Create a Flight class that uses the Plane and Time class. This class.pdf

Create a Flight class that uses the Plane and Time class. This class will represent a flight between
two airports, using a specific Plane, and departing at a specific Time. It should contain a
constructor, 7 instance variables (plane, flight number, cost, departure, duration, source,
destination), and 9 methods (see below).
Below is the code so far (only part of the final test FLIGHT is missing):
/**
*
* @author (your name), Acuna
*/
public class Driver {
public static void main(String[] args) {
testAirline();
testAirport();
testPlane();
testTime();
testFlight();
}
public static void testAirline() {
System.out.println("==testAirline()==");
Airline a1 = Airline.American;
Airline a2 = Airline.United;
Airline a3 = Airline.Delta;
Airline a4 = Airline.United;
System.out.println("a1: " + a1);
System.out.println("a2 == a3: " + (a1 == a2));
}
public static void testAirport() {
System.out.println("==testAirport()==");

Airport a1 = Airport.PHX;
Airport a2 = Airport.LAX;
Airport a3 = Airport.SFO;
Airport a4 = Airport.NRT;
Airport a5 = Airport.SIN;
System.out.println("a1: " + a1);
System.out.println("a1: " + Airport.getAirportCity(a1));
}
public static void testPlane() {
System.out.println("==testPlane()==");
Plane p1 = new Plane(Airline.Delta, "Boeing 717");
Plane p2 = new Plane(Airline.United, "Airbus A321");
System.out.println(p1.getAirline());
System.out.println(p1.getModel());
System.out.println(p1);
System.out.println(p2);
}
public static void testTime() {
System.out.println("==testTime()==");
//Test 1: use default constructor.
Time t1 = new Time();
//Test 2: use overloaded constructor.
Time t2 = new Time(9, 0);
Time t3 = new Time(1, 15);

//Test 3: use clone operation.
Time t4 = t3.getCopy();
//Test 4: run toString on AM times.
System.out.println(new Time(0, 5));
//Test 5: run toString on PM times.
//Test 6: run toString on object from default constructor.
System.out.println("t1: " + t1);
//Test 7: testing addTime operation
t2.addTime(t3);
//Test 8: testing addMinutes operation
t2.addMinute(181);
//Test 9: testing8 addHours operation
t2.addHours(2);
//Test 10: testing cloned copy.
t4.addHours(1);
System.out.println("t3: " + t3);//original

System.out.println("t4: " + t4);//clone
//Test 11: testing isEarlierThan.
System.out.println("t3 < t4: " + t3.isEarlierThan(t4));
//Test 12: testing isLaterThan.
System.out.println("t2 > t4: " + t2.isLaterThan(t4));
//Test 13: testing isSameTime.
System.out.println("t2 = t4: " + t2.isSameTime(t4));
System.out.println("t4 = t4: " + t4.isSameTime(t4));
System.out.println("t4 = 2:15AM: " + t4.isSameTime(new Time(2, 15)));
}
public static void testFlight() {
System.out.println("==testFlight()==");
Flight f1 = new Flight(new Plane(Airline.American, "Airbus A321"),
"495",
79,
new Time(11,5), 100,
Airport.PHX, Airport.LAX);
Flight f2 = new Flight(new Plane(Airline.Delta, "Boeing 717"),
"1063",
79,
new Time(7, 10),
95,
Airport.PHX,
Airport.LAX);

Flight f3 = new Flight(new Plane(Airline.American, "Airbus A321"),
"400",
44,
new Time(21, 25),
127,
Airport.PHX,
Airport.SFO);
Flight f4 = new Flight(new Plane(Airline.United, "Boeing 787"),
"400",
525,
new Time(10, 50),
715,
Airport.LAX,
Airport.NRT);
Flight f5 = new Flight(new Plane(Airline.United, "Boeing 737"),
"414",
59,
new Time(6, 50),
85,
Airport.LAX,
Airport.SFO);
System.out.println(f1.toDetailedString());
System.out.println();
System.out.println(f1.toOverviewString());
System.out.println(f5.toDetailedString());
System.out.println(f5.toOverviewString());

