//! Compare another ticket with this object.
//! Only interface and destination are compared.
//! @return true if tickets hold same basic information,
//! false otherwise.
bool
compare(const Ticket ticket)
{
if (m_ticket.interface == ticket.getInterface() &&
m_ticket.destination == ticket.getDestination())
return true;
return false;
}
Ticket* OTicketDAO::getTicket(int id)
{
for(int i =0; i < tickets.size(); i++)
{
Ticket* temp = tickets.at(i);
if(temp->getTicketID() == id)
return temp;
}
return 0;
}
//Geeft de positie van een element in de array; Enkel noodzakelijk om de database te simuleren
int OTicketDAO::getPositie(int id)
{
for(int i = 0; i < tickets.size(); i++)
{
Ticket* temp = tickets.at(i);
if(temp->getTicketID() == id)
return i;
}
return -1;
}
Ticket Lotto(int Tot, int Ran) { // generate and return randomized & sorted array of lottery numbers
Ticket temp; // create a ticket that will be returned once generated with random lottery numbers with respect to arguments passed to function
int i = 0;
if (Tot < 5) { // check for the first argument passed to function
cout << "Invalid number range, resetting to default: [1-5]" << endl; // if range of lottery number max is below 5, change it to min allowed - 5
Tot = 5;
}
if (Ran < 2) { // check the second argument, if less than 2, set it to default value of 2, we need at least 2 winning numbers to play with
cout << "Invalid ticket request, setting number of winning numbers to default - 2." << endl;
Ran = 2;
}
for (i = 0; i < Tot; i++) // generate non-random sequence of numbers from 1 to Tot and store it in vector<int> array
temp.push_back(i+1);
for (i = 0; i < Ran; i++) // shuffle the numbers "Ran" many times to have better randomization of numbers
random_shuffle(temp.begin(), temp.end());
temp.erase(temp.begin()+Ran, temp.end()); // erase unnecessary numbers from Ran+, numbers from 1 to Ran are kept in.
sort(temp.begin(), temp.end()); // finally, sort the numbers
return temp; // and return the sorted and randomized array
}
vector<Ticket*> OTicketDAO::vindTicketDoorID(int ID)
{
vector<Ticket*> results = vector<Ticket*>();
for(int i =0; i < tickets.size(); i++)
{
Ticket* temp = tickets.at(i);
if(temp->getTicketID() == ID)
results.push_back(temp);
}
return results;
}
Status TransportLayerLegacy::_runTicket(Ticket ticket) {
if (!_running.load()) {
return TransportLayer::ShutdownStatus;
}
if (ticket.expiration() < Date_t::now()) {
return Ticket::ExpiredStatus;
}
AbstractMessagingPort* amp;
{
stdx::lock_guard<stdx::mutex> lk(_connectionsMutex);
auto conn = _connections.find(ticket.sessionId());
if (conn == _connections.end()) {
return TransportLayer::TicketSessionUnknownStatus;
}
// "check out" the port
conn->second.inUse = true;
amp = conn->second.amp.get();
}
auto legacyTicket = checked_cast<LegacyTicket*>(getTicketImpl(ticket));
auto res = legacyTicket->_fill(amp);
{
stdx::lock_guard<stdx::mutex> lk(_connectionsMutex);
auto conn = _connections.find(ticket.sessionId());
invariant(conn != _connections.end());
#ifdef MONGO_CONFIG_SSL
// If we didn't have an X509 subject name, see if we have one now
if (!conn->second.sslPeerInfo) {
auto info = amp->getX509PeerInfo();
