[Emacs-diffs] Changes to autotype.texi

[Glenn Morris]

CVSROOT:        /sources/emacs
Module name:    emacs
Changes by:     Glenn Morris <gm>       07/09/06 04:33:44

Index: autotype.texi
===================================================================
RCS file: autotype.texi
diff -N autotype.texi
--- autotype.texi       15 Apr 2007 20:57:14 -0000      1.25
+++ /dev/null   1 Jan 1970 00:00:00 -0000
@@ -1,676 +0,0 @@
-\input texinfo
address@hidden This is an annex of the Emacs manual.
address@hidden Copyright (C) 1994, 1995, 2001, 2002, 2003, 2004,
address@hidden   2005, 2006, 2007  Free Software Foundation, Inc.
address@hidden Author: address@hidden, fax (+49 69) 7588-2389
address@hidden ../info/autotype
address@hidden @node Autotypist, Picture, Abbrevs, Top
address@hidden @chapter Features for Automatic Typing
address@hidden Features for Automatic Typing
address@hidden  @cindex text
address@hidden  @cindex selfinserting text
address@hidden  @cindex autotypist
-
address@hidden
-Copyright @copyright{} 1994, 1995, 1999, 2001, 2002, 2003, 2004,
-2005, 2006, 2007  Free Software Foundation, Inc.
-
address@hidden
-Permission is granted to copy, distribute and/or modify this document
-under the terms of the GNU Free Documentation License, Version 1.2 or
-any later version published by the Free Software Foundation; with the
-Invariant Sections being ``The GNU Manifesto'', ``Distribution'' and
-``GNU GENERAL PUBLIC LICENSE'', with the Front-Cover texts being ``A GNU
-Manual'', and with the Back-Cover Texts as in (a) below.  A copy of the
-license is included in the section entitled ``GNU Free Documentation
-License'' in the Emacs manual.
-
-(a) The FSF's Back-Cover Text is: ``You have freedom to copy and modify
-this GNU Manual, like GNU software.  Copies published by the Free
-Software Foundation raise funds for GNU development.''
-
-This document is part of a collection distributed under the GNU Free
-Documentation License.  If you want to distribute this document
-separately from the collection, you can do so by adding a copy of the
-license to the document, as described in section 6 of the license.
address@hidden quotation
address@hidden copying
-
address@hidden Emacs
address@hidden
-* Autotype: (autotype). Convenient features for text that you enter frequently
-                          in Emacs.
address@hidden direntry
-
address@hidden
address@hidden 10
-
address@hidden @titlefont{Autotyping}
address@hidden 2
address@hidden @subtitlefont{Convenient features for text that you enter
-frequently in Emacs}
address@hidden 2
address@hidden Daniel Pfeiffer
address@hidden additions by Dave Love
-
address@hidden
address@hidden 0pt plus 1filll
address@hidden
address@hidden titlepage
-
address@hidden Top
address@hidden Autotyping
-
-  Under certain circumstances you will find yourself typing similar things
-over and over again.  This is especially true of form letters and programming
-language constructs.  Project-specific header comments, flow-control
-constructs or magic numbers are essentially the same every time.  Emacs has
-various features for doing tedious and repetitive typing chores for you
-in addition to the Abbrev features (@pxref{(emacs)Abbrevs}).
-
-  One solution is using skeletons, flexible rules that say what to
-insert, and how to do it.  Various programming language modes offer some
-ready-to-use skeletons, and you can adapt them to suit your needs or
-taste, or define new ones.
-
-  Another feature is automatic insertion of what you want into empty files,
-depending on the file-name or the mode as appropriate.  You can have a file or
-a skeleton inserted, or you can call a function.  Then there is the
-possibility to have Un*x interpreter scripts automatically take on a magic
-number and be executable as soon as they are saved.  Or you can have a
-copyright notice's year updated, if necessary, every time you save a
-file.  Similarly for time stamps in the file.
-
-  URLs can be inserted based on a word at point.  Flexible templates can
-be defined for inserting and navigating between text more generally.  A
-sort of meta-expansion facility can be used to try a set of alternative
-completions and expansions of text at point.
