void doCashierStuff(int mySSN, int* cash){
int socialSecurityNum = mySSN;
//int sizeOfInt = sizeof(int);
//First get in line with a generic method
//cout<<"Customer #"<<socialSecurityNum<<" getting in cashier line\n";
int myLine = getInLine(&cashier,socialSecurityNum,cash);
//Enter interaction monitor with passport clerk
Lock* workLock = &cashier.clerkLock[myLine];
//int workLock = *(cashier.clerkLock + (myLine * sizeOfInt));
Condition* workCV = &cashier.clerkCV[myLine];
//int workCV = *(cashier.clerkCV + (myLine * sizeOfInt));
workLock->Acquire();
//Acquire(workLock);
//Tell Clerk CV, then wait
cout<<"Customer #"<<socialSecurityNum<<" has given SSN "<<socialSecurityNum<<" to Cashier #"<<myLine<<"\n";
tellCashierSSN(mySSN,myLine);
workCV->Signal(workLock);
//Signal(workCV, workLock);
workCV->Wait(workLock);
//Wait(workCV, workLock);
//Decide weather to self-punish
bool readyToPay = cashierChecked[mySSN];
//int readyToPay = *(cashierChecked + (mySSN * sizeOfInt));
if(!readyToPay/*readyToPay == 0*/) {
//Release, punish, and leave
cout<<"Customer #"<<socialSecurityNum<<" has gone to Cashier #"<<myLine<<" too soon. "<<
"They are going to the back of the line.\n";
workCV->Signal(workLock);
//Signal(workCV, workLock);
workLock->Release();
//Release(workLock);
punish(punishTime);
return;
}
//Now you can pay
cout<<"Customer #"<<socialSecurityNum<<" has given Cashier #"<<myLine<<" $100\n";
payCashier(mySSN,cash);
workCV->Signal(workLock);
//Signal(workCV, workLock);
workCV->Wait(workLock);
//Wait(workCV, workLock);
//Now you've been woken up because you have the passport, so leave
//cout<<"Customer #"<<socialSecurityNum<<" got passport and is leaving cashier #"<<myLine<<"\n";
workCV->Signal(workLock);
//Signal(workCV, workLock);
workLock->Release();
//Release(workLock);
return;
}
int main()
{
SetConsoleTitle("LogIn Server for Knight Online v" STRINGIFY(__VERSION)" Max Online :" STRINGIFY(MAX_USER));
// Override the console handler
SetConsoleCtrlHandler(_ConsoleHandler, TRUE);
HookSignals(&s_hEvent);
g_pMain = new LoginServer();
// Startup server
if (g_pMain->Startup())
{
printf("\nServer started up successfully!\n\n");
// Wait until console's signaled as closing
s_hEvent.Wait();
}
else
{
system("pause");
}
printf("Server shutting down, please wait...\n");
g_bRunning = false;
delete g_pMain;
UnhookSignals();
return 0;
}
void passportClerk(int id) {
int myLineID = id; //set ID
bool firstTime = true;
//int firstTime = 1;
bool ifBribed;
//int ifBribed;
//int sizeOfInt = sizeof(int);
while(true) {
//Wait fot the next cust to signal
ifBribed = waitForLine(&passPClerk, id, firstTime);
//Set up some convenient variables
Lock *workLock = &passPClerk.clerkLock[myLineID];
//int workLock = *(passPClerk.clerkLock + (myLineID * sizeOfInt));
Condition *workCV = &passPClerk.clerkCV[myLineID];
//int workCV = *(passPClerk.clerkCV + (myLineID * sizeOfInt));
//Now the clerk has been woken up and has been told the customer ID
//Check
int customerSSN = passportClerkCurrentCustomer[myLineID];
//int customerSSN = *(passportClerkCurrentCustomer + (myLineID * sizeOfInt));
cout<<"PassportClerk #" << id << " has received SSN " << customerSSN << " from Customer #" << customerSSN << ".\n";
passportClerkChecked[customerSSN] =
customersWithCompletedApps[customerSSN] && customersWithCompletedPics[customerSSN];
//*(passportClerkChecked + (customerSSN * sizeOfInt)) = *(customersWithCompletedApps + (customerSSN * sizeOfInt)) && *(customersWithCompletedPics + (customerSSN * sizeOfInt));
if(!passportClerkChecked[customerSSN]/* *(passportClerkChecked (customerSSN + sizeOfInt)) == 0 */){
