokemon.png";
const raidImage = "https://raw.githubusercontent.com/chuckleslove/RDMMonitor/master/static/raids.png";
const researchImage = "https://raw.githubusercontent.com/chuckleslove/RDMMonitor/master/static/research.png";
const ivImage = "https://raw.githubusercontent.com/chuckleslove/RDMMonitor/master/static/iv.png";
const warningTime = config.warningTime * 60000;
const offlineTime = config.offlineTime * 60000;
const rebuildTime = config.rebuildTime * 60000;
const reopenTime = config.reopenTime * 60000;
const rebootTime = config.rebootAgainTimer * 60000;
//const reapplySAMTime = config.reapplySAMTime * 60000;
const okColor = 0x008000;
const warningColor = 0xFFFF00;
const offlineColor = 0xFF0000;
const pokemonColor = 0xC0C0C0;
const raidColor = 0x9400D3;
const researchColor = 0xFF7F50;
const ivColor = 0xDAA520;
const DEVICE_QUERY = 'api/get_data?show_devices=true';
const INSTANCE_QUERY = 'api/get_data?show_instances=true';
const IV_QUERY = '/api/get_data?show_ivqueue=true&formatted=true&instance=';
const WEBSITE_AUTH = {
'auth': {
'user': config.websiteLogin,
'password': config.websitePassword
},
'jar': true
};
var postingDelay = config.postingDelay * 60000;
var devices = {};
var instances = {};
var okDeviceMessage = "";
var warnDeviceMessage = "";
var offlineDeviceMessage = "";
var lastUpdatedMessage = "";
var channelsCleared = false;
Login();
function Login() {
let version = Discord.version;
version = version.split('.');
let primaryVersion = Number(version[0]);
if(primaryVersion < 12) {
console.log(GetTimestamp() + "FATAL ERROR: discord.js version must be 12.0 or newer, you are using: " + Discord.version);
console.log(GetTimestamp() + "Bot will not continue at this point, please upgrade discord.js, also requires node version 12 or newer");
}
else {
console.log(GetTimestamp() + "Logging in Discord bot token");
bot.login(config.token);
}
}
bot.on('message', async message => {
// MAKE SURE ITS A COMMAND
if(!message.content.startsWith(config.cmdPrefix)) {
return;
}
//STOP SCRIPT IF DM/PM
if(message.channel.type == "dm") {
return;
}
// GET CHANNEL INFO
let guild = message.guild;
let channel = message.channel.id;
let member = message.member;
let msg = message.content;
// REMOVE LETTER CASE (MAKE ALL LOWERCASE)
let command = msg.toLowerCase();
command = command.split(" ")[0];
command = command.slice(config.cmdPrefix.length);
// GET ARGUMENTS
let args = msg.slice(config.cmdPrefix.length + command.length); // Cut the command off
args = args.split(",").map(function(item) {
return item.trim();
});
// GET ROLES FROM CONFIG
let AdminR = guild.roles.cache.find(role => role.name === config.adminRoleName);
if(!AdminR) {
AdminR = { "id": "111111111111111111" };
console.info(GetTimestamp() + "[ERROR] [CONFIG] I could not find admin role: " + config.adminRoleName);
}
//STOP SCRIPT IF IT IS NOT THE MAIN CHANNEL
if (config.channel != channel) {
return;
}
// ############################# COMMANDS/HELP ################################
if(member.roles.cache.has(AdminR.id)) {
if(command === "help") {
message.delete();
cmds = "`" + config.cmdPrefix + "restart` \\\u00BB to manually restart the whole bot.\n" +
"`" + config.cmdPrefix + "reopen <DEVICE-NAMES>` \\\u00BB to reopen the game on specific devices.\n" +
"`" + config.cmdPrefix + "reboot <DEVICE-NAMES>` \\\u00BB to reboot the specific devices.\n" +
"`" + config.cmdPrefix + "sam <DEVICE-NAMES>` \\\u00BB to reapply the SAM profile to the specific devices\n" +
"The commands with `<DEVICE-NAMES>` accept multiple names separated by commas.\n" +
"They can be used to skip the exclusion list if you specify a name on the list.\n" +
"They can accept `all`, `allwarn`, or `alloff` to apply to groups but will omit devices on the exclude lists."
