;;; Define NAME as a fasl operation, with op-code FOP-CODE. PUSHP
;;; describes what the body does to the fop stack:
;;; T
-;;; The body might pop the fop stack. The result of the body is
+;;; The body might pop the fop stack. The result of the body is
;;; pushed on the fop stack.
;;; NIL
;;; The body might pop the fop stack. The result of the body is
(when (and ocode (/= ocode code))
(error "multiple codes for fop name ~S: ~D and ~D" name code ocode)))
(setf (svref *fop-names* code) name
- (get name 'fop-code) code
- (svref *fop-funs* code) (symbol-function name))
+ (get name 'fop-code) code
+ (svref *fop-funs* code) (symbol-function name))
(values))
;;; Define a pair of fops which are identical except that one reads
;;; value ranges went with which fop variant, and chose the correct
;;; fop code to use. Currently, since such logic isn't encapsulated,
;;; we see callers doing stuff like
-;;; (cond ((and (< num-consts #x100) (< total-length #x10000))
-;;; (dump-fop 'sb!impl::fop-small-code file)
-;;; (dump-byte num-consts file)
-;;; (dump-integer-as-n-bytes total-length 2 file))
-;;; (t
-;;; (dump-fop 'sb!impl::fop-code file)
-;;; (dump-word num-consts file)
-;;; (dump-word total-length file))))
+;;; (cond ((and (< num-consts #x100) (< total-length #x10000))
+;;; (dump-fop 'sb!impl::fop-small-code file)
+;;; (dump-byte num-consts file)
+;;; (dump-integer-as-n-bytes total-length 2 file))
+;;; (t
+;;; (dump-fop 'sb!impl::fop-code file)
+;;; (dump-word num-consts file)
+;;; (dump-word total-length file))))
;;; in several places. It would be cleaner if this could be replaced with
;;; something like
;;; (dump-fop file fop-code num-consts total-length)
;;; caller to know that it's a 1-byte-arg/4-byte-arg cloned fop pair, and to
;;; know both the 1-byte-arg and the 4-byte-arg fop names. -- WHN 19990902
(defmacro define-cloned-fops ((name code &key (pushp t) (stackp t))
- (small-name small-code) &rest forms)
+ (small-name small-code) &rest forms)
(aver (member pushp '(nil t)))
(aver (member stackp '(nil t)))
`(progn
(defun read-string-as-bytes (stream string &optional (length (length string)))
(dotimes (i length)
(setf (aref string i)
- (sb!xc:code-char (read-byte stream))))
+ (sb!xc:code-char (read-byte stream))))
;; FIXME: The classic CMU CL code to do this was
;; (READ-N-BYTES FILE STRING START END).
;; It was changed for SBCL because we needed a portable version for
#+sb-xc-host (bug "READ-STRING-AS-WORDS called")
(dotimes (i length)
(setf (aref string i)
- (let ((code 0))
- ;; FIXME: is this the same as READ-WORD-ARG?
- (dotimes (k sb!vm:n-word-bytes (sb!xc:code-char code))
- (setf code (logior code (ash (read-byte stream)
- (* k sb!vm:n-byte-bits))))))))
+ (let ((code 0))
+ ;; FIXME: is this the same as READ-WORD-ARG?
+ (dotimes (k sb!vm:n-word-bytes (sb!xc:code-char code))
+ (setf code (logior code (ash (read-byte stream)
+ (* k sb!vm:n-byte-bits))))))))
(values))
\f
;;;; miscellaneous fops
(define-cloned-fops (fop-struct 48) (fop-small-struct 49)
(let* ((size (clone-arg))
- (res (%make-instance size)))
+ (res (%make-instance size)))
(declare (type index size))
(let* ((layout (pop-stack))
- (nuntagged (layout-n-untagged-slots layout))
- (ntagged (- size nuntagged)))
+ (nuntagged (layout-n-untagged-slots layout))
+ (ntagged (- size nuntagged)))
(setf (%instance-ref res 0) layout)
(dotimes (n (1- ntagged))
- (declare (type index n))
- (setf (%instance-ref res (1+ n)) (pop-stack)))
+ (declare (type index n))
+ (setf (%instance-ref res (1+ n)) (pop-stack)))
(dotimes (n nuntagged)
- (declare (type index n))
- (setf (%raw-instance-ref/word res (- nuntagged n 1)) (pop-stack))))
+ (declare (type index n))
+ (setf (%raw-instance-ref/word res (- nuntagged n 1)) (pop-stack))))
res))
(define-fop (fop-layout 45)
(let ((nuntagged (pop-stack))
- (length (pop-stack))
- (depthoid (pop-stack))
- (inherits (pop-stack))
- (name (pop-stack)))
+ (length (pop-stack))
+ (depthoid (pop-stack))
+ (inherits (pop-stack))
+ (name (pop-stack)))
(find-and-init-or-check-layout name length inherits depthoid nuntagged)))
(define-fop (fop-end-group 64 :stackp nil)
;;;; fops for loading symbols
(macrolet (;; FIXME: Should all this code really be duplicated inside
- ;; each fop? Perhaps it would be better for this shared
- ;; code to live in FLET FROB1 and FLET FROB4 (for the
- ;; two different sizes of counts).
- (frob (name code name-size package)
- (let ((n-package (gensym))
- (n-size (gensym))
- (n-buffer (gensym)))
- `(define-fop (,name ,code)
- (prepare-for-fast-read-byte *fasl-input-stream*
- (let ((,n-package ,package)
- (,n-size (fast-read-u-integer ,name-size)))
- (when (> ,n-size (length *fasl-symbol-buffer*))
- (setq *fasl-symbol-buffer*
- (make-string (* ,n-size 2))))
- (done-with-fast-read-byte)
- (let ((,n-buffer *fasl-symbol-buffer*))
+ ;; each fop? Perhaps it would be better for this shared
+ ;; code to live in FLET FROB1 and FLET FROB4 (for the
+ ;; two different sizes of counts).
+ (frob (name code name-size package)
+ (let ((n-package (gensym))
+ (n-size (gensym))
+ (n-buffer (gensym)))
+ `(define-fop (,name ,code)
+ (prepare-for-fast-read-byte *fasl-input-stream*
+ (let ((,n-package ,package)
+ (,n-size (fast-read-u-integer ,name-size)))
+ (when (> ,n-size (length *fasl-symbol-buffer*))
+ (setq *fasl-symbol-buffer*
+ (make-string (* ,n-size 2))))
+ (done-with-fast-read-byte)
+ (let ((,n-buffer *fasl-symbol-buffer*))
#+sb-xc-host
- (read-string-as-bytes *fasl-input-stream*
- ,n-buffer
- ,n-size)
+ (read-string-as-bytes *fasl-input-stream*
+ ,n-buffer
+ ,n-size)
#-sb-xc-host
- (#!+sb-unicode read-string-as-words
+ (#!+sb-unicode read-string-as-words
#!-sb-unicode read-string-as-bytes
*fasl-input-stream*
,n-buffer
,n-size)
- (push-fop-table (without-package-locks
- (intern* ,n-buffer
- ,n-size
- ,n-package))))))))))
+ (push-fop-table (without-package-locks
+ (intern* ,n-buffer
+ ,n-size
+ ,n-package))))))))))
;; Note: CMU CL had FOP-SYMBOL-SAVE and FOP-SMALL-SYMBOL-SAVE, but
;; since they made the behavior of the fasloader depend on the
;; (SETF *PACKAGE* (FIND-PACKAGE :CL)))
;; which in CMU CL 2.4.9 defines a variable CL-USER::*FOO* instead of
;; defining CL::*FOO*. Therefore, we don't use those fops in SBCL.
