SeqPGA Class Reference

#include <SeqPGA.h>

Inheritance diagram for SeqPGA:

Public Types
typedef unsigned long	U32
typedef unsigned short	U16
typedef unsigned char	U8
Public Types inherited from Attrib
enum	Attribut {   UNDEFINED, PASSIVE, ACTIVE, INTERFACE,   IO, IODATA, ELEMENT, HARDWARE,   PROCESSUS, SOFTWARE }

Public Member Functions
	SeqPGA ()
virtual	~SeqPGA ()
void	help ()
	Destructor. More...
StatusCode	init ()
void	reset ()
void	resetSpi ()
void	update ()
UsbFTMLInterface *	usb ()
UsbMLI2cBus *	i2c ()
UsbMLSpiBus *	spi ()
Register *	reg ()
Register *	setupReg ()
Register *	masterI2cReg ()
Register *	addI2cReg ()
StatusCode	testSequence ()
StatusCode	setExtTrig (bool)
bool	extTrig ()
StatusCode	setSpiGBTSCA (bool)
bool	spiGBTSCA ()
StatusCode	setSpiEnable (bool)
bool	spiEnable ()
StatusCode	setLedEnable (bool)
bool	ledEnable ()
StatusCode	setSpiAdd (unsigned long int)
unsigned long int	spiAdd ()
StatusCode	setSpiSubAdd (unsigned long int)
unsigned long int	spiSubAdd ()
StatusCode	spiRead (unsigned int, unsigned int, unsigned int *)
StatusCode	spiWrite (unsigned int, unsigned int, unsigned int *)
PyObject *	spiRead (unsigned int, unsigned int)
StatusCode	spiWrite (unsigned int, unsigned int, PyObject *)
unsigned int	spiRead (unsigned int)
StatusCode	spiWrite (unsigned int, unsigned int)
StatusCode	setI2cGBTSCA (bool)
bool	i2cGBTSCA ()
StatusCode	setI2cBuffer (unsigned long int)
unsigned long int	i2cBuffer ()
unsigned long int	i2cData ()
StatusCode	setI2cAdd (unsigned long int)
unsigned long int	i2cAdd ()
StatusCode	setI2cSubAdd (unsigned long int)
unsigned long int	i2cSubAdd ()
StatusCode	i2cRead ()
StatusCode	i2cWrite ()
unsigned long int	i2cRead (unsigned long int)
StatusCode	i2cWrite (unsigned long int, unsigned long int)
StatusCode	transmitSpi ()
Public Member Functions inherited from Element
	Element ()
	Standard constructor. More...
virtual	~Element ()
	Destructor. More...
void	recursiveInitElement ()
void	recursiveInitCommunications ()
StatusCode	setConnection (Hierarchy *)
Hierarchy *	connection ()
Public Member Functions inherited from Hierarchy
	Hierarchy ()
	Standard constructor. More...
virtual	~Hierarchy ()
	Destructor. More...
void	clear ()
void	setParent (Hierarchy *parent)
Hierarchy *	parent ()
Hierarchy *	parent (std::string)
Hierarchy *	origin ()
virtual void	addChild (Hierarchy *element)
std::vector< Hierarchy * >	children ()
Hierarchy *	child (std::string)
Hierarchy *	childTyped (std::string)
unsigned long	numberOfChildren ()
bool	hasChildren ()
void	delChild (Hierarchy *)
void	delChild (std::string)
std::string	path (std::string=std::string(""))
std::string	pathTyped (std::string=std::string(""))
void	tree (std::string indent=std::string(""))
void	tree ()
Public Member Functions inherited from Object
	Object ()
	Standard constructor. More...
virtual	~Object ()
	Destructor. More...
std::string	name () const
std::string	type ()
unsigned char	id ()
std::string	title ()
void	msgSvc (int level, std::string msg, std::string name)
void	msg (std::string mymsg)
void	verbose (std::string mymsg)
void	debug (std::string mymsg)
void	info (std::string mymsg)
void	warning (std::string mymsg)
void	error (std::string mymsg)
void	fatal (std::string mymsg)
void	msg (std::string mymsg, std::string name)
void	verbose (std::string mymsg, std::string name)
void	debug (std::string mymsg, std::string name)
void	info (std::string mymsg, std::string name)
void	warning (std::string mymsg, std::string name)
void	error (std::string mymsg, std::string name)
void	fatal (std::string mymsg, std::string name)
void	setName (std::string name)
void	setType (std::string type)
void	setId (unsigned char id)
void	setTitle (std::string title)
void	setDllName (std::string dllName)
std::string	dllName ()
Public Member Functions inherited from Attrib
	Attrib ()
	Standard constructor. More...
virtual	~Attrib ()
	Destructor. More...
bool	is (int attribut)
void	add (int attribut)
void	remove (int attribut)
std::string	attributs ()

Private Attributes
UsbFTMLInterface *	m_usb
UsbMLI2cBus *	m_usbi2c
UsbMLSpiBus *	m_usbspi
Register *	m_reg
Register *	m_statusReg
Register *	m_setupReg
Register *	m_resetReg
Register *	m_testSeqReg
RAM *	m_txSpiFifo
RAM *	m_rxSpiFifo
Register *	m_addSpiReg
Register *	m_ctrlSpiReg
Register *	m_transmitSpiReg
unsigned int	m_spiSubAdd
unsigned int	m_i2cSubAdd
unsigned int	m_i2cBuffer
Register *	m_masterI2cReg
Register *	m_addI2cReg

Additional Inherited Members
Protected Attributes inherited from Element
Hierarchy *	m_connection
Protected Attributes inherited from Attrib
std::string	m_attribString [10]

Detailed Description

Definition at line 23 of file SeqPGA.h.

Member Typedef Documentation

U16

typedef unsigned short SeqPGA::U16

Definition at line 26 of file SeqPGA.h.

U32

typedef unsigned long SeqPGA::U32

Definition at line 25 of file SeqPGA.h.

U8

typedef unsigned char SeqPGA::U8

Definition at line 27 of file SeqPGA.h.

Constructor & Destructor Documentation

SeqPGA()

SeqPGA::SeqPGA

(

)

Definition at line 29 of file SeqPGA.cpp.

