SpecsInterface Class Reference

#include <include/SpecsInterface.h>

Inheritance diagram for SpecsInterface:

Public Member Functions
	SpecsInterface ()
virtual	~SpecsInterface ()
virtual void	help ()
virtual StatusCode	init ()
virtual void	reset ()
virtual void	update ()
void	setAddress (unsigned char)
unsigned char	address ()
void	setOutputSelect (unsigned char)
unsigned char	outputSelect ()
virtual SpecsSlave *	specsSlave ()
virtual SpecsMaster *	specsMaster ()
virtual SPECSSLAVE *	specsSlaveDevice ()
virtual SPECSMASTER *	specsMasterDevice ()
virtual StatusCode	read (IOdata *io)
virtual StatusCode	write (IOdata *io)
bool	specsWriteI2c (unsigned char address, unsigned char nData, U8 *data)
bool	specsWriteI2c (unsigned char address, std::vector< U8 > data)
bool	specsReadI2c (unsigned char address, unsigned char nOctects, U8 *i2cWords)
bool	specsReadI2c (unsigned char address, std::vector< unsigned char > &specsWords)
bool	specsWriteI2c (unsigned char address, unsigned char subAddress, unsigned char nData, U8 *data)
bool	specsWriteI2c (unsigned char address, unsigned char outputSel, unsigned char subAddress, unsigned char nData, U8 *data)
bool	specsReadI2c (unsigned char address, unsigned char subAddress, unsigned char nOctets, U8 *i2cWords)
bool	specsReadI2c (unsigned char address, unsigned char outputSel, unsigned char subAddress, unsigned char nOctets, U8 *i2cWords)
bool	specsWriteParallel (unsigned char address, unsigned short data)
bool	specsReadParallel (unsigned char address, U16 &data)
bool	specsWriteRegister (unsigned char, unsigned short)
bool	specsReadRegister (unsigned char, U16 &)
Public Member Functions inherited from Interface
	Interface ()
	Standard constructor. More...
virtual	~Interface ()
	Destructor. More...
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 ()

Protected Attributes
unsigned char	m_address
unsigned char	m_outputSelect
Protected Attributes inherited from Element
Hierarchy *	m_connection
Protected Attributes inherited from Attrib
std::string	m_attribString [10]

Private Attributes
int	m_slot

Additional Inherited Members
Public Types inherited from Attrib
enum	Attribut {   UNDEFINED, PASSIVE, ACTIVE, INTERFACE,   IO, IODATA, ELEMENT, HARDWARE,   PROCESSUS, SOFTWARE }

Detailed Description

Class to describe general electronics object

Author

Frederic Machefert

Date

2004-01-18

Definition at line 54 of file SpecsInterface.h.

Constructor & Destructor Documentation

SpecsInterface()

SpecsInterface::SpecsInterface

(

)

Definition at line 21 of file SpecsInterface.cpp.

References m_address, m_outputSelect, and Object::setId().

                              {
  m_address=0;
  m_outputSelect=0x0;
  setId(0);


}

~SpecsInterface()

virtual SpecsInterface::~SpecsInterface ( )

inlinevirtual

Definition at line 57 of file SpecsInterface.h.

{} //< Destructor

Member Function Documentation

address()

unsigned char SpecsInterface::address

(

)

Definition at line 33 of file SpecsInterface.cpp.

References m_address.

Referenced by BOOST_PYTHON_MODULE(), SpecsMezzanine::cmdline(), SpecsSlave::detect(), SpecsSlave::init(), SpecsSlave::reset(), SpecsSlave::resetInternal(), and setAddress().

                                      {
    return m_address;
}

help()

virtual void SpecsInterface::help ( )

inlinevirtual

printout help for the element

Implements Interface.

Reimplemented in SpecsParallelBus, SpecsMezzanine, and SpecsGlue.

Definition at line 63 of file SpecsInterface.h.

Referenced by BOOST_PYTHON_MODULE().

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

init()

virtual StatusCode SpecsInterface::init ( )

inlinevirtual

init the component

Returns

void

Implements Interface.

Reimplemented in SpecsSlave, and SpecsParallelBus.

Definition at line 69 of file SpecsInterface.h.

References StatusCode::SUCCESS.

Referenced by BOOST_PYTHON_MODULE().

                            {
    info("SpecsInterface "+name()+" initialization.","SpecsInterface::init");
    return StatusCode::SUCCESS;
  };

outputSelect()

unsigned char SpecsInterface::outputSelect

(

)

Definition at line 41 of file SpecsInterface.cpp.

