risc::tools Namespace Reference

Classes
class	AstAttributeColor
class	CDefinitions
	This class stores C and C++ definition pointer This class does not need any initialization. More...
class	ParseStatus
	This class stores the command-line options. More...
struct	UserSpaceFilter
class	RoseNodes
class	SystemCDefinitions
	This class stores all SystemC definition pointer This class does not need any initialization. More...
Functions
bool	is_derived_from (SgClassDefinition *derived_class, SgClassDefinition *base_class)
	This function checks if the derived class is derived from the base class.
bool	is_derived_from_sc_interface (SgClassDefinition *derived_class)
	This function checks if the class is derived from sc_interface.
bool	is_derived_from_sc_channel (SgClassDefinition *derived_class)
	This function checks if the class is derived from sc_channel.
bool	is_derived_from_sc_prim_channel (SgClassDefinition *derived_class)
	This function checks if the class is derived from sc_prim_channel.
bool	is_derived_from_sc_module (SgClassDefinition *derived_class)
	This function checks if the class is derived from sc_module.
bool	is_derived_from_sc_port (SgClassDefinition *derived_class)
	This function checks if the class is derived from sc_port.
bool	is_derived_from_sc_port_base (SgClassDefinition *derived_class)
	This function checks if the class is derived from sc_port_base.
bool	is_derived_from_sc_port_base (SgVarRefExp *var_ref)
	This function checks if the class is derived from sc_port_base.
bool	is_sc_event (SgClassDefinition *derived_class)
	This function checks if the class is derived from sc_event or if it is sc_event itself.
bool	is_sc_event_and_list (SgClassDefinition *derived_class)
	This function checks if the class is derived from sc_event_and_list or if it is sc_event_and_list itself.
bool	is_sc_event_or_list (SgClassDefinition *derived_class)
	This function checks if the class is derived from sc_event_or_list or if it is sc_event_or_list itself.
bool	is_sc_event (SgVarRefExp *var_ref)
	This function checks if the class is derived from sc_event or if it is sc_event itself.
bool	is_sc_event_and_list (SgVarRefExp *var_ref)
	This function checks if the class is derived from sc_event_and_list or if it is sc_event_and_list itself.
bool	is_sc_event_or_list (SgVarRefExp *var_ref)
	This function checks if the class is derived from sc_event_or_list or if it is sc_event_or_list itself.
bool	is_sc_in_port (SgTemplateInstantiationDefn *template_class)
	This function checks if the template class bases on the class template sc_in_port.
bool	is_sc_out_port (SgTemplateInstantiationDefn *template_class)
	This function checks if the template class bases on the class template sc_out_port.
bool	is_sc_inout_port (SgTemplateInstantiationDefn *template_class)
	This function checks if the template class bases on the class template sc_inout_port.
bool	is_sc_in_clk (SgClassDefinition *definition)
	This function checks if the given defintion is qual to the definition of a sc_in_clk.
bool	is_sc_out_clk (SgClassDefinition *definition)
	This function checks if the given defintion is qual to the definition of a sc_out_clk.
bool	is_sc_inout_clk (SgClassDefinition *definition)
	This function checks if the given defintion is qual to the definition of a sc_inout_clk.
bool	is_sc_in_bool (SgClassDefinition *definition)
	This function checks if the given defintion is qual to the definition of a sc_in<bool>.
bool	is_sc_fifo_in (SgVarRefExp *var_ref)
	This function checks if the variable is of the type sc_fifo_in.
bool	is_sc_fifo_out (SgVarRefExp *var_ref)
	This function checks if the variable is of the type sc_fifo_out.
std::vector< std::string >	preparsing_commandline_arguments (int &argc, char **&argv, std::vector< std::string > &input_files)
	This function takes the parameter of the command line and creates a source file which includes all the source files. Afterwards all source files are replaced with new file in the command parameters. Example.
std::string	instrumentor_output_filename (int &argc, char **&argv)
	This function searches for the command line arguments for the dynamic analysis, namely, -inst:dir_output_filename <filename>. ONLY FOR INTERNAL USE! MODIFIES THE COMMAND LINE PARAMETERS.
std::string	dynamic_analysis_input_filename (int &argc, char **&argv)
	This function searches for the command line arguments for the dynamic analysis, namely, -risc:elab <filename>. ONLY FOR INTERNAL USE! MODIFIES THE COMMAND LINE PARAMETERS.
void	ParseCommandlineOptions (int &argc, char **&argv, ParseStatus *status)
void	AddCommandlineOption (int &argc, char **&argv, std::string option)
void	AddCommandlineOption (risc::Design &design, std::string option)
void	RemoveCommandlineOption (risc::Design &design, std::string option)
StringUtility::FileNameLibrary	get_library (int file_id)
StringUtility::FileNameLibrary	get_library (Sg_File_Info *X)
SgFunctionDeclaration *	get_function_declaration_of_channel_call_statically (SgFunctionCallExp *func_call)
SgFunctionDeclaration *	get_function_declaration_of_channel_call_dynamically (SgFunctionCallExp *func_call)
bool	function_call_belongs_to_a_port (SgFunctionCallExp *func_call_exp)
bool	function_call_is_in_user_domain (SgFunctionCallExp *func_call_exp)
std::vector < SgFunctionDeclaration * >	get_all_other_function_declarations (SgFunctionDeclaration *func_decl)