References Attrib::add(), Hierarchy::addChild(), IOdata::Byte, Object::debug(), IOdata::defDataU8(), Attrib::ELEMENT, Attrib::HARDWARE, IOobject::io(), m_addI2cReg, m_addSpiReg, m_ctrlSpiReg, m_masterI2cReg, m_reg, m_resetReg, m_rxSpiFifo, m_setupReg, m_statusReg, m_testSeqReg, m_transmitSpiReg, m_txSpiFifo, m_usb, m_usbi2c, m_usbspi, IOdata::setAddress(), IOobject::setAddress(), Object::setId(), Object::setName(), RAM::setSize(), Object::setType(), and IOdata::setWordSize().

              {
  setType("SeqPGA");
  setId(0);
  add(Attrib::ELEMENT); add (Attrib::HARDWARE);
  debug("SeqPGA built.","SeqPGA::SeqPGA");
  
  m_usb = new UsbFTMLInterface();
  m_usb->setName("Usb");
  addChild(m_usb);
  
  m_usbi2c=new UsbMLI2cBus();
  m_usbi2c->setName("UsbI2c");
  m_usb->addChild(m_usbi2c);
  
  m_usbspi=new UsbMLSpiBus();
  m_usbspi->setName("UsbSpi");
  m_usb->addChild(m_usbspi);
  
  m_reg=new Register();
  m_reg->io()->defDataU8(2);
  m_reg->setName("UsbTestReg");
  m_reg->setAddress(11);
  m_usb->addChild(m_reg);
   
  m_statusReg       = new Register();
  m_statusReg       ->setName("StatusReg");
  m_statusReg       ->io()->defDataU8(2);
  m_statusReg       ->io()->setAddress(7);
  m_statusReg       ->io()->setWordSize(IOdata::Byte);
  m_usb            ->addChild(m_statusReg);

  m_setupReg       = new Register();
  m_setupReg       ->setName("SetupReg");
  m_setupReg       ->io()->defDataU8(2);
  m_setupReg       ->io()->setAddress(8);
  m_setupReg       ->io()->setWordSize(IOdata::Byte);
  m_usb            ->addChild(m_setupReg);

  m_resetReg       = new Register();
  m_resetReg       ->setName("ResetReg");
  m_resetReg       ->io()->defDataU8(2);
  m_resetReg       ->io()->setAddress(14);
  m_resetReg       ->io()->setWordSize(IOdata::Byte);
  m_usb            ->addChild(m_resetReg);

  m_testSeqReg     = new Register();
  m_testSeqReg     ->setName("TestSeqReg");
  m_testSeqReg     ->io()->defDataU8(2);
  m_testSeqReg     ->io()->setAddress(12);
  m_testSeqReg     ->io()->setWordSize(IOdata::Byte);
  m_usb            ->addChild(m_testSeqReg);

  m_txSpiFifo         = new RAM();
  m_rxSpiFifo         = new RAM();
  m_addSpiReg         = new Register();
  m_ctrlSpiReg        = new Register();
  //  m_subAddSpiReg      = new Register();
  m_transmitSpiReg    = new Register();
  
  m_txSpiFifo       ->setName("TxSpiFifo");
  m_rxSpiFifo       ->setName("RxSpiFifo");
  m_addSpiReg       ->setName("AddSpiReg");
  m_ctrlSpiReg      ->setName("CtrlSpiReg");
  //  m_subAddSpiReg    ->setName("SubAddSpiReg");
  m_transmitSpiReg  ->setName("TransmitSpiReg");
  
  m_txSpiFifo       ->setSize(16,2);
  m_rxSpiFifo       ->setSize(16,1);
  m_addSpiReg       ->io()->defDataU8(2);
  m_ctrlSpiReg      ->io()->defDataU8(2);
  //  m_subAddSpiReg    ->io()->defDataU8(2);
  m_transmitSpiReg  ->io()->defDataU8(2);
  
  m_txSpiFifo       ->io()->setAddress(2);
  m_rxSpiFifo       ->io()->setAddress(4);
  m_addSpiReg       ->io()->setAddress(6);
  m_ctrlSpiReg      ->io()->setAddress(5);
  //  m_subAddSpiReg    ->io()->setAddress(3);
  m_transmitSpiReg  ->io()->setAddress(10);
  
  m_addSpiReg       ->io()->setWordSize(IOdata::Byte);
  m_ctrlSpiReg      ->io()->setWordSize(IOdata::Byte);
  //  m_subAddSpiReg    ->io()->setWordSize(IOdata::Byte);
  m_transmitSpiReg  ->io()->setWordSize(IOdata::Byte);
  
  m_usb->addChild(m_txSpiFifo);  
  m_usb->addChild(m_rxSpiFifo);     
  m_usb->addChild(m_addSpiReg);     
  m_usb->addChild(m_ctrlSpiReg);     
  //  m_usb->addChild(m_subAddSpiReg);   
  m_usb->addChild(m_transmitSpiReg);

  m_masterI2cReg    = new Register();
  m_masterI2cReg    ->setName("I2cMasterI2cReg");
  m_masterI2cReg    ->io()->defDataU8(3);
  m_masterI2cReg    ->io()->setAddress(9);
  m_masterI2cReg    ->io()->setWordSize(IOdata::Byte);

  m_addI2cReg       = new Register();
  m_addI2cReg       ->setName("AddI2cReg");
  m_addI2cReg       ->io()->defDataU8(2);
  m_addI2cReg       ->io()->setAddress(1);
  m_addI2cReg       ->io()->setWordSize(IOdata::Byte);

  m_usb->addChild(m_masterI2cReg);  
  m_usb->addChild(m_addI2cReg);     

}

~SeqPGA()

virtual SeqPGA::~SeqPGA ( )

inlinevirtual

Definition at line 31 of file SeqPGA.h.

{}; 

Member Function Documentation

addI2cReg()

Register* SeqPGA::addI2cReg ( )

inline

Definition at line 94 of file SeqPGA.h.

References m_addI2cReg.

Referenced by BOOST_PYTHON_MODULE().

{ return m_addI2cReg;    }

extTrig()

bool SeqPGA::extTrig

(

)

Definition at line 151 of file SeqPGA.cpp.

References IOdata::dataU8(), IOobject::io(), m_setupReg, and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), FEB_v1::extTrig(), and testSequence().

