fesaGSI::TimingContext Class Reference

Specialized context for a RTEvent coming from the TimingEventSource. More...

#include <TimingContext.h>

Public Member Functions
	TimingContext (long long cycleStamp, const std::string &cycleName)
	constructor
	TimingContext (TimLibTime &interruptTimeStamp, unsigned long payload=0, bool forewarning=false)
	Constructor.
int64_t	getInterruptTimeStamp ()
	Returns the time of occurrence of the event expressed as a 64-bit integer counting the number of nanoseconds elapsed since the UNIX epoch i.e. since January 1st 1970 at 00.00 A.M.
uint32_t	getCycleTime ()
	Returns the time of occurrence of the event in the cycle in ms. The time is returned in a 32 bit integer with the number of miliseconds ticks since the start of the currently executing cycle.
Protected Member Functions
void	init (unsigned long payload=0)
Protected Attributes
TimLibTime	interruptTimeStamp_
TimLibTime	cycleTimeStamp_
	Timestamp of the timing Event.

Detailed Description

Specialized context for a RTEvent coming from the TimingEventSource.

Definition at line 19 of file TimingContext.h.

Constructor & Destructor Documentation

fesaGSI::TimingContext::TimingContext	(	long long	cycleStamp,
		const std::string &	cycleName
	)

constructor

Parameters:

	cycleTimeStamp
	cycleName
	forewarning	Indicates if the context belongs to the next cycle

Definition at line 13 of file TimingContext.cpp.

References cycleTimeStamp_, fesaGSI::GSICycleDescriptor::getCycleSelectorId(), fesaGSI::GSICycleDescriptor::getTgmMachineId(), and fesa::parseCycleSelector().

fesaGSI::TimingContext::TimingContext	(	TimLibTime &	interruptTimeStamp,
		unsigned long	payload = `0`,
		bool	forewarning = `false`
	)

Constructor.

Parameters:

	cycleTimeStamp
	payload
	forewarning

Definition at line 34 of file TimingContext.cpp.

References init().

Member Function Documentation

uint32_t fesaGSI::TimingContext::getCycleTime ( )

Returns the time of occurrence of the event in the cycle in ms. The time is returned in a 32 bit integer with the number of miliseconds ticks since the start of the currently executing cycle.

Returns:: the event-time in the cycle.

Definition at line 88 of file TimingContext.cpp.

References interruptTimeStamp_.

int64_t fesaGSI::TimingContext::getInterruptTimeStamp ( )

Returns the time of occurrence of the event expressed as a 64-bit integer counting the number of nanoseconds elapsed since the UNIX epoch i.e. since January 1st 1970 at 00.00 A.M.