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Descargar Zip Descargando... Más de este repositorio Comprehensive brownfield architecture analysis for existing codebases. Discovers structure, identifies patterns, assesses quality, calculates production readiness, and provides actionable recommendations. Use when analyzing existing codebases to understand architecture, assess quality, or prepare for modernization.
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Peer review architecture for quality, risks, and optimization opportunities. Analyzes scalability bottlenecks, security vulnerabilities, performance optimization, technology fit, and provides prioritized recommendations. Use when reviewing proposed architecture documents for quality assurance, risk identification, or architectural decision validation.
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6 archivos name breakdown-epic description Break down epics into implementable user stories with acceptance criteria, estimates, dependencies, and sprint groupings. This skill should be used for epic planning and backlog grooming. acceptance [{"components_identified":"Major components and sub-features identified from epic"},{"stories_created":"User stories created in proper format with acceptance criteria"},{"estimates_provided":"Story points estimated using complexity/effort/risk"},{"dependencies_mapped":"Dependencies between stories identified and documented"},{"sprints_suggested":"Sprint groupings suggested based on dependencies and priorities"}] inputs {"epic_description":{"type":"string","required":true,"description":"Epic or feature description to break down"},"tech_stack":{"type":"array","required":false,"description":"Technology stack for technical considerations"}} outputs {"story_files":{"type":"array","description":"List of generated story file paths"},"epic_file":{"type":"string","description":"Path to generated epic summary file"},"total_points":{"type":"number","description":"Total story points across all stories"},"story_count":{"type":"number","description":"Number of stories created"},"sprint_count":{"type":"number","description":"Suggested number of sprints"}} telemetry {"emit":"skill.breakdown-epic.completed","track":["story_count","total_points","sprint_count","priority_distribution","dependency_count","duration_ms"]}
Breakdown Epic Skill
Purpose
Transform high-level epics or features into detailed, actionable user stories ready for sprint planning and implementation.
Core Capabilities:
Epic scope analysis and component identification
User story creation (As a... I want... So that...)
Story point estimation (complexity/effort/risk)
Dependency mapping between stories
Sprint grouping suggestions
Story and epic file generation
Prerequisites
Configuration file (.claude/config.yaml) with planning settings
Epic description (20+ words minimum)
Story point scale defined (default: Fibonacci 1,2,3,5,8,13,21)
Workflow
Step 0: Load Configuration and Epic Description
Action: Load configuration and parse epic requirements.
Load config: Read .claude/config.yaml for planning settings (storiesLocation, epicsLocation, defaultVelocity, storyPointScale, techStack)
Get epic description: From user input (20+ words minimum), parse scope, business goals, technical requirements
Prepare directories: Create stories and epics directories
See: references/templates.md#configuration-format and #step-0-configuration-loading for details
Halt if:
Configuration missing
Epic description <20 words (too vague)
Cannot create directories
See: references/epic-analysis-guide.md for scope analysis
Step 1: Analyze Epic Scope
Action: Break down epic into major components and sub-features.
Identify components:
Core Features - What functionality is needed?User Types - Who will use this?Technical Requirements - What tech/integrations?Security Requirements - What needs protection?Non-Functional Requirements - Performance, scalability, etc.
Output: Epic analysis with major components, sub-features, user types, technical/security requirements, NFRs
See:
references/templates.md#step-1-epic-analysis-example
Related features together
Similar technical complexity
Common user journeys
See: references/epic-analysis-guide.md for detailed analysis techniques
Step 2: Create User Stories Action: Convert components into user stories with acceptance criteria.
Story format: "As a [user], I want [capability], So that [benefit]" with acceptance criteria, priority, component
See: references/templates.md#step-2-user-story-format for format and 5 complete examples
Clear user perspective
Specific, testable acceptance criteria (2-5 per story)
Appropriate priority
Properly scoped (not too large, not too small)
See: references/story-creation-guide.md for story writing best practices
Step 3: Estimate Story Points Action: Estimate each story using complexity, effort, and risk.
Estimation factors: Complexity (1-5), Effort (1-5), Risk (1-3)
Calculate: Story Points = Complexity + Effort + Risk, round to Fibonacci (1, 2, 3, 5, 8, 13, 21)
See: references/templates.md#step-3-estimation-factors-template for detailed scales and examples
See: references/estimation-guide.md for detailed estimation techniques
Step 4: Identify Dependencies Action: Map dependencies between stories.
1. Blocks: Story A must complete before Story B can start
story-auth-001 (Signup) BLOCKS story-auth-003 (Email Verification)
2. Related: Stories share components but can be done in parallel
story-auth-001 (Signup) RELATED story-auth-002 (Login)
Foundation before features (models before APIs)
Authentication before authorization
Core functionality before enhancements
Infrastructure before applications
Output: Dependency graph with BLOCKS/REQUIRES/RELATED relationships, critical path identification
See: references/templates.md#step-4-dependency-examples for complete graph format
See: references/dependency-mapping-guide.md for dependency analysis
Step 5: Suggest Sprint Groupings Action: Group stories into sprints based on dependencies, priorities, and velocity.
Priority first - P0 stories in early sprintsDependencies respected - Blocked stories after blockersVelocity constraints - Don't exceed team capacityLogical grouping - Related stories together Output: Sprint groupings with story assignments, velocity constraints, dependency respect, logical grouping
See: references/templates.md#step-5-sprint-grouping-example for complete sprint plan format
Step 6: Generate Story Files and Epic Summary Action: Create story markdown files and epic summary.
Generate files: Use bmad-commands write_file for each story and epic summary
Output: Story files (complete format with user story, ACs, dependencies, estimation, DoD) and epic summary file
See: references/templates.md#step-6-story-file-format-template and #step-6-epic-summary-file-format for complete structures
Step 7: Present Summary to User Action: Present epic breakdown summary for review.
Output: Breakdown complete summary with story count, points, sprints, files, priorities, sprint plan, dependencies
See: references/templates.md#step-7-summary-output-template for complete format
Output Return structured JSON with story_files, epic_file, metrics (total_points, story_count, sprint_count), and telemetry
See: references/templates.md#json-output-format for complete structure
Best Practices
Epic Scope - Keep epics focused (10-15 stories max)Story Size - Target 3-8 points per story (not too large)Clear ACs - 2-5 specific, testable acceptance criteriaPriority Discipline - Not everything can be P0Dependency Mapping - Identify blockers earlyVelocity Reality - Don't overcommit sprint capacity See: references/story-creation-guide.md for best practices
Routing Guidance
Starting new epic or major feature
During backlog grooming sessions
Planning multiple sprints ahead
Breaking down product requirements
sprint-plan skill (sprint planning)
refine-story skill (detailed story refinement)
create-task-spec skill (for implementation specs)
Reference Files Detailed documentation in references/:
templates.md : All output formats, config examples, story/epic file templatesepic-analysis-guide.md : Epic scope analysis, component identificationstory-creation-guide.md : User story format, acceptance criteria, best practicesestimation-guide.md : Story point estimation techniquesdependency-mapping-guide.md : Dependency types, mapping, sprint grouping
Part of BMAD Enhanced Planning Suite
