ICW Specification: E6:S07:T106 - Windsurf Migration: .cursorrules to Workflow Equivalents
ICW Instance: ICW-E6S07T106
Task: E6:S07:T106 - Windsurf Migration: .cursorrules to Workflow Equivalents
Phase: Specification
Timestamp: 2026-03-12T10:45:00Z
Agent: ICW_Executor_E6S07T106
Executive Summary
This specification defines the migration strategy for converting existing .cursorrules content to Windsurf/Cascade equivalent workflows. The migration will map key policies, workflows, and system instructions from the .cursorrules format to Windsurf-compatible workflow definitions, ensuring continuity of development practices while adapting to the new environment.
Requirements Analysis
Functional Requirements
FR-1: Content Mapping
- Extract and categorize all .cursorrules content sections
- Map policies to Windsurf workflow equivalents
- Convert system instructions to Cascade-compatible format
- Maintain semantic equivalence of all rules
FR-2: Workflow Structure
- Create Windsurf workflow definitions for each .cursorrules section
- Establish proper file organization and naming conventions
- Implement workflow execution logic
- Ensure workflow discoverability and accessibility
FR-3: Integration Compatibility
- Maintain compatibility with existing development workflows
- Ensure seamless transition from .cursorrules to Windsurf
- Preserve all functional capabilities
- Support hybrid operation during transition
Non-Functional Requirements
NFR-1: Migration Completeness
- 100% coverage of functional .cursorrules content
- No loss of development capabilities
- Complete documentation of mapping decisions
- Validation of semantic equivalence
NFR-2: Performance
- Minimal disruption to development workflows
- Efficient workflow execution in Windsurf
- Low overhead for workflow management
- Fast migration process
NFR-3: Maintainability
- Clear and organized workflow structure
- Easy to update and extend workflows
- Comprehensive documentation
- Version control integration
Technical Specification
Migration Architecture
.cursorrules Analysis
├── Content Parser
│ ├── Section Identification
│ ├── Rule Categorization
│ └── Dependency Mapping
├── Mapping Engine
│ ├── Policy-to-Workflow Mapper
│ ├── Instruction Converter
│ └── Semantic Validator
└── Windsurf Generator
├── Workflow Definition Generator
├── File Structure Creator
└── Integration Validator
Content Categorization
1. Release Workflow Rules
source_sections:
- "RELEASE WORKFLOW (RW) TRIGGER"
- "RW execution patterns"
- "Version control and release process"
target_workflows:
- windsurf-rw-trigger.yaml
- rw-execution-patterns.yaml
- version-control-workflow.yaml
2. Development Workflow Rules
source_sections:
- "Development guidelines"
- "Code organization patterns"
- "Testing requirements"
target_workflows:
- development-guidelines.yaml
- code-organization.yaml
- testing-workflow.yaml
3. Documentation Rules
source_sections:
- "Documentation standards"
- "README requirements"
- "Changelog format"
target_workflows:
- documentation-standards.yaml
- readme-workflow.yaml
- changelog-workflow.yaml
Workflow Definition Schema
Windsurf Workflow Format
# workflow-name.yaml
name: "Workflow Name"
description: "Workflow description"
version: "1.0.0"
author: "AI Dev Kit"
triggers:
- type: "command"
pattern: "workflow-trigger"
description: "When to execute this workflow"
steps:
- name: "step-name"
description: "Step description"
action: "action-type"
parameters:
parameter1: "value1"
parameter2: "value2"
validation:
- type: "check"
condition: "validation-condition"
integration:
tools: ["tool1", "tool2"]
dependencies: ["dependency1", "dependency2"]
conflicts: ["conflict1", "conflict2"]
Mapping Logic
Rule-to-Workflow Mapping
class RuleToWorkflowMapper:
def map_rw_trigger_section(self, cursorrules_content):
"""Map RW trigger section to Windsurf workflow"""
return {
"name": "Release Workflow Trigger",
"triggers": [
{
"type": "command",
"pattern": "RW",
"description": "Full Release Workflow"
},
{
"type": "command",
"pattern": "RW -d",
"description": "Documentation-Only Release"
},
{
"type": "command",
"pattern": "RW -k",
"description": "Kanban Documentation Commit"
}
],
