Shinobi/libs/commander/worker.js

276 lines
10 KiB
JavaScript

const { parentPort } = require('worker_threads');
const fetch = require('node-fetch');
const socketIOClient = require('socket.io-client');
const p2pClientConnectionStaticName = 'Commander'
const p2pClientConnections = {}
const runningRequests = {}
const connectedUserWebSockets = {}
let connectionToP2PServer
const s = {
debugLog: (...args) => {
parentPort.postMessage({
f: 'debugLog',
data: args
})
},
systemLog: (...args) => {
parentPort.postMessage({
f: 'systemLog',
data: args
})
},
}
parentPort.on('message',(data) => {
switch(data.f){
case'init':
initialize(data.config,data.lang)
break;
case'exit':
s.debugLog('Closing P2P Connection...')
process.exit(0)
break;
}
})
const initialize = (config,lang) => {
const selectedP2PServerId = config.p2pServerList[config.p2pHostSelected] ? config.p2pHostSelected : Object.keys(config.p2pServerList)[0]
const selectedHost = config.p2pServerList[selectedP2PServerId].host + ':' + config.p2pServerList[selectedP2PServerId].p2pPort
const parseJSON = function(string){
var parsed = string
try{
parsed = JSON.parse(string)
}catch(err){
}
return parsed
}
const createQueryStringFromObject = function(obj){
var queryString = ''
var keys = Object.keys(obj)
keys.forEach(function(key){
var value = obj[key]
queryString += `&${key}=${value}`
})
return queryString
}
const doRequest = function(url,method,data,callback,onDataReceived){
var requestEndpoint = `${config.sslEnabled ? `https` : 'http'}://localhost:${config.sslEnabled ? config.ssl.port : config.port}` + url
if(method === 'GET' && data){
requestEndpoint += '?' + createQueryStringFromObject(data)
}
const theRequest = fetch(requestEndpoint,{
method: method,
headers: {
'Accept': 'application/json',
'Content-Type': 'application/json'
},
body: method !== 'GET' ? JSON.stringify(data ? data : null) : null
})
.then(res => {
res.body.on('data', onDataReceived);
return res
});
if(typeof callback === 'function'){
theRequest.then(res => res.json())
.then(json => {
callback(null,json);
})
}
theRequest.catch((err) => {
console.error(err);
if(typeof callback === 'function')callback(err,null);
});
return theRequest
}
const createShinobiSocketConnection = (connectionId) => {
const masterConnectionToMachine = socketIOClient(`ws://localhost:${config.port}`, {transports:['websocket']})
p2pClientConnections[connectionId || p2pClientConnectionStaticName] = masterConnectionToMachine
return masterConnectionToMachine
}
const killAllClientConnections = () => {
Object.keys(p2pClientConnections).forEach((key) => {
try{
p2pClientConnections[key].disconnect()
}catch(err){
}
setTimeout(() => {
delete(p2pClientConnections[key])
},1000)
})
}
//
function startBridge(noLog){
console.log('p2p',`Connecting to ${selectedHost}...`)
if(connectionToP2PServer && connectionToP2PServer.connected){
connectionToP2PServer.allowDisconnect = true;
connectionToP2PServer.disconnect()
}
connectionToP2PServer = socketIOClient('ws://' + selectedHost, {
transports:['websocket'],
reconnection: false
});
if(!config.p2pApiKey){
if(!noLog)s.systemLog('p2p',`Please fill 'p2pApiKey' in your conf.json.`)
}
// if(!config.p2pGroupId){
// if(!noLog)s.systemLog('p2p',`Please fill 'p2pGroupId' in your conf.json.`)
// }
connectionToP2PServer.on('connect', () => {
if(!noLog)s.systemLog('p2p',`Connected ${selectedHost}!`);
connectionToP2PServer.emit('initMachine',{
port: config.port,
apiKey: config.p2pApiKey,
groupId: config.p2pGroupId,
targetUserId: config.p2pTargetUserId,
targetGroupId: config.p2pTargetGroupId
})
})
connectionToP2PServer.on('httpClose',(requestId) => {
if(runningRequests[requestId] && runningRequests[requestId].abort){
runningRequests[requestId].abort()
delete(runningRequests[requestId])
}
})
connectionToP2PServer.on('http',(rawRequest) => {
runningRequests[rawRequest.rid] = doRequest(
rawRequest.url,
rawRequest.method,
