Map unknown domains through iterative scan-signal-probe cycles with confidence tracking.
npx skills add https://github.com/karaposu/homegrown --skill explore-karaposu
Please help me install this Agent Skill. Skill: explore Source: https://github.com/karaposu/homegrown/tree/main/homegrown/explore Command: npx skills add https://github.com/karaposu/homegrown --skill explore-karaposu
This Skill addresses the challenge of mapping and understanding unfamiliar or complex domains by systematically exploring all accessible parts, yielding a detailed, confidence-tagged structural map.
Use the explore skill to map an entire project directory, discovering all files and their relationships without prior assumptions.
High-intent search queries and answers about installing and using this skill.
To map a legacy codebase with unknown internals, you can systematically scan the project directory to iteratively detect signals, probe structures, and generate a detailed confidence-tagged map of all files, functions, and dependencies. This facilitates comprehensive modernization efforts.
Systematic domain analysis is the process of mapping complex or unknown territories through iterative scan-signal-probe cycles. It produces detailed structural maps that reveal hidden artifacts or potential solutions, ensuring comprehensive coverage and confidence assessment for unfamiliar code.
Yes, you can use systematic exploration for organizational diagnostics and business landscape analysis. The process applies iterative scanning and frontier tracking to uncover organizational structures, yielding a detailed structural map without requiring prior assumptions about the domain.
Yes, domain mapping works without prior assumptions by iteratively scanning accessible parts, detecting signals, and probing to manage resolution levels. It progressively uncovers the domain structure and tracks the exploration frontier to ensure complete coverage of the project.
You need confidence assessment and frontier tracking during code analysis when mapping unfamiliar territories to ensure comprehensive coverage. These mechanisms validate detected signals, manage resolution levels, and track unexplored areas to produce a reliable structural map.
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