Selects the smallest set of task-execution skills and metacognitive safeguards for standalone task and diagnosis workflows.
Scanned 9/5/2026
Install to Claude Code
npx -y skills add shinpr/claude-code-workflows --skill task-analyzer --agent claude-codeInstalls into .claude/skills of the current project.
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---
name: task-analyzer
description: Selects the smallest set of task-execution skills and metacognitive safeguards for standalone task and diagnosis workflows.
---
# Task Analyzer
Use [skills-index.yaml](references/skills-index.yaml) as the available skill catalog. Documentation routing and workflow Structural Scale belong to `documentation-criteria`, not this skill.
## Process
### 1. Identify Task Essence
State the observable purpose beyond the surface operation. Preserve an explicitly invoked recipe or governing artifact as the entry point.
### 2. Match Skills to Task Evidence
Extract task-evidence tags and match them to the catalog. Add a skill only when its rules change the requested action, verification, or handling of a concrete risk.
| Task evidence | Consider |
|---|---|
| Observed defect or failure | `ai-development-guide`, `testing-principles` |
| Code implementation or refactoring | `coding-principles`, `testing-principles` |
| Requested design artifact | `documentation-criteria` |
| Multiple credible implementation strategies requiring cost comparison | `implementation-approach` |
| Observable cross-boundary behavior that cannot be proven more cheaply | `integration-e2e-testing` |
| React or TypeScript frontend code | `typescript-rules` and applicable frontend testing rules |
Select in this order:
1. `governing`: defines the requested output or selected workflow.
2. `risk-control`: changes proof or handling of an activated failure mode.
3. `supplementary`: resolves a concrete remaining risk.
### 3. Generate Execution Guidance
Generate only warnings and questions that can change skill selection, verification, escalation, or the first action. Prefer the smallest evidence-gathering action that can establish the target or cause.
Task analysis does not own Structural Scale, file-count estimation, documentation requirements, approval gates, implementation phases, or subagent topology.
## Output
```yaml
taskAnalysis:
essence: <fundamental purpose>
extractedTags: [<task evidence tag>]
selectedRules:
- skill: <skill name from skills-index.yaml>
priority: <governing|risk-control|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 that can change the approach>]
warningPatterns:
- pattern: <applicable warning>
mitigation: <proportionate response>
```
Return skill names and relevant section names. The consumer loads the named skills; filesystem paths, catalog metadata, and skill bodies remain at their source.
## Completion Check
- Task essence, tags, and first action are tied to the current request.
- Every selected skill changes execution, verification, or a concrete risk response.
- The selected set is the smallest sufficient set.
- Questions and warnings are task-specific and proportionate.
- Structural Scale and workflow routing remain with their owning process.
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