When we execute long-running tasks in the command line, it can be challenging to understand their real-time impact on system resources or to track their precise execution duration. Durable Run Style (druns) addresses this by providing a comprehensive terminal interface that monitors these tasks, offering insights into CPU usage, memory consumption, disk I/O, and more.
Why We Built This
At Durable Programming, we frequently encounter recurring challenges across our diverse client base. Rather than reinventing the wheel, we extract these solutions into robust, maintainable open source tools. This project was born out of a practical need to solve a specific problem efficiently, with a focus on durability, testability, and clear code architecture.
How to Contribute
We strongly believe in the power of collaborative software development. If you find a bug, have a feature request, or want to contribute code, we welcome your input! Please visit our GitHub repository to open an issue or submit a pull request. We strive to maintain a welcoming and responsive environment for all contributors, regardless of their experience level.
Open Source Philosophy
Our commitment to open source extends beyond simply publishing code. We actively maintain our projects, ensuring they remain compatible with modern environments and security standards. By using our tools, you benefit from the same high standards we apply to our commercial client work.
You may also like...
The Wonder of Rails, Inertia, and Svelte for Web Development
A practical guide to combining Ruby on Rails, Inertia.js, and Svelte to deliver rapid full-stack development and exceptional long-term maintainability.
The Importance of Locking Gem Versions in Ruby Projects
Learn why locking gem versions is crucial for Ruby stability, and how to prevent dependency conflicts and deployment surprises across environments.
Export your Asana Tasks as Plaintext
Learn how to export Asana project data to plain text YAML files for long-term accessibility, custom analysis, and freedom from vendor lock-in.