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Showing posts with the label destructuring

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Day 56: Modern JavaScript Practices - Harshil Chovatiya

on February 05, 2024

Arrow Functions Best Practices Browser Compatibility Code Refactoring Code Splitting destructuring ES6 ESLint Harshil Chovatiya JavaScript Template Literals Variable Declarations

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Harshil Chovatiya - Day 47: Innovative Project - Building a Task Scheduler with JavaScript

on January 09, 2024

100 Days of Code 100daysofcode with Harshil closures destructuring harshil blogspot harshil choavtiya Harshil Chovatiya JavaScript JavaScript development Prototypes spread operator task scheduler

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Harshil Chovatiya - Day 45: Mastering Destructuring in JavaScript

on January 03, 2024

advanced destructuring array destructuring Coding destructuring Harshil Chovatiya JavaScript JavaScript Tutorial nested destructuring object destructuring Programming

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Harshil Chovatiya - Day 32: Async/Await Syntax

Harshil Chovatiya - Day 32: Async/Await Syntax Harshil Chovatiya - Day 32: Async/Await Syntax. Building on our understanding of Promises, today, we'll explore the async/await syntax, which is a powerful and more intuitive way to work with asynchronous code in JavaScript. Async/await simplifies asynchronous operations and enhances code readability. Let's delve into the concepts and usage of async/await. 1. Introduction to Async/Await: Async/await is a modern JavaScript feature that allows you to write asynchronous code in a more synchronous and structured manner. It involves two main keywords: async : It is used to define a function as asynchronous. Async functions always return a Promise, either resolved with the return value or rejected with an exception. await : It is used inside an async ...

Day 80: Advanced Sorting Techniques and Search Algorithms - Harshil Chovatiya

Day 80: Advanced Sorting Techniques and Search Algorithms - Harshil Chovatiya Day 80: Advanced Sorting Techniques and Search Algorithms Brief: Day 80 delves deeper into sorting techniques beyond the basic ones covered earlier. We'll explore advanced sorting algorithms that offer improved time complexity in various scenarios. Additionally, we'll delve into search algorithms, which are crucial for efficiently locating elements in sorted data structures. By mastering these techniques, we enhance our ability to tackle complex computational problems effectively. Topics Covered: Advanced Sorting Techniques: Merge Sort: A divide-and-conquer algorithm that recursively div...

Day 79: Hash Tables - Harshil Chovatiya

Day 79: Hash Tables - Harshil Chovatiya Day 79: Hash Tables Brief: Day 79 focuses on hash tables, a versatile data structure used for efficient data storage and retrieval. Hash tables offer constant-time average-case performance for insertion, deletion, and search operations, making them invaluable in a wide range of applications. We'll delve into their design principles, collision resolution techniques, implementation, and solve problems to solidify our understanding. Topics Covered: Hash Function: Definition: A hash function maps keys to indexes in the hash table, distributing elements evenly across available slot...

Harshil Chovatiya - Day 55: ES6 Advanced Concepts

Harshil Chovatiya - Day 55: ES6 Advanced Concepts Harshil Chovatiya - Day 55: ES6 Advanced Concepts Welcome to another day of mastering ES6! Today, we'll explore advanced concepts that enhance your JavaScript skills. Let's dive into each topic with examples: 1.Promises: Brief: Promises provide a clean and structured way to handle asynchronous operations, making code more readable. Copy function fetchData() { return new Promise((resolve, reject) => { // Simulating asynchronous data fetching setTimeout(() => { const data = { name: "John", age: 30 }; resolve(data); }, 1000); }); } // Using the promise fetchData().then((data) => console.log(data)); ...

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