Featured Whitepapers
- Forrester Research: Optimizing Globally Distributed Software Development Using Subversion
- An Integrated Approach to Requirements and Quality Management
- Continuous Testing With ElectricCommander
- Agile CMMI at a Large Investment Bank
- Realize Effective Distributed Development Via a Virtual Software Factory
- Build & Deployment Automation for the Lean Economy
Upcoming & Recent Webcasts
- A New Kind of Engineering
- Managing Change in Rugged COTS Systems Development
- Keeping Control of Costs and Schedules When Requirements Change
- Three Simple Things that Will Help You Adopt Agile in Your Enterprise
- Customer speak: Teams, Insights, Results with Quality Driven Software
- Build & Deployment Automation for the Lean Economy
Avoiding Continuous Integration Build Breakage Patterns
Address
Slava Imeshev info@cmcrossroads.com
by Slava Imeshev
Continuous integration is an automatic re-building of project code base that is triggered by new changes to ensure that new changes integrate well into the existing code base. Continuous integration gains popularity among software organizations for its ability to provide quick feedback on quality of new changes. This feedback is used to deliver timely fixes if the changes don’t integrate well and break the project code base.
While failures of continuous integration builds are generally inevitable, there are a number of causes of repeatable build failures, or patterns. It is important to understand that once recognized, software build breakage patterns can be avoided. Reduced build breakage means decreased risk of the project falling behind schedule and more enjoying software development.
Continuous integration is an automatic re-building of project code base that is triggered by new changes to ensure that new changes integrate well into the existing code base. Continuous integration gains popularity among software organizations for its ability to provide quick feedback on quality of new changes. This feedback is used to deliver timely fixes if the changes don’t integrate well and break the project code base.
While failures of continuous integration builds are generally inevitable, there are a number of causes of repeatable build failures, or patterns. It is important to understand that once recognized, software build breakage patterns can be avoided. Reduced build breakage means decreased risk of the project falling behind schedule and more enjoying software development.
Reviews (0)
Be the first to review this listing!