bot.channels.cache.get(config.channel).send(cmds).then((message) => {
message.delete({
timeout: 60000
});
}).catch(err => {console.error(GetTimestamp()+err);});
return;
}
if(command === "restart") {
// Restart the whole bot
if(!args[0]) {
await bot.channels.cache.get(config.channel).send("Restarting the bot...");
RestartBot('manual');
}
else {
message.delete();
message.reply("If you send this command again without any arguements, it will restart the bot. Did you mean to reboot a devices like `" + config.cmdPrefix + "reboot 001-SE`?");
return;
}
}
if(!args[0]) {
message.delete();
message.reply("Please enter a device name after the command like `" + config.cmdPrefix + "reboot 001-SE`");
return;
}
// Handle all/alloff/allwarn variables and omit exclusions
var manDevices = [];
var exclude = [];
if(command === "reboot") {
exclude = config.excludeFromReboots;
}
else if(command === "reopen") {
exclude = config.excludeFromReopen;
}
else if(command === "sam") {
exclude = config.excludeFromReapplySAM;
}
if (args.length == 1 && args[0] == "all") {
for(var deviceName in devices) {
let device = devices[deviceName];
if(!exclude.includes(deviceName)) {
manDevices.push(device.name);
}
}
}
else if (args.length == 1 && args[0] == "alloff") {
let now = new Date();
now = now.getTime();
for(let deviceName in devices) {
let device = devices[deviceName];
let lastSeen = new Date(0);
lastSeen.setUTCSeconds(device.lastSeen);
lastSeen = lastSeen.getTime();
lastSeen = now - lastSeen;
if(lastSeen > offlineTime && !exclude.includes(deviceName)) {
manDevices.push(device.name);
}
}
}
else if (args.length == 1 && args[0] == "allwarn") {
let now = new Date();
now = now.getTime();
for(let deviceName in devices) {
let device = devices[deviceName];
let lastSeen = new Date(0);
lastSeen.setUTCSeconds(device.lastSeen);
lastSeen = lastSeen.getTime();
lastSeen = now - lastSeen;
if(lastSeen > warningTime && !exclude.includes(deviceName)) {
manDevices.push(device.name);
}
}
}
else {
// Check all the device names and add them to the array
for(var x = 0; x < args.length; x++) {
if (devices[args[x]]) {
manDevices.push(args[x]);
}
else {
bot.channels.cache.get(config.channel).send("Could not locate device: " + args[x]);
}
}
}
if(command === "reboot") {
// Reboot a specific device
RebootWarnDevice(manDevices);
}
else if(command === "reopen") {
// Reopen a game for a specific device
ReopenWarnGame(manDevices);
}
else if(command === "sam") {
// Reapply the SAM profile
ReapplySAM(manDevices);
}
}
else {
message.reply("You are **NOT** allowed to use this command! \ntry using: `" + config.cmdPrefix + "commands`").then((message) => {
message.delete({
timeout: 10000
});
}).catch(err => {console.error(GetTimestamp()+err);});
return;
}
});
bot.on('ready', () => {
console.log(GetTimestamp() + "Discord bot logged in and ready");
if(config.warningTime > 1000 || config.offlineTime > 1000) {
console.log(GetTimestamp() + "WARNING warningTime and offlineTime should be in MINUTES not milliseconds");
}
if(isNaN(postingDelay)) {
postingDelay = 0;
}
StartupSequence();
return;
});
bot.on('error', function(err) {
if(typeof err == 'object') {
err = JSON.stringify(err);
}
console.error(GetTimestamp() + 'Uncaught exception: ' + err);
RestartBot();
return;
});
bot.on('disconnect', function(closed) {
console.error(GetTimestamp() + 'Disconnected from Discord');
return;
});
function sleep(ms) {
return new Promise(resolve => {
setTimeout(resolve, ms);
});
