microservices-patterns

To decompose a monolithic application into microservices, apply business capability and subdomain-based decomposition strategies to define service boundaries. This Skill guides you through splitting domains like Order, Payment, and Inventory into separate distributed services.

The Saga pattern for distributed transactions manages data consistency across microservices by orchestrating a sequence of local transactions. This Skill explains how to implement Saga alongside the Database Per Service pattern for isolated data management.

To build resilient microservices, implement fault tolerance patterns like circuit breakers, retries, and bulkheads. This Skill provides Python code examples to help you design robust distributed systems that handle communication failures gracefully.

For event-driven microservices, use asynchronous communication patterns, while synchronous methods like REST and gRPC suit direct request-response needs. This Skill covers both approaches to help you design appropriate service communication architectures.

Yes, this microservices architecture guide provides Python code examples for implementing distributed system patterns. You can use these practical references to build service decomposition, communication, and resilience logic directly in Python.