Reference Manual

const uint16_t nERRORS

Definition: CSCDCCExaminer.h:13

long long int num

Definition: procUtils.cc:71

std::set<CSCIdType> CSCDCCExaminer::chambersWithWarning ( int num ) const

inline

Definition at line 168 of file CSCDCCExaminer.h.

References fCHAMB_WRN, and nWARNINGS.

168 { if(num>=0&&num<nWARNINGS) return fCHAMB_WRN[num]; else return std::set<int>(); }

CSCDCCExaminer::fCHAMB_WRN

const uint16_t nWARNINGS

Definition: CSCDCCExaminer.h:13

std::set< CSCIdType > fCHAMB_WRN[5]

Definition: CSCDCCExaminer.h:22

Referenced by check(), python.Vispa.Views.WidgetView.WidgetView::closeEvent(), python.Vispa.Views.BoxDecayView.BoxDecayView::closeEvent(), CSCDCCExaminer(), python.Vispa.Share.FindAlgorithm.FindAlgorithm::findUsingFindDialog(), python.Vispa.Views.LineDecayView.LineDecayView::setDataObjects(), python.Vispa.Views.WidgetView.WidgetView::setDataObjects(), python.Vispa.Views.TreeView.TreeView::updateContent(), python.Vispa.Views.TableView.TableView::updateContent(), python.Vispa.Views.BoxDecayView.BoxDecayView::updateContent(), and python.Vispa.Views.PropertyView.PropertyView::updateContent().

long long int num

Definition: procUtils.cc:71

int32_t CSCDCCExaminer::check	(	const uint16_t *&	buffer,
		int32_t	length
	)

'buffer' is a sliding pointer; keep track of the true buffer

Check for presence of data blocks inside TMB data

increment counter of 16-bit words since last DMB*ALCT Header match this counter is reset if ALCT Header is found right after DMB Header

decode the actual counting if zero suppression enabled

increment counter of 16-bit words without zero suppression decoding

bzero(fERROR, sizeof(bool)*nERRORS); bzero(fWARNING, sizeof(bool)*nWARNINGS); bERROR = 0; bWARNING = 0; for(int err=0; err<nERRORS; err++) fCHAMB_ERR[err].clear(); for(int wrn=0; wrn<nWARNINGS; wrn++) fCHAMB_WRN[wrn].clear(); bCHAMB_ERR.clear(); bCHAMB_WRN.clear();

Check if ALCT zero suppression enable:

Check calculated CRC sum against reported

w = buf0[j] & 0x7fff;

Definition at line 211 of file CSCDCCExaminer.cc.

References ALCT_CRC, ALCT_WordCount, ALCT_WordsExpected, ALCT_WordsSinceLastHeader, ALCT_WordsSinceLastHeaderZeroSuppressed, ALCT_ZSE, bCHAMB_ERR, bCHAMB_PAYLOAD, bCHAMB_STATUS, bCHAMB_WRN, bDDU_ERR, bDDU_WRN, bERROR, buf0, buf1, buf2, buf_1, buf_2, buffer_start, bWARNING, cerr, CFEB_BSampleCount, CFEB_CRC, CFEB_SampleCount, CFEB_SampleWordCount, checkCrcALCT, checkCrcCFEB, checkCrcTMB, checkDAVs(), checkTriggerHeadersAndTrailers(), clear(), cntCHAMB_Headers, cntCHAMB_Trailers, cntDDU_Headers, cntDDU_Trailers, cout, currentChamber, DAV_ALCT, DAV_CFEB, DAV_DMB, DAV_TMB, DDU_WordCount, DDU_WordsSinceLastHeader, DDU_WordsSinceLastTrailer, dduBuffers, dduOffsets, dduSize, DMB_Active, dmbBuffers, dmbOffsets, dmbSize, end, fALCT_Format2007, fALCT_Header, fCHAMB_ERR, fDCC_Header, fDCC_Trailer, fDDU_Header, fDDU_Trailer, fDMB_Header, fDMB_Trailer, fERROR, spr::find(), fTMB_Format2007, fTMB_Header, fWARNING, g, i, j, modeDDUonly, nDMBs, nERRORS, nWARNINGS, nWG_round_up, pos, scanbuf(), sERROR, sourceID, sWARNING, matplotRender::t, TMB_CRC, TMB_Firmware_Revision, TMB_Tbins, TMB_WordCount, TMB_WordsExpected, TMB_WordsRPC, TMB_WordsSinceLastHeader, tmpbuf, uniqueALCT, uniqueTMB, and zeroCounts().

Referenced by CSCValidation::doTimeMonitoring(), and CSCDCCUnpacker::produce().

                                                                     {
   if( length<=0 ) return -1;
 
   buffer_start = buffer;
 
   
   bool fTMB_Scope_Start = false;
   bool fTMB_MiniScope_Start = false; 
   bool fTMB_RPC_Start = false;
   bool fTMB_BlockedCFEBs_Start = false;
  
   bool fTMB_Scope = false;
   bool fTMB_MiniScope = false; 
   bool fTMB_RPC = false;
   bool fTMB_BlockedCFEBs = false;
 
   while( length>0 ){
     // == Store last 4 read buffers in pipeline-like memory (note that memcpy works quite slower!)
     buf_2 = buf_1;         //  This bufer was not needed so far
     buf_1 = buf0;
     buf0  = buf1;
     buf1  = buf2;
     buf2  = buffer;
 
     // check for too long event
     if(!fERROR[19] && DDU_WordsSinceLastHeader>100000 ){
       fERROR[19] = true;
       bERROR    |= 0x80000;
     }
 
     // increment counter of 64-bit words since last DDU Header
     // this counter is reset if DDU Header is found
     if ( fDDU_Header ) { ++DDU_WordsSinceLastHeader; }
 
     // increment counter of 64-bit words since last DDU Trailer
     // this counter is reset if DDU Trailer is found
     if ( fDDU_Trailer ) {++DDU_WordsSinceLastTrailer; }
 
     if ( fALCT_Header ) {
         if(ALCT_ZSE){
           for(int g=0; g<4; g++){
              if(buf0[g]==0x1000){
                ALCT_WordsSinceLastHeader = ALCT_WordsSinceLastHeader + nWG_round_up;
           } 
           else if(buf0[g]!=0x3000) ALCT_WordsSinceLastHeader = ALCT_WordsSinceLastHeader + 1;
          } 
         }
         else ALCT_WordsSinceLastHeader = ALCT_WordsSinceLastHeader + 4;
         ALCT_WordsSinceLastHeaderZeroSuppressed = ALCT_WordsSinceLastHeaderZeroSuppressed + 4;
     }
 
     // increment counter of 16-bit words since last DMB*TMB Header match
     // this counter is reset if TMB Header is found right after DMB Header or ALCT Trailer
     if ( fTMB_Header ) { TMB_WordsSinceLastHeader = TMB_WordsSinceLastHeader + 4; }
 
     // increment counter of 16-bit words since last of DMB Header, ALCT Trailer, TMB Trailer,
     // CFEB Sample Trailer, CFEB B-word; this counter is reset by all these conditions
     if ( fDMB_Header ) { CFEB_SampleWordCount = CFEB_SampleWordCount + 4; }
 
     // If DDU header is missing we set unphysical 0xFFF value for DDU id
     if( !fDDU_Header ){ sourceID=0xFFF; }
 
 
     if (!modeDDUonly) {
       // DCC Header 1 && DCC Header 2
       // =VB= Added support for Sep. 2008 CMS DAQ DCC format
       if ( ( ( (buf0[3]&0xF000) == 0x5000 && (buf0[0]&0x00FF) == 0x005F )
     ||
        ( (buf0[3]&0xF000) == 0x5000 && (buf0[0]&0x000F) == 0x0008 ) )
      &&
       (buf1[3]&0xFF00) == 0xD900 ) 
     {
     if( fDCC_Header ){
       // == Another DCC Header before encountering DCC Trailer!
       fERROR[25]=true;
       bERROR|=0x2000000;
       fERROR[0]=true;
       bERROR|=0x1;
       cerr<<"\n\nDCC Header Occurrence ";
       cerr<<"  ERROR 25    "<<sERROR[25]<<endl;
       fDDU_Header = false;
 
       // go backward for 3 DDU words ( buf2, buf1, and buf0 )
       buffer-=12;
       buf_1 = &(tmpbuf[0]);  // Just for safety
       buf0  = &(tmpbuf[4]);  // Just for safety
       buf1  = &(tmpbuf[8]);  // Just for safety
       buf2  = &(tmpbuf[12]); // Just for safety
       bzero(tmpbuf,sizeof(uint16_t)*16);
       return length+12;
     }
 
     fDCC_Header  = true;
     clear();
       }
     }
     // == Check for Format Control Words, set proper flags, perform self-consistency checks
 
     // C-words anywhere besides DDU Header
     if( fDDU_Header && ( (buf0[0]&0xF000)==0xC000 || (buf0[1]&0xF000)==0xC000 || (buf0[2]&0xF000)==0xC000 || (buf0[3]&0xF000)==0xC000 ) &&
     ( /*buf_1[0]!=0x8000 ||*/ buf_1[1]!=0x8000 || buf_1[2]!=0x0001 || buf_1[3]!=0x8000 ) ){
       fERROR[0]  = true;
       bERROR    |= 0x1;
       fERROR[20] = true;
       bERROR    |= 0x100000;
       // fCHAMB_ERR[20].insert(currentChamber);
       // bCHAMB_ERR[currentChamber] |= 0x100000;
       cerr<<"\nDDU Header Occurrence = "<<cntDDU_Headers;
       cerr<<"  ERROR 20 "<<sERROR[20]<<endl;
     }
 
