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(language ghil def) becomes (language ghil)

* module/language/Makefile.am:
* module/language/ghil/Makefile.am:
* module/language/ghil.scm:
* module/language/ghil/compile-glil.scm:
* module/language/ghil/spec.scm:
* module/language/glil/Makefile.am:
* module/language/glil.scm:
* module/language/glil/compile-objcode.scm:
* module/language/glil/spec.scm:
* module/language/scheme/inline.scm:
* module/language/scheme/translate.scm:
* module/oop/goops.scm: Rename (language ghil def) and (language glil
  def) to not have the "def". They're nicer names.
This commit is contained in:
Andy Wingo 2009-01-08 19:24:47 +01:00
parent d9042285ba
commit 9ff56d9e65
12 changed files with 18 additions and 15 deletions

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@ -1,3 +1,3 @@
SOURCES = spec.scm def.scm compile-glil.scm
SOURCES = spec.scm compile-glil.scm
modpath = language/ghil
include $(top_srcdir)/am/guilec

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@ -21,8 +21,8 @@
(define-module (language ghil compile-glil)
#:use-syntax (system base syntax)
#:use-module (language glil def)
#:use-module (language ghil def)
#:use-module (language glil)
#:use-module (language ghil)
#:use-module (ice-9 common-list)
#:export (compile-glil))

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@ -1,478 +0,0 @@
;;; Guile High Intermediate Language
;; Copyright (C) 2001 Free Software Foundation, Inc.
;; This program is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation; either version 2, or (at your option)
;; any later version.
;;
;; This program is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;;
;; You should have received a copy of the GNU General Public License
;; along with this program; see the file COPYING. If not, write to
;; the Free Software Foundation, Inc., 59 Temple Place - Suite 330,
;; Boston, MA 02111-1307, USA.
;;; Code:
(define-module (language ghil def)
#:use-module (system base syntax)
#:use-module (system base pmatch)
#:use-module (ice-9 regex)
#:export
(<ghil-void> make-ghil-void ghil-void?
ghil-void-env ghil-void-loc
<ghil-quote> make-ghil-quote ghil-quote?
ghil-quote-env ghil-quote-loc ghil-quote-obj
<ghil-quasiquote> make-ghil-quasiquote ghil-quasiquote?
ghil-quasiquote-env ghil-quasiquote-loc ghil-quasiquote-exp
<ghil-unquote> make-ghil-unquote ghil-unquote?
ghil-unquote-env ghil-unquote-loc ghil-unquote-exp
<ghil-unquote-splicing> make-ghil-unquote-splicing ghil-unquote-splicing?
ghil-unquote-env ghil-unquote-loc ghil-unquote-exp
<ghil-ref> make-ghil-ref ghil-ref?
ghil-ref-env ghil-ref-loc ghil-ref-var
<ghil-set> make-ghil-set ghil-set?
ghil-set-env ghil-set-loc ghil-set-var ghil-set-val
<ghil-define> make-ghil-define ghil-define?
ghil-define-env ghil-define-loc ghil-define-var ghil-define-val
<ghil-if> make-ghil-if ghil-if?
ghil-if-env ghil-if-loc ghil-if-test ghil-if-then ghil-if-else
<ghil-and> make-ghil-and ghil-and?
ghil-and-env ghil-and-loc ghil-and-exps
<ghil-or> make-ghil-or ghil-or?
ghil-or-env ghil-or-loc ghil-or-exps
<ghil-begin> make-ghil-begin ghil-begin?
ghil-begin-env ghil-begin-loc ghil-begin-exps
<ghil-bind> make-ghil-bind ghil-bind?
ghil-bind-env ghil-bind-loc ghil-bind-vars ghil-bind-vals ghil-bind-body
<ghil-mv-bind> make-ghil-mv-bind ghil-mv-bind?
ghil-mv-bind-env ghil-mv-bind-loc ghil-mv-bind-producer ghil-mv-bind-vars ghil-mv-bind-rest ghil-mv-bind-body
<ghil-lambda> make-ghil-lambda ghil-lambda?
ghil-lambda-env ghil-lambda-loc ghil-lambda-vars ghil-lambda-rest
ghil-lambda-meta ghil-lambda-body
<ghil-inline> make-ghil-inline ghil-inline?
ghil-inline-env ghil-inline-loc ghil-inline-inline ghil-inline-args
<ghil-call> make-ghil-call ghil-call?
ghil-call-env ghil-call-loc ghil-call-proc ghil-call-args
<ghil-mv-call> make-ghil-mv-call ghil-mv-call?
ghil-mv-call-env ghil-mv-call-loc ghil-mv-call-producer ghil-mv-call-consumer
<ghil-values> make-ghil-values ghil-values?
