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EthanCoarrSortTests.java
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import static org.junit.jupiter.api.Assertions.assertEquals;
import java.util.ArrayList;
import java.util.Date;
import java.util.UUID;
import org.junit.jupiter.api.Test;
public class EthanCoarrSortTests {
public ArrayList<Flight> flights = new ArrayList<Flight>();
Flight F1;
Flight F2;
Flight F3;
@Test
public void testSortFlightName()
{
ArrayList<Flight> flights = new ArrayList<Flight>();
UUID flightID = UUID.randomUUID();
Airline airline = Airline.AMTRACK;
String departureLocation = "Bad Choices";
String destinationLocation = "Hell";
boolean isConnecting = false;
Flight previousFlight = null;
Flight nextFlight = null;
long longdepartureTime = (long) 1652224593;
longdepartureTime *= 1000;
Date departureTime = new Date(longdepartureTime);
long longarrivalTime = (long) 1657494993;
longarrivalTime *= 1000;
Date arrivalTime = new Date(longarrivalTime);
double flightDuration = 2.0;
int numRows = 3;
int numSeatsPerRow = 3;
ArrayList<ArrayList<Seat>> seats = new ArrayList<ArrayList<Seat>>();
for(int i = 0;i < numRows;i++)
{
ArrayList<Seat> Row = new ArrayList<Seat>();
for(int j = 0;j < numSeatsPerRow;j++)
{
Passenger passenger = new Passenger("null", new Date(0), -1);
double cost = 50;
SeatClass seatClass = SeatClass.BUSINESS;
int seatRow = i+1;
String seatLettrer = Character.toString((char) (j+65));
boolean seatTaken = false;
Row.add(new Seat(passenger, cost, seatClass, seatRow, seatLettrer, seatTaken));
}
seats.add(Row);
}
F1 = new Flight(flightID, airline, departureLocation, destinationLocation, isConnecting, previousFlight, nextFlight,
departureTime, arrivalTime, flightDuration, numRows, numSeatsPerRow, seats);
flights.add(F1);
flightID = UUID.randomUUID();
airline = Airline.DISUNITED_AIRLINES;
departureLocation = "Bad Choices";
destinationLocation = "Hell";
isConnecting = false;
previousFlight = null;
nextFlight = null;
longdepartureTime = (long) 1652224593;
longdepartureTime *= 1000;
departureTime = new Date(longdepartureTime);
longarrivalTime = (long) 1657494993;
longarrivalTime *= 1000;
arrivalTime = new Date(longarrivalTime);
flightDuration = 2.0;
numRows = 3;
numSeatsPerRow = 3;
seats = new ArrayList<ArrayList<Seat>>();
for(int i = 0;i < numRows;i++)
{
ArrayList<Seat> Row = new ArrayList<Seat>();
for(int j = 0;j < numSeatsPerRow;j++)
{
Passenger passenger = new Passenger("null", new Date(0), -1);
double cost = 75;
SeatClass seatClass = SeatClass.BUSINESS;
int seatRow = i+1;
String seatLettrer = Character.toString((char) (j+65));
boolean seatTaken = false;
Row.add(new Seat(passenger, cost, seatClass, seatRow, seatLettrer, seatTaken));
}
seats.add(Row);
}
F2 = new Flight(flightID, airline, departureLocation, destinationLocation, isConnecting, previousFlight, nextFlight,
departureTime, arrivalTime, flightDuration, numRows, numSeatsPerRow, seats);
flights.add(F2);
flightID = UUID.randomUUID();
airline = Airline.NORTHEAST;
departureLocation = "Bad Choices";
destinationLocation = "Hell";
isConnecting = false;
previousFlight = null;
nextFlight = null;
longdepartureTime = (long) 1652224593;
longdepartureTime *= 1000;
departureTime = new Date(longdepartureTime);
longarrivalTime = (long) 1657494993;
longarrivalTime *= 1000;
arrivalTime = new Date(longarrivalTime);
flightDuration = 2.0;
numRows = 3;
numSeatsPerRow = 3;
seats = new ArrayList<ArrayList<Seat>>();
for(int i = 0;i < numRows;i++)
{
ArrayList<Seat> Row = new ArrayList<Seat>();
for(int j = 0;j < numSeatsPerRow;j++)
{
Passenger passenger = new Passenger("null", new Date(0), -1);
double cost = 100;
SeatClass seatClass = SeatClass.BUSINESS;
int seatRow = i+1;
String seatLettrer = Character.toString((char) (j+65));
boolean seatTaken = false;
Row.add(new Seat(passenger, cost, seatClass, seatRow, seatLettrer, seatTaken));
}
seats.add(Row);
}
F3 = new Flight(flightID, airline, departureLocation, destinationLocation, isConnecting, previousFlight, nextFlight,
departureTime, arrivalTime, flightDuration, numRows, numSeatsPerRow, seats);
