Segment 1
summary
Multiple projects deliver concrete outcomes: a reproducible cloud‑IDE stack using pair and coder to spin secured Kubernetes test environments for faster onboarding; RISC‑V toolchain work that adds a hierarchical disassembler, parallelized coverage calculation, new cross‑combination CTG tests and privileged‑mode support to RISC‑V CTG/ISAC, improving test generation and coverage tracking; a kernel‑debugging workflow that builds kernels with KVM/QEMU, uses GDB and fuzzing to find and patch bugs; a CLI called drman that mounts GitHub/GitLab as DID registries and resolves DID documents; and Fabric tooling that adds Kubernetes operator support, templating and tests — all demonstrated working.
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chapters (6)
- 0:00Mentorship introduction
- 5:12Collaborative environments
- 13:24Risk-5 compliance testing
- 25:06Linux kernel bug fixing
- 42:41Decentralized identifiers
- 52:28Hyperledger fabric operator
related talks
19mThe RISE Project: Advancing RISC-V Software
19mThe Software Defined World
28mWhat's new in LibreCores CI?
01h 01mPanel: Building a Scalable RISC-V Software Ecosystem
38mKeynote: CNCF Project Update - Liz Rice, Colin Sullivan, Andrew Jessup, Sugu Sougoumarane
37mEmbedded Linux on RISC-V Architecture - Status Report
31mReverse Engineering Cloud Native: Interoperability and Community
31mContributing to KernelCI for Better Testing and Collaboration