task-analyzer

name	task-analyzer
description	Analyzes standalone task essence, task type, applicable skills, and metacognitive execution risks.

Task Analyzer

Use references/skills-index.yaml as the available workflow-skill catalog.

Task Analysis Process

1. Understand Task Essence

Identify the fundamental purpose beyond the surface request.

• What problem or outcome is the user actually asking to resolve?
• What observable result marks completion?
• Which superficial response could miss that result?

Return the essence as a concise purpose, not a restatement of the requested operation.

2. Identify Task Type

Classify the immediate work as implementation, fix, refactoring, design, documentation, quality/review, diagnosis, research, or continuation. Preserve an explicitly invoked recipe or supplied governing artifact as the entry point.

3. Match Skills by Task Evidence

Extract task tags and match them to skills-index.yaml. Consider implicit relationships that materially change execution:

Task evidence	Consider
Observed failure or error handling	ai-development-guide, testing
Code implementation or refactoring	coding-rules, testing
Design or implementation planning	documentation-criteria, implementation-approach
Real boundary proof	integration-e2e-testing
Agent handoff or multi-agent workflow	llm-friendly-context, subagents-orchestration-guide

Select skills in this priority order:

1. Essential — changes the primary action.
2. Quality — changes proof or failure handling.
3. Process — governs the explicitly selected workflow.
4. Supplementary — resolves a concrete remaining risk.

Select the smallest set whose rules change execution or verification. A recipe's Required Skills already define its set.

4. Generate Metacognitive Guidance

Generate only questions and warnings that can change the current approach. Cover, when applicable:

• the task's essential quality criterion;
• evidence needed before the first change;
• a likely superficial or local-only failure;
• a dependency, boundary, or verification risk;
• the smallest useful first action and its rationale.

Warning patterns include symptom-only repair, unsupported broad changes, implementation without observable proof, and planning that does not preserve the requested outcome. Describe the applicable mitigation rather than forcing a fixed ceremony.

5. Common Decision Points

Decision	Owning skill or evidence
Documentation needed	Explicit recipe or documentation-criteria
Implementation strategy	implementation-approach
Test boundary	testing and, when a wider boundary is indispensable, integration-e2e-testing
Root cause or impact	ai-development-guide
Frontend-specific rules	selected skill's frontend reference after loading that skill

Task analysis does not own Structural Scale, file-count estimation, documentation requirements, approval gates, implementation phases, or subagent topology.

Output

taskAnalysis:
  essence: <fundamental purpose>
  taskType: <implementation|fix|refactoring|design|documentation|quality|diagnosis|research|continuation>
  extractedTags: [<task evidence tag>]
selectedRules:
  - skill: <skill name>
    priority: <essential|quality|process|supplementary>
    reason: <how it changes execution or verification>
    sections: [<relevant section name>]
metaCognitiveGuidance:
  taskEssence: <fundamental purpose>
  pastFailures: [<applicable known failure pattern>]
  potentialPitfalls: [<task-specific risk>]
  firstStep:
    action: <smallest evidence-gathering or execution action>
    rationale: <why it comes first>
metaCognitiveQuestions: [<question     ]

     
      
       

Completion Check

• Task essence, type, tags, and first action are evidence-linked.
• The selected set is the smallest set that changes execution or verification.
• Warnings and questions are task-specific and proportionate.
• Output contains skill names and relevant section names, not copied skill bodies or filesystem paths.