fill an array of $10$ integers with random values ranging from $0$ to $100.$

Convert all the functions:

void insertHeap$($int heap$[],$ int key, int &lastIndex$)$;

void reheapUp$($int heap$[],$ int locIndex$)$;

void deleteHeap$($int heap$[],$ int &lastIndex$)$;

void reheapDown$($int heap$[],$ int locIndex, int lastIndex$)$;

void heapify$($int heap$[],$ int &lastIndex, int size$)$;

void printHeap$($int heap$[],$ int lastIndex$)$;

in such a way that they produce a min heap instead of a max heap.

Write a function called heapify that takes an array of any length of random integers, and converts it into a valid min heap. The function signature should look like: void heapify$($int heap$[],$ int &lastIndex, int size$)$; The parameters heap and lastIndex are used in the same way as the other functions use them. The variable size has the number of elements inside of the array to begin with. Your function should also set lastIndex to its appropriate value. Notice that lastIndex is being passed by reference. This function may use reheapUp and$/$or reheapDown as needed.

Write a function that takes in a min heap and prints all the contents in ascending order without using any other sorting algorithm or function. When the function ends, the heap array passed into the function should still be a valid min heap $($the values may be in a somewhat different order, that's fine$).$ You can use a temporary array to store values if you like. The function signature should be: void printHeap$($int heap$[],$ int lastIndex$)$;