The ever-changing business needs of organizations have triggered a significant shift in enterprise service-based architectures throughout the last few years. In the context of software design allied to dynamic, automated systems, IT infrastructure, as well as more focused smaller services, "microservices architecture" has the potential to become a commodity infrastructure design pattern. Microservices is not a new architecture model in the industry. The evolution of microservices has brought many benefits for companies seeking private enterprise-level cloud solutions, such as the capability of breaking down big applications into minute, composable services, scaling and maintaining each component independently, and parallelizing development process across multiple teams. However, the real challenge lies in testing microservices that present a set of difficulties due to their distributed and independent nature. This blog post will illustrate various effective methodologies that can be successfully employed to overcome the challenges one encounters while testing multiple independently deployable components.


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microservices,software testing,enterprise,unit testing,distributed systems,integration testing