References m_outputSelect.

Referenced by BOOST_PYTHON_MODULE(), setOutputSelect(), specsReadI2c(), and specsWriteI2c().

                                           {
    return m_outputSelect;
}

read()

virtual StatusCode SpecsInterface::read ( IOdata *  io )

inlinevirtual

Implements Interface.

Definition at line 124 of file SpecsInterface.h.

References StatusCode::SUCCESS.

{ return StatusCode::SUCCESS; };

reset()

virtual void SpecsInterface::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 Interface.

Reimplemented in SpecsSlave, and SpecsParallelBus.

Definition at line 81 of file SpecsInterface.h.

Referenced by BOOST_PYTHON_MODULE().

{ info("SpecsInterface "+name()+" reset.","SpecsInterface::reset");};

setAddress()

void SpecsInterface::setAddress

(

unsigned char

address

)

Definition at line 29 of file SpecsInterface.cpp.

References address(), and m_address.

Referenced by BOOST_PYTHON_MODULE().

                                                    {
    m_address=address;
}

setOutputSelect()

void SpecsInterface::setOutputSelect

(

unsigned char

outputSelect

)

Definition at line 37 of file SpecsInterface.cpp.

References m_outputSelect, and outputSelect().

Referenced by BOOST_PYTHON_MODULE().

                                                              {
    m_outputSelect=outputSelect;
}

specsMaster()

SpecsMaster * SpecsInterface::specsMaster ( )

virtual

Get the closest master in the element hierarchy

Returns

SpecsMaster

Definition at line 57 of file SpecsInterface.cpp.

References Hierarchy::parent(), and specsMaster().

Referenced by BOOST_PYTHON_MODULE(), SpecsSlave::detect(), and specsMaster().

                                        {
    if (0!=parent()){
    SpecsInterface* tmp = dynamic_cast <SpecsInterface*> (parent());
    if ( 0 != tmp ) return tmp->specsMaster();
  }
  return (SpecsMaster*)NULL;
}

specsMasterDevice()

SPECSMASTER * SpecsInterface::specsMasterDevice ( )

virtual

Get the closest master in the element hierarchy

Returns

SPECSMASTER*

Definition at line 76 of file SpecsInterface.cpp.

References Hierarchy::parent(), and specsMasterDevice().

Referenced by SpecsSlave::detect(), SpecsSlave::init(), and specsMasterDevice().

                                              {
    if (0!=parent()){
    SpecsInterface* tmp = dynamic_cast <SpecsInterface*> (parent());
    if ( 0 != tmp ) return tmp->specsMasterDevice();
    }
  return (SPECSMASTER*)NULL;
}

specsReadI2c() [1/4]

bool SpecsInterface::specsReadI2c	(	unsigned char	address,
		unsigned char	nOctects,
		U8 *	i2cWords
	)

Read nOctets from i2c slave address. specsWords contains nSpecsWords containing the i2c data.

Returns

bool

Parameters

[in]	address	i2c Slave address
[in]	nOctect	number of octets to read
[in]	nSpecsWords	number of specs words to retrieve
[out]	specsWords	contains the specs words with the i2c data

Definition at line 191 of file SpecsInterface.cpp.

References itos(), outputSelect(), specsSlaveDevice(), Object::verbose(), and Object::warning().

Referenced by SpecsMezzanine::cmdline(), and specsReadI2c().

                                              {
#ifndef _NODEVICE_
  SPECSSLAVE *specsSlv=specsSlaveDevice();
  if ( 0==specsSlv ){
    warning("Could not reach proper Specs Master and/or Slave.",
            "SpecsInterface::specsReadI2c");
    return false;
  }
  SpecsError status = specs_i2c_read ( specsSlv, outputSelect() , i2cAdd , nOctets , i2cWords );
  if (0!=status){
    warning("failure at address " + itos (i2cAdd) + "[code=" + itos(status) + "]",
            "specsReadI2c" );
    //    specsMaster() -> reset();
  }
  else {
    verbose(itos(nOctets) + " words read at address " + itos(i2cAdd),"SpecsReadI2c");
  }
#else
  verbose("Compilation in _NODEVICE_ mode.","SpecsInterface::specsReadI2c");
#endif
  return true;
}

specsReadI2c() [2/4]

bool SpecsInterface::specsReadI2c	(	unsigned char	address,
		std::vector< unsigned char > &	specsWords
	)

Read a vector of given size from i2c slave address.

