Use the many types of tools required to navigate and maintain the ecosystem of the micro system. This book examines what is usually a complex system of interrelated services, and explains them simultaneously, first examining the theoretical requirements and then looking at the concrete tools, configuration, and workflow.

The construction of these systems includes many concerns such as container transportation, container synchronization, pipeline construction and continuous integration solutions, automated testing, service discovery, logging and analysis. You will study each of these tools and understand how they can be integrated into the organization.

You will design an AutoRemove from the Pull Request to the container deployment, understand how to achieve high availability, monitor application health with service discovery, learn how to collaborate with other teams, write documents, and describe errors. Using Jenkins, Docker, Kubernetes, ElK stack (Elasticsearch, Logstash, Kibana), StatsD and Grafana for analysis, you will build on your current knowledge of service-oriented architecture and get an advanced and practical understanding of everything from developing a collaborative collaboration infrastructure. What you can learn is the design of the API to be suitable for developers to consume.

Deploy dynamic examples of Microservices and then allow to discover each other. The health of Microservice is tracked in the event of deteriorating performance.

More effective documents and efficient communication with other teams. This book is for those who wish to better understand the system-oriented architecture.

In a compact break into smaller Microservices.Those familiar with micro-peripherals, we would better understand the peripheral technologies.