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Create a C++ program that simulates a simple inventory management system for a store. The program should allow users to add new products, update product quantities, and generate reports. Follow these guidelines: 1. Implement a class called Product with attributes such as product ID, name, price, and available quantity. 2. Create a class called Inventory that manages an array of products. Include functions to: • Add new products to the inventory. • Update the quantity of existing products. • Display details of all products in the inventory. Generate a report showing low-stock products (quantity less than a specified threshold). ● 3. Start by prompting the user to enter the initial number of products in the inventory. 4. Display a menu that allows users to choose from the following options: • Add a new product. Update product quantity. • Display all products in the inventory. Generate a low-stock report. • Exit the program. 5. For each operation, prompt the user for the necessary information (e.g., product ID, name, quantity) and provide appropriate feedback. 6. Use proper exception handling to manage cases where a user tries to update the quantity of a product that does not exist or generate a report when the inventory is empty. 7. Include multiple-line comments to explain the purpose, input, and output of the program. Use single-line comments to clarify complex statements or justify your reasoning. Maintain proper indentation and use self-documenting variable names for better readability.

Create a C++ program that simulates a simple inventory management system for a store. The program should allow users to add new products, update product quantities, and generate reports. Follow these guidelines: 1. Implement a class called Product with attributes such as product ID, name, price, and available quantity. 2. Create a class called Inventory that manages an array of products. Include functions to: • Add new products to the inventory. • Update the quantity of existing products. • Display details of all products in the inventory. Generate a report showing low-stock products (quantity less than a specified threshold). ● 3. Start by prompting the user to enter the initial number of products in the inventory. 4. Display a menu that allows users to choose from the following options: • Add a new product. Update product quantity. • Display all products in the inventory. Generate a low-stock report. • Exit the program. 5. For each operation, prompt the user for the necessary information (e.g., product ID, name, quantity) and provide appropriate feedback. 6. Use proper exception handling to manage cases where a user tries to update the quantity of a product that does not exist or generate a report when the inventory is empty. 7. Include multiple-line comments to explain the purpose, input, and output of the program. Use single-line comments to clarify complex statements or justify your reasoning. Maintain proper indentation and use self-documenting variable names for better readability.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Create a C++ program that simulates a simple inventory management system for a store. The program should allow users to add new products, update product quantities, and generate reports. Follow these guidelines: 1. Implement a class called Product with attributes such as product ID, name, price, and available quantity. 2. Create a class called Inventory that manages an array of products. Include functions to: • Add new products to the inventory. Update the quantity of existing products. • Display details of all products in the inventory. Generate a report showing low-stock products (quantity less than a specified threshold). 3. Start by prompting the user to enter the initial number of products in the inventory. 4. Display a menu that allows users to choose from the following options: Add a new product. · Update product quantity. Display all products in the inventory. • Generate a low-stock report. • Exit the program. ● 5. For each operation, prompt the user for the necessary information (e.g., product ID, name, quantity) and provide appropriate feedback. 6. Use proper exception handling to manage cases where a user tries to update the quantity of a product that does not exist or generate a report when the inventory is empty. 7. Include multiple-line comments to explain the purpose, input, and output of the program. Use single-line comments to clarify complex statements or justify your reasoning. Maintain proper indentation and use self-documenting variable names for better readability.
Transcribed Image Text:Create a C++ program that simulates a simple inventory management system for a store. The program should allow users to add new products, update product quantities, and generate reports. Follow these guidelines: 1. Implement a class called Product with attributes such as product ID, name, price, and available quantity. 2. Create a class called Inventory that manages an array of products. Include functions to: • Add new products to the inventory. Update the quantity of existing products. • Display details of all products in the inventory. Generate a report showing low-stock products (quantity less than a specified threshold). 3. Start by prompting the user to enter the initial number of products in the inventory. 4. Display a menu that allows users to choose from the following options: Add a new product. · Update product quantity. Display all products in the inventory. • Generate a low-stock report. • Exit the program. ● 5. For each operation, prompt the user for the necessary information (e.g., product ID, name, quantity) and provide appropriate feedback. 6. Use proper exception handling to manage cases where a user tries to update the quantity of a product that does not exist or generate a report when the inventory is empty. 7. Include multiple-line comments to explain the purpose, input, and output of the program. Use single-line comments to clarify complex statements or justify your reasoning. Maintain proper indentation and use self-documenting variable names for better readability.
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