info-stnd.texi(,2) @comment Id: info-stnd.texi,v 1.1 2003/02/03 16:10:29 pertusus Exp $
info-stnd.texi(,3) @comment %**start of header
info-stnd.texi(,4) @setfilename info-stnd.info
version-stnd.texi(,1) @set UPDATED 23 March 2002
version-stnd.texi(,2) @set UPDATED-MONTH March 2002
version-stnd.texi(,3) @set EDITION 4.2
version-stnd.texi(,4) @set VERSION 4.2
info-stnd.texi(,6) @settitle GNU Info 4.2
info-stnd.texi(,7) @syncodeindex vr cp
info-stnd.texi(,8) @syncodeindex fn cp
info-stnd.texi(,9) @syncodeindex ky cp
info-stnd.texi(,10) @comment %**end of header
info-stnd.texi(,11) 
info-stnd.texi(,34) 
info-stnd.texi(,35) @dircategory Texinfo documentation system
info-stnd.texi(,36) @direntry
info-stnd.texi(,37) * info standalone: (info-stnd).            Read Info documents without Emacs.
info-stnd.texi(,38) * infokey: (info-stnd)Invoking infokey.    Compile Info customizations.
info-stnd.texi(,39) @end direntry
info-stnd.texi(,40) 
info-stnd.texi(,49) 
info-stnd.texi(,50) @contents
info-stnd.texi(,51) 
info-stnd.texi(,53) @node Top
info-stnd.texi(,54) @top GNU Info
info-stnd.texi(,55) 
info-stnd.texi(,56) @insertcopying
info-stnd.texi(,57) 
info-stnd.texi(,58) This documentation is different from the documentation for the Info
info-stnd.texi(,59) reader that is part of GNU Emacs.  If you do not know how to use Info,
info-stnd.texi(,60) but have a working Info reader, you should read the Emacs documentation
info-stnd.texi(,61) first, as it includes more background information and a thorough tutorial.
info-stnd.texi(,63) 
info-stnd.texi(,64) @menu
info-stnd.texi(,65) * What is Info::                What is Info?
info-stnd.texi(,66) * Invoking Info::               Options you can pass on the command line.
info-stnd.texi(,67) * Cursor Commands::             Commands which move the cursor within a node.
info-stnd.texi(,68) * Scrolling Commands::          Commands for reading the text within a node.
info-stnd.texi(,69) * Node Commands::               Commands for selecting a new node.
info-stnd.texi(,70) * Searching Commands::          Commands for searching an Info file.
info-stnd.texi(,71) * Xref Commands::               Commands for selecting cross references.
info-stnd.texi(,72) * Window Commands::             Commands which manipulate multiple windows.
info-stnd.texi(,73) * Printing Nodes::              How to print out the contents of a node.
info-stnd.texi(,74) * Miscellaneous Commands::      A few commands that defy categories.
info-stnd.texi(,75) * Variables::                   How to change the default behavior of Info.
info-stnd.texi(,76) * Custom Key Bindings::         How to define your own key-to-command
info-stnd.texi(,77) 				  bindings.
info-stnd.texi(,78) * Copying This Manual::         The GNU Free Documentation License.
info-stnd.texi(,79) * Index::                       Global index containing keystrokes,
info-stnd.texi(,80)                                   command names, variable names,
info-stnd.texi(,81)                                   and general concepts.
info-stnd.texi(,82) @end menu
info-stnd.texi(,83) 
info-stnd.texi(,84) 
info-stnd.texi(,85) @node What is Info
info-stnd.texi(,86) @chapter What is Info?
info-stnd.texi(,87) 
info-stnd.texi(,88) @dfn{Info} is a program which is used to view Info files on an ASCII
info-stnd.texi(,89) terminal.  @dfn{Info files} are the result of processing Texinfo files
info-stnd.texi(,90) with the program @code{makeinfo} or with one of the Emacs commands, such
info-stnd.texi(,91) as @code{M-x texinfo-format-buffer}.  Texinfo itself is a documentation
info-stnd.texi(,92) system that uses a single source file to produce both on-line
info-stnd.texi(,93) information and printed output.  You can typeset and print the files
info-stnd.texi(,94) that you read in Info.
info-stnd.texi(,95) 
info-stnd.texi(,96) 
info-stnd.texi(,97) @node Invoking Info
info-stnd.texi(,98) @chapter Invoking Info
info-stnd.texi(,99) 
info-stnd.texi(,100) @cindex Info, invoking
info-stnd.texi(,101) @cindex invoking Info
info-stnd.texi(,102) @cindex command line options
info-stnd.texi(,103) @cindex options, command line
info-stnd.texi(,104) @cindex arguments, command line
info-stnd.texi(,105) 
info-stnd.texi(,106) GNU Info accepts several options to control the initial node being
info-stnd.texi(,107) viewed, and to specify which directories to search for Info files.  Here
info-stnd.texi(,108) is a template showing an invocation of GNU Info from the shell:
info-stnd.texi(,109) 
info-stnd.texi(,110) @example
info-stnd.texi(,111) info [@var{option}]@dots{} [@var{menu-item}@dots{}]
info-stnd.texi(,112) @end example
info-stnd.texi(,113) 
info-stnd.texi(,114) The program accepts the following options:
info-stnd.texi(,115) 
info-stnd.texi(,116) @table @code
info-stnd.texi(,117) @anchor{--apropos}
info-stnd.texi(,118) @item --apropos=@var{string}
info-stnd.texi(,119) @cindex Searching all indices
info-stnd.texi(,120) @cindex Info files@r{, searching all indices}
info-stnd.texi(,121) @cindex Apropos@r{, in Info files}
info-stnd.texi(,122) Specify a string to search in every index of every Info file installed
info-stnd.texi(,123) on your system.  Info looks up the named @var{string} in all the indices
info-stnd.texi(,124) it can find, prints the results to standard output, and then exits.  If
info-stnd.texi(,125) you are not sure which Info file explains certain issues, this option is
info-stnd.texi(,126) your friend.  Note that if your system has a lot of Info files
info-stnd.texi(,127) installed, searching all of them might take some time.
info-stnd.texi(,128) 
info-stnd.texi(,129) You can invoke the apropos command from inside Info; see
info-stnd.texi(,130) @ref{Searching Commands}.
info-stnd.texi(,131) 
info-stnd.texi(,132) @cindex directory path
info-stnd.texi(,133) @item --directory @var{directory-path}
info-stnd.texi(,134) @itemx -d @var{directory-path}
info-stnd.texi(,135) Prepend @var{directory-path} to the list of directory paths searched
info-stnd.texi(,136) when Info needs to find a file.  You may issue @code{--directory}
info-stnd.texi(,137) multiple times; once for each directory which contains Info files.  The
info-stnd.texi(,138) list of directories searched by Info is constructed from the value of
info-stnd.texi(,139) the environment variable @code{INFOPATH}; @code{--directory} causes the
info-stnd.texi(,140) named @var{directory-path} to be prepended to that list.  The value of
info-stnd.texi(,141) @code{INFOPATH} is a list of directories usually separated by a colon;
info-stnd.texi(,142) on MS-DOS/MS-Windows systems, the semicolon is used.  If you do not
info-stnd.texi(,143) define @code{INFOPATH}, Info uses a default path defined when Info was
info-stnd.texi(,144) built as the initial list of directories.  If the value of
info-stnd.texi(,145) @code{INFOPATH} ends with a colon (or semicolon on MS-DOS/MS-Windows),
info-stnd.texi(,146) the initial list of directories is constructed by appending the
info-stnd.texi(,147) build-time default to the value of @code{INFOPATH}.
info-stnd.texi(,148) 
info-stnd.texi(,149) @cindex keystrokes, recording
info-stnd.texi(,150) @cindex remembering user keystrokes
info-stnd.texi(,151) @item --dribble=@var{dribble-file}
info-stnd.texi(,152) Specify a file where all user keystrokes will be recorded.  This file
info-stnd.texi(,153) can be used later to replay the same sequence of commands, see the
info-stnd.texi(,154) @samp{--restore} option below.
info-stnd.texi(,155) 
info-stnd.texi(,156) @item --file @var{filename}
info-stnd.texi(,157) @itemx -f @var{filename}
info-stnd.texi(,158) @cindex Info file, selecting
info-stnd.texi(,159) Specify a particular Info file to visit.  By default, Info visits
info-stnd.texi(,160) the file @code{dir}; if you use this option, Info will start with
info-stnd.texi(,161) @code{(@var{filename})Top} as the first file and node.
info-stnd.texi(,162) 
info-stnd.texi(,163) @cindex relative Info file names
info-stnd.texi(,164) @cindex file names, relative
info-stnd.texi(,165) @cindex Info files, relative
info-stnd.texi(,166) If @var{filename} is an absolute file name, or begins with @file{./} or
info-stnd.texi(,167) @file{../}, Info looks for @var{filename} only in the directory of the
info-stnd.texi(,168) specified @var{filename}, and adds the directory of @var{filename} to
info-stnd.texi(,169) the value of @code{INFOPATH}.  In contrast, if @var{filename} is in the
info-stnd.texi(,170) form of a relative file name, but without the @file{./} or @file{../}
info-stnd.texi(,171) prefix, Info will only look for it in the directories specified in
info-stnd.texi(,172) @code{INFOPATH}.  In other words, Info does @emph{not} treat file names
info-stnd.texi(,173) which lack @file{./} and @file{../} prefix as relative to the current
info-stnd.texi(,174) directory.
info-stnd.texi(,175) 
info-stnd.texi(,176) @cindex compressed Info files
info-stnd.texi(,177) @cindex files, compressed
info-stnd.texi(,178) @cindex Info files, compressed
info-stnd.texi(,179) In every directory Info tries, if @var{filename} is not found, Info
info-stnd.texi(,180) looks for it with a number of known extensions of Info files@footnote{
info-stnd.texi(,181) @file{.info}, @file{-info}, @file{/index}, and @file{.inf}.}.  For every
info-stnd.texi(,182) known extension, Info looks for a compressed file, if a regular file
info-stnd.texi(,183) isn't found.  Info supports files compressed with @code{gzip},
info-stnd.texi(,184) @code{bzip2}, @code{compress} and @code{yabba} programs; it calls
info-stnd.texi(,185) @code{gunzip}, @code{bunzip2}, @code{uncompress} and @code{unyabba},
info-stnd.texi(,186) accordingly, to decompress such files.  Compressed Info files are
info-stnd.texi(,187) assumed to have @file{.z}, @file{.gz}, @file{.bz2}, @file{.Z}, or
info-stnd.texi(,188) @file{.Y} extensions, possibly in addition to one of the known Info
info-stnd.texi(,189) files extensions@footnote{The MS-DOS version allows for the Info
info-stnd.texi(,190) extension, such as @code{.inf}, and the short compressed file
info-stnd.texi(,191) extensions, such as @file{.z} and @file{.gz}, to be merged into a single
info-stnd.texi(,192) extension, since DOS doesn't allow more than a single dot in the
info-stnd.texi(,193) basename of a file.  Thus, on MS-DOS, if Info looks for @file{bison},
info-stnd.texi(,194) file names like @file{bison.igz} and @file{bison.inz} will be found and
info-stnd.texi(,195) decompressed by @code{gunzip}.}.
info-stnd.texi(,196) 
info-stnd.texi(,197) @item --help
info-stnd.texi(,198) @itemx -h
info-stnd.texi(,199) Produces a relatively brief description of the available Info options.
info-stnd.texi(,200) 
info-stnd.texi(,201) @item --index-search @var{string}
info-stnd.texi(,202) @cindex index search, selecting from the command line
info-stnd.texi(,203) @cindex online help, using Info as
info-stnd.texi(,204) After processing all command-line arguments, go to the index in the Info
info-stnd.texi(,205) file and search for index entries which matche @var{string}.  If such an
info-stnd.texi(,206) entry is found, the Info session begins with displaying the node pointed
info-stnd.texi(,207) to by the first matching index entry; press @kbd{,} to step through the
info-stnd.texi(,208) rest of the matching entries.  If no such entry exists, print @samp{no
info-stnd.texi(,209) entries found} and exit with nonzero status.  This can be used from
info-stnd.texi(,210) another program as a way to provide online help, or as a quick way of
info-stnd.texi(,211) starting to read an Info file at a certain node when you don't know the
info-stnd.texi(,212) exact name of that node.
info-stnd.texi(,213) 
info-stnd.texi(,214) This command can also be invoked from inside Info; see @ref{Searching
info-stnd.texi(,215) Commands}.
info-stnd.texi(,216) 
info-stnd.texi(,217) @item --node @var{nodename}
info-stnd.texi(,218) @itemx -n @var{nodename}
info-stnd.texi(,219) @cindex node, selecting from the command line
info-stnd.texi(,220) Specify a particular node to visit in the initial file that Info
info-stnd.texi(,221) loads.  This is especially useful in conjunction with
info-stnd.texi(,222) @code{--file}@footnote{Of course, you can specify both the file and node
info-stnd.texi(,223) in a @code{--node} command; but don't forget to escape the open and
info-stnd.texi(,224) close parentheses and whitespace from the shell as in: @code{info --node
info-stnd.texi(,225) "(emacs)Buffers"}.}.  You may specify @code{--node} multiple times; for
info-stnd.texi(,226) an interactive Info, each @var{nodename} is visited in its own window,
info-stnd.texi(,227) for a non-interactive Info (such as when @code{--output} is given) each
info-stnd.texi(,228) @var{nodename} is processed sequentially.
info-stnd.texi(,229) 
info-stnd.texi(,230) @item --output @var{filename}
info-stnd.texi(,231) @itemx -o @var{filename}
info-stnd.texi(,232) @cindex file, outputting to
info-stnd.texi(,233) @cindex outputting to a file
info-stnd.texi(,234) Specify @var{filename} as the name of a file to which to direct output.
info-stnd.texi(,235) Each node that Info visits will be output to @var{filename} instead of
info-stnd.texi(,236) interactively viewed.  A value of @code{-} for @var{filename} specifies
info-stnd.texi(,237) the standard output.
info-stnd.texi(,238) 
info-stnd.texi(,239) @cindex colors in man pages
info-stnd.texi(,240) @cindex ANSI escape sequences in man pages
info-stnd.texi(,241) @item --raw-escapes
info-stnd.texi(,242) @itemx -R
info-stnd.texi(,243) Do not remove ANSI escape sequences from man pages.  Some versions of
info-stnd.texi(,244) Groff, the GNU document formatter, produce man pages with ANSI escape
info-stnd.texi(,245) sequences for bold, italics, and underlined characters, and for
info-stnd.texi(,246) colorized text.  By default, Info removes those escape sequences
info-stnd.texi(,247) before it displays the man page.  If your terminal supports these
info-stnd.texi(,248) escapes, use @code{--raw-escapes} to let the terminal handle them and
info-stnd.texi(,249) display the man pages with those attributes.
info-stnd.texi(,250) 
info-stnd.texi(,251) @cindex replaying recorded keystrokes
info-stnd.texi(,252) @item --restore=@var{dribble-file}
info-stnd.texi(,253) Read keystrokes from @var{dribble-file}, presumably recorded during
info-stnd.texi(,254) previous Info session (see the description of the @samp{--dribble}
info-stnd.texi(,255) option above).  When the keystrokes in the files are all read, Info
info-stnd.texi(,256) reverts its input to the usual interactive operation.
info-stnd.texi(,257) 
info-stnd.texi(,258) @anchor{--show-options}
info-stnd.texi(,259) @cindex command-line options, how to find
info-stnd.texi(,260) @cindex invocation description, how to find
info-stnd.texi(,261) @item --show-options
info-stnd.texi(,262) @itemx --usage
info-stnd.texi(,263) @itemx -O
info-stnd.texi(,264) This option causes Info to look for the node that describes how to
info-stnd.texi(,265) invoke the program and its command-line options, and begin the session
info-stnd.texi(,266) by displaying that node.  It is provided to make it easier to find the
info-stnd.texi(,267) most important usage information in a manual without the need to wade
info-stnd.texi(,268) through complex menu hierarchies.  The effect is similar to the
info-stnd.texi(,269) @code{M-x goto-invocation} command (@pxref{goto-invocation}) from inside
info-stnd.texi(,270) Info.
info-stnd.texi(,271) 
info-stnd.texi(,272) @cindex speech synthesizers
info-stnd.texi(,273) @item --speech-friendly
info-stnd.texi(,274) @itemx -b
info-stnd.texi(,275) On MS-DOS/MS-Windows only, this option causes Info to use standard file
info-stnd.texi(,276) I/O functions for screen writes.  (By default, Info uses direct writes
info-stnd.texi(,277) to the video memory on these systems, for faster operation and colored
info-stnd.texi(,278) display support.)  This allows the speech synthesizers used by blind
info-stnd.texi(,279) persons to catch the output and convert it to audible speech.
info-stnd.texi(,280) 
info-stnd.texi(,281) @item --subnodes
info-stnd.texi(,282) @cindex @code{--subnodes}, command line option
info-stnd.texi(,283) This option only has meaning when given in conjunction with
info-stnd.texi(,284) @code{--output}.  It means to recursively output the nodes appearing in
info-stnd.texi(,285) the menus of each node being output.  Menu items which resolve to
info-stnd.texi(,286) external Info files are not output, and neither are menu items which are
info-stnd.texi(,287) members of an index.  Each node is only output once.
info-stnd.texi(,288) 
info-stnd.texi(,289) @item --version
info-stnd.texi(,290) @cindex version information
info-stnd.texi(,291) Prints the version information of Info and exits.
info-stnd.texi(,292) 
info-stnd.texi(,293) @anchor{--vi-keys}
info-stnd.texi(,294) @cindex vi-like key bindings
info-stnd.texi(,295) @cindex Less-like key bindings
info-stnd.texi(,296) @item --vi-keys
info-stnd.texi(,297) This option binds functions to keys differently, to emulate the key
info-stnd.texi(,298) bindings of @code{vi} and Less.  The default key bindings are generally
info-stnd.texi(,299) modeled after Emacs.
info-stnd.texi(,300) (@xref{Custom Key Bindings},
info-stnd.texi(,301) for a more general way of altering GNU Info's key bindings.)
info-stnd.texi(,302) 
info-stnd.texi(,303) @item @var{menu-item}
info-stnd.texi(,304) @cindex menu, following
info-stnd.texi(,305) @anchor{command-line menu items}
info-stnd.texi(,306) Info treats its remaining arguments as the names of menu items.  The
info-stnd.texi(,307) first argument is a menu item in the initial node visited (generally
info-stnd.texi(,308) @code{dir}), the second argument is a menu item in the first argument's
info-stnd.texi(,309) node, etc.  You can easily move to the node of your choice by specifying
info-stnd.texi(,310) the menu names which describe the path to that node.  For example,
info-stnd.texi(,311) 
info-stnd.texi(,312) @example
info-stnd.texi(,313) info emacs buffers
info-stnd.texi(,314) @end example
info-stnd.texi(,315) 
info-stnd.texi(,316) @noindent
info-stnd.texi(,317) first selects the menu item @samp{Emacs} in the node @samp{(dir)Top},
info-stnd.texi(,318) and then selects the menu item @samp{Buffers} in the node
info-stnd.texi(,319) @samp{(emacs)Top}.
info-stnd.texi(,320) @end table
info-stnd.texi(,321) 
info-stnd.texi(,322) To avoid searching the @file{dir} files and just show some arbitrary
info-stnd.texi(,323) file, use @samp{-f} and the filename, as in @samp{info -f ./foo.info}.
info-stnd.texi(,324) 
info-stnd.texi(,325) The index search and the search for the node which describes program
info-stnd.texi(,326) invocation and command-line options begins @emph{after} processing all
info-stnd.texi(,327) the command-line menu items.  Therefore, the Info file searched for the
info-stnd.texi(,328) index or the invocation node is the file where Info finds itself after
info-stnd.texi(,329) following all the menu items given on the command line.  This is so
info-stnd.texi(,330) @samp{info emacs --show-options} does what you'd expect.
