Mirrors/vimrc
2
0
Fork 0
mirror of https://github.com/amix/vimrc synced 2024-12-29 21:33:06 +00:00
Code Issues Projects Releases Packages Wiki Activity
vimrc/sources_non_forked/ale/doc/ale-c.txt
Amir 23ee6b7311 Updated plugins
2022-10-15 21:05:32 +02:00

451 lines
17 KiB
Text
Raw Blame History

===============================================================================
ALE C Integration *ale-c-options*
For basic checking of problems with C files, ALE offers the `cc` linter, which
runs either `clang`, or `gcc`. See |ale-c-cc|.
===============================================================================
Global Options
g:ale_c_always_make *g:ale_c_always_make*
*b:ale_c_always_make*
Type: |Number|
Default: `has('unix') && !has('macunix')`
If set to `1`, use `--always-make` for `make`, which means that output will
always be parsed from `make` dry runs with GNU make. BSD `make` does not
support this option, so you probably want to turn this option off when using
a BSD variant.
g:ale_c_build_dir_names *g:ale_c_build_dir_names*
*b:ale_c_build_dir_names*
Type: |List|
Default: `['build', 'bin']`
A list of directory names to be used when searching upwards from cpp files
to discover compilation databases with. For directory named `'foo'`, ALE
will search for `'foo/compile_commands.json'` in all directories on and
above the directory containing the cpp file to find path to compilation
database. This feature is useful for the clang tools wrapped around
LibTooling (namely here, clang-tidy)
g:ale_c_build_dir *g:ale_c_build_dir*
*b:ale_c_build_dir*
Type: |String|
Default: `''`
For programs that can read `compile_commands.json` files, this option can be
set to the directory containing the file for the project. ALE will try to
determine the location of `compile_commands.json` automatically, but if your
file exists in some other directory, you can set this option so ALE will
know where it is.
This directory will be searched instead of |g:ale_c_build_dir_names|.
g:ale_c_parse_compile_commands *g:ale_c_parse_compile_commands*
*b:ale_c_parse_compile_commands*
Type: |Number|
Default: `1`
If set to `1`, ALE will parse `compile_commands.json` files to automatically
determine flags for C or C++ compilers. ALE will first search for the
nearest `compile_commands.json` file, and then look for
`compile_commands.json` files in the directories for
|g:ale_c_build_dir_names|.
g:ale_c_parse_makefile *g:ale_c_parse_makefile*
*b:ale_c_parse_makefile*
Type: |Number|
Default: `0`
If set to `1`, ALE will run `make -n` to automatically determine flags to
set for C or C++ compilers. This can make it easier to determine the correct
build flags to use for different files.
NOTE: When using this option on BSD, you may need to set
|g:ale_c_always_make| to `0`, and `make -n` will not provide consistent
results if binaries have already been built, so use `make clean` when
editing your files.
WARNING: Running `make -n` automatically can execute arbitrary code, even
though it's supposed to be a dry run, so enable this option with care. You
might prefer to use the buffer-local version of the option instead with
|g:ale_pattern_options|, or you own code for checking which project you're
in.
You might want to disable this option if `make -n` takes too long to run for
projects you work on.
If |g:ale_c_parse_compile_commands| or |b:ale_c_parse_compile_commands| is
set to `1`, flags taken from `compile_commands.json` will be preferred over
`make -n` output.
===============================================================================
astyle *ale-c-astyle*
g:ale_c_astyle_executable *g:ale_c_astyle_executable*
*b:ale_c_astyle_executable*
Type: |String|
Default: `'astyle'`
This variable can be changed to use a different executable for astyle.
g:ale_c_astyle_project_options *g:ale_c_astyle_project_options*
*b:ale_c_astyle_project_options*
Type: |String|
Default: `''`
This variable can be changed to use an option file for project level
configurations. Provide only the filename of the option file that should be
present at the project's root directory.
For example, if .astylrc is specified, the file is searched in the parent
directories of the source file's directory.
===============================================================================
cc *ale-c-cc*
*ale-c-gcc*
*ale-c-clang*
g:ale_c_cc_executable *g:ale_c_cc_executable*
*b:ale_c_cc_executable*
Type: |String|
Default: `'<auto>'`
This variable can be changed to use a different executable for a C compiler.
