Understanding microservices architectureinterview question requires examining multiple perspectives and considerations. What are microservices?. The microservices pattern language is your guide when designing an architecture: service collaboration, testing, deployment, common crosscutting concerns and more. Microservices Pattern: Microservice Architecture pattern. I appreciate how you highlighted the benefits of microservices, such as increased scalability and faster development cycles, while also addressing the potential challenges involved.
Your practical examples and real-world scenarios added great value to the post, making it relatable and easy to grasp. In relation to this, a pattern language for microservices. I'm looking to learn how to build multi-tenant microservices. Can you recommend some resources? Pattern: API Gateway / Backends for Frontends - Microservices.
The granularity of APIs provided by microservices is often different than what a client needs. In relation to this, microservices typically provide fine-grained APIs, which means that clients need to interact with multiple services. Pattern: Transactional outbox - Microservices. Furthermore, using this pattern and thinking in microservices, once each service has its own database, should I have an Outbox table in each service database or should I have a common (centralized) database/service? Pattern: Saga - Microservices.
In a portfolio of hundreds of microservices with dozens of key biz transactions each with 3-5 participating services, how to make sure sagas are implemented properly across all service teams? In relation to this, has anyone done that? The Domain-specific protocol pattern is an alternative pattern The RPI pattern is an alternative pattern See also My book Microservices patterns describes inter-communication in depth Enterprise Integration Patterns - a comprehensive set of message patterns The Eventuate Tram framework, which implements transaction messaging for microservices
Adopt the Microservice Architecture. In relation to this, write some code - Use the Eventuate.io platform with popular frameworks, such as Spring Boot to tackle distributed data management challenges in your microservices architecture. Microservices rules #8: Design independently deployable services. This is another article in the series about microservices rules: what good looks like, which are a set of principles and practices for using microservices effectively. Furthermore, pattern: Service registry - Microservices.
The Microservices Example application is an example of an application that uses client-side service discovery. It is written in Scala and uses Spring Boot and Spring Cloud as the Microservice chassis.
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