     // == DDU Header found
     if( /*buf0[0]==0x8000 &&*/ buf0[1]==0x8000 && buf0[2]==0x0001 && buf0[3]==0x8000 ){
       // headerDAV_Active = (buf1[1]<<16) | buf1[0]; // Obsolete since 16.09.05
         checkDAVs();
         checkTriggerHeadersAndTrailers();
 
       if( fDDU_Header ){
     // == Another DDU Header before encountering DDU Trailer!
     fERROR[1]=true;
     bERROR|=0x2;
     fERROR[0] = true;
     bERROR|=0x1;
     cerr<<"\n\nDDU Header Occurrence = "<<cntDDU_Headers;
     cerr<<"  ERROR 1    "<<sERROR[1]<<endl;
     fDDU_Header = false;
 
     // Part of work for chambers that hasn't been done in absent trailer
     if( fDMB_Header || fDMB_Trailer ){
       fERROR[5] = true;
       bERROR   |= 0x20;
       // Since here there are no chances to know what this chamber was, force it to be -2
       if( currentChamber == -1 ) currentChamber = -2;
       fCHAMB_ERR[5].insert(currentChamber);
       bCHAMB_ERR[currentChamber] |= 0x20;
       fCHAMB_ERR[0].insert(currentChamber);
       bCHAMB_ERR[currentChamber] |= 0x1;
       cerr<<"\n\nDDU Header Occurrence = "<<cntDDU_Headers;
       cerr<<"  ERROR 5    "<<sERROR[5]<<endl;
     }   // One of DMB Trailers is missing ( or both )
     fDMB_Header  = false;
     fDMB_Trailer = false;
 
     if( DMB_Active!=nDMBs ){
       fERROR[24] = true;
       bERROR    |= 0x1000000;
     }
     DMB_Active = 0;
     nDMBs = 0;
 
     // Unknown chamber denoted as -2
     // If it still remains in any of errors - put it in error 0
     for(int err=1; err<nERRORS; ++err)
       if( fCHAMB_ERR[err].find(-2) != fCHAMB_ERR[err].end() ){
         fCHAMB_ERR[0].insert(-2);
         bCHAMB_ERR[-2] |= 0x1;
       }
 
         bDDU_ERR[sourceID] |= bERROR;
         bDDU_WRN[sourceID] |= bWARNING;
 
     // go backward for 3 DDU words ( buf2, buf1, and buf0 )
     buffer-=12;
     buf_1 = &(tmpbuf[0]);  // Just for safety
     buf0  = &(tmpbuf[4]);  // Just for safety
     buf1  = &(tmpbuf[8]);  // Just for safety
     buf2  = &(tmpbuf[12]); // Just for safety
     bzero(tmpbuf,sizeof(uint16_t)*16);
     return length+12;
       }
 
       // Reset all Error and Warning flags to be false
       currentChamber = -1; // Unknown yet
 
       if( fDDU_Trailer && DDU_WordsSinceLastTrailer != 4 ){
     // == Counted extraneous words between last DDU Trailer and this DDU Header
     fWARNING[0]=true;
     bWARNING|=0x1;
     cerr<<"\nDDU Header Occurrence = "<<cntDDU_Headers;
     cerr<<"  WARNING 0 "<<sWARNING[0]<<" "<<DDU_WordsSinceLastTrailer<<" extra 64-bit words"<<endl;
       }
 
       sourceID      = ((buf_1[1]&0xF)<<8) | ((buf_1[0]&0xFF00)>>8);
       fDDU_Header   = true;
       fDDU_Trailer  = false;
       DDU_WordCount = 0;
       fDMB_Header   = false;
       fDMB_Trailer  = false;
       fALCT_Header  = false;
       fALCT_Format2007= true;
       fTMB_Header   = false;
       fTMB_Format2007= true;
       uniqueALCT    = true;
       uniqueTMB     = true;
       zeroCounts();
 
       if (modeDDUonly) {
          fDCC_Header  = true;
          clear();
       }
 
       dduBuffers[sourceID] = buf_1;
       dduOffsets[sourceID] = buf_1-buffer_start;
       dduSize   [sourceID] = 0;
       dmbBuffers[sourceID].clear();
       dmbOffsets[sourceID].clear();
       dmbSize   [sourceID].clear();
 
       bDDU_ERR[sourceID] = 0;
       bDDU_WRN[sourceID] = 0;
 
       nDMBs      = 0;
       DMB_Active = buf1[0]&0xF;
       DAV_DMB    = buf1[1]&0x7FFF;
 
       int nDAV_DMBs=0;
       for(int bit=0; bit<15; bit++) if( DAV_DMB&(1<<bit) ) nDAV_DMBs++;
       if(DMB_Active!=nDAV_DMBs){
       fERROR[27] = true;
       bERROR    |= 0x8000000;
       }
 
       if( (buf_1[3]&0xF000)!=0x5000 ){
         fWARNING[1]=true;
         bWARNING|=0x2;
         cerr<<"\nDDU Header Occurrence = "<<cntDDU_Headers;
         cerr<<"  WARNING 1 "<<sWARNING[1]<<". What must have been Header 1: 0x"<<std::hex<<buf_1[0]<<" 0x"<<buf_1[1]<<" 0x"<<buf_1[2]<<" 0x"<<buf_1[3]<<std::dec<<endl;
       }
 
       ++cntDDU_Headers;
       DDU_WordsSinceLastHeader=0; // Reset counter of DDU Words since last DDU Header
       cout<<"\n----------------------------------------------------------"<<endl;
       cout<<"DDU  Header Occurrence "<<cntDDU_Headers<< " L1A = " << ( ((buf_1[2]&0xFFFF) + ((buf_1[3]&0x00FF) << 16)) ) <<endl;
     }
 
     // == DMB Header found
     if( (buf0[0]&0xF000)==0xA000 && (buf0[1]&0xF000)==0xA000 && (buf0[2]&0xF000)==0xA000 && (buf0[3]&0xF000)==0xA000 ){
       checkDAVs();
       checkTriggerHeadersAndTrailers();
 
       if( DDU_WordsSinceLastHeader>3 && !fDMB_Header && !fDMB_Trailer && !nDMBs ){
         fERROR[28]=true;
         bERROR|=0x10000000;;
       }
 
       if( fDMB_Header || fDMB_Trailer ){ // F or E  DMB Trailer is missed
     fERROR[5]=true;
     bERROR|=0x20;
     fCHAMB_ERR[5].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x20;
     fCHAMB_ERR[0].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x1;
       }
       fDMB_Header  = true;
       fDMB_Trailer = false;
 
       // If previous DMB record was not assigned to any chamber ( it still has -1 indentificator )
       // let's free -1 identificator for current use and call undefined chamber from previous record -2
       // ( -2 may already exists in this sets but we have nothing to do with it )
       for(int err=0; err<nERRORS; ++err)
     if( fCHAMB_ERR[err].find(-1) != fCHAMB_ERR[err].end() ){
       fCHAMB_ERR[err].erase(-1);
       fCHAMB_ERR[err].insert(-2);
     }
 // Two lines below are commented out because payloads never get filled if 0xA header is missing
 //      bCHAMB_PAYLOAD[-2] |= bCHAMB_PAYLOAD[-1];
 //      fCHAMB_PAYLOAD[-1] = 0;
       bCHAMB_STATUS[-2] |= bCHAMB_STATUS[-1];
       bCHAMB_STATUS[-1] = 0;
       bCHAMB_ERR[-2] |= bCHAMB_ERR[-1];
       bCHAMB_ERR[-1] = 0;
       bCHAMB_WRN[-2] |= bCHAMB_WRN[-1];
       bCHAMB_WRN[-1] = 0;
 
       // Chamber id ( DMB_ID + (DMB_CRATE<<4) ) from header
       currentChamber = buf0[1]&0x0FFF;
       ++cntCHAMB_Headers[currentChamber];
       bCHAMB_ERR[currentChamber] |= 0; //Victor's line
 
       fALCT_Header = false;
       fALCT_Format2007= true;
       fTMB_Header  = false;
       fTMB_Format2007= true;
       uniqueALCT   = true;
       uniqueTMB    = true;
 
       fTMB_Scope_Start = false;
       fTMB_MiniScope_Start = false;
       fTMB_RPC_Start = false;
       fTMB_BlockedCFEBs_Start = false;
 
       fTMB_Scope = false;
       fTMB_MiniScope = false;
       fTMB_RPC = false;
       fTMB_BlockedCFEBs = false;       
 
 
       zeroCounts();
       CFEB_CRC                  = 0;
 
       nDMBs++;
 
       dmbBuffers[sourceID][currentChamber] = buf0-4;
       dmbOffsets[sourceID][currentChamber] = buf0-4-buffer_start;
       dmbSize   [sourceID][currentChamber] = 4;
 
       // Print DMB_ID from DMB Header
       cout<< "Crate=" << setw(3) << setfill('0') << ((buf0[1]>>4)&0x00FF) << " DMB="<<setw(2)<<setfill('0')<<(buf0[1]&0x000F)<<" ";
       // Print ALCT_DAV and TMB_DAV from DMB Header
       //cout<<setw(1)<<((buf0[0]&0x0020)>>5)<<" "<<((buf0[0]&0x0040)>>6)<<" ";
       cout<<setw(1)<<((buf0[0]&0x0200)>>9)<<" "<<((buf0[0]&0x0800)>>11)<<" "; //change of format 16.09.05
       // Print CFEB_DAV from DMB Header
       cout<<setw(1)<<((buf0[0]&0x0010)>>4)<<((buf0[0]&0x0008)>>3)<<((buf0[0]&0x0004)>>2)<<((buf0[0]&0x0002)>>1)<<(buf0[0]&0x0001);
       // Print DMB Header Tag
       cout << " {";
 
       // Set variables if we are waiting ALCT, TMB and CFEB records to be present in event
       DAV_ALCT = (buf0[0]&0x0200)>>9;
       DAV_TMB  = (buf0[0]&0x0800)>>11;
       DAV_CFEB = 0;
       if( buf0[0]&0x0001 ) ++DAV_CFEB;
       if( buf0[0]&0x0002 ) ++DAV_CFEB;
       if( buf0[0]&0x0004 ) ++DAV_CFEB;
       if( buf0[0]&0x0008 ) ++DAV_CFEB;
       if( buf0[0]&0x0010 ) ++DAV_CFEB;
       if( DAV_ALCT ) bCHAMB_PAYLOAD[currentChamber] |= 0x20;
       if( DAV_TMB  ) bCHAMB_PAYLOAD[currentChamber] |= 0x40;
       bCHAMB_PAYLOAD[currentChamber] |= (buf0[0]&0x001f)<<7;
       bCHAMB_PAYLOAD[currentChamber] |=((buf_1[2]>>5)&0x001f);
       bCHAMB_STATUS [currentChamber] |= (buf0[0]&0x0040)<<16;
     }
 