- ;;(frob fop-symbol-save 6 4 *package*)
- ;;(frob fop-small-symbol-save 7 1 *package*)
+ ;;(frob fop-symbol-save 6 4 *package*)
+ ;;(frob fop-small-symbol-save 7 1 *package*)
- (frob fop-lisp-symbol-save 75 #.sb!vm:n-word-bytes *cl-package*)
+ (frob fop-lisp-symbol-save 75 #.sb!vm:n-word-bytes *cl-package*)
(frob fop-lisp-small-symbol-save 76 1 *cl-package*)
(frob fop-keyword-symbol-save 77 #.sb!vm:n-word-bytes *keyword-package*)
(frob fop-keyword-small-symbol-save 78 1 *keyword-package*)
(svref *current-fop-table* (fast-read-u-integer 1))))
(define-cloned-fops (fop-uninterned-symbol-save 12)
- (fop-uninterned-small-symbol-save 13)
+ (fop-uninterned-small-symbol-save 13)
(let* ((arg (clone-arg))
- (res (make-string arg)))
+ (res (make-string arg)))
#!-sb-unicode
(read-string-as-bytes *fasl-input-stream* res)
#!+sb-unicode
(declare (fixnum length))
;; #+cmu (declare (optimize (inhibit-warnings 2)))
(do* ((index length (1- index))
- (byte 0 (read-byte *fasl-input-stream*))
- (result 0 (+ result (ash byte bits)))
- (bits 0 (+ bits 8)))
+ (byte 0 (read-byte *fasl-input-stream*))
+ (result 0 (+ result (ash byte bits)))
+ (bits 0 (+ bits 8)))
((= index 0)
- (if (logbitp 7 byte) ; look at sign bit
- (- result (ash 1 bits))
- result))
+ (if (logbitp 7 byte) ; look at sign bit
+ (- result (ash 1 bits))
+ result))
(declare (fixnum index byte bits))))
(define-cloned-fops (fop-integer 33) (fop-small-integer 34)
(declare (type index n))))
(macrolet ((frob (name op fun n)
- `(define-fop (,name ,op)
- (call-with-popped-args ,fun ,n))))
+ `(define-fop (,name ,op)
+ (call-with-popped-args ,fun ,n))))
(frob fop-list-1 17 list 1)
(frob fop-list-2 18 list 2)
(define-cloned-fops (fop-base-string 37) (fop-small-base-string 38)
(let* ((arg (clone-arg))
- (res (make-string arg :element-type 'base-char)))
+ (res (make-string arg :element-type 'base-char)))
(read-string-as-bytes *fasl-input-stream* res)
res))
(define-cloned-fops (fop-vector 39) (fop-small-vector 40)
(let* ((size (clone-arg))
- (res (make-array size)))
+ (res (make-array size)))
(declare (fixnum size))
(do ((n (1- size) (1- n)))
- ((minusp n))
+ ((minusp n))
(setf (svref res n) (pop-stack)))
res))
(define-fop (fop-array 83)
(let* ((rank (read-word-arg))
- (vec (pop-stack))
- (length (length vec))
- (res (make-array-header sb!vm:simple-array-widetag rank)))
+ (vec (pop-stack))
+ (length (length vec))
+ (res (make-array-header sb!vm:simple-array-widetag rank)))
(declare (simple-array vec)
- (type (unsigned-byte #.(- sb!vm:n-word-bits sb!vm:n-widetag-bits)) rank))
+ (type (unsigned-byte #.(- sb!vm:n-word-bits sb!vm:n-widetag-bits)) rank))
(set-array-header res vec length nil 0
- (do ((i rank (1- i))
- (dimensions () (cons (pop-stack) dimensions)))
- ((zerop i) dimensions)
- (declare (type index i)))
- nil)
+ (do ((i rank (1- i))
+ (dimensions () (cons (pop-stack) dimensions)))
+ ((zerop i) dimensions)
+ (declare (type index i)))
+ nil)
res))
(define-fop (fop-single-float-vector 84)
(let* ((length (read-word-arg))
- (result (make-array length :element-type 'single-float)))
+ (result (make-array length :element-type 'single-float)))
(read-n-bytes *fasl-input-stream* result 0 (* length 4))
result))
(define-fop (fop-double-float-vector 85)
(let* ((length (read-word-arg))
- (result (make-array length :element-type 'double-float)))
+ (result (make-array length :element-type 'double-float)))
(read-n-bytes *fasl-input-stream* result 0 (* length 8))
result))
(define-fop (fop-complex-single-float-vector 86)
(let* ((length (read-word-arg))
- (result (make-array length :element-type '(complex single-float))))
+ (result (make-array length :element-type '(complex single-float))))
(read-n-bytes *fasl-input-stream* result 0 (* length 8))
result))
(define-fop (fop-complex-double-float-vector 87)
(let* ((length (read-word-arg))
- (result (make-array length :element-type '(complex double-float))))
+ (result (make-array length :element-type '(complex double-float))))
(read-n-bytes *fasl-input-stream* result 0 (* length 16))
result))
(define-fop (fop-int-vector 43)
(prepare-for-fast-read-byte *fasl-input-stream*
(let* ((len (fast-read-u-integer #.sb!vm:n-word-bytes))
- (size (fast-read-byte))
- (res (case size
- (0 (make-array len :element-type 'nil))
- (1 (make-array len :element-type 'bit))
- (2 (make-array len :element-type '(unsigned-byte 2)))
- (4 (make-array len :element-type '(unsigned-byte 4)))
- (7 (prog1 (make-array len :element-type '(unsigned-byte 7))
- (setf size 8)))
- (8 (make-array len :element-type '(unsigned-byte 8)))
- (15 (prog1 (make-array len :element-type '(unsigned-byte 15))
- (setf size 16)))
- (16 (make-array len :element-type '(unsigned-byte 16)))
- (31 (prog1 (make-array len :element-type '(unsigned-byte 31))
- (setf size 32)))
- (32 (make-array len :element-type '(unsigned-byte 32)))
+ (size (fast-read-byte))
+ (res (case size
+ (0 (make-array len :element-type 'nil))
+ (1 (make-array len :element-type 'bit))
+ (2 (make-array len :element-type '(unsigned-byte 2)))
+ (4 (make-array len :element-type '(unsigned-byte 4)))
+ (7 (prog1 (make-array len :element-type '(unsigned-byte 7))
+ (setf size 8)))
+ (8 (make-array len :element-type '(unsigned-byte 8)))
+ (15 (prog1 (make-array len :element-type '(unsigned-byte 15))
+ (setf size 16)))
+ (16 (make-array len :element-type '(unsigned-byte 16)))
+ (31 (prog1 (make-array len :element-type '(unsigned-byte 31))
+ (setf size 32)))
+ (32 (make-array len :element-type '(unsigned-byte 32)))
#!+#.(cl:if (cl:= 64 sb!vm:n-word-bits) '(and) '(or))
(63 (prog1 (make-array len :element-type '(unsigned-byte 63))
(setf size 64)))
(64 (make-array len :element-type '(unsigned-byte 64)))
- (t (bug "losing i-vector element size: ~S" size)))))
+ (t (bug "losing i-vector element size: ~S" size)))))
(declare (type index len))
(done-with-fast-read-byte)
(read-n-bytes *fasl-input-stream*
- res
- 0
- (ceiling (the index (* size len)) sb!vm:n-byte-bits))
+ res
+ 0
+ (ceiling (the index (* size len)) sb!vm:n-byte-bits))
res)))
;;; This is the same as FOP-INT-VECTOR, except this is for signed
(define-fop (fop-signed-int-vector 50)
(prepare-for-fast-read-byte *fasl-input-stream*
(let* ((len (fast-read-u-integer #.sb!vm:n-word-bytes))
- (size (fast-read-byte))
- (res (case size
- (8 (make-array len :element-type '(signed-byte 8)))
- (16 (make-array len :element-type '(signed-byte 16)))
+ (size (fast-read-byte))
+ (res (case size
+ (8 (make-array len :element-type '(signed-byte 8)))
+ (16 (make-array len :element-type '(signed-byte 16)))
#!+#.(cl:if (cl:= 32 sb!vm:n-word-bits) '(and) '(or))
