ethereal-codebase-explorer

Name: ethereal-codebase-explorer
Availability: InStock
Author: ferundatattoo

Map imports, dependencies, and component trees across Ethereal frontend and backend codepaths.

Updated Aug 23, 2026

Search Tags:#codebase #dependencies #exploration #risk-assessment #static-analysis #code-review #callers-callees

Ready to run

npx skills add https://github.com/ferundatattoo/ethereal --skill ethereal-codebase-explorer

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: ethereal-codebase-explorer
Source: https://github.com/ferundatattoo/ethereal/tree/main/.claude/skills/ethereal-codebase-explorer
Command: npx skills add https://github.com/ferundatattoo/ethereal --skill ethereal-codebase-explorer

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill provides a repeatable, audited process to map and understand Ethereal's codebase before making changes. It creates a clear picture of component trees, callers and callees, and existing implementations to prevent duplicate work and reduce risk.

Core Features & Use Cases

Identify target files and their import sources to understand dependency direction.
Map the full component tree and data flow across frontend and orchestrator/backend to locate callers and callees.
Enforce pre-change checks to prevent duplication and regression by aligning with existing patterns.

Quick Start

Run the Ethereal Codebase Explorer before starting any code modification to generate a CODEBASE EXPLORATION REPORT.

Frequently Asked Questions about ethereal-codebase-explorer

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I map codebase dependencies before making changes to prevent regressions?▼

Mapping codebase dependencies before changes involves identifying target files, import sources, and component trees to understand data flow. This process generates an exploration report detailing callers, callees, and existing implementations to prevent duplicate work and reduce regression risk.

How do I perform static analysis to find callers and callees across frontend and backend codepaths?▼

Performing static analysis to find callers and callees requires mapping imports and component trees across frontend and orchestrator backend directories. This identifies data flow direction and existing implementations, producing a comprehensive report of interconnected codebase targets.

Can I use codebase exploration to enforce pre-change checks for duplicate implementations?▼

Yes, codebase exploration enforces pre-change checks by mapping existing implementations and component trees to align with current patterns. This prevents duplication and regression by providing a clear picture of dependencies and callers before modifications begin.

What is a codebase exploration report and when do I need it for risk assessment?▼

A codebase exploration report details target files, callers, callees, existing implementations, and risk considerations. You need it before any code modification to ensure safe, informed changes and reduce the risk of introducing regressions or duplicate work.

What's the best way to assess code modification risks in a complex frontend and orchestrator codebase?▼

Assessing code modification risks requires mapping the full component tree and data flow across frontend and backend orchestrator paths. Identifying import sources and dependency directions produces a detailed risk assessment report for safe, informed changes.

Does codebase exploration work without external dependencies for code review?▼

Codebase exploration operates with no external dependencies to map component trees and data flow for code review. It applies static analysis to identify targets and generate reports detailing callers, callees, and risk considerations independently.