Chandan Kumar

Once you understand these codes, debugging becomes much easier. Here’s a simple HTTP Status Codes cheat sheet for developers. Save it for later. #WebDev #CodingJourney #JavaScriptDeveloper #Backend #APIs #LearnToCode

When I started learning web development, HTTP status codes looked confusing. But the idea is simple: 200 means everything is okay. 404 means the page or resource was not found. 500 means something went wrong on the server. 301/302 means the page has been redirected.

#JavaScript #DSA #Coding #WebDev #100DaysOfCode

Add +1 to start from 1 function getRandomNumber(max) { return Math.floor(Math.random() * max) + 1; } Example: getRandomNumber(5) → 1 to 5 Have you used this for games, OTPs, or dice apps? Drop your answer below 👇

Multiply it by max value 👇 Math.random() * max If max = 5, output can be between 0 and <5 Use Math.floor() to remove decimals: Math.floor(Math.random() * max) Gives values from 0 to 4

Want to generate a random number in JavaScript? Here’s a simple and useful trick every developer should know 👇 Math.random() gives a random decimal number between: 0 (inclusive) and 1 (exclusive) Example: 0.3482, 0.9271

Debugging teaches patience better than life ever could. #developer #coding #programming

Building quietly. Learning daily. Shipping consistently. Most people underestimate what 1 focused year can do. #buildinpublic #startup #growth

function factorial(n) { if (n === 0 || n === 1) { return 1; } return n * factorial(n - 1); } Example: factorial(5) → 120 Recursion or loop — which approach do you prefer? Drop your answer below 👇 #JavaScript #DSA #Coding #WebDev #100DaysOfCode

If number is 0 or 1, return 1 because: 0! = 1 1! = 1 Recursive Logic 👇 n * factorial(n - 1) Function keeps calling itself until it reaches the base case. Full JavaScript Code 👇

Want to calculate factorial in JavaScript using recursion? Here’s one of the best beginner-friendly recursion examples 👇 Factorial means multiplying a number by all positive integers below it. Example: 5! = 5 × 4 × 3 × 2 × 1 = 120

Recursion vs loops Many recursive problems can also be solved with loops. Recursion is often cleaner and more elegant for hierarchical problems, while loops can be more memory-efficient.

Important caution Without a correct base case, recursion can continue indefinitely and crash with a stack overflow or recursion depth error.

In programming, recursion is a technique where a function solves a problem by calling itself with smaller or simpler inputs until it reaches a stopping condition. Core idea: A recursive function usually has two parts: #Programming #Coding #JavaScript #100DaysOfCode