En utilisant switch mais je veux faire la sélection avec une chaîne au lieu d'un int

Le code ci-dessous n'est que la partie principale et n'inclut pas le fichier d'en-tête ou l'autre fichier cpp. À la fin du programme, je souhaite imprimer les choix des utilisateurs dans un fichier csv. À moins que je ne puisse changer la façon dont l'utilisateur fait son choix, je ne vois pas comment faire cela.

1.Puis-je utiliser un autre int pour les choix de l'utilisateur?

2.Si je ' Je suis capable de faire autre chose que int pour les choix de l'utilisateur, est-ce que cela fonctionnerait de simplement avoir l'impression en code csv à la fin comme je l'ai fait jusqu'à présent?

#include <iomanip>
#include <iostream>
#include <string>
#include <cstdlib>
#include <fstream>
#include "Header.h"
using namespace std;

void PrintDrink(Drink);

int main(int argc, char* argv[])
{
    int meat;
    int type;
    string userName;
    do {
        cout << "\n\nThis program will help you BBQ some of the best meat you have ever tasted. With care taken to ensure \n";
        cout << "these steps are followed and the correct temperatures are used, you will find yourself a BBQ expert in no time. \n\n";
        cout << "Can we start with getting your name : ";
        cin >> userName;
        cout << userName << " welcome to this BBQ program.\n\n";
        cout << "You can select any of the following to make today: \n";
        cout << "1 - Chicken Wings\n";
        cout << "2 - Chicken Breast\n";
        cout << "3 - Whole Chicken\n";
        cout << "4 - Chicken Thighs\n";
        cout << "5 - Pork Ribs\n";
        cout << "6 - Pork Roast\n";
        cout << "7 - Pulled Pork\n";
        cout << "8 - Pork Chops\n";
        cout << "9 - Pork Tenderloin\n";
        cout << "10 - Beef Ribs\n";
        cout << "11 - Brisket\n";
        cout << "12 - Prime Rib Roast\n";
        cout << "Your selection: ";
        cin >> meat;
        switch (meat)
        {
        case 1:
            cout << "Chicken Wings can be amazing.\n You have two options:\n";
            cout << "grill - Grill them\n";
            cout << "smoke - Smoke them\n";
            cout << "Your selection: ";
            cin >> type;
            switch (type) {
            case 1:
                cout << "After seasoning the chicken\nCook them on a medium temperature grill.\nThey will be need to cook for approximately 6 to 8 minutes per side.";
                break;
            case 2:
                cout << "Smoking your chicken will add great flavor.\nSmoke the wings at 250 degrees for approximately 2 to 2.5 hours.";
                break;
            }goto exit_loop;
        case 2:
            cout << "Chicken Breasts can be amazing.\n You have two options:\n";
            cout << "1 - Grill them\n";
            cout << "2 - Smoke them\n";
            cout << "Your selection: ";
            cin >> type;
            switch (type) {
            case 1:
                cout << "After seasoning the chicken\nCook them on a medium temperature grill.\nThey will be need to cook for approximately 7 to 8 minutes per side.";
                break;
            case 2:
                cout << "Smoking your chicken will add great flavor.\nSmoke the wings at 250 degrees for approximately 2.5 to 3 hours.";
                break;
            }goto exit_loop;
        case 3:
            while (meat == 3) {
                cout << "A whole chicken needs time to be cooked to the perfect temperature.\nFor the best whole chicken there is really only one option:\n";
                cout << "That one option is to smoke the whole chicken.\nWe need to cook this chicken for approximately 45 minutes per pound\n";
                double chickWeight;
                cout << "Please enter the weight of your whole chicken in pounds: ";
                cin >> chickWeight;
                double chickTime = chickWeight * 0.75;
                cout << "You will need to cook your whole chicken for " << chickTime << " minutes.\nThe chicken thighs will need an internal temperature";
                cout << "of 170 degrees and the breasts will need an internal temperature of 165.\n";
                goto exit_loop;
            }
        case 4:
            cout << "Chicken thighs can be amazing.\n You have two options:\n";
            cout << "1 - Grill them\n";
            cout << "2 - Smoke them\n";
            cout << "Your selection: ";
            cin >> type;
            switch (type) {
            case 1:
                cout << "After seasoning the chicken\nCook them on a medium temperature grill.\nThey will be need to cook for approximately 6 to 8 minutes per side.";
                break;
            case 2:
                cout << "Smoking your chicken will add great flavor.\nSmoke the wings at 250 degrees for approximately 2.5 to 3 hours.";
                break;
            }while (type < 3);
            goto exit_loop;
        case 5:
            while (meat == 5) {
                cout << "Pork ribs, whether they are baby racks, ST. Louis cuts, or any other type they are best when smoked low and slow.\n";
                cout << "This amazing meat is really simple to BBQ. Smoke your ribs at 225 degrees for approximately 5 to 6 hours.\n";
                cout << "The ribs are done when they are tender and will bend when picking them up.\n";
                goto exit_loop;
            }
        case 6:
            while (meat == 6) {
                cout << "A pork roast needs time to be cooked to the perfect temperature.\nFor the best pork roast there is really only one option:\n";
                cout << "That one option is to smoke the pork roast.\nWe need to cook this roast for approximately 1 hours per pound.\n";
                double porkWeight;
                cout << "Please enter the weight of your pork in pounds: ";
                cin >> porkWeight;
                double porkTime = porkWeight * 1;
                cout << "You will need to cook your pork for " << porkTime << " hours.\nThe pork will need an internal temperature of 185-195 degrees.\n";
                goto exit_loop;
            }
        case 7:
            while (meat == 7) {
                cout << "Pulled pork needs to be cooked to an internal temperature that allows the connective fibers to break down\nso there is really only one option for this:\n";
                cout << "That one option is to smoke the pork low and slow.\nWe need to cook this pork for approximately 1.5 hour per pound.\n";
                double porkWeight;
                cout << "Please enter the weight of your pork in pounds: ";
                cin >> porkWeight;
                double porkTime = porkWeight * 1.5;
                cout << "You will need to cook your pork for " << porkTime << " hours.\nThe pork will need an internal temperature of 203 degrees.\n";
                goto exit_loop;
            }
        case 8:
            cout << "Pork chops can be amazing.\n You have two options:\n";
            cout << "1 - Grill them\n";
            cout << "2 - Smoke them\n";
            cout << "Your selection: ";
            cin >> type;
            switch (type) {
            case 1:
                cout << "After seasoning the pork chops\nCook them on a medium temperature grill.\nThey will be need to cook for approximately 4 to 5 minutes per side.";
                break;
            case 2:
                cout << "Smoking your pork chops will add great flavor.\nSmoke the pork chops at 250 degrees for approximately 45 minutes to 1 hour.";
                break;
            }while (type < 3);
            goto exit_loop;
        case 9:
            while (meat == 9) {
                cout << "A pork tenderloin needs time to be cooked to the perfect tempurature.\nFor the best pork tenderloin there is really only one option:\n";
                cout << "That one option is to smoke the pork tenderloin.\nWe need to cook this tenderloin for approximately 2.5 to 3 hours.\n";
                cout << "The internal temperature needs to reach at least 145 degrees.\n";
                goto exit_loop;
            }
        case 10:
            while (meat == 10) {
                cout << "Beef ribs needs to be cooked to an internal temperature that allows the connective fibers to break down\nso there is really only one option for this:\n";
                cout << "That one option is to smoke the ribs low and slow.\nWe need to cook this beef for approximately 8 to 10 hours.\n";
                cout << "The ribs are done when they are tender and have an internal temperature of 203 degrees.\n";
                goto exit_loop;
            }
        case 11:
            while (meat == 11) {
                cout << "Brisket needs to be cooked to an internal temperature that allows the connective fibers to break down\nso there is really only one option for this:\n";
                cout << "That one option is to smoke the brisket low and slow.\nWe need to cook this brisket for approximately 1.5 hour per pound.\n";
                double beefWeight;
                cout << "Please enter the weight of your brisket in pounds: ";
                cin >> beefWeight;
                double beefTime = beefWeight * 1.5;
                cout << "You will need to cook your brisket for " << beefTime << " hours.\nThe brisket will need an internal temperature of 203 degrees.\n";
                cout << "For the best results use a Texas crunch technique at around 160 degrees.\n";
                
