(defun name-last-kbd-macro (symbol)
"Assign a name to the last keyboard macro defined.
Argument SYMBOL is the name to define.
The symbol's function definition becomes the keyboard macro string.
Such a \"function\" cannot be called from Lisp, but it is a valid editor command."
(interactive "SName for last kbd macro: ")
(or last-kbd-macro
(error "No keyboard macro defined"))
(and (fboundp symbol)
(not (stringp (symbol-function symbol)))
(not (vectorp (symbol-function symbol)))
(error "Function %s is already defined and not a keyboard macro"
symbol))
(if (string-equal symbol "")
(error "No command name given"))
(fset symbol last-kbd-macro))
(defun insert-kbd-macro (macroname &optional keys)
"Insert in buffer the definition of kbd macro NAME, as Lisp code.
Optional second arg KEYS means also record the keys it is on
\(this is the prefix argument, when calling interactively).
This Lisp code will, when executed, define the kbd macro with the same
definition it has now. If you say to record the keys, the Lisp code
will also rebind those keys to the macro. Only global key bindings
are recorded since executing this Lisp code always makes global
bindings.
To save a kbd macro, visit a file of Lisp code such as your `~/.emacs',
use this command, and then save the file."
(interactive (list (intern (completing-read "Insert kbd macro (name): "
obarray
(lambda (elt)
(and (fboundp elt)
(or (stringp (symbol-function elt))
(vectorp (symbol-function elt))
(get elt 'kmacro))))
t))
current-prefix-arg))
(let (definition)
(if (string= (symbol-name macroname) "")
(progn
(setq macroname 'last-kbd-macro definition last-kbd-macro)
(insert "(setq "))
(setq definition (symbol-function macroname))
(insert "(fset '"))
(prin1 macroname (current-buffer))
(insert "\n ")
(if (stringp definition)
(let ((beg (point)) end)
(prin1 definition (current-buffer))
(setq end (point-marker))
(goto-char beg)
(while (< (point) end)
(let ((char (following-char)))
(cond ((= char 0)
(delete-region (point) (1+ (point)))
(insert "\\C-@"))
((< char 27)
(delete-region (point) (1+ (point)))
(insert "\\C-" (+ 96 char)))
((= char ?\C-\\)
(delete-region (point) (1+ (point)))
(insert "\\C-\\\\"))
((< char 32)
(delete-region (point) (1+ (point)))
(insert "\\C-" (+ 64 char)))
((< char 127)
(forward-char 1))
((= char 127)
(delete-region (point) (1+ (point)))
(insert "\\C-?"))
((= char 128)
(delete-region (point) (1+ (point)))
(insert "\\M-\\C-@"))
((= char (aref "\M-\C-\\" 0))
(delete-region (point) (1+ (point)))
(insert "\\M-\\C-\\\\"))
((< char 155)
(delete-region (point) (1+ (point)))
(insert "\\M-\\C-" (- char 32)))
((< char 160)
(delete-region (point) (1+ (point)))
(insert "\\M-\\C-" (- char 64)))
((= char (aref "\M-\\" 0))
(delete-region (point) (1+ (point)))
(insert "\\M-\\\\"))
((< char 255)
(delete-region (point) (1+ (point)))
(insert "\\M-" (- char 128)))
((= char 255)
(delete-region (point) (1+ (point)))
(insert "\\M-\\C-?"))))))
(if (vectorp definition)
(let ((len (length definition)) (i 0) char mods)
(while (< i len)
(insert (if (zerop i) ?\[ ?\s))
(setq char (aref definition i)
i (1+ i))
(cond ((not (numberp char))
(prin1 char (current-buffer)))
(t
(insert "?")
(setq mods (event-modifiers char)
char (event-basic-type char))
(while mods
(cond ((eq (car mods) 'control)
(insert "\\C-"))
((eq (car mods) 'meta)
(insert "\\M-"))
((eq (car mods) 'hyper)
(insert "\\H-"))
((eq (car mods) 'super)
(insert "\\s-"))
((eq (car mods) 'alt)
(insert "\\A-"))
((and (eq (car mods) 'shift)
(>= char ?a)
(<= char ?z))
(setq char (upcase char)))
((eq (car mods) 'shift)
(insert "\\S-")))
(setq mods (cdr mods)))
(cond ((= char ?\\)
(insert "\\\\"))
((= char ?\")
(insert "\\\""))
((= char ?\ (insert "\\;"))
((= char 127)
(insert "\\C-?"))