Returns

bool (false if vector of size 0 or reading error)

Parameters

[in]	address	i2c Slave address
[out]	specsWords	contains the specs words with the i2c data

Definition at line 216 of file SpecsInterface.cpp.

References specsReadI2c(), and Object::warning().

                                                                       {

  int nOctets = specsWords.size();
  if( nOctets==0) {
    warning("The vector of data to read should have a non-zero size",
            "SpecsInterface::specsReadI2c");
    return false;
  }

  U8 BufferSource[50];
 
  bool status = specsReadI2c(address, nOctets, BufferSource);

  for(int j=0; j<nOctets; ++j) specsWords[j] = static_cast<unsigned char>(BufferSource[j]);

  return status;
}

specsReadI2c() [3/4]

bool SpecsInterface::specsReadI2c	(	unsigned char	address,
		unsigned char	subAddress,
		unsigned char	nOctets,
		U8 *	i2cWords
	)

Read nOctets from i2c slave address at subAddress. specsWords contains nSpecsWords containing the i2c data.

Returns

bool

Parameters

[in]	address	i2c Slave address
[in]	nOctect	number of octets to read
[in]	nSpecsWords	number of specs words to retrieve
[out]	specsWords	contains the specs words with the i2c data

Definition at line 235 of file SpecsInterface.cpp.

References itos(), outputSelect(), specsSlaveDevice(), Object::verbose(), and Object::warning().

                                             {
#ifndef _NODEVICE_
  SPECSSLAVE *specsSlv=specsSlaveDevice();
  if ( 0==specsSlv ){
    warning("Could not reach proper Specs Master and/or Slave.","SpecsInterface::specsReadI2c");
    return false;
  }
  SpecsError status = specs_i2c_read_sub ( specsSlv, outputSelect() , i2cAdd , subAdd , nOctets , i2cWords );
  if (0!=status){
    warning("failure at address " + itos (i2cAdd) + "/ subAddress " + itos(subAdd) +
            " [code=" + itos(status) + "]" ,
            "specsReadI2c");
    //    specsMaster() -> reset();
  }
  else {
    verbose(itos(nOctets) + " words read at address " + itos(i2cAdd) +
            "/ subAddress " + itos(subAdd),
            "SpecsReadI2c");
  }
#else
  verbose("Compilation in _NODEVICE_ mode.","SpecsInterface::specsReadI2c");
#endif
  return true;
}

specsReadI2c() [4/4]

bool SpecsInterface::specsReadI2c	(	unsigned char	address,
		unsigned char	outputSel,
		unsigned char	subAddress,
		unsigned char	nOctets,
		U8 *	i2cWords
	)

Read nOctets from i2c slave address at subAddress. specsWords contains nSpecsWords containing the i2c data.

Returns

bool

Parameters

[in]	address	i2c Slave address
[in]	outputSel	i2c Slave output select
[in]	nOctect	number of octets to read
[in]	nSpecsWords	number of specs words to retrieve
[out]	specsWords	contains the specs words with the i2c data

Definition at line 263 of file SpecsInterface.cpp.

References itos(), specsSlaveDevice(), Object::verbose(), and Object::warning().

                                             {
#ifndef _NODEVICE_
  SPECSSLAVE *specsSlv=specsSlaveDevice();
  if ( 0==specsSlv ){
    warning("Could not reach proper Specs Master and/or Slave.",
            "SpecsInterface::specsReadI2c");
    return false;
  }
  SpecsError status = specs_i2c_read_sub ( specsSlv, outputSel ,
                                           i2cAdd , subAdd , 
                                           nOctets , i2cWords );
  if (0!=status){
    warning("failure at address " + itos (i2cAdd) + "/ subAddress " + itos(subAdd) +
            " [code=" + itos(status) + "]",
            "specsReadI2c" );
    //    specsMaster() -> reset();
  }
  else {
    verbose(itos(nOctets) + " words read at address " + itos(i2cAdd) +
            "/ subAddress " + itos(subAdd),
            "SpecsReadI2c");
  }
#else
  verbose("Compilation in _NODEVICE_ mode.","SpecsInterface::specsReadI2c");
#endif
  return true;
}

specsReadParallel()

bool SpecsInterface::specsReadParallel	(	unsigned char	address,
		U16 &	data
	)

Read data at address on parallel bus

Returns

bool

Parameters

[in]	address	address bus
[in]	data	data bus

Definition at line 323 of file SpecsInterface.cpp.

References itos(), specsSlaveDevice(), Object::verbose(), and Object::warning().

