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;; Copyright William F. Schelter. 1994
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;; Licensed by GNU public license.
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;; You should copy isp-complete.el to the emacs/lisp directory.
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;; Some commands and macros for dealing with lisp
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;; M-X run : run gcl or another lisp
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;; m-c-x ; evaluate defun in the other window or in the last lisp which you were using.
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;; m-c-x ; with a numeric arg : compile the current defun in the other window
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;; m-c-d ; disassemble in other window.
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;; M-x macroexpand-next : macro expand the next sexp in other window.
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;; C-h d Find documentation on symbol where the cursor is.
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;; C-h / Find documentation on all strings containing a given string.
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;; M-p complete the current input by looking back through the buffer to see what was last typed
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;; using this prompt and this beginning. Useful in shell, in lisp, in gdb,...
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(setq lisp-mode-hook 'remote-lisp)
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(autoload 'lisp-complete "lisp-complete" nil t)
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(autoload 'smart-complete "smart-complete" nil t)
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;(global-set-key "p" 'lisp-complete)
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(global-set-key "p" 'smart-complete)
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(defun remote-lisp (&rest l)
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(and (boundp 'lisp-mode-map)
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(define-key lisp-mode-map "\e\C-d" 'lisp-send-disassemble)
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(define-key lisp-mode-map "\e\C-x" 'lisp-send-defun-compile)
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(make-local-variable 'lisp-package)
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(setq lisp-package nil)
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(and (boundp 'remote-lisp-hook) (funcall remote-lisp-hook))
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(defvar search-back-for-lisp-package-p nil)
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;; look at the beginning of buffer to try to find an in package statement
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(defun get-buffer-package ()
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"Returns what it thinks is the lisp package for the current buffer.
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It caches this information in the local variable `lisp-package'. It
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obtains the information from searching for the first in-package from
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the beginning of the file. Since in common lisp, there is only
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supposed to be one such statement, it should be able to determine
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this. By setting lisp-package to t, you may disable its search. This
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will also disable the automatic inclusion of an in-package statement
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in the tmp-lisp-file, used for sending forms to the current
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(cond ((eq lisp-package t) nil)
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(search-back-for-lisp-package-p
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(cond ((re-search-backward "^[ \t]*(in-package " nil t)
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(goto-char (match-end 0))
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(read (current-buffer))))))
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(lisp-package lisp-package)
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(goto-char (point-min))
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(if (and (setq success (search-forward "(in-package " 1000 t))
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(looking-at "[ \t]*;"))))
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(setq found (read (current-buffer))))
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(if (>= (point) 980) (setq found t))
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(or success (setq found t))
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"Run an inferior Lisp process, input and output via buffer *lisp*."
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(interactive "sEnter name of file to run: ")
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;; in emacs 19 uncomment:
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(setq lisp-mode-hook 'remote-lisp)
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(switch-to-buffer (make-sshell (concat arg "-lisp") arg nil "-i"))
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(make-local-variable 'shell-prompt-pattern)
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(setq sshell-prompt-pattern "^[^#%)>]*[#%)>]+ *")
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(cond ((or (string-match "maxima" arg) (string-match "affine" arg)
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(save-excursion (sleep-for 2)
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(re-search-backward "maxima"
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(max 1 (- (point) 300))
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(require 'maxima-mode)
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(inferior-maxima-mode)
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(goto-char (point-max))
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(if (boundp 'inferior-lisp-mode)
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(funcall lisp-mode-hook))
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(defun lisp-send-disassemble (arg)
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( lisp-send-defun-compile "disassemble-h")
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( lisp-send-defun-compile "disassemble"))
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(defvar time-to-throw-away nil)
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(defvar telnet-new-line "")
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(defun lisp-send-defun-compile (arg)
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"Send the current defun (or other form) to the lisp-process. If there
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is a numeric arg, the form (compile function-name) is also sent. The
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value of lisp-process will be the process of the other exposed window (if
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there is one) or else the global value of lisp-process. If the
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...received message is not received, probably either the reading of
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the form caused an error. If the process does not have telnet in
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its name, then we write a tmp file and load it.
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If :sdebug is in *features*, then si::nload is used instead of
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ordinary load, in order to record line information for debugging.
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The value of `lisp-package' if non nil, will be used in putting an
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in-package statement at the front of the tmp file to be loaded.
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`lisp-package' is determined automatically on a per file basis,
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by get-buffer-package.
