How can you handle asynchronous operations in TypeScript using promises?

In TypeScript, asynchronous operations can be effectively handled using promises. Promises provide a way to work with asynchronous code in a more structured and manageable manner. Let's dive into how promises can be used to handle asynchronous operations in TypeScript: 1. Creating Promises: To handle asynchronous operations using promises, you typically create a promise object. The promise constructor takes a callback function with two parameters: `resolve` and `reject`. Inside this callback function, you perform your asynchronous task and call `resolve` when the task is successful or `reject` when it encounters an error. For example: ``` typescript`const myAsyncTask = (): Promise<string> => { return new Promise((resolve, reject) => { // Asynchronous task setTimeout(() => { const randomValue = Math.random(); if (randomValue < 0.5) { resolve('Task completed successfully.'); } else { reject(new Error('Task encountered an error.')); } }, 2000); }); };` ``` 2. Consuming Promises: O....