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gridpilot.gg/tests/integration/leagues/README.md

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Leagues Integration Tests

This directory contains integration test placeholders for the leagues functionality, following the clean integration strategy defined in plans/clean_integration_strategy.md.

Testing Philosophy

These tests focus on Use Case orchestration - verifying that Use Cases correctly interact with their Ports (Repositories, Event Publishers, etc.) using In-Memory adapters for fast, deterministic testing.

Key Principles

  1. Business Logic Only: Tests verify business logic orchestration, NOT UI rendering
  2. In-Memory Adapters: Use In-Memory adapters for speed and determinism
  3. Zero Implementation: These are placeholders - no actual test logic implemented
  4. Use Case Focus: Tests verify Use Case interactions with Ports
  5. Orchestration Patterns: Tests follow Given/When/Then patterns for business logic

Test Files

Core League Functionality

Advanced League Functionality

Test Structure

Each test file follows the same structure:

describe('Use Case Orchestration', () => {
  let repository: InMemoryRepository;
  let eventPublisher: InMemoryEventPublisher;
  let useCase: UseCase;

  beforeAll(() => {
    // Initialize In-Memory repositories and event publisher
  });

  beforeEach(() => {
    // Clear all In-Memory repositories before each test
  });

  describe('UseCase - Success Path', () => {
    it('should [expected outcome]', async () => {
      // TODO: Implement test
      // Scenario: [description]
      // Given: [setup]
      // When: [action]
      // Then: [expected result]
      // And: [event emission]
    });
  });

  describe('UseCase - Edge Cases', () => {
    it('should handle [edge case]', async () => {
      // TODO: Implement test
      // Scenario: [description]
      // Given: [setup]
      // When: [action]
      // Then: [expected result]
      // And: [event emission]
    });
  });

  describe('UseCase - Error Handling', () => {
    it('should handle [error case]', async () => {
      // TODO: Implement test
      // Scenario: [description]
      // Given: [setup]
      // When: [action]
      // Then: [expected error]
      // And: [event emission]
    });
  });

  describe('UseCase - Data Orchestration', () => {
    it('should correctly format [data type]', async () => {
      // TODO: Implement test
      // Scenario: [description]
      // Given: [setup]
      // When: [action]
      // Then: [expected data format]
    });
  });
});

Implementation Guidelines

When Implementing Tests

  1. Initialize In-Memory Adapters:

    repository = new InMemoryLeagueRepository();
eventPublisher = new InMemoryEventPublisher();
useCase = new UseCase({ repository, eventPublisher });

  2. Clear Repositories Before Each Test:

    beforeEach(() => {
  repository.clear();
  eventPublisher.clear();
});

  3. Test Orchestration:

    • Verify Use Case calls the correct repository methods
    • Verify Use Case publishes correct events
    • Verify Use Case returns correct data structure
    • Verify Use Case handles errors appropriately

  4. Test Data Format:

    • Verify data is formatted correctly for the UI
    • Verify all required fields are present
    • Verify data types are correct
    • Verify data is sorted/filtered as expected

Example Implementation

it('should retrieve league details', async () => {
  // Given: A league exists
  const league = await leagueRepository.create({
    name: 'Test League',
    description: 'Test Description',
    // ... other fields
  });

  // When: GetLeagueUseCase.execute() is called
  const result = await getLeagueUseCase.execute({ leagueId: league.id });

  // Then: The result should show league details
  expect(result).toBeDefined();
  expect(result.name).toBe('Test League');
  expect(result.description).toBe('Test Description');

  // And: EventPublisher should emit LeagueAccessedEvent
  expect(eventPublisher.events).toContainEqual(
    expect.objectContaining({ type: 'LeagueAccessedEvent' })
  );
});

Observations

Based on the BDD E2E tests, the leagues functionality is extensive with many use cases covering:

  1. League Creation: Templates, categories, basic info, structure, scoring, stewarding, wallet, sponsorships
  2. League Detail: Basic info, stats, members, races, schedule, standings, settings, stewarding, wallet, sponsorships
  3. League Roster: Membership, roles, permissions, requests, promotions, demotions, removals
  4. League Schedule: Races, registration, results, penalties, protests, appeals, standings
  5. League Settings: Basic info, structure, scoring, stewarding, wallet, sponsorships
  6. League Standings: Overall, by race, by driver, by team, by season, by category
  7. League Stewarding: Protests, penalties, appeals, stewarding team, notifications, reports
  8. League Wallet: Balance, transactions, withdrawals, deposits, payouts, refunds, fees, prizes
  9. League Sponsorships: Applications, offers, contracts, payments, reports, statistics
  10. Leagues Discovery: Search, recommendations, popular, featured, categories, regions, games, skill levels, sizes, activities

Each test file contains comprehensive test scenarios covering:

  • Success paths
  • Edge cases
  • Error handling
  • Data orchestration patterns
  • Pagination, sorting, filtering
  • Various query parameters

Next Steps

  1. Implement Test Logic: Replace TODO comments with actual test implementations
  2. Add In-Memory Adapters: Create In-Memory adapters for all required repositories
  3. Create Use Cases: Implement the Use Cases referenced in the tests
  4. Create Ports: Implement the Ports (Repositories, Event Publishers, etc.)
  5. Run Tests: Execute tests to verify Use Case orchestration
  6. Refine Tests: Update tests based on actual implementation details

Related Documentation

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