A3PE Class Reference

#include <A3PE.h>

Inheritance diagram for A3PE:

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
	A3PE ()
	~A3PE ()
void	help ()
StatusCode	init ()
void	reset ()
StatusCode	resetStorageFifo ()
StatusCode	resetUsbPhasers ()
StatusCode	resetLatencyCounter ()
StatusCode	resetAcquisitionWriteCounter ()
StatusCode	resetPatternFifo ()
StatusCode	resetTriggerFifo ()
StatusCode	resetToAXRam ()
StatusCode	resetFromAXRam ()
StatusCode	resetSequenceFromToAX ()
StatusCode	resetFE ()
StatusCode	resetSPI ()
StatusCode	setEnableADC (unsigned int, bool)
StatusCode	setWriteStorageFifoUsb (bool)
bool	enableADC (unsigned int)
bool	writeStorageFifoUsb ()
StatusCode	setReadPatternFifoUsb (bool)
bool	readPatternFifoUsb ()
StatusCode	setReadTriggerFifoUsb (bool)
bool	readTriggerFifoUsb ()
StatusCode	setReadToAXRamUsb (bool)
bool	readToAXRamUsb ()
StatusCode	setWriteFromAXRamUsb (bool)
bool	writeFromAXRamUsb ()
StatusCode	setAXRamUsb (bool)
StatusCode	startSequenceAX ()
StatusCode	setSoftwareTrigger (bool)
bool	softwareTrigger ()
StatusCode	setClockDivision (unsigned int)
StatusCode	setTriggerDelay (unsigned int)
StatusCode	setSeqPulseDelay (unsigned int)
StatusCode	setTriggerRate (unsigned int)
StatusCode	setNTrigger (unsigned int)
StatusCode	setFifoLatency (unsigned short)
StatusCode	setFifoDepth (unsigned int)
unsigned int	clockDivision ()
unsigned int	triggerDelay ()
unsigned int	seqPulseDelay ()
unsigned int	triggerRate ()
unsigned int	nTrigger ()
unsigned int	fifoLatency ()
unsigned int	fifoDepth ()
StatusCode	acquisition ()
StatusCode	enableStorage ()
StatusCode	trigger ()
bool	dataReady ()
void	update ()
StatusCode	setInternalAXSequence (bool)
bool	internalAXSequence ()
StatusCode	setLengthAX (unsigned int)
unsigned int	lengthAX ()
StatusCode	setLatencyAX (unsigned int)
unsigned int	latencyAX ()
StatusCode	setPipeline (unsigned int)
unsigned int	pipeline ()
Register *	ctrlReg ()
Register *	setupReg ()
Register *	resetReg ()
Register *	statusReg ()
Register *	acqReg ()
Register *	latencyReg ()
Register *	writeLengthFifoReg ()
Register *	ctrlAnaMezzReg ()
Register *	clockDivisionReg ()
Register *	triggerReg ()
Register *	toAXReg ()
Register *	fromAXReg ()
Register *	spare3Reg ()
RAM *	storageRam ()
RAM *	patternRam ()
RAM *	triggerRam ()
RAM *	toAXRam ()
RAM *	fromAXRam ()
RAM *	testRam ()
Register *	fromAXRamPtrReg ()
Register *	toAXRamPtrReg ()
void	dumpStorage ()
void	loadStorage (std::string)
void	dumpPattern ()
void	loadPattern (std::string)
void	dumpTrigger ()
void	loadTrigger (std::string)
void	dumpToAX ()
void	loadToAX (std::string)
void	dumpFromAX ()
void	loadFromAX (std::string)
StatusCode	setAddToAXRam (int)
StatusCode	setAddFromAXRam (int)
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
Register *	m_globalUsbReset
Register *	m_ctrlReg
Register *	m_resetReg
Register *	m_setupReg
Register *	m_statusReg
Register *	m_acqReg
Register *	m_latencyReg
Register *	m_writeLengthFifoReg
Register *	m_ctrlAnaMezzReg
Register *	m_clockDivisionReg
Register *	m_triggerReg
Register *	m_toAXReg
Register *	m_fromAXReg
Register *	m_spare3Reg
RAM *	m_storageRam
RAM *	m_patternRam
RAM *	m_triggerRam
Register *	m_toAXRamPtr
Register *	m_fromAXRamPtr
RAM *	m_toAXRam
RAM *	m_fromAXRam
Register *	m_latencyAX
Register *	m_lengthAX
RAM *	m_testRam

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 20 of file A3PE.h.

Member Typedef Documentation

U16

typedef unsigned short A3PE::U16

Definition at line 23 of file A3PE.h.

U32

typedef unsigned long A3PE::U32

Definition at line 22 of file A3PE.h.

U8

typedef unsigned char A3PE::U8

Definition at line 24 of file A3PE.h.

Constructor & Destructor Documentation

A3PE()

A3PE::A3PE ( )

inline

Definition at line 25 of file A3PE.h.

References Attrib::add(), Hierarchy::addChild(), Object::debug(), IOdata::defDataU16(), IOdata::defDataU32(), Attrib::ELEMENT, Attrib::HARDWARE, IOobject::io(), m_acqReg, m_clockDivisionReg, m_ctrlAnaMezzReg, m_ctrlReg, m_fromAXRam, m_fromAXRamPtr, m_fromAXReg, m_globalUsbReset, m_latencyAX, m_latencyReg, m_lengthAX, m_patternRam, m_resetReg, m_setupReg, m_spare3Reg, m_statusReg, m_storageRam, m_testRam, m_toAXRam, m_toAXRamPtr, m_toAXReg, m_triggerRam, m_triggerReg, m_writeLengthFifoReg, IOobject::setAddress(), Object::setId(), Object::setName(), RAM::setSize(), and Object::setType().

        {
    setType("A3PE");
    setId(0);
    add(Attrib::ELEMENT); add (Attrib::HARDWARE);
    debug("A3PE built.","A3PE::A3PE");

    m_globalUsbReset=new Register();
    addChild(m_globalUsbReset);
    m_globalUsbReset->setName("GlobalUsbReset");
    m_globalUsbReset->io()->defDataU32(1);
    m_globalUsbReset->setAddress(112);

    m_ctrlReg=new Register();
    addChild(m_ctrlReg);
    m_ctrlReg->setName("CtrlRegister");
    m_ctrlReg->io()->defDataU32(1);
    m_ctrlReg->setAddress(20);

    m_resetReg=new Register();
    addChild(m_resetReg);
    m_resetReg->setName("ResetRegister");
    m_resetReg->io()->defDataU16(1);
    m_resetReg->setAddress(1);

    m_statusReg=new Register();
    addChild(m_statusReg);
    m_statusReg->setName("StatusRegister");
    m_statusReg->io()->defDataU16(1);
    m_statusReg->setAddress(3);

    m_setupReg=new Register();
    addChild(m_setupReg);
    m_setupReg->setName("SetupRegister");
    m_setupReg->io()->defDataU16(1);
    m_setupReg->setAddress(2);

    m_acqReg=new Register();
    addChild(m_acqReg);
    m_acqReg->setName("AcqRegister");
    m_acqReg->io()->defDataU16(1);
    m_acqReg->setAddress(4);

    m_latencyReg=new Register();
    addChild(m_latencyReg);
    m_latencyReg->setName("LatencyRegister");
    m_latencyReg->io()->defDataU16(1);
    m_latencyReg->setAddress(7);

    m_writeLengthFifoReg=new Register();
    addChild(m_writeLengthFifoReg);
    m_writeLengthFifoReg->setName("WriteLengthFifoRegister");
    m_writeLengthFifoReg->io()->defDataU16(1);
    m_writeLengthFifoReg->setAddress(8);

    //ICECAL Analog Mezzanine Relays:
    m_ctrlAnaMezzReg=new Register();
    addChild(m_ctrlAnaMezzReg);
    m_ctrlAnaMezzReg->setName("CtrlAnaMezzReg");
    m_ctrlAnaMezzReg->io()->defDataU32(1);
    m_ctrlAnaMezzReg->setAddress(20);

    m_clockDivisionReg=new Register();
    addChild(m_clockDivisionReg);
    m_clockDivisionReg->setName("ClockDivisionReg");
    m_clockDivisionReg->io()->defDataU32(1);
    m_clockDivisionReg->setAddress(23);

    m_triggerReg=new Register();
    addChild(m_triggerReg);
    m_triggerReg->setName("TriggerReg");
    m_triggerReg->io()->defDataU32(1);
    m_triggerReg->setAddress(24);

    m_toAXReg=new Register();
    addChild(m_toAXReg);
    m_toAXReg->setName("ToAXReg");
    m_toAXReg->io()->defDataU32(1);
    m_toAXReg->setAddress(26);

    m_fromAXReg=new Register();
    addChild(m_fromAXReg);
    m_fromAXReg->setName("FromAXReg");
    m_fromAXReg->io()->defDataU32(1);
    m_fromAXReg->setAddress(27);

    m_spare3Reg=new Register();
    addChild(m_spare3Reg);
    m_spare3Reg->setName("Spare3Reg");
    m_spare3Reg->io()->defDataU32(1);
    m_spare3Reg->setAddress(19);

    m_storageRam=new RAM();
    addChild(m_storageRam);
    m_storageRam->setName("StorageRam");
    m_storageRam->setSize(96,512);
    m_storageRam->setAddress(6);

    m_patternRam=new RAM();
    addChild(m_patternRam);
    m_patternRam->setName("PatternRam");
    m_patternRam->setSize(96,512);
    m_patternRam->setAddress(28);

    m_triggerRam=new RAM();
    addChild(m_triggerRam);
    m_triggerRam->setName("TriggerRam");
    m_triggerRam->setSize(8,512);
    m_triggerRam->setAddress(31);