                     {
  m_setupReg->read();
  /*
    if (StatusCode::SUCCESS == m_setupReg->read()) {
    error("I2c register setupReg error", "UsbMLI2cBus::spiGBTSCA");
    return false;
    }*/
  return ( ( m_setupReg->io()->dataU8(0) >> 3 ) & 1 ) ;
}

help()

void SeqPGA::help ( )

inlinevirtual

Destructor.

printout help for the element

Implements Element.

Definition at line 36 of file SeqPGA.h.

References Object::info(), and Object::name().

{ info("SeqPGA "+name()+". No help.","SeqPGA::help"); };

i2c()

UsbMLI2cBus* SeqPGA::i2c ( )

inline

Definition at line 79 of file SeqPGA.h.

References m_usbi2c.

Referenced by BOOST_PYTHON_MODULE().

                    {
    return m_usbi2c;
  }

i2cAdd()

unsigned long int SeqPGA::i2cAdd

(

)

Definition at line 488 of file SeqPGA.cpp.

References IOdata::dataU8(), IOobject::io(), m_addI2cReg, and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), and testSequence().

                                {
  m_addI2cReg->read();
  return ( m_addI2cReg->io()->dataU8(0) + (m_addI2cReg->io()->dataU8(1)<<8) ) ;
}

i2cBuffer()

unsigned long int SeqPGA::i2cBuffer

(

)

Definition at line 465 of file SeqPGA.cpp.

References m_i2cBuffer.

Referenced by BOOST_PYTHON_MODULE(), and testSequence().

                                   {
  return m_i2cBuffer;
}

i2cData()

unsigned long int SeqPGA::i2cData

(

)

Definition at line 473 of file SeqPGA.cpp.

References IOdata::dataU8(), IOobject::io(), and m_masterI2cReg.

Referenced by BOOST_PYTHON_MODULE(), i2cRead(), and testSequence().

                                 {
  //  m_masterI2cReg->io()->dump(0);
  return ( ((m_masterI2cReg->io()->dataU8(0))&0xFF) ) ;
}

i2cGBTSCA()

bool SeqPGA::i2cGBTSCA

(

)

Definition at line 451 of file SeqPGA.cpp.

References IOdata::dataU8(), IOobject::io(), m_setupReg, and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), and testSequence().

                       {
  m_setupReg->read();
  return (! ( m_setupReg->io()->dataU8(0) & 1 ) ) ;
}

i2cRead() [1/2]

StatusCode SeqPGA::i2cRead

(

)

Definition at line 510 of file SeqPGA.cpp.

References shell::data(), IOdata::dataU8(), Object::debug(), IOdata::defDataU8(), IOobject::io(), m_i2cSubAdd, m_masterI2cReg, m_setupReg, IOobject::read(), IOdata::setU8(), StatusCode::SUCCESS, and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), TestI2C::execute(), FEB_v1::gbt80MHzClkEport(), FEB_v1::gbtClockStrength(), FEB_v1::gbtDataPath(), FEB_v1::gbtDLLEport(), FEB_v1::gbtDLLReset(), FEB_v1::gbtEnableEport(), FEB_v1::gbtMode(), FEB_v1::gbtStatus(), FEB_v1::gbtTermEport(), FEB_v1::gbtTrackMode(), i2cRead(), and testSequence().

                           {
  debug("setting position of read i2c protocol","i2c read");
  m_setupReg->read();
  unsigned int data = m_setupReg->io()->dataU8()[0];
  data |= (1 << 2)  ;     
  m_setupReg->io()->setU8(0,data);
  m_setupReg->write();
    
  debug("setting subadd value in the frame","i2c write");
  m_masterI2cReg->io()->defDataU8(2);
  m_masterI2cReg->io()->setU8(0,m_i2cSubAdd&0xFF);
  m_masterI2cReg->io()->setU8(1,(m_i2cSubAdd>>8)&0xFF);
  //  m_masterI2cReg->io()->dump(0);

  debug("i2c write of the register","i2c read");
  m_masterI2cReg->write();

  debug("i2c read of the addressed register","i2c read");
  m_masterI2cReg->io()->defDataU8(1);
  m_masterI2cReg->read();
  //  m_masterI2cReg->io()->dump(0);

  return StatusCode::SUCCESS;
}

i2cRead() [2/2]

unsigned long int SeqPGA::i2cRead

(

unsigned long int

subadd

)

Definition at line 556 of file SeqPGA.cpp.

References i2cData(), i2cRead(), and setI2cSubAdd().

                                                         {
  setI2cSubAdd(subadd);
  i2cRead();
  return i2cData();
}

i2cSubAdd()

unsigned long int SeqPGA::i2cSubAdd

(

)

Definition at line 502 of file SeqPGA.cpp.

References m_i2cSubAdd.

Referenced by BOOST_PYTHON_MODULE(), and testSequence().

                                   {
  return m_i2cSubAdd; 
}

i2cWrite() [1/2]

StatusCode SeqPGA::i2cWrite

(

)

Definition at line 535 of file SeqPGA.cpp.

References shell::data(), IOdata::dataU8(), Object::debug(), IOdata::defDataU8(), IOobject::io(), m_i2cBuffer, m_i2cSubAdd, m_masterI2cReg, m_setupReg, IOobject::read(), IOdata::setU8(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), TestI2C::execute(), FEB_v1::gbtAcknowledgeConfig(), FEB_v1::gbtDLLReset(), i2cWrite(), FEB_v1::setGbt80MHzClkEport(), FEB_v1::setGbtClockStrength(), FEB_v1::setGbtDataPath(), FEB_v1::setGbtDLLEport(), FEB_v1::setGbtEnableEport(), FEB_v1::setGbtMode(), FEB_v1::setGbtTermEport(), FEB_v1::setGbtTrackMode(), and testSequence().

                           {
  debug("setting position of write i2c protocol","i2c write");
  m_setupReg->read();
  unsigned int data = m_setupReg->io()->dataU8()[0];
  data &= ~(1 << 2)  ; 
  m_setupReg->io()->setU8(0,data);
  m_setupReg->write();

  debug("setting subadd value in the frame","i2c write");
  m_masterI2cReg->io()->defDataU8(3);
  m_masterI2cReg->io()->setU8(0,m_i2cSubAdd&0xFF);
  m_masterI2cReg->io()->setU8(1,(m_i2cSubAdd>>8)&0xFF);

  debug("setting buffer value in the frame","i2c write");
  m_masterI2cReg->io()->setU8(2,m_i2cBuffer&0xFF);
  //  m_masterI2cReg->io()->dump(0);

  debug("i2c write","i2c write");
  return m_masterI2cReg->write();
}

i2cWrite() [2/2]

StatusCode SeqPGA::i2cWrite	(	unsigned long int	subadd,
		unsigned long int	value
	)

Definition at line 562 of file SeqPGA.cpp.

References i2cWrite(), setI2cBuffer(), and setI2cSubAdd().

                                                                            {
  setI2cSubAdd(subadd);
  setI2cBuffer(value);
  return i2cWrite();
}

init()

StatusCode SeqPGA::init ( )

inlinevirtual

init the component

Returns

void

Implements Element.

Definition at line 42 of file SeqPGA.h.

References StatusCode::SUCCESS.

                    {
    return StatusCode::SUCCESS;
  };

ledEnable()

bool SeqPGA::ledEnable

(

)

Definition at line 215 of file SeqPGA.cpp.

References IOdata::dataU8(), IOobject::io(), m_setupReg, and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), and testSequence().

                       {
  m_setupReg->read();
  return ( ( ( m_setupReg->io()->dataU8(1) )>> 3 ) & 1 ) ;
}

masterI2cReg()

Register* SeqPGA::masterI2cReg ( )

inline

Definition at line 93 of file SeqPGA.h.

References m_masterI2cReg.

Referenced by BOOST_PYTHON_MODULE().

{ return m_masterI2cReg; }

reg()

Register* SeqPGA::reg ( )

inline

Definition at line 87 of file SeqPGA.h.

References m_reg.

Referenced by BOOST_PYTHON_MODULE().

                 {
    return m_reg;
  }

reset()

void SeqPGA::reset ( )

inlinevirtual

Resets the Element so that is is in a standard and safe situation. Different from Element::init which configure the Element. Element::reset() is more an Emergency pull. It is often/usually called by the recursiveInitElement method at the start of the program.

Implements Element.

Definition at line 54 of file SeqPGA.h.

References Object::info(), IOobject::io(), m_resetReg, IOdata::setU8(), and IOobject::write().

Referenced by FEB_v1::reset().

               {
    info("FEB reset.");
    m_resetReg->io()->setU8(0,1);
    m_resetReg->io()->setU8(1,0);
    m_resetReg->write();
  };

resetSpi()

void SeqPGA::resetSpi ( )

inline

Definition at line 61 of file SeqPGA.h.

References Object::debug(), IOobject::io(), m_resetReg, IOdata::setU8(), and IOobject::write().

Referenced by FEB_v1::resetSpi().

                  {
    debug("Spi TxRx reset via USb.");
    m_resetReg->io()->setU8(0,2);
    m_resetReg->io()->setU8(1,0);
    //    m_resetReg->dump();
    m_resetReg->write();
  };

setExtTrig()

StatusCode SeqPGA::setExtTrig

(

bool

value

)

Definition at line 142 of file SeqPGA.cpp.

References shell::data(), IOdata::dataU8(), IOobject::io(), m_setupReg, IOobject::read(), IOdata::setU8(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), FEB_v1::setExtTrig(), and testSequence().

                                         {
  m_setupReg->read();
  unsigned int data=m_setupReg->io()->dataU8()[0];
  if (value) data |=  8 ;
  else       data &= ~8 ;
  m_setupReg->io()->setU8(0,data);
  return m_setupReg->write();
}

setI2cAdd()

StatusCode SeqPGA::setI2cAdd

(

unsigned long int

value

)

Definition at line 482 of file SeqPGA.cpp.

References IOobject::io(), m_addI2cReg, IOdata::setU8(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), FEB_v1::gbt80MHzClkEport(), FEB_v1::gbtAcknowledgeConfig(), FEB_v1::gbtClockStrength(), FEB_v1::gbtDataPath(), FEB_v1::gbtDLLEport(), FEB_v1::gbtDLLReset(), FEB_v1::gbtEnableEport(), FEB_v1::gbtMode(), FEB_v1::gbtStatus(), FEB_v1::gbtTermEport(), FEB_v1::gbtTrackMode(), TestI2C::initialize(), FEB_v1::setGbt80MHzClkEport(), FEB_v1::setGbtClockStrength(), FEB_v1::setGbtDataPath(), FEB_v1::setGbtDLLEport(), FEB_v1::setGbtEnableEport(), FEB_v1::setGbtMode(), FEB_v1::setGbtTermEport(), FEB_v1::setGbtTrackMode(), and testSequence().

                                                     {
  m_addI2cReg->io()->setU8(0,value&0xFF);
  m_addI2cReg->io()->setU8(1,(value&0xFF00)>>8);
  return m_addI2cReg->write();
}

setI2cBuffer()

StatusCode SeqPGA::setI2cBuffer

(

unsigned long int

value

)

Definition at line 460 of file SeqPGA.cpp.

References m_i2cBuffer, and StatusCode::SUCCESS.

Referenced by BOOST_PYTHON_MODULE(), i2cWrite(), and testSequence().

                                                        {
  m_i2cBuffer = value;
  return StatusCode::SUCCESS;
}

setI2cGBTSCA()

StatusCode SeqPGA::setI2cGBTSCA

(

bool

value

)

Definition at line 442 of file SeqPGA.cpp.

References shell::data(), IOdata::dataU8(), IOobject::io(), m_setupReg, IOobject::read(), IOdata::setU8(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and testSequence().

                                           {
  m_setupReg->read();
  unsigned int data=m_setupReg->io()->dataU8()[0];
  if (!value) data |= 1  ;
  else        data &= ~1 ;
  m_setupReg->io()->setU8(0,data);
  return m_setupReg->write();
}

setI2cSubAdd()

StatusCode SeqPGA::setI2cSubAdd

(

unsigned long int

value

)

Definition at line 497 of file SeqPGA.cpp.

References m_i2cSubAdd, and StatusCode::SUCCESS.

Referenced by BOOST_PYTHON_MODULE(), i2cRead(), i2cWrite(), and testSequence().

                                                        {
  m_i2cSubAdd = value;
  return StatusCode::SUCCESS;
}

setLedEnable()

StatusCode SeqPGA::setLedEnable

(

bool

value

)

Definition at line 206 of file SeqPGA.cpp.