                                                      {
#ifndef _NODEVICE_
  SPECSSLAVE *specsSlv=specsSlaveDevice();
  if ( 0==specsSlv ){
    warning("Could not reach proper SpecsSlave/Master.","SpecsInterface::specsReadI2c");
    return false;
  }
  SpecsError status = specs_parallel_read( specsSlv , add , 1 , &parallelBus );
  if (0!=status){
    warning("failure at address " + itos (add) +
            " [code=" + itos(status) + "]",
            "specsReadParallel" );
    //    specsMaster() -> reset();
  }
  else {
    verbose("Word " + itos(parallelBus) +
            " successfully read at address " + itos(add),
            "SpecsReadParallel");
  }
#else
  verbose("Compilation in _NODEVICE_ mode.",
          "SpecsReadParallel");
#endif
  return true;
}

specsReadRegister()

bool SpecsInterface::specsReadRegister	(	unsigned char	reg,
		U16 &	value
	)

Read Register data

Returns

bool

Parameters

[in]	register	register number
[in]	data	data

Definition at line 383 of file SpecsInterface.cpp.

References itos(), specsSlaveDevice(), Object::verbose(), and Object::warning().

Referenced by SpecsMezzanine::cmdline(), SpecsGlue::date(), SpecsMezzanine::date(), SpecsGlue::i2cClkMode(), SpecsGlue::led(), SpecsMezzanine::led(), SpecsGlue::setI2cClkMode(), SpecsGlue::setLed(), and SpecsMezzanine::setLed().

                                                 {
#ifndef _NODEVICE_
  SPECSSLAVE *specsSlv=specsSlaveDevice();

  if ( 0==specsSlv  ){
    warning("Could not reach proper SpecsSlave/Master.",
            "SpecsInterface::specsReadRegister");
    return false;
  }
  
  SpecsError status ;
  status = specs_register_read ( specsSlv , reg , &value );
  if (0!=status){
    warning("failure at register " + itos (reg) +
            " [code=" + itos(status) + "]" ,
            "specsReadRegister");
    //    specsMaster() -> reset();
    return false;
  }
  else {
    verbose("register " + itos(reg) +
            " successfully read with value " + itos(value),
            "SpecsReadRegister");
  }
#else
  verbose("Compilation in _NODEVICE_ mode.",
          "SpecsInterface::specsReadRegister");
#endif
  return true;
}

specsSlave()

SpecsSlave * SpecsInterface::specsSlave ( )

virtual

Get the closest slave in the element hierarchy

Returns

SpecsSlave

Definition at line 49 of file SpecsInterface.cpp.

References Hierarchy::parent(), and specsSlave().

Referenced by BOOST_PYTHON_MODULE(), SpecsSlave::detect(), SpecsSlave::init(), SpecsSlave::setAddress(), specsSlave(), and SpecsSlave::specsSlaveDevice().

                                      {
    if (0!=parent()){
    SpecsInterface* tmp = dynamic_cast <SpecsInterface*> (parent());
    if ( 0 != tmp ) return tmp->specsSlave();
  }
  return (SpecsSlave*)NULL; 
}

specsSlaveDevice()

SPECSSLAVE * SpecsInterface::specsSlaveDevice ( )

virtual

Get the closest slave in the element hierarchy

Returns

SPECSSLAVE*

Reimplemented in SpecsSlave.

Definition at line 66 of file SpecsInterface.cpp.

References Hierarchy::parent(), and specsSlaveDevice().

Referenced by specsReadI2c(), specsReadParallel(), specsReadRegister(), specsSlaveDevice(), specsWriteI2c(), specsWriteParallel(), and specsWriteRegister().

                                            {
    if (0!=parent()){
    SpecsInterface* tmp = dynamic_cast <SpecsInterface*> (parent());
    if ( 0 != tmp ) return tmp->specsSlaveDevice();
    }
  return (SPECSSLAVE*)NULL;
}

specsWriteI2c() [1/4]

bool SpecsInterface::specsWriteI2c	(	unsigned char	address,
		unsigned char	nData,
		U8 *	data
	)

Write nData stored in data to i2c slave address

Returns

bool

Parameters

[in]	address	i2c Slave address
[in]	nData	number of octets to send
[in]	data	contains the data to send

Definition at line 85 of file SpecsInterface.cpp.

References itos(), outputSelect(), specsSlaveDevice(), Object::verbose(), and Object::warning().

Referenced by SpecsMezzanine::cmdline(), and specsWriteI2c().

