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staff-tags, custom-user-tags: fix full profile screen tags

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This commit is contained in:
Ally Founder 2026-08-09 02:20:50 -04:00
parent 843e42adc9
commit 244c6e49fd
3 changed files with 326 additions and 190 deletions
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102
plugins/custom-user-tags/src/patches/profile.tsx
View file

@ -1,74 +1,58 @@
import { find, findByProps } from "@vendetta/metro";
import { after } from "@vendetta/patcher";
import { findInReactTree } from "@vendetta/utils"; import { findInReactTree } from "@vendetta/utils";
import { registerTypeDetector, registerIntercept, patchCreateElement } from "@shared/lib/createElementIntercept";
import resolveTag from "../lib/resolveTag"; import resolveTag from "../lib/resolveTag";
import CustomTag from "../ui/Tag";
// Same top-level profile component PronounDB already confirmed works, and the same one Staff Tags
// now patches for its own profile-screen tag - see that plugin's patches/profile.tsx for the full
// writeup on why this is a separate component from UserRow (which details.tsx already handles).
const UserProfile =
find((m: any) => m?.type?.name === "UserProfileContent") ??
find((m: any) => m?.type?.name === "UserProfile");
const TagModule = findByProps("getBotLabel");
/** /**
* Not independently confirmed against a live render yet - the exact prop shape passed to this * Full profile screen tag - see Staff Tags' own `patches/profile.tsx` (same repo pattern, worked
* component isn't verified on-device, so this pulls from whichever of several plausible field names * out together in the same live session, see /root/evals-for-rn) for the full writeup of why this
* is actually present. Every step is guarded, so a wrong assumption just means no tag appears here. * needs `createElement`/`jsx` interception rather than patching `UserProfileContent` and searching
* its output: `UserProfilePrimaryInfo` (the component that actually renders the name+tag row) is
* only ever created as an implementation detail several layers deep, unreachable by a Metro module
* search, and receives `user` directly as its own prop - so `registerTypeDetector` catches the
* first render to recover the live reference, and `registerIntercept` swaps in a wrapper for every
* later use, no separate context-passing patch needed.
*
* Unlike Staff Tags, `resolveTag` only needs a `userId` - no guild/permission context - so this
* doesn't need `guildId` from props at all.
*/ */
export default function patchProfile(): () => void { export default function patchProfile(): () => void {
if (!UserProfile) return () => {}; const cleanups: (() => void)[] = [];
patchCreateElement(cleanups);
return after("type", UserProfile, (args: any[], res: any) => { registerTypeDetector(
try { "custom-user-tags-profile-primary-info",
const props = args?.[0] ?? {}; (type) => typeof type === "function" && type.name === "UserProfilePrimaryInfo",
const userId: string | undefined = props.userId ?? props.user?.id ?? props.displayProfile?.userId; (UserProfilePrimaryInfo: any) => {
if (!userId) return; const PatchedUserProfilePrimaryInfo = (props: any) => {
const ret = UserProfilePrimaryInfo(props);
const tag = resolveTag(userId); try {
if (!tag) return; const userId: string | undefined = props?.user?.id;
if (!userId) return ret;
const primaryInfo = findInReactTree(res, (c) => c?.type?.name === "PrimaryInfo" || c?.type?.displayName === "PrimaryInfo"); const tag = resolveTag(userId);
if (!primaryInfo) return; if (!tag) return ret;
const existingTag = findInReactTree(primaryInfo, (c) => c?.type?.Types); const row = findInReactTree(
if (existingTag && existingTag.props?.type !== 0) return; ret,
(c: any) =>
Array.isArray(c?.props?.children) &&
c.props.children.some((ch: any) => ch?.type?.name === "UserTagAndPronouns")
);
if (!Array.isArray(row?.props?.children)) return ret;
if (existingTag) { row.props.children.push(<CustomTag tag={tag} />);
Object.assign(existingTag.props, { } catch {
type: 0, // Skip - a broken profile tag beats a crashed profile screen.
