Generate module relationship maps and caller graphs using a project's domain glossary.
npx skills add https://github.com/sumpalabs/petrodb --skill zoom-out-sumpalabs
Please help me install this Agent Skill. Skill: zoom-out Source: https://github.com/sumpalabs/petrodb/tree/main/.agents/skills/zoom-out Command: npx skills add https://github.com/sumpalabs/petrodb --skill zoom-out-sumpalabs
This Skill solves the common pain point of getting lost in low-level code details when working with an unfamiliar section of a codebase, eliminating the need to manually trace through individual files to understand how a piece of code fits into the broader project architecture.
Use the zoom-out skill to generate a high-level module and caller map for the user authentication service, using the project's domain glossary vocabulary.
High-intent search queries and answers about installing and using this skill.
To understand an unfamiliar codebase without manual tracing, generate a high-level architectural context map. This automatically produces module relationship maps and caller graphs, eliminating the need to trace individual files to see how code fits into the broader project architecture.
The best way to map module relationships for legacy code maintenance is to generate a high-level architectural context map. It automatically outlines all relevant modules, callers, and dependencies, showing how legacy sections interact with connected components without low-level tracing.
Generate a caller graph that uses the project's native domain terminology by applying high-level code context extraction. This aligns all context and references with existing codebase conventions by utilizing the project's native domain glossary vocabulary.
Yes, you can get an architecture overview for new developer onboarding using code context analysis. It provides new team members with high-level module maps and caller graphs, accelerating codebase understanding without requiring manual low-level code tracing.
Yes, this codebase analysis approach works for understanding upstream and downstream dependencies. It generates a clear overview of all connected components, showing how a target module interacts with upstream ingestion and downstream storage systems.
assofohdzMap modules and callers with domain-aligned explanations for unfamiliar code sections.
shysssthanhtriAnalyze code changes to identify breakage risks with dependency queries and git-diff mapping.
bomberoxenviosdosruedasAnalyze unfamiliar codebases and trace execution paths for developer onboarding.
InditexTechGenerate a high-level module-to-caller map aligned to the domain glossary.