                                          {
#ifndef _NODEVICE_
  SPECSSLAVE *specsSlv=specsSlaveDevice();
  if ( 0==specsSlv ){
    warning("Could not reach proper Specs Master and/or Slave.","SpecsInterface::specsWriteI2c");
    return false;
  }
  SpecsError status = specs_i2c_write ( specsSlv, outputSelect() , i2cAdd , nWord , data );
  if (0!=status){
    warning("failure at address " + itos (i2cAdd) + "[code=" + itos(status) + "]" ,
            "specsWriteI2c");
    //    specsMaster() -> reset();
  }
  else {
    verbose(itos(nWord) + " words written at address " + itos(i2cAdd),
            "SpecsWriteI2c");
  }
#else
  verbose("Compilation in _NODEVICE_ mode.","SpecsInterface::specsWriteI2c");
#endif
  return true;
}

specsWriteI2c() [2/4]

bool SpecsInterface::specsWriteI2c	(	unsigned char	address,
		std::vector< U8 >	data
	)

Write data to i2c slave address

Returns

bool

Parameters

[in]	address	i2c Slave address
[in]	data	contains the data to send

Definition at line 111 of file SpecsInterface.cpp.

References specsWriteI2c(), and Object::warning().

                                                      {

  unsigned char nword = static_cast<unsigned int>( data.size() );
  if ( nword == 0 ) {
    warning("Request to write data of size 0","SpecsInterface::specsWriteI2c");
    return false;
  }
  unsigned char* new_data = new unsigned char[nword];
  for(unsigned int i=0; i<data.size(); ++i) new_data[i] = data[i];
 
  bool status =     specsWriteI2c(address, nword, new_data);
  delete [] new_data;
  return status;

  return true;
}

specsWriteI2c() [3/4]

bool SpecsInterface::specsWriteI2c	(	unsigned char	address,
		unsigned char	subAddress,
		unsigned char	nData,
		U8 *	data
	)

Write nData stored in data to i2c slave address at subAddress

Returns

bool

Parameters

[in]	address	i2c Slave address
[in]	nData	number of octets to send
[in]	data	contains the data to send

Definition at line 129 of file SpecsInterface.cpp.

References itos(), outputSelect(), specsSlaveDevice(), Object::verbose(), and Object::warning().

                                            {
#ifndef _NODEVICE_
  SPECSSLAVE *specsSlv=specsSlaveDevice();
  if ( 0==specsSlv ){
    warning("Could not reach proper Specs Master and/or Slave.","SpecsInterface::specsWriteI2c");
    return false;
  }
  SpecsError status = specs_i2c_write_sub ( specsSlv, outputSelect() , i2cAdd , subAdd , nWord , data );
  if (0!=status){
    warning("failure at address " + itos (i2cAdd) + "/ subAddress " + itos(subAdd) +
            " [code=" + itos(status) + "]","specsWriteI2c");
    //    specsMaster() -> reset();
  }
  else {
    verbose(itos(nWord) + 
            " words written at address " + 
            itos(i2cAdd) + 
            "/ subAddress " + 
            itos(subAdd),
            "SpecsWriteI2c");
  }
#else
  verbose("Compilation in _NODEVICE_ mode.","SpecsInterface::specsWriteI2c");
#endif
  return true;
}

specsWriteI2c() [4/4]

bool SpecsInterface::specsWriteI2c	(	unsigned char	address,
		unsigned char	outputSel,
		unsigned char	subAddress,
		unsigned char	nData,
		U8 *	data
	)

Write nData stored in data to i2c slave address at subAddress

Returns

bool

Parameters

[in]	address	i2c Slave address
[in]	outputSel	i2c Slave output select
[in]	nData	number of octets to send
[in]	data	contains the data to send

Definition at line 159 of file SpecsInterface.cpp.

References itos(), specsSlaveDevice(), Object::verbose(), and Object::warning().

