Software Build Best Practices

This page discusses the practices and processes that allow for dependable and reproducible software builds.

• Eliminates unauthorized access to make changes in the server configuration
• Reduces the risk the creation of unknown build dependencies
• Reduces build time because the build is not fighting other processes and application for server resources

• Ensures repeatability and reproducibility of the build process
• Eliminates risk of human error in the build process

• Ensures that the full system is always in a build-able state
• Allows for daily test runs on the daily build

Continuous Integration builds

• Protects that the Daily full system build will complete successfully
• Immediate success or failure feedback of developer check-ins

On build completion, deploy and run unit and smoke tests as part of your automation

• In addition to ensuring the system is in a build-able state, this ensures the system's runtime works

• Ensures no unexpected build or runtime dependencies are created

• Ensures that the required source and build files are properly under source code control
• Helps with build reproducibility

• Ensures every build is repeatable and reproducible

• Visual confirmation of the source code versions in the build
• Aids in developer debugging of builds

• Visual confirmation of build artifacts

• Builds an audit trail
• Debugging tool for builders and developers

• Proactive build notification of success or failure

• Ensures reproducibility of software release

Following Software Build Best Practices helps ensure that your development environment is always in a state to build.

Software Build Best Practices

---

---