Map codebase structure and relationships from an AST-derived graph.
npx skills add https://github.com/activeloopai/hivemind --skill hivemind-graph
Please help me install this Agent Skill. Skill: hivemind-graph Source: https://github.com/activeloopai/hivemind/tree/main/claude-code/skills/hivemind-graph Command: npx skills add https://github.com/activeloopai/hivemind --skill hivemind-graph
Map a codebase's structure and relationships using an AST-derived graph, enabling quick understanding of how symbols, calls, and imports interconnect without manual file-by-file inspection.
Ask it to locate where a symbol is defined or which functions call a given function.
High-intent search queries and answers about installing and using this skill.
To map code structure and relationships, this Skill generates an AST-derived graph of functions, classes, methods, interfaces, types, and modules with edges for calls, imports, extends, and implements across JavaScript, TypeScript, and Python projects.
Yes, you can find where a symbol is defined and which functions call it by querying the read-only AST-derived graph, which tracks symbol definitions, function calls, and import relationships across the codebase.
No, the code structure graph does not require a separate build step. It uses a deterministically rebuilt view mounted at memory/graph that refreshes automatically to reflect repository changes.
Code relationship analysis supports JavaScript, TypeScript, and Python projects, mapping architectural subsystems, symbol definitions, and function calls within these languages.
The best way to understand architectural subsystems is by querying the AST-derived graph to visualize how modules, classes, and functions interconnect through calls, imports, and extends edges without manual file-by-file inspection.
Using an AST-derived graph, you can trace code relationships including function calls, symbol definitions, imports, extends, implements, and method_of edges across supported project files.
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