 
     // New ALCT data format:
     if( ( buf0[0]==0xDB0A && (buf0[1]&0xF000)==0xD000 && (buf0[2]&0xF000)==0xD000 && (buf0[3]&0xF000)==0xD000)
     &&
         ( (buf_1[0]&0xF000)==0xA000 && (buf_1[1]&0xF000)==0xA000 && (buf_1[2]&0xF000)==0xA000 && (buf_1[3]&0xF000)==0xA000 ) ){
         fALCT_Header              = true;
         fALCT_Format2007          = true;
         ALCT_CRC                  = 0;
         ALCT_WordsSinceLastHeader = 4;
         ALCT_WordsSinceLastHeaderZeroSuppressed = 4;
 
         // Calculate expected number of ALCT words
         ALCT_WordsExpected = 12; // header and trailer always exists
 
         //  Aauxilary variables
         //   number of wire groups per layer:
         int  nWGs_per_layer = ( (buf1[2]&0x0007) + 1 ) * 16 ;
         // words in the layer
         nWG_round_up   = int(nWGs_per_layer/12)+(nWGs_per_layer%3?1:0);
         //   configuration present:
         bool config_present =  buf1[0]&0x4000;
         //   lct overflow:
         bool lct_overflow   =  buf1[0]&0x2000;
         //   raw overflow:
         bool raw_overflow   =  buf1[0]&0x1000;
         //   l1a_window:
         int  lct_tbins      = (buf1[3]&0x01E0)>>5;
         //   fifo_tbins:
         int  raw_tbins      = (buf1[3]&0x001F);
         
         ALCT_ZSE            = (buf1[1]&0x1000)>>12;
         
         /*
         std::cout << " Number of Wire Groups: " << nWG_round_up << std::endl;
         std::cout << " ALCT_ZSE: " << ALCT_ZSE << std::endl; 
         std::cout << " raw_tbins: " << std::dec << raw_tbins << std::endl;
         std::cout << " LCT Tbins: " << lct_tbins << std::endl;
          */
 
         //  Data block sizes:
         //   3 words of Vertex ID register + 5 words of config. register bits:
         int config_size    = ( config_present ? 3 + 5 : 0 );
         //   collision mask register:
         int colreg_size    = ( config_present ? nWGs_per_layer/4 : 0 );
         //   hot channel mask:
         int hot_ch_size    = ( config_present ? nWG_round_up*6 : 0 );
         //   ALCT0,1 (best tracks):
         int alct_0_1_size  = ( !lct_overflow ? 2*lct_tbins : 0 );
         //   raw hit dump size:
         int raw_hit_dump_size=(!raw_overflow ? nWG_round_up*6*raw_tbins : 0 );
 
         //std::cout << " Raw Hit Dump: " << std::dec << raw_hit_dump_size << std::endl;
 
         ALCT_WordsExpected += config_size + colreg_size + hot_ch_size + alct_0_1_size + raw_hit_dump_size;
 
         cout<<" <A";
     } else {
         // Old ALCT data format
 
         // == ALCT Header found right after DMB Header
         //   (check for all currently reserved/fixed bits in ALCT first 4 words)
         // if( ( (buf0 [0]&0xF800)==0x6000 && (buf0 [1]&0xFF80)==0x0080 && (buf0 [2]&0xF000)==0x0000 && (buf0 [3]&0xc000)==0x0000 )
         if( ( (buf0 [0]&0xF800)==0x6000 && (buf0 [1]&0x8F80)==0x0080 && (buf0 [2]&0x8000)==0x0000 && (buf0 [3]&0xc000)==0x0000 )
             &&
             ( (buf_1[0]&0xF000)==0xA000 && (buf_1[1]&0xF000)==0xA000 && (buf_1[2]&0xF000)==0xA000 && (buf_1[3]&0xF000)==0xA000 ) ){
               fALCT_Header              = true;
               fALCT_Format2007          = false;
               ALCT_CRC                  = 0;
               ALCT_WordsSinceLastHeader = 4;
 
               // Calculate expected number of ALCT words
               if( (buf0[3]&0x0003)==0 ){ ALCT_WordsExpected = 12; }     // Short Readout
 
               if( (buf0[1]&0x0003)==1 ){                    // Full Readout
                    ALCT_WordsExpected = ((buf0[1]&0x007c) >> 2) *
                         ( ((buf0[3]&0x0001)   )+((buf0[3]&0x0002)>>1)+
                         ((buf0[3]&0x0004)>>2)+((buf0[3]&0x0008)>>3)+
                         ((buf0[3]&0x0010)>>4)+((buf0[3]&0x0020)>>5)+
                         ((buf0[3]&0x0040)>>6) ) * 12 + 12;
               }
               cout<<" <A";
         }
     }
     //std::cout << " ALCT Word Expected: " << ALCT_WordsExpected << std::endl;
 
     if( (buf0[0]&0xFFFF)==0xDB0C ){
         fTMB_Header              = true;
         fTMB_Format2007          = true;
         TMB_CRC                  = 0;
         TMB_WordsSinceLastHeader = 4;
         TMB_WordsExpected = 0;
 
         // Calculate expected number of TMB words (whether RPC included will be known later)
         if ( (buf1[1]&0x3000) == 0x3000) { TMB_WordsExpected = 12; }  // Short Header Only
         if ( (buf1[1]&0x3000) == 0x0000) { TMB_WordsExpected = 48; }  // Long Header Only
 
         cout << " <T";
     } else {
         // == TMB Header found right after DMB Header or right after ALCT Trailer
         if(   (buf0 [0]&0xFFFF)==0x6B0C && (
                         ( (buf_1[0]&0xF000)==0xA000 && (buf_1[1]&0xF000)==0xA000 && (buf_1[2]&0xF000)==0xA000 && (buf_1[3]&0xF000)==0xA000 )
                         ||
                         ( (buf_1[0]&0x0800)==0x0000 && (buf_1[1]&0xF800)==0xD000 && (buf_1[2]&0xFFFF)==0xDE0D && (buf_1[3]&0xF000)==0xD000 )
                         // should've been (buf_1[0]&0xF800)==0xD000 - see comments for sERROR[11]
                         ) )
         {
         //if( (buf_1[2]&0xFFFF)==0xDE0D && (buf_1[3]&0xFC00)!=0xD000 && summer2004 ) ???
 
             fTMB_Header              = true;
             fTMB_Format2007          = false;
             TMB_CRC                  = 0;
             TMB_WordsSinceLastHeader = 4;
 
             // Calculate expected number of TMB words (whether RPC included will be known later)
             if ( (buf0[1]&0x3000) == 0x3000) { TMB_WordsExpected = 8; }   // Short Header Only
             if ( (buf0[1]&0x3000) == 0x0000) { TMB_WordsExpected = 32; }  // Long Header Only
 
             if ( (buf0[1]&0x3000) == 0x1000) {
                 // Full Readout   = 28 + (#Tbins * #CFEBs * 6)
                 TMB_Tbins=(buf0[1]&0x001F);
                 TMB_WordsExpected = 28 + TMB_Tbins * ((buf1[0]&0x00E0)>>5) * 6;
             }
 
             cout << " <T";
         }
     }
     // New TMB format => very long header Find Firmware revision
     if ( fTMB_Header && fTMB_Format2007 && TMB_WordsSinceLastHeader==8 ) {
     TMB_Firmware_Revision = buf0[3];
     }
 
     // New TMB format => very long header
     if ( fTMB_Header && fTMB_Format2007 && TMB_WordsSinceLastHeader==20 ) {
         // Full Readout   = 44 + (#Tbins * #CFEBs * 6)
         TMB_Tbins=(buf0[3]&0x00F8)>>3;
         TMB_WordsExpected = 44 + TMB_Tbins * (buf0[3]&0x0007) * 6;
     }
 
     // == ALCT Trailer found
     if(
         // New ALCT data format:
         ( buf0[0]==0xDE0D && (buf0[1]&0xF800)==0xD000 && (buf0[2]&0xF800)==0xD000 && (buf0[3]&0xF000)==0xD000 && fALCT_Format2007 ) ||
         // Old ALCT data format; last check is added to avoid confusion with new TMB header (may not be needed):
         ( (buf0[0]&0x0800)==0x0000 && (buf0[1]&0xF800)==0xD000 && (buf0[2]&0xFFFF)==0xDE0D && (buf0[3]&0xF000)==0xD000 && !fALCT_Format2007 && !(fTMB_Header&&fTMB_Format2007) )
     ){
       // should've been (buf0[0]&0xF800)==0xD000 - see comments for sERROR[11]
 
