Map modules and callers using the project's domain glossary.
npx skills add https://github.com/tabesink/deepdoc-agent --skill zoom-out-tabesink
Please help me install this Agent Skill. Skill: zoom-out Source: https://github.com/tabesink/deepdoc-agent/tree/main/.cursor/skills/zoom-out Command: npx skills add https://github.com/tabesink/deepdoc-agent --skill zoom-out-tabesink
The zoom-out skill helps you quickly understand unfamiliar code by producing a higher-level, cross-module map of how parts fit together in this project.
Ask the agent: "Zoom out on this part of the codebase, describe the higher-level architecture, and map the relevant modules and callers using the project glossary vocabulary."
High-intent search queries and answers about installing and using this skill.
To understand unfamiliar code architecture, you need a higher-level cross-module map of how components fit together. This approach summarizes concepts at a broader abstraction level instead of getting stuck in local details, which is ideal for onboarding.
Mapping modules and callers when debugging requires building a structural map using the project's domain vocabulary. This helps identify how components interact within the same repository, making it easier to review code paths and navigate large systems.
Codebase navigation at a higher abstraction level works by summarizing concepts across modules rather than focusing on local implementation details. It builds a map of relevant modules and their callers, grounded in the project's domain glossary.
You can get a big picture view of an unfamiliar codebase by requesting broader architectural context. This produces a cross-module map of how parts fit together, preventing you from getting lost in local details while exploring.
You need an architectural call graph for code exploration when you are lost in a large system, debugging complex paths, or onboarding. It provides the higher-level context necessary to identify how different components interact within the repository.
Zoom-out supports identifying component interactions by operating in a non-invocation mode to map relevant modules and their callers. It applies specifically to code exploration and debugging within the same repository using domain glossary vocabulary.
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