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feat: timeline e2e tests (#23895)
* feat: timeline e2e tests * Fix flakiness, mock all apis, allow parallel tests * Upload playwright reports * wrong report path * Add CI=true, disable flaky/failing tests * Re-enable tests, fix worker thread config * fix maintance e2e test * increase retries
This commit is contained in:
Min Idzelis
183
e2e/src/generators/timeline/distribution-patterns.ts
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183
e2e/src/generators/timeline/distribution-patterns.ts
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import { generateConsecutiveDays, generateDayAssets } from 'src/generators/timeline/model-objects';
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import { SeededRandom, selectRandomDays } from 'src/generators/timeline/utils';
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import type { MockTimelineAsset } from './timeline-config';
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import { GENERATION_CONSTANTS } from './timeline-config';
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type AssetDistributionStrategy = (rng: SeededRandom) => number;
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type DayDistributionStrategy = (
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year: number,
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month: number,
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daysInMonth: number,
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totalAssets: number,
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ownerId: string,
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rng: SeededRandom,
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) => MockTimelineAsset[];
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/**
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* Strategies for determining total asset count per month
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*/
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export const ASSET_DISTRIBUTION: Record<MonthDistribution, AssetDistributionStrategy | null> = {
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empty: null, // Special case - handled separately
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sparse: (rng) => rng.nextInt(3, 9), // 3-8 assets
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medium: (rng) => rng.nextInt(15, 31), // 15-30 assets
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dense: (rng) => rng.nextInt(50, 81), // 50-80 assets
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'very-dense': (rng) => rng.nextInt(80, 151), // 80-150 assets
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};
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/**
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* Strategies for distributing assets across days within a month
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*/
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export const DAY_DISTRIBUTION: Record<DayPattern, DayDistributionStrategy> = {
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'single-day': (year, month, daysInMonth, totalAssets, ownerId, rng) => {
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// All assets on one day in the middle of the month
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const day = Math.floor(daysInMonth / 2);
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return generateDayAssets(year, month, day, totalAssets, ownerId, rng);
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},
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'consecutive-large': (year, month, daysInMonth, totalAssets, ownerId, rng) => {
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// 3-5 consecutive days with evenly distributed assets
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const numDays = Math.min(5, Math.floor(totalAssets / 15));
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const startDay = rng.nextInt(1, daysInMonth - numDays + 2);
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return generateConsecutiveDays(year, month, startDay, numDays, totalAssets, ownerId, rng);
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},
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'consecutive-small': (year, month, daysInMonth, totalAssets, ownerId, rng) => {
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// Multiple consecutive days with 1-3 assets each (side-by-side layout)
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const assets: MockTimelineAsset[] = [];
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const numDays = Math.min(totalAssets, Math.floor(daysInMonth / 2));
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const startDay = rng.nextInt(1, daysInMonth - numDays + 2);
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let assetIndex = 0;
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for (let i = 0; i < numDays && assetIndex < totalAssets; i++) {
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const dayAssets = Math.min(3, rng.nextInt(1, 4));
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const actualAssets = Math.min(dayAssets, totalAssets - assetIndex);
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// Create a new RNG for this day
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const dayRng = new SeededRandom(rng.nextInt(0, 1_000_000));
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assets.push(...generateDayAssets(year, month, startDay + i, actualAssets, ownerId, dayRng));
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assetIndex += actualAssets;
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}
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return assets;
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},
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alternating: (year, month, daysInMonth, totalAssets, ownerId, rng) => {
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// Alternate between large (15-25) and small (1-3) days
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const assets: MockTimelineAsset[] = [];
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let day = 1;
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let isLarge = true;
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let assetIndex = 0;
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while (assetIndex < totalAssets && day <= daysInMonth) {
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const dayAssets = isLarge ? Math.min(25, rng.nextInt(15, 26)) : rng.nextInt(1, 4);
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const actualAssets = Math.min(dayAssets, totalAssets - assetIndex);
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// Create a new RNG for this day
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const dayRng = new SeededRandom(rng.nextInt(0, 1_000_000));
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assets.push(...generateDayAssets(year, month, day, actualAssets, ownerId, dayRng));
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assetIndex += actualAssets;
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day += isLarge ? 1 : 1; // Could add gaps here
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isLarge = !isLarge;
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}
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return assets;
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},
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'sparse-scattered': (year, month, daysInMonth, totalAssets, ownerId, rng) => {
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// Spread assets across random days with gaps
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const assets: MockTimelineAsset[] = [];
