#include "dsc2Lib.h"

int dsc_download(){

  int kk, slot = -1;

  int Ndsc = 0;
  
  int chan;

  UINT16  selMask,  bypMask;

  UINT16 defTDCChMask = 0xFFFF;

  dsc2Init(0x100000,0x80000,20,0);




  Ndsc = dsc2GetNdsc();

  for(kk = 0; kk < Ndsc; kk++) {

    slot = dsc2Slot(kk);

    //    dsc2SetChannelMask(slot,   dsc[slot].TDCChMask, 1);
    dsc2SetChannelMask(slot,  defTDCChMask , 1);

    dsc2SetChannelMask(slot,   dsc[slot].TRGChMask, 2);

    dsc2SetChannelORMask(slot, dsc[slot].TDCORMask, 1);
    dsc2SetChannelORMask(slot, dsc[slot].TRGORMask, 2);

    dsc2SetPulseWidth(slot,    dsc[slot].TDCWidth, 1);
    dsc2SetPulseWidth(slot,    dsc[slot].TRGWidth, 2);
    
    for(chan = 0; chan < MAX_DSC2_CH; chan++)
    {
      dsc2SetThreshold(slot,chan,dsc[slot].TDCThreshold[chan],1);
      dsc2SetThreshold(slot,chan,dsc[slot].TRGThreshold[chan],2);
    }

    selMask = 0xFFFF; /* by default, trigger output will use TRG discriminator */
    bypMask = 0xFFFF; /* by default, TRG discriminator output goes directly to trigger output */
    
    for(chan = 0; chan < MAX_DSC2_CH; chan++)
      {
      dsc2SetTRGOut(slot, chan, dsc[slot].TRGDigitalWidth[chan], dsc[slot].TRGDigitalDelay[chan]);
      /* if TRGDigitalWidth>0, set trigger output to the digital */
      if(dsc[slot].TRGDigitalWidth[chan]>0)
      {
        /*printf("[%2d][%2d] befor 0x%04x\n",slot,chan,bypMask);*/
        bypMask = bypMask ^ (1<<chan);
        /*printf("[%2d][%2d] after 0x%04x\n",slot,chan,bypMask);*/
      }
      }
    dsc2SetTRGOutSource(slot, selMask, bypMask);
    
    dsc2Status(slot, 1);


    printf(" TDC thresholds = ");

    for(chan = 0; chan < MAX_DSC2_CH; chan++)
      printf("  %d ", dsc2GetThreshold(slot, chan, 1));
    printf("\n");
	     
    



  }


  return 0;

}

int dsc_prestart(){

  return 0;

}