info-stnd.texi(,331) 
info-stnd.texi(,332) @c FIXME: the feature with lowercasing the file name isn't documented
info-stnd.texi(,333) 
info-stnd.texi(,334) 
info-stnd.texi(,335) @node Cursor Commands
info-stnd.texi(,336) @chapter Moving the Cursor
info-stnd.texi(,337) @cindex cursor, moving
info-stnd.texi(,338) @cindex moving the cursor
info-stnd.texi(,339) 
info-stnd.texi(,340) Many people find that reading screens of text page by page is made
info-stnd.texi(,341) easier when one is able to indicate particular pieces of text with some
info-stnd.texi(,342) kind of pointing device.  Since this is the case, GNU Info (both the
info-stnd.texi(,343) Emacs and standalone versions) have several commands which allow you to
info-stnd.texi(,344) move the cursor about the screen.  The notation used in this manual to
info-stnd.texi(,345) describe keystrokes is identical to the notation used within the Emacs
info-stnd.texi(,346) manual, and the GNU Readline manual.  @xref{Characters, , Character
info-stnd.texi(,347) Conventions, emacs, the GNU Emacs Manual}, if you are unfamiliar with the
info-stnd.texi(,348) notation@footnote{
info-stnd.texi(,349) Here's a short summary.  @kbd{C-@var{x}} means press the @kbd{CTRL} key
info-stnd.texi(,350) and the key @var{x}.  @kbd{M-@var{x}} means press the @kbd{META} key and
info-stnd.texi(,351) the key @var{x}.  On many terminals th @kbd{META} key is known as the
info-stnd.texi(,352) @kbd{ALT} key.  @kbd{SPC} is the space bar.  The other keys are usually
info-stnd.texi(,353) called by the names imprinted on them.}.
info-stnd.texi(,354) 
info-stnd.texi(,355) The following table lists the basic cursor movement commands in Info.
info-stnd.texi(,356) Each entry consists of the key sequence you should type to execute the
info-stnd.texi(,357) cursor movement, the @code{M-x}@footnote{@code{M-x} is also a command; it
info-stnd.texi(,358) invokes @code{execute-extended-command}.  @xref{M-x, , Executing an
info-stnd.texi(,359) extended command, emacs, the GNU Emacs Manual}, for more detailed
info-stnd.texi(,360) information.} command name (displayed in parentheses), and a short
info-stnd.texi(,361) description of what the command does.  All of the cursor motion commands
info-stnd.texi(,362) can take a @dfn{numeric} argument (see @ref{Miscellaneous Commands,
info-stnd.texi(,363) @code{universal-argument}, to find out how to supply them}.  With a
info-stnd.texi(,364) numeric argument, the motion commands are simply executed that
info-stnd.texi(,365) many times; for example, a numeric argument of 4 given to
info-stnd.texi(,366) @code{next-line} causes the cursor to move down 4 lines.  With a
info-stnd.texi(,367) negative numeric argument, the motion is reversed; an argument of -4
info-stnd.texi(,368) given to the @code{next-line} command would cause the cursor to move
info-stnd.texi(,369) @emph{up} 4 lines.
info-stnd.texi(,370) 
info-stnd.texi(,371) @table @asis
info-stnd.texi(,372) @item @key{C-n} (@code{next-line})
info-stnd.texi(,373) @itemx @key{DOWN} (an arrow key)
info-stnd.texi(,374) @kindex C-n
info-stnd.texi(,375) @kindex DOWN (an arrow key)
info-stnd.texi(,376) @findex next-line
info-stnd.texi(,377) Move the cursor down to the next line.
info-stnd.texi(,378) 
info-stnd.texi(,379) @item @key{C-p} (@code{prev-line})
info-stnd.texi(,380) @itemx @key{UP} (an arrow key)
info-stnd.texi(,381) @kindex C-p
info-stnd.texi(,382) @kindex UP (an arrow key)
info-stnd.texi(,383) @findex prev-line
info-stnd.texi(,384) Move the cursor up to the previous line.
info-stnd.texi(,385) 
info-stnd.texi(,386) @item @key{C-a} (@code{beginning-of-line})
info-stnd.texi(,387) @itemx @key{Home} (on DOS/Windows only)
info-stnd.texi(,388) @kindex C-a, in Info windows
info-stnd.texi(,389) @kindex Home
info-stnd.texi(,390) @findex beginning-of-line
info-stnd.texi(,391) Move the cursor to the start of the current line.
info-stnd.texi(,392) 
info-stnd.texi(,393) @item @key{C-e} (@code{end-of-line})
info-stnd.texi(,394) @itemx @key{End} (on DOS/Windows only)
info-stnd.texi(,395) @kindex C-e, in Info windows
info-stnd.texi(,396) @kindex End
info-stnd.texi(,397) @findex end-of-line
info-stnd.texi(,398) Move the cursor to the end of the current line.
info-stnd.texi(,399) 
info-stnd.texi(,400) @item @key{C-f} (@code{forward-char})
info-stnd.texi(,401) @itemx @key{RIGHT} (an arrow key)
info-stnd.texi(,402) @kindex C-f, in Info windows
info-stnd.texi(,403) @kindex RIGHT (an arrow key)
info-stnd.texi(,404) @findex forward-char
info-stnd.texi(,405) Move the cursor forward a character.
info-stnd.texi(,406) 
info-stnd.texi(,407) @item @key{C-b} (@code{backward-char})
info-stnd.texi(,408) @itemx @key{LEFT} (an arrow key)
info-stnd.texi(,409) @kindex C-b, in Info windows
info-stnd.texi(,410) @kindex LEFT (an arrow key)
info-stnd.texi(,411) @findex backward-char
info-stnd.texi(,412) Move the cursor backward a character.
info-stnd.texi(,413) 
info-stnd.texi(,414) @item @key{M-f} (@code{forward-word})
info-stnd.texi(,415) @itemx @kbd{C-@key{RIGHT}} (on DOS/Windows only)
info-stnd.texi(,416) @kindex M-f, in Info windows
info-stnd.texi(,417) @kindex C-RIGHT
info-stnd.texi(,418) @findex forward-word
info-stnd.texi(,419) Move the cursor forward a word.
info-stnd.texi(,420) 
info-stnd.texi(,421) @item @key{M-b} (@code{backward-word})
info-stnd.texi(,422) @itemx @kbd{C-@key{LEFT}} (on DOS/Windows only)
info-stnd.texi(,423) @kindex M-b, in Info windows
info-stnd.texi(,424) @kindex C-LEFT
info-stnd.texi(,425) @findex backward-word
info-stnd.texi(,426) Move the cursor backward a word.
info-stnd.texi(,427) 
info-stnd.texi(,428) @item @key{M-<} (@code{beginning-of-node})
info-stnd.texi(,429) @itemx @key{C-@key{Home}} (on DOS/Windows only)
info-stnd.texi(,430) @itemx @key{b}
info-stnd.texi(,431) @itemx @key{M-b}, vi-like operation
info-stnd.texi(,432) @kindex b, in Info windows
info-stnd.texi(,433) @kindex M-<
info-stnd.texi(,434) @kindex C-Home
info-stnd.texi(,435) @kindex M-b, vi-like operation
info-stnd.texi(,436) @findex beginning-of-node
info-stnd.texi(,437) Move the cursor to the start of the current node.
info-stnd.texi(,438) 
info-stnd.texi(,439) @item @key{M->} (@code{end-of-node})
info-stnd.texi(,440) @itemx @key{C-@key{End}} (on DOS/Windows only)
info-stnd.texi(,441) @itemx @key{e}
info-stnd.texi(,442) @kindex M->
info-stnd.texi(,443) @kindex e, in Info windows
info-stnd.texi(,444) @kindex C-End
info-stnd.texi(,445) @findex end-of-node
info-stnd.texi(,446) Move the cursor to the end of the current node.
info-stnd.texi(,447) 
info-stnd.texi(,448) @item @key{M-r} (@code{move-to-window-line})
info-stnd.texi(,449) @kindex M-r
info-stnd.texi(,450) @findex move-to-window-line
info-stnd.texi(,451) Move the cursor to a specific line of the window.  Without a numeric
info-stnd.texi(,452) argument, @code{M-r} moves the cursor to the start of the line in the
info-stnd.texi(,453) center of the window.  With a numeric argument of @var{n}, @code{M-r}
info-stnd.texi(,454) moves the cursor to the start of the @var{n}th line in the window.
info-stnd.texi(,455) @end table
info-stnd.texi(,456) 
info-stnd.texi(,457) 
info-stnd.texi(,458) @node Scrolling Commands
info-stnd.texi(,459) @chapter Moving Text Within a Window
info-stnd.texi(,460) @cindex scrolling
info-stnd.texi(,461) 
info-stnd.texi(,462) Sometimes you are looking at a screenful of text, and only part of the
info-stnd.texi(,463) current paragraph you are reading is visible on the screen.  The
info-stnd.texi(,464) commands detailed in this section are used to shift which part of the
info-stnd.texi(,465) current node is visible on the screen.
info-stnd.texi(,466) 
info-stnd.texi(,467) Scrolling commands are bound differently when @samp{--vi-keys} operation
info-stnd.texi(,468) (@pxref{--vi-keys}) is in effect.  These key bindings are designated
info-stnd.texi(,469) with ``vi-like operation''.
info-stnd.texi(,470) 
info-stnd.texi(,471) @table @asis
info-stnd.texi(,472) @item @key{SPC} (@code{scroll-forward})
info-stnd.texi(,473) @kindex SPC, in Info windows
info-stnd.texi(,474) @findex scroll-forward
info-stnd.texi(,475) Shift the text in this window up.  That is, show more of the node which
info-stnd.texi(,476) is currently below the bottom of the window.  With a numeric argument,
info-stnd.texi(,477) show that many more lines at the bottom of the window; a numeric
info-stnd.texi(,478) argument of 4 would shift all of the text in the window up 4 lines
info-stnd.texi(,479) (discarding the top 4 lines), and show you four new lines at the bottom
info-stnd.texi(,480) of the window.  Without a numeric argument, @key{SPC} takes the bottom
info-stnd.texi(,481) two lines of the window and places them at the top of the window,
info-stnd.texi(,482) redisplaying almost a completely new screenful of lines.  If you are at
info-stnd.texi(,483) the end of a node, @key{SPC} takes you to the ``next'' node, so that you can
info-stnd.texi(,484) read an entire manual from start to finish by repeating @key{SPC}.
info-stnd.texi(,485) 
info-stnd.texi(,486) The default scroll size is one screen-full, but it can be changed by
info-stnd.texi(,487) invoking the (@code{scroll-forward-page-only-set-window}) command,
info-stnd.texi(,488) @samp{z} under @samp{--vi-keys}, with a numeric argument.
info-stnd.texi(,489) 
info-stnd.texi(,490) @item @key{NEXT} (an arrow key) (@code{scroll-forward-page-only})
info-stnd.texi(,491) @itemx @key{C-v}
info-stnd.texi(,492) @itemx @key{C-f}, vi-like operation
info-stnd.texi(,493) @itemx @key{f}, vi-like operation
info-stnd.texi(,494) @itemx @key{M-SPC}, vi-like operation
info-stnd.texi(,495) @kindex NEXT
info-stnd.texi(,496) @kindex C-v
info-stnd.texi(,497) @kindex C-f, vi-like operation
info-stnd.texi(,498) @kindex f, vi-like operation
info-stnd.texi(,499) @kindex M-SPC, vi-like operation
info-stnd.texi(,500) @findex scroll-forward-page-only
info-stnd.texi(,501) Shift the text in this window up.  This is identical to the @key{SPC}
info-stnd.texi(,502) operation above, except that it never scrolls beyond the end of the
info-stnd.texi(,503) current node.
info-stnd.texi(,504) 
info-stnd.texi(,505) @kindex PageDown
info-stnd.texi(,506) The @key{NEXT} key is known as the @key{PageDown} key on some
info-stnd.texi(,507) keyboards.
info-stnd.texi(,508) 
info-stnd.texi(,509) @item @key{z} (@code{scroll-forward-page-only-set-window}, vi-like operation)
info-stnd.texi(,510) @kindex z, vi-like operation
info-stnd.texi(,511) @findex scroll-forward-page-only-set-window
info-stnd.texi(,512) Scroll forward, like with @key{NEXT}, but if a numeric argument is
info-stnd.texi(,513) specified, it becomes the default scroll size for subsequent
info-stnd.texi(,514) @code{scroll-forward} and @code{scroll-backward} commands and their
info-stnd.texi(,515) ilk.
info-stnd.texi(,516) 
info-stnd.texi(,517) @item @key{DEL} (@code{scroll-backward})
info-stnd.texi(,518) @kindex DEL, in Info windows
info-stnd.texi(,519) @findex scroll-backward
info-stnd.texi(,520) Shift the text in this window down.  The inverse of
info-stnd.texi(,521) @code{scroll-forward}.
info-stnd.texi(,522) If you are at the start of a node, @key{DEL} takes you to the
info-stnd.texi(,523) ``previous'' node, so that you can read an entire manual from finish to
info-stnd.texi(,524) start by repeating @key{DEL}.  The default scroll size can be changed by
info-stnd.texi(,525) invoking the (@code{scroll-backward-page-only-set-window}) command,
info-stnd.texi(,526) @samp{w} under @samp{--vi-keys}, with a numeric argument.
info-stnd.texi(,527) 
info-stnd.texi(,528) @itemx @key{PREVIOUS} (arrow key) (@code{scroll-backward-page-only})
info-stnd.texi(,529) @itemx @key{PRIOR} (arrow key)
info-stnd.texi(,530) @itemx @key{M-v}
info-stnd.texi(,531) @itemx @key{b}, vi-like operation
info-stnd.texi(,532) @itemx @key{C-b}, vi-like operation
info-stnd.texi(,533) @kindex PREVIOUS
info-stnd.texi(,534) @kindex M-v
info-stnd.texi(,535) @kindex b, vi-like operation
info-stnd.texi(,536) @kindex C-b, vi-like operation
info-stnd.texi(,537) @findex scroll-backward-page-only
info-stnd.texi(,538) Shift the text in this window down.  The inverse of
info-stnd.texi(,539) @code{scroll-forward-page-only}.  Does not scroll beyond the start of
info-stnd.texi(,540) the current node.  The default scroll size can be changed by invoking
info-stnd.texi(,541) the(@code{scroll-backward-page-only-set-window}) command, @samp{w} under
info-stnd.texi(,542) @samp{--vi-keys}, with a numeric argument.
info-stnd.texi(,543) 
info-stnd.texi(,544) @item @key{w} (@code{scroll-backward-page-only-set-window}, vi-like operation)
info-stnd.texi(,545) @kindex w, vi-like operation
info-stnd.texi(,546) @findex scroll-backward-page-only-set-window
info-stnd.texi(,547) Scroll backward, like with @key{PREVIOUS}, but if a numeric argument is
info-stnd.texi(,548) specified, it becomes the default scroll size for subsequent
info-stnd.texi(,549) @code{scroll-forward} and @code{scroll-backward} commands.
info-stnd.texi(,550) 
info-stnd.texi(,551) @item @key{C-n} (@code{down-line}, vi-like operation)
info-stnd.texi(,552) @itemx @key{C-e}, vi-like operation
info-stnd.texi(,553) @itemx @key{RET}, vi-like operation
info-stnd.texi(,554) @itemx @key{LFD}, vi-like operation
info-stnd.texi(,555) @itemx @key{DOWN}, vi-like operation
info-stnd.texi(,556) @kindex C-n, vi-like operation
info-stnd.texi(,557) @kindex C-e, vi-like operation
info-stnd.texi(,558) @kindex RET, vi-like operation
info-stnd.texi(,559) @kindex LFD, vi-like operation
info-stnd.texi(,560) @kindex DOWN, vi-like operation
info-stnd.texi(,561) @findex down-line
info-stnd.texi(,562) Scroll forward by one line.  With a numeric argument, scroll forward
info-stnd.texi(,563) that many lines.
info-stnd.texi(,564) 
info-stnd.texi(,565) @item @key{C-p} (@code{up-line}, vi-like operation)
info-stnd.texi(,566) @itemx @key{UP}, vi-like operation
info-stnd.texi(,567) @itemx @key{y}, vi-like operation
info-stnd.texi(,568) @itemx @key{k}, vi-like operation
info-stnd.texi(,569) @itemx @key{C-k}, vi-like operation
info-stnd.texi(,570) @itemx @key{C-y}, vi-like operation
info-stnd.texi(,571) @kindex C-p, vi-like operation
info-stnd.texi(,572) @kindex UP, vi-like operation
info-stnd.texi(,573) @kindex y, vi-like operation
info-stnd.texi(,574) @kindex k, vi-like operation
info-stnd.texi(,575) @kindex C-k, vi-like operation
info-stnd.texi(,576) @kindex C-y, vi-like operation
info-stnd.texi(,577) @findex up-line
info-stnd.texi(,578) Scroll backward one line.  With a numeric argument, scroll backward that
info-stnd.texi(,579) many lines.
info-stnd.texi(,580) 
info-stnd.texi(,581) @item @key{d} (@code{scroll-half-screen-down}, vi-like operation)
info-stnd.texi(,582) @itemx @key{C-d}, vi-like operation
info-stnd.texi(,583) @kindex d, vi-like operation
info-stnd.texi(,584) @kindex C-d, vi-like operation
info-stnd.texi(,585) @findex scroll-half-screen-down
info-stnd.texi(,586) Scroll forward by half of the screen size.  With a numeric argument,
info-stnd.texi(,587) scroll that many lines.  If an argument is specified, it becomes the new
info-stnd.texi(,588) default number of lines to scroll for subsequent @samp{d} and @samp{u}
info-stnd.texi(,589) commands.
info-stnd.texi(,590) 
info-stnd.texi(,591) @item @key{u} (@code{scroll-half-screen-up}, vi-like operation)
info-stnd.texi(,592) @itemx @key{C-u}, vi-like operation
info-stnd.texi(,593) @kindex u, vi-like operation
info-stnd.texi(,594) @kindex C-u, vi-like operation
info-stnd.texi(,595) @findex scroll-half-screen-up
info-stnd.texi(,596) Scroll back by half of the screen size.  With a numeric argument,
info-stnd.texi(,597) scroll that many lines.  If an argument is specified, it becomes the new
info-stnd.texi(,598) default number of lines to scroll for subsequent @samp{u} and @samp{d}
info-stnd.texi(,599) commands.
info-stnd.texi(,600) @end table
info-stnd.texi(,601) 
info-stnd.texi(,602) @cindex scrolling through node structure
info-stnd.texi(,603) The @code{scroll-forward} and @code{scroll-backward} commands can also
info-stnd.texi(,604) move forward and backward through the node structure of the file.  If
info-stnd.texi(,605) you press @key{SPC} while viewing the end of a node, or @key{DEL} while
info-stnd.texi(,606) viewing the beginning of a node, what happens is controlled by the
info-stnd.texi(,607) variable @code{scroll-behavior}.  @xref{Variables,
info-stnd.texi(,608) @code{scroll-behavior}}, for more information.
info-stnd.texi(,609) 
info-stnd.texi(,610) The @code{scroll-forward-page-only} and @code{scroll-backward-page-only}
info-stnd.texi(,611) commands never scroll beyond the current node.
info-stnd.texi(,612) 
info-stnd.texi(,613) @kindex PageUp
info-stnd.texi(,614) The @key{PREVIOUS} key is the @key{PageUp} key on many keyboards.  Emacs
info-stnd.texi(,615) refers to it by the name @key{PRIOR}.  When you use @key{PRIOR} or
info-stnd.texi(,616) @key{PageUp} to scroll, Info never scrolls beyond the beginning of the
info-stnd.texi(,617) current node.
info-stnd.texi(,618) 
info-stnd.texi(,619) @kindex BS (backspace)
info-stnd.texi(,620) If your keyboard lacks the @key{DEL} key, look for a key called
info-stnd.texi(,621) @key{BS}, or @samp{BackSpace}, sometimes designated with an arrow which
info-stnd.texi(,622) points to the left, which should perform the same function.
info-stnd.texi(,623) 
info-stnd.texi(,624) @table @asis
info-stnd.texi(,625) @item @key{C-l} (@code{redraw-display})
info-stnd.texi(,626) @kindex C-l
info-stnd.texi(,627) @findex redraw-display
info-stnd.texi(,628) Redraw the display from scratch, or shift the line containing the cursor
info-stnd.texi(,629) to a specified location.  With no numeric argument, @samp{C-l} clears
info-stnd.texi(,630) the screen, and then redraws its entire contents.  Given a numeric
info-stnd.texi(,631) argument of @var{n}, the line containing the cursor is shifted so that
info-stnd.texi(,632) it is on the @var{n}th line of the window.
info-stnd.texi(,633) 
info-stnd.texi(,634) @item @kbd{C-x @key{w}} (@code{toggle-wrap})
info-stnd.texi(,635) @kindex C-w
info-stnd.texi(,636) @findex toggle-wrap
info-stnd.texi(,637) Toggles the state of line wrapping in the current window.  Normally,
info-stnd.texi(,638) lines which are longer than the screen width @dfn{wrap}, i.e., they are
info-stnd.texi(,639) continued on the next line.  Lines which wrap have a @samp{\} appearing
info-stnd.texi(,640) in the rightmost column of the screen.  You can cause such lines to be
info-stnd.texi(,641) terminated at the rightmost column by changing the state of line
info-stnd.texi(,642) wrapping in the window with @code{C-x w}.  When a line which needs more
info-stnd.texi(,643) space than one screen width to display is displayed, a @samp{$} appears
info-stnd.texi(,644) in the rightmost column of the screen, and the remainder of the line is
info-stnd.texi(,645) invisible.  When long lines are truncated, the modeline displays the
info-stnd.texi(,646) @samp{$} character near its left edge.
info-stnd.texi(,647) @end table
info-stnd.texi(,648) 
info-stnd.texi(,649) 
info-stnd.texi(,650) @node Node Commands
info-stnd.texi(,651) @chapter Selecting a Node
info-stnd.texi(,652) @cindex nodes, selection of
info-stnd.texi(,653) 
info-stnd.texi(,654) This section details the numerous Info commands which select a new node
info-stnd.texi(,655) to view in the current window.
info-stnd.texi(,656) 
info-stnd.texi(,657) The most basic node commands are @samp{n}, @samp{p}, @samp{u}, and
info-stnd.texi(,658) @samp{l}.  Note that the commands to select nodes are mapped differently
info-stnd.texi(,659) when @samp{--vi-keys} is in effect; these keybindings are designated
info-stnd.texi(,660) below as ``vi-like operation''.
info-stnd.texi(,661) 
info-stnd.texi(,662) When you are viewing a node, the top line of the node contains some Info
info-stnd.texi(,663) @dfn{pointers} which describe where the next, previous, and up nodes
info-stnd.texi(,664) are.  Info uses this line to move about the node structure of the file
info-stnd.texi(,665) when you use the following commands:
info-stnd.texi(,666) 
info-stnd.texi(,667) @table @asis
info-stnd.texi(,668) @item @key{n} (@code{next-node})
info-stnd.texi(,669) @itemx @kbd{C-@key{NEXT}} (on DOS/Windows only)
info-stnd.texi(,670) @itemx @kbd{C-x @key{n}}, vi-like operation
info-stnd.texi(,671) @kindex n
info-stnd.texi(,672) @kindex C-NEXT
info-stnd.texi(,673) @kindex C-x n, vi-like operation
info-stnd.texi(,674) @findex next-node
info-stnd.texi(,675) Select the `Next' node.
info-stnd.texi(,676) 
info-stnd.texi(,677) @kindex C-PgDn
info-stnd.texi(,678) The @key{NEXT} key is known as the @key{PgDn} key on some
info-stnd.texi(,679) keyboards.
info-stnd.texi(,680) 
info-stnd.texi(,681) @item @key{p} (@code{prev-node})
info-stnd.texi(,682) @itemx @kbd{C-@key{PREVIOUS}} (on DOS/Windows only)
info-stnd.texi(,683) @kindex p
info-stnd.texi(,684) @kindex C-PREVIOUS
info-stnd.texi(,685) @findex prev-node
info-stnd.texi(,686) Select the `Prev' node.
info-stnd.texi(,687) 
info-stnd.texi(,688) @kindex C-PgUp
info-stnd.texi(,689) The @key{PREVIOUS} key is known as the @key{PgUp} key on some
info-stnd.texi(,690) keyboards.
info-stnd.texi(,691) 
info-stnd.texi(,692) @item @key{u} (@code{up-node})
info-stnd.texi(,693) @itemx @kbd{C-@key{UP}} (an arrow key on DOS/Windows only)
info-stnd.texi(,694) @itemx @kbd{C-x @key{u}}, vi-like operation
info-stnd.texi(,695) @kindex u
info-stnd.texi(,696) @kindex C-UP
info-stnd.texi(,697) @kindex C-x u, vi-like operation
info-stnd.texi(,698) @findex up-node
info-stnd.texi(,699) Select the `Up' node.
info-stnd.texi(,700) @end table
info-stnd.texi(,701) 
info-stnd.texi(,702) You can easily select a node that you have already viewed in this window
info-stnd.texi(,703) by using the @samp{l} command -- this name stands for "last", and
info-stnd.texi(,704) actually moves backwards through the history of visited nodes for this
info-stnd.texi(,705) window.  This is handy when you followed a reference to another node,
info-stnd.texi(,706) possibly to read about a related issue, and would like then to resume
info-stnd.texi(,707) reading at the same place where you started the excursion.
info-stnd.texi(,708) 
info-stnd.texi(,709) Each node where you press @samp{l} is discarded from the history.  Thus,
info-stnd.texi(,710) by the time you get to the first node you visited in a window, the
info-stnd.texi(,711) entire history of that window is discarded.
info-stnd.texi(,712) 
info-stnd.texi(,713) @table @asis
info-stnd.texi(,714) @item @key{l} (@code{history-node})
info-stnd.texi(,715) @itemx @key{C-@key{CENTER}} (on DOS/Windows only)
info-stnd.texi(,716) @itemx @key{'}, vi-like operation
info-stnd.texi(,717) @kindex l
info-stnd.texi(,718) @kindex C-CENTER
info-stnd.texi(,719) @kindex ', vi-like operation
info-stnd.texi(,720) @findex history-node
info-stnd.texi(,721) Pop the most recently selected node in this window from the node
info-stnd.texi(,722) history.
info-stnd.texi(,723) @end table
info-stnd.texi(,724) 
info-stnd.texi(,725) Two additional commands make it easy to select the most commonly
info-stnd.texi(,726) selected nodes; they are @samp{t} and @samp{d}.
info-stnd.texi(,727) 
info-stnd.texi(,728) @table @asis
info-stnd.texi(,729) @item @key{t} (@code{top-node})
info-stnd.texi(,730) @itemx @key{M-t}, vi-like operation
info-stnd.texi(,731) @kindex t
info-stnd.texi(,732) @kindex M-t, vi-like operation
info-stnd.texi(,733) @findex top-node
info-stnd.texi(,734) Select the node @samp{Top} in the current Info file.
info-stnd.texi(,735) 
info-stnd.texi(,736) @item @key{d} (@code{dir-node})
info-stnd.texi(,737) @itemx @key{M-d}, vi-like operation
info-stnd.texi(,738) @kindex d
info-stnd.texi(,739) @kindex M-d, vi-like operation
info-stnd.texi(,740) @findex dir-node
info-stnd.texi(,741) Select the directory node (i.e., the node @samp{(dir)}).
info-stnd.texi(,742) @end table
info-stnd.texi(,743) 
info-stnd.texi(,744) Here are some other commands which immediately result in the selection
info-stnd.texi(,745) of a different node in the current window:
info-stnd.texi(,746) 
info-stnd.texi(,747) @table @asis
info-stnd.texi(,748) @item @key{<} (@code{first-node})
info-stnd.texi(,749) @itemx @key{g}, vi-like operation
info-stnd.texi(,750) @kindex <
info-stnd.texi(,751) @kindex g, vi-like operation
info-stnd.texi(,752) @findex first-node
info-stnd.texi(,753) Selects the first node which appears in this file.  This node is most
info-stnd.texi(,754) often @samp{Top}, but it does not have to be.  With a numeric argument
info-stnd.texi(,755) @var{N}, select the @var{N}th node (the first node is node 1).  An
info-stnd.texi(,756) argument of zero is the same as the argument of 1.
info-stnd.texi(,757) 
info-stnd.texi(,758) @item @key{>} (@code{last-node})
info-stnd.texi(,759) @itemx @key{G}, vi-like operation
info-stnd.texi(,760) @kindex >
info-stnd.texi(,761) @kindex G, vi-like operation
info-stnd.texi(,762) @findex last-node
info-stnd.texi(,763) Select the last node which appears in this file.  With a numeric argument
info-stnd.texi(,764) @var{N}, select the @var{N}th node (the first node is node 1).  An
info-stnd.texi(,765) argument of zero is the same as no argument, i.e., it selects the last
info-stnd.texi(,766) node.
info-stnd.texi(,767) 
info-stnd.texi(,768) @item @key{]} (@code{global-next-node})
info-stnd.texi(,769) @kindex ]
info-stnd.texi(,770) @findex global-next-node
info-stnd.texi(,771) Move forward or down through node structure.  If the node that you are
info-stnd.texi(,772) currently viewing has a @samp{Next} pointer, that node is selected.
info-stnd.texi(,773) Otherwise, if this node has a menu, the first menu item is selected.  If
info-stnd.texi(,774) there is no @samp{Next} and no menu, the same process is tried with the
info-stnd.texi(,775) @samp{Up} node of this node.
info-stnd.texi(,776) 
info-stnd.texi(,777) @item @key{[} (@code{global-prev-node})
info-stnd.texi(,778) @kindex [
info-stnd.texi(,779) @findex global-prev-node
info-stnd.texi(,780) Move backward or up through node structure.  If the node that you are
info-stnd.texi(,781) currently viewing has a @samp{Prev} pointer, that node is selected.
info-stnd.texi(,782) Otherwise, if the node has an @samp{Up} pointer, that node is selected,
info-stnd.texi(,783) and if it has a menu, the last item in the menu is selected.
info-stnd.texi(,784) @end table
info-stnd.texi(,785) 
info-stnd.texi(,786) You can get the same behavior as @code{global-next-node} and
info-stnd.texi(,787) @code{global-prev-node} while simply scrolling through the file with
info-stnd.texi(,788) @key{SPC} and @key{DEL}; @xref{Variables, @code{scroll-behavior}}, for
info-stnd.texi(,789) more information.
info-stnd.texi(,790) 
info-stnd.texi(,791) @table @asis
info-stnd.texi(,792) @anchor{goto-node}
info-stnd.texi(,793) @item @key{g} (@code{goto-node})
info-stnd.texi(,794) @itemx @kbd{C-x @key{g}}, vi-like operation
info-stnd.texi(,795) @kindex g
info-stnd.texi(,796) @kindex C-x g, vi-like operation
info-stnd.texi(,797) @findex goto-node
info-stnd.texi(,798) Read the name of a node and select it.  While reading the node name,
info-stnd.texi(,799) completion (@pxref{The Echo Area, completion}) is only done for the
info-stnd.texi(,800) nodes which reside in one of the Info files that were loaded in the
info-stnd.texi(,801) current Info session; if the desired node resides in some other file,
info-stnd.texi(,802) you must type the node exactly as it appears in that Info file, and you
info-stnd.texi(,803) must include the Info file of the other file.  For example,
info-stnd.texi(,804) 
info-stnd.texi(,805) @example
info-stnd.texi(,806) @code{g(emacs)Buffers}
info-stnd.texi(,807) @end example
info-stnd.texi(,808) 
info-stnd.texi(,809) finds the node @samp{Buffers} in the Info file @file{emacs}.
info-stnd.texi(,810) 
info-stnd.texi(,811) @anchor{goto-invocation}
info-stnd.texi(,812) @item @key{O} (@code{goto-invocation}
info-stnd.texi(,813) @itemx @key{I}
info-stnd.texi(,814) @kindex O
info-stnd.texi(,815) @kindex I
info-stnd.texi(,816) @findex goto-invocation
info-stnd.texi(,817) @cindex finding the Invocation node
info-stnd.texi(,818) Read the name of a program and look for a node in the current Info file
info-stnd.texi(,819) which describes the invocation and the command-line options for that
info-stnd.texi(,820) program.  The default program name is derived from the name of the
info-stnd.texi(,821) current Info file.  This command does the same as the
info-stnd.texi(,822) @samp{--show-options} command-line option (@pxref{--show-options}), but
info-stnd.texi(,823) it also allows to specify the program name; this is important for those
info-stnd.texi(,824) manuals which describe several programs.
info-stnd.texi(,825) 
info-stnd.texi(,826) If you need to find the Invocation node of a program that is documented
info-stnd.texi(,827) in another Info file, you need to visit that file before invoking
info-stnd.texi(,828) @samp{I}.  For example, if you are reading the Emacs manual and want to
info-stnd.texi(,829) see the command-line options of the @code{makeinfo} program, type @kbd{g
info-stnd.texi(,830) (texinfo) @key{RET}} and then @kbd{I makeinfo @key{RET}}.  If you don't
info-stnd.texi(,831) know what Info file documents the command, or if invoking @samp{I}
info-stnd.texi(,832) doesn't display the right node, go to the @samp{(dir)} node (using the
info-stnd.texi(,833) @samp{d} command) and invoke @samp{I} from there.
info-stnd.texi(,834) 
info-stnd.texi(,835) @item @key{G} (@code{menu-sequence})
info-stnd.texi(,836) @kindex G
info-stnd.texi(,837) @findex menu-sequence
info-stnd.texi(,838) @cindex menu, following, from inside Info
info-stnd.texi(,839) Read a sequence of menu entries and follow it.  Info prompts for a
info-stnd.texi(,840) sequence of menu items separated by commas.  (Since commas are not
info-stnd.texi(,841) allowed in a node name, they are a natural choice for a delimiter in a
info-stnd.texi(,842) list of menu items.)  Info then looks up the first item in the menu of
info-stnd.texi(,843) the node @samp{(dir)} (if the @samp{(dir)} node cannot be found, Info
info-stnd.texi(,844) uses @samp{Top}).  If such an entry is found, Info goes to the node it
info-stnd.texi(,845) points to and looks up the second item in the menu of that node, etc.
info-stnd.texi(,846) In other words, you can specify a complete path which descends through
info-stnd.texi(,847) the menu hierarchy of a particular Info file starting at the
info-stnd.texi(,848) @samp{(dir)} node.  This has the same effect as if you typed the menu
info-stnd.texi(,849) item sequence on Info's command line, see @ref{command-line menu items,,
info-stnd.texi(,850) Info command-line arguments processing}.  For example,
info-stnd.texi(,851) 
info-stnd.texi(,852) @example
info-stnd.texi(,853)  @kbd{G Texinfo,Overview,Reporting Bugs @key{RET}}
info-stnd.texi(,854) @end example
info-stnd.texi(,855) 
info-stnd.texi(,856) @noindent
info-stnd.texi(,857) displays the node @samp{Reporting Bugs} in the Texinfo manual.  (You
info-stnd.texi(,858) don't actually need to type the menu items in their full length, or in
info-stnd.texi(,859) their exact letter-case.  However, if you do type the menu items
info-stnd.texi(,860) exactly, Info will find it faster.)
info-stnd.texi(,861) 
info-stnd.texi(,862) If any of the menu items you type are not found, Info stops at the last
info-stnd.texi(,863) entry it did find and reports an error.
info-stnd.texi(,864) 
info-stnd.texi(,865) @item @kbd{C-x @key{k}} (@code{kill-node})
info-stnd.texi(,866) @kindex C-x k
info-stnd.texi(,867) @findex kill-node
info-stnd.texi(,868) Kill a node.  The node name is prompted for in the echo area, with a
info-stnd.texi(,869) default of the current node.  @dfn{Killing} a node means that Info tries
info-stnd.texi(,870) hard to forget about it, removing it from the list of history nodes kept
info-stnd.texi(,871) for the window where that node is found.  Another node is selected in
info-stnd.texi(,872) the window which contained the killed node.
info-stnd.texi(,873) 
info-stnd.texi(,874) @item @kbd{C-x C-f} (@code{view-file})
info-stnd.texi(,875) @kindex C-x C-f
info-stnd.texi(,876) @findex view-file
info-stnd.texi(,877) Read the name of a file and selects the entire file.  The command
info-stnd.texi(,878) @example
info-stnd.texi(,879) @code{C-x C-f @var{filename}}
info-stnd.texi(,880) @end example
info-stnd.texi(,881) is equivalent to typing
info-stnd.texi(,882) @example
info-stnd.texi(,883) @code{g(@var{filename})*}
info-stnd.texi(,884) @end example
info-stnd.texi(,885) 
info-stnd.texi(,886) @item @kbd{C-x C-b} (@code{list-visited-nodes})
info-stnd.texi(,887) @kindex C-x C-b
info-stnd.texi(,888) @findex list-visited-nodes
info-stnd.texi(,889) Make a window containing a menu of all of the currently visited nodes.
info-stnd.texi(,890) This window becomes the selected window, and you may use the standard
info-stnd.texi(,891) Info commands within it.
info-stnd.texi(,892) 
info-stnd.texi(,893) @item @kbd{C-x @key{b}} (@code{select-visited-node})
info-stnd.texi(,894) @kindex C-x b
info-stnd.texi(,895) @findex select-visited-node
info-stnd.texi(,896) Select a node which has been previously visited in a visible window.
info-stnd.texi(,897) This is similar to @samp{C-x C-b} followed by @samp{m}, but no window is
info-stnd.texi(,898) created.
info-stnd.texi(,899) @end table
info-stnd.texi(,900) 
info-stnd.texi(,901) 
info-stnd.texi(,902) @node Searching Commands
info-stnd.texi(,903) @chapter Searching an Info File
info-stnd.texi(,904) @cindex searching
info-stnd.texi(,905) 
info-stnd.texi(,906) GNU Info allows you to search for a sequence of characters throughout an
info-stnd.texi(,907) entire Info file, search through the indices of an Info file, or find
info-stnd.texi(,908) areas within an Info file which discuss a particular topic.
info-stnd.texi(,909) 
info-stnd.texi(,910) @table @asis
info-stnd.texi(,911) @item @key{s} (@code{search})
info-stnd.texi(,912) @itemx @key{/}
info-stnd.texi(,913) @kindex s
info-stnd.texi(,914) @kindex /
info-stnd.texi(,915) @findex search
info-stnd.texi(,916) Read a string in the echo area and search for it.  If the string
info-stnd.texi(,917) includes upper-case characters, the Info file is searched
info-stnd.texi(,918) case-sensitively; otherwise Info ignores the letter case.  With a
info-stnd.texi(,919) numeric argument of @var{N}, search for @var{N}th occurrence of the
info-stnd.texi(,920) string.  Negative arguments search backwards.
info-stnd.texi(,921) 
info-stnd.texi(,922) @item @key{?} (@code{search-backward}, vi-like operation)
info-stnd.texi(,923) @kindex ?, vi-like operation
info-stnd.texi(,924) @findex search-backward
info-stnd.texi(,925) Read a string in the echo area and search backward through the Info file
info-stnd.texi(,926) for that string.  If the string includes upper-case characters, the Info
info-stnd.texi(,927) file is searched case-sensitively; otherwise Info ignores the letter
info-stnd.texi(,928) case.  With a numeric argument of @var{N}, search for @var{N}th
info-stnd.texi(,929) occurrence of the string.  Negative arguments search forward.
info-stnd.texi(,930) 
info-stnd.texi(,931) @item @key{S} (@code{search-case-sensitively}
info-stnd.texi(,932) @kindex S
info-stnd.texi(,933) @findex search-case-sensitively
info-stnd.texi(,934) @cindex search, case-sensitive
info-stnd.texi(,935) @cindex case-sensitive search
info-stnd.texi(,936) Read a string in the echo area and search for it case-sensitively, even
info-stnd.texi(,937) if the string includes only lower-case letters.  With a numeric argument
info-stnd.texi(,938) of @var{N}, search for @var{N}th occurrence of the string.  Negative
info-stnd.texi(,939) arguments search backwards.
info-stnd.texi(,940) 
info-stnd.texi(,941) @item @kbd{C-x @key{n}} (@code{search-next})
info-stnd.texi(,942) @itemx @key{n}, vi-like operation
info-stnd.texi(,943) @kindex C-x n
info-stnd.texi(,944) @kindex n, vi-like operation
info-stnd.texi(,945) @findex search-next
info-stnd.texi(,946) @cindex repeated search
info-stnd.texi(,947) Search for the same string used in the last search command, in the same
info-stnd.texi(,948) direction, and with the same case-sensitivity option.  With a numeric
info-stnd.texi(,949) argument of @var{N}, search for @var{N}th next occurrence.
info-stnd.texi(,950) 
info-stnd.texi(,951) @item @kbd{C-x @key{N}} (@code{search-previous})
info-stnd.texi(,952) @itemx @key{N}, vi-like operation
info-stnd.texi(,953) @kindex C-x N
info-stnd.texi(,954) @kindex n, vi-like operation
info-stnd.texi(,955) @findex search-previous
info-stnd.texi(,956) Search for the same string used in the last search command, and with the
info-stnd.texi(,957) same case-sensitivity option, but in the reverse direction.  With a
info-stnd.texi(,958) numeric argument of @var{N}, search for @var{N}th previous occurrence.
