Requirements Engineering Process: - Validated architectural foundations (7 domain models, 6 interfaces) - Generated development checklists for all three strategic epics - Applied systematic requirements methodology Epic Decomposition: - Epic #64: Template & Calculation Engine (Issues #64-71) - 7 issues created - Epic #65: Batch Processing & Workflows (Issue #72) - Epic created, 7 components planned - Epic #66: External Systems & Professional Export (Issue #73) - Epic created, 7 components planned Total Implementation Plan: - 21 implementable issues across 3 strategic phases - 24-week timeline for complete business platform transformation - Clear dependencies and integration points identified Key Achievements: - Systematic decomposition from business requirements to implementable issues - Comprehensive risk mitigation and quality assurance framework - Architecture integration preserving backward compatibility - Performance and scalability requirements defined Ready for TDD8 implementation starting with Epic #64. 🤖 Generated with [Claude Code](https://claude.ai/code) Co-Authored-By: Claude <noreply@anthropic.com>
231 lines
8.9 KiB
Markdown
231 lines
8.9 KiB
Markdown
# Epic #65: Batch Processing & Workflows
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**Priority**: High - Required for production business use
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**Phase**: 2 (Automation & Scale)
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**Epic Owner**: Requirements Engineering Agent
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**Created**: 2025-10-02
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## Epic Overview
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Enable enterprise-scale document automation through comprehensive batch processing and workflow orchestration capabilities. Transform MarkiTect from single-document operations to production-ready business process automation supporting hundreds or thousands of documents.
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## Business Value
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- **Mass Generation**: Process customer databases to generate hundreds of invoices/reports
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- **Automated Workflows**: Orchestrate complex document pipelines with validation steps
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- **Enterprise Scale**: Support business operations requiring high-volume document processing
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- **Process Automation**: Replace manual document generation with automated workflows
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## Epic Acceptance Criteria
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- [ ] Process 1000+ documents in single batch operation with progress tracking
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- [ ] Generate invoices from customer database with error handling and reporting
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- [ ] Orchestrate multi-step workflows (generate → validate → export → notify)
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- [ ] Support multiple data source formats (CSV, JSON, Database, API)
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- [ ] Provide comprehensive batch operation reporting and error management
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- [ ] Scale to enterprise requirements with parallel processing
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## Architecture Integration
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### **Existing Integration Points**
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- **Template Engine**: Use templates from Epic #64 for batch generation
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- **CLI Commands**: Extend with batch-oriented commands
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- **Database**: Store batch jobs, progress, and results
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- **Quality Assurance**: Integrate batch validation with QA workflows
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- **Error Handling**: Comprehensive error tracking and recovery
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### **New Domain Models Required**
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- `BatchJob`: Batch operation definition and tracking
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- `WorkflowEngine`: Multi-step process orchestration
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- `DataSource`: External data source abstraction
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- `BatchProgress`: Progress tracking and reporting
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- `BatchResult`: Operation results and error reporting
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## Decomposed Issues
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### **Issue #65.1: Batch Job Engine Foundation**
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**Priority**: Critical | **Effort**: Large | **Dependencies**: Epic #64
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**Description**: Implement core batch processing engine with job management and progress tracking
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**Acceptance Criteria**:
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- [ ] Define and execute batch jobs with progress tracking
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- [ ] Support parallel processing with configurable worker threads
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- [ ] Job queuing and scheduling capabilities
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- [ ] Progress reporting with estimated completion times
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- [ ] Error recovery and retry mechanisms
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- [ ] CLI command: `markitect batch create --template invoice.md --data customers.csv`
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**Technical Requirements**:
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- Job queue management with persistence
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- Worker thread pool for parallel processing
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- Progress tracking with real-time updates
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- Error handling with retry logic and fallback strategies
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---
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### **Issue #65.2: Multi-Source Data Integration**
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**Priority**: Critical | **Effort**: Large | **Dependencies**: #65.1
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**Description**: Support multiple data source formats and external system integration
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**Acceptance Criteria**:
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- [ ] CSV file processing with column mapping
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- [ ] JSON data source support with nested object handling
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- [ ] Database connectivity (SQLite, PostgreSQL, MySQL)
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- [ ] REST API data source integration
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- [ ] Data transformation and mapping capabilities
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- [ ] Error handling for invalid or missing data
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**Technical Requirements**:
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- Data source adapter architecture with plugin system
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- Schema validation and data type conversion
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- Connection pooling and resource management
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- Data transformation pipeline with filtering and mapping
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---
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### **Issue #65.3: Workflow Orchestration Engine**
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**Priority**: High | **Effort**: Large | **Dependencies**: #65.1, #65.2
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**Description**: Implement multi-step workflow orchestration for complex business processes
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**Acceptance Criteria**:
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- [ ] Define workflows with multiple steps and conditions
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- [ ] Support workflow branching based on data or results
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- [ ] Step-by-step execution with intermediate validation
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- [ ] Workflow templates for common business processes
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- [ ] Error handling and workflow recovery mechanisms
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- [ ] Workflow visualization and monitoring
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**Technical Requirements**:
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- Workflow definition language (YAML/JSON)
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- Step execution engine with context management
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- Conditional execution and branching logic
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- Workflow state persistence and recovery
