351 lines
14 KiB
TypeScript
351 lines
14 KiB
TypeScript
/**
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* Integration Test: Dashboard Error Handling
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*
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* Tests error handling and edge cases at the Use Case level:
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* - Repository errors (driver not found, data access errors)
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* - Validation errors (invalid driver ID, invalid parameters)
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* - Business logic errors (permission denied, data inconsistencies)
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*
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* Focus: Error orchestration and handling, NOT UI error messages
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*/
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import { describe, it, expect, beforeAll, afterAll, beforeEach } from 'vitest';
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import { InMemoryDriverRepository } from '../../../adapters/drivers/persistence/inmemory/InMemoryDriverRepository';
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import { InMemoryRaceRepository } from '../../../adapters/races/persistence/inmemory/InMemoryRaceRepository';
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import { InMemoryLeagueRepository } from '../../../adapters/leagues/persistence/inmemory/InMemoryLeagueRepository';
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import { InMemoryActivityRepository } from '../../../adapters/activity/persistence/inmemory/InMemoryActivityRepository';
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import { InMemoryEventPublisher } from '../../../adapters/events/InMemoryEventPublisher';
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import { GetDashboardUseCase } from '../../../core/dashboard/use-cases/GetDashboardUseCase';
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import { DriverNotFoundError } from '../../../core/dashboard/errors/DriverNotFoundError';
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import { ValidationError } from '../../../core/shared/errors/ValidationError';
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describe('Dashboard Error Handling Integration', () => {
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let driverRepository: InMemoryDriverRepository;
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let raceRepository: InMemoryRaceRepository;
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let leagueRepository: InMemoryLeagueRepository;
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let activityRepository: InMemoryActivityRepository;
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let eventPublisher: InMemoryEventPublisher;
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let getDashboardUseCase: GetDashboardUseCase;
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beforeAll(() => {
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// TODO: Initialize In-Memory repositories, event publisher, and use case
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// driverRepository = new InMemoryDriverRepository();
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// raceRepository = new InMemoryRaceRepository();
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// leagueRepository = new InMemoryLeagueRepository();
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// activityRepository = new InMemoryActivityRepository();
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// eventPublisher = new InMemoryEventPublisher();
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// getDashboardUseCase = new GetDashboardUseCase({
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// driverRepository,
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// raceRepository,
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// leagueRepository,
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// activityRepository,
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// eventPublisher,
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// });
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});
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beforeEach(() => {
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// TODO: Clear all In-Memory repositories before each test
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// driverRepository.clear();
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// raceRepository.clear();
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// leagueRepository.clear();
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// activityRepository.clear();
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// eventPublisher.clear();
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});
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describe('Driver Not Found Errors', () => {
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it('should throw DriverNotFoundError when driver does not exist', async () => {
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// TODO: Implement test
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// Scenario: Non-existent driver
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// Given: No driver exists with ID "non-existent-driver-id"
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// When: GetDashboardUseCase.execute() is called with "non-existent-driver-id"
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// Then: Should throw DriverNotFoundError
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// And: Error message should indicate driver not found
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// And: EventPublisher should NOT emit any events
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});
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it('should throw DriverNotFoundError when driver ID is valid but not found', async () => {
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// TODO: Implement test
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// Scenario: Valid ID but no driver
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// Given: A valid UUID format driver ID
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// And: No driver exists with that ID
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// When: GetDashboardUseCase.execute() is called with the ID
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// Then: Should throw DriverNotFoundError
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// And: EventPublisher should NOT emit any events
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});
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it('should not throw error when driver exists', async () => {
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// TODO: Implement test
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// Scenario: Existing driver
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// Given: A driver exists with ID "existing-driver-id"
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// When: GetDashboardUseCase.execute() is called with "existing-driver-id"
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// Then: Should NOT throw DriverNotFoundError
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// And: Should return dashboard data successfully
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});
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});
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describe('Validation Errors', () => {
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it('should throw ValidationError when driver ID is empty string', async () => {
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// TODO: Implement test
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// Scenario: Empty driver ID
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// Given: An empty string as driver ID
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// When: GetDashboardUseCase.execute() is called with empty string
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// Then: Should throw ValidationError
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// And: Error should indicate invalid driver ID
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// And: EventPublisher should NOT emit any events
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});
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it('should throw ValidationError when driver ID is null', async () => {
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// TODO: Implement test
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// Scenario: Null driver ID
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// Given: null as driver ID
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// When: GetDashboardUseCase.execute() is called with null
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// Then: Should throw ValidationError
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// And: Error should indicate invalid driver ID
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// And: EventPublisher should NOT emit any events
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});
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it('should throw ValidationError when driver ID is undefined', async () => {
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// TODO: Implement test
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// Scenario: Undefined driver ID
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// Given: undefined as driver ID
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// When: GetDashboardUseCase.execute() is called with undefined
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// Then: Should throw ValidationError
