## Task
You are working within a `Car` class that has a private `#mileage` property. Your task is to define getters and setters for this property to control how it’s accessed and modified.
1. **Define Getter for Mileage**: Define a getter for the `mileage` property to retrieve the current mileage;
2. **Define Setter for Mileage with Validation**: Define a setter for the `mileage` property that accepts a new mileage value. This setter should:
   - Only allow updating if the new mileage is greater than the current mileage (mileage can only increase);
   - If the new mileage is invalid, log `"Invalid mileage update"` and do not change the current mileage.

class Car {
  #mileage = 1000; // Initial private mileage

  // Getter for mileage
  _____ mileage() {
    return this.#_____;
  }

  // Setter for mileage with validation
  _____ mileage(newMileage) {
    _____ (_____ > this.#_____) {
      this.#_____ = newMileage;
    } _____ {
      console.log(_____);
    }
  }
}

// Testing
const car1 = new Car();

console.log(car1.mileage); // Expected: 1000

car1.mileage = 1500; // Update mileage to 1500
console.log(car1.mileage); // Expected: 1500

car1.mileage = 900; // Attempt invalid mileage update, expected: Invalid mileage update

- Define a `get` accessor for `mileage` to retrieve the current mileage;
- Define a `set` accessor for `mileage` that takes `newMileage` as a parameter;
- In the setter, check if `newMileage` is greater than the current mileage (`this.#mileage`);
- If `newMileage` is valid, update `#mileage` to `newMileage`;
- If `newMileage` is not greater than the current mileage, log `"Invalid mileage update"` and do not change the mileage.

class Car {
  #mileage = 1000; // Initial private mileage

  // Getter for mileage
  get mileage() {
    return this.#mileage;
  }

  // Setter for mileage with validation
  set mileage(newMileage) {
    if (newMileage > this.#mileage) {
      this.#mileage = newMileage;
    } else {
      console.log('Invalid mileage update');
    }
  }
}

// Testing
const car1 = new Car();

console.log(car1.mileage); // Output: 1000

car1.mileage = 1500; // Update mileage to 1500
console.log(car1.mileage); // Output: 1500

car1.mileage = 900; // Attempt invalid mileage update, expected: Invalid mileage update

Master essential JavaScript concepts, including classes, DOM manipulation, event handling, and asynchronous programming. Learn to create dynamic and interactive web applications by managing user interactions, fetching and displaying data, and handling asynchronous operations efficiently. Through a blend of theory, hands-on challenges, and real-world examples, this course equips you with the practical skills needed for modern web development.

Learn the fundamentals of JavaScript classes, from class declarations to defining methods that enhance functionality. Discover how to use parameter objects effectively, manage private properties, and control access with getters and setters. Master static properties and static methods and unlock the power of class inheritance using "extends" and "super()" to build scalable and reusable code.

Master DOM manipulation to create dynamic, interactive web applications. Navigate and modify the DOM's structure, dynamically update content, and implement best practices for security and performance. Differentiate between properties and attributes to optimize your code.

Unlock the interactivity of your web applications by mastering JavaScript events. Understand event propagation, control event behavior, and implement efficient event handling for user interactions. Optimize performance with advanced techniques like event delegation.

Dive into asynchronous JavaScript, including callbacks, Promises, and async/await. Learn how to fetch data from APIs, integrate third-party libraries, and handle multiple requests efficiently, building skills for creating data-driven applications.

Challenge: Implement Getters and Setters in a Class

Task