info-stnd.texi(,959) 
info-stnd.texi(,960) @item @key{C-s} (@code{isearch-forward})
info-stnd.texi(,961) @kindex C-s
info-stnd.texi(,962) @findex isearch-forward
info-stnd.texi(,963) @cindex incremental search
info-stnd.texi(,964) Interactively search forward through the Info file for a string as you
info-stnd.texi(,965) type it.  If the string includes upper-case characters, the search is
info-stnd.texi(,966) case-sensitive; otherwise Info ignores the letter case.
info-stnd.texi(,967) 
info-stnd.texi(,968) @item @key{C-r} (@code{isearch-backward})
info-stnd.texi(,969) @kindex C-r
info-stnd.texi(,970) @findex isearch-backward
info-stnd.texi(,971) Interactively search backward through the Info file for a string as
info-stnd.texi(,972) you type it.  If the string includes upper-case characters, the search
info-stnd.texi(,973) is case-sensitive; otherwise Info ignores the letter case.
info-stnd.texi(,974) 
info-stnd.texi(,975) @item @key{i} (@code{index-search})
info-stnd.texi(,976) @kindex i
info-stnd.texi(,977) @findex index-search
info-stnd.texi(,978) @cindex index, searching
info-stnd.texi(,979) @cindex searching, in the indices
info-stnd.texi(,980) Look up a string in the indices for this Info file, and select a node
info-stnd.texi(,981) where the found index entry points to.
info-stnd.texi(,982) 
info-stnd.texi(,983) @item @key{,} (@code{next-index-match})
info-stnd.texi(,984) @kindex ,
info-stnd.texi(,985) @findex next-index-match
info-stnd.texi(,986) Move to the node containing the next matching index item from the last
info-stnd.texi(,987) @samp{i} command.
info-stnd.texi(,988) 
info-stnd.texi(,989) @item @kbd{M-x index-apropos}
info-stnd.texi(,990) @findex index-apropos
info-stnd.texi(,991) Grovel the indices of all the known Info files on your system for a
info-stnd.texi(,992) string, and build a menu of the possible matches.
info-stnd.texi(,993) @end table
info-stnd.texi(,994) 
info-stnd.texi(,995) The most basic searching command is @samp{s} or @samp{/}
info-stnd.texi(,996) (@code{search}).  The @samp{s} command prompts you for a string in the
info-stnd.texi(,997) echo area, and then searches the remainder of the Info file for an
info-stnd.texi(,998) occurrence of that string.  If the string is found, the node containing
info-stnd.texi(,999) it is selected, and the cursor is left positioned at the start of the
info-stnd.texi(,1000) found string.  Subsequent @samp{s} commands show you the default search
info-stnd.texi(,1001) string within @samp{[} and @samp{]}; pressing @key{RET} instead of
info-stnd.texi(,1002) typing a new string will use the default search string.  Under
info-stnd.texi(,1003) @samp{--vi-keys} (@pxref{--vi-keys}), using the @samp{n} or @samp{N}
info-stnd.texi(,1004) commands is a faster way of searching for the same string.
info-stnd.texi(,1005) 
info-stnd.texi(,1006) @dfn{Incremental searching} is similar to basic searching, but the
info-stnd.texi(,1007) string is looked up while you are typing it, instead of waiting until
info-stnd.texi(,1008) the entire search string has been specified.
info-stnd.texi(,1009) 
info-stnd.texi(,1010) @cindex search, and case-sensitivity
info-stnd.texi(,1011) @cindex case-sensitivity, and search
info-stnd.texi(,1012) Both incremental and non-incremental search by default ignore the case
info-stnd.texi(,1013) of letters when comparing the Info file text with the search string.
info-stnd.texi(,1014) However, an uppercase letter in the search string makes the search
info-stnd.texi(,1015) case-sensitive.  You can force a case-sensitive non-incremental search,
info-stnd.texi(,1016) even for a string that includes only lower-case letters, by using the
info-stnd.texi(,1017) @samp{S} command (@code{search-case-sensitively}).  The @samp{n} and
info-stnd.texi(,1018) @samp{N} commands operate case-sensitively if the last search command
info-stnd.texi(,1019) was @samp{S}.
info-stnd.texi(,1020) 
info-stnd.texi(,1021) The most efficient means of finding something quickly in a manual is
info-stnd.texi(,1022) the @samp{i} command (@code{index-search}).  This command prompts for
info-stnd.texi(,1023) a string, and then looks for that string in all the indices of the
info-stnd.texi(,1024) current Info manual.  If it finds a matching index entry, it displays
info-stnd.texi(,1025) the node to which that entry refers and prints the full text of the
info-stnd.texi(,1026) entry in the echo area.  You can press @samp{,}
info-stnd.texi(,1027) (@code{next-index-match}) to find more matches.  A good Info manual
info-stnd.texi(,1028) has all of its important concepts indexed, so the @samp{i} command
info-stnd.texi(,1029) lets you use a manual as a reference.
info-stnd.texi(,1030) 
info-stnd.texi(,1031) If you don't know what manual documents something, try the @kbd{M-x
info-stnd.texi(,1032) index-apropos}.  It prompts for a string and then looks up that string
info-stnd.texi(,1033) in all the indices of all the Info documents installed on your system.
info-stnd.texi(,1034) It can also be invoked from the command line; see @ref{--apropos}.
info-stnd.texi(,1035) 
info-stnd.texi(,1036) 
info-stnd.texi(,1037) @node Xref Commands
info-stnd.texi(,1038) @chapter Selecting Cross References
info-stnd.texi(,1039) 
info-stnd.texi(,1040) We have already discussed the @samp{Next}, @samp{Prev}, and @samp{Up}
info-stnd.texi(,1041) pointers which appear at the top of a node.  In addition to these
info-stnd.texi(,1042) pointers, a node may contain other pointers which refer you to a
info-stnd.texi(,1043) different node, perhaps in another Info file.  Such pointers are called
info-stnd.texi(,1044) @dfn{cross references}, or @dfn{xrefs} for short.
info-stnd.texi(,1045) 
info-stnd.texi(,1046) @menu
info-stnd.texi(,1047) * Parts of an Xref::            What a cross reference is made of.
info-stnd.texi(,1048) * Selecting Xrefs::             Commands for selecting menu or note items.
info-stnd.texi(,1049) @end menu
info-stnd.texi(,1050) 
info-stnd.texi(,1051) @node Parts of an Xref, Selecting Xrefs,  , Xref Commands
info-stnd.texi(,1052) @section Parts of an Xref
info-stnd.texi(,1053) 
info-stnd.texi(,1054) Cross references have two major parts: the first part is called the
info-stnd.texi(,1055) @dfn{label}; it is the name that you can use to refer to the cross
info-stnd.texi(,1056) reference, and the second is the @dfn{target}; it is the full name of
info-stnd.texi(,1057) the node that the cross reference points to.
info-stnd.texi(,1058) 
info-stnd.texi(,1059) The target is separated from the label by a colon @samp{:}; first the
info-stnd.texi(,1060) label appears, and then the target.  For example, in the sample menu
info-stnd.texi(,1061) cross reference below, the single colon separates the label from the
info-stnd.texi(,1062) target.
info-stnd.texi(,1063) 
info-stnd.texi(,1064) @example
info-stnd.texi(,1065) * Foo Label: Foo Target.        More information about Foo.
info-stnd.texi(,1066) @end example
info-stnd.texi(,1067) 
info-stnd.texi(,1068) Note the @samp{.} which ends the name of the target.  The @samp{.} is
info-stnd.texi(,1069) not part of the target; it serves only to let Info know where the target
info-stnd.texi(,1070) name ends.
info-stnd.texi(,1071) 
info-stnd.texi(,1072) A shorthand way of specifying references allows two adjacent colons to
info-stnd.texi(,1073) stand for a target name which is the same as the label name:
info-stnd.texi(,1074) 
info-stnd.texi(,1075) @example
info-stnd.texi(,1076) * Foo Commands::                Commands pertaining to Foo.
info-stnd.texi(,1077) @end example
info-stnd.texi(,1078) 
info-stnd.texi(,1079) In the above example, the name of the target is the same as the name of
info-stnd.texi(,1080) the label, in this case @code{Foo Commands}.
info-stnd.texi(,1081) 
info-stnd.texi(,1082) You will normally see two types of cross reference while viewing nodes:
info-stnd.texi(,1083) @dfn{menu} references, and @dfn{note} references.  Menu references
info-stnd.texi(,1084) appear within a node's menu; they begin with a @samp{*} at the beginning
info-stnd.texi(,1085) of a line, and continue with a label, a target, and a comment which
info-stnd.texi(,1086) describes what the contents of the node pointed to contains.
info-stnd.texi(,1087) 
info-stnd.texi(,1088) Note references appear within the body of the node text; they begin with
info-stnd.texi(,1089) @code{*Note}, and continue with a label and a target.
info-stnd.texi(,1090) 
info-stnd.texi(,1091) Like @samp{Next}, @samp{Prev}, and @samp{Up} pointers, cross references
info-stnd.texi(,1092) can point to any valid node.  They are used to refer you to a place
info-stnd.texi(,1093) where more detailed information can be found on a particular subject.
info-stnd.texi(,1094) Here is a cross reference which points to a node within the Texinfo
info-stnd.texi(,1095) documentation:  @xref{xref, , Writing an Xref, texinfo, the Texinfo
info-stnd.texi(,1096) Manual}, for more information on creating your own texinfo cross
info-stnd.texi(,1097) references.
info-stnd.texi(,1098) 
info-stnd.texi(,1099) @node Selecting Xrefs,  , Parts of an Xref, Xref Commands
info-stnd.texi(,1100) @section Selecting Xrefs
info-stnd.texi(,1101) 
info-stnd.texi(,1102) The following table lists the Info commands which operate on menu items.
info-stnd.texi(,1103) 
info-stnd.texi(,1104) @table @asis
info-stnd.texi(,1105) @item @key{1} (@code{menu-digit})
info-stnd.texi(,1106) @itemx @key{2} @dots{} @key{9}
info-stnd.texi(,1107) @itemx @key{M-1}, vi-like operation
info-stnd.texi(,1108) @itemx @key{M-2} @dots{} @key{M-9}, vi-like operation
info-stnd.texi(,1109) @cindex 1 @dots{} 9, in Info windows
info-stnd.texi(,1110) @cindex M-1 @dots{} M-9, vi-like operation
info-stnd.texi(,1111) @kindex 1 @dots{} 9, in Info windows
info-stnd.texi(,1112) @kindex M-1 @dots{} M-9, vi-like operation
info-stnd.texi(,1113) @findex menu-digit
info-stnd.texi(,1114) Within an Info window, pressing a single digit, (such as @samp{1}),
info-stnd.texi(,1115) selects that menu item, and places its node in the current window.
info-stnd.texi(,1116) For convenience, there is one exception; pressing @samp{0} selects the
info-stnd.texi(,1117) @emph{last} item in the node's menu.  When @samp{--vi-keys} is in
info-stnd.texi(,1118) effect, digits set the numeric argument, so these commands are remapped
info-stnd.texi(,1119) to their @samp{M-} varieties.  For example, to select the last menu
info-stnd.texi(,1120) item, press @key{M-0}.
info-stnd.texi(,1121) 
info-stnd.texi(,1122) @item @key{0} (@code{last-menu-item})
info-stnd.texi(,1123) @itemx @key{M-0}, vi-like operation
info-stnd.texi(,1124) @kindex 0, in Info windows
info-stnd.texi(,1125) @kindex M-0, vi-like operation
info-stnd.texi(,1126) @findex last-menu-item
info-stnd.texi(,1127) Select the last item in the current node's menu.
info-stnd.texi(,1128) 
info-stnd.texi(,1129) @item @key{m} (@code{menu-item})
info-stnd.texi(,1130) @kindex m
info-stnd.texi(,1131) @findex menu-item
info-stnd.texi(,1132) Reads the name of a menu item in the echo area and selects its node.
info-stnd.texi(,1133) Completion is available while reading the menu label.  @xref{The Echo
info-stnd.texi(,1134) Area, completion}.
info-stnd.texi(,1135) 
info-stnd.texi(,1136) @item @kbd{M-x find-menu}
info-stnd.texi(,1137) @findex find-menu
info-stnd.texi(,1138) Move the cursor to the start of this node's menu.
info-stnd.texi(,1139) @end table
info-stnd.texi(,1140) 
info-stnd.texi(,1141) This table lists the Info commands which operate on cross references.
info-stnd.texi(,1142) 
info-stnd.texi(,1143) @table @asis
info-stnd.texi(,1144) @item @key{f} (@code{xref-item})
info-stnd.texi(,1145) @itemx @key{r}
info-stnd.texi(,1146) @item @key{M-f}, vi-like operation
info-stnd.texi(,1147) @itemx @kbd{C-x @key{r}}, vi-like operation
info-stnd.texi(,1148) @kindex f
info-stnd.texi(,1149) @kindex r
info-stnd.texi(,1150) @kindex M-f, vi-like operation
info-stnd.texi(,1151) @kindex C-x r, vi-like operation
info-stnd.texi(,1152) @findex xref-item
info-stnd.texi(,1153) Reads the name of a note cross reference in the echo area and selects
info-stnd.texi(,1154) its node.  Completion is available while reading the cross reference
info-stnd.texi(,1155) label.  @xref{The Echo Area, completion}.
info-stnd.texi(,1156) @end table
info-stnd.texi(,1157) 
info-stnd.texi(,1158) Finally, the next few commands operate on menu or note references alike:
info-stnd.texi(,1159) 
info-stnd.texi(,1160) @table @asis
info-stnd.texi(,1161) @item @key{TAB} (@code{move-to-next-xref})
info-stnd.texi(,1162) @kindex TAB, in Info windows
info-stnd.texi(,1163) @findex move-to-next-xref
info-stnd.texi(,1164) Move the cursor to the start of the next nearest menu item or note
info-stnd.texi(,1165) reference in this node.  You can then use @key{RET}
info-stnd.texi(,1166) (@code{select-reference-this-line}) to select the menu or note reference.
info-stnd.texi(,1167) 
info-stnd.texi(,1168) @item @key{M-TAB} (@code{move-to-prev-xref})
info-stnd.texi(,1169) @itemx @key{Shift-@key{TAB}} (on DOS/Windows only)
info-stnd.texi(,1170) @kindex M-TAB, in Info windows
info-stnd.texi(,1171) @findex move-to-prev-xref
info-stnd.texi(,1172) Move the cursor the start of the nearest previous menu item or note
info-stnd.texi(,1173) reference in this node.
info-stnd.texi(,1174) 
info-stnd.texi(,1175) @kindex Shift-TAB, in Info windows
info-stnd.texi(,1176) @kindex BackTab, in Info windows
info-stnd.texi(,1177) On DOS/Windows only, the @kbd{Shift-@key{TAB}} key is an alias for
info-stnd.texi(,1178) @kbd{M-@key{TAB}}.  This key is sometimes called @samp{BackTab}.
info-stnd.texi(,1179) 
info-stnd.texi(,1180) @item @key{RET} (@code{select-reference-this-line})
info-stnd.texi(,1181) @itemx @key{M-g}, vi-like operation
info-stnd.texi(,1182) @kindex RET, in Info windows
info-stnd.texi(,1183) @kindex M-g, vi-like operation
info-stnd.texi(,1184) @findex select-reference-this-line
info-stnd.texi(,1185) Select the menu item or note reference appearing on this line.
info-stnd.texi(,1186) @end table
info-stnd.texi(,1187) 
info-stnd.texi(,1188) 
info-stnd.texi(,1189) @node Window Commands
info-stnd.texi(,1190) @chapter Manipulating Multiple Windows
info-stnd.texi(,1191) @cindex windows, manipulating
info-stnd.texi(,1192) 
info-stnd.texi(,1193) A @dfn{window} is a place to show the text of a node.  Windows have a
info-stnd.texi(,1194) view area where the text of the node is displayed, and an associated
info-stnd.texi(,1195) @dfn{mode line}, which briefly describes the node being viewed.
info-stnd.texi(,1196) 
info-stnd.texi(,1197) GNU Info supports multiple windows appearing in a single screen; each
info-stnd.texi(,1198) window is separated from the next by its modeline.  At any time, there
info-stnd.texi(,1199) is only one @dfn{active} window, that is, the window in which the cursor
info-stnd.texi(,1200) appears.  There are commands available for creating windows, changing
info-stnd.texi(,1201) the size of windows, selecting which window is active, and for deleting
info-stnd.texi(,1202) windows.
info-stnd.texi(,1203) 
info-stnd.texi(,1204) @menu
info-stnd.texi(,1205) * The Mode Line::               What appears in the mode line?
info-stnd.texi(,1206) * Basic Windows::               Manipulating windows in Info.
info-stnd.texi(,1207) * The Echo Area::               Used for displaying errors and reading input.
info-stnd.texi(,1208) @end menu
info-stnd.texi(,1209) 
info-stnd.texi(,1210) @node The Mode Line, Basic Windows,  , Window Commands
info-stnd.texi(,1211) @section The Mode Line
info-stnd.texi(,1212) 
info-stnd.texi(,1213) A @dfn{mode line} is a line of inverse video which appears at the bottom
info-stnd.texi(,1214) of an Info window.  It describes the contents of the window just above
info-stnd.texi(,1215) it; this information includes the name of the file and node appearing in
info-stnd.texi(,1216) that window, the number of screen lines it takes to display the node,
info-stnd.texi(,1217) and the percentage of text that is above the top of the window.  It can
info-stnd.texi(,1218) also tell you if the indirect tags table for this Info file needs to be
info-stnd.texi(,1219) updated, and whether or not the Info file was compressed when stored on
info-stnd.texi(,1220) disk.
info-stnd.texi(,1221) 
info-stnd.texi(,1222) Here is a sample mode line for a window containing an uncompressed file
info-stnd.texi(,1223) named @file{dir}, showing the node @samp{Top}.
info-stnd.texi(,1224) 
info-stnd.texi(,1225) @example
info-stnd.texi(,1226) @group
info-stnd.texi(,1227) -----Info: (dir)Top, 40 lines --Top-------------------------------------
info-stnd.texi(,1228)             ^^   ^   ^^^        ^^
info-stnd.texi(,1229)           (file)Node #lines    where
info-stnd.texi(,1230) @end group
info-stnd.texi(,1231) @end example
info-stnd.texi(,1232) 
info-stnd.texi(,1233) When a node comes from a file which is compressed on disk, this is
info-stnd.texi(,1234) indicated in the mode line with two small @samp{z}'s.  In addition, if
info-stnd.texi(,1235) the Info file containing the node has been split into subfiles, the name
info-stnd.texi(,1236) of the subfile containing the node appears in the modeline as well:
info-stnd.texi(,1237) 
info-stnd.texi(,1238) @example
info-stnd.texi(,1239) --zz-Info: (emacs)Top, 291 lines --Top-- Subfile: emacs-1.Z-------------
info-stnd.texi(,1240) @end example
info-stnd.texi(,1241) 
info-stnd.texi(,1242) Truncation of long lines (as opposed to wrapping them to the next
info-stnd.texi(,1243) display line, @pxref{Scrolling Commands, toggle-wrap}) is indicated by a
info-stnd.texi(,1244) @samp{$} at the left edge of the mode line:
info-stnd.texi(,1245) 
info-stnd.texi(,1246) @example
info-stnd.texi(,1247) --$--Info: (texinfo)Top, 480 lines --Top-- Subfile: texinfo-1-----------
info-stnd.texi(,1248) @end example
info-stnd.texi(,1249) 
info-stnd.texi(,1250) When Info makes a node internally, such that there is no corresponding
info-stnd.texi(,1251) info file on disk, the name of the node is surrounded by asterisks
info-stnd.texi(,1252) (@samp{*}).  The name itself tells you what the contents of the window
info-stnd.texi(,1253) are; the sample mode line below shows an internally constructed node
info-stnd.texi(,1254) showing possible completions:
info-stnd.texi(,1255) 
info-stnd.texi(,1256) @example
info-stnd.texi(,1257) -----Info: *Completions*, 7 lines --All---------------------------------
info-stnd.texi(,1258) @end example
info-stnd.texi(,1259) 
info-stnd.texi(,1260) @node Basic Windows, The Echo Area, The Mode Line, Window Commands
info-stnd.texi(,1261) @section Window Commands
info-stnd.texi(,1262) 
info-stnd.texi(,1263) It can be convenient to view more than one node at a time.  To allow
info-stnd.texi(,1264) this, Info can display more than one @dfn{window}.  Each window has its
info-stnd.texi(,1265) own mode line (@pxref{The Mode Line}) and history of nodes viewed in that
info-stnd.texi(,1266) window (@pxref{Node Commands, , @code{history-node}}).