-
address@hidden
-* Using Skeletons::        How to insert a skeleton into your text.
-* Wrapping Skeletons::     Putting existing text within a skeleton.
-* Skeletons as Abbrevs::   An alternative for issuing skeleton commands.
-* Skeleton Language::      Making skeleton commands insert what you want.
-* Inserting Pairs::        Typing one character and getting another
-                             after point.
-* Autoinserting::          Filling up empty files as soon as you visit them.
-* Copyrights::             Inserting and updating copyrights.
-* Executables::                   Turning interpreter scripts into executables.
-* Timestamps::             Updating dates and times in modified files.
-* QuickURL::               Inserting URLs based on text at point.
-* Tempo::                  Flexible template insertion.
-* Hippie Expand::          Expansion of text trying various methods.
-
-* GNU Free Documentation License:: The license for this documentation.
-* Concept Index::
-* Command Index::
-* Variable Index::
address@hidden menu
-
-
-
address@hidden Using Skeletons
address@hidden Using Skeletons
address@hidden skeletons
address@hidden using skeletons
-
-  When you want Emacs to insert a form letter or a typical construct of the
-programming language you are using, skeletons are a means of accomplishing
-this.  Normally skeletons each have a command of their own, that, when called,
-will insert the skeleton.  These commands can be issued in the usual ways
-(@pxref{(emacs)Commands}).  Modes that offer various skeletons will often
-bind these to key-sequences on the @kbd{C-c} prefix, as well as having
-an @cite{Insert} menu and maybe even predefined abbrevs for them
-(@pxref{Skeletons as Abbrevs}).
-
-  The simplest kind of skeleton will simply insert some text indented
-according to the major mode and leave the cursor at a likely place in the
-middle.  Interactive skeletons may prompt you for a string that will be part
-of the inserted text.
-
-  Skeletons may ask for input several times.  They even have a looping
-mechanism in which you will be asked for input as long as you are willing to
-furnish it.  An example would be multiple ``else if'' conditions.  You can
-recognize this situation by a prompt ending in @key{RET}, @kbd{C-g}
-or @kbd{C-h}.  This
-means that entering an empty string will simply assume that you are finished.
-Typing quit on the other hand terminates the loop but also the rest of the
-skeleton, e.g. an ``else'' clause is skipped.  Only a syntactically necessary
-termination still gets inserted.
-
-
-
address@hidden Wrapping Skeletons
address@hidden Wrapping Skeletons Around Existing Text
address@hidden wrapping skeletons
-
-  Often you will find yourself with some code that for whatever reason
-suddenly becomes conditional.  Or you have written a bit of text and want to
-put it in the middle of a form letter.  Skeletons provide a means for
-accomplishing this, and can even, in the case of programming languages,
-reindent the wrapped code for you.
-
-  Skeleton commands take an optional numeric prefix argument
-(@pxref{(emacs)Arguments}).  This is interpreted in two different ways 
depending
-on whether the prefix is positive, i.e. forwards oriented or negative,
-i.e. backwards oriented.
-
-  A positive prefix means to wrap the skeleton around that many
-following words.  This is accomplished by putting the words there where
-the point is normally left after that skeleton is inserted (@pxref{Using
-Skeletons}).  The point (@pxref{(emacs)Point}) is left at the next
-interesting spot in the skeleton instead.
-
-  A negative prefix means to do something similar with that many precedingly
-marked interregions (@pxref{(emacs)Mark}).  In the simplest case, if you type
address@hidden just before issuing the skeleton command, that will wrap the
-skeleton around the current region, just like a positive argument would have
-wrapped it around a number of words.
-
-  Smaller negative arguments will wrap that many interregions into successive
-interesting spots within the skeleton, again leaving the point at the next one.
-We speak about interregions rather than regions here, because we treat them in
-the order they appear in the buffer, which coincides with successive regions
-only if they were marked in order.
-
-  That is, if you marked in alphabetical order the points A B C [] (where []
-represents the point) and call a skeleton command with @kbd{M-- 3}, you will
-wrap the text from A to B into the first interesting spot of the skeleton, the
-text from B to C into the next one, the text from C to the point into the
-third one, and leave the point in the fourth one.  If there are less marks in
-the buffer, or if the skeleton defines less interesting points, the surplus is
-ignored.