ghil-values-env ghil-values-loc ghil-values-values
<ghil-values*> make-ghil-values* ghil-values*?
ghil-values*-env ghil-values*-loc ghil-values*-values
<ghil-var> make-ghil-var ghil-var?
ghil-var-env ghil-var-name ghil-var-kind ghil-var-index
<ghil-toplevel-env> make-ghil-toplevel-env ghil-toplevel-env?
ghil-toplevel-env-table
<ghil-env> make-ghil-env ghil-env?
ghil-env-parent ghil-env-table ghil-env-variables
<ghil-reified-env> make-ghil-reified-env ghil-reified-env?
ghil-reified-env-env ghil-reified-env-loc
ghil-env-add!
ghil-env-reify ghil-env-dereify
ghil-var-is-bound? ghil-var-for-ref! ghil-var-for-set! ghil-var-define!
ghil-var-at-module!
call-with-ghil-environment call-with-ghil-bindings
parse-ghil unparse-ghil))
;;;
;;; Parse tree
;;;
(define (print-ghil x port)
(format port "#<ghil ~s>" (unparse-ghil x)))
(define-type (<ghil> #:printer print-ghil)
;; Objects
(<ghil-void> env loc)
(<ghil-quote> env loc obj)
(<ghil-quasiquote> env loc exp)
(<ghil-unquote> env loc exp)
(<ghil-unquote-splicing> env loc exp)
;; Variables
(<ghil-ref> env loc var)
(<ghil-set> env loc var val)
(<ghil-define> env loc var val)
;; Controls
(<ghil-if> env loc test then else)
(<ghil-and> env loc exps)
(<ghil-or> env loc exps)
(<ghil-begin> env loc exps)
(<ghil-bind> env loc vars vals body)
(<ghil-mv-bind> env loc producer vars rest body)
(<ghil-lambda> env loc vars rest meta body)
(<ghil-call> env loc proc args)
(<ghil-mv-call> env loc producer consumer)
(<ghil-inline> env loc inline args)
(<ghil-values> env loc values)
(<ghil-values*> env loc values)
(<ghil-reified-env> env loc))
;;;
;;; Variables
;;;
(define-record <ghil-var> env name kind (index #f))
;;;
;;; Modules
;;;
;;;
;;; Environments
;;;
(define-record <ghil-env> parent (table '()) (variables '()))
(define-record <ghil-toplevel-env> (table '()))
(define (ghil-env-ref env sym)
(assq-ref (ghil-env-table env) sym))
(define-macro (push! item loc)
`(set! ,loc (cons ,item ,loc)))
(define-macro (apush! k v loc)
`(set! ,loc (acons ,k ,v ,loc)))
(define-macro (apopq! k loc)
`(set! ,loc (assq-remove! ,loc ,k)))
(define (ghil-env-add! env var)
(apush! (ghil-var-name var) var (ghil-env-table env))
(push! var (ghil-env-variables env)))
(define (ghil-env-remove! env var)
(apopq! (ghil-var-name var) (ghil-env-table env)))
(define (force-heap-allocation! var)
(set! (ghil-var-kind var) 'external))
;;;
;;; Public interface
;;;
;; The following four functions used to be one, in ghil-lookup. Now they
;; are four, to reflect the different intents. A bit of duplication, but
;; that's OK. The common current is to find out where a variable will be
;; stored at runtime.
;;
;; These functions first search the lexical environments. If the
;; variable is not in the innermost environment, make sure the variable
;; is marked as being "external" so that it goes on the heap. If the
;; variable is being modified (via a set!), also make sure it's on the
;; heap, so that other continuations see the changes to the var.
;;
;; If the variable is not found lexically, it is a toplevel variable,
;; which will be looked up at runtime with respect to the module that
;; was current when the lambda was bound, at runtime. The variable will
;; be resolved when it is first used.
(define (ghil-var-is-bound? env sym)
(let loop ((e env))
(record-case e
((<ghil-toplevel-env> table)
(let ((key (cons (module-name (current-module)) sym)))
(assoc-ref table key)))
((<ghil-env> parent table variables)
(and (not (assq-ref table sym))
(loop parent))))))
(define (ghil-var-for-ref! env sym)
(let loop ((e env))
(record-case e
((<ghil-toplevel-env> table)
(let ((key (cons (module-name (current-module)) sym)))
(or (assoc-ref table key)
(let ((var (make-ghil-var (car key) (cdr key) 'toplevel)))
(apush! key var (ghil-toplevel-env-table e))
var))))
((<ghil-env> parent table variables)
(cond
((assq-ref table sym)
=> (lambda (var)
(or (eq? e env)
(force-heap-allocation! var))
var))
(else
(loop parent)))))))
(define (ghil-var-for-set! env sym)
(let loop ((e env))
(record-case e
((<ghil-toplevel-env> table)
(let ((key (cons (module-name (current-module)) sym)))
(or (assoc-ref table key)
(let ((var (make-ghil-var (car key) (cdr key) 'toplevel)))
(apush! key var (ghil-toplevel-env-table e))
var))))
((<ghil-env> parent table variables)
(cond
((assq-ref table sym)
=> (lambda (var)
(force-heap-allocation! var)
var))
(else
(loop parent)))))))
(define (ghil-var-at-module! env modname sym interface?)
