How to use the Types function from mongoose
Find comprehensive JavaScript mongoose.Types code examples handpicked from public code repositorys.
mongoose.Types is an object that provides utility functions for working with Mongoose schema types, such as converting data to the correct type and generating new ObjectIds.
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message, meta }, // parse `user` from `meta` object if this was associated with a specific user meta && meta.user && meta.user.id ? { user: new mongoose.Types.ObjectId(meta.user.id) } : {} ) ) .then((log) => logger.info('log created', { log, ignore_hook: true }))
GitHub: pwndoc-ng/pwndoc-ng
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}) } AuditSchema.statics.getLastFindingIdentifier = (auditId) => { return new Promise((resolve, reject) => { var query = Audit.aggregate([{ $match: {_id: new mongoose.Types.ObjectId(auditId)} }]) query.unwind('findings') query.sort({'findings.identifier': -1}) query.exec() .then(row => {
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How does mongoose.Types work?
mongoose.Types is an object provided by the Mongoose library that provides utility functions for working with Mongoose schema types. It includes functions for working with common schema types, such as String, Number, Boolean, and ObjectId. One common use of mongoose.Types is to convert data to the correct type when working with Mongoose models. For example, you can use the mongoose.Types.ObjectId function to generate new ObjectIds, or to convert a string representation of an ObjectId to an actual ObjectId. Similarly, you can use the mongoose.Types.String or mongoose.Types.Number functions to convert data to the appropriate type when querying or saving data to the database. Another use of mongoose.Types is to access schema-specific options or settings. For example, you can use the mongoose.Types.ObjectId function to access the auto option, which specifies whether Mongoose should automatically generate new ObjectIds for documents when the schema is defined. Finally, mongoose.Types also includes utility functions for working with specific schema types. For example, you can use the mongoose.Types.Decimal128 function to work with Decimal128 values, or the mongoose.Types.Map function to work with Map values. Overall, mongoose.Types provides a set of convenient utility functions for working with Mongoose schema types, making it easier to work with data in your MongoDB database.
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const logger = require('../startup/logger'); const hasPermission = require('../utilities/permissions'); const userHelper = function () { const getTeamMembers = function (user) { const userId = mongoose.Types.ObjectId(user._id); // var teamid = userdetails.teamId; return myTeam.findById(userId).select({ 'myTeam._id': 1, 'myTeam.role': 1,
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const resolvers = { Query: { getUser: async (_, { ID }) => { const userId = Mongoose.Types.ObjectId(ID) return await Users.findById({ _id: userId }); }, getUserInfo: async (_, { ID }) => { const userId = Mongoose.Types.ObjectId(ID)
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Ai Example
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const mongoose = require("mongoose"); const ProductSchema = new mongoose.Schema({ name: String, description: String, price: Number, }); const Product = mongoose.model("Product", ProductSchema); const newProduct = new Product({ name: "New Product", description: "This is a new product", price: 9.99, }); newProduct._id = mongoose.Types.ObjectId(); // generate a new ObjectId newProduct.save((err, savedProduct) => { if (err) { console.error(err); } else { console.log("Saved product:", savedProduct); } });
In this example, we first define a ProductSchema with name, description, and price fields, and create a new Mongoose model with mongoose.model. We then create a new product with some dummy data, and generate a new ObjectId using mongoose.Types.ObjectId(). We set the _id property of the newProduct to the generated ObjectId. Finally, we save the new product to the database using the save method, and log the saved product or any errors that occur. Another use of mongoose.Types is to convert data to the appropriate type. For example, you can use the mongoose.Types.ObjectId function to convert a string representation of an ObjectId to an actual ObjectId: javascript Copy code
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const _id = req.query.id console.log("id", _id) let pipeline = [] pipeline.push({ $match: { _id: mongoose.Types.ObjectId(_id) } }, { '$addFields': { 'category': {
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exports.saloonApproval = async (req, res) => { try { console.log("req.url saloonApproval-->stor1", req.url, "<--") console.log("saloonApproval", req.query) if (req.query.id != undefined && req.query.id != "") { const _id = mongoose.Types.ObjectId(req.query.id) const findSloonRequist = await saloonRequst.findOne({ _id }) console.log("findSloonRequist", findSloonRequist) let ovh = {};