-
-  If, on the other hand, you marked in alphabetical order the points [] A C B,
-and call a skeleton command with @kbd{M-- 3}, you will wrap the text from
-point to A, then the text from A to C and finally the text from C to B.  This
-is done because the regions overlap and Emacs would be helplessly lost if it
-tried to follow the order in which you marked these points.
-
-
-
address@hidden Skeletons as Abbrevs
address@hidden Skeletons as Abbrev Expansions
address@hidden skeletons as abbrevs
-
-  Rather than use a key binding for every skeleton command, you can also
-define an abbreviation (@pxref{(emacs)Defining Abbrevs}) that will expand
-(@pxref{(emacs)Expanding Abbrevs}) into the skeleton.
-
-  Say you want @samp{ifst} to be an abbreviation for the C language if
-statement.  You will tell Emacs that @samp{ifst} expands to the empty string
-and then calls the skeleton command.  In Emacs Lisp you can say something like
address@hidden(define-abbrev c-mode-abbrev-table "ifst" "" 'c-if)}.  Or you can 
edit
-the output from @kbd{M-x list-abbrevs} to make it look like this:
-
address@hidden
-(c-mode-abbrev-table)
-"if"          0    ""         c-if
address@hidden example
-
address@hidden
-(Some blank lines of no semantic significance, and other abbrev tables,
-have been omitted.)
-
-
-
address@hidden Skeleton Language
address@hidden Skeleton Language
address@hidden skeleton language
-
address@hidden skeleton-insert
-  Skeletons are an shorthand extension to the Lisp language, where various
-atoms directly perform either actions on the current buffer or rudimentary
-flow control mechanisms.  Skeletons are interpreted by the function
address@hidden
-
-  A skeleton is a list starting with an interactor, which is usually a
-prompt-string, or @code{nil} when not needed, but can also be a Lisp
-expression for complex read functions or for returning some calculated value.
-The rest of the list are any number of elements as described in the following
-table:
-
address@hidden @asis
address@hidden @code{"@var{string}"}, @address@hidden, @address@hidden
address@hidden skeleton-transformation
-Insert string or character.  Literal strings and characters are passed through
address@hidden when that is address@hidden
address@hidden @code{?\n}
address@hidden ??? something seems very wrong here.
-Insert a newline and align under current line.  Use newline character
address@hidden to prevent alignment.
address@hidden @code{_}
-Interesting point.  When wrapping skeletons around successive regions, they are
-put at these places.  Point is left at first @code{_} where nothing is wrapped.
address@hidden @code{>}
-Indent line according to major mode.  When following element is @code{_}, and
-there is a interregion that will be wrapped here, indent that interregion.
address@hidden @code{&}
-Logical and.  Iff preceding element moved point, i.e. usually inserted
-something, do following element.
address@hidden @code{|}
-Logical xor.  Iff preceding element didn't move point, i.e. usually inserted
-nothing, do following element.
address@hidden @address@hidden
-Delete preceding number characters.  Depends on value of
address@hidden
address@hidden @code{()} or @code{nil}
-Ignored.
address@hidden @var{lisp-expression}
-Evaluated, and the return value is again interpreted as a skeleton element.
address@hidden @code{str}
-A special variable that, when evaluated the first time, usually prompts
-for input according to the skeleton's interactor.  It is then set to the
-return value resulting from the interactor.  Each subskeleton has its local
-copy of this variable.
address@hidden @code{v1}, @code{v2}
-Skeleton-local user variables.
address@hidden @code{'@var{expression}}
-Evaluate following Lisp expression for its side-effect, but prevent it from
-being interpreted as a skeleton element.
address@hidden @var{skeleton}
-Subskeletons are inserted recursively, not once, but as often as the user
-enters something at the subskeletons interactor.  Thus there must be a
address@hidden in the subskeleton.  They can also be used non-interactively, 
when
-prompt is a lisp-expression that returns successive list-elements.
