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Understand Continuous Integration, Delivery and Deployment
- Continuous Integration (CI) involves automatically integrating code changes from multiple developers into a shared repository and verifying each integration with an automated build and test suite.
- CI reduces dependency risks, eliminates long feedback loops, and enhances operational efficiency by ensuring code is tested within minutes of being pushed.
- Continuous Integration is crucial for reliable delivery at scale, and high-performing teams using CI deploy code frequently with fewer failures in production.
- Continuous Delivery (CD) extends CI by automating the staging of code changes for release, with manual approval needed before deployment to production.
- Continuous Delivery ensures that the product is always ready to ship, enabling teams to release code to production quickly and reliably.
- Continuous Deployment automates the release process entirely, deploying validated code changes to production without human intervention.
- In Continuous Deployment, code that passes all tests is automatically deployed to production with no staging barrier or manual gatekeeping.
- A CI/CD platform combines Continuous Integration, Continuous Delivery, and Continuous Deployment, automating code integration, testing, staging, and production release.
- Adopting a unified CI/CD mindset and toolchain is necessary for modern engineering teams to deliver value rapidly, reliably, and responsively to customer feedback.
- A seamless CI/CD platform accelerates software delivery, enhances developer experience by providing fast feedback loops, minimizing tooling overhead, and empowering developers with increased autonomy.
- Organizations with high Developer Experience (DX) scores outperform competitors in revenue growth, highlighting the importance of effective CI/CD implementation.
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