How this skill is triggered — by the user, by Claude, or both
Slash command
/memory-sync:memory-syncThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
How to manually sync learnings to memory systems after tasks.
How to manually sync learnings to memory systems after tasks.
Ariff uses two complementary memory systems:
Use mcp__mem0-memory-mcp__add_memory to store:
- Task context and solution
- Key learnings and gotchas
- Useful commands discovered
Use mcp__obsidian-memory__create_note with:
- path: "tasks/YYYY-MM-DD-task-slug.md"
- content: Structured task notes
## Task: [Brief Title]
Date: [YYYY-MM-DD]
Device: [hostname]
### Problem
[What was the issue/request]
### Solution
[How it was resolved]
### Key Learnings
- [Learning 1]
- [Learning 2]
### Related
- Previous tasks: [links]
- Documentation: [links]
When a mistake or pattern should be avoided in future:
Create instruction file at:
Ariff-code-config/instructions/[category]-[topic].instructions.md
Use format:
---
description: [What this instruction prevents/ensures]
applyTo: [glob pattern like **/*.py or **/canvas/**]
---
# [Rule Title]
## Context
[When this applies]
## Rule
[What to do/not do]
## Example
[Good vs bad example]
Add to 00_INSTRUCTIONS_INDEX.md if significant
If memories seem out of sync:
Save memory when:
Skip saving when:
npx claudepluginhub a-ariff/ariff-claude-plugins --plugin memory-syncManages persistent semantic memory across sessions: store/retrieve knowledge/TODOs/issues, hybrid semantic search, hierarchy/tags organization, and maintenance tools.
Persists learnings into a 5-layer memory hierarchy (CLAUDE.md files, memory/MEMORY.md) and consolidates by pruning outdated entries and promoting recurring patterns. Triggers on 'extract learnings', 'remember', 'dream'.
Manages persistent AI memory across coding sessions: remember decisions/patterns, recall context, learn from bugs/mistakes. Auto-triggers on memory prompts, key events like decisions/fixes via Claude Code hooks.