Software-Engineering-Project/kitchen.cpp at master · kevinlin47/Software-Engineering-Project · GitHub

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/*
 *	Main function for kitchen
 *
 */

#include "kitchen.h"


int main(int argc, char * argv[])
{
	// create a chef:
	char* cname = "John";
	Chef chef1(cname);
	cname = "Jane";
	Chef chef2(cname);


	// create the hub, add stations, give chef to stations:
	Hub hub;
	hub.addStation("FRY");
	hub.addStation("OVEN");
	hub.stations[0]->selectChef(&chef1);
	hub.stations[1]->selectChef(&chef2);

	// make a few orders in queue waitingOrders:
	Dish *d;
	d = new Dish("dish1", "compA1", "compB1", DINEIN_COEFF);
	hub.addOrder(d);
	d = new Dish("dish2TO", "compA2TO", "compB2TO", TAKEOUT_COEFF);
	hub.addOrder(d);
	d = new Dish("dish3", "compA3", "compB3", DINEIN_COEFF);
	hub.addOrder(d);
	d = new Dish("dish4", "compA4", "compB4", DINEIN_COEFF);
	hub.addOrder(d);
	d = new Dish("dish5TO", "compA5TO", "compB5TO", TAKEOUT_COEFF);
	hub.addOrder(d);
	d = new Dish("dish6", "compA6", "compB6", DINEIN_COEFF);
	hub.addOrder(d);

	// push orders:
	while (hub.orders.size() < MAX_ORDERS_SIZE) {
		if (hub.orders.size() >= MAX_ORDERS_SIZE)
			break;
		hub.pushOrder();
	}


	//test: print list of hub orders:
	cout << "list of ready orders:\n";
	for (int i = 0; i < hub.orders.size(); ++i) {
		cout << "\t" << hub.orders[i]->name << "\t" << hub.orders[i]->pvalue << endl;
	}


	// next part:
	int s = 0;
	int s2 = 0;
	int s3 = 0;
	while (s != -1) {
		cout << "enter (1 to continue, -1 to exit): ";
		cin >> s;
		if (s == -1)
			break;

		//add a new order to waitingOrders:
		d = new Dish("DishN","compAN","compBN",TAKEOUT_COEFF);
		hub.addOrder(d);
		d = new Dish("DishN", "compAN", "compBN", TAKEOUT_COEFF);
		hub.addOrder(d);

		//test: print number of orders waiting:
		cout << "Number of orders waiting: " << hub.waitingOrders.size() << endl;

		// push orders:
		while(hub.orders.size() < MAX_ORDERS_SIZE) {
			if (hub.orders.size() >= MAX_ORDERS_SIZE)
				break;
			hub.pushOrder();
		}


		// print station A and B orders:
		hub.printOrders();


		while (1) {
			// ask user to mark complete component
			cout << "enter station (-1 repopulate list): ";
			cin >> s2;
			if (s2 == -1)
				break;
			if (s2 >= MAX_ORDERS_SIZE) {
				cout << "Invalid station.\n";
				break;
			}
			cout << "enter component: ";
			cin >> s3;
			if (s2 == -1 || s3== -1)
				break;
			if (s3 >= MAX_ORDERS_SIZE) {
				cout << "Invalid component.\n";
				break;
			}

			// complete components:
			hub.completeComponent(s2, s3);

			// remove completed components and notify that order is done:
			int temp;
			temp = hub.checkOrder(s2, s3);
			if (temp == true) {
				cout << "complete.\n";
				hub.notifyDone(hub.stations[s2]->dishReferences[s3]);
				hub.removeOrder(s3);
			}
			else {
				cout << "incomplete.\n";
			}
			hub.printOrders();
		}

	};

	return 0;
}