Continuous Integration and Deployment (CI/CD) is a powerful and effective approach for automating software release delivery. It allows organizations to develop, build, test, and deploy applications more quickly and reliably. By embracing a tightly integrated CI/CD workflow, enterprises can ensure applications are up and running faster, enable faster responses to customer requests, and save time and money.

A CI/CD workflow diagram provides a visual depiction of the essential elements and process flows for implementing a comprehensive CI/CD strategy. This is especially useful for organizations that are looking to enhance their DevOps capabilities and optimize their release management processes. In this article, we’ll look at the key components of a CI/CD workflow diagram and the essential considerations for implementing an effective CI/CD strategy.

The first step in any CI/CD workflow is to source the code. This is the process of retrieving the code from the software repository. The repository can be configured in a variety of ways, such as from checked-out physical tokens, from source control systems, or directly from a development environment. Once the code is sourced, it’s then ready to be transported through the rest of the workflow.

The second step in the CI/CD workflow is planning and building. This is where developers configure and test the code before it’s released. At this stage, developers will configure the code in a build system, such as Jenkins or Azure DevOps. This involves testing, optimizing, and creating a package from the code for deployment. They must also test the code to ensure it meets the required quality standards and examine any potential risks.

The third step in the CI/CD workflow is deploying the code to the development environments. Here, developers will move the package for deployment to cloud services, such as Amazon Web Services, Rackspace, or Google Cloud Platform. Once the code is successfully deployed, the developer can perform integration and quality assurance tests.

The fourth step in the CI/CD workflow is preparing for release. At this stage, developers and operations teams must test for performance issue and evaluate the impact of the code on the system’s overall performance. They must also ensure the code is compliant with any applicable industry regulations and security standards.

The last step in the CI/CD workflow is releasing the code. This is when developers release the code to the target environment and customers. This process often involves a final code review, configuration testing, and risk assessment to ensure the code is secure and ready for deployment. Additionally, automated rollback solutions can help reduce the risk of any unexpected issues that may arise due to the code release.

A CI/CD workflow diagram is a valuable resource for organizations that are looking to streamline their DevOps process and ensure reliable and secure software releases. By understanding the essential elements and process flows of a CI/CD workflow diagram, organizations can implement a strong CI/CD strategy that enables faster releases and improved customer satisfaction.




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“Flosum is the best native release management tool that you will fall in love with. I have gained confidence in my role and has given me the ability to view release management from a whole different perspective.”

Faizan Ali

Faizan Ali
Salesforce Consultant at Turnitin