bool asnCertificate::isTimeValid(int numDaysFromNow) {
time_t ti;
struct tm mTime;
time(&ti);
#ifdef _WIN32
localtime_s(&mTime,&ti);
#else
localtime_r(&ti,&mTime);
#endif
mTime.tm_mday +=numDaysFromNow;
time_t ttmp = mktime(&mTime);
#ifdef _WIN32
localtime_s(&mTime,&ttmp);
#else
localtime_r(&ttmp,&mTime);
#endif
std::ostringstream buf;
buf << std::setfill('0') << std::setw(2) << (mTime.tm_year - 100);
buf << std::setfill('0') << std::setw(2) << (mTime.tm_mon + 1) ;
buf << std::setfill('0') << std::setw(2) << mTime.tm_mday;
string local = buf.str(),cer(13,'0');
copy(validityPeriod->contents[1]->body_start,
validityPeriod->contents[1]->stop,cer.begin());
return cer > local;
}
main()
{
Cerc *c[50];
Dreptunghi *d[50];
int n_c, n_d, i, x, y, r;
clrscr();
cout<<"\n Numarul de cercuri : ";
cin>>n_c;
i= 0;
while (i < n_c)
{
i++;
cout<<" Coordonatele centrului cercului "<<i<<" : ";
cin>>x>>y;
cout<<" Raza cercului "<<i<<" : ";
cin>>r;
Cerc cer(x, y, r);
c[i]= &cer;
}
(*c[0]).List();
return 0;
}
void RunAsHttpSvr()
{
Poco::Logger& logger=this->logger();
logger.information("读取配置文件..");
unsigned short port = (unsigned short) config().getInt("HttpSvr.port", 9443);
std::string format(config().getString("HttpSvr.format", DateTimeFormat::SORTABLE_FORMAT));
std::string pathCA(config().getString("openSSL.server.caConfig"));//openSSL.server.caConfig
X509Certificate cer(pathCA);
SecureServerSocket ssock(port);
HTTPServerParams *prams=new HTTPServerParams();
prams->setKeepAlive(true);
HTTPServer httpsrv(new RequestHandlerFactoryImpl(),ssock,prams);
httpsrv.start();
Context::Ptr ctx=ssock.context();
ostringstream ms;
ms<<"Https服务器已经启动\n";
ms<<"-----------------------------详细信息-----------------------------\n";
ms<<"监听端口:"<<port<<"\n";
ms<<"SSL验证模式:"<<ctx->verificationMode()<<"\n";
ms<<"颁发给:"<<cer.commonName()<<"\n";
ms<<"证书颁发者:"<<cer.issuerName()<<"\n";
ms<<"subjectName:"<<cer.subjectName()<<"\n";
ms<<"expiresOn:"<<DateTimeFormatter::format(cer.expiresOn(),"%Y-%n-%d %H-%M-%S")<<"\n";
ms<<"validFrom:"<<DateTimeFormatter::format(cer.validFrom(),"%Y-%n-%d %H-%M-%S")<<"\n";
ms<<"KeepAlive:"<<(prams->getKeepAlive() ? "是\n":"否\n");
ms<<"接收超时时间:"<<prams->getTimeout().totalSeconds()<<"s\n";
ms<<"KeepAliveTimeout:"<<prams->getKeepAliveTimeout().seconds()<<"s\n";
ms<<"启用会话缓存:"<<(ctx->sessionCacheEnabled() ? "是\n":"否\n");
ms<<"会话缓存大小:"<<ctx->getSessionCacheSize()<<"\n";
ms<<"会话超时时间:"<<ctx->getSessionTimeout()<<"s\n";
ms<<"------------------------------------------------------------------\n";
logger.information(ms.str());
this->waitForTerminationRequest();
httpsrv.stop();
}
void Packet_handler::operator()() {
std::cout << "Packet handler has started\n";
try {
while(*running_) {
while(!inQueue_->empty()) {
Packet *top = &inQueue_->front();
std::cout << "Handling packet with tag " << top->get_tag() << std::endl;
switch(top->get_tag()) {
case Packet::REGISTER_REQUEST: { // Handshake
HandshakeRaw* hr(static_cast<HandshakeRaw*>((top->get_content()).get()));
TcpServer::getInstance().connectedClients.register_client(top->get_address(), top->get_address()->connection, hr->nick_);
} /*break;*/
case Packet::SYNCHRONISE_REQUEST: { // prosba o wyslanie wszystkich zasobow...
