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mber variables to 0 n's number, quantity, and cost as arguments. Calls tions to copy these values into the appropriate es. Then calls the setTotalCost function argument and copies it into the itemNumber member argument and copies it into the quantity member le argument and copies it into the cost member ue in itemNumber e in quantity e in cost returns the totalCost bed in the previous question. It should only contain the declaration code as taught by this lesson. eader file you created in the previous question. It should only contain the definition code as taught by this lesson. u created in the previous questions to demonstrate its usage. two .cpp files as taught by this lesson. ction and the other .cpp file will contain function definitions that match the declarations in the paired header file. unctions that receive or return an object of type ItemsInStock. nputs to ensure that negative values are not accepted for item number, quantity, or cost. similar to the example below:

mber variables to 0 n's number, quantity, and cost as arguments. Calls tions to copy these values into the appropriate es. Then calls the setTotalCost function argument and copies it into the itemNumber member argument and copies it into the quantity member le argument and copies it into the cost member ue in itemNumber e in quantity e in cost returns the totalCost bed in the previous question. It should only contain the declaration code as taught by this lesson. eader file you created in the previous question. It should only contain the definition code as taught by this lesson. u created in the previous questions to demonstrate its usage. two .cpp files as taught by this lesson. ction and the other .cpp file will contain function definitions that match the declarations in the paired header file. unctions that receive or return an object of type ItemsInStock. nputs to ensure that negative values are not accepted for item number, quantity, or cost. similar to the example below:

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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● Design an Stock class that can hold information for a store's inventory. The class should have the following private member variables. ● Variable Name itemNumber quantity cost Member Function default constructor • The class should have the following public member functions. constructor #2 setltemNumber setQuantity setCost getltemNumber getQuantity getCost Description getTotalCost An int that holds the item's number An int that holds the quantity of the item on hand A double that holds the wholesale per-unit cost of the item Description Sets all the member variables to 0 Accepts an item's number, quantity, and cost as arguments. Calls other class functions to copy these values into the appropriate member variables. Then calls the setTotalCost function Accepts an int argument and copies it into the itemNumber member variable Accepts an int argument and copies it into the quantity member variable Accepts a double argument and copies it into the cost member variable Returns the value in itemNumber Returns the value in quantity Returns the value in cost • Create a C++ header file for the class described in the previous question. It should only contain the declaration code as taught by this lesson. Create a C++ .cpp file for the class whose header file you created in the previous question. It should only contain the definition code as taught by this lesson. Create a C++ client program for the class you created in the previous questions to demonstrate its usage. O It should consist of one header file and two .cpp files as taught by this lesson. • One.cpp file will contain the main() function and the other .cpp file will contain function definitions that match the declarations in the paired header file. • The program should have at least two functions that receive or return an object of type ItemsInStock. . This program should validate the user inputs to ensure that negative values are not accepted for item number, quantity, or cost. • As a minimum, program output should similar to the example below: Computes and returns the totalCost
Transcribed Image Text:● Design an Stock class that can hold information for a store's inventory. The class should have the following private member variables. ● Variable Name itemNumber quantity cost Member Function default constructor • The class should have the following public member functions. constructor #2 setltemNumber setQuantity setCost getltemNumber getQuantity getCost Description getTotalCost An int that holds the item's number An int that holds the quantity of the item on hand A double that holds the wholesale per-unit cost of the item Description Sets all the member variables to 0 Accepts an item's number, quantity, and cost as arguments. Calls other class functions to copy these values into the appropriate member variables. Then calls the setTotalCost function Accepts an int argument and copies it into the itemNumber member variable Accepts an int argument and copies it into the quantity member variable Accepts a double argument and copies it into the cost member variable Returns the value in itemNumber Returns the value in quantity Returns the value in cost • Create a C++ header file for the class described in the previous question. It should only contain the declaration code as taught by this lesson. Create a C++ .cpp file for the class whose header file you created in the previous question. It should only contain the definition code as taught by this lesson. Create a C++ client program for the class you created in the previous questions to demonstrate its usage. O It should consist of one header file and two .cpp files as taught by this lesson. • One.cpp file will contain the main() function and the other .cpp file will contain function definitions that match the declarations in the paired header file. • The program should have at least two functions that receive or return an object of type ItemsInStock. . This program should validate the user inputs to ensure that negative values are not accepted for item number, quantity, or cost. • As a minimum, program output should similar to the example below: Computes and returns the totalCost
C. C:\Windows\system32\cmd.exe Demonstrating the default constructor... Item number: 0 Quantity Cost : 0.00 Total Cost: 0.00 Demonstrating the overloaded constructor... Item number: 124 Quantity : 12 Cost Total Cost: 1019.40 : 84.95 Demonstrating the "set" functions... Item number: 243 Quantity : 50 Cost Total Cost: 475.00 = 9.50 Demonstrating the input validation functions... Item Number must be or greater. Please re-enter: 25 Quantity must be or greater. Please re-enter: 145 Cost must be or greater. Please re-enter: 15.00 Item number: 25 Quantity : 145 Cost Total Cost: 2175.00 Press any key to continue... : 15.00 x E
Transcribed Image Text:C. C:\Windows\system32\cmd.exe Demonstrating the default constructor... Item number: 0 Quantity Cost : 0.00 Total Cost: 0.00 Demonstrating the overloaded constructor... Item number: 124 Quantity : 12 Cost Total Cost: 1019.40 : 84.95 Demonstrating the "set" functions... Item number: 243 Quantity : 50 Cost Total Cost: 475.00 = 9.50 Demonstrating the input validation functions... Item Number must be or greater. Please re-enter: 25 Quantity must be or greater. Please re-enter: 145 Cost must be or greater. Please re-enter: 15.00 Item number: 25 Quantity : 145 Cost Total Cost: 2175.00 Press any key to continue... : 15.00 x E
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