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//Visitors list 1.0
//by Paradox

//Global variables

list admins = ["7405e11e-67d8-4ac7-ad98-e9e90316e2e4", "559f590e-7016-4273-ba0d-6d8b6b7c0516", "ba2e1323-4dae-4076-8762-d7bc2317e2f6"]; //Admins list. Admins: Paradox, Iskorka, ObiAi
float range = 96.0; // in meters from 0 to 96
integer my_land_only = FALSE; // TRUE - on, FALSE - off

integer sensor_timer;
integer sensor_timer_time = 50; //in timer event cycles

integer touch_timer;
integer touch_timer_time = 30; //in touch event cycles

list visitors_list;

//Functions

integer isAdmin()
{
    return (llListFindList(admins, [(string) llDetectedKey(0)]) != -1);
}
integer my_land_only_ModeControl(integer num_det)
{
    if ((my_land_only == TRUE && llOverMyLand(llDetectedKey(num_det)) == TRUE) || my_land_only == FALSE)
    {
        return TRUE;
    }
    else return FALSE;
}
integer isNameOnVisitorsList(integer num_det)
{
    return (llListFindList(visitors_list, [llKey2Name(llDetectedKey(num_det))]) != -1);
}
integer ListFindListLastElement(list src, list test)
{
    if (llListFindList(src, test) == -1)
    {
        return -1;    
    }
    else
    {
        integer index;
        do
        {
            index = llListFindList(src, test);
            src = llDeleteSubList(src, llListFindList(src, test), llListFindList(src, test) + llGetListLength(test) - 1);
        }
        while (llListFindList(src, test) == -1);
        return index;
    }    
}
// Convert Unix Time to SLT, identifying whether it is currently PST or PDT (i.e. Daylight Saving aware)
// Omei Qunhua December 2013
list weekdays = ["Sun", "Mon", "Tue", "Wed", "Thu", "Fri", "Sat"];

string Unix2PST_PDT(integer insecs)
{
    string str = Convert(insecs - (3600 * 8) );   // PST is 8 hours behind GMT
    if (llGetSubString(str, -3, -1) == "PDT")     // if the result indicates Daylight Saving Time ...
        str = Convert(insecs - (3600 * 7) );      // ... Recompute at 1 hour later
    return str;
}

// This leap year test is correct for all years from 1901 to 2099 and hence is quite adequate for Unix Time computations
integer LeapYear(integer year)
{
    return !(year & 3);
}

integer DaysPerMonth(integer year, integer month)
{
    if (month == 2)      return 28 + LeapYear(year);
    return 30 + ( (month + (month > 7) ) & 1);           // Odd months up to July, and even months after July, have 31 days
}

string Convert(integer insecs)
{
    integer w; integer month; integer daysinyear;
    integer mins = insecs / 60;
    integer secs = insecs % 60;
    integer hours = mins / 60;
    mins = mins % 60;
    integer days = hours / 24;
    hours = hours % 24;
    integer DayOfWeek = (days + 4) % 7;    // 0=Sun thru 6=Sat

    integer years = 1970 +  4 * (days / 1461);
    days = days % 1461;                  // number of days into a 4-year cycle

    @loop;
    daysinyear = 365 + LeapYear(years);
    if (days >= daysinyear)
    {
        days -= daysinyear;
        ++years;
        jump loop;
    }
    ++days;

    for (w = month = 0; days > w; )
    {
        days -= w;
        w = DaysPerMonth(years, ++month);
    }
    string str =  ((string) years + "-" + llGetSubString ("0" + (string) month, -2, -1) + "-" + llGetSubString ("0" + (string) days, -2, -1) + " " +
    llGetSubString ("0" + (string) hours, -2, -1) + ":" + llGetSubString ("0" + (string) mins, -2, -1) );

    integer LastSunday = days - DayOfWeek;
    string PST_PDT = " PST";                  // start by assuming Pacific Standard Time
    // Up to 2006, PDT is from the first Sunday in April to the last Sunday in October
    // After 2006, PDT is from the 2nd Sunday in March to the first Sunday in November
    if (years > 2006 && month == 3  && LastSunday >  7)     PST_PDT = " PDT";
    if (month > 3)                                          PST_PDT = " PDT";
    if (month > 10)                                         PST_PDT = " PST";
    if (years < 2007 && month == 10 && LastSunday > 24)     PST_PDT = " PST";
    return (llList2String(weekdays, DayOfWeek) + " " + str + PST_PDT);
}

default
{
    state_entry()
    {
        llSetTimerEvent(0.01);
    }
    
    touch_start(integer total_number)
    {
        //Admin touch (triggers at 'Admin long touch' too)
        llSay (0, llDumpList2String(visitors_list, "\n"));     
    }
    
    touch(integer num_detected)
    {
        //Admin long touch
        if (isAdmin() == TRUE)
        {
            touch_timer += 1;
        }
        if (touch_timer == touch_timer_time)
        {
                
        }
    }
    
    touch_end(integer num_detected)
    {
        //For admin long touch (admin is checked in the event 'touch')
        touch_timer = 0;
    }
    
    sensor(integer num_detected)
    {
        integer i;
        for(i = 0; i < num_detected; ++i)
        {
            //For tests
            llSay (0, (string) my_land_only_ModeControl(i));
            llSay (0, (string) isNameOnVisitorsList(i));
            llSay (0, (string) ListFindListLastElement(visitors_list, [llKey2Name(llDetectedKey(i))]));
            //
            
            if (my_land_only_ModeControl(i) == TRUE && isNameOnVisitorsList(i) == FALSE)
            {
                visitors_list += [llGetDisplayName(llDetectedKey(i)) + " ("] + [llKey2Name(llDetectedKey(i))] + [") - " + Unix2PST_PDT(llGetUnixTime())] + [0];                   
            }
//            if (my_land_only_ModeControl(i) == TRUE && isNameOnVisitorsList(i) == TRUE && llList2Integer(visitors_list, ListFindListLastElement(visitors_list, [llKey2Name(llDetectedKey(i))]) + 2) == 1)
//            {
//                visitors_list += [llGetDisplayName(llDetectedKey(i)) + " ("] + [llKey2Name(llDetectedKey(i))] + [") - " + Unix2PST_PDT(llGetUnixTime())] + [0];
//            }    
        }
    }
        
    timer()
    {
        sensor_timer += 1;
        if (sensor_timer == sensor_timer_time)
        {
            llSensor("", "", AGENT, range, PI);
            sensor_timer = 0;
        }
    }    
}
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