The MongoDB package in Orionjs provides a powerful abstraction layer over the native MongoDB driver, optimized for TypeScript and seamlessly integrated with Orionjs’s repository pattern.

​
Overview

Working directly with the MongoDB driver can be verbose and lacks type safety. The Orionjs MongoDB package addresses these challenges by providing:

  • Type-safe MongoDB operations
  • Seamless integration with Orionjs schemas
  • Automatic validation before database operations

​
Integration with Repositories

MongoDB collections are typically used within repository classes, following Orionjs’s architecture:

import {Repository} from '@orion-js/services'
import {createCollection, typedId, InferSchemaType} from '@orion-js/mongodb'
import {schemaWithName} from '@orion-js/schema'

const UserSchema = schemaWithName('UserSchema', {
  _id: {type: typedId('user')},
  name: {type: String},
  email: {type: String}
})

type UserType = InferSchemaType<typeof UserSchema>

@Repository()
export class UserRepository {
  users = createCollection({
    name: 'users',
    schema: UserSchema,
    indexes: [
      {
        keys: {
          email: 1,
        },
      },
    ],
  })

  async findById(id: string): Promise<UserType> {
    return await this.users.findOne({_id: id})
  }

  async create(userData: Omit<UserType, '_id'>): Promise<string> {
    return await this.users.insertOne(userData)
  }
}

​
Key Features

​
Type Safety

Collections are strongly typed based on your schema definitions:

// TypeScript knows that user has the shape defined in UserSchema
const user = await userRepository.findById('123')
console.log(user.name) // Type-safe access

​
Automatic Validation

Documents are automatically validated against your schema before being inserted or updated:

// This will throw a validation error if the data doesn't match the schema
await userRepository.create({
  name: 'John Doe',
  email: 'john@example.com'
})

​
Next Steps

In the following sections, we’ll explore how to:

The MongoDB package in Orionjs provides a powerful abstraction layer over the native MongoDB driver, optimized for TypeScript and seamlessly integrated with Orionjs’s repository pattern.

​
Overview

Working directly with the MongoDB driver can be verbose and lacks type safety. The Orionjs MongoDB package addresses these challenges by providing:

  • Type-safe MongoDB operations
  • Seamless integration with Orionjs schemas
  • Automatic validation before database operations

​
Integration with Repositories

MongoDB collections are typically used within repository classes, following Orionjs’s architecture:

import {Repository} from '@orion-js/services'
import {createCollection, typedId, InferSchemaType} from '@orion-js/mongodb'
import {schemaWithName} from '@orion-js/schema'

const UserSchema = schemaWithName('UserSchema', {
  _id: {type: typedId('user')},
  name: {type: String},
  email: {type: String}
})

type UserType = InferSchemaType<typeof UserSchema>

@Repository()
export class UserRepository {
  users = createCollection({
    name: 'users',
    schema: UserSchema,
    indexes: [
      {
        keys: {
          email: 1,
        },
      },
    ],
  })

  async findById(id: string): Promise<UserType> {
    return await this.users.findOne({_id: id})
  }

  async create(userData: Omit<UserType, '_id'>): Promise<string> {
    return await this.users.insertOne(userData)
  }
}

​
Key Features

​
Type Safety

Collections are strongly typed based on your schema definitions:

// TypeScript knows that user has the shape defined in UserSchema
const user = await userRepository.findById('123')
console.log(user.name) // Type-safe access

​
Automatic Validation

Documents are automatically validated against your schema before being inserted or updated:

// This will throw a validation error if the data doesn't match the schema
await userRepository.create({
  name: 'John Doe',
  email: 'john@example.com'
})

​
Next Steps

In the following sections, we’ll explore how to: