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

#include <xml.hpp>

Public Member Functions
	XMLExport (std::string path)
	The constructor takes the gneration path.

	~XMLExport ()
	The destructor makes sure all XML nodes are deallocated.

void	traverse (sc_module *top)
	The traverse function requires the top ForSyDe process name. More...

xml_node *	init (const sc_module *p)
	The init member initiates the XML DOM and performs initial settings.

void	printXML (std::string fileName)
	The print method writes the XML file to the output. More...

void	add_leaf_process (const ForSyDe::process p, xml_node<> pn_node)
	Add a leaf process.

void	add_leaf_process_ports (const ForSyDe::process p, xml_node<> pn_node)
	Add the ports for a leaf process.

void	add_composite_process (const sc_module p, xml_node<> pn_node)
	Add a composite process.

void	add_port (introspective_port port, const char dir, xml_node<> pn_node, const char bound_process=NULL, const char *bound_port=NULL)
	Add a port.

void	add_signal (introspective_channel sig, xml_node<> pn_node)
	Add a ForSyDe signal.

bool	is_leaf (sc_object *module)
	Check if the systemC object is a leaf process.

bool	is_module (const sc_object *module)
	Check if the systemC object is module.

bool	is_port (sc_object *port)
	Check if the systemC object is port.

bool	is_signal (const sc_object *sig)
	Check if the systemC object is a ForSyDe signal.

Detailed Description

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

This class provides basic facilities to export a ForSyDe-SystemC process network as an XML file.

Member Function Documentation

void ForSyDe::XMLExport::printXML ( std::string fileName )

inline

The print method writes the XML file to the output.

The XML structure is already generated, so this command only checks for the availability of the output file and dumps the XML to it.

void ForSyDe::XMLExport::traverse ( sc_module * top )

inline

The traverse function requires the top ForSyDe process name.

It initiates the translation job which is a recursive traversal of the process network.

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