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#ifndef TIMR_CPP
#define TIMR_CPP
#include <sys/time.h>
#include "timr.h"
using namespace std;
timr::timr()
{
wrap::system_message( TIMERIN );
b_timer_active = true;
pthread_mutex_init( &mut_s_time, NULL);
pthread_mutex_init( &mut_s_uptime, NULL);
pthread_mutex_init( &mut_i_offset, NULL);
i_time_offset = tool::string2int( wrap::CONF->get_elem("chat.timeoffset") );
wrap::system_message( TIMEROF + tool::int2string( i_time_offset ) );
s_time = "00:00:00";
s_uptime = "00:00:00";
}
timr::~timr()
{
pthread_mutex_destroy( &mut_s_time );
pthread_mutex_destroy( &mut_s_uptime );
pthread_mutex_destroy( &mut_i_offset );
}
bool
timr::get_timer_active() const
{
return b_timer_active;
}
int
timr::get_offset()
{
pthread_mutex_lock ( &mut_i_offset );
int i_ret_val = i_time_offset;
pthread_mutex_unlock( &mut_i_offset );
return i_ret_val;
}
void
timr::start( void *v_pointer )
{
// timr* p_timer = this; //static_cast<timr*>(this);
wrap::system_message( TIMERTH );
#ifdef NCURSES
print_time( );
#endif
time_t clock_start;
time_t clock_now;
time( &clock_start );
tm time_start = *localtime( &clock_start );
tm time_now;
while ( get_timer_active() )
{
// sleep a second!
usleep( 1000000 );
// get the current time!
time( &clock_now );
time_now = *localtime( &clock_now );
// set the current time && the current yhttpd uptime!
set_time( difftime( clock_now, clock_start ),
time_now.tm_sec, time_now.tm_min, time_now.tm_hour );
#ifdef NCURSES
if (wrap::NCUR->is_ready())
print_time( );
#endif
// run every minute:
if ( time_now.tm_sec == 0 )
{
#ifdef SERVMSG
cout << TIMERUP << get_uptime() << endl;
#endif
// run every ten minutes:
if ( time_now.tm_min % 10 == 0 )
{
// run every hour
if ( time_now.tm_hour % 60 == 0 )
{
// run every day
if (time_now.tm_min == 0 || time_now.tm_min == 60 )
if (time_now.tm_hour == 0 || time_now.tm_hour == 24)
wrap::STAT->update_rusage_history();
}
}
}
}
}
#ifdef NCURSES
void
timr::print_time( )
{
if ( !wrap::NCUR->is_ready() )
return;
mvprintw( NCUR_TIME_X, NCUR_TIME_Y, "Time: %s ", get_time().c_str());
mvprintw( NCUR_UPTIME_X, NCUR_UPTIME_Y, "Uptime: %s ", get_uptime().c_str());
refresh();
}
#endif
void
timr::set_time( double d_uptime, int i_cur_seconds, int i_cur_minutes, int i_cur_hours )
{
int i_hours = (int) d_uptime / 3600;
int i_minutes = (int) d_uptime / 60;
while ( i_minutes >= 60 )
i_minutes -= 60;
while ( d_uptime >= 60 )
d_uptime -= 60;
// Calculate offset time
i_cur_hours += get_offset();
for (int i = 24 - i_cur_hours; i < 0; i = 24 - i_cur_hours)
i_cur_hours =- i;
if (i_cur_hours == 24)
i_cur_hours = 0;
pthread_mutex_lock ( &mut_s_time );
s_time = add_zero_to_front( tool::int2string( i_cur_hours ) ) + ":" +
add_zero_to_front( tool::int2string( i_cur_minutes ) ) + ":" +
add_zero_to_front( tool::int2string( i_cur_seconds ) );
pthread_mutex_unlock( &mut_s_time );
pthread_mutex_lock ( &mut_s_uptime );
s_uptime = add_zero_to_front( tool::int2string( i_hours ) ) + ":" +
add_zero_to_front( tool::int2string( i_minutes ) ) + ":" +
add_zero_to_front( tool::int2string( (int) d_uptime ) );
pthread_mutex_unlock( &mut_s_uptime );
}
string
timr::add_zero_to_front( string s_time )
{
if ( s_time.length() == 1 )
{
string s_new = "0" + s_time;
return s_new;
}
return s_time;
}
double
timr::get_time_diff( time_t& clock_diff )
{
time_t clock_now;
time( &clock_now );
return difftime( clock_now, clock_diff );
}
#endif
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