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---
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### **Issue #65.4: Batch Validation & Quality Control**
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**Priority**: High | **Effort**: Medium | **Dependencies**: #65.1, Epic #64
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**Description**: Implement comprehensive validation and quality control for batch operations
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**Acceptance Criteria**:
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- [ ] Pre-batch validation of templates and data sources
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- [ ] Real-time validation during batch processing
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- [ ] Quality gates with configurable validation rules
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- [ ] Integration with existing QA checklist system
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- [ ] Validation reporting with detailed error descriptions
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- [ ] Automatic retry for validation failures
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**Technical Requirements**:
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- Validation rule engine with configurable rules
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- Integration with existing template and schema validation
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- Quality metrics collection and reporting
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- Error categorization and remediation suggestions
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---
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### **Issue #65.5: Batch Monitoring & Reporting**
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**Priority**: Medium | **Effort**: Medium | **Dependencies**: #65.1
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**Description**: Provide comprehensive monitoring and reporting for batch operations
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**Acceptance Criteria**:
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- [ ] Real-time batch progress monitoring with web dashboard
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- [ ] Detailed batch operation reports with success/failure statistics
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- [ ] Performance metrics and optimization recommendations
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- [ ] Batch history with searchable logs
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- [ ] Email/webhook notifications for batch completion/failure
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- [ ] Export batch reports in multiple formats
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**Technical Requirements**:
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- Monitoring dashboard with real-time updates
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- Comprehensive logging and audit trail
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- Report generation with customizable formats
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- Notification system with multiple delivery methods
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---
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### **Issue #65.6: Enterprise Integration & APIs**
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**Priority**: Medium | **Effort**: Medium | **Dependencies**: #65.1, #65.2
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**Description**: Provide enterprise integration capabilities and REST API access
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**Acceptance Criteria**:
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- [ ] REST API for batch job creation and monitoring
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- [ ] Webhook integration for external system notifications
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- [ ] Enterprise authentication and authorization
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- [ ] API rate limiting and quota management
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- [ ] Integration with existing enterprise systems (ERP, CRM)
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- [ ] SDK/client libraries for common languages
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**Technical Requirements**:
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- RESTful API design with OpenAPI specification
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- Authentication system with JWT/OAuth support
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- Rate limiting and quota enforcement
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- Client SDK generation and documentation
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---
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### **Issue #65.7: Performance Optimization & Scaling**
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**Priority**: High | **Effort**: Medium | **Dependencies**: All above
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**Description**: Optimize performance for enterprise-scale batch operations
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**Acceptance Criteria**:
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- [ ] Process 1000+ documents in under 5 minutes
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- [ ] Memory optimization for large batch operations
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- [ ] Horizontal scaling with multiple worker instances
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- [ ] Caching strategies for improved performance
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- [ ] Resource monitoring and automatic scaling
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- [ ] Performance benchmarking and optimization tools
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**Technical Requirements**:
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- Performance profiling and optimization
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- Caching layer with intelligent cache invalidation
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- Horizontal scaling architecture
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- Resource monitoring and alerting
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## Epic Dependencies
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### **External Dependencies**
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- Epic #64 (Template & Calculation Engine) - Required for template-based batch generation
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- Database systems for data source integration
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- External APIs and systems for enterprise integration
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### **Internal Dependencies**
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- Existing CLI command architecture
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- Current validation and QA systems
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- Database and storage infrastructure
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- Error handling and logging frameworks
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## Success Metrics
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### **Technical Metrics**
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- Batch processing speed: 1000+ documents in <5 minutes
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- Memory efficiency: Linear memory usage with batch size
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- Error handling: <1% unrecoverable failures
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- Concurrency: Support 10+ parallel batch jobs
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### **Business Metrics**
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- Enterprise adoption: Support for major business use cases
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- Workflow automation: 5+ predefined business workflow templates
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- Integration success: Connect to common enterprise systems
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- User satisfaction: Comprehensive monitoring and error reporting
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## Implementation Timeline
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**Phase 1** (Issues #65.1, #65.2): Core batch engine and data integration (3-4 weeks)
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**Phase 2** (Issues #65.3, #65.4): Workflow orchestration and validation (2-3 weeks)
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**Phase 3** (Issues #65.5, #65.6, #65.7): Monitoring, APIs, and optimization (2-3 weeks)
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**Total Epic Duration**: 7-10 weeks
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## Risk Mitigation
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- **Performance Risk**: Implement caching and optimization from the start
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- **Scalability Risk**: Design for horizontal scaling from foundation
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- **Integration Risk**: Start with common data sources, expand incrementally
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- **Complexity Risk**: Begin with simple workflows, add advanced features iteratively |