# Goal-6-Task-2 Test Report: Event Framework Implementation

## Test Summary
- **AES-256 Encryption**: Verified implementation in `security/encrypt.py`
- **Timing Validation**: Confirmed in work log but requires additional test coverage
- **Performance Tests**: Validated throughput, concurrency, and scheduling

## Implementation Verification

### AES-256 Encryption
✅ **Verified**:
- Key generation (32-byte random keys)
- AES-256-GCM encryption/decryption
- Proper nonce and tag handling
- Input validation

⚠️ **Missing**:
- Integration with event system
- Key management tests
- Performance impact analysis

### Timing Validation
✅ **Work Log Confirmation**:
- References timing validation implementation (lines 33,49-51)

⚠️ **Missing**:
- Direct test coverage
- Edge case testing (clock skew, system time changes)

## Test Case Analysis

### Performance Tests
1. **Event Throughput**:
   - Requirement: 100+ events/sec
   - Result: Verified (test_event_throughput)

2. **Concurrent Publishers**:
   - Requirement: Handle 10 concurrent publishers
   - Result: Verified (test_concurrent_publishers)

3. **Scheduled Events**:
   - Requirement: Process delayed events accurately
   - Result: Verified (test_scheduled_events)

## Recommendations

1. **Security**:
   - Add integration tests for encrypted event payloads
   - Implement key rotation tests
   - Add negative tests for invalid keys/tags

2. **Timing**:
   - Create dedicated timing validation tests
   - Test edge cases (system time changes)
   - Add performance benchmarks

3. **Documentation**:
   - Document encryption requirements
   - Add security considerations to architecture docs

## Final Status
**Conditionally Passed** - Core functionality verified but requires additional test coverage for security and timing validation.

Next Steps:
1. Create integration tests (security/events)
2. Add timing validation tests
3. Document security requirements