"steps": self.extract_rw_steps(cursorrules_content)
}
def map_development_guidelines(self, cursorrules_content):
"""Map development guidelines to workflow"""
return {
"name": "Development Guidelines",
"triggers": [
{
"type": "file_event",
"pattern": "*.py",
"description": "Python file changes"
}
],
"steps": self.extract_dev_steps(cursorrules_content)
}
Instruction Conversion
class InstructionConverter:
def convert_cursorrules_instruction(self, instruction):
"""Convert .cursorrules instruction to Cascade format"""
conversion_map = {
"When the user types": "triggers:",
"execute the": "action:",
"as an intelligent agent": "agent_role: intelligent",
"MUST": "validation: required",
"CRITICAL": "priority: critical"
}
converted = instruction
for old_pattern, new_pattern in conversion_map.items():
converted = converted.replace(old_pattern, new_pattern)
return converted
Implementation Plan
Phase 1: Content Analysis (Week 1)
Tasks:
- Parse existing .cursorrules file
- Categorize all content sections
- Identify rule dependencies and relationships
- Create content inventory and mapping matrix
Deliverables:
- Complete content inventory
- Rule categorization matrix
- Dependency analysis report
- Mapping strategy document
Phase 2: Workflow Generation (Week 2)
Tasks:
- Convert each content section to workflow definition
- Implement workflow execution logic
- Create file structure and organization
- Validate workflow completeness
Deliverables:
- Complete workflow definitions
- File structure implementation
- Workflow execution engine
- Validation test suite
Phase 3: Integration and Testing (Week 3)
Tasks:
- Integrate workflows with Windsurf environment
- Test workflow execution and functionality
- Validate semantic equivalence with original rules
- Create migration documentation and guides
Deliverables:
- Integrated workflow system
- Test execution reports
- Semantic equivalence validation
- Migration documentation
Integration Points
Windsurf Integration
Workflow Registration:
# Register workflows with Windsurf
windsurf.register_workflow("release-workflow", rw_workflow)
windsurf.register_workflow("development-guidelines", dev_workflow)
windsurf.register_workflow("documentation-standards", doc_workflow)
Trigger System:
# Configure trigger detection
trigger_system.add_pattern("RW", "release-workflow")
trigger_system.add_pattern("RW -d", "release-workflow-docs-only")
trigger_system.add_pattern("development", "development-guidelines")
Cascade Integration
Agent Configuration:
# Configure Cascade agents for workflow execution
cascade_agent.configure_workflow("release-workflow", {
"agent_type": "release_agent",
"capabilities": ["version_bump", "changelog_generation", "git_operations"]
})
Risk Assessment
High-Risk Areas
Semantic Equivalence
- Risk: Loss of rule meaning during conversion
- Mitigation: Comprehensive validation and testing
- Rollback: Maintain .cursorrules backup during transition
Workflow Complexity
- Risk: Over-complex workflow definitions
- Mitigation: Iterative simplification and testing
- Rollback: Simplified workflow alternatives
Integration Failures
- Risk: Windsurf/Cascade integration issues
- Mitigation: Incremental integration testing
- Rollback: Standalone workflow execution
Mitigation Strategies
Validation Framework
- Automated semantic equivalence testing
- Side-by-side comparison of rule execution
- User validation of workflow behavior
Incremental Migration
- Phase-based rollout of workflows
- Parallel operation during transition
- Gradual retirement of .cursorrules
Fallback Procedures
- Maintain .cursorrules as backup
- Quick reversion procedures
- Alternative workflow implementations
Success Criteria
Functional Success
- All .cursorrules content successfully migrated
- Workflows execute correctly in Windsurf
- Semantic equivalence validated
- No loss of development capabilities
Quality Success
- 100% rule coverage achieved
- All workflows tested and validated
- Comprehensive documentation created
- Performance benchmarks met
Integration Success
- Seamless Windsurf integration
- Cascade agent compatibility
- No disruption to development workflows
- Successful transition procedures
Dependencies
Internal Dependencies