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// And: Error should indicate invalid driver ID
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// And: EventPublisher should NOT emit any events
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});
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it('should throw ValidationError when driver ID is not a string', async () => {
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// TODO: Implement test
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// Scenario: Invalid type driver ID
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// Given: A number as driver ID
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// When: GetDashboardUseCase.execute() is called with number
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// Then: Should throw ValidationError
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// And: Error should indicate invalid driver ID type
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// And: EventPublisher should NOT emit any events
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});
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it('should throw ValidationError when driver ID is malformed', async () => {
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// TODO: Implement test
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// Scenario: Malformed driver ID
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// Given: A malformed string as driver ID (e.g., "invalid-id-format")
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// When: GetDashboardUseCase.execute() is called with malformed ID
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// Then: Should throw ValidationError
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// And: Error should indicate invalid driver ID format
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// And: EventPublisher should NOT emit any events
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});
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});
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describe('Repository Error Handling', () => {
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it('should handle driver repository query error', async () => {
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// TODO: Implement test
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// Scenario: Driver repository error
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// Given: A driver exists
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// And: DriverRepository throws an error during query
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// When: GetDashboardUseCase.execute() is called
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// Then: Should propagate the error appropriately
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// And: EventPublisher should NOT emit any events
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});
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it('should handle race repository query error', async () => {
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// TODO: Implement test
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// Scenario: Race repository error
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// Given: A driver exists
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// And: RaceRepository throws an error during query
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// When: GetDashboardUseCase.execute() is called
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// Then: Should propagate the error appropriately
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// And: EventPublisher should NOT emit any events
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});
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it('should handle league repository query error', async () => {
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// TODO: Implement test
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// Scenario: League repository error
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// Given: A driver exists
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// And: LeagueRepository throws an error during query
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// When: GetDashboardUseCase.execute() is called
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// Then: Should propagate the error appropriately
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// And: EventPublisher should NOT emit any events
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});
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it('should handle activity repository query error', async () => {
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// TODO: Implement test
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// Scenario: Activity repository error
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// Given: A driver exists
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// And: ActivityRepository throws an error during query
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// When: GetDashboardUseCase.execute() is called
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// Then: Should propagate the error appropriately
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// And: EventPublisher should NOT emit any events
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});
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it('should handle multiple repository errors gracefully', async () => {
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// TODO: Implement test
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// Scenario: Multiple repository errors
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// Given: A driver exists
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// And: Multiple repositories throw errors
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// When: GetDashboardUseCase.execute() is called
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// Then: Should handle errors appropriately
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// And: Should not crash the application
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// And: EventPublisher should NOT emit any events
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});
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});
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describe('Event Publisher Error Handling', () => {
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it('should handle event publisher error gracefully', async () => {
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// TODO: Implement test
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// Scenario: Event publisher error
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// Given: A driver exists with data
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// And: EventPublisher throws an error during emit
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// When: GetDashboardUseCase.execute() is called
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// Then: Should complete the use case execution
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// And: Should not propagate the event publisher error
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// And: Dashboard data should still be returned
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});
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it('should not fail when event publisher is unavailable', async () => {
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// TODO: Implement test
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// Scenario: Event publisher unavailable
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// Given: A driver exists with data
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// And: EventPublisher is configured to fail
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// When: GetDashboardUseCase.execute() is called
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// Then: Should complete the use case execution
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// And: Dashboard data should still be returned
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// And: Should not throw error
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});
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});
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describe('Business Logic Error Handling', () => {
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it('should handle driver with corrupted data gracefully', async () => {
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// TODO: Implement test
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// Scenario: Corrupted driver data
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// Given: A driver exists with corrupted/invalid data
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// When: GetDashboardUseCase.execute() is called
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// Then: Should handle the corrupted data gracefully
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// And: Should not crash the application
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// And: Should return valid dashboard data where possible
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});
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it('should handle race data inconsistencies', async () => {
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// TODO: Implement test
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// Scenario: Race data inconsistencies
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// Given: A driver exists
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// And: Race data has inconsistencies (e.g., scheduled date in past)