address@hidden @code{resume:}
-Ignored.  Execution resumes here if the user quits during skeleton
-interpretation.
address@hidden @code{quit}
-A constant which is address@hidden when the @code{resume:} section was entered
-because the user quit.
address@hidden table
-
address@hidden skeleton-further-elements
-  Some modes also use other skeleton elements they themselves defined.  For
-example in shell script mode's skeletons you will find @code{<} which does a
-rigid indentation backwards, or in CC mode's skeletons you find the
-self-inserting elements @address@hidden and @address@hidden  These are defined 
by the
-buffer-local variable @code{skeleton-further-elements} which is a list of
-variables bound while interpreting a skeleton.
-
address@hidden define-skeleton
-  The macro @code{define-skeleton} defines a command for interpreting a
-skeleton.  The first argument is the command name, the second is a
-documentation string, and the rest is an interactor and any number of skeleton
-elements together forming a skeleton.  This skeleton is assigned to a variable
-of the same name as the command and can thus be overridden from your
address@hidden/.emacs} file (@pxref{(emacs)Init File}).
-
-
-
address@hidden Inserting Pairs
address@hidden Inserting Matching Pairs of Characters
address@hidden inserting pairs
address@hidden pairs
-
-  Various characters usually appear in pairs.  When, for example, you insert
-an open parenthesis, no matter whether you are programming or writing prose,
-you will surely enter a closing one later.  By entering both at the same time
-and leaving the cursor inbetween, Emacs can guarantee you that such
-parentheses are always balanced.  And if you have a non-qwerty keyboard, where
-typing some of the stranger programming language symbols makes you bend your
-fingers backwards, this can be quite relieving too.
-
address@hidden skeleton-pair-insert-maybe
address@hidden skeleton-pair
-  This is done by binding the first key (@pxref{(emacs)Rebinding}) of
-the pair to @code{skeleton-pair-insert-maybe} instead of
address@hidden  The ``maybe'' comes from the fact that
-this at-first surprising behavior is initially turned off.  To enable
-it, you must set @code{skeleton-pair} to some address@hidden value.
-And even then, a positive argument (@pxref{(emacs)Arguments}) will
-make this key behave like a self-inserting key
-(@pxref{(emacs)Inserting Text}).
-
address@hidden skeleton-pair-on-word
-  While this breaks with the stated intention of always balancing pairs, it
-turns out that one often doesn't want pairing to occur, when the following
-character is part of a word.  If you want pairing to occur even then, set
address@hidden to some address@hidden value.
-
address@hidden skeleton-pair-alist
-  Pairing is possible for all visible characters.  By default the
-parenthesis @samp{(}, the square bracket @samp{[}, the brace
address@hidden@{}, the pointed bracket @samp{<} and the backquote @samp{`} all
-pair with the symmetrical character.  All other characters pair
-themselves.  This behavior can be modified by the variable
address@hidden  This is in fact an alist of skeletons
-(@pxref{Skeleton Language}), with the first part of each sublist
-matching the typed character.  This is the position of the interactor,
-but since pairs don't need the @code{str} element, this is ignored.
-
-  Some modes have bound the command @code{skeleton-pair-insert-maybe}
-to relevant keys.  These modes also configure the pairs as
-appropriate.  For example, when typing english prose, you'd expect the
-backquote (@samp{`}) to pair with the quote (@samp{'}), while in Shell
-script mode it must pair to itself.  They can also inhibit pairing in
-certain contexts.  For example an escaped character stands for itself.
-
-
-
address@hidden Autoinserting
address@hidden Autoinserting Text in Empty Files
address@hidden autoinserting
-
address@hidden auto-insert
-  @kbd{M-x auto-insert} will put some predefined text at the beginning of
-the buffer.  The main application for this function, as its name suggests,
-is to have it be called automatically every time an empty, and only an
-empty file is visited.  This is accomplished by putting @code{(add-hook
-'find-file-hook 'auto-insert)} into your @file{~/.emacs} file
-(@pxref{(emacs)Init File}).
