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tag-command-mapping

How tag-to-command routing works in autopilot. Defines default mappings, precedence rules, and customization patterns.

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MadAppGang/claude-code
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2026년 1월 20일 08:16
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SKILL.md
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name
tag-command-mapping
description
How tag-to-command routing works in autopilot. Defines default mappings, precedence rules, and customization patterns.
version
0.1.0
tags
["routing","tags","commands","mapping"]
keywords
["tag","command","mapping","routing","classification","precedence"]
plugin: autopilot updated: 2026-01-20 # Tag-to-Command Mapping **Version:** 0.1.0 **Purpose:** Route Linear tasks to appropriate Claude Code commands based on tags **Status:** Phase 1 ## When to Use Use this skill when you need to: - Understand how Linear tags map to Claude Code commands - Customize tag-to-command mappings for a project - Handle tasks with multiple tags (precedence rules) - Classify tasks based on title/description text - Resolve the correct agent/command for a task ## Overview Tag-to-command mapping is the core routing mechanism in autopilot. When a task arrives from Linear, its labels determine which Claude Code command/agent handles execution. ## Default Mappings | Linear Tag | Command | Agent | Skills | |------------|---------|-------|--------| | @frontend | /dev:feature | developer | react-typescript | | @backend | /dev:implement | developer | golang, api-design | | @debug | /dev:debug | debugger | debugging-strategies | | @test | /dev:test-architect | test-architect | testing-strategies | | @review | /commit-commands:commit-push-pr | reviewer | universal-patterns | | @refactor | /dev:implement | developer | universal-patterns | | @research | /dev:deep-research | researcher | n/a | | @ui | /dev:ui | ui | ui-design-review | ## Precedence Rules When multiple tags are present, apply precedence order: ```typescript const PRECEDENCE = [ '@debug', // Bug fixing takes priority '@test', // Tests before implementation '@ui', // UI before generic frontend '@frontend', // Frontend before generic '@backend', // Backend before generic '@review', // Review after implementation '@refactor', // Refactoring is lower priority '@research' // Research is lowest ]; function selectTag(labels: string[]): string { const agentTags = labels.filter(l => l.startsWith('@')); if (agentTags.length === 0) return 'default'; if (agentTags.length === 1) return agentTags[0]; // Multiple tags - apply precedence for (const tag of PRECEDENCE) { if (agentTags.includes(tag)) return tag; } return 'default'; } ``` ## Custom Mappings Users can define custom mappings in `.claude/autopilot.local.md`: ```yaml --- tag_mappings: "@database": command: "/dev:implement" agent: "developer" skills: ["database-patterns"] systemPrompt: "You are a database specialist." "@performance": command: "/dev:implement" agent: "developer" skills: ["universal-patterns"] systemPrompt: "You are a performance optimization expert." --- ``` ## Task Classification Beyond explicit tags, classify tasks from text: ```typescript function classifyTask(title: string, description: string): string { const text = `${title} ${description}`.toLowerCase(); // Keyword patterns if (/\b(fix|bug|error|crash|broken)\b/.test(text)) return 'BUG_FIX'; if (/\b(add|implement|create|new|feature)\b/.test(text)) return 'FEATURE'; if (/\b(refactor|clean|optimize|improve)\b/.test(text)) return 'REFACTOR'; if (/\b(ui|design|component|style|visual)\b/.test(text)) return 'UI_CHANGE'; if (/\b(test|coverage|e2e|spec)\b/.test(text)) return 'TEST'; if (/\b(doc|documentation|readme)\b/.test(text)) return 'DOCUMENTATION'; return 'UNKNOWN'; } ``` ## Mapping Resolution Complete resolution algorithm: ```typescript function resolveMapping(labels: string[], title: string, desc: string) { // 1. Check explicit tags const tag = selectTag(labels); if (tag !== 'default') { return getMappingForTag(tag); } // 2. Classify from text const taskType = classifyTask(title, desc); // 3. Map task type to default tag const typeToTag = { 'BUG_FIX': '@debug', 'FEATURE': '@frontend', 'UI_CHANGE': '@ui', 'TEST': '@test', 'REFACTOR': '@refactor', 'DOCUMENTATION': '@research', }; return getMappingForTag(typeToTag[taskType] || '@frontend'); } ``` ## Examples ### Example 1: Single Tag Resolution ```typescript // Task with @frontend label const labels = ['@frontend', 'feature']; const tag = selectTag(labels); // '@frontend' const mapping = getMappingForTag(tag); // Result: { command: '/dev:feature', agent: 'developer', skills: ['react-typescript'] } ``` ### Example 2: Multiple Tag Precedence ```typescript // Task with both @frontend and @debug const labels = ['@frontend', '@debug']; const tag = selectTag(labels); // '@debug' (higher precedence) const mapping = getMappingForTag(tag); // Result: { command: '/dev:debug', agent: 'debugger', skills: ['debugging-strategies'] } ``` ### Example 3: Text Classification Fallback ```typescript // Task without tags const labels = []; const title = "Fix login button not working"; const mapping = resolveMapping(labels, title, ""); // Classifies as BUG_FIX -> @debug // Result: { command: '/dev:debug', agent: 'debugger', skills: ['debugging-strategies'] } ``` ## Best Practices - Use explicit tags over relying on classification - Create custom mappings for project-specific workflows - Debug > Test > UI > Frontend precedence makes sense - Review mapping effectiveness periodically - Keep tag names short and descriptive (start with @)
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