abssemantics.hpp File Reference

The common abstract semantics for all MoCs. More...

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Classes
class	ForSyDe::introspective_channel
	A helper class used to provide introspective channels. More...
class	ForSyDe::signal< T, TokenType >
	A ForSyDe signal is used to inter-connect processes. More...
struct	ForSyDe::PortInfo
	This type is used in the process base class to store structural information. More...
class	ForSyDe::introspective_port
	A helper class used to provide introspective ports. More...
class	ForSyDe::in_port< T, TokenType, ChanType >
	The in_port port is used for input ports of ForSyDe processes. More...
class	ForSyDe::out_port< T, TokenType, ChanType >
	The UT_out port is used for output ports of UT processes. More...
class	ForSyDe::process
	The process constructor which defines the abstract semantics of execution. More...

Namespaces
	ForSyDe
	The namespace for ForSyDe.

Macros
#define	WRITE_MULTIPORT(PORT, VAL)   for (int WMPi=0;WMPi<PORT.size();WMPi++) PORT[WMPi]->write(VAL);
#define	WRITE_VEC_MULTIPORT(PORT, VEC)

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

Detailed Description

The common abstract semantics for all MoCs.

The common abstract semantics which is used by other MoCs is provided in this file. It is used by other MoCs to implement their semantics on top of the SystemC DE kernel.

Macro Definition Documentation

#define WRITE_VEC_MULTIPORT	(		PORT,
			VEC
	)

Value:

for (int WMPi=0;WMPi<PORT.size();WMPi++) \
        for (auto WMPit=VEC.begin();WMPit!=VEC.end();WMPit++) \
            PORT[WMPi]->write(*WMPit);