From 078e927e51cbfa18e26bd35076a0eb5b5bf1ffb8 Mon Sep 17 00:00:00 2001
From: Stefan Suhren <suhren.stefan@fh-swf.de>
Date: Fri, 9 Oct 2015 09:58:02 +0200
Subject: Add needed files

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+*usr_40.txt*	For Vim version 7.0.  Last change: 2006 Apr 24
+
+		     VIM USER MANUAL - by Bram Moolenaar
+
+			      Make new commands
+
+
+Vim is an extensible editor.  You can take a sequence of commands you use
+often and turn it into a new command.  Or redefine an existing command.
+Autocommands make it possible to execute commands automatically.
+
+|40.1|	Key mapping
+|40.2|	Defining command-line commands
+|40.3|	Autocommands
+
+     Next chapter: |usr_41.txt|  Write a Vim script
+ Previous chapter: |usr_32.txt|  The undo tree
+Table of contents: |usr_toc.txt|
+
+==============================================================================
+*40.1*	Key mapping
+
+A simple mapping was explained in section |05.3|.  The principle is that one
+sequence of key strokes is translated into another sequence of key strokes.
+This is a simple, yet powerful mechanism.
+   The simplest form is that one key is mapped to a sequence of keys.  Since
+the function keys, except <F1>, have no predefined meaning in Vim, these are a
+good choice to map.  Example: >
+
+	:map <F2> GoDate: <Esc>:read !date<CR>kJ
+
+This shows how three modes are used.  After going to the last line with "G",
+the "o" command opens a new line and starts Insert mode.  The text "Date: " is
+inserted and <Esc> takes you out of insert mode.
+   Notice the use of special keys inside <>.  This is called angle bracket
+notation.  You type these as separate characters, not by pressing the key
+itself.  This makes the mappings better readable and you can copy and paste
+the text without problems.
+   The ":" character takes Vim to the command line.  The ":read !date" command
+reads the output from the "date" command and appends it below the current
+line.  The <CR> is required to execute the ":read" command.
+   At this point of execution the text looks like this:
+
+	Date:  ~
+	Fri Jun 15 12:54:34 CEST 2001 ~
+
+Now "kJ" moves the cursor up and joins the lines together.
+   To decide which key or keys you use for mapping, see |map-which-keys|.
+
+
+MAPPING AND MODES
+
+The ":map" command defines remapping for keys in Normal mode.  You can also
+define mappings for other modes.  For example, ":imap" applies to Insert mode.
+You can use it to insert a date below the cursor: >
+
+	:imap <F2> <CR>Date: <Esc>:read !date<CR>kJ
+
+It looks a lot like the mapping for <F2> in Normal mode, only the start is
+different.  The <F2> mapping for Normal mode is still there.  Thus you can map
+the same key differently for each mode.
+   Notice that, although this mapping starts in Insert mode, it ends in Normal
+mode.  If you want it to continue in Insert mode, append an "a" to the
+mapping.
+
+Here is an overview of map commands and in which mode they work:
+
+	:map		Normal, Visual and Operator-pending
+	:vmap		Visual
+	:nmap		Normal
+	:omap		Operator-pending
+	:map!		Insert and Command-line
+	:imap		Insert
+	:cmap		Command-line
+
+Operator-pending mode is when you typed an operator character, such as "d" or
+"y", and you are expected to type the motion command or a text object.  Thus
+when you type "dw", the "w" is entered in operator-pending mode.
+
+Suppose that you want to define <F7> so that the command d<F7> deletes a C
+program block (text enclosed in curly braces, {}).  Similarly y<F7> would yank
+the program block into the unnamed register.  Therefore, what you need to do
+is to define <F7> to select the current program block.  You can do this with
+the following command: >
+
+	:omap <F7> a{
+
+This causes <F7> to perform a select block "a{" in operator-pending mode, just
+like you typed it.  This mapping is useful if typing a { on your keyboard is a
+bit difficult.