                goto exit_loop;
            }
        case 12:
            while (meat == 12) {
                cout << "Prime rib Roast needs to be cooked to an internal temperature of rare to medium for the best results\n and there is really only one option for this:\n";
                cout << "That one option is to smoke the prime rib low and slow.\nWe need to cook this prime rib for approximately 40 minutes per pound.\n";
                double beefWeight;
                cout << "Please enter the weight of your prime rib in pounds: ";
                cin >> beefWeight;
                double beefTime = beefWeight * 0.67;
                cout << "You will need to cook your prime rib for " << beefTime << " hours.\n";
                cout << "The prime rib  will need an internal temperature according to the desired doneness listed below\n";
                string done_ness[3] = { "rare","medium rare", "medium" };
                int int_temp[3] = { 130, 135, 140 };
                for (int i = 0; i < 3; i++) {
                    cout << done_ness[i] << ":" << int_temp[i] << " degrees\n";
                }
                goto exit_loop;
                
            }
        }
    } while (meat < 13); {exit_loop:;

        string n;
        int a;
        Drink d1;

        cout << "What do you want to drink while your meat is cooking?\n";
        cout << "Enter your drink of choice: ";
        cin >> n;
        cout << "How many glasses do you think you can drink while your cooking? ";
        cin >> a;
        d1.setName(n);
        d1.setAmount(a);
        PrintDrink(d1);
        cout << "\nEnjoy your drink or drinks because you will love the food you're making.";
    }
}
void PrintDrink(Drink d1) {
    cout << "\nThe name of drink you picked: " << d1.getName();
    cout << "\nThe glasses you think you can drink are " << d1.getAmount() << endl;
}
int save() {
    ofstream outfile("bbqfile.csv", ios::app);
    ifstream infile;
    string cont;
    cout << "Would you like to save your selections to excell? (Y/N)";
    cin >> cont;
    while (cont == "Y") {
        outfile << meat << type << end;
    }
    outfile.close();
    while (cont == "N") {
        system("pause");
        return 0;
    }
}