CI / CD Best Practices for Software Development



Continuous Integration (CI) and Continuous Delivery (CD) are popular software development practices for automating and reducing feedback times. However, improperly configured, your CI / CD pipelines could cause development delays instead. For this reason, review CI / CD best practices to ensure that your pipelines are efficient and effective.

What you need to know about continuous integration

Continuous integration involves automating the creation and testing of code each time a change is made and putting that code back into a central repository. One of the fundamental cornerstones of continuous integration is that it encourages the breaking down of development tasks into small chunks that can be done frequently by each developer on the team.

The benefits of continuous integration

Continuous integration has four key benefits:

  • Easier bug fixes
  • Reduced project risk
  • Improved software quality
  • Greater productivity

What you need to know about continuous delivery

Continuous delivery is a software development practice that enables continuous process and software improvement through automation. Without continuous delivery, you would have to manually develop, test, and deploy code, which can often take months. This is why continuous delivery is important because it can save you and your team a lot of time.

The Benefits of Continuous Delivery There are four key benefits of continuous delivery:

  1. Streamlining workflows
  2. Reduce personnel costs
  3. Improve operational confidence
  4. Improve teamwork

Static code analysis complements continuous integration and continuous deployment

Static code analysis is a natural addition to any continuous integration development process. Done correctly, static code analysis adds the possibility of almost immediate feedback of new coding issues, specific to the branch or commit containing them.

Additionally, a static code analysis tool can provide your CI / CD pipeline with the following benefits:

  1. Detection of common security vulnerabilities, potential runtime errors, and other general coding errors.
  2. Compliance with security-related coding standards including MISRA and AUTOSAR.
  3. Apply your coding guidelines or naming conventions as well as your maintainability requirements.

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