+
+
+LISTING MAPPINGS
+
+To see the currently defined mappings, use ":map" without arguments.  Or one
+of the variants that include the mode in which they work.  The output could
+look like this:
+
+	   _g		 :call MyGrep(1)<CR> ~
+	v  <F2>		 :s/^/> /<CR>:noh<CR>`` ~
+	n  <F2>		 :.,$s/^/> /<CR>:noh<CR>`` ~
+	   <xHome>	 <Home>
+	   <xEnd>	 <End>
+
+
+The first column of the list shows in which mode the mapping is effective.
+This is "n" for Normal mode, "i" for Insert mode, etc.  A blank is used for a
+mapping defined with ":map", thus effective in both Normal and Visual mode.
+   One useful purpose of listing the mapping is to check if special keys in <>
+form have been recognized (this only works when color is supported).  For
+example, when <Esc> is displayed in color, it stands for the escape character.
+When it has the same color as the other text, it is five characters.
+
+
+REMAPPING
+
+The result of a mapping is inspected for other mappings in it.  For example,
+the mappings for <F2> above could be shortened to: >
+
+	:map <F2> G<F3>
+	:imap <F2> <Esc><F3>
+	:map <F3>  oDate: <Esc>:read !date<CR>kJ
+
+For Normal mode <F2> is mapped to go to the last line, and then behave like
+<F3> was pressed.  In Insert mode <F2> stops Insert mode with <Esc> and then
+also uses <F3>.  Then <F3> is mapped to do the actual work.
+
+Suppose you hardly ever use Ex mode, and want to use the "Q" command to format
+text (this was so in old versions of Vim).  This mapping will do it: >
+
+	:map Q gq
+
+But, in rare cases you need to use Ex mode anyway.  Let's map "gQ" to Q, so
+that you can still go to Ex mode: >
+
+	:map gQ Q
+
+What happens now is that when you type "gQ" it is mapped to "Q".  So far so
+good.  But then "Q" is mapped to "gq", thus typing "gQ" results in "gq", and
+you don't get to Ex mode at all.
+   To avoid keys to be mapped again, use the ":noremap" command: >
+
+	:noremap gQ Q
+
+Now Vim knows that the "Q" is not to be inspected for mappings that apply to
+it.  There is a similar command for every mode:
+
+	:noremap	Normal, Visual and Operator-pending
+	:vnoremap	Visual
+	:nnoremap	Normal
+	:onoremap	Operator-pending
+	:noremap!	Insert and Command-line
+	:inoremap	Insert
+	:cnoremap	Command-line
+
+
+RECURSIVE MAPPING
+
+When a mapping triggers itself, it will run forever.  This can be used to
+repeat an action an unlimited number of times.
+   For example, you have a list of files that contain a version number in the
+first line.  You edit these files with "vim *.txt".  You are now editing the
+first file.  Define this mapping: >
+
+	:map ,, :s/5.1/5.2/<CR>:wnext<CR>,,
+
+Now you type ",,".  This triggers the mapping.  It replaces "5.1" with "5.2"
+in the first line.  Then it does a ":wnext" to write the file and edit the
+next one.  The mapping ends in ",,".  This triggers the same mapping again,
+thus doing the substitution, etc.
+   This continues until there is an error.  In this case it could be a file
+where the substitute command doesn't find a match for "5.1".  You can then
+make a change to insert "5.1" and continue by typing ",," again.  Or the
+":wnext" fails, because you are in the last file in the list.
+   When a mapping runs into an error halfway, the rest of the mapping is
+discarded.  CTRL-C interrupts the mapping (CTRL-Break on MS-Windows).
+
+
+DELETE A MAPPING
+
+To remove a mapping use the ":unmap" command.  Again, the mode the unmapping
+applies to depends on the command used:
+
+	:unmap		Normal, Visual and Operator-pending
+	:vunmap		Visual
+	:nunmap		Normal
+	:ounmap		Operator-pending
+	:unmap!		Insert and Command-line
+	:iunmap		Insert
+	:cunmap		Command-line
+
+There is a trick to define a mapping that works in Normal and Operator-pending
+mode, but not in Visual mode.  First define it for all three modes, then
+delete it for Visual mode: >
+
+	:map <C-A> /---><CR>
+	:vunmap <C-A>
+
+Notice that the five characters "<C-A>" stand for the single key CTRL-A.
