Public Member Functions
	Monitor (std::string arcDir, std::string calFile, std::string host, std::string start, bool startWasSet, std::string stop, bool stopWasSet, std::string regFile)

	Monitor (std::string arcDir, std::string calFile, std::string startMjd, std::string stopMjd)

	Monitor (std::string host, std::string calFile)

virtual	~Monitor ()

void	addRegister (std::string regmapName, std::string boardName, std::string regname, RegAspect aspect=REG_PLAIN, MonitorDataType::FormatType=MonitorDataType::FM_UNKNOWN, char formatString=0, MonitorDataType::FormatType=MonitorDataType::FM_UNKNOWN, CoordRange range=0)

void	addRegister (std::string regSpec)

gcp::control::MsReadState	readNextFrame ()

void	getRegister (std::string regmapName, std::string boardName, std::string regname, unsigned data, CoordRange range)

void	getRegister (std::string regmapName, std::string boardName, std::string regname, int data, CoordRange range)

void	getRegister (std::string regmapName, std::string boardName, std::string regname, unsigned long data, CoordRange range)

void	getRegister (std::string regmapName, std::string boardName, std::string regname, long data, CoordRange range)

void	getRegister (std::string regmapName, std::string boardName, std::string regname, float data, CoordRange range)

void	getRegister (std::string regmapName, std::string boardName, std::string regname, double data, CoordRange range)

void	printDoubleRegs ()

void	printUnsignedIntRegs ()

void	readRegs ()

unsigned	countFrames ()

std::vector< std::vector < double > >	readRegsAsDoubles ()

std::vector< std::vector < std::vector< MonitorDataType > > >	readRegsAsDataTypes ()

void	printRegs ()

void	printRegs2 ()

std::vector< double >	getRegsAsDoubles ()

std::vector< std::vector < MonitorDataType > >	getRegsAsDataTypes ()

std::vector < gcp::util::RegDescription >	selectedRegs ()

std::vector < gcp::util::MonitorDataType::FormatType >	selectedFormats ()

std::vector < gcp::util::MonitorDataType::FormatType >	nativeFormats ()

double	getRegAsDouble (MonitorDataType val, RegAspect aspect)

void	run ()

void	runTest ()

double *	getCalSlotPtr (unsigned iSlot=0)

void	reinitialize ()

void	printArrayMap (bool arcvhivedOnly)

std::vector< std::string >	getArrayMapRegisters (bool archivedOnly)

ArrayMap *	arrayMap ()

Static Public Member Functions
static double	parseDateAndTime (std::string utc)

static MonitorDataType::FormatType	parseFormat (std::string format)

static MonitorDataType::FormatType	formatOf (RegDescription &reg, MonitorDataType::FormatType format=MonitorDataType::FM_UNKNOWN)

Constructor & Destructor Documentation

gcp::util::Monitor::Monitor	(	std::string	arcDir,
		std::string	calFile,
		std::string	host,
		std::string	start,
		bool	startWasSet,
		std::string	stop,
		bool	stopWasSet,
		std::string	regFile
	)

Constructor. Generic.

gcp::util::Monitor::Monitor	(	std::string	arcDir,
		std::string	calFile,
		std::string	startMjd,
		std::string	stopMjd
	)

Constructor for just reading from the archive

gcp::util::Monitor::Monitor	(	std::string	host,
		std::string	calFile
	)

Constructor for just reading from the real-time controller

Monitor::~Monitor ( )

virtual

Destructor.

....................................................................... Destructor.

Member Function Documentation

void gcp::util::Monitor::addRegister	(	std::string	regmapName,
		std::string	boardName,
		std::string	regname,
		RegAspect	aspect = `REG_PLAIN`,
		MonitorDataType::FormatType	= `MonitorDataType::FM_UNKNOWN`,
		char *	formatString = `0`,
		MonitorDataType::FormatType	= `MonitorDataType::FM_UNKNOWN`,
		CoordRange *	range = `0`
	)

Add a register to the set of registers to be monitored

void gcp::util::Monitor::addRegister ( std::string regSpec )

Parse a register specification string

unsigned Monitor::countFrames ( )

....................................................................... Count frames

double * Monitor::getCalSlotPtr ( unsigned iSlot = 0 )

Return a reference to the calibrated cata for the last read frame

....................................................................... Return a reference to the calibrated cata for the last read frame

double Monitor::getRegAsDouble	(	MonitorDataType	val,
		RegAspect	aspect
	)

Return a register value as a double

....................................................................... Output a register as a double

void Monitor::getRegister	(	std::string	regMapName,
		std::string	boardName,
		std::string	blockName,
		unsigned *	data,
		CoordRange *	range
	)

Methods for extracting the data into arrays of different data types

....................................................................... Read a register from the latest frame as unsigned ints.

void Monitor::getRegister	(	std::string	regMapName,
		std::string	boardName,
		std::string	blockName,
		unsigned long *	data,
		CoordRange *	range
	)

....................................................................... Read a register from the latest frame as unsigned longs.

void Monitor::getRegister	(	std::string	regMapName,
		std::string	boardName,
		std::string	blockName,
		long *	data,
		CoordRange *	range
	)

....................................................................... Read a register from the latest frame as longs.

void Monitor::getRegister	(	std::string	regMapName,
		std::string	boardName,
		std::string	blockName,
		float *	data,
		CoordRange *	range
	)

....................................................................... Read a register from the latest frame as floats.

void Monitor::getRegister	(	std::string	regMapName,
		std::string	boardName,
		std::string	blockName,
		double *	data,
		CoordRange *	range
	)

....................................................................... Read a register from the latest frame as doubles

std::vector< std::vector< MonitorDataType > > Monitor::getRegsAsDataTypes ( )

....................................................................... Return a vector of register values, as datatypes

std::vector< double > Monitor::getRegsAsDoubles ( )

Get the vector of laatest values of all selected regs, cast as doubles.

....................................................................... Get the vector of laatest values of all selected regs, cast as doubles.

double Monitor::parseDateAndTime ( std::string utc )

static

Parse a date string.

....................................................................... Parse a date string of the form dd-mmm-yyyy:hh:mm:ss into a double Modified Julian date

void Monitor::printDoubleRegs ( )

....................................................................... Print the latest value of all selected regs, as doubles

void Monitor::printRegs ( )

Print the laatest values of all selected regs, according to type.

void Monitor::printUnsignedIntRegs ( )

....................................................................... Print the latest value of all selected regs, as unsigned ints

MsReadState Monitor::readNextFrame ( )

Read the next frame of data from the stream.

....................................................................... Read the next frame

void Monitor::readRegs ( )

Method to sequentially read all data frames and return the value of selected registers according to type.

....................................................................... Method to sequentially read all data frames and print the value of selected registers according to type.

std::vector< std::vector< std::vector< MonitorDataType > > > Monitor::readRegsAsDataTypes ( )

....................................................................... Method to sequentially read all data frames and return the value of selected registers as doubles.

std::vector< std::vector< double > > Monitor::readRegsAsDoubles ( )

Method to sequentially read all data frames and return the value of selected registers as doubles.

....................................................................... Method to sequentially read all data frames and return the value of selected registers as doubles.

void Monitor::reinitialize ( )

....................................................................... (Re)initialize

void Monitor::run ( void )

Run this object in interactive mode.

....................................................................... Run in interactive mode.

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

gcpCbass/util/common/Monitor.h
gcpCbass/util/common/Monitor.cc

Public Member Functions

Static Public Member Functions

Constructor & Destructor Documentation

Member Function Documentation