When you open a PR, what's the first thing you check? Is it:
- Overview & Architecture Changes - Detailed Technical Analysis - Critical Findings & Issues - Security Concerns - Testing Coverage - Documentation - Deployment Impact
I've set up a quick poll here: https://github.com/JetXu-LLM/LlamaPReview-site/discussions/9
Current results show an interesting split between "Detailed Technical Analysis" and "Critical Findings", but I'd love to hear HN's perspective:
1. What makes you trust/distrust a PR at first glance? 2. How do you balance between architectural concerns and implementation details? 3. What information do you wish was always prominently displayed?
Your insights will directly influence how we structure AI Code Review to match real developers' thought processes.
[1] Previous discussion: https://news.ycombinator.com/item?id=41996859
- Expanding autonomous driving R&D while navigating export controls - Maintaining Chinese market presence despite regulatory pressures - Building local expertise when H100/A100 sales are restricted
The automotive sector might be strategically chosen as it's less impacted by current chip restrictions. Worth noting that China remains Nvidia's largest market in Asia, accounting for ~20% of their revenue.
[1] https://www.reuters.com/technology/china-investigates-nvidia... [2] https://www.tomshardware.com/tech-industry/artificial-intell...
The key challenge is preserving repository context - like code dependencies, architectural decisions, and evolution patterns. Have others experimented with knowledge graph approaches for maintaining these relationships when processing repos for LLMs?
A few observations from building large-scale repo analysis systems:
1. Simple text extraction often misses critical context about code dependencies and architectural decisions 2. Repository structure varies significantly across languages and frameworks - what works for Python might fail for complex C++ projects 3. Caching strategies become crucial when dealing with enterprise-scale monorepos
The real challenge is building a universal knowledge graph that captures both explicit (code, dependencies) and implicit (architectural patterns, evolution history) relationships. We've found that combining static analysis with selective LLM augmentation provides better context than pure extraction approaches.
Curious about others' experiences with handling cross-repository knowledge transfer, especially in polyrepo environments?