Question 1

How does Booster handle database migrations with Event Sourcing?

Accepted Answer

Booster manages data through event stores, so migrations are handled by replaying events to rebuild state. This allows for temporal queries but requires careful design of event schemas to avoid breaking changes.

Question 2

Booster vs NestJS for microservices?

Accepted Answer

Booster excels in automatic infrastructure and GraphQL generation for event-driven systems with CQRS, while NestJS offers more flexibility, a larger ecosystem, and support for various architectures including REST APIs.

Question 3

Can I use Booster with a React frontend?

Accepted Answer

Yes, Booster generates a standard GraphQL API, so any frontend like React can integrate using GraphQL clients such as Apollo Client, with real-time updates via subscriptions provided out-of-the-box.

Question 4

How to add custom authentication in Booster?

Accepted Answer

Booster supports extensible authentication through its Rocket system, allowing you to implement custom providers or use pre-built ones, though it may require additional setup compared to built-in auth solutions.

Question 5

Does Booster support real-time updates?

Accepted Answer

Yes, Booster automatically provides GraphQL subscriptions for real-time data updates, enabling features like live notifications without the need for manual WebSocket implementation.

Question 6

What are the performance costs of Booster's automated infrastructure?

Accepted Answer

Booster optimizes for serverless scalability, but the abstracted infrastructure might introduce latency or higher costs in edge cases compared to manually tuned configurations, especially for high-throughput applications.

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