if (info.subjectName != "") {
conn->second.sslPeerInfo = info;
}
}
#endif
conn->second.inUse = false;
if (conn->second.ended) {
Listener::globalTicketHolder.release();
_connections.erase(conn);
}
}
return res;
}
bool ListenerSSL::_checkHalt(void)
{
while (this->_th->TryGet())
{
Ticket *t = this->_th->CurTicket;
if (t->GetAction() == CORE_HALT_MODULE)
{
this->_th->Drop("CORE", CORE_HALTED_MODULE);
return (true);
}
}
return (false);
}
void formUpdBug::loadInfoTicket(Ticket source)
{
idTk = source.getIdTicket();
ui->titleTicket->setText(source.getNameTicket());
ui->description->setText(source.getDescrTicket());
ui->dateCrea->setDateTime(QDateTime::fromString(source.getCreateDt(),"yyyy-MM-ddTHH:mm:ss"));
ui->dateAssign->setDateTime(QDateTime::fromString(source.getSetUserDate(),"yyyy-MM-ddTHH:mm:ss"));
ui->dateEnd->setDateTime(QDateTime::fromString(source.getEndDate(),"yyyy-MM-ddTHH:mm:ss"));
ui->etatComboBox->setCurrentIndex(ui->etatComboBox->findText(source.getEtat()));
ui->usrComboBox->setCurrentIndex(ui->usrComboBox->findText(source.getDev()));
ui->createComboBox->setCurrentIndex(ui->createComboBox->findText(source.getCreateName()));
}
void ListenerSSL::_checkOpenClose(void)
{
while (this->_th->TryGet())
{
Ticket *t = this->_th->CurTicket;
if (t->GetAction() == LISTENER_OPENPORT)
{
if (t->CData->GetType() == "Buffer")
this->_openPort(((Buffer *)t->CData)->getDataToInt());
this->_th->Drop("", CORE_DELETE_TICKET);
// checker retour
}
else
if (t->GetAction() == LISTENER_CLOSEPORT)
{
if (t->CData->GetType() == "Buffer")
this->_closePort(((Buffer *)t->CData)->getDataToInt());
this->_th->Drop("", CORE_DELETE_TICKET);
// checker retour
}
}
}
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;
}
void formUpdBug::on_save_clicked()
{
Ticket bug;
bug.setIdTicket(idTk);
bug.setNameTicket(ui->titleTicket->text());
bug.setDescrTicket(ui->description->toPlainText());
bug.setCreateName(ui->createComboBox->currentText());
bug.setDev(ui->usrComboBox->currentText());
bug.setEtat(ui->etatComboBox->currentText());
emit save_upd_ticket(bug);
}
Ticket Cine::ingresarASalaC(Sala s, const Ticket &t){
Lista<pair<Sala, int> > es=espectadores_;
int i=0;
int se=0;
while (i<es.longitud()) {
if (((es.iesimo(i)).first)==s) {
se=i;
}
i++;
}
espectadores_.agregarAtras(make_pair(s,espectadoresC(s)+1));
espectadores_.sacar(es.iesimo(se));
ticketsVendidos_.eliminarPosicion(ticketsVendidos_.posicion(t));
Pelicula p=t.peliculaT();
Ticket res=Ticket(p,s,true);
return res;
}
Status TransportLayerLegacy::_runTicket(Ticket ticket) {
if (!_running.load()) {
return TransportLayer::ShutdownStatus;
}
if (ticket.expiration() < Date_t::now()) {
return Ticket::ExpiredStatus;
}
// get the weak_ptr out of the ticket
// attempt to make it into a shared_ptr
auto legacyTicket = checked_cast<LegacyTicket*>(getTicketImpl(ticket));
auto session = legacyTicket->getSession();
if (!session) {
return TransportLayer::TicketSessionClosedStatus;
}
auto conn = session->conn();
if (conn->closed) {
return TransportLayer::TicketSessionClosedStatus;
}
Status res = Status::OK();
try {
res = legacyTicket->fill(conn->amp.get());
} catch (...) {
