void interrupt timer(){
	if (!c_s_o_d) {
		tick();
		blokirani->vreme();
	}
	if (!c_s_o_d && running->cnt && cntr > 0){ cntr--; }
	if ((cntr==0 && running->cnt) || c_s_o_d) {
		if (lockcont){
			asm {
				mov tsp, sp
				mov tss, ss
			}
			running->sp=tsp;
			running->ss=tss;
			if (running->Terminated==0&&running->status!=terminated&&running->status!=blocked&&running->status!=paused)
			{
				running->status=ready;
				Scheduler::put((PCB *)running);
			}
			running=Scheduler::get();
			if (running==0) {
				running=Deadlock;
			}
			if(running->status!=terminated)
			running->status=runn;

			tsp=running->sp;
			tss=running->ss;
			asm {
				mov sp, tsp
				mov ss, tss
			}
			for(tek=running->sigprvi,preth=0;tek!=0;tek=tek->sled) {
			if (running->handler[tek->sigid]&&(tek->block||(GlobalBlock[tek->sigid]&&running->Block[tek->sigid]))){
				if (tek->sigid==0){
					prekid = running;
					lockcontext();
					unlock();
					running->handler[0]();
					lock();
					unlockcontext();
					asm {
						mov sp, tsp
						mov ss, tss
					}
					break;
				}
				lockcontext();
				unlock();
				running->handler[tek->sigid]();
				lock();
				unlockcontext();
				if(preth) preth->sled=tek->sled;
				else running->sigprvi=tek->sled;
				if(tek->sled==0) running->sigposl=preth;
			}else preth = tek;
			}
			cntr=running->cnt;
		}
	}
	if (!c_s_o_d) asm int 60h
	c_s_o_d = 0;
}