int main()
{
//declare variables
struct name names[16];
int chooseFirst[7]={0}; //seats in first class
int choosePreferred[5]={0}; //seats in preferred
int chooseEconomy[7]={0}; //seats in economy
float mealCost, ticketPrice;
int seatClass, seatNum, counter, j=1000, yesNo;
char addTicket, mealChoice;
char passName[50] = {""};
system("color 0b");
//airplane graphic
for (counter=0; counter < 50; counter++){
printf("\t");
flyPlane();
for (counter=0; counter < 50; counter++) {
usleep(j);
j = (int)(j * 0.9);
printf("\t");
}
}
printf("Thank you for booking your flight with Code Flight Airlines.\n");
printf("\n");
//function called to run program
getTicket (seatClass, seatNum, chooseFirst, choosePreferred, chooseEconomy, mealChoice, names, addTicket);
system("Pause");
return 0;
}
void Lock::GlobalLock::_enqueue(LockMode lockMode, Date_t deadline) {
if (lockMode == LockMode::MODE_IX) {
auto ticketholder = FlowControlTicketholder::get(_opCtx);
if (ticketholder) {
ticketholder->getTicket(_opCtx);
}
}
try {
if (_opCtx->lockState()->shouldConflictWithSecondaryBatchApplication()) {
_pbwm.lock(MODE_IS);
}
auto unlockPBWM = makeGuard([this] {
if (_opCtx->lockState()->shouldConflictWithSecondaryBatchApplication()) {
_pbwm.unlock();
}
});
_opCtx->lockState()->lock(
_opCtx, resourceIdReplicationStateTransitionLock, MODE_IX, deadline);
auto unlockRSTL = makeGuard(
[this] { _opCtx->lockState()->unlock(resourceIdReplicationStateTransitionLock); });
_result = LOCK_INVALID;
_result = _opCtx->lockState()->lockGlobalBegin(_opCtx, lockMode, deadline);
unlockRSTL.dismiss();
unlockPBWM.dismiss();
} catch (const ExceptionForCat<ErrorCategory::Interruption>&) {
// The kLeaveUnlocked behavior suppresses this exception.
if (_interruptBehavior == InterruptBehavior::kThrow)
throw;
}
}
void Ticket::saveToFile()
{
string fileName = "ticket_" + ticketID + ".txt";
ofstream myFile;
myFile.open(fileName);
myFile << getTicket();
myFile.close();
}
bool OTicketDAO::verwijderTicket(int id)
{
Ticket* temp = getTicket(id);
if(temp == 0)
{
return false;
}
tickets.erase(tickets.begin()+getPositie(id));
delete temp;
return true;
}
int main(int argc, char *argv[]){
init();
_listen();
char ticketMessage[32];
char read_buf[MAXBUF];
int i;
int sfd;
for(;;){
refreshSelect();
int maxfd = getMaxFD();
bool isClient = true;
if (select(maxfd+1,&read_fd,NULL,NULL,NULL)){
for(i=0;i<CLI_FD;i++){
if(FD_ISSET(g_sfd[i],&read_fd)){
sfd = g_sfd[i];
break;
}
if(FD_ISSET(service_sfd[i],&read_fd)){
service_(service_sfd[i]);
isClient = false;
break;
}
}
}
if(isClient){
clilen[i] = sizeof(clients[i]);
int nsfd = accept(sfd,(struct sockaddr *) &clients[i], &clilen[i]);
char *buf;
bzero(ticketMessage, 32);
bzero(read_buf,MAXBUF);
//strcpy(buf,"Which mall do you want to connect to?");
buf = "Which mall do you want to connect to?";
int len = strlen(buf);
send(nsfd, buf, len, 0);
int n;
n = recv(nsfd,read_buf,MAXBUF,0);
printf("The client wants to connect to - %s\n",read_buf);
int ticket = getTicket();
sprintf(ticketMessage, "%d:%d ", PORT_C, ticket);
send(nsfd, ticketMessage, strlen(ticketMessage), 0);
close(nsfd);
}
}
}
Ticket* OTicketDAO::bewaarTicket(Ticket* ticket)
{
if(ticket->getTicketID() == -1)
{
//Dit is een nieuw adres en simuleert de toekenning van een sequentiële ID door de database
Ticket* temp = tickets.at(tickets.size()-1);
int nieuweID = temp->getTicketID()+1;
ticket->setTicketID(nieuweID);
}
Ticket* temp = getTicket(ticket->getTicketID());
if(temp == 0)
{
tickets.push_back(ticket);
return ticket;
}
else
{
//Ticket updaten
temp->setTicketID(ticket->getTicketID());
return temp;
}
return 0;
}
//function created to allow user to reserve seat on plane
void getTicket(int seatClass, int seatNum, int chooseFirst[], int choosePreferred[], int chooseEconomy[], char mealChoice, struct name names[], char addTicket){
//declare variables in function
int counter = 1, yesNo;
//user inputs 1,2,3 to select seat class on plane
printf("\nPlease select the class you'd like to be seated in\n");
printf("First = 1, Preferred = 2, Economy = 3: ");
fflush(stdin);
scanf("%d", &seatClass);
//output displays graphic of seats on plane depending on which class was selected
if (seatClass == 1){
drawFirstClass(chooseFirst);
}
else if (seatClass == 2){
drawPreferred(choosePreferred);
}
else {
drawEconomy(chooseEconomy);
}
//output confirms choice and checks for available seats.
