Write C++ code to create a function called shift that solves the problem below (see end of problem for the shift function header definition): You have a pointer to an array with N elements where N is any real number. The starting array could look similar to this: 3, 5, 1, 9.3 where the underscores are unused index positions in the array. Shift the elements to the right one slot so that all numbers from the index position of the array are shifted to the right. This leaves a "gap" where the index position currently is and fills the gap at the end of the array. . This is one example of how the array could look after your code runs, depending on the index value passed into the function: 3, 5, 1.9.3 Your code should work with an array that contains more or fewer elements. but the capacity will always have two open slots at the end of the array, as shown above. After the shift, set the value at the gap (or opened) slots to insertValue1 and insertValue2, respectively. • Do not create any other arrays or vectors, write any other functions, or use concepts/constructs not taught in the course. You must use the function header/signature below. Complete the function below: void shift(int index, int "ptrArray, int capacity, insertValue 1, insertValue2) { .
Write C++ code to create a function called shift that solves the problem below (see end of problem for the shift function header definition): You have a pointer to an array with N elements where N is any real number. The starting array could look similar to this: 3, 5, 1, 9.3 where the underscores are unused index positions in the array. Shift the elements to the right one slot so that all numbers from the index position of the array are shifted to the right. This leaves a "gap" where the index position currently is and fills the gap at the end of the array. . This is one example of how the array could look after your code runs, depending on the index value passed into the function: 3, 5, 1.9.3 Your code should work with an array that contains more or fewer elements. but the capacity will always have two open slots at the end of the array, as shown above. After the shift, set the value at the gap (or opened) slots to insertValue1 and insertValue2, respectively. • Do not create any other arrays or vectors, write any other functions, or use concepts/constructs not taught in the course. You must use the function header/signature below. Complete the function below: void shift(int index, int "ptrArray, int capacity, insertValue 1, insertValue2) { .
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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