info-stnd.texi(,1267) 
info-stnd.texi(,1268) @table @asis
info-stnd.texi(,1269) @item @kbd{C-x @key{o}} (@code{next-window})
info-stnd.texi(,1270) @cindex windows, selecting
info-stnd.texi(,1271) @kindex C-x o
info-stnd.texi(,1272) @findex next-window
info-stnd.texi(,1273) Select the next window on the screen.  Note that the echo area can only be
info-stnd.texi(,1274) selected if it is already in use, and you have left it temporarily.
info-stnd.texi(,1275) Normally, @samp{C-x o} simply moves the cursor into the next window on
info-stnd.texi(,1276) the screen, or if you are already within the last window, into the first
info-stnd.texi(,1277) window on the screen.  Given a numeric argument, @samp{C-x o} moves over
info-stnd.texi(,1278) that many windows.  A negative argument causes @samp{C-x o} to select
info-stnd.texi(,1279) the previous window on the screen.
info-stnd.texi(,1280) 
info-stnd.texi(,1281) @item @kbd{M-x prev-window}
info-stnd.texi(,1282) @findex prev-window
info-stnd.texi(,1283) Select the previous window on the screen.  This is identical to
info-stnd.texi(,1284) @samp{C-x o} with a negative argument.
info-stnd.texi(,1285) 
info-stnd.texi(,1286) @item @kbd{C-x @key{2}} (@code{split-window})
info-stnd.texi(,1287) @cindex windows, creating
info-stnd.texi(,1288) @kindex C-x 2
info-stnd.texi(,1289) @findex split-window
info-stnd.texi(,1290) Split the current window into two windows, both showing the same node.
info-stnd.texi(,1291) Each window is one half the size of the original window, and the cursor
info-stnd.texi(,1292) remains in the original window.  The variable @code{automatic-tiling}
info-stnd.texi(,1293) can cause all of the windows on the screen to be resized for you
info-stnd.texi(,1294) automatically, please @pxref{Variables, , automatic-tiling} for more
info-stnd.texi(,1295) information.
info-stnd.texi(,1296) 
info-stnd.texi(,1297) @item @kbd{C-x @key{0}} (@code{delete-window})
info-stnd.texi(,1298) @cindex windows, deleting
info-stnd.texi(,1299) @kindex C-x 0
info-stnd.texi(,1300) @findex delete-window
info-stnd.texi(,1301) Delete the current window from the screen.  If you have made too many
info-stnd.texi(,1302) windows and your screen appears cluttered, this is the way to get rid of
info-stnd.texi(,1303) some of them.
info-stnd.texi(,1304) 
info-stnd.texi(,1305) @item @kbd{C-x @key{1}} (@code{keep-one-window})
info-stnd.texi(,1306) @kindex C-x 1
info-stnd.texi(,1307) @findex keep-one-window
info-stnd.texi(,1308) Delete all of the windows excepting the current one.
info-stnd.texi(,1309) 
info-stnd.texi(,1310) @item @kbd{ESC @key{C-v}} (@code{scroll-other-window})
info-stnd.texi(,1311) @kindex ESC C-v, in Info windows
info-stnd.texi(,1312) @findex scroll-other-window
info-stnd.texi(,1313) Scroll the other window, in the same fashion that @samp{C-v} might
info-stnd.texi(,1314) scroll the current window.  Given a negative argument, scroll the
info-stnd.texi(,1315) "other" window backward.
info-stnd.texi(,1316) 
info-stnd.texi(,1317) @item @kbd{C-x @key{^}} (@code{grow-window})
info-stnd.texi(,1318) @kindex C-x ^
info-stnd.texi(,1319) @findex grow-window
info-stnd.texi(,1320) Grow (or shrink) the current window.  Given a numeric argument, grow
info-stnd.texi(,1321) the current window that many lines; with a negative numeric argument,
info-stnd.texi(,1322) shrink the window instead.
info-stnd.texi(,1323) 
info-stnd.texi(,1324) @item @kbd{C-x @key{t}} (@code{tile-windows})
info-stnd.texi(,1325) @cindex tiling
info-stnd.texi(,1326) @kindex C-x t
info-stnd.texi(,1327) @findex tile-windows
info-stnd.texi(,1328) Divide the available screen space among all of the visible windows.
info-stnd.texi(,1329) Each window is given an equal portion of the screen in which to display
info-stnd.texi(,1330) its contents.  The variable @code{automatic-tiling} can cause
info-stnd.texi(,1331) @code{tile-windows} to be called when a window is created or deleted.
info-stnd.texi(,1332) @xref{Variables, , @code{automatic-tiling}}.
info-stnd.texi(,1333) @end table
info-stnd.texi(,1334) 
info-stnd.texi(,1335) @node The Echo Area,  , Basic Windows, Window Commands
info-stnd.texi(,1336) @section The Echo Area
info-stnd.texi(,1337) @cindex echo area
info-stnd.texi(,1338) 
info-stnd.texi(,1339) The @dfn{echo area} is a one line window which appears at the bottom of
info-stnd.texi(,1340) the screen.  It is used to display informative or error messages, and to
info-stnd.texi(,1341) read lines of input from you when that is necessary.  Almost all of the
info-stnd.texi(,1342) commands available in the echo area are identical to their Emacs
info-stnd.texi(,1343) counterparts, so please refer to that documentation for greater depth of
info-stnd.texi(,1344) discussion on the concepts of editing a line of text.  The following
info-stnd.texi(,1345) table briefly lists the commands that are available while input is being
info-stnd.texi(,1346) read in the echo area:
info-stnd.texi(,1347) 
info-stnd.texi(,1348) @table @asis
info-stnd.texi(,1349) @item @key{C-f} (@code{echo-area-forward})
info-stnd.texi(,1350) @itemx @key{RIGHT} (an arrow key)
info-stnd.texi(,1351) @itemx @key{M-h}, vi-like operation
info-stnd.texi(,1352) @kindex C-f, in the echo area
info-stnd.texi(,1353) @kindex RIGHT, in the echo area
info-stnd.texi(,1354) @kindex M-h, in the echo area, vi-like operation
info-stnd.texi(,1355) @findex echo-area-forward
info-stnd.texi(,1356) Move forward a character.
info-stnd.texi(,1357) 
info-stnd.texi(,1358) @item @key{C-b} (@code{echo-area-backward})
info-stnd.texi(,1359) @itemx @key{LEFT} (an arrow key)
info-stnd.texi(,1360) @itemx @key{M-l}, vi-like operation
info-stnd.texi(,1361) @kindex LEFT, in the echo area
info-stnd.texi(,1362) @kindex C-b, in the echo area
info-stnd.texi(,1363) @kindex M-l, in the echo area, vi-like operation
info-stnd.texi(,1364) @findex echo-area-backward
info-stnd.texi(,1365) Move backward a character.
info-stnd.texi(,1366) 
info-stnd.texi(,1367) @item @key{C-a} (@code{echo-area-beg-of-line})
info-stnd.texi(,1368) @itemx @key{M-0}, vi-like operation
info-stnd.texi(,1369) @kindex C-a, in the echo area
info-stnd.texi(,1370) @kindex M-0, in the echo area, vi-like operation
info-stnd.texi(,1371) @findex echo-area-beg-of-line
info-stnd.texi(,1372) Move to the start of the input line.
info-stnd.texi(,1373) 
info-stnd.texi(,1374) @item @key{C-e} (@code{echo-area-end-of-line})
info-stnd.texi(,1375) @itemx @key{M-$}, vi-like operation
info-stnd.texi(,1376) @kindex C-e, in the echo area
info-stnd.texi(,1377) @kindex M-$, vi-like operation
info-stnd.texi(,1378) @findex echo-area-end-of-line
info-stnd.texi(,1379) Move to the end of the input line.
info-stnd.texi(,1380) 
info-stnd.texi(,1381) @item @key{M-f} (@code{echo-area-forward-word})
info-stnd.texi(,1382) @itemx @key{C-@key{RIGHT}} (DOS/Windows only)
info-stnd.texi(,1383) @itemx @key{M-w}, vi-like operation
info-stnd.texi(,1384) @kindex M-f, in the echo area
info-stnd.texi(,1385) @kindex M-w, in the echo area, vi-like operation
info-stnd.texi(,1386) @findex echo-area-forward-word
info-stnd.texi(,1387) Move forward a word.
info-stnd.texi(,1388) 
info-stnd.texi(,1389) @kindex C-RIGHT, in the echo area
info-stnd.texi(,1390) On DOS/Windows, @kbd{C-@key{RIGHT}} moves forward by words.
info-stnd.texi(,1391) 
info-stnd.texi(,1392) @item @key{M-b} (@code{echo-area-backward-word})
info-stnd.texi(,1393) @itemx @key{C-@key{LEFT}} (DOS/Windows only)
info-stnd.texi(,1394) @kindex M-b, in the echo area
info-stnd.texi(,1395) @findex echo-area-backward-word
info-stnd.texi(,1396) Move backward a word.
info-stnd.texi(,1397) 
info-stnd.texi(,1398) @kindex C-LEFT, in the echo area
info-stnd.texi(,1399) On DOS/Windows, @kbd{C-@key{LEFT}} moves backward by words.
info-stnd.texi(,1400) 
info-stnd.texi(,1401) @item @key{C-d} (@code{echo-area-delete})
info-stnd.texi(,1402) @itemx @key{M-x}, vi-like operation
info-stnd.texi(,1403) @kindex C-d, in the echo area
info-stnd.texi(,1404) @kindex M-x, in the echo area, vi-like operation
info-stnd.texi(,1405) @findex echo-area-delete
info-stnd.texi(,1406) Delete the character under the cursor.
info-stnd.texi(,1407) 
info-stnd.texi(,1408) @item @key{DEL} (@code{echo-area-rubout})
info-stnd.texi(,1409) @kindex DEL, in the echo area
info-stnd.texi(,1410) @findex echo-area-rubout
info-stnd.texi(,1411) Delete the character behind the cursor.
info-stnd.texi(,1412) 
info-stnd.texi(,1413) On some keyboards, this key is designated @key{BS}, for
info-stnd.texi(,1414) @samp{BackSpace}.  Those keyboards will usually bind @key{DEL} in the
info-stnd.texi(,1415) echo area to @code{echo-area-delete}.
info-stnd.texi(,1416) 
info-stnd.texi(,1417) @item @key{C-g} (@code{echo-area-abort})
info-stnd.texi(,1418) @itemx @key{C-u}, vi-like operation
info-stnd.texi(,1419) @kindex C-g, in the echo area
info-stnd.texi(,1420) @kindex C-u, in the echo area, vi-like operation
info-stnd.texi(,1421) @findex echo-area-abort
info-stnd.texi(,1422) Cancel or quit the current operation.  If completion is being read, this
info-stnd.texi(,1423) command discards the text of the input line which does not match any
info-stnd.texi(,1424) completion.  If the input line is empty, it aborts the calling function.
info-stnd.texi(,1425) 
info-stnd.texi(,1426) @item @key{RET} (@code{echo-area-newline})
info-stnd.texi(,1427) @kindex RET, in the echo area
info-stnd.texi(,1428) @findex echo-area-newline
info-stnd.texi(,1429) Accept (or forces completion of) the current input line.
info-stnd.texi(,1430) 
info-stnd.texi(,1431) @item @key{C-q} (@code{echo-area-quoted-insert})
info-stnd.texi(,1432) @itemx @key{C-v}, vi-like operation
info-stnd.texi(,1433) @kindex C-q, in the echo area
info-stnd.texi(,1434) @kindex C-v, in the echo area, vi-like operation
info-stnd.texi(,1435) @findex echo-area-quoted-insert
info-stnd.texi(,1436) Insert the next character verbatim.  This is how you can insert control
info-stnd.texi(,1437) characters into a search string, for example, or the @samp{?} character
info-stnd.texi(,1438) when Info prompts with completion.
info-stnd.texi(,1439) 
info-stnd.texi(,1440) @item @var{printing character} (@code{echo-area-insert})
info-stnd.texi(,1441) @kindex printing characters, in the echo area
info-stnd.texi(,1442) @findex echo-area-insert
info-stnd.texi(,1443) Insert the character.  Characters that have their 8th bit set, and not
info-stnd.texi(,1444) bound to @samp{M-} commands, are also inserted verbatim; this is useful
info-stnd.texi(,1445) for terminals which support Latin scripts.
info-stnd.texi(,1446) 
info-stnd.texi(,1447) @item @key{M-TAB} (@code{echo-area-tab-insert})
info-stnd.texi(,1448) @itemx @key{Shift-@key{TAB}} (on DOS/Windows only)
info-stnd.texi(,1449) @kindex M-TAB, in the echo area
info-stnd.texi(,1450) @kindex Shift-TAB, in the echo area
info-stnd.texi(,1451) @findex echo-area-tab-insert
info-stnd.texi(,1452) Insert a TAB character.
info-stnd.texi(,1453) 
info-stnd.texi(,1454) @kindex Shift-TAB, in the echo area
info-stnd.texi(,1455) @kindex BackTab, in the echo area
info-stnd.texi(,1456) On DOS/Windows only, the @kbd{Shift-@key{TAB}} key is an alias for
info-stnd.texi(,1457) @kbd{M-@key{TAB}}.  This key is sometimes called @samp{BackTab}.
info-stnd.texi(,1458) 
info-stnd.texi(,1459) @item @key{C-t} (@code{echo-area-transpose-chars})
info-stnd.texi(,1460) @kindex C-t, in the echo area
info-stnd.texi(,1461) @findex echo-area-transpose-chars
info-stnd.texi(,1462) Transpose the characters at the cursor.
info-stnd.texi(,1463) @end table
info-stnd.texi(,1464) 
info-stnd.texi(,1465) The next group of commands deal with @dfn{killing}, and @dfn{yanking}
info-stnd.texi(,1466) text@footnote{
info-stnd.texi(,1467) Some people are used to calling these operations @dfn{cut} and
info-stnd.texi(,1468) @dfn{paste}, respectively.}.   For an in depth discussion of killing and
info-stnd.texi(,1469) yanking, @pxref{Killing, , Killing and Deleting, emacs, the GNU Emacs
info-stnd.texi(,1470) Manual}
info-stnd.texi(,1471) 
info-stnd.texi(,1472) @table @asis
info-stnd.texi(,1473) @item @key{M-d} (@code{echo-area-kill-word})
info-stnd.texi(,1474) @itemx @key{M-X}, vi-like operation
info-stnd.texi(,1475) @kindex M-d, in the echo area
info-stnd.texi(,1476) @kindex M-X, in the echo area, vi-like operation
info-stnd.texi(,1477) @findex echo-area-kill-word
info-stnd.texi(,1478) Kill the word following the cursor.
info-stnd.texi(,1479) 
info-stnd.texi(,1480) @item @key{M-DEL} (@code{echo-area-backward-kill-word})
info-stnd.texi(,1481) @itemx @key{M-@key{BS}}
info-stnd.texi(,1482) @kindex M-DEL, in the echo area
info-stnd.texi(,1483) @findex echo-area-backward-kill-word
info-stnd.texi(,1484) Kill the word preceding the cursor.
info-stnd.texi(,1485) 
info-stnd.texi(,1486) @kindex M-BS, in the echo area
info-stnd.texi(,1487) On some keyboards, the @code{Backspace} key is used instead of
info-stnd.texi(,1488) @code{DEL}, so @code{M-@key{Backspace}} has the same effect as
info-stnd.texi(,1489) @code{M-@key{DEL}}.
info-stnd.texi(,1490) 
info-stnd.texi(,1491) @item @key{C-k} (@code{echo-area-kill-line})
info-stnd.texi(,1492) @kindex C-k, in the echo area
info-stnd.texi(,1493) @findex echo-area-kill-line
info-stnd.texi(,1494) Kill the text from the cursor to the end of the line.
info-stnd.texi(,1495) 
info-stnd.texi(,1496) @item @kbd{C-x @key{DEL}} (@code{echo-area-backward-kill-line})
info-stnd.texi(,1497) @kindex C-x DEL, in the echo area
info-stnd.texi(,1498) @findex echo-area-backward-kill-line
info-stnd.texi(,1499) Kill the text from the cursor to the beginning of the line.
info-stnd.texi(,1500) 
info-stnd.texi(,1501) @item @key{C-y} (@code{echo-area-yank})
info-stnd.texi(,1502) @kindex C-y, in the echo area
info-stnd.texi(,1503) @findex echo-area-yank
info-stnd.texi(,1504) Yank back the contents of the last kill.
info-stnd.texi(,1505) 
info-stnd.texi(,1506) @item @key{M-y} (@code{echo-area-yank-pop})
info-stnd.texi(,1507) @kindex M-y, in the echo area
info-stnd.texi(,1508) @findex echo-area-yank-pop
info-stnd.texi(,1509) Yank back a previous kill, removing the last yanked text first.
info-stnd.texi(,1510) @end table
info-stnd.texi(,1511) 
info-stnd.texi(,1512) @cindex completion
info-stnd.texi(,1513) Sometimes when reading input in the echo area, the command that needed
info-stnd.texi(,1514) input will only accept one of a list of several choices.  The choices
info-stnd.texi(,1515) represent the @dfn{possible completions}, and you must respond with one
info-stnd.texi(,1516) of them.  Since there are a limited number of responses you can make,
info-stnd.texi(,1517) Info allows you to abbreviate what you type, only typing as much of the
info-stnd.texi(,1518) response as is necessary to uniquely identify it.  In addition, you can
info-stnd.texi(,1519) request Info to fill in as much of the response as is possible; this
info-stnd.texi(,1520) is called @dfn{completion}.
info-stnd.texi(,1521) 
info-stnd.texi(,1522) The following commands are available when completing in the echo area:
info-stnd.texi(,1523) 
info-stnd.texi(,1524) @table @asis
info-stnd.texi(,1525) @item @key{TAB} (@code{echo-area-complete})
info-stnd.texi(,1526) @itemx @key{SPC}
info-stnd.texi(,1527) @kindex TAB, in the echo area
info-stnd.texi(,1528) @kindex SPC, in the echo area
info-stnd.texi(,1529) @findex echo-area-complete
info-stnd.texi(,1530) Insert as much of a completion as is possible.
info-stnd.texi(,1531) 
info-stnd.texi(,1532) @item @key{?} (@code{echo-area-possible-completions})
info-stnd.texi(,1533) @kindex ?, in the echo area
info-stnd.texi(,1534) @findex echo-area-possible-completions
info-stnd.texi(,1535) Display a window containing a list of the possible completions of what
info-stnd.texi(,1536) you have typed so far.  For example, if the available choices are:
info-stnd.texi(,1537) 
info-stnd.texi(,1538) @example
info-stnd.texi(,1539) @group
info-stnd.texi(,1540) bar
info-stnd.texi(,1541) foliate
info-stnd.texi(,1542) food
info-stnd.texi(,1543) forget
info-stnd.texi(,1544) @end group
info-stnd.texi(,1545) @end example
info-stnd.texi(,1546) 
info-stnd.texi(,1547) @noindent
info-stnd.texi(,1548) and you have typed an @samp{f}, followed by @samp{?}, Info will pop up a
info-stnd.texi(,1549) window showing a node called @samp{*Completions*} which lists the
info-stnd.texi(,1550) possible completions like this:
info-stnd.texi(,1551) 
info-stnd.texi(,1552) @example
info-stnd.texi(,1553) @group
info-stnd.texi(,1554) 3 completions:
info-stnd.texi(,1555) foliate         food
info-stnd.texi(,1556) forget
info-stnd.texi(,1557) @end group
info-stnd.texi(,1558) @end example
info-stnd.texi(,1559) 
info-stnd.texi(,1560) @noindent
info-stnd.texi(,1561) i.e., all of the choices which begin with @samp{f}.  Pressing @key{SPC}
info-stnd.texi(,1562) or @key{TAB} would result in @samp{fo} appearing in the echo area, since
info-stnd.texi(,1563) all of the choices which begin with @samp{f} continue with @samp{o}.
