AbstractHandle::abstract_handle Class Reference

Description

to specify a construct using a specifier Can be used alone or with parent handles when relative specifiers are used

Definition at line 182 of file abstract_handle.h.

#include <midend/abstractHandle/abstract_handle.h>

Public Member Functions
	abstract_handle ()
	Constructors.
	abstract_handle (abstract_node *node)
	Create a handle from a node, using the source position as the specifier by default Or use name if source position is not available, then use numbering as the final resort. More...
	abstract_handle (abstract_node *node, specifier_type_t stype, specifier_value_t svalue, abstract_handle *p_handle=NULL)
	Create a handle from an optional parent handle, with explicit type and numbering information available. More...
	abstract_handle (abstract_node *node, specifier_type_t stype, abstract_handle *p_handle=NULL)
	Create a handle using specified type, automatically fill out the corresponding value Most useful to create a numbering or name specifier within another handle It also tries its best to recursively generate parent handles using the given specifier type if parent_handle is not provided in the parameter list. More...
	abstract_handle (abstract_handle *phandle, const std::string &handle_string)
	construct a handle from a handle string within the scope of an existing handle e.g: <SourceFile<name,/home/liao6/names.cpp> will create a corresponding file handle
virtual std::string	get_construct_type_name ()
	the language construct type name
virtual std::string	toString ()
	Output the handle to a string, including all parent handles.
virtual bool	fromString (abstract_handle *ancester_handle, const std::string &handle_str_multiple)
	Initialize a handle from a handle string, generate full parent handles when necessary.
virtual std::string	toStringSelf ()
	Only output the handle itself to a string, excluding parent handles.
virtual void	fromStringSelf (abstract_handle *p_handle, const std::string &handle_str_item)
	Instantiate a handle using a handle element's string (a single handle only),the handle refers to a node under a parent.
virtual abstract_node *	getNode () const
specifier *	get_specifier ()
	allow multiple specifiers or not?
abstract_handle *	get_parent_handle ()
void	set_parent_handle (abstract_handle *parent)
bool	operator== (const abstract_handle &x) const
	operator ==

Constructor & Destructor Documentation

AbstractHandle::abstract_handle::abstract_handle

(

abstract_node *

node

)

Create a handle from a node, using the source position as the specifier by default Or use name if source position is not available, then use numbering as the final resort.

AbstractHandle::abstract_handle::abstract_handle	(	abstract_node *	node,
		specifier_type_t	stype,
		specifier_value_t	svalue,
		abstract_handle *	p_handle = NULL
	)

Create a handle from an optional parent handle, with explicit type and numbering information available.

It also tries its best to recursively generate parent handles using the given specifier type if parent_handle is not provided in the parameter list.

AbstractHandle::abstract_handle::abstract_handle	(	abstract_node *	node,
		specifier_type_t	stype,
		abstract_handle *	p_handle = NULL
	)

Create a handle using specified type, automatically fill out the corresponding value Most useful to create a numbering or name specifier within another handle It also tries its best to recursively generate parent handles using the given specifier type if parent_handle is not provided in the parameter list.

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

• abstract_handle.h