memory

Memory provides persistent context across Claude Code sessions by storing and retrieving project decisions, user preferences, and coding conventions from a local JSON file. When a new session starts, stored memories load automatically so previously established patterns carry forward without re-explanation.

Safety Notice

This listing is imported from skills.sh public index metadata. Review upstream SKILL.md and repository scripts before running.

Copy this and send it to your AI assistant to learn

Install skill "memory" with this command: npx skills add jeremylongshore/claude-code-plugins-plus-skills/jeremylongshore-claude-code-plugins-plus-skills-memory

Memory

Overview

Memory provides persistent context across Claude Code sessions by storing and retrieving project decisions, user preferences, and coding conventions from a local JSON file. When a new session starts, stored memories load automatically so previously established patterns carry forward without re-explanation.

Prerequisites

  • Project memory file at .claude/memories/project_memory.json (created automatically on first memory save)

  • Read and Write permissions for the .claude/memories/ directory

  • Claude Never Forgets plugin installed (/plugin install yldrmahmet/claude-never-forgets )

Instructions

  • Access stored memories. On session start, locate and read the memory file at .claude/memories/project_memory.json using the Read tool. Parse the JSON structure containing timestamped memory entries. See ${CLAUDE_SKILL_DIR}/references/implementation.md for the full retrieval workflow.

  • Match memories to current context. Scan memory entries for keywords and topics relevant to the current task. Extract applicable decisions (e.g., "use pnpm instead of npm"), architectural patterns, library choices, and coding style preferences.

  • Apply memories silently. Incorporate remembered preferences into responses and tool usage without announcing them. When a memory dictates a package manager, testing framework, or naming convention, follow it automatically.

  • Store new memories. When significant decisions occur -- library selections, architectural choices, user-stated preferences, or tool rejections -- write them to the memory file with a timestamp. Add entries via the /remember command or through automatic capture of conversation signals.

  • Resolve conflicts. When a stored memory contradicts a current explicit request, prioritize the current request. Flag the conflict if appropriate and update the memory entry to reflect the new decision. Remove outdated memories that no longer apply.

  • Handle cleanup. When memory entries exceed 10, consolidate by removing noise (greetings, acknowledgments) and preserving high-value entries (preferences, decisions, corrections). The cleanup threshold is configurable in hooks/stop_cleanup.py .

Output

  • Automatic loading of stored memories at session start

  • Silent application of remembered preferences to tool usage and responses

  • New memory entries written with timestamps for significant decisions

  • Consolidated memory file after cleanup (preserves important entries, removes noise)

  • Explicit memory listing via /memories command

Error Handling

Error Cause Solution

Memory file not found First session or file deleted Initialize a new memory file at .claude/memories/project_memory.json with an empty JSON structure

Conflicting memories Multiple entries contradict each other Apply the most recent memory; suggest cleanup via /forget to remove outdated entries

Invalid memory format File corrupted or manually edited with syntax errors Back up the existing file, recreate with valid JSON structure, restore recoverable entries

Permission denied File or directory lacks read/write permissions Check file permissions on .claude/memories/ ; request necessary access or use an alternative storage location

Examples

Automatic preference recall across sessions:

Session 1: User: "Always use Vitest instead of Jest for this project" → Stored to project_memory.json

Session 2: User: "Add tests for the auth module" → Memory loaded: "use Vitest instead of Jest" → Test files created with Vitest syntax automatically

Manual memory management:

/remember "This project uses Tailwind CSS v4 with the Vite plugin" /remember "Deploy to Cloudflare Workers, not Vercel" /memories # Lists all stored memories with timestamps /forget "Vercel" # Removes the Vercel-related memory

Tool rejection captured as correction:

set -euo pipefail User declines a suggested npm install action → Memory stored: "User prefers pnpm over npm" → Future sessions use pnpm automatically

Resources

  • ${CLAUDE_SKILL_DIR}/references/implementation.md -- Step-by-step guide for accessing, applying, updating, and resolving memory conflicts

  • ${CLAUDE_SKILL_DIR}/references/errors.md -- Detailed error scenarios with recovery procedures

  • /remember [text] -- Add a new memory entry manually

  • /forget [text] -- Remove a matching memory from storage

  • /memories -- Display all currently stored memories with timestamps

Source Transparency

This detail page is rendered from real SKILL.md content. Trust labels are metadata-based hints, not a safety guarantee.

Related Skills

Related by shared tags or category signals.

Coding

backtesting-trading-strategies

No summary provided by upstream source.

Repository SourceNeeds Review
Coding

svg-icon-generator

No summary provided by upstream source.

Repository SourceNeeds Review
Coding

performance-lighthouse-runner

No summary provided by upstream source.

Repository SourceNeeds Review