/local/lecs/lecs/risc_v0.3.0/sources/build/risc_v0.3.0/src/internal_representation/dynamic_internal_representation.cpp File Reference

#include "dynamic_internal_representation.h"
#include "module.h"
#include "internal_representation_helper.h"
#include "../tools/misc.h"

Include dependency graph for dynamic_internal_representation.cpp:

Defines
#define	PRINT_OBJECT(TYPE, VARIABLE)
#define	PRINT_OBJECT(TYPE, VARIABLE)
#define	COMPARE_NAME(TYPE, VARIABLE)
#define	SEARACH_FOR_VARIABLE(TYPE, VARIABLE)
#define	COMPARE_NAME(TYPE, VARIABLE)
Functions
DynamicObject *	get_dynamic_object_of_variable (DynamicModule *root, std::string host_module_type_name, int host_module_instance_id, std::string reference_name, int &instance_counter)
bool	get_instance_id_of_hosting_module (DynamicModule *root, int *address_of_variable, std::string module_name, int &instance_counter)
std::pair< DynamicModule *, std::string >	get_host_module_and_name_of_variable (DynamicModule *root, int *variable)
void	get_all_components_of_type (DynamicModule *root, std::string type_name, std::list< DynamicModule * > &modules)
DynamicModule *	get_host_module_of_member (DynamicModule *root, int *address_of_variable)
Variables
DynamicModule *	ast_root

---

Define Documentation

#define COMPARE_NAME	(	TYPE,
		VARIABLE		)

Value:

for(std::list< TYPE *>::iterator                   \
      iter_variable  = root-> VARIABLE .begin();     \
      iter_variable != root-> VARIABLE .end();       \
      iter_variable++) {                             \
    if((*iter_variable)->address_  == variable) {    \
      return std::pair<DynamicModule*, std::string>( \
                 root, (*iter_variable)->name_);     \
    }                                                \
  }

#define COMPARE_NAME	(	TYPE,
		VARIABLE		)

Value:

for(std::list< TYPE *>::iterator                   \
          iter_variable  = root-> VARIABLE .begin();     \
          iter_variable != root-> VARIABLE .end();       \
          iter_variable++) {                             \
        if((*iter_variable)->name_  == reference_name) { \
          return *iter_variable;                         \
        }                                                \
      }

#define PRINT_OBJECT	(	TYPE,
		VARIABLE		)

Value:

for(std::list< TYPE *>::iterator        \
      iter_variable  = VARIABLE .begin(); \
      iter_variable != VARIABLE .end();   \
      iter_variable++) {                  \
    (*iter_variable)->print(indent+1);    \
  }

#define PRINT_OBJECT	(	TYPE,
		VARIABLE		)

Value:

for(std::list< TYPE *>::iterator        \
      iter_variable  = VARIABLE .begin(); \
      iter_variable != VARIABLE .end();   \
      iter_variable++) {                  \
    (*iter_variable)->print(indent+1);    \
  }

#define SEARACH_FOR_VARIABLE	(	TYPE,
		VARIABLE		)

Value:

for(std::list< TYPE *>::iterator                           \
        iter_variable  = root-> VARIABLE .begin();             \
        iter_variable != root-> VARIABLE .end();               \
        iter_variable++) {                                     \
      if((*iter_variable)->address_ == address_of_variable) {  \
        return true;                                           \
      }                                                        \
    }

---

Function Documentation

void get_all_components_of_type	(	DynamicModule *	root,
		std::string	type_name,
		std::list< DynamicModule * > &	modules
	)

DynamicObject* get_dynamic_object_of_variable	(	DynamicModule *	root,
		std::string	host_module_type_name,
		int	host_module_instance_id,
		std::string	reference_name,
		int &	instance_counter
	)

std::pair<DynamicModule*, std::string> get_host_module_and_name_of_variable	(	DynamicModule *	root,
		int *	variable
	)

DynamicModule* get_host_module_of_member	(	DynamicModule *	root,
		int *	address_of_variable
	)

bool get_instance_id_of_hosting_module	(	DynamicModule *	root,
		int *	address_of_variable,
		std::string	module_name,
		int &	instance_counter
	)

---

Variable Documentation

DynamicModule* ast_root