    m_toAXRamPtr=new Register();
    addChild(m_toAXRamPtr);
    m_toAXRamPtr->setName("ToAXRamPtr");
    m_toAXRamPtr->io()->defDataU16(1);
    m_toAXRamPtr->setAddress(35);

    m_toAXRam=new RAM();
    addChild(m_toAXRam);
    m_toAXRam->setName("ToAXRam");
    m_toAXRam->setSize(32,512);
    m_toAXRam->setAddress(29);

    m_fromAXRamPtr=new Register();
    addChild(m_fromAXRamPtr);
    m_fromAXRamPtr->setName("FromAXRamPtr");
    m_fromAXRamPtr->io()->defDataU16(1);
    m_fromAXRamPtr->setAddress(36);

    m_fromAXRam=new RAM();
    addChild(m_fromAXRam);
    m_fromAXRam->setName("FromAXRam");
    m_fromAXRam->setSize(32,512);
    m_fromAXRam->setAddress(30);

    m_latencyAX=new Register();
    addChild(m_latencyAX);
    m_latencyAX->setName("LatencyAX");
    m_latencyAX->io()->defDataU32(1);
    m_latencyAX->setAddress(32);

    m_lengthAX=new Register();
    addChild(m_lengthAX);
    m_lengthAX->setName("LengthAX");
    m_lengthAX->io()->defDataU16(1);
    m_lengthAX->setAddress(34);

    m_testRam=new RAM();
    addChild(m_testRam);
    m_testRam->setName("TestRam");
    m_testRam->setSize(32,50);
    m_testRam->setAddress(27);
  }

~A3PE()

A3PE::~A3PE ( )

inline

Definition at line 177 of file A3PE.h.

         {
    /*
    delete m_globalUsbReset;
    delete m_ctrlReg;
    delete m_resetReg;
    delete m_setupReg;
    delete m_statusReg;
    delete m_acqReg;
    delete m_latencyReg;
    delete m_writeLengthFifoReg;
    delete m_clockDivisionReg;
    delete m_triggerReg;
    delete m_toAXReg;
    delete m_fromAXReg;
    delete m_spare3Reg;
    delete m_storageRam;
    delete m_patternRam;
    delete m_triggerRam;
    delete m_toAXRam;
    delete m_fromAXRam;
    delete m_toAXRamPtr;
    delete m_fromAXRamPtr;
    delete m_lengthAX;
    delete m_latencyAX;
    delete m_testRam;
    */
  }

Member Function Documentation

acqReg()

Register* A3PE::acqReg ( )

inline

Definition at line 500 of file A3PE.h.

References m_acqReg.

Referenced by BOOST_PYTHON_MODULE().

                    {
    return m_acqReg;
  }

acquisition()

StatusCode A3PE::acquisition

(

)

Definition at line 417 of file A3PE.cpp.

References Object::debug(), m_acqReg, Register::setBit(), and Object::warning().

Referenced by BOOST_PYTHON_MODULE(), StorageFifoAcquisition::execute(), StorageFifo::execute(), and reset().

                            {
  debug("Acquisition sequence started","A3PE::acquisition");
  warning("This acquisition trigger does not release the busy bit !",
      "A3PE::acquisition");
  return m_acqReg->setBit(3,1);
}

clockDivision()

unsigned int A3PE::clockDivision

(

)

Definition at line 448 of file A3PE.cpp.

References shell::data(), IOdata::dataU32(), Object::error(), IOobject::io(), StatusCode::isFailure(), m_clockDivisionReg, Object::name(), and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                                {
  if (m_clockDivisionReg->read().isFailure()){
    error("Cannot read Clock Division register "+m_clockDivisionReg->name(),
        "Register::setClockDivision");
    return 0;
  }
  unsigned long int data=m_clockDivisionReg->io()->dataU32()[0];
  return (data&(16777215)); // switch last 24 bits at 0
}

clockDivisionReg()

Register* A3PE::clockDivisionReg ( )

inline

Definition at line 516 of file A3PE.h.

References m_clockDivisionReg.

Referenced by BOOST_PYTHON_MODULE().

                              {
    return m_clockDivisionReg;
  }

ctrlAnaMezzReg()

Register* A3PE::ctrlAnaMezzReg ( )

inline

Definition at line 512 of file A3PE.h.

References m_ctrlAnaMezzReg.

Referenced by BOOST_PYTHON_MODULE().

                            {
    return m_ctrlAnaMezzReg;
  }

ctrlReg()

Register* A3PE::ctrlReg ( )

inline

Definition at line 484 of file A3PE.h.

References m_ctrlReg.

Referenced by BOOST_PYTHON_MODULE().

                     {
    return m_ctrlReg;
  }

dataReady()

bool A3PE::dataReady

(

)

Definition at line 406 of file A3PE.cpp.

References Object::debug(), Register::getBit(), and m_acqReg.

Referenced by BOOST_PYTHON_MODULE(), Acquisition::execute(), and reset().

                    {
  bool isReady=m_acqReg->getBit(2);
  if (isReady) {
    debug("Spying EnableStorage bit - Data Ready: NO ","A3PE::dataReady");
  }
  else {
    debug("Spying EnableStorage bit - Data Ready: YES","A3PE::dataReady");
  }
  return (!isReady);
}

dumpFromAX()

void A3PE::dumpFromAX

(

)

Definition at line 896 of file A3PE.cpp.

References IOdata::dataU8(), fromAXRam(), Object::info(), IOobject::io(), itos(), lengthAX(), IOobject::read(), setAddFromAXRam(), and setAXRamUsb().

Referenced by BOOST_PYTHON_MODULE(), and toAXRamPtrReg().

                     {
  setAXRamUsb(true);
  setAddFromAXRam(0);
  fromAXRam()->read();
  U8* val=fromAXRam()->io()->dataU8();
  unsigned int l=lengthAX();
  info("Length AX="+itos(l));
  char line[100];
  for (int d=0; d<l+2; ++d){
    sprintf(line,"%3d -> %1d %1d %1d %1d",
        d,val[4*d],val[1+4*d],val[2+4*d],val[3+4*d]);
    info(line);
  }
}

dumpPattern()

void A3PE::dumpPattern

(

)

Definition at line 716 of file A3PE.cpp.

References IOdata::dataU8(), RAM::depth(), Object::info(), IOobject::io(), patternRam(), IOobject::read(), and setReadPatternFifoUsb().

Referenced by BOOST_PYTHON_MODULE(), and toAXRamPtrReg().

                      {
  RAM* fifo=patternRam();
  setReadPatternFifoUsb(true);
  fifo->read();
  setReadPatternFifoUsb(false);
  int val[12];
  char line[100];
  for (unsigned int d=0; d<fifo->depth(); ++d){
    val[0] =fifo->io()->dataU8( 0+12*d);
    val[1] =fifo->io()->dataU8( 1+12*d);
    val[2] =fifo->io()->dataU8( 2+12*d);
    val[3] =fifo->io()->dataU8( 3+12*d);
    val[4] =fifo->io()->dataU8( 4+12*d);
    val[5] =fifo->io()->dataU8( 5+12*d);
    val[6] =fifo->io()->dataU8( 6+12*d);
    val[7] =fifo->io()->dataU8( 7+12*d);
    val[8] =fifo->io()->dataU8( 8+12*d);
    val[9] =fifo->io()->dataU8( 9+12*d);
    val[10]=fifo->io()->dataU8(10+12*d);
    val[11]=fifo->io()->dataU8(11+12*d);
    sprintf(line,"%3d -> %4d %4d %4d %4d %4d %4d %4d %4d",
        d,
        val[0]+((val[1]&0xf)<<8),(val[1]>>4)+(val[2]<<4),
        val[3]+((val[4]&0xf)<<8),(val[4]>>4)+(val[5]<<4),
        val[6]+((val[7]&0xf)<<8),(val[7]>>4)+(val[8]<<4),
        val[9]+((val[10]&0xf)<<8),(val[10]>>4)+(val[11]<<4)
        );
    info(line);
  }
}

dumpStorage()

void A3PE::dumpStorage

(

)

Definition at line 641 of file A3PE.cpp.

References IOdata::dataU8(), fifoDepth(), Object::info(), IOobject::io(), IOobject::read(), and storageRam().

Referenced by BOOST_PYTHON_MODULE(), and toAXRamPtrReg().

                      {
  RAM* fifo=storageRam();
  fifo->read();
  int val[12];
  char line[100];
  for (unsigned int d=0; d<fifoDepth(); ++d){
    val[0] =fifo->io()->dataU8( 0+12*d);
    val[1] =fifo->io()->dataU8( 1+12*d);
    val[2] =fifo->io()->dataU8( 2+12*d);
    val[3] =fifo->io()->dataU8( 3+12*d);
    val[4] =fifo->io()->dataU8( 4+12*d);
    val[5] =fifo->io()->dataU8( 5+12*d);
    val[6] =fifo->io()->dataU8( 6+12*d);
    val[7] =fifo->io()->dataU8( 7+12*d);
    val[8] =fifo->io()->dataU8( 8+12*d);
    val[9] =fifo->io()->dataU8( 9+12*d);
    val[10]=fifo->io()->dataU8(10+12*d);
    val[11]=fifo->io()->dataU8(11+12*d);
    sprintf(line,"%3d -> %4d %4d %4d %4d %4d %4d %4d %4d",
        d,
        val[0]+((val[1]&0xf)<<8),(val[1]>>4)+(val[2]<<4),
        val[3]+((val[4]&0xf)<<8),(val[4]>>4)+(val[5]<<4),
        val[6]+((val[7]&0xf)<<8),(val[7]>>4)+(val[8]<<4),
        val[9]+((val[10]&0xf)<<8),(val[10]>>4)+(val[11]<<4)
        );
    info(line);
  }
}

dumpToAX()

void A3PE::dumpToAX

(

)

Definition at line 844 of file A3PE.cpp.

