Why Seed a MongoDB Database?

Seeding a MongoDB database using Docker Compose offers several advantages:

• Automated Initialization: Docker Compose enables you to automate the database initialization process by defining seed data and executing it alongside other containerized services.
• Consistent Environments: With Docker Compose, you can ensure consistent database states across different environments (development, testing, production) by seeding data as part of your container setup.
• Version Control: Docker Compose configurations can be version-controlled alongside your application code, providing a clear history of database initialization procedures.

Seeding a MongoDB database is a common task in many development and testing scenarios. It involves populating the database with initial data to ensure consistent and predictable behavior during the application development and testing phases. Docker Compose is a powerful tool that simplifies the process of managing multi-container Docker applications, making it an excellent choice for seeding MongoDB databases in a containerized environment.

In this article, we’ll explore how to seed a MongoDB database using Docker Compose, covering all the necessary concepts with beginner-friendly examples and outputs.