(let loop ((e env))
(record-case e
((<ghil-toplevel-env> table)
(let ((key (list modname sym interface?)))
(or (assoc-ref table key)
(let ((var (make-ghil-var modname sym
(if interface? 'public 'private))))
(apush! key var (ghil-toplevel-env-table e))
var))))
((<ghil-env> parent table variables)
(loop parent)))))
(define (ghil-var-define! toplevel sym)
(let ((key (cons (module-name (current-module)) sym)))
(or (assoc-ref (ghil-toplevel-env-table toplevel) key)
(let ((var (make-ghil-var (car key) (cdr key) 'toplevel)))
(apush! key var (ghil-toplevel-env-table toplevel))
var))))
(define (call-with-ghil-environment e syms func)
(let* ((e (make-ghil-env e))
(vars (map (lambda (s)
(let ((v (make-ghil-var e s 'argument)))
(ghil-env-add! e v) v))
syms)))
(func e vars)))
(define (call-with-ghil-bindings e syms func)
(let* ((vars (map (lambda (s)
(let ((v (make-ghil-var e s 'local)))
(ghil-env-add! e v) v))
syms))
(ret (func vars)))
(for-each (lambda (v) (ghil-env-remove! e v)) vars)
ret))
(define (ghil-env-reify env)
(let loop ((e env) (out '()))
(record-case e
((<ghil-toplevel-env> table)
(map (lambda (v)
(cons (ghil-var-name v)
(or (ghil-var-index v)
(error "reify called before indices finalized"))))
out))
((<ghil-env> parent table variables)
(loop parent
(append out
(filter (lambda (v) (eq? (ghil-var-kind v) 'external))
variables)))))))
(define (ghil-env-dereify name-index-alist)
(let* ((e (make-ghil-env (make-ghil-toplevel-env)))
(vars (map (lambda (pair)
(make-ghil-var e (car pair) 'external (cdr pair)))
name-index-alist)))
(set! (ghil-env-table e)
(map (lambda (v) (cons (ghil-var-name v) v)) vars))
(set! (ghil-env-variables e) vars)
e))
;;;
;;; Parser
;;;
(define (location x)
(and (pair? x)
(let ((props (source-properties x)))
(and (not (null? props))
(vector (assq-ref props 'line)
(assq-ref props 'column)
(assq-ref props 'filename))))))
(define (parse-quasiquote e x level)
(cond ((not (pair? x)) x)
((memq (car x) '(unquote unquote-splicing))
(let ((l (location x)))
(pmatch (cdr x)
((,obj)
(cond
((zero? level)
(if (eq? (car x) 'unquote)
(make-ghil-unquote e l (parse-ghil e obj))
(make-ghil-unquote-splicing e l (parse-ghil e obj))))
(else
(list (car x) (parse-quasiquote e obj (1- level))))))
(else (syntax-error l (format #f "bad ~A" (car x)) x)))))
((eq? (car x) 'quasiquote)
(let ((l (location x)))
(pmatch (cdr x)
((,obj) (list 'quasiquote (parse-quasiquote e obj (1+ level))))
(else (syntax-error l (format #f "bad ~A" (car x)) x)))))
(else (cons (parse-quasiquote e (car x) level)
(parse-quasiquote e (cdr x) level)))))
(define (parse-ghil env exp)
(let ((loc (location exp))
(retrans (lambda (x) (parse-ghil env x))))
(pmatch exp
(,exp (guard (symbol? exp))
(make-ghil-ref env #f (ghil-var-for-ref! env exp)))
(,exp (guard (not (pair? exp)))
(make-ghil-quote #:env env #:loc #f #:obj exp))
(('quote ,exp) (make-ghil-quote #:env env #:loc loc #:obj exp))
((void) (make-ghil-void env loc))
((lambda ,syms ,rest ,meta . ,body)
(call-with-ghil-environment env syms
(lambda (env vars)
(make-ghil-lambda env loc vars rest meta
(parse-ghil env `(begin ,@body))))))
((begin . ,body)
(make-ghil-begin env loc (map retrans body)))
((bind ,syms ,exprs . ,body)
(let ((vals (map retrans exprs)))
(call-with-ghil-bindings env syms
(lambda (vars)
(make-ghil-bind env loc vars vals (retrans `(begin ,@body)))))))
((bindrec ,syms ,exprs . ,body)
(call-with-ghil-bindings env syms