       // Second ALCT -> Lost both previous DMB Trailer and current DMB Header
       if( !uniqueALCT ) currentChamber = -1;
       // Check if this ALCT record have to exist according to DMB Header
       if(   DAV_ALCT  ) DAV_ALCT = false; else DAV_ALCT = true;
 
       if( !fALCT_Header ){
     fERROR[8] = true;
     bERROR   |= 0x100;
     fCHAMB_ERR[8].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x100;
     fCHAMB_ERR[0].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x1;
       } // ALCT Header is missing
 
       if( !fALCT_Format2007 && (buf0[0]&0xF800)!=0xD000 ){
     fERROR[11] = true;
     bERROR    |= 0x800;
     fCHAMB_ERR[11].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x800;
     fCHAMB_ERR[0].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x1;
       } // some bits in 1st D-Trailer are lost
 
       if( checkCrcALCT ){
     uint32_t crc = ( fALCT_Format2007 ? buf0[1] : buf0[0] ) & 0x7ff;
     crc |= ((uint32_t)( ( fALCT_Format2007 ? buf0[2] : buf0[1] ) & 0x7ff)) << 11;
     if( ALCT_CRC != crc ){
       fERROR[10] = true;
       bERROR   |= 0x400;
       fCHAMB_ERR[10].insert(currentChamber);
       bCHAMB_ERR[currentChamber] |= 0x400;
       fCHAMB_ERR[0].insert(currentChamber);
       bCHAMB_ERR[currentChamber] |= 0x1;
     }
       }
 
       fALCT_Header = false;
       uniqueALCT   = false;
       CFEB_CRC     = 0;
       //ALCT_WordCount = (buf0[3]&0x03FF);
       ALCT_WordCount = (buf0[3]&0x07FF);
       //ALCT_WordCount = (buf0[3]&0x0FFF);
       CFEB_SampleWordCount = 0;
       cout << "A> ";
     }
 
     // Calculation of CRC sum ( algorithm is written by Madorsky )
     if( fALCT_Header && checkCrcALCT ){
       for(uint16_t j=0, w=0; j<4; ++j){
     w = buf0[j] & (fALCT_Format2007 ? 0xffff : 0x7fff);
     for(uint32_t i=15, t=0, ncrc=0; i<16; i--){
       t = ((w >> i) & 1) ^ ((ALCT_CRC >> 21) & 1);
       ncrc = (ALCT_CRC << 1) & 0x3ffffc;
       ncrc |= (t ^ (ALCT_CRC & 1)) << 1;
       ncrc |= t;
       ALCT_CRC = ncrc;
     }
       }
     }
 
     // == Find Correction for TMB_WordsExpected due to RPC raw hits,
     //    should it turn out to be the new RPC-aware format
     if( fTMB_Header && ((buf0[2]&0xFFFF)==0x6E0B) )  {
       if (fTMB_Format2007) {
     if (TMB_Firmware_Revision >= 0x50c3) { // TMB2007 rev.0x50c3
       // On/off * nRPCs * nTimebins * 2 words/RPC/bin
       TMB_WordsRPC = ((buf_1[0]&0x0010)>>4) * ((buf_1[0]&0x000c)>>2) * ((buf_1[0]>>5) & 0x1F) * 2;
     }
     else { // TMB2007 (may not work since TMB_Tbins != RPC_Tbins)
       TMB_WordsRPC = ((buf_1[0]&0x0040)>>6) * ((buf_1[0]&0x0030)>>4) * TMB_Tbins * 2;
     }
       }
       else { // Old format
     TMB_WordsRPC   = ((buf_1[2]&0x0040)>>6) * ((buf_1[2]&0x0030)>>4) * TMB_Tbins * 2;
       }
       TMB_WordsRPC += 2; // add header/trailer for block of RPC raw hits
     }
 
 
     
     // Check for RPC data
     if ( fTMB_Header && (scanbuf(buf0,4, 0x6B04)>=0) ) {
         fTMB_RPC_Start = true;
       }
 
     // Check for Scope data
     if ( fTMB_Header && (scanbuf(buf0,4, 0x6B05)>=0) ) { 
         fTMB_Scope_Start = true;
       }
 
     // Check for Mini-Scope data
     if ( fTMB_Header && (scanbuf(buf0,4, 0x6B07)>=0) ) { 
     fTMB_MiniScope_Start = true;
       }
     
     // Check for Blocked CFEBs data
     if ( fTMB_Header && (scanbuf(buf0,4, 0x6BCB)>=0) ) { 
         fTMB_BlockedCFEBs_Start = true;
       }
 
     
     // Check for end of RPC data
     if ( fTMB_Header && fTMB_RPC_Start 
     && (scanbuf(buf0,4, 0x6E04)>=0) ) {
         fTMB_RPC = true;
       }
 
     // Check for end of Scope data
     if ( fTMB_Header && fTMB_Scope_Start 
     && (scanbuf(buf0,4, 0x6E05)>=0) ) {
         fTMB_Scope = true;
       }
 
     // Check for end of Mini-Scope data
     if ( fTMB_Header && fTMB_MiniScope_Start 
     && (scanbuf(buf0,4, 0x6E07)>=0) ) {
         fTMB_MiniScope = true;
       }
 
     // Check for end of Blocked CFEBs data
     if ( fTMB_Header && fTMB_BlockedCFEBs_Start 
     && (scanbuf(buf0,4, 0x6ECB)>=0) ) {
         fTMB_BlockedCFEBs = true;
       }
 
  /* 
     if ( fTMB_Header && (scanbuf(buf0,4, 0x6E04)>=0) ) {
           TMB_WordsExpected += TMB_WordsRPC; 
       }
 */
 
     // == TMB Trailer found
     if(
        // Old TMB data format; last condition in needed not to confuse if with new ALCT data header
        ((buf0[0]&0xF000)==0xD000 && (buf0[1]&0xF000)==0xD000 && (buf0[2]&0xFFFF)==0xDE0F && (buf0[3]&0xF000)==0xD000 && !fTMB_Format2007 && !(fALCT_Header&&fALCT_Format2007)) ||
        // New TMB data format
        ( buf0[0]==        0xDE0F && (buf0[1]&0xF000)==0xD000 && (buf0[2]&0xF000)==0xD000 && (buf0[3]&0xF000)==0xD000 &&  fTMB_Format2007 )
     ){
 
       // Second TMB -> Lost both previous DMB Trailer and current DMB Header
       if( !uniqueTMB ) currentChamber = -1;
       // Check if this TMB record have to exist according to DMB Header
       if(   DAV_TMB  ) DAV_TMB = false; else DAV_TMB = true;
 
       if(!fTMB_Header){
     fERROR[13] = true;
     bERROR    |= 0x2000;
     fCHAMB_ERR[13].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x2000;
     fCHAMB_ERR[0].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x1;
       }  // TMB Header is missing
 
       // Check calculated CRC sum against reported
       if( checkCrcTMB ){
     uint32_t crc = ( fTMB_Format2007 ? buf0[1]&0x7ff : buf0[0]&0x7ff );
     crc |= ((uint32_t)( ( fTMB_Format2007 ? buf0[2]&0x7ff : buf0[1] & 0x7ff ) )) << 11;
     if( TMB_CRC != crc ){
       fERROR[15] = true;
       bERROR    |= 0x8000;
       fCHAMB_ERR[15].insert(currentChamber);
       bCHAMB_ERR[currentChamber] |= 0x8000;
       fCHAMB_ERR[0].insert(currentChamber);
       bCHAMB_ERR[currentChamber] |= 0x1;
     }
       }
 
       fTMB_Header = false;
       uniqueTMB   = false;
       CFEB_CRC     = 0;
       TMB_WordCount = (buf0[3]&0x07FF);
 
       // == Correct TMB_WordsExpected
       //    1) for 2 optional 0x2AAA and 0x5555 Words in the Trailer
       //        2) for extra 4 frames in the new TMB trailer and
       //         for RPC raw hit data, if present
       //
       // If the scope data was enabled in readout, scope data markers (0x6B05
       // and 0x6E05) appear before 0x6E0C, and the optional 0x2AAA and 0x5555
       // trailer words are suppressed.  So far, we only have data with the
       // empty scope content, so more corrections will be needed once
       // non-empty scope data is available. -SV, 5 Nov 2008.
       //
       // If word count is not multiple of 4, add 2 optional words and
       // 4 trailer words.
   
       int pos = scanbuf(buf_1,4,0x6E0C);
       if (pos==1) {
     TMB_WordsExpected += 6;
       }
       // If word count is multiple of 4, add 4 trailer words.
       else if (pos==3) {
     TMB_WordsExpected += 4;
       }
 
       // Correct expected wordcount by RPC data size
       if (fTMB_RPC) 
     TMB_WordsExpected += TMB_WordsRPC;
 
       // Correct expected wordcount by MiniScope data size (22 words + 2 signature words)
       if (fTMB_MiniScope) 
     TMB_WordsExpected += 24;
 
       // Correct expected wordcount by BlockedCFEBs data size (20 words + 2 signature words) 
       if (fTMB_BlockedCFEBs) 
     TMB_WordsExpected += 22;
 
       CFEB_SampleWordCount = 0;
       cout << "T> ";
     }
 
     if( fTMB_Header && checkCrcTMB ){
       for(uint16_t j=0, w=0; j<4; ++j){
     w = buf0[j] & (fTMB_Format2007 ? 0xffff : 0x7fff);
     for(uint32_t i=15, t=0, ncrc=0; i<16; i--){
       t = ((w >> i) & 1) ^ ((TMB_CRC >> 21) & 1);
       ncrc = (TMB_CRC << 1) & 0x3ffffc;
       ncrc |= (t ^ (TMB_CRC & 1)) << 1;
       ncrc |= t;
       TMB_CRC = ncrc;
     }
       }
     }
 
 
     // == CFEB Sample Trailer found
 
     if( ((buf0[1]&0xF000)==0x7000) &&
                 ((buf0[2]&0xF000)==0x7000) &&
                 ((buf0[1]!=0x7FFF) || (buf0[2]!=0x7FFF)) &&
                 ( ((buf0[3]&0xFFFF)==0x7FFF) ||   // old format
               ( (buf0[3]&buf0[0])==0x0000 && (buf0[3]+buf0[0])==0x7FFF ) // 2007 format
               ) ){
 
       if((CFEB_SampleCount%8)  == 0   ){ cout<<" <"; }
       if( CFEB_SampleWordCount == 100 ){ cout<<"+";  }
       if( CFEB_SampleWordCount != 100 ){ cout<<"-";
       fERROR[16] = true;
       bERROR    |= 0x10000;
       fCHAMB_ERR[16].insert(currentChamber);
       bCHAMB_ERR[currentChamber] |= 0x10000;
       fCHAMB_ERR[0].insert(currentChamber);
       bCHAMB_ERR[currentChamber] |= 0x1;
       }
 