res = exceptionToStatus();
}
#ifdef MONGO_CONFIG_SSL
// If we didn't have an X509 subject name, see if we have one now
auto& sslPeerInfo = SSLPeerInfo::forSession(legacyTicket->getSession());
if (sslPeerInfo.subjectName.empty()) {
auto info = conn->amp->getX509PeerInfo();
if (!info.subjectName.empty()) {
sslPeerInfo = info;
}
}
#endif
return res;
}
void SiriTokenProvider::PushBackTicket( const Ticket& t,bool bLock)
{
if(t.IsExpired())
return;
if(bLock)
{
FastMutex::ScopedLock lock(_mutex_tickets);
list<string>::iterator it=std::find(assistant_in_uses.begin(),assistant_in_uses.end(),t.assistantId);
list<Ticket>::iterator itr=std::find(g_tickets.begin(),g_tickets.end(),t);
if((itr==g_tickets.end()) && (it==assistant_in_uses.end()))
{
g_tickets.push_back(t);
}
}
else
{
list<string>::iterator it=std::find(assistant_in_uses.begin(),assistant_in_uses.end(),t.assistantId);
list<Ticket>::iterator itr=std::find(g_tickets.begin(),g_tickets.end(),t);
if((itr==g_tickets.end()) && (it==assistant_in_uses.end()))
{
g_tickets.push_back(t);
}
}
}
void UserProcessingCenter::handleKerberosLogin(CMazeMsg* context)
{
//cout<<":: kerberos login:: "<<endl;
debug("kerberos login request");
char *pbuf = context->getMsg();
int rt = context->getLen();
MBlockSocket *pclient = context->getSocket();
UserDatabase *userdb = UserDatabase::getInstance();
KMsgHead kmsghead;
if(kmsghead.unserialize(pbuf,rt)!=-1)
{
switch(kmsghead.msgtype)
{
case USER_LOGIN_REQUEST:
{
//cout<<"::kerberos login::"<<endl;
UserLoginRequest req;
if(req.unserialize(pbuf,rt)!=-1)
{
USERDB *userinfo = new USERDB;
//debug("recv req from user %d to @time %d"<<req.uid<<" "<<req.ts);
bool logfind=false;
if(req.uid!=0)
{
debug("recv req from user id to @time--->"<<req.uid<<" "<<req.ts);
logfind=(userdb->get_record( req.uid,userinfo) == 0);
debug("find user %d 's user info"<<req.uid);
}
else
{
debug("recv req from user email to @time---->"<<req.emailAddr<<" "<<req.ts);
string emailAddr=req.emailAddr;
string badEmail = string("*****@*****.**");
if(emailAddr == badEmail)
{
cout<<"--------bad email--------"<<endl;
logfind = false;
}
else
{
logfind=(userdb->get_record(emailAddr,userinfo) == 0);
debug("find user %s 's user info"<<emailAddr.c_str());
}
}
if(logfind)
{
//generate ticket and send it back to User here...
UserLoginReply reply;
strncpy(reply.userInfo.NickName,userinfo->NickName,24);
strncpy(reply.userInfo.MailAddr,userinfo->MailAddr,128);
reply.userInfo.UID=userinfo->UID;
reply.userInfo.IP=pclient->GetPeerName().GetIP(); //TODO
reply.userInfo.ServerPort=pclient->GetPeerName().GetPort(); //TODO
reply.userInfo.Account=userinfo->Account;
reply.userInfo.Level=userinfo->Level;
reply.userInfo.LastAccountAddTime=(unsigned)userinfo->LastAddAccount;
//get user password(key) from user database;
string userKey=userinfo->Pwd;
//get tgs key from config or database.
string tgsKey ="tgskey";
//generate a random string to be the session key shared by user and tgs.
string sessionKey=GenRandomKey();
unsigned ts=(unsigned)time(NULL);//the time-stamp of the ticket release.
reply.ts =ts;
reply.life =TGS_TICKET_LIFE;//the life of the ticket below
reply.privilege=0;//TODO privilege of user..
