(incf index))
output)))
-#+common-lisp
+#-jscl
(defun indent (&rest string)
(with-output-to-string (*standard-output*)
(with-input-from-string (input (apply #'code string))
;;; function call.
(defvar *multiple-value-p* nil)
-;; A very simple defstruct built on lists. It supports just slot with
-;; an optional default initform, and it will create a constructor,
-;; predicate and accessors for you.
-(defmacro def!struct (name &rest slots)
- (unless (symbolp name)
- (error "It is not a full defstruct implementation."))
- (let* ((name-string (symbol-name name))
- (slot-descriptions
- (mapcar (lambda (sd)
- (cond
- ((symbolp sd)
- (list sd))
- ((and (listp sd) (car sd) (cddr sd))
- sd)
- (t
- (error "Bad slot description `~S'." sd))))
- slots))
- (predicate (intern (concat name-string "-P"))))
- `(progn
- ;; Constructor
- (defun ,(intern (concat "MAKE-" name-string)) (&key ,@slot-descriptions)
- (list ',name ,@(mapcar #'car slot-descriptions)))
- ;; Predicate
- (defun ,predicate (x)
- (and (consp x) (eq (car x) ',name)))
- ;; Copier
- (defun ,(intern (concat "COPY-" name-string)) (x)
- (copy-list x))
- ;; Slot accessors
- ,@(with-collect
- (let ((index 1))
- (dolist (slot slot-descriptions)
- (let* ((name (car slot))
- (accessor-name (intern (concat name-string "-" (string name)))))
- (collect
- `(defun ,accessor-name (x)
- (unless (,predicate x)
- (error "The object `~S' is not of type `~S'" x ,name-string))
- (nth ,index x)))
- ;; TODO: Implement this with a higher level
- ;; abstraction like defsetf or (defun (setf ..))
- (collect
- `(define-setf-expander ,accessor-name (x)
- (let ((object (gensym))
- (new-value (gensym)))
- (values (list object)
- (list x)
- (list new-value)
- `(progn
- (rplaca (nthcdr ,',index ,object) ,new-value)
- ,new-value)
- `(,',accessor-name ,object)))))
- (incf index)))))
- ',name)))
-
-
;;; Environment
(def!struct binding
(incf index))
output))
-(defvar *literal-table* nil)
-(defvar *literal-counter* 0)
-
-;;; BOOTSTRAP MAGIC: During bootstrap, we record the macro definitions
-;;; as lists. Once everything is compiled, we want to dump the whole
-;;; global environment to the output file to reproduce it in the
+;;; BOOTSTRAP MAGIC: We record the macro definitions as lists during
+;;; the bootstrap. Once everything is compiled, we want to dump the
+;;; whole global environment to the output file to reproduce it in the
;;; run-time. However, the environment must contain expander functions
;;; rather than lists. We do not know how to dump function objects
-;;; itself, so we mark the definitions with this object and the
+;;; itself, so we mark the list definitions with this object and the
;;; compiler will be called when this object has to be dumped.
;;; Backquote/unquote does a similar magic, but this use is exclusive.
+;;;
+;;; Indeed, perhaps to compile the object other macros need to be
+;;; evaluated. For this reason we define a valid macro-function for
+;;; this symbol.
(defvar *magic-unquote-marker* (gensym "MAGIC-UNQUOTE"))
+#-jscl
+(setf (macro-function *magic-unquote-marker*)
+ (lambda (form &optional environment)
+ (declare (ignore environment))
+ (second form)))
+
+(defvar *literal-table* nil)
+(defvar *literal-counter* 0)
(defun genlit ()
(code "l" (incf *literal-counter*)))
(defun dump-symbol (symbol)
- #+common-lisp
+ #-jscl
(let ((package (symbol-package symbol)))
(if (eq package (find-package "KEYWORD"))
- (code "(new Symbol(" (dump-string (symbol-name symbol)) ", "
- (dump-string (package-name package)) "))")
+ (code "(new Symbol(" (dump-string (symbol-name symbol)) ", " (dump-string (package-name package)) "))")
(code "(new Symbol(" (dump-string (symbol-name symbol)) "))")))
#+jscl
(let ((package (symbol-package symbol)))
(symbol (dump-symbol sexp))
(string (dump-string sexp))
(cons
+ ;; BOOTSTRAP MAGIC: See the root file
+ ;; jscl.lisp and the function
+ ;; `dump-global-environment' for futher
+ ;; information.
(if (eq (car sexp) *magic-unquote-marker*)
- (ls-compile (cdr sexp))
+ (ls-compile (second sexp))
(dump-cons sexp)))
(array (dump-array sexp)))))
(if (and recursive (not (symbolp sexp)))
(let ((jsvar (genlit)))
(push (cons sexp jsvar) *literal-table*)
(toplevel-compilation (code "var " jsvar " = " dumped))
+ (when (keywordp sexp)
+ (toplevel-compilation (code jsvar ".value = " jsvar)))
jsvar)))))))
"r.type = 'character';"
"return r"))
+(define-builtin char-upcase (x)
+ (code x ".toUpperCase()"))
+
+(define-builtin char-downcase (x)
+ (code x ".toLowerCase()"))
+
(define-builtin stringp (x)
(js!bool
(js!selfcall
(indent "r.push(" (ls-compile nil) ");" *newline*)
"return r;" *newline*))
+;;; FIXME: should take optional min-extension.
+;;; FIXME: should use fill-pointer instead of the absolute end of array
+(define-builtin vector-push-extend (new vector)
+ (js!selfcall
+ "var v = " vector ";" *newline*
+ "v.push(" new ");" *newline*
+ "return v;"))
+
(define-builtin arrayp (x)
(js!bool
(js!selfcall
"if (i < 0 || i >= x.length) throw 'Out of range';" *newline*
"return x[i] = " value ";" *newline*))
+(define-builtin afind (value array)
+ (js!selfcall
+ "var v = " value ";" *newline*
+ "var x = " array ";" *newline*
+ "return x.indexOf(v);" *newline*))
+
+(define-builtin aresize (array new-size)
+ (js!selfcall
+ "var x = " array ";" *newline*
+ "var n = " new-size ";" *newline*
+ "return x.length = n;" *newline*))
+
(define-builtin get-internal-real-time ()
"(new Date()).getTime()")
`(%js-vref ,var))))
-#+common-lisp
+#-jscl
(defvar *macroexpander-cache*
(make-hash-table :test #'eq))
(if (and b (eq (binding-type b) 'macro))
(let ((expander (binding-value b)))
(cond
- #+common-lisp
+ #-jscl
((gethash b *macroexpander-cache*)
(setq expander (gethash b *macroexpander-cache*)))
((listp expander)
;; function with the compiled one.
;;
#+jscl (setf (binding-value b) compiled)
- #+common-lisp (setf (gethash b *macroexpander-cache*) compiled)
+ #-jscl (setf (gethash b *macroexpander-cache*) compiled)
(setq expander compiled))))
expander)
nil)))
((and (consp form) (symbolp (car form)))
(let ((macrofun (!macro-function (car form))))
(if macrofun
- (values (apply macrofun (cdr form)) t)
+ (values (funcall macrofun (cdr form)) t)
(values form nil))))
(t
(values form nil))))
(concat (translate-function function) arglist))
((and (symbolp function)
#+jscl (eq (symbol-package function) (find-package "COMMON-LISP"))
- #+common-lisp t)
+ #-jscl t)
(code (ls-compile `',function) ".fvalue" arglist))
(t
(code (ls-compile `#',function) arglist)))))
projects / jscl.git / blobdiff