+
+To remove all mappings use the |:mapclear| command.  You can guess the
+variations for different modes by now.  Be careful with this command, it can't
+be undone.
+
+
+SPECIAL CHARACTERS
+
+The ":map" command can be followed by another command.  A | character
+separates the two commands.  This also means that a | character can't be used
+inside a map command.  To include one, use <Bar> (five characters).  Example:
+>
+	:map <F8> :write <Bar> !checkin %<CR>
+
+The same problem applies to the ":unmap" command, with the addition that you
+have to watch out for trailing white space.  These two commands are different:
+>
+	:unmap a | unmap b
+	:unmap a| unmap b
+
+The first command tries to unmap "a ", with a trailing space.
+
+When using a space inside a mapping, use <Space> (seven characters): >
+
+	:map <Space> W
+
+This makes the spacebar move a blank-separated word forward.
+
+It is not possible to put a comment directly after a mapping, because the "
+character is considered to be part of the mapping.  You can use |", this
+starts a new, empty command with a comment.  Example: >
+
+	:map <Space> W|     " Use spacebar to move forward a word
+
+
+MAPPINGS AND ABBREVIATIONS
+
+Abbreviations are a lot like Insert mode mappings.  The arguments are handled
+in the same way.  The main difference is the way they are triggered.  An
+abbreviation is triggered by typing a non-word character after the word.  A
+mapping is triggered when typing the last character.
+   Another difference is that the characters you type for an abbreviation are
+inserted in the text while you type them.  When the abbreviation is triggered
+these characters are deleted and replaced by what the abbreviation produces.
+When typing the characters for a mapping, nothing is inserted until you type
+the last character that triggers it.  If the 'showcmd' option is set, the
+typed characters are displayed in the last line of the Vim window.
+   An exception is when a mapping is ambiguous.  Suppose you have done two
+mappings: >
+
+	:imap aa foo
+	:imap aaa bar
+
+Now, when you type "aa", Vim doesn't know if it should apply the first or the
+second mapping.  It waits for another character to be typed.  If it is an "a",
+the second mapping is applied and results in "bar".  If it is a space, for
+example, the first mapping is applied, resulting in "foo", and then the space
+is inserted.
+
+
+ADDITIONALLY...
+
+The <script> keyword can be used to make a mapping local to a script.  See
+|:map-<script>|.
+
+The <buffer> keyword can be used to make a mapping local to a specific buffer.
+See |:map-<buffer>|
+
+The <unique> keyword can be used to make defining a new mapping fail when it
+already exists.  Otherwise a new mapping simply overwrites the old one.  See
+|:map-<unique>|.
+
+To make a key do nothing, map it to <Nop> (five characters).  This will make
+the <F7> key do nothing at all: >
+
+	:map <F7> <Nop>| map! <F7> <Nop>
+
+There must be no space after <Nop>.
+
+==============================================================================
+*40.2*	Defining command-line commands
+
+The Vim editor enables you to define your own commands.  You execute these
+commands just like any other Command-line mode command.
+   To define a command, use the ":command" command, as follows: >
+
+	:command DeleteFirst 1delete
+
+Now when you execute the command ":DeleteFirst" Vim executes ":1delete", which
+deletes the first line.
+
+	Note:
+	User-defined commands must start with a capital letter.  You cannot
+	use ":X", ":Next" and ":Print".  The underscore cannot be used!  You
+	can use digits, but this is discouraged.
+
+To list the user-defined commands, execute the following command: >
+
+	:command
+
+Just like with the builtin commands, the user defined commands can be
+abbreviated.  You need to type just enough to distinguish the command from
+another.  Command line completion can be used to get the full name.
