Move app to apps/web-react in pnpm workspace layout

This commit is contained in:
Kalle
2026-08-16 09:20:33 +03:00
parent 7e365ccfcf
commit bbc8ea57af
2913 changed files with 227 additions and 250 deletions

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import { describe, expect, test } from "vitest";
import { LRUCache } from "./index";
describe("LRUCache", () => {
test("stores and retrieves values", () => {
const cache = new LRUCache<string, number>({ max: 2 });
cache.set("a", 1);
expect(cache.get("a")).toBe(1);
expect(cache.has("a")).toBe(true);
});
test("returns undefined for missing keys", () => {
const cache = new LRUCache<string, number>({ max: 2 });
expect(cache.get("missing")).toBeUndefined();
expect(cache.has("missing")).toBe(false);
});
test("evicts the least recently used entry once over capacity", () => {
const cache = new LRUCache<string, number>({ max: 2 });
cache.set("a", 1);
cache.set("b", 2);
cache.set("c", 3);
expect(cache.has("a")).toBe(false);
expect(cache.get("b")).toBe(2);
expect(cache.get("c")).toBe(3);
});
test("counts reads as recent use", () => {
const cache = new LRUCache<string, number>({ max: 2 });
cache.set("a", 1);
cache.set("b", 2);
cache.get("a");
cache.set("c", 3);
expect(cache.has("a")).toBe(true);
expect(cache.has("b")).toBe(false);
});
test("updates value without growing past capacity on re-set", () => {
const cache = new LRUCache<string, number>({ max: 2 });
cache.set("a", 1);
cache.set("a", 2);
expect(cache.get("a")).toBe(2);
});
test("deletes a single entry", () => {
const cache = new LRUCache<string, number>({ max: 2 });
cache.set("a", 1);
cache.delete("a");
expect(cache.has("a")).toBe(false);
});
test("clears all entries", () => {
const cache = new LRUCache<string, number>({ max: 2 });
cache.set("a", 1);
cache.set("b", 2);
cache.clear();
expect(cache.has("a")).toBe(false);
expect(cache.has("b")).toBe(false);
});
});

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/**
* A lightweight least-recently-used cache backed by a `Map`. Once `max` entries
* are stored, inserting a new key evicts the least recently used one. Reading a
* key via `get` marks it as most recently used.
*/
export class LRUCache<K, V> {
private readonly max: number;
private readonly map = new Map<K, V>();
constructor({ max }: { max: number }) {
this.max = max;
}
get(key: K): V | undefined {
if (!this.map.has(key)) return undefined;
const value = this.map.get(key) as V;
this.map.delete(key);
this.map.set(key, value);
return value;
}
has(key: K): boolean {
return this.map.has(key);
}
set(key: K, value: V): void {
if (this.map.has(key)) {
this.map.delete(key);
}
this.map.set(key, value);
if (this.map.size > this.max) {
const oldest = this.map.keys().next().value as K;
this.map.delete(oldest);
}
}
delete(key: K): void {
this.map.delete(key);
}
clear(): void {
this.map.clear();
}
}

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import { describe, expect, test } from "vitest";
import * as CSV from "./csv";
describe("CSV.serialize", () => {
test("joins cells with commas and rows with CRLF", () => {
expect(
CSV.serialize([
["a", "b"],
["c", "d"],
]),
).toBe("a,b\r\nc,d");
});
test("quotes cells containing the delimiter", () => {
expect(CSV.serialize([["a,b", "c"]])).toBe('"a,b",c');
});
test("escapes quotes by doubling them", () => {
expect(CSV.serialize([['say "hi"']])).toBe('"say ""hi"""');
});
test("quotes cells containing line breaks", () => {
expect(CSV.serialize([["line1\nline2"]])).toBe('"line1\nline2"');
expect(CSV.serialize([["line1\rline2"]])).toBe('"line1\rline2"');
});
test("leaves plain cells unquoted", () => {
expect(CSV.serialize([["plain", "text"]])).toBe("plain,text");
});
test("handles empty input", () => {
expect(CSV.serialize([])).toBe("");
});
test("neutralizes formula injection by prefixing a quote", () => {
expect(CSV.serialize([["=1+1"]])).toBe("'=1+1");
expect(CSV.serialize([["+1"]])).toBe("'+1");
expect(CSV.serialize([["@SUM(A1)"]])).toBe("'@SUM(A1)");
expect(CSV.serialize([["=HYPERLINK(1,2)"]])).toBe('"\'=HYPERLINK(1,2)"');
});
test("does not treat negative numbers as formulas", () => {
expect(CSV.serialize([["-5"]])).toBe("-5");
expect(CSV.serialize([["-5.5"]])).toBe("-5.5");
});
test("guards a leading minus that is not numeric", () => {
expect(CSV.serialize([["-cmd"]])).toBe("'-cmd");
});
});

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const DELIMITER = ",";
const ROW_SEPARATOR = "\r\n";
const QUOTE = '"';
const CHARACTERS_REQUIRING_QUOTING = [DELIMITER, QUOTE, "\n", "\r"];
const FORMULA_PREFIX = "'";
const FORMULA_TRIGGERS = ["=", "+", "@", "\t", "\r"];
/**
* Byte order mark to prepend when writing the CSV to a file, so that Excel
* reads the bytes as UTF-8 and renders non-ASCII characters (e.g. Japanese or
* accented names) correctly.
*/
export const BOM = "\uFEFF";
/**
* Serializes a two-dimensional array of cell values into an RFC 4180 compliant
* CSV string. Cells are quoted only when they contain a delimiter, quote or
* line break, and any quotes inside a cell are escaped by doubling them.
*
* Cells whose value could be interpreted as a formula by spreadsheet software
* (a "CSV injection") are prefixed with a single quote, which neutralizes the
* formula while keeping the value readable. This matters because the input may
* be user-controlled (team names, usernames, ...).
*
* @example
* ```typescript
* serialize([
* ["name", "note"],
* ["Sendou", 'say "hi"'],
* ["Test", "a,b"],
* ]);
* // name,note\r\nSendou,"say ""hi"""\r\nTest,"a,b"
* ```
*/
export function serialize(rows: ReadonlyArray<ReadonlyArray<string>>): string {
return rows.map(serializeRow).join(ROW_SEPARATOR);
}
function serializeRow(row: ReadonlyArray<string>): string {
return row.map(serializeCell).join(DELIMITER);
}
function serializeCell(value: string): string {
const safeValue = isFormulaInjectionRisk(value)
? `${FORMULA_PREFIX}${value}`
: value;
const needsQuoting = CHARACTERS_REQUIRING_QUOTING.some((character) =>
safeValue.includes(character),
);
if (!needsQuoting) return safeValue;
return `${QUOTE}${safeValue.replaceAll(QUOTE, `${QUOTE}${QUOTE}`)}${QUOTE}`;
}
function isFormulaInjectionRisk(value: string): boolean {
const firstCharacter = value[0];
if (!firstCharacter) return false;
if (FORMULA_TRIGGERS.includes(firstCharacter)) return true;
// "-" can legitimately begin a negative number, so only guard it when the
// value isn't numeric and could therefore be read as a formula
if (firstCharacter === "-") return !isNumeric(value);
return false;
}
function isNumeric(value: string): boolean {
return value.trim() !== "" && Number.isFinite(Number(value));
}

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import { logger } from "~/utils/logger";
import { SENDOU_INK_BASE_URL, userAdminPage, userPage } from "~/utils/urls";
const EMBED_FIELD_VALUE_MAX_LENGTH = 1000;
interface ModWebhookEmbed {
title: string;
fields: Array<{ name: string; value: string }>;
}
export interface WebhookUser {
username: string;
discordId: string;
customUrl: string | null;
}
/**
* Posts a rich embed to the mod channel Discord webhook.
* Fire-and-forget: meant to be called without awaiting, never throws, skipped with a log
* line when `MOD_DISCORD_WEBHOOK_URL` is unset (e.g. in development).
*/
export function sendModDiscordWebhook(embed: ModWebhookEmbed) {
sendDiscordWebhook("MOD_DISCORD_WEBHOOK_URL", embed);
}
/**
* Posts a rich embed to the SendouQ canceled matches channel Discord webhook.
* Fire-and-forget (see {@link sendModDiscordWebhook}).
*/
export function sendSQCancelDiscordWebhook(embed: ModWebhookEmbed) {
sendDiscordWebhook("SQ_CANCEL_DISCORD_WEBHOOK_URL", embed);
}
function sendDiscordWebhook(
envVarName: "MOD_DISCORD_WEBHOOK_URL" | "SQ_CANCEL_DISCORD_WEBHOOK_URL",
embed: ModWebhookEmbed,
) {
const webhookUrl = process.env[envVarName];
if (!webhookUrl) {
logger.info(`${envVarName} not set, skipping Discord webhook`);
return;
}
const body = {
embeds: [{ ...embed, timestamp: new Date().toISOString() }],
allowed_mentions: { parse: [] },
};
fetch(webhookUrl, {
method: "POST",
headers: { "Content-Type": "application/json" },
body: JSON.stringify(body),
})
.then((response) => {
if (!response.ok) {
logger.error(
`Discord webhook responded with status ${response.status}`,
);
}
})
.catch((error) => {
logger.error("Failed to send Discord webhook", error);
});
}
/**
* Escapes then truncates free-text user input so it fits inside a Discord embed field
* value without breaking the embed's markdown formatting.
*/
export function truncateEmbedValue(text: string) {
const escaped = escapeMarkdown(text);
if (escaped.length <= EMBED_FIELD_VALUE_MAX_LENGTH) return escaped;
return `${escaped.slice(0, EMBED_FIELD_VALUE_MAX_LENGTH)}…`;
}
/** Markdown link to the user's admin tab (moderation actions & notes). */
export function userAdminPageLink(user: WebhookUser) {
return `[${escapeMarkdown(user.username)}](${SENDOU_INK_BASE_URL}${userAdminPage(user)})`;
}
/** Markdown link to the user's profile page. */
export function userPageLink(user: WebhookUser) {
return `[${escapeMarkdown(user.username)}](${SENDOU_INK_BASE_URL}${userPage(user)})`;
}
/** Backslash-escapes Discord markdown so user text can't forge links or break formatting. */
export function escapeMarkdown(text: string) {
return text.replace(/[\\`*_~|()[\]]/g, "\\$&");
}

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import type { i18n } from "i18next";
import * as React from "react";
import { useTranslation } from "react-i18next";
import { useMatches } from "react-router";
import { DEFAULT_LANGUAGE } from "./config";
declare global {
interface Window {
__initialI18nStore?: Record<string, Record<string, object>>;
}
}
/**
* Embeds the translation bundles the server rendered with (the page language
* plus the English fallback) into the HTML so client-side i18next can
* initialize from them instead of fetching every initial namespace over HTTP
* before hydration can start.
*/
export function InitialI18nStore({ locale }: { locale: string }) {
const { i18n } = useTranslation();
const matches = useMatches();
// computed once so client-side navigations don't re-serialize the store;
// on hydration the embedded store round-trips to the exact server markup
const [scriptHtml] = React.useState(() => {
const store = initialStore(i18n, locale, namespacesFromMatches(matches));
return `window.__initialI18nStore=${JSON.stringify(store).replace(
/</g,
"\\u003c",
)}`;
});
return (
<script
suppressHydrationWarning
dangerouslySetInnerHTML={{ __html: scriptHtml }}
/>
);
}
function namespacesFromMatches(matches: Array<{ handle: unknown }>): string[] {
const namespaces = matches.flatMap((match) => {
const handle = match.handle;
if (typeof handle !== "object" || handle === null) return [];
if (!("i18n" in handle)) return [];
const value = (handle as { i18n: unknown }).i18n;
if (typeof value === "string") return [value];
if (
Array.isArray(value) &&
value.every((item) => typeof item === "string")
) {
return value as string[];
}
return [];
});
return [...new Set(namespaces)];
}
function initialStore(
i18nInstance: i18n,
locale: string,
namespaces: string[],
): Record<string, Record<string, object>> {
if (typeof window !== "undefined" && window.__initialI18nStore) {
return window.__initialI18nStore;
}
const languages =
locale === DEFAULT_LANGUAGE ? [locale] : [locale, DEFAULT_LANGUAGE];
const store: Record<string, Record<string, object>> = {};
for (const language of languages) {
const bundles: Record<string, object> = {};
for (const namespace of namespaces) {
const bundle = i18nInstance.getResourceBundle(language, namespace);
if (bundle) {
bundles[namespace] = withoutUntranslated(bundle);
}
}
store[language] = bundles;
}
return store;
}
function withoutUntranslated(value: object): object {
const result: Record<string, unknown> = {};
for (const [key, child] of Object.entries(value)) {
if (child === "") continue;
if (typeof child === "object" && child !== null && !Array.isArray(child)) {
result[key] = withoutUntranslated(child);
} else {
result[key] = child;
}
}
return result;
}

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export const DEFAULT_LANGUAGE = "en";
export const languages = [
{
code: "da",
name: "Dansk",
},
{
code: "de",
name: "Deutsch",
},
{
code: "en",
name: "English",
},
{
code: "es-ES",
name: "Español (España)",
},
{
code: "es-US",
name: "Español (Latino)",
},
{
code: "fr-CA",
name: "Français (NoA)",
},
{
code: "fr-EU",
name: "Français (NoE)",
},
{
code: "he",
name: "עברית",
},
{
code: "it",
name: "Italiano",
},
{
code: "ja",
name: "日本語",
},
{
code: "ko",
name: "한국어",
},
{
code: "pl",
name: "Polski",
},
{
code: "pt-BR",
name: "Português do Brasil",
},
{
code: "nl",
name: "Nederlands",
},
{
code: "ru",
name: "Русский",
},
{
code: "zh",
name: "中文",
},
] as const;
export const languagesUnified = [
{
code: "da",
name: "Dansk",
},
{
code: "de",
name: "Deutsch",
},
{
code: "en",
name: "English",
},
{
code: "es",
name: "Español",
},
{
code: "fr",
name: "Français",
},
{
code: "he",
name: "עברית",
},
{
code: "it",
name: "Italiano",
},
{
code: "ja",
name: "日本語",
},
{
code: "ko",
name: "한국어",
},
{
code: "pl",
name: "Polski",
},
{
code: "pt",
name: "Português",
},
{
code: "nl",
name: "Nederlands",
},
{
code: "ru",
name: "Русский",
},
{
code: "zh",
name: "中文(普通话)",
},
{
code: "yue",
name: "中文(廣東話)",
},
] as const;
export type LanguageCode = (typeof languages)[number]["code"];
export type UnifiedLanguageCode = (typeof languagesUnified)[number]["code"];
export const config = {
supportedLngs: languages.map((lang) => lang.code),
fallbackLng: DEFAULT_LANGUAGE,
defaultNS: "common",
react: { useSuspense: false },
interpolation: {
escapeValue: false,
},
returnEmptyString: false,
};

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import { AsyncLocalStorage } from "node:async_hooks";
import {
createInstance,
type DefaultNamespace,
type FlatNamespace,
type i18n,
type Namespace,
type TFunction,
} from "i18next";
import { type FallbackNs, initReactI18next } from "react-i18next";
import {
createCookie,
type MiddlewareFunction,
type RouterContextProvider,
} from "react-router";
import { createI18nextMiddleware } from "remix-i18next";
import invariant from "~/utils/invariant";
import { config } from "./config";
import { resources } from "./resources.server";
const TEN_YEARS_IN_SECONDS = 31_536_000 * 10;
export const i18nCookie = createCookie("i18n", {
sameSite: "lax",
path: "/",
maxAge: TEN_YEARS_IN_SECONDS,
});
const [remixI18nextMiddleware, getLocaleFromContext, getInstanceFromContext] =
createI18nextMiddleware({
detection: {
cookie: i18nCookie,
supportedLanguages: config.supportedLngs,
fallbackLanguage: config.fallbackLng,
},
i18next: {
...config,
resources,
},
plugins: [initReactI18next],
});
interface I18nStore {
locale: string;
instance: i18n;
}
const i18nAsyncLocalStorage = new AsyncLocalStorage<I18nStore>();
/**
* Detects the request locale, initializes a request-scoped i18next instance and
* makes both available to server helpers ({@link getLocale},
* {@link getServerTFunction}) for the duration of the request.
*/
export const i18nMiddleware: MiddlewareFunction<Response> = (args, next) =>
remixI18nextMiddleware(args, () =>
i18nAsyncLocalStorage.run(
{
locale: getLocaleFromContext(args.context),
instance: getInstanceFromContext(args.context),
},
() => next(),
),
);
/** The locale detected for the current request. */
export function getLocale(): string {
return currentStore().locale;
}
/**
* A `TFunction` bound to the current request's locale and the given namespaces.
* Namespaces are already available in-memory so no async loading is needed.
*/
export function getServerTFunction<
N extends
| FlatNamespace
| readonly [FlatNamespace, ...FlatNamespace[]] = DefaultNamespace,
>(namespaces?: N): TFunction<FallbackNs<N>> {
const { instance, locale } = currentStore();
return instance.getFixedT(
locale,
namespaces as Namespace,
) as unknown as TFunction<FallbackNs<N>>;
}
/**
* The request-scoped i18next instance, used to provide translations while
* server-side rendering. Reads from the React Router context so it can be called
* from `entry.server` where the request context is passed explicitly.
*
* Falls back to a shared default-language instance when the context is missing.
* This happens when the render is an error boundary for a request whose
* middleware chain threw before {@link i18nMiddleware} ran: without the fallback
* the missing context would throw a second error that masks the original one.
*/
export function getI18nInstance(
context: Readonly<RouterContextProvider>,
): i18n {
try {
return getInstanceFromContext(context);
} catch {
return fallbackI18nInstance();
}
}
/**
* A `TFunction` bound to a fixed language, independent of the current request.
* Use this when translating outside of a request (e.g. notifications) or when a
* specific language is required regardless of the user's locale.
*/
export async function getFixedTForLanguage<
N extends
| FlatNamespace
| readonly [FlatNamespace, ...FlatNamespace[]] = DefaultNamespace,
>(language: string, namespaces?: N): Promise<TFunction<FallbackNs<N>>> {
const instance = createInstance();
await instance.init({ ...config, resources, lng: language });
return instance.getFixedT(
language,
namespaces as Namespace,
) as unknown as TFunction<FallbackNs<N>>;
}
function currentStore(): I18nStore {
const store = i18nAsyncLocalStorage.getStore();
invariant(store, "i18n store not found, is i18nMiddleware registered?");
return store;
}
let sharedFallbackInstance: i18n | undefined;
function fallbackI18nInstance(): i18n {
if (!sharedFallbackInstance) {
const instance = createInstance();
instance.use(initReactI18next);
// initAsync: false makes init synchronous, which is safe here since
// resources are already in-memory and lets this be called from the sync
// getI18nInstance without awaiting.
instance.init({
...config,
resources,
lng: config.fallbackLng,
initAsync: false,
});
sharedFallbackInstance = instance;
}
return sharedFallbackInstance;
}

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import i18next from "i18next";
import LanguageDetector from "i18next-browser-languagedetector";
import Backend from "i18next-http-backend";
import { initReactI18next } from "react-i18next";
import { config } from "./config";
export function i18nLoader() {
return i18next
.use(initReactI18next)
.use(LanguageDetector)
.use(Backend)
.init({
...config,
ns: getInitialNamespaces(),
// the SSR HTML embeds the initial namespaces (see InitialI18nStore) so
// init needs no HTTP round-trips before hydration; anything not embedded
// still loads via the backend thanks to partialBundledLanguages
resources: window.__initialI18nStore,
partialBundledLanguages: true,
backend: {
loadPath: (lng: any, ns: any) => {
// use vite static asset fingerprinting
return new URL(
`../../../locales/${lng[0]}/${ns[0]}.json`,
import.meta.url,
).href;
},
},
detection: {
order: ["htmlTag"],
caches: [],
},
// without this hydration fails in E2E tests
initAsync: false,
});
}
declare global {
interface Window {
__reactRouterRouteModules: Record<string, { handle?: unknown } | undefined>;
}
}
/**
* Get the list of namespaces used by the application server-side so they can be
* set on i18next init options and preloaded before hydration.
*
* Vendored from remix-i18next (removed in v8).
*/
function getInitialNamespaces(): string[] {
return Object.values(window.__reactRouterRouteModules).flatMap((route) => {
const handle = route?.handle;
if (typeof handle !== "object" || handle === null) return [];
if (!("i18n" in handle)) return [];
const namespaces = (handle as { i18n: unknown }).i18n;
if (typeof namespaces === "string") return [namespaces];
if (
Array.isArray(namespaces) &&
namespaces.every((value) => typeof value === "string")
) {
return namespaces as string[];
}
return [];
});
}

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import analyzer from "../../../locales/en/analyzer.json";
import art from "../../../locales/en/art.json";
import badges from "../../../locales/en/badges.json";
import builds from "../../../locales/en/builds.json";
import calendar from "../../../locales/en/calendar.json";
import common from "../../../locales/en/common.json";
import contributions from "../../../locales/en/contributions.json";
import faq from "../../../locales/en/faq.json";
import forms from "../../../locales/en/forms.json";
import front from "../../../locales/en/front.json";
import gameBadges from "../../../locales/en/game-badges.json";
import gameMisc from "../../../locales/en/game-misc.json";
import gear from "../../../locales/en/gear.json";
import lfg from "../../../locales/en/lfg.json";
import org from "../../../locales/en/org.json";
import params from "../../../locales/en/params.json";
import q from "../../../locales/en/q.json";
import scrims from "../../../locales/en/scrims.json";
import settings from "../../../locales/en/settings.json";
import team from "../../../locales/en/team.json";
import tierListMaker from "../../../locales/en/tier-list-maker.json";
import tournament from "../../../locales/en/tournament.json";
import user from "../../../locales/en/user.json";
import vods from "../../../locales/en/vods.json";
import weapons from "../../../locales/en/weapons.json";
import welcome from "../../../locales/en/welcome.json";
export const resources = {
en: {
analyzer,
art,
badges,
builds,
calendar,
common,
contributions,
faq,
forms,
front,
"game-badges": gameBadges,
"game-misc": gameMisc,
gear,
lfg,
org,
params,
q,
scrims,
settings,
team,
"tier-list-maker": tierListMaker,
tournament,
user,
vods,
weapons,
welcome,
},
};

