Meaning
Automated practice of merging code changes and preparing software releases ensures that every update is verified before it reaches a production environment. Consistent use of continuous integration delivery allows development teams to catch bugs early in the lifecycle by running automated tests on every commit. This process removes the manual overhead of packaging and deploying software.
Automation Protocol
Scripted workflows manage the movement of code from a repository to a testing server without human intervention. When a developer pushes a change, the continuous integration delivery system triggers a build, runs unit tests and checks for style violations. Sophisticated pipelines also include performance benchmarks and security scans to ensure the quality of the artifact.
Deployment Speed
Rapid movement of features from development to production is the primary advantage of a modern software pipeline. By breaking down large updates into small, manageable changes, continuous integration delivery reduces the complexity of each release. High-performing organizations deploy code multiple times per day because the automated checks provide confidence in the stability of the software.
Pipeline Integrity
Verification of the build environment ensures that the software is produced in a repeatable and secure manner. A continuous integration delivery pipeline must be protected from unauthorized changes to prevent the introduction of malicious code. Comprehensive logging provides a history of every build and deployment for auditing purposes.