/local/lecs/lecs/risc_v0.2.1/sources/build/risc_v0.2.1/src/tools/misc.h File Reference

#include "rose.h"
#include <string>

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Namespaces
namespace	risc
namespace	risc::tools
Functions
bool	risc::tools::is_data_structure (SgType *type)
	This function checks if the passed type represents a data structure.
bool	risc::tools::is_builtin_type (SgType *type)
	This function checks if the passed type represents a C++ builtin type.
bool	risc::tools::class_types_are_identical (SgClassDefinition *cd1, SgClassDefinition *cd2)
	Compares two classes.
bool	risc::tools::is_func_name (const SgFunctionDeclaration *function, const std::string &name)
	Compares the function name with the given string.
void	risc::tools::print_indented (std::string s, unsigned indent)
	Prints a string with indention.
SgClassDefinition *	risc::tools::class_definition_of_variable (SgVariableDeclaration *var_decl)
	Determines the class defintion of varialbe It is expected that the type is SgClassType.
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.
bool	risc::tools::all_cfg_branches_end_in_break (SgNode *node, int &break_counter)
	This function determines if all cfg branches in the statement 'node' will end in a break statement. The statement in end will be excluded. Some examples:.
bool	risc::tools::all_cfg_branches_end_in_continue (SgNode *node, int &continue_counter)
	This function determines if all cfg branches in the statement 'node' will end in a continue statement. The statement in end will be excluded. Some examples:.
SgStatement *	risc::tools::get_previous_stmt_in_basic_block (SgNode *node)
	This function determines the previous statement of the statement 'node' in the next surrounding basic block. If 'node' is the first statement, the return value will be NULL.
bool	risc::tools::is_conditional_break (SgScopeStatement const *const loop_stmt, SgBreakStmt const *const break_stmt)
	This function checks if a given break statement is unconditioned.
SgScopeStatement *	risc::tools::find_break_surrounding_scope (SgBreakStmt *break_stmt)
	This function finds the surrounding scope statement of a break. The break can be surrounded by a while, do while, for loop or by a switch statement.
bool	risc::tools::break_belongs_to_loop (SgScopeStatement *loop_stmt, SgBreakStmt const *const break_stmt)
	This function checks if a given break statement belongs to a given loop statements.
bool	risc::tools::is_located_in_rose_header (SgNode *node)
SgMemberFunctionDeclaration *	risc::tools::get_constructor (SgClassDefinition *class_def)
	This function returns the constructor of class. For a module, primitive channel, and a hierarchical channel we expect exactly one constructor. So, we return the first SgFunctionDefinition which es a constructor.