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// $Id$
#include "Options.h"
#include "Rwho_DB_Manager.h"
#include "PM_Server.h"
#include "ace/ACE.h"
// This is the main method for the server side of things. It reads
// the RWHO file on the local machine and inserts HOST_NAME
// information for each LOGIN_NAME that is a friend into the
// DRWHO_LIST. This function is also responsible for determining
// whether a given LOGIN_NAME is currently idle or not.
int
PM_Server::process (void)
{
RWho_DB_Manager ru;
Protocol_Record protocol_record (1);
while (ru.get_next_user (protocol_record) > 0)
this->insert_protocol_info (protocol_record);
return 1;
}
// Insert the HOST_NAME into the server's lookup table on behalf of
// user LOGIN_NAME. Note that we need to allocate memory for
// HOST_NAME...
Protocol_Record *
PM_Server::insert_protocol_info (Protocol_Record &protocol_record)
{
Protocol_Record *prp = this->ss->insert (protocol_record.get_login ());
Drwho_Node *current_node = protocol_record.get_drwho_list ();
if (current_node->get_idle_time () < MAX_USER_TIMEOUT)
this->increment_total_users ();
if (prp)
{
Drwho_Node *np =
this->get_drwho_node (ACE::strnew (current_node->get_host_name ()),
prp->drwho_list_);
if (current_node->get_idle_time () >= MAX_USER_TIMEOUT)
np->inactive_count_++;
else
np->active_count_++;
}
return prp;
}
// Put the inactive and active counts, plus the hostname into the
// packet.
char *
PM_Server::handle_protocol_entries (char *buf_ptr,
Drwho_Node *np)
{
for (; np != 0; np = np->next_)
{
sprintf (buf_ptr,
"%d %d %s",
np->get_inactive_count (),
np->get_active_count (),
np->get_host_name ());
buf_ptr += strlen (buf_ptr) + 1;
}
return buf_ptr;
}
PM_Server::PM_Server (void)
{
}
PM_Server::~PM_Server (void)
{
}
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