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+# Automated Test Monitoring and Immediate Bug Fixing Rule
+
+**CRITICAL**: Implement automated test monitoring with immediate error detection and bug fixing workflow.
+
+## Terminal Monitoring Requirements
+
+### After Every Test Run
+1. **Always Read Terminal Output**
+   - Automatically capture and read all terminal output after test execution
+   - Parse output for error messages, warnings, and failures
+   - Monitor for stack traces, assertion failures, and exception details
+   - Track test execution time and performance metrics
+   - Capture both stdout and stderr streams
+
+2. **Test Command Monitoring**
+   - Monitor pytest executions: `pytest`, `python -m pytest`, `pytest -v`
+   - Monitor unittest executions: `python -m unittest`, `python test_*.py`
+   - Monitor integration tests and end-to-end tests
+   - Monitor custom test runners and scripts
+   - Monitor CI/CD pipeline test executions
+
+3. **Output Analysis Patterns**
+   - Failed test indicators: `FAILED`, `ERROR`, `AssertionError`, `Exception`
+   - Warning patterns: `WARNING`, `DeprecationWarning`, `UserWarning`
+   - Coverage issues: `coverage`, missing lines, low coverage percentages
+   - Performance issues: timeouts, slow tests, memory usage
+   - Import errors, module not found, dependency issues
+
+## Error Detection and Interruption
+
+### Immediate Test Interruption Triggers
+1. **Critical Errors** - Stop immediately and fix:
+   - Syntax errors in test files
+   - Import errors preventing test discovery
+   - Missing dependencies or configuration issues
+   - Database connection failures
+   - API endpoint unreachable errors
+   - Authentication/authorization failures
+
+2. **Test Failures** - Interrupt and analyze:
+   - Assertion failures with unexpected values
+   - Exception raising in test methods
+   - Timeout errors in async tests
+   - Mock/stub configuration errors
+   - Data validation failures
+
+3. **Infrastructure Failures** - Halt and resolve:
+   - Test database setup failures
+   - Test fixture loading errors
+   - Test environment configuration issues
+   - Resource allocation failures
+   - Permission denied errors
+
+### Error Classification System
+```
+CRITICAL (Stop All Tests):
+- Syntax errors, import errors, missing dependencies
+- Database/service connection failures
+- Environment setup failures
+
+HIGH (Stop Current Test Suite):
+- Multiple test failures in same module
+- Resource allocation failures
+- Configuration errors
+
+MEDIUM (Complete Suite, Then Fix):
+- Individual test assertion failures
+- Minor timeout issues
+- Warning accumulation
+
+LOW (Log and Continue):
+- Performance variations
+- Non-critical warnings
+- Coverage fluctuations
+```
+
+## Immediate Bug Fixing Workflow
+
+### Step 1: Error Capture and Analysis
+1. **Parse Terminal Output**
+   ```bash
+   # Capture and parse test output
+   pytest --tb=long --verbose 2>&1 | tee test_output.log
+   grep -E "(FAILED|ERROR|Exception)" test_output.log
+   ```
+
+2. **Extract Error Details**
+   - Identify failing test name and location
+   - Capture full stack trace
+   - Extract assertion failure details
+   - Identify error type and message
+   - Locate relevant code lines
+
+3. **Contextual Information Gathering**
+   - Read the failing test file
+   - Examine the code under test
+   - Check related test fixtures and data
+   - Review recent code changes
+   - Analyze test dependencies
+
+### Step 2: Immediate Debugging Actions
+1. **Code Investigation**
+   - Read the failing test method completely
+   - Examine the implementation being tested
+   - Check for recent changes in git history
+   - Verify test data and fixtures
+   - Analyze mock configurations
+
+2. **Root Cause Analysis**
+   - Identify if issue is in test or implementation
+   - Check for environment-specific problems
+   - Verify data integrity and test assumptions
+   - Analyze timing and concurrency issues
+   - Review dependency versions and compatibility
+
+3. **Quick Fix Implementation**
+   - Fix obvious syntax errors immediately
+   - Correct import statements and dependencies
+   - Update test assertions for changed behavior
+   - Fix mock configurations and test data
+   - Resolve environment setup issues
+
+### Step 3: Verification and Continuation
+1. **Immediate Re-test**
+   ```bash
+   # Re-run specific failing test
+   pytest path/to/failing_test.py::TestClass::test_method -v
+   
+   # Re-run related tests
+   pytest path/to/failing_test.py -v
+   
+   # Full suite if critical fixes
+   pytest
+   ```
+
+2. **Fix Validation**
+   - Confirm the specific test now passes
+   - Verify no new tests are broken
+   - Check for any performance degradation
+   - Validate fix doesn't introduce regressions
+   - Ensure test coverage is maintained
+
+3. **Documentation and Learning**
+   - Log the error and fix for future reference
+   - Update test documentation if needed
+   - Improve error handling if applicable
+   - Add additional test cases to prevent regression
+   - Share knowledge with team if relevant
+
+## Automated Implementation
+
+### Terminal Output Monitoring Script
+```python
+import subprocess
+import re
+import sys
+from pathlib import Path
+
+def monitor_test_execution(test_command):
+    """Monitor test execution and interrupt on errors."""
