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gridpilot.gg/tests/integration/leaderboards/global-leaderboards-use-cases.integration.test.ts

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TypeScript

/**
* Integration Test: Global Leaderboards Use Case Orchestration
*
* Tests the orchestration logic of global leaderboards-related Use Cases:
* - GetGlobalLeaderboardsUseCase: Retrieves top drivers and teams for the main leaderboards page
* - Validates that Use Cases correctly interact with their Ports (Repositories, Event Publishers)
* - Uses In-Memory adapters for fast, deterministic testing
*
* Focus: Business logic orchestration, NOT UI rendering
*/
import { describe, it, expect, beforeAll, afterAll, beforeEach } from 'vitest';
import { InMemoryDriverRepository } from '../../../adapters/drivers/persistence/inmemory/InMemoryDriverRepository';
import { InMemoryTeamRepository } from '../../../adapters/teams/persistence/inmemory/InMemoryTeamRepository';
import { InMemoryEventPublisher } from '../../../adapters/events/InMemoryEventPublisher';
import { GetGlobalLeaderboardsUseCase } from '../../../core/leaderboards/use-cases/GetGlobalLeaderboardsUseCase';
import { GlobalLeaderboardsQuery } from '../../../core/leaderboards/ports/GlobalLeaderboardsQuery';
describe('Global Leaderboards Use Case Orchestration', () => {
let driverRepository: InMemoryDriverRepository;
let teamRepository: InMemoryTeamRepository;
let eventPublisher: InMemoryEventPublisher;
let getGlobalLeaderboardsUseCase: GetGlobalLeaderboardsUseCase;
beforeAll(() => {
// TODO: Initialize In-Memory repositories and event publisher
// driverRepository = new InMemoryDriverRepository();
// teamRepository = new InMemoryTeamRepository();
// eventPublisher = new InMemoryEventPublisher();
// getGlobalLeaderboardsUseCase = new GetGlobalLeaderboardsUseCase({
// driverRepository,
// teamRepository,
// eventPublisher,
// });
});
beforeEach(() => {
// TODO: Clear all In-Memory repositories before each test
// driverRepository.clear();
// teamRepository.clear();
// eventPublisher.clear();
});
describe('GetGlobalLeaderboardsUseCase - Success Path', () => {
it('should retrieve top drivers and teams with complete data', async () => {
// TODO: Implement test
// Scenario: System has multiple drivers and teams with complete data
// Given: Multiple drivers exist with various ratings and team affiliations
// And: Multiple teams exist with various ratings and member counts
// And: Drivers are ranked by rating (highest first)
// And: Teams are ranked by rating (highest first)
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: The result should contain top 10 drivers
// And: The result should contain top 10 teams
// And: Driver entries should include rank, name, rating, and team affiliation
// And: Team entries should include rank, name, rating, and member count
// And: EventPublisher should emit GlobalLeaderboardsAccessedEvent
});
it('should retrieve top drivers and teams with minimal data', async () => {
// TODO: Implement test
// Scenario: System has minimal data
// Given: Only a few drivers exist
// And: Only a few teams exist
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: The result should contain all available drivers
// And: The result should contain all available teams
// And: EventPublisher should emit GlobalLeaderboardsAccessedEvent
});
it('should retrieve top drivers and teams when there are many', async () => {
// TODO: Implement test
// Scenario: System has many drivers and teams
// Given: More than 10 drivers exist
// And: More than 10 teams exist
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: The result should contain only top 10 drivers
// And: The result should contain only top 10 teams
// And: Drivers should be sorted by rating (highest first)
// And: Teams should be sorted by rating (highest first)
// And: EventPublisher should emit GlobalLeaderboardsAccessedEvent
});
it('should retrieve top drivers and teams with consistent ranking order', async () => {
// TODO: Implement test
// Scenario: Verify ranking consistency
// Given: Multiple drivers exist with various ratings
// And: Multiple teams exist with various ratings
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: Driver ranks should be sequential (1, 2, 3...)
// And: Team ranks should be sequential (1, 2, 3...)
