#include <dynamic_path_instance_mapper.h>

Inheritance diagram for risc::DynamicPathInstanceMapper:

Collaboration diagram for risc::DynamicPathInstanceMapper:

Public Types
typedef std::pair < InstanceTree, int >	PathWithID

Public Member Functions
	DynamicPathInstanceMapper (std::string filename)
	This is the default constructor and need a design and a segment graph. The lookup table will be automatically created. More...

void	traverse_tree (InstanceTree root, DynamicModule *module)

void	determine_lookup_table ()
	This function traverses the design and pushes all modules and hierarchical channel instances into the path_to_id_mapping_ lookup table. The traversing is dependent on the declaration order of the member variables. Also, it follows depth first search. CAUTION: The function Design::reset_instance_counter() must be used first! Otherwise wrong intance id's a generated! More...

void	parse_dynamic_instance_tree ()
	This functions parses the dynamic analysis file into a tree representation. More...

virtual DynamicModule *	get_dynamic_tree_root ()
	This function returns the root node of the dynamic analysis CAUTION: This function is only for the DynamicPathInstanceMapper. More...

virtual bool	perform_dynamic_analysis ()
	This functions returns true if the path instance mapper should perform a dynamic analysis. More...

virtual int *	get_global_variable_address (std::string variable_name)
	This functions returns the address of a global variable. More...

virtual std::string	get_global_variable_name (int *variable_address)
	This functions returns the name of a global variable. More...

std::string	translate_type_name (std::string gnu_type_name)
	This function is only for internal use. Rose cannot generate type names for template classes. The output is very cryptic. So this function translates a clean gnu class name into a rose type name. More...

void	print_mapping ()
	The function prints the lookup table in the terminal. More...

virtual InstanceTree	get_instance_tree (int id, std::list< InstanceTree > potential_instances)
	This function returns for a given id and potential mapping candidates the corresponding instance tree. CAUTION: This function is only for the StaticPathInstanceMapper. More...

virtual int	get_id (InstanceTree tree)
	This function returns for a given tree the corresponding instance id. CAUTION: This function is only for the StaticPathInstanceMapper. More...

Public Attributes
std::string	filename_
	This is the input file for the dynamic analysis. More...

DynamicModule *	dynamic_root_
	This variables stores the root node of the dynamic analysis. More...

std::list< std::pair < std::string, int * > >	global_variable_addresses_
	This list stores the global variables of the dynamic analysis. More...

std::vector< PathWithID >	path_to_id_mapping_
	This is the lookup table from path to instance id. More...

int	max_instances_
	This variable counts what is the max of instances. More...

Member Typedef Documentation

typedef std::pair<InstanceTree, int> risc::PathInstanceMapper::PathWithID

inherited

Constructor & Destructor Documentation

risc::DynamicPathInstanceMapper::DynamicPathInstanceMapper ( std::string filename )

This is the default constructor and need a design and a segment graph. The lookup table will be automatically created.

Member Function Documentation

risc::DynamicPathInstanceMapper::determine_lookup_table ( )

This function traverses the design and pushes all modules and hierarchical channel instances into the path_to_id_mapping_ lookup table. The traversing is dependent on the declaration order of the member variables. Also, it follows depth first search. CAUTION: The function Design::reset_instance_counter() must be used first! Otherwise wrong intance id's a generated!

DynamicModule * risc::DynamicPathInstanceMapper::get_dynamic_tree_root ( )

virtual

This function returns the root node of the dynamic analysis CAUTION: This function is only for the DynamicPathInstanceMapper.

Reimplemented from risc::PathInstanceMapper.

risc::DynamicPathInstanceMapper::get_global_variable_address ( std::string variable_name )

virtual

This functions returns the address of a global variable.

Reimplemented from risc::PathInstanceMapper.

risc::DynamicPathInstanceMapper::get_global_variable_name ( int * variable_address )

virtual

This functions returns the name of a global variable.

Reimplemented from risc::PathInstanceMapper.

risc::PathInstanceMapper::get_id ( InstanceTree tree )

virtualinherited

This function returns for a given tree the corresponding instance id. CAUTION: This function is only for the StaticPathInstanceMapper.

Reimplemented in risc::StaticPathInstanceMapper.

risc::PathInstanceMapper::get_instance_tree	(	int	id,
		std::list< InstanceTree >	potential_instances
	)

virtualinherited

This function returns for a given id and potential mapping candidates the corresponding instance tree. CAUTION: This function is only for the StaticPathInstanceMapper.

Reimplemented in risc::StaticPathInstanceMapper.

void risc::DynamicPathInstanceMapper::parse_dynamic_instance_tree ( )

This functions parses the dynamic analysis file into a tree representation.

risc::DynamicPathInstanceMapper::perform_dynamic_analysis ( )

virtual

This functions returns true if the path instance mapper should perform a dynamic analysis.

Implements risc::PathInstanceMapper.

risc::PathInstanceMapper::print_mapping ( )

inherited

The function prints the lookup table in the terminal.

risc::DynamicPathInstanceMapper::translate_type_name ( std::string gnu_type_name )

This function is only for internal use. Rose cannot generate type names for template classes. The output is very cryptic. So this function translates a clean gnu class name into a rose type name.

void risc::DynamicPathInstanceMapper::traverse_tree	(	InstanceTree	root,
		DynamicModule *	module
	)

Member Data Documentation

DynamicModule* risc::DynamicPathInstanceMapper::dynamic_root_

This variables stores the root node of the dynamic analysis.

std::string risc::DynamicPathInstanceMapper::filename_

This is the input file for the dynamic analysis.

std::list<std::pair<std::string, int*> > risc::DynamicPathInstanceMapper::global_variable_addresses_

This list stores the global variables of the dynamic analysis.

int risc::PathInstanceMapper::max_instances_

inherited

This variable counts what is the max of instances.

std::vector<PathWithID> risc::PathInstanceMapper::path_to_id_mapping_

inherited

This is the lookup table from path to instance id.

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

/local/lecs/lecs/risc_v0.6.2/sources/build/risc_v0.6.2/src/internal_representation/dynamic_path_instance_mapper.h
/local/lecs/lecs/risc_v0.6.2/sources/build/risc_v0.6.2/src/internal_representation/dynamic_path_instance_mapper.cpp

Public Types

Public Member Functions

Public Attributes

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation