Key Results
- Optimized issue resolution and code quality support with seamless integration of SonarQube for IDE, SonarQube Server, and AI tools.
- Maintained code quality and coverage goals for new code, achieving zero technical bugs, and increasing code coverage from 20% to 60%.
- Established rules for best practices across the team, enabling quick production of AI-assisted and human-developed code that's fit for the future of their software.
The challenge
Tango Software is a leading ERP company that provides administrative and accounting management software. Since 1988, Tango has grown by constantly incorporating new technologies and products to support a broad range of customers as Argentina's most prominent service management software provider.
In the years since it was founded, Tango has remained an agile software provider due to its ability to acquire and diversify its offerings. Today, Tango provides a powerful solution to thousands of clients, growing alongside a network of service centers. However, with growth and acquisition comes the challenge of integrating new technologies into their ecosystem without hindering the quality and performance of their software.
The solution
To ensure that their software could support their continued success and growth goals, Tango’s development team prioritized improving the quality of their codebase and avoiding technical debt. Tango chose SonarQube Server and SonarQube for IDE to analyze their code for quality and coverage.
By leveraging the power of SonarQube Server and SonarQube for IDE in connected mode, Tango’s development team checks code quality in their Visual Studio IDE, analyzes every pull request, and monitors code coverage daily to ensure
new issues don’t reach production. In addition to tools like SonarQube Server and SonarQube for IDE, Tango’s development team uses AI code generation tools - GitHub Copilot integrated with Visual Studio and ChatGTP browser for C# coding assistance - to streamline its development process.
With SonarQube for IDE, SonarQube Server, and AI code generation tools integrated into their development process, Tango’s development team has optimized how they address issues and support code quality. When developers generate code using their AI coding assistants or writing by themselves, SonarQube for IDE and SonarQube Server analyze it for issues. Tango has also integrated SonarQube Server with Azure DevOps using a web API provided by SonarQube Server. When issues are detected, they’re created as work items in the team’s Azure DevOps platform for proactive remediation. Tango uses work items to track issues (code defects, security bugs, and more) in their project codebase. Once the team addresses these issues, the code undergoes another scan before committing the changes. Meeting code quality and coverage standards is a vital business goal for Tango, and using Sonar to validate the code created by their developers and AI tools ensures that they maintain the integrity of the codebase.
The results
With SonarQube for IDE, SonarQube Server, and AI tools seamlessly integrated, Tango's development team optimized issue resolution and code quality support. This process ensures that the new code undergoes rigorous validation before changes are committed. The results over the past two years showcase Tango’s success in maintaining code quality and coverage goals for new Tango Delta's code, achieving zero technical bugs, and increasing code coverage from 20% to 60% in this first stage. The integration of GitHub Copilot has been particularly beneficial, improving code quality while avoiding redundant problem-solving efforts. According to Tango, Sonar has played a crucial role in establishing rules for best practices across their development team, enabling them to quickly and confidently produce AI-assisted and human-developed code fit for the future of their software.
Watch the video interview with Dario Flores from Tango