                                            {
#ifndef _NODEVICE_
  SPECSSLAVE *specsSlv=specsSlaveDevice();
  if ( 0==specsSlv ){
    warning("Could not reach proper Specs Master and/or Slave.",
            "SpecsInterface::specsWriteI2c");
    return false;
  }
  SpecsError status = specs_i2c_write_sub ( specsSlv, outputSel , 
                                            i2cAdd , subAdd , 
                                            nWord , data );
  if (0!=status){
    warning("failure at address " + itos (i2cAdd) + "/ subAddress " + itos(subAdd) +
            " [code=" + itos(status) + "]" ,
            "specsWriteI2c");
    //    specsMaster() -> reset();
  }
  else {
    verbose(itos(nWord) + " words written at address " + itos(i2cAdd) + 
            "/ subAddress " + itos(subAdd),
            "SpecsWriteI2c");
  }
#else
  verbose("Compilation in _NODEVICE_ mode.","SpecsInterface::specsWriteI2c");
#endif
  return true;
}

specsWriteParallel()

bool SpecsInterface::specsWriteParallel	(	unsigned char	address,
		unsigned short	data
	)

Write address / data on parallel bus

Returns

bool

Parameters

[in]	address	address bus
[in]	data	data bus

Definition at line 295 of file SpecsInterface.cpp.

References itos(), specsSlaveDevice(), Object::verbose(), and Object::warning().

                                                {
#ifndef _NODEVICE_
  SPECSSLAVE *specsSlv=specsSlaveDevice();
  if ( 0==specsSlv ){
    warning("Could not reach proper Specs Master and/or Slave.",
            "SpecsInterface::specsWriteParallel");
    return false;
  }
  SpecsError status = specs_parallel_write( specsSlv , add , 1 , &value );
  if (0!=status){
    warning("failure at address " + itos (add) +
            " [code=" + itos(status) + "]" ,
            "specsWriteParallel");
    //    specsMaster() -> reset();
  }
  else {
    verbose("Word " + itos( value ) +
            " successfully written at address " + itos(add),
            "SpecsWriteParallel");
  }
#else
  verbose("Compilation in _NODEVICE_ mode.",
          "SpecsWriteParallel");
#endif
  return true;
}

specsWriteRegister()

bool SpecsInterface::specsWriteRegister	(	unsigned char	reg,
		unsigned short	value
	)

Write Register data

Returns

bool

Parameters

[in]	register	register number
[in]	data	data bus

Definition at line 351 of file SpecsInterface.cpp.

References itos(), specsSlaveDevice(), Object::verbose(), and Object::warning().

Referenced by SpecsMezzanine::cmdline(), SpecsGlue::setI2cClkMode(), SpecsGlue::setLed(), and SpecsMezzanine::setLed().

                                                           {
#ifndef _NODEVICE_
  SPECSSLAVE *specsSlv=specsSlaveDevice();

  if ( 0==specsSlv  ){
    warning("Could not reach proper SpecsSlave/Master.",
            "SpecsInterface::specsWriteRegister");
    return false;
  }
  
  SpecsError status ;
  status = specs_register_write ( specsSlv , reg , value ); 
  if ( 0 != status ){
    warning("failure at register " + itos (reg) +
            " [code=" + itos(status) + "]" ,
            "specsWriteRegister");
    //    specsMaster() -> reset();
    return false;
  }
  else {
    verbose("register " + itos(reg) +
            " successfully written with value " + itos (value),
            "SpecsWriteRegister");
  }
#else
  verbose("Compilation in _NODEVICE_ mode.",
          "SpecsInterface::specsWriteRegister");
#endif
  return true;
}

update()

virtual void SpecsInterface::update ( )

inlinevirtual

Update the Element configuration from the actual hardware

Implements Interface.

Reimplemented in SpecsParallelBus.

Definition at line 86 of file SpecsInterface.h.

Referenced by BOOST_PYTHON_MODULE().

{info("SpecsInterface "+name()+". Nothing to do.","SpecsInterface::update");};

write()

virtual StatusCode SpecsInterface::write ( IOdata *  io )

inlinevirtual

Implements Interface.

Definition at line 125 of file SpecsInterface.h.

References shell::data(), and StatusCode::SUCCESS.

{ return StatusCode::SUCCESS; };

Member Data Documentation

m_address

unsigned char SpecsInterface::m_address

protected

Definition at line 268 of file SpecsInterface.h.

Referenced by address(), SpecsSlave::setAddress(), setAddress(), and SpecsInterface().

m_outputSelect

unsigned char SpecsInterface::m_outputSelect

protected

Definition at line 269 of file SpecsInterface.h.

Referenced by outputSelect(), setOutputSelect(), and SpecsInterface().

m_slot

int SpecsInterface::m_slot

private

Definition at line 266 of file SpecsInterface.h.

---

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

• /home/eleclhcb/LHCb/lbcat-cmake/CatSpecs/inc/SpecsInterface.h
• /home/eleclhcb/LHCb/lbcat-cmake/CatSpecs/src/SpecsInterface.cpp