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*UltiSnips.txt* For Vim version 7.0 or later.
The Ultimate Plugin for Snippets in Vim~
UltiSnips *snippet* *snippets* *UltiSnips*
1. Description |UltiSnips-description|
1.1 Requirements |UltiSnips-requirements|
1.2 Acknowledgments |UltiSnips-acknowledgments|
2. Installation and Updating |UltiSnips-installnupdate|
3. Settings & Commands |UltiSnips-settings|
3.1 Commands |UltiSnips-commands|
3.2 Triggers |UltiSnips-triggers|
3.2.1 Using your own trigger functions |UltiSnips-trigger-functions|
3.2.2 Path to Python Module |UltiSnips-python-module-path|
3.3 Snippet Search Path |UltiSnips-snippet-search-path|
3.4 Warning About Select Mode Mappings |UltiSnips-warning-smappings|
3.5 Functions |UltiSnips-functions|
3.5.1 UltiSnips_AddSnippet |UltiSnips_AddSnippet|
3.5.2 UltiSnips_Anon |UltiSnips_Anon|
3.5.3 UltiSnips_SnippetsInCurrentScope |UltiSnips_SnippetsInCurrentScope|
3.6 Missing python support |UltiSnips-python-warning|
4. Syntax |UltiSnips-syntax|
4.1 Adding Snippets |UltiSnips-adding-snippets|
4.1.1 Character Escaping |UltiSnips-character-escaping|
4.2 Plaintext Snippets |UltiSnips-plaintext-snippets|
4.3 Visual Placeholder |UltiSnips-visual-placeholder|
4.4 Interpolation |UltiSnips-interpolation|
4.4.1 Shellcode |UltiSnips-shellcode|
4.4.2 VimScript |UltiSnips-vimscript|
4.4.3 Python |UltiSnips-python|
4.4.4 Global Snippets |UltiSnips-globals|
4.5 Tabstops and Placeholders |UltiSnips-tabstops|
4.6 Mirrors |UltiSnips-mirrors|
4.7 Transformations |UltiSnips-transformations|
4.7.1 Replacement String |UltiSnips-replacement-string|
4.7.2 Demos |UltiSnips-demos|
4.8 Clearing snippets |UltiSnips-clearing-snippets|
5. Support for other plugins |UltiSnips-other-plugins|
6. Helping Out |UltiSnips-helping|
7. Contact |UltiSnips-contact|
8. Contributors |UltiSnips-contributors|
8.1 Patches & Coding |UltiSnips-contricoding|
8.2 Snippets |UltiSnips-contrisnippets|
This plugin only works if 'compatible' is not set.
{Vi does not have any of these features}
{only available when |+python| or |+python3| have been enabled at compile time}
==============================================================================
1. Description *UltiSnips-description*
UltiSnips provides snippet management for the Vim editor. A snippet is a short
piece of text that is either re-used often or contains a lot of redundant
text. UltiSnips allows you to insert a snippet with only a few key strokes.
Snippets are common in structured text like source code but can also be used
for general editing like, for example, inserting a signature in an email or
inserting the current date in a text file.
UltiSnips was developed using the TDD (Test-driven development) philosophy.
This ensures that features do not disappear and bugs do not reappear after
they have been fixed.
On my blog, http://www.sirver.net, I posted several short screencasts, which
make a great introduction to UltiSnips, illustrating its features and usage.
http://www.sirver.net/blog/2011/12/30/first-episode-of-ultisnips-screencast/
http://www.sirver.net/blog/2012/01/08/second-episode-of-ultisnips-screencast/
http://www.sirver.net/blog/2012/02/05/third-episode-of-ultisnips-screencast/
http://www.sirver.net/blog/2012/03/31/fourth-episode-of-ultisnips-screencast/
1.1 Requirements *UltiSnips-requirements*
----------------
This plugin works with Vim version 7.0 or later. It only works if the
'compatible' setting is not set.
This plugin requires python >= 2.6. It has been specifically tested using
python 2.7 and python 3.2 but should theoretically work on all versions of
python >= 2.6.
The Python 2.x or Python 3.x interface must be available. In other words, Vim
must be compiled with either the |+python| feature or the |+python3| feature.
The following commands show how to test if you have python compiled in Vim.
They print '1' if the python version is compiled in, '0' if not.
Test if Vim is compiled with python version 2.x: >
:echo has("python")
The python version Vim is linked against can be found with: >
:py import sys; print(sys.version)
Test if Vim is compiled with python version 3.x: >
:echo has("python3")
The python version Vim is linked against can be found with: >
:py3 import sys; print(sys.version)
Note that Vim is maybe not using your system-wide installed python version, so
make sure to check the Python version inside of Vim.
UltiSnips attempts to auto-detect which python version is compiled into Vim.
Unfortunately, in some versions of Vim this detection does not work.
In that case you have to explicitly tell UltiSnips which version to use using
the 'UltiSnipsUsePythonVersion' global variable.
To use python version 2.x: >
let g:UltiSnipsUsePythonVersion = 2
To use python version 3.x: >
let g:UltiSnipsUsePythonVersion = 3
1.2 Acknowledgments *UltiSnips-acknowledgments*
-------------------
UltiSnips was inspired by the snippets feature of TextMate
(http://macromates.com/), the GUI text editor for Mac OS X. Managing snippets
in Vim is not new. I want to thank Michael Sanders, the author of snipMate,
for some implementation details I borrowed from his plugin and for the
permission to use his snippets.
=============================================================================
2. Installation and Updating *UltiSnips-installnupdate*
Using Pathogen: *UltiSnips-using-pathogen*
If you are a pathogen user, you can track the official mirror of UltiSnips on
github: >
$ cd ~/.vim/
$ git submodule add git://github.com/SirVer/ultisnips.git bundle/ultisnips
See the pathogen documentation for more details on how to update a bundle.
Using Bzr: *UltiSnips-using-bzr*
To track the main repository on github, you will need bzr
(http://bazaar-vcs.org/). bzr is available in all major Linux distributions
(packaged as bzr or bazaar) and can be easily installed under Mac OS X: >
$ pip install bzr
Using bzr, checkout UltiSnips into a directory of your choice. >
$ cd ~/.vim/
$ bzr get lp:ultisnips ultisnips_rep
Then add this directory to your Vim runtime path by adding this line to your
vimrc file. >
set runtimepath+=~/.vim/ultisnips_rep
UltiSnips also needs that Vim sources files from the ftdetect/ directory.
Unfortunately, Vim only allows this directory in the .vim directory. You
therefore have to symlink/copy the files: >
mkdir -p ~/.vim/ftdetect/
ln -s ~/.vim/ultisnips_rep/ftdetect/* ~/.vim/ftdetect/
Restart Vim and UltiSnips should work. To access the help, use >
:helptags ~/.vim/ultisnips_rep/doc
:help UltiSnips
To update an installation, simply pull the latest revision: >
$ cd ~/.vim/ultisnips_rep
$ bzr pull
Using a downloaded packet: *UltiSnips-using-a-downloaded-packet*
Download the packet and unpack into a directory of your choice. Add the path
to runtimepath. See |UltiSnips-using-bzr| for an example.
=============================================================================
3. Settings & Commands *UltiSnips-settings*
3.1 Commands *UltiSnips-commands*
------------
*:UltiSnipsEdit*
The UltiSnipsEdit command opens the private snippet definition file for the
current filetype for editing. If a definition file does not exist, a new file
is opened with the appropriate name. Snippet definition files are standard
text files and can be edited directly. UltiSnipsEdit makes it easier.
There are several variables associated with the UltiSnipsEdit command.
*g:UltiSnipsEditSplit*
g:UltiSnipsEditSplit Defines how the edit window is opened. Possible
values:
|normal| Default. Opens in the current window.
|horizontal| Splits the window horizontally.
|vertical| Splits the window vertically.
*g:UltiSnipsSnippetsDir*
g:UltiSnipsSnippetsDir
Defines the directory private snippet definition
files are stored in. For example, if the variable
is set to "~/.vim/mydir/UltiSnips" and the current
'filetype' is "cpp", then :UltiSnipsEdit will open
"~/.vim/mydir/UltiSnips/cpp.snippets".
*:UltiSnipsAddFiletypes*
The UltiSnipsAddFiletypes command allows for explicit merging of other snippet
filetypes for the current buffer. For example, if you edit a .rst file but
also want the Lua snippets to be available you can issue the command >
:UltiSnipsAddFiletypes rst.lua
using the dotted filetype syntax. Order is important, the first filetype in
this list will be the one used for UltiSnipsEdit and the list is
ordered by evaluation priority. Consequently, you might add this to your
ftplugin/rails.vim >
:UltiSnipsAddFiletypes rails.ruby
I mention rails first because I want to edit rails snippets when using
UltiSnipsEdit and because rails snippets should overwrite equivalent ruby
snippets. The priority will now be rails -> ruby -> all. If you have some
special programming snippets that should have lower priority than your ruby
snippets you can call >
:UltiSnipsAddFiletypes ruby.programming
The priority will then be rails -> ruby -> programming -> all.
3.2 Triggers *UltiSnips-triggers*
------------
You can define the keys used to trigger UltiSnips actions by setting global
variables. Variables define the keys used to expand a snippet, jump forward
and jump backwards within a snippet, and list all available snippets in the
current expand context. The variables with their default values are: >
g:UltiSnipsExpandTrigger <tab>
g:UltiSnipsListSnippets <c-tab>
g:UltiSnipsJumpForwardTrigger <c-j>
g:UltiSnipsJumpBackwardTrigger <c-k>
The g:UltiSnipsExpandTrigger and g:UltiSnipsJumpForwardTrigger can be set to
the same value. To simulate TextMate behavior, add the following lines to your
vimrc file. >
let g:UltiSnipsExpandTrigger="<tab>"
let g:UltiSnipsJumpForwardTrigger="<tab>"
let g:UltiSnipsJumpBackwardTrigger="<s-tab>"
Note that the default value for g:UltiSnipsJumpBackwardTrigger interferes with
the built-in complete function: |i_CTRL-X_CTRL-K|. A workaround is to add the
following to your vimrc file. >
inoremap <c-x><c-k> <c-x><c-k>
3.2.1 Using your own trigger functions *UltiSnips-trigger-functions*
--------------------------------------
For advanced users there are four functions that you can map directly to a
key and that correspond to some of the triggers previously defined:
g:UltiSnipsExpandTrigger <--> UltiSnips_ExpandSnippet
g:UltiSnipsJumpForwardTrigger <--> UltiSnips_JumpForwards
g:UltiSnipsJumpBackwardTrigger <--> UltiSnips_JumpBackwards
If you have g:UltiSnipsExpandTrigger and g:UltiSnipsJumpForwardTrigger set
to the same value then the function you are actually going to use is
UltiSnips_ExpandSnippetOrJump.
Each time any of the functions UltiSnips_ExpandSnippet,
UltiSnips_ExpandSnippet, UltiSnips_JumpBackwards or UltiSnips_JumpBackwards is
called a global variable is set that contains the return value of the
corresponding function.
The corresponding variables and functions are:
UltiSnips_ExpandSnippet --> g:ulti_expand_res (0: fail, 1: success)
UltiSnips_ExpandSnippetOrJump --> g:ulti_expand_or_jump_res (0: fail,
1: expand, 2: jump)
UltiSnips_JumpForwards --> g:ulti_jump_forwards_res (0: fail, 1: success)
UltiSnips_JumpBackwards --> g:ulti_jump_backwards_res (0: fail, 1: success)
To see how these return values may come in handy, suppose that you want to map
a key to expand or jump, but if none of these actions is successful you want
to call another function. UltiSnips already does this automatically for
supertab, but this allows you individual fine tuning of your Tab key usage.
Usage is as follows: You define a function >
let g:ulti_expand_or_jump_res = 0 "default value, just set once
function! Ulti_ExpandOrJump_and_getRes()
call UltiSnips_ExpandSnippetOrJump()
return g:ulti_expand_or_jump_res
endfunction
then you define your mapping as >
inoremap <NL> <C-R>=(Ulti_ExpandOrJump_and_getRes() > 0)?"":IMAP_Jumpfunc('', 0)<CR>
and if the you can't expand or jump from the current location then the
alternative function IMAP_Jumpfunc('', 0) is called.
3.2.2 Path to Python module *UltiSnips-python-module-path*
---------------------------
For even more advanced usage, you can directly write python functions using
UltiSnip's python modules.
The path to UltiSnip's python implementation is stored in the
g:UltiSnipsPythonPath variable which is set automatically on load.
Here is a small example funtion that expands a snippet: >
function! s:Ulti_ExpandSnip()
Python << EOF
import sys, vim
new_path = vim.eval("expand('g:UltiSnipsPythonPath')")
sys.path.append(new_path)
from UltiSnips import UltiSnips_Manager
UltiSnips_Manager.expand()
EOF
return ""
endfunction
3.3 Snippet Search Path *UltiSnips-snippet-search-path*
-----------------------
UltiSnips snippet definition files are stored in one or more directories.