}
async function StartupSequence() {
await ClearAllChannels();
await UpdateStatusLoop();
await PostStatus();
}
async function UpdateStatusLoop() {
console.log(GetTimestamp() + "Beginning RDM query");
await UpdateDevices();
await UpdateInstances();
console.log(GetTimestamp() + "Finished RDM query");
setTimeout(UpdateStatusLoop, 5000);
}
function UpdateInstances() {
return new Promise(function(resolve) {
if(!config.postInstanceStatus) {
return resolve();
}
request.get(config.url + INSTANCE_QUERY, WEBSITE_AUTH, (err, res, body) => {
if(err) {
console.error(GetTimestamp() + "Error querying RDM: " + err.code);
return resolve();
}
let data;
try {
data = JSON.parse(body);
}
catch (err) {
console.error(GetTimestamp() + "Could not retrieve data from website: " + body);
console.error(GetTimestamp() + err);
return resolve();
}
if(data.status == "error" || !data.data || !data) {
console.error(GetTimestamp() + "Could not retrieve data from website: " + data.error);
return resolve();
}
if(!data.data.instances) {
console.error(GetTimestamp() + "Failed to retrieve instance data from the website");
return resolve();
}
data.data.instances.forEach(async function(instance) {
if(!instances[instance.name]) {
await AddInstance(instance);
}
else {
await UpdateInstance(instance);
}
});
return resolve();
});
});
}
async function AddInstance(instance) {
if(config.ignoredInstances.length > 0) {
if(config.ignoredInstances.indexOf(instance.name) != -1) {
return
}
}
if(!instance.status) {
return;
}
switch (instance.type) {
case "Auto Quest":
if(instance.status.bootstrapping) {
let percent = instance.status.bootstrapping.current_count / instance.status.bootstrapping.total_count;
percent *= 100;
percent = PrecisionRound(percent, 2);
instances[instance.name] = {
'name': instance.name,
'status': 'Boostrapping: ' + instance.status.bootstrapping.current_count + '/' + instance.status.bootstrapping.total_count + '(' + percent + '%)',
'type': 'research'
}
}
else {
if(!instance.status.quests) {
console.log("Your RDM is out of date, please pull the latest from docker");
process.exit(0);
return;
}
let percent = instance.status.quests.current_count_db / instance.status.quests.total_count;
percent *= 100;
percent = PrecisionRound(percent, 2);
instances[instance.name] = {
'name': instance.name,
'status': instance.status.quests.current_count_db + '/' + instance.status.quests.total_count + '(' + percent + '%)',
'type': 'research'
}
}
break;
case "Circle Raid":
if(instance.status) {
instances[instance.name] = {
'name': instance.name,
'status': 'Round Time: ' + instance.status.round_time + 's',
'type': 'raid'
}
}
else {
instances[instance.name] = {
'name': instance.name,
'status': 'Round Time: N/A',
'type': 'raid'
}
}
break;
case "Circle Pokemon":
if(instance.status) {
instances[instance.name] = {
'name': instance.name,
'status': 'Round Time: ' + instance.status.round_time + 's',
'type': 'pokemon'
}
}
else {
instances[instance.name] = {
'name': instance.name,
'status': 'Round Time: N/A',
'type': 'pokemon'
}
}
break;
case "Pokemon IV":
instances[instance.name] = {
'name': instance.name,
'status': instance.status.iv_per_hour + ' IV/H',
'type': 'iv',
'queue': await GetIVQueue(instance.name)
}
break;
case "Circle Smart Raid":
instances[instance.name] = {
'name': instance.name,
'status': instance.status.scans_per_h + ' Scans/H',
'type': 'raid'
}
break;
default:
return;
}
}
async function UpdateInstance(instance) {
if(!instances[instance.name]) {
