Merge branch 'master' of github:dumbs/2010-m1s1-compilation
This commit is contained in:
Georges Dupéron
commit
baad18a7fa
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@ -95,7 +95,7 @@ par le compilateur et par l’interpréteur"
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(if (member '&rest (second expr))
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`(:lclosure . (,(get-nb-params (second expr))
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,(+ 1 (mposition '&rest (second expr)))
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,(lisp2li (implicit-progn (cddr expr))
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,@(lisp2li (implicit-progn (cddr expr))
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(make-stat-env (second expr) env))))
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`(:lclosure . ,(cons (get-nb-params (second expr))
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(lisp2li (implicit-progn (cddr expr))
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@ -266,9 +266,9 @@ par le compilateur et par l’interpréteur"
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(deftest (lisp2li rest)
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(lisp2li `(lambda (x &rest y) (cons x y)) ())
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'(:lclosure 2 2 (:call cons
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'(:lclosure 2 2 :call cons
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(:cvar 0 1)
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(:cvar 0 2))))
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(:cvar 0 2)))
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(deftest (lisp2li unknown)
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(lisp2li '(bar 3) ())
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266
meval.lisp
266
meval.lisp
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@ -1,10 +1,8 @@
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(setq *debug* nil)
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(load "match")
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(defun get-env-num (num env)
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(format *debug* "~&get-env-num ~&~T=> num = ~a ~&~T=> env = ~a" num env)
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"Récupère l’environnement correspondant à celui souhaité."
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(defun get-env-num-t (num env counter)
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(format *debug* "~&get-env-num-t ~&~T=> num = ~a ~&~T=> env = ~a ~&~T=> counter = ~a" num env counter)
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(cond ((= counter num) env)
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((eq (aref env 0) nil) nil)
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(T
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@ -13,37 +11,59 @@
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(get-env-num-t num env 0))
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(defun get-lower-env (env)
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(format *debug* "~&get-lower-env ~&~T=> env = ~a" env)
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"Récupère l’environnement le plus bas"
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(if (or (= (array-total-size env) 0)
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(eq (aref env 0) nil))
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env
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(get-lower-env (aref env 0))))
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(defun make-env (size list-values env)
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"Construit un nouvel environnement de taille <size> dans <env>
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et remplie ce nouvelle environnement avec les valeurs contenu dans
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<list-values>"
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(format *debug* "~&make-env ~&~T=> size = ~a ~&~T=> list-value = ~a ~&~T=> env = ~a" size list-values env)
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(if (= (array-total-size env) 0)
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(setf env (make-array (+ 1 size)))
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(setf (aref (get-lower-env env) 0) (make-array (+ 1 size))))
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(let ((lower-env (get-lower-env env)))
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(format *debug* "~&(make-env let) ~&~T=> lower-env = ~a" lower-env)
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(loop
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for value in list-values
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for rank = 1 then (+ rank 1)
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do (setf (aref lower-env rank) value)
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))
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(defun make-rest (env values &optional (pos-rest 1))
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"Construit l'environnement en rajoutant tous les valeurs
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du &rest dans une cellule de l'env sous forme d'une liste"
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(let ((size (- (array-total-size env) 1)))
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(defun make-rest-lower-env (lower-env pos values)
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(cond ((= pos pos-rest)
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(setf (aref lower-env pos) values))
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(T
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(setf (aref lower-env pos) (car values))
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(make-rest-lower-env lower-env
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(+ pos 1)
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(cdr values)))))
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(make-rest-lower-env env 1 values))
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env)
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(defun make-env (size list-values env &optional pos-rest)
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"Construis l’environnement en appariant les paramètres aux valeurs
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correspondantes et signale une exception si paramètres et arguments
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ne concordent pas. Si l’environnement passe en paramètre n’est pas vide,
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le nouvel environnement y est inclus."
