Mark, The commit below should enable the use of Gray streams with ABCL. I think this means SLIME can now switch to its normal pattern of using Gray streams to wrap its input and output processors. At least, I'd like to remove the SlimeInputStream and SlimeOutputStream Java classes and move the problem to SLIME, if that's possible. Maybe I want to do the same thing for socket streams. Bye, Erik. On Fri, Oct 9, 2009 at 11:31 PM, Erik Huelsmann <ehuelsmann@common-lisp.net> wrote:

Author: ehuelsmann Date: Fri Oct  9 17:31:50 2009 New Revision: 12183

Log: Fix last Gray stream incompatibilities: generic functions  overlapping with CL functions are no longer have the STREAM- prefix.

Note: this commit also removes gray stream testing code which does  not belong in the "production" image of our software.

Modified:   trunk/abcl/src/org/armedbear/lisp/gray-streams.lisp

Modified: trunk/abcl/src/org/armedbear/lisp/gray-streams.lisp ============================================================================== --- trunk/abcl/src/org/armedbear/lisp/gray-streams.lisp (original) +++ trunk/abcl/src/org/armedbear/lisp/gray-streams.lisp Fri Oct  9 17:31:50 2009 @@ -94,25 +94,7 @@  ;;;;  ;;;; Notes  ;;;; ===== -;;;; CLOSE is not a generic function in this implementation. Instead, -;;;; the generic is called STREAM-CLOSE and the function CLOSE calls -;;;; STREAM-CLOSE. The same goes for STREAMP, INPUT-STREAM-P, -;;;; OUTPUT-STREAM-P and STREAM-ELEMENT-TYPE. The generic functions for -;;;; these are STREAM-STREAMP, STREAM-INPUT-STREAM-P, -;;;; STREAM-OUTPUT-STREAM-P and STREAM-STREAM-ELEMENT-TYPE.  ;;;; -;;;; The standard Corman Lisp streams are not derived from -;;;; FUNDAMENTAL-STREAM. All the stream functions check to see if the -;;;; stream is an original Corman Lisp stream and forward on to the -;;;; original function implementations. -;;;; -;;;; The string streams are implemented in this file as Gray streams -;;;; but do not replace the Corman Lisp string streams. They are only -;;;; implemented here to test the Gray stream functionality. These methods -;;;; are called: -;;;;    GRAY-MAKE-STRING-OUTPUT-STREAM -;;;;    GRAY-GET-OUTPUT-STREAM-STRING -;;;;    GRAY-MAKE-STRING-INPUT-STREAM  ;;;;  ;;;; Much of the implementation of the Gray streams below is from the  ;;;; document referenced earlier. @@ -123,7 +105,6 @@   (:nicknames "GS") ;; # fb 1.01   (:export    "FUNDAMENTAL-STREAM" -   "STREAM-CLOSE"    "STREAM-OPEN-STREAM-P"    "STREAM-STREAMP"    "STREAM-INPUT-STREAM-P" @@ -200,21 +181,14 @@

 (defclass fundamental-stream ())

-(defgeneric stream-close (stream &key abort)) -(defgeneric stream-open-stream-p (stream)) -(defgeneric stream-streamp (stream)) -(defgeneric stream-input-stream-p (stream)) -(defgeneric stream-input-character-stream-p (stream)) ;; # fb 1.01 -(defgeneric stream-output-stream-p (stream)) -(defgeneric stream-stream-element-type (stream)) +(defgeneric gray-close (stream &key abort)) +(defgeneric gray-open-stream-p (stream)) +(defgeneric gray-streamp (stream)) +(defgeneric gray-input-stream-p (stream)) +(defgeneric gray-input-character-stream-p (stream)) ;; # fb 1.01 +(defgeneric gray-output-stream-p (stream)) +(defgeneric gray-stream-element-type (stream))

-(defmethod stream-close (stream &key abort) -  (declare (ignore stream abort)) -  nil) - -(defmethod stream-streamp (s) -  (declare (ignore s)) -  nil)

 (defmethod stream-streamp ((s fundamental-stream))   s) @@ -225,20 +199,12 @@   (and (stream-input-stream-p s)        (eq (stream-stream-element-type s) 'character)))

-(defmethod stream-input-stream-p (s) -  (declare (ignore s)) -  nil) -  (defmethod stream-input-stream-p ((s fundamental-input-stream))   (declare (ignore s))   t)

 (defclass fundamental-output-stream (fundamental-stream))

-(defmethod stream-output-stream-p (s) -  (declare (ignore s)) -  nil) -  (defmethod stream-output-stream-p ((s fundamental-output-stream))   (declare (ignore s))   t) @@ -539,72 +505,6 @@       (funcall *old-write-byte* integer binary-output-stream)       (stream-write-byte binary-output-stream integer)))

