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the peek frame
I really liked the Peek frame sent out recently, but it had a fairly
serious cosmetic flaw regarding the commands: if you resized the
frame, they pretty much vanished.
here's an improved version which puts the commands into a
command-pane, where they behave nicely when resized (also, I took out
a bunch of clim-0.9 garbage which related to handling them).
this is probably somewhat clim-1.1 specific, that's the only version I
have to test on. also only tested in Allegro 4.1.
now if someone would do an inspector...
-- clint
;;; -*- Syntax: Common-Lisp; Package: clim-user -*-
(in-package :clim-user)
#|
RESTRICTED RIGHTS LEGEND
Use, duplication, or disclosure by the Government is subject to
restrictions as set forth in subdivision (b)(3)(ii) of the Rights in
Technical Data and Computer Software Clause at 52.227-7013 of the DOD
FAR Supplement.
BBN Systems and Technologies,
a division of
Bolt Beranek and Newman Inc.
10 Moulton Street
Cambridge, MA 02138
617-873-3000
Copyright 1990, 1991, 1992 by BBN Systems and Technologies,
a division of Bolt Beranek and Newman Inc., all rights reserved.
|#
;;; RCS: $Id: peek-frame.lisp,v 1.5 1992/04/11 15:06:29 kanderso Exp $
#+rcs(rcs::header "$Header: /planning/master/dart/util/peek-frame.lisp,v 1.5 1992/04/11 15:06:29 kanderso Exp $")
#||
(PEEK) creates a peek frame for watching and manipulating lisp process activity
and optionally OS process activity.
The current command items are:
Update: Immediately update the display pane.
Redisplay: Completely redisplay the display pane if something ugly happens
to it.
Options: Popup dialog of display options.
Faster: Half the interval between screen updates.
Slower: Double the interval between screen updates.
Pause: Toggle the paused/running state of the display.
Authors: Ken Anderson (KAnderson@bbn.com), Jeff Morrill (JMorrill@bbn.com),
with initial help form Dennis Doughty (doughty@daffy-duck.hq.ileaf.com).
Improvement hacks by Clint Hyde, Hyde Systems, Inc. (chyde@ads.com)
||#
;;; Somehow, set the appropriate feature in your LISP.
;#+wrong
(eval-when (compile load eval)
(cond ((not (find-package :clim-utils))
(pushnew :clim-0.9 *features*))
((not (find-package :clim-sys))
(pushnew :clim-1.0 *features*))
(t (pushnew :clim-2.0 *features*))))
;;;****************************************************************
;;;****************************************************************
;;;****************************************************************
;;;
;;; Functions for manipulating processes
;;;
(defun restart-process (p)
#+lucid (lcl::restart-process p)
#+allegro (mp:process-reset p))
;;;****************************************************************
(defun process-state (p)
#+lucid (lcl::process-state p)
#+allegro
(cond ((mp:process-active-p p) "active")
((mp:process-runnable-p p) "runnable")
(t "deactivated")))
;;;****************************************************************
(defun activate-process (p)
#+lucid (lcl::activate-process p)
#+allegro (mp:process-enable p))
;;;****************************************************************
(defun deactivate-process (p)
#+lucid (lcl::deactivate-process p)
#+allegro (mp:process-disable p))
;;;****************************************************************
(defun process-whostate (p)
#+lucid (lcl::process-whostate p)
#+allegro (mp:process-whostate p))
;;;****************************************************************
(defun process-name (p)
#+lucid (lcl::process-name p)
#+allegro (mp:process-name p))
;;;****************************************************************
(defun all-processes ()
#+clim-0.9 (ci::all-processes)
#+clim-1.0 (clim-utils:all-processes)
#+clim-2.0 (clim-sys:all-processes))
;;;****************************************************************
(defun current-process ()
#+clim-0.9 (ci::current-process)
#+clim-1.0 (clim-utils:current-process)
#+clim-2.0 (clim-sys:current-process))
;;;****************************************************************
(defun destroy-process (p)
#+clim-0.9 (ci::destroy-process p)
#+clim-1.0 (clim-utils:destroy-process p)
#+clim-2.0 (clim-sys:destroy-process p))
;;;****************************************************************
(defun process-p (thing)
#+lucid (typep thing 'lcl::process)
#+allegro (mp:process-p thing))
;;;****************************************************************
(defun bell ()
#+clim-0.9 (silica::ring-bell (find-port))
#-clim-0.9 (clim:beep))
;;;****************************************************************
;;;****************************************************************
;;;****************************************************************
;;; Define a simple "peek-like" application. It has one display
;;; area which incrementally redisplays every timeout seconds.