-
address@hidden auto-insert-alist
-  What gets inserted, if anything, is determined by the variable
address@hidden  The @sc{car}s of this list are each either
-a mode name, making an element applicable when a buffer is in that
-mode.  Or they can be a string, which is a regexp matched against the
-buffer's file name.  In that way different kinds of files that have
-the same mode in Emacs can be distinguished.  The @sc{car}s may also
-be cons cells consisting of mode name or regexp as above and an
-additional descriptive string.
-
-  When a matching element is found, the @sc{cdr} says what to do.  It may
-be a string, which is a file name, whose contents are to be inserted, if
-that file is found in the directory @code{auto-insert-directory} or under a
-absolute file name.  Or it can be a skeleton (@pxref{Skeleton Language}) to
-be inserted.
-
-  It can also be a function, which allows doing various things.  The function
-can simply insert some text, indeed, it can be skeleton command (@pxref{Using
-Skeletons}).  It can be a lambda function which will for example conditionally
-call another function.  Or it can even reset the mode for the buffer. If you
-want to perform several such actions in order, you use a vector, i.e. several
-of the above elements between square brackets (@address@hidden@dots{}}]}).
-
-  By default C and C++ headers insert a definition of a symbol derived from
-the filename to prevent multiple inclusions.  C and C++ sources insert an
-include of the header.  Makefiles insert the file makefile.inc if it exists.
-
-  TeX and bibTeX mode files insert the file tex-insert.tex if it exists, while
-LaTeX mode files insert a typical @code{\documentclass} frame.  Html
-files insert a skeleton with the usual frame.
-
-  Ada mode files call the Ada header skeleton command.  Emacs lisp
-source files insert the usual header, with a copyright of your
-environment variable @env{$ORGANIZATION} or else the FSF, and prompt
-for valid keywords describing the contents.  Files in a @file{bin}
-directory for which Emacs could determine no specialized mode
-(@pxref{(emacs)Choosing Modes}) are set to Shell script mode.
-
address@hidden define-auto-insert
-  In Lisp (@pxref{(emacs)Init File}) you can use the function
address@hidden to add to or modify
address@hidden  See its documentation with @kbd{C-h f
-define-auto-insert}.
-
address@hidden auto-insert
-  The variable @code{auto-insert} says what to do when @code{auto-insert} is
-called non-interactively, e.g. when a newly found file is empty (see above):
address@hidden @asis
address@hidden @code{nil}
-Do nothing.
address@hidden @code{t}
-Insert something if possible, i.e. there is a matching entry in
address@hidden
address@hidden other
-Insert something if possible, but mark as unmodified.
address@hidden table
-
address@hidden auto-insert-query
-  The variable @code{auto-insert-query} controls whether to ask about
-inserting something.  When this is @code{nil}, inserting is only done with
address@hidden auto-insert}.  When this is @code{function}, you are queried
-whenever @code{auto-insert} is called as a function, such as when Emacs
-visits an empty file and you have set the above-mentioned hook.  Otherwise
-you are alway queried.
-
address@hidden auto-insert-prompt
-  When querying, the variable @code{auto-insert-prompt}'s value is used as a
-prompt for a y-or-n-type question.  If this includes a @samp{%s} construct,
-that is replaced by what caused the insertion rule to be chosen.  This is
-either a descriptive text, the mode-name of the buffer or the regular
-expression that matched the filename.
-
-
-
address@hidden Copyrights
address@hidden Inserting and Updating Copyrights
address@hidden copyrights
-
address@hidden copyright
-  @kbd{M-x copyright} is a skeleton inserting command, that adds a copyright
-notice at the point.  The ``by'' part is taken from your environment variable
address@hidden or if that isn't set you are prompted for it.  If the
-buffer has a comment syntax (@pxref{(emacs)Comments}), this is inserted as a 
comment.
-
address@hidden copyright-update
address@hidden copyright-limit
address@hidden copyright-current-year
-  @kbd{M-x copyright-update} looks for a copyright notice in the first
address@hidden characters of the buffer and updates it when necessary.
-The current year (variable @code{copyright-current-year}) is added to the
-existing ones, in the same format as the preceding year, i.e. 1994, '94 or 94.
