bind::Renamer Class Reference

Perform identifier renaming within an AST (in place). More...

#include <renamer.hh>

Inheritance diagram for bind::Renamer:

Collaboration diagram for bind::Renamer:

Public Types
typedef ast::DefaultVisitor	super_type

Public Member Functions
	Renamer ()
	Build a Renamer.
template<class E , class Def >
void	visit (E &e, const Def *def)
	Process a declaration body or a usage site.
virtual void	operator() (typename Const< Ast >::type &e)
	The entry point: visit e.
virtual void	operator() (typename Const< ClassTy >::type &)=0
virtual void	operator() (typename Const< MethodCallExp >::type &)=0
virtual void	operator() (typename Const< MethodDec >::type &)=0
virtual void	operator() (typename Const< ObjectExp >::type &)=0
template<class E >
void	operator() (E *e)
	Helper to visit nodes manipulated via a pointer.
Auxiliary routines.
Compute the name for this kind of declaration. Take into account the fact that _main and primitive are not to be renamed.
template<typename Def >
misc::symbol	new_name_compute (const Def &e)
template<typename Def >
misc::symbol	new_name (const Def &e)
	Get the new name of this declaration, possibly create it.
Visit Variable related nodes.
virtual void	operator() (typename Const< SimpleVar >::type &e) override
virtual void	operator() (typename Const< FieldVar >::type &e) override
virtual void	operator() (typename Const< SubscriptVar >::type &e) override
virtual void	operator() (typename Const< CastVar >::type &e) override
Visit Expression related nodes.
virtual void	operator() (typename Const< NilExp >::type &e) override
virtual void	operator() (typename Const< IntExp >::type &e) override
virtual void	operator() (typename Const< StringExp >::type &e) override
virtual void	operator() (typename Const< CallExp >::type &e) override
virtual void	operator() (typename Const< OpExp >::type &e) override
virtual void	operator() (typename Const< RecordExp >::type &e) override
virtual void	operator() (typename Const< SeqExp >::type &e) override
virtual void	operator() (typename Const< AssignExp >::type &e) override
virtual void	operator() (typename Const< IfExp >::type &e) override
virtual void	operator() (typename Const< WhileExp >::type &e) override
virtual void	operator() (typename Const< ForExp >::type &e) override
virtual void	operator() (typename Const< BreakExp >::type &) override
virtual void	operator() (typename Const< LetExp >::type &e) override
virtual void	operator() (typename Const< ArrayExp >::type &e) override
virtual void	operator() (typename Const< CastExp >::type &e) override
virtual void	operator() (typename Const< FieldInit >::type &e) override
Visit Declaration related nodes.
Visiting declarations is simple, but there are many clauses. This is because in Tiger, the declarations are processed by chunks (a chunk of Function declarations, then Var or Type, then ...). So we have to explain How to visit a list of chunks; how to visit chunks of function, var, or type declarations; how to visit a single function, var, or type declaration.
virtual void	operator() (typename Const< DecsList >::type &e) override
	Visit a list of function, type and/or variables declarations.
virtual void	operator() (typename Const< Decs >::type &e)
	Visit a Decs chunks.
virtual void	operator() (typename Const< VarDecs >::type &e) override
	Visit Var declarations.
virtual void	operator() (typename Const< VarDec >::type &e) override
virtual void	operator() (typename Const< FunctionDecs >::type &e) override
	Visit Function declarations.
virtual void	operator() (typename Const< FunctionDec >::type &e) override
virtual void	operator() (typename Const< TypeDecs >::type &e) override
	Visit Type declarations.
virtual void	operator() (typename Const< TypeDec >::type &e) override
template<typename DecsType >
void	decs_visit (typename Const< DecsType >::type &e)
	Visit a chunk (i.e., a list of Function, Var, and Type decs).
Visit Type related nodes.
virtual void	operator() (typename Const< NameTy >::type &e) override
virtual void	operator() (typename Const< RecordTy >::type &e) override
virtual void	operator() (typename Const< ArrayTy >::type &e) override
Visit Field related nodes.
virtual void	operator() (typename Const< Field >::type &e) override
Object-related visits.
The methods should not be used, since this visitor is for the non-object flavor of the language.
virtual void	operator() (typename Const< ClassTy >::type &e) override
virtual void	operator() (typename Const< MethodDecs >::type &e) override
virtual void	operator() (typename Const< MethodDec >::type &e) override
virtual void	operator() (typename Const< MethodCallExp >::type &e) override
virtual void	operator() (typename Const< ObjectExp >::type &e) override

Protected Member Functions
template<typename E >
void	accept (E *e)

New names.
New names associated to original declared entities.
typedef std::map< const ast::Dec *, misc::symbol >	new_names_type
new_names_type	new_names_
	Dictionnary mapping old declarations to their new names.

Detailed Description

Perform identifier renaming within an AST (in place).

Member Typedef Documentation

typedef std::map<const ast::Dec*, misc::symbol> bind::Renamer::new_names_type

private

typedef ast::DefaultVisitor bind::Renamer::super_type

Constructor & Destructor Documentation

bind::Renamer::Renamer

(

)

Build a Renamer.

Reimplemented in object::Renamer.