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import analyzerDa from "../../../locales/da/analyzer.json";
import artDa from "../../../locales/da/art.json";
import badgesDa from "../../../locales/da/badges.json";
import buildsDa from "../../../locales/da/builds.json";
import calendarDa from "../../../locales/da/calendar.json";
import commonDa from "../../../locales/da/common.json";
import contributionsDa from "../../../locales/da/contributions.json";
import faqDa from "../../../locales/da/faq.json";
import formsDa from "../../../locales/da/forms.json";
import friendsDa from "../../../locales/da/friends.json";
import frontDa from "../../../locales/da/front.json";
import gameBadgesDa from "../../../locales/da/game-badges.json";
import gameMiscDa from "../../../locales/da/game-misc.json";
import gearDa from "../../../locales/da/gear.json";
import lfgDa from "../../../locales/da/lfg.json";
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import qDa from "../../../locales/da/q.json";
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import settingsDa from "../../../locales/da/settings.json";
import teamDa from "../../../locales/da/team.json";
import tierListMakerDa from "../../../locales/da/tier-list-maker.json";
import tournamentDa from "../../../locales/da/tournament.json";
import trophiesDa from "../../../locales/da/trophies.json";
import userDa from "../../../locales/da/user.json";
import vodsDa from "../../../locales/da/vods.json";
import weaponsDa from "../../../locales/da/weapons.json";
import welcomeDa from "../../../locales/da/welcome.json";
import analyzerDe from "../../../locales/de/analyzer.json";
import artDe from "../../../locales/de/art.json";
import badgesDe from "../../../locales/de/badges.json";
import buildsDe from "../../../locales/de/builds.json";
import calendarDe from "../../../locales/de/calendar.json";
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import contributionsDe from "../../../locales/de/contributions.json";
import faqDe from "../../../locales/de/faq.json";
import formsDe from "../../../locales/de/forms.json";
import friendsDe from "../../../locales/de/friends.json";
import frontDe from "../../../locales/de/front.json";
import gameBadgesDe from "../../../locales/de/game-badges.json";
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import gearDe from "../../../locales/de/gear.json";
import lfgDe from "../../../locales/de/lfg.json";
import orgDe from "../../../locales/de/org.json";
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import qDe from "../../../locales/de/q.json";
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import settingsDe from "../../../locales/de/settings.json";
import teamDe from "../../../locales/de/team.json";
import tierListMakerDe from "../../../locales/de/tier-list-maker.json";
import tournamentDe from "../../../locales/de/tournament.json";
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import userDe from "../../../locales/de/user.json";
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import weaponsDe from "../../../locales/de/weapons.json";
import welcomeDe from "../../../locales/de/welcome.json";
import analyzer from "../../../locales/en/analyzer.json";
import art from "../../../locales/en/art.json";
import badges from "../../../locales/en/badges.json";
import builds from "../../../locales/en/builds.json";
import calendar from "../../../locales/en/calendar.json";
import common from "../../../locales/en/common.json";
import contributions from "../../../locales/en/contributions.json";
import faq from "../../../locales/en/faq.json";
import forms from "../../../locales/en/forms.json";
import friends from "../../../locales/en/friends.json";
import front from "../../../locales/en/front.json";
import gameBadges from "../../../locales/en/game-badges.json";
import gameMisc from "../../../locales/en/game-misc.json";
import gear from "../../../locales/en/gear.json";
import lfg from "../../../locales/en/lfg.json";
import org from "../../../locales/en/org.json";
import params from "../../../locales/en/params.json";
import q from "../../../locales/en/q.json";
import scrimsEn from "../../../locales/en/scrims.json";
import settings from "../../../locales/en/settings.json";
import team from "../../../locales/en/team.json";
import tierListMaker from "../../../locales/en/tier-list-maker.json";
import tournament from "../../../locales/en/tournament.json";
import trophies from "../../../locales/en/trophies.json";
import user from "../../../locales/en/user.json";
import vods from "../../../locales/en/vods.json";
import weapons from "../../../locales/en/weapons.json";
import welcomeEn from "../../../locales/en/welcome.json";
import analyzerEsEs from "../../../locales/es-ES/analyzer.json";
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import analyzerFrCa from "../../../locales/fr-CA/analyzer.json";
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import tierListMakerFrEu from "../../../locales/fr-EU/tier-list-maker.json";
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import analyzerHe from "../../../locales/he/analyzer.json";
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import friendsHe from "../../../locales/he/friends.json";
import frontHe from "../../../locales/he/front.json";
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import teamRu from "../../../locales/ru/team.json";
import tierListMakerRu from "../../../locales/ru/tier-list-maker.json";
import tournamentRu from "../../../locales/ru/tournament.json";
import trophiesRu from "../../../locales/ru/trophies.json";
import userRu from "../../../locales/ru/user.json";
import vodsRu from "../../../locales/ru/vods.json";
import weaponsRu from "../../../locales/ru/weapons.json";
import welcomeRu from "../../../locales/ru/welcome.json";
import analyzerZh from "../../../locales/zh/analyzer.json";
import artZh from "../../../locales/zh/art.json";
import badgesZh from "../../../locales/zh/badges.json";
import buildsZh from "../../../locales/zh/builds.json";
import calendarZh from "../../../locales/zh/calendar.json";
import commonZh from "../../../locales/zh/common.json";
import contributionsZh from "../../../locales/zh/contributions.json";
import faqZh from "../../../locales/zh/faq.json";
import formsZh from "../../../locales/zh/forms.json";
import friendsZh from "../../../locales/zh/friends.json";
import frontZh from "../../../locales/zh/front.json";
import gameBadgesZh from "../../../locales/zh/game-badges.json";
import gameMiscZh from "../../../locales/zh/game-misc.json";
import gearZh from "../../../locales/zh/gear.json";
import lfgZh from "../../../locales/zh/lfg.json";
import orgZh from "../../../locales/zh/org.json";
import paramsZh from "../../../locales/zh/params.json";
import qZh from "../../../locales/zh/q.json";
import scrimsZh from "../../../locales/zh/scrims.json";
import settingsZh from "../../../locales/zh/settings.json";
import teamZh from "../../../locales/zh/team.json";
import tierListMakerZh from "../../../locales/zh/tier-list-maker.json";
import tournamentZh from "../../../locales/zh/tournament.json";
import trophiesZh from "../../../locales/zh/trophies.json";
import userZh from "../../../locales/zh/user.json";
import vodsZh from "../../../locales/zh/vods.json";
import weaponsZh from "../../../locales/zh/weapons.json";
import welcomeZh from "../../../locales/zh/welcome.json";
export const resources = {
"es-US": {
gear: gearEsUs,
faq: faqEsUs,
forms: formsEsUs,
friends: friendsEsUs,
weapons: weaponsEsUs,
scrims: scrimsEsUs,
settings: settingsEsUs,
common: commonEsUs,
"game-badges": gameBadgesEsUs,
"game-misc": gameMiscEsUs,
tournament: tournamentEsUs,
front: frontEsUs,
user: userEsUs,
q: qEsUs,
art: artEsUs,
builds: buildsEsUs,
lfg: lfgEsUs,
vods: vodsEsUs,
calendar: calendarEsUs,
org: orgEsUs,
params: paramsEsUs,
badges: badgesEsUs,
contributions: contributionsEsUs,
team: teamEsUs,
trophies: trophiesEsUs,
"tier-list-maker": tierListMakerEsUs,
analyzer: analyzerEsUs,
welcome: welcomeEsUs,
},
en: {
gear: gear,
faq: faq,
forms: forms,
friends: friends,
weapons: weapons,
scrims: scrimsEn,
settings: settings,
common: common,
"game-badges": gameBadges,
"game-misc": gameMisc,
tournament: tournament,
front: front,
user: user,
q: q,
art: art,
builds: builds,
lfg: lfg,
vods: vods,
calendar: calendar,
org: org,
params: params,
badges: badges,
contributions: contributions,
team: team,
trophies: trophies,
"tier-list-maker": tierListMaker,
analyzer: analyzer,
welcome: welcomeEn,
},
ko: {
gear: gearKo,
faq: faqKo,
forms: formsKo,
friends: friendsKo,
weapons: weaponsKo,
scrims: scrimsKo,
settings: settingsKo,
common: commonKo,
"game-badges": gameBadgesKo,
"game-misc": gameMiscKo,
tournament: tournamentKo,
front: frontKo,
user: userKo,
q: qKo,
art: artKo,
builds: buildsKo,
lfg: lfgKo,
vods: vodsKo,
calendar: calendarKo,
org: orgKo,
params: paramsKo,
badges: badgesKo,
contributions: contributionsKo,
team: teamKo,
trophies: trophiesKo,
"tier-list-maker": tierListMakerKo,
analyzer: analyzerKo,
welcome: welcomeKo,
},
de: {
gear: gearDe,
faq: faqDe,
forms: formsDe,
friends: friendsDe,
weapons: weaponsDe,
scrims: scrimsDe,
settings: settingsDe,
common: commonDe,
"game-badges": gameBadgesDe,
"game-misc": gameMiscDe,
tournament: tournamentDe,
front: frontDe,
user: userDe,
q: qDe,
art: artDe,
builds: buildsDe,
lfg: lfgDe,
vods: vodsDe,
calendar: calendarDe,
org: orgDe,
params: paramsDe,
badges: badgesDe,
contributions: contributionsDe,
team: teamDe,
trophies: trophiesDe,
"tier-list-maker": tierListMakerDe,
analyzer: analyzerDe,
welcome: welcomeDe,
},
nl: {
gear: gearNl,
faq: faqNl,
forms: formsNl,
friends: friendsNl,
weapons: weaponsNl,
scrims: scrimsNl,
settings: settingsNl,
common: commonNl,
"game-badges": gameBadgesNl,
"game-misc": gameMiscNl,
tournament: tournamentNl,
front: frontNl,
user: userNl,
q: qNl,
art: artNl,
builds: buildsNl,
lfg: lfgNl,
vods: vodsNl,
calendar: calendarNl,
org: orgNl,
params: paramsNl,
badges: badgesNl,
contributions: contributionsNl,
team: teamNl,
trophies: trophiesNl,
"tier-list-maker": tierListMakerNl,
analyzer: analyzerNl,
welcome: welcomeNl,
},
"pt-BR": {
gear: gearPtBr,
faq: faqPtBr,
forms: formsPtBr,
friends: friendsPtBr,
weapons: weaponsPtBr,
scrims: scrimsPtBr,
settings: settingsPtBr,
common: commonPtBr,
"game-badges": gameBadgesPtBr,
"game-misc": gameMiscPtBr,
tournament: tournamentPtBr,
front: frontPtBr,
user: userPtBr,
q: qPtBr,
art: artPtBr,
builds: buildsPtBr,
lfg: lfgPtBr,
vods: vodsPtBr,
calendar: calendarPtBr,
org: orgPtBr,
params: paramsPtBr,
badges: badgesPtBr,
contributions: contributionsPtBr,
team: teamPtBr,
trophies: trophiesPtBr,
"tier-list-maker": tierListMakerPtBr,
analyzer: analyzerPtBr,
welcome: welcomePtBr,
},
zh: {
gear: gearZh,
faq: faqZh,
forms: formsZh,
friends: friendsZh,
weapons: weaponsZh,
scrims: scrimsZh,
settings: settingsZh,
common: commonZh,
"game-badges": gameBadgesZh,
"game-misc": gameMiscZh,
tournament: tournamentZh,
front: frontZh,
user: userZh,
q: qZh,
art: artZh,
builds: buildsZh,
lfg: lfgZh,
vods: vodsZh,
calendar: calendarZh,
org: orgZh,
params: paramsZh,
badges: badgesZh,
contributions: contributionsZh,
team: teamZh,
trophies: trophiesZh,
"tier-list-maker": tierListMakerZh,
analyzer: analyzerZh,
welcome: welcomeZh,
},
"fr-CA": {
gear: gearFrCa,
faq: faqFrCa,
forms: formsFrCa,
friends: friendsFrCa,
weapons: weaponsFrCa,
scrims: scrimsFrCa,
settings: settingsFrCa,
common: commonFrCa,
"game-badges": gameBadgesFrCa,
"game-misc": gameMiscFrCa,
tournament: tournamentFrCa,
front: frontFrCa,
user: userFrCa,
q: qFrCa,
art: artFrCa,
builds: buildsFrCa,
lfg: lfgFrCa,
vods: vodsFrCa,
calendar: calendarFrCa,
org: orgFrCa,
params: paramsFrCa,
badges: badgesFrCa,
contributions: contributionsFrCa,
team: teamFrCa,
trophies: trophiesFrCa,
"tier-list-maker": tierListMakerFrCa,
analyzer: analyzerFrCa,
welcome: welcomeFrCa,
},
ru: {
gear: gearRu,
faq: faqRu,
forms: formsRu,
friends: friendsRu,
weapons: weaponsRu,
scrims: scrimsRu,
settings: settingsRu,
common: commonRu,
"game-badges": gameBadgesRu,
"game-misc": gameMiscRu,
tournament: tournamentRu,
front: frontRu,
user: userRu,
q: qRu,
art: artRu,
builds: buildsRu,
lfg: lfgRu,
vods: vodsRu,
calendar: calendarRu,
org: orgRu,
params: paramsRu,
badges: badgesRu,
contributions: contributionsRu,
team: teamRu,
trophies: trophiesRu,
"tier-list-maker": tierListMakerRu,
analyzer: analyzerRu,
welcome: welcomeRu,
},
it: {
gear: gearIt,
faq: faqIt,
forms: formsIt,
friends: friendsIt,
weapons: weaponsIt,
scrims: scrimsIt,
settings: settingsIt,
common: commonIt,
"game-badges": gameBadgesIt,
"game-misc": gameMiscIt,
tournament: tournamentIt,
front: frontIt,
user: userIt,
q: qIt,
art: artIt,
builds: buildsIt,
lfg: lfgIt,
vods: vodsIt,
calendar: calendarIt,
org: orgIt,
params: paramsIt,
badges: badgesIt,
contributions: contributionsIt,
team: teamIt,
trophies: trophiesIt,
"tier-list-maker": tierListMakerIt,
analyzer: analyzerIt,
welcome: welcomeIt,
},
ja: {
gear: gearJa,
faq: faqJa,
forms: formsJa,
friends: friendsJa,
weapons: weaponsJa,
scrims: scrimsJa,
settings: settingsJa,
common: commonJa,
"game-badges": gameBadgesJa,
"game-misc": gameMiscJa,
tournament: tournamentJa,
front: frontJa,
user: userJa,
q: qJa,
art: artJa,
builds: buildsJa,
lfg: lfgJa,
vods: vodsJa,
calendar: calendarJa,
org: orgJa,
params: paramsJa,
badges: badgesJa,
contributions: contributionsJa,
team: teamJa,
trophies: trophiesJa,
"tier-list-maker": tierListMakerJa,
analyzer: analyzerJa,
welcome: welcomeJa,
},
da: {
gear: gearDa,
faq: faqDa,
forms: formsDa,
friends: friendsDa,
weapons: weaponsDa,
scrims: scrimsDa,
settings: settingsDa,
common: commonDa,
"game-badges": gameBadgesDa,
"game-misc": gameMiscDa,
tournament: tournamentDa,
front: frontDa,
user: userDa,
q: qDa,
art: artDa,
builds: buildsDa,
lfg: lfgDa,
vods: vodsDa,
calendar: calendarDa,
org: orgDa,
params: paramsDa,
badges: badgesDa,
contributions: contributionsDa,
team: teamDa,
trophies: trophiesDa,
"tier-list-maker": tierListMakerDa,
analyzer: analyzerDa,
welcome: welcomeDa,
},
"es-ES": {
gear: gearEsEs,
faq: faqEsEs,
forms: formsEsEs,
friends: friendsEsEs,
weapons: weaponsEsEs,
scrims: scrimsEsEs,
settings: settingsEsEs,
common: commonEsEs,
"game-badges": gameBadgesEsEs,
"game-misc": gameMiscEsEs,
tournament: tournamentEsEs,
front: frontEsEs,
user: userEsEs,
q: qEsEs,
art: artEsEs,
builds: buildsEsEs,
lfg: lfgEsEs,
vods: vodsEsEs,
calendar: calendarEsEs,
org: orgEsEs,
params: paramsEsEs,
badges: badgesEsEs,
contributions: contributionsEsEs,
team: teamEsEs,
trophies: trophiesEsEs,
"tier-list-maker": tierListMakerEsEs,
analyzer: analyzerEsEs,
welcome: welcomeEsEs,
},
he: {
gear: gearHe,
faq: faqHe,
forms: formsHe,
friends: friendsHe,
weapons: weaponsHe,
scrims: scrimsHe,
settings: settingsHe,
common: commonHe,
"game-badges": gameBadgesHe,
"game-misc": gameMiscHe,
tournament: tournamentHe,
front: frontHe,
user: userHe,
q: qHe,
art: artHe,
builds: buildsHe,
lfg: lfgHe,
vods: vodsHe,
calendar: calendarHe,
org: orgHe,
params: paramsHe,
badges: badgesHe,
contributions: contributionsHe,
team: teamHe,
trophies: trophiesHe,
"tier-list-maker": tierListMakerHe,
analyzer: analyzerHe,
welcome: welcomeHe,
},
"fr-EU": {
gear: gearFrEu,
faq: faqFrEu,
forms: formsFrEu,
friends: friendsFrEu,
weapons: weaponsFrEu,
scrims: scrimsFrEu,
settings: settingsFrEu,
common: commonFrEu,
"game-badges": gameBadgesFrEu,
"game-misc": gameMiscFrEu,
tournament: tournamentFrEu,
front: frontFrEu,
user: userFrEu,
q: qFrEu,
art: artFrEu,
builds: buildsFrEu,
lfg: lfgFrEu,
vods: vodsFrEu,
calendar: calendarFrEu,
org: orgFrEu,
params: paramsFrEu,
badges: badgesFrEu,
contributions: contributionsFrEu,
team: teamFrEu,
trophies: trophiesFrEu,
"tier-list-maker": tierListMakerFrEu,
analyzer: analyzerFrEu,
welcome: welcomeFrEu,
},
pl: {
gear: gearPl,
faq: faqPl,
forms: formsPl,
friends: friendsPl,
weapons: weaponsPl,
scrims: scrimsPl,
settings: settingsPl,
common: commonPl,
"game-badges": gameBadgesPl,
"game-misc": gameMiscPl,
tournament: tournamentPl,
front: frontPl,
user: userPl,
q: qPl,
art: artPl,
builds: buildsPl,
lfg: lfgPl,
vods: vodsPl,
calendar: calendarPl,
org: orgPl,
params: paramsPl,
badges: badgesPl,
contributions: contributionsPl,
team: teamPl,
trophies: trophiesPl,
"tier-list-maker": tierListMakerPl,
analyzer: analyzerPl,
welcome: welcomePl,
},
};
export type Namespace = keyof typeof resources.en;

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import * as React from "react";
import { useTranslation } from "react-i18next";
import type { LanguageCode } from "~/modules/i18n/config";
import { loadDateFnsLocale } from "~/utils/dates";
/**
* Detect when the locale returned by the root route loader changes and call
* `i18n.changeLanguage` with the new locale so translations load automatically.
* The date-fns locale is loaded first so the re-render triggered by the
* language change already has it available.
*
* Vendored from remix-i18next (removed in v8).
*/
export function useChangeLanguage(locale: string) {
const { i18n } = useTranslation();
React.useEffect(() => {
if (i18n.language !== locale) {
void loadDateFnsLocale(locale as LanguageCode).then(() =>
i18n.changeLanguage(locale),
);
}
}, [locale, i18n]);
}

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// Reference for Ability Chunks of Primary Slot-Only abilities: https://splatoonwiki.org/wiki/Ability_chunk#Splatoon_3
export const abilities = [
{ name: "ISM", type: "STACKABLE", abilityChunkTypesRequired: [] },
{ name: "ISS", type: "STACKABLE", abilityChunkTypesRequired: [] },
{ name: "IRU", type: "STACKABLE", abilityChunkTypesRequired: [] },
{ name: "RSU", type: "STACKABLE", abilityChunkTypesRequired: [] },
{ name: "SSU", type: "STACKABLE", abilityChunkTypesRequired: [] },
{ name: "SCU", type: "STACKABLE", abilityChunkTypesRequired: [] },
{ name: "SS", type: "STACKABLE", abilityChunkTypesRequired: [] },
{ name: "SPU", type: "STACKABLE", abilityChunkTypesRequired: [] },
{ name: "QR", type: "STACKABLE", abilityChunkTypesRequired: [] },
{ name: "QSJ", type: "STACKABLE", abilityChunkTypesRequired: [] },
{ name: "BRU", type: "STACKABLE", abilityChunkTypesRequired: [] },
{ name: "RES", type: "STACKABLE", abilityChunkTypesRequired: [] },
{ name: "SRU", type: "STACKABLE", abilityChunkTypesRequired: [] },
{ name: "IA", type: "STACKABLE", abilityChunkTypesRequired: [] },
{
name: "OG",
type: "HEAD_MAIN_ONLY",
abilityChunkTypesRequired: ["RSU", "SSU", "RES"],
},
{
name: "LDE",
type: "HEAD_MAIN_ONLY",
abilityChunkTypesRequired: ["ISM", "ISS", "IRU"],
},
{
name: "T",
type: "HEAD_MAIN_ONLY",
abilityChunkTypesRequired: ["SCU", "SS", "SPU"],
},
{
name: "CB",
type: "HEAD_MAIN_ONLY",
abilityChunkTypesRequired: ["RSU", "SSU", "SCU"],
},
{
name: "NS",
type: "CLOTHES_MAIN_ONLY",
abilityChunkTypesRequired: ["IRU", "RSU", "SSU"],
},
{
name: "H",
type: "CLOTHES_MAIN_ONLY",
abilityChunkTypesRequired: ["QR", "BRU", "RES"],
},
{
name: "TI",
type: "CLOTHES_MAIN_ONLY",
abilityChunkTypesRequired: ["ISM", "ISS", "IA"],
},
{
name: "RP",
type: "CLOTHES_MAIN_ONLY",
abilityChunkTypesRequired: ["SS", "QR", "SRU"],
},
{ name: "AD", type: "CLOTHES_MAIN_ONLY", abilityChunkTypesRequired: [] },
{
name: "SJ",
type: "SHOES_MAIN_ONLY",
abilityChunkTypesRequired: ["QSJ", "SRU", "IA"],
},
{
name: "OS",
type: "SHOES_MAIN_ONLY",
abilityChunkTypesRequired: ["IRU", "SPU", "BRU"],
},
{
name: "DR",
type: "SHOES_MAIN_ONLY",
abilityChunkTypesRequired: ["QSJ", "RES", "IA"],
},
] as const;
export const abilitiesShort = abilities.map((ability) => ability.name);
export const mainOnlyAbilitiesShort = abilities
.filter((ability) => ability.type !== "STACKABLE")
.map((ability) => ability.name);

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export const brandIds = [
"B00",
"B01",
"B02",
"B03",
"B04",
"B05",
"B06",
"B07",
"B08",
"B09",
"B10",
"B11",
"B15",
"B16",
"B17",
"B18",
"B19",
"B20",
"B97",
"B98",
"B99",
] as const;

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export const gamesShort = ["S1", "S2", "S3"] as const;
export const versusShort = ["1v1", "2v2", "3v3", "4v4"] as const;

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export const headGearBrandGrouped = {
B00: [
1, 4008, 6005, 8004, 8007, 8015, 24000, 24001, 24002, 24003, 24004, 24005,
24006, 24007, 24012, 24013, 24014, 24015, 24016, 24017, 24018, 24019, 24020,
24021, 24022, 24023, 24024, 24025, 24026, 24027, 24028, 24029, 24030, 24031,
24032, 24033, 24034, 24035, 24036, 24037, 24038, 24039, 24040, 28000, 28001,
],
B01: [1012, 3016, 6000, 7021, 9001, 9002, 9009],
B02: [1010, 1018, 1020, 1021, 3009, 4018, 8002],
B03: [1033, 1037, 3008, 3014, 4017, 4023],
B04: [1007, 1008, 1009, 3003, 3004, 3006, 3012, 3013, 7006, 7008, 9004],
B05: [
2004, 3001, 3002, 3005, 4000, 4007, 5000, 5001, 5002, 5003, 5004, 5007,
5008, 5009, 5010, 7002, 7007, 7009, 7011, 7013, 7014, 7015, 7016, 7017,
7018, 8000, 8001, 8003, 8010, 8011, 8012,
],
B06: [1006, 1011, 1025, 2008, 3010, 4001, 4003, 4011, 6001, 8008, 9007, 9008],
B07: [
1000, 1003, 1004, 1005, 1023, 1026, 1029, 1030, 1036, 2003, 2005, 2011,
2012, 4005, 4006, 4009, 4013, 6006, 7000, 7004, 7005, 7012,
],
B08: [1024, 1027, 1031, 2000, 2002, 3000, 3011, 3028, 3031, 4015, 4016],
B09: [1001, 1038, 2001, 2010, 3025, 4002, 4004, 4010, 4012, 4014, 4019, 4022],
B10: [1014, 3007, 6002, 7020, 9003, 9005, 24008, 24009, 24010, 24011],
B11: [1002, 6003],
B15: [2009, 3015, 3027, 8005],
B16: [1019, 3022, 3024, 8006, 8009],
B17: [3017, 3018, 3023, 6004, 8016, 8018, 10003],
B18: [1034, 1035, 2013, 3030, 4020, 4021, 5011, 5012, 7019, 8019],
B19: [1028, 1032, 3026],
B20: [1039, 3021, 3029, 3032, 8014, 8017],
B97: [
21000, 21001, 21002, 21003, 21004, 21005, 21007, 21008, 21009, 21010, 21011,
21012, 21013, 21014, 21015, 21016, 21017, 21018, 21019, 21020, 21021, 21022,
21023,
],
B98: [
27000, 27004, 27109, 27306, 27307, 27311, 29200, 29201, 29202, 29203, 29204,
],
B99: [
25000, 25001, 25002, 25003, 25004, 25005, 25006, 25007, 25008, 25009, 25010,
25011, 25012, 25013, 25016, 25017, 25018, 25019, 25020, 25021, 25022,
],
} as const;
export const headGearIds = Object.values(headGearBrandGrouped).flat();
export const clothesGearBrandGrouped = {
B00: [
2, 1000, 1006, 1022, 1023, 1030, 1035, 1052, 1053, 1062, 1075, 1076, 1077,
2008, 2010, 3000, 3001, 3002, 3003, 3005, 3013, 7001, 7002, 7006, 26000,
28000, 28001,
],
B01: [
1031, 1040, 1057, 1058, 1082, 1083, 2011, 2014, 2028, 3004, 4005, 5004,
5008, 6000, 6001, 8004,
],
B02: [
1007, 1008, 1041, 1051, 5016, 7016, 7017, 7020, 8001, 8018, 8024, 8030,
8034, 8042, 9004, 9005, 10012, 10014,
],
B03: [
1004, 1005, 1036, 1037, 1038, 1039, 1042, 1043, 2006, 2007, 5006, 5007,
8000, 8010, 8011,
],
B04: [
2001, 2004, 2018, 2019, 4004, 5003, 5014, 5015, 5024, 5025, 5026, 5028,
5034, 7005, 8002, 8006, 8009, 8012, 10002, 10009,
],
B05: [3009, 5010, 5011, 5012, 5013, 5020, 5021, 5035, 5038, 5048, 8005],
B06: [
1010, 1020, 1021, 1026, 1029, 1034, 1046, 2023, 2024, 7003, 8008, 9002,
9003, 10000, 10001,
],
B07: [
1009, 1011, 1012, 1017, 1027, 1048, 1055, 1084, 1085, 1086, 1087, 1088,
1089, 5065, 8027, 10006, 10007, 10010,
],
B08: [
1018, 1019, 2000, 2003, 2005, 2013, 2016, 4000, 4003, 5005, 5009, 5040,
5063, 7000, 7004, 8003, 8007, 8013, 8014, 8015, 8021, 8037, 8038, 10004,
10008,
],
B09: [
1015, 1016, 2009, 2012, 5000, 5002, 5017, 5019, 5027, 5039, 5051, 5052,
5054, 5060, 9000, 9001, 9007, 9010, 9014,
],
B10: [
1001, 1003, 1054, 1063, 1068, 1069, 1070, 3007, 3010, 3011, 4006, 6006,
9009, 9016,
],
B11: [
1013, 1014, 1049, 1050, 1078, 1079, 1081, 2002, 2021, 3006, 3008, 4001,
4002, 4007, 5001, 5018, 5061, 6007, 6008, 7015, 7018, 7019, 8041,
],
B15: [
1047, 1066, 1067, 2015, 2017, 2026, 2027, 5041, 5053, 5064, 7010, 7011,
7012, 8017, 8020, 8022, 8023, 8025,
],
B16: [
1033, 1056, 1059, 1060, 1095, 4008, 4009, 4010, 5033, 6003, 6004, 6005,
7013, 9011, 9012, 10005,
],
B17: [
1032, 5022, 5023, 5029, 5036, 5042, 5043, 5049, 5050, 5055, 5056, 7007,
7008, 7009, 8019, 8026, 8028, 8035, 8036, 9008, 9013, 9015,
],
B18: [1092, 1093, 7021, 7022, 7023, 8032, 8039, 8043, 10013, 10015],
B19: [1071, 1072, 1073, 1074, 1094, 5045, 5046, 5057, 5058, 5062],
B20: [1090, 1091, 5047, 5059, 7024, 7025, 8031, 8033, 8040, 9017],
B97: [
21000, 21001, 21002, 21003, 21004, 21005, 21006, 21008, 21009, 21010, 21011,
21012, 21013, 21014, 21015, 21016, 21017,
],
B98: [3, 1028, 2020, 2022, 7014, 27000, 27004, 27306, 27307, 27311, 29200],
B99: [
25000, 25001, 25002, 25003, 25004, 25005, 25006, 25007, 25008, 25009, 25010,
25011, 25012, 25013, 25014, 25015, 25017, 25018, 25019, 25020, 25021, 25022,
],
} as const;
export const clothesGearIds = Object.values(clothesGearBrandGrouped).flat();
export const shoesGearBrandGrouped = {
B00: [28000, 28001],
B01: [
1003, 1005, 1007, 1015, 1016, 1026, 1027, 2000, 2001, 2003, 2006, 2010,
2011, 2012, 3031, 4017, 4021, 4022,
],
B02: [
1, 1001, 1006, 2002, 2004, 2005, 2040, 4000, 4001, 4002, 4003, 4027, 4028,
7000, 7001, 7002, 7003, 23007, 23015,
],
B03: [
4014, 6000, 6001, 6002, 6003, 6006, 6007, 6008, 6013, 6014, 6017, 6019,
6020, 6025, 6028, 6030, 8000, 8001, 8002, 8003, 8004, 8005, 8006, 8007,
8008, 8009, 8014, 8015, 23002,
],
B04: [1000, 1002, 1004, 1017, 1018, 1019, 4008, 23000, 23004],
B05: [],
B06: [4011, 4012],
B07: [],
B08: [1008, 1009, 1014, 2008, 2009, 2013, 6012, 6018],
B09: [
1012, 1013, 3028, 3029, 4007, 4009, 4010, 4013, 5000, 5001, 5002, 6004,
6005, 6009,
],
B10: [
1021, 2014, 2015, 2019, 2023, 2024, 2029, 2030, 2031, 2032, 2033, 2037,
2043, 2044, 3000, 3002, 3004, 3005, 3006, 3007, 3009, 3010, 3011, 3012,
3014, 3018, 3020, 3021, 3022, 3030, 6010, 6011,
],
B11: [
1010, 1011, 2016, 2020, 2028, 2034, 2035, 2039, 2042, 3001, 3003, 3008,
3019, 3024, 4015, 4018, 23003, 23006,
],
B15: [4019, 6016, 6023, 6024, 8010, 8011, 8016],
B16: [
2017, 2018, 2022, 2025, 2026, 2027, 2038, 2050, 2051, 2053, 3015, 3016,
3017, 3026, 23001, 23005, 23008, 23009, 23010,
],
B17: [1020, 1023, 1025, 2036, 2045, 2046, 2052, 3013],
B18: [
2047, 2048, 4023, 4024, 4025, 4026, 6027, 7004, 23011, 23012, 23013, 23016,
],
B19: [1022, 1024, 2049, 6021, 6022, 6026, 6029, 8013, 23014],
B20: [3023, 3025, 3027, 4016, 4020],
B97: [21001, 21002, 21003, 21004, 21005, 21006, 21007, 21008, 21009],
B98: [27000, 27004, 27306, 27307, 27311, 29200],
B99: [
25000, 25001, 25002, 25003, 25004, 25005, 25006, 25007, 25008, 25009, 25010,
25011, 25012, 25013, 25014, 25015, 25018, 25019, 25020, 25021, 25022,
],
} as const;
export const shoesGearIds = Object.values(shoesGearBrandGrouped).flat();