info-stnd.texi(,1564) Now, typing @samp{l} followed by @samp{TAB} results in @samp{foliate}
info-stnd.texi(,1565) appearing in the echo area, since that is the only choice which begins
info-stnd.texi(,1566) with @samp{fol}.
info-stnd.texi(,1567) 
info-stnd.texi(,1568) @item @key{ESC C-v} (@code{echo-area-scroll-completions-window})
info-stnd.texi(,1569) @kindex ESC C-v, in the echo area
info-stnd.texi(,1570) @findex echo-area-scroll-completions-window
info-stnd.texi(,1571) Scroll the completions window, if that is visible, or the "other"
info-stnd.texi(,1572) window if not.
info-stnd.texi(,1573) @end table
info-stnd.texi(,1574) 
info-stnd.texi(,1575) 
info-stnd.texi(,1576) @node Printing Nodes
info-stnd.texi(,1577) @chapter Printing Nodes
info-stnd.texi(,1578) @cindex printing
info-stnd.texi(,1579) 
info-stnd.texi(,1580) In general, we recommend that you use @TeX{} to format the document and
info-stnd.texi(,1581) print sections of it, by running @code{tex} on the Texinfo source file.
info-stnd.texi(,1582) However, you may wish to print out the contents of a node as a quick
info-stnd.texi(,1583) reference document for later use, or if you don't have @TeX{} installed.
info-stnd.texi(,1584) Info provides you with a command for doing this.
info-stnd.texi(,1585) 
info-stnd.texi(,1586) @table @asis
info-stnd.texi(,1587) @item @kbd{M-x print-node}
info-stnd.texi(,1588) @findex print-node
info-stnd.texi(,1589) @cindex INFO_PRINT_COMMAND, environment variable
info-stnd.texi(,1590) Pipe the contents of the current node through the command in the
info-stnd.texi(,1591) environment variable @code{INFO_PRINT_COMMAND}.  If the variable does not
info-stnd.texi(,1592) exist, the node is simply piped to @code{lpr} (on DOS/Windows, the
info-stnd.texi(,1593) default is to print the node to the local printer device, @file{PRN}).
info-stnd.texi(,1594) 
info-stnd.texi(,1595) @cindex printing nodes to the local printer
info-stnd.texi(,1596) @cindex local printer device
info-stnd.texi(,1597) The value of @code{INFO_PRINT_COMMAND} may begin with the @samp{>}
info-stnd.texi(,1598) character, as in @samp{>/dev/printer}, in which case Info treats the
info-stnd.texi(,1599) rest as the name of a file or a device.  Instead of piping to a command,
info-stnd.texi(,1600) Info opens the file, writes the node contents, and closes the file,
info-stnd.texi(,1601) under the assumption that text written to that file will be printed by
info-stnd.texi(,1602) the underlying OS.
info-stnd.texi(,1603) @end table
info-stnd.texi(,1604) 
info-stnd.texi(,1605) 
info-stnd.texi(,1606) @node Miscellaneous Commands
info-stnd.texi(,1607) @chapter Miscellaneous Commands
info-stnd.texi(,1608) 
info-stnd.texi(,1609) GNU Info contains several commands which self-document GNU Info:
info-stnd.texi(,1610) 
info-stnd.texi(,1611) @table @asis
info-stnd.texi(,1612) @item @kbd{M-x describe-command}
info-stnd.texi(,1613) @cindex functions, describing
info-stnd.texi(,1614) @cindex commands, describing
info-stnd.texi(,1615) @findex describe-command
info-stnd.texi(,1616) Read the name of an Info command in the echo area and then display a
info-stnd.texi(,1617) brief description of what that command does.
info-stnd.texi(,1618) 
info-stnd.texi(,1619) @item @kbd{M-x describe-key}
info-stnd.texi(,1620) @cindex keys, describing
info-stnd.texi(,1621) @findex describe-key
info-stnd.texi(,1622) Read a key sequence in the echo area, and then display the name and
info-stnd.texi(,1623) documentation of the Info command that the key sequence invokes.
info-stnd.texi(,1624) 
info-stnd.texi(,1625) @item @kbd{M-x describe-variable}
info-stnd.texi(,1626) Read the name of a variable in the echo area and then display a brief
info-stnd.texi(,1627) description of what the variable affects.
info-stnd.texi(,1628) 
info-stnd.texi(,1629) @item @kbd{M-x where-is}
info-stnd.texi(,1630) @findex where-is
info-stnd.texi(,1631) Read the name of an Info command in the echo area, and then display
info-stnd.texi(,1632) a key sequence which can be typed in order to invoke that command.
info-stnd.texi(,1633) 
info-stnd.texi(,1634) @item @key{C-h} (@code{get-help-window})
info-stnd.texi(,1635) @itemx @key{?}
info-stnd.texi(,1636) @itemx @key{F1} (on DOS/Windows only)
info-stnd.texi(,1637) @itemx h, vi-like operation
info-stnd.texi(,1638) @kindex C-h
info-stnd.texi(,1639) @kindex ?, in Info windows
info-stnd.texi(,1640) @kindex F1
info-stnd.texi(,1641) @kindex h, vi-like operation
info-stnd.texi(,1642) @findex get-help-window
info-stnd.texi(,1643) Create (or Move into) the window displaying @code{*Help*}, and place
info-stnd.texi(,1644) a node containing a quick reference card into it.  This window displays
info-stnd.texi(,1645) the most concise information about GNU Info available.
info-stnd.texi(,1646) 
info-stnd.texi(,1647) @item @key{h} (@code{get-info-help-node})
info-stnd.texi(,1648) @itemx @key{M-h}, vi-like operation
info-stnd.texi(,1649) @kindex h
info-stnd.texi(,1650) @kindex M-h, vi-like operation
info-stnd.texi(,1651) @findex get-info-help-node
info-stnd.texi(,1652) Try hard to visit the node @code{(info)Help}.  The Info file
info-stnd.texi(,1653) @file{info.texi} distributed with GNU Info contains this node.  Of
info-stnd.texi(,1654) course, the file must first be processed with @code{makeinfo}, and then
info-stnd.texi(,1655) placed into the location of your Info directory.
info-stnd.texi(,1656) @end table
info-stnd.texi(,1657) 
info-stnd.texi(,1658) Here are the commands for creating a numeric argument:
info-stnd.texi(,1659) 
info-stnd.texi(,1660) @table @asis
info-stnd.texi(,1661) @item @key{C-u} (@code{universal-argument})
info-stnd.texi(,1662) @cindex numeric arguments
info-stnd.texi(,1663) @kindex C-u
info-stnd.texi(,1664) @findex universal-argument
info-stnd.texi(,1665) Start (or multiply by 4) the current numeric argument.  @samp{C-u} is
info-stnd.texi(,1666) a good way to give a small numeric argument to cursor movement or
info-stnd.texi(,1667) scrolling commands; @samp{C-u C-v} scrolls the screen 4 lines, while
info-stnd.texi(,1668) @samp{C-u C-u C-n} moves the cursor down 16 lines.  @samp{C-u} followed
info-stnd.texi(,1669) by digit keys sets the numeric argument to the number thus typed:
info-stnd.texi(,1670) @kbd{C-u 1 2 0} sets the argument to 120.
info-stnd.texi(,1671) 
info-stnd.texi(,1672) @item @key{M-1} (@code{add-digit-to-numeric-arg})
info-stnd.texi(,1673) @itemx @key{1}, vi-like operation
info-stnd.texi(,1674) @itemx @key{M-2} @dots{} @key{M-9}
info-stnd.texi(,1675) @itemx @key{2} @dots{} @key{9}, vi-like operation
info-stnd.texi(,1676) @itemx @key{M-0}
info-stnd.texi(,1677) @itemx @key{0}, vi-like operation
info-stnd.texi(,1678) @kindex M-0 @dots{} M-9
info-stnd.texi(,1679) @kindex 0 @dots{} 9, vi-like operation
info-stnd.texi(,1680) @findex add-digit-to-numeric-arg
info-stnd.texi(,1681) Add the digit value of the invoking key to the current numeric
info-stnd.texi(,1682) argument.  Once Info is reading a numeric argument, you may just type
info-stnd.texi(,1683) the digits of the argument, without the Meta prefix.  For example, you
info-stnd.texi(,1684) might give @samp{C-l} a numeric argument of 32 by typing:
info-stnd.texi(,1685) 
info-stnd.texi(,1686) @example
info-stnd.texi(,1687) @kbd{C-u 3 2 C-l}
info-stnd.texi(,1688) @end example
info-stnd.texi(,1689) 
info-stnd.texi(,1690) @noindent
info-stnd.texi(,1691) or
info-stnd.texi(,1692) 
info-stnd.texi(,1693) @example
info-stnd.texi(,1694) @kbd{M-3 2 C-l}
info-stnd.texi(,1695) @end example
info-stnd.texi(,1696) 
info-stnd.texi(,1697) @item @key{M--} (@code{add-digit-to-numeric-arg}
info-stnd.texi(,1698) @itemx @key{-}
info-stnd.texi(,1699) @kindex M--
info-stnd.texi(,1700) @kindex -
info-stnd.texi(,1701) @cindex negative arguments
info-stnd.texi(,1702) @cindex arguments, negative
info-stnd.texi(,1703) @cindex numeric arguments, negative
info-stnd.texi(,1704) To make a negative argument, type @kbd{-}.  Typing @kbd{-} alone makes a
info-stnd.texi(,1705) negative argument with a value of -1.  If you continue to type digit or
info-stnd.texi(,1706) Meta-digit keys after @kbd{-}, the result is a negative number produced
info-stnd.texi(,1707) by those digits.
info-stnd.texi(,1708) 
info-stnd.texi(,1709) @kbd{-} doesn't work when you type in the echo area, because you need to
info-stnd.texi(,1710) be able to insert the @samp{-} character itself; use @kbd{M--} instead,
info-stnd.texi(,1711) if you need to specify negative arguments in the echo area.
info-stnd.texi(,1712) @end table
info-stnd.texi(,1713) 
info-stnd.texi(,1714) @samp{C-g} is used to abort the reading of a multi-character key
info-stnd.texi(,1715) sequence, to cancel lengthy operations (such as multi-file searches) and
info-stnd.texi(,1716) to cancel reading input in the echo area.
info-stnd.texi(,1717) 
info-stnd.texi(,1718) @table @asis
info-stnd.texi(,1719) @item @key{C-g} (@code{abort-key})
info-stnd.texi(,1720) @itemx @key{C-u}, vi-like operation
info-stnd.texi(,1721) @cindex cancelling typeahead
info-stnd.texi(,1722) @cindex cancelling the current operation
info-stnd.texi(,1723) @kindex C-g, in Info windows
info-stnd.texi(,1724) @kindex C-u cancels typeahead, vi-like operation
info-stnd.texi(,1725) @findex abort-key
info-stnd.texi(,1726) Cancel current operation.
info-stnd.texi(,1727) @end table
info-stnd.texi(,1728) 
info-stnd.texi(,1729) The @samp{q} command of Info simply quits running Info.  Under
info-stnd.texi(,1730) @samp{--vi-keys} (@pxref{--vi-keys}), you can also exit with @samp{:q}
info-stnd.texi(,1731) or @samp{ZZ}.
info-stnd.texi(,1732) 
info-stnd.texi(,1733) @table @asis
info-stnd.texi(,1734) @item @key{q} (@code{quit})
info-stnd.texi(,1735) @itemx @kbd{C-x C-c}
info-stnd.texi(,1736) @itemx @kbd{:q}, vi-like operation
info-stnd.texi(,1737) @itemx @kbd{ZZ}, vi-like operation
info-stnd.texi(,1738) @cindex quitting
info-stnd.texi(,1739) @kindex q
info-stnd.texi(,1740) @kindex C-x C-c
info-stnd.texi(,1741) @kindex ZZ, vi-like operation
info-stnd.texi(,1742) @findex quit
info-stnd.texi(,1743) Exit GNU Info.
info-stnd.texi(,1744) @end table
info-stnd.texi(,1745) 
info-stnd.texi(,1746) If the operating system tells GNU Info that the screen is 60 lines tall,
info-stnd.texi(,1747) and it is actually only 40 lines tall, here is a way to tell Info that
info-stnd.texi(,1748) the operating system is correct.
info-stnd.texi(,1749) 
info-stnd.texi(,1750) @table @asis
info-stnd.texi(,1751) @item @kbd{M-x set-screen-height}
info-stnd.texi(,1752) @findex set-screen-height
info-stnd.texi(,1753) @cindex screen, changing the height of
info-stnd.texi(,1754) Read a height value in the echo area and set the height of the
info-stnd.texi(,1755) displayed screen to that value.
info-stnd.texi(,1756) @end table
info-stnd.texi(,1757) 
info-stnd.texi(,1758) On MS-DOS/MS-Windows, this command actually tries to change the
info-stnd.texi(,1759) dimensions of the visible screen to the value you type in the echo
info-stnd.texi(,1760) area.
info-stnd.texi(,1761) 
info-stnd.texi(,1762) Finally, Info provides a convenient way to display footnotes which might
info-stnd.texi(,1763) be associated with the current node that you are viewing:
info-stnd.texi(,1764) 
info-stnd.texi(,1765) @table @asis
info-stnd.texi(,1766) @item @key{ESC C-f} (@code{show-footnotes})
info-stnd.texi(,1767) @kindex ESC C-f
info-stnd.texi(,1768) @findex show-footnotes
info-stnd.texi(,1769) @cindex footnotes, displaying
info-stnd.texi(,1770) Show the footnotes (if any) associated with the current node in another
info-stnd.texi(,1771) window.  You can have Info automatically display the footnotes
info-stnd.texi(,1772) associated with a node when the node is selected by setting the variable
info-stnd.texi(,1773) @code{automatic-footnotes}.  @xref{Variables, , @code{automatic-footnotes}}.
info-stnd.texi(,1774) @end table
info-stnd.texi(,1775) 
info-stnd.texi(,1776) 
info-stnd.texi(,1777) @node Variables
info-stnd.texi(,1778) @chapter Manipulating Variables
info-stnd.texi(,1779) 
info-stnd.texi(,1780) GNU Info contains several @dfn{variables} whose values are looked at by
info-stnd.texi(,1781) various Info commands.  You can change the values of these variables,
info-stnd.texi(,1782) and thus change the behavior of Info to more closely match your
info-stnd.texi(,1783) environment and Info file reading manner.
info-stnd.texi(,1784) 
info-stnd.texi(,1785) There are two ways to set the value of a variable: interactively, using
info-stnd.texi(,1786) the @code{set-variable} command described below, or in the @code{#var}
info-stnd.texi(,1787) section of the @code{.infokey} file.  @xref{Custom Key Bindings}.
info-stnd.texi(,1788) 
info-stnd.texi(,1789) @table @asis
info-stnd.texi(,1790) @item @kbd{M-x set-variable}
info-stnd.texi(,1791) @cindex variables, setting
info-stnd.texi(,1792) @findex set-variable
info-stnd.texi(,1793) Read the name of a variable, and the value for it, in the echo area and
info-stnd.texi(,1794) then set the variable to that value.  Completion is available when
info-stnd.texi(,1795) reading the variable name (@pxref{The Echo Area, completion}); often,
info-stnd.texi(,1796) completion is available when reading the value to give to the variable,
info-stnd.texi(,1797) but that depends on the variable itself.  If a variable does @emph{not}
info-stnd.texi(,1798) supply multiple choices to complete over, it expects a numeric value.
info-stnd.texi(,1799) 
info-stnd.texi(,1800) @item @kbd{M-x describe-variable}
info-stnd.texi(,1801) @cindex variables, describing
info-stnd.texi(,1802) @findex describe-variable
info-stnd.texi(,1803) Read the name of a variable in the echo area and then display a brief
info-stnd.texi(,1804) description of what the variable affects.
info-stnd.texi(,1805) @end table
info-stnd.texi(,1806) 
info-stnd.texi(,1807) Here is a list of the variables that you can set in Info.
info-stnd.texi(,1808) 
info-stnd.texi(,1809) @table @code
info-stnd.texi(,1810) @item automatic-footnotes
info-stnd.texi(,1811) @vindex automatic-footnotes
info-stnd.texi(,1812) When set to @code{On}, footnotes appear and disappear automatically.
info-stnd.texi(,1813) This variable is @code{On} by default.  When a node is selected, a
info-stnd.texi(,1814) window containing the footnotes which appear in that node is created,
info-stnd.texi(,1815) and the footnotes are displayed within the new window.  The window that
info-stnd.texi(,1816) Info creates to contain the footnotes is called @samp{*Footnotes*}.  If
info-stnd.texi(,1817) a node is selected which contains no footnotes, and a @samp{*Footnotes*}
info-stnd.texi(,1818) window is on the screen, the @samp{*Footnotes*} window is deleted.
info-stnd.texi(,1819) Footnote windows created in this fashion are not automatically tiled so
info-stnd.texi(,1820) that they can use as little of the display as is possible.
info-stnd.texi(,1821) 
info-stnd.texi(,1822) @item automatic-tiling
info-stnd.texi(,1823) @vindex automatic-tiling
info-stnd.texi(,1824) When set to @code{On}, creating or deleting a window resizes other
info-stnd.texi(,1825) windows.  This variable is @code{Off} by default.  Normally, typing
info-stnd.texi(,1826) @samp{C-x 2} divides the current window into two equal parts.  When
info-stnd.texi(,1827) @code{automatic-tiling} is set to @code{On}, all of the windows are
info-stnd.texi(,1828) resized automatically, keeping an equal number of lines visible in each
info-stnd.texi(,1829) window.  There are exceptions to the automatic tiling; specifically, the
info-stnd.texi(,1830) windows @samp{*Completions*} and @samp{*Footnotes*} are @emph{not}
info-stnd.texi(,1831) resized through automatic tiling; they remain their original size.
info-stnd.texi(,1832) 
info-stnd.texi(,1833) @item errors-ring-bell
info-stnd.texi(,1834) @vindex errors-ring-bell
info-stnd.texi(,1835) When set to @code{On}, errors cause the bell to ring.  The default
info-stnd.texi(,1836) setting of this variable is @code{On}.
info-stnd.texi(,1837) 
info-stnd.texi(,1838) @item gc-compressed-files
info-stnd.texi(,1839) @vindex gc-compressed-files
info-stnd.texi(,1840) When set to @code{On}, Info garbage collects files which had to be
info-stnd.texi(,1841) uncompressed.  The default value of this variable is @code{Off}.
info-stnd.texi(,1842) Whenever a node is visited in Info, the Info file containing that node
info-stnd.texi(,1843) is read into core, and Info reads information about the tags and nodes
info-stnd.texi(,1844) contained in that file.  Once the tags information is read by Info, it
info-stnd.texi(,1845) is never forgotten.  However, the actual text of the nodes does not need
info-stnd.texi(,1846) to remain in core unless a particular Info window needs it.  For
info-stnd.texi(,1847) non-compressed files, the text of the nodes does not remain in core when
info-stnd.texi(,1848) it is no longer in use.  But de-compressing a file can be a time
info-stnd.texi(,1849) consuming operation, and so Info tries hard not to do it twice.
info-stnd.texi(,1850) @code{gc-compressed-files} tells Info it is okay to garbage collect the
info-stnd.texi(,1851) text of the nodes of a file which was compressed on disk.
info-stnd.texi(,1852) 
info-stnd.texi(,1853) @item ISO-Latin
info-stnd.texi(,1854) @cindex ISO Latin characters
info-stnd.texi(,1855) @vindex ISO-Latin
info-stnd.texi(,1856) When set to @code{On}, Info accepts and displays ISO Latin characters.
info-stnd.texi(,1857) By default, Info assumes an ASCII character set.  @code{ISO-Latin} tells
info-stnd.texi(,1858) Info that it is running in an environment where the European standard
info-stnd.texi(,1859) character set is in use, and allows you to input such characters to
info-stnd.texi(,1860) Info, as well as display them.
info-stnd.texi(,1861) 
info-stnd.texi(,1862) @item scroll-behavior
info-stnd.texi(,1863) @vindex scroll-behavior
info-stnd.texi(,1864) Control what happens when forward scrolling is requested at the end of
info-stnd.texi(,1865) a node, or when backward scrolling is requested at the beginning of a
info-stnd.texi(,1866) node.  The default value for this variable is @code{Continuous}.  There
info-stnd.texi(,1867) are three possible values for this variable:
info-stnd.texi(,1868) 
info-stnd.texi(,1869) @table @code
info-stnd.texi(,1870) @item Continuous
info-stnd.texi(,1871) Try to get the first item in this node's menu, or failing that, the
info-stnd.texi(,1872) @samp{Next} node, or failing that, the @samp{Next} of the @samp{Up}.