// And: No duplicate ranks should appear
// And: EventPublisher should emit GlobalLeaderboardsAccessedEvent
});
it('should retrieve top drivers and teams with accurate data', async () => {
// TODO: Implement test
// Scenario: Verify data accuracy
// Given: Drivers exist with valid ratings and names
// And: Teams exist with valid ratings and member counts
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: All driver ratings should be valid numbers
// And: All team ratings should be valid numbers
// And: All team member counts should be valid numbers
// And: All names should be non-empty strings
// And: EventPublisher should emit GlobalLeaderboardsAccessedEvent
});
});
describe('GetGlobalLeaderboardsUseCase - Edge Cases', () => {
it('should handle system with no drivers', async () => {
// TODO: Implement test
// Scenario: System has no drivers
// Given: No drivers exist in the system
// And: Teams exist
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: The result should contain empty drivers list
// And: The result should contain top teams
// And: EventPublisher should emit GlobalLeaderboardsAccessedEvent
});
it('should handle system with no teams', async () => {
// TODO: Implement test
// Scenario: System has no teams
// Given: Drivers exist
// And: No teams exist in the system
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: The result should contain top drivers
// And: The result should contain empty teams list
// And: EventPublisher should emit GlobalLeaderboardsAccessedEvent
});
it('should handle system with no data at all', async () => {
// TODO: Implement test
// Scenario: System has absolutely no data
// Given: No drivers exist
// And: No teams exist
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: The result should contain empty drivers list
// And: The result should contain empty teams list
// And: EventPublisher should emit GlobalLeaderboardsAccessedEvent
});
it('should handle drivers with same rating', async () => {
// TODO: Implement test
// Scenario: Multiple drivers with identical ratings
// Given: Multiple drivers exist with the same rating
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: Drivers should be sorted by rating
// And: Drivers with same rating should have consistent ordering (e.g., by name)
// And: EventPublisher should emit GlobalLeaderboardsAccessedEvent
});
it('should handle teams with same rating', async () => {
// TODO: Implement test
// Scenario: Multiple teams with identical ratings
// Given: Multiple teams exist with the same rating
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: Teams should be sorted by rating
// And: Teams with same rating should have consistent ordering (e.g., by name)
// And: EventPublisher should emit GlobalLeaderboardsAccessedEvent
});
});
describe('GetGlobalLeaderboardsUseCase - Error Handling', () => {
it('should handle repository errors gracefully', async () => {
// TODO: Implement test
// Scenario: Repository throws error
// Given: DriverRepository throws an error during query
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: Should propagate the error appropriately
// And: EventPublisher should NOT emit any events
});
it('should handle team repository errors gracefully', async () => {
// TODO: Implement test
// Scenario: Team repository throws error
// Given: TeamRepository throws an error during query
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: Should propagate the error appropriately
// And: EventPublisher should NOT emit any events
});
});
describe('Global Leaderboards Data Orchestration', () => {
it('should correctly calculate driver rankings based on rating', async () => {
// TODO: Implement test
// Scenario: Driver ranking calculation
// Given: Drivers exist with ratings: 5.0, 4.8, 4.5, 4.2, 4.0
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: Driver rankings should be:
// - Rank 1: Driver with rating 5.0
// - Rank 2: Driver with rating 4.8
// - Rank 3: Driver with rating 4.5
// - Rank 4: Driver with rating 4.2
// - Rank 5: Driver with rating 4.0
});
it('should correctly calculate team rankings based on rating', async () => {
// TODO: Implement test
// Scenario: Team ranking calculation
// Given: Teams exist with ratings: 4.9, 4.7, 4.6, 4.3, 4.1
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: Team rankings should be:
// - Rank 1: Team with rating 4.9
// - Rank 2: Team with rating 4.7
// - Rank 3: Team with rating 4.6
// - Rank 4: Team with rating 4.3
// - Rank 5: Team with rating 4.1
});
it('should correctly format driver entries with team affiliation', async () => {
// TODO: Implement test
// Scenario: Driver entry formatting
// Given: A driver exists with team affiliation
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: Driver entry should include:
// - Rank: Sequential number
// - Name: Driver's full name
// - Rating: Driver's rating (formatted)
// - Team: Team name and logo (if available)
});
it('should correctly format team entries with member count', async () => {
// TODO: Implement test
// Scenario: Team entry formatting
// Given: A team exists with members
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: Team entry should include:
// - Rank: Sequential number
// - Name: Team's name
// - Rating: Team's rating (formatted)
// - Member Count: Number of drivers in team
});
it('should limit results to top 10 drivers and teams', async () => {
// TODO: Implement test
// Scenario: Result limiting
// Given: More than 10 drivers exist
// And: More than 10 teams exist
// When: GetGlobalLeaderboardsUseCase.execute() is called
// Then: Only top 10 drivers should be returned
// And: Only top 10 teams should be returned
// And: Results should be sorted by rating (highest first)
});
});
});