5 Cases To Use Docker For Software Development
There are several cases to use Docker for software development. Docker is one of the most popular platform technologies within DevOps and web development. Docker provides reproducibility, continuous integration, isolation and security. Therefore, development can be accessed on various devices where you can also update and deploy your application into production. As a developer, Docker can assist you in learning new technology, increasing local development environments and separating containers. Here are a few cases when you should use Docker for software development.
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Accelerate Delivery Cycles
A popular use case for Docker within software development is to accelerate delivery cycles. Typically, enterprises expect their software to respond quickly to changing environments. Docker containers allow for software updates to be transferred into the production process simply. You can easily scale to meet requirements and add new features as the business demands. Moreover, you can rapidly revert to previous versions of the application as needed. In fact, you can effortlessly implement strategies such as blue/green deployments. This way, you can guarantee team productivity in your workplace. Certainly use Docker for your software development to accelerate delivery cycles.
Access Data Anywhere
Additionally, use Docker for software development to access data anywhere. Correctly dockerize your application and run it on machine without fail. This will ensure that your app can run smoothly anywhere almost 100% of the time. You can run your program on foreign machines, equipped with Docker, even throughout the staging and production processes. More so, it makes the software code cloud provider agnostic, or compatible with several platforms and operating systems. Additionally, you have the potential to effortlessly run your app on Amazon Web Services (AWS), Google Cloud Platform (GCP, or Azure. Of course, use Docker to develop your software to access data anywhere.
Access Data Anywhere
Additionally, use Docker for software development to access data anywhere. Correctly dockerize your application and run it on machine without fail. This will ensure that your app can run smoothly anywhere almost 100% of the time. You can run your program on foreign machines, equipped with Docker, even throughout the staging and production processes. More so, it makes the software code cloud provider agnostic, or compatible with several platforms and operating systems. Additionally, you have the potential to effortlessly run your app on Amazon Web Services (AWS), Google Cloud Platform (GCP, or Azure. Of course, use Docker to develop your software to access data anywhere.
Scale Development
Next, Docker allows you to scale your application development. Utilize JFrog tools like a Docker registry to manage development, artifact flow control and vulnerability analysis. You can also access Docker Hub and Docker Official Images to avoid image-pull limits throughout the simplified cloud-native application development. Of course, Docker optimizes Artifactory, a tool that provides enterprise artifact management. Use Artifactory as your Docker repository on Docker Hub to remove network and internet connection issues. Furthermore, you can access features anywhere in the development process with Artifactory’s extensive REST API. Of course, utilize Docker to scale your application development.
Implement Microservice Compatibility
Of course, use Docker during your application development to implement microservice architecture compatibility. Docker containers are identical to microservice models. Microservice breaks large applications into smaller units to run in a single feature. Certainly, each service can communicate and form together to build the application. Each unit is isolated which allows you to develop and manage features independently. More so, you can create Agile teams for each service. Meanwhile, each container within Docker is independent. Both allow for simplified updates and maintenance. More so, with the independent features, each can be updated and debugged without affecting the entire system. Definitely use Docker to implement microservice compatibility that provides a more fail-proof system.
Automate Daily Tasks
Finally, you can use Docker within your software development process to automate daily tasks. Docker provides a quicker onboarding process. By installing Docker, new developers can start a container based on the latest code version. They will have access to the same tools and versions as the rest of the team. Moreover, Docker reduces computer clutter. It provides a containerized database to uninstall inactive version downloads. Furthermore, you can complete projects without downloading useless packages to compile a file or download a conflicting tool. Create a container then destroy it to avoid computer and project complications. Certainly use Docker to develop your software and automate daily tasks.
There are various use cases for Docker within software development. Consider Docker to accelerate delivery cycles as software updates are easily sent into the production process. More so, Docker allows you to access data anywhere as long as your app is dockerized, ran on machine without error and ran on a Docker-equipped device. Certainly, Docker can scale your application development by using tools such as Docker repository to manage development, flow control and vulnerability analysis. It also simplifies the development process by minimizing internet and connection problems. Of course, use Docker to implement microservice compatibility. Large applications are broken into small units so each section can be updated and debugged without maintaining the entire application. Finally, use Docker to simplify daily tasks such as quicker onboarding processes and keeping your computer organized with containerized databases. Certainly, these are several cases when you should use Docker for software development.
