refactor-memory

# Overview Refactor memories so each entry carries what no lookup returns: a decision, a correction, a measured gotcha. Audit entries within the requested scope; their storage and update mechanism depend on the environment. ## Instructions 1. **Pick the target.** Use the scope or directory the user names, otherwise the platform default below. Load the reference for the active environment before reading memories: - **Claude Code:** [references/claude-code.md](references/claude-code.md) for project memory files, index rules, promotion destinations, and direct edits. - **Codex:** [references/codex.md](references/codex.md) for shared storage, project filtering, promotion destinations, and session-authorized updates. State the storage location and audit scope. A shared directory does not make every entry global. 2. **Read the evidence.** Follow the reference's reading procedure and fetch its official memory guide. Compare entries against applicable loaded instructions, repository files, and current vendor documentation. Inventory the entries in scope before assigning verdicts. 3. **Audit entries.** Give every entry exactly one verdict, with its location and evidence beside it. Done when no entry in scope lacks one. - **contradiction**: conflicts with another memory, or with the current instruction or code it describes. Record both sides. - **delete**: no future action depends on it. Covers completed work, settled questions, and facts recoverable from code, git...