References IOdata::dataU8(), RAM::depth(), Object::info(), IOobject::io(), IOobject::read(), setAddToAXRam(), setReadToAXRamUsb(), and toAXRam().

Referenced by BOOST_PYTHON_MODULE(), and toAXRamPtrReg().

                   {
  setAddToAXRam(0);
  setReadToAXRamUsb(true);
  toAXRam()->read();
  setReadToAXRamUsb(false);
  U8* val=toAXRam()->io()->dataU8();
  char line[100];
  for (int d=0; d<toAXRam()->depth(); ++d){
    sprintf(line,"%3d -> %1d %1d %1d %1d",
        d,val[4*d],val[1+4*d],val[2+4*d],val[3+4*d]);
    info(line);
  }
}

dumpTrigger()

void A3PE::dumpTrigger

(

)

Definition at line 791 of file A3PE.cpp.

References IOdata::dataU8(), RAM::depth(), Object::info(), IOobject::io(), IOobject::read(), setReadTriggerFifoUsb(), and triggerRam().

Referenced by BOOST_PYTHON_MODULE(), and toAXRamPtrReg().

                      {
  RAM* fifo=triggerRam();
  setReadTriggerFifoUsb(true);
  fifo->read();
  setReadTriggerFifoUsb(false);
  int val;
  char line[100];
  for (int d=0; d<fifo->depth(); ++d){
    val=fifo->io()->dataU8(d);
    sprintf(line,"%3d -> %1d %1d %1d %1d %1d %1d %1d %1d",
        d,
        val&0x1,(val>>1)&0x1,(val>>2)&0x1,(val>>3)&0x1,
        (val>>4)&0x1,(val>>5)&0x1,(val>>6)&0x1,(val>>7)&0x1);
    info(line);
  }
}

enableADC()

bool A3PE::enableADC

(

unsigned int

adc

)

Definition at line 265 of file A3PE.cpp.

References Register::getBit(), and m_setupReg.

Referenced by BOOST_PYTHON_MODULE(), and reset().

                                    {
  if (adc<8){
    return m_setupReg->getBit(adc);
  }
  return false;
}

enableStorage()

StatusCode A3PE::enableStorage

(

)

Definition at line 383 of file A3PE.cpp.

References shell::data(), IOdata::dataU16(), Object::error(), StatusCode::FAILURE, IOobject::io(), StatusCode::isFailure(), m_acqReg, m_resetReg, Object::name(), IOobject::read(), IOdata::setU16(), StatusCode::SUCCESS, and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), Acquisition::execute(), and reset().

                              {
  // enable data storage
  if (m_acqReg->read().isFailure()){
    error("Cannot read acquisition register "+name(),"A3P3::enableStorage");
    return StatusCode::FAILURE;
  }
  unsigned int data=m_acqReg->io()->dataU16()[0];
  //  info("Value before acquisition: "+itos(data));
  data|=4;
  m_acqReg->io()->setU16(0,data);
  if (m_acqReg->write().isFailure()){
    error("Cannot write acquisition register ","A3P3::enableStorage");
    return StatusCode::FAILURE;
  }
  // reset the busy line
  m_resetReg->io()->setU16(0,8);
  if (m_resetReg->write().isFailure()){
    error("Cannot reset Busy line"+name(),"A3P3::enableStorage");
    return StatusCode::FAILURE;
  }
  return StatusCode::SUCCESS;
}

fifoDepth()

unsigned int A3PE::fifoDepth

(

)

Definition at line 631 of file A3PE.cpp.

References shell::data(), IOdata::dataU16(), Object::error(), IOobject::io(), StatusCode::isFailure(), m_writeLengthFifoReg, Object::name(), and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), dumpStorage(), StorageFifo::initialize(), loadStorage(), and reset().

                            {
  if (m_writeLengthFifoReg->read().isFailure()){
    error("Cannot read writeLengthFifo register "+m_writeLengthFifoReg->name(),
        "Register::setFifoDepth");
    return 0;
  }
  unsigned short data=m_writeLengthFifoReg->io()->dataU16()[0];
  return (data&511);   
}

fifoLatency()

unsigned int A3PE::fifoLatency

(

)

Definition at line 599 of file A3PE.cpp.

References shell::data(), IOdata::dataU16(), Object::error(), IOobject::io(), StatusCode::isFailure(), m_latencyReg, Object::name(), and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                              {
  if (m_latencyReg->read().isFailure()){
    error("Cannot read Latency register "+m_latencyReg->name(),
        "Register::setFifoLatency");
    return 0;
  }
  unsigned short data=m_latencyReg->io()->dataU16()[0];
  return (data&65535);   
}

fromAXRam()

RAM* A3PE::fromAXRam ( )

inline

Definition at line 552 of file A3PE.h.

References m_fromAXRam.

Referenced by BOOST_PYTHON_MODULE(), dumpFromAX(), A3PE_BitFlip::initialize(), and loadFromAX().

                  {
    return m_fromAXRam;
  }

fromAXRamPtrReg()

Register* A3PE::fromAXRamPtrReg ( )

inline

Definition at line 560 of file A3PE.h.

References m_fromAXRamPtr.

                             {
    return m_fromAXRamPtr;
  }

fromAXReg()

Register* A3PE::fromAXReg ( )

inline

Definition at line 528 of file A3PE.h.

References m_fromAXReg.

Referenced by BOOST_PYTHON_MODULE().

                       {
    return m_fromAXReg;
  }

help()

void A3PE::help ( )

inlinevirtual

printout help for the element

Implements Element.

Definition at line 208 of file A3PE.h.

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

{ info("A3PE "+name()+". No help.","A3PE::help"); };

init()

StatusCode A3PE::init ( )

inlinevirtual

init the component

Returns

void

Implements Element.

Definition at line 214 of file A3PE.h.

References StatusCode::SUCCESS.

                    {
    return StatusCode::SUCCESS;
  };

internalAXSequence()

bool A3PE::internalAXSequence

(

)

Definition at line 285 of file A3PE.cpp.

References Object::debug(), Register::getBit(), and m_setupReg.

Referenced by BOOST_PYTHON_MODULE(), A3PE_BitFlip::initialize(), and update().

                             {
  debug("Get fpga loop mode","A3PE::internalAXSequence");
  return m_setupReg->getBit(12);
}

latencyAX()

unsigned int A3PE::latencyAX

(

)

Definition at line 348 of file A3PE.cpp.

References shell::data(), IOdata::dataU32(), Object::error(), IOobject::io(), StatusCode::isFailure(), m_latencyAX, Object::name(), and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), A3PE_BitFlip::initialize(), and update().

                            {
  if (m_latencyAX->read().isFailure()){
    error("Cannot read Latency AX register "+m_latencyAX->name(),
        "A3PE::latencyAX");
    return 0;
  }
  unsigned long int data=m_latencyAX->io()->dataU32()[0];
  return (data&0xffffff);
  return 0;
}

latencyReg()

Register* A3PE::latencyReg ( )

inline

Definition at line 504 of file A3PE.h.

References m_latencyReg.

                        {
    return m_latencyReg;
  }

lengthAX()

unsigned int A3PE::lengthAX

(

)

Definition at line 338 of file A3PE.cpp.

References shell::data(), IOdata::dataU16(), Object::error(), IOobject::io(), StatusCode::isFailure(), m_lengthAX, Object::name(), and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), dumpFromAX(), A3PE_BitFlip::initialize(), and update().

                           {
  if (m_lengthAX->read().isFailure()){
    error("Cannot read Length AX register "+m_lengthAX->name(),
        "A3PE::lengthAX");
    return 0;
  }
  unsigned long int data=m_lengthAX->io()->dataU16()[0];
  return (data&0xffff);
}

loadFromAX()

void A3PE::loadFromAX

(

std::string

filename

)

Definition at line 911 of file A3PE.cpp.

References shell::data(), IOdata::dataU8(), RAM::depth(), fromAXRam(), Object::info(), IOobject::io(), itos(), setAddFromAXRam(), setWriteFromAXRamUsb(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and toAXRamPtrReg().

                                       {
  setAddFromAXRam(0);
  std::ifstream ifs(filename.c_str(),std::ifstream::in);
  std::string s;
  std::string comment;
  std::istringstream instream;
  U8* data=fromAXRam()->io()->dataU8();
  int depth=fromAXRam()->depth();
  int d=0;
  int c0, c1, c2, c3;
  while (getline(ifs, s) && d<depth) { // Reads line into s
      instream.clear();     // Reset from possible previous errors.
      instream.str(s);      // Use s as source of input.
      instream>>std::ws;
      if (!instream.eof()) {
        instream >> comment;
        if (comment==std::string("#")) {
          info(s);
        }
        else {
          instream.clear();     // Reset from possible previous errors.
          instream.str(s);      // Use s as source of input.
          instream>>c0>>c1>>c2>>c3;
          info(itos(c0)+" "+itos(c1)+" "+itos(c2)+" "+itos(c3));
          data[  4*d]=c0&0xff;
          data[1+4*d]=c1&0xff;
          data[2+4*d]=c2&0xff;
          data[3+4*d]=c3&0xff;
          d++;
        }
      }
  }
  ifs.close();
  setWriteFromAXRamUsb(true);
  fromAXRam()->write();
  setWriteFromAXRamUsb(false);
}

loadPattern()

void A3PE::loadPattern

(

std::string

filename

)

Definition at line 747 of file A3PE.cpp.

References shell::data(), IOdata::dataU8(), RAM::depth(), Object::info(), IOobject::io(), itos(), patternRam(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and toAXRamPtrReg().