ALE will try to use `clang` if Clang is available, otherwise ALE will
default to checking C code with `gcc`.
g:ale_c_cc_options *g:ale_c_cc_options*
*b:ale_c_cc_options*
Type: |String|
Default: `'-std=c11 -Wall'`
This variable can be changed to modify flags given to the C compiler.
g:ale_c_cc_use_header_lang_flag *g:ale_c_cc_use_header_lang_flag*
*b:ale_c_cc_use_header_lang_flag*
Type: |Number|
Default: `-1`
By default, ALE will use `'-x c-header'` instead of `'-x c'` for header files
when using Clang.
This variable can be changed to manually activate or deactivate this flag
for header files.
- When set to `-1`, the default beviour is used, `'-x c-header'` is used with
Clang and `'-x c'` is used with other compilers.
- When set to `0`, the flag is deactivated, `'-x c'` is always used
independently of the compiler.
- When set to `1`, the flag is activated, `'-x c-header'` is always used
independently of the compiler.
Gcc does not support `'-x c-header'` when using `'-'` as input filename,
which is what ALE does. This why, by default, ALE only uses `'-x c-header'`
with Clang.
g:ale_c_cc_header_exts *g:ale_c_cc_header_exts*
*b:ale_c_cc_header_exts*
Type: |List|
Default: `['h']`
This variable can be changed to modify the list of extensions of the files
considered as header files.
This variable is only used when `'-x c-header'` is used instead of `'-x c'`,
see |ale_c_cc_use_header_lang_flag|.
===============================================================================
ccls *ale-c-ccls*
g:ale_c_ccls_executable *g:ale_c_ccls_executable*
*b:ale_c_ccls_executable*
Type: |String|
Default: `'ccls'`
This variable can be changed to use a different executable for ccls.
g:ale_c_ccls_init_options *g:ale_c_ccls_init_options*
*b:ale_c_ccls_init_options*
Type: |Dictionary|
Default: `{}`
This variable can be changed to customize ccls initialization options.
Example: >
{
\ 'cacheDirectory': '/tmp/ccls',
\ 'cacheFormat': 'binary',
\ 'diagnostics': {
\ 'onOpen': 0,
\ 'opChange': 1000,
\ },
\ }
<
Visit https://github.com/MaskRay/ccls/wiki/Initialization-options for all
available options and explanations.
===============================================================================
clangd *ale-c-clangd*
g:ale_c_clangd_executable *g:ale_c_clangd_executable*
*b:ale_c_clangd_executable*
Type: |String|
Default: `'clangd'`
This variable can be changed to use a different executable for clangd.
g:ale_c_clangd_options *g:ale_c_clangd_options*
*b:ale_c_clangd_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to clangd.
===============================================================================
clang-format *ale-c-clangformat*
g:ale_c_clangformat_executable *g:ale_c_clangformat_executable*
*b:ale_c_clangformat_executable*
Type: |String|
Default: `'clang-format'`
This variable can be changed to use a different executable for clang-format.
g:ale_c_clangformat_options *g:ale_c_clangformat_options*
*b:ale_c_clangformat_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to clang-format.
g:ale_c_clangformat_style_option *g:ale_c_clangformat_style_option*
*b:ale_c_clangformat_style_option*
Type: |String|
Default: `''`
This variable can be changed to modify only the style flag given to
clang-format. The contents of the variable are passed directly to the -style
flag of clang-format.
Example: >
{
\ BasedOnStyle: Microsoft,
\ ColumnLimit: 80,
\ AllowShortBlocksOnASingleLine: Always,
\ AllowShortFunctionsOnASingleLine: Inline,
\ }
<
If you set this variable, ensure you don't modify -style in
|g:ale_c_clangformat_options|, as this will cause clang-format to error.
g:ale_c_clangformat_use_local_file *g:ale_c_clangformat_use_local_file*
*b:ale_c_clangformat_use_local_file*
Type: |Number|
Default: `0`
This variable can be changed to modify whether to use a local .clang-format
file. If the file is found, the flag '-style=file' is passed to clang-format
and any options configured via |g:ale_c_clangformat_style_option| are not
passed.
If this option is enabled but no .clang-format file is found, default back to
|g:ale_c_clangformat_style_option|, if it set.
If you set this variable, ensure you don't modify -style in
|g:ale_c_clangformat_options|, as this will cause clang-format to error.
===============================================================================
clangtidy *ale-c-clangtidy*
`clang-tidy` will be run only when files are saved to disk, so that
`compile_commands.json` files can be used. It is recommended to use this
linter in combination with `compile_commands.json` files.
