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How CIP Artifacts can be used
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Classroom Contents
Upstream First Principle: Toward Super Long-Term Support in Open Source Development
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- 1 Intro
- 2 Speed and efficiency: focus on differentiating parts Handling increasing complexity with constant development resources
- 3 Facts and Issues: Silo Development Facts
- 4 What is "Open Source Base Layer (OSBL)"?
- 5 CIP governance structure and projects Governing Board (GB)
- 6 Mapping CIP into the company
- 7 Development Models "Own Community" Model Branches its base from upstream
- 8 Commit Counts per LTS
- 9 How CIP Artifacts can be used
- 10 CIP Kernel Team
- 11 CIP SLTS kernel development
- 12 Stable Patches Review Stable Patch Review • Review results are posted to ML • Reviews for stable releases
- 13 CVE Check
- 14 2 cip-kernel-sec • Tracks the status of security issues, identified by CVE ID, in mainline, stable, and other configured branches
- 15 Contributions to LTS - Details
- 16 CIP Kernel Release Process
- 17 CIP SLTS Kernel Release Policy
- 18 4 CIP SLTS Kernel Release Statistics Progress this year
- 19 CIP SLTS Kernel Maintenance
- 20 Open Source Approach - In Practice
- 21 Testing Architecture Overview
- 22 CIP Reference Boards
- 23 Example GitLab Pipeline
- 24 Test Results in LAVA
- 25 Summary
- 26 CIP Kernel Workgroup Repositories . CIP Linux kernel & real-time kernel
- 27 CIP Testing Workgroup Links
