# Test Generation Report
## Summary
This report documents the comprehensive unit tests generated for the modified files in the current branch compared to the `main` branch.
## Modified Files Tested
### 1. Lovable Tool (`lovable.test.js`)
- **Files Tested:**
- `Lovable/Agent Prompt.txt`
- `Lovable/Agent Tools.json`
- `Lovable/Prompt.txt`
- **Test Coverage:**
- File existence validation
- JSON schema validation (142 lines)
- Tool structure validation
- Required fields verification
- Property type validation
- Cross-file consistency checks
- Security validation
- Format validation
### 2. Orchids.app Tool (`orchids.test.js`)
- **Files Tested:**
- `Orchids.app/Decision-making prompt.txt`
- `Orchids.app/System Prompt.txt`
- **Test Coverage:**
- File existence checks
- Content validation for decision-making prompts
- System prompt validation
- Content quality checks
- Security validation
- Encoding and format validation
### 3. Same.dev Tool (`same-dev.test.js`)
- **Files Tested:**
- `Same.dev/Prompt.txt`
- **Test Coverage:**
- File existence validation
- Content structure validation
- Quality checks (typos, formatting)
- Security validation (API keys, secrets)
- Format consistency checks
### 4. Spawn Tool (`spawn.test.js`)
- **Files Tested:**
- `-Spawn/Prompt.txt`
- **Test Coverage:**
- File existence validation
- Content validation (spawn.co references)
- Quality checks
- Security validation
- Format validation
### 5. Integration Tests (`modified-files-integration.test.js`)
- **Scope:** All modified files across all tools
- **Test Coverage:**
- Cross-file existence validation
- JSON validation across all JSON files
- Text file encoding validation
- Security validation across all files
- Consistency checks
- File size sanity checks
- README update validation
### 6. Comprehensive Validation (`comprehensive-validation.test.js`)
- **Scope:** Repository-wide validation
- **Test Coverage:**
- Directory structure validation
- Content consistency validation
- Advanced JSON schema validation
- File encoding edge cases
- Content quality and best practices
- Cross-tool consistency
- Performance and size validation
- Future-proofing validation
## Test Statistics
| Test Suite | Test Cases | Lines of Code |
|------------|-----------|---------------|
| lovable.test.js | 25+ | ~350 |
| orchids.test.js | 15+ | ~280 |
| same-dev.test.js | 18+ | ~300 |
| spawn.test.js | 12+ | ~180 |
| modified-files-integration.test.js | 20+ | ~350 |
| comprehensive-validation.test.js | 25+ | ~480 |
| **TOTAL** | **115+** | **~1,940** |
## Test Categories
### 1. Structural Tests
- File existence validation
- Directory structure validation
- File type validation
- Size sanity checks
### 2. Content Validation Tests
- JSON schema validation
- Required fields verification
- Property type checking
- Enum value validation
- Content quality checks
### 3. Security Tests
- API key detection
- Secret detection
- Token pattern matching
- Sensitive data validation
- Private resource references
### 4. Format and Encoding Tests
- UTF-8 encoding validation
- BOM detection
- Line ending consistency
- Indentation consistency
- JSON formatting
### 5. Cross-File Tests
- Consistency across files
- Tool reference validation
- Naming convention checks
- Structure similarity
### 6. Quality Assurance Tests
- Placeholder detection
- TODO/FIXME detection
- Typo checking
- Capitalization validation
- Description quality
## Running the Tests
### Run All Tests
```bash
cd unified-ai-platform
npm test
```
### Run Specific Test Suite
```bash
npm test -- lovable.test.js
npm test -- orchids.test.js
npm test -- same-dev.test.js
npm test -- spawn.test.js
npm test -- modified-files-integration.test.js
npm test -- comprehensive-validation.test.js
```
### Run with Coverage
```bash
npm test -- --coverage
```
### Run in Watch Mode
```bash
npm test -- --watch
```
## Test Framework
- **Testing Framework:** Jest
- **Assertion Library:** Jest's built-in expect
- **File System Operations:** Node.js fs module
- **Path Handling:** Node.js path module
## Key Testing Patterns Used
### 1. File-based Testing
Tests read actual files from the repository and validate their content, structure, and format.
### 2. Schema Validation
JSON files are validated against expected schemas and structures.
### 3. Security Pattern Matching
Regular expressions are used to detect potential security issues.
### 4. Content Quality Checks
Text analysis to ensure prompts are meaningful and well-structured.
### 5. Cross-Reference Validation
Tests verify consistency across related files and tools.
## Edge Cases Covered
1. **Empty Files:** Tests verify files are not empty
2. **Encoding Issues:** UTF-8 validation, BOM detection
3. **Malformed JSON:** JSON parsing error handling
4. **Security Vulnerabilities:** API key and secret detection
5. **Format Inconsistencies:** Line endings, indentation, whitespace
6. **Missing Required Fields:** Schema validation for JSON
7. **Type Mismatches:** Property type validation
8. **Large Files:** Size sanity checks
9. **Special Characters:** Null byte detection, smart quotes
10. **Cross-platform Issues:** Path handling, line endings
## Failure Scenarios Tested
1. Missing files
2. Invalid JSON syntax
3. Missing required properties
4. Type mismatches in JSON schemas
5. Security vulnerabilities (hardcoded secrets)
6. Encoding issues
7. Format inconsistencies
8. Content quality issues
9. Excessive file sizes
10. Placeholder/TODO text
## Future Enhancements
Potential areas for additional testing:
1. Performance benchmarks for file loading
2. Integration tests with actual AI models
3. End-to-end testing of tool configurations
4. Automated prompt quality scoring
5. Regression testing for prompt effectiveness
6. Version compatibility testing
7. Localization testing if multi-language support is added
## Test Maintenance
### When to Update Tests
1. **New Files Added:** Create corresponding test suites
2. **Schema Changes:** Update JSON validation tests
3. **New Tools:** Add tool-specific test suites
4. **Security Requirements:** Add new security pattern checks
5. **Format Changes:** Update format validation rules
### Best Practices
1. Keep tests focused and atomic
2. Use descriptive test names
3. Group related tests in describe blocks
4. Use beforeAll/beforeEach for setup
5. Clean up resources in afterAll/afterEach
6. Keep test files close to source files
7. Run tests before committing
8. Maintain test coverage above 80%
## Conclusion
The generated test suites provide comprehensive validation for all modified files in the current branch. They cover structural integrity, content quality, security, formatting, and cross-file consistency. The tests follow best practices for Jest and provide clear, maintainable validation that can be extended as the repository grows.
---
**Generated:** 2025-12-13
**Branch:** Current branch vs main
**Modified Files:** 7 files across 4 tools
**Test Files Created:** 6 comprehensive test suites
**Total Test Cases:** 115+
**Total Lines of Test Code:** ~1,940