Document and organize C source files of the Ikigai REPL project by module.
npx skills add https://github.com/mgreenly/ikigai --skill source-code
Please help me install this Agent Skill. Skill: source-code Source: https://github.com/mgreenly/ikigai/tree/main/.claude/library/source-code Command: npx skills add https://github.com/mgreenly/ikigai --skill source-code
Provides a comprehensive, up-to-date reference of all C source files in the Ikigai REPL project, organized by functional area to accelerate onboarding and debugging.
Scan the main C sources under src/ to understand initialization, memory management, and core modules in the Ikigai REPL.
High-intent search queries and answers about installing and using this skill.
To navigate the Ikigai REPL C source tree, scan the main C sources under the src/ directory to understand initialization, memory management, and core modules organized by functional area for quick reference.
The Ikigai C source codebase includes core modules for infrastructure, terminal, rendering, REPL, AI provider, and database. Each module is cataloged with specific file paths and documented responsibilities.
Finding cross-file references in the Ikigai C codebase is supported by built-in cross-reference guidance that maps how components interact across the codebase, helping developers understand architectural boundaries and dependencies.
Yes, the Ikigai source code reference supports code review preparation by surfacing module boundaries and key entry points. This organization accelerates debugging and helps new contributors understand the architecture.
The best way to document C architecture for a REPL project is to organize the complete source codebase by functional area, providing file paths, module responsibilities, and cross-file reference guidance for comprehensive code organization.
You need a C source code reference for the Ikigai project during onboarding new contributors, conducting code reviews, and architectural planning across all core modules to quickly locate file paths and understand component interactions.
multicamIndex C source files in the Ikigai REPL project by function area.
Fr-e-dAnalyze project directory structures to generate architectural summaries.
rafaelcallejaTrace call stacks backward to identify the original trigger of bugs.
lawless-mIdentifies dead code and generates call graphs for C# projects via Roslyn-based static analysis.
