Testing & Verification

Relevant source files

The following files were used as context for generating this wiki page:

• test_result.md
• frontend/plugins/health-check/health-endpoints.js
• frontend/plugins/health-check/webpack-health-plugin.js
• frontend/craco.config.js
• DEPLOYMENT_GUIDE.md
• frontend/README.md

Testing and verification in the Promethean Conduit project encompasses a multi-layered strategy involving automated health monitoring, agent-based testing protocols, and manual verification procedures. The system utilizes specialized Webpack plugins to track compilation health in real-time while maintaining a structured communication channel between autonomous testing agents to ensure feature integrity during deployment.

The scope of verification includes backend API availability, frontend build success, and the status of third-party integrations such as Together.ai and MongoDB. This is facilitated through a centralized state file, test_result.md, which serves as the primary ledger for task tracking and inter-agent communication.
Sources: test_result.md:1-10, frontend/plugins/health-check/webpack-health-plugin.js:4-15

Agent-Based Testing Protocol

The project implements a coordinated testing workflow between a main_agent and a testing_agent. This protocol is designed to delegate verification tasks and maintain a persistent history of feature status.

Communication and State Management

Central to this protocol is the test_result.md file, which stores the testing state in YAML format. The main_agent is responsible for updating this file with implementation details before delegating to the testing_agent.

Testing Data Structure

The verification state is tracked using a specific schema that categorizes tasks by domain (frontend/backend) and tracks their reliability over time.

Field	Type	Description
task	String	Name of the feature or unit being tested.
implemented	Boolean	Whether the code has been written.
working	Boolean/NA	Current verification status of the task.
stuck_count	Integer	Number of times a task has failed verification.
needs_retesting	Boolean	Flag indicating a task requires new verification.
status_history	List	Log of status changes, including the agent and comments.

Sources: test_result.md:27-50

Automated Health Monitoring

Automated verification is integrated directly into the frontend development and build process via the Health Check system. This system monitors the Webpack compilation lifecycle and exposes metrics through dedicated endpoints.

Webpack Health Plugin

The WebpackHealthPlugin tracks the internal state of the build process, capturing errors, warnings, and timing statistics.

Health Endpoints

The system exposes several API endpoints to allow external monitoring tools (like Kubernetes or load balancers) to verify the application's readiness and liveness.

• GET /health: Returns a detailed JSON object containing uptime, memory usage, and Webpack statistics.
• GET /health/ready: A readiness check that returns a 200 status only if Webpack has successfully compiled.
• GET /health/live: A simple liveness check to confirm the server process is running.
• GET /health/errors: Provides specific details on current compilation errors and warnings.

Sources: frontend/plugins/health-check/health-endpoints.js:34-110

Deployment Verification

Post-deployment verification ensures that the environment is correctly configured and all services are communicating. The DEPLOYMENT_GUIDE.md provides a checklist for manual and automated verification.

Verification Checklist

• API Connectivity: Verifying the TOGETHER_API_KEY using curl against the provider's endpoint.
• Database Access: Testing MongoDB or Supabase connectivity using Python scripts to list database names.
• Frontend Integration: Checking the browser console for CORS errors and verifying the REACT_APP_BACKEND_URL configuration.
• Admin Access: Confirming the admin panel is accessible using the ADMIN_SECRET.

Sources: DEPLOYMENT_GUIDE.md:210-240, KEYS_AND_CREDENTIALS.md:130-150

Build Verification Scripts

The frontend provides standard scripts for build-time verification, managed via craco.

Script	Command	Purpose
Start	npm start	Runs development mode with interactive linting.
Test	npm test	Launches the test runner in interactive watch mode.
Build	npm run build	Verifies production bundling and minification.

Sources: frontend/package.json:86-90, frontend/README.md:15-30

Conclusion

The testing and verification system of EVI3_0 is a hybrid architecture combining persistent state tracking in test_result.md for agent-led verification with real-time health monitoring integrated into the craco build pipeline. This ensures that both the development state and the runtime health of the Promethean Conduit are continuously validated across different environments.