Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'network' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
const state = store.getState()
const { allowTracking } = state.settings
if (!allowTracking) {
console.debug('Analytics tracking disabled')
window.ga = () => {}
return
}
const clientId = process.env.GA_CLIENT_ID
if (!clientId) return
// https://developers.google.com/analytics/devguides/collection/protocol/v1/parameters
const analytics = new Analytics(clientId, {
appName: PRODUCT_NAME,
appVersion: VERSION,
clientId: localUserId()
})
window.ga = (...args: any[]) => {
try {
analytics.send(...args)
} catch (e) {
console.error(e)
} finally {
// Reset session heartbeat timer; keeps number of heartbeats sent only to
// what's absolutely necessary to keep the session alive.
startSession(store)
}
}
}
EventEmitter.call(this);
var self = this,
transId = 0;
this.clientId = clientId;
this.lifetime = Math.floor(devAttrs.lifetime) || 86400; // seconds
this.ip = devAttrs.ip || null;
this.mac = devAttrs.mac || null;
this.version = devAttrs.version || '0.0.1';
this.mc = null; // mqtt client
this.so = null; // smart object
if (!this.ip || !this.mac) {
network.get_active_interface(function(err, info) {
if (err) {
self.emit('error', err);
} else {
self.ip = self.ip || info.ip_address;
self.mac = self.mac || info.mac_address;
}
});
}
//----------- protected properties ---------------------
this._rspsToResolve = {};
this._pubics = {
register: `register/${this.clientId}`,
deregister: `deregister/${this.clientId}`,
notify: `notify/${this.clientId}`,
readUserPermissionsCallback = (statusCode, response) => {
switch (statusCode) {
case StatusCode.OK:
// console.log('---------------------')
// console.log(response)
var permissionKeyArray = [];
response.forEach((adminPermission) => {
var key = adminPermission.permission.key;
permissionKeyArray.push(key);
});
// console.log(permissionKeyArray)
this.setState({ permissionKeyArray: permissionKeyArray });
break;
case StatusCode.NOT_FOUND:
break;
default:
avatar,
color: info.color,
pending: shouldAwaitAuthorization
})
)
if (shouldAwaitAuthorization) {
const content = translateEscaped('noticeUserRequestJoin', { userId: id, username: name })
dispatch(addChat({ content, html: true, timestamp: Date.now() }))
return ClientInitResponse.Pending
}
dispatch(authorizeClient(client))
return ClientInitResponse.Ok
}
const server_initClient = rpc('initClient', RpcRealm.Server, initClient, {
allowUnauthed: true
})
const authorizeClient = (client: NetConnection): AppThunkAction => {
return async (dispatch, getState) => {
const id = client.id.toString()
dispatch(multi_userJoined(id))
// Client has been fully authorized
client.auth()
dispatch(client_authorized({ serverTime: Date.now() })(id))
}
}
const answerClient = (userId: string, allow: boolean): RpcThunk => (
}
: undefined,
content: text,
timestamp: Date.now()
})
)
// Clear user typing immediately if we received a message from them
const typingTimeout = userId && userTypingTimeouts[userId]
if (typingTimeout) {
clearTimeout(typingTimeout)
userTypingTimeouts[userId!] = undefined
dispatch(clearTyping(userId!))
}
}
export const multi_broadcastChat = rpc('broadcastChat', RpcRealm.Multicast, broadcastChat)
const rpcAddChat = (text: string): RpcThunk => (dispatch, getState, context) => {
text = text.trim()
if (text.length === 0) return false
if (text.length > CHAT_MAX_MESSAGE_LENGTH) {
text = text.substr(0, CHAT_MAX_MESSAGE_LENGTH)
}
const userId = context.client.id.toString()
dispatch(multi_broadcastChat(text, userId))
return true
}
const server_addChat = rpc('rpcAddChat', RpcRealm.Server, rpcAddChat)
export const sendChat = (text: string): AppThunkAction => {
private get isPermittedBySafeBrowse() {
const media = this.props.current
// Always playback self-requested media
if (media && media.ownerId === localUserId()) {
return true
}
return this.props.safeBrowseEnabled
? this.state.permitURLOnce || SafeBrowse.getInstance().isPermittedURL(this.mediaUrl)
: true
}
common = require('../../common'),
status = require('./../../triggers/status'),
logger = common.logger.prefix('network'),
config = common.config,
needle = require('needle');
var ap_list_callbacks = [],
getting_ap_list = false;
/////////////////////////////////////////////////////////////////
// getters
/////////////////////////////////////////////////////////////////
exp.get_public_ip = network.get_public_ip;
exp.get_private_ip = network.get_private_ip;
exp.get_gateway_ip = network.get_gateway_ip;
exp.get_active_network_interface = network.get_active_interface;
/////////////////////////////////////////////////////////////////
// wifi getters
/////////////////////////////////////////////////////////////////
/**
* Callsback an array of wireless interface names
**/
exp.get_wireless_interfaces_list = os_functions.get_wireless_interfaces_list;
exp.get_active_access_point_mac = os_functions.get_active_access_point_mac;
type: Const.NOTI_TYPE_WARNING,
title: 'CCU is too big!',
time: new Date(currentTimeMillis - Const.TIME_MILLIS_3_DAYS),
},
],
// Permission
permissionKeyArray: [],
// Drawer
menuDrawerOpen: false,
notiDrawerOpen: false,
// Theme menu
themeMenuAnchorElem: null,
// User menu
userMenuAnchorElem: null,
// Auth
auth: CookieManager.getCookie('userId') !== undefined,
isSuperuser: CookieManager.getCookie('isSuperuser') === 'true',
}
}
title: 'CCU is too big!',
time: new Date(currentTimeMillis - Const.TIME_MILLIS_3_DAYS),
},
],
// Permission
permissionKeyArray: [],
// Drawer
menuDrawerOpen: false,
notiDrawerOpen: false,
// Theme menu
themeMenuAnchorElem: null,
// User menu
userMenuAnchorElem: null,
// Auth
auth: CookieManager.getCookie('userId') !== undefined,
isSuperuser: CookieManager.getCookie('isSuperuser') === 'true',
}
}
return peerNetwork.open(deadline).then((peer) => {
debug('Connected to peer network.');
this.peer_ = peer;
const NeighborPersistence = require('client/network/neighbor_persistence');
this.persistence_ = new NeighborPersistence(this.surface.virtualRectNoBezel, peer);
network.on('newParticle', (newParticle) => {
// When the server sends us something, it's definitely relevant.
this.persistence_.addData(newParticle);
});
});
}