+    process = subprocess.Popen(
+        test_command,
+        stdout=subprocess.PIPE,
+        stderr=subprocess.STDOUT,
+        text=True,
+        bufsize=1,
+        universal_newlines=True
+    )
+    
+    error_patterns = [
+        r'FAILED.*::(.*)',
+        r'ERROR.*::(.*)',
+        r'(.*Error:.*)',
+        r'(.*Exception:.*)',
+        r'ImportError:.*',
+        r'ModuleNotFoundError:.*'
+    ]
+    
+    output_lines = []
+    for line in process.stdout:
+        output_lines.append(line.strip())
+        print(line, end='')  # Real-time output
+        
+        # Check for critical errors
+        for pattern in error_patterns:
+            if re.search(pattern, line, re.IGNORECASE):
+                # Interrupt and analyze
+                process.terminate()
+                analyze_and_fix_error(output_lines, line)
+                return False
+    
+    return process.returncode == 0
+
+def analyze_and_fix_error(output_lines, error_line):
+    """Analyze error and attempt immediate fix."""
+    # Implementation for error analysis and fixing
+    pass
+```
+
+### Integration with Development Workflow
+1. **Pre-commit Hooks**
+   - Run quick tests before committing
+   - Monitor for immediate failures
+   - Prevent commits with failing tests
+
+2. **IDE Integration**
+   - Configure IDE to run tests on save
+   - Display test results in IDE
+   - Highlight failing tests immediately
+
+3. **Continuous Monitoring**
+   - Run tests on file changes
+   - Monitor test health continuously
+   - Alert on test failures immediately
+
+## Test Environment Management
+
+### Environment Validation
+1. **Pre-test Checks**
+   - Verify test database connectivity
+   - Check required services are running
+   - Validate test data availability
+   - Confirm environment variables set
+   - Verify dependency versions
+
+2. **Resource Management**
+   - Ensure adequate system resources
+   - Monitor memory and CPU usage
+   - Check disk space for test artifacts
+   - Validate network connectivity
+   - Confirm permissions and access
+
+3. **Cleanup and Reset**
+   - Clean test databases between runs
+   - Reset test fixtures and state
+   - Clear temporary files and cache
+   - Restore environment configurations
+   - Validate clean starting state
+
+## Reporting and Metrics
+
+### Test Execution Reporting
+1. **Real-time Feedback**
+   - Display test progress and results
+   - Show error details immediately
+   - Provide fix suggestions
+   - Track fix success rates
+   - Monitor test execution time
+
+2. **Error Tracking**
+   - Log all errors and fixes
+   - Track error patterns and frequency
+   - Identify recurring issues
+   - Monitor fix effectiveness
+   - Generate error reports
+
+3. **Performance Monitoring**
+   - Track test execution speed
+   - Monitor resource usage
+   - Identify slow tests
+   - Track coverage changes
+   - Monitor test stability
+
+## Emergency Procedures
+
+### When Automated Fixes Fail
+1. **Manual Intervention Required**
+   - Escalate to human developer
+   - Provide detailed error context
+   - Suggest investigation areas
+   - Preserve error state for analysis
+   - Document complex failures
+
+2. **System Recovery**
+   - Reset test environment
+   - Restore known good state
+   - Skip problematic tests temporarily
+   - Isolate failing components
+   - Implement workarounds
+
+3. **Team Notification**
+   - Alert team of critical failures
+   - Share error details and context
+   - Coordinate fix efforts
+   - Document resolution process
+   - Update team knowledge base
+
+## Implementation Checklist
+
+- [ ] Set up terminal output monitoring
+- [ ] Configure error pattern recognition
+- [ ] Implement automatic test interruption
+- [ ] Create error analysis system
+- [ ] Set up immediate fix workflow
+- [ ] Configure re-test automation
+- [ ] Implement fix validation
+- [ ] Set up error reporting
+- [ ] Create performance monitoring
+- [ ] Configure team notifications
+
+## Success Metrics
+
+- **Error Detection Time**: < 5 seconds after test failure
+- **Fix Implementation Time**: < 2 minutes for common errors
+- **Re-test Cycle Time**: < 30 seconds
+- **Fix Success Rate**: > 80% for automated fixes
+- **False Positive Rate**: < 5%
+- **Test Suite Recovery Time**: < 5 minutes for critical failures
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