Promote
Automate Promote operations via Composio's Rube MCP.
Install
npx promptshop add promoteDetails
What This Skill Does
The promote skill graduates proven patterns from Claude's auto-memory into the project's rule system. This turns background notes into enforced instructions. It is useful for developers who want to formalize observed behaviors into project standards.
When to Use
Formalize a project-specific coding style. Enforce the use of specific libraries. Promote a debugging insight to a rule. Standardize error handling approaches. Adopt a preferred architectural pattern.
Key Features
Detects the best target file for the rule. Transforms auto-memory notes into prescriptive rules. Suggests a target based on the scope of the pattern. Distills learnings into concise, one-line rules. Supports project-specific and global rules.
Manual Installation
Manual installationView Full Skill ContentThe complete markdown content that gets installed/si:promote — Graduate Learnings to Rules
Moves a proven pattern from Claude's auto-memory into the project's rule system, where it becomes an enforced instruction rather than a background note.
Usage
/si:promote <pattern description> # Auto-detect best target /si:promote <pattern> --target claude.md # Promote to CLAUDE.md /si:promote <pattern> --target rules/testing.md # Promote to scoped rule /si:promote <pattern> --target rules/api.md --paths "src/api/*/.ts" # Scoped with paths
Workflow
Step 1: Understand the pattern
Parse the user's description. If vague, ask one clarifying question: "What specific behavior should Claude follow?" "Does this apply to all files or specific paths?"
Step 2: Find the pattern in auto-memory
Search MEMORY.md for related entries
MEMORY_DIR="$HOME/.claude/projects/$(pwd | sed 's|/|%2F|g; s|%2F|/|; s|^/||')/memory" grep -ni "<keywords>" "$MEMORY_DIR/MEMORY.md"
Show the matching entries and confirm they're what the user means.
Step 3: Determine the right target
| Pattern scope | Target | Example |
|---|---|---|
| Applies to entire project | ./CLAUDE.md | "Use pnpm, not npm" |
| Applies to specific file types | .claude/rules/.md | "API handlers need validation" |
| Applies to all your projects | ~/.claude/CLAUDE.md | "Prefer explicit error handling" |
If the user didn't specify a target, recommend one based on scope.
Step 4: Distill into a concise rule
Transform the learning from auto-memory's note format into CLAUDE.md's instruction format:
Before (MEMORY.md — descriptive):
The project uses pnpm workspaces. When I tried npm install it failed. The lock file is pnpm-lock.yaml. Must use pnpm install for dependencies.
After (CLAUDE.md — prescriptive):
Build & Dependencies
Package manager: pnpm (not npm). Use pnpm install.
Rules for distillation: One line per rule when possible Imperative voice ("Use X", "Always Y", "Never Z") Include the command or example, not just the concept No backstory — just the instruction
Step 5: Write to target
For CLAUDE.md: Read existing CLAUDE.md Find the appropriate section (or create one) Append the new rule under the right heading If file would exceed 200 lines, suggest using .claude/rules/ instead
For .claude/rules/: Create the file if it doesn't exist Add YAML frontmatter with paths if scoped Write the rule content
paths:
- "src/api/*/.ts"
- "tests/api/*/"
API Development Rules
All endpoints must validate input with Zod schemas Use ApiError class for error responses (not raw Error) Include OpenAPI JSDoc comments on handler functions
Step 6: Clean up auto-memory
After promoting, remove or mark the original entry in MEMORY.md:
Show what will be removed
grep -n "<pattern>" "$MEMORY_DIR/MEMORY.md"
Ask the user to confirm removal. Then edit MEMORY.md to remove the promoted entry. This frees space for new learnings.
Step 7: Confirm
✅ Promoted to {{target}}
Rule: "{{distilled rule}}" Source: MEMORY.md line {{n}} (removed) MEMORY.md: {{lines}}/200 lines remaining
The pattern is now an enforced instruction. Claude will follow it in all future sessions.