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(let* ((proc (or (get-buffer-process (current-buffer)) lisp-process))
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(this-lisp-process proc)
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(lisp-buffer (process-buffer this-lisp-process))
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(let ((end (dot)) (buffer (current-buffer))
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(proc (get-process this-lisp-process)))
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(setq lisp-process proc)
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(cond ((and arg (looking-at "(def")) (setq def t))
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(cond (def (forward-char 2)(forward-sexp 1)
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(setq fun (read buffer))
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(setq fun (prin1-to-string fun))
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"For the lisp-process %s: %s"
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(prin1-to-string this-lisp-process) fun)))))
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(cond ((equal (char-after (1- end)) ?\n)
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(setq end (1- end)) ))
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(my-send-region this-lisp-process beg end)
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(send-string this-lisp-process
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(concat ";;end of form" "\n" telnet-new-line))
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(if (numberp arg) (setq arg "compile"))
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(send-string this-lisp-process (concat "(" arg "'" fun ")"
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(and time-to-throw-away
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(string-match "telnet"(buffer-name (process-buffer proc)))
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(dump-output proc time-to-throw-away))
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(cond (nil ;(get-buffer-window lisp-buffer)
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(select-window (get-buffer-window lisp-buffer))
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(goto-char (point-max)))
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(fset 'lisp-eval-defun (symbol-function 'lisp-send-defun-compile))
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(defvar telnet-new-line "")
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(defvar tmp-lisp-file (concat "/tmp/" (user-login-name) ".lsp"))
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(defun get-buffer-clear (name)
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(let ((cb (current-buffer))
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(buf (get-buffer-create name)))
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(defmacro my-with-output-to-temp-buffer (name &rest body)
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(list (list 'standard-output (list 'get-buffer-clear name))))
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(defun my-send-region (proc beg end)
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(cond ((or (string-match "telnet" (process-name proc)))
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(send-region proc beg end))
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(let ((package (get-buffer-package)))
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(my-with-output-to-temp-buffer "*tmp-gcl*"
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(if (and package (not (eq package t)))
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(prin1 (list 'in-package package)))
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(let ((na (buffer-file-name (current-buffer))))
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(if na (expand-file-name na)
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(buffer-name (current-buffer))))
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(princ (- (count-lines (point-min) (+ beg 5)) 1))
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(set-buffer "*tmp-gcl*")
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(write-region (point-min) (point-max) tmp-lisp-file nil nil)))
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(write-region beg end tmp-lisp-file t nil)
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(message "sending ..")
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(concat "(lisp::let ((*load-verbose* nil)) (#+sdebug si::nload #-sdebug load \""
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"\")#+gcl(setq si::*no-prompt* t)(values))\n ")
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(message (format "PACKAGE: %s ..done"
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(if (or (not package) (eq package t))
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(defun dump-output (proc seconds)
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"dump output for PROCESS for SECONDS or to \";;end of form\""
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(let ((prev-filter (process-filter proc)) (already-waited 0))
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(unwind-protect (progn (set-process-filter proc 'dump-filter)
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(while (< already-waited seconds)
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(sleep-for 1)(setq already-waited
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(1+ already-waited))))
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(set-process-filter proc prev-filter))))
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(defun dump-filter (proc string)
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; (setq she (cons string she))
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(let ((ind (string-match ";;end of form" string)))
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(cond (ind (setq string (substring
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(message "... received.")
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(setq already-waited 1000)
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(set-process-filter proc prev-filter)
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(cond (prev-filter (funcall prev-filter proc string))
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;;(process-filter (get-process "lisp"))
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(defun macroexpand-next ()
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"macroexpand current form"
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(message "sending macro")
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(let* ((current-lisp-process
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(or (get-buffer-process (current-buffer))
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(prog2 (other-window 1)
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(get-buffer-process (current-buffer))
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(send-string current-lisp-process "(macroexpand '")
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(send-region current-lisp-process beg (point) )
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(send-string current-lisp-process ")\n")))))
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(defun delete-comment-char (arg)
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(while (and (> arg 0) (looking-at comment-start)) (delete-char 1)
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(setq arg (1- arg))))
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(defun mark-long-comment ()
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(while(and (not (eobp))
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(or (looking-at comment-start)
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;(looking-at "[ ]*\n")
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(while(and (not (bobp))
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(or (looking-at comment-start)
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;(looking-at "[ ]*\n")
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(or (bobp )(forward-line 1))))
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(defun fill-long-comment ()
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(let ((beg (min (dot) (mark)))
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(end (max (dot) (mark))) (n 0)m)
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(narrow-to-region beg end)
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(goto-char (point-min))
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(while (looking-at ";")
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(setq n (- (point) beg))
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(goto-char (point-min))
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(cond ((looking-at ";")
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(cond ((looking-at " ")(delete-char 1)(setq m 0)))
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(fill-region (dot-min) (dot-max))
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(goto-char (point-min))
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(cond ((looking-at "\n")
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(goto-char (point-min))
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(set-mark (point-max))
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(defun comment-region (arg)
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"Comments the region, with a numeric arg deletes up to arg comment
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characters from the beginning of each line in the region. The region stays,
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so a second comment-region adds another comment character"
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(comment-region1 beg end arg))))
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(defun comment-region1 (beg end arg)
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(setq end beg beg oth))))
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(narrow-to-region beg end)
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(delete-comment-char arg))
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(t (insert-string comment-start)))
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(if (< end (dot)) (setq ok nil)
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(if (search-forward "\n" end t) nil (setq ok nil))) )
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(defun trace-expression ()
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(let* ((proc (get-buffer-process (current-buffer)))
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(current-lisp-process (or proc lisp-process)))
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(message "Tracing: %s" (buffer-substring (point) end))
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(send-string current-lisp-process "(trace ")
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(send-region current-lisp-process (point) end)
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(send-string current-lisp-process ")\n")))))
b'\\ No newline at end of file'
added
removed
elisp/gcl.el