- (29 (prog1 (make-array len :element-type '(unsigned-byte 29))
+ (29 (prog1 (make-array len :element-type '(unsigned-byte 29))
(setf size 32)))
#!+#.(cl:if (cl:= 32 sb!vm:n-word-bits) '(and) '(or))
- (30 (prog1 (make-array len :element-type '(signed-byte 30))
+ (30 (prog1 (make-array len :element-type '(signed-byte 30))
(setf size 32)))
- (32 (make-array len :element-type '(signed-byte 32)))
+ (32 (make-array len :element-type '(signed-byte 32)))
#!+#.(cl:if (cl:= 64 sb!vm:n-word-bits) '(and) '(or))
(60 (prog1 (make-array len :element-type '(unsigned-byte 60))
(setf size 64)))
(setf size 64)))
#!+#.(cl:if (cl:= 64 sb!vm:n-word-bits) '(and) '(or))
(64 (make-array len :element-type '(signed-byte 64)))
- (t (bug "losing si-vector element size: ~S" size)))))
+ (t (bug "losing si-vector element size: ~S" size)))))
(declare (type index len))
(done-with-fast-read-byte)
(read-n-bytes *fasl-input-stream*
- res
- 0
- (ceiling (the index (* size len)) sb!vm:n-byte-bits))
+ res
+ 0
+ (ceiling (the index (* size len)) sb!vm:n-byte-bits))
res)))
(define-fop (fop-eval 53)
;; FIXME: See the comment about *LOAD-PRINT* in FOP-EVAL.
(declare (ignore result))
#+nil (when *load-print*
- (load-fresh-line)
- (prin1 result)
- (terpri))))
+ (load-fresh-line)
+ (prin1 result)
+ (terpri))))
(define-fop (fop-funcall 55)
(let ((arg (read-byte-arg)))
(if (zerop arg)
- (funcall (pop-stack))
- (do ((args () (cons (pop-stack) args))
- (n arg (1- n)))
- ((zerop n) (apply (pop-stack) args))
- (declare (type index n))))))
+ (funcall (pop-stack))
+ (do ((args () (cons (pop-stack) args))
+ (n arg (1- n)))
+ ((zerop n) (apply (pop-stack) args))
+ (declare (type index n))))))
(define-fop (fop-funcall-for-effect 56 :pushp nil)
(let ((arg (read-byte-arg)))
(if (zerop arg)
- (funcall (pop-stack))
- (do ((args () (cons (pop-stack) args))
- (n arg (1- n)))
- ((zerop n) (apply (pop-stack) args))
- (declare (type index n))))))
+ (funcall (pop-stack))
+ (do ((args () (cons (pop-stack) args))
+ (n arg (1- n)))
+ ((zerop n) (apply (pop-stack) args))
+ (declare (type index n))))))
\f
;;;; fops for fixing up circularities
(define-fop (fop-rplaca 200 :pushp nil)
(let ((obj (svref *current-fop-table* (read-word-arg)))
- (idx (read-word-arg))
- (val (pop-stack)))
+ (idx (read-word-arg))
+ (val (pop-stack)))
(setf (car (nthcdr idx obj)) val)))
(define-fop (fop-rplacd 201 :pushp nil)
(let ((obj (svref *current-fop-table* (read-word-arg)))
- (idx (read-word-arg))
- (val (pop-stack)))
+ (idx (read-word-arg))
+ (val (pop-stack)))
(setf (cdr (nthcdr idx obj)) val)))
(define-fop (fop-svset 202 :pushp nil)
(let* ((obi (read-word-arg))
- (obj (svref *current-fop-table* obi))
- (idx (read-word-arg))
- (val (pop-stack)))
+ (obj (svref *current-fop-table* obi))
+ (idx (read-word-arg))
+ (val (pop-stack)))
(if (typep obj 'instance)
- (setf (%instance-ref obj idx) val)
- (setf (svref obj idx) val))))
+ (setf (%instance-ref obj idx) val)
+ (setf (svref obj idx) val))))
(define-fop (fop-structset 204 :pushp nil)
(setf (%instance-ref (svref *current-fop-table* (read-word-arg))
- (read-word-arg))
- (pop-stack)))
+ (read-word-arg))
+ (pop-stack)))
;;; In the original CMUCL code, this actually explicitly declared PUSHP
;;; to be T, even though that's what it defaults to in DEFINE-FOP.