std::list< SgClassDefinition * >	get_channel_interfaces (SgClassDefinition *channel_def)
std::list< SgClassDefinition * >	get_all_used_interfaces (bool only_in_user_domain=true)
std::list< SgFunctionCallExp * >	get_all_port_calls_to_annotated_functions (risc::sg::SegmentGraph &graph)
std::list < SgFunctionDeclaration * >	get_interface_functions (SgClassDefinition *channel_def, bool only_annotated=false)
std::list < SgFunctionDeclaration * >	get_all_implemented_interface_functions (bool only_in_user_domain=true, bool only_annotated=false)
bool	is_annotated_function (SgFunctionDeclaration *func_decl)
bool	has_reference_parameter (SgFunctionDeclaration *func_decl)
SgFunctionDeclaration *	get_first_non_defining_function_declaration (SgFunctionCallExp *func_call_exp)
bool	is_overloaded_operator (SgFunctionDeclaration *func_decl)
SgVariableDefinition *	get_port_variable (SgFunctionCallExp *func_call_exp)
bool	is_data_structure (SgType *type)
	This function checks if the passed type represents a data structure.
bool	is_builtin_type (SgType *type)
	This function checks if the passed type represents a C++ builtin type.
bool	class_types_are_identical (SgClassDefinition *cd1, SgClassDefinition *cd2)
	Compares two classes.
bool	is_func_name (const SgFunctionDeclaration *function, const std::string &name)
	Compares the function name with the given string.
void	print_indented (std::string s, unsigned indent)
	Prints a string with indention.
SgClassDefinition *	class_definition_of_variable (SgVariableDeclaration *var_decl)
	Determines the class defintion of varialbe It is expected that the type is SgClassType.
bool	is_builtin_function (SgFunctionDeclaration *func_decl)
	Checks if a given function is a C++ builtin function This function is taken/inspired from the Rose builtinFilter structure.
bool	all_cfg_branches_end_in_break (SgNode *node, int &break_counter)
bool	all_cfg_branches_end_in_continue (SgNode *node, int &continue_counter)
SgStatement *	get_previous_stmt_in_basic_block (SgNode *node)
bool	is_conditional_break (SgScopeStatement const *const loop_stmt, SgBreakStmt const *const break_stmt)
SgScopeStatement *	find_break_surrounding_scope (SgBreakStmt *break_stmt)
bool	break_belongs_to_loop (SgScopeStatement *loop_stmt, SgBreakStmt const *const break_stmt)
bool	is_located_in_rose_header (SgNode *node)
SgMemberFunctionDeclaration *	get_constructor (SgClassDefinition *class_def)
void	find_and_replace_all (std::string &input, const std::string &from, const std::string &to)
std::string	get_mangled_name (SgClassDefinition *class_def)
SgVariableSymbol *	find_global_variable (std::string name, SgProject *project)
bool	is_in_std_namespace (SgDeclarationStatement *statement)
bool	is_in_systemc_namespace (SgDeclarationStatement *statement)
bool	is_in_gnu_cxx_namespace (SgDeclarationStatement *statement)
SgVariableSymbol *	get_most_outer_var (SgExpression *expr)
bool	has_no_variable_expressions (SgExpression *expr)
SgClassDefinition *	find_class_definition (std::string class_name, std::string qualified_namespace)
	This function searchs for a class by name (string) in namespace (string).
SgTypedefDeclaration *	find_typedef_declaration (std::string typedef_name, std::string qualified_namespace)
	This function searchs for a typedef's by name (string) in namespace (string).
bool	is_reference_variable (SgVariableSymbol *var_symbol)
	This function return true if the given variable symbol is a reference.
bool	is_pointer_variable (SgVariableSymbol *var_symbol)
	This function return true if the given variable symbol is a pointer.
bool	is_global_variable (SgVariableSymbol *var_symbol)
	This function return true if the given variable symbol is a global variable.
bool	is_local_variable (SgVariableSymbol *var_symbol)
	This function return true if the given variable symbol is a local variable.
bool	is_member_variable (SgVariableSymbol *var_symbol)
	This function return true if the given variable symbol is a member variable.
bool	is_static_variable (SgVariableSymbol *var_symbol)
	This function return true if the given variable symbol is a static variable.
bool	is_namespace_variable (SgVariableSymbol *var_symbol)
	This function return true if the given variable symbol is a namespace variable.
bool	is_function_parameter_variable (SgVariableSymbol *var_symbol)
	This function return true if the given variable symbol is a function variable.
bool	is_member_of (SgVariableSymbol *is, SgSymbol *of)
	This function returns true if a given variable symbol is defined 'in' another variable symbol. For instance 'class Foo { int i;}' 'i' is defined in 'Foo'.
bool	is_loop_variable (SgVariableSymbol *var_symbol)
	This function return true if the given variable symbol is a loop variable.
bool	is_stack_variable (SgVariableSymbol *var_symbol)
	This function return true if the given variable symbol is a variable which will be stored on the stack.
bool	is_data_segment_variable (SgVariableSymbol *var_symbol)
	This function return true if the given variable symbol is a variable which will be stored on the stack.
void	analyze_conflict_free (SgVariableSymbol *symbol)
	This function checks if a variable is annoated with a pragma as conflict free.
bool	is_channel_variable (SgVariableSymbol *symbol)
	Returns true when the variable is declared in a channel.