References shell::data(), IOdata::dataU8(), IOobject::io(), m_setupReg, IOobject::read(), IOdata::setU8(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and testSequence().

                                           {
  m_setupReg->read();
  unsigned int data=m_setupReg->io()->dataU8()[1];
  if (value)  data |=  8 ;
  else        data &= ~8 ;
  m_setupReg->io()->setU8(1,data);
  return m_setupReg->write();
}

setSpiAdd()

StatusCode SeqPGA::setSpiAdd

(

unsigned long int

value

)

Definition at line 255 of file SeqPGA.cpp.

References IOobject::io(), m_addSpiReg, IOdata::setU8(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), FEB_v1::calibCte(), FEB_v1::clock80MHzFallingEdge(), FEB_v1::clockFallingEdge(), FEB_v1::clockPhaseEport(), FEB_v1::disableSubtract(), FEB_v1::enableBXIDReset(), FEB_v1::gain4(), FEB_v1::globalPseudoPMEnable(), TestSPI::initialize(), FEB_v1::injectModeFE(), FEB_v1::latency(), FEB_v1::latencyEport(), FEB_v1::latencyLLT(), FEB_v1::maskLLT(), FEB_v1::oldSubtract(), FEB_v1::probeEnable(), FEB_v1::pseudoADCEnable(), FEB_v1::pseudoPMEnable(), FEB_v1::readFifoSpyFE(), FEB_v1::resetFE(), FEB_v1::resetFifoInjectFE(), FEB_v1::resetFifoSpyFE(), FEB_v1::setCalibCte(), FEB_v1::setClock80MHzFallingEdge(), FEB_v1::setClockFallingEdge(), FEB_v1::setDisableSubtract(), FEB_v1::setEnableBXIDReset(), FEB_v1::setGain4(), FEB_v1::setGlobalPseudoPMEnable(), FEB_v1::setInjectModeFE(), FEB_v1::setLatency(), FEB_v1::setLatencyLLT(), FEB_v1::setLatencyLLTCorner(), FEB_v1::setLatencyLLTSideNb(), FEB_v1::setLatencyLLTUpNb(), FEB_v1::setMaskLLT(), FEB_v1::setMaskLLTCorner(), FEB_v1::setMaskLLTSideNb(), FEB_v1::setMaskLLTUpNb(), FEB_v1::setOldSubtract(), FEB_v1::setOutputEport(), FEB_v1::setProbeEnable(), FEB_v1::setPseudoADCEnable(), FEB_v1::setPseudoPMEnable(), FEB_v1::setSpareForTrigEnable(), FEB_v1::setSpyModeFE(), FEB_v1::setSpyModeSeq(), FEB_v1::setStopInjLoop(), FEB_v1::setTestDuration(), FEB_v1::setThreshold(), FEB_v1::spareForTrigEnable(), FEB_v1::spyModeFE(), FEB_v1::spyModeSeq(), FEB_v1::statusRegister(), FEB_v1::stopInjLoop(), FEB_v1::testDuration(), testSequence(), FEB_v1::threshold(), FEB_v1::writeDataFifoInjectFE(), FEB_v1::writeFifoInjectFE(), and FEB_v1::writeFifoLLT().

                                                     {
  m_addSpiReg->io()->setU8(0,value&0xFF);
  m_addSpiReg->io()->setU8(1,(value>>8) & 0xFF);
  StatusCode err= m_addSpiReg->write();
 
  return err;
}

setSpiEnable()

StatusCode SeqPGA::setSpiEnable

(

bool

value

)

Definition at line 188 of file SeqPGA.cpp.

References shell::data(), IOdata::dataU8(), IOobject::io(), m_setupReg, IOobject::read(), IOdata::setU8(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and testSequence().

                                           {
  m_setupReg->read();
  unsigned int data=m_setupReg->io()->dataU8()[1];
  if (value)  data |=  4 ;
  else        data &= ~4 ;
  m_setupReg->io()->setU8(1,data);
  return m_setupReg->write();
}

setSpiGBTSCA()

StatusCode SeqPGA::setSpiGBTSCA

(

bool

value

)

Definition at line 165 of file SeqPGA.cpp.

References shell::data(), IOdata::dataU8(), IOobject::io(), m_setupReg, IOobject::read(), IOdata::setU8(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), FEB_v1::readFifoInjectFE(), FEB_v1::readFifoLLT(), FEB_v1::readFifoLLTFE(), and testSequence().

                                           {
  m_setupReg->read();
  unsigned int data=m_setupReg->io()->dataU8()[0];
  if (!value) data |=  2 ;
  else        data &= ~2 ;
  m_setupReg->io()->setU8(0,data);
  return m_setupReg->write();
}

setSpiSubAdd()

StatusCode SeqPGA::setSpiSubAdd

(

unsigned long int

value

)

Definition at line 278 of file SeqPGA.cpp.

References m_spiSubAdd.

Referenced by BOOST_PYTHON_MODULE(), and testSequence().

                                                        {
  m_spiSubAdd = value & 0x7F;
}

setupReg()

Register* SeqPGA::setupReg ( )

inline

Definition at line 91 of file SeqPGA.h.

References m_setupReg.

Referenced by BOOST_PYTHON_MODULE(), TestUSB::initialize(), and TestI2C::initialize().

{ return m_setupReg;  }

spi()

UsbMLSpiBus* SeqPGA::spi ( )

inline

Definition at line 83 of file SeqPGA.h.

References m_usbspi.

Referenced by BOOST_PYTHON_MODULE().

                    {
    return m_usbspi;
  }

spiAdd()

unsigned long int SeqPGA::spiAdd

(

)

Definition at line 263 of file SeqPGA.cpp.

References IOdata::dataU8(), IOobject::io(), m_addSpiReg, and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), and testSequence().

                                {
  m_addSpiReg->read();
  /*
    if (StatusCode::SUCCESS == m_txSpiReg->read()) {
    error("TX register txSpiReg error", "UsbMLSpiBus::dataTx");
    return false;
    }
  */
  return ( m_addSpiReg->io()->dataU8(0) + (m_addSpiReg->io()->dataU8(1)<<8) ) ;
}

spiEnable()

bool SeqPGA::spiEnable

(

)

Definition at line 197 of file SeqPGA.cpp.