       ++CFEB_SampleCount;
 
       if( (CFEB_SampleCount%8)==0 ){
     cout<<">";
     CFEB_BSampleCount=0;
     // Count CFEBs
     DAV_CFEB--;
       }
 
       // Check calculated CRC sum against reported
       if( checkCrcCFEB && CFEB_CRC!=buf0[0] ){
     fERROR[18] = true;
     bERROR    |= 0x40000;
     fCHAMB_ERR[18].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x40000;
     fCHAMB_ERR[0].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x1;
       }
 
       CFEB_CRC = 0;
       CFEB_SampleWordCount=0;
     }
 
 
     // == CFEB B-word found
     if( (buf0[0]&0xF000)==0xB000 && (buf0[1]&0xF000)==0xB000 && (buf0[2]&0xF000)==0xB000 && (buf0[3]&0xF000)==0xB000 ){
       bCHAMB_STATUS[currentChamber] |= 0x400000;
 
       if( (CFEB_SampleCount%8)==0 ){ cout<<" <"; }
       cout<<"B";
 
       ++CFEB_SampleCount;
       ++CFEB_BSampleCount;
 
       if( (CFEB_SampleCount%8)==0 ){
     cout << ">";
     CFEB_BSampleCount=0;
     DAV_CFEB--;
       }
 
       CFEB_SampleWordCount=0;
     }
 
      // == If it is nither ALCT record nor TMB - probably it is CFEB record and we try to count CRC sum.
     // It very few words of CFEB occasionaly will be misinterpreted as ALCT or TMB header the result
     // for the CRC sum will be wrong, but other errors of Trailers counting will appear as well
     if( checkCrcCFEB && fDMB_Header && !fTMB_Header && !fALCT_Header && CFEB_SampleWordCount )
       for(int pos=0; pos<4; ++pos)
         CFEB_CRC=(buf0[pos]&0x1fff)^((buf0[pos]&0x1fff)<<1)^(((CFEB_CRC&0x7ffc)>>2)|((0x0003&CFEB_CRC)<<13))^((CFEB_CRC&0x7ffc)>>1);
 
 
     // == DMB F-Trailer found
     if( (buf0[0]&0xF000)==0xF000 && (buf0[1]&0xF000)==0xF000 && (buf0[2]&0xF000)==0xF000 && (buf0[3]&0xF000)==0xF000 ){
       if(!fDMB_Header){
         currentChamber = buf0[3]&0x0FFF;
     fERROR[6] = true;
     bERROR   |= 0x40;
     fCHAMB_ERR[6].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x40;
         nDMBs++;
         // Set variables if we are waiting ALCT, TMB and CFEB records to be present in event
         if( buf0[0]&0x0400 ) bCHAMB_PAYLOAD[currentChamber] |= 0x20;
         if( buf0[0]&0x0800 ) bCHAMB_PAYLOAD[currentChamber] |= 0x40;
         bCHAMB_PAYLOAD[currentChamber] |= (buf0[0]&0x001f)<<7;
         bCHAMB_PAYLOAD[currentChamber] |=((buf0[0]>>5)&0x1f);
 
       } // DMB Header is missing
       fDMB_Header  = false;
       fDMB_Trailer = true;
       uniqueALCT   = true;
       uniqueTMB    = true;
 
       dmbSize[sourceID][currentChamber] = buf0 - dmbBuffers[sourceID][currentChamber];
 
       // Finally check if DAVs were correct
       checkDAVs();
 
       // If F-Trailer is lost then do necessary work here
       if( (buf1[0]&0xF000)!=0xE000 || (buf1[1]&0xF000)!=0xE000 || (buf1[2]&0xF000)!=0xE000 || (buf1[3]&0xF000)!=0xE000 ){
     for(int err=1; err<nERRORS; ++err)
       if( fCHAMB_ERR[err].find(currentChamber) != fCHAMB_ERR[err].end() ){
         fCHAMB_ERR[0].insert(currentChamber);
         bCHAMB_ERR[currentChamber] |= 0x1;
       }
     // Reset chamber id
     currentChamber=-1;
     /*
       for(int err=0; err<nERRORS; err++)
       if( fCHAMB_ERR[err].find(-1) != fCHAMB_ERR[err].end() )
       fCHAMB_ERR[err].erase(-1);
       bCHAMB_ERR[-1] = 0;
       bCHAMB_WRN[-1] = 0;
     */
       }
 
       // Print DMB F-Trailer marker
       cout << " }";
     }
 
     // == DMB E-Trailer found
     if( (buf0[0]&0xF000)==0xE000 && (buf0[1]&0xF000)==0xE000 && (buf0[2]&0xF000)==0xE000 && (buf0[3]&0xF000)==0xE000 ){
       if( !fDMB_Header && !fDMB_Trailer ) nDMBs++; // both DMB Header and DMB F-Trailer were missing
 
       bCHAMB_STATUS[currentChamber] |= (buf0[0]&0x0800)>>11;
       bCHAMB_STATUS[currentChamber] |= (buf0[0]&0x0400)>>9;
       bCHAMB_STATUS[currentChamber] |= (buf0[0]&0x03E0)>>3;
       if( fDMB_Trailer ){ // F-Trailer exists
         bCHAMB_STATUS[currentChamber] |= (buf_1[2]&0x0002)<<6;
         bCHAMB_STATUS[currentChamber] |= (buf_1[2]&0x0001)<<8;
         bCHAMB_STATUS[currentChamber] |= (buf_1[3]&0x001f)<<9;
         bCHAMB_STATUS[currentChamber] |= (buf_1[3]&0x0040)<<8;
         bCHAMB_STATUS[currentChamber] |= (buf_1[3]&0x0020)<<10;
         bCHAMB_STATUS[currentChamber] |= (buf_1[3]&0x0f80)<<9;
       }
       fDMB_Header  = false;
 
       // If chamber id is unknown it is time to find it out
       if( currentChamber==-1 ){
     currentChamber = buf0[1]&0x0FFF;
     for(int err=0; err<nERRORS; ++err)
       if( fCHAMB_ERR[err].find(-1) != fCHAMB_ERR[err].end() ){
         fCHAMB_ERR[err].insert(currentChamber);
         fCHAMB_ERR[err].erase(-1);
       }
     bCHAMB_STATUS[currentChamber] = bCHAMB_STATUS[-1];
     bCHAMB_STATUS[-1] = 0;
     bCHAMB_ERR[currentChamber] = bCHAMB_ERR[-1];
     bCHAMB_ERR[-1] = 0;
     bCHAMB_WRN[currentChamber] = bCHAMB_WRN[-1];
     bCHAMB_WRN[-1] = 0;
       }
       ++cntCHAMB_Trailers[buf0[1]&0x0FFF];
 
       dmbSize[sourceID][currentChamber] = buf0 - dmbBuffers[sourceID][currentChamber];
 
       // Lost DMB F-Trailer before
       if( !fDMB_Trailer ){
     fERROR[6] = true;
     bERROR   |= 0x40;
     fCHAMB_ERR[6].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x40;
     fCHAMB_ERR[0].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x1;
     // Check if DAVs were correct here
         checkDAVs();
       }
       fDMB_Trailer = false;
 
      // Print DMB E-Trailer marker
       cout<<" DMB="<<(buf0[1]&0x000F);
       cout << "; "
            << ALCT_WordsSinceLastHeader << "-"
            << ALCT_WordCount << "-"
            << ALCT_WordsExpected
            << "      "
            << TMB_WordsSinceLastHeader << "-"
            << TMB_WordCount << "-"
            << TMB_WordsExpected
            << endl;
 
      checkTriggerHeadersAndTrailers();
 
       //
       for(int err=0; err<nERRORS; ++err)
     if( fCHAMB_ERR[err].find(-1) != fCHAMB_ERR[err].end() ){
       fCHAMB_ERR[err].erase(-1);
       fCHAMB_ERR[err].insert(-2);
     }
       bCHAMB_STATUS[-2] |= bCHAMB_STATUS[-1];
       bCHAMB_STATUS[-1] = 0;
       bCHAMB_ERR[-2] |= bCHAMB_ERR[-1];
       bCHAMB_ERR[-1] = 0;
       bCHAMB_WRN[-2] |= bCHAMB_WRN[-1];
       bCHAMB_WRN[-1] = 0;
 
       if( currentChamber != -1 )
     for(int err=1; err<nERRORS; ++err)
       if( fCHAMB_ERR[err].find(currentChamber) != fCHAMB_ERR[err].end() ){
         fCHAMB_ERR[0].insert(currentChamber);
         bCHAMB_ERR[currentChamber] |= 0x1;
       }
 
       currentChamber=-1;
 /*
       // Print DMB E-Trailer marker
       cout<<" DMB="<<(buf0[1]&0x000F);
       cout << "; "
        << ALCT_WordsSinceLastHeader << "-"
        << ALCT_WordCount << "-"
        << ALCT_WordsExpected
        << "      "
        << TMB_WordsSinceLastHeader << "-"
        << TMB_WordCount << "-"
        << TMB_WordsExpected
        << endl;
 */
 