(define-application-frame peek-frame
()
((display-pane )
(commands-pane )
(mode :initform :process) ;for extensibility
(show-gc-p :initform t)
(show-lisp-processes-p :initform t)
(show-OS-processes-p :initform nil)
(OS-command :initarg :OS-command :initform '("/bin/ps")) ; List of command and arguments
(timeout :initform 1)
(timeout-growth-factor :initform 2.0)
(paused-p :initform nil))
#+clim-0.9 (:command-definer t)
#+clim-1.0
(:panes
((commands :command-menu
:display-after-commands nil
:initial-cursor-visibility nil
)
(display :application
:display-function 'display-peek-status
:incremental-redisplay t
:display-after-commands t
:initial-cursor-visibility nil
:scroll-bars :both)
(mouse-doc :pointer-documentation)))
#+clim-1.0
(:layout
((default
(:column 1
(commands :compute)
(display :rest)
(mouse-doc :compute)))))
#+clim-2.0
(:panes
(commands
(scrolling ()
(make-pane 'application-pane
:display-function 'display-commands
:display-time t
:initial-cursor-visibility nil)))
(display
(scrolling ()
(make-pane 'application-pane
:incremental-redisplay t
:display-function 'display-peek-status
:display-time :command-loop
:initial-cursor-visibility nil)
)))
#+clim-2.0
(:pointer-documentation t)
#+clim-2.0
(:layouts (default (vertically () (.2 commands) (.8 display))))
(:command-definer define-peek-command)
(:top-level #+clim-0.9 (clim-top-level)
#-clim-0.9 (default-frame-top-level)))
;;;****************************************************************
(defmacro with-peek-frame ((symbol) &body body)
#-clim-0.9 `(let ((,symbol *application-frame*)) ,@body))
;;;****************************************************************
(defmacro with-peek-frame-slots ((&rest symbols) &body body)
`(with-peek-frame (.frame.)
(with-slots ,symbols .frame. ,@body)))
;;;****************************************************************
;;; We might reuse an existing frame. Reinitialize it.
(defmethod run-frame-top-level :before ((frame peek-frame))
(initialize-peek-frame frame))
;;;****************************************************************
(defmethod initialize-peek-frame ((frame peek-frame))
#-clim-0.9
(setf (slot-value frame 'display-pane) (get-frame-pane frame 'display)
(slot-value frame 'commands-pane) (get-frame-pane frame 'commands))
)
;;;****************************************************************
(defmethod stop-frame :before ((frame peek-frame) &optional abortp disown)
(declare (ignore abortp disown)))
;;;****************************************************************
;;;****************************************************************
;;; Define the command menu for the frame.
(defvar *peek-commands*
'((("Update" (com-update))
("Redisplay" (com-redisplay))
("Options" (com-options)))
(("Faster" (com-faster))
("Slower" (com-slower))
("Pause" (com-pause)))))
;;;****************************************************************
(defun present-command (pretty-name command stream)
#-clim-1.0
(declare (ignore pretty-name))
#-clim-1.0
(present command 'command :stream stream)
#+clim-1.0
(present (list pretty-name
nil (list :command command))
'clim::command-menu-element
:stream stream))
;;;****************************************************************
;;;****************************************************************
;;;****************************************************************
(defmacro with-output-truncation ((stream) &body body)
#+(or clim-0.9 clim-1.0)
`(clim:with-end-of-line-action
(:allow ,stream)
(clim:with-end-of-page-action (:allow ,stream) ,@body))
#+clim-2.0
`(clim:with-end-of-line-action
(,stream :allow)
(clim:with-end-of-page-action (,stream :allow) ,@body)))
;;;****************************************************************
;;; Here's the redisplay function that will be incrementally
;;; redisplayed.