text: tag.text, }
textColor: tag.textColor,
backgroundColor: tag.backgroundColor,
icon: tag.icon,
iconColor: tag.iconColor,
verified: false
});
return;
}
const nameRow = findInReactTree( return ret;
primaryInfo, };
(c) =>
Array.isArray(c?.props?.children) &&
c.props.children.some((ch: any) => typeof ch === "string" || typeof ch?.props?.children === "string")
);
if (!Array.isArray(nameRow?.props?.children) || !TagModule) return;
nameRow.props.children.push( registerIntercept(UserProfilePrimaryInfo, PatchedUserProfilePrimaryInfo);
<TagModule.default
type={0}
text={tag.text}
textColor={tag.textColor}
backgroundColor={tag.backgroundColor}
icon={tag.icon}
iconColor={tag.iconColor}
verified={false}
/>
);
} catch {
// Skip - a broken profile tag beats a crashed profile screen.
} }
}); );
return () => cleanups.forEach((fn) => fn());
} }

143
plugins/staff-tags/src/patches/profile.tsx
View file

@ -1,86 +1,91 @@
import { find, findByProps, findByStoreName } from "@vendetta/metro"; import { findByStoreName } from "@vendetta/metro";
import { after } from "@vendetta/patcher";
import { findInReactTree } from "@vendetta/utils"; import { findInReactTree } from "@vendetta/utils";
import { registerTypeDetector, registerIntercept, patchCreateElement } from "@shared/lib/createElementIntercept";
import getTag from "../lib/getTag"; import getTag from "../lib/getTag";
import GradientTag from "../ui/GradientTag";
// Same top-level profile component PronounDB already confirmed works on current Discord (the
// findByName-based lookup this repo used to use for it stopped matching after a rename, but this
// predicate-based find still succeeds). The full profile screen doesn't render through UserRow the
// way member list rows and the old "profile popout" did - this is a separate component entirely,
// which is why tags weren't showing up here even though details.tsx's own patch is working fine.
const UserProfile =
find((m: any) => m?.type?.name === "UserProfileContent") ??
find((m: any) => m?.type?.name === "UserProfile");
const TagModule = findByProps("getBotLabel");
const GuildStore = findByStoreName("GuildStore"); const GuildStore = findByStoreName("GuildStore");
const UserStore = findByStoreName("UserStore");
/** /**
* Not independently confirmed against a live render the way most of this repo's fixes are - the * Full profile screen tag, live-verified end to end (see /root/evals-for-rn for the session this
* exact prop shape passed to this component's render (userId vs. a full user object, whether * was worked out in, and the Next repo's `staff-tags` `patches/details.tsx` for the exact same
* guildId is even present) isn't verified on-device yet, so this pulls from whichever of several * class of bug this replaces one of).
* plausible field names is actually present rather than assuming one. Every step is guarded, so a *
* wrong assumption just means no tag appears here, not a crash. * The full profile doesn't render through `UserRow` (member list/profile popout) at all - it's a
* separate tree, `UserProfileContent` -> `PrimaryInfo` -> `UserProfilePrimaryInfo`, and neither
* `PrimaryInfo` nor `UserProfileContent` carry a rendered name+tag row worth patching:
* `PrimaryInfo` only ever appears as an *unrendered* `<PrimaryInfo user=... guildId=... />`
* element inside `UserProfileContent`'s own output (confirmed live it has no `children` at that
* point, so searching inside it for anything finds nothing, silently, no matter how good the
* search predicate is). `UserProfilePrimaryInfo` is the component that actually renders the name
* row and, conveniently, receives `user`/`guildId` directly as its own props - no need to also
* patch `UserProfileContent` just to recover context.
*
* `UserProfilePrimaryInfo` can't be found by a Metro module search the way `UserProfileContent`
* is above (confirmed live - it isn't a top-level export findByProps/findByTypeName can reach,
* only ever created as an implementation detail inside `PrimaryInfo`'s own render). Patching
* `React.createElement`/the `jsx` runtime (`@shared/lib/createElementIntercept`) sidesteps that:
* `registerTypeDetector` observes the *first* time anything, anywhere, creates an element with
* this name, handing back the live function reference the moment it exists - then
* `registerIntercept` swaps in our own wrapper for every future use of that exact reference,
* including the one that triggered the detector (both run synchronously inside the same
* `createElement`/`jsx` call, so even the very first render is already patched).
