Learn LLVM and Clang internals through structured tutorial paths.
npx skills add https://github.com/NeverSight/NeverC --skill llvm-learning-neversight
Please help me install this Agent Skill. Skill: llvm-learning Source: https://github.com/NeverSight/NeverC/tree/main/.agents/skills/llvm-learning Command: npx skills add https://github.com/NeverSight/NeverC --skill llvm-learning-neversight
It helps you turn scattered LLVM/Clang/compiler knowledge into a structured learning path so you can understand compiler internals and write your own passes instead of guessing what to study next.
Ask an AI to create a 2-week study plan using the LLVM Learning Skill, starting from IR basics and ending with a working custom LLVM pass scaffold and how to run it with opt.
High-intent search queries and answers about installing and using this skill.
To write a custom LLVM pass, follow a structured learning path covering pass manager plugin patterns, then use practical command workflows to emit, optimize, and analyze IR via opt.
Learning LLVM IR structure requires mastering its instructions through reference-style guidance, progressing from basic IR essentials to designing and running simple custom passes for compiler development.
Explore Clang AST and LibTooling by using AST matchers and practical command workflows, turning scattered compiler knowledge into a structured path for compiler tooling.
Learning LLVM internals follows a guided progression from beginner topics like Kaleidoscope through advanced passes, though mastering LLVM IR structure and instructions is essential.
The best way to structure a compiler internals study plan is to follow a guided learning path from IR basics through custom passes, Clang tooling, optimizations, and advanced topics like MLIR and JIT.
backengineeringProvides curated resources and examples for learning LLVM and its ecosystem.
NeverSightDevelop MLIR dialects and passes for transforming compiler IR.
NeverSightBuild LLVM/Clang developer tools for AST analysis and IDE integration.
chuanseng-ngDevelop and validate LLVM or GCC compiler toolchains for custom processor ISAs.