AddInstance(instance);
}
else {
if(!instance.status) {
return;
}
switch (instance.type) {
case "Auto Quest":
if(instance.status.bootstrapping) {
let percent = instance.status.bootstrapping.current_count / instance.status.bootstrapping.total_count;
percent *= 100;
percent = PrecisionRound(percent, 2);
instances[instance.name].status = 'Boostrapping: ' + instance.status.bootstrapping.current_count + '/' + instance.status.bootstrapping.total_count + '(' + percent + '%)';
}
else {
let percent = instance.status.quests.current_count_db / instance.status.quests.total_count;
percent *= 100;
percent = PrecisionRound(percent, 2);
instances[instance.name].status = instance.status.quests.current_count_db + '/' + instance.status.quests.total_count + '(' + percent + '%)';
}
break;
case "Circle Raid":
case "Circle Pokemon":
if(instance.status) {
instances[instance.name].status = 'Round Time: ' + instance.status.round_time + 's';
}
else {
instances[instance.name].status = 'Round Time: N/A';
}
break;
case "Pokemon IV":
instances[instance.name].status = instance.status.iv_per_hour + ' IV/H';
instances[instance.name].queue = await GetIVQueue(instance.name);
break;
case "Circle Smart Raid":
instances[instance.name].status = instance.status.scans_per_h + ' Scans/H';
break;
default:
return;
}
}
}
function UpdateDevices() {
return new Promise(function(resolve) {
if(!config.postIndividualDevices && !config.postDeviceSummary) {
return resolve(true);
}
request.get(config.url + DEVICE_QUERY, WEBSITE_AUTH, (err, res, body) => {
if(err) {
console.error(GetTimestamp() + "Error querying RDM: " + err.code);
return resolve();
}
let data;
try {
data = JSON.parse(body);
}
catch (err) {
console.error(GetTimestamp() + "Could not retrieve data from website: " + body);
console.error(GetTimestamp() + err);
return resolve();
}
if(data.status == "error" || !data.data) {
console.error(GetTimestamp() + "Could not retrieve data from website: " + data.error);
return resolve();
}
if(!data.data.devices) {
console.error(GetTimestamp() + "Failed to retrieve device data from the website");
return resolve();
}
data.data.devices.forEach(async function(device) {
if(!devices[device.uuid]) {
await AddDevice(device);
}
else {
await UpdateDevice(device);
}
});
return resolve();
});
});
}
function AddDevice(device) {
if(config.ignoredDevices.length > 0) {
if(config.ignoredDevices.indexOf(device.uuid) != -1) {
return;
}
}
devices[device.uuid] = {
"name": device.uuid,
"lastSeen": device.last_seen,
"account": device.username,
"instance": device.instance,
"host": device.host,
"alerted": false,
"rebooted": false,
"reopened": false,
"reapplied": false,
"builds": 0,
"rebooted_time": 0,
"retry_reboot": false,
"reboots": 0
};
if(!devices[device.uuid].lastSeen) {
devices[device.uuid].lastSeen = "Never"
}
if(!devices[device.uuid].account) {
devices[device.uuid].account = "Unknown"
}
if(!devices[device.uuid].instance) {
devices[device.uuid].instance = "Unassigned"
}
if(!devices[device.uuid].host) {
devices[device.uuid].host = "Unknown"
}
return UpdateDeviceState(devices[device.uuid]);
}
function UpdateDevice(device) {
if(!devices[device.uuid]) {
return AddDevice(device);
}
else {
devices[device.uuid].lastSeen = device.last_seen;
devices[device.uuid].account = device.username;
devices[device.uuid].instance = device.instance;
devices[device.uuid].host = device.host;
}
if(!devices[device.uuid].lastSeen) {
devices[device.uuid].lastSeen = "Never"