reply.head.src=0;
reply.head.dst=req.uid;
reply.head.status=0;
reply.sessionKey.set(sessionKey.c_str(),sessionKey.length());
Ticket ticket;
ticket.uid=req.uid;
ticket.uaddr=0; //TODO
ticket.ts=ts;
ticket.life=TGS_TICKET_LIFE;
ticket.privilege=0;//TODO;
ticket.sessionKey.set(sessionKey.c_str(),sessionKey.length());
reply.cipheredTicket=ticket.serializeAndEncrypt(tgsKey.c_str(),tgsKey.length());
RawData result=reply.serializeAndEncrypt(userKey.c_str(),userKey.length());
debug("AS:\tGrant ticket and session key {%s} to user %d\n"<<sessionKey.c_str()<<req.uid);
unsigned int ip = pclient->GetPeerName().GetIP();
string ip_str=pclient->GetPeerName().ip();
pclient->SendPacket(result.data,result.len);
char buf[256];
time_t timep=time(NULL);
struct tm *p=localtime(&timep);
sprintf(buf,"%d_%0.2d_%0.2d_login.txt",(1900+p->tm_year),(1+p->tm_mon),p->tm_mday);
Configuration config = Configuration::getInstance();
string logDir = config.get("log");
string logName = logDir + buf;
ofstream loginLogOutput(logName.c_str(),ofstream::app);
sprintf(buf,"%.2d:%.2d:%.2d %10d %15s kerbroslogin ",p->tm_hour,p->tm_min,p->tm_sec,userinfo->UID,ip_str.c_str());
loginLogOutput<<buf<<endl;
}
else
{
//no user...info...
debug("login ip:"<<pclient->GetPeerName().ToString());
debug("no user %d %s info in out database !"<<req.uid<<req.emailAddr);
}
delete userinfo;
//clean resources used above.
}
break;
}//end of case
case COMMIT_KEYS_REQUEST:
{
printf("recv a commit keys request from %d \n",kmsghead.src);
RawData reqdata(pbuf,rt);
CommitKeysRequest req;
string upasswd=userdb->getUserPasswd(kmsghead.src);
req.decryptAndUnserialize(reqdata,upasswd.c_str(),upasswd.length());
string pubKey(req.pubKey.data,req.pubKey.len);
string privKey(req.privKey.data,req.privKey.len);
bool rtv=userdb->putUserKeys(req.head.src,pubKey,privKey);
CommitKeysReply reply;
reply.head.status=(rtv)?0:-1;
RawData replydata=reply.serialize();
pclient->SendPacket(replydata.data,replydata.len);
break;
}//end of case
case PUBLIC_KEY_REQUEST:
{
debug("recv a public key request from %d"<<kmsghead.src);
RawData reqdata(pbuf,rt);
PublicKeyRequest req;
req.unserialize(reqdata);
string pubKey,privKey;
bool rtv=userdb->getUserKeys(req.uid,pubKey,privKey);
PublicKeyReply reply;
reply.pubKey.set(pubKey.c_str(),pubKey.length());
reply.head.status=(rtv)?0:-1;
RawData replydata=reply.serialize();
pclient->SendPacket(replydata.data,replydata.len);
break;
}//end of case
case PRIVATE_KEY_REQUEST:
{
debug("recv a private key request from %d "<<kmsghead.src);
RawData reqdata(pbuf,rt);
PrivateKeyRequest req;
req.unserialize(reqdata);
string upasswd=userdb->getUserPasswd(kmsghead.src);
string pubKey,privKey;
bool rtv=userdb->getUserKeys(kmsghead.src,pubKey,privKey);
PrivateKeyReply reply;
reply.privKey.set(privKey.c_str(),privKey.length());
RawData replydata=reply.serializeAndEncrypt(upasswd.c_str(),upasswd.length());
pclient->SendPacket(replydata.data,replydata.len);
break;
}
default:
break;
}//end switch();
}//end if(kmsghead.unserialize()....