-(defclass string-input-stream (fundamental-character-input-stream) -  ((string :initarg :string :type string) -   (index :initarg :start :type fixnum) -   (end :initarg :end :type fixnum))) - -(defun gray-make-string-input-stream (string &optional (start 0) end) -  (make-instance 'string-input-stream :string string -                 :start start :end (or end (length string)))) - -(defmethod stream-read-char ((stream string-input-stream)) -  (with-slots (index end string) stream -    (if (>= index end) -        :eof -        (prog1 -         (char string index) -         (incf index))))) - -(defmethod stream-unread-char ((stream string-input-stream) character) -  (with-slots (index end string) stream -    (decf index) -    (assert (eql (char string index) character)) -    nil)) - -(defmethod stream-read-line ((stream string-input-stream)) -  (with-slots (index end string) stream -    (let* ((endline (position #\newline string :start index :end end)) -           (line (subseq string index endline))) -      (if endline -          (progn -            (setq index (1+ endline)) -            (values line nil)) -          (progn -            (setq index end) -            (values line t)))))) - -(defclass string-output-stream (fundamental-character-output-stream) -  ((string :initform nil :initarg :string))) - -(defun gray-make-string-output-stream () -  (make-instance 'string-output-stream)) - -(defun gray-get-output-stream-string (stream) -  (with-slots (string) stream -    (if (null string) -        "" -        (prog1 -         (coerce string 'string) -         (setq string nil))))) - -(defmethod stream-write-char ((stream string-output-stream) character) -  (with-slots (string) stream -    (when (null string) -      (setq string (make-array 64 :slement-type 'character -                               :fill-pointer 0 :adjustable t))) -    (vector-push-extend character string) -    character)) - -(defmethod stream-line-column ((stream string-output-stream)) -  (with-slots (string) stream -    (if (null string) -        0 -        (let ((nx (position #\newline string :from-end t))) -          (if (null nx) -              (length string) -              (- (length string) nx 1)))))) -  (defmethod stream-line-column ((stream stream))   nil)

@@ -614,40 +514,26 @@         nil ;(funcall *old-stream-column* stream)         (stream-line-column stream))))

-(defun gray-stream-element-type (stream) -  (if (old-streamp stream) -      (funcall *old-stream-element-type* stream) -      (stream-stream-element-type stream))) +(defmethod gray-stream-element-type (stream) +  (funcall *old-stream-element-type* stream))

-(defun gray-close (stream &key abort) -  (if (old-streamp stream) -      (funcall *old-close* stream :abort abort) -      (stream-close stream :abort nil))) +(defmethod gray-close (stream &key abort) +  (funcall *old-close* stream :abort abort))

-(defun gray-input-stream-p (stream) -  (if (old-streamp stream) -      (funcall *old-input-stream-p* stream) -      (stream-input-stream-p stream))) +(defmethod gray-input-stream-p (stream) +  (funcall *old-input-stream-p* stream))

-(defun gray-input-character-stream-p (stream) -  (if (old-streamp stream) -      (funcall *old-input-character-stream-p* stream) -      (stream-input-character-stream-p stream))) +(defmethod gray-input-character-stream-p (stream) +  (funcall *old-input-character-stream-p* stream))

-(defun gray-output-stream-p (stream) -  (if (old-streamp stream) -      (funcall *old-output-stream-p* stream) -      (stream-output-stream-p stream))) +(defmethod gray-output-stream-p (stream) +  (funcall *old-output-stream-p* stream))

-(defun gray-open-stream-p (stream) -  (if (old-streamp stream) -      (funcall *old-open-stream-p* stream) -      (stream-open-stream-p stream))) +(defmethod gray-open-stream-p (stream) +  (funcall *old-open-stream-p* stream))

-(defun gray-streamp (stream) -  (if (old-streamp stream) -      (funcall *old-streamp* stream) -      (stream-streamp stream))) +(defmethod gray-streamp (stream) +  (funcall *old-streamp* stream))

 (defun gray-write-sequence (sequence stream &key (start 0) end)   (if (old-streamp stream) @@ -659,24 +545,6 @@       (funcall *old-read-sequence* sequence stream :start start :end end)       (stream-read-sequence stream sequence start end)))

-(defstruct two-way-stream-g -  input-stream output-stream) - -(defun gray-make-two-way-stream (in out) -  (if (and (old-streamp in) (old-streamp out)) -      (funcall *old-make-two-way-stream* in out) -      (make-two-way-stream-g :input-stream in :output-stream out))) - -(defun gray-two-way-stream-input-stream (stream) -  (if (old-streamp stream) -      (funcall *old-two-way-stream-input-stream* stream) -      (two-way-stream-g-input-stream stream))) - -(defun gray-two-way-stream-output-stream (stream) -  (if (old-streamp stream) -      (funcall *old-two-way-stream-output-stream* stream) -      (two-way-stream-g-output-stream stream))) -  (setf (symbol-function 'common-lisp::read-char) #'gray-read-char)  (setf (symbol-function 'common-lisp::peek-char) #'gray-peek-char)  (setf (symbol-function 'common-lisp::unread-char) #'gray-unread-char) @@ -703,8 +571,5 @@  (setf (symbol-function 'common-lisp::streamp) #'gray-streamp)  (setf (symbol-function 'common-lisp::read-sequence) #'gray-read-sequence)  (setf (symbol-function 'common-lisp::write-sequence) #'gray-write-sequence) -(setf (symbol-function 'common-lisp::make-two-way-stream) #'gray-make-two-way-stream) -(setf (symbol-function 'common-lisp::two-way-stream-input-stream) #'gray-two-way-stream-input-stream) -(setf (symbol-function 'common-lisp::two-way-stream-output-stream) #'gray-two-way-stream-output-stream)

 (provide 'gray-streams)

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