flights.add(F3);
FlightSort fs = new FlightSort(flights);
ArrayList<Flight> SF = fs.sortNames();
assertEquals(F1.getAirline().toString(), SF.get(0).getAirline().toString());
}
@Test
public void testSortFlightPrice()
{
ArrayList<Flight> flights = new ArrayList<Flight>();
UUID flightID = UUID.randomUUID();
Airline airline = Airline.AMTRACK;
String departureLocation = "Bad Choices";
String destinationLocation = "Hell";
boolean isConnecting = false;
Flight previousFlight = null;
Flight nextFlight = null;
long longdepartureTime = (long) 1652224593;
longdepartureTime *= 1000;
Date departureTime = new Date(longdepartureTime);
long longarrivalTime = (long) 1657494993;
longarrivalTime *= 1000;
Date arrivalTime = new Date(longarrivalTime);
double flightDuration = 2.0;
int numRows = 3;
int numSeatsPerRow = 3;
ArrayList<ArrayList<Seat>> seats = new ArrayList<ArrayList<Seat>>();
for(int i = 0;i < numRows;i++)
{
ArrayList<Seat> Row = new ArrayList<Seat>();
for(int j = 0;j < numSeatsPerRow;j++)
{
Passenger passenger = new Passenger("null", new Date(0), -1);
double cost = 50;
SeatClass seatClass = SeatClass.BUSINESS;
int seatRow = i+1;
String seatLettrer = Character.toString((char) (j+65));
boolean seatTaken = false;
Row.add(new Seat(passenger, cost, seatClass, seatRow, seatLettrer, seatTaken));
}
seats.add(Row);
}
F1 = new Flight(flightID, airline, departureLocation, destinationLocation, isConnecting, previousFlight, nextFlight,
departureTime, arrivalTime, flightDuration, numRows, numSeatsPerRow, seats);
flights.add(F1);
flightID = UUID.randomUUID();
airline = Airline.DISUNITED_AIRLINES;
departureLocation = "Bad Choices";
destinationLocation = "Hell";
isConnecting = false;
previousFlight = null;
nextFlight = null;
longdepartureTime = (long) 1652224593;
longdepartureTime *= 1000;
departureTime = new Date(longdepartureTime);
longarrivalTime = (long) 1657494993;
longarrivalTime *= 1000;
arrivalTime = new Date(longarrivalTime);
flightDuration = 2.0;
numRows = 3;
numSeatsPerRow = 3;
seats = new ArrayList<ArrayList<Seat>>();
for(int i = 0;i < numRows;i++)
{
ArrayList<Seat> Row = new ArrayList<Seat>();
for(int j = 0;j < numSeatsPerRow;j++)
{
Passenger passenger = new Passenger("null", new Date(0), -1);
double cost = 75;
SeatClass seatClass = SeatClass.BUSINESS;
int seatRow = i+1;
String seatLettrer = Character.toString((char) (j+65));
boolean seatTaken = false;
Row.add(new Seat(passenger, cost, seatClass, seatRow, seatLettrer, seatTaken));
}
seats.add(Row);
}
F2 = new Flight(flightID, airline, departureLocation, destinationLocation, isConnecting, previousFlight, nextFlight,
departureTime, arrivalTime, flightDuration, numRows, numSeatsPerRow, seats);
flights.add(F2);
flightID = UUID.randomUUID();
airline = Airline.NORTHEAST;
departureLocation = "Bad Choices";
destinationLocation = "Hell";
isConnecting = false;
previousFlight = null;
nextFlight = null;
longdepartureTime = (long) 1652224593;
longdepartureTime *= 1000;
departureTime = new Date(longdepartureTime);
longarrivalTime = (long) 1657494993;
longarrivalTime *= 1000;
arrivalTime = new Date(longarrivalTime);
flightDuration = 2.0;
numRows = 3;
numSeatsPerRow = 3;
seats = new ArrayList<ArrayList<Seat>>();
for(int i = 0;i < numRows;i++)
{
ArrayList<Seat> Row = new ArrayList<Seat>();
for(int j = 0;j < numSeatsPerRow;j++)
{
Passenger passenger = new Passenger("null", new Date(0), -1);
double cost = 100;
SeatClass seatClass = SeatClass.BUSINESS;
int seatRow = i+1;
String seatLettrer = Character.toString((char) (j+65));
boolean seatTaken = false;
Row.add(new Seat(passenger, cost, seatClass, seatRow, seatLettrer, seatTaken));
}
seats.add(Row);
}
F3 = new Flight(flightID, airline, departureLocation, destinationLocation, isConnecting, previousFlight, nextFlight,
departureTime, arrivalTime, flightDuration, numRows, numSeatsPerRow, seats);
flights.add(F3);
ArrayList<Flight> tempFlight = flights;
FlightSort fs = new FlightSort(tempFlight);
ArrayList<Flight> SF = fs.sortPrices();
assertEquals(F1.getFlightID(), SF.get(0).getFlightID());
}
}