rawRequest.data,
rawRequest.focus !== 'mp4' && rawRequest.focus !== 'flv' && rawRequest.focus !== 'mjpeg' && rawRequest.focus !== 'h264' ? function(err,json,resp){
connectionToP2PServer.emit('httpResponse',{
err: err,
json: rawRequest.bodyOnEnd ? json : null,
headers: resp.headers,
rid: rawRequest.rid
})
} : null,
(data) => {
if(!rawRequest.bodyOnEnd)connectionToP2PServer.emit('httpResponseChunk',{
data: data,
rid: rawRequest.rid
})
})
})
// const masterConnectionToMachine = createShinobiSocketConnection()
// masterConnectionToMachine.on('connect', () => {
// masterConnectionToMachine.emit('f',{
// f: 'init',
// auth: config.p2pTargetAuth,
// ke: config.p2pTargetGroupId,
// uid: config.p2pTargetUserId
// })
// })
// masterConnectionToMachine.on('f',(data) => {
// connectionToP2PServer.emit('f',data)
// })
connectionToP2PServer.on('wsInit',(rawRequest) => {
const user = rawRequest.user
const clientConnectionToMachine = createShinobiSocketConnection(rawRequest.cnid)
connectedUserWebSockets[user.auth_token] = user;
clientConnectionToMachine.on('connect', () => {
s.debugLog('init',user.auth_token)
clientConnectionToMachine.emit('f',{
f: 'init',
auth: user.auth_token,
ke: user.ke,
uid: user.uid,
ipAddress: rawRequest.ipAddress
})
});
([
'f',
]).forEach((target) => {
connectionToP2PServer.on(target,(data) => {
clientConnectionToMachine.emit(target,data)
})
clientConnectionToMachine.on(target,(data) => {
connectionToP2PServer.emit(target,{data: data, cnid: rawRequest.cnid})
})
})
});
([
'a',
'r',
'gps',
'e',
'super',
]).forEach((target) => {
connectionToP2PServer.on(target,(data) => {
var clientConnectionToMachine
if(data.f === 'init'){
clientConnectionToMachine = createShinobiSocketConnection(data.cnid)
clientConnectionToMachine.on('connect', () => {
clientConnectionToMachine.on(target,(fromData) => {
connectionToP2PServer.emit(target,{data: fromData, cnid: data.cnid})
})
clientConnectionToMachine.on('f',(fromData) => {
connectionToP2PServer.emit('f',{data: fromData, cnid: data.cnid})
})
clientConnectionToMachine.emit(target,data)
});
}else{
clientConnectionToMachine = p2pClientConnections[data.cnid]
clientConnectionToMachine.emit(target,data)
}
})
});
config.workerStreamOutHandlers.forEach((target) => {
connectionToP2PServer.on(target,(initData) => {
if(connectedUserWebSockets[initData.auth]){
const clientConnectionToMachine = createShinobiSocketConnection(initData.auth + initData.ke + initData.id)
clientConnectionToMachine.on('connect', () => {
clientConnectionToMachine.emit(target,initData)
});
clientConnectionToMachine.on('data',(data) => {
connectionToP2PServer.emit('data',{data: data, cnid: initData.cnid})
});
}else{
s.debugLog('disconnect now!')
}
})
});
connectionToP2PServer.on('wsDestroyStream',(clientKey) => {
if(p2pClientConnections[clientKey]){
p2pClientConnections[clientKey].disconnect();
}
delete(p2pClientConnections[clientKey])
});
connectionToP2PServer.on('wsDestroy',(rawRequest) => {
if(p2pClientConnections[rawRequest.cnid]){
p2pClientConnections[rawRequest.cnid].disconnect();
}
delete(p2pClientConnections[rawRequest.cnid])
});
connectionToP2PServer.on('allowDisconnect',(bool) => {
connectionToP2PServer.allowDisconnect = true;
connectionToP2PServer.disconnect()
s.debugLog('p2p','Server Forced Disconnection')
});
const onDisconnect = () => {
if(!noLog)s.systemLog('p2p','P2P Disconnected');
killAllClientConnections()
if(!connectionToP2PServer.allowDisconnect){
if(!noLog)s.systemLog('p2p','Attempting Reconnection...');
setTimeout(() => {
startBridge()
},3000)
}else{
if(!noLog)s.systemLog('p2p','Closing Process');
process.exit()
}
}
connectionToP2PServer.on('error',onDisconnect)
connectionToP2PServer.on('disconnect',onDisconnect)
}
startBridge()
setInterval(function(){
if(!connectionToP2PServer || !connectionToP2PServer.connected){
connectionToP2PServer.connect()
}
},1000 * 60 * 15)
}