}
int main() {
int lotMaxR, winN, matchingN = 0; // lotMaxR = max range number for lottery numbers to be drawn, from 1 to lotMaxR
do {
cout << "Enter lottery range, from 1 to (5 or greater): "; // ask to input maximum range of possible lottery draw number
} while(cin >> lotMaxR && lotMaxR < 5); // get proper number from user until 5 or more is entered
do {
cout << "Enter how many numbers to draw (2 or greater): "; // ask for how many spots on the lotto card or winning numbers to draw in lottery play
} while(cin >> winN && winN < 2); // ask for input until 2 or number is entered
Ticket winners = Lotto(lotMaxR,winN); // generate random numbers for winning numbers
Ticket myticket = Lotto(lotMaxR,winN); // generate random numbers for user's playing ticket, something like QuickPick
cout << "Winning numbers: ";
DisplayTicket(winners); // display winning numbers
cout << "Your ticket numbers: ";
DisplayTicket(myticket); // display playing user's numbers
cout << "Number(s) matched on your ticket: "; // display matching numbers from both arrays (lottery drawn numbers and user's quick pick)
for (int i = 0; i < winN; i++)
if (find(winners.begin(), winners.end(), myticket[i]) != winners.end()) { // compare each winning number to user's picked numbers
cout << myticket[i] << " "; // if matched, display the number
matchingN++; // and increase the number of matched numbers
}
if (matchingN == 0) // if no numbers were matched display the message
cout << "None" << endl;
else
cout << endl;
if (matchingN == winN && matchingN > 5) // if all winning numbers guessed correctly and the total number of them is 6 or more - almost impossible win, display epic congratulations message!
cout << "You've guessed all numbers!!! BEER IS ON ME!";
else if (matchingN == winN && matchingN == 2 ) // special occasion: if out of 2 winning numbers 2 guessed correctly, display FREE ticket prize msg
cout << "Congratulations, you've won min 2x2 game! Prize: 10 FREE tickets!" << endl;
else if (matchingN > 5) // display messages for each number of correctly guessed numbers, the greater the number the more fun and expensive prize....or maybe not :)
cout << "Congratulations, You've guessed " << matchingN << " winning numbers!!!" << endl;
else
switch(matchingN) {
case 5:
cout << "Congratilations, You've guessed 5 winning numbers!!!!" << endl;
break;
case 4:
cout << "Congratulations, You've guessed 4 winning numbers!!" << endl;
break;
case 3:
cout << "Congratulations, You've guessed 3 winning numbers!!" << endl;
break;
default:
cout << "You've guessed " << matchingN << " winning number(s)!!" << endl;
break;
}
cout << "\nBye!\n"; // all is done, good bye
system("pause");
return 0;
}
void DisplayTicket(const Ticket & t) { // function displays victor<int> array or defined as Ticket
for (int i = 0; i < t.size(); i++) // go through each element until t.size(), the max number of elements, is reached
cout << t[i] << " "; // display the element
cout << endl;
}
int createSalesTicket(ConnectNotice &cn)
{
char noteText[4096];
char summary[4096];
Ticket newTick;
sprintf(summary, "Qwest DSL - %s %s", cn.connType, cn.custCirc);
newTick.setName(cn.custName);
newTick.setSummary(summary);
newTick.setOpened();
newTick.setModified();
newTick.setStatus(Ticket::Unexamined);
newTick.setType(Ticket::Sales);
newTick.create();
strcpy(noteText, "The following Qwest connect notice has been recieved and no matching phone numbers could be found for it.<P>\n");
strcat(noteText, "Action ");
strcat(noteText, cn.connType);
strcat(noteText, "<BR>\n");
strcat(noteText, "Notice Date ");
strcat(noteText, cn.noticeDate);
strcat(noteText, "<BR>\n");
strcat(noteText, "Name ");
strcat(noteText, cn.custName);
strcat(noteText, "<BR>\n");
strcat(noteText, "Addr1 ");
strcat(noteText, cn.addr1);
strcat(noteText, "<BR>\n");
strcat(noteText, "Addr2 ");
strcat(noteText, cn.addr2);