}
if(!devices[device.uuid].account) {
devices[device.uuid].account = "Unknown"
}
if(!devices[device.uuid].instance) {
devices[device.uuid].instance = "Unassigned"
}
if(!devices[device.uuid].host) {
devices[device.uuid].host = "Unknown"
}
return UpdateDeviceState(devices[device.uuid]);
}
async function PostStatus() {
await PostDevices();
await PostInstances();
await PostGroupedDevices();
await SendOfflineDeviceDMs();
await ReopenWarnGame();
//await ReapplySAM();
await RebootWarnDevice();
}
async function PostDevices() {
if(!config.postIndividualDevices) {
return;
}
console.log(GetTimestamp() + "Posting device status");
for(let deviceID in devices) {
let device = devices[deviceID];
if(device.message) {
await EditDevicePost(device);
await sleep(1000);
}
else {
await PostDevice(device);
await sleep(1000);
}
}
console.log(GetTimestamp() + "Finished posting device status");
setTimeout(PostDevices, postingDelay);
}
async function PostGroupedDevices() {
return new Promise(async function(resolve) {
if(config.postDeviceSummary) {
console.log(GetTimestamp() + "Posting device summary");
let now = new Date();
now = now.getTime();
let okDevices = [];
let warnDevices = [];
let offlineDevices = [];
let okDevicesCount = 0;
let warnDevicesCount = 0;
let offlineDevicesCount = 0;
for(let deviceName in devices) {
let device = devices[deviceName];
let lastSeen = new Date(0);
lastSeen.setUTCSeconds(device.lastSeen);
lastSeen = lastSeen.getTime();
lastSeen = now - lastSeen;
if(lastSeen > offlineTime) {
offlineDevices.push(device.name);
}
else if(lastSeen > warningTime) {
warnDevices.push(device.name);
}
else {
okDevices.push(device.name);
}
}
okDevicesCount = okDevices.length;
warnDevicesCount = warnDevices.length;
offlineDevicesCount = offlineDevices.length;
if(okDevices.length == 0) {
okDevices.push("None")
}
if(warnDevices.length == 0) {
warnDevices.push("None")
}
if(offlineDevices.length == 0) {
offlineDevices.push("None")
}
PostDeviceGroup(okDevices, okColor, okImage, 'Working Devices: ' + okDevicesCount, okDeviceMessage).then(posted => {
okDeviceMessage = posted.id;
PostDeviceGroup(warnDevices, warningColor, warningImage, 'Warned Devices: ' + warnDevicesCount, warnDeviceMessage).then(posted => {
warnDeviceMessage = posted.id;
PostDeviceGroup(offlineDevices, offlineColor, offlineImage, 'Offline Devices: ' + offlineDevicesCount, offlineDeviceMessage).then(posted => {
offlineDeviceMessage = posted.id;
offlineDeviceList = offlineDevices;
PostLastUpdated();
console.log(GetTimestamp() + "Finished posting device summary");
setTimeout(PostGroupedDevices, postingDelay);
return resolve();
});
});
});
}
else {
return resolve();
}
});
}
function SendOfflineDeviceDMs() {
let now = new Date();
now = now.getTime();
let offlineDevices = [];
for(let deviceName in devices) {
let device = devices[deviceName];
let lastSeen = new Date(0);
lastSeen.setUTCSeconds(device.lastSeen);
lastSeen = lastSeen.getTime();
lastSeen = now - lastSeen;
if(lastSeen > offlineTime) {
offlineDevices.push(device.name);
}
}
for(let i = 0; i < offlineDevices.length; i++) {
if(!devices[offlineDevices[i]].alerted) {
SendDMAlert(offlineDevices[i]);
devices[offlineDevices[i]].alerted = true;
}
}
for(let deviceName in devices) {
if(devices[deviceName].alerted && offlineDevices.indexOf(deviceName) == -1) {
devices[deviceName].alerted = false;
SendDeviceOnlineAlert(deviceName);
}
}
setTimeout(SendOfflineDeviceDMs, 60000);
}