     }
 
     // == DDU Trailer found
     if( buf0[0]==0x8000 && buf0[1]==0x8000 && buf0[2]==0xFFFF && buf0[3]==0x8000 ){
       // Obsolete since 16.09.05
       //            if( headerDAV_Active != ((buf1[1]<<16) | buf1[0]) ){
       //                fERROR[0]  = true;
       //                fERROR[21] = true;
       //                bERROR|=0x200000;
       //                //cerr<<"  ERROR 21   "<<sERROR[21]<<endl;
       //            }
       //            headerDAV_Active = -1;
       checkDAVs();
 
       checkTriggerHeadersAndTrailers();
 
 
       if( DDU_WordsSinceLastHeader>3 && !nDMBs ){
         fERROR[28]=true;
         bERROR|=0x10000000;;
       }
 
       if(fDDU_Trailer){
     fERROR[2] = true;
     bERROR   |= 0x4;
       } // DDU Header is missing
       fDDU_Trailer=true;
       fDDU_Header=false;
 
       if( fDMB_Header || fDMB_Trailer ){
        // std::cout << " Ex-Err: DMB (Header, Trailer) " << std::endl;
     fERROR[5] = true;
     bERROR   |= 0x20;
     fCHAMB_ERR[5].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x20;
     fCHAMB_ERR[0].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x20;
       } // DMB Trailer is missing
       fDMB_Header  = false;
       fDMB_Trailer = false;
 
       currentChamber=-1;
 
       for(int err=0; err<nERRORS; ++err)
     if( fCHAMB_ERR[err].find(-1) != fCHAMB_ERR[err].end() ){
       fCHAMB_ERR[err].erase(-1);
       fCHAMB_ERR[err].insert(-2);
     }
       bCHAMB_STATUS[-2] |= bCHAMB_STATUS[-1];
       bCHAMB_STATUS[-1] = 0;
       bCHAMB_ERR[-2] |= bCHAMB_ERR[-1];
       bCHAMB_ERR[-1] = 0;
       bCHAMB_WRN[-2] |= bCHAMB_WRN[-1];
       bCHAMB_WRN[-1] = 0;
 
       for(int err=1; err<nERRORS; ++err)
     if( fCHAMB_ERR[err].find(-2) != fCHAMB_ERR[err].end() ){
       fCHAMB_ERR[0].insert(-2);
       bCHAMB_ERR[-2] |= 0x1;
     }
 
       dduSize[sourceID] = buf0-dduBuffers[sourceID];
 
       ++cntDDU_Trailers; // Increment DDUTrailer counter
 
       // == Combining 2 words into 24bit value
       DDU_WordCount = buf2[2] | ((buf2[3] & 0xFF) <<16) ;
 
       if( (DDU_WordsSinceLastHeader+4) != DDU_WordCount ){
     fERROR[4] = true;
     bERROR   |= 0x10;
       }
 
       if( DMB_Active!=nDMBs ){
     fERROR[24] = true;
     bERROR    |= 0x1000000;
       }
 
       cout<<"DDU Trailer Occurrence "<<cntDDU_Trailers<<endl;
       cout<<"----------------------------------------------------------"<<endl;
       cout<<"DDU 64-bit words = Actual - DDUcounted ="<<DDU_WordsSinceLastHeader+4<<"-"<<DDU_WordCount<<endl;
 
       // increment statistics Errors and Warnings (i=0 case is handled in DDU Header)
       for(int err=1; err<nERRORS; ++err){
     if( fERROR[err] ){
       fERROR[0] = true;
       bERROR |= 0x1;
       cerr<<"\nDDU Header Occurrence = "<<cntDDU_Headers;
       cerr<<"  ERROR "<<err<<"  " <<sERROR[err]<<endl;
     }
       }
       for(int wrn=1; wrn<nWARNINGS; ++wrn){
     if( fWARNING[wrn] ){
       cout<<"\nDDU Header Occurrence = "<<cntDDU_Headers;
       cout<<"  WARNING "<<wrn<<"  "<<sWARNING[wrn]<<endl;
     }
       }
 
       bDDU_ERR[sourceID] |= bERROR;
       bDDU_WRN[sourceID] |= bWARNING;
 
       DDU_WordsSinceLastHeader=0;
       DDU_WordsSinceLastTrailer=0;
       if (modeDDUonly) {
     buffer+=4;
     buf_1 = &(tmpbuf[0]);  // Just for safety
     buf0  = &(tmpbuf[4]);  // Just for safety
     buf1  = &(tmpbuf[8]);  // Just for safety
     buf2  = &(tmpbuf[12]); // Just for safety
     bzero(tmpbuf, sizeof(uint16_t)*16);
     return length-4;
       }
     }
 
     if (!modeDDUonly) {
       // DCC Trailer 1 && DCC Trailer 2
       // =VB= Added support for Sep. 2008 CMS DAQ DCC format
       // =VB= 04.18.09 Removed (buf2[0]&0x0003) == 0x3 check for old DCC format to satisfy older format of simulated data
       if( (buf1[3]&0xFF00) == 0xEF00 &&
       ( ((buf2[3]&0xFF00) == 0xAF00 ) 
       || 
      (( buf2[3]&0xFF00) == 0xA000 && (buf2[0]&0x0003) == 0x0) ) ){
         // =VB= Added check that there is no DCCHeader detected to set missing DCC Header error
     if(!fDCC_Header || fDCC_Trailer){
       fERROR[26] = true;
       bERROR|=0x4000000;
       fERROR[0] = true;
           bERROR|=0x1;
     } // DCC Header is missing
     fDCC_Trailer=true;
     fDCC_Header=false;
 
     if( fDDU_Header ){
       // == DDU Trailer is missing
       fERROR[1]=true;
       bERROR|=0x2;
       fERROR[0] = true;
       bERROR|=0x1;
     }
 
     buffer+=4;
     buf_1 = &(tmpbuf[0]);  // Just for safety
     buf0  = &(tmpbuf[4]);  // Just for safety
     buf1  = &(tmpbuf[8]);  // Just for safety
     buf2  = &(tmpbuf[12]); // Just for safety
     bzero(tmpbuf, sizeof(uint16_t)*16);
     return length-4;
       }
     }
 
     length-=4;
     buffer+=4;
   }
   //Store the tail of the buffer
   buf_1 = &(tmpbuf[0]);
   buf0  = &(tmpbuf[4]);
   buf1  = &(tmpbuf[8]);
   buf2  = &(tmpbuf[12]);
   memcpy((void*)tmpbuf,(void*)(buffer-16),sizeof(short)*16);
 
   if (!modeDDUonly && !fDCC_Trailer && !fDCC_Header) {
     fERROR[26] = true;
         bERROR|=0x4000000;
     fERROR[25] = true;
         bERROR|=0x2000000;
     fERROR[0]=true;
         bERROR|=0x1;
     return length;
         
   }
  
   return -2;
 }

void CSCDCCExaminer::checkDAVs ( )

private

checks DAV_ALCT, DAV_TMB, and DAV_CFEB

Definition at line 1369 of file CSCDCCExaminer.cc.

References bCHAMB_ERR, bERROR, currentChamber, DAV_ALCT, DAV_CFEB, DAV_TMB, fCHAMB_ERR, and fERROR.

Referenced by check().

 {
   if( DAV_ALCT ){ 
     fERROR[21] = true;
     bERROR   |= 0x200000;
     fCHAMB_ERR[21].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x200000;
     DAV_ALCT = false;
   }
   if( DAV_TMB  ){
     fERROR[22] = true;
     bERROR   |= 0x400000;
     fCHAMB_ERR[22].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x400000;
     DAV_TMB = false;
   }
   if( DAV_CFEB && DAV_CFEB!=-16){
     fERROR[23] = true;
     bERROR   |= 0x800000;
     fCHAMB_ERR[23].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x800000;
     DAV_CFEB = 0;
   }
 }

void CSCDCCExaminer::checkTriggerHeadersAndTrailers ( )

private

Definition at line 1395 of file CSCDCCExaminer.cc.

References ALCT_WordCount, ALCT_WordsExpected, ALCT_WordsSinceLastHeader, ALCT_WordsSinceLastHeaderZeroSuppressed, ALCT_ZSE, bCHAMB_ERR, bERROR, CFEB_SampleCount, currentChamber, fALCT_Header, fCHAMB_ERR, fERROR, fTMB_Header, TMB_WordCount, TMB_WordsExpected, and TMB_WordsSinceLastHeader.

Referenced by check().

 {   /*
     std::cout << " Ex-ALCT-Word-count " << std::endl;
     std::cout << " ALCT Words Since Last Header: " <<  ALCT_WordsSinceLastHeader << std::endl;
     std::cout << " ALCT Word Count: " <<  ALCT_WordCount << std::endl;
     std::cout << " ALCT Words Expected: " << ALCT_WordsExpected << std::endl;
     */
   if( !fALCT_Header && ( ALCT_WordsSinceLastHeader!=ALCT_WordCount || ALCT_WordsSinceLastHeader!=ALCT_WordsExpected )
     && ALCT_ZSE==0 ){
     fERROR[9] = true;
     bERROR   |= 0x200;
     fCHAMB_ERR[9].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x200;
     ALCT_WordsSinceLastHeader = 0;
     ALCT_WordCount            = 0;
     ALCT_WordsSinceLastHeader = 0;
     ALCT_WordsExpected        = 0;
   } // ALCT Word Count Error
 
 if( !fALCT_Header && (ALCT_WordsSinceLastHeader!=ALCT_WordsExpected 
     || ALCT_WordsSinceLastHeaderZeroSuppressed!=ALCT_WordCount) && ALCT_ZSE!=0 ){
     fERROR[9] = true;
     bERROR   |= 0x200;
     fCHAMB_ERR[9].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x200;
     ALCT_WordsSinceLastHeaderZeroSuppressed =0;
     ALCT_WordsSinceLastHeader = 0;
     ALCT_WordCount            = 0;
     ALCT_WordsSinceLastHeader = 0;
     ALCT_WordsExpected        = 0;
   } // ALCT Word Count Error With zero suppression
 
   if( !fTMB_Header && ( TMB_WordsSinceLastHeader!=TMB_WordCount || TMB_WordsSinceLastHeader!=TMB_WordsExpected ) ){
     fERROR[14] = true;
     bERROR    |= 0x4000;
     fCHAMB_ERR[14].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x4000;
     TMB_WordsSinceLastHeader = 0;
     TMB_WordCount            = 0;
     TMB_WordsSinceLastHeader = 0;
     TMB_WordsExpected        = 0;
   } // TMB Word Count Error
 
   if( (CFEB_SampleCount%8)!=0 ){
     fERROR[17] = true;
     bERROR    |= 0x20000;
     fCHAMB_ERR[17].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x20000;
     CFEB_SampleCount = 0;
   } // Number of CFEB samples != 8*n
 
   if(fALCT_Header) {
     fERROR[7] = true;  // ALCT Trailer is missing
     bERROR   |= 0x80;
     fCHAMB_ERR[7].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x80;
     ALCT_WordsSinceLastHeaderZeroSuppressed =0;
     ALCT_WordsSinceLastHeader = 0;
     ALCT_WordsExpected        = 0;
     fALCT_Header = 0;
   }
 
   if(fTMB_Header) {
     fERROR[12]=true;        // TMB Trailer is missing
     bERROR   |= 0x1000;
     fCHAMB_ERR[12].insert(currentChamber);
     bCHAMB_ERR[currentChamber] |= 0x1000;
     TMB_WordsSinceLastHeader = 0;
     TMB_WordsExpected        = 0;
     fTMB_Header = false;
   }
 }

void CSCDCCExaminer::clear ( void )

private

Definition at line 1330 of file CSCDCCExaminer.cc.