Promotion Decision Guide
Promote when:
Pattern appeared 3+ times in auto-memory You corrected Claude about it more than once It's a project convention that any contributor should know It prevents a recurring mistake
Don't promote when:
It's a one-time debugging note (leave in auto-memory) It's session-specific context (session memory handles this) It might change soon (e.g., during a migration) It's already covered by existing rules
CLAUDE.md vs .claude/rules/
| Use CLAUDE.md for | Use .claude/rules/ for |
|---|---|
| Global project rules | File-type-specific patterns |
| Build commands | Testing conventions |
| Architecture decisions | API design rules |
| Team conventions | Framework-specific gotchas |
Tips
Keep CLAUDE.md under 200 lines — use rules/ for overflow One rule per line is easier to maintain than paragraphs Include the concrete command, not just the concept Review promoted rules quarterly — remove what's no longer relevant/si:promote — Graduate Learnings to Rules
Moves a proven pattern from Claude's auto-memory into the project's rule system, where it becomes an enforced instruction rather than a background note.
Usage
/si:promote <pattern description> # Auto-detect best target /si:promote <pattern> --target claude.md # Promote to CLAUDE.md /si:promote <pattern> --target rules/testing.md # Promote to scoped rule /si:promote <pattern> --target rules/api.md --paths "src/api/*/.ts" # Scoped with paths
Workflow
Step 1: Understand the pattern
Parse the user's description. If vague, ask one clarifying question: "What specific behavior should Claude follow?" "Does this apply to all files or specific paths?"
Step 2: Find the pattern in auto-memory
Search MEMORY.md for related entries
MEMORY_DIR="$HOME/.claude/projects/$(pwd | sed 's|/|%2F|g; s|%2F|/|; s|^/||')/memory" grep -ni "<keywords>" "$MEMORY_DIR/MEMORY.md"
Show the matching entries and confirm they're what the user means.
Step 3: Determine the right target
| Pattern scope | Target | Example |
|---|---|---|
| Applies to entire project | ./CLAUDE.md | "Use pnpm, not npm" |
| Applies to specific file types | .claude/rules/.md | "API handlers need validation" |
| Applies to all your projects | ~/.claude/CLAUDE.md | "Prefer explicit error handling" |
If the user didn't specify a target, recommend one based on scope.
Step 4: Distill into a concise rule
Transform the learning from auto-memory's note format into CLAUDE.md's instruction format:
Before (MEMORY.md — descriptive):
The project uses pnpm workspaces. When I tried npm install it failed. The lock file is pnpm-lock.yaml. Must use pnpm install for dependencies.
After (CLAUDE.md — prescriptive):
Build & Dependencies
Package manager: pnpm (not npm). Use pnpm install.
Rules for distillation: One line per rule when possible Imperative voice ("Use X", "Always Y", "Never Z") Include the command or example, not just the concept No backstory — just the instruction
Step 5: Write to target
For CLAUDE.md: Read existing CLAUDE.md Find the appropriate section (or create one) Append the new rule under the right heading If file would exceed 200 lines, suggest using .claude/rules/ instead
For .claude/rules/: Create the file if it doesn't exist Add YAML frontmatter with paths if scoped Write the rule content
paths:
- "src/api/*/.ts"
- "tests/api/*/"
API Development Rules
All endpoints must validate input with Zod schemas Use ApiError class for error responses (not raw Error) Include OpenAPI JSDoc comments on handler functions
Step 6: Clean up auto-memory
After promoting, remove or mark the original entry in MEMORY.md:
Show what will be removed
grep -n "<pattern>" "$MEMORY_DIR/MEMORY.md"
Ask the user to confirm removal. Then edit MEMORY.md to remove the promoted entry. This frees space for new learnings.
Step 7: Confirm
✅ Promoted to {{target}}
Rule: "{{distilled rule}}" S