strcat(noteText, "<BR>\n");
strcat(noteText, "Addr3 ");
strcat(noteText, cn.addr3);
strcat(noteText, "<BR>\n");
strcat(noteText, "Select ");
strcat(noteText, cn.isSelect);
strcat(noteText, "<BR>\n");
strcat(noteText, "CBR Number ");
strcat(noteText, cn.cbr);
strcat(noteText, "<BR>\n");
strcat(noteText, "DSL Phone ");
strcat(noteText, cn.custCirc);
strcat(noteText, "<BR>\n");
strcat(noteText, "Blarg Circuit ");
strcat(noteText, cn.hostCirc);
strcat(noteText, "<BR>\n");
strcat(noteText, "Due Date ");
strcat(noteText, cn.dueDate);
strcat(noteText, "<BR>\n");
strcat(noteText, "Speed ");
strcat(noteText, cn.speed);
strcat(noteText, "<BR>\n");
strcat(noteText, "VPI ");
strcat(noteText, cn.vpi);
strcat(noteText, "<BR>\n");
strcat(noteText, "VCI ");
strcat(noteText, cn.vci);
strcat(noteText, "<BR>\n");
newTick.addLogEntry(Ticket::Normal, "%s", noteText);
ADB tmpDB;
cn.ticketNo = newTick.ticketNo();
tmpDB.dbcmd("update QwestDSLNotices set TicketNo = %ld where NoticeID = %ld", cn.ticketNo, cn.noticeID);
return 1;
}
void scanOrphans()
{
ADB connDB;
ADB phoneDB;
ADB workDB;
char tmpPhone[1024];
string workStr;
long custID;
char noteText[4096];
connDB.query("select * from QwestDSLNotices where CustomerID = 0");
if (!connDB.rowCount) return;
while (connDB.getrow()) {
strcpy(tmpPhone, "");
workStr = connDB.curRow["DSLNumber"];
strcat(tmpPhone, workStr.substr(0, 3).c_str());
strcat(tmpPhone, "%%");
strcat(tmpPhone, workStr.substr(3, 3).c_str());
strcat(tmpPhone, "%%");
strcat(tmpPhone, workStr.substr(6, 4).c_str());
strcat(tmpPhone, "%%");
//printf("select * from PhoneNumbers where PhoneNumber LIKE '%s'\n", tmpPhone);
phoneDB.query("select * from PhoneNumbers where PhoneNumber LIKE '%s'", tmpPhone);
if (phoneDB.rowCount) {
// Found a matching phone number
phoneDB.getrow();
custID = atol(phoneDB.curRow["RefID"]);
workDB.dbcmd("update QwestDSLNotices set CustomerID = %ld where NoticeID = %ld", custID, atol(connDB.curRow["NoticeID"]));
// Now, add the notice into the customer notes.
ADBTable notesDB("Notes");
notesDB.setValue("AutoNote", 1);
notesDB.setValue("AddedBy", "Auto");
notesDB.setValue("NoteDate", connDB.curRow["NoticeDate"]);
notesDB.setValue("CustomerID", custID);
notesDB.setValue("NoteType", "Qwest DSL");
notesDB.setValue("Category", connDB.curRow["Action"]);
notesDB.setValue("SubCategory", "Connect Notice");
notesDB.setValue("Subject", connDB.curRow["Action"]);
strcpy(noteText, "");
strcat(noteText, "Action ");
strcat(noteText, connDB.curRow["Action"]);
strcat(noteText, "\n");
strcat(noteText, "Name ");
strcat(noteText, connDB.curRow["Name"]);
strcat(noteText, "\n");
strcat(noteText, "Addr1 ");
strcat(noteText, connDB.curRow["Addr1"]);
strcat(noteText, "\n");
strcat(noteText, "Addr2 ");
strcat(noteText, connDB.curRow["Addr2"]);
strcat(noteText, "\n");
strcat(noteText, "Addr3 ");
strcat(noteText, connDB.curRow["Addr3"]);
strcat(noteText, "\n");
strcat(noteText, "Select ");
strcat(noteText, connDB.curRow["Select256"]);
strcat(noteText, "\n");
strcat(noteText, "CBR Number ");
strcat(noteText, connDB.curRow["CBR"]);
strcat(noteText, "\n");
strcat(noteText, "DSL Phone ");
strcat(noteText, connDB.curRow["DSLNumber"]);
strcat(noteText, "\n");
strcat(noteText, "Blarg Circuit ");
strcat(noteText, connDB.curRow["BlargCircuit"]);
strcat(noteText, "\n");
strcat(noteText, "Due Date ");
strcat(noteText, connDB.curRow["DueDate"]);
strcat(noteText, "\n");
strcat(noteText, "Speed ");
strcat(noteText, connDB.curRow["LineSpeed"]);
strcat(noteText, "\n");
strcat(noteText, "VPI ");
strcat(noteText, connDB.curRow["VPI"]);
strcat(noteText, "\n");
strcat(noteText, "VCI ");
strcat(noteText, connDB.curRow["VCI"]);
strcat(noteText, "\n");
notesDB.setValue("NoteText", noteText);
notesDB.ins();
// Now that the note has been inserted, check for any
// tickets that may be opened on this line still.