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import type { RankedModeShort } from "./types";
export const modesShort = ["TW", "SZ", "TC", "RM", "CB"] as const;
export const rankedModesShort = modesShort.slice(1) as RankedModeShort[];
export const modesShortWithSpecial = [...modesShort, "TB", "SR"] as const;

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// when adding new stage id also update the array in create-misc-json.ts and regenerate the jsons
export const stageIds = [
0, // Scorch Gorge
1, // Eeltail Alley
2, // Hagglefish Market
3, // Undertow Spillway
4, // Mincemeat Metalworks
5, // Hammerhead Bridge
6, // Museum d'Alfonsino
7, // Mahi-Mahi Resort
8, // Inkblot Art Academy
9, // Sturgeon Shipyard
10, // MakoMart
11, // Wahoo World
12, // Flounder Heights
13, // Brinewater Springs
14, // Manta Maria
15, // Um'ami Ruins
16, // Humpback Pump Track
17, // Barnacle & Dime
18, // Crableg Capital
19, // Shipshape Cargo Co.
20, // Bluefin Depot
21, // Robo ROM-en
22, // Marlin Airport
23, // Lemuria Hub
24, // Urchin Underpass
] as const;
export const stagesObj = {
SCORCH_GORGE: 0,
EELTAIL_ALLEY: 1,
HAGGLEFISH_MARKET: 2,
UNDERTOW_SPILLWAY: 3,
MINCEMEAT_METALWORKS: 4,
HAMMERHEAD_BRIDGE: 5,
MUSEUM_D_ALFONSINO: 6,
MAHI_MAHI_RESORT: 7,
INKBLOT_ART_ACADEMY: 8,
STURGEON_SHIPYARD: 9,
MAKOMART: 10,
WAHOO_WORLD: 11,
FLOUNDER_HEIGHTS: 12,
BRINEWATER_SPRINGS: 13,
MANTA_MARIA: 14,
UM_AMI_RUINS: 15,
HUMPBACK_PUMP_TRACK: 16,
BARNACLE_AND_DIME: 17,
CRABLEG_CAPITAL: 18,
SHIPSHAPE_CARGO_CO: 19,
BLUEFIN_DEPOT: 20,
ROBO_ROM_EN: 21,
MARLIN_AIRPORT: 22,
LEMURIA_HUB: 23,
URCHIN_UNDERPASS: 24,
} as const;
export function shortStageName(fullName: string) {
return fullName.split(" ")[0];
}

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import type { abilities } from "./abilities";
import type { brandIds } from "./brand-ids";
import type { modesShort, modesShortWithSpecial } from "./modes";
import type { stageIds } from "./stage-ids";
import type {
mainWeaponIds,
specialWeaponIds,
subWeaponIds,
} from "./weapon-ids";
export type ModeShort = (typeof modesShort)[number];
export type ModeShortWithSpecial = (typeof modesShortWithSpecial)[number];
export type RankedModeShort = Exclude<ModeShort, "TW">;
export type StageId = (typeof stageIds)[number];
export type ModeWithStage = { mode: ModeShort; stageId: StageId };
export type GearType = "HEAD" | "CLOTHES" | "SHOES";
export type Ability = (typeof abilities)[number]["name"];
export type AbilityWithUnknown = (typeof abilities)[number]["name"] | "UNKNOWN";
export type AbilityType = (typeof abilities)[number]["type"];
export type MainWeaponId = (typeof mainWeaponIds)[number];
export type SubWeaponId = (typeof subWeaponIds)[number];
export type SpecialWeaponId = (typeof specialWeaponIds)[number];
export type BuildAbilitiesTuple = [
head: [main: Ability, s1: Ability, s2: Ability, s3: Ability],
clothes: [main: Ability, s1: Ability, s2: Ability, s3: Ability],
shoes: [main: Ability, s1: Ability, s2: Ability, s3: Ability],
];
export type BuildAbilitiesTupleWithUnknown = [
head: [
main: AbilityWithUnknown,
s1: AbilityWithUnknown,
s2: AbilityWithUnknown,
s3: AbilityWithUnknown,
],
clothes: [
main: AbilityWithUnknown,
s1: AbilityWithUnknown,
s2: AbilityWithUnknown,
s3: AbilityWithUnknown,
],
shoes: [
main: AbilityWithUnknown,
s1: AbilityWithUnknown,
s2: AbilityWithUnknown,
s3: AbilityWithUnknown,
],
];
export type BrandId = (typeof brandIds)[number];

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import { describe, expect, test } from "vitest";
import type { MainWeaponId } from "./types";
import { filterWeapon } from "./utils";
describe("filterWeapon", () => {
const sBlast = { type: "MAIN" as const, id: 260 as MainWeaponId };
test("matches ignoring hyphens (e.g. 's blast' finds 'S-BLAST')", () => {
expect(
filterWeapon({
weapon: sBlast,
weaponName: "S-BLAST '92",
searchTerm: "s blast",
}),
).toBe(true);
});
test("matches with the hyphen still present", () => {
expect(
filterWeapon({
weapon: sBlast,
weaponName: "S-BLAST '92",
searchTerm: "s-blast",
}),
).toBe(true);
});
test("matches ignoring case", () => {
expect(
filterWeapon({
weapon: sBlast,
weaponName: "S-BLAST '92",
searchTerm: "SBLAST",
}),
).toBe(true);
});
const neoSplash = { type: "MAIN" as const, id: 22 as MainWeaponId };
test("matches a full alt name", () => {
expect(
filterWeapon({
weapon: neoSplash,
weaponName: "Neo Splash-o-matic",
searchTerm: "gecko",
}),
).toBe(true);
});
test("alt names match on the full alt name only, not a partial one", () => {
expect(
filterWeapon({
weapon: neoSplash,
weaponName: "Neo Splash-o-matic",
searchTerm: "geck",
}),
).toBe(false);
});
test("alt names match on the full alt name only, also when the weapon has a single alt name", () => {
expect(
filterWeapon({
weapon: { type: "MAIN", id: 10 as MainWeaponId },
weaponName: "Splattershot Jr.",
searchTerm: "vj",
}),
).toBe(false);
});
test("does not match unrelated weapon", () => {
expect(
filterWeapon({
weapon: sBlast,
weaponName: "S-BLAST '92",
searchTerm: "splattershot",
}),
).toBe(false);
});
});

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import type { AnyWeapon } from "~/features/build-analyzer/analyzer-types";
import { weaponAltNames } from "~/modules/in-game-lists/weapon-alt-names";
import { abilities } from "./abilities";
import type { Ability } from "./types";
export function isAbility(value: string): value is Ability {
return Boolean(abilities.some((a) => a.name === value));
}
const normalizeTerm = (term: string): string => {
return term
.normalize("NFD")
.replace(/\p{M}/gu, "")
.replace(/[^\p{L}\p{N}]/gu, "")
.toLocaleLowerCase();
};
export function filterWeapon({
weapon,
weaponName,
searchTerm,
}: {
weapon: AnyWeapon;
weaponName: string;
searchTerm: string;
}): boolean {
const normalizedSearchTerm = normalizeTerm(searchTerm);
const normalizedWeaponName = normalizeTerm(weaponName);
if (normalizedWeaponName.includes(normalizedSearchTerm)) {
return true;
}
if (weapon.type === "MAIN") {
const altNames = weaponAltNames.get(weapon.id);
if (!altNames) return false;
const altNamesList = typeof altNames === "string" ? [altNames] : altNames;
return altNamesList.includes(normalizedSearchTerm);
}
return false;
}

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import type { MainWeaponId } from "./types";
export const weaponAltNames = new Map<MainWeaponId, string[] | string>()
.set(10, "vjr")
.set(11, "cjr")
.set(21, "nsplash")
.set(22, ["gecko", "ksplash", "barazushi"])
.set(32, ["color", "kaero", "emberz"])
.set(41, "ttek")
.set(42, ["shiny", "kshot", "emberz"])
.set(46, "ttek")
.set(60, "nzap")
.set(61, "nzap")
.set(72, ["frozen", "kpro", "barazushi"])
.set(81, "96d")
.set(82, ["k96", "emberz"])
.set(91, ["cjs", "cjet"])
.set(92, ["cobra", "kjet", "barazushi"])
.set(212, ["shiny", "kblast", "emberz"])
.set(220, "rb")
.set(221, ["rb", "crb"])
.set(251, "rpd")
.set(252, ["winter", "krb", "barazushi"])
.set(300, "l3")
.set(301, "l3d")
.set(302, ["shiny", "kl3", "emberz"])
.set(310, "h3")
.set(311, "h3d")
.set(312, ["viper", "kh3", "barazushi"])
.set(1002, ["angle", "kcarbon", "barazushi"])
.set(1022, ["galaxy", "kdynamo", "emberz"])
.set(1041, "swex")
.set(1042, ["galaxy", "kswig", "emberz"])
.set(1112, ["galaxy", "kocto", "kbrush", "emberz"])
.set(1120, "vincent")
.set(1121, "vincent")
.set(1122, ["bronze", "kpain", "barazushi"])
.set(2011, "zf")
.set(2012, ["camo", "ksplat", "barazushi"])
.set(2021, "zf")
.set(2022, ["camo", "kscope", "barazushi"])
.set(2070, ["pen", "pencil"])
.set(2071, ["pen", "pencil"])
.set(3000, "bucket")
.set(3001, "bucket")
.set(3005, "bucket")
.set(3012, ["ashen", "ktri", "barazushi"])
.set(3052, ["camo", "kdread", "emberz"])
.set(4001, "zimi")
.set(4002, ["rattle", "kmini", "emberz"])
.set(4022, ["khydra", "emberz"])
.set(4030, "bp")
.set(4031, "bpn")
.set(4050, "hedit")
.set(4051, "hedit")
.set(5001, "napples")
.set(5002, ["nocturnal", "kdapple", "barazushi"])
.set(5012, ["pink", "kdualies", "emberz"])
.set(5030, "vds")
.set(5031, "cds")
.set(5032, ["hds", "kds", "emberz"])
.set(5040, "detras")
.set(5041, "letras")
.set(6010, "tent")
.set(6011, "tent")
.set(6012, "tent")
.set(6022, ["kcover", "emberz"])
.set(7010, "bow")
.set(7011, "bow")
.set(7012, ["bow", "kbow", "emberz"])
.set(7015, "bow")
.set(7022, ["milk", "kreef", "barazushi"])
.set(8000, ["sword", "chainsaw", "stamp"])
.set(8001, ["sword", "chainsaw", "stamp"])
.set(8002, ["sword", "chainsaw", "stamp", "kstamp", "emberz"])
.set(8005, ["sword", "chainsaw", "stamp"])
.set(8010, ["sword", "vwiper"])
.set(8011, ["sword", "diper", "dwiper"])
.set(8012, ["rust", "kwiper", "barazushi"]);

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import { describe, expect, test } from "vitest";
import { weaponIdToArrayWithAlts, weaponIdToBaseWeaponId } from "./weapon-ids";
describe("weaponIdToArrayWithAlts", () => {
test("handles weapon id without alts", () => {
const id = 0;
const result = weaponIdToArrayWithAlts(id);
expect(result).toEqual([0]);
});
test("handles weapon id with alts", () => {
const id = 40;
const result = weaponIdToArrayWithAlts(id);
expect(result).toEqual([40, 45, 47]);
});
test("handles alt weapon id", () => {
const id = 45;
const result = weaponIdToArrayWithAlts(id);
expect(result).toEqual([40, 45, 47]);
});
test("handles weapon id with only one alt", () => {
const id = 41;
const result = weaponIdToArrayWithAlts(id);
expect(result).toEqual([41, 46]);
});
});
describe("weaponIdToBaseWeaponId()", () => {
test("returns correct IDs for 2nd & 3rd kit", () => {
expect(weaponIdToBaseWeaponId(210)).toBe(210);
expect(weaponIdToBaseWeaponId(211)).toBe(210);
expect(weaponIdToBaseWeaponId(212)).toBe(210);
});
test("returns correct ID for alt kits", () => {
expect(weaponIdToBaseWeaponId(45)).toBe(40);
expect(weaponIdToBaseWeaponId(47)).toBe(40);
});
});

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import { assertUnreachable } from "~/utils/types";
import type { MainWeaponId, SpecialWeaponId, SubWeaponId } from "./types";
export const weaponCategories = [
{
name: "SHOOTERS",
weaponIds: [
0, 1, 10, 11, 20, 21, 22, 30, 31, 32, 40, 41, 42, 45, 46, 47, 50, 51, 60,
61, 70, 71, 72, 80, 81, 82, 90, 91, 92, 100, 101, 300, 301, 302, 310, 311,
312, 400, 401,
],
},
{
name: "BLASTERS",
weaponIds: [
200, 201, 205, 210, 211, 212, 220, 221, 230, 231, 240, 241, 250, 251, 252,
260, 261,
],
},
{
name: "ROLLERS",
weaponIds: [
1000, 1001, 1002, 1010, 1011, 1015, 1020, 1021, 1022, 1030, 1031, 1040,
1041, 1042,
],
},
{
name: "BRUSHES",
weaponIds: [1100, 1101, 1110, 1111, 1112, 1115, 1120, 1121, 1122],
},
{
name: "CHARGERS",
weaponIds: [
2000, 2001, 2010, 2011, 2012, 2015, 2020, 2021, 2022, 2030, 2031, 2040,
2041, 2050, 2051, 2060, 2061, 2070, 2071,
],
},
{
name: "SLOSHERS",
weaponIds: [
3000, 3001, 3005, 3010, 3011, 3012, 3020, 3021, 3030, 3031, 3040, 3041,
3050, 3051, 3052,
],
},
{
name: "SPLATLINGS",
weaponIds: [
4000, 4001, 4002, 4010, 4011, 4015, 4020, 4021, 4022, 4030, 4031, 4040,
4041, 4050, 4051,
],
},
{
name: "DUALIES",
weaponIds: [
5000, 5001, 5002, 5010, 5015, 5011, 5012, 5020, 5021, 5030, 5031, 5032,
5040, 5041, 5050, 5051,
],
},
{
name: "BRELLAS",
weaponIds: [
6000, 6001, 6005, 6010, 6011, 6012, 6020, 6021, 6022, 6030, 6031,
],
},
{
name: "STRINGERS",
weaponIds: [7010, 7011, 7012, 7015, 7020, 7021, 7022, 7030, 7031],
},
{
name: "SPLATANAS",
weaponIds: [8000, 8001, 8002, 8005, 8010, 8011, 8012, 8020, 8021],
},
] as const;
export const mainWeaponIds = weaponCategories
.flatMap((category) => category.weaponIds)
.sort((a, b) => a - b);
const weaponIdToAltId = new Map<MainWeaponId, MainWeaponId | MainWeaponId[]>([
[40, [45, 47]],
[41, 46],
[200, 205],
[1010, 1015],
[1110, 1115],
[2010, 2015],
[3000, 3005],
[4010, 4015],
[5010, 5015],
[6000, 6005],
[7010, 7015],
[8000, 8005],
]);
const altWeaponIdToId = new Map<MainWeaponId, MainWeaponId>([
[45, 40],
[47, 40],
[46, 41],
[205, 200],
[1015, 1010],
[1115, 1110],
[2015, 2010],
[3005, 3000],
[4015, 4010],
[5015, 5010],
[6005, 6000],
[7015, 7010],
[8005, 8000],
]);
/**
* Folds an alt-skin weapon id to its base id, leaving non-alt ids untouched.
*
* Unlike {@link weaponIdToBaseWeaponId}, alt kits are preserved (e.g. Tentatek
* Splattershot stays 41) — only cosmetic alt skins collapse to their base.
*
* Mirrors the `BuildWeapon.canonicalWeaponSplId` column so TypeScript callers
* and SQL queries agree on what a weapon's canonical id is.
*
* @example
* // Splattershot — base weapon, returned unchanged
* canonicalWeaponSplId(40); // -> 40
*
* // Tentatek Splattershot — alt kit, returned unchanged
* canonicalWeaponSplId(41); // -> 41
*
* // Hero Shot Replica — alt skin, folded to Splattershot
* canonicalWeaponSplId(45); // -> 40
*/
export function canonicalWeaponSplId(weaponSplId: MainWeaponId): MainWeaponId {
return altWeaponIdToId.get(weaponSplId) ?? weaponSplId;
}
/**
* Converts a given weapon ID to an array containing the weapon ID and its alternate IDs. For example if you enter the ID 40 (Splattershot) it will return [40, 45, 47] (Splattershot, Hero Shot Replica, Order Shot Replica)
*/
export function weaponIdToArrayWithAlts(weaponId: MainWeaponId) {
const altId = weaponIdToAltId.get(weaponId);
if (altId !== undefined) {
return [weaponId, ...(Array.isArray(altId) ? altId : [altId])];
}
const regularId = altWeaponIdToId.get(weaponId);
if (regularId !== undefined) {
const altId = weaponIdToAltId.get(regularId);
if (altId !== undefined) {
return [regularId, ...(Array.isArray(altId) ? altId : [altId])];
}
}
return [weaponId];
}
/**
* Determines the type of weapon based on its ID
*
* @returns "ALT_SKIN" if the weapon is an alternate skin, "BASE" if it's a base weapon, or "ALT_KIT" if it's an alternate kit
*
* @example
* // Splattershot is a base weapon
* weaponIdToType(40); // -> "BASE"
*
* // Tentatek Splattershot is an alternate kit
* weaponIdToType(41); // -> "ALT_KIT"
*
* // Hero Shot Replica is an alternate skin
* weaponIdToType(45); // -> "ALT_SKIN"
*/
export const weaponIdToType = (weaponId: MainWeaponId) => {
if (altWeaponIdToId.has(weaponId)) return "ALT_SKIN";
if (weaponId === weaponIdToBaseWeaponId(weaponId)) return "BASE";
return "ALT_KIT";
};
export const SPLAT_BOMB_ID = 0;
export const SUCTION_BOMB_ID = 1;
export const BURST_BOMB_ID = 2;
export const SPRINKLER_ID = 3;
export const SPLASH_WALL_ID = 4;
export const FIZZY_BOMB_ID = 5;
export const CURLING_BOMB_ID = 6;
export const AUTO_BOMB_ID = 7;
export const SQUID_BEAKON_ID = 8;
export const POINT_SENSOR_ID = 9;
export const INK_MINE_ID = 10;
export const TOXIC_MIST_ID = 11;
export const ANGLE_SHOOTER_ID = 12;
export const TORPEDO_ID = 13;
export const subWeaponIds = [
SPLAT_BOMB_ID,
SUCTION_BOMB_ID,
BURST_BOMB_ID,
SPRINKLER_ID,
SPLASH_WALL_ID,
FIZZY_BOMB_ID,
CURLING_BOMB_ID,
AUTO_BOMB_ID,
SQUID_BEAKON_ID,
POINT_SENSOR_ID,
INK_MINE_ID,
TOXIC_MIST_ID,
ANGLE_SHOOTER_ID,
TORPEDO_ID,
] as const;
export const nonBombSubWeaponIds = [
SPRINKLER_ID,
SPLASH_WALL_ID,
SQUID_BEAKON_ID,
POINT_SENSOR_ID,
TOXIC_MIST_ID,
] as SubWeaponId[];
export const TRIZOOKA_ID = 1;
export const BIG_BUBBLER_ID = 2;
export const ZIPCASTER_ID = 3;
const TENTA_MISSILES_ID = 4;
export const INK_STORM_ID = 5;
export const BOOYAH_BOMB_ID = 6;
export const WAVE_BREAKER_ID = 7;
export const INK_VAC_ID = 8;
export const KILLER_WAIL_ID = 9;
const INKJET_ID = 10;
const ULTRA_STAMP_ID = 11;
export const CRAB_TANK_ID = 12;
const REEF_SLIDER_ID = 13;
const TRIPLE_INKSTRIKE_ID = 14;
const TACTICOOLER_ID = 15;
export const SUPER_CHUMP_ID = 16;
const KRAKEN_ROYALE_ID = 17;
export const TRIPLE_SPLASHDOWN_ID = 18;
export const SPLATTERCOLOR_SCREEN_ID = 19;
export const specialWeaponIds = [
TRIZOOKA_ID,
BIG_BUBBLER_ID,
ZIPCASTER_ID,
TENTA_MISSILES_ID,
INK_STORM_ID,
BOOYAH_BOMB_ID,
WAVE_BREAKER_ID,
INK_VAC_ID,
KILLER_WAIL_ID,
INKJET_ID,
ULTRA_STAMP_ID,
CRAB_TANK_ID,
REEF_SLIDER_ID,
TRIPLE_INKSTRIKE_ID,
TACTICOOLER_ID,
SUPER_CHUMP_ID,
KRAKEN_ROYALE_ID,
TRIPLE_SPLASHDOWN_ID,
SPLATTERCOLOR_SCREEN_ID,
] as const;
export const nonDamagingSpecialWeaponIds = [BIG_BUBBLER_ID, TACTICOOLER_ID];
export const exampleMainWeaponIdWithSpecialWeaponId = (
specialWeaponId: SpecialWeaponId,
): MainWeaponId => {
switch (specialWeaponId) {
case TRIZOOKA_ID:
return 40;
case BIG_BUBBLER_ID:
return 10;
case ZIPCASTER_ID:
return 8000;
case TENTA_MISSILES_ID:
return 1030;
case INK_STORM_ID:
return 3040;
case BOOYAH_BOMB_ID:
return 3020;
case WAVE_BREAKER_ID:
return 220;
case INK_VAC_ID:
return 2010;
case KILLER_WAIL_ID:
return 50;
case INKJET_ID:
return 3010;
case ULTRA_STAMP_ID:
return 4000;
case CRAB_TANK_ID:
return 20;
case REEF_SLIDER_ID:
return 5040;
case TRIPLE_INKSTRIKE_ID:
return 41;
case TACTICOOLER_ID:
return 60;
case SUPER_CHUMP_ID:
return 61;
case KRAKEN_ROYALE_ID:
return 4011;
case TRIPLE_SPLASHDOWN_ID:
return 211;
case SPLATTERCOLOR_SCREEN_ID:
return 401;
default: {
assertUnreachable(specialWeaponId);
}
}
};
/**
* Calculates the base weapon ID from a main weapon ID.
*
* @example
* // Returns 40 (because Splattershot is the base weapon for its kit)
* weaponIdToBaseWeaponId(40); // -> 40
*
* // (41 is Tentatek Splattershot, which is an alt kit of Splattershot)
* weaponIdToBaseWeaponId(41); // -> 40
*
* // (45 is Hero Shot Replica, which is an alt skin of Splattershot)
* weaponIdToBaseWeaponId(45); // -> 40
*/
export const weaponIdToBaseWeaponId = (id: MainWeaponId) =>
(id - (id % 10)) as MainWeaponId;

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export const PATREON_INITIAL_URL =
"https://www.patreon.com/api/oauth2/v2/campaigns/2744004/members?include=currently_entitled_tiers,user&fields%5Buser%5D=social_connections&fields%5Bmember%5D=pledge_relationship_start";
// tier 1 lowest, tier 4 highest
export const TIER_1_ID = "6959473";
export const TIER_2_ID = "6381152";
export const TIER_3_ID = "6381153";
export const TIER_4_ID = "6959564";
// free tier?
export const UNKNOWN_TIER_ID = "10544667";

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export { updatePatreonData } from "./updater";

