Dennis Kats denk0403

React Server Components (RSC)

	import { useCallback, useRef, useTransition } from 'react';

	/** Represents a function with a `setTimeout`-like signature. */
	type SetTimeoutLikeFn<T = unknown> = (
	delayInMs: number,
	callbackFn: () => T \| Promise<T>
	) => void;

	/**
	* A utility hook for debouncing synchronous or asynchronous callbacks.

 /**
  * A type representing any function.
  */
 type AnyFunction = (...args: Array<any>) => any;
 /**
  * A type representing any generator function.
  */
 type GenFn<T = unknown, TReturn = any, TNext = unknown> = (
   ...args: Array<any>

	/**
	* @param {EventTarget} target
	* @param {string} eventType
	* @param {number?} delayInMs
	* @returns {Promise<Event>}
	*/
	function eventTimeout(target, eventType, delayInMs = null) {
	const abortController = new AbortController(),
	signal = abortController.signal;

	class Bijection<T, U> {
	static FORWARD = 0 as const;
	static BACKWARD = 1 as const;

	#maps = [new Map<T, U>(), new Map<U, T>()] as const;

	set(forwardVal: T, backwardVal: U) {
	this.#maps[0].set(forwardVal, backwardVal);
	this.#maps[1].set(backwardVal, forwardVal);
	}

	function transposeGraph(arr: number[][]) {
	const graph: Map<number, number[]> = new Map();

	for (let index = 0; index < arr.length; index++) {
	if (!graph.has(index)) {
	graph.set(index, []);
	}

	const deps = arr[index];
	for (const dep of deps) {

	type Point = [number, number];

	/**
	* Determines the largest area of a rectangle that can be made from a given list of points.
	* Rectangles are assumed to be aligned with the axes (no rotations).
	* Runtime: O(n^2)
	*/
	function largestRectArea(points: Point[]): number {
	// Map from given x-coordinates to given y-coordinates
	const pointsMap: Map<number, Set<number>> = new Map();

	<!-- Favorite Foods -->
	<!DOCTYPE html>
	<html>

	<head>
	<title>Favorite Foods</title>
	<!-- A link to your CSS stylesheet would go here. -->
	<!-- A link to your JavaScript files would go here. -->
	</head>