*
* Confirmed live, `UserProfilePrimaryInfo` renders:
* `<View>[<DisplayName/>, <View>[<UserTagAndPronouns/>, <GuildTag/>, <ProfileBadgeRows/>]]</View>`
* - `UserTagAndPronouns` is Discord's `@username` handle + pronouns display, not a badge slot
* (misleading name); `GuildTag` is Discord's own unrelated "server tag" feature; `ProfileBadgeRows`
* is Nitro/HypeSquad-style badges. None of these read custom text/color, so - same lesson as the
* member list's `BotTag` - the fix pushes the plugin's own `GradientTag` as a new sibling in that
* inner row rather than trying to repurpose any of them.
*/ */
export default function patchProfile(): () => void { export default function patchProfile(): () => void {
if (!UserProfile) return () => {}; const cleanups: (() => void)[] = [];
patchCreateElement(cleanups);
return after("type", UserProfile, (args: any[], res: any) => { registerTypeDetector(
try { "staff-tags-profile-primary-info",
const props = args?.[0] ?? {}; (type) => typeof type === "function" && type.name === "UserProfilePrimaryInfo",
const userId: string | undefined = props.userId ?? props.user?.id ?? props.displayProfile?.userId; (UserProfilePrimaryInfo: any) => {
if (!userId) return; const PatchedUserProfilePrimaryInfo = (props: any) => {
const ret = UserProfilePrimaryInfo(props);
const user = props.user ?? UserStore?.getUser?.(userId); try {
if (!user) return; const { user, guildId } = props ?? {};
if (!user) return ret;
const guildId: string | undefined = props.guildId; const guild = guildId ? GuildStore?.getGuild(guildId) : undefined;
const guild = guildId ? GuildStore?.getGuild(guildId) : undefined; const tag = getTag(guild, undefined, user);
if (!tag) return ret;
const tag = getTag(guild, undefined, user); const row = findInReactTree(
if (!tag) return; ret,
(c: any) =>
Array.isArray(c?.props?.children) &&
c.props.children.some((ch: any) => ch?.type?.name === "UserTagAndPronouns")
);
if (!Array.isArray(row?.props?.children)) return ret;
const primaryInfo = findInReactTree(res, (c) => c?.type?.name === "PrimaryInfo" || c?.type?.displayName === "PrimaryInfo"); row.props.children.push(
if (!primaryInfo) return; <GradientTag
text={tag.text}
textColor={tag.textColor}
backgroundColor={tag.backgroundColor}
gradientColor={tag.gradientColor}
icon={tag.icon}
iconColor={tag.iconColor}
/>
);
} catch {
// Skip - a broken profile tag beats a crashed profile screen.
}
const existingTag = findInReactTree(primaryInfo, (c) => c?.type?.Types); return ret;
if (existingTag && existingTag.props?.type !== 0) return; };
if (existingTag) { registerIntercept(UserProfilePrimaryInfo, PatchedUserProfilePrimaryInfo);
Object.assign(existingTag.props, {
type: 0,
text: tag.text,
textColor: tag.textColor,
backgroundColor: tag.backgroundColor,
icon: tag.icon,
iconColor: tag.iconColor,
verified: false
});
return;
}
const nameRow = findInReactTree(
primaryInfo,
(c) =>
Array.isArray(c?.props?.children) &&
c.props.children.some((ch: any) => typeof ch === "string" || typeof ch?.props?.children === "string")
);
if (!Array.isArray(nameRow?.props?.children) || !TagModule) return;
nameRow.props.children.push(
<TagModule.default
type={0}
text={tag.text}
textColor={tag.textColor}
backgroundColor={tag.backgroundColor}
icon={tag.icon}
iconColor={tag.iconColor}
verified={false}
/>
);
} catch {
// Skip - a broken profile tag beats a crashed profile screen.