---

Function Documentation

void risc::tools::AddCommandlineOption	(	risc::Design &	design,
		std::string	option
	)

void risc::tools::AddCommandlineOption	(	int &	argc,
		char **&	argv,
		std::string	option
	)

bool risc::tools::all_cfg_branches_end_in_break	(	SgNode *	node,
		int &	break_counter
	)

bool risc::tools::all_cfg_branches_end_in_continue	(	SgNode *	node,
		int &	continue_counter
	)

void risc::tools::analyze_conflict_free

(

SgVariableSymbol *

symbol

)

This function checks if a variable is annoated with a pragma as conflict free.

analyze_conflict_free

bool risc::tools::break_belongs_to_loop	(	SgScopeStatement *	loop_stmt,
		SgBreakStmt const *const	break_stmt
	)

SgClassDefinition * risc::tools::class_definition_of_variable

(

SgVariableDeclaration *

var_decl

)

Determines the class defintion of varialbe It is expected that the type is SgClassType.

Parameters:

var_decl

The given variable declaration

Returns:

Associated SgClassDefintion of the var_decl

bool risc::tools::class_types_are_identical	(	SgClassDefinition *	cd1,
		SgClassDefinition *	cd2
	)

Compares two classes.

Parameters:

	cd1	Class definition 1
	cd2	Class definition 2

Returns:

True, if the types are equal

std::string risc::tools::dynamic_analysis_input_filename	(	int &	argc,
		char **&	argv
	)

This function searches for the command line arguments for the dynamic analysis, namely, -risc:elab <filename>. ONLY FOR INTERNAL USE! MODIFIES THE COMMAND LINE PARAMETERS.

Returns:

The return string will be empty if the dyn flag is not set. Otherwise, the string contains the filename

void risc::tools::find_and_replace_all	(	std::string &	input,
		const std::string &	from,
		const std::string &	to
	)

SgScopeStatement * risc::tools::find_break_surrounding_scope

(

SgBreakStmt *

break_stmt

)

SgClassDefinition * risc::tools::find_class_definition	(	std::string	class_name,
		std::string	qualified_namespace
	)

This function searchs for a class by name (string) in namespace (string).

