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Add the code of the ArrayListType to your code. Part 2: Create an Ordered_List class derived from the ArrayListType then add the following function to this class: • Constructor to create an array of the size specified by the parameter size. The default array size is 20. • Sorted Insert this function takes an integer values then add it to the list this function should check whether the value exist in the list or not. If it is already exist then it will not be inserted to the list, this function should keep the list ordered. • Remove function to remove an item from the list. The function takes a single parameter that specifie

Add the code of the ArrayListType to your code. Part 2: Create an Ordered_List class derived from the ArrayListType then add the following function to this class: • Constructor to create an array of the size specified by the parameter size. The default array size is 20. • Sorted Insert this function takes an integer values then add it to the list this function should check whether the value exist in the list or not. If it is already exist then it will not be inserted to the list, this function should keep the list ordered. • Remove function to remove an item from the list. The function takes a single parameter that specifie

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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Part 1: Add the code of the ArrayListType to your code. Part 2: Create an Ordered_List class derived from the ArrayListType then add the following function to this class: Constructor to create an array of the size specified by the parameter size. The default array size is 20. Sorted Insert this function takes an integer values then add it to the list this function should check whether the value exist in the list or not. If it is already exist then it will not be inserted to the list, this function should keep the list ordered. Remove function to remove an item from the list. The function takes a single parameter that specifies the number to be removed. • Sequential Search a function to search the list for an integer if exist return its location otherwise return -1. This function specifies the number we are looking for as a parameter. Part 3: Implement the following non-member functions to deal with the Ordered List objects: Load file: this function should read a text file consist an integer numbers then add them to the object passed as argument to the function. Use the following prototype void Load File (Ordered List &list1): Store data: this function should store the list from an object of Ordered List class to a new text file. Use the following prototype void Store_Data (Ordered_List list1); Duplicate this function should multiply each number in the list by 2 and update the list with the new values. Use the following prototype void Duplicate (Ordered_List &list1); Remove this function should take an integer number as a parameter and delete all its multiples from the list.Use the following prototype void Remove (Ordered_List &list1 , int val); Separate this function should separate the numbers from an object to a tow new lists one for ODD numbers and one for EVEN numbers. Use the following prototype void Separate (Ordered_List list1, Ordered_List &ODD, Ordered_List &EVEN) Part 4: Write a menu driven program that allow the user to perform the flowing options: 1) Load file 2) Add new number 3) Duplicate numbers 4) Remove multiples of 3 5) Separate odd and even 6) Store list 7) Exit
Transcribed Image Text:Part 1: Add the code of the ArrayListType to your code. Part 2: Create an Ordered_List class derived from the ArrayListType then add the following function to this class: Constructor to create an array of the size specified by the parameter size. The default array size is 20. Sorted Insert this function takes an integer values then add it to the list this function should check whether the value exist in the list or not. If it is already exist then it will not be inserted to the list, this function should keep the list ordered. Remove function to remove an item from the list. The function takes a single parameter that specifies the number to be removed. • Sequential Search a function to search the list for an integer if exist return its location otherwise return -1. This function specifies the number we are looking for as a parameter. Part 3: Implement the following non-member functions to deal with the Ordered List objects: Load file: this function should read a text file consist an integer numbers then add them to the object passed as argument to the function. Use the following prototype void Load File (Ordered List &list1): Store data: this function should store the list from an object of Ordered List class to a new text file. Use the following prototype void Store_Data (Ordered_List list1); Duplicate this function should multiply each number in the list by 2 and update the list with the new values. Use the following prototype void Duplicate (Ordered_List &list1); Remove this function should take an integer number as a parameter and delete all its multiples from the list.Use the following prototype void Remove (Ordered_List &list1 , int val); Separate this function should separate the numbers from an object to a tow new lists one for ODD numbers and one for EVEN numbers. Use the following prototype void Separate (Ordered_List list1, Ordered_List &ODD, Ordered_List &EVEN) Part 4: Write a menu driven program that allow the user to perform the flowing options: 1) Load file 2) Add new number 3) Duplicate numbers 4) Remove multiples of 3 5) Separate odd and even 6) Store list 7) Exit
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