Dev Ops

Dev Ops is a term for a group of concepts that collectively help to accelerate software development and deployment. Key concepts include collaboration, automation, measurement and continuous feedback. The combination of these concepts leads to improved quality, higher speed and better security in software development.

Dev Ops

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Dev Ops

The Dev Ops movement was launched in 2009 and has continued to grow in importance since then. There are many reasons for their popularity. Dev Ops is a way to bridge the gap between development and operations teams. Traditionally, these two groups pursued very different goals and worked in silos. Dev Ops helps them to work more closely together and pursue a common goal: the fast and efficient deployment of high-quality software.

Another reason for the popularity of Dev Ops is the possibility of continuous deployment, i.e. the ability to release software updates several times a day instead of once or twice a year. This helps to increase customer satisfaction as they regularly receive new features and improvements. It also allows companies to adapt quickly to changing market conditions.

Dev Ops for continuous software delivery

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Dev Ops for continuous software delivery

To achieve continuous delivery, a strong Dev Ops culture must be in place. This includes things like collaboration, communication and automation. In addition, a company must be able to measure the progress of development and receive feedback from end users. This constantly improves the quality of the software.

Dev Ops can be used in both cloud-based and local environments. Many companies use Dev Ops to increase their ability to rapidly develop, test and release new software features.

There are several key technologies that help companies realise the Dev Ops philosophy. These include Microsoft Azure, Amazon Web Services (AWS), Jenkins, Terraform, Docker, Kubernetes and Git.

Microsoft Azure, AWS

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Microsoft Azure, AWS

Microsoft Azure is a public cloud platform that offers a wide range of services for developing and deploying applications. These services include computing, storage, networking, database, analytics, IoT and mobile services. Microsoft Azure also offers a variety of APIs that can be used to integrate applications with other Azure services as well as third-party services.
Analogous to Microsoft Azure, AWS is also a public cloud platform that provides computing, storage, database, analytics and IoT services. Accordingly, AWS also offers a variety of APIs that can be used to integrate applications with other AWS services and with third-party services.

Jenkins

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Jenkins

Jenkins is an open source automation server that assists in the creation, deployment and management of software projects. Jenkins can be used to automate the build process of applications. It includes functions such as
– Continuous Integration (CI) – This allows applications to be built automatically each time code is checked into the version control repository.
– Continuous Deployment (CD) – This automatically deploys applications as soon as they are created.
– Jenkins Pipelines – This defines a sequence of steps (called pipelines) that must be executed to build and deploy the application.
– Jenkins Plugins – By installing plugins from the Jenkins Plugin Repository, the functionality of Jenkins can be extended.

Terraform

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Terraform

Terraform is an open source tool that allows you to manage your infrastructure as code. Terraform allows you to create files called terraform configurations that describe those resources that are to be provisioned (e.g. servers, load balancers, storage accounts). Terraform can then use these configurations to provide these same resources in Microsoft Azure or Amazon Web Services.

Docker

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Docker

Docker is an open source tool that helps you containerise your applications. A Docker container is a self-contained environment in which you can run your application with all its dependencies. So you can easily deploy your applications to any machine where Docker is installed. Docker also offers the following functions
– Easy installation and deployment – you can install Docker on any machine in just a few minutes
– Scale up or down – you can easily scale your containers up or down as needed
– Portability – your applications run on any machine where Docker is installed, regardless of operating system
– Isolation – Your applications run in their own isolated environment, which prevents them from interfering with each other.

Kubernetes

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Kubernetes

Kubernetes is an open source platform for managing containerised applications. Kubernetes can be used to automate the deployment and scaling of your applications on Microsoft Azure or Amazon Web Services. Kubernetes also offers functions such as
– Rolling updates – you can update your applications without downtime by using rolling updates
– Auto-scaling – Kubernetes can automatically scale your containers up or down based on CPU usage or memory consumption.

Git

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Git

Git is a distributed version control system that helps teams collaborate on software development projects. With Git, you can track the changes made to your source code repository over time and revert changes if necessary.