References bCHAMB_ERR, bCHAMB_PAYLOAD, bCHAMB_STATUS, bCHAMB_WRN, bDDU_ERR, bDDU_WRN, bERROR, bWARNING, dduBuffers, dduOffsets, dduSize, dmbBuffers, dmbOffsets, dmbSize, fCHAMB_ERR, fCHAMB_WRN, fERROR, fWARNING, nERRORS, and nWARNINGS.

 {
   bzero(fERROR,   sizeof(bool)*nERRORS);
   bzero(fWARNING, sizeof(bool)*nWARNINGS);
   bERROR = 0; bWARNING = 0;
   for(int err=0; err<nERRORS;   ++err) fCHAMB_ERR[err].clear();
   for(int wrn=0; wrn<nWARNINGS; ++wrn) fCHAMB_WRN[wrn].clear();
   bCHAMB_ERR.clear();
   bCHAMB_WRN.clear();
   bCHAMB_PAYLOAD.clear();
   bCHAMB_STATUS.clear();
   bDDU_ERR.clear();
   bDDU_WRN.clear();
   dduBuffers.clear();
   dduOffsets.clear();
   dmbBuffers.clear();
   dmbOffsets.clear();
   dduSize.clear();
   dmbSize.clear();
 }

void CSCDCCExaminer::crcALCT ( bool enable )

Definition at line 6 of file CSCDCCExaminer.cc.

Referenced by CSCValidation::doTimeMonitoring(), and CSCDCCUnpacker::produce().

                                        {
   checkCrcALCT = enable;
   if( checkCrcALCT )
     sERROR[10] = "ALCT CRC Error                                   ";
   else
     sERROR[10] = "ALCT CRC Error ( disabled )                      ";
 }

void CSCDCCExaminer::crcCFEB ( bool enable )

Definition at line 22 of file CSCDCCExaminer.cc.

Referenced by CSCValidation::doTimeMonitoring(), and CSCDCCUnpacker::produce().

                                        {
   checkCrcCFEB = enable;
   if( checkCrcCFEB )
     sERROR[18] = "CFEB CRC Error                                   ";
   else
     sERROR[18] = "CFEB CRC Error ( disabled )                      ";
 }

void CSCDCCExaminer::crcTMB ( bool enable )

Definition at line 14 of file CSCDCCExaminer.cc.

Referenced by CSCValidation::doTimeMonitoring(), and CSCDCCUnpacker::produce().

                                       {
   checkCrcTMB = enable;
   if( checkCrcTMB )
     sERROR[15] = "TMB CRC Error                                    ";
   else
     sERROR[15] = "TMB CRC Error ( disabled )                       ";
 }

std::map<DDUIdType,const uint16_t*> CSCDCCExaminer::DDU_block ( void ) const

inline

Definition at line 228 of file CSCDCCExaminer.h.

References dduBuffers.

Referenced by CSCDDUEventData::unpack_data().

228 { return dduBuffers; }

CSCDCCExaminer::dduBuffers

std::map< DDUIdType, const uint16_t * > dduBuffers

Definition: CSCDCCExaminer.h:135

std::map<DDUIdType,uint32_t> CSCDCCExaminer::DDU_ptrOffsets ( void ) const

inline

Definition at line 231 of file CSCDCCExaminer.h.

References dduOffsets.

231 { return dduOffsets; }

CSCDCCExaminer::dduOffsets

std::map< DDUIdType, uint32_t > dduOffsets

Definition: CSCDCCExaminer.h:137

std::map<DDUIdType,uint32_t> CSCDCCExaminer::DDU_size ( void ) const

inline

Definition at line 234 of file CSCDCCExaminer.h.

References dduSize.

Referenced by CSCDDUEventData::unpack_data().

234 { return dduSize; }

CSCDCCExaminer::dduSize

std::map< DDUIdType, uint32_t > dduSize

Definition: CSCDCCExaminer.h:139

DDUIdType CSCDCCExaminer::dduSourceID ( void )

inline

Definition at line 226 of file CSCDCCExaminer.h.

References sourceID.

226 { return sourceID; }

CSCDCCExaminer::sourceID

DDUIdType sourceID

Definition: CSCDCCExaminer.h:129

std::map<DDUIdType,std::map<CSCIdType,const uint16_t*> > CSCDCCExaminer::DMB_block ( void ) const

inline

Definition at line 229 of file CSCDCCExaminer.h.

References dmbBuffers.

Referenced by CSCDDUEventData::unpack_data().

229 { return dmbBuffers; }

CSCDCCExaminer::dmbBuffers

std::map< DDUIdType, std::map< CSCIdType, const uint16_t * > > dmbBuffers

Definition: CSCDCCExaminer.h:136

std::map<DDUIdType,std::map<CSCIdType,uint32_t> > CSCDCCExaminer::DMB_ptrOffsets ( void ) const

inline

Definition at line 232 of file CSCDCCExaminer.h.

References dmbOffsets.

232 { return dmbOffsets; }

CSCDCCExaminer::dmbOffsets

std::map< DDUIdType, std::map< CSCIdType, uint32_t > > dmbOffsets

Definition: CSCDCCExaminer.h:138

std::map<DDUIdType,std::map<CSCIdType,uint32_t> > CSCDCCExaminer::DMB_size ( void ) const

inline

Definition at line 235 of file CSCDCCExaminer.h.

References dmbSize.

235 { return dmbSize; }

CSCDCCExaminer::dmbSize

std::map< DDUIdType, std::map< CSCIdType, uint32_t > > dmbSize

Definition: CSCDCCExaminer.h:140

const char* CSCDCCExaminer::errName ( int num ) const

inline

Definition at line 155 of file CSCDCCExaminer.h.

References nERRORS, and sERROR.

Referenced by CSCDCCUnpacker::produce().

155 { if(num>=0&&num<nERRORS) return sERROR[num]; else return ""; }

const uint16_t nERRORS

Definition: CSCDCCExaminer.h:13

CSCDCCExaminer::sERROR

std::vector< const char * > sERROR

Definition: CSCDCCExaminer.h:16

Referenced by argparse.ArgumentParser::_get_option_tuples(), argparse.ArgumentParser::_parse_known_args(), argparse.ArgumentParser::_parse_optional(), argparse.ArgumentParser::_read_args_from_files(), argparse.ArgumentParser::add_subparsers(), argparse.ArgumentParser::parse_args(), and argparse.ArgumentParser::parse_known_args().

long long int num

Definition: procUtils.cc:71

bool CSCDCCExaminer::error ( int num ) const

inline

Definition at line 164 of file CSCDCCExaminer.h.

References fERROR, and nERRORS.

164 { if(num>=0&&num<nERRORS) return fERROR [num]; else return 0; }

const uint16_t nERRORS

Definition: CSCDCCExaminer.h:13

CSCDCCExaminer::fERROR

bool fERROR[29]

Definition: CSCDCCExaminer.h:18

long long int num

Definition: procUtils.cc:71

const char* CSCDCCExaminer::errorName ( int num ) const

inline

Definition at line 158 of file CSCDCCExaminer.h.

References nERRORS, and sERROR_.

158 { if(num>=0&&num<nERRORS) return sERROR_[num]; else return ""; }

const uint16_t nERRORS

Definition: CSCDCCExaminer.h:13

CSCDCCExaminer::bCHAMB_ERR

long long int num

Definition: procUtils.cc:71

CSCDCCExaminer::sERROR_

std::vector< const char * > sERROR_

Definition: CSCDCCExaminer.h:16

ExaminerStatusType CSCDCCExaminer::errors ( void ) const

inline

Definition at line 152 of file CSCDCCExaminer.h.

References bERROR.

Referenced by CSCValidation::doTimeMonitoring(), and CSCDCCUnpacker::produce().

152 { return bERROR; }

CSCDCCExaminer::bERROR

ExaminerStatusType bERROR

Definition: CSCDCCExaminer.h:17

std::map<CSCIdType,ExaminerStatusType> CSCDCCExaminer::errorsDetailed ( void ) const

inline

Definition at line 213 of file CSCDCCExaminer.h.

References bCHAMB_ERR.

Referenced by CSCDCCUnpacker::produce().

213 { return bCHAMB_ERR; }

std::map< CSCIdType, ExaminerStatusType > bCHAMB_ERR

Definition: CSCDCCExaminer.h:23

std::map<DDUIdType,ExaminerStatusType> CSCDCCExaminer::errorsDetailedDDU ( void ) const

inline

Definition at line 211 of file CSCDCCExaminer.h.

References bDDU_ERR.

Referenced by CSCDCCUnpacker::produce().

211 { return bDDU_ERR; }

CSCDCCExaminer::bDDU_ERR

std::map< DDUIdType, ExaminerStatusType > bDDU_ERR

Definition: CSCDCCExaminer.h:27

ExaminerStatusType CSCDCCExaminer::errorsForChamber ( CSCIdType chamber ) const

inline

Print (for debugging, to be removed)

Definition at line 180 of file CSCDCCExaminer.h.

References bCHAMB_ERR.

Referenced by cscdqm::EventProcessor::processCSC(), and CSCDDUEventData::unpack_data().