                                        {
  std::ifstream ifs(filename.c_str(),std::ifstream::in);
  std::string s;
  std::string comment;
  std::istringstream instream;
  U8* data=patternRam()->io()->dataU8();
  int depth=patternRam()->depth();
  int d=0;
  int c0, c1, c2, c3, c4, c5, c6, c7;
  while (getline(ifs, s) && d<depth) { // Reads line into s
      instream.clear();     // Reset from possible previous errors.
      instream.str(s);      // Use s as source of input.
      instream>>std::ws;
      if (!instream.eof()) {
        instream >> comment;
        if (comment==std::string("#")) {
          info(s);
        }
        else {
          instream.clear();     // Reset from possible previous errors.
          instream.str(s);      // Use s as source of input.
          instream>>c0>>c1>>c2>>c3>>c4>>c5>>c6>>c7;
          info(itos(c0)+" "+itos(c1)+" "+itos(c2)+" "+itos(c3)
              +" "+itos(c4)+" "+itos(c5)+" "+itos(c6)+" "+itos(c7));
          data[   12*d]=(c0&0xff);
          data[ 1+12*d]=((c0>>8)&0xf)+((c1<<4)&0xf0);
          data[ 2+12*d]=((c1>>4)&0xff);
          data[ 3+12*d]=(c2&0xff);
          data[ 4+12*d]=((c2>>8)&0xf)+((c3<<4)&0xf0);
          data[ 5+12*d]=((c3>>4)&0xff);
          data[ 6+12*d]=(c4&0xff);
          data[ 7+12*d]=((c4>>8)&0xf)+((c5<<4)&0xf0);
          data[ 8+12*d]=((c5>>4)&0xff);
          data[ 9+12*d]=(c6&0xff);
          data[10+12*d]=((c6>>8)&0xf)+((c7<<4)&0xf0);
          data[11+12*d]=((c7>>4)&0xff);
          d++;
        }
      }
  }
  ifs.close();
  patternRam()->write();
}

loadStorage()

void A3PE::loadStorage

(

std::string

filename

)

Definition at line 670 of file A3PE.cpp.

References shell::data(), IOdata::dataU8(), fifoDepth(), Object::info(), IOobject::io(), itos(), setWriteStorageFifoUsb(), storageRam(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and toAXRamPtrReg().

                                        {
  std::ifstream ifs(filename.c_str(),std::ifstream::in);
  std::string s;
  std::string comment;
  std::istringstream instream;
  U8* data=storageRam()->io()->dataU8();
  int depth=fifoDepth();
  int d=0;
  int c0, c1, c2, c3, c4, c5, c6, c7;
  while (getline(ifs, s) && d<depth) { // Reads line into s
      instream.clear();     // Reset from possible previous errors.
      instream.str(s);      // Use s as source of input.
      instream>>std::ws;
      if (!instream.eof()) {
        instream >> comment;
        if (comment==std::string("#")) {
          info(s);
        }
        else {
          instream.clear();     // Reset from possible previous errors.
          instream.str(s);      // Use s as source of input.
          instream>>c0>>c1>>c2>>c3>>c4>>c5>>c6>>c7;
          info(itos(c0)+" "+itos(c1)+" "+itos(c2)+" "+itos(c3)
              +" "+itos(c4)+" "+itos(c5)+" "+itos(c6)+" "+itos(c7));
          data[   12*d]=(c0&0xff);
          data[ 1+12*d]=((c0>>8)&0xf)+((c1<<4)&0xf0);
          data[ 2+12*d]=((c1>>4)&0xff);
          data[ 3+12*d]=(c2&0xff);
          data[ 4+12*d]=((c2>>8)&0xf)+((c3<<4)&0xf0);
          data[ 5+12*d]=((c3>>4)&0xff);
          data[ 6+12*d]=(c4&0xff);
          data[ 7+12*d]=((c4>>8)&0xf)+((c5<<4)&0xf0);
          data[ 8+12*d]=((c5>>4)&0xff);
          data[ 9+12*d]=(c6&0xff);
          data[10+12*d]=((c6>>8)&0xf)+((c7<<4)&0xf0);
          data[11+12*d]=((c7>>4)&0xff);
          d++;
        }
      }
  }
  ifs.close();
  setWriteStorageFifoUsb(true);
  storageRam()->write();
  setWriteStorageFifoUsb(false);
}

loadToAX()

void A3PE::loadToAX

(

std::string

filename

)

Definition at line 858 of file A3PE.cpp.

References shell::data(), IOdata::dataU8(), RAM::depth(), Object::info(), IOobject::io(), itos(), setAddToAXRam(), setAXRamUsb(), toAXRam(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), A3PE_BitFlip::initialize(), and toAXRamPtrReg().

                                     {
  setAXRamUsb(true);
  setAddToAXRam(0);
  info("loadtoax="+filename);
  std::ifstream ifs(filename.c_str(),std::ifstream::in);
  std::string s;
  std::string comment;
  std::istringstream instream;
  U8* data=toAXRam()->io()->dataU8();
  int depth=toAXRam()->depth();
  int d=0;
  int c0, c1, c2, c3;
  while (getline(ifs, s) && d<depth) { // Reads line into s
      instream.clear();     // Reset from possible previous errors.
      instream.str(s);      // Use s as source of input.
      instream>>std::ws;
      if (!instream.eof()) {
        instream >> comment;
        if (comment==std::string("#")) {
          info(s);
        }
        else {
          instream.clear();     // Reset from possible previous errors.
          instream.str(s);      // Use s as source of input.
          instream>>c0>>c1>>c2>>c3;
          info(itos(c0)+" "+itos(c1)+" "+itos(c2)+" "+itos(c3));
          data[  4*d]=c0&0xff;
          data[1+4*d]=c1&0xff;
          data[2+4*d]=c2&0xff;
          data[3+4*d]=c3&0xff;
          d++;
        }
      }
  }
  ifs.close();
  toAXRam()->write();
}

loadTrigger()

void A3PE::loadTrigger

(

std::string

filename

)

Definition at line 809 of file A3PE.cpp.

References shell::data(), IOdata::dataU8(), RAM::depth(), Object::info(), IOobject::io(), itos(), triggerRam(), Object::warning(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and toAXRamPtrReg().

                                        {
  std::ifstream ifs(filename.c_str(),std::ifstream::in);
  std::string s;
  std::string comment;
  std::istringstream instream;
  U8* data=triggerRam()->io()->dataU8();
  int depth=triggerRam()->depth();
  int d=0;
  int c0, c1, c2, c3, c4, c5, c6, c7;
  while (getline(ifs, s) && d<depth) { // Reads line into s
      instream.clear();     // Reset from possible previous errors.
      instream.str(s);      // Use s as source of input.
      instream>>std::ws;
      if (!instream.eof()) {
        instream >> comment;
        if (comment==std::string("#")) {
          info(s);
        }
        else {
          instream.clear();     // Reset from possible previous errors.
          instream.str(s);      // Use s as source of input.
          instream>>c0>>c1>>c2>>c3>>c4>>c5>>c6>>c7;
          info(itos(c0)+" "+itos(c1)+" "+itos(c2)+" "+itos(c3)
              +" "+itos(c4)+" "+itos(c5)+" "+itos(c6)+" "+itos(c7));
          data[d]=c0+((c1&0x1)<<1)+((c2&0x1)<<2)+((c3&0x1)<<3)+
              ((c4&0x1)<<4)+((c5&0x1)<<5)+((c6&0x1)<<6)+((c7&0x1)<<7);
          warning(itos(d)+" => "+itos(data[d]));
          d++;
        }
      }
  }
  ifs.close();
  triggerRam()->write();
}

nTrigger()

unsigned int A3PE::nTrigger

(

)

Definition at line 568 of file A3PE.cpp.

References shell::data(), IOdata::dataU32(), Object::error(), IOobject::io(), StatusCode::isFailure(), m_triggerReg, Object::name(), and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                           {
  if (m_triggerReg->read().isFailure()){
    error("Cannot read Trigger register "+m_triggerReg->name(),
        "Register::setNTrigger");
    return 0;
  }
  unsigned long int data=m_triggerReg->io()->dataU32()[0];
  return ((data>>24)&255);
}

patternRam()

RAM* A3PE::patternRam ( )

inline

Definition at line 540 of file A3PE.h.

References m_patternRam.

Referenced by BOOST_PYTHON_MODULE(), dumpPattern(), and loadPattern().

                   {
    return m_patternRam;
  }

pipeline()

unsigned int A3PE::pipeline

(

)

Definition at line 307 of file A3PE.cpp.

References IOdata::dataU16(), Object::error(), IOobject::io(), StatusCode::isFailure(), m_acqReg, Object::name(), and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), and update().

                           {
  if (m_acqReg->read().isFailure()){
    error("Cannot read acquisition register "+m_acqReg->name(),
      "A3PE::pipeline");
    return 0;
  }
  return (((m_acqReg->io()->dataU16()[0])>>6)&3);
}

readPatternFifoUsb()

bool A3PE::readPatternFifoUsb

(

)

Definition at line 253 of file A3PE.cpp.

References Register::getBit(), and m_setupReg.

Referenced by BOOST_PYTHON_MODULE(), and reset().

                             {
  if (m_setupReg->getBit(9)==1) return true;
  return false;
}

readToAXRamUsb()

bool A3PE::readToAXRamUsb

(

)

Definition at line 272 of file A3PE.cpp.

References Register::getBit(), and m_setupReg.

Referenced by BOOST_PYTHON_MODULE(), and reset().

                         {
  return (m_setupReg->getBit(10)==1&&m_setupReg->getBit(11)==1);
}

readTriggerFifoUsb()

bool A3PE::readTriggerFifoUsb

(

)

Definition at line 258 of file A3PE.cpp.

References Register::getBit(), and m_setupReg.

Referenced by BOOST_PYTHON_MODULE(), and reset().

                             {
  if (m_setupReg->getBit(9)==1) return true;
  return false;
}

reset()

void A3PE::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 225 of file A3PE.h.