Parameters:

	class_name	Name of the class
	qualified_namespace	The absolute qualified namespace

Returns:

Pointer to the class definition. The pointer is zero, if the class does not exist in the given namespace

SgVariableSymbol * risc::tools::find_global_variable	(	std::string	name,
		SgProject *	project
	)

SgTypedefDeclaration * risc::tools::find_typedef_declaration	(	std::string	typedef_name,
		std::string	qualified_namespace
	)

This function searchs for a typedef's by name (string) in namespace (string).

Parameters:

	class_name	Name of the class
	qualified_namespace	The absolute qualified namespace

Returns:

Pointer to the class definition. The pointer is zero, if the class does not exist in the given namespace

bool risc::tools::function_call_belongs_to_a_port

(

SgFunctionCallExp *

func_call_exp

)

bool risc::tools::function_call_is_in_user_domain

(

SgFunctionCallExp *

func_call_exp

)

std::list< SgFunctionDeclaration * > risc::tools::get_all_implemented_interface_functions	(	bool	only_in_user_domain = true,
		bool	only_annotated = false
	)

std::vector< SgFunctionDeclaration * > risc::tools::get_all_other_function_declarations

(

SgFunctionDeclaration *

func_decl

)

std::list< SgFunctionCallExp * > risc::tools::get_all_port_calls_to_annotated_functions

(

risc::sg::SegmentGraph &

graph

)

std::list< SgClassDefinition * > risc::tools::get_all_used_interfaces

(

bool

only_in_user_domain = true

)

std::list< SgClassDefinition * > risc::tools::get_channel_interfaces

(

SgClassDefinition *

channel_def

)

SgMemberFunctionDeclaration * risc::tools::get_constructor

(

SgClassDefinition *

class_def

)

SgFunctionDeclaration * risc::tools::get_first_non_defining_function_declaration

(

SgFunctionCallExp *

func_call_exp

)

SgFunctionDeclaration * risc::tools::get_function_declaration_of_channel_call_dynamically

(

SgFunctionCallExp *

func_call

)

SgFunctionDeclaration * risc::tools::get_function_declaration_of_channel_call_statically

(

SgFunctionCallExp *

func_call

)

std::list< SgFunctionDeclaration * > risc::tools::get_interface_functions	(	SgClassDefinition *	channel_def,
		bool	only_annotated = false
	)

StringUtility::FileNameLibrary risc::tools::get_library

(

Sg_File_Info *

X

)

StringUtility::FileNameLibrary risc::tools::get_library

(

int

file_id

)

std::string risc::tools::get_mangled_name

(

SgClassDefinition *

class_def

)

SgVariableSymbol * risc::tools::get_most_outer_var

(

SgExpression *

expr

)

SgVariableDefinition * risc::tools::get_port_variable

(

SgFunctionCallExp *

func_call_exp

)

SgStatement * risc::tools::get_previous_stmt_in_basic_block

(

SgNode *

node

)

bool risc::tools::has_no_variable_expressions

(

SgExpression *

expr

)

bool risc::tools::has_reference_parameter

(

SgFunctionDeclaration *

func_decl

)

std::string risc::tools::instrumentor_output_filename	(	int &	argc,
		char **&	argv
	)

This function searches for the command line arguments for the dynamic analysis, namely, -inst:dir_output_filename <filename>. ONLY FOR INTERNAL USE! MODIFIES THE COMMAND LINE PARAMETERS.

Returns:

The return string will be empty if the dyn flag is not set. Otherwise, the string contains the filename

bool risc::tools::is_annotated_function

(

SgFunctionDeclaration *

func_decl

)

bool risc::tools::is_builtin_function

(

SgFunctionDeclaration *

func_decl

)

Checks if a given function is a C++ builtin function This function is taken/inspired from the Rose builtinFilter structure.

Parameters:

func_decl

Function declaration

Returns:

true, if builtin function

bool risc::tools::is_builtin_type

(

SgType *

type

)

This function checks if the passed type represents a C++ builtin type.

Parameters:

type

Type that will be checked

Returns:

True, if the type represents a C++ builtin type

bool risc::tools::is_channel_variable

(

SgVariableSymbol *

symbol

)

Returns true when the variable is declared in a channel.

is_channel_variable

bool risc::tools::is_conditional_break	(	SgScopeStatement const *const	loop_stmt,
		SgBreakStmt const *const	break_stmt
	)

bool risc::tools::is_data_segment_variable

(

SgVariableSymbol *

var_symbol

)

This function return true if the given variable symbol is a variable which will be stored on the stack.

is_data_segment_variable

bool risc::tools::is_data_structure

(

SgType *

type

)

This function checks if the passed type represents a data structure.

