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// class user implementation.
#ifndef USER_CXX
#define USER_CXX
#include "user.h"
#include "s_conf.h"
#include "s_modl.h"
#include "s_tool.h"
using namespace std;
user::user( string s_name ) : name( s_name )
{
this -> b_online = true;
this -> l_time = s_tool::unixtime();
this -> s_col1 = s_conf::get().get_val( "USERCOL1" );
pthread_mutex_init( &mut_b_online, NULL);
pthread_mutex_init( &mut_i_sock , NULL);
pthread_mutex_init( &mut_l_time , NULL);
pthread_mutex_init( &mut_p_room , NULL);
pthread_mutex_init( &mut_s_mess , NULL);
pthread_cond_init ( &cond_message, NULL);
pthread_mutex_init( &mut_message , NULL);
}
user::~user()
{
pthread_mutex_destroy( &mut_b_online );
pthread_mutex_destroy( &mut_i_sock );
pthread_mutex_destroy( &mut_l_time );
pthread_mutex_destroy( &mut_p_room );
pthread_mutex_destroy( &mut_s_mess );
pthread_cond_destroy ( &cond_message );
pthread_mutex_destroy( &mut_message );
}
void
user::get_data( map_string *p_map_data )
{
string s_req = (*p_map_data)["!get"];
// get the nick and the color of the user.
if ( s_req == "nick" )
(*p_map_data)[get_name()] = get_col1();
}
string
user::get_mess( )
{
string s_ret( "" );
pthread_mutex_lock ( &mut_s_mess );
s_ret.append( s_mess );
s_mess = *new string("");
pthread_mutex_unlock( &mut_s_mess );
return s_ret;
}
bool
user::get_online( )
{
bool b_ret;
pthread_mutex_lock ( &mut_b_online );
b_ret = b_online;
pthread_mutex_unlock( &mut_b_online );
return b_ret;
}
void
user::set_online( bool b_online )
{
pthread_mutex_lock ( &mut_b_online );
this -> b_online = b_online;
pthread_mutex_unlock( &mut_b_online );
}
room*
user::get_p_room( )
{
room* p_return;
pthread_mutex_lock ( &mut_p_room );
p_return = p_room;
pthread_mutex_unlock( &mut_p_room );
return p_return;
}
void
user::set_p_room( room* p_room )
{
pthread_mutex_lock ( &mut_p_room );
this -> p_room = p_room;
pthread_mutex_unlock( &mut_p_room );
}
int
user::get_sock( )
{
int i_ret;
pthread_mutex_lock ( &mut_i_sock );
i_ret = i_sock;
pthread_mutex_unlock( &mut_i_sock );
return i_ret;
}
void
user::set_sock( int i_sock )
{
pthread_mutex_lock ( &mut_i_sock );
this -> i_sock = i_sock;
pthread_mutex_unlock( &mut_i_sock );
}
void
user::command( string &s_command )
{
auto unsigned int pos = s_command.find( "/" );
while( pos != string::npos )
{
s_command.replace( pos, 1, "" );
pos = s_command.find( "/" );
}
string s_mod( "cmnd/yc_" );
s_mod.append( s_command ).append( ".so" );
dynmod *mod = s_modl::get().get_module( s_mod );
if ( mod == NULL )
{
msg_post( new string( s_lang::get().get_val( "ERRORCMD" ) ) );
return;
}
// execute the module.
( *(mod->the_func) ) ( (void*) this );
}
void
user::renew_stamp( )
{
pthread_mutex_lock ( &mut_l_time );
l_time = s_tool::unixtime();
pthread_mutex_unlock( &mut_l_time );
}
void
user::msg_post( string *p_msg )
{
pthread_mutex_lock ( &mut_s_mess );
s_mess.append( *p_msg );
pthread_mutex_unlock( &mut_s_mess );
pthread_cond_signal( &cond_message );
}
void
user::get_user_list( string &s_list, string &s_seperator )
{
s_list.append( "<font color=\"" )
.append( get_col1() )
.append( "\">" )
.append( get_name() )
.append( "</font>\n" )
.append( s_seperator );
}
#endif
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