/* * Class to model an airline flight. In this simple system, all flights originate from Toronto * * This class models a simple flight that has only economy seats */ public class Flight { public enum Status {DELAYED, ONTIME, ARRIVED, INFLIGHT};

String flightNum; String airline; String origin, dest; String departureTime; Status status; // see enum Status above. google this to see how to use it int flightDuration; Aircraft aircraft; protected int passengers; // count of (economy) passengers on this flight - initially 0

public Flight() { // write code to initialize instance variables to default values }

public Flight(String flightNum, String airline, String dest, String departure, int flightDuration, Aircraft aircraft) { this.flightNum = flightNum; this.airline = airline; this.dest = dest; this.origin = "Toronto"; this.departureTime = departure; this.flightDuration = flightDuration; this.aircraft = aircraft; passengers = 0; status = Status.ONTIME;

}

public String getFlightNum() { return flightNum; }

public void setFlightNum(String flightNum) { this.flightNum = flightNum; }

public String getAirline() { return airline; }

public void setAirline(String airline) { this.airline = airline; }

public String getOrigin() { return origin; }

public void setOrigin(String origin) { this.origin = origin; }

public String getDest() { return dest; }

public void setDest(String dest) { this.dest = dest; }

public String getDepartureTime() { return departureTime; }

public void setDepartureTime(String departureTime) { this.departureTime = departureTime; }

public Status getStatus() { return status; }

public void setStatus(Status status) { this.status = status; }

public int getFlightDuration() { return flightDuration; }

public void setFlightDuration(int dur) { this.flightDuration = dur; }

public int getPassengers() { return passengers; }

public void setPassengers(int passengers) { this.passengers = passengers; }

// Check to see if there is room on this flight - compare current passenger count // with aircraft max capacity of economy seats public boolean seatsAvailable() { // your code here return true; }

/* * Cancel a seat - essentially reduce the passenger count by 1. Make sure the count does not * fall below 0 (see instance variable passenger) */ public void cancelSeat() { // your code here }

/* * reserve a seat on this flight - essentially increases the passenger count by 1 only if there is room for more * economy passengers on the aircraft used for this flight (see instance variables above) */ public boolean reserveSeat() { // your code here return true; }

public String toString() { return airline + "\t Flight: " + flightNum + "\t Dest: " + dest + "\t Departing: " + departureTime + "\t Duration: " + flightDuration + "\t Status: " + status;

}

}