References acquisition(), clockDivision(), dataReady(), enableADC(), enableStorage(), Object::error(), fifoDepth(), fifoLatency(), Object::info(), IOobject::io(), StatusCode::isFailure(), m_globalUsbReset, m_resetReg, Object::name(), nTrigger(), readPatternFifoUsb(), readToAXRamUsb(), readTriggerFifoUsb(), resetAcquisitionWriteCounter(), resetFE(), resetFromAXRam(), resetLatencyCounter(), resetPatternFifo(), resetSequenceFromToAX(), resetSPI(), resetStorageFifo(), resetToAXRam(), resetTriggerFifo(), resetUsbPhasers(), seqPulseDelay(), setAXRamUsb(), setClockDivision(), setEnableADC(), setFifoDepth(), setFifoLatency(), setNTrigger(), setReadPatternFifoUsb(), setReadToAXRamUsb(), setReadTriggerFifoUsb(), setSeqPulseDelay(), setSoftwareTrigger(), setTriggerDelay(), setTriggerRate(), IOdata::setU16(), setWriteFromAXRamUsb(), setWriteStorageFifoUsb(), softwareTrigger(), startSequenceAX(), trigger(), triggerDelay(), triggerRate(), IOobject::write(), writeFromAXRamUsb(), and writeStorageFifoUsb().

Referenced by BOOST_PYTHON_MODULE(), and Proto40MHz_v1::reset().

               {
        info("A3PE reset procedure.");
    info("A3PE global usb reset.","A3PE::reset");
    if (m_globalUsbReset->write().isFailure()){
      error("Cannot trigger a Global Usb reset on A3PE "+name(),"A3PE::reset");
    }
    info("A3PE global reset.","A3PE::reset");
        m_resetReg->io()->setU16(0,0xFFFF);
    if (m_resetReg->write().isFailure()){
      error("Cannot trigger a Global reset on A3PE "+name(),"A3PE::reset");
    }
  };

resetAcquisitionWriteCounter()

StatusCode A3PE::resetAcquisitionWriteCounter

(

)

Definition at line 42 of file A3PE.cpp.

References Object::info(), m_resetReg, and Register::setBit().

Referenced by reset().

                                             {
  info("Reset acquisition write counter","A3PE::resetAcquisitionWriteCounter");
  return m_resetReg->setBit(5,1);
}

resetFE()

StatusCode A3PE::resetFE

(

)

Definition at line 72 of file A3PE.cpp.

References Object::info(), m_resetReg, and Register::setBit().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                        {
  info("Reset FE triggered.","A3PE::resetFE");
  return m_resetReg->setBit(14,1);
}

resetFromAXRam()

StatusCode A3PE::resetFromAXRam

(

)

Definition at line 62 of file A3PE.cpp.

References Object::info(), m_resetReg, and Register::setBit().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                               {
  info("Reset FromAX Ram","A3PE::resetFromAXRam");
  return m_resetReg->setBit(9,1);
}

resetLatencyCounter()

StatusCode A3PE::resetLatencyCounter

(

)

Definition at line 37 of file A3PE.cpp.

References Object::info(), m_resetReg, and Register::setBit().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                                    {
  info("Reset Latency counter","A3PE::resetLatencyCounter");
  return m_resetReg->setBit(4,1);
}

resetPatternFifo()

StatusCode A3PE::resetPatternFifo

(

)

Definition at line 47 of file A3PE.cpp.

References Object::info(), m_resetReg, and Register::setBit().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                                 {
  info("Reset Pattern Fifo","A3PE::resetPatternFifo");
  return m_resetReg->setBit(6,1);
}

resetReg()

Register* A3PE::resetReg ( )

inline

Definition at line 492 of file A3PE.h.

References m_resetReg.

Referenced by BOOST_PYTHON_MODULE().

                      {
    return m_resetReg;
  }

resetSequenceFromToAX()

StatusCode A3PE::resetSequenceFromToAX

(

)

Definition at line 67 of file A3PE.cpp.

References Object::info(), m_resetReg, and Register::setBit().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                                      {
  info("Reset Sequence From-To AX","A3PE::resetSequenceFromToAX");
  return m_resetReg->setBit(10,1);
}

resetSPI()

StatusCode A3PE::resetSPI

(

)

Definition at line 77 of file A3PE.cpp.

References Object::info(), m_resetReg, and Register::setBit().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                         {
  info("Reset SPI triggered.","A3PE::resetSPI");
  return m_resetReg->setBit(15,1);
}

resetStorageFifo()

StatusCode A3PE::resetStorageFifo

(

)

Definition at line 27 of file A3PE.cpp.

References Object::info(), m_resetReg, and Register::setBit().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                                 {
  info("Reset Storage Fifo","A3PE::resetStorageFifo");
  return m_resetReg->setBit(1,1);
}

resetToAXRam()

StatusCode A3PE::resetToAXRam

(

)

Definition at line 57 of file A3PE.cpp.

References Object::info(), m_resetReg, and Register::setBit().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                             {
  info("Reset ToAx Ram","A3PE::resetToAXRam");
  return m_resetReg->setBit(8,1);
}

resetTriggerFifo()

StatusCode A3PE::resetTriggerFifo

(

)

Definition at line 52 of file A3PE.cpp.

References Object::info(), m_resetReg, and Register::setBit().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                                 {
  info("Reset Trigger Fifo","A3PE::resetTriggerFifo");
  return m_resetReg->setBit(7,1);
}

resetUsbPhasers()

StatusCode A3PE::resetUsbPhasers

(

)

Definition at line 32 of file A3PE.cpp.

References Object::info(), m_resetReg, and Register::setBit().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                                {
  info("Reset USB Phasers","A3PE::resetUsbPhasers");
  return m_resetReg->setBit(2,1);
}

seqPulseDelay()

unsigned int A3PE::seqPulseDelay

(

)

Referenced by reset().

setAddFromAXRam()

StatusCode A3PE::setAddFromAXRam

(

int

add

)

Definition at line 190 of file A3PE.cpp.

References Object::debug(), Object::error(), StatusCode::FAILURE, IOobject::io(), StatusCode::isFailure(), itos(), m_fromAXRamPtr, Object::name(), IOdata::setU16(), StatusCode::SUCCESS, and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), dumpFromAX(), A3PE_BitFlip::execute(), loadFromAX(), startSequenceAX(), and toAXRamPtrReg().

                                       {
  m_fromAXRamPtr->io()->setU16(0,(add&0x1FF));
  if (m_fromAXRamPtr->write().isFailure()){
      error("Cannot write AddFromAxRam register "+m_fromAXRamPtr->name(),
          "A3PE::setAddFromAXRam");
      return StatusCode::FAILURE;
  }
  debug("fromAXRamPtr register set to "+itos(add)+".","A3PE::setAddFromAXRam");
  return StatusCode::SUCCESS;
}

setAddToAXRam()

StatusCode A3PE::setAddToAXRam

(

int

add

)

Definition at line 179 of file A3PE.cpp.

References Object::debug(), Object::error(), StatusCode::FAILURE, IOobject::io(), StatusCode::isFailure(), itos(), m_toAXRamPtr, Object::name(), IOdata::setU16(), StatusCode::SUCCESS, and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), dumpToAX(), loadToAX(), A3PE_BitFlip::randomValues(), startSequenceAX(), and toAXRamPtrReg().

                                     {
  m_toAXRamPtr->io()->setU16(0,(add&0x1FF));
  if (m_toAXRamPtr->write().isFailure()){
    error("Cannot write toAxRamPtr register "+m_toAXRamPtr->name(),
        "A3PE::setAddToAXRam");
    return StatusCode::FAILURE;
  }
  debug("toAXRamPtr register set to "+itos(add)+".","A3PE::setAddToAXRam");
  return StatusCode::SUCCESS;
}

setAXRamUsb()

StatusCode A3PE::setAXRamUsb

(

bool

enable

)

Definition at line 225 of file A3PE.cpp.

References Object::debug(), Object::error(), StatusCode::FAILURE, StatusCode::isFailure(), itos(), m_setupReg, Register::setBit(), and StatusCode::SUCCESS.

Referenced by dumpFromAX(), A3PE_BitFlip::execute(), loadToAX(), A3PE_BitFlip::randomValues(), reset(), and startSequenceAX().

                                       {
  if (enable) {
      if (m_setupReg->setBit(9,1).isFailure()||
          m_setupReg->setBit(11,1).isFailure()
          //||m_setupReg->setBit(12,0).isFailure()
          ){
          error("Cannot set AXRam USB clock mode","A3PE::setAXRamUsb");
          return StatusCode::FAILURE;
      }
  }
  else {
      if (m_setupReg->setBit(9,0).isFailure()||
          m_setupReg->setBit(11,0).isFailure()
          //||m_setupReg->setBit(12,1).isFailure()
          ){
        error("Cannot set AXRam acquisition clock mode","A3PE::setAXRamUsb");
        return StatusCode::FAILURE;
      }
  }
  debug("AXRam USB clock mode set to "+itos(enable),"A3PE::setAXRamUsb");
  return StatusCode::SUCCESS;
}

setClockDivision()

StatusCode A3PE::setClockDivision

(

unsigned int

val

)

Definition at line 429 of file A3PE.cpp.

References shell::data(), IOdata::dataU32(), Object::error(), StatusCode::FAILURE, Object::info(), IOobject::io(), StatusCode::isFailure(), itos(), m_clockDivisionReg, Object::name(), IOobject::read(), IOdata::setU32(), StatusCode::SUCCESS, and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                                                 {
  if (m_clockDivisionReg->read().isFailure()){
    error("Cannot read Clock Division register "+m_clockDivisionReg->name(),
        "Register::setClockDivision");
    return StatusCode::FAILURE;
  }
  unsigned long int data=m_clockDivisionReg->io()->dataU32()[0];
  data &= ~(16777215); // switch last 24 bits at 0
  data |= ( val & 16777215 );   // or with the desired value
  m_clockDivisionReg->io()->setU32(0,data);
  if (m_clockDivisionReg->write().isFailure()){
    error("Cannot write Clock Division register "+m_clockDivisionReg->name(),
        "Register::setClockDivision");
    return StatusCode::FAILURE;
  }
  info("Clock Division set to "+itos(val),"A3PE::setClockDivision");
  return StatusCode::SUCCESS;
}

setEnableADC()

StatusCode A3PE::setEnableADC	(	unsigned int	adc,
		bool	enable
	)

Definition at line 87 of file A3PE.cpp.

