SST::TimeLord Class Reference

Class for creating and managing TimeConverter objects. More...

#include <timeLord.h>

Public Member Functions
TimeConverter *	getTimeConverter (const std::string &ts)
	Create a new TimeConverter object using specified SI Units.
TimeConverter *	getTimeConverter (const UnitAlgebra &ts)
	Create a new TimeConverter object using the specified units.
UnitAlgebra	getTimeBase () const
TimeConverter *	getNano ()
TimeConverter *	getMicro ()
TimeConverter *	getMilli ()
SimTime_t	getSimCycles (const std::string &timeString, const std::string &where)
	Not a Public API.

Friends
class	SST::Simulation
class	SST::Simulation_impl
class	SST::Link
class	SST::BaseComponent

Detailed Description

Class for creating and managing TimeConverter objects.

Member Function Documentation

getMicro()

TimeConverter * SST::TimeLord::getMicro ( )

inline

Returns

TimeConverter which represents Microseconds

getMilli()

TimeConverter * SST::TimeLord::getMilli ( )

inline

Returns

TimeConverter which represents Milliseconds

getNano()

TimeConverter * SST::TimeLord::getNano ( )

inline

Returns

TimeConverter which represents Nanoseconds

getSimCycles()

SimTime_t SST::TimeLord::getSimCycles	(	const std::string &	timeString,
		const std::string &	where )

Not a Public API.

Returns the number of raw simulation cycles given by a specified time string

References SST::TimeConverter::getFactor(), and getTimeConverter().

Referenced by SST::Link::addRecvLatency(), and SST::Link::addSendLatency().

getTimeBase()

UnitAlgebra SST::TimeLord::getTimeBase ( ) const

inline

Returns

Time Base of the TimeLord

Referenced by SST::Core::Serialization::ObjectMapFundamental< TimeConverter * >::get(), SST::Core::Serialization::ObjectMapFundamental< TimeConverter >::get(), SST::InteractiveConsole::getCoreTimeBase(), SST::RealTimeAction::getCoreTimeBase(), and SST::TimeConverter::getPeriod().

getTimeConverter() [1/2]

TimeConverter * SST::TimeLord::getTimeConverter

(

const std::string &

ts

)

Create a new TimeConverter object using specified SI Units.

For example, "1 Ghz" (1 Gigahertz), "2.5 ns" (2.5 nanoseconds).

Parameters

ts

String indicating the base unit for this object. The string should be a floating point number followed by a prefix, and then frequency (i.e. Hz) or time unit (s). Allowable seconds prefixes are: 'f' (fempto), 'p' (pico), 'n' (nano), 'u' (micro), 'm' (milli). Allowable frequency prefixes are 'k' (kilo), 'M' (mega), and 'G' (giga).

References getTimeConverter().

Referenced by SST::Link::getDefaultTimeBase(), SST::Link::getDefaultTimeBase(), getSimCycles(), SST::InteractiveConsole::getTimeConverter(), getTimeConverter(), getTimeConverter(), and SST::Simulation_impl::minPartToTC().

getTimeConverter() [2/2]

TimeConverter * SST::TimeLord::getTimeConverter

(

const UnitAlgebra &

ts

)

Create a new TimeConverter object using the specified units.

Parameters

ts	UnitAlgebra object indicating the base unit for this object.

References SST::Output::fatal(), SST::UnitAlgebra::getRoundedValue(), getTimeConverter(), SST::UnitAlgebra::getValue(), SST::UnitAlgebra::hasUnits(), SST::UnitAlgebra::invert(), and SST::UnitAlgebra::toStringBestSI().

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

• src/sst/core/timeLord.h
• src/sst/core/timeLord.cc