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# Rating BDD E2E Tests
This directory contains BDD (Behavior-Driven Development) E2E tests for the GridPilot Rating system.
## Overview
The GridPilot Rating system is a competition rating designed specifically for league racing. Unlike iRating (which is for matchmaking), GridPilot Rating measures:
- **Results Strength**: How well you finish relative to field strength
- **Consistency**: Stability of finishing positions over a season
- **Clean Driving**: Incidents per race, weighted by severity
- **Racecraft**: Positions gained/lost vs. incident involvement
- **Reliability**: Attendance, DNS/DNF record
- **Team Contribution**: Points earned for your team; lineup efficiency
## Test Files
### [`rating-profile.spec.ts`](rating-profile.spec.ts)
Tests the driver profile rating display, including:
- Current GridPilot Rating value
- Rating breakdown by component (results, consistency, clean driving, etc.)
- Rating trend over time (seasons)
- Rating comparison with peers
- Rating impact on team contribution
**Key Scenarios:**
- Driver sees their current GridPilot Rating on profile
- Driver sees rating breakdown by component
- Driver sees rating trend over multiple seasons
- Driver sees how rating compares to league peers
- Driver sees rating impact on team contribution
- Driver sees rating explanation/tooltip
- Driver sees rating update after race completion
### [`rating-calculation.spec.ts`](rating-calculation.spec.ts)
Tests the rating calculation logic and updates:
- Rating calculation after race completion
- Rating update based on finishing position
- Rating update based on field strength
- Rating update based on incidents
- Rating update based on consistency
- Rating update based on team contribution
- Rating update based on season performance
**Key Scenarios:**
- Rating increases after strong finish against strong field
- Rating decreases after poor finish or incidents
- Rating reflects consistency over multiple races
- Rating accounts for team contribution
- Rating updates immediately after results are processed
- Rating calculation is transparent and understandable
### [`rating-leaderboard.spec.ts`](rating-leaderboard.spec.ts)
Tests the rating-based leaderboards:
- Global driver rankings by GridPilot Rating
- League-specific driver rankings
- Team rankings based on driver ratings
- Rating-based filtering and sorting
- Rating-based search functionality
**Key Scenarios:**
- User sees drivers ranked by GridPilot Rating
- User can filter drivers by rating range
- User can search for drivers by rating
- User can sort drivers by different rating components
- User sees team rankings based on driver ratings
- User sees rating-based leaderboards with accurate data
## Test Structure
Each test file follows this pattern:
```typescript
import { test, expect } from '@playwright/test';
test.describe('GridPilot Rating System', () => {
test.beforeEach(async ({ page }) => {
// TODO: Implement authentication setup
});
test('Driver sees their GridPilot Rating on profile', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver views their rating
// Given I am a registered driver "John Doe"
// And I have completed several races
// And I am on my profile page
// Then I should see my GridPilot Rating
// And I should see the rating breakdown
});
});
```
## Test Philosophy
These tests follow the BDD E2E testing concept:
- **Focus on outcomes, not visual implementation**: Tests validate what the user sees and can verify, not how it's rendered
- **Use Gherkin syntax**: Tests are written in Given/When/Then format
- **Validate final user outcomes**: Tests serve as acceptance criteria for the rating functionality
- **Use Playwright**: Tests are implemented using Playwright for browser automation
## TODO Implementation
All tests are currently placeholders with TODO comments. The actual test implementation should:
1. Set up authentication (login as a test driver)
2. Navigate to the appropriate page
3. Verify the expected outcomes using Playwright assertions
4. Handle loading states, error states, and edge cases
5. Use test data that matches the expected behavior
## Test Data
Tests should use realistic test data that matches the expected behavior:
- Driver: "John Doe" or similar test driver with varying performance
- Races: Completed races with different results (wins, podiums, DNFs)
- Fields: Races with varying field strength (strong vs. weak fields)
- Incidents: Races with different incident counts
- Teams: Teams with multiple drivers contributing to team score
## Future Enhancements
- Add test data factories/fixtures for consistent test data
- Add helper functions for common actions (login, navigation, etc.)
