The namespace for ForSyDe. More...

Namespaces
	CT
	The namespace for CT MoC.

	DDE
	The namespace for DDE MoC.

	DT
	The namespace for synchronous MoC.

	SDF
	The namespace for synchronous dataflow MoC.

	SY
	The namespace for synchronous MoC.

	UT
	The namespace for untimed MoC.

Classes
class	abst_ext
	Absent-extended data types. More...

class	CT2DDE
	Process constructor for a CT2DDE MoC interface. More...

class	CT2DDEf
	Process constructor for a CT2DDEf MoC interface. More...

class	CT2SY
	Process constructor for a CT2SY MoC interface. More...

class	DDE2CT
	Process constructor for a DDE2CT MoC interfaces. More...

class	DDE2SY
	Process constructor for a DDE2SY MoC interface. More...

class	in_port
	The in_port port is used for input ports of ForSyDe processes. More...

class	introspective_channel
	A helper class used to provide introspective channels. More...

class	introspective_port
	A helper class used to provide introspective ports. More...

class	out_port
	The UT_out port is used for output ports of UT processes. More...

struct	PortInfo
	This type is used in the process base class to store structural information. More...

class	process
	The process constructor which defines the abstract semantics of execution. More...

class	SDF2SY
	Process constructor for a SDF2SY MoC interface. More...

class	signal
	A ForSyDe signal is used to inter-connect processes. More...

class	sub_signal
	The sub-signal type used to construct a CT signal. More...

class	SY2CT
	Process constructor for a SY2CT MoC interfaces. More...

class	SY2DDE
	Process constructor for a SY2DDE MoC interfaces. More...

class	SY2SDF
	Process constructor for a SY2SDF MoC interfaces. More...

struct	tt_event
	Time-tagged data types. More...

class	XMLExport
	Abstract class used to Export a system as an XML file. More...

Typedefs
typedef double	CTTYPE
	Type of the values used in the CT MoC (currently fixed)

template<typename T >
using	ttn_event = tt_event< abst_ext< T >>
	The time-tagged data-type with an absent-extended value representing null values.

Enumerations
enum	bound_type { PORT, CHANNEL }
	Type of the object bound to a port.

enum	A2DMode { LINEAR, HOLD }
	Operation modes for the SY2CT converter.

Functions
template<class OIf , class IIf >
SY2CT *	make_SY2CT (std::string pName, sc_time sample_period, A2DMode op_mode, OIf &outS, IIf &inpS)
	Helper function to construct an SY2CT MoC interface. More...

template<class OIf , class IIf >
CT2SY *	make_CT2SY (std::string pName, sc_time sample_period, OIf &outS, IIf &inpS)
	Helper function to construct an CT2SY MoC interface. More...

template<class T , template< class > class OIf, class IIf >
CT2DDE< T > *	make_CT2DDE (std::string pName, OIf< T > &outS, IIf &inpS1, DDE::in_port< unsigned int > inpS2)
	Helper function to construct an CT2DDE MoC interface. More...

template<class T , template< class > class OIf, class IIf >
CT2DDEf< T > *	make_CT2DDEf (std::string pName, sc_time sampling_period, OIf< T > &outS, IIf &inpS)
	Helper function to construct an CT2DDEf MoC interface. More...

template<class T , class OIf , template< class > class IIf>
DDE2CT< T > *	make_DDE2CT (std::string pName, A2DMode op_mode, OIf &outS, IIf< T > &inpS)
	Helper function to construct an DDE2CT MoC interface. More...

template<class T , template< class > class OIf, template< class > class IIf>
SY2SDF< T > *	make_SY2SDF (std::string pName, OIf< T > &outS, IIf< T > &inpS)
	Helper function to construct an SY2SDF MoC interface. More...

template<class T , template< class > class OIf, template< class > class IIf>
SDF2SY< T > *	make_SDF2SY (std::string pName, OIf< T > &outS, IIf< T > &inpS)
	Helper function to construct an SDF2SY MoC interface. More...

template<class T , template< class > class OIf, template< class > class IIf>
SY2DDE< T > *	make_SY2DDE (std::string pName, sc_time sample_period, OIf< T > &outS, IIf< T > &inpS)
	Helper function to construct an SY2DDE MoC interface. More...

template<class T , template< class > class OIf, template< class > class IIf>
DDE2SY< T > *	make_DDE2SY (std::string pName, sc_time sample_period, OIf< T > &outS, IIf< T > &inpS)
	Helper function to construct an DDE2SY MoC interface. More...

void	get_moc_and_pc (const std::string &kind, std::string &moc, std::string &pc)
	Extracts the MoC and the process constructor name from a ForSyDe kind.

Detailed Description

The namespace for ForSyDe.

Based on the GDB/Machine Interface library (libmigdb: http://libmigdb.sourceforge.net/)

General namespace that includes everything provided by the SFF. Each MoC has its own sub-namespace.

Function Documentation

template<class T , template< class > class OIf, class IIf >

CT2DDE<T>* ForSyDe::make_CT2DDE	(	std::string	pName,
		OIf< T > &	outS,
		IIf &	inpS1,
		DDE::in_port< unsigned int >	inpS2
	)

inline

Helper function to construct an CT2DDE MoC interface.