+
+
+NUMBER OF ARGUMENTS
+
+User-defined commands can take a series of arguments.  The number of arguments
+must be specified by the -nargs option.  For instance, the example
+:DeleteFirst command takes no arguments, so you could have defined it as
+follows: >
+
+	:command -nargs=0 DeleteFirst 1delete
+
+However, because zero arguments is the default, you do not need to add
+"-nargs=0".  The other values of -nargs are as follows:
+
+	-nargs=0	No arguments
+	-nargs=1	One argument
+	-nargs=*	Any number of arguments
+	-nargs=?	Zero or one argument
+	-nargs=+	One or more arguments
+
+
+USING THE ARGUMENTS
+
+Inside the command definition, the arguments are represented by the
+<args> keyword.  For example: >
+
+	:command -nargs=+ Say :echo "<args>"
+
+Now when you type >
+
+	:Say Hello World
+
+Vim echoes "Hello World".  However, if you add a double quote, it won't work.
+For example: >
+
+	:Say he said "hello"
+
+To get special characters turned into a string, properly escaped to use as an
+expression, use "<q-args>": >
+
+	:command -nargs=+ Say :echo <q-args>
+
+Now the above ":Say" command will result in this to be executed: >
+
+	:echo "he said \"hello\""
+
+The <f-args> keyword contains the same information as the <args> keyword,
+except in a format suitable for use as function call arguments.  For example:
+>
+	:command -nargs=* DoIt :call AFunction(<f-args>)
+	:DoIt a b c
+
+Executes the following command: >
+
+	:call AFunction("a", "b", "c")
+
+
+LINE RANGE
+
+Some commands take a range as their argument.  To tell Vim that you are
+defining such a command, you need to specify a -range option.  The values for
+this option are as follows:
+
+	-range		Range is allowed; default is the current line.
+	-range=%	Range is allowed; default is the whole file.
+	-range={count}	Range is allowed; the last number in it is used as a
+			single number whose default is {count}.
+
+When a range is specified, the keywords <line1> and <line2> get the values of
+the first and last line in the range.  For example, the following command
+defines the SaveIt command, which writes out the specified range to the file
+"save_file": >
+
+	:command -range=% SaveIt :<line1>,<line2>write! save_file
+
+
+OTHER OPTIONS
+
+Some of the other options and keywords are as follows:
+
+	-count={number}		The command can take a count whose default is
+				{number}.  The resulting count can be used
+				through the <count> keyword.
+	-bang			You can use a !.  If present, using <bang> will
+				result in a !.
+	-register		You can specify a register.  (The default is
+				the unnamed register.)
+				The register specification is available as
+				<reg> (a.k.a. <register>).
+	-complete={type}	Type of command-line completion used.  See
+				|:command-completion| for the list of possible
+				values.
+	-bar			The command can be followed by | and another
+				command, or " and a comment.
+	-buffer			The command is only available for the current
+				buffer.
+
+Finally, you have the <lt> keyword.  It stands for the character <.  Use this
+to escape the special meaning of the <> items mentioned.
+
+
+REDEFINING AND DELETING
+
+To redefine the same command use the ! argument: >
+
+	:command -nargs=+ Say :echo "<args>"
+	:command! -nargs=+ Say :echo <q-args>
+
+To delete a user command use ":delcommand".  It takes a single argument, which
+is the name of the command.  Example: >
+
+	:delcommand SaveIt
+
+To delete all the user commands: >
+
+	:comclear
+
+Careful, this can't be undone!
+
+More details about all this in the reference manual: |user-commands|.
+
+==============================================================================
+*40.3*	Autocommands
+
+An autocommand is a command that is executed automatically in response to some
+event, such as a file being read or written or a buffer change.  Through the
+use of autocommands you can train Vim to edit compressed files, for example.
+That is used in the |gzip| plugin.
+   Autocommands are very powerful.  Use them with care and they will help you
+avoid typing many commands.  Use them carelessly and they will cause a lot of
+trouble.