References StatusCode::FAILURE, Object::info(), itos(), m_setupReg, Register::setBit(), and Object::warning().

Referenced by BOOST_PYTHON_MODULE(), StorageFifoAcquisition::initialize(), StorageFifo::initialize(), Acquisition::initialize(), and reset().

                                                          {
  if (adc<8){
    info("Configuring ADC "+itos(adc)+" input enable to "+itos(enable));
    return m_setupReg->setBit(adc,enable);
  }
  else{
    warning("You cannot setup adc number "+itos(adc)+
        ". No action.","A3PE::setEnableADC");
    return StatusCode::FAILURE;
  }
}

setFifoDepth()

StatusCode A3PE::setFifoDepth

(

unsigned int

val

)

Definition at line 612 of file A3PE.cpp.

References shell::data(), IOdata::dataU16(), Object::error(), StatusCode::FAILURE, Object::info(), IOobject::io(), StatusCode::isFailure(), itos(), m_storageRam, m_writeLengthFifoReg, Object::name(), IOobject::read(), RAM::setSize(), IOdata::setU16(), StatusCode::SUCCESS, and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), StorageFifoAcquisition::initialize(), Acquisition::initialize(), and reset().

                                             {
  if (m_writeLengthFifoReg->read().isFailure()){
    error("Cannot read writeLengthFifo register "+m_writeLengthFifoReg->name(),
        "Register::setFifoDepth");
    return StatusCode::FAILURE;
    m_storageRam->setSize(96,val);
  }
  unsigned short data=m_writeLengthFifoReg->io()->dataU16()[0];
  data = (val & 511);   
  m_writeLengthFifoReg->io()->setU16(0,data);
  if (m_writeLengthFifoReg->write().isFailure()){
    error("Cannot write writeLengthFifo register "+m_writeLengthFifoReg->name(),
        "Register::setFifoDepth");
    return StatusCode::FAILURE;
  }
  info("Fifo Depth set to "+itos(val),"Register::setFifoDepth");
  return StatusCode::SUCCESS;
}

setFifoLatency()

StatusCode A3PE::setFifoLatency

(

unsigned short

val

)

Definition at line 581 of file A3PE.cpp.

References shell::data(), IOdata::dataU16(), Object::error(), StatusCode::FAILURE, Object::info(), IOobject::io(), StatusCode::isFailure(), itos(), m_latencyReg, Object::name(), IOobject::read(), IOdata::setU16(), StatusCode::SUCCESS, and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                                                 {
  if (m_latencyReg->read().isFailure()){
    error("Cannot read Latency register "+m_latencyReg->name(),
        "Register::setFifoLatency");
    return StatusCode::FAILURE;
  }
  unsigned short data=m_latencyReg->io()->dataU16()[0];
  data = (val & 65535);   
  m_latencyReg->io()->setU16(0,data);
  if (m_latencyReg->write().isFailure()){
    error("Cannot write Latency register "+m_latencyReg->name(),
        "Register::setFifoLatency");
    return StatusCode::FAILURE;
  }
  info("Trigger Fifo Latency set to "+itos(val),"Register::setFifoLatency");
  return StatusCode::SUCCESS;
}

setInternalAXSequence()

StatusCode A3PE::setInternalAXSequence

(

bool

mode

)

Definition at line 280 of file A3PE.cpp.

References Object::info(), itos(), m_setupReg, and Register::setBit().

Referenced by BOOST_PYTHON_MODULE(), and update().

                                               {
  info("Switch AX internal loop mode to "+itos(mode),"A3PE::setInternalAXSequence");
  return m_setupReg->setBit(12,mode);
}

setLatencyAX()

StatusCode A3PE::setLatencyAX

(

unsigned int

val

)

Definition at line 327 of file A3PE.cpp.

References Object::debug(), Object::error(), StatusCode::FAILURE, IOobject::io(), StatusCode::isFailure(), itos(), m_latencyAX, Object::name(), IOdata::setU32(), StatusCode::SUCCESS, and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), A3PE_BitFlip::execute(), A3PE_BitFlip::finalize(), and update().

                                             {
  m_latencyAX->io()->setU32(0,val);
  if (m_latencyAX->write().isFailure()){
    error("Cannot write latency AX register "+m_latencyAX->name(),
        "Register::setLatencyAX");
    return StatusCode::FAILURE;
  }
  debug("LatencyAX register set to "+itos(val),"A3PE::setLatencyAX");
  return StatusCode::SUCCESS;
}

setLengthAX()

StatusCode A3PE::setLengthAX

(

unsigned int

val

)

Definition at line 316 of file A3PE.cpp.

References Object::debug(), Object::error(), StatusCode::FAILURE, IOobject::io(), StatusCode::isFailure(), itos(), m_lengthAX, Object::name(), IOdata::setU16(), StatusCode::SUCCESS, and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and update().

                                            {
  m_lengthAX->io()->setU16(0,val&0xfff);
  if (m_lengthAX->write().isFailure()){
    error("Cannot write length AX register "+m_lengthAX->name(),
        "Register::setLengthAX");
    return StatusCode::FAILURE;
  }
  debug("LengthAX register set to "+itos(val),"A3PE::setLengthAX");
  return StatusCode::SUCCESS;
}

setNTrigger()

StatusCode A3PE::setNTrigger

(

unsigned int

val

)

Definition at line 549 of file A3PE.cpp.

References shell::data(), IOdata::dataU32(), Object::error(), StatusCode::FAILURE, Object::info(), IOobject::io(), StatusCode::isFailure(), itos(), m_triggerReg, Object::name(), IOobject::read(), IOdata::setU32(), StatusCode::SUCCESS, and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                                            {
  if (m_triggerReg->read().isFailure()){
    error("Cannot read Trigger register "+m_triggerReg->name(),
        "Register::setNTrigger");
    return StatusCode::FAILURE;
  }
  unsigned long int data=m_triggerReg->io()->dataU32()[0];
  data &= ~(255<<24); // switch last 8 bits at 0
  data |= (( val & 255)<<24);  // or with the desired value
  m_triggerReg->io()->setU32(0,data);
  if (m_triggerReg->write().isFailure()){
    error("Cannot write Trigger register "+m_triggerReg->name(),
        "Register::setNTrigger");
    return StatusCode::FAILURE;
  }
  info("Trigger counter set to "+itos(val),"A3PE::setNTrigger");
  return StatusCode::SUCCESS;
}

setPipeline()

StatusCode A3PE::setPipeline

(

unsigned int

val

)

Definition at line 290 of file A3PE.cpp.

References shell::data(), IOdata::dataU16(), Object::error(), StatusCode::FAILURE, Object::info(), IOobject::io(), StatusCode::isFailure(), itos(), m_acqReg, Object::name(), IOobject::read(), IOdata::setU16(), StatusCode::SUCCESS, Object::warning(), and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and update().

                                            {
  if (val>2) {
    warning("Cannot set pipeline to coded value "+itos(val),"A3PE::setPipeline");
    return StatusCode::FAILURE;
  }
  m_acqReg->read();
  unsigned int data=(m_acqReg->io()->dataU16()[0])&0xFF3F;
  m_acqReg->io()->setU16(0,data|(((val&3)<<6)));
  if (m_acqReg->write().isFailure()){
    error("Cannot write acquisition register "+m_acqReg->name(),
      "A3PE::setPipeline");
    return StatusCode::FAILURE;
  }
  info("Acquisition register bits set to "+itos(val),"A3PE::setPipeline");
  return StatusCode::SUCCESS;
}

setReadPatternFifoUsb()

StatusCode A3PE::setReadPatternFifoUsb

(

bool

enable

)

Definition at line 124 of file A3PE.cpp.

References Object::error(), StatusCode::FAILURE, Object::info(), StatusCode::isFailure(), m_setupReg, Register::setBit(), and StatusCode::SUCCESS.

Referenced by BOOST_PYTHON_MODULE(), dumpPattern(), and reset().

                                                 {
  if (enable){
    if (m_setupReg->setBit(9,true).isFailure()){
      error("Cannot set pattern fifo read bit",
          "A3PE::setReadPatternFifoUsb");
      return StatusCode::FAILURE;
    }
    else {
      info("Pattern Fifo Usb read mode set.",
           "A3PE::setReadPatternFifoUsb");
    }
    return StatusCode::SUCCESS;
  }
  else {
    if (m_setupReg->setBit(9,false).isFailure()){
      error("Cannot set pattern fifo read bit",
          "A3PE::setReadPatternFifoUsb");
      return StatusCode::FAILURE;
    }
    else {
      info("Pattern Fifo 40MHz read mode set.",
           "A3PE::setWritePatternFifoUsb");
    }
    return StatusCode::SUCCESS;
  }
}

setReadToAXRamUsb()

StatusCode A3PE::setReadToAXRamUsb

(

bool

enable

)

Definition at line 201 of file A3PE.cpp.

References Object::debug(), Object::error(), StatusCode::FAILURE, StatusCode::isFailure(), m_setupReg, Register::setBit(), and StatusCode::SUCCESS.

Referenced by BOOST_PYTHON_MODULE(), dumpToAX(), and reset().

