The article introduces 'opcode', a Claude Code skill that maps 6502 assembly instructions onto a modern issue triage workflow. Users write .s files with 6502 mnemonics (LDA, STA, BCC, etc.) to fetch, fix, test, review, and commit issues. The skill uses only 15 opcodes and nine I/O vectors, with a zero-page and stack. It provides a structured, diffable, and greppable alternative to prose responses. The author discusses implementation, benefits (token efficiency, discipline), and extended ISA.
原文翻译:
本文介绍了“opcode”,一个将6502汇编指令映射到现代问题分类工作流的Claude Code技能。用户使用6502助记符编写.s文件,以获取、修复、测试、审查和提交问题。该技能仅使用15个操作码和九个I/O向量,具有零页和堆栈。它提供了结构化、可比较和可搜索的替代方案。作者讨论了实现、优势(令牌效率、纪律)和扩展ISA。
This article explains the critical importance of structured outputs in LLM workflows, detailing how to implement them from scratch using JSON and Pydantic, and through the Gemini SDK, to build reliable, production-ready AI applications.
原文翻译:
本文阐述了在LLM工作流中结构化输出的重要性,详细介绍了如何从零开始使用JSON和Pydantic,以及通过Gemini SDK实现结构化输出,以构建可靠、可用于生产的AI应用。