This function is used to construct a MoC interface (SystemC module) from the continuous-time to the discrete-event MoC and connect its input and output signals. It provides a more functional style definition of a ForSyDe MI. It also removes bilerplate code by using type-inference feature of C++ and automatic binding to the input and output FIFOs.

template<class T , template< class > class OIf, class IIf >

CT2DDEf<T>* ForSyDe::make_CT2DDEf	(	std::string	pName,
		sc_time	sampling_period,
		OIf< T > &	outS,
		IIf &	inpS
	)

inline

Helper function to construct an CT2DDEf MoC interface.

This function is used to construct a MoC interface (SystemC module) from the continuous-time to the discrete-event MoC and connect its input and output signals. It provides a more functional style definition of a ForSyDe MI. It also removes bilerplate code by using type-inference feature of C++ and automatic binding to the input and output FIFOs.

template<class OIf , class IIf >

CT2SY* ForSyDe::make_CT2SY	(	std::string	pName,
		sc_time	sample_period,
		OIf &	outS,
		IIf &	inpS
	)

inline

Helper function to construct an CT2SY MoC interface.

This function is used to construct a MoC interface (SystemC module) from the continuous-time to the synchronous MoC and connect its input and output signals. It provides a more functional style definition of a ForSyDe MI. It also removes bilerplate code by using type-inference feature of C++ and automatic binding to the input and output FIFOs.

Parameters

sample_period The sampling period

template<class T , class OIf , template< class > class IIf>

DDE2CT<T>* ForSyDe::make_DDE2CT	(	std::string	pName,
		A2DMode	op_mode,
		OIf &	outS,
		IIf< T > &	inpS
	)

inline

Helper function to construct an DDE2CT MoC interface.

This function is used to construct a MoC interface (SystemC module) from the discrete-event MoC to the continuous-time and connect its input and output signals. It provides a more functional style definition of a ForSyDe MI. It also removes bilerplate code by using type-inference feature of C++ and automatic binding to the input and output FIFOs.

Parameters

op_mode The operation mode

template<class T , template< class > class OIf, template< class > class IIf>

DDE2SY<T>* ForSyDe::make_DDE2SY	(	std::string	pName,
		sc_time	sample_period,
		OIf< T > &	outS,
		IIf< T > &	inpS
	)

inline

Helper function to construct an DDE2SY MoC interface.

This function is used to construct a MoC interface (SystemC module) from the discrete-event MoC to the synchronous and connect its input and output signals. It provides a more functional style definition of a ForSyDe MI. It also removes bilerplate code by using type-inference feature of C++ and automatic binding to the input and output FIFOs.

Parameters

sample_period The unified period length

template<class T , template< class > class OIf, template< class > class IIf>

SDF2SY<T>* ForSyDe::make_SDF2SY	(	std::string	pName,
		OIf< T > &	outS,
		IIf< T > &	inpS
	)

inline

Helper function to construct an SDF2SY MoC interface.

This function is used to construct a MoC interface (SystemC module) from the synchronous dataflow MoC to the synchronous and connect its input and output signals. It provides a more functional style definition of a ForSyDe MI. It also removes bilerplate code by using type-inference feature of C++ and automatic binding to the input and output FIFOs.

template<class OIf , class IIf >

SY2CT* ForSyDe::make_SY2CT	(	std::string	pName,
		sc_time	sample_period,
		A2DMode	op_mode,
		OIf &	outS,
		IIf &	inpS
	)

inline

Helper function to construct an SY2CT MoC interface.

This function is used to construct a MoC interface (SystemC module) from the synchronous to the continuous-time MoC and connect its input and output signals. It provides a more functional style definition of a ForSyDe MI. It also removes bilerplate code by using type-inference feature of C++ and automatic binding to the input and output FIFOs.

Parameters

sample_period	The sampling period
op_mode	The operation mode

template<class T , template< class > class OIf, template< class > class IIf>

SY2DDE<T>* ForSyDe::make_SY2DDE	(	std::string	pName,
		sc_time	sample_period,
		OIf< T > &	outS,
		IIf< T > &	inpS
	)

inline

Helper function to construct an SY2DDE MoC interface.

This function is used to construct a MoC interface (SystemC module) from the synchronous to discrete-event MoC and connect its input and output signals. It provides a more functional style definition of a ForSyDe MI. It also removes bilerplate code by using type-inference feature of C++ and automatic binding to the input and output FIFOs.

Parameters

sample_period The unified period length

template<class T , template< class > class OIf, template< class > class IIf>

SY2SDF<T>* ForSyDe::make_SY2SDF	(	std::string	pName,
		OIf< T > &	outS,
		IIf< T > &	inpS
	)

inline

Helper function to construct an SY2SDF MoC interface.

This function is used to construct a MoC interface (SystemC module) from the synchronous to synchronous dataflow MoC and connect its input and output signals. It provides a more functional style definition of a ForSyDe MI. It also removes bilerplate code by using type-inference feature of C++ and automatic binding to the input and output FIFOs.

ForSyDe-SystemC

The SystemC implementation of ForSyDe

Namespaces

Classes

Typedefs

Enumerations

Functions

Detailed Description

Function Documentation