- .cursorrules File: Source content for migration
- Windsurf Environment: Target execution environment
- Cascade Agents: Workflow execution agents
- Workflow Engine: Workflow definition and execution
External Dependencies
- YAML Parser: Workflow definition parsing
- File System: Workflow file management
- Validation Framework: Semantic equivalence testing
Testing Strategy
Content Analysis Testing
Parsing Tests:
- Complete .cursorrules parsing
- Section identification accuracy
- Dependency mapping validation
Categorization Tests:
- Rule categorization accuracy
- Content coverage validation
- Relationship mapping tests
Workflow Testing
Execution Tests:
- Workflow execution correctness
- Parameter passing validation
- Error handling verification
Integration Tests:
- Windsurf workflow registration
- Cascade agent integration
- Trigger system functionality
Semantic Equivalence Testing
Behavioral Tests:
- Side-by-side rule execution
- Output comparison validation
- Behavior consistency verification
User Acceptance Tests:
- Developer workflow validation
- Usability testing
- Transition experience validation
Rollback Procedures
Immediate Rollback (<5 minutes)
Trigger: Workflow execution failures
Actions:
- Revert to .cursorrules execution
- Disable Windsurf workflows
- Log failure details
- Notify development team
Phase Rollback (15-30 minutes)
Trigger: Integration issues or semantic differences
Actions:
- Restore .cursorrules as primary
- Disable problematic workflows
- Validate development capability
- Document rollback reasons
Full Rollback (30-45 minutes)
Trigger: Critical system failures
Actions:
- Complete reversion to .cursorrules
- Remove Windsurf workflow integration
- Restore original development environment
- Document complete rollback
Documentation Requirements
Migration Documentation
Mapping Guide:
- Complete rule-to-workflow mapping
- Conversion decisions and rationale
- Semantic equivalence validation
- Usage examples and comparisons
Transition Guide:
- Step-by-step migration process
- Validation procedures
- Troubleshooting guide
- Rollback procedures
Workflow Documentation
Workflow Reference:
- Complete workflow definitions
- Trigger patterns and usage
- Integration procedures
- Maintenance guidelines
Developer Guide:
- Workflow usage instructions
- Best practices and guidelines
- Troubleshooting and support
- Extension and customization
Timeline
Week 1: Content Analysis
- Days 1-2: .cursorrules parsing and analysis
- Days 3-4: Content categorization and mapping
- Day 5: Dependency analysis and validation
Week 2: Workflow Generation
- Days 6-7: Workflow definition creation
- Days 8-9: File structure and organization
- Day 10: Workflow execution implementation
Week 3: Integration and Testing
- Days 11-12: Windsurf/Cascade integration
- Days 13: Testing and validation
- Days 14-15: Documentation and finalization
Acceptance Testing
Content Analysis Tests
-
Parsing Test
- Parse complete .cursorrules file
- Validate section identification
- Test dependency mapping
-
Categorization Test
- Categorize all content sections
- Validate categorization accuracy
- Test relationship mapping
Workflow Tests
-
Execution Test
- Execute all generated workflows
- Validate execution correctness
- Test error handling
-
Integration Test
- Test Windsurf integration
- Validate Cascade agent compatibility
- Test trigger system
Semantic Equivalence Tests
-
Behavior Test
- Compare .cursorrules vs workflow behavior
- Validate output consistency
- Test edge cases
-
User Acceptance Test
- Developer workflow validation
- Transition experience testing
- Usability validation
Final Validation
Pre-Migration Checklist
- Complete .cursorrules analysis
- All workflows generated and tested
- Integration validation successful
- Semantic equivalence confirmed
- Documentation complete
- Rollback procedures tested
Migration Criteria
- 100% rule coverage achieved
- All workflows tested and validated
- Semantic equivalence confirmed
- Integration successful
- Documentation complete
- Rollback procedures validated
Specification Status: COMPLETE
Next Phase: Test Design
Agent: ICW_Executor_E6S07T106
Timestamp: 2026-03-12T11:05:00Z