((< char 127)
(insert char))
(t (insert "\\" (format "%o" char)))))))
(insert ?\]))
(prin1 definition (current-buffer))))
(insert ")\n")
(if keys
(let ((keys (where-is-internal macroname '(keymap))))
(while keys
(insert "(global-set-key ")
(prin1 (car keys) (current-buffer))
(insert " '")
(prin1 macroname (current-buffer))
(insert ")\n")
(setq keys (cdr keys)))))))
(defun kbd-macro-query (flag)
"Query user during kbd macro execution.
With prefix argument, enters recursive edit, reading keyboard
commands even within a kbd macro. You can give different commands
each time the macro executes.
Without prefix argument, asks whether to continue running the macro.
Your options are: \\<query-replace-map>
\\[act] Finish this iteration normally and continue with the next.
\\[skip] Skip the rest of this iteration, and start the next.
\\[exit] Stop the macro entirely right now.
\\[recenter] Redisplay the screen, then ask again.
\\[edit] Enter recursive edit; ask again when you exit from that."
(interactive "P")
(or executing-kbd-macro
defining-kbd-macro
(error "Not defining or executing kbd macro"))
(if flag
(let (executing-kbd-macro defining-kbd-macro)
(recursive-edit))
(if (not executing-kbd-macro)
nil
(let ((loop t)
(msg (substitute-command-keys
"Proceed with macro?\\<query-replace-map>\
(\\[act], \\[skip], \\[exit], \\[recenter], \\[edit]) ")))
(while loop
(let ((key (let ((executing-kbd-macro nil)
(defining-kbd-macro nil))
(message "%s" msg)
(read-event)))
def)
(setq key (vector key))
(setq def (lookup-key query-replace-map key))
(cond ((eq def 'act)
(setq loop nil))
((eq def 'skip)
(setq loop nil)
(setq executing-kbd-macro ""))
((eq def 'exit)
(setq loop nil)
(setq executing-kbd-macro t))
((eq def 'recenter)
(recenter nil))
((eq def 'edit)
(let (executing-kbd-macro defining-kbd-macro)
(recursive-edit)))
((eq def 'quit)
(setq quit-flag t))
(t
(or (eq def 'help)
(ding))
(with-output-to-temp-buffer "*Help*"
(princ
(substitute-command-keys
"Specify how to proceed with keyboard macro execution.
Possibilities: \\<query-replace-map>
\\[act] Finish this iteration normally and continue with the next.
\\[skip] Skip the rest of this iteration, and start the next.
\\[exit] Stop the macro entirely right now.
\\[recenter] Redisplay the screen, then ask again.
\\[edit] Enter recursive edit; ask again when you exit from that."))
(save-excursion
(set-buffer standard-output)
(help-mode)))))))))))
(defun apply-macro-to-region-lines (top bottom &optional macro)
"Apply last keyboard macro to all lines in the region.
For each line that begins in the region, move to the beginning of
the line, and run the last keyboard macro.
When called from lisp, this function takes two arguments TOP and
BOTTOM, describing the current region. TOP must be before BOTTOM.
The optional third argument MACRO specifies a keyboard macro to
execute.
This is useful for quoting or unquoting included text, adding and
removing comments, or producing tables where the entries are regular.
For example, in Usenet articles, sections of text quoted from another
author are indented, or have each line start with `>'. To quote a
section of text, define a keyboard macro which inserts `>', put point
and mark at opposite ends of the quoted section, and use
`\\[apply-macro-to-region-lines]' to mark the entire section.
Suppose you wanted to build a keyword table in C where each entry
looked like this:
{ \"foo\", foo_data, foo_function },
{ \"bar\", bar_data, bar_function },
{ \"baz\", baz_data, baz_function },
You could enter the names in this format:
foo
bar
baz
and write a macro to massage a word into a table entry:
\\C-x (
\\M-d { \"\\C-y\", \\C-y_data, \\C-y_function },
\\C-x )
and then select the region of un-tablified names and use
`\\[apply-macro-to-region-lines]' to build the table from the names."
(interactive "r")
(or macro
(progn
(if (null last-kbd-macro)
(error "No keyboard macro has been defined"))
(setq macro last-kbd-macro)))
(save-excursion
(let ((end-marker (copy-marker bottom))
next-line-marker)
(goto-char top)
(if (not (bolp))
(forward-line 1))
(setq next-line-marker (point-marker))
(while (< next-line-marker end-marker)
(goto-char next-line-marker)
(save-excursion
(forward-line 1)
(set-marker next-line-marker (point)))
(save-excursion
(let ((mark-active nil))
(execute-kbd-macro (or macro last-kbd-macro)))))
(set-marker end-marker nil)
(set-marker next-line-marker nil))))
(provide 'macros)