References IOdata::dataU8(), IOobject::io(), m_setupReg, and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), and testSequence().

                       {
  m_setupReg->read();
  return ( ( ( m_setupReg->io()->dataU8(1) )>> 2 ) & 1 ) ;
}

spiGBTSCA()

bool SeqPGA::spiGBTSCA

(

)

Definition at line 174 of file SeqPGA.cpp.

References IOdata::dataU8(), IOobject::io(), m_setupReg, and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), and testSequence().

                       {
  m_setupReg->read();
  /*
    if (StatusCode::SUCCESS == m_setupReg->read()) {
    error("I2c register setupReg error", "UsbMLI2cBus::spiGBTSCA");
    return false;
    }*/
  return (! ( m_setupReg->io()->dataU8(0) & 2 ) ) ;
}

spiRead() [1/3]

StatusCode SeqPGA::spiRead	(	unsigned int	subadd,
		unsigned int	nwords,
		unsigned int *	values
	)

Definition at line 337 of file SeqPGA.cpp.

References IOdata::dataU8(), IOobject::io(), m_ctrlSpiReg, m_rxSpiFifo, m_transmitSpiReg, m_txSpiFifo, IOobject::read(), RAM::setSize(), IOdata::setU8(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), FEB_v1::calibCte(), FEB_v1::clock80MHzFallingEdge(), FEB_v1::clockFallingEdge(), FEB_v1::clockPhaseEport(), FEB_v1::disableSubtract(), FEB_v1::enableBXIDReset(), TestSPI::execute(), FEB_v1::gain4(), FEB_v1::globalPseudoPMEnable(), FEB_v1::injectModeFE(), FEB_v1::latency(), FEB_v1::latencyEport(), FEB_v1::latencyLLT(), FEB_v1::maskLLT(), FEB_v1::oldSubtract(), FEB_v1::probeEnable(), FEB_v1::pseudoADCEnable(), FEB_v1::pseudoPMEnable(), FEB_v1::readFifo(), FEB_v1::setCalibCte(), FEB_v1::setClock80MHzFallingEdge(), FEB_v1::setClockFallingEdge(), FEB_v1::setDisableSubtract(), FEB_v1::setEnableBXIDReset(), FEB_v1::setGain4(), FEB_v1::setGlobalPseudoPMEnable(), FEB_v1::setInjectModeFE(), FEB_v1::setLatency(), FEB_v1::setLatencyLLT(), FEB_v1::setLatencyLLTCorner(), FEB_v1::setLatencyLLTSideNb(), FEB_v1::setLatencyLLTUpNb(), FEB_v1::setMaskLLT(), FEB_v1::setMaskLLTCorner(), FEB_v1::setMaskLLTSideNb(), FEB_v1::setMaskLLTUpNb(), FEB_v1::setOldSubtract(), FEB_v1::setProbeEnable(), FEB_v1::setPseudoADCEnable(), FEB_v1::setPseudoPMEnable(), FEB_v1::setSpareForTrigEnable(), FEB_v1::setSpyModeFE(), FEB_v1::setSpyModeSeq(), FEB_v1::setStopInjLoop(), FEB_v1::setTestDuration(), FEB_v1::setThreshold(), FEB_v1::spareForTrigEnable(), FEB_v1::spyModeFE(), FEB_v1::spyModeSeq(), FEB_v1::statusRegister(), FEB_v1::stopInjLoop(), FEB_v1::testDuration(), testSequence(), and FEB_v1::threshold().

                                                                                          { 
  unsigned int val = subadd | 0x80 ; 
  m_txSpiFifo->setSize(16,1);
  m_rxSpiFifo->setSize(16,nwords+1);
  m_ctrlSpiReg->io()->setU8(0,(nwords+1)&0xFF);
  m_ctrlSpiReg->io()->setU8(1,((nwords+1)>>8)&0xFF);
  m_ctrlSpiReg->write();
  m_txSpiFifo->io()->setU8(0,val);
  m_txSpiFifo->io()->setU8(1,0);
  m_txSpiFifo->write();
  StatusCode status = m_transmitSpiReg->write();  
  //  usleep(100000);
  m_rxSpiFifo->read();
  for (int w=0; w<nwords; ++w) {
    values[w]=((m_rxSpiFifo->io()->dataU8(2*w+2))&0xFF)+
      (((m_rxSpiFifo->io()->dataU8(2*w+3))&0xFF)<<8);
  }
  return status;
}

spiRead() [2/3]

PyObject * SeqPGA::spiRead	(	unsigned int	subadd,
		unsigned int	nwords
	)

Definition at line 377 of file SeqPGA.cpp.

References IOdata::dataU8(), IOobject::io(), m_ctrlSpiReg, m_rxSpiFifo, m_transmitSpiReg, m_txSpiFifo, IOobject::read(), RAM::setSize(), IOdata::setU8(), and IOobject::write().

                                                                   { 
  unsigned int val = subadd | 0x80 ; 
  m_txSpiFifo->setSize(16,1);
  m_rxSpiFifo->setSize(16,nwords+1);
  m_ctrlSpiReg->io()->setU8(0,(nwords+1)&0xFF);
  m_ctrlSpiReg->io()->setU8(1,((nwords+1)>>8)&0xFF);
  m_ctrlSpiReg->write();
  //  m_ctrlSpiReg->read();
  //  m_ctrlSpiReg->dump();
  m_txSpiFifo->io()->setU8(0,val);
  m_txSpiFifo->io()->setU8(1,0);
  m_txSpiFifo->write();
  StatusCode status = m_transmitSpiReg->write();  
  //  usleep(100000);
  m_rxSpiFifo->read();
  PyObject* values = PyList_New(0);
  for (int w=0; w<nwords; ++w) {
    //    m_rxSpiFifo->dump();
   PyList_Append(values,
          PyInt_FromLong( (long int) (
                          ((m_rxSpiFifo->io()->dataU8(2*w+2))&0xFF) + 
                          (((m_rxSpiFifo->io()->dataU8(2*w+3))&0xFF)<<8)
                          )));
  }
  return values;
} 

spiRead() [3/3]

unsigned int SeqPGA::spiRead

(

unsigned int

subadd

)

Definition at line 420 of file SeqPGA.cpp.