-If a dash-separated year list up to last year is found, that is extended to
-current year, else the year is added separated by a comma.  Or it replaces
-them when this is called with a prefix argument.  If a header referring to a
-wrong version of the GNU General Public License (@pxref{(emacs)Copying}) is 
found,
-that is updated too.
-
-  An interesting application for this function is to have it be called
-automatically every time a file is saved.  This is accomplished by
-putting @code{(add-hook 'before-save-hook 'copyright-update)} into
-your @file{~/.emacs} file (@pxref{(emacs)Init File}).  Alternative,
-you can do @kbd{M-x customize-variable @key{RET} before-save-hook
address@hidden  @code{copyright-update} is conveniently listed as an
-option in the customization buffer.
-
address@hidden copyright-query
-  The variable @code{copyright-query} controls whether to update the
-copyright or whether to ask about it.  When this is @code{nil} updating is
-only done with @kbd{M-x copyright-update}.  When this is @code{function}
-you are queried whenever @code{copyright-update} is called as a function,
-such as in the @code{before-save-hook} feature mentioned above.  Otherwise
-you are always queried.
-
-
-
address@hidden Executables
address@hidden Making Interpreter Scripts Executable
address@hidden executables
-
address@hidden executable-prefix
address@hidden executable-chmod
-  Various interpreter modes such as Shell script mode or AWK mode will
-automatically insert or update the buffer's magic number, a special
-comment on the first line that makes the @code{exec} systemcall know
-how to execute the script.  To this end the script is automatically
-made executable upon saving, with @code{executable-chmod} as argument
-to the system @code{chmod} command.  The magic number is prefixed by
-the value of @code{executable-prefix}.
-
address@hidden executable-magicless-file-regexp
-  Any file whose name matches @code{executable-magicless-file-regexp} is not
-furnished with a magic number, nor is it made executable.  This is mainly
-intended for resource files, which are only meant to be read in.
-
address@hidden executable-insert
-  The variable @code{executable-insert} says what to do when
address@hidden is called non-interactively, e.g. when file has no
-or the wrong magic number:
address@hidden @asis
address@hidden @code{nil}
-Do nothing.
address@hidden @code{t}
-Insert or update magic number.
address@hidden other
-Insert or update magic number, but mark as unmodified.
address@hidden table
-
address@hidden executable-set-magic
address@hidden executable-query
-  The variable @code{executable-query} controls whether to ask about
-inserting or updating the magic number.  When this is @code{nil} updating
-is only done with @kbd{M-x executable-set-magic}.  When this is
address@hidden you are queried whenever @code{executable-set-magic} is
-called as a function, such as when Emacs puts a buffer in Shell script
-mode.  Otherwise you are alway queried.
-
address@hidden executable-self-display
-  @kbd{M-x executable-self-display} adds a magic number to the buffer, which
-will turn it into a self displaying text file, when called as a Un*x command.
-The ``interpreter'' used is @code{executable-self-display} with argument
address@hidden
-
address@hidden Timestamps
address@hidden Maintaining Timestamps in Modified Files
address@hidden timestamps
-
address@hidden time-stamp
address@hidden before-save-hook
-The @code{time-stamp} command can be used to update automatically a
-template in a file with a new time stamp every time you save the file.
-Customize the hook @code{before-save-hook} to add the function
address@hidden to arrange this.  It you use Custom to do this,
-then @code{time-stamp} is conveniently listed as an option in the
-customization buffer.
-
address@hidden time-stamp-active
address@hidden time-stamp-format
address@hidden time-stamp-start
-The time stamp is updated only if the customizable variable
address@hidden is on, which it is by default; the command
address@hidden can be used to toggle it.  The format of
-the time stamp is set by the customizable variable
address@hidden
-
address@hidden time-stamp-line-limit
address@hidden time-stamp-end
address@hidden time-stamp-count
address@hidden time-stamp-inserts-lines
-The variables @code{time-stamp-line-limit}, @code{time-stamp-start},
address@hidden, @code{time-stamp-count}, and
address@hidden control finding the template.  Do not
-change these in your init file or you will be incompatible with other
-people's files.  If you must change them, do so only in the local
-variables section of the file itself.
