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Question : Your task is to design a departmental store management system. The store has multiple shelves with numbers on it for placing multiple items, initially the shelf is empty, means that there is no item on the shelf. The store consists of k number of shelves, and each shelf has exactly p number of positions for items to be placed on it. The store wants to design a software to keep the records of item on the shelves. The software should be able to perform the following operations: 1. Insert the item at a particular position in a given shelf, if it's empty else place the item in the first empty location in that shelf, and if there is no location empty on that shelf then do not insert it and display the appropriate message to the user. 2. Display all the items in a given shelf. 3. Remove the item from particular position in a given shelf if it is there. 4. Remove all the item from a given shelf 5. Return total number of the items in the specified shelf 6. Return the total number of items in all the shelves. 7. Find item in the store and return the shelf number and its position if it exists. 8. Update the item at given position (can be empty or filled) by replacing it with the new item. 9. Check if the shelf is empty 10. Check if the shelf is full Your process will start for asking number of shelves (k) and (p) positions on each shelf (Each shelf can have varying storage positions)

Question : Your task is to design a departmental store management system. The store has multiple shelves with numbers on it for placing multiple items, initially the shelf is empty, means that there is no item on the shelf. The store consists of k number of shelves, and each shelf has exactly p number of positions for items to be placed on it. The store wants to design a software to keep the records of item on the shelves. The software should be able to perform the following operations: 1. Insert the item at a particular position in a given shelf, if it's empty else place the item in the first empty location in that shelf, and if there is no location empty on that shelf then do not insert it and display the appropriate message to the user. 2. Display all the items in a given shelf. 3. Remove the item from particular position in a given shelf if it is there. 4. Remove all the item from a given shelf 5. Return total number of the items in the specified shelf 6. Return the total number of items in all the shelves. 7. Find item in the store and return the shelf number and its position if it exists. 8. Update the item at given position (can be empty or filled) by replacing it with the new item. 9. Check if the shelf is empty 10. Check if the shelf is full Your process will start for asking number of shelves (k) and (p) positions on each shelf (Each shelf can have varying storage positions)

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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Write code in c++ and Dont use string .

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Question : Your task is to design a departmental store management system. The store has multiple shelves with numbers on it for placing multiple items, initially the shelf is empty, means that there is no item on the shelf. The store consists of k number of shelves, and each shelf has exactly p number of positions for items to be placed on it. The store wants to design a software to keep the records of item on the shelves. The software should be able to perform the following operations: 1. Insert the item at a particular position in a given shelf, if it's empty else place the item in the first empty location in that shelf, and if there is no location empty on that shelf then do not insert it and display the appropriate message to the user. 2. Display all the items in a given shelf. 3. Remove the item from particular position in a given shelf if it is there. 4. Remove all the item from a given shelf 5. Return total number of the items in the specified shelf 6. Return the total number of items in all the shelves. 7. Find item in the store and return the shelf number and its position if it exists. 8. Update the item at given position (can be empty or filled) by replacing it with the new item. 9. Check if the shelf is empty 10. Check if the shelf is full Your process will start for asking number of shelves (k) and (p) positions on each shelf (Each shelf can have varying storage positions) Sample Input/Output: • Enter no of shelves: 2 • Enter no of positions on each shelf: 4 ********** Menu *+*******+
Transcribed Image Text:Question : Your task is to design a departmental store management system. The store has multiple shelves with numbers on it for placing multiple items, initially the shelf is empty, means that there is no item on the shelf. The store consists of k number of shelves, and each shelf has exactly p number of positions for items to be placed on it. The store wants to design a software to keep the records of item on the shelves. The software should be able to perform the following operations: 1. Insert the item at a particular position in a given shelf, if it's empty else place the item in the first empty location in that shelf, and if there is no location empty on that shelf then do not insert it and display the appropriate message to the user. 2. Display all the items in a given shelf. 3. Remove the item from particular position in a given shelf if it is there. 4. Remove all the item from a given shelf 5. Return total number of the items in the specified shelf 6. Return the total number of items in all the shelves. 7. Find item in the store and return the shelf number and its position if it exists. 8. Update the item at given position (can be empty or filled) by replacing it with the new item. 9. Check if the shelf is empty 10. Check if the shelf is full Your process will start for asking number of shelves (k) and (p) positions on each shelf (Each shelf can have varying storage positions) Sample Input/Output: • Enter no of shelves: 2 • Enter no of positions on each shelf: 4 ********** Menu *+*******+
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