Create a Java program that simulates a product inventory management system for a store. The program should allow users to add new products, update existing product information, and display the current inventory status. Follow these guidelines: Create a Product class with attributes like product name, price, and quantity. Implement methods to add new products to the inventory and update the information of existing products. Create an array or a collection to store instances of the Product class representing the current inventory. Display the current inventory, including details for each product. Include error handling to ensure that the inventory size is not exceeded and that users provide valid input for prices and quantities. Provide clear messages for successful actions and error cases. Include JavaDoc comments for class and method documentation. Utilize single-line comments to clarify complex statements or justify your reasoning. Maintain proper indentation and use meaningful variable and method names for better readability. Test your program with the sample data below and provide a snippet of the output: Sample Run: /** * Class representing a product with name, price, and quantity. */ class Product { // Your implementation here } /** * Main class for the Product Inventory Management program. */ public class InventoryManager { public static void main(String[] args) { // Your implementation here }
Create a Java program that simulates a product inventory management system for a store. The program should allow users to add new products, update existing product information, and display the current inventory status. Follow these guidelines: Create a Product class with attributes like product name, price, and quantity. Implement methods to add new products to the inventory and update the information of existing products. Create an array or a collection to store instances of the Product class representing the current inventory. Display the current inventory, including details for each product. Include error handling to ensure that the inventory size is not exceeded and that users provide valid input for prices and quantities. Provide clear messages for successful actions and error cases. Include JavaDoc comments for class and method documentation. Utilize single-line comments to clarify complex statements or justify your reasoning. Maintain proper indentation and use meaningful variable and method names for better readability. Test your program with the sample data below and provide a snippet of the output: Sample Run: /** * Class representing a product with name, price, and quantity. */ class Product { // Your implementation here } /** * Main class for the Product Inventory Management program. */ public class InventoryManager { public static void main(String[] args) { // Your implementation here }
Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
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![Create a Java program that simulates a product inventory management system for a
store. The program should allow users to add new products, update existing product
information, and display the current inventory status. Follow these guidelines:
Create a Product class with attributes like product name, price, and quantity.
Implement methods to add new products to the inventory and update the information
of existing products.
Create an array or a collection to store instances of the Product class representing
the current inventory.
Display the current inventory, including details for each product.
Include error handling to ensure that the inventory size is not exceeded and that
users provide valid input for prices and quantities.
Provide clear messages for successful actions and error cases.
Include JavaDoc comments for class and method documentation. Utilize single-line
comments to clarify complex statements or justify your reasoning. Maintain proper
indentation and use meaningful variable and method names for better readability.
Test your program with the sample data below and provide a snippet of the output:
Sample Run:
/**
* Class representing a product with name, price, and quantity.
*/
class Product {
// Your implementation here
}
/**
* Main class for the Product Inventory Management program.
*/
public class InventoryManager {
public static void main(String[] args) {
// Your implementation here](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F220ff2fd-9d8a-429a-94bc-dba8614cb9e3%2F0cca1da5-d2b2-4c26-89a7-c6af00844827%2Fhecyr1_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Create a Java program that simulates a product inventory management system for a
store. The program should allow users to add new products, update existing product
information, and display the current inventory status. Follow these guidelines:
Create a Product class with attributes like product name, price, and quantity.
Implement methods to add new products to the inventory and update the information
of existing products.
Create an array or a collection to store instances of the Product class representing
the current inventory.
Display the current inventory, including details for each product.
Include error handling to ensure that the inventory size is not exceeded and that
users provide valid input for prices and quantities.
Provide clear messages for successful actions and error cases.
Include JavaDoc comments for class and method documentation. Utilize single-line
comments to clarify complex statements or justify your reasoning. Maintain proper
indentation and use meaningful variable and method names for better readability.
Test your program with the sample data below and provide a snippet of the output:
Sample Run:
/**
* Class representing a product with name, price, and quantity.
*/
class Product {
// Your implementation here
}
/**
* Main class for the Product Inventory Management program.
*/
public class InventoryManager {
public static void main(String[] args) {
// Your implementation here
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