## Question 16Write the C function that will add a value to the end of the array field `arr` into the structure for the dynamic array that was already defined and initialized.If the dynamic array is full, this function should properly grow the array to twice its current size using the `malloc()` library function. The function's parameter must match the call shown below. The structure definition for the dynamic array is also shown below.```ctypedef struct dynArrStruct{ int* arr; /* pointer to the dynamic array */ int allocated; /* amount of space currently allocated for the dynamic array */ int inUse; /* number of values currently stored in the dynamic array */} dynArr;void main(){ dynArr *a1; addValue( a1, 5 ); /* write this function to add the value given in the second parameter */}```This code segment describes a challenge related to dynamic memory allocation in C. It provides a `typedef` struct for a dynamic array, which includes a pointer to the array, the amount of allocated space, and the number of values currently stored. The objective is to implement a function that adds a new value to this dynamic array. If the array is full, it should expand by doubling its size using the `malloc()` function.

C program to add a value at the end of the array field and to double the size of memory is below

Write the C function that will add a value to the end of the array field arr into the structure for the dynamic array that was already defined and initialized If the dynamic array is full, this function should property grow the array to twice its current size using the malloc ) ibrary function. The function's parameter must match the call shown below. The structure definition for the dynamic array is also shown below typedef struct dynarrstruct int int int ) dynarr; * pointer to the dynamic array * amount of spaced currently allocated for the dynanic array 1number of values currently stored in the dynamic array arr; allocated; inuse;

Write the C function that will add a value to the end of the array field arr into the structure for the dynamic array that was already defined and initialized If the dynamic array is full, this function should property grow the array to twice its current size using the malloc ) ibrary function. The function's parameter must match the call shown below. The structure definition for the dynamic array is also shown below typedef struct dynarrstruct int int int ) dynarr; * pointer to the dynamic array * amount of spaced currently allocated for the dynanic array 1number of values currently stored in the dynamic array arr; allocated; inuse;

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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What benefits do enumeration types provide over a collection of named constants? What benefits does a subrange type have over its base type? When might a string be preferable over a character array?
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C LANGUAGE. According to the instructions, the function will be written. ArrayList search_restaurants
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What benefits do enumeration types provide over a collection of named constants? What benefits does a subrange type have over its base type? When might a string be preferable over a character array?
In C++, When an array is passed to a function as a pointer, the function doesn't know the size of the array. List 3 ways to handle this problem.
In C language
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