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import { z } from "zod";
import {
TIER_1_ID,
TIER_2_ID,
TIER_3_ID,
TIER_4_ID,
UNKNOWN_TIER_ID,
} from "./constants";
export const patreonRateLimitSchema = z.object({
errors: z.array(
z.object({
retry_after_seconds: z.number().optional(),
}),
),
});
export const patronResponseSchema = z.object({
data: z.array(
z.object({
attributes: z.object({
pledge_relationship_start: z.string().nullish(),
}),
id: z.string(),
relationships: z.object({
currently_entitled_tiers: z.object({
data: z.array(
z.object({
id: z.enum([
TIER_1_ID,
TIER_2_ID,
TIER_3_ID,
TIER_4_ID,
UNKNOWN_TIER_ID,
]),
type: z.string(),
}),
),
}),
user: z.object({
data: z.object({ id: z.string(), type: z.string() }),
links: z.object({ related: z.string() }),
}),
}),
type: z.string(),
}),
),
included: z
.array(
z.object({
attributes: z.object({
social_connections: z
.object({
discord: z
.object({
user_id: z.string(),
})
.nullish(),
})
.nullish(),
}),
id: z.string(),
type: z.string(),
}),
)
.nullish(),
links: z.object({ next: z.string() }).nullish(),
meta: z.object({
pagination: z.object({
cursors: z.object({ next: z.string().nullish() }),
total: z.number(),
}),
}),
});

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import type { z } from "zod";
import { ServerConfig } from "~/config.server";
import { STAFF_DISCORD_IDS } from "~/features/admin/admin-constants";
import * as TrophyRepository from "~/features/trophies/TrophyRepository.server";
import * as UserRepository from "~/features/user-page/UserRepository.server";
import { dateToDatabaseTimestamp } from "~/utils/dates";
import { fetchWithTimeout } from "~/utils/fetch";
import { logger } from "~/utils/logger";
import type { Unpacked } from "~/utils/types";
import {
PATREON_INITIAL_URL,
TIER_1_ID,
TIER_2_ID,
TIER_3_ID,
TIER_4_ID,
UNKNOWN_TIER_ID,
} from "./constants";
import { patreonRateLimitSchema, patronResponseSchema } from "./schema";
export async function updatePatreonData(): Promise<void> {
const patrons: UserRepository.UpdatePatronDataArgs = [];
const noDiscordConnected: Array<string> = [];
const noDataIds: Array<string> = [];
let nextUrlToFetchWith = PATREON_INITIAL_URL;
while (nextUrlToFetchWith) {
const patronData = await fetchPatronData(nextUrlToFetchWith);
const parsed = parsePatronData(patronData);
patrons.push(...parsed.patrons);
noDiscordConnected.push(...parsed.noDiscordConnection);
noDataIds.push(...parsed.noDataIds);
// TS freaks out if we don't keep nextUrlToFetchWith string so that's why this weird thing here
nextUrlToFetchWith = patronData.links?.next ?? "";
}
const patronsWithMods: UserRepository.UpdatePatronDataArgs = [
...patrons,
...STAFF_DISCORD_IDS.filter((discordId) =>
patrons.every((p) => p.discordId !== discordId),
).map((discordId) => ({
discordId,
patronTier: 4,
patronStartedAt: dateToDatabaseTimestamp(new Date()),
})),
];
await UserRepository.updatePatronData(patronsWithMods);
await TrophyRepository.syncSpecialTrophies();
}
const MAX_RETRIES = 10;
const DEFAULT_RETRY_AFTER_SECONDS = 10;
const MAX_RETRY_AFTER_SECONDS = 60;
async function fetchPatronData(urlToFetch: string) {
if (!ServerConfig.patreon.accessToken) {
throw new Error("Missing Patreon access token");
}
for (let attempt = 0; attempt <= MAX_RETRIES; attempt++) {
const response = await fetchWithTimeout(
urlToFetch,
{
headers: {
Authorization: `Bearer ${ServerConfig.patreon.accessToken}`,
},
},
30_000,
);
if (response.status === 429) {
if (attempt === MAX_RETRIES) {
throw new Error(
`Patreon rate limit exceeded after ${MAX_RETRIES} retries`,
);
}
const parsed = patreonRateLimitSchema.safeParse(await response.json());
const retryAfterSeconds = Math.min(
parsed.success
? (parsed.data.errors[0]?.retry_after_seconds ??
DEFAULT_RETRY_AFTER_SECONDS)
: DEFAULT_RETRY_AFTER_SECONDS,
MAX_RETRY_AFTER_SECONDS,
);
logger.warn(
`Patreon rate limited, retrying in ${retryAfterSeconds}s (attempt ${attempt + 1}/${MAX_RETRIES})`,
);
await sleep(retryAfterSeconds * 1000);
continue;
}
if (!response.ok) {
throw new Error(
`Patreon response not successful. Status code was: ${response.status}`,
);
}
return patronResponseSchema.parse(await response.json());
}
throw new Error("Unexpected end of fetch retry loop");
}
function sleep(ms: number) {
return new Promise((resolve) => setTimeout(resolve, ms));
}
function parsePatronData({
data,
included,
}: z.infer<typeof patronResponseSchema>) {
const patronsWithIds: Array<
{
patreonId: string;
} & Omit<Unpacked<UserRepository.UpdatePatronDataArgs>, "discordId">
> = [];
for (const patron of data) {
if (patron.relationships.currently_entitled_tiers.data.length === 0) {
continue;
}
const tier = [TIER_4_ID, TIER_3_ID, TIER_2_ID, TIER_1_ID].find((id) =>
patron.relationships.currently_entitled_tiers.data.some(
(tier) => tier.id === id,
),
);
patronsWithIds.push({
patreonId: patron.relationships.user.data.id,
patronStartedAt: dateToDatabaseTimestamp(
new Date(patron.attributes.pledge_relationship_start ?? Date.now()),
),
patronTier: idToTierNumber(tier),
});
}
const result: {
patrons: UserRepository.UpdatePatronDataArgs;
noDiscordConnection: Array<string>;
noDataIds: string[];
} = {
patrons: [],
noDiscordConnection: [],
noDataIds: [],
};
for (const extraData of included ?? []) {
if (extraData.type !== "user") continue;
const patronData = patronsWithIds.find((p) => p.patreonId === extraData.id);
if (!patronData) {
result.noDataIds.push(extraData.id);
continue;
}
const discordId = extraData.attributes.social_connections?.discord?.user_id;
if (!discordId) {
result.noDiscordConnection.push(extraData.id);
continue;
}
result.patrons.push({
patronStartedAt: patronData.patronStartedAt,
discordId,
patronTier: patronData.patronTier,
});
}
return result;
}
function idToTierNumber(id: string | undefined) {
if (!id || id === UNKNOWN_TIER_ID) {
return null;
}
const tier = [null, TIER_1_ID, TIER_2_ID, TIER_3_ID, TIER_4_ID].indexOf(id);
if (tier === -1) {
logger.warn("Unknown tier for patron", id);
return null;
}
return tier;
}

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import { requireUser } from "~/features/auth/core/user.server";
import type { EntityWithPermissions, Role } from "~/modules/permissions/types";
import { hasPermission } from "./utils";
/**
* Checks if a user has the required global role.
*
* @throws {Response} - Throws a 403 Forbidden response if the user does not have the required role.
*/
export function requireRole(role: Role) {
const user = requireUser();
if (!user.roles.includes(role)) {
throw new Response("Forbidden", { status: 403 });
}
}
/**
* Checks if a user has the required permission to perform an action on a given entity.
*
* @throws {Response} - Throws a 403 Forbidden response if the user does not have the required permission.
*/
export function requirePermission<
T extends EntityWithPermissions,
K extends keyof T["permissions"],
>(obj: T, permission: K) {
const user = requireUser();
if (hasPermission(obj, permission, user)) {
return;
}
throw new Response("Forbidden", { status: 403 });
}

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import { useUser } from "~/features/auth/core/user";
import type { EntityWithPermissions, Role } from "~/modules/permissions/types";
import { hasPermission } from "./utils";
/**
* Determines whether a user has a specific global role.
*
* @returns A boolean indicating whether the user has the specified role. Always false if user is not logged in.
*/
export function useHasRole(role: Role) {
const user = useUser();
if (!user) return false;
return user.roles.includes(role);
}
/**
* Determines whether a user has a specific permission for a given entity.
*
* @returns A boolean indicating whether the user has the specified permission. Always false if user is not logged in.
*/
export function useHasPermission<
T extends EntityWithPermissions,
K extends keyof T["permissions"],
>(obj: T, permission: K) {
const user = useUser();
return hasPermission(obj, permission, user);
}

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import type { UserWithPlusTier } from "~/utils/kysely.server";
import { userDiscordIdIsAged } from "~/utils/users";
import type { Role } from "./types";
import {
isAdmin,
isDev,
isQa,
isScannerTester,
isStaff,
isSupporter,
} from "./utils";
export function userRoles(
user: Pick<
UserWithPlusTier,
| "id"
| "discordId"
| "plusTier"
| "isArtist"
| "isTournamentOrganizer"
| "isVideoAdder"
| "isApiAccesser"
| "patronTier"
>,
) {
const result: Array<Role> = [];
if (isAdmin(user)) {
result.push("ADMIN");
}
if (isStaff(user) || isAdmin(user)) {
result.push("STAFF");
}
if (isDev(user)) {
result.push("DEV");
}
if (isQa(user)) {
result.push("QA");
}
if (isScannerTester(user)) {
result.push("SCANNER_TESTER");
}
if (typeof user.patronTier === "number") {
result.push("MINOR_SUPPORT");
}
if (isSupporter(user)) {
result.push("SUPPORTER");
}
if (typeof user.plusTier === "number") {
result.push("PLUS_SERVER_MEMBER");
}
if (user.isArtist) {
result.push("ARTIST");
}
if (user.isVideoAdder) {
result.push("VIDEO_ADDER");
}
if (user.isTournamentOrganizer || isSupporter(user)) {
result.push("TOURNAMENT_ADDER");
}
if (userDiscordIdIsAged(user) || isSupporter(user)) {
result.push("CALENDAR_EVENT_ADDER");
}
if (user.isTournamentOrganizer || user.isApiAccesser || isSupporter(user)) {
result.push("API_ACCESSER");
}
return result;
}

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export type Permissions = Record<string, number[]>;
export type EntityWithPermissions = {
permissions: Permissions;
};
/** Represents a "global" role with permissions associated to it */
export type Role =
| "ADMIN"
| "STAFF"
| "PLUS_SERVER_MEMBER"
| "VIDEO_ADDER"
| "ARTIST"
| "CALENDAR_EVENT_ADDER"
| "TOURNAMENT_ADDER"
| "API_ACCESSER"
| "QA"
| "DEV"
| "SCANNER_TESTER"
| "SUPPORTER" // patrons of "Supporter" tier or higher
| "MINOR_SUPPORT"; // patrons of "Support" tier or higher

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import { beforeEach, describe, expect, test, vi } from "vitest";
import { ADMIN_ID } from "~/features/admin/admin-constants";
const e2e = vi.hoisted(() => ({ isTestRun: false }));
vi.mock("~/utils/e2e", () => ({
get IS_E2E_TEST_RUN() {
return e2e.isTestRun;
},
}));
import { hasPermission } from "./utils";
const REGULAR_USER_ID = ADMIN_ID + 1;
const OTHER_USER_ID = ADMIN_ID + 2;
const entity = { permissions: { EDIT: [REGULAR_USER_ID] } };
describe("hasPermission", () => {
beforeEach(() => {
e2e.isTestRun = false;
vi.unstubAllEnvs();
});
test("returns false for a logged out user", () => {
expect(hasPermission(entity, "EDIT", null)).toBe(false);
});
test("returns true for a user holding the permission", () => {
expect(hasPermission(entity, "EDIT", { id: REGULAR_USER_ID })).toBe(true);
});
test("returns false for a user not holding the permission", () => {
expect(hasPermission(entity, "EDIT", { id: OTHER_USER_ID })).toBe(false);
});
test("admin does not bypass the permission outside production", () => {
expect(hasPermission(entity, "EDIT", { id: ADMIN_ID })).toBe(false);
});
test("admin bypasses the permission in production", () => {
vi.stubEnv("NODE_ENV", "production");
expect(hasPermission(entity, "EDIT", { id: ADMIN_ID })).toBe(true);
});
test("admin does not bypass the permission in an e2e test run", () => {
vi.stubEnv("NODE_ENV", "production");
e2e.isTestRun = true;
expect(hasPermission(entity, "EDIT", { id: ADMIN_ID })).toBe(false);
});
});

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import {
ADMIN_ID,
DEV_IDS,
QA_IDS,
SCANNER_TESTER_IDS,
STAFF_IDS,
} from "~/features/admin/admin-constants";
import { IS_E2E_TEST_RUN } from "~/utils/e2e";
import type { EntityWithPermissions } from "./types";
/**
* Determines whether a user has a specific permission for a given entity.
* Single source of truth shared by `requirePermission` and `useHasPermission`.
*
* @returns A boolean indicating whether the user has the specified permission. Always false if user is not logged in.
*/
export function hasPermission<
T extends EntityWithPermissions,
K extends keyof T["permissions"],
>(obj: T, permission: K, user?: { id: number } | null) {
if (!user) return false;
// admin can do anything in production but not in development or e2e tests for better testing
if (
process.env.NODE_ENV === "production" &&
!IS_E2E_TEST_RUN &&
isAdmin(user)
) {
return true;
}
return (obj.permissions as Record<K, number[]>)[permission].includes(user.id);
}
export function isAdmin(user?: { id: number }) {
return user?.id === ADMIN_ID;
}
export function isStaff(user?: { id: number }) {
if (!user) return false;
return STAFF_IDS.includes(user.id);
}
export function isDev(user?: { id: number }) {
if (!user) return false;
return DEV_IDS.includes(user.id);
}
export function isQa(user?: { id: number }) {
if (!user) return false;
return QA_IDS.includes(user.id);
}
export function isScannerTester(user?: { id: number }) {
if (!user) return false;
return SCANNER_TESTER_IDS.includes(user.id);
}
export function isSupporter(user?: { patronTier: number | null }) {
return typeof user?.patronTier === "number" && user.patronTier >= 2;
}

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import { afterEach, describe, expect, test } from "vitest";
import { render } from "vitest-browser-react";
import { z } from "zod";
import { usePersistedMapState, usePersistedState } from "./hooks";
import * as PersistedState from "./persisted-state";
const recentIds = PersistedState.define({
key: "test-recent-ids",
storage: "local",
schema: z.array(z.number()),
default: [],
});
const counts = PersistedState.defineMap({
keyPrefix: "test-counts__",
storage: "local",
schema: z.number(),
default: 0,
});
function RecentIds() {
const [ids, setIds] = usePersistedState(recentIds);
return (
<div>
<div data-testid="ids">{ids.join(",")}</div>
<button type="button" onClick={() => setIds([7])}>
set
</button>
<button
type="button"
onClick={() =>
setIds((previous) =>
PersistedState.prependToRecentList(previous, 8, 3),
)
}
>
prepend
</button>
</div>
);
}
function CountsMirror() {
const countsByKey = usePersistedMapState(counts);
return (
<div data-testid="counts">
{Object.entries(countsByKey)
.map(([key, count]) => `${key}=${count}`)
.sort()
.join(",")}
</div>
);
}
afterEach(() => {
window.localStorage.clear();
});
describe("usePersistedState", () => {
test("reads the default when nothing is stored", async () => {
const screen = await render(<RecentIds />);
await expect.element(screen.getByTestId("ids")).toHaveTextContent("");
});
test("writes persist and update every subscribed component", async () => {
const screen = await render(
<div>
<RecentIds />
<RecentIds />
</div>,
);
await screen.getByRole("button", { name: "set" }).first().click();
for (const element of screen.getByTestId("ids").elements()) {
expect(element).toHaveTextContent("7");
}
expect(window.localStorage.getItem("test-recent-ids")).toBe("[7]");
});
test("updater form reads the current value", async () => {
window.localStorage.setItem("test-recent-ids", "[1,2,3]");
const screen = await render(<RecentIds />);
await screen.getByRole("button", { name: "prepend" }).click();
await expect.element(screen.getByTestId("ids")).toHaveTextContent("8,1,2");
});
test("storage events from other tabs sync the value", async () => {
const screen = await render(<RecentIds />);
window.localStorage.setItem("test-recent-ids", "[4,5]");
window.dispatchEvent(
new StorageEvent("storage", { key: "test-recent-ids" }),
);
await expect.element(screen.getByTestId("ids")).toHaveTextContent("4,5");
});
});
describe("usePersistedMapState", () => {
test("reads all entries under the prefix and syncs entry writes", async () => {
window.localStorage.setItem("test-counts__a", "1");
const screen = await render(<CountsMirror />);
await expect.element(screen.getByTestId("counts")).toHaveTextContent("a=1");
PersistedState.writeMapEntry(counts, "b", 2);
await expect
.element(screen.getByTestId("counts"))
.toHaveTextContent("a=1,b=2");
});
});

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import * as React from "react";
import type {
PersistedDefinition,
PersistedMapDefinition,
} from "./persisted-state";
import * as PersistedState from "./persisted-state";
const SERVER_MAP_SNAPSHOT: Record<string, never> = {};
/**
* Typed React state backed by a persisted definition. The value stays in sync
* across components and browser tabs; the setter accepts a value or an updater.
*/
export function usePersistedState<T>(
definition: PersistedDefinition<T>,
): [T, (next: T | ((previous: T) => T)) => void] {
const subscribeToDefinition = React.useCallback(
(listener: () => void) => PersistedState.subscribe(definition, listener),
[definition],
);
const value = React.useSyncExternalStore(
subscribeToDefinition,
() => PersistedState.read(definition),
() => definition.default,
);
const setValue = (next: T | ((previous: T) => T)) => {
PersistedState.write(
definition,
typeof next === "function"
? (next as (previous: T) => T)(PersistedState.read(definition))
: next,
);
};
return [value, setValue];
}
/** Read-only React view of a persisted map definition; write entries via `PersistedState.writeMapEntry`. */
export function usePersistedMapState<T>(
definition: PersistedMapDefinition<T>,
): Record<string, T> {
const subscribeToDefinition = React.useCallback(
(listener: () => void) => PersistedState.subscribeMap(definition, listener),
[definition],
);
return React.useSyncExternalStore(
subscribeToDefinition,
() => PersistedState.readMap(definition),
() => SERVER_MAP_SNAPSHOT,
);
}

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import { expect } from "vitest";
import type {
PersistedDefinition,
PersistedMapDefinition,
} from "./persisted-state";
/**
* Asserts `decode(encode(x))` deep-equals `x` for every given example value,
* and that a missing value decodes to the default. Every feature definition
* registers a test with representative and edge-case values.
*/
export function assertRoundTrips<T>(
definition: PersistedDefinition<T> | PersistedMapDefinition<T>,
examples: NoInfer<T>[],
) {
expect
.soft(definition.decode(null), "missing → default")
.toEqual(definition.default);
for (const value of examples) {
expect
.soft(
definition.decode(definition.encode(value)),
`round trip of ${JSON.stringify(value)}`,
)
.toEqual(value);
}
}
/** Asserts that each given raw stored string decodes to the definition's default. */
export function assertDecodesToDefault<T>(
definition: PersistedDefinition<T> | PersistedMapDefinition<T>,
raws: string[],
) {
for (const raw of raws) {
expect
.soft(definition.decode(raw), `${JSON.stringify(raw)} → default`)
.toEqual(definition.default);
}
}

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import { describe, expect, test } from "vitest";
import { z } from "zod";
import * as PersistedState from "./persisted-state";
import {
assertDecodesToDefault,
assertRoundTrips,
} from "./persisted-state-test-utils";
const numberList = PersistedState.define({
key: "test-number-list",
storage: "local",
schema: z.array(z.number()),
default: [],
});
const searchType = PersistedState.define({
key: "test-search-type",
storage: "local",
schema: z.enum(["weapons", "users"]),
default: "weapons",
});
const dismissed = PersistedState.define({
key: "test-dismissed",
storage: "local",
schema: z.boolean(),
default: false,
});
const counts = PersistedState.defineMap({
keyPrefix: "test-counts__",
storage: "local",
schema: z.number(),
default: 0,
});
describe("define", () => {
test("round-trips values", () => {
assertRoundTrips(numberList, [[], [1, 2, 3]]);
assertRoundTrips(searchType, ["weapons", "users"]);
assertRoundTrips(dismissed, [true, false]);
assertRoundTrips(counts, [0, 42]);
});
test("malformed values decode to defaults", () => {
assertDecodesToDefault(numberList, ["not json", '{"a":1}', '["a","b"]']);
assertDecodesToDefault(searchType, ["teams", "[1,2]"]);
assertDecodesToDefault(dismissed, ["yes"]);
assertDecodesToDefault(counts, ["abc", "", "Infinity"]);
});
test("decodes legacy plain-string values where the schema allows them", () => {
expect(searchType.decode("users")).toBe("users");
expect(dismissed.decode("true")).toBe(true);
expect(counts.decode("7")).toBe(7);
});
});
describe("prependToRecentList", () => {
test("prepends a new item", () => {
expect(PersistedState.prependToRecentList([1, 2], 3, 5)).toEqual([3, 1, 2]);
});
test("moves an existing item to the front", () => {
expect(PersistedState.prependToRecentList([1, 2, 3], 2, 5)).toEqual([
2, 1, 3,
]);
});
test("caps the list length", () => {
expect(PersistedState.prependToRecentList([1, 2, 3], 4, 3)).toEqual([
4, 1, 2,
]);
});
});

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import type { z } from "zod";
const readCaches = new WeakMap<
object,
{ raw: string | null; value: unknown }
>();
const mapCaches = new WeakMap<object, Record<string, unknown>>();
const listenersByDefinition = new WeakMap<object, Set<() => void>>();
const SERVER_MAP_SNAPSHOT: Record<string, never> = {};
type StorageKind = "local" | "session";
interface DefinitionBase<T> {
storage: StorageKind;
default: T;
/** Decodes a raw stored string. Total: resolves to the default for missing or malformed values, never throws. */
decode: (raw: string | null) => T;
/** Encodes a value into its stored string form. */
encode: (value: T) => string;
}
export interface PersistedDefinition<T> extends DefinitionBase<T> {
key: string;
}
export interface PersistedMapDefinition<T> extends DefinitionBase<T> {
keyPrefix: string;
}
/**
* Declares a client state persisted in web storage. One definition per stored
* key drives reads, writes, cross-tab sync and the `usePersistedState` hook.
* Decoding is total: the default resolves for missing or malformed values,
* legacy plain-string values are accepted where the schema allows them.
*/
export function define<S extends z.ZodType>(options: {
key: string;
storage: StorageKind;
schema: S;
default: z.output<S>;
}): PersistedDefinition<z.output<S>> {
return {
key: options.key,
storage: options.storage,
default: options.default,
...codec(options.schema, options.default),
};
}
/**
* Declares a keyed family of persisted values sharing a storage key prefix,
* for maps whose entries are written independently (e.g. per chat room).
*/
export function defineMap<S extends z.ZodType>(options: {
keyPrefix: string;
storage: StorageKind;
schema: S;
default: z.output<S>;
}): PersistedMapDefinition<z.output<S>> {
return {
keyPrefix: options.keyPrefix,
storage: options.storage,
default: options.default,
...codec(options.schema, options.default),
};
}
/** Reads the persisted value, resolving to the default on the server or when the stored value is missing or malformed. */
export function read<T>(definition: PersistedDefinition<T>): T {
if (typeof window === "undefined") return definition.default;
const raw = readRaw(definition.storage, definition.key);
const cached = readCaches.get(definition);
if (cached && cached.raw === raw) return cached.value as T;
const value = definition.decode(raw);
readCaches.set(definition, { raw, value });
return value;
}
/** Writes the value to web storage and notifies this tab's subscribers (other tabs sync via the `storage` event). */
export function write<T>(definition: PersistedDefinition<T>, value: T) {
try {
storageOf(definition.storage).setItem(
definition.key,
definition.encode(value),
);
} catch {
// web storage may be unavailable
}
notify(definition);
}
/** Subscribes to changes of the persisted value, from both this tab's writes and other tabs via the `storage` event. */
export function subscribe<T>(
definition: PersistedDefinition<T>,
listener: () => void,
) {
const listeners = listenersOf(definition);
listeners.add(listener);
const handleStorageEvent = (event: StorageEvent) => {
if (event.key !== null && event.key !== definition.key) return;
listener();
};
window.addEventListener("storage", handleStorageEvent);
return () => {
listeners.delete(listener);
window.removeEventListener("storage", handleStorageEvent);
};
}
/** Reads all entries of a persisted map, keyed by the part of the storage key after the prefix. */
export function readMap<T>(
definition: PersistedMapDefinition<T>,
): Record<string, T> {
if (typeof window === "undefined") {
return SERVER_MAP_SNAPSHOT as Record<string, T>;
}
const cached = mapCaches.get(definition);
if (cached) return cached as Record<string, T>;
const value = readMapFromStorage(definition);
mapCaches.set(definition, value);
return value;
}
/** Writes one entry of a persisted map and notifies this tab's subscribers (other tabs sync via the `storage` event). */
export function writeMapEntry<T>(
definition: PersistedMapDefinition<T>,
entryKey: string,
value: T,
) {
try {
storageOf(definition.storage).setItem(
`${definition.keyPrefix}${entryKey}`,
definition.encode(value),
);
} catch {
// web storage may be unavailable
}
mapCaches.delete(definition);
notify(definition);
}
/** Subscribes to changes of any entry of a persisted map, from both this tab's writes and other tabs via the `storage` event. */
export function subscribeMap<T>(
definition: PersistedMapDefinition<T>,
listener: () => void,
) {
const listeners = listenersOf(definition);
listeners.add(listener);
const handleStorageEvent = (event: StorageEvent) => {
if (event.key !== null && !event.key.startsWith(definition.keyPrefix)) {
return;
}
mapCaches.delete(definition);
listener();
};
window.addEventListener("storage", handleStorageEvent);
return () => {
listeners.delete(listener);
window.removeEventListener("storage", handleStorageEvent);
};
}
/** Moves `item` to the front of a most-recently-used list, deduplicating it and capping the list's length. */
export function prependToRecentList<T>(
items: readonly T[],
item: T,
maxLength: number,
): T[] {
return [item, ...items.filter((existing) => existing !== item)].slice(
0,
maxLength,
);
}
function codec<S extends z.ZodType>(schema: S, defaultValue: z.output<S>) {
return {
decode: (raw: string | null): z.output<S> => {
if (raw === null) return defaultValue;
const parsed = schema.safeParse(rawToJson(raw));
return parsed.success ? parsed.data : defaultValue;
},
encode: (value: z.output<S>) => JSON.stringify(value),
};
}
function rawToJson(raw: string): unknown {
try {
return JSON.parse(raw);
} catch {
// legacy values were stored as plain strings
return raw;
}
}
function storageOf(kind: StorageKind): Storage {
return kind === "local" ? window.localStorage : window.sessionStorage;
}
function readRaw(kind: StorageKind, key: string): string | null {
try {
return storageOf(kind).getItem(key);
} catch {
return null;
}
}
function readMapFromStorage<T>(
definition: PersistedMapDefinition<T>,
): Record<string, T> {
const result: Record<string, T> = {};
try {
const storage = storageOf(definition.storage);
for (let i = 0; i < storage.length; i++) {
const key = storage.key(i);
if (!key?.startsWith(definition.keyPrefix)) continue;
result[key.slice(definition.keyPrefix.length)] = definition.decode(
storage.getItem(key),
);
}
} catch {
// web storage may be unavailable
}
return result;
}
function listenersOf(definition: object): Set<() => void> {
let listeners = listenersByDefinition.get(definition);
if (!listeners) {
listeners = new Set();
listenersByDefinition.set(definition, listeners);
}
return listeners;
}
function notify(definition: object) {
for (const listener of listenersOf(definition)) {
listener();
}
}