}
}
Solution
#include
#include
#define MAX_NUM_SEATS (20)
#define MAX_NUM_SEATS_IN_FIRST_CLASS (5)
#define MAX_NUM_SEATS_IN_ECONOMY (MAX_NUM_SEATS -
MAX_NUM_SEATS_IN_FIRST_CLASS)
int main()
{
int plane[MAX_NUM_SEATS] = {0}, i=0;
int nNumSeatsInFirst = 0;
int nNumSeatsInEconomy = 0;
int nSeatAssignmentFirstClass = 1; // start at 1;
int nSeatAssignmentEconomy = MAX_NUM_SEATS_IN_FIRST_CLASS + 1; // start at 6
int choice;
int nClass;
int nCurrentSeatAssignment;// firstClass=1,economy=6,choice;
char response[2];
char firstname[35], lastname[35];
int bPrintTicket;
while( i < MAX_NUM_SEATS )
{
printf(" %s %s ", "Please type 1 for "First class"","Please type 2
for"Economy"");
scanf("%d", &choice);
if( !( ( 1 == choice ) || ( 2 == choice ) ) )
{
continue;

}
// start out assuming we will print ticket!
bPrintTicket = 1;
printf(" Enter first name:");
scanf("%s",firstname);
printf(" Enter lastname :");
scanf("%s", lastname);
nClass = choice; // store the class before doing all the logical checks
/****************************************************************/
/*************** ECONOMY SECTION ***************/
/****************************************************************/
if( 2 == choice )
{
// check for economy full
if( nNumSeatsInEconomy >= MAX_NUM_SEATS_IN_ECONOMY )
{
// economy full
// check for first class (plane ) full
if( nNumSeatsInFirst <= MAX_NUM_SEATS_IN_FIRST_CLASS )
{
printf("The economy section is full. ");
printf("would you like to sit in first class ");
printf("section( Y or N)?");
scanf("%s", response);
if ( toupper(response[0])=='Y')
{
// print ticket!
bPrintTicket = 1;
printf( "Your seat assignment is %d ", nSeatAssignmentFirstClass );
nCurrentSeatAssignment = nSeatAssignmentFirstClass;

plane[nSeatAssignmentFirstClass - 1] = 1;
nSeatAssignmentFirstClass++;
nNumSeatsInFirst++;
nClass = 1;
i++;
}
else
{
// don't print ticket!
bPrintTicket = 0;
printf("Next flight leaves in 3 hours. ");
}
}
else
{
bPrintTicket = 0;
// print out that plane is full
printf("Plane is full, next flight in 3 hours ");
}
}
else
{
// economy is not full
printf("Your seat assignment is %d ", nSeatAssignmentEconomy );
plane[(nSeatAssignmentEconomy - 1)] = 1;
nCurrentSeatAssignment = nSeatAssignmentEconomy;
nSeatAssignmentEconomy++;
nNumSeatsInEconomy++;
i++;
}
} // if( choice == 2 )
/****************************************************************/
/*************** FIRST CLASS SECTION ***************/

/****************************************************************/
if( 1 == choice )
{
// check for fisrt class full
if( nNumSeatsInFirst >= MAX_NUM_SEATS_IN_FIRST_CLASS )
{
// first class full
// check for economy class (plane) full
if( nNumSeatsInEconomy <= MAX_NUM_SEATS_IN_ECONOMY )
{
printf("The First Class section is full. ");
printf("Would you like to sit in the economy ");
printf("section (Y or N)?");
scanf("%s", response);
if(toupper(response[0])=='Y')
{
printf("Your seat assignment is %d ",nSeatAssignmentEconomy);
plane[nSeatAssignmentEconomy - 1] = 1;
nCurrentSeatAssignment = nSeatAssignmentEconomy;
nSeatAssignmentEconomy++;
nNumSeatsInEconomy++;
i++;
nClass = 2;
}
else
{
bPrintTicket = 0;
printf("Next flight leaves in 3 hours. ");
}
}
else
{

bPrintTicket = 0;
// print out that plane is full
printf("Plane is full, next flight in 3 hours ");
}
}
else
{
// first is not full
printf("Your seat assignment is %d ", nSeatAssignmentFirstClass );
plane[(nSeatAssignmentFirstClass - 1)] = 1;
nCurrentSeatAssignment = nSeatAssignmentFirstClass;
nSeatAssignmentFirstClass++;
nNumSeatsInFirst++;
i++;
}
}
if( 1 == bPrintTicket )
{
printf(" **************************************** ");
printf(" * * ");
printf(" NAME:%s, %s ",lastname,firstname);
printf(" * * ");
printf(" CLASS:%d ",nClass);
printf(" * * ");
printf(" SEAT:%d ",nCurrentSeatAssignment);
printf(" * * ");
printf(" ");
printf(" **************************************** ");
}
}
printf(" All the seats for this flight are sold ");

Create a Flight class that uses the Plane and Time class. This class.pdf

More Related Content

Similar to Create a Flight class that uses the Plane and Time class. This class.pdf (20)

More from daniamantileonismc36 (20)

Recently uploaded (20)

Create a Flight class that uses the Plane and Time class. This class.pdf