February 10, 2017 bestdevops Cloud Computing, DevOps, DevOps Best Practices, DevOps Tools Leave a comment

Continuous Deployment with Google Container Engine and Kubernetes

Source:- semaphoreci.com Introduction This tutorial will show you how to deploy a sample microservices application to Kubernetes and set up continuous deployment using SemaphoreCI. It includes a crash introduction to Kubernetes, Google Container Engine, and building an automated deploy process. Kubernetes, or “k8s” for short, is an orchestration tool for container native applications. Note that Kubernetes is about containers, and not only Docker containers. This tutorial uses Docker because it’s the current industry standard. Kubernetes is a complex distributed system.

February 9, 2017 bestdevops Cloud Computing, Continuous Integration, DevOps Tools Leave a comment

Java in the Cloud: Continuous Integration Setup Tutorial

Source:- whatmatrix.com Year after year, we bear witness to the increasingly rapid evolution of the IT industry. It has now been more than two decades since the groundbreaking slogan ”Write once, run anywhere“ set a whole new level of expectation for the software development community. And here we are today, with a resulting, ever-expanding set of tools that have collectively taken Java development in particular, and software development in general, to a whole new universe of possibility. Methodologies such as

February 3, 2017 bestdevops Cloud Computing, DevOps, DevOps Process, DevOps Tools Leave a comment

Learn What is Kubernetes and What are Container Operations

Source:- eduonix.com The traditional approach of deploying applications was using a package manager for application installation, but it also suffered from the problem of mixing up executable files, configuration files and libraries of the application and those of the host. Although virtual machines could be used to ensure predictability they suffer from performance and portability issues. To resolve problems faced with the traditional approach, containers were developed that enable virtualization at the operating system level rather than hardware level virtualization.

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