ZAssocChild *m_assoc_child;
mp::Package *m_package;
Rep *m_p;
- };
+ };
class FrontendNet::ZAssocServer : public yazpp_1::Z_Assoc {
public:
~ZAssocServer();
yazpp_1::IPDU_Observable *the_PDU_Observable,
int fd);
void recv_GDU(Z_GDU *apdu, int len);
-
+
void failNotify();
void timeoutNotify();
void connectNotify();
yaz_timing_stop(timer);
double duration = yaz_timing_get_real(timer);
-
+
size_t ent = 0;
while (m_p->m_duration_lim[ent] != 0.0 && duration > m_p->m_duration_lim[ent])
ent++;
if (m_p->m_duration_max < duration)
m_p->m_duration_max = duration;
-
+
if (m_p->m_duration_min == 0.0 || m_p->m_duration_min > duration)
m_p->m_duration_min = duration;
-
+
if (m_p->m_msg_config.length())
{
Z_GDU *z_gdu = gdu->get();
-
+
std::ostringstream os;
os << m_p->m_msg_config << " "
<< *m_package << " "
<< std::fixed << std::setprecision (6) << duration << " ";
-
- if (z_gdu)
+
+ if (z_gdu)
os << *z_gdu;
else
os << "-";
-
+
yaz_log(YLOG_LOG, "%s %s", os.str().c_str(), t_info);
}
}
mp::odr odr;
int len;
Z_APDU *apdu_response = odr.create_close(
- z_gdu->u.z3950, Z_Close_systemProblem,
+ z_gdu->u.z3950, Z_Close_systemProblem,
"unhandled Z39.50 request");
m_assoc_child->send_Z_PDU(apdu_response, &len);
// For HTTP, respond with Server Error
int len;
mp::odr odr;
- Z_GDU *zgdu_res
- = odr.create_HTTP_Response(m_package->session(),
+ Z_GDU *zgdu_res
+ = odr.create_HTTP_Response(m_package->session(),
z_gdu->u.HTTP_Request, 500);
m_assoc_child->send_GDU(zgdu_res, &len);
}
{
m_assoc_child->close();
}
-
+
delete this;
}
-mp::IThreadPoolMsg *yf::FrontendNet::ThreadPoolPackage::handle()
+mp::IThreadPoolMsg *yf::FrontendNet::ThreadPoolPackage::handle()
{
m_package->move(m_assoc_child->m_route);
return this;
void yf::FrontendNet::ZAssocChild::report(Z_HTTP_Request *hreq)
{
mp::odr o;
-
+
Z_GDU *gdu_res = o.create_HTTP_Response(m_session, hreq, 200);
-
+
Z_HTTP_Response *hres = gdu_res->u.HTTP_Response;
-
+
mp::wrbuf w;
size_t i;
int number_total = 0;
-
+
for (i = 0; m_p->m_duration_lim[i] != 0.0; i++)
number_total += m_p->m_duration_freq[i];
number_total += m_p->m_duration_freq[i];
-
+
wrbuf_puts(w, "<?xml version=\"1.0\"?>\n");
wrbuf_puts(w, "<frontend_net>\n");
wrbuf_printf(w, " <responses frequency=\"%d\">\n", number_total);
i > 0 ? m_p->m_duration_lim[i - 1] : 0.0,
m_p->m_duration_lim[i], m_p->m_duration_freq[i]);
}
-
+
if (m_p->m_duration_freq[i] > 0)
wrbuf_printf(
w, " <response duration_start=\"%f\" frequency=\"%d\"/>\n",
wrbuf_printf(
w, " <response duration_average=\"%f\"/>\n",
m_p->m_duration_total / number_total);
-
+
wrbuf_puts(w, " </responses>\n");
-
+
int thread_busy;
int thread_total;
m_thread_pool_observer->get_thread_info(thread_busy, thread_total);
-
+
wrbuf_printf(w, " <thread_info busy=\"%d\" total=\"%d\"/>\n",
thread_busy, thread_total);
-
+
wrbuf_puts(w, "</frontend_net>\n");
-
+
hres->content_len = w.len();
hres->content_buf = (char *) w.buf();
-
+
int len;
send_GDU(gdu_res, &len);
}
if (m_p->m_msg_config.length())
{
- if (z_pdu)
+ if (z_pdu)
{
std::ostringstream os;
os << m_p->m_msg_config << " "
<< *p << " "
- << "0.000000" << " "
+ << "0.000000" << " "
<< *z_pdu;
yaz_log(YLOG_LOG, "%s", os.str().c_str());
}
}
- m_thread_pool_observer->put(tp);
+ m_thread_pool_observer->put(tp);
}
void yf::FrontendNet::ZAssocChild::failNotify()
yazpp_1::IPDU_Observable *PDU_Observable,
std::string route,
Rep *rep)
- :
+ :
Z_Assoc(PDU_Observable), m_route(route), m_p(rep)
{
m_package = 0;
yf::FrontendNet::My_Timer_Thread::My_Timer_Thread(
yazpp_1::ISocketObservable *obs,
- int duration) :
+ int duration) :
m_obs(obs), m_pipe(9123), m_timeout(false)
{
obs->addObserver(m_pipe.read_fd(), this);
if (m_p->m_listen_duration)
tt = new My_Timer_Thread(&m_p->mySocketManager,
m_p->m_listen_duration);
-
+
ThreadPoolSocketObserver tp(&m_p->mySocketManager, m_p->m_no_threads);
for (i = 0; i<m_p->m_ports.size(); i++)
}
port.port = mp::xml::get_text(ptr);
ports.push_back(port);
-
+
}
else if (!strcmp((const char *) ptr->name, "threads"))
{
std::string threads_str = mp::xml::get_text(ptr);
int threads = atoi(threads_str.c_str());
if (threads < 1)
- throw yf::FilterException("Bad value for threads: "
+ throw yf::FilterException("Bad value for threads: "
+ threads_str);
m_p->m_no_threads = threads;
}
std::string timeout_str = mp::xml::get_text(ptr);
int timeout = atoi(timeout_str.c_str());
if (timeout < 1)
- throw yf::FilterException("Bad value for timeout: "
+ throw yf::FilterException("Bad value for timeout: "
+ timeout_str);
m_p->m_session_timeout = timeout;
}
}
else
{
- throw yf::FilterException("Bad element "
+ throw yf::FilterException("Bad element "
+ std::string((const char *)
ptr->name));
}
void yf::FrontendNet::set_ports(std::vector<Port> &ports)
{
m_p->m_ports = ports;
-
+
m_p->az = new yf::FrontendNet::ZAssocServer *[m_p->m_ports.size()];
-
+
// Create yf::FrontendNet::ZAssocServer for each port
size_t i;
for (i = 0; i<m_p->m_ports.size(); i++)
{
// create a PDU assoc object (one per yf::FrontendNet::ZAssocServer)
yazpp_1::PDU_Assoc *as = new yazpp_1::PDU_Assoc(&m_p->mySocketManager);
-
+
// create ZAssoc with PDU Assoc
m_p->az[i] = new yf::FrontendNet::ZAssocServer(
as, m_p->m_ports[i].route, m_p.get());
if (m_p->az[i]->server(m_p->m_ports[i].port.c_str()))
{
- throw yf::FilterException("Unable to bind to address "
+ throw yf::FilterException("Unable to bind to address "
+ std::string(m_p->m_ports[i].port));
}
}
projects / metaproxy-moved-to-github.git / blobdiff