info-stnd.texi(,1873) This behavior is identical to using the @samp{]}
info-stnd.texi(,1874) (@code{global-next-node}) and @samp{[} (@code{global-prev-node})
info-stnd.texi(,1875) commands.
info-stnd.texi(,1876) 
info-stnd.texi(,1877) @item Next Only
info-stnd.texi(,1878) Only try to get the @samp{Next} node.
info-stnd.texi(,1879) 
info-stnd.texi(,1880) @item Page Only
info-stnd.texi(,1881) Simply give up, changing nothing.  If @code{scroll-behavior} is
info-stnd.texi(,1882) @code{Page Only}, no scrolling command can change the node that is being
info-stnd.texi(,1883) viewed.
info-stnd.texi(,1884) @end table
info-stnd.texi(,1885) 
info-stnd.texi(,1886) @item scroll-step
info-stnd.texi(,1887) @vindex scroll-step
info-stnd.texi(,1888) The number of lines to scroll when the cursor moves out of the window.
info-stnd.texi(,1889) Scrolling happens automatically if the cursor has moved out of the
info-stnd.texi(,1890) visible portion of the node text when it is time to display.  Usually
info-stnd.texi(,1891) the scrolling is done so as to put the cursor on the center line of the
info-stnd.texi(,1892) current window.  However, if the variable @code{scroll-step} has a
info-stnd.texi(,1893) nonzero value, Info attempts to scroll the node text by that many lines;
info-stnd.texi(,1894) if that is enough to bring the cursor back into the window, that is what
info-stnd.texi(,1895) is done.  The default value of this variable is 0, thus placing the
info-stnd.texi(,1896) cursor (and the text it is attached to) in the center of the window.
info-stnd.texi(,1897) Setting this variable to 1 causes a kind of "smooth scrolling" which
info-stnd.texi(,1898) some people prefer.
info-stnd.texi(,1899) 
info-stnd.texi(,1900) @item show-index-match
info-stnd.texi(,1901) @vindex show-index-match
info-stnd.texi(,1902) When set to @code{On}, the portion of the matched search string is
info-stnd.texi(,1903) highlighted in the message which explains where the matched search
info-stnd.texi(,1904) string was found.  The default value of this variable is @code{On}.
info-stnd.texi(,1905) When Info displays the location where an index match was found,
info-stnd.texi(,1906) (@pxref{Searching Commands, , @code{next-index-match}}), the portion of the
info-stnd.texi(,1907) string that you had typed is highlighted by displaying it in the inverse
info-stnd.texi(,1908) case from its surrounding characters.
info-stnd.texi(,1909) 
info-stnd.texi(,1910) @item visible-bell
info-stnd.texi(,1911) @vindex visible-bell
info-stnd.texi(,1912) When set to @code{On}, GNU Info attempts to flash the screen instead of
info-stnd.texi(,1913) ringing the bell.  This variable is @code{Off} by default.  Of course,
info-stnd.texi(,1914) Info can only flash the screen if the terminal allows it; in the case
info-stnd.texi(,1915) that the terminal does not allow it, the setting of this variable has no
info-stnd.texi(,1916) effect.  However, you can make Info perform quietly by setting the
info-stnd.texi(,1917) @code{errors-ring-bell} variable to @code{Off}.
info-stnd.texi(,1918) 
info-stnd.texi(,1919) @end table
info-stnd.texi(,1920) 
info-stnd.texi(,1921) 
info-stnd.texi(,1922) @node Custom Key Bindings
info-stnd.texi(,1923) @chapter Customizing Key Bindings and Variables
info-stnd.texi(,1924) 
info-stnd.texi(,1925) @cindex default key bindings, overriding
info-stnd.texi(,1926) @cindex overriding default key bindings
info-stnd.texi(,1927) @cindex customizing key bindings
info-stnd.texi(,1928) @cindex key bindings, customizing
info-stnd.texi(,1929) @cindex infokey
info-stnd.texi(,1930) @cindex .info
info-stnd.texi(,1931) @cindex .infokey
info-stnd.texi(,1932) @cindex _info file (MS-DOS)
info-stnd.texi(,1933) 
info-stnd.texi(,1934) For those whose editor/pager of choice is not Emacs and who are not
info-stnd.texi(,1935) entirely satisfied with the --vi-keys option (@pxref{--vi-keys}), GNU
info-stnd.texi(,1936) Info provides a way to define different key-to-command bindings and
info-stnd.texi(,1937) variable settings from the defaults described in this document.
info-stnd.texi(,1938) 
info-stnd.texi(,1939) On startup, GNU Info looks for a configuration file in the invoker's
info-stnd.texi(,1940) HOME directory called @file{.info}@footnote{Due to the limitations of
info-stnd.texi(,1941) DOS filesystems, the MS-DOS version of Info looks for a file
info-stnd.texi(,1942) @file{_info} instead.  If the @env{HOME} variable is not defined, Info
info-stnd.texi(,1943) additionally looks in the current directory.}.  If it is present, and
info-stnd.texi(,1944) appears to contain Info configuration data, and was created with the
info-stnd.texi(,1945) current version of the @code{infokey} command, then Info adopts the
info-stnd.texi(,1946) key bindings and variable settings contained therein.
info-stnd.texi(,1947) 
info-stnd.texi(,1948) The @file{.info} file contains compact, non-textual data for reasons of
info-stnd.texi(,1949) efficiency and because its design was lifted wholesale from the GNU Less
info-stnd.texi(,1950) program, which also does it that way.  It must be created by compiling a
info-stnd.texi(,1951) textual source file using the @code{infokey} command.
info-stnd.texi(,1952) 
info-stnd.texi(,1953) @menu
info-stnd.texi(,1954) * Invoking infokey::
info-stnd.texi(,1955) * infokey source format::
info-stnd.texi(,1956) @end menu
info-stnd.texi(,1957) 
info-stnd.texi(,1958) 
info-stnd.texi(,1959) @node Invoking infokey
info-stnd.texi(,1960) @section Invoking @command{infokey}
info-stnd.texi(,1961) 
info-stnd.texi(,1962) @cindex invoking infokey
info-stnd.texi(,1963) @cindex infokey, invoking
info-stnd.texi(,1964) @cindex _infokey file (MS-DOS)
info-stnd.texi(,1965) 
info-stnd.texi(,1966) @command{infokey} compiles a source file
info-stnd.texi(,1967) (@file{$HOME/.infokey}@footnote{This file is named @file{_infokey} in
info-stnd.texi(,1968) the MS-DOS version, and is looked for in the current directory if
info-stnd.texi(,1969) @env{HOME} is undefined.} by default) containing Info customizations
info-stnd.texi(,1970) into a binary format (@file{$HOME/.info} by default).  GNU Info reads
info-stnd.texi(,1971) the binary file at startup to override the default key bindings and
info-stnd.texi(,1972) variable definitions.  Synopsis:
info-stnd.texi(,1973) 
info-stnd.texi(,1974) @example
info-stnd.texi(,1975) infokey [@var{option}@dots{}] [@var{input-file}]
info-stnd.texi(,1976) @end example
info-stnd.texi(,1977) 
info-stnd.texi(,1978) Besides the standard @option{--help} and @option{--version}, the only
info-stnd.texi(,1979) option is @option{--output @var{file}}.  This tells @command{infokey} to
info-stnd.texi(,1980) write the binary data to @var{file} instead of @file{$HOME/.info}.
info-stnd.texi(,1981) 
info-stnd.texi(,1982) 
info-stnd.texi(,1983) @node infokey source format
info-stnd.texi(,1984) @section @command{infokey} source format
info-stnd.texi(,1985) 
info-stnd.texi(,1986) @cindex infokey source format
info-stnd.texi(,1987) @cindex .infokey source format
info-stnd.texi(,1988) @cindex format of .infokey source
info-stnd.texi(,1989) 
info-stnd.texi(,1990) The format of the source file read by @command{infokey} is most easily
info-stnd.texi(,1991) illustrated by example.  For instance, here is a sample @file{.infokey}
info-stnd.texi(,1992) source file suitable for aficionados of @command{vi} or @command{less}:
info-stnd.texi(,1993) 
info-stnd.texi(,1994) @example
info-stnd.texi(,1995) #info
info-stnd.texi(,1996) j       next-line
info-stnd.texi(,1997) k       prev-line
info-stnd.texi(,1998) l       forward-char
info-stnd.texi(,1999) h       backward-char
info-stnd.texi(,2000) \kd     next-line
info-stnd.texi(,2001) \ku     prev-line
info-stnd.texi(,2002) \kr     forward-char
info-stnd.texi(,2003) \kl     backward-char
info-stnd.texi(,2004) \       scroll-forward
info-stnd.texi(,2005) \kD     scroll-forward-page-only
info-stnd.texi(,2006) b       scroll-backward
info-stnd.texi(,2007) \kU     scroll-backward-page-only
info-stnd.texi(,2008) g       beginning-of-node
info-stnd.texi(,2009) \kh     beginning-of-node
info-stnd.texi(,2010) G       end-of-node
info-stnd.texi(,2011) \ke     end-of-node
info-stnd.texi(,2012) \t      select-reference-this-line
info-stnd.texi(,2013) -       history-node
info-stnd.texi(,2014) n       next-node
info-stnd.texi(,2015) p       prev-node
info-stnd.texi(,2016) u       up-node
info-stnd.texi(,2017) t       top-node
info-stnd.texi(,2018) d       dir-node
info-stnd.texi(,2019) #var
info-stnd.texi(,2020) scroll-step=1
info-stnd.texi(,2021) @end example
info-stnd.texi(,2022) 
info-stnd.texi(,2023) The source file consists of one or more @dfn{sections}.
info-stnd.texi(,2024) Each section starts with a line that identifies the type of section.
info-stnd.texi(,2025) Possible sections are:
info-stnd.texi(,2026) 
info-stnd.texi(,2027) @table @code
info-stnd.texi(,2028) @item #info
info-stnd.texi(,2029) Key bindings for Info windows.
info-stnd.texi(,2030) The start of this section is indicated by a line containing just
info-stnd.texi(,2031) @code{#info} by itself.  If this is the first section in the source
info-stnd.texi(,2032) file, the @code{#info} line can be omitted.  The rest of this section
info-stnd.texi(,2033) consists of lines of the form:
info-stnd.texi(,2034) 
info-stnd.texi(,2035) @example
info-stnd.texi(,2036) @var{string} whitespace @var{action} [ whitespace [ # comment ] ] newline
info-stnd.texi(,2037) @end example
info-stnd.texi(,2038) 
info-stnd.texi(,2039) Whitespace is any sequence of one or more spaces and/or tabs.  Comment
info-stnd.texi(,2040) is any sequence of any characters, excluding newline.  @var{string} is
info-stnd.texi(,2041) the key sequence which invokes the action.  @var{action} is the name of
info-stnd.texi(,2042) an Info command.  The characters in @var{string} are interpreted
info-stnd.texi(,2043) literally or prefixed by a caret (@code{^}) to indicate a control
info-stnd.texi(,2044) character.  A backslash followed by certain characters specifies input
info-stnd.texi(,2045) keystrokes as follows:
info-stnd.texi(,2046) 
info-stnd.texi(,2047) @table @code
info-stnd.texi(,2048) @item \b
info-stnd.texi(,2049) Backspace
info-stnd.texi(,2050) @item \e
info-stnd.texi(,2051) Escape (ESC)
info-stnd.texi(,2052) @item \n
info-stnd.texi(,2053) Newline
info-stnd.texi(,2054) @item \r
info-stnd.texi(,2055) Return
info-stnd.texi(,2056) @item \t
info-stnd.texi(,2057) Tab
info-stnd.texi(,2058) @item \ku
info-stnd.texi(,2059) Up arrow
info-stnd.texi(,2060) @item \kd
info-stnd.texi(,2061) Down arrow
info-stnd.texi(,2062) @item \kl
info-stnd.texi(,2063) Left arrow
info-stnd.texi(,2064) @item \kr
info-stnd.texi(,2065) Right arrow
info-stnd.texi(,2066) @item \kU
info-stnd.texi(,2067) Page Up
info-stnd.texi(,2068) @item \kD
info-stnd.texi(,2069) Page Down
info-stnd.texi(,2070) @item \kh
info-stnd.texi(,2071) HOME
info-stnd.texi(,2072) @item \ke
info-stnd.texi(,2073) END
info-stnd.texi(,2074) @item \kx
info-stnd.texi(,2075) Delete (DEL)
info-stnd.texi(,2076) @item \m@var{x}
info-stnd.texi(,2077) Meta-@var{x} where @var{x} is any character as described above.
info-stnd.texi(,2078) @end table
info-stnd.texi(,2079) 
info-stnd.texi(,2080) Backslash followed by any other character indicates that character is to
info-stnd.texi(,2081) be taken literally.  Characters which must be preceded by a backslash
info-stnd.texi(,2082) include caret, space, tab, and backslash itself.
info-stnd.texi(,2083) 
info-stnd.texi(,2084) @item #echo-area
info-stnd.texi(,2085) Key bindings for the echo area.
info-stnd.texi(,2086) The start of this section is indicated by a line containing just
info-stnd.texi(,2087) @code{#echo-area} by itself.  The rest of this section has a syntax
info-stnd.texi(,2088) identical to that for the key definitions for the Info area, described
info-stnd.texi(,2089) above.
info-stnd.texi(,2090) 
info-stnd.texi(,2091) @item #var
info-stnd.texi(,2092) Variable initializations.
info-stnd.texi(,2093) The start of this section is indicated by a line containing just
info-stnd.texi(,2094) @code{#var} by itself.  Following this line is a list of variable
info-stnd.texi(,2095) assignments, one per line.  Each line consists of a variable name
info-stnd.texi(,2096) (@xref{Variables},) followed by @code{=} followed by a value.
info-stnd.texi(,2097) There may be no white space between the variable name and the @code{=},
info-stnd.texi(,2098) and all characters following the @code{=}, including white space,
info-stnd.texi(,2099) are included in the value.
info-stnd.texi(,2100) @end table
info-stnd.texi(,2101) 
info-stnd.texi(,2102) Blank lines and lines starting with @code{#} are ignored, except for
info-stnd.texi(,2103) the special section header lines.
info-stnd.texi(,2104) 
info-stnd.texi(,2105) Key bindings defined in the @file{.info} file take precedence over GNU
info-stnd.texi(,2106) Info's default key bindings, whether or not @samp{--vi-keys} is used.  A
info-stnd.texi(,2107) default key binding may be disabled by overriding it in the @file{.info}
info-stnd.texi(,2108) file with the action @code{invalid}.  In addition, @emph{all} default
info-stnd.texi(,2109) key bindings can be disabled by adding this line @emph{anywhere} in the
info-stnd.texi(,2110) relevant section:
info-stnd.texi(,2111) 
info-stnd.texi(,2112) @example
info-stnd.texi(,2113) #stop
info-stnd.texi(,2114) @end example
info-stnd.texi(,2115) 
info-stnd.texi(,2116) This will cause GNU Info to ignore all the default key commands for that
info-stnd.texi(,2117) section.
info-stnd.texi(,2118) 
info-stnd.texi(,2119) Beware: @code{#stop} can be dangerous.  Since it disables all default
info-stnd.texi(,2120) key bindings, you must supply enough new key bindings to enable all
info-stnd.texi(,2121) necessary actions.  Failure to bind any key to the @code{quit} command,
info-stnd.texi(,2122) for example, can lead to frustration.
info-stnd.texi(,2123) 
info-stnd.texi(,2124) The order in which key bindings are defined in the @file{.info} file is
info-stnd.texi(,2125) not important, except that the command summary produced by the
info-stnd.texi(,2126) @code{get-help-window} command only displays the @emph{first} key that
info-stnd.texi(,2127) is bound to each command.
info-stnd.texi(,2128) 
info-stnd.texi(,2129) 
info-stnd.texi(,2130) @c the following is incomplete
info-stnd.texi(,2175) 
info-stnd.texi(,2176) 
info-stnd.texi(,2177) @node Copying This Manual
info-stnd.texi(,2178) @appendix Copying This Manual
info-stnd.texi(,2179) 
info-stnd.texi(,2180) @menu
info-stnd.texi(,2181) * GNU Free Documentation License::  License for copying this manual.
info-stnd.texi(,2182) @end menu
info-stnd.texi(,2183) 
fdl.texi(,1) 
fdl.texi(,2) @node GNU Free Documentation License
fdl.texi(,3) @appendixsec GNU Free Documentation License
fdl.texi(,4) 
fdl.texi(,5) @cindex FDL, GNU Free Documentation License
fdl.texi(,6) @center Version 1.1, March 2000
fdl.texi(,7) 
fdl.texi(,8) @display
fdl.texi(,9) Copyright @copyright{} 2000 Free Software Foundation, Inc.
fdl.texi(,10) 59 Temple Place, Suite 330, Boston, MA  02111-1307, USA
fdl.texi(,11) 
fdl.texi(,12) Everyone is permitted to copy and distribute verbatim copies
fdl.texi(,13) of this license document, but changing it is not allowed.
fdl.texi(,14) @end display
fdl.texi(,15) 
fdl.texi(,16) @enumerate 0
fdl.texi(,17) @item
fdl.texi(,18) PREAMBLE
fdl.texi(,19) 
fdl.texi(,20) The purpose of this License is to make a manual, textbook, or other
fdl.texi(,21) written document @dfn{free} in the sense of freedom: to assure everyone
fdl.texi(,22) the effective freedom to copy and redistribute it, with or without
fdl.texi(,23) modifying it, either commercially or noncommercially.  Secondarily,
fdl.texi(,24) this License preserves for the author and publisher a way to get
fdl.texi(,25) credit for their work, while not being considered responsible for
fdl.texi(,26) modifications made by others.
fdl.texi(,27) 
fdl.texi(,28) This License is a kind of ``copyleft'', which means that derivative
fdl.texi(,29) works of the document must themselves be free in the same sense.  It
fdl.texi(,30) complements the GNU General Public License, which is a copyleft
fdl.texi(,31) license designed for free software.
fdl.texi(,32) 
fdl.texi(,33) We have designed this License in order to use it for manuals for free
fdl.texi(,34) software, because free software needs free documentation: a free
fdl.texi(,35) program should come with manuals providing the same freedoms that the
fdl.texi(,36) software does.  But this License is not limited to software manuals;
fdl.texi(,37) it can be used for any textual work, regardless of subject matter or
fdl.texi(,38) whether it is published as a printed book.  We recommend this License
fdl.texi(,39) principally for works whose purpose is instruction or reference.
fdl.texi(,40) 
fdl.texi(,41) @item
fdl.texi(,42) APPLICABILITY AND DEFINITIONS
fdl.texi(,43) 
fdl.texi(,44) This License applies to any manual or other work that contains a
fdl.texi(,45) notice placed by the copyright holder saying it can be distributed
fdl.texi(,46) under the terms of this License.  The ``Document'', below, refers to any
fdl.texi(,47) such manual or work.  Any member of the public is a licensee, and is
fdl.texi(,48) addressed as ``you''.
fdl.texi(,49) 
fdl.texi(,50) A ``Modified Version'' of the Document means any work containing the
fdl.texi(,51) Document or a portion of it, either copied verbatim, or with
fdl.texi(,52) modifications and/or translated into another language.
fdl.texi(,53) 
fdl.texi(,54) A ``Secondary Section'' is a named appendix or a front-matter section of
fdl.texi(,55) the Document that deals exclusively with the relationship of the
fdl.texi(,56) publishers or authors of the Document to the Document's overall subject
fdl.texi(,57) (or to related matters) and contains nothing that could fall directly
fdl.texi(,58) within that overall subject.  (For example, if the Document is in part a
fdl.texi(,59) textbook of mathematics, a Secondary Section may not explain any
fdl.texi(,60) mathematics.)  The relationship could be a matter of historical
fdl.texi(,61) connection with the subject or with related matters, or of legal,
fdl.texi(,62) commercial, philosophical, ethical or political position regarding
fdl.texi(,63) them.
fdl.texi(,64) 
fdl.texi(,65) The ``Invariant Sections'' are certain Secondary Sections whose titles
fdl.texi(,66) are designated, as being those of Invariant Sections, in the notice
fdl.texi(,67) that says that the Document is released under this License.