} }
}); );
return () => cleanups.forEach((fn) => fn());
} }

271
shared/lib/createElementIntercept.ts
View file

@ -1,6 +1,4 @@
import { React } from "@vendetta/metro/common"; import { React } from "@vendetta/metro/common";
import { rawFind } from "@shared/lib/rawFind";
import { waitFor } from "@shared/lib/waitFor";
interface Intercept { interface Intercept {
replacement: React.ComponentType<any>; replacement: React.ComponentType<any>;
@ -12,14 +10,24 @@ interface PropsIntercept {
replacement: React.ComponentType<any> | null; replacement: React.ComponentType<any> | null;
} }
interface PropsTransform {
predicate: (props: any) => boolean;
transform: (props: any) => any;
}
interface TypeDetector { interface TypeDetector {
key: string;
predicate: (type: any) => boolean; predicate: (type: any) => boolean;
onDetected: (type: any) => void; onDetected: (type: any) => void;
persistent: boolean;
justFired?: boolean;
} }
const intercepts = new Map<React.ComponentType<any>, Intercept>(); const intercepts = new Map<React.ComponentType<any>, Intercept>();
const propsIntercepts: PropsIntercept[] = []; const propsIntercepts: PropsIntercept[] = [];
const propsTransforms: PropsTransform[] = [];
let typeDetectors: TypeDetector[] = []; let typeDetectors: TypeDetector[] = [];
const detectorKeys = new Set<string>();
let isPatched = false; let isPatched = false;
export function registerIntercept( export function registerIntercept(
@ -42,26 +50,67 @@ export function registerPropsIntercept(predicate: (props: any) => boolean, repla
} }
/** /**
* Purely observational, one-shot: the first time an element is created whose `type` matches * Rewrites an element's props in place while keeping the same type - unlike registerPropsIntercept,
* `predicate`, calls `onDetected(type)` with the real, live type reference and then stops * this doesn't swap in a different component, it lets the real one render with different input.
* watching - it never alters what actually renders. *
* Exists because monkey-patching a hook's exported property (`someModule.useSomeHook = wrapper`)
* only affects callers that go through that exact exports-object reference. Discord's own hooks are
* often called via an internal, same-chunk closure reference instead - the patched export sits there
* unused, and the real, unpatched hook result flows through untouched. A React.createElement/jsx call
* has no such ambiguity: it's always the one shared runtime function, called the same way regardless
* of which chunk the JSX originated in - so rewriting an element's props here reaches every consumer
* exactly as if the underlying data had actually been different.
*/
export function registerPropsTransform(predicate: (props: any) => boolean, transform: (props: any) => any) {
propsTransforms.push({ predicate, transform });
}
/**
* Purely observational: the first time an element is created whose `type` matches `predicate`,
* calls `onDetected(type)` with the real, live type reference - it never alters what actually
* renders (pair with registerIntercept/registerPropsIntercept in the callback for that).
* *
* This exists for components that can't be found reliably by searching Metro's module registry * This exists for components that can't be found reliably by searching Metro's module registry
* after the fact (findByTypeName/rawFindByTypeName), because that races against whenever the * after the fact (findByTypeName/rawFindByTypeName), because that races against whenever the
* component first mounts - if it mounts before the search finds it, and it never mounts again for * component first mounts - if it mounts before the search finds it, and it never mounts again for
* the rest of the session (true for some React.memo'd chrome components), the search losing that * the rest of the session (true for some React.memo'd chrome components, and for inner components
* race means the patch never gets a chance to apply at all, permanently. Intercepting element * only reachable by rendering an outer one first), the search losing that race means the patch never
* creation instead sidesteps the race entirely: by the time ANYTHING calls createElement/jsx with * gets a chance to apply at all, permanently. Intercepting element creation instead sidesteps the
* this component as `type`, that reference already exists and is already the real one about to be * race entirely: by the time ANYTHING calls createElement/jsx with this component as `type`, that
* used - there's no way to observe the call any earlier than this. * reference already exists and is already the real one about to be used - there's no way to observe
* the call any earlier than this.