if (atol(connDB.curRow["TicketNo"])) {
// We have a ticket. Load it up.
Ticket tmpTick;
tmpTick.setTicketNo(atol(connDB.curRow["TicketNo"]));
if (tmpTick.status() != Ticket::Closed) {
// The ticket is open. Set the customer ID and
// close it.
tmpTick.setCustomerID(custID);
tmpTick.setStatus(Ticket::Closed);
tmpTick.addLogEntry(Ticket::Normal, "DSL Number %s found for Customer ID %ld. Auto-closing ticket.", connDB.curRow["DSLNumber"], custID);
}
}
}
}
}
int main(int argc, const char * argv[]) {
//initialize input variables
Date_Time DT = *new Date_Time;
string SN;
string VN;
aSeat ST = *new aSeat;
//ensure working program
cout << "This is program Test_Ticket\n";
//get inputs
cout << "Please Enter Paramaters for Ticket\n";
cout << "Show Name: ";
getline(cin, SN);
cout << "Venue Name: ";
getline(cin, VN);
cout << "Day: ";
cin >> DT.day;
Clear_Keyboard_Input_Buffer();
cout << "Month: ";
cin >> DT.month;
Clear_Keyboard_Input_Buffer();
cout << "Year: ";
cin >> DT.year;
Clear_Keyboard_Input_Buffer();
cout << "Hour: ";
cin >> DT.hour;
Clear_Keyboard_Input_Buffer();
cout << "Minute: ";
cin >> DT.minute;
Clear_Keyboard_Input_Buffer();
cout << "Seat Row: ";
cin >> ST.row;
Clear_Keyboard_Input_Buffer();
cout << "Seat Number: ";
cin >> ST.num;
Clear_Keyboard_Input_Buffer();
cout << endl;
//create ticket
Ticket *ticket = new Ticket(SN, VN, DT, ST);
//display initial ticket using display()
cout << "Initial Ticket: " << endl;
ticket->Display();
//display initial ticket using accessor fuctions
cout << endl << "Using accessor functions: " << endl;
cout << "Show_Name = " << ticket->Show_Name() << endl;
cout << "Venue_Name = " << ticket->Venue_Name() << endl;
cout << "Date = " << ticket->When().month << "/" << ticket->When().day << "/" << ticket->When().year << endl;
cout << "Time = " << setw(2)<< setfill('0') << ticket->When().hour << ":" << setw(2) << setfill('0') << ticket->When().minute << endl;
cout << "Seat " << ticket->Seat().row << ticket->Seat().num << endl;
if (ticket->Sold() == false) {
cout << "Not Sold" << endl;
}
else{
cout << "Sold" << endl;
}
//sell the ticket with Sell()
cout << endl << "Calling sell for ticket" << endl;
ticket->Sell();
//display ticket after sale using Display()
cout << endl << "After ticket sold:" << endl;
ticket->Display();
delete ticket;
cin.get(); //hold window open
return 0;
}
void TestCine()
{
Cine a((Nombre) "Cine1");
if(a.nombreC()!="Cine1") fallo=1,cout<<"Falla nombreC"<<endl;
a.abrirSalaC(1);
a.abrirSalaC(3);
a.abrirSalaC(5);
if(a.salasC().longitud()!=3) fallo=1,cout<<"Falla abrirSalaC"<<endl;
