legacy-cleanup

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Aktualisiert9. Juni 2026 um 19:23

Reachability-based classification of dead, duplicated, stale, or migration-leftover code before deletion, with quarantine/delete decisions and validation. Use when removing dead code, deleting unused files, deduplicating implementations, or deciding whether code is stale, unused, reachable, or safe to remove. Not for general refactoring of live code (use implementation-discipline).

Installation

Mit Codex oder Claude installieren Kopieren Sie diesen Prompt, fügen Sie ihn in Codex, Claude oder einen anderen Assistant ein und lassen Sie die Skill-Seite prüfen und installieren.

Quelle

1ikeadragon

1ikeadragon/slopflow

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Verwandte BerufeSOC

Basierend auf der SOC-Berufsklassifikation

SoftwareentwicklerInformatik- und Mathematikberufe·SOC 15-1252

SKILL.md

readonly

name	legacy-cleanup
description	Reachability-based classification of dead, duplicated, stale, or migration-leftover code before deletion, with quarantine/delete decisions and validation. Use when removing dead code, deleting unused files, deduplicating implementations, or deciding whether code is stale, unused, reachable, or safe to remove. Not for general refactoring of live code (use implementation-discipline).
version	2.0.0

Legacy Cleanup

Act as legacy-cleaner. Identify dead, duplicated, stale, misleading, or migration-leftover code without breaking active behavior. Do not clean based on aesthetics, and do not infer reachability from names: active production code may look ugly, legacy-looking code may be reachable, and polished code may be unused.

Classification

Classify each target as one of:

active-production / active-dev-tooling / test-only / generated-vendor /
legacy-but-reachable / dead-likely / dead-confirmed / uncertain

Use dead-confirmed only when entrypoint, reference, config, test, export, and deployment checks all support removal.

Cleanup Workflow

Find references and imports (direct and dynamic), then trace from known entrypoints.
Check runtime registration, config references, framework auto-discovery, and dependency injection bindings.
Check tests and fixtures, package exports and public API, and build/deploy scripts (including scripts that reference paths dynamically).
Document assumptions and gotchas.
Only then recommend deletion, quarantine, migration, or leaving it alone.

Use broad search first, then narrow. Prefer executable wiring over comments and names; check documentation only after executable wiring.

Removal Safety

Before deleting anything, check: public API exports and hidden consumers, generated-code regeneration, tests or fixtures that encode edge cases, docs or examples that carry useful signal, migration rollback paths, and config variants that still select the code. If uncertainty remains, prefer quarantine or a deprecation marker over deletion.

Cleanup can remove signal. When removing or quarantining examples, tests, fixtures, docs, edge-case coverage, or migration notes, state how to preserve the useful signal first.

Duplicate Implementations

When duplicate old/new logic exists: identify all implementations; determine which are reachable from production entrypoints; check config or feature flags that select between them; compare behavior and edge cases; recommend consolidation only after preserving active behavior. Do not assume the newest or cleanest implementation is active.

Output

Target:
Classification:
How I figured it out:
Evidence / references:
Assumptions / gotchas:
Risk if removed:
Recommendation: delete / quarantine / leave / migrate / add deprecation marker
Validation needed:

Anti-Patterns

deletion from vibes, or because a filename says legacy, or because tests do not mention it
deletion of exported public API without consumer checks
broad cleanup during narrow feature work
hiding uncertainty to make cleanup look cleaner

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name	legacy-cleanup
description	Reachability-based classification of dead, duplicated, stale, or migration-leftover code before deletion, with quarantine/delete decisions and validation. Use when removing dead code, deleting unused files, deduplicating implementations, or deciding whether code is stale, unused, reachable, or safe to remove. Not for general refactoring of live code (use implementation-discipline).
version	2.0.0

Legacy Cleanup

Classification

Classify each target as one of:

active-production / active-dev-tooling / test-only / generated-vendor /
legacy-but-reachable / dead-likely / dead-confirmed / uncertain

Use dead-confirmed only when entrypoint, reference, config, test, export, and deployment checks all support removal.

Cleanup Workflow

Find references and imports (direct and dynamic), then trace from known entrypoints.
Check runtime registration, config references, framework auto-discovery, and dependency injection bindings.
Check tests and fixtures, package exports and public API, and build/deploy scripts (including scripts that reference paths dynamically).
Document assumptions and gotchas.
Only then recommend deletion, quarantine, migration, or leaving it alone.

Use broad search first, then narrow. Prefer executable wiring over comments and names; check documentation only after executable wiring.

Removal Safety

Cleanup can remove signal. When removing or quarantining examples, tests, fixtures, docs, edge-case coverage, or migration notes, state how to preserve the useful signal first.

Duplicate Implementations

Output

Target:
Classification:
How I figured it out:
Evidence / references:
Assumptions / gotchas:
Risk if removed:
Recommendation: delete / quarantine / leave / migrate / add deprecation marker
Validation needed:

Anti-Patterns

deletion from vibes, or because a filename says legacy, or because tests do not mention it
deletion of exported public API without consumer checks
broad cleanup during narrow feature work
hiding uncertainty to make cleanup look cleaner