*
* `key` deduplicates registrations - important if the call site that registers a detector can run
* more than once (a retry loop, a patch that reapplies on reload), since duplicate detectors mean
* duplicate `onDetected` firings and a permanently growing list re-tested against every element
* created anywhere in the app.
*
* `persistent` (default false, one-shot): keeps watching and firing `onDetected` again for every
* later match too, instead of stopping after the first. Needed when the component's own type
* reference isn't a stable session-long singleton (confirmed live for some chrome components, whose
* reference changes on certain navigation paths) - a one-shot detector plus registerIntercept's
* identity-keyed map can't follow that: the intercept stays registered for the old, now-abandoned
* reference while the new one renders unmodified.
*/ */
export function registerTypeDetector(predicate: (type: any) => boolean, onDetected: (type: any) => void) { export function registerTypeDetector(
typeDetectors.push({ predicate, onDetected }); key: string,
predicate: (type: any) => boolean,
onDetected: (type: any) => void,
options?: { persistent?: boolean },
) {
if (detectorKeys.has(key)) return;
detectorKeys.add(key);
typeDetectors.push({ key, predicate, onDetected, persistent: options?.persistent ?? false });
}
export function hasTypeDetector(key: string): boolean {
return detectorKeys.has(key);
} }
function runTypeDetectors(type: any) { function runTypeDetectors(type: any) {
if (typeDetectors.length === 0) return; if (typeDetectors.length === 0) return;
const remaining: TypeDetector[] = [];
let consumed = false;
for (const detector of typeDetectors) { for (const detector of typeDetectors) {
let matched = false; let matched = false;
try { try {
@ -69,28 +118,49 @@ function runTypeDetectors(type: any) {
} catch { } catch {
// A bad predicate shouldn't block every other detector or every element from rendering. // A bad predicate shouldn't block every other detector or every element from rendering.
} }
if (matched) { if (!matched) continue;
try {
detector.onDetected(type); try {
} catch { detector.onDetected(type);
// Same - a detector's own handler throwing shouldn't take anything else down. } catch {
} // Same - a detector's own handler throwing shouldn't take anything else down.
} else { }
remaining.push(detector); if (!detector.persistent) {
detector.justFired = true;
consumed = true;
} }
} }
typeDetectors = remaining;
// Only rebuild the list when a one-shot detector actually fired - rebuilding on every single
// element creation app-wide would be an allocation per element on the hottest path in the app
// whenever any persistent detector is registered (the list is then never empty).
if (consumed) {
typeDetectors = typeDetectors.filter((d) => d.persistent || !d.justFired);
}
} }
/** Returns a replacement type if this element should be intercepted, `null` to render nothing, or `undefined` to pass through unchanged. */ /** Returns a replacement type if this element should be intercepted, `null` to render nothing, or `undefined` to pass through unchanged. */
function resolveReplacement(type: any, props: any): { type: any; props: any } | null | undefined { function resolveReplacement(type: any, props: any, rest: any[]): { type: any; props: any } | null | undefined {
runTypeDetectors(type); runTypeDetectors(type);
if (props) { let effectiveProps = props;
if (effectiveProps) {
for (const { predicate, transform } of propsTransforms) {
try {
if (predicate(effectiveProps, type, rest)) {
effectiveProps = transform(effectiveProps);
}
} catch {
// A bad transform shouldn't block every other element from rendering.
}
}
}
if (effectiveProps) {
for (const { predicate, replacement } of propsIntercepts) { for (const { predicate, replacement } of propsIntercepts) {
try { try {
if (predicate(props)) { if (predicate(effectiveProps, type, rest)) {
return replacement ? { type: replacement, props } : null; return replacement ? { type: replacement, props: effectiveProps } : null;
} }
} catch { } catch {
// A bad predicate shouldn't block every other element from rendering. // A bad predicate shouldn't block every other element from rendering.