Parameters:

type

Type that will be checked

Returns:

True, if the type represents a data structure

bool risc::tools::is_derived_from	(	SgClassDefinition *	derived_class,
		SgClassDefinition *	base_class
	)

This function checks if the derived class is derived from the base class.

Parameters:

	derived_class	the derived class definition
	base_class	the base class definition

Returns:

true, if the class defintion derived_class is derived from calls definition base_class. Otherwise false

bool risc::tools::is_derived_from_sc_channel

(

SgClassDefinition *

derived_class

)

This function checks if the class is derived from sc_channel.

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_module

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_channel

bool risc::tools::is_derived_from_sc_interface

(

SgClassDefinition *

derived_class

)

This function checks if the class is derived from sc_interface.

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_interface

bool risc::tools::is_derived_from_sc_module

(

SgClassDefinition *

derived_class

)

This function checks if the class is derived from sc_module.

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_module

bool risc::tools::is_derived_from_sc_port

(

SgClassDefinition *

derived_class

)

This function checks if the class is derived from sc_port.

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_port

bool risc::tools::is_derived_from_sc_port_base

(

SgVarRefExp *

var_ref

)

This function checks if the class is derived from sc_port_base.

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_port_base

bool risc::tools::is_derived_from_sc_port_base

(

SgClassDefinition *

derived_class

)

This function checks if the class is derived from sc_port_base.

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_port_base

bool risc::tools::is_derived_from_sc_prim_channel

(

SgClassDefinition *

derived_class

)

This function checks if the class is derived from sc_prim_channel.

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_module

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_prim_channel

bool risc::tools::is_func_name	(	const SgFunctionDeclaration *	function,
		const std::string &	name
	)

Compares the function name with the given string.

Parameters:

	function	The function declaration
	name	String which will be compared

Returns:

True, if the string and the function name are equal

bool risc::tools::is_function_parameter_variable

(

SgVariableSymbol *

var_symbol

)

This function return true if the given variable symbol is a function variable.

is_member_variable

bool risc::tools::is_global_variable

(

SgVariableSymbol *

var_symbol

)

This function return true if the given variable symbol is a global variable.

is_global_variable

bool risc::tools::is_in_gnu_cxx_namespace

(

SgDeclarationStatement *

statement

)

bool risc::tools::is_in_std_namespace

(

SgDeclarationStatement *

statement

)

bool risc::tools::is_in_systemc_namespace

(

SgDeclarationStatement *

statement

)

bool risc::tools::is_local_variable

(

SgVariableSymbol *

var_symbol

)

This function return true if the given variable symbol is a local variable.

is_local_variable

bool risc::tools::is_located_in_rose_header

(

SgNode *

node

)

bool risc::tools::is_loop_variable

(

SgVariableSymbol *

var_symbol

)

This function return true if the given variable symbol is a loop variable.

is_loop_variable

bool risc::tools::is_member_of	(	SgVariableSymbol *	is,
		SgSymbol *	of
	)

This function returns true if a given variable symbol is defined 'in' another variable symbol. For instance 'class Foo { int i;}' 'i' is defined in 'Foo'.

is_member_of

bool risc::tools::is_member_variable

(

SgVariableSymbol *

var_symbol

)

This function return true if the given variable symbol is a member variable.

is_member_variable

bool risc::tools::is_namespace_variable

(

SgVariableSymbol *

var_symbol

)

This function return true if the given variable symbol is a namespace variable.

is_namespace_variable

bool risc::tools::is_overloaded_operator

(

SgFunctionDeclaration *

func_decl

)

bool risc::tools::is_pointer_variable

(

SgVariableSymbol *

var_symbol

)

This function return true if the given variable symbol is a pointer.

is_pointer_variable

bool risc::tools::is_reference_variable

(

SgVariableSymbol *

var_symbol

)

This function return true if the given variable symbol is a reference.

is_reference_variable

bool risc::tools::is_sc_event

(

SgVarRefExp *

var_ref

)

This function checks if the class is derived from sc_event or if it is sc_event itself.

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_event

bool risc::tools::is_sc_event

(

SgClassDefinition *

derived_class

)

This function checks if the class is derived from sc_event or if it is sc_event itself.