(defmethod display-peek-status ((frame peek-frame) stream)
(with-output-truncation (stream)
(display-peek-status-internal frame stream (slot-value frame 'mode))))
;;;****************************************************************
;;; Here it is again, defined as a multi-method so we can easily
;;; define new "modes" of display (as in "Processes," "File
;;; System," etc.)
(defmethod display-peek-status-internal ((frame peek-frame)
stream (mode (eql ':process)))
(macrolet
((cell (stream item)
`(formatting-cell (,stream)
(format ,stream "~A" ,item))))
(with-slots
(timeout paused-p show-gc-p show-lisp-processes-p
show-OS-processes-p OS-command)
frame
(let ((count 0))
;; Show the time
(let ((ut (get-universal-time)))
(updating-output (stream :unique-id (incf count)
:cache-value ut)
(multiple-value-bind (sec min hrs)
(decode-universal-time ut)
(format stream "~2D:~2,'0D:~2,'0D" hrs min sec)))
(let ((cache-value (if paused-p "Paused" timeout)))
(updating-output (stream :unique-id 'timeout
:cache-value cache-value)
(format stream " [~A]" cache-value))
(terpri stream))))
(when show-gc-p
(check-gc stream)
(fresh-line stream))
(when show-lisp-processes-p
(formatting-table (stream)
;; Headings
(let ((id "Process label"))
(updating-output (stream :unique-id id :cache-value id)
(with-text-face #+clim-2.0 (stream :bold) #-clim-2.0 (:bold stream)
(formatting-row (stream)
(cell stream "PROCESS")
(cell stream "STATE")
(cell stream "ACTIVITY")))))
(let ((list (all-processes)))
(setq list (remove-if #'(lambda (x)
(or (eq x (current-process))
#+lucid
(eq x SYSTEM:*IDLE-PROCESS*)))
list))
(if (not list)
(formatting-row (stream)
(cell stream "no processes")))
(dolist (p list)
(let ((name (process-name p))
(state (process-whostate p))
(activity (process-state p)))
(unless (or (eq p (current-process)) ; Ignore this process
#+lucid
(eq p SYSTEM:*IDLE-PROCESS*)) ; and idle process
(formatting-row (stream)
(with-output-as-presentation
#-clim-2.0
(:stream stream :object p :type 'process :single-box t)
#+clim-2.0
(stream p 'process :single-box t)
(cell stream name)
(cell stream state)
(cell stream activity)))
))))))
(when show-OS-processes-p
(check-OS stream OS-command)))))
;;;****************************************************************
(defun check-gc (stream)
;; What you might want to say about the GC is very system-dependent.
#+lucid
(macrolet
((cell (stream item)
`(formatting-cell (,stream)
(format ,stream "~A" ,item))))
(let ((id "EGC label"))
(updating-output
(stream :unique-id id :cache-value id)
(with-text-face #+clim-2.0 (stream :bold) #-clim-2.0 (:bold stream)
(format stream "EGC Levels "))))
(formatting-item-list
(stream :n-rows 1)
(let ((uid 0))
(dolist (level (lcl:egc-state))
(let ((value (round (* (car level) 100)
(+ (car level) (cdr level)))))
(updating-output (stream :unique-id uid :cache-value value)
(formatting-cell (stream)
(format stream "~2d" value)))))))
(terpri stream)
(multiple-value-bind (used before-gc no-gc)
(lcl::gc-size)
(formatting-table
(stream)
(let ((id "GC label"))
(updating-output
(stream :unique-id id :cache-value id)
(with-text-face
#+clim-2.0 (stream :bold) #-clim-2.0 (:bold stream)
(formatting-row (stream)
(cell stream "Kwords used")
(cell stream "Available Before GC")
(cell stream "Available if GC disabled")))))
(formatting-row (stream)
(cell stream (floor used 4000))
(cell stream (floor before-gc 4000))
(cell stream (floor no-gc 4000))))))
#-lucid
(format stream "~%I don't know nothin about non-LUCID GC.~%"))
;;;****************************************************************
#-clim-0.9
(defmethod read-frame-command ((frame peek-frame) &key (stream *standard-input*))
(let ((timeout (slot-value frame 'timeout)) ;in seconds
(paused (slot-value frame 'paused-p))
object)
#+clim-2.0 (setq timeout nil) ;timeout seems broken?
