BTimeStampMs Class Reference

#include <BTimeStampMs.h>

Public Member Functions
	BTimeStampMs (BString str="")
	~BTimeStampMs ()
void	clear ()
	Clear the date/time.
void	setNow ()
	Set the timeStamp to now.
BTimeStampMs &	addMilliSeconds (int milliSeconds)
	Add the given number of milli seconds. This should be less that a year.
BTimeStampMs &	subMilliSeconds (int milliSeconds)
	Add the given number of milli seconds. This should be less that a year.
BTimeStampMs &	addSeconds (int seconds)
	Add the given number of seconds. This should be less that a year.
BTimeStampMs &	subSeconds (int seconds)
	Subtract the given number of seconds. This should be less that a year.
uint32_t	getYearSeconds ()
	Get number of seconds within the year.
uint64_t	getYearMilliSeconds ()
	Get number of seconds within the year.
BString	getString (BString separator="T")
	Get the time as an ISO date/time string.
BString	getStringNoMs (BString separator="T")
	Get the time as an ISO date/time string with no ms.
BError	setString (BString dateTime)
	Set the time from an ISO date/time.
BString	getDurationString (BString separator="T")
	Get the time as an ISO date/time string but with month's and days starting from 0.
BString	getDurationStringNoMs (BString separator="T")
	Get the time as an ISO date/time string but with month's and days starting from 0 with no ms.
BError	setDurationString (BString dateTime)
	Set the time from an ISO date/time string but with month's and days starting from 0.
BString	getStringRaw ()
void	getDate (int &year, int &mon, int &day)
	Get the year, month and day.
int	compare (const BTimeStampMs &timeStamp)
	Compare two dates.
int	operator> (const BTimeStampMs &timeStamp)
int	operator>= (const BTimeStampMs &timeStamp)
int	operator< (const BTimeStampMs &timeStamp)
int	operator<= (const BTimeStampMs &timeStamp)

Static Public Member Functions
static int	isLeap (int year)
static BUInt64	difference (BTimeStampMs t2, BTimeStampMs t1)

Public Attributes
uint16_t	year
	Year (2000 .. 3000)
uint16_t	yday
	Day in year (0 .. 365)
uint16_t	hour
	Hour (0 .. 23)
uint16_t	minute
	Minute (0 .. 59)
uint16_t	second
	Second (0 .. 59)
uint16_t	milliSecond
	MilliSecond (0 .. 999)
int32_t	sampleNumber
	The sample number this time refers to.

Constructor & Destructor Documentation

BTimeStampMs()

BTimeStampMs::BTimeStampMs

(

BString

str = ""

)

~BTimeStampMs()

BTimeStampMs::~BTimeStampMs

(

)

Member Function Documentation

addMilliSeconds()

BTimeStampMs & BTimeStampMs::addMilliSeconds

(

int

milliSeconds

)

Add the given number of milli seconds. This should be less that a year.

addSeconds()

BTimeStampMs & BTimeStampMs::addSeconds

(

int

seconds

)

Add the given number of seconds. This should be less that a year.

clear()

void BTimeStampMs::clear

(

)

Clear the date/time.

compare()

int BTimeStampMs::compare

(

const BTimeStampMs &

timeStamp

)

Compare two dates.

difference()

BUInt64 BTimeStampMs::difference ( BTimeStampMs  t2, BTimeStampMs  t1  )

static

getDate()

void BTimeStampMs::getDate	(	int &	year,
		int &	mon,
		int &	day
	)

Get the year, month and day.

getDurationString()

BString BTimeStampMs::getDurationString

(

BString

separator = "T"

)

Get the time as an ISO date/time string but with month's and days starting from 0.

getDurationStringNoMs()

BString BTimeStampMs::getDurationStringNoMs

(

BString

separator = "T"

)

Get the time as an ISO date/time string but with month's and days starting from 0 with no ms.

getString()

BString BTimeStampMs::getString

(

BString

separator = "T"

)

Get the time as an ISO date/time string.

getStringNoMs()

BString BTimeStampMs::getStringNoMs

(

BString

separator = "T"

)

Get the time as an ISO date/time string with no ms.

getStringRaw()

BString BTimeStampMs::getStringRaw

(

)

getYearMilliSeconds()

uint64_t BTimeStampMs::getYearMilliSeconds

(

)

Get number of seconds within the year.

getYearSeconds()

uint32_t BTimeStampMs::getYearSeconds

(

)

Get number of seconds within the year.

isLeap()

int BTimeStampMs::isLeap ( int  year )

static

operator<()

int BTimeStampMs::operator< ( const BTimeStampMs &  timeStamp )

inline

operator<=()

int BTimeStampMs::operator<= ( const BTimeStampMs &  timeStamp )

inline

operator>()

int BTimeStampMs::operator> ( const BTimeStampMs &  timeStamp )

inline

operator>=()

int BTimeStampMs::operator>= ( const BTimeStampMs &  timeStamp )

inline

setDurationString()

BError BTimeStampMs::setDurationString

(

BString

dateTime

)

Set the time from an ISO date/time string but with month's and days starting from 0.

setNow()

void BTimeStampMs::setNow

(

)

Set the timeStamp to now.

setString()

BError BTimeStampMs::setString

(

BString

dateTime

)

Set the time from an ISO date/time.

subMilliSeconds()

BTimeStampMs & BTimeStampMs::subMilliSeconds

(

int

milliSeconds

)

Add the given number of milli seconds. This should be less that a year.

subSeconds()

BTimeStampMs & BTimeStampMs::subSeconds

(

int

seconds

)

Subtract the given number of seconds. This should be less that a year.

Member Data Documentation

hour

uint16_t BTimeStampMs::hour

Hour (0 .. 23)

milliSecond

uint16_t BTimeStampMs::milliSecond

MilliSecond (0 .. 999)

minute

uint16_t BTimeStampMs::minute

Minute (0 .. 59)

sampleNumber

int32_t BTimeStampMs::sampleNumber

The sample number this time refers to.

second

uint16_t BTimeStampMs::second

Second (0 .. 59)

yday

uint16_t BTimeStampMs::yday

Day in year (0 .. 365)

year

uint16_t BTimeStampMs::year

Year (2000 .. 3000)

---

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

• /src/cern/tms/tms/beam/libBeam/BTimeStampMs.h
• /src/cern/tms/tms/beam/libBeam/BTimeStampMs.cpp