How to use the mongo function from mongoose

Find comprehensive JavaScript mongoose.mongo code examples handpicked from public code repositorys.

mongoose.mongo is a sub-package in the Mongoose library that provides access to the underlying MongoDB driver.

Readme.md?plain=1

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You may optionally assign the driver directly to the `gridfs-stream` module so you don't need to pass it along each time you construct a grid:

```js
var mongoose = require('mongoose');
var Grid = require('gridfs-stream');
Grid.mongo = mongoose.mongo;

var conn = mongoose.createConnection(..);
conn.once('open', function () {
  var gfs = Grid(conn.db);

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+ 2 other calls in file

index.js

GitHub: dashersw/mogollar

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+ 3 other calls in file

How does mongoose.mongo work?

mongoose.mongo is a sub-package in the Mongoose library that provides a way to access the underlying MongoDB driver from within Mongoose.

When working with MongoDB, there are times when you need to access features that are not available through Mongoose's API. In these cases, you can use mongoose.mongo to access the MongoDB driver directly.

For example, you might use mongoose.mongo to perform a bulk write operation that is not supported by Mongoose's Model API. Or you might use it to directly access the Db object for a connection, so you can execute commands such as createIndex or stats.

To use mongoose.mongo, you first need to get a reference to the underlying Db object. You can do this by calling the connection.db method on a Mongoose Connection object. Once you have the Db object, you can use it to access the full range of functionality provided by the MongoDB driver.

Overall, mongoose.mongo provides a way to access the underlying MongoDB driver from within Mongoose, giving you more flexibility and control over your MongoDB interactions.

routes-v2.js

GitHub: Engineering-Research-and-Development/DYMER

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.then(x => {
    console.log(nameFile + ` | Connected to Mongo! Database name: "${x.connections[0].name}"`);
    logger.info(nameFile + ` | Connected to Mongo! Database name: "${x.connections[0].name}"`);
    db = x.connections[0].db;
    //console.log(x.connections[0].db);
    gridFSBucket = new mongoose.mongo.GridFSBucket(x.connections[0].db, {
        bucketName: "fs"
    });
    storage = new GridFsStorage({
        url: mongoURI,

+ 4 other calls in file

cms.js

GitHub: qasim2020/playground

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updateCart: async function(req,res) {
    let cart = req.body.cart;
    let model = await this.createModel(`${req.params.brand}-cart`);
    cart =  cart.map( val => {
        val._id = val._id == '' ? new mongoose.mongo.ObjectID() : mongoose.mongo.ObjectID(val._id);
        return val;
    });
    let output = await Promise.all( cart.map( (val, index) => model.findOneAndUpdate( {_id: val._id}, val, { new: true, upsert: true } ) ) ); 
    return {success: 'done', output: output}

+ 6 other calls in file

Ai Example

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const mongoose = require("mongoose");

const objectId = new mongoose.mongo.ObjectID();
console.log(objectId);

This will log a newly created ObjectID to the console, which will look something like this: bash Copy code

index.js

GitHub: Anabil-Baruah/famesbook

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let gfs, gridfsBucket;


const conn = mongoose.createConnection(process.env.MONGO_URL_FILE_UPLOADS)


conn.once('open', () => {
    gridfsBucket = new mongoose.mongo.GridFSBucket(conn.db, {
        bucketName: 'uploads'
    });
    gfs = Grid(conn.db, mongoose.mongo);
    gfs.collection('uploads');

+ 4 other calls in file

pictureController.js

GitHub: SirMrPeter/express_mongodb_jwt

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  dbName: process.env.DB_NAME
});


let gfs;
conn.once('open', () => {
  gfs = new mongoose.mongo.GridFSBucket(conn.db, {
    bucketName: 'images',
  });
});

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