                                                                  {
         std::map<CSCIdType,ExaminerStatusType>::const_iterator item = bCHAMB_ERR.find(chamber);
                 
                 // for(item =bCHAMB_ERR.begin() ; item !=bCHAMB_ERR.end() ; item++)
                 //std::cout << " Ex-errors: " << std::hex << (*item).second << std::dec << std::endl;
 
                 item = bCHAMB_ERR.find(chamber);
                 if( item != bCHAMB_ERR.end() ) return item->second; else return 0;
     }

ExaminerStatusType CSCDCCExaminer::errorsForDDU ( DDUIdType dduSourceID ) const

inline

Definition at line 196 of file CSCDCCExaminer.h.

References bDDU_ERR.

                                                                  {
         std::map<DDUIdType,ExaminerStatusType>::const_iterator item = bDDU_ERR.find(dduSourceID);
         if( item != bDDU_ERR.end() ) return item->second; else return 0;
     }

ExaminerMaskType CSCDCCExaminer::getMask ( ) const

inline

Definition at line 150 of file CSCDCCExaminer.h.

References examinerMask.

Referenced by CSCDCCUnpacker::produce(), and CSCDDUEventData::unpack_data().

150 {return examinerMask;}

CSCDCCExaminer::examinerMask

ExaminerMaskType examinerMask

Definition: CSCDCCExaminer.h:130

std::vector<DDUIdType> CSCDCCExaminer::listOfDDUs ( void ) const

inline

Definition at line 204 of file CSCDCCExaminer.h.

References bDDU_ERR.

                                                 {
         std::vector<DDUIdType> DDUs;
         std::map<DDUIdType,ExaminerStatusType>::const_iterator item = bDDU_ERR.begin();
         while( item != bDDU_ERR.end() ){ DDUs.push_back(item->first); item++; }
         return DDUs;
     }

void CSCDCCExaminer::modeDDU ( bool enable )

Definition at line 30 of file CSCDCCExaminer.cc.

                                        {
   modeDDUonly = enable;
   if( modeDDUonly) {
     sERROR[25] = "DCC Trailer Missing                              ";
     sERROR[26] = "DCC Header Missing                               ";
   } else {
     sERROR[25] = "DCC Trailer Missing (disabled)                   ";
     sERROR[26] = "DCC Header Missing (disabled)                    ";
   }
 
 }

OStream& CSCDCCExaminer::output1 ( void )

inline

Definition at line 144 of file CSCDCCExaminer.h.

References cout.

Referenced by CSCValidation::doTimeMonitoring(), and CSCDCCUnpacker::produce().

144 { return cout; }

CSCDCCExaminer::cout

OStream cout

Definition: CSCDCCExaminer.h:57

OStream& CSCDCCExaminer::output2 ( void )

inline

Definition at line 145 of file CSCDCCExaminer.h.

References cerr.

Referenced by CSCValidation::doTimeMonitoring(), and CSCDCCUnpacker::produce().

145 { return cerr; }

CSCDCCExaminer::cerr

OStream cerr

Definition: CSCDCCExaminer.h:57

std::map<CSCIdType,ExaminerStatusType> CSCDCCExaminer::payloadDetailed ( void ) const

inline

Definition at line 215 of file CSCDCCExaminer.h.

References bCHAMB_PAYLOAD.

Referenced by CSCDCCUnpacker::produce().

215 { return bCHAMB_PAYLOAD; }

CSCDCCExaminer::bCHAMB_PAYLOAD

std::map< CSCIdType, ExaminerStatusType > bCHAMB_PAYLOAD

Definition: CSCDCCExaminer.h:25

ExaminerStatusType CSCDCCExaminer::payloadForChamber ( CSCIdType chamber ) const

inline

Definition at line 170 of file CSCDCCExaminer.h.

References bCHAMB_PAYLOAD.

                                                                   {
         std::map<CSCIdType,ExaminerStatusType>::const_iterator item = bCHAMB_PAYLOAD.find(chamber);
         if( item != bCHAMB_PAYLOAD.end() ) return item->second; else return 0;
     }

const char* CSCDCCExaminer::payloadName ( int num ) const

inline

Definition at line 161 of file CSCDCCExaminer.h.

References nPAYLOADS, and sDMBExpectedPayload.

161 { if(num>=0&&num<nPAYLOADS) return sDMBExpectedPayload[num]; else return ""; }

CSCDCCExaminer::sDMBExpectedPayload

std::vector< const char * > sDMBExpectedPayload

Definition: CSCDCCExaminer.h:16

CSCDCCExaminer::nPAYLOADS

const uint16_t nPAYLOADS

Definition: CSCDCCExaminer.h:13

CSCDCCExaminer::examinerMask

long long int num

Definition: procUtils.cc:71

int CSCDCCExaminer::scanbuf	(	const uint16_t *&	buf,
		int32_t	length,
		uint16_t	sig,
		uint16_t	mask = `0xFFFF`
	)

inlineprivate

Definition at line 1468 of file CSCDCCExaminer.cc.

References i.

Referenced by check().

 {
     for (int i=0; i<length; i++)
     {
        if ( (buffer[i]&mask) == sig) { 
         return i;
        }
     }
         return -1;
 }

void CSCDCCExaminer::setMask ( ExaminerMaskType mask )

inline

Definition at line 149 of file CSCDCCExaminer.h.

References examinerMask.

Referenced by CSCValidation::doTimeMonitoring(), and CSCDCCUnpacker::produce().

149 {examinerMask=mask;}

ExaminerMaskType examinerMask

Definition: CSCDCCExaminer.h:130

std::map<CSCIdType,ExaminerStatusType> CSCDCCExaminer::statusDetailed ( void ) const

inline

Definition at line 216 of file CSCDCCExaminer.h.

References bCHAMB_STATUS.

Referenced by CSCDCCUnpacker::produce().

216 { return bCHAMB_STATUS; }

CSCDCCExaminer::bCHAMB_STATUS

std::map< CSCIdType, ExaminerStatusType > bCHAMB_STATUS

Definition: CSCDCCExaminer.h:26

ExaminerStatusType CSCDCCExaminer::statusForChamber ( CSCIdType chamber ) const

inline

Definition at line 175 of file CSCDCCExaminer.h.

References bCHAMB_STATUS.

                                                                  {
         std::map<CSCIdType,ExaminerStatusType>::const_iterator item = bCHAMB_STATUS.find(chamber);
         if( item != bCHAMB_STATUS.end() ) return item->second; else return 0;
     }

const char* CSCDCCExaminer::statusName ( int num ) const

inline

Definition at line 162 of file CSCDCCExaminer.h.

References nSTATUSES, and sDMBEventStaus.

162 { if(num>=0&&num<nSTATUSES) return sDMBEventStaus [num]; else return ""; }

CSCDCCExaminer::nSTATUSES

const uint16_t nSTATUSES

Definition: CSCDCCExaminer.h:13

CSCDCCExaminer::sDMBEventStaus

long long int num

Definition: procUtils.cc:71

std::vector< const char * > sDMBEventStaus

Definition: CSCDCCExaminer.h:16

bool CSCDCCExaminer::warning ( int num ) const

inline

Definition at line 165 of file CSCDCCExaminer.h.

References fWARNING, and nWARNINGS.

165 { if(num>=0&&num<nWARNINGS) return fWARNING[num]; else return 0; }

CSCDCCExaminer::fWARNING

bool fWARNING[5]

Definition: CSCDCCExaminer.h:19

const uint16_t nWARNINGS

Definition: CSCDCCExaminer.h:13

long long int num

Definition: procUtils.cc:71

const char* CSCDCCExaminer::warningName ( int num ) const

inline

Definition at line 159 of file CSCDCCExaminer.h.

References nWARNINGS, and sWARNING_.

159 { if(num>=0&&num<nWARNINGS) return sWARNING_[num]; else return ""; }

CSCDCCExaminer::sWARNING_

const uint16_t nWARNINGS

Definition: CSCDCCExaminer.h:13

std::vector< const char * > sWARNING_

Definition: CSCDCCExaminer.h:16

CSCDCCExaminer::bCHAMB_WRN

long long int num

Definition: procUtils.cc:71

ExaminerStatusType CSCDCCExaminer::warnings ( void ) const

inline

Definition at line 153 of file CSCDCCExaminer.h.

References bWARNING.

153 { return bWARNING; }

CSCDCCExaminer::bWARNING

ExaminerStatusType bWARNING

Definition: CSCDCCExaminer.h:17

std::map<CSCIdType,ExaminerStatusType> CSCDCCExaminer::warningsDetailed ( void ) const

inline

Definition at line 214 of file CSCDCCExaminer.h.

References bCHAMB_WRN.

214 { return bCHAMB_WRN; }

std::map< CSCIdType, ExaminerStatusType > bCHAMB_WRN

Definition: CSCDCCExaminer.h:24

ExaminerStatusType CSCDCCExaminer::warningsForChamber ( CSCIdType chamber ) const

inline

Definition at line 191 of file CSCDCCExaminer.h.

References bCHAMB_WRN.

                                                                    {
         std::map<CSCIdType,ExaminerStatusType>::const_iterator item = bCHAMB_WRN.find(chamber);
         if( item != bCHAMB_WRN.end() ) return item->second; else return 0;
     }

ExaminerStatusType CSCDCCExaminer::warningsForDDU ( DDUIdType dduSourceID ) const

inline

Definition at line 200 of file CSCDCCExaminer.h.

References bDDU_WRN.

                                                                    {
         std::map<DDUIdType,ExaminerStatusType>::const_iterator item = bDDU_WRN.find(dduSourceID);
         if( item != bDDU_WRN.end() ) return item->second; else return 0;
     }

const char* CSCDCCExaminer::wrnName ( int num ) const

inline

Definition at line 156 of file CSCDCCExaminer.h.

References nWARNINGS, and sWARNING.

156 { if(num>=0&&num<nWARNINGS) return sWARNING[num]; else return ""; }

const uint16_t nWARNINGS

Definition: CSCDCCExaminer.h:13

CSCDCCExaminer::sWARNING

std::vector< const char * > sWARNING

Definition: CSCDCCExaminer.h:16