                                             {
  if (m_setupReg->setBit(10,enable).isFailure()||
      m_setupReg->setBit(11,enable).isFailure()){
    error("Cannot set ToAXfifo read bit","A3PE::setReadToAXRamUsb");
    return StatusCode::FAILURE;
  }
  else {
    debug("ToAXRam read mode set.","A3PE::setReadToAXRamUsb");
  }
  return StatusCode::SUCCESS;
}

setReadTriggerFifoUsb()

StatusCode A3PE::setReadTriggerFifoUsb

(

bool

enable

)

Definition at line 152 of file A3PE.cpp.

References Object::error(), StatusCode::FAILURE, Object::info(), StatusCode::isFailure(), m_setupReg, Register::setBit(), and StatusCode::SUCCESS.

Referenced by BOOST_PYTHON_MODULE(), dumpTrigger(), and reset().

                                                 {
  if (enable){
    if (m_setupReg->setBit(11,true).isFailure()){
      error("Cannot set trigger fifo read bit",
          "A3PE::setReadtriggerFifoUsb");
      return StatusCode::FAILURE;
    }
    else {
      info("Trigger Fifo Usb read mode set.",
           "A3PE::setReadTriggerFifoUsb");
    }
    return StatusCode::SUCCESS;
  }
  else {
    if (m_setupReg->setBit(11,false).isFailure()){
      error("Cannot set trigger fifo read bit",
          "A3PE::setReadTriggerFifoUsb");
      return StatusCode::FAILURE;
    }
    else {
      info("Trigger Fifo 40MHz read mode set.",
           "A3PE::setReadTriggerFifoUsb");
    }
    return StatusCode::SUCCESS;
  }
}

setSeqPulseDelay()

StatusCode A3PE::setSeqPulseDelay

(

unsigned

int

)

Referenced by reset().

setSoftwareTrigger()

StatusCode A3PE::setSoftwareTrigger

(

bool

enable

)

Definition at line 368 of file A3PE.cpp.

References Object::error(), StatusCode::FAILURE, Object::info(), StatusCode::isFailure(), itos(), m_acqReg, Register::setBit(), and StatusCode::SUCCESS.

Referenced by BOOST_PYTHON_MODULE(), StorageFifoAcquisition::initialize(), StorageFifo::initialize(), Acquisition::initialize(), and reset().

                                              {
  if (m_acqReg->setBit(1,enable).isFailure()){
    error("Cannot set software trigger bit","A3PE::setSoftwareTrigger");
    return StatusCode::FAILURE;
  }
  else{
    info("Software trigger mode set to "+itos(enable),"A3PE::setSoftwareTrigger");
  }
  return StatusCode::SUCCESS;
}

setTriggerDelay()

StatusCode A3PE::setTriggerDelay

(

unsigned int

val

)

Definition at line 461 of file A3PE.cpp.

References shell::data(), IOdata::dataU32(), Object::error(), StatusCode::FAILURE, Object::info(), IOobject::io(), StatusCode::isFailure(), itos(), m_triggerReg, Object::name(), IOobject::read(), IOdata::setU32(), StatusCode::SUCCESS, and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                                                {
  if (m_triggerReg->read().isFailure()){
    error("Cannot read Trigger register "+m_triggerReg->name(),
        "Register::setTriggerDelay");
    return StatusCode::FAILURE;
  }
  unsigned long int data=m_triggerReg->io()->dataU32()[0];
  data &= ~(255); // switch last 8 bits to 0
  data |= ( val & 255);   // or with the desired value
  m_triggerReg->io()->setU32(0,data);
  if (m_triggerReg->write().isFailure()){
    error("Cannot write Trigger register "+m_triggerReg->name(),
        "Register::setTriggerDelay");
    return StatusCode::FAILURE;
  }
  info("Trigger delay set to "+itos(val),"A3PE::setTriggerDelay");
  return StatusCode::SUCCESS;
}

setTriggerRate()

StatusCode A3PE::setTriggerRate

(

unsigned int

val

)

Definition at line 520 of file A3PE.cpp.

References shell::data(), IOdata::dataU32(), Object::error(), StatusCode::FAILURE, Object::info(), IOobject::io(), StatusCode::isFailure(), itos(), m_triggerReg, Object::name(), IOobject::read(), IOdata::setU32(), StatusCode::SUCCESS, and IOobject::write().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                                               {
  if (m_triggerReg->read().isFailure()){
    error("Cannot read Trigger register "+m_triggerReg->name(),
        "Register::setTriggerRate");
    return StatusCode::FAILURE;
  }
  unsigned long int data=m_triggerReg->io()->dataU32()[0];
  data &= ~(65535<<8); // switch 16 bits to 0
  data |= ( (val & 65535)<<8);   // or with the desired value
  m_triggerReg->io()->setU32(0,data);
  if (m_triggerReg->write().isFailure()){
    error("Cannot write Trigger register "+m_triggerReg->name(),
        "Register::setTriggerRate");
    return StatusCode::FAILURE;
  }
  info("Trigger rate set to "+itos(val),"A3PE::setTriggerRate");
  return StatusCode::SUCCESS;
}

setupReg()

Register* A3PE::setupReg ( )

inline

Definition at line 488 of file A3PE.h.

References m_setupReg.

Referenced by BOOST_PYTHON_MODULE().

                      {
    return m_setupReg;
  }

setWriteFromAXRamUsb()

StatusCode A3PE::setWriteFromAXRamUsb

(

bool

enable

)

Definition at line 213 of file A3PE.cpp.

References Object::debug(), Object::error(), StatusCode::FAILURE, StatusCode::isFailure(), m_setupReg, Register::setBit(), and StatusCode::SUCCESS.

Referenced by BOOST_PYTHON_MODULE(), loadFromAX(), and reset().

                                                {
  if (m_setupReg->setBit(10,enable).isFailure()||
      m_setupReg->setBit(11,enable).isFailure()){
    error("Cannot set usb FromAXfifo write bit","A3PE::writeFromAXFifoUsb");
    return StatusCode::FAILURE;
  }
  else {
    debug("write FromAXFifo USB Write mode set.","A3PE::writeFromAXFifoUsb");
  }
  return StatusCode::SUCCESS;
}

setWriteStorageFifoUsb()

StatusCode A3PE::setWriteStorageFifoUsb

(

bool

enable

)

Definition at line 99 of file A3PE.cpp.

References Object::error(), StatusCode::FAILURE, Object::info(), StatusCode::isFailure(), m_setupReg, Register::setBit(), and StatusCode::SUCCESS.

Referenced by BOOST_PYTHON_MODULE(), StorageFifo::initialize(), StorageFifoAcquisition::initialize(), Acquisition::initialize(), loadStorage(), and reset().

                                                  {
  if (enable) {
    if (m_setupReg->setBit(8,true).isFailure()||
        m_setupReg->setBit(9,true).isFailure()){
      error("Cannot set usb storage fifo write bit","A3PE::setWriteStorageFifoUsb");
      return StatusCode::FAILURE;
    }
    else {
      info("Storage Fifo Usb Write mode set.","A3PE::setWriteStorageFifoUsb");
    }
    return StatusCode::SUCCESS;
  }
  else {
    if (m_setupReg->setBit(8,false).isFailure()||
        m_setupReg->setBit(9,false).isFailure()){
      error("Cannot set fifo storage ADC write bit","A3PE::setWriteStorageFifoUsb");
      return StatusCode::FAILURE;
    }
    else {
      info("Storage Fifo ADC Write mode set.","A3PE::setWriteStorageFifoUsb");
    }
    return StatusCode::SUCCESS;
  }
}

softwareTrigger()

bool A3PE::softwareTrigger

(

)

Definition at line 379 of file A3PE.cpp.

References Register::getBit(), and m_acqReg.

Referenced by BOOST_PYTHON_MODULE(), and reset().

                          {
  return m_acqReg->getBit(1);
}

spare3Reg()

Register* A3PE::spare3Reg ( )

inline

Definition at line 532 of file A3PE.h.

References m_spare3Reg.

Referenced by BOOST_PYTHON_MODULE().

                       {
    return m_spare3Reg;
  }

startSequenceAX()

StatusCode A3PE::startSequenceAX

(

)

Definition at line 949 of file A3PE.cpp.

References Object::error(), StatusCode::FAILURE, StatusCode::isFailure(), m_acqReg, setAddFromAXRam(), setAddToAXRam(), setAXRamUsb(), Register::setBit(), and StatusCode::SUCCESS.

Referenced by BOOST_PYTHON_MODULE(), A3PE_BitFlip::execute(), and reset().

                                {
  setAXRamUsb(false);
  setAddToAXRam(0);
  setAddFromAXRam(0);
  if (m_acqReg->setBit(4,1).isFailure()){
    error("Cannot set AX sequence start bit bit","A3PE::startAXSequence");
    return StatusCode::FAILURE;
  }
  return StatusCode::SUCCESS;
}

statusReg()

Register* A3PE::statusReg ( )

inline

Definition at line 496 of file A3PE.h.

References m_statusReg.

Referenced by BOOST_PYTHON_MODULE().

                       {
    return m_statusReg;
  }

storageRam()

RAM* A3PE::storageRam ( )

inline

Definition at line 536 of file A3PE.h.

References m_storageRam.

Referenced by BOOST_PYTHON_MODULE(), dumpStorage(), StorageFifo::initialize(), StorageFifoAcquisition::initialize(), Acquisition::initialize(), and loadStorage().

                   {
    return m_storageRam;
  }

testRam()

RAM* A3PE::testRam ( )

inline

Definition at line 556 of file A3PE.h.

References m_testRam.

Referenced by BOOST_PYTHON_MODULE().

                {
    return m_testRam;
  }

toAXRam()

RAM* A3PE::toAXRam ( )

inline

Definition at line 548 of file A3PE.h.

References m_toAXRam.

Referenced by BOOST_PYTHON_MODULE(), dumpToAX(), A3PE_BitFlip::initialize(), and loadToAX().