cout<<"PassportClerk #"<<id<<" has determined that Customer #"<<customerSSN<<
" does not have both their application and picture completed\n";
}
else{
cout<<"PassportClerk #"<<id<<" has determined that Customer #"<<customerSSN<<
" has both their application and picture completed\n";
}
//And Signal
workCV->Signal(workLock);
//Signal(workCV, workLock);
workCV->Wait(workLock);
//Wait(workCV, workLock);
//Now customer is gone
if(passportClerkChecked[customerSSN]/* *(passportClerkChecked + (customerSSN * sizeOfInt)) == 1 */) {
cout << "PassportClerk #" << id << " has recorded Customer #" << customerSSN <<
" passport documentation\n";
}
if(ifBribed /*ifBribed == 1*/) {
cout<<"PassportClerk #" << id << " has received $500 from Customer #" << customerSSN << ".\n";
passPClerk.cashReceived+=500;
}
firstTime = false;
//firstTime = 0;
workLock->Release();
//Release(workLock);
}
}
int main()
{
SetConsoleTitle("Game Server for Knight Online v" STRINGIFY(__VERSION));
#ifdef WIN32
// Override the console handler
SetConsoleCtrlHandler(_ConsoleHandler, TRUE);
#endif
HookSignals(&s_hEvent);
// Start up the time updater thread
StartTimeThread();
// Start up the console input thread
StartConsoleInputThread();
g_pMain = new CGameServerDlg();
// Start up server
if (g_pMain->Startup())
{
printf("\nServer started up successfully!\n");
// Wait until console's signaled as closing
s_hEvent.Wait();
}
else
{
#ifdef WIN32
system("pause");
#endif
}
printf("Server shutting down, please wait...\n");
// This seems redundant, but it's not.
// We still have the destructor for the dialog instance, which allows time for threads to properly cleanup.
g_bRunning = false;
delete g_pMain;
CleanupTimeThread();
CleanupConsoleInputThread();
UnhookSignals();
return 0;
}
void doPassportClerkStuff(int socialSecurityNum,int*cash){
int mySSN = socialSecurityNum;
//int sizeOfInt = sizeof(int);
//First get in line with a generic method
//cout<<"Customer #"<<socialSecurityNum<<" getting in passport Line\n";
int myLine = getInLine(&passPClerk,socialSecurityNum,cash);
//Enter interaction monitor with passport clerk
Lock* workLock = &passPClerk.clerkLock[myLine];
//int workLock = *(passPClerk.clerkLock + (myLine * sizeOfInt));
Condition* workCV = &passPClerk.clerkCV[myLine];
//int workCV = *(passPClerk.clerkCV + (myLine * sizeOfInt));
workLock->Acquire();
//Acquire(workLock);
//Tell Clerk CV, then wait
cout<<"Customer #"<<socialSecurityNum<<" has given SSN "<<socialSecurityNum<<" to PassportClerk #"<<myLine<<"\n";
tellPassportClerkSSN(mySSN,myLine);
workCV->Signal(workLock);
//Signal(workCV, workLock);
workCV->Wait(workLock);
//Wait(workCV, workLock);
//Now leave
//cout<<"Customer #"<<socialSecurityNum<<" leaving passportClerk #"<<myLine<<"\n";
workCV->Signal(workLock);
//Signal(workCV, workLock);
workLock->Release();
//Release(workLock);
//Decide weather to self-punish
bool myPassportChecked = passportClerkChecked[mySSN];
//int myPassportChecked = *(passportClerkChecked + (mySSN * sizeOfInt));
if(!myPassportChecked /*myPassportChecked == 0 */) {
cout<<"Customer #"<<socialSecurityNum<<" has gone to PassportClerk #"<<myLine<<" too soon. "<<
"They are going to the back of the line.\n";
punish(punishTime);
}
return;
}
void Timer::clockHandler()
{
TRACE_BEGIN( LOG_LVL_INFO );
struct timespec start, cur;
Condition c;
Mutex m;
AutoLock l(m);
TimeUtils::getCurTime( &start );
while ( !mClockThread->CheckStop() )
{
// Wait for the tick to timeout
if (not c.Wait(m, mMsPerTick))
{
TimeUtils::getCurTime( &cur );
// Check to see if the clock was set back, or jumps
// forward by more than 10 seconds. If so, update the
// starting time to the current time and wait for the next
// tick.