(when (setq object
(with-input-context ('command) (ob)
(read-gesture :stream stream
:peek-p t
:timeout (and (not paused) timeout))
(t ob)))
(when (consp object) (execute-frame-command frame object))
nil)))
;;;****************************************************************
;;; Process presentation type
(define-presentation-type process ())
;;;****************************************************************
;;; Define the commands.
(define-peek-command (com-operate-on-process)
((thing 'process))
(when (process-p thing)
(with-peek-frame (frame)
(with-slots (display-pane) frame
(let ((command (choose-process-command display-pane)))
(when command
(execute-frame-command
frame
`(,(symbol-function command) , thing))))))))
;;;****************************************************************
;;;****************************************************************
#+clim-1.0
(clim:define-gesture-name :right :button :right)
#+clim-2.0
(clim:define-gesture-name :right :pointer-button :right)
;;;****************************************************************
;;;****************************************************************
;;; Override the normal :right menu.
(define-presentation-translator operate-on-process-right
(process command #-clim-0.9 peek-frame :gesture :right)
(object presentation #+clim-0.9 gesture window x y)
presentation #+clim-0.9 gesture window x y
(values `(com-operate-on-process ,object) 'command))
;;;****************************************************************
(define-presentation-translator operate-on-process
(process command #-clim-0.9 peek-frame :gesture :select)
(object presentation #+clim-0.9 gesture window x y)
presentation #+clim-0.9 gesture window x y
(values `(com-operate-on-process ,object) 'command))
;;;****************************************************************
(defun choose-process-command (stream)
(menu-choose
'(("Activate" :value com-activate-process)
("Deactivate" :value com-deactivate-process)
("Destroy" :value com-destroy-process)
("Restart" :value com-restart-process)
("No Operation" :value nil)) ; Darn CLIM menus
:associated-window stream))
;;;****************************************************************
;;;****************************************************************
;;;****************************************************************
(define-peek-frame-command (com-activate-process ;:menu ("Activate"
; :documentation "Activate this Process")
)
((thing 'process))
(and (process-p thing)
(activate-process thing)))
;;;****************************************************************
(define-peek-command (com-deactivate-process ;:menu ("DE-Activate"
; :documentation "Deactivate this Process")
)
((thing 'process))
(and (process-p thing)
#+lucid (not (eq thing SYSTEM:*IDLE-PROCESS*))
(deactivate-process thing)))
;;;****************************************************************
(define-peek-command (com-destroy-process)
((thing 'process))
(and (process-p thing)
#+lucid (not (eq thing lcl::*initial-process*))
(destroy-process thing)))
;;;****************************************************************
(define-peek-command (com-update :menu ("Update" :documentation "This happens automatically"))
;; Update the display. Since update happens automatically each
;; time through the command loop, this command doesn't need to
;; do anything.
())
;;;****************************************************************
(define-peek-command (com-redisplay :menu ("Redisplay" :documentation "Refresh the process window"))
()
#+clim-0.9
(with-peek-frame (frame)
(with-peek-frame-slots (display-pane)
;; HOWEVER, CLIM (2/91) WILL OCCASIONALLY SCREW UP WHEN THE WINDOW
;; IS FIRST PUT UP OR RESIZED, SO WE DO A COMPLETE REDISPLAY.