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// When: GetDashboardUseCase.execute() is called
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// Then: Should handle inconsistencies gracefully
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// And: Should filter out invalid races
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// And: Should return valid dashboard data
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});
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it('should handle league data inconsistencies', async () => {
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// TODO: Implement test
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// Scenario: League data inconsistencies
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// Given: A driver exists
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// And: League data has inconsistencies (e.g., missing required fields)
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// When: GetDashboardUseCase.execute() is called
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// Then: Should handle inconsistencies gracefully
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// And: Should filter out invalid leagues
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// And: Should return valid dashboard data
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});
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it('should handle activity data inconsistencies', async () => {
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// TODO: Implement test
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// Scenario: Activity data inconsistencies
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// Given: A driver exists
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// And: Activity data has inconsistencies (e.g., missing timestamp)
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// When: GetDashboardUseCase.execute() is called
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// Then: Should handle inconsistencies gracefully
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// And: Should filter out invalid activities
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// And: Should return valid dashboard data
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});
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});
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describe('Error Recovery and Fallbacks', () => {
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it('should return partial data when one repository fails', async () => {
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// TODO: Implement test
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// Scenario: Partial data recovery
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// Given: A driver exists
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// And: RaceRepository fails but other repositories succeed
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// When: GetDashboardUseCase.execute() is called
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// Then: Should return dashboard data with available sections
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// And: Should not include failed section
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// And: Should not throw error
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});
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it('should return empty sections when data is unavailable', async () => {
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// TODO: Implement test
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// Scenario: Empty sections fallback
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// Given: A driver exists
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// And: All repositories return empty results
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// When: GetDashboardUseCase.execute() is called
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// Then: Should return dashboard with empty sections
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// And: Should include basic driver statistics
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// And: Should not throw error
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});
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it('should handle timeout scenarios gracefully', async () => {
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// TODO: Implement test
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// Scenario: Timeout handling
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// Given: A driver exists
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// And: Repository queries take too long
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// When: GetDashboardUseCase.execute() is called
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// Then: Should handle timeout gracefully
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// And: Should not crash the application
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// And: Should return appropriate error or timeout response
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});
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});
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describe('Error Propagation', () => {
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it('should propagate DriverNotFoundError to caller', async () => {
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// TODO: Implement test
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// Scenario: Error propagation
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// Given: No driver exists
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// When: GetDashboardUseCase.execute() is called
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// Then: DriverNotFoundError should be thrown
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// And: Error should be catchable by caller
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// And: Error should have appropriate message
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});
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it('should propagate ValidationError to caller', async () => {
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// TODO: Implement test
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// Scenario: Validation error propagation
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// Given: Invalid driver ID
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// When: GetDashboardUseCase.execute() is called
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// Then: ValidationError should be thrown
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// And: Error should be catchable by caller
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// And: Error should have appropriate message
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});
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it('should propagate repository errors to caller', async () => {
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// TODO: Implement test
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// Scenario: Repository error propagation
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// Given: A driver exists
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// And: Repository throws error
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// When: GetDashboardUseCase.execute() is called
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// Then: Repository error should be propagated
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// And: Error should be catchable by caller
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});
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});
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describe('Error Logging and Observability', () => {
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it('should log errors appropriately', async () => {
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// TODO: Implement test
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// Scenario: Error logging
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// Given: A driver exists
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// And: An error occurs during execution
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// When: GetDashboardUseCase.execute() is called
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// Then: Error should be logged appropriately
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// And: Log should include error details
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// And: Log should include context information
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});
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it('should include context in error messages', async () => {
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// TODO: Implement test
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// Scenario: Error context
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// Given: A driver exists
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// And: An error occurs during execution
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// When: GetDashboardUseCase.execute() is called
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// Then: Error message should include driver ID
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// And: Error message should include operation details
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// And: Error message should be informative
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});
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});
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});
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