Microservices in Go teaches you how to handle advanced server side development in Go; it uses microservices to accomplish this, but is relevant to all server-side developers.
This course is your one-stop guide to learn all about building cloud-native architectures in Go. We begin by introducing you to the cloud native stack and microservices, then move on to implementing a simple Go microservice. This includes implementing the REST API with Go’s standard library. Finally, we look at the Containerization and Orchestration of Go micro services using Docker and Kubernetes by showing you how to deploy Kubernetes and scale deployment.
About the Author
Mario-Leander Reimer has been a chief technician at QAware since the beginning of 2014. He is responsible for the technical success of projects in the field of after sales for their customer BMW.
He is a specialist in the design and implementation of complex system and software architectures based on open source technologies. As a member of the Java Community Process (JCP), his goal is to further improve the Java platform and to develop practical specifications. He is a speaker at international conferences and guest lecturer at Rosenheim University of Applied Sciences.
Mario-Leander studied computer science in Rosenheim and at Staffordshire University.
This video introduces the new concept and anatomy of ops components and discusses the decomposition trade-offs associated with microservices.
The development of cloud native applications brings along several challenges and complexities that need to be addressed. This videos introduces the Cloud native stack with its anatomy and key technologies to meet those challenges and presents the stack used throughout this course.
Every microservice needs an HTTP server to serve its API. The aim of this video is to show how this can be achieved with plain Go and standard packages only.
JSON is the de facto standard data transfer format for microservices and REST APIs. The aim of this video is to demonstrate how Go structs are marshalled and unmarshalled and how the JSON format can be customized using tags.
The aim of this video is to show how to leverage HTTP verbs, status codes, and URIs to implement a REST API that offers basic CRUD functionality.
Docker is a virtualization technology that operates at the OS level.Cloud native applications are packaged, distributed, and run as containers. The aim of this video is to teach the Docker basics required throughout this section.
Cloud native applications are packaged, distributed, and run in containers. Docker is a key container technology. This video shows how a Docker image for a Go microservice is built and distributed.
Cloud native applications are packaged, distributed, and run in containers. Docker is a key container technology. This video shows how a Docker containers for a Go microservicecan be run locally. It also shows how ENV variables, port mappings, and resource constraints can be specified.
Cloud native applications are packaged, distributed, and run in containers. Docker is a key container technology. This video shows how an improved Docker image can be built and how Docker Compose can be used to build and run the image in combination with other services.
Kubernetes is a cluster operating system used to run cloud native applications and microservices. The aim of this video is to give the audience a rough understanding of Kubernetes with its key concepts that are required this section.
In order to run a Docker container in Kubernetes we need to define a Pod. The aim of this video is to show how deploy and run a containerized Go microservice using Minikube on a local developer machine.
Kubernetes provides several high level abstractions to manage and access containerized applications: deployments and services. The aim of this video is to demonstrate how these abstractions can be declared and used in Kubernetes to run a small Go microservice.
Kubernetes is a sophisticated cluster operating system that supports many ops tasks out of the box. Theaim of this video is to show how Kubernetes deployments can be scaled horizontally and how rolling updates can be performed easily.
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