References IOdata::dataU8(), IOobject::io(), m_ctrlSpiReg, m_rxSpiFifo, m_transmitSpiReg, m_txSpiFifo, IOobject::read(), RAM::setSize(), IOdata::setU8(), and IOobject::write().

                                                {
  unsigned int val = subadd | 0x80 ; 
  m_txSpiFifo->setSize(16,1);
  m_rxSpiFifo->setSize(16,1);
  m_ctrlSpiReg->io()->setU8(0,1);
  m_ctrlSpiReg->io()->setU8(1,0);
  m_ctrlSpiReg->write();
  m_txSpiFifo->io()->setU8(0,val);
  m_txSpiFifo->io()->setU8(1,0);
  m_txSpiFifo->write();
  //  m_txSpiFifo->dump();
  StatusCode status = m_transmitSpiReg->write();  
  m_rxSpiFifo->read();
  //  m_rxSpiFifo->dump();
  //usleep(50);
  return   ((m_rxSpiFifo->io()->dataU8(0))&0xFF) + (((m_rxSpiFifo->io()->dataU8(1))&0xFF)<<8);
} 

spiSubAdd()

unsigned long int SeqPGA::spiSubAdd

(

)

Definition at line 282 of file SeqPGA.cpp.

References m_spiSubAdd.

Referenced by BOOST_PYTHON_MODULE(), and testSequence().

                                   {
  return ( m_spiSubAdd ) ;
}

spiWrite() [1/3]

StatusCode SeqPGA::spiWrite	(	unsigned int	subadd,
		unsigned int	nwords,
		unsigned int *	values
	)

Definition at line 321 of file SeqPGA.cpp.

References IOobject::io(), m_ctrlSpiReg, m_transmitSpiReg, m_txSpiFifo, RAM::setSize(), IOdata::setU8(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), TestSPI::execute(), FEB_v1::resetFE(), FEB_v1::resetFifoInjectFE(), FEB_v1::resetFifoSpyFE(), FEB_v1::setCalibCte(), FEB_v1::setClock80MHzFallingEdge(), FEB_v1::setClockFallingEdge(), FEB_v1::setDisableSubtract(), FEB_v1::setEnableBXIDReset(), FEB_v1::setGain4(), FEB_v1::setGlobalPseudoPMEnable(), FEB_v1::setInjectModeFE(), FEB_v1::setLatency(), FEB_v1::setLatencyLLT(), FEB_v1::setLatencyLLTCorner(), FEB_v1::setLatencyLLTSideNb(), FEB_v1::setLatencyLLTUpNb(), FEB_v1::setMaskLLT(), FEB_v1::setMaskLLTCorner(), FEB_v1::setMaskLLTSideNb(), FEB_v1::setMaskLLTUpNb(), FEB_v1::setOldSubtract(), FEB_v1::setOutputEport(), FEB_v1::setProbeEnable(), FEB_v1::setPseudoADCEnable(), FEB_v1::setPseudoPMEnable(), FEB_v1::setSpareForTrigEnable(), FEB_v1::setSpyModeFE(), FEB_v1::setSpyModeSeq(), FEB_v1::setStopInjLoop(), FEB_v1::setTestDuration(), FEB_v1::setThreshold(), testSequence(), FEB_v1::writeDataFifoInjectFE(), FEB_v1::writeFifoInjectFE(), FEB_v1::writeFifoLLT(), and FEB_v1::writeFifoSpyFE().

                                                                                         {
  unsigned int val = subadd & 0x7F; 
  m_txSpiFifo->setSize(16,nwords+1);
  m_ctrlSpiReg->io()->setU8(0,nwords&0xFF);
  m_ctrlSpiReg->io()->setU8(1,(nwords>>8)&0xFF);
  m_ctrlSpiReg->write();
  m_txSpiFifo->io()->setU8(0,val);
  m_txSpiFifo->io()->setU8(1,0);
  for (int w=0; w<nwords; ++w) {
    m_txSpiFifo->io()->setU8(2*w+2,values[w]&0xFF);
    m_txSpiFifo->io()->setU8(2*w+3,(values[w]>>8)&0xFF);
  }
  m_txSpiFifo->write();
  return m_transmitSpiReg->write();
}

spiWrite() [2/3]

StatusCode SeqPGA::spiWrite	(	unsigned int	subadd,
		unsigned int	nwords,
		PyObject *	value
	)

Definition at line 357 of file SeqPGA.cpp.

References IOobject::io(), m_ctrlSpiReg, m_transmitSpiReg, m_txSpiFifo, RAM::setSize(), IOdata::setU8(), and IOobject::write().

                                                                                    {
  unsigned int val = subadd & 0x7F; 
  m_txSpiFifo->setSize(16,nwords+1);
  m_ctrlSpiReg->io()->setU8(0,nwords&0xFF);
  m_ctrlSpiReg->io()->setU8(1,(nwords>>8)&0xFF);
  m_ctrlSpiReg->write();
  //  m_ctrlSpiReg->read();
  //  m_ctrlSpiReg->dump();
  m_txSpiFifo->io()->setU8(0,val);
  m_txSpiFifo->io()->setU8(1,0);
  for (int w=0; w<nwords; ++w) {
    val = PyInt_AsLong(PyList_GetItem(value,w));
    m_txSpiFifo->io()->setU8(2*w+2,val&0xFF);
    m_txSpiFifo->io()->setU8(2*w+3,(val>>8)&0xFF);
  }
  //  m_txSpiFifo->dump();
  m_txSpiFifo->write();
  return m_transmitSpiReg->write();
}

spiWrite() [3/3]

StatusCode SeqPGA::spiWrite	(	unsigned int	subadd,
		unsigned int	value
	)

Definition at line 404 of file SeqPGA.cpp.

References IOobject::io(), m_ctrlSpiReg, m_transmitSpiReg, m_txSpiFifo, RAM::setSize(), IOdata::setU8(), and IOobject::write().

                                                                  {
  unsigned int val = subadd & 0x7F; 
  m_txSpiFifo->setSize(16,2);
  m_ctrlSpiReg->io()->setU8(0,1);
  m_ctrlSpiReg->io()->setU8(1,0);
  m_ctrlSpiReg->write();
  //  m_ctrlSpiReg->read();
  m_txSpiFifo->io()->setU8(0,val);
  m_txSpiFifo->io()->setU8(1,0);
  m_txSpiFifo->io()->setU8(2,value&0xFF);
  m_txSpiFifo->io()->setU8(3,(value>>8)&0xFF);
  m_txSpiFifo->write();
  //  m_txSpiFifo->dump();
  return m_transmitSpiReg->write();
}

testSequence()

StatusCode SeqPGA::testSequence ( )

inline

Definition at line 96 of file SeqPGA.h.