+
+Suppose you want to replace a datestamp on the end of a file every time it is
+written.  First you define a function: >
+
+	:function DateInsert()
+	:  $delete
+	:  read !date
+	:endfunction
+
+You want this function to be called each time, just before a file is written.
+This will make that happen: >
+
+	:autocmd FileWritePre *  call DateInsert()
+
+"FileWritePre" is the event for which this autocommand is triggered: Just
+before (pre) writing a file.  The "*" is a pattern to match with the file
+name.  In this case it matches all files.
+   With this command enabled, when you do a ":write", Vim checks for any
+matching FileWritePre autocommands and executes them, and then it
+performs the ":write".
+   The general form of the :autocmd command is as follows: >
+
+	:autocmd [group] {events} {file_pattern} [nested] {command}
+
+The [group] name is optional.  It is used in managing and calling the commands
+(more on this later).  The {events} parameter is a list of events (comma
+separated) that trigger the command.
+   {file_pattern} is a filename, usually with wildcards.  For example, using
+"*.txt" makes the autocommand be used for all files whose name end in ".txt".
+The optional [nested] flag allows for nesting of autocommands (see below), and
+finally, {command} is the command to be executed.
+
+
+EVENTS
+
+One of the most useful events is BufReadPost.  It is triggered after a new
+file is being edited.  It is commonly used to set option values.  For example,
+you know that "*.gsm" files are GNU assembly language.  To get the syntax file
+right, define this autocommand: >
+
+	:autocmd BufReadPost *.gsm  set filetype=asm
+
+If Vim is able to detect the type of file, it will set the 'filetype' option
+for you.  This triggers the Filetype event.  Use this to do something when a
+certain type of file is edited.  For example, to load a list of abbreviations
+for text files: >
+
+	:autocmd Filetype text  source ~/.vim/abbrevs.vim
+
+When starting to edit a new file, you could make Vim insert a skeleton: >
+
+	:autocmd BufNewFile *.[ch]  0read ~/skeletons/skel.c
+
+See |autocmd-events| for a complete list of events.
+
+
+PATTERNS
+
+The {file_pattern} argument can actually be a comma-separated list of file
+patterns.  For example: "*.c,*.h" matches files ending in ".c" and ".h".
+   The usual file wildcards can be used.  Here is a summary of the most often
+used ones:
+
+	*		Match any character any number of times
+	?		Match any character once
+	[abc]		Match the character a, b or c
+	.		Matches a dot
+	a{b,c}		Matches "ab" and "ac"
+
+When the pattern includes a slash (/) Vim will compare directory names.
+Without the slash only the last part of a file name is used.  For example,
+"*.txt" matches "/home/biep/readme.txt".  The pattern "/home/biep/*" would
+also match it.  But "home/foo/*.txt" wouldn't.
+   When including a slash, Vim matches the pattern against both the full path
+of the file ("/home/biep/readme.txt") and the relative path (e.g.,
+"biep/readme.txt").
+
+	Note:
+	When working on a system that uses a backslash as file separator, such
+	as MS-Windows, you still use forward slashes in autocommands.  This
+	makes it easier to write the pattern, since a backslash has a special
+	meaning.  It also makes the autocommands portable.
+
+
+DELETING
+
+To delete an autocommand, use the same command as what it was defined with,
+but leave out the {command} at the end and use a !.  Example: >
+
+	:autocmd! FileWritePre *
+
+This will delete all autocommands for the "FileWritePre" event that use the
+"*" pattern.
+
+
+LISTING
+
+To list all the currently defined autocommands, use this: >
+
+	:autocmd
+
+The list can be very long, especially when filetype detection is used.  To
+list only part of the commands, specify the group, event and/or pattern.  For
+example, to list all BufNewFile autocommands: >
+
+	:autocmd BufNewFile
+
+To list all autocommands for the pattern "*.c": >
+
+	:autocmd * *.c
+
+Using "*" for the event will list all the events.  To list all autocommands
+for the cprograms group: >
+
+	:autocmd cprograms
+
+
+GROUPS
+
+The {group} item, used when defining an autocommand, groups related autocommands
+together.  This can be used to delete all the autocommands in a certain group,
+for example.
