本文整理汇总了C++中f8String::find方法的典型用法代码示例。如果您正苦于以下问题：C++ f8String::find方法的具体用法？C++ f8String::find怎么用？C++ f8String::find使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类f8String的用法示例。
在下文中一共展示了f8String::find方法的2个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C++代码示例。
示例1: process
//-------------------------------------------------------------------------------------------------
bool Session::process(const f8String& from)
{
unsigned seqnum(0);
try
{
const f8String::size_type fpos(from.find("34="));
if (fpos == f8String::npos)
{
//cerr << "Session::process throwing for " << from << endl;
throw InvalidMessage(from);
}
seqnum = fast_atoi<unsigned>(from.data() + fpos + 3, default_field_separator);
bool retry_plog(false);
if (_plogger && _plogger->has_flag(Logger::inbound))
{
if (_state != States::st_wait_for_logon)
plog(from, 1);
else
retry_plog = true;
}
const Message *msg(Message::factory(_ctx, from, _loginParameters._no_chksum_flag, _loginParameters._permissive_mode_flag));
if (!msg)
{
GlobalLogger::log("Fatal: factory failed to generate a valid message");
return false;
}
if ((_control & printnohb) && msg->get_msgtype() != Common_MsgType_HEARTBEAT)
cout << *msg << endl;
else if (_control & print)
cout << *msg << endl;
bool result(false), admin_result(msg->is_admin() ? handle_admin(seqnum, msg) : true);
if (msg->get_msgtype().size() > 1)
goto application_call;
else switch(msg->get_msgtype()[0])
{
default:
application_call:
if (activation_check(seqnum, msg))
result = handle_application(seqnum, msg);
break;
case Common_MsgByte_HEARTBEAT:
result = handle_heartbeat(seqnum, msg);
break;
case Common_MsgByte_TEST_REQUEST:
result = handle_test_request(seqnum, msg);
break;
case Common_MsgByte_RESEND_REQUEST:
result = handle_resend_request(seqnum, msg);
break;
case Common_MsgByte_REJECT:
result = handle_reject(seqnum, msg);
break;
case Common_MsgByte_SEQUENCE_RESET:
result = handle_sequence_reset(seqnum, msg);
break;
case Common_MsgByte_LOGOUT:
result = handle_logout(seqnum, msg);
break;
case Common_MsgByte_LOGON:
result = handle_logon(seqnum, msg);
break;
}
++_next_receive_seq;
if (retry_plog)
plog(from, 1);
if (_persist)
{
f8_scoped_spin_lock guard(_per_spl, _connection->get_pmodel() == pm_coro);
_persist->put(_next_send_seq, _next_receive_seq);
//cout << "Persisted:" << _next_send_seq << " and " << _next_receive_seq << endl;
}
delete msg;
return result && admin_result;
}
catch (f8Exception& e)
{
//cerr << "process:: f8exception" << ' ' << seqnum << ' ' << e.what() << endl;
log(e.what());
if (!e.force_logoff())
{
send(generate_reject(seqnum, e.what()));
}
else
{
if (_state == States::st_logon_received && !_loginParameters._silent_disconnect)
{
send(generate_logout(e.what()), true, 0, true); // so it won't increment
do_state_change(States::st_logoff_sent);
}
stop();
}
//.........这里部分代码省略.........
示例2: process
//-------------------------------------------------------------------------------------------------
bool Session::process(const f8String& from)
{
unsigned seqnum(0);
try
{
const f8String::size_type fpos(from.find("34="));
if (fpos == f8String::npos)
{
//cerr << "Session::process throwing for " << from << endl;
throw InvalidMessage(from);
}
seqnum = fast_atoi<unsigned>(from.data() + fpos + 3, default_field_separator);
bool retry_plog(false);
if (_plogger && _plogger->has_flag(Logger::inbound))
{
if (_state != States::st_wait_for_logon)
plog(from, 1);
else
retry_plog = true;
}
scoped_ptr<Message> msg(Message::factory(_ctx, from));
if (!msg.get())
{
GlobalLogger::log("Fatal: factory failed to generate a valid message");
return false;
}
if ((_control & printnohb) && msg->get_msgtype() != Common_MsgType_HEARTBEAT)
cout << *msg << endl;
else if (_control & print)
cout << *msg << endl;
bool result((msg->is_admin() ? handle_admin(seqnum, msg.get()) : true)
&& (this->*_handlers.find_ref(msg->get_msgtype()))(seqnum, msg.get()));
++_next_receive_seq;
if (retry_plog)
plog(from, 1);
if (_persist)
{
f8_scoped_spin_lock guard(_per_spl, _connection->get_pmodel() == pm_coro);
_persist->put(_next_send_seq, _next_receive_seq);
//cout << "Persisted:" << _next_send_seq << " and " << _next_receive_seq << endl;
}
return result;
}
catch (f8Exception& e)
{
//cerr << "process:: f8exception" << ' ' << seqnum << ' ' << e.what() << endl;
log(e.what());
if (!e.force_logoff())
{
send(generate_reject(seqnum, e.what()));
}
else
{
if (_state == States::st_logon_received && !_loginParameters._silent_disconnect)
{
send(generate_logout(e.what()), 0, true); // so it won't increment
_state = States::st_logoff_sent;
}
stop();
}
}
catch (Poco::Net::NetException& e)
{
//cerr << "process:: Poco::Net::NetException" << endl;
log(e.what());
}
catch (exception& e)
{
//cerr << "process:: std::exception" << endl;
log(e.what());
}
return false;
}