function ReopenWarnGame(manDevices) {
if(!config.allowReopenGame) {
return;
}
let now = new Date();
now = now.getTime();
let reopenDevices = [];
if (manDevices) {
reopenDevices = manDevices;
}
else {
for(var deviceName in devices) {
let device = devices[deviceName];
let lastSeen = new Date(0);
lastSeen.setUTCSeconds(device.lastSeen);
lastSeen = lastSeen.getTime();
lastSeen = now - lastSeen;
if(lastSeen > reopenTime) {
if(!config.excludeFromReopen.includes(deviceName)) {
reopenDevices.push(device.name);
}
}
}
}
for(var i = 0; i < reopenDevices.length; i++) {
if(!devices[reopenDevices[i]].reopened || manDevices) {
for(var ii = 0; ii < config.reopenMonitorURL.length; ii++) {
const options = {
url: config.reopenMonitorURL[ii],
json: true,
method: 'POST',
body: {
'type': 'reopen',
'device': devices[reopenDevices[i]].name
},
headers: {
'Accept': 'application/json',
'Content-Type': 'application/json'
},
};
console.info(GetTimestamp() + `Sending reopen game request for ${devices[reopenDevices[i]].name} to remote listener ${config.reopenMonitorURL[ii]}`);
if (manDevices) { bot.channels.cache.get(config.channel).send(`Sending reopen game request for ${devices[reopenDevices[i]].name} to remote listener`); }
request(options, (err, res, body) => {
if(err) {
console.error(GetTimestamp() + `Failed to send reopen game request to remote listener for ${options.body.device}`);
if (manDevices) { bot.channels.cache.get(config.channel).send(`Failed to send reopen game request to remote listener for ${options.body.device}`); }
}
});
devices[reopenDevices[i]].reopened = true;
}
}
}
for(var deviceName in devices) {
if(devices[deviceName].reopened && reopenDevices.indexOf(deviceName) == -1) {
devices[deviceName].reopened = false;
console.info(GetTimestamp() + `Device ${devices[deviceName].name} has come back online from reopening the game`);
}
}
setTimeout(ReopenWarnGame, 60000);
}
function ReapplySAM(manDevices) {
if(!config.allowReapplySAM) {
return;
}
let now = new Date();
now = now.getTime();
let reapplyDevices = [];
if (manDevices) {
reapplyDevices = manDevices;
}
else {
for(var deviceName in devices) {
let device = devices[deviceName];
let lastSeen = new Date(0);
lastSeen.setUTCSeconds(device.lastSeen);
lastSeen = lastSeen.getTime();
lastSeen = now - lastSeen;
if(lastSeen > reapplySAMTime) {
if(!config.excludeFromReapplySAM.includes(deviceName)) {
reapplyDevices.push(device.name);
}
}
}
}
for(var i = 0; i < reapplyDevices.length; i++) {
if(!devices[reapplyDevices[i]].reapplied || manDevices) {
for(var ii = 0; ii < config.reapplySAMMonitorURL.length; ii++) {
const options = {
url: config.reapplySAMMonitorURL[ii],
json: true,
method: 'POST',
body: {
'type': 'profile',
'device': devices[reapplyDevices[i]].name
},
headers: {
'Accept': 'application/json',
'Content-Type': 'application/json'
},
};
console.info(GetTimestamp() + `Sending a request to reapply the SAM profile for ${devices[reapplyDevices[i]].name} to remote listener ${config.reapplySAMMonitorURL[ii]}`);
if (manDevices) { bot.channels.cache.get(config.channel).send(`Sending a request to reapply the SAM profile for ${devices[reapplyDevices[i]].name} to remote listener`); }
request(options, (err, res, body) => {
if(err) {
console.error(GetTimestamp() + `Failed to send request to reapply the SAM profile to remote listener for ${options.body.device}`);
if (manDevices) { bot.channels.cache.get(config.channel).send(`Failed to send request to reapply the SAM profile to remote listener for ${options.body.device}`); }
