Trace call chains and data flow across Tauri Rust and React codebases.
npx skills add https://github.com/tincopper/neeko --skill code-walkthrough-tincopper
Please help me install this Agent Skill. Skill: code-walkthrough Source: https://github.com/tincopper/neeko/tree/main/.agents/skills/code-walkthrough Command: npx skills add https://github.com/tincopper/neeko --skill code-walkthrough-tincopper
This Skill helps you read and understand Neeko’s codebase without getting lost, turning a large Tauri plus React application into a clear, evidence-based architecture walkthrough.
Ask for a walkthrough of the specific Neeko module, file, or function you want to understand.
High-intent search queries and answers about installing and using this skill.
To trace a call chain across a Tauri Rust backend and React frontend, request a walkthrough of a specific entry point to follow commands, managers, hooks, events, and UI updates with file-and-line evidence. This maps the complete data flow across endpoints.
Understanding a large Tauri and React application architecture is best done through evidence-based code walkthroughs that map Rust backend layers, React frontend layers, and the bridge between them without modifying the codebase.
You can detect dead code, type mismatches, and design drift during a non-mutating code review by checking type contracts and tracing file-and-line references throughout the module exploration process.
Code walkthrough helps with debugging cross-endpoint bridge analysis by tracing data flow from entry points through commands and events, providing file-and-line evidence to pinpoint type-contract failures and migration gaps.
A non-mutating review environment is required to analyze Neeko code architecture, ensuring the codebase remains unchanged while you map terminal, git, or skill-management flows and check for design drift.
A data movement issue in a terminal or git module flow within a Tauri app often stems from type-contract mismatches or design drift across the Rust and React bridge, which evidence-based call chain tracing can expose.
millioncoSurveys React codebases and generates step-by-step implementation plans.
CYBERSTALKER07Detect contract drift, dead code, and schema drift across codebases.
Chang-Shih-YungAggregate type checker, linter, and test results into a 0-10 composite score.
vessuxGenerate a domain-level map of modules and callers using the project glossary.
