agent-add-rule

Add Rule — Place Agent Instructions Correctly

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Install skill "agent-add-rule" with this command: npx skills add ravnhq/ai-toolkit/ravnhq-ai-toolkit-agent-add-rule

Add Rule — Place Agent Instructions Correctly

Add a new rule or convention to the right location in the progressive disclosure structure.

Context Spectrum

Static (root CLAUDE.md) — loaded every conversation. Token cost always paid. Semi-dynamic (docs/agents/) — linked from root. Loaded when Claude follows a link. Fully dynamic (skills) — metadata only in context. Body loaded on trigger.

Workflow

Step 1: Ask

Ask the user: "What rule or convention do you want to add?"

Accept free text. If the user already provided it (e.g., /agent-add-rule always use snake_case for database columns ), skip this step.

Step 2: Analyze Current Structure

Read:

  • Root CLAUDE.md

  • List files in docs/agents/

  • List available skills

Understand what already exists so you don't duplicate or contradict.

Step 3: Classify

Apply this decision tree:

Does the agent consistently get this wrong WITHOUT being told? ├── NO → Challenge: "Does this justify its token cost?" │ If user still wants it → treat as semi-dynamic │ ├── YES → Does it apply to EVERY task? │ ├── YES → Root CLAUDE.md (static) │ │ Examples: package manager, multi-tenancy, project scripts │ │ │ └── NO → docs/agents/ file (semi-dynamic) │ Examples: lint rules, test thresholds, API conventions │ └── Is it a repeatable workflow or procedural knowledge? ├── YES → Skill (fully dynamic) │ Examples: deployment process, PR review checklist, migration procedure │ └── NO → Probably not needed. Ask: "Does this justify its token cost?"

Key questions to ask the user:

  • "Does the agent consistently get this wrong?" — If no, consider skipping

  • "Does this apply to every task or just some?" — Static vs semi-dynamic

  • "Is this a rule or a workflow?" — docs/agents/ vs skill

  • "Will this change frequently?" — Skills are easier to evolve independently

Step 4: Recommend

Present the recommended placement with reasoning:

Recommendation: Add to docs/agents/guardrails.md

Reasoning:

  • This is a data handling rule, not a universal workflow rule
  • It applies only when working with the database
  • guardrails.md already covers data isolation patterns
  • Adding to root would cost tokens on every conversation unnecessarily

Step 5: Confirm

Ask the user to confirm or override. If they override, respect their choice but note the trade-off:

  • Moving to root: "This adds ~X lines to every conversation's context"

  • Moving to docs/agents/: "This won't be visible unless Claude follows the link"

  • Moving to skill: "This will only load when triggered by matching keywords"

Step 6: Write

Based on confirmed placement:

If root CLAUDE.md:

  • Add the rule under the appropriate section (Key Rules, Workflow, etc.)

  • Warn: "This adds to every conversation's token budget"

  • Keep it concise — 1-2 lines max

If existing docs/agents/ file:

  • Read the target file

  • Add the rule under the appropriate section

  • Keep consistent formatting with existing content

If new docs/agents/ file:

  • Create the file with a clear heading and the rule

  • Update root CLAUDE.md links section with a new entry including routing signal

  • Example: - API Conventions (docs/agents/api-conventions.md) — REST patterns, error response format, pagination

If skill:

  • Tell the user to run /agent-skill-creator to scaffold it

  • Provide the rule content as input for the skill body

Examples

Example 1: Universal Rule → Root

User: "Always use pnpm, never npm"

Classification: Agent gets this wrong without being told + applies to every task → Root

Action: Add to Key Rules section in CLAUDE.md

Example 2: Topic-Specific Rule → docs/agents/

User: "API responses must always include a requestId field"

Classification: Agent might get wrong + only applies to API work → Semi-dynamic

Action: Add to docs/agents/guardrails.md or create docs/agents/api-conventions.md

Example 3: Complex Workflow → Skill

User: "When deploying, always run migrations first, then build, then deploy to staging, verify, then production"

Classification: Repeatable multi-step procedure → Fully dynamic (skill)

Action: Suggest /agent-skill-creator to create a deployment skill

Example 4: Unnecessary Rule → Challenge

User: "Always use const instead of let "

Classification: ESLint already enforces this → Not needed

Response: "ESLint already enforces this via the prefer-const rule. Adding it to agent instructions would cost tokens without benefit. Skip?"

Positive Trigger

User: "Add a new convention that API responses must include a request ID and put it in the right agent config location."

Expected behavior: Use agent-add-rule guidance to classify placement, confirm with the user, and apply the rule in the appropriate location.

Non-Trigger

User: "Implement a feature flag system for staged rollouts in our backend service."

Expected behavior: Do not prioritize agent-add-rule ; use an implementation-focused skill/workflow instead.

Principles

  • Challenge before adding: Every rule costs tokens. Ask "does this justify its token cost?"

  • No duplication: If ESLint, TypeScript, or another tool already enforces it, don't add it

  • Routing signals matter: When adding to docs/agents/, update the root CLAUDE.md link description so Claude knows when to follow it

  • One level deep: Never cross-reference between docs/agents/ files. All links go from root

Troubleshooting

Skill Does Not Trigger

  • Error: The skill is not selected when expected.

  • Cause: Request wording does not clearly match the description trigger conditions.

  • Solution: Rephrase with explicit domain/task keywords from the description and retry.

Guidance Conflicts With Another Skill

  • Error: Instructions from multiple skills conflict in one task.

  • Cause: Overlapping scope across loaded skills.

  • Solution: State which skill is authoritative for the current step and apply that workflow first.

Output Is Too Generic

  • Error: Result lacks concrete, actionable detail.

  • Cause: Task input omitted context, constraints, or target format.

  • Solution: Add specific constraints (environment, scope, format, success criteria) and rerun.

Source Transparency

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