(window-clear display-pane)
(display-peek-status frame display-pane)
)))
;;;****************************************************************
(define-peek-command (com-options :menu ("Options"
:documentation "Options for what to show in the main window"))
()
(with-peek-frame-slots (display-pane show-gc-p show-lisp-processes-p
show-OS-processes-p)
(let ((gc show-gc-p)
(lisp show-lisp-processes-p)
(OS show-OS-processes-p)
(stream display-pane))
(when (not (eq :abort
(accepting-values (stream :own-window t)
(setq gc (accept 'boolean :stream stream
:default gc :prompt "Show GC"))
(terpri stream)
(setq lisp (accept 'boolean :stream stream
:default lisp
:prompt "Show LISP processes"))
(terpri stream)
(setq OS (accept 'boolean :stream stream
:default OS
:prompt "Show OS processes"))
(terpri stream)
)))
(setf show-gc-p gc)
(setf show-lisp-processes-p lisp)
(setf show-OS-processes-p OS)))))
;;;****************************************************************
(define-peek-command (com-pause-process)
()
(with-peek-frame-slots (paused-p)
(setf paused-p
(not paused-p))))
;;;****************************************************************
(define-peek-command (com-restart-process)
((thing 'process))
(and (process-p thing)
#+lucid (not (eq thing lcl::*initial-process*))
(restart-process thing)))
;;;****************************************************************
(define-peek-command (com-faster :menu ("Faster" :documentation "Update the process window Faster than now"))
()
(with-peek-frame-slots (timeout timeout-growth-factor)
(setf timeout (/ timeout timeout-growth-factor))))
;;;****************************************************************
(define-peek-command (com-slower :menu ("Slower" :documentation "Update the process window Slower than now"))
()
(with-peek-frame-slots (timeout timeout-growth-factor)
(setf timeout (* timeout timeout-growth-factor))))
;;;****************************************************************
(define-peek-command (com-pause :menu ("Pause" :documentation "Stop or Start Refreshing the process window"))
()
(with-peek-frame-slots (paused-p)
(setf paused-p
(not paused-p))))
;;;****************************************************************
;;;****************************************************************
;;;****************************************************************
#|
Here is a sample UNIX program that shows running processes
/bin/ps -aux | awk ' \
{if ($3 != "0.0") print $0}'
|#
;;;****************************************************************
;;;****************************************************************
(defun check-OS (stream program)
(fresh-line stream)
(let ((pipe ()))
(unwind-protect
(progn
(setq pipe
#+lucid
(lcl::run-program (first program)
:arguments (rest program)
:output :stream :wait nil)
#+allegro
(excl:run-shell-command (first program)
:output :stream :wait nil))
(loop
(let ((line (read-line pipe nil nil)))
(if (null line) (return)
(updating-output (stream :unique-id line
:id-test #'equal
:cache-value line
:cache-test #'string=)
(format stream "~A" line)
(terpri stream)))))) ; Dart CLIM can't do "~%"
(close pipe))))
;;;****************************************************************
;;;****************************************************************
(eval-when (compile load eval)
(export 'peek))
;;;****************************************************************
;;;****************************************************************
(defun peek (&key create (width 500) (height 300))
"Start a peek frame."
#+clim-0.9
(launch-frame 'peek-frame
:title "Peek"
:width width :height height
:create create)
#+clim-1.0
(let ((frame (make-application-frame 'peek-frame
:parent
(open-root-window #+genera :sheet
#-genera :clx)
:top 150 :left 200
:right (+ 200 width) :bottom (+ 150 height))))
(mp:process-run-restartable-function "PEEK" 'clim:run-frame-top-level frame)
)
#+clim-2.0
(let ((frame (make-application-frame 'peek-frame
:width width :height height
)))
(run-frame-top-level frame)))
;;;****************************************************************
;;;****************************************************************
;;;****************************************************************
;;;
;;; end of file
;;;
;;;****************************************************************
;;;****************************************************************
;;;****************************************************************
0,,
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