}
});
devices[reapplyDevices[i]].reapplied = true;
}
}
}
for(var deviceName in devices) {
if(devices[deviceName].reapplied && reapplyDevices.indexOf(deviceName) == -1) {
devices[deviceName].reapplied = false;
console.info(GetTimestamp() + `Device ${devices[deviceName].name} has come back online from reapplying the profile`);
}
}
setTimeout(ReopenWarnGame, 60000);
}
function RebootWarnDevice(manDevices) {
if(!config.allowWarnReboots) {
return;
}
let now = new Date();
now = now.getTime();
let warnedDevices = [];
if (manDevices) {
warnedDevices = manDevices;
}
else {
for(var deviceName in devices) {
let device = devices[deviceName];
let lastSeen = new Date(0);
lastSeen.setUTCSeconds(device.lastSeen);
lastSeen = lastSeen.getTime();
lastSeen = now - lastSeen;
if(lastSeen > warningTime) {
if(!config.excludeFromReboots.includes(deviceName)) {
warnedDevices.push(device.name);
if(devices[deviceName].rebooted && devices[deviceName].reboots < config.maxRebootRetries && Date.now() - devices[deviceName].rebooted_time > rebootTime ) {
devices[deviceName].retry_reboot = true;
}
}
}
}
}
for(var i = 0; i < warnedDevices.length; i++) {
if(!devices[warnedDevices[i]].rebooted || manDevices || devices[warnedDevices[i]].retry_reboot) {
for(var ii = 0; ii < config.rebootMonitorURL.length; ii++) {
const options = {
url: config.rebootMonitorURL[ii],
json: true,
method: 'POST',
body: {
'type': 'restart',
'device': devices[warnedDevices[i]].name
},
headers: {
'Accept': 'application/json',
'Content-Type': 'application/json'
},
};
console.info(GetTimestamp() + `Sending reboot request for ${devices[warnedDevices[i]].name} to remote listener ${config.rebootMonitorURL[ii]}`);
if (manDevices) { bot.channels.cache.get(config.channel).send(`Sending reboot request for ${devices[warnedDevices[i]].name} to remote listener`); }
request(options, (err, res, body) => {
if(err) {
console.error(GetTimestamp() + `Failed to send reboot request to remote listener for ${options.body.device}`);
if (manDevices) { bot.channels.cache.get(config.channel).send(`Failed to send reboot request to remote listener for ${options.body.device}`); }
}
});
SendRebootAlert(warnedDevices[i]);
devices[warnedDevices[i]].rebooted = true;
devices[warnedDevices[i]].rebooted_time = Date.now();
devices[warnedDevices[i]].retry_reboot = false;
devices[warnedDevices[i]].reboots = devices[warnedDevices[i]].reboots + 1;
}
}
}
for(var deviceName in devices) {
if(devices[deviceName].rebooted && warnedDevices.indexOf(deviceName) == -1) {
devices[deviceName].rebooted = false;
devices[deviceName].rebooted_time = 0;
devices[deviceName].retry_reboot = false;
devices[deviceName].reboots = 0;
console.info(GetTimestamp() + `Device ${devices[deviceName].name} has come back online from rebooting the device`);
}
}
setTimeout(RebootWarnDevice, 60000);
}
async function SendDMAlert(device) {
for(let i = 0; i < config.userAlerts.length; i++) {
let user = await bot.users.fetch(config.userAlerts[i]);
if(!user) {
console.error(GetTimestamp() + "Cannot find a user to DM with ID: " + config.userAlerts[i]);
}
else {
user.send(GetTimestamp() + " Device: " + device + " is offline!").catch(error => {
console.error(GetTimestamp() + "Failed to send a DM to user: " + user.id);
return;
});
}
}
}
async function SendRebootAlert(device) {
if(!config.sendRebootAlerts) {
return;
}
for(var i = 0; i < config.userAlerts.length; i++) {
