Giagnus64

type FieldPosition = 'GOALIE'|'STRIKER'|'MIDFIELD'|'DEFENDER' 

interface PlayerConfig {
    name: string;
    age: number;
    jerseyNumber?: (number | string)
}
//ERROR!!
const player1: PlayerConfig = {
    name: "Jason",

Giagnus64

enum FieldPosition {GOALIE, STRIKER, MIDFIELD, DEFENDER};
//pre-declared types
const player: {
    name: 'Bob';
    age: 24;
    hobbies: string[];
    //tuple
    team: [string, number];
    position: number;
    active: any;

Giagnus64

// pre-declared types
const person: {
    name: string;
    age: number;
    hobbies: string[];
} = {
    name: 'Bob',
    age: 24,
    hobbies: ['books', 'music'],
}

Giagnus64

const numButton = document.querySelector(".add-numbers")! as HTMLButtonElement;
const strButton = document.querySelector(".add-with-string")! as HTMLButtonElement;
const num1Input = document.querySelector(".num1-input")! as HTMLInputElement;
const num2Input = document.querySelector(".num2-input")! as HTMLInputElement;
const strInput = document.querySelector(".string-input")! as HTMLInputElement;

function add(
  thing1: number,
  thing2: number,
  phrase: string,

Giagnus64

const numButton = document.querySelector(".add-numbers")! as HTMLButtonElement;
const strButton = document.querySelector(".add-with-string")! as HTMLButtonElement;
const num1Input = document.querySelector(".num1-input")! as HTMLInputElement;
const num2Input = document.querySelector(".num2-input")! as HTMLInputElement;
const strInput = document.querySelector(".string-input")! as HTMLInputElement;
const answer = document.querySelector(".answer")! as HTMLSpanElement;

function add(
  thing1: number,
  thing2: number,

Giagnus64

//WITHOUT TYPING
const numButton = document.querySelector(".add-numbers");
const strButton = document.querySelector(".add-with-string");
const num1Input = document.querySelector(".num1-input");
const num2Input = document.querySelector(".num2-input");
const strInput = document.querySelector(".string-input");

function add(thing1, thing2, phrase, showString){
 
   return showString ? phrase + (thing1 + thing2) : thing1 + thing2

Giagnus64

# ASSUMES ARRAYS ARE SORTED
def merge(arr1, arr2)
    sorted_array = []
    first_pointer = 0
    second_pointer = 0
    while(first_pointer < arr1.size && second_pointer < arr2.size)
        if(arr2[second_pointer] >= arr1[first_pointer])
            sorted_array.push(arr1[first_pointer])
            first_pointer += 1

Giagnus64

const radixSort = (nums) => {
    //get the max digits for the list
    let maxDigits = mostDigits(nums);
  
    //iterate from 0 to number of max digits
    //digit iterator
    for(let i = 0; i < maxDigits; i++){
        // make digit buckets by crafting an array with 10 arrays inside it
        let digitBuckets = Array.from({length:10}, () => [])// same as const digitBuckets = [[],[],[],[],[],[],[],[],[],[]]
        //iterate over our numbers and place them into the proper bucket using helper functions

Giagnus64

//get the digit in requested place (working backwards i.e. ones place is the last digit, tens is the second to last and so on)
const getDigit = (num, place) => {
    //move the decimal point over to the requested digit (absolute value to consider negative numbers)
    const divided = Math.abs(num) / Math.pow(10, place);
    //round down to eliminate digits after the decimal
    const floored = Math.floor(divided);
    //modulo to get remainder when number is divided by it's base (10)
    const digit = floored % 10;

Giagnus64

//creating default arguments again since we want to be able to change them in later recursions
const quickSort = (arr, left = 0, right = arr.length - 1) => {
    //if the array has more than 1 item
    if(left < right){
        //get the pivot index
        let pivotIndex = pivot(arr, left, right);
        //pass in the sort for the left side of the pivot
        quickSort(arr, left, pivotIndex - 1);
        //pass in the sort for the right side of the pivot
        quickSort(arr, pivotIndex + 1, right);