Create a function called init$1.$ This function will declare an array of size $n$ and will assign random values $($if you want to make things easier, you can create a loop from $i=0$ to $n,$ and assign the value of $i$ to each element in the array$).$ This function must return the array created in the function. Plus, the only argument of the function is $n$ the length of the array.

Create a void function called init$2.$ This function does exactly the same than init$1,$ but I will not return anything. For this function, consider which parameters you need.

Assign an array to $p1$ and $p2$ using init$1$ and init$2,$ respectively.

Finally, print the values $($not the addresses$)$ stored in p$1$ and p$2.$

Task $2$: Pointers and functions Must finish in lab

In this task, we will create a structure called pseudo$-$dynamic and it will have the following members:

$p$ : a pointer that will store at the beginning $1$ element.

size: the maximum amount of numbers the array can store.

length: the current amount of numbers the user has stored in $p.$

Subtask:

Create a structure pseudo$-$dynamic and declare it in main.

Create a function called add to ask the user to add a new element in the array A$.$ This function must tell the user when there is no more available space in the array, and when this happens, you have to double the space $($double size$),$ and add the new inserted value.

Create a function called delete to remove the last element store in the array $A.$

Create a function called print to print all the values stored in the array, If the array is empty, it should print the message "Empty array".

Create a function to quit the program.

Use a loop to ask the user which function he wants to perform. If the user input a wrong a option, it must ask again. You should only exit the loop if the user wants to$.$

All the functions must be a void function.