> ## Documentation Index
> Fetch the complete documentation index at: https://ihub.learnille.com/llms.txt
> Use this file to discover all available pages before exploring further.

# Test Plan

> Migrated from the previous Learnille internal documentation hub

## Overview

This test plan outlines the testing strategy for the Learnille platform, ensuring quality, reliability, and user satisfaction.

## Testing Objectives

* Validate functionality meets requirements
* Ensure system stability and performance
* Identify and prevent regressions
* Maintain code quality standards

## Testing Scope

### In Scope

* Unit tests for individual components
* Integration tests for component interactions
* End-to-end tests for user workflows
* API testing for backend services
* Performance testing for critical paths
* Security testing for authentication and data protection

### Out of Scope

* Third-party service testing
* Mobile device compatibility (web-only)
* Browser compatibility (Chrome, Firefox, Safari, Edge)

## Testing Types

### 1. Unit Testing

* **Framework**: Jest for JavaScript/TypeScript, pytest for Python
* **Coverage**: Minimum 80% code coverage
* **Location**: Tests in `__tests__/` directories alongside source code

### 2. Integration Testing

* **Framework**: Jest with testcontainers for database integration
* **Focus**: API endpoints, database operations, service interactions
* **Environment**: Isolated test database

### 3. End-to-End Testing

* **Framework**: Playwright for web UI testing
* **Scenarios**: Complete user journeys (registration, course creation, etc.)
* **Environment**: Staging environment

### 4. Performance Testing

* **Tools**: k6 or Artillery
* **Metrics**: Response time \< 2s, concurrent users > 1000
* **Frequency**: Before major releases

### 5. Security Testing

* **Tools**: OWASP ZAP, manual security reviews
* **Focus**: Authentication, authorization, data validation
* **Frequency**: Quarterly security audits

## Test Environment

### Development Environment

* Local development setup
* Unit and integration tests
* Automated on every commit

### Staging Environment

* Mirrors production setup
* E2E and performance tests
* Automated on pull requests to main

### Production Environment

* Monitoring and smoke tests
* Manual testing for critical features

## Test Data Management

* Use realistic test data
* Avoid production data in tests
* Implement data cleanup after tests
* Use factories for test data generation

## Defect Management

* Report bugs using Bug Report Template
* Track issues in GitHub Issues
* Prioritize based on severity and impact
* Retest fixes before closing

## Test Automation

* CI/CD integration with GitHub Actions
* Automated test execution on commits/PRs
* Test reports generation
* Failure notifications

## Roles and Responsibilities

* **Developers**: Write unit tests, fix test failures
* **QA Engineers**: Write integration/E2E tests, execute manual tests
* **DevOps**: Maintain test infrastructure
* **Product**: Define acceptance criteria

## Schedule and Milestones

* Unit tests: Continuous
* Integration tests: Daily
* E2E tests: Before releases
* Performance tests: Weekly
* Security tests: Monthly

## Success Criteria

* All critical path tests passing
* Code coverage > 80%
* Zero critical bugs in production
* Test execution time \< 10 minutes
* Automated deployment confidence > 95%


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