                {
    return m_toAXRam;
  }

toAXRamPtrReg()

Register* A3PE::toAXRamPtrReg ( )

inline

Definition at line 564 of file A3PE.h.

References dumpFromAX(), dumpPattern(), dumpStorage(), dumpToAX(), dumpTrigger(), loadFromAX(), loadPattern(), loadStorage(), loadToAX(), loadTrigger(), m_toAXRamPtr, setAddFromAXRam(), and setAddToAXRam().

                           {
    return m_toAXRamPtr;
  }

toAXReg()

Register* A3PE::toAXReg ( )

inline

Definition at line 524 of file A3PE.h.

References m_toAXReg.

Referenced by BOOST_PYTHON_MODULE().

                     {
    return m_toAXReg;
  }

trigger()

StatusCode A3PE::trigger

(

)

Definition at line 363 of file A3PE.cpp.

References Object::debug(), m_acqReg, and Register::setBit().

Referenced by BOOST_PYTHON_MODULE(), Acquisition::execute(), and reset().

                        {
  debug("Trigger sequence started","A3PE::trigger");
  return m_acqReg->setBit(0,1);
}

triggerDelay()

unsigned int A3PE::triggerDelay

(

)

Definition at line 480 of file A3PE.cpp.

References shell::data(), IOdata::dataU32(), Object::error(), IOobject::io(), StatusCode::isFailure(), m_triggerReg, Object::name(), and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                               {
  if (m_triggerReg->read().isFailure()){
    error("Cannot read Trigger register "+m_triggerReg->name(),
        "Register::triggerDelay");
    return 0;
  }
  unsigned long int data=m_triggerReg->io()->dataU32()[0];
  return (data&(255));
}

triggerRam()

RAM* A3PE::triggerRam ( )

inline

Definition at line 544 of file A3PE.h.

References m_triggerRam.

Referenced by BOOST_PYTHON_MODULE(), dumpTrigger(), and loadTrigger().

                   {
    return m_triggerRam;
  }

triggerRate()

unsigned int A3PE::triggerRate

(

)

Definition at line 539 of file A3PE.cpp.

References shell::data(), IOdata::dataU32(), Object::error(), IOobject::io(), StatusCode::isFailure(), m_triggerReg, Object::name(), and IOobject::read().

Referenced by BOOST_PYTHON_MODULE(), and reset().

                              {
  if (m_triggerReg->read().isFailure()){
    error("Cannot read Trigger register "+m_triggerReg->name(),
        "Register::setTriggerRate");
    return 0;
  }
  unsigned long int data=m_triggerReg->io()->dataU32()[0];
  return (data>>8) & (65535) ; 
}

triggerReg()

Register* A3PE::triggerReg ( )

inline

Definition at line 520 of file A3PE.h.

References m_triggerReg.

Referenced by BOOST_PYTHON_MODULE().

                        {
    return m_triggerReg;
  }

update()

void A3PE::update ( )

inlinevirtual

Update the Element configuration from the actual hardware

Implements Element.

Definition at line 465 of file A3PE.h.

References internalAXSequence(), latencyAX(), lengthAX(), pipeline(), setInternalAXSequence(), setLatencyAX(), setLengthAX(), and setPipeline().

Referenced by A3PE_BitFlip.A3PE_BitFlip::__init__(), Acquisition.Acquisition::__init__(), EmulateFE.EmulateFE::__init__(), 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().

                 {
  };

writeFromAXRamUsb()

bool A3PE::writeFromAXRamUsb

(

)

Definition at line 276 of file A3PE.cpp.

References Register::getBit(), and m_setupReg.

Referenced by BOOST_PYTHON_MODULE(), and reset().

                            {
  return (m_setupReg->getBit(10)==1&&m_setupReg->getBit(11)==1);
}

writeLengthFifoReg()

Register* A3PE::writeLengthFifoReg ( )

inline

Definition at line 508 of file A3PE.h.

References m_writeLengthFifoReg.

Referenced by BOOST_PYTHON_MODULE().

                                {
    return m_writeLengthFifoReg;
  }

writeStorageFifoUsb()

bool A3PE::writeStorageFifoUsb

(

)

Definition at line 248 of file A3PE.cpp.

References Register::getBit(), and m_setupReg.

Referenced by BOOST_PYTHON_MODULE(), and reset().

                              {
  if (m_setupReg->getBit(8)==1&&m_setupReg->getBit(9)==1) return true;
  return false;
}

Member Data Documentation

m_acqReg

Register* A3PE::m_acqReg

private

Definition at line 592 of file A3PE.h.

Referenced by A3PE(), acqReg(), acquisition(), dataReady(), enableStorage(), pipeline(), setPipeline(), setSoftwareTrigger(), softwareTrigger(), startSequenceAX(), and trigger().

m_clockDivisionReg

Register* A3PE::m_clockDivisionReg

private

Definition at line 596 of file A3PE.h.

Referenced by A3PE(), clockDivision(), clockDivisionReg(), and setClockDivision().

m_ctrlAnaMezzReg

Register* A3PE::m_ctrlAnaMezzReg

private

Definition at line 595 of file A3PE.h.

Referenced by A3PE(), and ctrlAnaMezzReg().

m_ctrlReg

Register* A3PE::m_ctrlReg

private

Definition at line 588 of file A3PE.h.

Referenced by A3PE(), and ctrlReg().

m_fromAXRam

RAM* A3PE::m_fromAXRam

private

Definition at line 607 of file A3PE.h.

Referenced by A3PE(), and fromAXRam().

m_fromAXRamPtr

Register* A3PE::m_fromAXRamPtr

private

Definition at line 605 of file A3PE.h.

Referenced by A3PE(), fromAXRamPtrReg(), and setAddFromAXRam().

m_fromAXReg

Register* A3PE::m_fromAXReg

private

Definition at line 599 of file A3PE.h.

Referenced by A3PE(), and fromAXReg().

m_globalUsbReset

Register* A3PE::m_globalUsbReset

private

Definition at line 587 of file A3PE.h.

Referenced by A3PE(), and reset().

m_latencyAX

Register* A3PE::m_latencyAX

private

Definition at line 608 of file A3PE.h.

Referenced by A3PE(), latencyAX(), and setLatencyAX().

m_latencyReg

Register* A3PE::m_latencyReg

private

Definition at line 593 of file A3PE.h.

Referenced by A3PE(), fifoLatency(), latencyReg(), and setFifoLatency().

m_lengthAX

Register* A3PE::m_lengthAX

private

Definition at line 609 of file A3PE.h.

Referenced by A3PE(), lengthAX(), and setLengthAX().

m_patternRam

RAM* A3PE::m_patternRam

private

Definition at line 602 of file A3PE.h.

Referenced by A3PE(), and patternRam().

m_resetReg

Register* A3PE::m_resetReg

private

Definition at line 589 of file A3PE.h.

Referenced by A3PE(), enableStorage(), reset(), resetAcquisitionWriteCounter(), resetFE(), resetFromAXRam(), resetLatencyCounter(), resetPatternFifo(), resetReg(), resetSequenceFromToAX(), resetSPI(), resetStorageFifo(), resetToAXRam(), resetTriggerFifo(), and resetUsbPhasers().

m_setupReg

Register* A3PE::m_setupReg

private

Definition at line 590 of file A3PE.h.

Referenced by A3PE(), enableADC(), internalAXSequence(), readPatternFifoUsb(), readToAXRamUsb(), readTriggerFifoUsb(), setAXRamUsb(), setEnableADC(), setInternalAXSequence(), setReadPatternFifoUsb(), setReadToAXRamUsb(), setReadTriggerFifoUsb(), setupReg(), setWriteFromAXRamUsb(), setWriteStorageFifoUsb(), writeFromAXRamUsb(), and writeStorageFifoUsb().

m_spare3Reg

Register* A3PE::m_spare3Reg

private

Definition at line 600 of file A3PE.h.

Referenced by A3PE(), and spare3Reg().

m_statusReg

Register* A3PE::m_statusReg

private

Definition at line 591 of file A3PE.h.

Referenced by A3PE(), and statusReg().

m_storageRam

RAM* A3PE::m_storageRam

private

Definition at line 601 of file A3PE.h.

Referenced by A3PE(), setFifoDepth(), and storageRam().

m_testRam

RAM* A3PE::m_testRam

private

Definition at line 610 of file A3PE.h.

Referenced by A3PE(), and testRam().

m_toAXRam

RAM* A3PE::m_toAXRam

private

Definition at line 606 of file A3PE.h.

Referenced by A3PE(), and toAXRam().

m_toAXRamPtr

Register* A3PE::m_toAXRamPtr

private

Definition at line 604 of file A3PE.h.

Referenced by A3PE(), setAddToAXRam(), and toAXRamPtrReg().

m_toAXReg

Register* A3PE::m_toAXReg

private

Definition at line 598 of file A3PE.h.

Referenced by A3PE(), and toAXReg().

m_triggerRam

RAM* A3PE::m_triggerRam

private

Definition at line 603 of file A3PE.h.

Referenced by A3PE(), and triggerRam().

m_triggerReg

Register* A3PE::m_triggerReg

private

Definition at line 597 of file A3PE.h.

Referenced by A3PE(), nTrigger(), setNTrigger(), setTriggerDelay(), setTriggerRate(), triggerDelay(), triggerRate(), and triggerReg().

m_writeLengthFifoReg

Register* A3PE::m_writeLengthFifoReg

private

Definition at line 594 of file A3PE.h.

Referenced by A3PE(), fifoDepth(), setFifoDepth(), and writeLengthFifoReg().

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

• /home/eleclhcb/LHCb/lbcat-cmake/CatCaloProto40MHz/inc/A3PE.h
• /home/eleclhcb/LHCb/lbcat-cmake/CatCaloProto40MHz/src/A3PE.cpp