I got this induction proof solution from a answers Expert that proves every logic formula has a unique parse tree, and I a

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I got this induction proof solution from a answers Expert thatproves every logic formula has a unique parse tree, and I am tryingto figure out where the bugs are. Please help me!
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#incorporate <iostream>
#incorporate <iomanip>
#incorporate <fstream>
#incorporate <string>
utilizing namespace sexually transmitted disease;
const int menuItems = 8;
struct menuItemType {//VARIABLES
string menuItem;
twofold menuPrice;
int count_1;//variable initializon
menuItemType() {
menuItem = "";
menuPrice = 0.0;
count_1 = 0;
}
};
class menuClass {
private:
string itemName;
twofold cost;
public:
menuClass() {
struct menuItemType {//VARIABLES
string menuItem;
twofold menuPrice;
int count_1;//variable initializon
menuItemType() {
menuItem = "";
menuPrice = 0.0;
count_1 = 0;
}
};
}
menuClass(string Name, twofold Price) {
itemName = Name;
cost = Price;
}
// getter for thing name
string getName() {
return itemName;
}
// getter for thing cost
twofold getPrice() {
bring cost back;
}
void showMenu(menuItemType menuList[], int x) {
// Capability factors
int count;
cout << "Welcome to Johnny's Restaurant! " <<endl;
cout << " ===== Menu List ======" << endl;
for (count = 0; count < x; count++) {
cout << setw(1) << left << "[" << count+ 1 << "]";
cout << setw(20) << left <<menuList[count].menuItem << '$' <<menuList[count].menuPrice << endl;
}
}
//void information goes underneath
void getData(menuItemType menuList[]) {
ifstream myFile;
string thing, s;
twofold cost;
int I = 0;
myFile.open("menu.txt");
while (getline(myFile, thing, '$')) {
myFile >> cost;
getline(myFile, s, '\n');
menuList.menuItem = thing;
menuList.menuPrice = cost;
i++;
}
myFile.close();
}
void printCheck(menuItemType menuList[]) {
twofold checkTotal = 0;
twofold checkTax = 0;
const twofold TAX = .05;
cout << "\t===== ORDER SUMMARY =====" << endl;
for (int I = 0; I < 8; i++) {
if (menuList.count_1 != 0) {
cout << setw(5) << left << menuList.count_1<< setw(20) << left << menuList.menuItem<< '$' << menuList.menuPrice * menuList.count_1<< endl;
checkTotal += (menuList.menuPrice * menuList.count_1);
}
}
checkTax = checkTotal * TAX;
checkTotal += checkTax;
cout << setw(15) << left << " Tax" <<setw(11) << right << "$" << checkTax <<endl;
cout << setw(14) << left << " Amount Due "<< setw(12) << right << "$" << checkTotal<< endl;
system("pause");
}
};
menuItemType menuList[menuItems];
int primary() {
// set accuracy to 2 for cash
cout << setprecision(2) << std::fixed;
// capabilities and variable
int orderChoice = 0;
bool requesting = valid;
int count = 0;
// Capability CALLING
menuClass obj;
obj.getData(menuList);
obj.showMenu(menuList, menuItems);
while (requesting) {
cout << "Select your ideal thing... \n";
cout << "Type 0 assuming that you are get done withrequesting." << endl;
cin >> orderChoice;
if ((orderChoice > 0 && orderChoice <= menuItems)&& menuList[orderChoice - 1].count_1 > 0) {
++menuList[orderChoice - 1].count_1;
}
else if (orderChoice > 0 && orderChoice <=menuItems) {
++menuList[orderChoice - 1].count_1;
}
else {
requesting = bogus;
}
}
obj.printCheck(menuList);
bring 0 back;
}