- Add visual regression tests for rating display
- Add performance tests for rating calculation
- Add accessibility tests for rating pages
- Add cross-browser compatibility testing

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import { test, expect } from '@playwright/test';
test.describe('GridPilot Rating - Calculation Logic', () => {
test.beforeEach(async ({ page }) => {
// TODO: Implement authentication setup
// - Login as test driver
// - Ensure test data exists
});
test('Rating increases after strong finish against strong field', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver finishes well against strong competition
// Given I am a driver with baseline rating
// And I complete a race against strong field
// And I finish in top positions
// When I view my rating after race
// Then my rating should increase
// And I should see the increase amount
});
test('Rating decreases after poor finish or incidents', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver has poor race with incidents
// Given I am a driver with baseline rating
// And I complete a race with poor finish
// And I have multiple incidents
// When I view my rating after race
// Then my rating should decrease
// And I should see the decrease amount
});
test('Rating reflects consistency over multiple races', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver shows consistent performance
// Given I complete multiple races
// And I finish in similar positions each race
// When I view my rating
// Then my consistency score should be high
// And my rating should be stable
});
test('Rating accounts for team contribution', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver contributes to team success
// Given I am on a team
// And I score points for my team
// When I view my rating
// Then my team contribution score should reflect this
// And my overall rating should include team impact
});
test('Rating updates immediately after results are processed', async ({ page }) => {
// TODO: Implement test
// Scenario: Race results are processed
// Given I just completed a race
// And results are being processed
// When results are available
// Then my rating should update immediately
// And I should see the update in real-time
});
test('Rating calculation is transparent and understandable', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver wants to understand rating changes
// Given I view my rating details
// When I see a rating change
// Then I should see explanation of what caused it
// And I should see breakdown of calculation
// And I should see tips for improvement
});
test('Rating handles DNFs appropriately', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver has DNF
// Given I complete a race
// And I have a DNF (Did Not Finish)
// When I view my rating
// Then my rating should be affected
// And my reliability score should decrease
// And I should see explanation of DNF impact
});
test('Rating handles DNS appropriately', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver has DNS
// Given I have a DNS (Did Not Start)
// When I view my rating
// Then my rating should be affected
// And my reliability score should decrease
// And I should see explanation of DNS impact
});
test('Rating handles small field sizes appropriately', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver races in small field
// Given I complete a race with small field
// When I view my rating
// Then my rating should be normalized for field size
// And I should see explanation of field size impact
});
test('Rating handles large field sizes appropriately', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver races in large field
// Given I complete a race with large field
// When I view my rating
// Then my rating should be normalized for field size
// And I should see explanation of field size impact
});
test('Rating handles clean races appropriately', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver has clean race
// Given I complete a race with zero incidents
// When I view my rating
// Then my clean driving score should increase
// And my rating should benefit from clean driving
});
test('Rating handles penalty scenarios appropriately', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver receives penalty
// Given I complete a race
// And I receive a penalty
// When I view my rating
// Then my rating should be affected by penalty
// And I should see explanation of penalty impact
});
});

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import { test, expect } from '@playwright/test';
test.describe('GridPilot Rating - Leaderboards', () => {
test.beforeEach(async ({ page }) => {
// TODO: Implement authentication setup
// - Login as test user
// - Ensure test data exists
});
test('User sees drivers ranked by GridPilot Rating', async ({ page }) => {
// TODO: Implement test
// Scenario: User views rating-based leaderboard
// Given I am on the leaderboards page
// When I view the driver rankings
// Then I should see drivers sorted by GridPilot Rating
// And I should see rating values for each driver
// And I should see ranking numbers
});
test('User can filter drivers by rating range', async ({ page }) => {
// TODO: Implement test
// Scenario: User filters leaderboard by rating
// Given I am on the driver leaderboards page
// When I set a rating range filter
// Then I should see only drivers within that range
// And I should see filter summary
});
test('User can search for drivers by rating', async ({ page }) => {
// TODO: Implement test
// Scenario: User searches for specific rating
// Given I am on the driver leaderboards page
// When I search for drivers with specific rating
// Then I should see matching drivers
// And I should see search results count
});
test('User can sort drivers by different rating components', async ({ page }) => {
// TODO: Implement test
// Scenario: User sorts leaderboard by rating component
// Given I am on the driver leaderboards page
// When I sort by "Results Strength"
// Then drivers should be sorted by results strength
// When I sort by "Clean Driving"
// Then drivers should be sorted by clean driving score
// And I should see the sort indicator
});
test('User sees team rankings based on driver ratings', async ({ page }) => {
// TODO: Implement test
// Scenario: User views team leaderboards