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import React, { type JSX } from "react";
interface MasonryProps {
children: React.ReactNode | React.ReactNode[];
columnsCount?: number;
gutter?: string;
className?: string;
style?: React.CSSProperties;
containerTag?: keyof JSX.IntrinsicElements;
itemTag?: keyof JSX.IntrinsicElements;
itemStyle?: React.CSSProperties;
sequential?: boolean;
}
interface MasonryState {
columns: React.ReactNode[][];
childRefs: React.RefObject<HTMLDivElement | null>[];
hasDistributed: boolean;
children?: React.ReactNode | React.ReactNode[];
}
class Masonry extends React.Component<MasonryProps, MasonryState> {
static defaultProps: Partial<MasonryProps> = {
columnsCount: 3,
gutter: "0",
className: undefined,
style: {},
containerTag: "div",
itemTag: "div",
itemStyle: {},
sequential: false,
};
constructor(props: MasonryProps) {
super(props);
this.state = { columns: [], childRefs: [], hasDistributed: false };
}
componentDidUpdate() {
if (!this.state.hasDistributed && !this.props.sequential) {
this.distributeChildren();
}
}
static getDerivedStateFromProps(props: MasonryProps, state: MasonryState) {
const { children, columnsCount } = props;
const hasColumnsChanged = columnsCount !== state.columns.length;
if (state && children === state.children && !hasColumnsChanged) return null;
return {
...Masonry.getEqualCountColumns(children, columnsCount!),
children,
hasDistributed: false,
};
}
shouldComponentUpdate(nextProps: MasonryProps) {
return (
nextProps.children !== this.state.children ||
nextProps.columnsCount !== this.props.columnsCount
);
}
distributeChildren() {
const { children, columnsCount } = this.props;
const columnHeights = Array(columnsCount!).fill(0);
const isReady = this.state.childRefs.every(
(ref) => ref.current?.getBoundingClientRect().height,
);
if (!isReady) return;
const columns: React.ReactNode[][] = Array.from(
{ length: columnsCount! },
() => [],
);
let validIndex = 0;
React.Children.forEach(children, (child) => {
if (child && React.isValidElement(child)) {
const childHeight =
this.state.childRefs[validIndex].current!.getBoundingClientRect()
.height;
const minHeightColumnIndex = columnHeights.indexOf(
Math.min(...columnHeights),
);
columnHeights[minHeightColumnIndex] += childHeight;
columns[minHeightColumnIndex].push(child);
validIndex++;
}
});
this.setState((p) => ({ ...p, columns, hasDistributed: true }));
}
static getEqualCountColumns(
children: React.ReactNode | React.ReactNode[],
columnsCount: number,
) {
const columns: React.ReactNode[][] = Array.from(
{ length: columnsCount },
() => [],
);
let validIndex = 0;
const childRefs: React.RefObject<HTMLDivElement | null>[] = [];
React.Children.forEach(children, (child) => {
if (child && React.isValidElement(child)) {
const ref = React.createRef<HTMLDivElement>();
childRefs.push(ref);
columns[validIndex % columnsCount].push(
<div
style={{ display: "flex", justifyContent: "stretch" }}
key={validIndex}
ref={ref}
>
{child}
</div>,
);
validIndex++;
}
});
return { columns, childRefs };
}
renderColumns() {
const { gutter, itemTag, itemStyle } = this.props;
return this.state.columns.map((column, i) =>
React.createElement(
itemTag!,
{
key: i,
style: {
display: "flex",
flexDirection: "column",
justifyContent: "flex-start",
alignContent: "stretch",
flex: 1,
width: 0,
gap: gutter,
...itemStyle,
},
},
column.map((item) => item),
),
);
}
render() {
const { gutter, className, style, containerTag } = this.props;
return React.createElement(
containerTag!,
{
style: {
display: "flex",
flexDirection: "row",
justifyContent: "center",
alignContent: "stretch",
boxSizing: "border-box",
width: "100%",
gap: gutter,
...style,
},
className,
},
this.renderColumns(),
);
}
}
export default Masonry;

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// adapted from https://github.com/cedricdelpoux/react-responsive-masonry
import React from "react";
import { useWindowSize } from "~/hooks/useWindowSize";
import Masonry from "./Masonry";
const COLUMN_COUNTS = {
L: 3,
M: 2,
S: 1,
};
const BREAKPOINTS = {
L: 900,
M: 750,
S: 350,
} as const;
type Breakpoint = keyof typeof BREAKPOINTS;
const MasonryResponsive = ({
children,
}: {
children: React.ReactNode | React.ReactNode[];
}) => {
const breakpoint = useBreakpoint();
const columnsCount = COLUMN_COUNTS[breakpoint];
return (
<div>
{React.Children.map(children, (child, index) =>
React.cloneElement(child as React.ReactElement<any>, {
key: index,
columnsCount,
}),
)}
</div>
);
};
export function ResponsiveMasonry({ children }: { children: React.ReactNode }) {
return (
<MasonryResponsive>
<Masonry gutter="1rem">{children}</Masonry>
</MasonryResponsive>
);
}
function useBreakpoint(): Breakpoint {
const { width } = useWindowSize();
const ascending = Object.entries(BREAKPOINTS).sort((a, b) => a[1] - b[1]);
return ascending.reduce<Breakpoint>(
(current, [name, minWidth]) =>
width >= minWidth ? (name as Breakpoint) : current,
ascending[0][0] as Breakpoint,
);
}

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import * as React from "react";
import { createBrowserRouter, RouterProvider } from "react-router";
import { afterEach, describe, expect, test } from "vitest";
import { render } from "vitest-browser-react";
import { z } from "zod";
import { useSearchParam, useSearchParamsTyped } from "./hooks";
import * as SearchParams from "./search-params";
import { SP } from "./search-params";
const definition = SearchParams.define({
page: SP.param(z.number().int().min(1), { default: 1, loader: true }),
filters: SP.json(z.object({ q: z.string() }), {
default: { q: "" },
loader: true,
resets: ["page"],
}),
view: SP.param(z.enum(["list", "grid"]), { default: "list", loader: false }),
other: SP.param(z.number(), { default: 0, loader: false }),
});
let loaderCalls = 0;
let viewRenders = 0;
function TestComponent() {
const [params, setParams] = useSearchParamsTyped(definition);
return (
<div>
<div data-testid="page">{params.page}</div>
<div data-testid="view">{params.view}</div>
<div data-testid="q">{params.filters.q}</div>
<button type="button" onClick={() => setParams({ view: "grid" })}>
set view
</button>
<button type="button" onClick={() => setParams({ page: 5 })}>
set page
</button>
<button type="button" onClick={() => setParams({ page: 1 })}>
reset page
</button>
<button
type="button"
onClick={() => setParams({ filters: { q: "hello" } })}
>
set filters
</button>
<button
type="button"
onClick={() => setParams({ view: "grid", page: 2 })}
>
mixed batch
</button>
<button type="button" onClick={() => setParams({ other: 9 })}>
set other
</button>
<ViewOnly />
</div>
);
}
const ViewOnly = React.memo(function ViewOnly() {
const [view] = useSearchParam(definition, "view");
viewRenders++;
return <div data-testid="view-only">{view}</div>;
});
async function renderTestRouter() {
loaderCalls = 0;
viewRenders = 0;
const router = createBrowserRouter([
{
path: "*",
loader: () => {
loaderCalls++;
return null;
},
element: <TestComponent />,
},
]);
return { screen: await render(<RouterProvider router={router} />), router };
}
function currentSearchParams() {
return new URLSearchParams(window.location.search);
}
afterEach(() => {
window.history.replaceState(null, "", window.location.pathname);
});
describe("useSearchParamsTyped", () => {
test("loader: false writes update the URL without running loaders", async () => {
const { screen } = await renderTestRouter();
await expect.element(screen.getByTestId("view")).toHaveTextContent("list");
const initialLoaderCalls = loaderCalls;
await screen.getByRole("button", { name: "set view" }).click();
await expect.element(screen.getByTestId("view")).toHaveTextContent("grid");
expect(currentSearchParams().get("view")).toBe("grid");
expect(loaderCalls).toBe(initialLoaderCalls);
});
test("loader: true writes navigate and run loaders", async () => {
const { screen } = await renderTestRouter();
await expect.element(screen.getByTestId("page")).toHaveTextContent("1");
const initialLoaderCalls = loaderCalls;
await screen.getByRole("button", { name: "set page", exact: true }).click();
await expect.element(screen.getByTestId("page")).toHaveTextContent("5");
expect(currentSearchParams().get("page")).toBe("5");
await expect.poll(() => loaderCalls).toBeGreaterThan(initialLoaderCalls);
});
test("a mixed batch carries both changes in one navigation", async () => {
const { screen } = await renderTestRouter();
await expect.element(screen.getByTestId("page")).toHaveTextContent("1");
await screen.getByRole("button", { name: "mixed batch" }).click();
await expect.element(screen.getByTestId("page")).toHaveTextContent("2");
await expect.element(screen.getByTestId("view")).toHaveTextContent("grid");
expect(currentSearchParams().get("page")).toBe("2");
expect(currentSearchParams().get("view")).toBe("grid");
});
test("writes merge: params outside the batch are preserved", async () => {
const { screen } = await renderTestRouter();
window.history.replaceState(null, "", "?unrelated=yes&page=5");
await screen.getByRole("button", { name: "set view" }).click();
await expect.element(screen.getByTestId("view")).toHaveTextContent("grid");
expect(currentSearchParams().get("unrelated")).toBe("yes");
expect(currentSearchParams().get("page")).toBe("5");
});
test("values equal to their default are removed from the URL", async () => {
const { screen } = await renderTestRouter();
window.history.replaceState(null, "", "?page=5");
await expect.element(screen.getByTestId("page")).toHaveTextContent("5");
await screen.getByRole("button", { name: "reset page" }).click();
await expect.element(screen.getByTestId("page")).toHaveTextContent("1");
expect(currentSearchParams().has("page")).toBe(false);
});
test("declared resets reset other params on write", async () => {
const { screen } = await renderTestRouter();
window.history.replaceState(null, "", "?page=5");
await expect.element(screen.getByTestId("page")).toHaveTextContent("5");
await screen.getByRole("button", { name: "set filters" }).click();
await expect.element(screen.getByTestId("q")).toHaveTextContent("hello");
await expect.element(screen.getByTestId("page")).toHaveTextContent("1");
expect(currentSearchParams().has("page")).toBe(false);
});
test("external navigation syncs the params", async () => {
const { screen, router } = await renderTestRouter();
await expect.element(screen.getByTestId("page")).toHaveTextContent("1");
await router.navigate(`${window.location.pathname}?page=7`);
await expect.element(screen.getByTestId("page")).toHaveTextContent("7");
});
});
describe("useSearchParam", () => {
test("rerenders only when the subscribed param changes", async () => {
const { screen } = await renderTestRouter();
await expect
.element(screen.getByTestId("view-only"))
.toHaveTextContent("list");
const initialViewRenders = viewRenders;
await screen.getByRole("button", { name: "set other" }).click();
await expect.poll(() => currentSearchParams().get("other")).toBe("9");
expect(viewRenders).toBe(initialViewRenders);
await screen.getByRole("button", { name: "set view" }).click();
await expect
.element(screen.getByTestId("view-only"))
.toHaveTextContent("grid");
expect(viewRenders).toBeGreaterThan(initialViewRenders);
});
});

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import * as React from "react";
import { useLocation, useNavigate } from "react-router";
import type {
ParamDef,
SearchParamsDefinition,
SearchParamsValues,
} from "./search-params";
import * as SearchParams from "./search-params";
import * as Store from "./store";
type AnyShape = Record<string, ParamDef<any>>;
interface SetSearchParamsOptions {
replace?: boolean;
preventScrollReset?: boolean;
/** Overrides the write channel derived from the written params' `loader`. */
loader?: boolean;
}
type SetSearchParams<Shape extends AnyShape> = (
updates: Partial<SearchParamsValues<Shape>>,
opts?: SetSearchParamsOptions,
) => void;
const InitialSearchContext = React.createContext<string | null>(null);
/**
* Provides the initial search string for server rendering and hydration.
* Mounted once in the root route; the value never updates so consumers do not
* rerender through it.
*/
export function SearchParamsProvider({
children,
}: {
children: React.ReactNode;
}) {
const location = useLocation();
const [initialSearch] = React.useState(location.search);
return React.createElement(
InitialSearchContext.Provider,
{ value: initialSearch },
children,
);
}
/**
* Typed search params state for a whole definition.
*
* Writes are merges: params not mentioned are preserved, declared `resets`
* are applied and values equal to their default are removed from the URL. If
* any written param is `loader: true` the batch writes through one navigation,
* otherwise through `history.replaceState` without triggering loaders. A write
* known not to change loader data can force the latter with `{ loader: false }`.
*/
export function useSearchParamsTyped<Shape extends AnyShape>(
definition: SearchParamsDefinition<Shape>,
): [SearchParamsValues<Shape>, SetSearchParams<Shape>] {
const values = useDecodedValues(definition, definition.keys);
const setParams = useSetSearchParams(definition);
return [values, setParams];
}
/**
* Focused subscription to a single param of a definition: rerenders only when
* that param's raw string value changes.
*/
export function useSearchParam<
Shape extends AnyShape,
K extends keyof Shape & string,
>(
definition: SearchParamsDefinition<Shape>,
key: K,
): [
SearchParamsValues<Shape>[K],
(value: SearchParamsValues<Shape>[K], opts?: SetSearchParamsOptions) => void,
] {
const values = useDecodedValues(definition, [key]);
const setParams = useSetSearchParams(definition);
const setValue = React.useCallback(
(value: SearchParamsValues<Shape>[K], opts?: SetSearchParamsOptions) => {
setParams({ [key]: value } as Partial<SearchParamsValues<Shape>>, opts);
},
[setParams, key],
);
return [values[key], setValue];
}
function useDecodedValues<Shape extends AnyShape>(
definition: SearchParamsDefinition<Shape>,
keys: string[],
): SearchParamsValues<Shape> {
const initialSearch = React.useContext(InitialSearchContext) ?? "";
const relevantSearch = React.useSyncExternalStore(
Store.subscribe,
() => SearchParams.pickRelevantSearch(keys, window.location.search),
() => SearchParams.pickRelevantSearch(keys, initialSearch),
);
return React.useMemo(
() => definition.parse(new URLSearchParams(relevantSearch)),
[definition, relevantSearch],
);
}
function useSetSearchParams<Shape extends AnyShape>(
definition: SearchParamsDefinition<Shape>,
): SetSearchParams<Shape> {
const navigate = useNavigate();
const navigateRef = React.useRef(navigate);
navigateRef.current = navigate;
return React.useCallback(
(updates, opts) => {
const { loader, ...navigateOptions } = opts ?? {};
const current = new URLSearchParams(window.location.search);
const { next, navigationNeeded } = SearchParams.applyToSearchParams(
definition,
current,
updates,
);
const queryString = next.toString();
if (queryString === current.toString()) return;
const url = `${window.location.pathname}${queryString ? `?${queryString}` : ""}${window.location.hash}`;
if (loader ?? navigationNeeded) {
navigateRef.current(url, {
replace: true,
preventScrollReset: true,
...navigateOptions,
});
} else {
window.history.replaceState(window.history.state, "", url);
}
},
[definition],
);
}

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import { expect } from "vitest";
import type {
ParamDef,
SearchParamsDefinition,
SearchParamsValues,
} from "./search-params";
import * as SearchParams from "./search-params";
type AnyShape = Record<string, ParamDef<any>>;
/**
* Asserts `decode(encode(x))` deep-equals `x` for every given example value,
* through both the plain and the compressed transport form, and additionally
* through a full `href` → `parse` cycle. Every feature definition registers a
* test with representative and edge-case values.
*/
export function assertRoundTrips<Shape extends AnyShape>(
definition: SearchParamsDefinition<Shape>,
examples: {
[K in keyof Shape]: Array<SearchParamsValues<Shape>[K]>;
},
) {
for (const key of definition.keys) {
const def = definition.shape[key];
expect
.soft(SearchParams.decodeParam(def, []), `${key}: absent → default`)
.toEqual(def.default);
for (const value of examples[key]) {
const encoded = SearchParams.encodeParam(def, value);
expect
.soft(
SearchParams.decodeParam(def, encoded),
`${key}: plain round trip of ${JSON.stringify(value)}`,
)
.toEqual(value);
const compressed =
def.compress || encoded.length === 0
? encoded
: def
.encodePlain(value)
.map((plain) => SearchParams.compressTransportValue(plain));
expect
.soft(
SearchParams.decodeParam(def, compressed),
`${key}: compressed round trip of ${JSON.stringify(value)}`,
)
.toEqual(value);
const href = definition.href("/round-trip", {
[key]: value,
} as Partial<SearchParamsValues<Shape>>);
const parsed = definition.parse(new URL(href, "http://localhost"));
expect
.soft(
parsed[key],
`${key}: href → parse round trip of ${JSON.stringify(value)}`,
)
.toEqual(value);
}
}
}
/** Asserts that each given raw URL value list decodes to the param's default. */
export function assertDecodesToDefault<Shape extends AnyShape>(
definition: SearchParamsDefinition<Shape>,
key: keyof Shape & string,
rawValuesList: string[][],
) {
const def = definition.shape[key];
for (const rawValues of rawValuesList) {
expect
.soft(
SearchParams.decodeParam(def, rawValues),
`${key}: ${JSON.stringify(rawValues)} → default`,
)
.toEqual(def.default);
}
}

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import type { ShouldRevalidateFunction } from "react-router";
import { describe, expect, test } from "vitest";
import { z } from "zod";
import * as SearchParams from "./search-params";
import { SP } from "./search-params";
import {
assertDecodesToDefault,
assertRoundTrips,
} from "./search-params-test-utils";
const testDefinition = SearchParams.define({
limit: SP.param(z.number().int().min(1).max(100), {
default: 24,
loader: true,
}),
name: SP.param(z.string().max(20), { default: "", loader: true }),
enabled: SP.param(z.boolean(), { default: false, loader: false }),
mode: SP.param(z.enum(["TW", "SZ", "TC"]), {
default: "TW",
loader: true,
}),
season: SP.param(z.number().int().nullable(), { loader: true }),
ids: SP.param(z.array(z.number().int().positive()), {
default: [],
loader: false,
}),
filters: SP.json(
z.object({ minValue: z.number(), tags: z.array(z.string()) }),
{ default: { minValue: 0, tags: [] }, loader: true, resets: ["limit"] },
),
blob: SP.json(z.object({ text: z.string() }), {
default: { text: "" },
loader: false,
compress: true,
}),
});
describe("SearchParams round trips", () => {
test("round-trips representative and edge-case values", () => {
assertRoundTrips(testDefinition, {
limit: [24, 1, 100, 55],
name: ["", "hello", "with space", "ä&=?#ö", "lz~sneaky", "lz~~x"],
enabled: [true, false],
mode: ["TW", "SZ", "TC"],
season: [null, 5, 0, -3],
ids: [[], [1], [1, 2, 3]],
filters: [
{ minValue: 0, tags: [] },
{ minValue: 3, tags: ["a", "b"] },
],
blob: [{ text: "" }, { text: "a".repeat(500) }],
});
});
});
describe("SearchParams.define", () => {
test("decodes garbage to the default", () => {
assertDecodesToDefault(testDefinition, "limit", [
[""],
["abc"],
["0"],
["101"],
["1.5"],
["Infinity"],
["lz~%%%%"],
]);
assertDecodesToDefault(testDefinition, "enabled", [
[""],
["TRUE"],
["1"],
["yes"],
]);
assertDecodesToDefault(testDefinition, "mode", [[""], ["RM"], ["tw"]]);
assertDecodesToDefault(testDefinition, "season", [[""], ["x"]]);
assertDecodesToDefault(testDefinition, "filters", [
[""],
["{"],
['{"minValue":"nope","tags":[]}'],
["[1,2,3]"],
]);
});
test("parses a Request, URL and URLSearchParams", () => {
const url = "http://localhost/builds?limit=50&mode=SZ";
const expected = { limit: 50, mode: "SZ" };
expect(testDefinition.parse(new Request(url))).toMatchObject(expected);
expect(testDefinition.parse(new URL(url))).toMatchObject(expected);
expect(
testDefinition.parse(new URLSearchParams("limit=50&mode=SZ")),
).toMatchObject(expected);
});
test("resolves every missing param to its default", () => {
expect(testDefinition.parse(new URLSearchParams())).toEqual({
limit: 24,
name: "",
enabled: false,
mode: "TW",
season: null,
ids: [],
filters: { minValue: 0, tags: [] },
blob: { text: "" },
});
});
test("drops invalid array members instead of the whole array", () => {
expect(
testDefinition.parse(new URLSearchParams("ids=1&ids=x&ids=-2&ids=3")).ids,
).toEqual([1, 3]);
});
test("decodes legacy JSON-encoded arrays", () => {
const definitionWithModes = SearchParams.define({
modes: SP.param(z.array(z.enum(["SZ", "TC", "RM", "CB"])), {
default: ["SZ", "TC", "RM", "CB"],
loader: false,
}),
});
expect(
SearchParams.decodeParam(definitionWithModes.shape.modes, [
'["SZ","TC"]',
]),
).toEqual(["SZ", "TC"]);
expect(testDefinition.parse(new URLSearchParams("ids=[1,2]")).ids).toEqual([
1, 2,
]);
});
test("decodes legacy comma-joined numeric arrays", () => {
expect(testDefinition.parse(new URLSearchParams("ids=1,2,3")).ids).toEqual([
1, 2, 3,
]);
});
test("returns referentially equal values for the same raw input", () => {
const first = testDefinition.parse(new URLSearchParams("ids=1&ids=2"));
const second = testDefinition.parse(new URLSearchParams("ids=1&ids=2"));
expect(first.ids).toBe(second.ids);
});
test("rejects schemas outside the derivation table at define time", () => {
expect(() =>
SP.param(z.object({ a: z.string() }) as any, {
default: { a: "" },
loader: true,
}),
).toThrow(/derive/);
expect(() =>
SP.param(z.string().transform((s) => s.length) as any, {
default: 0,
loader: true,
}),
).toThrow(/derive/);
expect(() =>
SP.param(z.array(z.array(z.number())) as any, {
default: [],
loader: true,
}),
).toThrow(/derive/);
});
test("defaults .nullable() params to null without declaring it", () => {
const omitted = SP.param(z.number().int().nullable(), { loader: true });
const declared = SP.param(z.number().int().nullable(), {
default: null,
loader: true,
});
expect(omitted.default).toBeNull();
expect(SearchParams.decodeParam(omitted, [])).toBeNull();
expect(SearchParams.decodeParam(omitted, ["nope"])).toBeNull();
expect(SearchParams.encodeParam(omitted, null)).toEqual([]);
expect(declared.default).toBeNull();
});
test("rejects .optional() and non-null defaults for .nullable()", () => {
expect(() =>
SP.param(z.number().optional() as any, { default: 1, loader: true }),
).toThrow(/nullable/);
expect(() =>
SP.param(z.number().nullable(), { default: 1 as any, loader: true }),
).toThrow(/null as its default/);
});
test("supports SP.custom codecs with total decode via issues", () => {
const isoDate = z.codec(z.string(), z.date(), {
decode: (value, payload) => {
const date = new Date(value);
if (Number.isNaN(date.getTime())) {
payload.issues.push({
code: "custom",
message: "invalid date",
input: value,
});
return z.NEVER;
}
return date;
},
encode: (date) => date.toISOString(),
});
const customDefinition = SearchParams.define({
from: SP.custom(isoDate.nullable(), { default: null, loader: true }),
});
const value = new Date("2024-05-01T12:00:00.000Z");
expect(
customDefinition.parse(
new URL(
customDefinition.href("/x", { from: value }),
"http://localhost",
),
).from,
).toEqual(value);
assertDecodesToDefault(customDefinition, "from", [["garbage"], [""]]);
});
test("rejects resets pointing at unknown params", () => {
expect(() =>
SearchParams.define({
a: SP.param(z.number(), { default: 0, loader: true, resets: ["b"] }),
}),
).toThrow(/unknown param/);
});
});
describe("SearchParams compression", () => {
test("decodes a compressed arrival of any param identically to plain", () => {
const def = testDefinition.shape.filters;
const value = { minValue: 7, tags: ["x"] };
const plain = def.encodePlain(value)[0];
expect(
SearchParams.decodeParam(def, [
SearchParams.compressTransportValue(plain),
]),
).toEqual(value);
});
test("always emits the compressed form for compress: true params", () => {
const encoded = SearchParams.encodeParam(testDefinition.shape.blob, {
text: "hello world",
});
expect(encoded).toHaveLength(1);
expect(encoded[0]).toMatch(/^lz~/);
});
test("resolves a corrupt compressed payload to the default", () => {
expect(
SearchParams.decodeParam(testDefinition.shape.blob, ["lz~$$$$"]),
).toEqual({ text: "" });
});
test("resolves a compression bomb to the default", () => {
const bomb = SearchParams.compressTransportValue(
JSON.stringify({ text: "a".repeat(10 * 1024 * 1024) }),
);
expect(SearchParams.decodeParam(testDefinition.shape.blob, [bomb])).toEqual(
{ text: "" },
);
});
test("compresses on demand only when it shortens the value", () => {
const longFilters = {
minValue: 1,
tags: Array.from({ length: 30 }, (_, i) => `long-tag-number-${i}`),
};
const compactHref = testDefinition.href(
"/x",
{ filters: longFilters, limit: 50 },
{ compress: true },
);
const searchParams = new URL(compactHref, "http://localhost").searchParams;
expect(searchParams.get("filters")).toMatch(/^lz~/);
expect(searchParams.get("limit")).toBe("50");
expect(
testDefinition.parse(new URL(compactHref, "http://localhost")),
).toMatchObject({ filters: longFilters, limit: 50 });
});
test("compares the forms percent-encoded, not as raw strings", () => {
// shorter than its compressed form as a raw string, longer once percent-encoded
const filters = { minValue: 1, tags: ["ゲームのタグ"] };
const compactHref = testDefinition.href(
"/x",
{ filters },
{ compress: true },
);
const searchParams = new URL(compactHref, "http://localhost").searchParams;
expect(searchParams.get("filters")).toMatch(/^lz~/);
expect(compactHref.length).toBeLessThan(
testDefinition.href("/x", { filters }).length,
);
});
});
describe("SearchParams.href", () => {
test("omits values equal to their default", () => {
expect(
testDefinition.href("/builds", { limit: 24, mode: "SZ", season: null }),
).toBe("/builds?mode=SZ");
expect(testDefinition.href("/builds", { limit: 24 })).toBe("/builds");
});
test("encodes arrays as repeated keys and empty arrays as one empty value", () => {
const definitionWithDefault = SearchParams.define({
modes: SP.param(z.array(z.enum(["SZ", "TC"])), {
default: ["SZ", "TC"],
loader: false,
}),
});
expect(testDefinition.href("/x", { ids: [1, 2] })).toBe("/x?ids=1&ids=2");
expect(definitionWithDefault.href("/x", { modes: [] })).toBe("/x?modes=");
expect(
definitionWithDefault.parse(new URL("/x?modes=", "http://localhost"))
.modes,
).toEqual([]);
});
});
describe("SearchParams.applyToSearchParams", () => {
test("preserves params outside the definition", () => {
const { next } = SearchParams.applyToSearchParams(
testDefinition,
new URLSearchParams("unrelated=yes&limit=50"),
{ mode: "SZ" },
);
expect(next.get("unrelated")).toBe("yes");
expect(next.get("limit")).toBe("50");
expect(next.get("mode")).toBe("SZ");
});
test("applies declared resets", () => {
const { next } = SearchParams.applyToSearchParams(
testDefinition,
new URLSearchParams("limit=50&enabled=true"),
{ filters: { minValue: 1, tags: [] } },
);
expect(next.has("limit")).toBe(false);
expect(next.get("enabled")).toBe("true");
});
test("does not reset a param written in the same batch", () => {
const { next } = SearchParams.applyToSearchParams(
testDefinition,
new URLSearchParams(),
{ limit: 50, filters: { minValue: 1, tags: ["a"] } },
);
expect(next.get("limit")).toBe("50");
});
test("removes params written back to their default", () => {
const { next } = SearchParams.applyToSearchParams(
testDefinition,
new URLSearchParams("mode=SZ"),
{ mode: "TW" },
);
expect(next.has("mode")).toBe(false);
});
test("needs navigation exactly when a loader: true param is written", () => {
expect(
SearchParams.applyToSearchParams(testDefinition, new URLSearchParams(), {
enabled: true,
ids: [1],
}).navigationNeeded,
).toBe(false);
expect(
SearchParams.applyToSearchParams(testDefinition, new URLSearchParams(), {
enabled: true,
mode: "SZ",
}).navigationNeeded,
).toBe(true);
});
});
describe("SearchParams.shouldRevalidate", () => {
function run(
currentSearch: string,
nextSearch: string,
overrides?: Partial<Parameters<ShouldRevalidateFunction>[0]>,
) {
return testDefinition.shouldRevalidate({
currentUrl: new URL(`http://localhost/x${currentSearch}`),
nextUrl: new URL(`http://localhost/x${nextSearch}`),
currentParams: {},
nextParams: {},
defaultShouldRevalidate: true,
...overrides,
} as Parameters<ShouldRevalidateFunction>[0]);
}
test("revalidates when a loader: true param's decoded value changes", () => {
expect(run("?limit=50", "?limit=60")).toBe(true);
expect(run("", "?mode=SZ")).toBe(true);
});
test("does not revalidate for loader: false params", () => {
expect(run("", "?enabled=true&ids=1")).toBe(false);
});
test("does not revalidate for non-canonical but equal values", () => {
expect(
run(
'?filters={"minValue":1,"tags":[]}',
'?filters={"tags":[],"minValue":1}',
),
).toBe(false);
expect(run("?limit=24", "")).toBe(false);
});
test("defers to the default for other pathnames, submissions and unknown params", () => {
expect(
testDefinition.shouldRevalidate({
currentUrl: new URL("http://localhost/x"),
nextUrl: new URL("http://localhost/y"),
currentParams: {},
nextParams: {},
defaultShouldRevalidate: true,
} as Parameters<ShouldRevalidateFunction>[0]),
).toBe(true);
expect(run("", "", { formMethod: "POST" })).toBe(true);
expect(run("?unrelated=1", "?unrelated=2")).toBe(true);
});
});