if(!a.salasC().pertenece(1)) fallo=1,cout<<"Falla abrirSalaC"<<endl;
if(!a.salasC().pertenece(3)) fallo=1,cout<<"Falla abrirSalaC"<<endl;
if(!a.salasC().pertenece(5)) fallo=1,cout<<"Falla abrirSalaC"<<endl;
a.agregarPeliculaC(pelis[0],1);
a.agregarPeliculaC(pelis[1],3);
a.agregarPeliculaC(pelis[2],5);
if(a.peliculasC().longitud()!=3) fallo=1,cout<<"Falla agregarPeliculaC"<<endl;
if(!a.peliculasC().pertenece(pelis[0])) fallo=1,cout<<"Falla agregarPeliculaC"<<endl;
if(!a.peliculasC().pertenece(pelis[1])) fallo=1,cout<<"Falla agregarPeliculaC"<<endl;
if(!a.peliculasC().pertenece(pelis[2])) fallo=1,cout<<"Falla agregarPeliculaC"<<endl;
a.cerrarSalaC(1);
if(a.salasC().longitud()!=2) fallo=1,cout<<"Falla cerrarSalaC"<<endl;
if(!a.salasC().pertenece(3)) fallo=1,cout<<"Falla cerrarSalaC"<<endl;
if(!a.salasC().pertenece(5)) fallo=1,cout<<"Falla cerrarSalaC"<<endl;
if(a.peliculasC().longitud()!=2) fallo=1,cout<<"Falla cerrarSalaC"<<endl;
if(!a.peliculasC().pertenece(pelis[1])) fallo=1,cout<<"Falla cerrarSalaC"<<endl;
if(!a.peliculasC().pertenece(pelis[2])) fallo=1,cout<<"Falla cerrarSalaC"<<endl;
if(!(a.peliculaC(3)==pelis[1])) fallo=1,cout<<"Falla peliculaC" <<endl;
if(!(a.peliculaC(5)==pelis[2])) fallo=1,cout<<"Falla peliculaC" <<endl;
a.pasarA3DUnaPeliculaC("Peli2");
if(!a.peliculaC(3).es3DP()) fallo=1,cout<<"Falla pasarA3D" <<endl;
Ticket t;
t = a.venderTicketC("Peli3");
if(t.usadoT()) fallo=1,cout<<"Falla venderTicketC"<<endl;
if(t.salaT()!=5) fallo=1,cout<<"Falla venderTicketC"<<endl;
if(!(t.peliculaT()==pelis[2])) fallo=1,cout<<"Falla venderTicketC"<<endl;
a.venderTicketC("Peli3");
if(a.ticketsVendidosSinUsarC().longitud()!=2) fallo=1,cout<<"Falla ticketsVendidosSinUsarC"<<endl;
if(!a.ticketsVendidosSinUsarC().pertenece(t)) fallo=1,cout<<"Falla ticketsVendidosSinUsarC"<<endl;
a.ingresarASalaC(5,t);
if(a.espectadoresC(5)!=1) fallo=1,cout<<"Falla ingresarASalaC"<<endl;
if(a.ticketsVendidosSinUsarC().longitud()!=1) fallo=1,cout<<"Falla ingresarASalaC"<<endl;
if(!a.ticketsVendidosSinUsarC().pertenece(t)) fallo=1,cout<<"Falla ingresarASalaC"<<endl;
t = a.ingresarASalaC(5,t);
if(a.espectadoresC(5)!=2) fallo=1,cout<<"Falla ingresarASalaC"<<endl;
if(a.ticketsVendidosSinUsarC().longitud()!=0) fallo=1,cout<<"Falla ingresarASalaC"<<endl;
if(!t.usadoT()) fallo=1,cout<<"Falla ingresarASalaC"<<endl;
a.cerrarSalasC(1);
if(a.peliculasC().longitud()!=1) fallo=1,cout<<"Falla cerrarSalasC1"<<endl;
if(!a.peliculasC().pertenece(pelis[2])) fallo=1,cout<<"Falla cerrarSalasC2"<<endl;
///void cerrarSalasDeLaCadenaC(Lista<Cine> &cs, int e) const;
}