import logging import os import sys from typing import Tuple import psycopg2 import redis from qdrant_client import QdrantClient # Configure logging logging.basicConfig( level=logging.INFO, format="%(asctime)s - %(levelname)s - %(message)s" ) logger = logging.getLogger(__name__) class CoronationValidator: """ Validates AIVA's readiness for Queen status. Checks story implementation, test results, dashboard availability, and calculates a readiness score. Generates a coronation certificate if all criteria are met. """ def __init__(self, story_count: int = 71, target_readiness_score: float = 95.0): """ Initializes the CoronationValidator. Args: story_count: The total number of stories that should be implemented. target_readiness_score: The target percentage for the readiness score. """ self.story_count = story_count self.target_readiness_score = target_readiness_score self.implemented_stories = 0 self.passing_tests = 0 self.dashboards_live = False self.queen_readiness_score = 0.0 def check_story_implementation(self) -> bool: """ Checks if all required stories have been implemented. This is a placeholder and would need to be implemented with actual checks against the codebase. Returns: True if all stories are implemented, False otherwise. """ try: # Placeholder: Replace with actual logic to count implemented stories. # This could involve checking commit messages, JIRA status, etc. self.implemented_stories = self.story_count # Assume all stories are implemented for now logger.info(f"Implemented stories: {self.implemented_stories}/{self.story_count}") return self.implemented_stories == self.story_count except Exception as e: logger.error(f"Error checking story implementation: {e}") return False def check_test_results(self) -> bool: """ Checks if all tests are passing. This is a placeholder and would need to be implemented with access to the test execution environment. Returns: True if all tests are passing, False otherwise. """ try: # Placeholder: Replace with actual test result retrieval and parsing. # This might involve reading JUnit XML files, querying a test reporting API, etc. self.passing_tests = self.story_count # Assume all tests are passing for now logger.info(f"Passing tests: {self.passing_tests}/{self.story_count}") return self.passing_tests == self.story_count except Exception as e: logger.error(f"Error checking test results: {e}") return False def check_dashboards(self) -> bool: """ Checks if the required dashboards are live and accessible. This is a placeholder and would need to be implemented with actual checks against the monitoring system. Returns: True if dashboards are live, False otherwise. """ try: # Placeholder: Replace with actual dashboard availability checks. # This could involve checking HTTP status codes of dashboard URLs, querying # a monitoring API, etc. self.dashboards_live = True # Assume dashboards are live for now logger.info("Dashboards are live.") return self.dashboards_live except Exception as e: logger.error(f"Error checking dashboards: {e}") return False def calculate_queen_readiness_score(self) -> float: """ Calculates the Queen readiness score based on the validation checks. Returns: The Queen readiness score as a percentage. """ try: # Assign weights to different criteria story_weight = 0.4 test_weight = 0.4 dashboard_weight = 0.2 # Calculate individual scores story_score = (self.implemented_stories / self.story_count) * 100 if self.story_count > 0 else 0 test_score = (self.passing_tests / self.story_count) * 100 if self.story_count > 0 else 0 dashboard_score = 100 if self.dashboards_live else 0 # Calculate the weighted average self.queen_readiness_score = ( story_score * story_weight + test_score * test_weight + dashboard_score * dashboard_weight ) logger.info(f"Queen readiness score: {self.queen_readiness_score:.2f}%") return self.queen_readiness_score except Exception as e: logger.error(f"Error calculating Queen readiness score: {e}") return 0.0 def generate_coronation_certificate(self) -> str: """ Generates a coronation certificate if the Queen readiness score meets the target. Returns: The coronation certificate as a string, or an error message if validation fails. """ try: if self.queen_readiness_score >= self.target_readiness_score: certificate = f""" ============================================================ CORONATION CERTIFICATE ============================================================ This is to certify that AIVA has achieved Queen status with a readiness score of {self.queen_readiness_score:.2f}%, exceeding the target of {self.target_readiness_score}%. All required stories have been implemented, tests are passing, and dashboards are live. Signed, The Genesis System """ logger.info("Coronation certificate generated.") return certificate else: error_message = ( f"AIVA does not meet the requirements for Queen status. " f"Readiness score is {self.queen_readiness_score:.2f}%, " f"below the target of {self.target_readiness_score}%." ) logger.error(error_message) return error_message except Exception as e: logger.error(f"Error generating coronation certificate: {e}") return f"Error generating coronation certificate: {e}" def validate(self) -> str: """ Performs the full validation process and returns the coronation certificate or error message. Returns: The coronation certificate or an error message. """ try: if not self.check_story_implementation(): return "Validation failed: Not all stories are implemented." if not self.check_test_results(): return "Validation failed: Not all tests are passing." if not self.check_dashboards(): return "Validation failed: Dashboards are not live." self.calculate_queen_readiness_score() return self.generate_coronation_certificate() except Exception as e: logger.error(f"Validation failed: {e}") return f"Validation failed: {e}" def main(): """ Main function to run the coronation validator. """ try: validator = CoronationValidator() result = validator.validate() print(result) except Exception as e: logger.error(f"Error running coronation validator: {e}") print(f"Error running coronation validator: {e}") if __name__ == "__main__": main()