ClientID s = TcpServer::getInstance().registeredAddresses.get_address_owner(*(top->get_address())); //pobiera id klienta o adresie zapisanym w pakiecie
Observer* obs((TcpServer::getInstance().connectedClients.look_up_with_id(s).get())); //rzutowanie z ClientPtr na Observer*
TcpServer::getInstance().connectedClients.synchronise(obs); //kolejno wywoływane metody synchronise u każdego z obserwatorów
TcpServer::getInstance().registeredChat.synchronise(obs);
TcpServer::getInstance().registeredRooms.synchronise(obs);
} break;
case Packet::CHAT_ENTRY_MESSAGE_REQUEST: { // prosba o nadanie wiadomosci czatu
ChatEntryRaw* cer(static_cast<ChatEntryRaw*>((top->get_content()).get()));
TcpServer::getInstance().registeredChat.register_message(*cer);
} break;
case Packet::GAMEROOM_CREATE_REQUEST: { // prosba o stworzenie nowego pokoju
GameRoomRaw* gr(static_cast<GameRoomRaw*>((top->get_content()).get()));
GameRoomPtr gpt = TcpServer::getInstance().registeredRooms.add_game_room(gr->host, gr->gameRoomName);
// w metodzie add_gameroom() host jest automatycznie dodany do listy graczy
} break;
case Packet::GAMEROOM_JOIN_REQUEST: { // prosba o dolaczenie do pokoju
GameRoomRaw* gr(static_cast<GameRoomRaw*>((top->get_content()).get()));
GameRoomPtr gpt = TcpServer::getInstance().registeredRooms.look_up_with_id(gr->id);
gpt->add_player(TcpServer::getInstance().registeredAddresses.get_address_owner(*(top->get_address())));
} break;
case Packet::GAMEROOM_LEAVE_REQUEST: { // prosba o opuszczenie pokoju
ClientID l = TcpServer::getInstance().registeredAddresses.get_address_owner(*(top->get_address()));
GameRoomID gr = TcpServer::getInstance().connectedClients.get_state(l).locationIdentifier;
GameRoomPtr gpt = TcpServer::getInstance().registeredRooms.look_up_with_id(gr);
gpt->remove_player(l);
} break;
case Packet::LOG_OUT_REQUEST: {
ClientID rm = TcpServer::getInstance().registeredAddresses.get_address_owner(*(top->get_address()));
TcpServer::getInstance().connectedClients.remove_client(rm);
// GameRoom, w którym był ten gracz, powinien być obserwatorem ClientsRegister, jeśli ma się dowiedzieć o jego wyjściu lub w ClientsRegister i metodzie remove_client powinno być zrobione zawiadomienie odpowiedniego gameroomu
}
//case Packet::GAMEROOM_UPDATE_REQUEST: // prosba o zmiane ustawien pokoju
//case Packet::GAMEROOM_START_REQUEST: // prosba o rozpoczecie rozgrywki
//case Packet::GAME_START_FAILURE_INFO: // informacja dla klienta o niespelnionym rzadaniu
//case Packet::CLOCK_SYNCHRONISE: // prosba o okreslenie czasu wzgledem serwera
//case Packet::GAME_STATE: // pakiet zawierajacy stan rozgrywki
//case Packet::GAME_ACTION: // byc moze sie przyda?
case Packet::KEEP_ALIVE: { // ping! do ustalenia czy ktos stracil polaczenie.
std::cout << "Keeping alive client ";
ClientID x=TcpServer::getInstance().registeredAddresses.get_address_owner(*(top->get_address()));
std::cout << x << std::endl;
} break;
case Packet::UPDATED_RESOURCE: { // dane aktualizacyjne przeznaczone dla klienta
// pokazuje na cout zawartość odebranego pakietu (tylko dla testów)
std::cout << top->get_tag() << " " << top->show_resource_content() << std::endl;
} break;
default:
std::cout << "Unexpected packet received. Tag: " << top->get_tag() << std::endl ;
std::cout << top->get_data_streambuf() << std::endl;
break;
}
inQueue_->pop();
}
std::this_thread::yield();
}
} catch(std::exception &e) {
std::cout << "Exception at Packet_handler." << e.what() << "\n Packet Queue status:" <<
inQueue_->size() << " " << std::endl;
}
std::cout << "Packet handler has finished\n";
}