Member Function Documentation

template<template< typename > class Const>

template<typename E >

void ast::GenVisitor< Const >::accept ( E *  e )

protectedinherited

A convenient shortcut for recurring code like this:

if (e)
  e->accept(*this);

However, the drawback of this approach is that it doesn't take care of the constness, and any const violation will be reported within the body of this method, not at its corresponding call site.

We cannot use the misc/select_const.hh approach here, since the compiler cannot resolve a function overloaded or specialized on an associated type of a template. E.g., writing accept like this:

template <typename E>
void accept(typename Const<E>::type* e);

won't work directly. Of course, one can help the compiler, providing it with E

accept<ast::NameTy>(e.result_get());

but this is painful.

template<template< typename > class Const>

template<typename DecsType >

void ast::GenDefaultVisitor< Const >::decs_visit ( typename Const< DecsType >::type &  e )

inlineinherited

Visit a chunk (i.e., a list of Function, Var, and Type decs).

It is exactly the same in the three cases, so the code is factored via a template method.

template<typename Def >

misc::symbol bind::Renamer::new_name

(

const Def &

e

)

Get the new name of this declaration, possibly create it.

The tricky thing is that when visiting a chunk of definitions, we might visit a body using a name not yet renamed (e.g., mutually recursive functions), in which case we must compute the new name of that function on the fly.

Referenced by object::Renamer::operator()().

template<typename Def >

misc::symbol bind::Renamer::new_name_compute

(

const Def &

e

)

template<template< typename > class Const>

virtual void ast::GenVisitor< Const >::operator() ( typename Const< ClassTy >::type &  )

pure virtualinherited

Implemented in ast::GenNonObjectVisitor< Const >, and ast::GenObjectVisitor< Const >.

template<template< typename > class Const>

virtual void ast::GenVisitor< Const >::operator() ( typename Const< MethodCallExp >::type &  )

pure virtualinherited

Implemented in ast::GenNonObjectVisitor< Const >, and ast::GenObjectVisitor< Const >.

template<template< typename > class Const>

virtual void ast::GenVisitor< Const >::operator() ( typename Const< MethodDec >::type &  )

pure virtualinherited

Implemented in ast::GenNonObjectVisitor< Const >, and ast::GenObjectVisitor< Const >.

template<template< typename > class Const>

virtual void ast::GenVisitor< Const >::operator() ( typename Const< ObjectExp >::type &  )

pure virtualinherited

Implemented in ast::GenNonObjectVisitor< Const >, and ast::GenObjectVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< Ast >::type &  e )

virtualinherited

The entry point: visit e.

Reimplemented from ast::GenVisitor< Const >.

Referenced by callgraph::CallGraphVisitor::operator()(), object::Renamer::operator()(), and translate::Translator::operator()().

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< SimpleVar >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< FieldVar >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< SubscriptVar >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< CastVar >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenNonObjectVisitor< Const >::operator() ( typename Const< ClassTy >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

References unreached.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< NilExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

template<class E >

void ast::GenVisitor< Const >::operator() ( E *  e )

inherited

Helper to visit nodes manipulated via a pointer.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< IntExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenNonObjectVisitor< Const >::operator() ( typename Const< MethodDecs >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

References unreached.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< StringExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenNonObjectVisitor< Const >::operator() ( typename Const< MethodDec >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

References unreached.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< CallExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenNonObjectVisitor< Const >::operator() ( typename Const< MethodCallExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

References unreached.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< OpExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenNonObjectVisitor< Const >::operator() ( typename Const< ObjectExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

References unreached.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< RecordExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< SeqExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< AssignExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< IfExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< WhileExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< ForExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< BreakExp >::type &  )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< LetExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< ArrayExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< CastExp >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< FieldInit >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< DecsList >::type &  e )

overridevirtualinherited

Visit a list of function, type and/or variables declarations.

Implements ast::GenVisitor< Const >.

References misc::for_each().

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< Decs >::type &  e )

virtualinherited

Visit a Decs chunks.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< VarDecs >::type &  e )

overridevirtualinherited

Visit Var declarations.

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< VarDec >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

virtual void ast::GenDefaultVisitor< Const >::operator() ( typename Const< FunctionDecs >::type &  e )

overridevirtualinherited

Visit Function declarations.

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< FunctionDec >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

virtual void ast::GenDefaultVisitor< Const >::operator() ( typename Const< TypeDecs >::type &  e )

overridevirtualinherited

Visit Type declarations.

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< TypeDec >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< NameTy >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< RecordTy >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< ArrayTy >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<template< typename > class Const>

void ast::GenDefaultVisitor< Const >::operator() ( typename Const< Field >::type &  e )

overridevirtualinherited

Implements ast::GenVisitor< Const >.

template<class E , class Def >

void bind::Renamer::visit	(	E &	e,
		const Def *	def
	)

Process a declaration body or a usage site.

def is the definition site of (must be equal to e if it is a Dec node).

Referenced by object::Renamer::operator()().

Member Data Documentation

new_names_type bind::Renamer::new_names_

private

Dictionnary mapping old declarations to their new names.

---

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

• bind/renamer.hh
• bind/renamer.cc