Building Stage in Case of DevOps Lifecycle
DevOps truly takes off during the build phase. Once a task is finished, a developer submits their code to a shared code repository. There are numerous ways to accomplish this, but most often the developer makes a pull request, asking for permission to integrate their fresh code into the existing source.
Once identified that there are no problems, another developer analyses the modifications and approves the pull request. Developers make use of the relevant and most-suited DevOps tools at this build stage to achieve their objectives. Come, let’s take a glance at a few top trending DevOps tools.
Top Considered DevOps Tools for Build Phase
1. Apache Maven
Apache Maven is more than just a DevOps Tools for Build—It’s also a project management and understanding tool for software. The build, report, and documentation procedures for a project can be managed from a single piece of data using the concept note of the Project Object Model.
Features
- A vast, ever-expanding collection of user libraries
- Capacity to easily establish projects utilizing best practices
- Management of dependencies with automatic update
- Compatibility with earlier versions
- Robust reporting for errors and integrity
- Parent versioning automatically
- Uniform application across all projects
Pros
- Administration of all project management processes, including building, documenting, releasing, and distribution.
- Reduction of the complexity of project development
- Improvement of project efficiency as well as the overall construction process performance
- Jar files and other dependencies’ downloading is carried out automatically
- Quick access to all necessary information
- Facilitates the developer’s ability to build a project in many contexts without being concerned about dependencies, workflows, etc.
- Embedding the dependency code in the pom file makes it simple to add new dependencies to Maven projects.
2. Puppet
DevOps tool Puppet Enterprise is again one of the top trending tools for the Build Phase of the DevOps lifecycle. It administers the complete infrastructure as code without growing the team size.
Features
- Automates the manual software distribution process by enabling developers to generate excellent applications in no time
- Environment modeling and management
- Visual workflows and clever orchestration
- Context-aware analysis and reporting in real-time
- Establishes and maintains infrastructure
- Examines and provides reports on packages moving throughout the infrastructure
- Finds conflicts and resolves them in the preferred situation
Pros
- Puppet makes it simple to develop puppet scripts to describe your infrastructure as code (IAC). It is a crucial component of DevOps procedures like continuous delivery, peer review, automated testing, and version control.
- Given how quickly configuration-related downtime recovers, it is kept to a minimum and frequently avoided.
- Puppet’s rapid deployment offers substantial time savings.
- A broader open-source development platform supports Puppet.
- Unlike scripting, puppet makes it simple to automate repeated activities, so it can operate flawlessly even on a massive infrastructure.
- It is compatible with a wide range of OS, including Microsoft Windows, Debian, and more
- The configurations for a host are defined by Puppet using an accessible language.
3. Docker
Another one on the list of DevOps tools for build phase is Docker. It can be used to build, release, and manage distributed applications by DevOps teams. With the help of this tool, users can work together to create apps from separate components.
Features
- CaaS Ready platform with built-in orchestration
- Flexible image management with a personal registry for image storage, management, and cache configuration
- Containers that isolate programs to prevent conflicts and increase security
Pros
- Capturing a group of containers
- Versatile sharing of resources
- Scalability: A single server can accommodate a large number of containers
- Running your service on equipment that is far less expensive than typical servers
- Swift migrations, simple new instance creation, and quick deployment.
- The simplicity of maintaining and transferring your applications
- Greater security, fewer software prerequisites, and less accessibility required to operate with the code running inside containers
Conclusion
The DevOps technique is rapidly evolving, and new tools have been developed to support workers with little to no programming skills, microservices, and other cutting-edge technology. The automation of the software development life cycle requires the use of DevOps tools for build stage. The current build process and the requirements that follow it, such as unit testing, continuous integration, performance testing, etc., are essential for any DevOps tool configuration for an organization.
