How to use the randomUUID function from crypto
Find comprehensive JavaScript crypto.randomUUID code examples handpicked from public code repositorys.
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success = "Users count is limited to 5 users"; } else { if (mail == null || typeof mail == "undefined" || mail.match(EMAIL_REGEX)) { if (login.match(LOGIN_REGEX) && password.match(PASSWORD_REGEX)) { if (typeof users[login] == "undefined") { newUserHash = crypto.randomUUID().toString(); if (permissions[0] == "") { permissions = []; } users[login] = {
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await this.getStateAsync("clientID").then(async storedClientID => { if (storedClientID && typeof (storedClientID) != "undefined") { clientID = storedClientID.val?.toString() ?? ""; } else { clientID = crypto.randomUUID(); await this.setStateAsync("clientID", { val: clientID, ack: true }); } });
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GitHub: eluv-io/elv-live-js
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if (this.debug){ console.log("Recovered address: ", address); console.log("Signed return value: ", sig); } let refId = crypto.randomUUID(); let body = { "op": "nft-offer-redeem", "client_reference_id": refId,
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GitHub: deployed-cc/service-node
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res.statusCode = 403; res.end(JSON.stringify({ "msg": `The node with name ${name} already exists. Use another name.` })); return; } const archive_uuid = crypto.randomUUID(); global.logger.info(`Adding new VPN node ${name}`); //Generate .crt and .key for a new node //Keep available IPs in ~/.deployed-config.json and take IP from this IP list only
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} } if (channelGuid) { return res.status(200).send(channelGuid); } else { channelGuid = crypto.randomUUID(); if (channelGuid) { try { await storageManager.storeData("channelguid" + "-" + channel, channelGuid); } catch {
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// Get the user by authentication key const user = login_controller.userByKey(auth_key); if (!user || !user.isActive()) return undefined; // Not authorized to create a restaurant // Generate the ID and the timestamp restaurant is created const id = crypto.randomUUID(); const timestamp = Date.now(); // Create the restaurant object const restaurant = {
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GitHub: data-fair/portals
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portal.config = cleanConfig(portal.config || configDefaults) portal.configDraft = cleanConfig(portal.configDraft || configDefaults) if (portal._id) return res.status(400).send('You cannot specify the id of the created portal') if (portal.host) return res.status(400).send('You cannot specify the host of the created portal') // this is better than nanoid to create an id that will be accepted by data-fair for the images dataset portal._id = randomUUID() if (req.user.accountOwnerRole !== 'admin') { return res.status(403).send('Vous devez être administrateur de l\'organisation pour modifier le portail.') } portal.owner = req.user.accountOwner
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get_campaign_by_id_procedure_1.getCampaignByIdProcedure.sql, mark_donator_as_fraud_procedure_1.markDonatorAsFraudProcedure.sql, ]; const companies = [ { id: crypto.randomUUID(), name: "Comp1", description: "description", goal_amount: 12500, },
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+ 12 other calls in file
GitHub: dogysnail/Tymeloux
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async function signup(username, password, email) { try { await client.connect(uri) const database = client.db('auth'); const creds = database.collection('creds'); var randID = randomUUID() const doc = { id:randID, username: username, email: email,
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GitHub: nstra9x/herond-core
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} util.runGnGen(options) }, buildTarget: (target = config.buildTarget, options = config.defaultOptions) => { const buildId = crypto.randomUUID() console.log('building ' + target + ' (id=' + buildId + ') ...') let num_compile_failure = 1 if (config.ignore_compile_failure)
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+ 2 other calls in file
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cals: 0, carbs: 0, protein: 0, fat: 0, } const filename = crypto.randomUUID() let total_recipes = 0 const trainer = await Trainer.findOne({ where: { userId } })
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+ 3 other calls in file
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.resolves .toBeUndefined(); }); it('should create review to a non-existing product', async () => { const nonExistingId = crypto.randomUUID(); const customer = await User.findOne({ where: { username: 'jane_dao' } }); await expect(createReview(customer.id, nonExistingId, { rate: 4,
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include: ProductCategory }); } async function bulkCreateTestProducts(sellerId) { const idOne = crypto.randomUUID(); const idTwo = crypto.randomUUID(); await Product.bulkCreate([ {
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GitHub: jprh/contunew
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}, randomUUID: function(options) { const { randomUUID } = require('crypto'); const { v4: uuidv4 } = require('uuid'); return randomUUID ? randomUUID() : uuidv4(); }, };
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GitHub: jprh/contunew
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function parser(expr, scope) { let tokens = lexer(expr), context = undefined, RESERVED = { 'PI' : function() { return Math.PI; }, 'UUID' : function() { return randomUUID ? randomUUID() : uuidv4(); }, 'NOW' : function() { return date(); }, 'NOW_UTC' : function() { return utc_date(); }, 'TIMESTAMP': function() { return timestamp(); }, '$this' : function() { return scope.data; },
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const saltRounds = 10; await bcrypt.hash(password, saltRounds, async (err, hash) => { console.log(hash) const data = await Users.create({ id: randomUUID(), name: name, email: email, password: hash })
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}) socket.on(ReceivedMessageForSendToGroup,async (data)=>{ // console.log("got the messages ",data); let message_id=await crypto.randomUUID(); console.log("message_id : ",message_id); let user_id='';
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+ 4 other calls in file
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class PasswordToken { async create(email) { let user = await User.findUserByEmail(email); if (user != undefined) { const token = crypto.randomUUID(); try { await knex .insert({
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} }; exports.createNewBackup = (bname, desc, type, sn, ratio, files = null) => { date = new Date(); randuid = crypto.randomUUID().toString(); date_str = date.getDate().toString().padStart(2, "0") + "_" + (date.getMonth() + 1).toString().padStart(2, "0") + "_" + date.getFullYear().toString().padStart(2, "0") + "-" + date.getHours().toString().padStart(2, "0") + "_" + date.getMinutes().toString().padStart(2, "0") + "_" + date.getSeconds().toString().padStart(2, "0"); archname = "backup-" + type + "-" + date_str + ".zip"; jsonf = { name: bname,
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parse["lang"] = userLang; fs.writeFileSync("config.json", JSON.stringify(parse)); } exports.writeDefaultUsersConfig = () => { newHash = crypto.randomUUID().toString(); du = JSON.parse(defaultUsersConfig); du['zetrox']['hash'] = newHash; fs.writeFileSync("users.json", JSON.stringify(du, null, "\t")); return du;
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crypto.createHash is the most popular function in crypto (882 examples)