@ -100,12 +170,25 @@ function resolveReplacement(type: any, props: any): { type: any; props: any } |
const entry = intercepts.get(type); const entry = intercepts.get(type);
if (entry) { if (entry) {
return { type: entry.replacement, props: entry.extraProps ? { ...props, ...entry.extraProps } : props }; return { type: entry.replacement, props: entry.extraProps ? { ...effectiveProps, ...entry.extraProps } : effectiveProps };
}
if (effectiveProps !== props) {
return { type, props: effectiveProps };
} }
return undefined; return undefined;
} }
function makeWrapper(orig: Function, thisArg: any) {
return function (this: any, type: any, props: any, ...rest: any[]) {
const resolved = resolveReplacement(type, props, rest);
if (resolved === null) return null;
if (resolved) return orig.call(thisArg ?? this, resolved.type, resolved.props ?? null, ...rest);
return orig.call(thisArg ?? this, type, props ?? null, ...rest);
};
}
export function patchCreateElement(cleanups: (() => void)[]) { export function patchCreateElement(cleanups: (() => void)[]) {
if (isPatched) return; if (isPatched) return;
@ -115,60 +198,124 @@ export function patchCreateElement(cleanups: (() => void)[]) {
return; return;
} }
const patchedCreateElement = function (type: any, props: any, ...rest: any[]) { const patchedCreateElement = makeWrapper(origCreateElement, React);
const resolved = resolveReplacement(type, props);
if (resolved === null) return null;
if (resolved) return origCreateElement.call(React, resolved.type, resolved.props, ...rest);
return origCreateElement.call(React, type, props, ...rest);
};
Object.assign(patchedCreateElement, origCreateElement); Object.assign(patchedCreateElement, origCreateElement);
React.createElement = patchedCreateElement as typeof React.createElement; React.createElement = patchedCreateElement as typeof React.createElement;
isPatched = true; isPatched = true;
// Modern React/RN builds (Discord's included) compile JSX through the automatic runtime // Modern React/RN builds (Discord's included) compile JSX through the automatic runtime
// (jsx/jsxs from react/jsx-runtime) instead of React.createElement - patching only // (jsx/jsxs/jsxDEV from react/jsx-runtime) instead of React.createElement - patching only
// createElement misses every one of Discord's own render calls entirely. Found by shape // createElement misses effectively every one of Discord's own render calls. Found by shape
// (jsx/jsxs/Fragment together), not by name, for the same reason everything else in this file // (jsx/jsxs/jsxDEV together), not by name, since runtime function names get mangled/stripped.
// avoids name-based lookups.
// //
// This used to be a single one-shot rawFind() call - if the jsx-runtime module hadn't been // ALL matching runtime modules get patched, not just the first one found, and the scan keeps
// required yet at the exact moment this ran (very early in boot, when a plugin's onLoad first // running instead of stopping at the first success: a bundle can hold more than one copy of the
// calls this), jsx/jsxs would never get patched for the rest of the session at all, silently // runtime (different chunks importing different copies), and Metro registers modules lazily, so
// (only a console.warn, invisible in normal use). Since Discord renders almost everything // a copy belonging to a chunk that hasn't been required yet at boot simply does not exist to be
// through jsx/jsxs and not createElement, that made every registerTypeDetector/ // found at that moment - a one-shot search permanently misses every copy registered later.
// registerPropsIntercept consumer's patch a near-total no-op whenever that race was lost -
// plausibly the real reason a component-creation-interception approach could still miss a
// component that only ever renders once, early in boot. Retrying via waitFor (with the same
// passive rawFind, so it still never force-requires anything) closes that gap.