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import type { ShouldRevalidateFunction } from "react-router";
import { isDeepEqual } from "remeda";
import { z } from "zod";
import { compressToBase64, decompressFromBase64 } from "~/utils/compression";
const COMPRESSED_PREFIX = "lz~";
const ESCAPED_PREFIX = "lz~~";
const DECODE_CACHE_MAX_SIZE = 300;
const MAX_DECOMPRESSED_VALUE_BYTES = 256 * 1024;
const DEFAULT_MAX_PAGE = 1000;
const DECODE_FAILED = Symbol("DECODE_FAILED");
type ScalarBase = "string" | "number" | "boolean";
type EncodeMode = "canonical" | "compact";
interface ParamOptionsBase {
/** Whether changing this param must run loaders. `false` params write through `history.replaceState` and never trigger revalidation. */
loader: boolean;
/** Param keys reset to their defaults whenever this param is written. */
resets?: string[];
/** The param's canonical encoding is the compressed form. Only for params whose values are inherently large. */
compress?: boolean;
/** The value schema reads the clock, so its decode results must never be cached. */
timeDependent?: boolean;
}
type DefaultOption<T> = {
/** Value used when the param is missing or fails to decode. Values equal to it are omitted from the URL. Must be a static value. */
default: T;
};
type ParamOptions<T> = ParamOptionsBase &
(unknown extends T
? DefaultOption<T>
: null extends T
? {
/** Omit it: a nullable param's default is always `null`. */
default?: null;
}
: DefaultOption<T>);
type ResolvedParamOptions<T> = ParamOptionsBase & { default: T };
export interface ParamDef<T> {
default: T;
loader: boolean;
resets: string[];
compress: boolean;
timeDependent: boolean;
decodeValues: (values: string[]) => T;
encodePlain: (value: T) => string[];
decodeCache: Map<string, T>;
}
type AnyShape = Record<string, ParamDef<any>>;
export type SearchParamsValues<Shape extends AnyShape> = {
[K in keyof Shape]: Shape[K] extends ParamDef<infer T> ? T : never;
};
export interface SearchParamsDefinition<Shape extends AnyShape> {
shape: Shape;
keys: string[];
/** Decodes all params of the definition. Total: defaults resolve for missing or malformed values, never throws. */
parse: (input: Request | URL | URLSearchParams) => SearchParamsValues<Shape>;
/** Builds a href with the given values encoded as search params. Values equal to their default are omitted. */
href: (
path: string,
values: Partial<SearchParamsValues<Shape>>,
opts?: { compress?: boolean },
) => string;
/** Revalidates only when a `loader: true` param's decoded canonical value changed. */
shouldRevalidate: ShouldRevalidateFunction;
}
/**
* Creates a search params definition from param declarations (see `SP.param`,
* `SP.json` and `SP.custom`). One definition per route or feature drives
* loader parsing, client state, href building and revalidation.
*/
export function define<Shape extends AnyShape>(
shape: Shape,
): SearchParamsDefinition<Shape> {
const keys = Object.keys(shape);
for (const [key, def] of Object.entries(shape)) {
for (const resetKey of def.resets) {
if (!keys.includes(resetKey)) {
throw new Error(
`Search param "${key}" resets unknown param "${resetKey}"`,
);
}
}
}
const definition: SearchParamsDefinition<Shape> = {
shape,
keys,
parse: (input) => {
const searchParams = toSearchParams(input);
const result: Record<string, unknown> = {};
for (const key of keys) {
result[key] = decodeParam(shape[key], searchParams.getAll(key));
}
return result as SearchParamsValues<Shape>;
},
href: (path, values, opts) => {
const searchParams = new URLSearchParams();
const mode: EncodeMode = opts?.compress ? "compact" : "canonical";
for (const key of keys) {
if (!(key in values)) continue;
for (const encoded of encodeParam(shape[key], values[key], mode)) {
searchParams.append(key, encoded);
}
}
const queryString = searchParams.toString();
if (!queryString) return path;
return `${path}${path.includes("?") ? "&" : "?"}${queryString}`;
},
shouldRevalidate: (args) => {
if (args.currentUrl.pathname !== args.nextUrl.pathname) {
return args.defaultShouldRevalidate;
}
if (args.formMethod && args.formMethod !== "GET") {
return args.defaultShouldRevalidate;
}
if (args.currentUrl.href === args.nextUrl.href) {
return args.defaultShouldRevalidate;
}
const current = args.currentUrl.searchParams;
const next = args.nextUrl.searchParams;
if (unknownParamsChanged(keys, current, next)) {
return args.defaultShouldRevalidate;
}
for (const key of keys) {
const def = shape[key];
if (!def.loader) continue;
if (
!isDeepEqual(
decodeParam(def, current.getAll(key)),
decodeParam(def, next.getAll(key)),
)
) {
return true;
}
}
return false;
},
};
return definition;
}
/**
* Decodes one param from its raw URL values, resolving to the default when the
* param is missing or malformed. Uses a per-param cache keyed on the raw values
* so repeated decodes of the same string return the same reference. Params
* declared `timeDependent` skip the cache and decode fresh every time.
*/
export function decodeParam<T>(def: ParamDef<T>, values: string[]): T {
if (def.timeDependent) return def.decodeValues(values);
const cacheKey = JSON.stringify(values);
if (def.decodeCache.has(cacheKey)) {
return def.decodeCache.get(cacheKey) as T;
}
const decoded = def.decodeValues(values);
if (def.decodeCache.size >= DECODE_CACHE_MAX_SIZE) {
def.decodeCache.clear();
}
def.decodeCache.set(cacheKey, decoded);
return decoded;
}
/**
* Encodes one param value to its URL values. Returns an empty array (param
* absent) for values equal to the default.
*/
export function encodeParam<T>(
def: ParamDef<T>,
value: T,
mode: EncodeMode = "canonical",
): string[] {
if (isDeepEqual(value, def.default)) return [];
return def.encodePlain(value).map((plain) => wrapValue(plain, def, mode));
}
/**
* Applies a partial values update on top of the current search params,
* preserving params outside the definition, applying declared `resets` and
* omitting values equal to their defaults. A key written in the same batch is
* never reset by another key of that batch.
*/
export function applyToSearchParams<Shape extends AnyShape>(
definition: SearchParamsDefinition<Shape>,
current: URLSearchParams,
updates: Partial<SearchParamsValues<Shape>>,
): { next: URLSearchParams; navigationNeeded: boolean } {
const next = new URLSearchParams(current);
let navigationNeeded = false;
const updatedKeys = definition.keys.filter((key) => key in updates);
const resetKeys = new Set<string>();
for (const key of updatedKeys) {
for (const resetKey of definition.shape[key].resets) {
if (!(resetKey in updates)) resetKeys.add(resetKey);
}
}
for (const key of updatedKeys) {
const def = definition.shape[key];
if (def.loader) {
navigationNeeded = true;
}
next.delete(key);
for (const encoded of encodeParam(def, updates[key])) {
next.append(key, encoded);
}
}
for (const resetKey of resetKeys) {
if (definition.shape[resetKey].loader && next.has(resetKey)) {
navigationNeeded = true;
}
next.delete(resetKey);
}
return { next, navigationNeeded };
}
/**
* Serializes only the definition's keys out of a search string. Used as a
* cheap fingerprint: it changes exactly when one of the definition's params
* changes in the URL.
*/
export function pickRelevantSearch(keys: string[], search: string): string {
const searchParams = new URLSearchParams(search);
const picked = new URLSearchParams();
for (const key of keys) {
for (const value of searchParams.getAll(key)) {
picked.append(key, value);
}
}
return picked.toString();
}
/**
* Param declaration helpers. `SP.param` is the canonical declaration deriving
* the URL encoding from the value schema; `SP.json` and `SP.custom` are the
* explicit helpers for shapes outside the derivation table.
*/
export const SP = {
/**
* Declares a param whose URL encoding is derived from the zod value
* schema's type tree. Supported shapes: strings, numbers, booleans, string
* and number enums/literals, same-base-type unions, arrays of those
* (encoded as repeated keys) and a top-level `.nullable()` wrapper (`null`
* encodes as param absent, so `default` is omitted for those). Anything else
* is a `define()`-time error — use `SP.json` or `SP.custom` instead.
*/
param<S extends z.ZodType>(
schema: S,
opts: ParamOptions<z.output<S>>,
): ParamDef<z.output<S>> {
const resolved = resolveOptions(opts);
let core: z.ZodType = schema;
if (core instanceof z.ZodOptional) {
throw new Error(
"Search params use .nullable() instead of .optional() (null encodes as param absent)",
);
}
if (core instanceof z.ZodNullable) {
if (resolved.default !== null) {
throw new Error(
"A .nullable() search param must have null as its default, otherwise null and the default could not be told apart in the URL",
);
}
core = core.unwrap() as z.ZodType;
}
if (core instanceof z.ZodArray) {
const itemBase = deriveScalarBase(core.element as z.ZodType);
if (!itemBase) {
throw new Error(
`Cannot derive an URL encoding for the array item schema of a search param (got ${describeSchema(core.element as z.ZodType)}). Use SP.json or SP.custom.`,
);
}
return arrayParam(schema, core, itemBase, resolved);
}
const base = deriveScalarBase(core);
if (!base) {
throw new Error(
`Cannot derive an URL encoding for a search param schema (got ${describeSchema(core)}). Use SP.json or SP.custom.`,
);
}
return scalarParam(schema, base, resolved);
},
/** Declares the 1-based `page` param of a paginated route, as `useSearchParamPagination` expects it. */
page(opts?: { max?: number; resets?: string[] }): ParamDef<number> {
return SP.param(
z
.number()
.int()
.min(1)
.max(opts?.max ?? DEFAULT_MAX_PAGE),
{ default: 1, loader: true, resets: opts?.resets },
);
},
/** Declares a param encoded as `JSON.stringify` in a single value. For objects and whole-array-as-one-param values. */
json<S extends z.ZodType>(
schema: S,
opts: ParamOptions<z.output<S>>,
): ParamDef<z.output<S>> {
const resolved = resolveOptions(opts);
return {
...baseDef(resolved),
decodeValues: (values) => {
if (values.length === 0) return resolved.default;
const plain = unwrapValue(values[0]);
if (plain === DECODE_FAILED) return resolved.default;
let json: unknown;
try {
json = JSON.parse(plain);
} catch {
return resolved.default;
}
const parsed = schema.safeParse(json);
return parsed.success ? parsed.data : resolved.default;
},
encodePlain: (value) => [JSON.stringify(value)],
};
},
/**
* Escape hatch: declares a param from a `z.codec(z.string(), valueSchema, ...)`
* passed directly. The codec's `decode` may accept legacy formats while
* `encode` always emits the canonical one.
*/
custom<Value>(
codec: z.ZodType<Value, string | null>,
opts: ParamOptions<Value>,
): ParamDef<Value> {
const resolved = resolveOptions(opts);
return {
...baseDef(resolved),
decodeValues: (values) => {
if (values.length === 0) return resolved.default;
const plain = unwrapValue(values[0]);
if (plain === DECODE_FAILED) return resolved.default;
const parsed = z.safeDecode(codec, plain);
return parsed.success ? parsed.data : resolved.default;
},
encodePlain: (value) => {
const encoded = z.safeEncode(codec, value);
if (!encoded.success || typeof encoded.data !== "string") {
throw new Error(
"Encoding a search param value failed; SP.custom codecs must encode every value of their type",
);
}
return [encoded.data];
},
};
},
};
function resolveOptions<T>(opts: ParamOptions<T>): ResolvedParamOptions<T> {
const { default: defaultValue, ...rest } = opts as ParamOptionsBase & {
default?: T;
};
return { ...rest, default: (defaultValue ?? null) as T };
}
function baseDef<T>(
opts: ResolvedParamOptions<T>,
): Pick<
ParamDef<T>,
"default" | "loader" | "resets" | "compress" | "timeDependent" | "decodeCache"
> {
return {
default: opts.default,
loader: opts.loader,
resets: opts.resets ?? [],
compress: opts.compress ?? false,
timeDependent: opts.timeDependent ?? false,
decodeCache: new Map(),
};
}
function scalarParam<T>(
schema: z.ZodType,
base: ScalarBase,
opts: ResolvedParamOptions<T>,
): ParamDef<T> {
return {
...baseDef(opts),
decodeValues: (values) => {
if (values.length === 0) return opts.default;
const plain = unwrapValue(values[0]);
if (plain === DECODE_FAILED) return opts.default;
const candidate = plainToScalar(plain, base);
if (candidate === DECODE_FAILED) return opts.default;
const parsed = schema.safeParse(candidate);
return parsed.success ? (parsed.data as T) : opts.default;
},
encodePlain: (value) => [String(value)],
};
}
function arrayParam<T>(
schema: z.ZodType,
arraySchema: z.ZodArray,
itemBase: ScalarBase,
opts: ResolvedParamOptions<T>,
): ParamDef<T> {
const itemSchema = arraySchema.element as z.ZodType;
return {
...baseDef(opts),
decodeValues: (values) => {
if (values.length === 0) return opts.default;
const plains: string[] = [];
for (const value of values) {
const plain = unwrapValue(value);
if (plain !== DECODE_FAILED) plains.push(plain);
}
let items = plains;
if (plains.length === 1) {
if (plains[0] === "") {
items = [];
} else if (plains[0].startsWith("[")) {
// legacy decode fallback for JSON-encoded arrays
try {
const parsed = JSON.parse(plains[0]);
if (Array.isArray(parsed)) {
items = parsed.map((member) => String(member));
}
} catch {}
} else if (itemBase === "number" && plains[0].includes(",")) {
// legacy decode fallback for comma-joined numeric arrays
items = plains[0].split(",");
}
}
const members: unknown[] = [];
for (const item of items) {
const candidate = plainToScalar(item, itemBase);
if (candidate === DECODE_FAILED) continue;
const parsed = itemSchema.safeParse(candidate);
if (parsed.success) members.push(parsed.data);
}
const parsed = schema.safeParse(members);
return parsed.success ? (parsed.data as T) : opts.default;
},
encodePlain: (value) => {
const items = value as unknown[];
if (items.length === 0) return [""];
return items.map((item) => String(item));
},
};
}
function plainToScalar(
plain: string,
base: ScalarBase,
): string | number | boolean | typeof DECODE_FAILED {
if (base === "string") return plain;
if (base === "number") {
if (plain.trim() === "") return DECODE_FAILED;
const parsed = Number(plain);
return Number.isFinite(parsed) ? parsed : DECODE_FAILED;
}
if (plain === "true") return true;
if (plain === "false") return false;
return DECODE_FAILED;
}
function deriveScalarBase(schema: z.ZodType): ScalarBase | null {
if (schema instanceof z.ZodString) return "string";
if (schema instanceof z.ZodNumber) return "number";
if (schema instanceof z.ZodBoolean) return "boolean";
if (schema instanceof z.ZodEnum) {
return uniformTypeOf(schema.options);
}
if (schema instanceof z.ZodLiteral) {
return uniformTypeOf(Array.from(schema.values));
}
if (schema instanceof z.ZodUnion) {
const bases = (schema.options as z.ZodType[]).map(deriveScalarBase);
if (bases[0] && bases.every((base) => base === bases[0])) {
return bases[0];
}
return null;
}
return null;
}
function uniformTypeOf(values: unknown[]): ScalarBase | null {
const types = new Set(values.map((value) => typeof value));
if (types.size !== 1) return null;
const type = Array.from(types)[0];
if (type === "string" || type === "number" || type === "boolean") {
return type;
}
return null;
}
function describeSchema(schema: z.ZodType) {
return schema.constructor.name;
}
function toSearchParams(
input: Request | URL | URLSearchParams,
): URLSearchParams {
if (input instanceof URLSearchParams) return input;
if (input instanceof URL) return input.searchParams;
return new URL(input.url).searchParams;
}
function unknownParamsChanged(
knownKeys: string[],
current: URLSearchParams,
next: URLSearchParams,
): boolean {
const unknownKeys = new Set<string>();
for (const key of current.keys()) {
if (!knownKeys.includes(key)) unknownKeys.add(key);
}
for (const key of next.keys()) {
if (!knownKeys.includes(key)) unknownKeys.add(key);
}
for (const key of unknownKeys) {
if (!isDeepEqual(current.getAll(key), next.getAll(key))) return true;
}
return false;
}
function wrapValue<T>(plain: string, def: ParamDef<T>, mode: EncodeMode) {
if (def.compress) return compressTransportValue(plain);
if (mode === "compact") {
const compressed = compressTransportValue(plain);
const escaped = escapePlainValue(plain);
if (urlEncodedLength(compressed) < urlEncodedLength(escaped)) {
return compressed;
}
}
return escapePlainValue(plain);
}
/** Length the value takes in the URL, i.e. percent-encoded as `URLSearchParams` writes it. */
function urlEncodedLength(value: string) {
return new URLSearchParams([["", value]]).toString().length;
}
/**
* Wraps a plain encoded value in the compressed transport form. Any param can
* arrive compressed like this; used by round-trip tests and share links.
*/
export function compressTransportValue(plain: string) {
return `${COMPRESSED_PREFIX}${compressToBase64(plain, { urlSafe: true })}`;
}
function escapePlainValue(plain: string) {
if (!plain.startsWith(COMPRESSED_PREFIX)) return plain;
return `${ESCAPED_PREFIX}${plain.slice(COMPRESSED_PREFIX.length)}`;
}
function unwrapValue(raw: string): string | typeof DECODE_FAILED {
if (raw.startsWith(ESCAPED_PREFIX)) {
return `${COMPRESSED_PREFIX}${raw.slice(ESCAPED_PREFIX.length)}`;
}
if (raw.startsWith(COMPRESSED_PREFIX)) {
const decompressed = decompressFromBase64(
raw.slice(COMPRESSED_PREFIX.length),
{ maxDecompressedBytes: MAX_DECOMPRESSED_VALUE_BYTES },
);
return decompressed === null ? DECODE_FAILED : decompressed;
}
return raw;
}

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const listeners = new Set<() => void>();
let historyPatched = false;
/**
* Subscribes to changes of the current URL search string, from any write
* channel: react-router navigations (which call `history.pushState` /
* `history.replaceState` under the hood), our own `history.replaceState`
* writes and back/forward navigation.
*
* Note that our own `history.replaceState` writes (`loader: false` params) are
* invisible to react-router: `useLocation()` keeps returning the search string
* of the last navigation. Read those params through this module's hooks.
*/
export function subscribe(listener: () => void) {
patchHistoryOnce();
listeners.add(listener);
return () => {
listeners.delete(listener);
};
}
function notify() {
for (const listener of listeners) {
listener();
}
}
function patchHistoryOnce() {
if (historyPatched || typeof window === "undefined") return;
historyPatched = true;
const originalPushState = window.history.pushState.bind(window.history);
const originalReplaceState = window.history.replaceState.bind(window.history);
window.history.pushState = (...args) => {
originalPushState(...args);
notify();
};
window.history.replaceState = (...args) => {
originalReplaceState(...args);
notify();
};
window.addEventListener("popstate", notify);
}