-
-Normally the template must appear in the first 8 lines of a file and
-look like one of the following:
-
address@hidden
-Time-stamp: <>
-Time-stamp: " "
address@hidden example
-
-The time stamp is written between the brackets or quotes:
-
address@hidden
-Time-stamp: <1998-02-18 10:20:51 gildea>
address@hidden example
-
address@hidden QuickURL
address@hidden QuickURL: Inserting URLs Based on Text at Point
-
address@hidden quickurl-url-file
address@hidden quickurl
address@hidden URLs
address@hidden quickurl} can be used to insert a URL into a buffer based on
-the text at point.  The URLs are stored in an external file defined by
-the variable @code{quickurl-url-file} as a list of either cons cells of
-the form @code{(@var{key} . @var{URL})} or
-lists of the form @code{(@var{key} @var{URL} @var{comment})}.  These
-specify that @kbd{M-x quickurl} should insert @var{URL} if the word
address@hidden is at point, for example:
-
address@hidden
-(("FSF"      "http://www.fsf.org/"; "The Free Software Foundation")
- ("emacs"  . "http://www.emacs.org/";)
- ("hagbard"  "http://www.hagbard.demon.co.uk"; "Hagbard's World"))
address@hidden example
-
address@hidden quickurl-add-url
address@hidden quickurl-list
address@hidden quickurl-add-url} can be used to add a new @var{key}/@var{URL}
-pair.  @kbd{M-x quickurl-list} provides interactive editing of the URL
-list.
-
address@hidden Tempo
address@hidden Tempo: Flexible Template Insertion
-
address@hidden templates
-The Tempo package provides a simple way to define powerful templates, or
-macros, if you wish.  It is mainly intended for, but not limited to,
-programmers to be used for creating shortcuts for editing
-certain kinds of documents.
-
address@hidden tempo-backward-mark
address@hidden tempo-forward-mark
-A template is defined as a list of items to be inserted in the current
-buffer at point.  Some can be simple strings, while others can control
-formatting or define special points of interest in the inserted text.
address@hidden tempo-backward-mark} and @kbd{M-x tempo-forward-mark} can be
-used to jump between such points.
-
-More flexible templates can be created by including Lisp symbols, which
-will be evaluated as variables, or lists, which will be evaluated
-as Lisp expressions.  Automatic completion of specified tags to expanded
-templates can be provided.
-
address@hidden tempo-define-template
-See the documentation for @code{tempo-define-template} for the different
-items that can be used to define a tempo template with a command for
-inserting it.
-
-See the commentary in @file{tempo.el} for more information on using the
-Tempo package.
-
address@hidden Hippie Expand
address@hidden `Hippie' Expansion
-
address@hidden hippie-expand
address@hidden M-/
address@hidden hippie-expand-try-functions-list
address@hidden hippie-expand} is a single command providing a variety of
-completions and expansions.  Called repeatedly, it tries all possible
-completions in succession.
-
-Which ones to try, and in which order, is determined by the contents of
-the customizable option @code{hippie-expand-try-functions-list}.  Much
-customization of the expansion behavior can be made by changing the
-order of, removing, or inserting new functions in this list.  Given a
-positive numeric argument, @kbd{M-x hippie-expand} jumps directly that
-number of functions forward in this list.  Given some other argument (a
-negative argument or just @kbd{C-u}) it undoes the tried completion.
-
-See the commentary in @file{hippie-exp.el} for more information on the
-possibilities.
-
-Typically you would bind @code{hippie-expand} to @kbd{M-/} with
address@hidden, the standard binding of @kbd{M-/}, providing one
-of the expansion possibilities.
-
address@hidden GNU Free Documentation License
address@hidden GNU Free Documentation License
address@hidden doclicense.texi
-
address@hidden Concept Index
address@hidden Concept Index
address@hidden cp
-
address@hidden Command Index
address@hidden Command Index
address@hidden fn
-
address@hidden Variable Index
address@hidden Variable Index
address@hidden vr
-
address@hidden odd
address@hidden
address@hidden
-
address@hidden
-   arch-tag: 54001b27-5ef8-4a9d-a199-905d650fafba
address@hidden ignore