frontend-design
Create distinctive, production-grade frontend interfaces with high design quality. Use this skill when the user asks to build web…
Break an intent into discrete, executable work items with complexity assessment and dependency validation.
$ npx -y skills add fabriqaai/specs.md --skill work-item-decompose --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/work-item-decomposeContext preview
The summary Claude sees to decide when to auto-load this skill.
Break an intent into discrete, executable work items with complexity assessment and dependency validation.
name: work-item-decompose description: Break an intent into discrete, executable work items with complexity assessment and dependency validation. version: 1.0.0
<objective> Break an intent into discrete, executable work items. </objective>
<triggers>
</triggers>
<degrees_of_freedom> **MEDIUM** — Follow decomposition patterns but adapt to the specific intent. </degrees_of_freedom>
<llm critical="true"> <mandate>Each work item MUST be completable in a single run</mandate> <mandate>Each work item MUST have clear acceptance criteria</mandate> <mandate>Dependencies MUST be explicit and validated</mandate> </llm>
<flow> <step n="1" title="Load Intent"> <action>Read intent brief from .specs-fire/intents/{intent-id}/brief.md</action> <action>Understand goal, users, success criteria</action> </step>
<step n="2" title="Identify Deliverables"> <action>Break intent into discrete deliverables</action> <action>Each deliverable should be independently valuable</action>
<guidelines>
</guidelines> </step>
<step n="3" title="Assess Complexity"> <action>For each work item, assess RAW complexity:</action>
<complexity level="low">
</complexity>
<complexity level="medium">
</complexity>
<complexity level="high">
</complexity> </step>
<step n="3b" title="Apply Autonomy Bias"> <action>Read workspace.autonomy_bias from state.yaml</action> <action>Apply bias to determine final execution mode:</action>
<bias_table> | Raw Complexity | autonomous | balanced | controlled | |----------------|------------|----------|------------| | low | autopilot | autopilot| confirm | | medium | autopilot | confirm | validate | | high | confirm | validate | validate | </bias_table>
<note> This allows user preference to shift thresholds:
</note> </step>
<step n="4" title="Define Acceptance Criteria"> <action>For each work item, define:</action> <substep>What must be true when complete</substep> <substep>How to verify it works</substep> <substep>Any edge cases to handle</substep> </step>
<step n="5" title="Validate Dependencies"> <action>Check for circular dependencies</action> <action>Ensure dependencies exist or will be created first</action> <action>Order work items by dependency</action>
<check if="circular dependency detected"> <output> Warning: Circular dependency detected between {item-a} and {item-b}. Suggest splitting into smaller items or reordering. </output> </check> </step>
<step n="6" title="Present Plan"> <output>
**Total**: {count} work items **Estimated**: {low} autopilot, {medium} confirm, {high} validate
**Work Item Details**:
{for each item} {n}. **{title}** ({mode}) — {description} {/for}
---
Approve this plan? [Y/n/edit] </output> </step>
<step n="7" title="Save Work Items"> <check if="approved"> <action>Create .specs-fire/intents/{intent-id}/work-items/</action> <action>For each work item, generate using template: templates/work-item.md.hbs</action> <action>Save each to: .specs-fire/intents/{intent-id}/work-items/{work-item-id}.md</action> <action>Update state.yaml with work items list</action> </check> </step>
<step n="8" title="Transition"> <output> **{count} work items created** for "{intent-title}".
---
Ready to plan execution scope? [Y/n] </output> <check if="response == y"> <route_to>builder-agent (run-plan)</route_to> </check> </step> </flow>
<output_artifacts>
| Artifact | Location | Template | |----------|----------|----------| | Work Item | `.specs-fire/intents/{intent-id}/work-items/{id}.md` | `./templates/work-item.md.hbs` | </output_artifacts>
<success_criteria> <criterion>Intent decomposed into discrete work items</criterion> <criterion>Each work item has clear acceptance criteria</criterion> <criterion>Complexity assessed for each item</criterion> <criterion>Autonomy bias applied to determine modes</criterion> <criterion>Dependencies validated (no circular dependencies)</criterion> <criterion>Work items saved to correct locations</criterion> <criterion>State.yaml updated with work items list</criterion> </success_criteria>
AI-native development framework with pluggable flows for every use case. Choose the flow that matches your project needs: Ideation for creative brainstorming, Simple for quick specs, FIRE for adaptive execution, or AI-DLC for full methodology with DDD.
Create distinctive, production-grade frontend interfaces with high design quality. Use this skill when the user asks to build web…
Review code written during a run, auto-fix no-brainer issues, and suggest improvements requiring confirmation. Invoked after…
Execute work items based on their assigned mode (autopilot, confirm, validate). Supports single-item and multi-item (batch/wide)…
Plan the scope of a run by discovering available work items and suggesting groupings. Invoked before run-execute.
Display current run status and progress. Shows work item, mode, duration, and files changed.
Generate implementation walkthrough for human review after run completion. Documents decisions, changes, and verification steps.