Di Wu is a Paris-based founder and multidisciplinary technologist with 13 years of experience spanning digital music, cultural research, and product-focused engineering. She built CUNZU, a fair-trade creative platform that merges ethnographic fieldwork in Guizhou with ethical jewelry and documentary sound projects, and has placed work in exhibitions across Paris and China. With seven years in the digital music industry at Tencent and ongoing research collaboration at UCL, she combines data-informed product operations with community-driven cultural practice. On GitHub she contributes to backend resilience and security in notable projects like the Go microservices framework go-micro and tooling for Swoole IDE support, demonstrating hands-on systems and platform skills. Fluent in English and grounded in Chinese cultural heritage, she translates disappearing crafts and rare sound archives into sustainable creative economies. Her profile blends entrepreneurial grit, open-source backend craftsmanship, and academic rigor in social research.
13 years of coding experience
1 year of employment as a software developer
Bachelor's degree, Business English, Bachelor's degree, Business English at University of International Business and Economics
Auto completion, trigger suggest and view docs for Swoole in editor.
Role in this project:
Back-end Developer
Contributions:165 commits, 73 PRs, 113 pushes in 7 years 5 months
Contributions summary:Di primarily contributed to creating and modifying the `Swoole.php` file, which appears to provide auto-completion and documentation for the Swoole extension. Their contributions involved defining Swoole server functions, client classes, and other related functionalities. The user also updated the `php.jar` file, potentially to integrate the Swoole definitions for use in an IDE. Further changes included fixing return types and comments within the Swoole code.
Contributions:10 commits, 13 PRs, 17 comments in 6 months
Contributions summary:Di primarily contributed to backend functionality improvements and bug fixes within the go-micro framework. They addressed critical issues like panic recovery in the RPC server, enhancing the system's resilience. Additionally, the user made adjustments to the broker, improving code quality by removing ignored errors and also integrated service profiling capabilities. They also addressed a security vulnerability.
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