Extreme Programming Practice

Continuous Integration

Continuous Integration is a software development practice wherein the code is stored in the central repository, in a way that it is accessible; once the system is received, automated builds and tests are run on it. Continuous integration is a practice specially devised to build or integrate the stages of development. The idea is to identify bugs and remove them during the development process, thus reducing turnaround time and improving the quality of the software being released as a result. This practice enhances the developer's productivity and helps release versions quickly and easily. DevOps companies with continuous integration practices tend to automate the software development & delivery processes, thus enabling coordinated teams and reducing lead time between bug fixes, and increased mean time for recovery.

Continuous integration or CI is continuously emerging and providing many benefits to organizations that use it. When Continuous integration is appropriately utilized, it offers numerous benefits with useful results. If issues are being detected earlier in CI, then they are easier to resolve, and ultimately you get successful results without wasting much time.

If you want to improve the quality of your application code and accelerate the time-to-market, you should opt for continuous integration practice. Here, are the various benefits of adopting XP continuous integration during your development process.

Integration DevOps

In the past, manual tests that were conducted locally were performed on the snapshot of the code base. The code base keeps changing at regular intervals, and the experiments conducted were not full-proof. With continuous integration DevOps, you will be testing the application against the current code base, so that you can spot bugs immediately.

Build and Deploy

Separating build from deployment can help accelerate the development and delivery process for your application. The build & deployment in Continuous Integration with Jenkins are independent, such that every commitment by the developer will trigger integration but, the implementation of the build will be a manual process, performed only at the end of testing

Automated Tests

Testing is automated with CI, as every commit is tested, and changes are made continuously, thus updating code base regularly and reviewing the code meticulously

Dedicated Systems

With virtual machines and paralleled support for build, you can easily divide the test & build processes across different devices. This will save time and consume fewer resources, such that they can continue working on something else in that time.