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(cond ((and (not pos-rest)
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(< size (length list-values)))
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(error "Too arguments"))
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((> size (length list-values))
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(error "Too few arguments"))
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(T
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(if (= (array-total-size env) 0)
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(setf env (make-array (+ 1 size)))
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(setf (aref (get-lower-env env) 0) (make-array (+ 1 size))))
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(let ((lower-env (get-lower-env env)))
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(if pos-rest
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(make-rest lower-env
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list-values
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pos-rest)
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(loop
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for value in list-values
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for rank = 1 then (+ rank 1)
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do (setf (aref lower-env rank) value)
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)))
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env)))
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(defun map-meval (list env)
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(format *debug* "~&map-meval ~&~T=> list = ~a ~&~T=> env = ~a" list env)
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(mapcar (lambda (x) (meval x env)) list))
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(defun meval-progn (list env)
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"Mevalue toutes les sous expressions et renvoie
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la valeur de la dernier"
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(format *debug* "~&meval-progn ~&~T=> list = ~a ~&~T env = ~a" list env)
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(if (endp list)
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nil
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(if (endp (cdr list))
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@ -52,99 +72,65 @@ la valeur de la dernier"
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(meval (car list) env)
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(meval-progn (cdr list) env)))))
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(defun modify-lower-env (lower-env value pos)
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(format *debug* "~&modify-lower-env ~&~T=> lower-env = ~a ~&~T=> value = ~a ~&~T=> pos = ~a" lower-env value pos)
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(let ((env-bis (make-array (+ pos 1))))
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(defun construct-new-lower-env (new-env old-env)
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(format *debug* "~&construct-new-lower-env ~&~T=> new-env = ~a ~&~T=> old-env = ~a" new-env old-env)
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(loop
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for i = 0 then (+ i 1)
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do (setf (aref new-env i) (aref old-env i))
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while (<= i (- pos 1))
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))
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(setf (aref lower-env pos) value)
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(construct-new-lower-env env-bis lower-env)
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(format *debug* "~&modify-lower-env ~&~T env-bis = ~a" env-bis)
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(setf lower-env env-bis)
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))
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(defun meval-body (list-expr env)
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"Évalue en séquence la liste des expressions et
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retourne la valeur retournée par la dernière"
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(if (endp list-expr)
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nil
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(if (endp (cdr list-expr))
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(meval (car list-expr) env)
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(progn
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(meval (car list-expr) env)
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(meval-body (cdr list-expr) env)))))
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(defun make-rest (env &optional (pos-rest 1))
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(format *debug* "~&make-rest ~&~T=> env = ~a ~&~T=> pos-rest = ~a" env pos-rest)
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(let* ((lower-env (get-lower-env env))
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(size (- (if (= 0 (array-total-size lower-env))
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1
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(array-total-size lower-env))
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1)))
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(defun make-rest-lower-env (lower-env pos)
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(format *debug* "~&make-rest-lower-env ~&~T=> lower-env = ~a ~&~T=> pos = ~a ~&~T=> size = ~a" lower-env pos size)
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(cond ((>= pos size)
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(cons (aref lower-env pos) nil))
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((< pos pos-rest)
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(make-rest-lower-env lower-env (+ pos 1)))
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(T
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(cons (aref lower-env pos)
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(make-rest-lower-env lower-env (+ pos 1))))))
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(modify-lower-env (get-lower-env env) (make-rest-lower-env (get-lower-env env) pos-rest) pos-rest)
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(format *debug* "~&make-rest ~&~T=> lower-env = ~a" (get-lower-env env)))
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env)
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(defun meval-args (list-expr env)
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"Évalue en séquence la liste des expressions et
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retourne la liste de leurs valeurs"
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(if (endp list-expr)
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nil
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(if (endp (cdr list-expr))
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`(,(meval (car list-expr) env))
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`(,(meval (car list-expr) env)
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,@(meval-args (cdr list-expr) env)))))
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(defun meval-lambda (lclosure args env)
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"Applique une λ-fonction quelconque à des valeurs
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d’arguments dans un certain environnement."
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(match (:nil :lclosure :size (? integerp) :rest (? integerp)? :body _*) lclosure
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(meval lclosure
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(make-env size args env rest))))
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(defun meval (expr &optional (env #()))
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"Interprète le langage intermédiaire passé en paramètre."
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(format *debug* "~&meval ~&~T=> expr = ~a ~&~T=> env = ~a" expr env)
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(cond ((match :const (first expr))
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(format *debug* "~&(meval :const) ~&~T=> expr = ~a ~&~T=> env = ~a" expr env)
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(cdr expr))
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((match :cvar (first expr))
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(format *debug* "~&(meval :cvar) ~&~T=> expr = ~a ~&~T=> env = ~a" expr env)
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(let ((sub-env (get-env-num (second expr) env)))
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(if sub-env
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(aref sub-env (third expr))
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(error "The variable ~S is unbound" expr))))
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((match :if (first expr))
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(format *debug* "~&(meval :if) ~&~T=> expr = ~a ~&~T=> env = ~a" expr env)
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(if (meval (second expr) env)
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(meval (third expr) env)
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(meval (fourth expr) env)))
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((match :call (first expr))
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(format *debug* "~&(meval :call) ~&~T=> expr = ~a ~&~T=> env = ~a" expr env)
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(apply (symbol-function (cadr expr)) (map-meval (cddr expr) env)))
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((match :mcall (first expr))
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(format *debug* "~&(meval :mcall) ~&~T=> expr = ~a ~&~T=> env = ~a" expr env)
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(if (consp (second expr))
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(let ((closure (second expr)))
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(format *debug* "~&~T=> closure = ~a" closure)
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(cond ((and (atom (third closure))
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(constantp (third closure))
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(integerp (third closure)))
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(meval closure
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(make-rest (make-env (length (cddr expr))
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(map-meval (cddr expr) env)