fdl.texi(,68) 
fdl.texi(,69) The ``Cover Texts'' are certain short passages of text that are listed,
fdl.texi(,70) as Front-Cover Texts or Back-Cover Texts, in the notice that says that
fdl.texi(,71) the Document is released under this License.
fdl.texi(,72) 
fdl.texi(,73) A ``Transparent'' copy of the Document means a machine-readable copy,
fdl.texi(,74) represented in a format whose specification is available to the
fdl.texi(,75) general public, whose contents can be viewed and edited directly and
fdl.texi(,76) straightforwardly with generic text editors or (for images composed of
fdl.texi(,77) pixels) generic paint programs or (for drawings) some widely available
fdl.texi(,78) drawing editor, and that is suitable for input to text formatters or
fdl.texi(,79) for automatic translation to a variety of formats suitable for input
fdl.texi(,80) to text formatters.  A copy made in an otherwise Transparent file
fdl.texi(,81) format whose markup has been designed to thwart or discourage
fdl.texi(,82) subsequent modification by readers is not Transparent.  A copy that is
fdl.texi(,83) not ``Transparent'' is called ``Opaque''.
fdl.texi(,84) 
fdl.texi(,85) Examples of suitable formats for Transparent copies include plain
fdl.texi(,86) @sc{ascii} without markup, Texinfo input format, La@TeX{} input format,
fdl.texi(,87) @acronym{SGML} or @acronym{XML} using a publicly available
fdl.texi(,88) @acronym{DTD}, and standard-conforming simple @acronym{HTML} designed
fdl.texi(,89) for human modification.  Opaque formats include PostScript,
fdl.texi(,90) @acronym{PDF}, proprietary formats that can be read and edited only by
fdl.texi(,91) proprietary word processors, @acronym{SGML} or @acronym{XML} for which
fdl.texi(,92) the @acronym{DTD} and/or processing tools are not generally available,
fdl.texi(,93) and the machine-generated @acronym{HTML} produced by some word
fdl.texi(,94) processors for output purposes only.
fdl.texi(,95) 
fdl.texi(,96) The ``Title Page'' means, for a printed book, the title page itself,
fdl.texi(,97) plus such following pages as are needed to hold, legibly, the material
fdl.texi(,98) this License requires to appear in the title page.  For works in
fdl.texi(,99) formats which do not have any title page as such, ``Title Page'' means
fdl.texi(,100) the text near the most prominent appearance of the work's title,
fdl.texi(,101) preceding the beginning of the body of the text.
fdl.texi(,102) 
fdl.texi(,103) @item
fdl.texi(,104) VERBATIM COPYING
fdl.texi(,105) 
fdl.texi(,106) You may copy and distribute the Document in any medium, either
fdl.texi(,107) commercially or noncommercially, provided that this License, the
fdl.texi(,108) copyright notices, and the license notice saying this License applies
fdl.texi(,109) to the Document are reproduced in all copies, and that you add no other
fdl.texi(,110) conditions whatsoever to those of this License.  You may not use
fdl.texi(,111) technical measures to obstruct or control the reading or further
fdl.texi(,112) copying of the copies you make or distribute.  However, you may accept
fdl.texi(,113) compensation in exchange for copies.  If you distribute a large enough
fdl.texi(,114) number of copies you must also follow the conditions in section 3.
fdl.texi(,115) 
fdl.texi(,116) You may also lend copies, under the same conditions stated above, and
fdl.texi(,117) you may publicly display copies.
fdl.texi(,118) 
fdl.texi(,119) @item
fdl.texi(,120) COPYING IN QUANTITY
fdl.texi(,121) 
fdl.texi(,122) If you publish printed copies of the Document numbering more than 100,
fdl.texi(,123) and the Document's license notice requires Cover Texts, you must enclose
fdl.texi(,124) the copies in covers that carry, clearly and legibly, all these Cover
fdl.texi(,125) Texts: Front-Cover Texts on the front cover, and Back-Cover Texts on
fdl.texi(,126) the back cover.  Both covers must also clearly and legibly identify
fdl.texi(,127) you as the publisher of these copies.  The front cover must present
fdl.texi(,128) the full title with all words of the title equally prominent and
fdl.texi(,129) visible.  You may add other material on the covers in addition.
fdl.texi(,130) Copying with changes limited to the covers, as long as they preserve
fdl.texi(,131) the title of the Document and satisfy these conditions, can be treated
fdl.texi(,132) as verbatim copying in other respects.
fdl.texi(,133) 
fdl.texi(,134) If the required texts for either cover are too voluminous to fit
fdl.texi(,135) legibly, you should put the first ones listed (as many as fit
fdl.texi(,136) reasonably) on the actual cover, and continue the rest onto adjacent
fdl.texi(,137) pages.
fdl.texi(,138) 
fdl.texi(,139) If you publish or distribute Opaque copies of the Document numbering
fdl.texi(,140) more than 100, you must either include a machine-readable Transparent
fdl.texi(,141) copy along with each Opaque copy, or state in or with each Opaque copy
fdl.texi(,142) a publicly-accessible computer-network location containing a complete
fdl.texi(,143) Transparent copy of the Document, free of added material, which the
fdl.texi(,144) general network-using public has access to download anonymously at no
fdl.texi(,145) charge using public-standard network protocols.  If you use the latter
fdl.texi(,146) option, you must take reasonably prudent steps, when you begin
fdl.texi(,147) distribution of Opaque copies in quantity, to ensure that this
fdl.texi(,148) Transparent copy will remain thus accessible at the stated location
fdl.texi(,149) until at least one year after the last time you distribute an Opaque
fdl.texi(,150) copy (directly or through your agents or retailers) of that edition to
fdl.texi(,151) the public.
fdl.texi(,152) 
fdl.texi(,153) It is requested, but not required, that you contact the authors of the
fdl.texi(,154) Document well before redistributing any large number of copies, to give
fdl.texi(,155) them a chance to provide you with an updated version of the Document.
fdl.texi(,156) 
fdl.texi(,157) @item
fdl.texi(,158) MODIFICATIONS
fdl.texi(,159) 
fdl.texi(,160) You may copy and distribute a Modified Version of the Document under
fdl.texi(,161) the conditions of sections 2 and 3 above, provided that you release
fdl.texi(,162) the Modified Version under precisely this License, with the Modified
fdl.texi(,163) Version filling the role of the Document, thus licensing distribution
fdl.texi(,164) and modification of the Modified Version to whoever possesses a copy
fdl.texi(,165) of it.  In addition, you must do these things in the Modified Version:
fdl.texi(,166) 
fdl.texi(,167) @enumerate A
fdl.texi(,168) @item
fdl.texi(,169) Use in the Title Page (and on the covers, if any) a title distinct
fdl.texi(,170) from that of the Document, and from those of previous versions
fdl.texi(,171) (which should, if there were any, be listed in the History section
fdl.texi(,172) of the Document).  You may use the same title as a previous version
fdl.texi(,173) if the original publisher of that version gives permission.
fdl.texi(,174) 
fdl.texi(,175) @item
fdl.texi(,176) List on the Title Page, as authors, one or more persons or entities
fdl.texi(,177) responsible for authorship of the modifications in the Modified
fdl.texi(,178) Version, together with at least five of the principal authors of the
fdl.texi(,179) Document (all of its principal authors, if it has less than five).
fdl.texi(,180) 
fdl.texi(,181) @item
fdl.texi(,182) State on the Title page the name of the publisher of the
fdl.texi(,183) Modified Version, as the publisher.
fdl.texi(,184) 
fdl.texi(,185) @item
fdl.texi(,186) Preserve all the copyright notices of the Document.
fdl.texi(,187) 
fdl.texi(,188) @item
fdl.texi(,189) Add an appropriate copyright notice for your modifications
fdl.texi(,190) adjacent to the other copyright notices.
fdl.texi(,191) 
fdl.texi(,192) @item
fdl.texi(,193) Include, immediately after the copyright notices, a license notice
fdl.texi(,194) giving the public permission to use the Modified Version under the
fdl.texi(,195) terms of this License, in the form shown in the Addendum below.
fdl.texi(,196) 
fdl.texi(,197) @item
fdl.texi(,198) Preserve in that license notice the full lists of Invariant Sections
fdl.texi(,199) and required Cover Texts given in the Document's license notice.
fdl.texi(,200) 
fdl.texi(,201) @item
fdl.texi(,202) Include an unaltered copy of this License.
fdl.texi(,203) 
fdl.texi(,204) @item
fdl.texi(,205) Preserve the section entitled ``History'', and its title, and add to
fdl.texi(,206) it an item stating at least the title, year, new authors, and
fdl.texi(,207) publisher of the Modified Version as given on the Title Page.  If
fdl.texi(,208) there is no section entitled ``History'' in the Document, create one
fdl.texi(,209) stating the title, year, authors, and publisher of the Document as
fdl.texi(,210) given on its Title Page, then add an item describing the Modified
fdl.texi(,211) Version as stated in the previous sentence.
fdl.texi(,212) 
fdl.texi(,213) @item
fdl.texi(,214) Preserve the network location, if any, given in the Document for
fdl.texi(,215) public access to a Transparent copy of the Document, and likewise
fdl.texi(,216) the network locations given in the Document for previous versions
fdl.texi(,217) it was based on.  These may be placed in the ``History'' section.
fdl.texi(,218) You may omit a network location for a work that was published at
fdl.texi(,219) least four years before the Document itself, or if the original
fdl.texi(,220) publisher of the version it refers to gives permission.
fdl.texi(,221) 
fdl.texi(,222) @item
fdl.texi(,223) In any section entitled ``Acknowledgments'' or ``Dedications'',
fdl.texi(,224) preserve the section's title, and preserve in the section all the
fdl.texi(,225) substance and tone of each of the contributor acknowledgments
fdl.texi(,226) and/or dedications given therein.
fdl.texi(,227) 
fdl.texi(,228) @item
fdl.texi(,229) Preserve all the Invariant Sections of the Document,
fdl.texi(,230) unaltered in their text and in their titles.  Section numbers
fdl.texi(,231) or the equivalent are not considered part of the section titles.
fdl.texi(,232) 
fdl.texi(,233) @item
fdl.texi(,234) Delete any section entitled ``Endorsements''.  Such a section
fdl.texi(,235) may not be included in the Modified Version.
fdl.texi(,236) 
fdl.texi(,237) @item
fdl.texi(,238) Do not retitle any existing section as ``Endorsements''
fdl.texi(,239) or to conflict in title with any Invariant Section.
fdl.texi(,240) @end enumerate
fdl.texi(,241) 
fdl.texi(,242) If the Modified Version includes new front-matter sections or
fdl.texi(,243) appendices that qualify as Secondary Sections and contain no material
fdl.texi(,244) copied from the Document, you may at your option designate some or all
fdl.texi(,245) of these sections as invariant.  To do this, add their titles to the
fdl.texi(,246) list of Invariant Sections in the Modified Version's license notice.
fdl.texi(,247) These titles must be distinct from any other section titles.
fdl.texi(,248) 
fdl.texi(,249) You may add a section entitled ``Endorsements'', provided it contains
fdl.texi(,250) nothing but endorsements of your Modified Version by various
fdl.texi(,251) parties---for example, statements of peer review or that the text has
fdl.texi(,252) been approved by an organization as the authoritative definition of a
fdl.texi(,253) standard.
fdl.texi(,254) 
fdl.texi(,255) You may add a passage of up to five words as a Front-Cover Text, and a
fdl.texi(,256) passage of up to 25 words as a Back-Cover Text, to the end of the list
fdl.texi(,257) of Cover Texts in the Modified Version.  Only one passage of
fdl.texi(,258) Front-Cover Text and one of Back-Cover Text may be added by (or
fdl.texi(,259) through arrangements made by) any one entity.  If the Document already
fdl.texi(,260) includes a cover text for the same cover, previously added by you or
fdl.texi(,261) by arrangement made by the same entity you are acting on behalf of,
fdl.texi(,262) you may not add another; but you may replace the old one, on explicit
fdl.texi(,263) permission from the previous publisher that added the old one.
fdl.texi(,264) 
fdl.texi(,265) The author(s) and publisher(s) of the Document do not by this License
fdl.texi(,266) give permission to use their names for publicity for or to assert or
fdl.texi(,267) imply endorsement of any Modified Version.
fdl.texi(,268) 
fdl.texi(,269) @item
fdl.texi(,270) COMBINING DOCUMENTS
fdl.texi(,271) 
fdl.texi(,272) You may combine the Document with other documents released under this
fdl.texi(,273) License, under the terms defined in section 4 above for modified
fdl.texi(,274) versions, provided that you include in the combination all of the
fdl.texi(,275) Invariant Sections of all of the original documents, unmodified, and
fdl.texi(,276) list them all as Invariant Sections of your combined work in its
fdl.texi(,277) license notice.
fdl.texi(,278) 
fdl.texi(,279) The combined work need only contain one copy of this License, and
fdl.texi(,280) multiple identical Invariant Sections may be replaced with a single
fdl.texi(,281) copy.  If there are multiple Invariant Sections with the same name but
fdl.texi(,282) different contents, make the title of each such section unique by
fdl.texi(,283) adding at the end of it, in parentheses, the name of the original
fdl.texi(,284) author or publisher of that section if known, or else a unique number.
fdl.texi(,285) Make the same adjustment to the section titles in the list of
fdl.texi(,286) Invariant Sections in the license notice of the combined work.
fdl.texi(,287) 
fdl.texi(,288) In the combination, you must combine any sections entitled ``History''
fdl.texi(,289) in the various original documents, forming one section entitled
fdl.texi(,290) ``History''; likewise combine any sections entitled ``Acknowledgments'',
fdl.texi(,291) and any sections entitled ``Dedications''.  You must delete all sections
fdl.texi(,292) entitled ``Endorsements.''
fdl.texi(,293) 
fdl.texi(,294) @item
fdl.texi(,295) COLLECTIONS OF DOCUMENTS
fdl.texi(,296) 
fdl.texi(,297) You may make a collection consisting of the Document and other documents
fdl.texi(,298) released under this License, and replace the individual copies of this
fdl.texi(,299) License in the various documents with a single copy that is included in
fdl.texi(,300) the collection, provided that you follow the rules of this License for
fdl.texi(,301) verbatim copying of each of the documents in all other respects.
fdl.texi(,302) 
fdl.texi(,303) You may extract a single document from such a collection, and distribute
fdl.texi(,304) it individually under this License, provided you insert a copy of this
fdl.texi(,305) License into the extracted document, and follow this License in all
fdl.texi(,306) other respects regarding verbatim copying of that document.
fdl.texi(,307) 
fdl.texi(,308) @item
fdl.texi(,309) AGGREGATION WITH INDEPENDENT WORKS
fdl.texi(,310) 
fdl.texi(,311) A compilation of the Document or its derivatives with other separate
fdl.texi(,312) and independent documents or works, in or on a volume of a storage or
fdl.texi(,313) distribution medium, does not as a whole count as a Modified Version
fdl.texi(,314) of the Document, provided no compilation copyright is claimed for the
fdl.texi(,315) compilation.  Such a compilation is called an ``aggregate'', and this
fdl.texi(,316) License does not apply to the other self-contained works thus compiled
fdl.texi(,317) with the Document, on account of their being thus compiled, if they
fdl.texi(,318) are not themselves derivative works of the Document.
fdl.texi(,319) 
fdl.texi(,320) If the Cover Text requirement of section 3 is applicable to these
fdl.texi(,321) copies of the Document, then if the Document is less than one quarter
fdl.texi(,322) of the entire aggregate, the Document's Cover Texts may be placed on
fdl.texi(,323) covers that surround only the Document within the aggregate.
fdl.texi(,324) Otherwise they must appear on covers around the whole aggregate.
fdl.texi(,325) 
fdl.texi(,326) @item
fdl.texi(,327) TRANSLATION
fdl.texi(,328) 
fdl.texi(,329) Translation is considered a kind of modification, so you may
fdl.texi(,330) distribute translations of the Document under the terms of section 4.
fdl.texi(,331) Replacing Invariant Sections with translations requires special
fdl.texi(,332) permission from their copyright holders, but you may include
fdl.texi(,333) translations of some or all Invariant Sections in addition to the
fdl.texi(,334) original versions of these Invariant Sections.  You may include a
fdl.texi(,335) translation of this License provided that you also include the
fdl.texi(,336) original English version of this License.  In case of a disagreement
fdl.texi(,337) between the translation and the original English version of this
fdl.texi(,338) License, the original English version will prevail.
fdl.texi(,339) 
fdl.texi(,340) @item
fdl.texi(,341) TERMINATION
fdl.texi(,342) 
fdl.texi(,343) You may not copy, modify, sublicense, or distribute the Document except
fdl.texi(,344) as expressly provided for under this License.  Any other attempt to
fdl.texi(,345) copy, modify, sublicense or distribute the Document is void, and will
fdl.texi(,346) automatically terminate your rights under this License.  However,
fdl.texi(,347) parties who have received copies, or rights, from you under this
fdl.texi(,348) License will not have their licenses terminated so long as such
fdl.texi(,349) parties remain in full compliance.
fdl.texi(,350) 
fdl.texi(,351) @item
fdl.texi(,352) FUTURE REVISIONS OF THIS LICENSE
fdl.texi(,353) 
fdl.texi(,354) The Free Software Foundation may publish new, revised versions
fdl.texi(,355) of the GNU Free Documentation License from time to time.  Such new
fdl.texi(,356) versions will be similar in spirit to the present version, but may
fdl.texi(,357) differ in detail to address new problems or concerns.  See
fdl.texi(,358) @uref{http://www.gnu.org/copyleft/}.
fdl.texi(,359) 
fdl.texi(,360) Each version of the License is given a distinguishing version number.
fdl.texi(,361) If the Document specifies that a particular numbered version of this
fdl.texi(,362) License ``or any later version'' applies to it, you have the option of
fdl.texi(,363) following the terms and conditions either of that specified version or
fdl.texi(,364) of any later version that has been published (not as a draft) by the
fdl.texi(,365) Free Software Foundation.  If the Document does not specify a version
fdl.texi(,366) number of this License, you may choose any version ever published (not
fdl.texi(,367) as a draft) by the Free Software Foundation.
fdl.texi(,368) @end enumerate
fdl.texi(,369) 
fdl.texi(,370) @page
fdl.texi(,371) @appendixsubsec ADDENDUM: How to use this License for your documents
fdl.texi(,372) 
fdl.texi(,373) To use this License in a document you have written, include a copy of
fdl.texi(,374) the License in the document and put the following copyright and
fdl.texi(,375) license notices just after the title page:
fdl.texi(,376) 
fdl.texi(,377) @smallexample
fdl.texi(,378) @group
fdl.texi(,379)   Copyright (C)  @var{year}  @var{your name}.
fdl.texi(,380)   Permission is granted to copy, distribute and/or modify this document
fdl.texi(,381)   under the terms of the GNU Free Documentation License, Version 1.1
fdl.texi(,382)   or any later version published by the Free Software Foundation;
fdl.texi(,383)   with the Invariant Sections being @var{list their titles}, with the
fdl.texi(,384)   Front-Cover Texts being @var{list}, and with the Back-Cover Texts being @var{list}.
fdl.texi(,385)   A copy of the license is included in the section entitled ``GNU
fdl.texi(,386)   Free Documentation License''.
fdl.texi(,387) @end group
fdl.texi(,388) @end smallexample
fdl.texi(,389) 
fdl.texi(,390) If you have no Invariant Sections, write ``with no Invariant Sections''
fdl.texi(,391) instead of saying which ones are invariant.  If you have no
fdl.texi(,392) Front-Cover Texts, write ``no Front-Cover Texts'' instead of
fdl.texi(,393) ``Front-Cover Texts being @var{list}''; likewise for Back-Cover Texts.
fdl.texi(,394) 
fdl.texi(,395) If your document contains nontrivial examples of program code, we
fdl.texi(,396) recommend releasing these examples in parallel under your choice of
fdl.texi(,397) free software license, such as the GNU General Public License,
fdl.texi(,398) to permit their use in free software.
fdl.texi(,399) 
fdl.texi(,400) @c Local Variables:
fdl.texi(,401) @c ispell-local-pdict: "ispell-dict"
fdl.texi(,402) @c End:
fdl.texi(,403) 
info-stnd.texi(,2185) 
info-stnd.texi(,2186) 
info-stnd.texi(,2187) @node Index
info-stnd.texi(,2188) @appendix Index
info-stnd.texi(,2189) 
info-stnd.texi(,2190) @printindex cp
info-stnd.texi(,2191) 
info-stnd.texi(,2192) @bye