There are several variables used to indicate those directories and to define
how UltiSnips loads snippets.
Snippet definition files are stored in snippet directories. A snippet
directory must be a subdirectory of a directory defined in the 'runtimepath'
option. The variable g:UltiSnipsSnippetDirectories defines a list of names
used for snippet directories. The default is shown below. >
g:UltiSnipsSnippetDirectories ["UltiSnips"]
UltiSnips will search each 'runtimepath' directory for the subdirectory names
defined in g:UltiSnipsSnippetDirectories in the order they are defined. For
example, if you keep your snippets in a .vim subdirectory called
"mycoolsnippets" and you want to make use of the default snippets that come
with UltiSnips, add the following to your vimrc file. >
let g:UltiSnipsSnippetDirectories=["UltiSnips", "mycoolsnippets"]
If you do not want to use the snippets that come with UltiSnips, define the
variable accordingly. >
let g:UltiSnipsSnippetDirectories=["mycoolsnippets"]
You can also redefine the search path on a buffer by buffer basis by setting
the variable b:UltiSnipsSnippetDirectories. This variable takes precedence
over the global variable.
UltiSnips searches in 'runtimepath' for snippet directories and attempts to
determine if 'runtimepath' should be traversed in normal or reverse order. If
you would like to override the order UltiSnips detected for 'runtimepath', add
this to your vimrc
file: >
" Traverse in normal order
let g:UltiSnipsDontReverseSearchPath="1"
" Traverse in reverse order
let g:UltiSnipsDontReverseSearchPath="0"
By default, whenever a snippet expand is triggered, UltiSnips will check for
modifications to the snippet file associated with the filetype and reload it
if necessary. This behavior can be disabled as follows: >
let g:UltiSnipsDoHash=0
|UltiSnips-adding-snippets| explains which files are parsed for a given filetype.
3.4 Warning About Select Mode Mappings *UltiSnips-warning-smappings*
--------------------------------------
Vim's help document for |mapmode-s| states: >
NOTE: Mapping a printable character in Select mode may confuse the user.
It's better to explicitly use :xmap and :smap for printable characters. Or
use :sunmap after defining the mapping.
However, most Vim plugins, including some default Vim plugins, do not adhere
to this. UltiSnips uses Select mode to mark tabstops in snippets for
overwriting. Existing Visual+Select mode mappings will interfere. Therefore,
UltiSnips issues a |:sunmap| command to remove each Select mode mapping for
printable characters. No other mappings are touched. In particular, UltiSnips
does not change existing normal, insert or visual mode mappings.
If this behavior is not desired, you can disable it by adding this line to
your vimrc file. >
let g:UltiSnipsRemoveSelectModeMappings = 0
If you want to disable this feature for specific mappings only, add them to
the list of mappings to be ignored. For example, the following lines in your
vimrc file will unmap all Select mode mappings except those mappings
containing either the string "somePlugin" or the string "otherPlugin" in its
complete definition as listed by the |:smap| command. >
let g:UltiSnipsRemoveSelectModeMappings = 1
let g:UltiSnipsMappingsToIgnore = [ "somePlugin", "otherPlugin" ]
3.5 Functions *UltiSnips-functions*
-------------
UltiSnips provides some functions for extending core functionality.
3.5.1 UltiSnips_AddSnippet *UltiSnips_AddSnippet*
The first function is UltiSnips_AddSnippet(trigger, value, description,
options, ...). It adds a new snippet with the provided trigger, value,
description, and options to the current list of snippets. See
|UltiSnips-syntax| for details on the meaning of the function arguments. All
arguments are strings. An optional fifth argument can be used to specify the
filetype for the new snippet.
3.5.2 UltiSnips_Anon *UltiSnips_Anon*
The second function is UltiSnips_Anon(value, ...). It expands an anonymous
snippet. Anonymous snippets are defined on the spot, expanded and immediately
discarded again. Anonymous snippets are not added to the global list of
snippets, so they cannot be expanded a second time unless the function is
called again. The function takes three optional arguments, in order: trigger,
description, options. Arguments coincide with the arguments of the
|UltiSnips_AddSnippet| function of the same name. The trigger and options
arguments can change the way the snippet expands. The description is unused at
this point.
An example use case might be this line from a reStructuredText plugin file:
inoremap <silent> $$ $$<C-R>=UltiSnips_Anon(':latex:\`$1\`', '$$')<cr>
This expands the snippet whenever two $ signs are typed.
Note: The right-hand side of the mapping starts with an immediate retype of
the '$$' trigger and passes '$$' to the function as the trigger argument.
This is required in order for UltiSnips to have access to the characters
typed so it can determine if the trigger matches or not.
3.5.3 UltiSnips_SnippetsInCurrentScope *UltiSnips_SnippetsInCurrentScope*
A third function is UltiSnips_SnippetsInCurrentScope which is the equivalent
of snipmate GetSnipsInCurrentScope function.
This function simply returns a vim dictionary with the snippets whose trigger
matches the current word.
This function does not add any new functionality to ultisnips directly but
allows to use third party plugins to integrate the current available snippets.
An example of such third party plugin is SnippetCompleteSnipMate which uses
the function GetSnipsInCurrentScope to integrate the current available
snippets with user defined abbreviations and provides these and a completion
menu.
This script is located in
http://www.vim.org/scripts/script.php?script_id=4276.
Note: If you check the above website it lists two dependencies: the
SnippetComplete plugin and snipmate.
You do need the SnippetComplete plugin but you obviously don't need snipmate,
you just have to define the function GetSnipsInCurrentScope. Put the following
in your vimrc:
function! GetSnipsInCurrentScope()
return UltiSnips_SnippetsInCurrentScope()
endfunction
As a second example on how to use this function consider the following
function and mapping definition:
function! ExpandPossibleShorterSnippet()
if len(UltiSnips_SnippetsInCurrentScope()) == 1 "only one candidate...
let curr_key = keys(UltiSnips_SnippetsInCurrentScope())[0]
normal diw
exe "normal a" . curr_key
exe "normal a "
return 1
endif
return 0
endfunction
inoremap <silent> <C-L> <C-R>=(ExpandPossibleShorterSnippet() == 0? '': UltiSnips_ExpandSnippet())<CR>
If the trigger for your snippet is lorem, you type lor, and you have no other
snippets whose trigger matches lor then hitting <C-L> will expand to whatever
lorem expands to.
3.6 Warning about missing python support *UltiSnips-python-warning*
----------------------------------------
When UltiSnips is loaded, it will check that the running Vim was compiled with
python support. If no support is detected, a warning will be displayed and
loading of UltiSnips will be skipped.
If you would like to suppress this warning message, you may add the following
line to your vimrc file.
let g:UltiSnipsNoPythonWarning = 1
This may be useful if your Vim configuration files are shared across several
systems where some of them may not have Vim compiled with python support.
=============================================================================
4. Syntax *UltiSnips-syntax*
This chapter describes how to write your own snippets and snippet definition
syntax. Examples are used to help illustrate.
4.1 Adding Snippets *UltiSnips-adding-snippets*
-------------------
See |UltiSnips-snippet-search-path| for an explanation of where directories
with snippet definitions should be located.
Using a strategy similar to how Vim detects |ftplugins|, UltiSnips iterates
over the snippet definition directories looking for files with names of the
following patterns: ft.snippets, ft_*.snippets, or ft/*, where "ft" is the
'filetype' of the current document and "*" is a shell-like wildcard matching
any string including the empty string. The following table shows some typical
snippet filenames and their associated filetype.
snippet filename filetype ~
ruby.snippets ruby
perl.snippets perl
c.snippets c
c_my.snippets c
c/a c
c/b.snippets c
all.snippets *all
all/a.snippets *all
* The 'all' filetype is unique. It represents snippets available for use when
editing any document regardless of the filetype. A date insertion snippet, for
example, would fit well in the all.snippets file.
UltiSnips understands Vim's dotted filetype syntax. For example, if you define
a dotted filetype for the CUDA C++ framework, e.g. ":set ft=cuda.cpp", then
UltiSnips will search for and activate snippets for both the cuda and cpp
filetypes.
UltiSnips doesn't understand multiple filetypes in snippet filenames, so a
snippet file named "cuda.cpp.snippets" won't match the "cuda" or "cpp"
filetypes, which means it won't be activated for files with the dotted
filetype "cuda.cpp" either.
The extends directive provides an alternative way of combining snippet files.
When the extends directive is included in a snippet file, it instructs
UltiSnips to include all snippets from the indicated filetypes.
The syntax looks like this: >
extends ft1, ft2, ft3
For example, the first line in cpp.snippets looks like this: >
extends c
When UltiSnips activates snippets for a cpp file, it first looks for all c
snippets and activates them as well. This is a convenient way to create
specialized snippet files from more general ones. Multiple "extends" lines are
permitted in a snippet file, and they can be included anywhere in the file.
The snippets file syntax is simple. All lines starting with a # character are
considered comments. Comments are ignored by UltiSnips. Use them to document
snippets.
A line beginning with the keyword 'snippet' marks the beginning of snippet
definition and a line starting with the keyword 'endsnippet' marks the end.
The snippet definition is placed between the lines. Here is a snippet of an
'if' statement for the Unix shell (sh) filetype.
snippet if "if ... then (if)"
if ${2:[[ ${1:condition} ]]}; then
${0:#statements}
fi
endsnippet
The start line takes the following form: >
snippet tab_trigger [ "description" [ options ] ]
The tab_trigger is required, but the description and options are optional.
The 'tab_trigger' is the word or string sequence used to trigger the snippet.
Generally a single word is used but the tab_trigger can include spaces. If you
wish to include spaces, you must wrap the tab trigger in quotes. >
snippet "tab trigger" [ "description" [ options ] ]
The quotes are not part of the trigger. To activate the snippet type: tab trigger
followed by the snippet expand character.
It is not technically necessary to use quotes to wrap a trigger with spaces.
Any matching characters will do. For example, this is a valid snippet starting
line. >
snippet !tab trigger! [ "description" [ options ] ]
Quotes can be included as part of the trigger by wrapping the trigger in
another character. >
snippet !"tab trigger"! [ "description" [ options ] ]
To activate this snippet one would type: "tab trigger"
The 'description' is a string describing the trigger. It is helpful for
documenting the snippet and for distinguishing it from other snippets with the
same tab trigger. When a snippet is activated and more than one tab trigger
match, UltiSnips displays a list of the matching snippets with their
descriptions. The user then selects the snippet they want.
The 'options' control the behavior of the snippet. Options are indicated by
single characters. The 'options' characters for a snippet are combined into
a word without spaces.
The options currently supported are: >
! Overwrite - A snippet with this option will overwrite all previously
defined snippets with an identical tab trigger. What previously means
in this context depends on the order UltiSnips traverses the
'runtimepath'. (Compare g:UltiSnipsDontReverseSearchPath). This might
depend on your installation type (Pathogen, Bzr, Vundle). The default
behavior is to display list of snippets matching the tab trigger and
let the user pick the one they want. Use this option to overwrite
bundled snippets with user defined ones.
b Beginning of line - A snippet with this option is expanded only if the
tab trigger is the first word on the line. In other words, if only
whitespace precedes the tab trigger, expand. The default is to expand
snippets at any position regardless of the preceding non-whitespace
characters.
i In-word expansion - By default a snippet is expanded only if the tab
trigger is the first word on the line or is preceded by one or more
whitespace characters. A snippet with this option is expanded
regardless of the preceding character. In other words, the snippet can
be triggered in the middle of a word.
w Word boundary - With this option, the snippet is expanded if
the tab trigger start matches a word boundary and the tab trigger end
matches a word boundary. In other words the tab trigger must be
preceded and followed by non-word characters. Word characters are
defined by the 'iskeyword' setting. Use this option, for example, to
permit expansion where the tab trigger follows punctuation without
expanding suffixes of larger words.
r Regular expression - With this option, the tab trigger is expected to
be a python regular expression. The snippet is expanded if the recently
typed characters match the regular expression. Note: The regular
expression MUST be quoted (or surrounded with another character) like a
multi-word tab trigger (see above) whether it has spaces or not. A
resulting match is passed to any python code blocks in the snippet
definition as the local variable "match".
t Do not expand tabs - If a snippet definition includes leading tab
characters, by default UltiSnips expands the tab characters honoring
the Vim 'shiftwidth', 'softtabstop', 'expandtab' and 'tabstop'
indentation settings. (For example, if 'expandtab' is set, the tab is
replaced with spaces.) If this option is set, UltiSnips will ignore the
Vim settings and insert the tab characters as is. This option is useful
for snippets involved with tab delimited formats, for example.
s Remove whitespace immediately before the cursor at the end of a line
before jumping to the next tabstop. This is useful if there is a
tabstop with optional text at the end of a line.
The end line is the 'endsnippet' keyword on a line by itself. >
endsnippet
When parsing snippet files, UltiSnips chops the trailing newline character
from the 'endsnippet' end line.
4.1.1 Character Escaping: *UltiSnips-character-escaping*
In snippet definitions, the characters '`', '{', '$', '\' and "'" (single
quote) have special meaning. If you want to insert one of these characters
literally, escape them with a backslash, '\'.
4.2 Plaintext Snippets *UltiSnips-plaintext-snippets*
----------------------
To illustrate plaintext snippets, let's begin with a simple example. You can
try the examples yourself. Simply edit a new file with Vim. Example snippets
will be added to the 'all.snippets' file, so you'll want to open it in Vim for
editing as well. >
~/.vim/UltiSnips/all.snippets
Add this snippet to 'all.snippets' and save the file.
------------------- SNIP -------------------
snippet bye "My mail signature"
Good bye, Sir. Hope to talk to you soon.
- Arthur, King of Britain
endsnippet
------------------- SNAP -------------------
UltiSnips detects when you write changes to a snippets file and automatically
makes the changes active. So in the empty buffer, type the tab trigger 'bye'
and then press the <Tab> key.
bye<Tab> -->
Good bye, Sir. Hope to talk to you soon.
- Arthur, King of Britain
The word 'bye' will be replaced with the text of the snippet definition.
4.3 Visual Placeholder *UltiSnips-visual-placeholder*
----------------------
Snippets can contain a special placeholder called ${VISUAL}. The ${VISUAL}
variable is expanded with the text selected just prior to expanding the
snippet.
To see how a snippet with a ${VISUAL} placeholder works, define a snippet with
the placeholder, use Vim's Visual mode to select some text, and then press the
key you use to trigger expanding a snippet (see g:UltiSnipsExpandTrigger). The
selected text is deleted, and you are dropped into Insert mode. Now type the
snippet tab trigger and press the key to trigger expansion. As the snippet
expands, the previously selected text is printed in place of the ${VISUAL}
placeholder.
The ${VISUAL} placeholder can contain default text to use when the snippet has
been triggered when not in Visual mode. The syntax is: >
${VISUAL:default text}
The ${VISUAL} placeholder can also define a transformation (see
|UltiSnips-transformations|). The syntax is: >
${VISUAL:default/search/replace/option}.
Here is a simple example illustrating a visual transformation. The snippet
will take selected text, replace every instance of "should" within it with
"is" , and wrap the result in tags.
------------------- SNIP -------------------
snippet t
<tag>${VISUAL:inside text/should/is/g}</tag>
endsnippet
------------------- SNAP -------------------
Start with this line of text: >
this should be cool
Position the cursor on the word "should", then press the key sequence: viw
(visual mode -> select inner word). Then press <Tab>, type "t" and press <Tab>
again. The result is: >
-> this <tag>is</tag> be cool
If you expand this snippet while not in Visual mode (e.g., in Insert mode type
t<Tab>), you will get: >
<tag>inside text</tag>
4.4 Interpolation *UltiSnips-interpolation*
-----------------
4.4.1 Shellcode: *UltiSnips-shellcode*
Snippets can include shellcode. Put a shell command in a snippet and when the
snippet is expanded, the shell command is replaced by the output produced when
the command is executed. The syntax for shellcode is simple: wrap the code in
backticks, '`'. When a snippet is expanded, UltiSnips runs shellcode by first
writing it to a temporary script and then executing the script. The shellcode
is replaced by the standard output. Anything you can run as a script can be
used in shellcode. Include a shebang line, for example, #!/usr/bin/perl, and
your snippet has the ability to run scripts using other programs, perl, for
example.
Here are some examples. This snippet uses a shell command to insert the
current date.
------------------- SNIP -------------------
snippet today
Today is the `date +%d.%m.%y`.
endsnippet
------------------- SNAP -------------------
today<tab> ->
Today is the 15.07.09.
This example inserts the current date using perl.
------------------- SNIP -------------------
snippet today
Today is `#!/usr/bin/perl
@a = localtime(); print $a[3] . '.' . $a[4] . '.' . ($a[5]+1900);`.
endsnippet
------------------- SNAP -------------------
today<tab> ->
Today is 15.6.2009.
4.4.2 VimScript: *UltiSnips-vimscript*
You can also use Vim scripts (sometimes called VimL) in interpolation. The
syntax is similar to shellcode. Wrap the code in backticks and to distinguish
it as a Vim script, start the code with '!v'. Here is an example that counts
the indent of the current line:
------------------- SNIP -------------------
snippet indent
Indent is: `!v indent(".")`.
endsnippet
------------------- SNAP -------------------
(note the 4 spaces in front): indent<tab> ->
(note the 4 spaces in front): Indent is: 4.
4.4.3 Python: *UltiSnips-python*
Python interpolation is by far the most powerful. The syntax is similar to Vim
scripts except code is started with '!p'. Python scripts can be run using the
python shebang '#!/usr/bin/python', but using the '!p' format comes with some
predefined objects and variables, which can simplify and shorten code. For
example, a 'snip' object instance is implied in python code. Python code using
the '!p' indicator differs in another way. Generally when a snippet is
expanded the standard output of code replaces the code. With python code the
value of the 'rv' property of the 'snip' instance replaces the code. Standard
output is ignored.
The variables automatically defined in python code are: >
fn - The current filename
path - The complete path to the current file
t - The values of the placeholders, t[1] is the text of ${1}, and so on
snip - UltiSnips.TextObjects.SnippetUtil object instance. Has methods that
simplify indentation handling.
The 'snip' object provides the following methods: >
snip.mkline(line="", indent=None):
Returns a line ready to be appended to the result. If indent
is None, then mkline prepends spaces and/or tabs appropriate to the
current 'tabstop' and 'expandtab' variables.
snip.shift(amount=1):
Shifts the default indentation level used by mkline right by the
number of spaces defined by 'shiftwidth', 'amount' times.
snip.unshift(amount=1):
Shifts the default indentation level used by mkline left by the
number of spaces defined by 'shiftwidth', 'amount' times.
snip.reset_indent():
Resets the indentation level to its initial value.
snip.opt(var, default):
Checks if the Vim variable 'var' has been set. If so, it returns the
variable's value; otherwise, it returns the value of 'default'.
The 'snip' object provides some properties as well: >
snip.rv:
'rv' is the return value, the text that will replace the python block
in the snippet definition. It is initialized to the empty string. This
deprecates the 'res' variable.
snip.c:
The text currently in the python block's position within the snippet.
