#include <pbusmicroenable.h>

Public Member Functions

PbusMicroEnable ()
~PbusMicroEnable ()
const char * getMode ()
int getModeId ()
const char * getLibName ()
int get (std::string item, std::string *value)
int init (char *inifile, int host=0)
int free (int host=0)
void reset ()
unsigned long getState ()
int waitForIR (int timeout)
int checkIR ()
unsigned long getIRvector ()
unsigned long rawRead (unsigned long addr)
void rawWrite (unsigned long addr, unsigned long data)
void readBlock (unsigned long addr, unsigned long *data, unsigned long n, unsigned long incr=1)

Static Private Member Functions

static void initMicroEnable (char *inifile)
static void initPbus ()

Static Private Attributes

static microenable * board
static fpga_design * design
static unsigned long * reg
static bool menableMounted
static bool menableLoaded
static int timing
static int IRpolling

Detailed Description

Pbus interface for Microenable interface.

The interface is based on the PbusImp definition.

Note: In test mode the interface is base on the PbusSim-implementation Instead of using the shared memory the memory on the microenable card is used.

Definition at line 38 of file pbusmicroenable.h.

Constructor & Destructor Documentation

PbusMicroEnable::PbusMicroEnable ( )

PbusMicroEnable::~PbusMicroEnable ( )

Member Function Documentation

int PbusMicroEnable::checkIR ( )

int PbusMicroEnable::free ( int host = 0 )

int PbusMicroEnable::get	(	std::string	item,
		std::string *	value
	)

unsigned long PbusMicroEnable::getIRvector ( )

const char* PbusMicroEnable::getLibName ( )

const char* PbusMicroEnable::getMode ( )

int PbusMicroEnable::getModeId ( )

unsigned long PbusMicroEnable::getState ( )

int PbusMicroEnable::init	(	char *	inifile,
		int	host = `0`
	)

static void PbusMicroEnable::initMicroEnable ( char * inifile ) [static, private]

Initialization of the microEnable interface.

The access to the FD Electronic will be provided in three steps. The handle to the meicroenable is generated, the fpga design is loaded and finally the pointer the the microenable memory map is returned. To keep track of these state the variables