let user = await bot.users.fetch(config.userAlerts[i]);
if(!user) {
console.error(GetTimestamp() + "Cannot find a user to DM with ID: " + config.userAlerts[i]);
}
else {
user.send(GetTimestamp() + " Device: " + device + " was sent the reboot command").catch(error => {
console.error(GetTimestamp() + "Failed to send a DM to user: " + user.id);
return;
});
}
}
}
async function SendDeviceOnlineAlert(device) {
for(let i = 0; i < config.userAlerts.length; i++) {
let user = await bot.users.fetch(config.userAlerts[i]);
if(!user) {
console.error(GetTimestamp() + "Cannot find a user to DM with ID: " + config.userAlerts[i]);
}
else {
user.send(GetTimestamp() + " Device: " + device + " has come back online").catch(error => {
console.error(GetTimestamp() + "Failed to send a DM to user: " + user.id);
});
}
}
}
function PostDeviceGroup(deviceList, color, image, title, messageID) {
return new Promise(async function(resolve) {
let channel = config.deviceSummaryChannel ? config.deviceSummaryChannel : config.channel;
channel = await bot.channels.fetch(channel);
let deviceString = GetDeviceString(deviceList);
let embed = new Discord.MessageEmbed();
embed.setTitle(title);
embed.setColor(color);
embed.setThumbnail(image);
embed.setDescription(deviceString);
if(messageID) {
let message = await channel.messages.fetch(messageID);
if(!message) {
console.error(GetTimestamp() + "Missing device summary message");
return resolve();
}
message.edit({
embed: embed
}).then(posted => {
return resolve(posted);
}).catch(error => {
console.error(GetTimestamp() + "Failed to edit a post: " + error);
return resolve();
});
}
else {
channel.send({
embed: embed
}).then(posted => {
return resolve(posted);
}).catch(err => {
console.error(GetTimestamp() + "Error sending a message: " + err);
return resolve();
});
}
});
}
function GetDeviceString(deviceList) {
let currentString = "";
for(let i = 0; i < deviceList.length; i++) {
if(currentString.length + deviceList[i].length + 2 > 2000) {
return currentString + "and more...";
}
if(i == deviceList.length - 1) {
currentString = currentString + deviceList[i];
}
else {
currentString = currentString + deviceList[i] + ", ";
}
}
return currentString;
}
async function PostInstances() {
if(!config.postInstanceStatus) {
return;
}
console.log(GetTimestamp() + "Posting instance status");
let posts = [];
for(let instanceName in instances) {
let instance = instances[instanceName];
if(instance.message) {
await EditInstancePost(instance);
await sleep(1000);
}
else {
await PostInstance(instance);
await sleep(1000);
}
}
console.log(GetTimestamp() + "Finished posting instance status");
setTimeout(PostInstances, postingDelay);
}
async function PostLastUpdated() {
let channel = config.deviceSummaryChannel ? config.deviceSummaryChannel : config.channel;
channel = await bot.channels.fetch(channel);
let now = new Date();
let lastUpdated = "Last Updated at: **" + now.toLocaleString() + "**";
if(lastUpdatedMessage) {
let message = await channel.messages.fetch(lastUpdatedMessage);
if(!message) {
return;
}
message.edit(lastUpdated).then(edited => {
lastUpdatedMessage = edited.id;
return;
}).catch(error => {
console.log(GetTimestamp() + "Failed to edit a post: " + error);
return;
});
}
else {
channel.send(lastUpdated).then(message => {
lastUpdatedMessage = message.id;
return;
}).catch(err => {
console.error(GetTimestamp() + "Error sending a message: " + err);
return;
});
}
}
function PostInstance(instance) {