if ( TimeUtils::getDifference( &cur, &start ) < 0 or
TimeUtils::getDifference( &cur, &start ) > 10000 )
{
TimeUtils::getCurTime( &start );
handleTick();
}
else
{
// Get the current time and count ticks until cur time and the
// actual tick time are less the mMsPerTick apart.
while ( TimeUtils::getDifference( &cur, &start ) > mMsPerTick )
{
TimeUtils::addOffset( &start, mMsPerTick );
handleTick();
}
}
}
else
{
LOG_ERR_FATAL("Signal recieved on timer condition????\n");
}
}
}
uint32 THREADCALL DatabaseThread::ThreadProc(void * lpParam)
{
while (true)
{
Packet *p = nullptr;
// Pull the next packet from the shared queue
_lock.Acquire();
if (_queue.size())
{
p = _queue.front();
_queue.pop();
}
_lock.Release();
// If there's no more packets to handle, wait until there are.
if (p == nullptr)
{
// If we're shutting down, don't bother waiting for more (there are no more).
if (!_running)
break;
s_hEvent.Wait();
continue;
}
// References are fun =p
Packet & pkt = *p;
// First 2 bytes are always going to be the socket ID
// or -1 for no user.
int16 uid = pkt.read<int16>();
// Attempt to lookup the user if necessary
CUser *pUser = nullptr;
if (uid >= 0)
{
pUser = g_pMain->GetUserPtr(uid);
// Check to make sure they're still connected.
if (pUser == nullptr)
continue;
}
uint8 subOpcode;
switch (pkt.GetOpcode())
{
case WIZ_LOGIN:
if (pUser) pUser->ReqAccountLogIn(pkt);
break;
case WIZ_SEL_NATION:
if (pUser) pUser->ReqSelectNation(pkt);
break;
case WIZ_ALLCHAR_INFO_REQ:
if (pUser) pUser->ReqAllCharInfo(pkt);
break;
case WIZ_CHANGE_HAIR:
if (pUser) pUser->ReqChangeHair(pkt);
break;
case WIZ_NEW_CHAR:
if (pUser) pUser->ReqCreateNewChar(pkt);
break;
case WIZ_DEL_CHAR:
if (pUser) pUser->ReqDeleteChar(pkt);
break;
case WIZ_SEL_CHAR:
if (pUser) pUser->ReqSelectCharacter(pkt);
break;
case WIZ_CHAT:
pkt >> subOpcode;
if (subOpcode == CLAN_NOTICE)
CKnightsManager::ReqUpdateClanNotice(pkt);
break;
case WIZ_DATASAVE:
if (pUser) pUser->ReqSaveCharacter();
break;
case WIZ_KNIGHTS_PROCESS:
CKnightsManager::ReqKnightsPacket(pUser, pkt);
break;
case WIZ_LOGIN_INFO:
if (pUser) pUser->ReqSetLogInInfo(pkt);
break;
case WIZ_BATTLE_EVENT:
// g_pMain->BattleEventResult(pkt);
break;
case WIZ_SHOPPING_MALL:
if (pUser) pUser->ReqShoppingMall(pkt);
break;
case WIZ_SKILLDATA:
if (pUser) pUser->ReqSkillDataProcess(pkt);
break;
case WIZ_FRIEND_PROCESS:
if (pUser) pUser->ReqFriendProcess(pkt);
break;
case WIZ_NAME_CHANGE:
if (pUser) pUser->ReqChangeName(pkt);
break;
case WIZ_CAPE:
if (pUser) pUser->ReqChangeCape(pkt);
break;
case WIZ_LOGOUT:
if (pUser) pUser->ReqUserLogOut();
break;
case WIZ_KING:
CKingSystem::HandleDatabaseRequest(pUser, pkt);
break;
case WIZ_ITEM_UPGRADE:
if (pUser) pUser->ReqSealItem(pkt);
break;
case WIZ_ZONE_CONCURRENT:
{
uint32 serverNo, count;
pkt >> serverNo >> count;
g_DBAgent.UpdateConCurrentUserCount(serverNo, 1, count);
} break;
}
// Free the packet.
