Finish the code. There are 2 TODO codes in this program. Im

Finish the code. There are 2 TODO codes in this program. I’m not paying more than 7 dollars because this is not a big task.#include


using namespace std;//==========================================================================// CONSTANTS//==========================================================================// error codesconst int ERROR_CAPACITY_OVERFLOW = 1;// maximum size allowed for a setconst int MAX_SET_SIZE = 256;//==========================================================================// TYPES//==========================================================================// structure to represent sets of integersstruct IntSet { int elem[MAX_SET_SIZE]; // the elements in the set (occupied 0 to n-1) int size = 0; // the number of elements currently in the set};//==========================================================================// FUNCTIONS//==========================================================================//————————————————————————–// isEmpty(s): returns true if the set is empty and false otherwise.//————————————————————————–bool isEmpty(IntSet s) { // s is empty if its size is zero return s.size == 0;}//————————————————————————-// isMember(s, x): Returns true if x is a memeber of set s and false otherwise.//————————————————————————–bool isMember(IntSet s, int x) { // for every occupied cell of our array… for (int i = 0; i < s.size ; i++) { // compare contents to x if (s.elem[i] == x) return true; } // if we’re here, x was not in the set return false;}//————————————————————————–// add(s, x): adds element x into set s. If x already is a member of s, then// this operation has no effect.//————————————————————————–void add(IntSet &s, int x) { // if there is room remaining if (s.size < MAX_SET_SIZE) { // if x is not already in the set if (!isMember(s, x)) { // place x in the elem array of s s.elem[s.size] = x; // update the size of s s.size++; } } else { // the set is filled to capacity cout << ‘Error: attempted to add an element to a maximum capacity set.’; exit(ERROR_CAPACITY_OVERFLOW); }}//————————————————————————–// clear(s): Clear the set s so that it is empty.//————————————————————————–void clear(IntSet &s) { s.size = 0;}//————————————————————————–// print(s): Prints set s to the console.//————————————————————————–void print(IntSet s) { cout << ‘{‘; for (int i = 0; i < s.size – 1; i++) { cout << s.elem[i] << ‘, ‘; } if (s.size > 0) { cout << s.elem[s.size – 1]; } cout << ‘}’ << endl;}//————————————————————————-// setIntersection(s1, s2, result): Compute the intersection of s1 and s2 and// place it into result.//————————————————————————–void setIntersection(IntSet s1, IntSet s2, IntSet &result) { clear(result); // TODO: Complete the code below… // for every member of s1 // if it is a member of s2 // add it to the result}//————————————————————————-// setUnion(s1, s2, result): Compute the union of s1 and s2 and place it into// result.// ————————————————————————void setUnion(IntSet s1, IntSet s2, IntSet &result) { clear(result); // TODO: Complete the code below… // for every member of s1 // add it to the result // for every member of s2 // add it to the result}//————————————————————————–// MAIN PROGRAM//————————————————————————–int main() { // fill s1 with {1, 2, 3, 4, 5} IntSet s1; for (int x = 1; x <= 5; x++) { add(s1, x); } cout << ‘s1: ‘; print(s1); // fill s2 with {4, 5, 6, 7, 8} IntSet s2; for (int x = 4; x <= 8; x++) { add(s2, x); } cout << ‘s2: ‘; print(s2); // compute intersection and print it IntSet res1; setIntersection(s1, s2, res1); cout << ‘intersection of s1 and s2: ‘; print(res1); // compute union and print it IntSet res2; setUnion(s1, s2, res2); cout << ‘union of s1 and s2: ‘; print(res2);}

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