virtual bool process( ::boost::shared_ptr< osiris::HttpSession > session, ::osiris::HttpPath const & path ) {
::osiris::PythonState __pystate(getPythonThreadState());
if( ::osiris::PythonOverride func_process = this->get_override( "process" ) )
return func_process( session, boost::ref(path) );
else{
__pystate.leave();
return this->::osiris::IHttpDirectory::process( session, boost::ref(path) );
}
}
/**
* poll info peer has information
* */
int network_poll(void* caller, void **udata,
const int msec_timeout,
int (*func_process) (void *caller,
void* nethandle,
const char* buf,
unsigned int len),
void (*func_process_connection) (void *,
void* nethandle,
char *ip,
int port)
)
{
client_t* me = *udata;
hashmap_iterator_t iter;
/* loop throught each connection for this peer */
for (
hashmap_iterator(me->connections, &iter);
hashmap_iterator_has_next(me->connections, &iter);
)
{
client_connection_t* cn;
cn = hashmap_iterator_next_value(me->connections, &iter);
/* we need to process a connection request created by the peer */
if (0 == cn->connect_status)
{
char ip[32];
sprintf(ip, "%p", cn->nethandle);
#if 0 /* debugging */
printf("processing connection me:%d them:%d\n",
me->nethandle, cn->nethandle);
#endif
func_process_connection(me->bt, cn->nethandle, ip, 4000);
cn->connect_status = CS_CONNECTED;
}
else if (!bipbuf_is_empty(cn->inbox))
{
int len = bipbuf_get_spaceused(cn->inbox);
if (0 < len)
func_process(me->bt,
(char*)cn->nethandle,
(char*)bipbuf_poll(cn->inbox, len), len);
}
}
return 1;
}