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import { stageIds } from "~/modules/in-game-lists/stage-ids";
import invariant from "~/utils/invariant";
import { logger } from "~/utils/logger";
import { seededRandom } from "~/utils/random";
import { err, ok, type Result } from "~/utils/result";
import type { ModeShort, StageId } from "../in-game-lists/types";
import { DEFAULT_MAP_POOL } from "./constants";
import type {
TournamentMapListMap,
TournamentMaplistInput,
TournamentMaplistSource,
} from "./types";
type ModeWithStageAndScore = TournamentMapListMap & { score: number };
const OPTIMAL_MAPLIST_SCORE = 0;
const MAX_RECURSION_DEPTH = 5_000;
type MapListGenerationError =
| "MAX_RECURSION_DEPTH_EXCEEDED"
| "COULD_NOT_GENERATE_MAPLIST"
| "MAPS_FOR_MODES_NOT_INCLUDED"
| "DUPLICATE_MAPS_IN_MAP_POOL";
/**
* Generates a map list balanced between the two teams' map pools. If generation fails
* due to the recently played maps consideration, retries once without it.
*/
export function generateBalancedMapList(
input: TournamentMaplistInput,
): Result<Array<TournamentMapListMap>, MapListGenerationError> {
const result = generateWithInput(input);
if (
!result.ok &&
result.error === "MAX_RECURSION_DEPTH_EXCEEDED" &&
input.recentlyPlayedMaps
) {
logger.error(
`Failed to generate map list with recently played maps consideration. Retrying without recently played maps. Team IDs: ${input.teams.map((t) => t.id).join(", ")}`,
);
return generateWithInput({
...input,
recentlyPlayedMaps: undefined,
});
}
return result;
}
function generateWithInput(
input: TournamentMaplistInput,
): Result<Array<TournamentMapListMap>, MapListGenerationError> {
const validationError = validateInput(input);
if (validationError) return err(validationError);
const { seededShuffle } = seededRandom(input.seed);
// trying the least recently played maps first lets the search find a good
// enough list before the recursion depth cap is hit
const stages = seededShuffle(resolveCommonStages()).sort(
(a, b) => recencyPenalty(a) - recencyPenalty(b),
);
const mapList: Array<ModeWithStageAndScore & { score: number }> = [];
const bestMapList: { maps?: Array<ModeWithStageAndScore>; score: number } = {
score: Number.POSITIVE_INFINITY,
};
const usedStages = new Set<number>();
let depth = 0;
const backtrack = (): boolean => {
if (++depth > MAX_RECURSION_DEPTH) {
return false;
}
invariant(mapList.length <= input.count, "mapList.length > input.count");
const mapListScore = rateMapList();
if (typeof mapListScore === "number" && mapListScore < bestMapList.score) {
bestMapList.maps = [...mapList];
bestMapList.score = mapListScore;
}
// There can't be better map list than this
if (bestMapList.score === OPTIMAL_MAPLIST_SCORE) {
return true;
}
const stageList =
mapList.length < input.count - 1 || input.tiebreakerMaps.length === 0
? resolveStages()
: input.tiebreakerMaps.stageModePairs.map((p) => ({
...p,
score: 0,
source: "TIEBREAKER" as const,
}));
// tiebreaker/fallback lists at the last slot get their own key range so
// their indices don't collide with the picked indices of the main list
const usedStageKeyOffset = stageList === stages ? 0 : stages.length;
for (const [i, stage] of stageList.entries()) {
const usedStageKey = i + usedStageKeyOffset;
if (!stageIsOk(stage, usedStageKey)) continue;
mapList.push(stage);
usedStages.add(usedStageKey);
const continueSearch = backtrack();
if (!continueSearch) return false;
usedStages.delete(usedStageKey);
mapList.pop();
}
return true;
};
const searchExhausted = backtrack();
// a complete list found before the depth cap was hit is still valid,
// only its optimality is unproven
if (bestMapList.maps) return ok(bestMapList.maps);
if (!searchExhausted) return err("MAX_RECURSION_DEPTH_EXCEEDED");
return err("COULD_NOT_GENERATE_MAPLIST");
function resolveCommonStages() {
const sorted = input.teams
.slice()
.sort((a, b) => a.id - b.id) as TournamentMaplistInput["teams"];
const result = sorted[0].maps.stageModePairs.map((pair) => ({
...pair,
score: 1,
source: sorted[0].id as TournamentMaplistSource,
}));
for (const stage of sorted[1].maps.stageModePairs) {
const alreadyIncludedStage = result.find(
(alreadyIncludedStage) =>
alreadyIncludedStage.stageId === stage.stageId &&
alreadyIncludedStage.mode === stage.mode,
);
if (alreadyIncludedStage) {
alreadyIncludedStage.score = 0;
alreadyIncludedStage.source = "BOTH";
} else {
result.push({ ...stage, score: -1, source: sorted[1].id });
}
}
if (
input.teams[0].maps.stages.length === 0 &&
input.teams[1].maps.stages.length === 0
) {
// neither team submitted map, we go default
result.push(
...getDefaultMapPool().map((pair) => ({
...pair,
score: 0,
source: "DEFAULT" as const,
})),
);
} else if (
input.teams[0].maps.stages.length === 0 ||
input.teams[1].maps.stages.length === 0
) {
// let's set it up for later that if one team doesn't have stages set
// we can make a maplist consisting of only stages from the team that did submit
for (const stageObj of result) {
stageObj.score = 0;
}
}
return result.sort((a, b) =>
`${a.stageId}-${a.mode}`.localeCompare(`${b.stageId}-${b.mode}`),
);
}
function resolveStages() {
if (utilizeOtherStageIdsWhenNoTiebreaker()) {
// no overlap so we need to use a random map for tiebreaker
if (tournamentIsOneModeOnly()) {
return seededShuffle([...stageIds])
.filter(
(stageId) =>
!input.teams[0].maps.hasStage(stageId) &&
!input.teams[1].maps.hasStage(stageId),
)
.map((stageId) => ({
stageId,
mode: input.modesIncluded[0],
score: 0,
source: "TIEBREAKER" as const,
}));
}
return DEFAULT_MAP_POOL.stageModePairs
.filter(
(pair) =>
!input.teams[0].maps.has(pair) && !input.teams[1].maps.has(pair),
)
.map((pair) => ({
stageId: pair.stageId,
mode: pair.mode,
score: 0,
source: "TIEBREAKER" as const,
}));
}
return stages;
}
function validateInput(
input: TournamentMaplistInput,
): MapListGenerationError | null {
const everyMapIsOfIncludedMode = input.teams.every((team) =>
team.maps.stageModePairs.every((pair) =>
input.modesIncluded.includes(pair.mode),
),
);
if (!everyMapIsOfIncludedMode) return "MAPS_FOR_MODES_NOT_INCLUDED";
for (const team of input.teams) {
const stringified = team.maps.stageModePairs.map(
(p) => `${p.stageId}-${p.mode}`,
);
const unique = new Set(stringified);
if (unique.size !== stringified.length) {
return "DUPLICATE_MAPS_IN_MAP_POOL";
}
}
return null;
}
function utilizeOtherStageIdsWhenNoTiebreaker() {
if (mapList.length < input.count - 1) return false;
if (
input.teams.every((team) => !team.maps.isEmpty()) &&
!input.teams[0].maps.overlaps(input.teams[1].maps)
) {
return true;
}
const teamsMapsLeftNotPicked =
[...input.teams[0].maps, ...input.teams[1].maps].filter(
(stage) =>
!mapList.some(
(map) => map.stageId === stage.stageId && map.mode === stage.mode,
),
).length > 0;
if (!teamsMapsLeftNotPicked) return true;
return false;
}
function getDefaultMapPool() {
if (tournamentIsOneModeOnly()) {
const mode = input.modesIncluded[0];
return stageIds.map((id) => ({ mode, stageId: id }));
}
return DEFAULT_MAP_POOL.stageModePairs.filter(({ mode }) =>
input.modesIncluded.includes(mode),
);
}
type StageValidatorInput = Pick<
ModeWithStageAndScore,
"score" | "stageId" | "mode" | "source"
>;
// adding rules here can achieve to things
// 1) adjust what kind of map list is generated
// 2) optimize the algorithm my eliminating subtrees from consideration
function stageIsOk(stage: StageValidatorInput, index: number) {
if (usedStages.has(index)) return false;
if (mapListAlreadyFull()) return false;
if (isEarlyModeRepeat(stage)) return false;
if (isNotFollowingModePattern(stage)) return false;
if (isMakingThingsUnfair(stage)) return false;
if (isStageRepeatWithoutBreak(stage)) return false;
if (isSecondPickBySameTeamInRow(stage)) return false;
if (wouldPreventTiebreaker(stage)) return false;
return true;
}
function tournamentIsOneModeOnly() {
return input.modesIncluded.length === 1;
}
function mapListAlreadyFull() {
return mapList.length === input.count;
}
function isEarlyModeRepeat(stage: StageValidatorInput) {
if (tournamentIsOneModeOnly()) return false;
// all modes already appeared
if (mapList.length >= input.modesIncluded.length) return false;
if (
mapList.some(
(alreadyIncludedStage) => alreadyIncludedStage.mode === stage.mode,
)
) {
return true;
}
return false;
}
function isNotFollowingModePattern(stage: StageValidatorInput) {
if (tournamentIsOneModeOnly()) return false;
if (input.followModeOrder) {
return isNotFollowingModeOrder(stage);
}
// not all modes appeared yet
if (mapList.length < input.modesIncluded.length) return false;
let previousModeShouldBe: ModeShort | undefined;
for (let i = 0; i < mapList.length; i++) {
if (mapList[i].mode === stage.mode) {
if (i === 0) {
previousModeShouldBe = mapList[mapList.length - 1].mode;
} else {
previousModeShouldBe = mapList[i - 1].mode;
}
}
}
if (!previousModeShouldBe) return false;
return mapList[mapList.length - 1].mode !== previousModeShouldBe;
}
function isNotFollowingModeOrder(stage: StageValidatorInput) {
let currentIndex = 0;
for (let i = 0; i < mapList.length; i++) {
currentIndex++;
if (currentIndex === input.modesIncluded.length) currentIndex = 0;
}
return stage.mode !== input.modesIncluded[currentIndex];
}
// don't allow making two picks from one team in row
function isMakingThingsUnfair(stage: StageValidatorInput) {
// allow to handle edge case where both teams have 100% overlap in one mode
// but not others in Bo5 for example could make impossible to make map because e.g.
// 1) overlap
// 2) team 1 pick
// 3) team 2 pick
// 4) team 1 pick
// 5) TIEBREAKER <- system has to allow
// ---
// but later we will with score make sure that we exhaust better options too
if (stage.source === "TIEBREAKER") return false;
const score = mapList.reduce((acc, cur) => acc + cur.score, 0);
const newScore = score + stage.score;
if (score !== 0 && newScore !== 0) return true;
if (newScore !== 0 && mapList.length + 1 === input.count) return true;
return false;
}
function isStageRepeatWithoutBreak(stage: StageValidatorInput) {
const lastStage = mapList[mapList.length - 1];
if (!lastStage) return false;
return lastStage.stageId === stage.stageId;
}
function isSecondPickBySameTeamInRow(stage: StageValidatorInput) {
const lastStage = mapList[mapList.length - 1];
if (!lastStage) return false;
if (stage.score === 0) return false;
return lastStage.score === stage.score;
}
function wouldPreventTiebreaker(stage: StageValidatorInput) {
// tiebreaker always guaranteed if maps are explicitly set
if (input.tiebreakerMaps.length > 0) return false;
const commonMaps = input.teams[0].maps.stageModePairs.filter(
({ stageId, mode }) =>
input.teams[1].maps.stageModePairs.some(
(pair) => pair.stageId === stageId && pair.mode === mode,
),
);
const newMapList = [...mapList, stage];
const newCommonMaps = commonMaps.filter(
({ stageId, mode }) =>
!newMapList.some(
(pair) => pair.stageId === stageId && pair.mode === mode,
),
);
// there was at least one possible common map
// to pick as tiebreaker but it (or they) got picked too early
return (
commonMaps.length > 0 &&
// handles special case where both teams have the same maps in their pool
commonMaps.length !== input.teams[0].maps.stageModePairs.length &&
newCommonMaps.length === 0 &&
newMapList.length !== input.count
);
}
function rateMapList() {
// not a full map list
if (mapList.length !== input.count) return;
let score = OPTIMAL_MAPLIST_SCORE;
const appearedMaps = new Map<StageId, number>();
for (const stage of mapList) {
const timesAppeared = appearedMaps.get(stage.stageId) ?? 0;
if (timesAppeared > 0) {
score += timesAppeared;
}
appearedMaps.set(stage.stageId, timesAppeared + 1);
}
if (!lastMapIsAGoodTieBreaker()) {
score += 1;
}
const fairnessBalance = mapList.reduce((acc, cur) => acc + cur.score, 0);
if (fairnessBalance !== 0) {
score += 100;
}
for (const map of mapList) {
score += recencyPenalty(map);
}
return score;
}
function recencyPenalty(map: Pick<TournamentMapListMap, "stageId" | "mode">) {
if (!input.recentlyPlayedMaps) return 0;
const recentIndex = input.recentlyPlayedMaps.findIndex(
(recent) => recent.stageId === map.stageId && recent.mode === map.mode,
);
if (recentIndex === -1) return 0;
return Math.max(10 - Math.floor(recentIndex / 2) * 2, 0);
}
function lastMapIsAGoodTieBreaker() {
// guaranteed to be good if more than one mode
if (!tournamentIsOneModeOnly()) return true;
// specifically made tiebreaker map is considered good
const last = mapList[mapList.length - 1];
if (last.source === "TIEBREAKER") return true;
// we can't have a map from pools of both teams if both didn't submit maps
if (input.teams.some((team) => team.maps.stageModePairs.length === 0)) {
return true;
}
const tieBreakerMap = mapList[mapList.length - 1];
let appearanceCount = 0;
for (const team of input.teams) {
for (const stage of team.maps.stages) {
if (stage === tieBreakerMap.stageId) appearanceCount++;
}
}
return appearanceCount === 2;
}
}

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import { MapPool } from "~/features/map-list-generator/core/map-pool";
export const sourceTypes = [
"DEFAULT",
"TIEBREAKER",
"BOTH",
"TO",
"COUNTERPICK",
"ROLL",
] as const;
// this is only used as a fallback, in the case that map list generation has a bug
export const DEFAULT_MAP_POOL = new MapPool([
{ mode: "SZ", stageId: 6 },
{ mode: "SZ", stageId: 8 },
{ mode: "SZ", stageId: 9 },
{ mode: "SZ", stageId: 15 },
{ mode: "SZ", stageId: 17 },
{ mode: "TC", stageId: 1 },
{ mode: "TC", stageId: 2 },
{ mode: "TC", stageId: 10 },
{ mode: "TC", stageId: 14 },
{ mode: "TC", stageId: 16 },
{ mode: "RM", stageId: 0 },
{ mode: "RM", stageId: 3 },
{ mode: "RM", stageId: 9 },
{ mode: "RM", stageId: 10 },
{ mode: "RM", stageId: 17 },
{ mode: "CB", stageId: 0 },
{ mode: "CB", stageId: 1 },
{ mode: "CB", stageId: 8 },
{ mode: "CB", stageId: 14 },
{ mode: "CB", stageId: 16 },
]);

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import { describe, expect, test } from "vitest";
import { MapPool } from "~/features/map-list-generator/core/map-pool";
import { unwrap, unwrapErr } from "~/utils/result";
import { rankedModesShort } from "../in-game-lists/modes";
import type { RankedModeShort } from "../in-game-lists/types";
import { generateBalancedMapList } from "./balanced-map-list";
import { DEFAULT_MAP_POOL } from "./constants";
import type { TournamentMaplistInput } from "./types";
const team1Picks = new MapPool([
{ mode: "SZ", stageId: 4 },
{ mode: "SZ", stageId: 5 },
{ mode: "TC", stageId: 5 },
{ mode: "TC", stageId: 6 },
{ mode: "RM", stageId: 7 },
{ mode: "RM", stageId: 8 },
{ mode: "CB", stageId: 9 },
{ mode: "CB", stageId: 10 },
]);
const team2Picks = new MapPool([
{ mode: "SZ", stageId: 11 },
{ mode: "SZ", stageId: 9 },
{ mode: "TC", stageId: 2 },
{ mode: "TC", stageId: 8 },
{ mode: "RM", stageId: 7 },
{ mode: "RM", stageId: 1 },
{ mode: "CB", stageId: 2 },
{ mode: "CB", stageId: 3 },
]);
const team2PicksNoOverlap = new MapPool([
{ mode: "SZ", stageId: 11 },
{ mode: "SZ", stageId: 9 },
{ mode: "TC", stageId: 2 },
{ mode: "TC", stageId: 8 },
{ mode: "RM", stageId: 17 },
{ mode: "RM", stageId: 1 },
{ mode: "CB", stageId: 2 },
{ mode: "CB", stageId: 3 },
]);
const tiebreakerPicks = new MapPool([
{ mode: "SZ", stageId: 1 },
{ mode: "TC", stageId: 11 },
{ mode: "RM", stageId: 3 },
{ mode: "CB", stageId: 4 },
]);
const duplicationPicks = new MapPool([
{ mode: "SZ", stageId: 4 },
{ mode: "SZ", stageId: 5 },
{ mode: "TC", stageId: 4 },
{ mode: "TC", stageId: 5 },
{ mode: "RM", stageId: 6 },
{ mode: "RM", stageId: 7 },
{ mode: "CB", stageId: 6 },
{ mode: "CB", stageId: 7 },
]);
const duplicationTiebreaker = new MapPool([
{ mode: "SZ", stageId: 7 },
{ mode: "TC", stageId: 6 },
{ mode: "RM", stageId: 5 },
{ mode: "CB", stageId: 4 },
]);
const generateMapsResult = ({
count = 5,
seed = "test",
teams = [
{
id: 1,
maps: team1Picks,
},
{
id: 2,
maps: team2Picks,
},
],
tiebreakerMaps = tiebreakerPicks,
modesIncluded = [...rankedModesShort],
followModeOrder = false,
recentlyPlayedMaps,
}: Partial<TournamentMaplistInput> = {}) => {
return generateBalancedMapList({
count,
seed,
teams,
tiebreakerMaps,
modesIncluded,
followModeOrder,
recentlyPlayedMaps,
});
};
const generateMaps = (args: Partial<TournamentMaplistInput> = {}) =>
unwrap(generateMapsResult(args));
describe("Tournament map list generator", () => {
test("Modes are spread evenly", () => {
const mapList = generateMaps();
const modes = new Set(rankedModesShort);
expect(mapList.length).toBe(5);
for (const [i, { mode }] of mapList.entries()) {
const rankedMode = mode as RankedModeShort;
if (!modes.has(rankedMode)) {
expect(i).toBe(4);
expect(mode).toBe(mapList[0].mode);
}
modes.delete(rankedMode);
}
});
test("Follow mode order option", () => {
const mapList = generateMaps({ followModeOrder: true });
expect(mapList[0].mode).toBe("SZ");
expect(mapList[1].mode).toBe("TC");
expect(mapList[2].mode).toBe("RM");
expect(mapList[3].mode).toBe("CB");
expect(mapList[4].mode).toBe("SZ");
});
test("Equal picks", () => {
let our = 0;
let their = 0;
let tiebreaker = 0;
const mapList = generateMaps();
for (const { stageId, mode } of mapList) {
if (team1Picks.has({ stageId, mode })) {
our++;
}
if (team2Picks.has({ stageId, mode })) {
their++;
}
if (tiebreakerPicks.has({ stageId, mode })) {
tiebreaker++;
}
}
expect(our).toBe(their);
expect(tiebreaker).toBe(1);
});
test("No stage repeats in optimal case", () => {
const mapList = generateMaps();
const stages = new Set(mapList.map(({ stageId }) => stageId));
expect(stages.size).toBe(5);
});
test("Always generates same maplist given same input", () => {
const mapList1 = generateMaps();
const mapList2 = generateMaps();
expect(mapList1.length).toBe(5);
for (let i = 0; i < mapList1.length; i++) {
expect(mapList1[i].stageId).toBe(mapList2[i].stageId);
expect(mapList1[i].mode).toBe(mapList2[i].mode);
}
});
test("Order of team doesn't matter regarding what maplist gets created", () => {
const mapList1 = generateMaps();
const mapList2 = generateMaps({
teams: [
{
id: 2,
maps: team2Picks,
},
{
id: 1,
maps: team1Picks,
},
],
});
expect(mapList1.length).toBe(5);
for (let i = 0; i < mapList1.length; i++) {
expect(mapList1[i].stageId).toBe(mapList2[i].stageId);
expect(mapList1[i].mode).toBe(mapList2[i].mode);
}
});
test("Order of maps in the list doesn't matter regarding what maplist gets created", () => {
const mapList1 = generateMaps({
teams: [
{
id: 1,
maps: team1Picks,
},
{
id: 2,
maps: team2Picks,
},
],
});
const mapList2 = generateMaps({
teams: [
{
id: 1,
maps: team1Picks,
},
{
id: 2,
maps: new MapPool(team2Picks.stageModePairs.slice().reverse()),
},
],
});
expect(mapList1.length).toBe(5);
for (let i = 0; i < mapList1.length; i++) {
expect(mapList1[i].stageId).toBe(mapList2[i].stageId);
expect(mapList1[i].mode).toBe(mapList2[i].mode);
}
});
test("Uses other teams maps if one didn't submit maplist", () => {
const mapList = generateMaps({
teams: [
{
id: 1,
maps: new MapPool([]),
},
{
id: 2,
maps: team2Picks,
},
],
});
expect(mapList.length).toBe(5);
for (let i = 0; i < mapList.length - 1; i++) {
// map belongs to team 2 map list
const map = mapList[i];
expect(map).toBeTruthy();
expect(team2Picks.has({ mode: map.mode, stageId: map.stageId })).toBe(
true,
);
}
});
test("Creates map list even if neither team submitted maps", () => {
const mapList = generateMaps({
teams: [
{
id: 1,
maps: new MapPool([]),
},
{
id: 2,
maps: new MapPool([]),
},
],
});
expect(mapList.length).toBe(5);
});
test("Handles worst case with duplication", () => {
const maplist = generateMaps({
teams: [
{
id: 1,
maps: duplicationPicks,
},
{
id: 2,
maps: duplicationPicks,
},
],
count: 7,
tiebreakerMaps: duplicationTiebreaker,
});
expect(maplist.length).toBe(7);
// all stages appear
const stages = new Set(maplist.map(({ stageId }) => stageId));
expect(stages.size).toBe(4);
// no consecutive stage replays
for (let i = 0; i < maplist.length - 1; i++) {
expect(maplist[i].stageId).not.toBe(maplist[i + 1].stageId);
}
});
const team2PicksWithSomeDuplication = new MapPool([
{ mode: "SZ", stageId: 4 },
{ mode: "SZ", stageId: 11 },
{ mode: "TC", stageId: 5 },
{ mode: "TC", stageId: 6 },
{ mode: "RM", stageId: 7 },
{ mode: "RM", stageId: 2 },
{ mode: "CB", stageId: 9 },
{ mode: "CB", stageId: 10 },
]);
test("Keeps things fair when overlap", () => {
const mapList = generateMaps({
teams: [
{
id: 1,
maps: team1Picks,
},
{
id: 2,
maps: team2PicksWithSomeDuplication,
},
],
count: 7,
});
expect(mapList.length).toBe(7);
let team1PicksAppeared = 0;
let team2PicksAppeared = 0;
for (const { stageId, mode } of mapList) {
if (team1Picks.has({ stageId, mode })) {
team1PicksAppeared++;
}
if (team2PicksWithSomeDuplication.has({ stageId, mode })) {
team2PicksAppeared++;
}
}
expect(team1PicksAppeared).toBe(team2PicksAppeared);
});
test("No map picked by same team twice in row", () => {
for (let i = 1; i <= 10; i++) {
const mapList = generateMaps({
teams: [
{
id: 1,
maps: team1Picks,
},
{
id: 2,
maps: team2Picks,
},
],
seed: String(i),
});
for (let j = 0; j < mapList.length - 1; j++) {
if (typeof mapList[j].source !== "number") continue;
expect(mapList[j].source).not.toBe(mapList[j + 1].source);
}
}
});
test("Calculates all mode maps without tiebreaker", () => {
const mapList = generateMaps({
teams: [
{
id: 1,
maps: team1Picks,
},
{
id: 2,
maps: team2Picks,
},
],
count: 7,
tiebreakerMaps: new MapPool([]),
});
// the one map both of them picked
expect(mapList[6].stageId).toBe(7);
expect(mapList[6].mode).toBe("RM");
});
test("Calculates all mode maps without tiebreaker (no overlap)", () => {
const mapList = generateMaps({
teams: [
{
id: 1,
maps: team1Picks,
},
{
id: 2,
maps: team2PicksNoOverlap,
},
],
count: 7,
tiebreakerMaps: new MapPool([]),
});
// default map pool contains the tiebreaker
expect(
DEFAULT_MAP_POOL.stageModePairs.some(
(pair) =>
pair.stageId === mapList[6].stageId && pair.mode === mapList[6].mode,
),
).toBe(true);
// neither teams map pool contains the tiebreaker
expect(
team1Picks.stageModePairs.some(
(pair) =>
pair.stageId === mapList[6].stageId && pair.mode === mapList[6].mode,
),
).toBe(false);
expect(
team2PicksNoOverlap.stageModePairs.some(
(pair) =>
pair.stageId === mapList[6].stageId && pair.mode === mapList[6].mode,
),
).toBe(false);
});
const threeModesArgs: TournamentMaplistInput = {
count: 7,
seed: "1002",
modesIncluded: ["TC", "TW", "RM"],
tiebreakerMaps: new MapPool({
TW: [],
SZ: [],
TC: [],
RM: [],
CB: [],
}),
teams: [
{
id: 1002,
maps: new MapPool({
TW: [9, 7, 6, 5, 3, 2, 0],
SZ: [],
TC: [9, 8, 7, 4, 1, 6, 2],
RM: [9, 7, 6, 5, 3, 1, 0],
CB: [],
}),
},
{
id: 1001,
maps: new MapPool({
TW: [8, 7, 5, 2, 9, 4, 3],
SZ: [],
TC: [7, 6, 5, 3, 2, 0, 9],
RM: [9, 8, 6, 5, 3, 2, 7],
CB: [],
}),
},
],
};
test("generates list of modes included length > 1 && < 4", () => {
const maps = generateMaps(threeModesArgs);
expect(maps.length).toBe(7);
});
// paddling pool 264
test("handles 100% overlap in one mode and none in others", () => {
// should not throw
generateMaps({
count: 5,
followModeOrder: false,
modesIncluded: ["SZ", "TC", "RM", "CB"],
seed: "4866",
teams: [
{
id: 2317,
maps: new MapPool([
{
stageId: 2,
mode: "SZ",
},
{
stageId: 17,
mode: "SZ",
},
{
stageId: 2,
mode: "TC",
},
{
stageId: 10,
mode: "TC",
},
{
stageId: 0,
mode: "RM",
},
{
stageId: 3,
mode: "RM",
},
{
stageId: 6,
mode: "CB",
},
{
stageId: 21,
mode: "CB",
},
]),
},
{
id: 2322,
maps: new MapPool([
{
stageId: 7,
mode: "SZ",
},
{
stageId: 18,
mode: "SZ",
},
{
stageId: 2,
mode: "TC",
},
{
stageId: 10,
mode: "TC",
},
{
stageId: 2,
mode: "RM",
},
{
stageId: 19,
mode: "RM",
},
{
stageId: 7,
mode: "CB",
},
{
stageId: 18,
mode: "CB",
},
]),
},
],
tiebreakerMaps: new MapPool([
{
stageId: 15,
mode: "SZ",
},
{
stageId: 0,
mode: "CB",
},
{
stageId: 16,
mode: "RM",
},
{
stageId: 8,
mode: "TC",
},
]),
});
});
});
const team1SZPicks = new MapPool([
{ mode: "SZ", stageId: 4 },
{ mode: "SZ", stageId: 5 },
{ mode: "SZ", stageId: 6 },
{ mode: "SZ", stageId: 7 },
{ mode: "SZ", stageId: 8 },
{ mode: "SZ", stageId: 9 },
]);
const team2SZPicks = new MapPool([
{ mode: "SZ", stageId: 1 },
{ mode: "SZ", stageId: 2 },
{ mode: "SZ", stageId: 3 },
{ mode: "SZ", stageId: 9 },
{ mode: "SZ", stageId: 10 },
{ mode: "SZ", stageId: 11 },
]);
const team2SZPicksNoOverlap = new MapPool([
{ mode: "SZ", stageId: 1 },
{ mode: "SZ", stageId: 2 },
{ mode: "SZ", stageId: 3 },
{ mode: "SZ", stageId: 14 },
{ mode: "SZ", stageId: 10 },
{ mode: "SZ", stageId: 11 },
]);
describe("TournamentMapListGeneratorOneMode", () => {
test("Creates map list for one mode inferring from the team picks", () => {
const mapList = generateMaps({
teams: [
{
id: 1,
maps: team1SZPicks,
},
{
id: 2,
maps: team2SZPicks,
},
],
modesIncluded: ["SZ"],
tiebreakerMaps: new MapPool([]),
});
for (let i = 0; i < mapList.length - 1; i++) {
expect(mapList[i].mode).toBe("SZ");
}
});
test("Creates one mode map list from empty map lists", () => {
const mapList = generateMaps({
teams: [
{
id: 1,
maps: new MapPool([]),
},
{
id: 2,
maps: new MapPool([]),
},
],
modesIncluded: ["SZ"],
tiebreakerMaps: new MapPool([]),
});
for (let i = 0; i < mapList.length - 1; i++) {
expect(mapList[i].mode).toBe("SZ");
}
});
test("Creates all different maps from empty map lists", () => {
const mapList = generateMaps({
teams: [
{
id: 1,
maps: new MapPool([]),
},
{
id: 2,
maps: new MapPool([]),
},
],
modesIncluded: ["SZ"],
tiebreakerMaps: new MapPool([]),
});
const stages = new Set(mapList.map(({ stageId }) => stageId));
expect(stages.size).toBe(5);
});
test("Tiebreaker is always from the maps of the teams when possible", () => {
for (let i = 1; i <= 10; i++) {
const mapList = generateMaps({
teams: [
{
id: 1,
maps: team1SZPicks,
},
{
id: 2,
maps: team2SZPicks,
},
],
modesIncluded: ["SZ"],
seed: String(i),
tiebreakerMaps: new MapPool([]),
});
const last = mapList[mapList.length - 1];
expect(last?.mode).toBe("SZ");
expect(last?.stageId).toBe(9);
}
});
test("Tiebreaker is from neither team's pool if no overlap", () => {
const mapList = generateMaps({
teams: [
{
id: 1,
maps: team1SZPicks,
},
{
id: 2,
maps: team2SZPicksNoOverlap,
},
],
modesIncluded: ["SZ"],
tiebreakerMaps: new MapPool([]),
});
const last = mapList[mapList.length - 1];
expect(
team1SZPicks.stageModePairs.some(
({ stageId }) => stageId === last?.stageId,
),
).toBe(false);
expect(
team2SZPicksNoOverlap.stageModePairs.some(
({ stageId }) => stageId === last?.stageId,
),
).toBe(false);
});
test("Handles worst case duplication", () => {
const mapList = generateMaps({
teams: [
{
id: 1,
maps: team1SZPicks,
},
{
id: 2,
maps: team1SZPicks,
},
],
modesIncluded: ["SZ"],
tiebreakerMaps: new MapPool([]),
count: 7,
});
for (const [i, stage] of mapList.entries()) {
if (i === 6) {
expect(stage?.source).toBe("TIEBREAKER");
} else {
expect(stage?.source).toBe("BOTH");
}
}
});
test("Handles one team submitted no maps", () => {
const mapList = generateMaps({
teams: [
{
id: 1,
maps: team1SZPicks,
},
{
id: 2,
maps: new MapPool([]),
},
],
modesIncluded: ["SZ"],
tiebreakerMaps: new MapPool([]),
});
for (const stage of mapList) {
expect(stage.source).toBe(1);
}
});
test('Returns an error if including modes not specified in "modesIncluded"', () => {
const result = generateMapsResult({
teams: [
{
id: 1,
maps: team1Picks,
},
{
id: 2,
maps: new MapPool([]),
},
],
modesIncluded: ["SZ"],
});
expect(unwrapErr(result)).toBe("MAPS_FOR_MODES_NOT_INCLUDED");
});
test("Returns an error if duplicate maps in the pool", () => {
const result = generateMapsResult({
teams: [
{
id: 1,
maps: new MapPool([
{ mode: "SZ", stageId: 1 },
{ mode: "SZ", stageId: 1 },
]),
},
{
id: 2,
maps: new MapPool([]),
},
],
modesIncluded: ["SZ"],
});
expect(unwrapErr(result)).toBe("DUPLICATE_MAPS_IN_MAP_POOL");
});
});
describe("Recently played maps", () => {
test("One mode Bo7 avoids recently played maps when a full avoiding list exists", () => {
const team1Pool = new MapPool(
([1, 2, 3, 4, 5, 6] as const).map((stageId) => ({
mode: "SZ" as const,
stageId,
})),
);
const team2Pool = new MapPool(
([7, 8, 9, 10, 11, 12] as const).map((stageId) => ({
mode: "SZ" as const,
stageId,
})),
);
// the bo5 both teams played right before this match
const recentlyPlayedMaps = ([1, 7, 2, 8, 3] as const).map((stageId) => ({
mode: "SZ" as const,
stageId,
}));
const mapList = generateMaps({
count: 7,
seed: "1000",
teams: [
{ id: 1, maps: team1Pool },
{ id: 2, maps: team2Pool },
],
tiebreakerMaps: new MapPool([]),
modesIncluded: ["SZ"],
recentlyPlayedMaps,
});
const recentMapsInList = mapList.filter((map) =>
recentlyPlayedMaps.some(
(recent) => recent.mode === map.mode && recent.stageId === map.stageId,
),
);
expect(recentMapsInList).toEqual([]);
});
test("Avoids recently played maps when possible", () => {
const recentlyPlayedMaps = [
{ mode: "SZ" as const, stageId: 4 as const },
{ mode: "TC" as const, stageId: 5 as const },
];
const mapList = generateMaps({
seed: "recent-test",
recentlyPlayedMaps,
});
const hasRecentMap = mapList.some((map) =>
recentlyPlayedMaps.some(
(recent) => recent.mode === map.mode && recent.stageId === map.stageId,
),
);
expect(hasRecentMap).toBe(false);
});
test("Works correctly with no recently played maps", () => {
const mapList = generateMaps({
recentlyPlayedMaps: [],
});
expect(mapList.length).toBe(5);
});
test("Penalties decrease for maps further back in history", () => {
const recentlyPlayedMaps = [
{ mode: "SZ" as const, stageId: 4 as const },
{ mode: "SZ" as const, stageId: 5 as const },
{ mode: "TC" as const, stageId: 5 as const },
{ mode: "TC" as const, stageId: 6 as const },
{ mode: "RM" as const, stageId: 7 as const },
{ mode: "RM" as const, stageId: 8 as const },
];
const mapListWithRecent = generateMaps({
seed: "history-test",
recentlyPlayedMaps,
});
const hasVeryRecentMap = mapListWithRecent.some((map) =>
recentlyPlayedMaps
.slice(0, 2)
.some(
(recent) =>
recent.mode === map.mode && recent.stageId === map.stageId,
),
);
expect(hasVeryRecentMap).toBe(false);
});
test("Still generates valid maplist even with many recently played maps", () => {
const recentlyPlayedMaps = [
...team1Picks.stageModePairs,
...team2Picks.stageModePairs,
];
const mapList = generateMaps({
seed: "many-recent",
recentlyPlayedMaps,
});
expect(mapList.length).toBe(5);
});
});
describe("Tiebreaker maps vs picked maps index collision", () => {
test("generates a full map list when team picks and tiebreakers share list indices", () => {
const result = generateMapsResult({
count: 3,
teams: [
{ id: 1, maps: new MapPool([{ mode: "SZ", stageId: 4 }]) },
{ id: 2, maps: new MapPool([{ mode: "SZ", stageId: 5 }]) },
],
tiebreakerMaps: new MapPool([
{ mode: "SZ", stageId: 6 },
{ mode: "SZ", stageId: 7 },
]),
modesIncluded: ["SZ"],
});
const mapList = unwrap(result);
expect(mapList.length).toBe(3);
expect(mapList[2].source).toBe("TIEBREAKER");
});
});