+   When defining several autocommands for a certain group, use the ":augroup"
+command.  For example, let's define autocommands for C programs: >
+
+	:augroup cprograms
+	:  autocmd BufReadPost *.c,*.h :set sw=4 sts=4
+	:  autocmd BufReadPost *.cpp   :set sw=3 sts=3
+	:augroup END
+
+This will do the same as: >
+
+	:autocmd cprograms BufReadPost *.c,*.h :set sw=4 sts=4
+	:autocmd cprograms BufReadPost *.cpp   :set sw=3 sts=3
+
+To delete all autocommands in the "cprograms" group: >
+
+	:autocmd! cprograms
+
+
+NESTING
+
+Generally, commands executed as the result of an autocommand event will not
+trigger any new events.  If you read a file in response to a FileChangedShell
+event, it will not trigger the autocommands that would set the syntax, for
+example.  To make the events triggered, add the "nested" argument: >
+
+	:autocmd FileChangedShell * nested  edit
+
+
+EXECUTING AUTOCOMMANDS
+
+It is possible to trigger an autocommand by pretending an event has occurred.
+This is useful to have one autocommand trigger another one.  Example: >
+
+	:autocmd BufReadPost *.new  execute "doautocmd BufReadPost " . expand("<afile>:r")
+
+This defines an autocommand that is triggered when a new file has been edited.
+The file name must end in ".new".  The ":execute" command uses expression
+evaluation to form a new command and execute it.  When editing the file
+"tryout.c.new" the executed command will be: >
+
+	:doautocmd BufReadPost tryout.c
+
+The expand() function takes the "<afile>" argument, which stands for the file
+name the autocommand was executed for, and takes the root of the file name
+with ":r".
+
+":doautocmd" executes on the current buffer.  The ":doautoall" command works
+like "doautocmd" except it executes on all the buffers.
+
+
+USING NORMAL MODE COMMANDS
+
+The commands executed by an autocommand are Command-line command.  If you want
+to use a Normal mode command, the ":normal" command can be used.  Example: >
+
+	:autocmd BufReadPost *.log normal G
+
+This will make the cursor jump to the last line of *.log files when you start
+to edit it.
+   Using the ":normal" command is a bit tricky.  First of all, make sure its
+argument is a complete command, including all the arguments.  When you use "i"
+to go to Insert mode, there must also be a <Esc> to leave Insert mode again.
+If you use a "/" to start a search pattern, there must be a <CR> to execute
+it.
+   The ":normal" command uses all the text after it as commands.  Thus there
+can be no | and another command following.  To work around this, put the
+":normal" command inside an ":execute" command.  This also makes it possible
+to pass unprintable characters in a convenient way.  Example: >
+
+	:autocmd BufReadPost *.chg execute "normal ONew entry:\<Esc>" |
+		\ 1read !date
+
+This also shows the use of a backslash to break a long command into more
+lines.  This can be used in Vim scripts (not at the command line).
+
+When you want the autocommand do something complicated, which involves jumping
+around in the file and then returning to the original position, you may want
+to restore the view on the file.  See |restore-position| for an example.
+
+
+IGNORING EVENTS
+
+At times, you will not want to trigger an autocommand.  The 'eventignore'
+option contains a list of events that will be totally ignored.  For example,
+the following causes events for entering and leaving a window to be ignored: >
+
+	:set eventignore=WinEnter,WinLeave
+
+To ignore all events, use the following command: >
+
+	:set eventignore=all
+
+To set it back to the normal behavior, make 'eventignore' empty: >
+
+	:set eventignore=
+
+==============================================================================
+
+Next chapter: |usr_41.txt|  Write a Vim script
+
+Copyright: see |manual-copyright|  vim:tw=78:ts=8:ft=help:norl:
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