//if no available seats are in the section, user can select from another class
if (seatClass == 1) {
printf("You have selected a seat in First Class.\n");
seatNum=checkSeats(seatClass, chooseFirst, choosePreferred, chooseEconomy);
if (seatNum == -1) {
printf("Sorry, First class is full. Would you like to choose another class (y/n)? ");
scanf("%d", &yesNo);
if(yesNo == 'y'){
getTicket(seatClass, seatNum, chooseFirst, choosePreferred, chooseEconomy, mealChoice, names, addTicket);
} else {
printf("\n\nThe next flight leaves in 3 hours.");
system("pause");
return;
}
}
} else if (seatClass == 2) {
printf("\nYou have selected a seat in Preferred.\n");
seatNum=checkSeats(seatClass, chooseFirst, choosePreferred, chooseEconomy);
if (seatNum == -1) {
printf("Sorry, Preferred class is full. Would you like to choose another class (y/n)? ");
scanf("%d", &yesNo);
if(yesNo == 'y'){
getTicket (seatClass, seatNum, chooseFirst, choosePreferred, chooseEconomy, mealChoice, names, addTicket);
} else {
printf("\n\nThe next flight leaves in 3 hours.");
system("pause");
return;
}
}
} else {
printf("\nYou have selected a seat in Economy.\n");
seatNum=checkSeats(seatClass, chooseFirst, choosePreferred, chooseEconomy);
if (seatNum == -1) {
printf("Sorry, Economy class is full. Would you like to choose another class (y/n)? ");
scanf("%d", &yesNo);
if(yesNo == 'y'){
getTicket (seatClass, seatNum, chooseFirst, choosePreferred, chooseEconomy, mealChoice, names, addTicket);
} else {
printf("\n\nThe next flight leaves in 3 hours.");
system("pause");
return;
}
}
}
//user has option to add a meal plan to their ticket for an additional $10
printf("\n");
printf("Would you like to add a $10 meal plan to your ticket (y/n)? ");
fflush(stdin);
scanf("%c", &mealChoice);
//output lets user know the cost will be added to their ticket, if they choose no, they can proceed to booking their ticket
if (mealChoice == 'y'){
printf("\nThe meal plan will be added to your ticket. \n\n");
}
else{
printf("\nThank you. Please proceed to booking your ticket. \n\n");
}
//user inputs passenger's name
printf("What is the name of the passenger (first and last)? ");
scanf("%s", names[counter].fullName);
//user has the option to book another ticket
printf("\nDo you want to book another ticket (y/n)? ");
fflush(stdin);
scanf("%c", &addTicket);
counter++;
//function is called to book additional tickets
if (addTicket == 'y'){
getTicket (seatClass, seatNum, chooseFirst, choosePreferred, chooseEconomy, mealChoice, names, addTicket);
}
//boarding pass prints to show Passenger Name, Seat Class, Seat Number, if a meal plan was selected, and Ticket Price
else{
printf("\n**Boarding Pass** \n");
printf("Enjoy your flight! \n\n");
//output shows passenger's name
printf("Passenger Name: %s \n", names[counter].fullName);
//output shows seat class selected
if (seatClass == 1){
printf("Seat Class: First Class \n");
}
else if (seatClass == 2){
printf("Seat Class: Preferred \n");
}
else{
printf("Seat Class: Economy \n");
}
}
// output shows seat number based on available seats
printf("Seat Number: %d \n", seatNum);
//output shows if meal plan was selected
printf("Meal Plan? %s \n", mealChoice == 'n' ? "No" : "Yes");
//output shows ticket price
if (mealChoice == 'y' && seatClass == 1){
printf("Ticket Price: $510.00 \n");
}
else if (mealChoice == 'y' && seatClass == 2){
printf("Ticket Price: $360.00 \n");
}
else if (mealChoice == 'y' && seatClass == 3){
printf("Ticket Price: $210.00 \n");
}
else if (mealChoice == 'n' && seatClass == 1){
printf("Ticket Price: $500.00\n");
}
else if (mealChoice == 'n' && seatClass == 2){
printf("Ticket Price: $350.00 \n");
}
else if (mealChoice == 'n' && seatClass == 3){
printf("Ticket Price: $200.00 \n");
}
printf("-------------------------------\n");
}
