Simple container class for counting devices. More...

#include <NumberOfDevices.h>

Public Member Functions
void	clear ()

	NumberOfDevices ()

void	print (std::stringstream &) const

Public Attributes
uint32_t	nApvPairs0_

uint32_t	nApvPairs1_

uint32_t	nApvPairs2_

uint32_t	nApvPairs3_

uint32_t	nApvPairs_

uint32_t	nApvPairsX_

uint32_t	nApvs_

uint32_t	nCcuAddrs_

uint32_t	nCcuChans_

uint32_t	nDcuIds_

uint32_t	nDcus_

uint32_t	nDetIds_

uint32_t	nFecCrates_

uint32_t	nFecRings_

uint32_t	nFecSlots_

uint32_t	nFedChans_

uint32_t	nFedCrates_

uint32_t	nFedIds_

uint32_t	nFedSlots_

uint32_t	nLlds_

uint32_t	nMuxes_

uint32_t	nPlls_

Detailed Description

Simple container class for counting devices.

Author: R.Bainbridge

Definition at line 14 of file NumberOfDevices.h.

Constructor & Destructor Documentation

NumberOfDevices::NumberOfDevices ( )

inline

Definition at line 18 of file NumberOfDevices.h.

References clear(), and print().

18 { clear(); }

NumberOfDevices::clear

void clear()

Definition: NumberOfDevices.cc:7

Member Function Documentation

void NumberOfDevices::clear ( void )

Definition at line 7 of file NumberOfDevices.cc.

References nApvPairs0_, nApvPairs1_, nApvPairs2_, nApvPairs3_, nApvPairs_, nApvPairsX_, nApvs_, nCcuAddrs_, nCcuChans_, nDcuIds_, nDcus_, nDetIds_, nFecCrates_, nFecRings_, nFecSlots_, nFedChans_, nFedCrates_, nFedIds_, nFedSlots_, nLlds_, nMuxes_, and nPlls_.

Referenced by Vispa.Views.WidgetView.WidgetView::closeEvent(), Vispa.Views.BoxDecayView.BoxDecayView::closeEvent(), Vispa.Share.FindAlgorithm.FindAlgorithm::findUsingFindDialog(), NumberOfDevices(), Vispa.Views.LineDecayView.LineDecayView::setDataObjects(), Vispa.Views.WidgetView.WidgetView::setDataObjects(), BeautifulSoup.Tag::setString(), Vispa.Views.TreeView.TreeView::updateContent(), Vispa.Views.TableView.TableView::updateContent(), Vispa.Views.BoxDecayView.BoxDecayView::updateContent(), and Vispa.Views.PropertyView.PropertyView::updateContent().

                             {
   nFecCrates_ = 0;
   nFecSlots_ = 0;
   nFecRings_ = 0;
   nCcuAddrs_ = 0;
   nCcuChans_ = 0;
   nApvs_ = 0;
   nDcuIds_ = 0;
   nDetIds_ = 0;
   nApvPairs_ = 0;
   nApvPairs0_ = 0; 
   nApvPairs1_ = 0; 
   nApvPairs2_ = 0; 
   nApvPairs3_ = 0;
   nApvPairsX_ = 0;
   nFedCrates_ = 0;
   nFedSlots_ = 0;
   nFedIds_ = 0;
   nFedChans_ = 0;
   nDcus_ = 0;
   nMuxes_ = 0;
   nPlls_ = 0;
   nLlds_ = 0;
 }

void NumberOfDevices::print ( std::stringstream & ss ) const

Definition at line 34 of file NumberOfDevices.cc.

References nApvPairs0_, nApvPairs1_, nApvPairs2_, nApvPairs3_, nApvPairs_, nApvPairsX_, nApvs_, nCcuAddrs_, nCcuChans_, nDcuIds_, nDcus_, nDetIds_, nFecCrates_, nFecRings_, nFecSlots_, nFedChans_, nFedCrates_, nFedIds_, nFedSlots_, nLlds_, nMuxes_, and nPlls_.

Referenced by SiStripFedCablingBuilderFromDb::buildFecCablingFromDevices(), SiStripFedCablingFakeESSource::make(), NumberOfDevices(), and operator<<().

                                                        {
   ss << "  FEC crates   : " << nFecCrates_ << std::endl
      << "  FEC slots    : " << nFecSlots_ << std::endl
      << "  FEC rings    : " << nFecRings_ << std::endl
      << "  CCU addrs    : " << nCcuAddrs_ << std::endl
      << "  CCU chans    : " << nCcuChans_ << std::endl
      << "  DCU ids      : " << nDcuIds_ << std::endl
      << "  DCUs         : " << nDcus_ << std::endl
      << "  MUXes        : " << nMuxes_ << std::endl
      << "  PLLs         : " << nPlls_ << std::endl
      << "  LLDs         : " << nLlds_ << std::endl
      << "  DET ids      : " << nDetIds_ << std::endl
      << "  APV pairs    : " << nApvPairs_ << std::endl
      << "  APVs         : " << nApvs_ << std::endl
      << "  FED crates   : " << nFedCrates_ << std::endl
      << "  FED slots    : " << nFedSlots_ << std::endl
      << "  FED ids      : " << nFedIds_ << std::endl
      << "  FED channels : " << nFedChans_ << std::endl
      << "  Number of APV pairs (0/1/2/3/>3) per module     : " 
      << nApvPairs0_ << "/" 
      << nApvPairs1_ << "/"
      << nApvPairs2_ << "/"
      << nApvPairs3_ << "/"
      << nApvPairsX_ << std::endl
      << "  Total number of modules/channels (nApvPairs<=3) : " 
      << ( nApvPairs0_ + nApvPairs1_ + nApvPairs2_ + nApvPairs3_ ) << "/"
      << ( 0*nApvPairs0_ + 1*nApvPairs1_ + 2*nApvPairs2_ + 3*nApvPairs3_ );
 }