delete p;
}
TRACE("[Thread %d] Exiting...\n", lpParam);
return 0;
}
void cashierDo(int id) {
int myLineID = id; //set ID
bool firstTime = true;
//int firstTime = 1;
bool ifBribed;
//int ifBribed;
//int sizeOfInt = sizeof(int);
while (true) {
//Wait fot the next customer to signal
//cout << "Cashier #" << id << " about to wait for customer\n";
waitForLine(&cashier, id, firstTime);
//Set up some convenient variables
Lock *workLock = &cashier.clerkLock[myLineID];
//int workLock = *(cashier.clerkLock + (myLineID * sizeOfInt));
Condition *workCV = &cashier.clerkCV[myLineID];
//int workCV = *(cashier.clerkCV + (myLineID * sizeOfInt));
//Now the clerk has been woken up and has been told the customer ID
//Check
int customerSSN = cashierCurrentCustomer[myLineID];
//int customerSSN = *(cashierCurrentCustomer + (myLineID * sizeOfInt));
cout<<"Cashier #" << id << " has received SSN " << customerSSN << " from Customer #" << customerSSN << ".\n";
cashierChecked[customerSSN] = passportClerkChecked[customerSSN];
//*(cashierChecked + (customerSSN * sizeOfInt)) = *(passportClerkChecked + (customerSSN * sizeOfInt));
//And Signal
workCV->Signal(workLock);
//Signal(workCV, workLock);
workCV->Wait(workLock);
//Wait(workCV, workLock);
if (!cashierChecked[customerSSN]/* *(cashierChecked + (customerSSN * sizeOfInt)) == 0 */) {
//Now customer is gone
cout<<"Cashier #"<<id<<" has recieved $100 from Customer #"<<customerSSN<<
" before certification. They are to go to the back of the line\n";
workLock->Release();
//Release(workLock);
return;
}
//Now customer has paid, so give passport and mark
cout<<"Cashier #"<<id<<" has verified that Customer #"<<customerSSN<<" has been certified by a PassportClerk\n";
cout<<"Cashier #"<<id<<" has recieved $100 from Customer #"<<customerSSN<<" after certification\n";
cout << "Cashier #" << id << " provided Customer #" << customerSSN << " with their completed passport\n";
cashier.cashReceived+=100;
gottenPassport[customerSSN] = true;
//*(gottenPassport + (customerSSN * sizeOfInt)) = 1;
workCV->Signal(workLock);
//Signal(workCV, workLock);
workCV->Wait(workLock);
//Wait(workCV, workLock);
//Now customer has left
cout << "Cashier #" << id << " has recorded that Customer #" << customerSSN <<
" has been given their completed passport\n";
firstTime = false;
//firstTime = 0;
workLock->Release();
//Release(workLock);
}
//Exit(0);
}