;; depend more strongly than in CMU CL on FOP-FSET actually doing
;; something.)
(let ((fn (pop-stack))
- (name (pop-stack)))
+ (name (pop-stack)))
(setf (fdefinition name) fn)))
;;; Modify a slot in a CONSTANTS object.
(define-cloned-fops (fop-alter-code 140 :pushp nil) (fop-byte-alter-code 141)
(let ((value (pop-stack))
- (code (pop-stack)))
+ (code (pop-stack)))
(setf (code-header-ref code (clone-arg)) value)
(values)))
(error "FOP-FUN-ENTRY can't be defined without %PRIMITIVE.")
#-sb-xc-host
(let ((type (pop-stack))
- (arglist (pop-stack))
- (name (pop-stack))
- (code-object (pop-stack))
- (offset (read-word-arg)))
+ (arglist (pop-stack))
+ (name (pop-stack))
+ (code-object (pop-stack))
+ (offset (read-word-arg)))
(declare (type index offset))
(unless (zerop (logand offset sb!vm:lowtag-mask))
(bug "unaligned function object, offset = #X~X" offset))
(setf (%simple-fun-type fun) type)
;; FIXME: See the comment about *LOAD-PRINT* in FOP-EVAL.
#+nil (when *load-print*
- (load-fresh-line)
- (format t "~S defined~%" fun))
+ (load-fresh-line)
+ (format t "~S defined~%" fun))
fun)))
\f
;;;; Some Dylan FOPs used to live here. By 1 November 1998 the code
(define-fop (fop-foreign-fixup 147)
(let* ((kind (pop-stack))
- (code-object (pop-stack))
- (len (read-byte-arg))
- (sym (make-string len :element-type 'base-char)))
+ (code-object (pop-stack))
+ (len (read-byte-arg))
+ (sym (make-string len :element-type 'base-char)))
(read-n-bytes *fasl-input-stream* sym 0 len)
(sb!vm:fixup-code-object code-object
- (read-word-arg)
- (foreign-symbol-address sym)
- kind)
+ (read-word-arg)
+ (foreign-symbol-address sym)
+ kind)
code-object))
(define-fop (fop-assembler-fixup 148)
(let ((routine (pop-stack))
- (kind (pop-stack))
- (code-object (pop-stack)))
+ (kind (pop-stack))
+ (code-object (pop-stack)))
(multiple-value-bind (value found) (gethash routine *assembler-routines*)
(unless found
- (error "undefined assembler routine: ~S" routine))
+ (error "undefined assembler routine: ~S" routine))
(sb!vm:fixup-code-object code-object (read-word-arg) value kind))
code-object))
(define-fop (fop-code-object-fixup 149)
(let ((kind (pop-stack))
- (code-object (pop-stack)))
+ (code-object (pop-stack)))
;; Note: We don't have to worry about GC moving the code-object after
;; the GET-LISP-OBJ-ADDRESS and before that value is deposited, because
;; we can only use code-object fixups when code-objects don't move.
(sb!vm:fixup-code-object code-object (read-word-arg)
- (get-lisp-obj-address code-object) kind)
+ (get-lisp-obj-address code-object) kind)
code-object))
#!+linkage-table
(define-fop (fop-foreign-dataref-fixup 150)
(let* ((kind (pop-stack))
- (code-object (pop-stack))
- (len (read-byte-arg))
- (sym (make-string len :element-type 'base-char)))
+ (code-object (pop-stack))
+ (len (read-byte-arg))
+ (sym (make-string len :element-type 'base-char)))
(read-n-bytes *fasl-input-stream* sym 0 len)
(sb!vm:fixup-code-object code-object
- (read-word-arg)
- (foreign-symbol-address sym t)
- kind)
+ (read-word-arg)
+ (foreign-symbol-address sym t)
+ kind)
code-object))
projects / sbcl.git / blobdiff