也许我入局晚了,但过去几天我才真正意识到:现在构建完整的 harness 和 scaffolding 已经变得极其简单,这彻底将 Claude 的编程能力转变为一种远更强大的工具。
我一直在做一个专注于 Apple Silicon GPU 编程的 harness:gpu-forge 把 Claude 变成一个真正的 M4/M5 时代 GPU 系统工程师。
• 601 条精选研究发现(322 条已验证,92 篇学术引用),来源包括 Asahi Linux 逆向工程、Philip Turner 基准测试、WWDC 会议以及 LithOS 等论文,提供硬件精准的答案而非泛泛的 GPU 建议。
• 独立的 Opus 代理可自主研究新课题、提取带引用的发现,并永久扩展 SQLite/FTS5 知识库。
• 经验证可编译的 Metal 模板、交互式项目脚手架向导、最佳实践代码审查,以及 194 条通过的 BATS 测试,共同构成一套生产就绪的 Apple Silicon GPU 开发 harness。
Maybe I’m late to the party, but over the past few days I’ve realized just how trivial it’s become to build full harnesses and scaffolding — and how completely it transforms Claude’s coding capabilities into something far more powerful.
I’ve been working on one focused on Apple Silicon GPU programming: gpu-forge turns Claude into a genuine M4/M5-era GPU systems engineer.
• 601 curated findings (322 verified, 92 academic citations) from Asahi Linux reverse-engineering, Philip Turner benchmarks, WWDC sessions, and papers like LithOS deliver hardware-accurate answers instead of generic GPU advice.
• Isolated Opus agent autonomously researches new topics, extracts cited findings, and permanently extends the SQLite/FTS5 knowledge base.
• Verified Metal templates, interactive project scaffolding wizard, best-practice code review, and 194 passing BATS tests provide a complete production-ready Apple Silicon GPU development harness.