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env)
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(caddr closure))))
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(T
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(cond ((< (second closure) (length (cddr expr)))
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(error "Too arguments"))
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((> (second closure) (length (cddr expr)))
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(error "Too few arguments"))
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(T
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(meval closure
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(make-env (second closure)
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(map-meval (cddr expr)env)
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env)))))))
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(error "form not yet implemented")))
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((match :progn (first expr))
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(format *debug* "~&(meval :progn) ~&~T=> expr = ~a ~&~T=> env = ~a" expr env)
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(meval-progn (cdr expr) env))
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((match :lclosure (first expr))
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(format *debug* "~&(meval :lclosure) ~&~T=> expr = ~a~&~T=> env = ~a" expr env)
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(if (and (atom (caddr expr))
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(constantp (caddr expr))
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(integerp (caddr expr)))
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(meval-progn (cdddr expr) env)
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(meval-progn `(,(cddr expr)) env)))
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(cond ((eq ':const (first expr))
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(match (:nil :const :val . _) expr val))
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((eq ':cvar (first expr))
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(match (:nil :cvar :num-env (? integerp) :index (? integerp)) expr
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(let ((sub-env (get-env-num num-env env)))
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(if sub-env
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(aref sub-env index)
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(error "The variable unbound" expr)))))
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((eq ':if (first expr))
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(match (:nil :if :predicat @. :expr1 @. :expr2 @.) expr
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(if (meval predicat env)
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(meval expr1 env)
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(meval expr2 env))))
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((eq ':call (first expr))
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(match (:nil :call :func-name _ :body _*) expr
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(apply (symbol-function func-name) (map-meval body env))))
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((eq ':mcall (first expr))
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(match (:nil :mcall :lambda (:nil :lclosure (? integerp) (? integerp)? _*) :args _*) expr
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(meval-lambda lambda (meval-args args env) env)))
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((eq ':progn (first expr))
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(match (:nil :progn :body @.+) expr
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(meval-body body env)))
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((eq ':lclosure (first expr))
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(match (:nil :lclosure (? integerp) (? integerp)? :body _*) expr
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(meval-body `(,body) env)))
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(T
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(error "form special ~S not yet implemented" (car expr)))))
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;; Test unitaire
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(load "test-unitaire")
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(load "lisp2li")
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@ -194,6 +180,63 @@ la valeur de la dernier"
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(:const . nil)) #(() 1 2 3))
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T)
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(deftestvar (meval make-env) empty-env #())
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(deftest (meval make-env)
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(make-env 2 '(1 2) empty-env)
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#(() 1 2)
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#'equalp)
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(deftestvar (meval make-env) env #(() 1 2))
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(deftest (meval make-env)
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(make-env 2 '(7 8) env)
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#(#(() 7 8) 1 2)
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#'equalp)
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(deftestvar (meval make-env make-rest) env #(() nil nil))
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(deftest (meval make-env make-rest)
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(make-rest env '(1 2 3 4) 2)
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#(() 1 (2 3 4))
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#'equalp)
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(deftestvar (meval make-env &rest) env #(() 1 2))
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(deftest (meval make-env &rest)
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(make-env 2 '(7 8 9) env 2)
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#(#(() 7 (8 9)) 1 2)
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#'equalp)
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(deftest (meval make-env &rest)
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(make-env 1 '(nil) env 1)
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#(#(() (nil)) 1 2)
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#'equalp)
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(deftest (meval meval-body)
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(meval-body '((:const . 3)) #())
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'3)
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(deftest (meval meval-body)
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(meval-body '((:const . 3) (:call cons (:const . 1) (:const . 2))) #())
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'(1 . 2))
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(deftest (meval meval-args)
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(meval-args '((:const . 3)) #())
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'(3))
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(deftest (meval meval-args)
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(meval-args '((:const . 3) (:const 1 2 3)) #())
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'(3 (1 2 3)))
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(deftest (meval meval-args)
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(meval-args '((:cvar 0 1) (:call cons (:cvar 0 3)
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(:cvar 0 2))) #(() 1 2 3))
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'(1 (3 . 2)))
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|
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(deftest (meval meval-lambda)
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(meval-lambda '(:lclosure 2 :call cons
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(:cvar 0 1)
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(:cvar 0 2))
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'(1 2) #())
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'(1 . 2))
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(deftest (meval :mcall :lclosure)
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(meval (lisp2li '((lambda (x y) (cons x y)) 1 2) ()))
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'(1 . 2))
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|
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@ -201,12 +244,3 @@ la valeur de la dernier"
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(deftest (meval :mcall :lclosure)
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(meval (lisp2li '((lambda (x &rest y) (cons x y)) 1 2 3 4) ()))
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'(1 2 3 4))
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|
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(deftest (meval defun)
|
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(meval '(defun foo (x) x))
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foo)
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|
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(deftest (meval defun)
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(meval '(defun foo (x y z) (list x y z)))
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foo)
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|
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|
|
|
|||
|
|
@ -77,8 +77,11 @@
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nil))))))
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|
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(defmacro deftestvar (module name value)
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`(test-add-variable ',module
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(list ',name (list 'copy-tree ',value))))
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(if (arrayp value)
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`(test-add-variable ',module
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(list ',name (list 'copy-seq ',value)))
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`(test-add-variable ',module
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(list ',name (list 'copy-tree ',value)))))
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|
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(defvar run-tests-counter 0)
|
||||
|
||||
|
|
|
|||
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