Locates regex matches across workspace files with file-type filtering and line numbers.
npx skills add https://github.com/Acosmi/CrabClaw --skill search-acosmi
Please help me install this Agent Skill. Skill: search Source: https://github.com/Acosmi/CrabClaw/tree/main/docs/skills/tools/fs/search Command: npx skills add https://github.com/Acosmi/CrabClaw --skill search-acosmi
Locating specific text patterns across large codebases is time-consuming when done manually; this Skill automates content-based search, accelerating code discovery and debugging.
Run search with a regex pattern to locate matches across the workspace.
High-intent search queries and answers about installing and using this skill.
To search a codebase, you can run this skill with a regex pattern to recursively locate matching text. It returns the file paths, line numbers, and matching line content to help you navigate your workspace quickly.
Yes, you can narrow your workspace search results using optional file-type filtering. This allows you to apply regex matching only to specific file extensions and reduce noise when locating patterns.
The best way to find text for debugging a large repository is using automated recursive content search. It locates regex matches across files and returns exact file paths and line numbers to accelerate code discovery.
No, searching files with this method does not modify your source code. It operates with strictly read-only access to ensure your workspace remains untouched while identifying and locating regex pattern matches.
Recursive directory traversal works by automatically scanning through all subdirectories in your workspace. This ensures the regex pattern search comprehensively checks every file, returning complete matches without missing nested code.
AllBeingsFutureCreate, read, write, move, copy, delete, and search local files and directories.
ssccioSearch codebases for concept implementations and trace import trails to cited locations.
vladpolewoiProvide a high-level code structure overview by abstracting away from specific details.
densonIndex and analyze codebases using deterministic AST parsing and hypergraph indexing.