References Object::debug(), extTrig(), i2cAdd(), i2cBuffer(), i2cData(), i2cGBTSCA(), i2cRead(), i2cSubAdd(), i2cWrite(), ledEnable(), m_testSeqReg, setExtTrig(), setI2cAdd(), setI2cBuffer(), setI2cGBTSCA(), setI2cSubAdd(), setLedEnable(), setSpiAdd(), setSpiEnable(), setSpiGBTSCA(), setSpiSubAdd(), spiAdd(), spiEnable(), spiGBTSCA(), spiRead(), spiSubAdd(), spiWrite(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and FEB_v1::testSequence().

                            {
    debug("SeqPGA testSequence.");
    return m_testSeqReg->write();
  };

transmitSpi()

StatusCode SeqPGA::transmitSpi ( )

inline

Definition at line 182 of file SeqPGA.h.

References m_transmitSpiReg, and IOobject::write().

                           {
    return m_transmitSpiReg->write();
  }

update()

void SeqPGA::update ( )

inlinevirtual

Update the Element configuration from the actual hardware

Implements Element.

Definition at line 72 of file SeqPGA.h.

Referenced by AppFrame.AppFrame::deleteHardware(), ConfFrame.ConfFrame::onChange(), GraphFrame.GraphFrame::onChange(), CfgFrame.CfgFrame::onChange(), ConfFrame.ConfFrame::onEdit(), AppFrame.AppFrame::onLoad(), ConfFrame.ConfFrame::onReLoad(), GraphFrame.GraphFrame::onReLoad(), CfgFrame.CfgFrame::onReLoad(), and AppFrame.AppFrame::onReLoad().

                 {
  };

usb()

UsbFTMLInterface* SeqPGA::usb ( )

inline

Definition at line 75 of file SeqPGA.h.

References m_usb.

Referenced by BOOST_PYTHON_MODULE(), and FEB_v1::FEB_v1().

                         {
    return m_usb;
  }

Member Data Documentation

m_addI2cReg

Register* SeqPGA::m_addI2cReg

private

Definition at line 210 of file SeqPGA.h.

Referenced by addI2cReg(), i2cAdd(), SeqPGA(), and setI2cAdd().

m_addSpiReg

Register* SeqPGA::m_addSpiReg

private

Definition at line 200 of file SeqPGA.h.

Referenced by SeqPGA(), setSpiAdd(), and spiAdd().

m_ctrlSpiReg

Register* SeqPGA::m_ctrlSpiReg

private

Definition at line 201 of file SeqPGA.h.

Referenced by SeqPGA(), spiRead(), and spiWrite().

m_i2cBuffer

unsigned int SeqPGA::m_i2cBuffer

private

Definition at line 207 of file SeqPGA.h.

Referenced by i2cBuffer(), i2cWrite(), and setI2cBuffer().

m_i2cSubAdd

unsigned int SeqPGA::m_i2cSubAdd

private

Definition at line 206 of file SeqPGA.h.

Referenced by i2cRead(), i2cSubAdd(), i2cWrite(), and setI2cSubAdd().

m_masterI2cReg

Register* SeqPGA::m_masterI2cReg

private

Definition at line 209 of file SeqPGA.h.

Referenced by i2cData(), i2cRead(), i2cWrite(), masterI2cReg(), and SeqPGA().

m_reg

Register* SeqPGA::m_reg

private

Definition at line 191 of file SeqPGA.h.

Referenced by reg(), and SeqPGA().

m_resetReg

Register* SeqPGA::m_resetReg

private

Definition at line 195 of file SeqPGA.h.

Referenced by reset(), resetSpi(), and SeqPGA().

m_rxSpiFifo

RAM* SeqPGA::m_rxSpiFifo

private

Definition at line 199 of file SeqPGA.h.

Referenced by SeqPGA(), and spiRead().

m_setupReg

Register* SeqPGA::m_setupReg

private

Definition at line 194 of file SeqPGA.h.

Referenced by extTrig(), i2cGBTSCA(), i2cRead(), i2cWrite(), ledEnable(), SeqPGA(), setExtTrig(), setI2cGBTSCA(), setLedEnable(), setSpiEnable(), setSpiGBTSCA(), setupReg(), spiEnable(), and spiGBTSCA().

m_spiSubAdd

unsigned int SeqPGA::m_spiSubAdd

private

Definition at line 205 of file SeqPGA.h.

Referenced by setSpiSubAdd(), and spiSubAdd().

m_statusReg

Register* SeqPGA::m_statusReg

private

Definition at line 193 of file SeqPGA.h.

Referenced by SeqPGA().

m_testSeqReg

Register* SeqPGA::m_testSeqReg

private

Definition at line 196 of file SeqPGA.h.

Referenced by SeqPGA(), and testSequence().

m_transmitSpiReg

Register* SeqPGA::m_transmitSpiReg

private

Definition at line 203 of file SeqPGA.h.

Referenced by SeqPGA(), spiRead(), spiWrite(), and transmitSpi().

m_txSpiFifo

RAM* SeqPGA::m_txSpiFifo

private

Definition at line 198 of file SeqPGA.h.

Referenced by SeqPGA(), spiRead(), and spiWrite().

m_usb

UsbFTMLInterface* SeqPGA::m_usb

private

Definition at line 187 of file SeqPGA.h.

Referenced by SeqPGA(), and usb().

m_usbi2c

UsbMLI2cBus* SeqPGA::m_usbi2c

private

Definition at line 188 of file SeqPGA.h.

Referenced by i2c(), and SeqPGA().

m_usbspi

UsbMLSpiBus* SeqPGA::m_usbspi

private

Definition at line 189 of file SeqPGA.h.

Referenced by SeqPGA(), and spi().

---

The documentation for this class was generated from the following files:

• /home/eleclhcb/LHCb/lbcat-cmake/CatCaloUpgrade/inc/SeqPGA.h
• /home/eleclhcb/LHCb/lbcat-cmake/CatCaloUpgrade/src/SeqPGA.cpp