Hier kommt mal ein Schnippsel vllt. hilft es dem Einen oder Anderen:
Wer die gesammte Klasse brauchen kann soll sich melden. Feedback freut mich natürlich auch 
[code type=diff]/**********************************************************************************************
* Arduino programmable timer Library - Version 0.1b
* by Simon Bauer seimen.baua beiundoder gmail.com
*
* This Library is licensed under a GPLv3 License
**********************************************************************************************/
#include <programmableTimer.h>
#include <Time/Time.h>
#include <stdint.h>
int programmableTimer::status(const int controllTable[7][8], const time_t &myTime, const int &checkIntervallSec)
//test it for 1 = activated 0=deactivated -1= no intervall found i.e. 0000 0000 intervalls in table
{
recentTime = hour(myTime) * 100 + minute(myTime); //Maybe without parameter
recentWeekDay = weekday(myTime);
if (recentTime - myOldTime >= checkIntervallSec) //Zero means no pause. Otherwise every x seconds will be check for new status.
myOldTime = recentTime;
{
if ( controllTable[recentWeekDay][NoTimeOn] <= recentTime && controllTable [recentWeekDay][NoTimeOn+1] >= recentTime)
{
if (statusBit == 0){ NoTimeOff = NoTimeOn + 1; }
statusBit = 1;
return statusBit;
}
else if ( controllTable[recentWeekDay][NoTimeOff+1] >= recentTime && controllTable[recentWeekDay][NoTimeOff] <= recentTime )
{
if (statusBit == 1){ NoTimeOn = NoTimeOff + 1; }
statusBit = 0;
return statusBit;
}
else if ( recentTime <= controllTable[recentWeekDay][0]) //day changed
{
NoTimeOn=0;
NoTimeOff = 1;
statusBit = 0;
return -1;
}
else //the intervall may not fit to the recent time
{
NoTimeOn = NoTimeOn + 2;
NoTimeOff = NoTimeOn + 1;
}
if (NoTimeOn == 
//reset counter
{
NoTimeOn=0;
NoTimeOff = 1;
}
}
}
programmableTimer::programmableTimer()
{
NoTimeOn = 0;
NoTimeOff = 1;
}
programmableTimer::~programmableTimer()
{
}[/code]
