Our main use case for Jenkins on CentOS 10 is to run our CI/CD pipelines, so whenever code gets checked in, Jenkins triggers the integration pipelines, the build pipelines, and PR reviews. Jenkins is also handling the deployment of those codes. Whenever a new feature is being developed by the developers, they check in code, for example in a PR branch, and create a pull request with Jenkins for our CI pipelines or deployments. The moment a pull request is created, Jenkins webhooks are called and they trigger a check of the PR, especially checking for code smells, the mergeability of the PR, and security vulnerabilities in the code. Once that runs and there is an approval comment on the PR that somebody merges, it triggers another build pipeline which builds the package with a Docker image. Once the image is available, the deployment pipeline gets triggered and called, and finally the application or the changes that are part of the feature get deployed. Once it deploys, there are also some post-deployment sanity scans that run on the application from Jenkins. Jenkins on CentOS 10 is deployed in our organization on the public cloud, specifically using Azure, where we deploy it on virtual machines.
I have been using Jenkins on CentOS 10 for approximately seven to eight years. My main use case for Jenkins on CentOS 10 is to run CI/CD pipelines. To run my pipelines using Jenkins on CentOS 10, we have different applications where the whole build, test, deploy phase is run through pipelines, as well as other configuration that are applied to the applications. I haven't observed anything truly unique in how we interact with Jenkins on CentOS 10 as I've seen more or less the same use case in other companies.
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Our main use case for Jenkins on CentOS 10 is to run our CI/CD pipelines, so whenever code gets checked in, Jenkins triggers the integration pipelines, the build pipelines, and PR reviews. Jenkins is also handling the deployment of those codes. Whenever a new feature is being developed by the developers, they check in code, for example in a PR branch, and create a pull request with Jenkins for our CI pipelines or deployments. The moment a pull request is created, Jenkins webhooks are called and they trigger a check of the PR, especially checking for code smells, the mergeability of the PR, and security vulnerabilities in the code. Once that runs and there is an approval comment on the PR that somebody merges, it triggers another build pipeline which builds the package with a Docker image. Once the image is available, the deployment pipeline gets triggered and called, and finally the application or the changes that are part of the feature get deployed. Once it deploys, there are also some post-deployment sanity scans that run on the application from Jenkins. Jenkins on CentOS 10 is deployed in our organization on the public cloud, specifically using Azure, where we deploy it on virtual machines.
I have been using Jenkins on CentOS 10 for approximately seven to eight years. My main use case for Jenkins on CentOS 10 is to run CI/CD pipelines. To run my pipelines using Jenkins on CentOS 10, we have different applications where the whole build, test, deploy phase is run through pipelines, as well as other configuration that are applied to the applications. I haven't observed anything truly unique in how we interact with Jenkins on CentOS 10 as I've seen more or less the same use case in other companies.