Segment 4
summary
Begins with concrete wins: kernel work shows using static tools (clang-scan, sparse), dynamic tracing (perf, ftrace) and GDB remote kernel debugging to find and fix bugs; kselftest and MASSIM patches add hugepage tests and three clang warnings are fixed. Tracing work maps system calls to subsystems with strace, cscope and stress-ng for safety analysis of OpenAPS. A VS Code extension for Enarx installs/updates cross‑platform, validates configs via remote JSON schema, and the RISC‑V project lands 27 compressed tests passed.
AI-written summary · about
chapters (33)
- 0:00Intro
- 5:12About Me
- 5:35About Linux Kernel
- 9:53About Ruchi
- 11:50About Open Horizon
- 19:17About Elisa
- 20:01About OpenAPS
- 20:22About my project
- 21:28System calls
- 21:56User mode
- 22:21Advantages
- 23:27First History
- 24:57Scope
- 25:40Cisco Console
- 26:44Stress Energy
- 28:16This Way Express
- 29:34Overall mentorship experience
- 31:35Mayan Kumar
- 41:29Rahuls Vision
- 42:47Gotham Minghani
- 43:25What is the Linux kernel
- 44:38Configuration options
- 45:55Kernel subtests
- 47:04Mentorship experience
- 47:41Collaboration with mentors
- 48:46Roadblocks
- 49:34Aspirations
- 50:20Advice
- 52:27Short Introduction
- 53:12Importance of the Community
- 55:36How to get involved
- 57:39Role in the community
- 59:40Hidden benefit of OSS
related talks
41mPanel Discussion: Kernel Internship Report (Outreachy)
34mOpen Source in Safety Critical Applications: the Next Frontier
26mKeynote: The Kernel Report
25mBad Behaviour: Automating System-level Safety Testing Using Open Source Tools
21mRISE Technical Steering Committee Update
40mBOF: Open Source Projects in Safety Critical Applications
27mActivities of Super Long Term Support Kernel Workgroup in Civil Infrastructure Platform Project
18mBuilding pi in a World of Slop