(lambda (vars)
(let ((vals (map (lambda (exp) (parse-ghil env exp)) exprs)))
(make-ghil-bind env loc vars vals (retrans `(begin ,@body)))))))
((set! ,sym ,val)
(make-ghil-set env loc (ghil-var-for-set! env sym) (retrans val)))
((define ,sym ,val)
(make-ghil-define env loc (ghil-var-define! env sym) (retrans val)))
((if ,test ,then ,else)
(make-ghil-if env loc (retrans test) (retrans then) (retrans else)))
((and . ,exps)
(make-ghil-and env loc (map retrans exps)))
((or . ,exps)
(make-ghil-or env loc (map retrans exps)))
((mv-bind ,syms ,rest ,producer . ,body)
(call-with-ghil-bindings env syms
(lambda (vars)
(make-ghil-mv-bind env loc (retrans producer) vars rest
(map retrans body)))))
((call ,proc . ,args)
(make-ghil-call env loc (retrans proc) (map retrans args)))
((mv-call ,producer . ,consumer)
(make-ghil-mv-call env loc (retrans producer) (retrans consumer)))
((inline ,op . ,args)
(make-ghil-inline env loc op (map retrans args)))
((values . ,values)
(make-ghil-values env loc (map retrans values)))
((values* . ,values)
(make-ghil-values* env loc (map retrans values)))
((compile-time-environment)
(make-ghil-reified-env env loc))
((quasiquote ,exp)
(make-ghil-quasiquote env loc #:exp (parse-quasiquote env exp 0)))
(else
(error "unrecognized GHIL" exp)))))
(define (unparse-ghil ghil)
(record-case ghil
((<ghil-void> env loc)
'(void))
((<ghil-quote> env loc obj)
(if (symbol? obj)
`(,'quote ,obj)
obj))
((<ghil-quasiquote> env loc exp)
`(,'quasiquote ,(map unparse-ghil exp)))
((<ghil-unquote> env loc exp)
`(,'unquote ,(unparse-ghil exp)))
((<ghil-unquote-splicing> env loc exp)
`(,'unquote-splicing ,(unparse-ghil exp)))
;; Variables
((<ghil-ref> env loc var)
(ghil-var-name var))
((<ghil-set> env loc var val)
`(set! ,(ghil-var-name var) ,(unparse-ghil val)))
((<ghil-define> env loc var val)
`(define ,(ghil-var-name var) ,(unparse-ghil val)))
;; Controls
((<ghil-if> env loc test then else)
`(if ,(unparse-ghil test) ,(unparse-ghil then) ,(unparse-ghil else)))
((<ghil-and> env loc exps)
`(and ,@(map unparse-ghil exps)))
((<ghil-or> env loc exps)
`(or ,@(map unparse-ghil exps)))
((<ghil-begin> env loc exps)
`(begin ,@(map unparse-ghil exps)))
((<ghil-bind> env loc vars vals body)
`(bind ,(map ghil-var-name vars) ,(map unparse-ghil vals)
,@(map unparse-ghil body)))
((<ghil-mv-bind> env loc producer vars rest body)
`(mv-bind ,(map ghil-var-name vars) ,rest
,(unparse-ghil producer) ,@(map unparse-ghil body)))
((<ghil-lambda> env loc vars rest meta body)
`(lambda ,(map ghil-var-name vars) ,rest ,meta
,(unparse-ghil body)))
((<ghil-call> env loc proc args)
`(call ,(unparse-ghil proc) ,@(map unparse-ghil args)))
((<ghil-mv-call> env loc producer consumer)
`(mv-call ,(unparse-ghil producer) ,(unparse-ghil consumer)))
((<ghil-inline> env loc inline args)
`(inline ,inline ,@(map unparse-ghil args)))
((<ghil-values> env loc values)
`(values ,@(map unparse-ghil values)))
((<ghil-values*> env loc values)
`(values* ,@(map unparse-ghil values)))
((<ghil-reified-env> env loc)
`(compile-time-environment))))

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@ -22,8 +22,8 @@
(define-module (language ghil spec)
#:use-module (system base language)
#:use-module (language glil spec)
#:use-module (language glil def)
#:use-module (language ghil def)
#:use-module (language glil)
#:use-module (language ghil)
#:use-module (language ghil compile-glil)
#:export (ghil))