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_event

bool risc::tools::is_sc_event_and_list

(

SgVarRefExp *

var_ref

)

This function checks if the class is derived from sc_event_and_list or if it is sc_event_and_list itself.

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_event

bool risc::tools::is_sc_event_and_list

(

SgClassDefinition *

derived_class

)

This function checks if the class is derived from sc_event_and_list or if it is sc_event_and_list itself.

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_event

bool risc::tools::is_sc_event_or_list

(

SgVarRefExp *

var_ref

)

This function checks if the class is derived from sc_event_or_list or if it is sc_event_or_list itself.

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_event

bool risc::tools::is_sc_event_or_list

(

SgClassDefinition *

derived_class

)

This function checks if the class is derived from sc_event_or_list or if it is sc_event_or_list itself.

Parameters:

derived_class

the derived class definition

Returns:

True, if the class is derived from sc_event

bool risc::tools::is_sc_fifo_in

(

SgVarRefExp *

var_ref

)

This function checks if the variable is of the type sc_fifo_in.

Parameters:

var_ref

the variable to check

Returns:

True, if it is the type sc_fifo_in

bool risc::tools::is_sc_fifo_out

(

SgVarRefExp *

var_ref

)

This function checks if the variable is of the type sc_fifo_out.

Parameters:

var_ref

the variable to check

Returns:

True, if it is the type sc_fifo_out

bool risc::tools::is_sc_in_bool

(

SgClassDefinition *

definition

)

This function checks if the given defintion is qual to the definition of a sc_in<bool>.

Parameters:

class

the class definition

Returns:

True, if equal

bool risc::tools::is_sc_in_clk

(

SgClassDefinition *

definition

)

This function checks if the given defintion is qual to the definition of a sc_in_clk.

Parameters:

class

the class definition

Returns:

True, if equal

bool risc::tools::is_sc_in_port

(

SgTemplateInstantiationDefn *

template_class

)

This function checks if the template class bases on the class template sc_in_port.

Parameters:

class

the class definition

Returns:

True, if the template class bases on the class template sc_in_port

bool risc::tools::is_sc_inout_clk

(

SgClassDefinition *

definition

)

This function checks if the given defintion is qual to the definition of a sc_inout_clk.

Parameters:

class

the class definition

Returns:

True, if equal

bool risc::tools::is_sc_inout_port

(

SgTemplateInstantiationDefn *

template_class

)

This function checks if the template class bases on the class template sc_inout_port.

Parameters:

class

the class definition

Returns:

True, if the template class bases on the class template sc_inout_port

bool risc::tools::is_sc_out_clk

(

SgClassDefinition *

definition

)

This function checks if the given defintion is qual to the definition of a sc_out_clk.

Parameters:

class

the class definition

Returns:

True, if equal

bool risc::tools::is_sc_out_port

(

SgTemplateInstantiationDefn *

template_class

)

This function checks if the template class bases on the class template sc_out_port.

Parameters:

class

the class definition

Returns:

True, if the template class bases on the class template sc_out_port

bool risc::tools::is_stack_variable

(

SgVariableSymbol *

var_symbol

)

This function return true if the given variable symbol is a variable which will be stored on the stack.

is_stack_variable

bool risc::tools::is_static_variable

(

SgVariableSymbol *

var_symbol

)

This function return true if the given variable symbol is a static variable.

is_static_variable

void risc::tools::ParseCommandlineOptions	(	int &	argc,
		char **&	argv,
		ParseStatus *	status
	)

std::vector< std::string > risc::tools::preparsing_commandline_arguments	(	int &	argc,
		char **&	argv,
		std::vector< std::string > &	input_files
	)

This function takes the parameter of the command line and creates a source file which includes all the source files. Afterwards all source files are replaced with new file in the command parameters. Example.

Input: ./myprogram file_a.cpp file_b.cpp file_c.cpp

Output ./myprogram __main__.cpp

New file __main__.cpp include "file_a.cpp" include "file_b.cpp" include "file_c.cpp"

Returns:

vector of strings with the new parameters

void risc::tools::print_indented	(	std::string	s,
		unsigned	indent
	)

Prints a string with indention.

Parameters:

	s	Sting to print
	indent	Indention level

void risc::tools::RemoveCommandlineOption	(	risc::Design &	design,
		std::string	option
	)