It is set to empty string as soon as interpolation is completed. Thus
you can check if snip.c is != "" to make sure that the interpolation
is only done once. This deprecates the "cur" variable.
snip.v:
Data related to the ${VISUAL} placeholder. The property has two
attributes:
snip.v.mode ('v', 'V', '^V', see |visual-mode| )
snip.v.text The text that was selected.
snip.fn:
The current filename.
snip.basename:
The current filename with the extension removed.
snip.ft:
The current filetype.
For your convenience, the 'snip' object also provides the following
operators: >
snip >> amount:
Equivalent to snip.shift(amount)
snip << amount:
Equivalent to snip.unshift(amount)
snip += line:
Equivalent to "snip.rv += '\n' + snip.mkline(line)"
Any variables defined in a python block can be used in other python blocks
that follow within the same snippet. Also, the python modules 'vim', 're',
'os', 'string' and 'random' are pre-imported within the scope of snippet code.
Other modules can be imported using the python 'import' command.
Python code allows for very flexible snippets. For example, the following
snippet mirrors the first tabstop value on the same line but right aligned and
in uppercase.
------------------- SNIP -------------------
snippet wow
${1:Text}`!p snip.rv = (75-2*len(t[1]))*' '+t[1].upper()`
endsnippet
------------------- SNAP -------------------
wow<tab>Hello World ->
Hello World HELLO WORLD
The following snippet uses the regular expression option and illustrates
regular expression grouping using python's match object. It shows that the
expansion of a snippet can depend on the tab trigger used to define the
snippet, and that tab trigger itself can vary.
------------------- SNIP -------------------
snippet "be(gin)?( (\S+))?" "begin{} / end{}" br
\begin{${1:`!p
snip.rv = match.group(3) if match.group(2) is not None else "something"`}}
${2:${VISUAL}}
\end{$1}$0
endsnippet
------------------- SNAP -------------------
be<tab>center<c-j> ->
\begin{center}
\end{center}
------------------- SNAP -------------------
be center<tab> ->
\begin{center}
\end{center}
The second form is a variation of the first; both produce the same result,
but it illustrates how regular expression grouping works. Using regular
expressions in this manner has some drawbacks:
1. If you use the <Tab> key for both expanding snippets and completion then
if you typed "be form<Tab>" expecting the completion "be formatted", you
would end up with the above SNAP instead, not what you want.
2. The snippet is harder to read.
4.4.4 Global Snippets: *UltiSnips-globals*
Global snippets provide a way to reuse common code in multiple snippets.
Currently, only python code is supported. The result of executing the contents
of a global snippet is put into the globals of each python block in the
snippet file. To create a global snippet, use the keyword 'global' in place of
'snippet', and for python code, you use '!p' for the trigger. For example, the
following snippet produces the same output as the last example . However, with
this syntax the 'upper_right' snippet can be reused by other snippets.
------------------- SNIP -------------------
global !p
def upper_right(inp):
return (75 - 2 * len(inp))*' ' + inp.upper()
endglobal
snippet wow
${1:Text}`!p snip.rv = upper_right(t[1])`
endsnippet
------------------- SNAP -------------------
wow<tab>Hello World ->
Hello World HELLO WORLD
Python global functions can be stored in a python module and then imported.
This makes global functions easily accessible to all snippet files.
First, add the directory modules are stored in to the python search path. For
example, add this line to your vimrc file. >
py import sys; sys.path.append("/home/sirver/.vim/python")
Now, import modules from this directory using a global snippet in your snippet
file >
global !p
from my_snippet_helpers import *
endglobals
4.4 Tabstops and Placeholders *UltiSnips-tabstops* *UltiSnips-placeholders*
-----------------------------
Snippets are used to quickly insert reused text into a document. Often the
text has a fixed structure with variable components. Tabstops are used to
simplify modifying the variable content. With tabstops you can easily place
the cursor at the point of the variable content, enter the content you want,
then jump to the next variable component, enter that content, and continue
until all the variable components are complete.
The syntax for a tabstop is the dollar sign followed by a number, for example,
'$1'. Tabstops start at number 1 and are followed in sequential order. The
'$0' tabstop is a special tabstop. It is always the last tabstop in the
snippet no matter how many tabstops are defined.
Here is a simple example.
------------------- SNIP -------------------
snippet letter
Dear $1,
$0
Yours sincerely,
$2
endsnippet
------------------- SNAP -------------------
letter<tab>Ben<c-j>Paul<c-j>Thanks for suggesting UltiSnips!->
Dear Ben,
Thanks for suggesting UltiSnips!
Yours sincerely,
Paul
You can use <c-j> to jump to the next tabstop, and <c-k> to jump to the
previous. The <Tab> key was not used for jumping forward because many people
(myself included) use <Tab> for completion. See |UltiSnips-triggers| for
help on defining different keys for tabstops.
Many times it is useful to have some default text for a tabstop. The default
text may be a value commonly used for the variable component, or it may be a
word or phrase that reminds you what is expected for the variable component.
To include default text, the syntax is '${1:value}'.
The following example illustrates a snippet for the shell 'case' statement.
The tabstops use default values to remind the user of what value is expected.
------------------- SNIP -------------------
snippet case
case ${1:word} in
${2:pattern} ) $0;;
esac
endsnippet
------------------- SNAP -------------------
case<tab>$option<c-j>-v<c-j>verbose=true
case $option in
-v ) verbose=true;;
esac
Sometimes it is useful to have a tabstop within a tabstop. To do this, simply
include the nested tabstop as part of the default text. Consider the following
example illustrating an HTML anchor snippet.
------------------- SNIP -------------------
snippet a
<a href="${1:http://www.${2:example.com}}"</a>
$0
</a>
endsnippet
------------------- SNAP -------------------
When this snippet is expanded, the first tabstop has a default value of
'http://www.example.com'. If you want the 'http://' schema, jump to the next
tabstop. It has a default value of 'example.com'. This can be replaced by
typing whatever domain you want.
a<tab><c-j>google.com<c-j>Google ->
<a href="http://www.google.com">
Google
</a>
If at the first tabstop you want a different url schema or want to replace the
default url with a named anchor, '#name', for example, just type the value you
want.
a<tab>#top<c-j>Top ->
<a href="#top">
Top
</a>
In the last example, typing any text at the first tabstop replaces the default
value, including the second tabstop, with the typed text. So the second
tabstop is essentially deleted. When a tabstop jump is triggered, UltiSnips
moves to the next remaining tabstop '$0'. This feature can be used
intentionally as a handy way for providing optional tabstop values to the
user. Here is an example to illustrate.