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@@ -0,0 +1,28 @@
import invariant from "~/utils/invariant";
import { sourceTypes } from "./constants";
import type {
DBTournamentMaplistSource,
TournamentMaplistSource,
} from "./types";
/** Converts a map's source into the form stored in the `source` columns of the database. */
export function serializeMaplistSource(
source: TournamentMaplistSource,
): DBTournamentMaplistSource {
return typeof source === "number" ? String(source) : source;
}
/** Converts a `source` column value back into a map's source, resolving team ids back to numbers. */
export function parseMaplistSource(
source: DBTournamentMaplistSource,
): TournamentMaplistSource {
if (sourceTypes.includes(source as (typeof sourceTypes)[number])) {
return source as (typeof sourceTypes)[number];
}
const teamId = Number(source);
invariant(!Number.isNaN(teamId), `Invalid source: ${source}`);
return teamId;
}

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@@ -0,0 +1,120 @@
// if one mode -> try to find common, otherwise something neither picked
// if a tie breaker -> random tiebreaker
// seed = always same
import { stageIds } from "~/modules/in-game-lists/stage-ids";
import { logger } from "~/utils/logger";
import { seededRandom } from "~/utils/random";
import { modesShort } from "../in-game-lists/modes";
import type { ModeWithStage } from "../in-game-lists/types";
import type { TournamentMapListMap, TournamentMaplistInput } from "./types";
type StarterMapArgs = Pick<
TournamentMaplistInput,
"modesIncluded" | "tiebreakerMaps" | "seed" | "teams" | "recentlyPlayedMaps"
>;
export function starterMap(args: StarterMapArgs): Array<TournamentMapListMap> {
const { seededShuffle } = seededRandom(args.seed);
const isRecentlyPlayed = (map: ModeWithStage) => {
return Boolean(
args.recentlyPlayedMaps?.some(
(recent) => recent.stageId === map.stageId && recent.mode === map.mode,
),
);
};
const commonMap = resolveRandomCommonMap(
args.teams,
seededShuffle,
isRecentlyPlayed,
);
if (commonMap) {
return [{ ...commonMap, source: "BOTH" }];
}
if (!args.tiebreakerMaps.isEmpty()) {
const tiebreakers = seededShuffle(args.tiebreakerMaps.stageModePairs);
const nonRecentTiebreaker = tiebreakers.find((tb) => !isRecentlyPlayed(tb));
const randomTiebreaker = nonRecentTiebreaker ?? tiebreakers[0];
return [
{
mode: randomTiebreaker.mode,
stageId: randomTiebreaker.stageId,
source: "TIEBREAKER",
},
];
}
// should be only one mode here always but just in case
// making it capable of handling many modes too
const allAvailableMaps = seededShuffle(
args.modesIncluded
.sort((a, b) => modesShort.indexOf(a) - modesShort.indexOf(b))
.flatMap((mode) => stageIds.map((stageId) => ({ mode, stageId }))),
);
for (const map of allAvailableMaps) {
if (
!args.teams.some((team) =>
team.maps.stageModePairs.some(
(teamMap) =>
teamMap.mode === map.mode && teamMap.stageId === map.stageId,
),
) &&
!isRecentlyPlayed(map)
) {
return [{ ...map, source: "DEFAULT" }];
}
}
for (const map of allAvailableMaps) {
if (
!args.teams.some((team) =>
team.maps.stageModePairs.some(
(teamMap) =>
teamMap.mode === map.mode && teamMap.stageId === map.stageId,
),
)
) {
return [{ ...map, source: "DEFAULT" }];
}
}
logger.warn("starterMap: fallback choice");
return [{ ...allAvailableMaps[0], source: "DEFAULT" }];
}
function resolveRandomCommonMap(
teams: StarterMapArgs["teams"],
shuffle: <T>(o: T[]) => T[],
isRecentlyPlayed: (map: ModeWithStage) => boolean,
): ModeWithStage | null {
const teamOnePicks = shuffle(teams[0].maps.stageModePairs);
const teamTwoPicks = shuffle(teams[1].maps.stageModePairs);
for (const map of teamOnePicks) {
for (const map2 of teamTwoPicks) {
if (
map.mode === map2.mode &&
map.stageId === map2.stageId &&
!isRecentlyPlayed(map)
) {
return map;
}
}
}
for (const map of teamOnePicks) {
for (const map2 of teamTwoPicks) {
if (map.mode === map2.mode && map.stageId === map2.stageId) {
return map;
}
}
}
return null;
}

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@@ -0,0 +1,38 @@
import type { MapPool } from "~/features/map-list-generator/core/map-pool";
import type { ModeShort, ModeWithStage } from "../in-game-lists/types";
import type { sourceTypes } from "./constants";
export interface TournamentMaplistInput {
count: number;
seed: string;
teams: [
{
id: number;
maps: MapPool;
},
{
id: number;
maps: MapPool;
},
];
tiebreakerMaps: MapPool;
modesIncluded: ModeShort[];
followModeOrder?: boolean;
recentlyPlayedMaps?: ModeWithStage[];
}
export type TournamentMaplistSource = number | (typeof sourceTypes)[number];
/**
* How {@link TournamentMaplistSource} is stored in the database: one of the source types, or the
* picking team's id in its string form. Convert with `serializeMaplistSource`/`parseMaplistSource`.
*/
export type DBTournamentMaplistSource =
| (typeof sourceTypes)[number]
// the team id, kept plain `string` so it survives Kysely's JSON helpers rewriting `${number}` to `number`
| (string & {});
export type TournamentMapListMap = ModeWithStage & {
source: TournamentMaplistSource;
bannedByTournamentTeamId?: number;
};

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import { logger } from "~/utils/logger";
import { getToken, purgeCachedToken } from "./token";
import { getTwitchEnvVars } from "./utils.server";
const MAX_RATE_LIMIT_RETRIES = 5;
const MAX_RATE_LIMIT_WAIT_MS = 60_000;
export async function twitchFetch(
url: string,
{ isRetry = false, rateLimitRetries = 0 } = {},
): Promise<Response> {
const { TWITCH_CLIENT_ID } = getTwitchEnvVars();
const token = await getToken();
const res = await fetch(url, {
headers: [
["Authorization", `Bearer ${token}`],
["Client-Id", TWITCH_CLIENT_ID],
],
});
if (res.status === 401 && !isRetry) {
purgeCachedToken();
return twitchFetch(url, { isRetry: true });
}
if (res.status === 429) {
if (rateLimitRetries >= MAX_RATE_LIMIT_RETRIES) {
throw new Error(
`Twitch API rate limited after ${MAX_RATE_LIMIT_RETRIES} retries`,
);
}
const resetHeader = res.headers.get("Ratelimit-Reset");
const resetTimestamp = resetHeader ? Number(resetHeader) : 0;
const waitMs = Math.max(resetTimestamp * 1000 - Date.now(), 1000);
if (waitMs > MAX_RATE_LIMIT_WAIT_MS) {
throw new Error(
`Twitch API rate limit reset too far in the future (${Math.ceil(waitMs / 1000)}s)`,
);
}
logger.warn(`Twitch rate limited, waiting ${Math.ceil(waitMs / 1000)}s`);
await new Promise((resolve) => setTimeout(resolve, waitMs));
return twitchFetch(url, { rateLimitRetries: rateLimitRetries + 1 });
}
if (!res.ok) {
throw new Error(`Twitch API request failed with status: ${res.status}`);
}
return res;
}

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export { getStreams } from "./streams";

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import { z } from "zod";
import type { Unpacked } from "~/utils/types";
export const streamsSchema = z.object({
data: z.array(
z.object({
id: z.string(),
user_id: z.string(),
user_login: z.string(),
user_name: z.string(),
game_id: z.string(),
game_name: z.string(),
type: z.string(),
title: z.string(),
viewer_count: z.number(),
started_at: z.string(),
language: z.string(),
thumbnail_url: z.string(),
tag_ids: z.array(z.unknown()),
tags: z.array(z.string()).nullish(),
is_mature: z.boolean(),
}),
),
pagination: z.object({ cursor: z.string().nullish() }),
});
export const tokenResponseSchema = z.object({
access_token: z.string(),
expires_in: z.number(),
token_type: z.string(),
});
export const usersSchema = z.object({
data: z.array(
z.object({
id: z.string(),
login: z.string(),
display_name: z.string(),
}),
),
});
export const videosSchema = z.object({
data: z.array(
z.object({
id: z.string(),
user_id: z.string(),
user_login: z.string(),
title: z.string(),
created_at: z.string(),
duration: z.string(),
view_count: z.number(),
type: z.string(),
}),
),
pagination: z.object({ cursor: z.string().nullish() }),
});
export type StreamsResponse = z.infer<typeof streamsSchema>;
export type RawStream = Unpacked<z.infer<typeof streamsSchema>["data"]>;
export type UsersResponse = z.infer<typeof usersSchema>;
export type RawVideo = Unpacked<z.infer<typeof videosSchema>["data"]>;

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import { cachified } from "@epic-web/cachified";
import { cache } from "~/utils/cache.server";
import { IS_E2E_TEST_RUN } from "~/utils/e2e";
import { logger } from "~/utils/logger";
import { twitchFetch } from "./fetch";
import { type RawStream, type StreamsResponse, streamsSchema } from "./schemas";
// const STREAMS_MOCK = [
// {
// thumbnailUrl:
// "https://static-cdn.jtvnw.net/previews-ttv/live_user_777_jared-{width}x{height}.jpg",
// twitchUserName: "777_jared",
// viewerCount: 129,
// },
// {
// thumbnailUrl:
// "https://static-cdn.jtvnw.net/previews-ttv/live_user_ano_rta-{width}x{height}.jpg",
// twitchUserName: "ano_rta",
// viewerCount: 50,
// },
// {
// thumbnailUrl:
// "https://static-cdn.jtvnw.net/previews-ttv/live_user_mikashita0104-{width}x{height}.jpg",
// twitchUserName: "mikashita0104",
// viewerCount: 49,
// },
// {
// thumbnailUrl:
// "https://static-cdn.jtvnw.net/previews-ttv/live_user_veenam-{width}x{height}.jpg",
// twitchUserName: "veenam",
// viewerCount: 42,
// },
// {
// thumbnailUrl:
// "https://static-cdn.jtvnw.net/previews-ttv/live_user_minijutopia-{width}x{height}.jpg",
// twitchUserName: "minijutopia",
// viewerCount: 25,
// },
// {
// thumbnailUrl:
// "https://static-cdn.jtvnw.net/previews-ttv/live_user_liligravybread-{width}x{height}.jpg",
// twitchUserName: "liligravybread",
// viewerCount: 25,
// },
// {
// thumbnailUrl:
// "https://static-cdn.jtvnw.net/previews-ttv/live_user_ajx_live-{width}x{height}.jpg",
// twitchUserName: "ajx_live",
// viewerCount: 19,
// },
// {
// thumbnailUrl:
// "https://static-cdn.jtvnw.net/previews-ttv/live_user_yuzuki729-{width}x{height}.jpg",
// twitchUserName: "yuzuki729",
// viewerCount: 18,
// },
// {
// thumbnailUrl:
// "https://static-cdn.jtvnw.net/previews-ttv/live_user_noname_nosplat-{width}x{height}.jpg",
// twitchUserName: "noname_nosplat",
// viewerCount: 14,
// },
// {
// thumbnailUrl:
// "https://static-cdn.jtvnw.net/previews-ttv/live_user_dosankoneet-{width}x{height}.jpg",
// twitchUserName: "dosankoneet",
// viewerCount: 13,
// },
// ];
export async function getStreams() {
try {
const result = await cachified({
key: "twitch-streams",
cache,
// 2 minutes
ttl: 1000 * 60 * 2,
// 10 minutes
staleWhileRevalidate: 1000 * 60 * 5 * 2,
async getFreshValue() {
return (await getAllStreams())
.map(mapRawStream)
.sort((a, b) => b.viewerCount - a.viewerCount);
},
});
return result;
} catch (e) {
logger.error(e);
return [];
}
}
function mapRawStream(stream: RawStream) {
return {
thumbnailUrl: stream.thumbnail_url,
twitchUserName: stream.user_login.toLowerCase(),
viewerCount: stream.viewer_count,
};
}
const SPLATOON_3_TWITCH_GAME_ID = "1158884259";
async function getAllStreams() {
if (process.env.NODE_ENV === "test" || IS_E2E_TEST_RUN) return [];
const result: RawStream[] = [];
let cursor: string | undefined;
let count = 0;
while (true) {
if (count === 50) {
throw new Error("Stuck getting streams");
}
const { data, pagination } = await getStreamsChunk(cursor);
result.push(
// filter to ensure each streamer appears only once
...data.filter(
(stream) =>
!result.some(
(existingStream) => existingStream.user_id === stream.user_id,
),
),
);
if (!pagination.cursor) {
return result;
}
cursor = pagination.cursor;
count++;
}
}
async function getStreamsChunk(cursor?: string): Promise<StreamsResponse> {
const res = await twitchFetch(
`https://api.twitch.tv/helix/streams?game_id=${SPLATOON_3_TWITCH_GAME_ID}&first=100&after=${
cursor ?? ""
}`,
);
const parsed = streamsSchema.safeParse(await res.json());
if (!parsed.success) {
throw new Error(parsed.error.message);
}
return parsed.data;
}

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import { cachified } from "@epic-web/cachified";
import { cache } from "~/utils/cache.server";
import { tokenResponseSchema } from "./schemas";
import { getTwitchEnvVars } from "./utils.server";
async function getFreshToken() {
const { TWITCH_CLIENT_ID, TWITCH_CLIENT_SECRET } = getTwitchEnvVars();
const res = await fetch(
`https://id.twitch.tv/oauth2/token?client_id=${TWITCH_CLIENT_ID}&client_secret=${TWITCH_CLIENT_SECRET}&grant_type=client_credentials`,
{ method: "POST" },
);
if (!res.ok) {
throw new Error(
`Getting Twitch token failed with status code: ${res.status}`,
);
}
const parsed = tokenResponseSchema.safeParse(await res.json());
if (!parsed.success) {
throw new Error("Token response schema validation failed");
}
return parsed.data.access_token;
}
export function getToken() {
return cachified({
key: "twitch-token",
cache,
getFreshValue() {
return getFreshToken();
},
});
}
export function purgeCachedToken() {
cache.delete("twitch-token");
}

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import { ServerConfig } from "~/config.server";
import invariant from "~/utils/invariant";
export const hasTwitchEnvVars = () =>
Boolean(ServerConfig.twitch.clientId && ServerConfig.twitch.clientSecret);
export const getTwitchEnvVars = () => {
const { clientId, clientSecret } = ServerConfig.twitch;
invariant(clientId, "Missing TWITCH_CLIENT_ID env var, showing no streams");
invariant(
clientSecret,
"Missing TWITCH_CLIENT_SECRET env var, showing no streams",
);
return { TWITCH_CLIENT_ID: clientId, TWITCH_CLIENT_SECRET: clientSecret };
};

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export const twitchThumbnailUrlToSrc = (url: string) =>
url.replace("{width}", "640").replace("{height}", "360");

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import { describe, expect, test } from "vitest";
import { parseTwitchDuration } from "./vods";
describe("parseTwitchDuration()", () => {
test("parses hours, minutes and seconds", () => {
expect(parseTwitchDuration("1h2m3s")).toBe(3723);
});
test("parses hours only", () => {
expect(parseTwitchDuration("2h")).toBe(7200);
});
test("parses minutes only", () => {
expect(parseTwitchDuration("45m")).toBe(2700);
});
test("parses seconds only", () => {
expect(parseTwitchDuration("30s")).toBe(30);
});
test("parses hours and minutes without seconds", () => {
expect(parseTwitchDuration("1h30m")).toBe(5400);
});
test("parses hours and seconds without minutes", () => {
expect(parseTwitchDuration("2h15s")).toBe(7215);
});
test("parses minutes and seconds without hours", () => {
expect(parseTwitchDuration("5m10s")).toBe(310);
});
test("returns 0 for empty string", () => {
expect(parseTwitchDuration("")).toBe(0);
});
test("parses large values", () => {
expect(parseTwitchDuration("99h59m59s")).toBe(359999);
});
});

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import * as R from "remeda";
import { twitchFetch } from "./fetch";
import {
type RawVideo,
type UsersResponse,
usersSchema,
videosSchema,
} from "./schemas";
export async function getUsersByLogin(
logins: string[],
): Promise<UsersResponse["data"]> {
if (logins.length === 0) return [];
const results: UsersResponse["data"] = [];
for (const batch of R.chunk(logins, 100)) {
const params = batch.map((l) => `login=${encodeURIComponent(l)}`).join("&");
const res = await twitchFetch(
`https://api.twitch.tv/helix/users?${params}`,
);
const parsed = usersSchema.safeParse(await res.json());
if (!parsed.success) {
throw new Error(
`Twitch users schema validation failed: ${parsed.error.message}`,
);
}
results.push(...parsed.data.data);
}
return results;
}
export async function getArchiveVideos(userId: string): Promise<RawVideo[]> {
const results: RawVideo[] = [];
let cursor: string | undefined;
while (true) {
const url = new URL("https://api.twitch.tv/helix/videos");
url.searchParams.set("user_id", userId);
url.searchParams.set("type", "archive");
url.searchParams.set("first", "100");
if (cursor) {
url.searchParams.set("after", cursor);
}
const res = await twitchFetch(url.toString());
const parsed = videosSchema.safeParse(await res.json());
if (!parsed.success) {
throw new Error(
`Twitch videos schema validation failed: ${parsed.error.message}`,
);
}
results.push(...parsed.data.data);
if (!parsed.data.pagination.cursor) break;
cursor = parsed.data.pagination.cursor;
}
return results;
}
const DURATION_REGEX = /(?:(\d+)h)?(?:(\d+)m)?(?:(\d+)s)?/;
export function parseTwitchDuration(duration: string): number {
const match = DURATION_REGEX.exec(duration);
if (!match) return 0;
const hours = Number(match[1] ?? 0);
const minutes = Number(match[2] ?? 0);
const seconds = Number(match[3] ?? 0);
return hours * 3600 + minutes * 60 + seconds;
}