// Given I am on the team leaderboards page
// When I view team rankings
// Then I should see teams ranked by combined driver ratings
// And I should see team rating breakdown
// And I should see driver contributions
});
test('User sees rating-based leaderboards with accurate data', async ({ page }) => {
// TODO: Implement test
// Scenario: User verifies leaderboard accuracy
// Given I am viewing a rating-based leaderboard
// When I check the data
// Then ratings should match driver profiles
// And rankings should be correct
// And calculations should be accurate
});
test('User sees empty state when no rating data exists', async ({ page }) => {
// TODO: Implement test
// Scenario: Leaderboard with no data
// Given there are no drivers with ratings
// When I view the leaderboards
// Then I should see empty state
// And I should see message about no data
});
test('User sees loading state while leaderboards load', async ({ page }) => {
// TODO: Implement test
// Scenario: Leaderboards load slowly
// Given I navigate to leaderboards
// When data is loading
// Then I should see loading skeleton
// And I should see loading indicators
});
test('User sees error state when leaderboards fail to load', async ({ page }) => {
// TODO: Implement test
// Scenario: Leaderboards fail to load
// Given I navigate to leaderboards
// When data fails to load
// Then I should see error message
// And I should see retry button
});
test('User can navigate from leaderboard to driver profile', async ({ page }) => {
// TODO: Implement test
// Scenario: User clicks on driver in leaderboard
// Given I am viewing a rating-based leaderboard
// When I click on a driver entry
// Then I should navigate to that driver's profile
// And I should see their detailed rating
});
test('User sees pagination for large leaderboards', async ({ page }) => {
// TODO: Implement test
// Scenario: Leaderboard has many drivers
// Given there are many drivers with ratings
// When I view the leaderboards
// Then I should see pagination controls
// And I can navigate through pages
// And I should see page count
});
test('User sees rating percentile information', async ({ page }) => {
// TODO: Implement test
// Scenario: User wants to know relative standing
// Given I am viewing a driver in leaderboard
// When I look at their rating
// Then I should see percentile (e.g., "Top 10%")
// And I should see how many drivers are above/below
});
});

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import { test, expect } from '@playwright/test';
test.describe('GridPilot Rating - Profile Display', () => {
test.beforeEach(async ({ page }) => {
// TODO: Implement authentication setup
// - Login as test driver
// - Ensure driver has rating data
});
test('Driver sees their GridPilot Rating on profile', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver views their rating on profile
// Given I am a registered driver "John Doe"
// And I have completed several races with varying results
// And I am on my profile page
// Then I should see my GridPilot Rating displayed
// And I should see the rating value (e.g., "1500")
// And I should see the rating label (e.g., "GridPilot Rating")
});
test('Driver sees rating breakdown by component', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver views detailed rating breakdown
// Given I am on my profile page
// When I view the rating details
// Then I should see breakdown by:
// - Results Strength
// - Consistency
// - Clean Driving
// - Racecraft
// - Reliability
// - Team Contribution
// And each component should have a score/value
});
test('Driver sees rating trend over multiple seasons', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver views rating history
// Given I have raced in multiple seasons
// When I view my rating history
// Then I should see rating trend over time
// And I should see rating changes per season
// And I should see rating peaks and valleys
});
test('Driver sees rating comparison with league peers', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver compares rating with peers
// Given I am in a league with other drivers
// When I view my rating
// Then I should see how my rating compares to league average
// And I should see my percentile in the league
// And I should see my rank in the league
});
test('Driver sees rating impact on team contribution', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver sees how rating affects team
// Given I am on a team
// When I view my rating
// Then I should see my contribution to team score
// And I should see my percentage of team total
// And I should see how my rating affects team ranking
});
test('Driver sees rating explanation/tooltip', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver seeks explanation of rating
// Given I am viewing my rating
// When I hover over rating components
// Then I should see explanation of what each component means
// And I should see how each component is calculated
// And I should see tips for improving each component
});
test('Driver sees rating update after race completion', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver sees rating update after race
// Given I just completed a race
// When I view my profile
// Then I should see my rating has updated
// And I should see the change (e.g., "+15")
// And I should see what caused the change
});
test('Driver sees empty state when no rating data exists', async ({ page }) => {
// TODO: Implement test
// Scenario: New driver views profile
// Given I am a new driver with no races
// When I view my profile
// Then I should see empty state for rating
// And I should see message about rating calculation
// And I should see call to action to complete races
});
test('Driver sees loading state while rating loads', async ({ page }) => {
// TODO: Implement test
// Scenario: Driver views profile with slow connection
// Given I am on my profile page
// When rating data is loading
// Then I should see loading skeleton
// And I should see loading indicator
// And I should see placeholder values
});
test('Driver sees error state when rating fails to load', async ({ page }) => {
// TODO: Implement test
// Scenario: Rating data fails to load
// Given I am on my profile page
// When rating data fails to load
// Then I should see error message
// And I should see retry button
// And I should see fallback UI
});
});