const restoreJsx: (() => void)[] = []; const restoreJsx: (() => void)[] = [];
const jsxHandle = waitFor( const patchedJsxRuntimes = new WeakSet<any>();
() => rawFind((m: any) => typeof m?.jsx === "function" && typeof m?.jsxs === "function" && "Fragment" in m),
(jsxRuntime: any) => {
for (const key of ["jsx", "jsxs"] as const) {
const orig = jsxRuntime[key];
if (typeof orig !== "function") continue;
jsxRuntime[key] = function (type: any, props: any, ...rest: any[]) { function isJsxRuntime(m: any): boolean {
const resolved = resolveReplacement(type, props); return typeof m?.jsx === "function" || typeof m?.jsxs === "function" || typeof m?.jsxDEV === "function";
if (resolved === null) return null; }
if (resolved) return orig.call(this, resolved.type, resolved.props, ...rest);
return orig.call(this, type, props, ...rest); function patchJsxObject(runtime: any) {
}; if (patchedJsxRuntimes.has(runtime)) return;
restoreJsx.push(() => { jsxRuntime[key] = orig; }); patchedJsxRuntimes.add(runtime);
for (const key of ["jsx", "jsxs", "jsxDEV"] as const) {
const orig = runtime[key];
if (typeof orig !== "function") continue;
runtime[key] = makeWrapper(orig, runtime);
restoreJsx.push(() => { runtime[key] = orig; });
}
}
function wrapJsxFunction(runtime: any): any {
const wrappedJsx = makeWrapper(runtime, runtime);
for (const key of ["jsxs", "jsxDEV"] as const) {
const orig = runtime[key];
if (typeof orig === "function") {
wrappedJsx[key] = makeWrapper(orig, runtime);
} }
} }
); if ("Fragment" in runtime) {
wrappedJsx.Fragment = runtime.Fragment;
}
return wrappedJsx;
}
function patchJsxModule(def: any) {
if (!def?.publicModule?.exports) return;
const exports = def.publicModule.exports;
try {
if (typeof exports === "function" && isJsxRuntime(exports) && !patchedJsxRuntimes.has(exports)) {
patchedJsxRuntimes.add(exports);
const wrapped = wrapJsxFunction(exports);
def.publicModule.exports = wrapped;
restoreJsx.push(() => { def.publicModule.exports = exports; });
} else if (isJsxRuntime(exports) && !patchedJsxRuntimes.has(exports)) {
patchedJsxRuntimes.add(exports);
patchJsxObject(exports);
}
const dflt = exports.default;
if (dflt != null && typeof dflt === "function" && isJsxRuntime(dflt) && !patchedJsxRuntimes.has(dflt)) {
patchedJsxRuntimes.add(dflt);
const wrapped = wrapJsxFunction(dflt);
exports.default = wrapped;
restoreJsx.push(() => { exports.default = dflt; });
}
} catch {
// Ignore one module's bad shape and continue scanning.
}
}
function scanAndPatchJsxRuntimes() {
const modules = (window as any)?.modules;
if (!modules) return;
for (const id in modules) {
const def = modules[id];
if (!def?.isInitialized) continue;
patchJsxModule(def);
}
}
// Patch any jsx runtimes already loaded before Discord's first render pass starts, synchronously
// - an async scan would complete too late for the very first render of an early-mounting target.
scanAndPatchJsxRuntimes();
// Fast while the app is still booting and chunks are being pulled in, then slow, then stop - a
// full window.modules walk is not free and there's nothing left to catch once the UI has settled.
let ticks = 0;
let timer: ReturnType<typeof setInterval> | undefined = setInterval(() => {
scanAndPatchJsxRuntimes();
if (++ticks === 50 && timer) { // ~5s at 100ms
clearInterval(timer);
timer = setInterval(() => {
scanAndPatchJsxRuntimes();
if (++ticks >= 75 && timer) { // + ~25s at 1s
clearInterval(timer);
timer = undefined;
}
}, 1000);
}
}, 100);
cleanups.push(() => { cleanups.push(() => {
jsxHandle.cancel(); if (timer) clearInterval(timer);
timer = undefined;
if (isPatched) { if (isPatched) {
React.createElement = origCreateElement; React.createElement = origCreateElement;
isPatched = false; isPatched = false;
} }
restoreJsx.forEach((fn) => fn()); restoreJsx.forEach((fn) => fn());
restoreJsx.length = 0;
intercepts.clear(); intercepts.clear();
propsIntercepts.length = 0; propsIntercepts.length = 0;
propsTransforms.length = 0;
typeDetectors = []; typeDetectors = [];
detectorKeys.clear();
}); });
} }