middleware_asio_server::middleware_asio_server(
std::vector<boost::function<bool(const char*, uint32_t)> >& aicallbackarr
)
{
if (m_mser == nullptr)
{
/** 错误 */
return;
}
uint32_t lpthreadnum;
m_mser->pop(lpthreadnum, "pthread_num");
middleware::socket_asio_arg larg(lpthreadnum, aicallbackarr);
//larg.m_activ = false;
m_mser->pop(larg.m_activ, "activ");
//larg.m_extern_activ = false;
m_mser->pop(larg.m_extern_activ, "extern_activ");
// larg.m_everyoncemaxsize = 1024;
m_mser->pop(larg.m_everyoncemaxsize, "everyoncemaxsize");
//larg.m_extern_everyoncemaxsize = 1024;
m_mser->pop(larg.m_extern_everyoncemaxsize, "extern_everyoncemaxsize");
//larg.m_extern_loopbuffermaxsize = 10240;
m_mser->pop(larg.m_extern_loopbuffermaxsize, "extern_loopbuffermaxsize");
//larg.m_loopbuffermaxsize = 10240;
m_mser->pop(larg.m_extern_loopbuffermaxsize, "loopbuffermaxsize");
//larg.m_heartbeat_num = 32;
m_mser->pop(larg.m_heartbeat_num, "heartbeat_num");
//larg.m_persecond_recvdatatbyte_num = 1024;
m_mser->pop(larg.m_persecond_recvdatatbyte_num, "persecond_recvdatatbyte_num");
//larg.m_port = 13140;
m_mser->pop(larg.m_port, "port");
//larg.m_recvpack_maxsize = 1024;
m_mser->pop(larg.m_recvpack_maxsize, "recvpack_maxsize");
//larg.m_timeout = 10240;
m_mser->pop(larg.m_timeout, "timeout");
//larg.m_s2c = true;
m_mser->pop(larg.m_s2c, "s2c");
//larg.m_s2s = true;
m_mser->pop(larg.m_s2s, "s2s");
//larg.m_session_num = 10240;
m_mser->pop(larg.m_session_num, "session_num");
delete m_mser;
m_mser = nullptr;
/** 初始化 */
socket_asio_server_mgt::init(larg);
m_send = larg.m_middlewarearr;
socket_asio_server_mgt::start();
}
bool IsArgumentSecure(const std::string &arg)
{
std::string larg(arg);
std::transform(larg.begin(), larg.end(), larg.begin(), ::tolower);
int ii = 0;
while (szInsecureArgumentOptions[ii] != NULL)
{
if (larg.find(szInsecureArgumentOptions[ii]) != std::string::npos)
return false;
ii++;
}
return true;
}
bool TestCmdlineParser::TestParams::interpreteParameters ()
{
bool toR = Process_params::interpreteParameters ();
if (toR)
{
kstr (parameters_->getParameter ("TESTSECT", "KSTR"));
kbool (parameters_->getBoolean ("TESTSECT", "KBOOL"));
kint (parameters_->getInteger ("TESTSECT", "KINT"));
farg (parameters_->getParameter (volatile_section_name, "farg"));
oarg (parameters_->getParameter (volatile_section_name, "oarg"));
rargs (parameters_->getParameter (volatile_section_name, "rarg"));
larg (parameters_->getParameter (volatile_section_name, "larg"));
}
return toR;
}