
Liusomes developed new RSS feed routes for the DIYgod/RSSHub repository, focusing on aggregating announcements and news from five departments at Capital Normal University. By designing and integrating a dedicated router using TypeScript and Node.js, Liusomes followed the project’s modular routing architecture to ensure maintainability and scalability. The implementation leveraged backend development and web scraping skills to collect and structure content from multiple university sources, expanding the platform’s coverage and improving accessibility for users seeking department-level updates. The work demonstrated a clear understanding of RESTful API design and Git-based workflows, delivering a focused feature without introducing or addressing major bugs.

November 2025 monthly summary for DIYgod/RSSHub: Delivered new Capital Normal University RSS Feed routes by adding a dedicated router to aggregate announcements and news from five CNU departments (Information Engineering College, Focus News, Academic Affairs Office, Physics Department, Life Sciences College). Implemented with commit f0f561a8948983f8d3d7c25f211360aa0781ffc9, following the project’s router-based extension pattern. No major bugs fixed this month. Impact: expands content coverage, improves accessibility to university-wide content, and has potential to boost user engagement. Technologies/skills demonstrated: Node.js/JavaScript router design, modular routing, RESTful feed aggregation, and Git-based contribution workflow.
November 2025 monthly summary for DIYgod/RSSHub: Delivered new Capital Normal University RSS Feed routes by adding a dedicated router to aggregate announcements and news from five CNU departments (Information Engineering College, Focus News, Academic Affairs Office, Physics Department, Life Sciences College). Implemented with commit f0f561a8948983f8d3d7c25f211360aa0781ffc9, following the project’s router-based extension pattern. No major bugs fixed this month. Impact: expands content coverage, improves accessibility to university-wide content, and has potential to boost user engagement. Technologies/skills demonstrated: Node.js/JavaScript router design, modular routing, RESTful feed aggregation, and Git-based contribution workflow.
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