Software Reliability
Clean Code creates software reliability
Promote trust, resilience and predictability in your development workflow by operating failure-free. Improve software reliability by utilizing the Sonar static code analysis tool that can detect a wide range of code sustainability issues such as bugs, code smells and security vulnerabilities.
Code Code ensures you are measuring and predicting software reliability which helps ensure that you deliver a quality and continuously operable product. It helps identify and fix issues such as bugs or security vulnerabilities to improve overall performance.
Comprehensive reliability testing and test coverage help you confirm that your software will function as expected.
When your software is reliable, anywhere and anytime, it creates trust among your teams and with your customers.
With clearly set coding standards embedded and enforced in your development workflow, you can instantly address issues and know that every release can be better than the last.
When your code is right the first time, you can keep moving forward with reduced time and money spent on maintenance.
When new code is held to a clean standard, issues are reduced and reliability improves, which creates more stability and predictability throughout the development process.
You’ll know your commits are clean, your projects are releasable, and how well your organization is meeting its commitments. This allows for better forecasting and crucial business decision execution.
Get super-fast feedback to quickly assess where the code stands in pull requests and branches. Find and fix bugs while the code is still fresh in mind. Pull Request analysis and quality gate status in your pipeline present feedback early in the development workflow to deliver clean code. Make every new production delivery better than the last one.
As developers add new code with consistent quality standards enforced by the quality gate, the overall quality of the codebase incrementally improves, supporting your software’s performance.