------------------- SNIP -------------------
snippet a
<a href="$1"${2: class="${3:link}"}>
$0
</a>
endsnippet
------------------- SNAP -------------------
Here, '$1' marks the first tabstop. It is assumed you always want to add a
value for the 'href' attribute. After entering the url and pressing <c-j>, the
snippet will jump to the second tabstop, '$2'. This tabstop is optional. The
default text is ' class="link"'. You can press <c-j> to accept the tabstop,
and the snippet will jump to the third tabstop, '$3', and you can enter the
class attribute value, or, at the second tabstop you can press the backspace
key thereby replacing the second tabstop default with an empty string,
essentially removing it. In either case, continue by pressing <c-j> and the
snippet will jump to the final tabstop inside the anchor.
a<tab>http://www.google.com<c-j><c-j>visited<c-j>Google ->
<a href="http://www.google.com" class="visited">
Google
</a>
a<tab>http://www.google.com<c-j><BS><c-j>Google ->
<a href="http://www.google.com">
Google
</a>
The default text of tabstops can also contain mirrors, transformations or
interpolation.
4.6 Mirrors *UltiSnips-mirrors*
-----------
Mirrors repeat the content of a tabstop. During snippet expansion when you
enter the value for a tabstop, all mirrors of that tabstop are replaced with
the same value. To mirror a tabstop simply insert the tabstop again using the
"dollar sign followed by a number" syntax, e.g., '$1'.
A tabstop can be mirrored multiple times in one snippet, and more than one
tabstop can be mirrored in the same snippet. A mirrored tabstop can have a
default value defined. Only the first instance of the tabstop need have a
default value. Mirrored tabstop will take on the default value automatically.
Mirrors are handy for start-end tags, for example, TeX 'begin' and 'end' tag
labels, XML and HTML tags, and C code #ifndef blocks. Here are some snippet
examples.
------------------- SNIP -------------------
snippet env
\begin{${1:enumerate}}
$0
\end{$1}
endsnippet
------------------- SNAP -------------------
env<tab>itemize ->
\begin{itemize}
\end{itemize}
------------------- SNIP -------------------
snippet ifndef
#ifndef ${1:SOME_DEFINE}
#define $1
$0
#endif /* $1 */
endsnippet
------------------- SNAP -------------------
ifndef<tab>WIN32 ->
#ifndef WIN32
#define WIN32
#endif /* WIN32 */
4.7 Transformations *UltiSnips-transformations*
-------------------
Note: Transformations are a bit difficult to grasp so this chapter is divided
into two sections. The first describes transformations and their syntax, and
the second illustrates transformations with demos.
Transformations are like mirrors but instead of just copying text from the
original tabstop verbatim, a regular expression is matched to the content of
the referenced tabstop and a transformation is then applied to the matched
pattern. The syntax and functionality of transformations in UltiSnips follow
very closely to TextMate transformations.
A transformation has the following syntax: >
${<tab_stop_no/regular_expression/replacement/options}
The components are defined as follows: >
tab_stop_no - The number of the tabstop to reference
regular_expression - The regular expression the value of the referenced
tabstop is matched on
replacement - The replacement string, explained in detail below
options - Options for the regular expression
The options can be any combination of >
g - global replace
By default, only the first match of the regular expression is
replaced. With this option all matches are replaced.
i - case insensitive
By default, regular expression matching is case sensitive. With this
option, matching is done without regard to case.
a - ascii conversion
By default, transformation are made on the raw utf-8 string. With
this option, matching is done on the corresponding ASCII string
instead, for example 'à' will become 'a'.
This option required the python package 'unidecode'.
The syntax of regular expressions is beyond the scope of this document. Python
regular expressions are used internally, so the python 're' module can be used
as a guide. See http://docs.python.org/library/re.html.
The syntax for the replacement string is unique. The next paragraph describes
it in detail.
4.7.1 Replacement String: *UltiSnips-replacement-string*
The replacement string can contain $no variables, e.g., $1, which reference
matched groups in the regular expression. The $0 variable is special and
yields the whole match. The replacement string can also contain special escape
sequences: >
\u - Uppercase next letter
\l - Lowercase next letter
\U - Uppercase everything till the next \E
\L - Lowercase everything till the next \E
\E - End upper or lowercase started with \L or \U
\n - A newline
\t - A literal tab
Finally, the replacement string can contain conditional replacements using the
syntax (?no:text:other text). This reads as follows: if the group $no has
matched, insert "text", otherwise insert "other text". "other text" is
optional and if not provided defaults to the empty string, "". This feature
is very powerful. It allows you to add optional text into snippets.
4.7.2 Demos: *UltiSnips-demos*
Transformations are very powerful but often the syntax is convoluted.
Hopefully the demos below help illustrate transformation features.
Demo: Uppercase one character
------------------- SNIP -------------------
snippet title "Title transformation"
${1:a text}
${1/\w+\s*/\u$0/}
endsnippet
------------------- SNAP -------------------
title<tab>big small ->
big small
Big small
Demo: Uppercase one character and global replace
------------------- SNIP -------------------
snippet title "Titlelize in the Transformation"
${1:a text}
${1/\w+\s*/\u$0/g}
endsnippet
------------------- SNAP -------------------
title<tab>this is a title ->
this is a title
This Is A Title
Demo: ASCII transformation
------------------- SNIP -------------------
snippet ascii "Replace non ascii chars"
${1: an accentued text}
${1/.*/$0/a}
endsnippet
------------------- SNAP -------------------
ascii<tab>à la pêche aux moules
à la pêche aux moules
a la peche aux moules
Demo: Regular expression grouping
This is a clever c-like printf snippet, the second tabstop is only shown
when there is a format (%) character in the first tabstop.
------------------- SNIP -------------------
snippet printf
printf("${1:%s}\n"${1/([^%]|%%)*(%.)?.*/(?2:, :\);)/}$2${1/([^%]|%%)*(%.)?.*/(?2:\);)/}
endsnippet
------------------- SNAP -------------------
printf<tab>Hello<c-j> // End of line ->
printf("Hello\n"); // End of line
But
printf<tab>A is: %s<c-j>A<c-j> // End of line ->
printf("A is: %s\n", A); // End of line
There are many more examples of what can be done with transformations in the
bundled snippets.
4.8 Clearing snippets *UltiSnips-clearing-snippets*
To remove snippets for the current file type, use the 'clearsnippets'
directive.