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const numDays = Math.min(totalAssets, Math.floor(daysInMonth * GENERATION_CONSTANTS.SPARSE_DAY_COVERAGE));
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const daysWithPhotos = selectRandomDays(daysInMonth, numDays, rng);
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let assetIndex = 0;
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for (let i = 0; i < daysWithPhotos.length && assetIndex < totalAssets; i++) {
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const dayAssets =
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Math.floor(totalAssets / numDays) + (i === daysWithPhotos.length - 1 ? totalAssets % numDays : 0);
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// Create a new RNG for this day
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const dayRng = new SeededRandom(rng.nextInt(0, 1_000_000));
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assets.push(...generateDayAssets(year, month, daysWithPhotos[i], dayAssets, ownerId, dayRng));
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assetIndex += dayAssets;
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}
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return assets;
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},
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'start-heavy': (year, month, daysInMonth, totalAssets, ownerId, rng) => {
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// Most assets in first week
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const assets: MockTimelineAsset[] = [];
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const firstWeekAssets = Math.floor(totalAssets * 0.7);
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const remainingAssets = totalAssets - firstWeekAssets;
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// First 7 days
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assets.push(...generateConsecutiveDays(year, month, 1, 7, firstWeekAssets, ownerId, rng));
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// Remaining scattered
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if (remainingAssets > 0) {
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const midDay = Math.floor(daysInMonth / 2);
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// Create a new RNG for the remaining assets
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const remainingRng = new SeededRandom(rng.nextInt(0, 1_000_000));
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assets.push(...generateDayAssets(year, month, midDay, remainingAssets, ownerId, remainingRng));
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}
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return assets;
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},
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'end-heavy': (year, month, daysInMonth, totalAssets, ownerId, rng) => {
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// Most assets in last week
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const assets: MockTimelineAsset[] = [];
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const lastWeekAssets = Math.floor(totalAssets * 0.7);
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const remainingAssets = totalAssets - lastWeekAssets;
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// Remaining at start
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if (remainingAssets > 0) {
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// Create a new RNG for the start assets
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const startRng = new SeededRandom(rng.nextInt(0, 1_000_000));
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assets.push(...generateDayAssets(year, month, 2, remainingAssets, ownerId, startRng));
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}
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// Last 7 days
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const startDay = daysInMonth - 6;
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assets.push(...generateConsecutiveDays(year, month, startDay, 7, lastWeekAssets, ownerId, rng));
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return assets;
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},
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'mid-heavy': (year, month, daysInMonth, totalAssets, ownerId, rng) => {
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// Most assets in middle of month
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const assets: MockTimelineAsset[] = [];
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const midAssets = Math.floor(totalAssets * 0.7);
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const sideAssets = Math.floor((totalAssets - midAssets) / 2);
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// Start
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if (sideAssets > 0) {
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// Create a new RNG for the start assets
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const startRng = new SeededRandom(rng.nextInt(0, 1_000_000));
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assets.push(...generateDayAssets(year, month, 2, sideAssets, ownerId, startRng));
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}
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// Middle
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const midStart = Math.floor(daysInMonth / 2) - 3;
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assets.push(...generateConsecutiveDays(year, month, midStart, 7, midAssets, ownerId, rng));
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// End
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const endAssets = totalAssets - midAssets - sideAssets;
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if (endAssets > 0) {
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// Create a new RNG for the end assets
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const endRng = new SeededRandom(rng.nextInt(0, 1_000_000));
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assets.push(...generateDayAssets(year, month, daysInMonth - 1, endAssets, ownerId, endRng));
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}
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return assets;
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},
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};
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export type MonthDistribution =
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| 'empty' // 0 assets
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| 'sparse' // 3-8 assets
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| 'medium' // 15-30 assets
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| 'dense' // 50-80 assets
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| 'very-dense'; // 80-150 assets
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export type DayPattern =
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| 'single-day' // All images in one day
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| 'consecutive-large' // Multiple days with 15-25 images each
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| 'consecutive-small' // Multiple days with 1-3 images each (side-by-side)
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| 'alternating' // Alternating large/small days
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| 'sparse-scattered' // Few images scattered across month
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| 'start-heavy' // Most images at start of month
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| 'end-heavy' // Most images at end of month
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| 'mid-heavy'; // Most images in middle of month
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