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exports.deleteAddress = async ({ user, query }) => { try { console.log("delete-address") if (query.id) { const findAndDelete = await userAddress.findByIdAndDelete({ _id: mongoose.Types.ObjectId(query.id) }); if (findAndDelete) { return { statusCode: 200, status: true,
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exports.Category = async (req, res) => { try { if (req.query.id != undefined && req.query.id != "") { res.render("category/index", { user: req.user, id: req.query.id }) } else if (req.query.EditId != undefined && req.query.EditId != "") { const findData = await CategoryModule.findOne({ _id: mongoose.Types.ObjectId(req.query.EditId) }) res.render("category/index", { user: req.user, data: findData }) } else { res.render("category/index", { user: req.user }) }
GitHub: jacksdlr/Workout-Tracker
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initializePassport(passport) const mongoose = require("mongoose") mongoose.set('strictQuery', true) mongoose.connect(process.env.MONGO_URI, { useNewUrlParser: true, useUnifiedTopology: true }) const ObjectId = mongoose.Types.ObjectId const { Set, Exercise, Workout, User } = require("./models/models") const app = express();
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restroId } = req.body if (name) { const Productdata = await DailyProductModel.findOne({ _id: new mongoose.Types.ObjectId(id), name: name, }); // console.log(Productdata, "Productdata") if (Productdata) {
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exports.deleteRestaurant = async (req, res) => { const id = req.params.id; let found = await RestroModel.find({ _id: new mongoose.Types.ObjectId(id) }) if (!found) { return res.status(422).send({ message: "Id does not match",
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const loadCart = async (req, res) => { try { console.log("showing cart...."); const userId = req.session.user_id const temp = mongoose.Types.ObjectId(req.session.user_id) const usercart = await User.aggregate([{ $match: { _id: temp } }, { $unwind: '$cart' }, { $group: { _id: null, totalcart: { $sum: '$cart.productTotalPrice' } } }]) // console.log(usercart); if (usercart.length > 0) { const cartTotal = usercart[0].totalcart
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if (!nominee || nominee.category.toString() !== categoryId) { return res.status(400).json({ message: 'Invalid nominee ID' }); } // Has the user voted? const existingVoteLogEntry = await VotingLog.findOne({ voterId: mongoose.Types.ObjectId(voterId), category_id: mongoose.Types.ObjectId(categoryId) }); if (existingVoteLogEntry) { return res.status(400).json({ message: 'You have already voted in this category' }); }
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} resultData = empAdharData.concat(studentAdharData); } else if (studentEmailData.length > 0) { for (var i = 0; i < studentEmailData.length; i++) { var instId = studentEmailData[i].instituteId; var id = mongoose.Types.ObjectId(instId); var result = await instituionDAL.getInstituteById({ _id: id, }); if (result.hasOwnProperty("instituteLogo")) {
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}); let stud = await stdDAL.showStudent({ hrorganisationId: req.params.hrorganisationId, }); let saveNowEmployee = await saveNowDAL.showEmployeeByHrOrganisation( mongoose.Types.ObjectId(req.params.hrorganisationId) ); let saveNowStudent = await saveNowDAL.showStudentByHrOrganisation( mongoose.Types.ObjectId(req.params.hrorganisationId) );
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if (file) { obj.image = `http://159.89.164.11:7070/uploads/${file.filename}`; } if (body.category != "" && body.category != undefined) { let _id = mongoose.Types.ObjectId(body.category); const findCategory = await category.findOne({ _id }); if (findCategory) { obj.category = findCategory._id; if (body.Title != "" && body.Title != undefined) {
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obj.category = categorys; obj.last_category = body.category[body.category.length - 1]; } }; if (body.saloonStore != undefined && body.saloonStore != "") { let saloonStore = mongoose.Types.ObjectId(body.saloonStore); const findstore = await saloonstore.findOne({ _id: saloonStore }); if (findstore) { if (body.ServiceName != undefined && body.ServiceName != "") { const findData = await saloonService.find({ saloonStore, ServiceName: body.ServiceName });
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try { let details_order = await ordersModel.aggregate([ { $match: { _id: mongoose.Types.ObjectId(_id), }, }, { $lookup: {
GitHub: qasim2020/playground
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const mailHbs = require('nodemailer-express-handlebars'); const axios = require('axios'); var qpm = require('query-params-mongo'); let getObjectId = function(val) { return mongoose.Types.ObjectId(val); }; var processQuery = qpm({ autoDetect: [ { fieldPattern: /_id$/, dataType: 'objectId' },
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return false; return true; }; const isValidObjectId = function (ObjectId) { return mongoose.Types.ObjectId.isValid(ObjectId); }; const isValidBody = function (body) { return Object.keys(body).length > 0;
mongoose.model is the most popular function in mongoose (2160 examples)