fresh
development.  This is due to differences in what is being done (maintenance
versus development) and other factors.	To enable legacy code highlighting,
add this line to your vimrc: >
	:let cobol_legacy_code = 1
To disable it again, use this: >
	:unlet cobol_legacy_code


COLD FUSION			*coldfusion.vim* *ft-coldfusion-syntax*

The ColdFusion has its own version of HTML comments.  To turn on ColdFusion
comment highlighting, add the following line to your startup file: >

	:let html_wrong_comments = 1

The ColdFusion syntax file is based on the HTML syntax file.


CPP						*cpp.vim* *ft-cpp-syntax*

Most things are the same as |ft-c-syntax|.

Variable		Highlight ~
cpp_no_cpp11		don't highlight C++11 standard items
cpp_no_cpp14		don't highlight C++14 standard items
cpp_no_cpp17		don't highlight C++17 standard items
cpp_no_cpp20		don't highlight C++20 standard items


CSH						*csh.vim* *ft-csh-syntax*

This covers the shell named "csh".  Note that on some systems tcsh is actually
used.

Detecting whether a file is csh or tcsh is notoriously hard.  Some systems
symlink /bin/csh to /bin/tcsh, making it almost impossible to distinguish
between csh and tcsh.  In case VIM guesses wrong you can set the
"filetype_csh" variable.  For using csh:  *g:filetype_csh*
>
	:let g:filetype_csh = "csh"

For using tcsh: >

	:let g:filetype_csh = "tcsh"

Any script with a tcsh extension or a standard tcsh filename (.tcshrc,
tcsh.tcshrc, tcsh.login) will have filetype tcsh.  All other tcsh/csh scripts
will be classified as tcsh, UNLESS the "filetype_csh" variable exists.  If the
"filetype_csh" variable exists, the filetype will be set to the value of the
variable.

CSV							*ft-csv-syntax*

If you change the delimiter of a CSV file, its syntax highlighting will no
longer match the changed file content. You will need to unlet the following
variable: >

	:unlet b:csv_delimiter

And afterwards save and reload the file: >

	:w
	:e

Now the syntax engine should determine the newly changed CSV delimiter.


CYNLIB						*cynlib.vim* *ft-cynlib-syntax*

Cynlib files are C++ files that use the Cynlib class library to enable
hardware modelling and simulation using C++.  Typically Cynlib files have a .cc
or a .cpp extension, which makes it very difficult to distinguish them from a
normal C++ file.  Thus, to enable Cynlib highlighting for .cc files, add this
line to your vimrc file: >

	:let cynlib_cyntax_for_cc=1

Similarly for cpp files (this extension is only usually used in Windows) >

	:let cynlib_cyntax_for_cpp=1

To disable these again, use this: >

	:unlet cynlib_cyntax_for_cc
	:unlet cynlib_cyntax_for_cpp
<

CWEB						*cweb.vim* *ft-cweb-syntax*

Files matching "*.w" could be Progress or cweb.  If the automatic detection
doesn't work for you, or you don't edit Progress at all, use this in your
startup vimrc: >
   :let filetype_w = "cweb"

CSHARP							 *cs.vim* *ft-cs-syntax*

C# raw string literals may use any number of quote marks to encapsulate the
block, and raw interpolated string literals may use any number of braces to
encapsulate the interpolation, e.g. >

    $$$""""Hello {{{name}}}""""
<
By default, Vim highlights 3-8 quote marks, and 1-8 interpolation braces.
The maximum numbers of quotes and braces recognized can configured using the
following variables:

    Variable					Default ~
    g:cs_raw_string_quote_count			8
    g:cs_raw_string_interpolation_brace_count	8

DART						*dart.vim* *ft-dart-syntax*

Dart is an object-oriented, typed, class defined, garbage collected language
used for developing mobile, desktop, web, and back-end applications.  Dart uses
a C-like syntax derived from C, Java, and JavaScript, with features adopted
from Smalltalk, Python, Ruby, and others.

More information about the language and its development environment at the
official Dart language website at https://dart.dev

dart.vim syntax detects and highlights Dart statements, reserved words,
type declarations, storage classes, conditionals, loops, interpolated