------------------- SNIP -------------------
clearsnippets
------------------- SNAP -------------------
Without arguments, 'clearsnippets' removes all snippets defined up to that
point far for the current file type. Just a reminder, by default UltiSnips
traverses 'runtimepath' in reverse order, so 'clearsnippets' removes snippet
definitions appearing in files in 'runtimepath' after the '.snippets' file in
which it is encountered.
To clear one or more specific snippet, provide the names of the snippets as
arguments to the 'clearsnippets' command. The following example will clear
the snippets 'trigger1' and 'trigger2'.
------------------- SNIP -------------------
clearsnippets trigger1 trigger2
------------------- SNAP -------------------
UltiSnips comes with a set of default snippets for many file types. If you
would rather not have some of them defined, you can use 'clearsnippets' in
your personal snippets files to remove them. Note: you do not need to remove
snippets if you wish to replace them. Simply use the '!' option. (See
|UltiSnips-adding-snippets| for the options).
==============================================================================
5. Support for other plugins *UltiSnips-other-plugins*
UltiSnips has built-in support for some common plugins and there are others
that are aware of UltiSnips and use it to improve the user experience. This is
an incomplete list - if you want to have your plugin listed here, just sent me
a pull request.
Supertab - UltiSnips has built-in support for Supertab. Just use a recent
enough version of both plugins and <tab> will either expand a snippet or defer
to Supertab for expansion.
neocomplcache - Stanislav Golovanov (JazzCore) has made an integration plugin
to use UltiSnips as engine inside of neocomplcache. You can find his work at
https://github.com/JazzCore/neocomplcache-ultisnips.
=============================================================================
6. Helping Out *UltiSnips-helping*
UltiSnips needs the help of the Vim community to keep improving. Please
consider joining this effort by providing new snippets, new features or bug
reports.
You can contribute snippets or patches in various ways. The methods are listed
below in order of convenience for me. Please be as convenient as you
can be :)
* Clone the repository on launchpad (bzr clone lp:ultisnips), make fixes, push
the branch and send a merge request on launchpad.
* Clone the repository on GitHub (git clone git@github.com:SirVer/ultisnips.git),
make your changes and send a pull request on GitHub.
* Make a patch, report a bug/feature request (see below) and attach the patch
to it.
* Send me an Email with a patch (see Contact section below).
* Send me an Email with the changed files only.
You can contribute by fixing or reporting bugs in our issue tracker:
https://bugs.launchpad.net/ultisnips
If you like this plugin, please vote for it on its Vim script page >
http://www.vim.org/scripts/script.php?script_id=2715
It is life-changing for me. Maybe it is for you too.
=============================================================================
7. Contact *UltiSnips-contact*
You can reach me at SirVer -AT- gmx -ADOT- de. You can also contact me through
the UltiSnips launchpad project page at https://launchpad.net/ultisnips/. The
launchpad project has an 'Answers' page where you can ask me questions and a
bug tracker where you can report bugs and issues.
This project aims to be the one-for-all solution for Snippets for Vim. If you
miss a feature or find a bug, please contact me or file a support ticket.
=============================================================================
8. Contributors *UltiSnips-contributors*
The primary developer of UltiSnips is SirVer (Holger Rapp). The following
individuals have contributed code and snippets to UltiSnips.
8.1 Patches & Coding *UltiSnips-contricoding*
--------------------
Contributors listed in chronological order:
JCEB - Jan Christoph Ebersbach
Michael Henry
Chris Chambers
Ryan Wooden
rupa - Rupa Deadwyler
Timo Schmiade
blueyed - Daniel Hahler
expelledboy - Anthony Jackson
allait - Alexey Bezhan
peacech - Charles Gunawan
guns - Sung Pae
shlomif - Shlomi Fish
pberndt - Phillip Berndt
thanatermesis-elive - Thanatermesis
rico-ambiescent - Rico Sta. Cruz
Cody Frazer
suy - Alejandro Exojo
grota - Giuseppe Rota
iiijjjii - Jim Karsten
fgalassi - Federico Galassi
lucapette
Psycojoker - Laurent Peuch
aschrab - Aaron Schrab
stardiviner - NagatoPain
skeept - Jorge Rodrigues
buztard
stephenmckinney - Steve McKinney
Pedro Algarvio - s0undt3ch
Eric Van Dewoestine - ervandew
Matt Patterson - fidothe
Mike Morearty - mmorearty
Stanislav Golovanov - JazzCore
David Briscoe - DavidBriscoe
Keith Welch - paralogiki
Zhao Cai - zhaocai
John Szakmeister - jszakmeister
Jonas Diemer - diemer
Romain Giot - rgiot
Sergey Alexandrov - taketwo
Brian Mock - saikobee
Gernot Höflechner - LFDM
8.2 Snippets *UltiSnips-contrisnippets*
------------
Contributors listed in chronological order:
Alec Thomas
Ryan Wooden
Ches Martin
Gordin (g0rdin)
Jan Mollowitz (phux)
Georgi Valkov (gvalkov)
Miek Gieben (miek)
Aldis Berjoza (graudeejs)
Jorge Rodrigues (skeept)
Martin Grenfell (scrooloose)
Laughedelic
Anthony Wilson (anthonywilson)
Nick Anderson (nickanderson)
Timothy Mellor (mellort)
Chris Lasher (gotgenes)
Chen Houwu (chenhouwu)
Harry Zhxu (harryzhxu)
Pavel Puchkin (neoascetic)
Jacek Wysocki (exu)
Alexander Kondratskiy (KholdStare)
Martin Krauskopf (martin-krauskopf)
Theocrite (theocrite)
Ferdinand Majerech (kiith-sa)
Vivien Didelot
Øystein Walle (osse)
Pedro Algarvio (s0undt3ch)
Steven Humphrey (shumphrey)
Björn Winckler (b4winckler)
David Brown (Nali4Freedom)
Harry Xu (harryxu)
Tom Cammann (takac)
Paolo Cretaro (melko)
Sergey Alexandrov (taketwo)
Jaromír Hradílek (jhradilek)
Vangelis Tsoumenis (kioopi)
Rudi Grinberg (rgrinberg)
javipolo
Matthew Strawbridge (pxc)
Josh Strater (jstrater)
jinzhu
Rene Vergara (ravl1084)
Johan Haals (JHaals)
Danilo Bargen (dbrgn)
Bernhard Vallant (lazerscience)
Von Welch (von)
Nikola Petrov (nikolavp)
Maarten Slagter (slagtermaarten)
Thank you for your support.
vim:tw=78:ts=8:ft=help:norl:
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