Therefore, `clang-tidy` linter reads the options |g:ale_c_build_dir| and
|g:ale_c_build_dir_names|. Also, setting |g:ale_c_build_dir| actually
overrides |g:ale_c_build_dir_names|.
g:ale_c_clangtidy_checks *g:ale_c_clangtidy_checks*
*b:ale_c_clangtidy_checks*
Type: |List|
Default: `[]`
The checks to enable for clang-tidy with the `-checks` argument.
All options will be joined with commas, and escaped appropriately for
the shell. The `-checks` flag can be removed entirely by setting this
option to an empty List.
Not all of clangtidy checks are applicable for C. You should consult the
clang documentation for an up-to-date list of compatible checks:
http://clang.llvm.org/extra/clang-tidy/checks/list.html
g:ale_c_clangtidy_executable *g:ale_c_clangtidy_executable*
*b:ale_c_clangtidy_executable*
Type: |String|
Default: `'clang-tidy'`
This variable can be changed to use a different executable for clangtidy.
g:ale_c_clangtidy_options *g:ale_c_clangtidy_options*
*b:ale_c_clangtidy_options*
Type: |String|
Default: `''`
This variable can be changed to modify compiler flags given to clang-tidy.
- Setting this variable to a non-empty string,
- and working in a buffer where no compilation database is found using
|g:ale_c_build_dir_names| or |g:ale_c_build_dir|,
will cause the `--` argument to be passed to `clang-tidy`, which will mean
that detection of `compile_commands.json` files for compile command
databases will be disabled.
Only set this option if you want to control compiler flags
entirely manually, and no `compile_commands.json` file is in one
of the |g:ale_c_build_dir_names| directories of the project tree.
g:ale_c_clangtidy_extra_options *g:ale_c_clangtidy_extra_options*
*b:ale_c_clangtidy_extra_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to clang-tidy.
g:ale_c_clangtidy_fix_errors *g:ale_c_clangtidy_fix_errors*
*b:ale_c_clangtidy_fix_errors*
Type: |Number|
Default: `1`
This variable can be changed to disable the `-fix-errors` option for the
|clangtidy| fixer.
===============================================================================
cppcheck *ale-c-cppcheck*
g:ale_c_cppcheck_executable *g:ale_c_cppcheck_executable*
*b:ale_c_cppcheck_executable*
Type: |String|
Default: `'cppcheck'`
This variable can be changed to use a different executable for cppcheck.
g:ale_c_cppcheck_options *g:ale_c_cppcheck_options*
*b:ale_c_cppcheck_options*
Type: |String|
Default: `'--enable=style'`
This variable can be changed to modify flags given to cppcheck.
===============================================================================
cquery *ale-c-cquery*
g:ale_c_cquery_executable *g:ale_c_cquery_executable*
*b:ale_c_cquery_executable*
Type: |String|
Default: `'cquery'`
This variable can be changed to use a different executable for cquery.
g:ale_cpp_cquery_cache_directory *g:ale_c_cquery_cache_directory*
*b:ale_c_cquery_cache_directory*
Type: |String|
Default: `'~/.cache/cquery'`
This variable can be changed to decide which directory cquery uses for its
cache.
===============================================================================
cspell *ale-c-cspell*
See |ale-cspell-options|
===============================================================================
flawfinder *ale-c-flawfinder*
g:ale_c_flawfinder_executable *g:ale_c_flawfinder_executable*
*b:ale_c_flawfinder_executable*
Type: |String|
Default: `'flawfinder'`
This variable can be changed to use a different executable for flawfinder.
g:ale_c_flawfinder_minlevel *g:ale_c_flawfinder_minlevel*
*b:ale_c_flawfinder_minlevel*
Type: |Number|
Default: `1`
This variable can be changed to ignore risks under the given risk threshold.
g:ale_c_flawfinder_options *g:ale-c-flawfinder*
*b:ale-c-flawfinder*
Type: |String|
Default: `''`
This variable can be used to pass extra options into the flawfinder command.
g:ale_c_flawfinder_error_severity *g:ale_c_flawfinder_error_severity*
*b:ale_c_flawfinder_error_severity*
Type: |Number|
Default: `6`
This variable can be changed to set the minimum severity to be treated as an
error. This setting also applies to flawfinder for c++.
===============================================================================
uncrustify *ale-c-uncrustify*
g:ale_c_uncrustify_executable *g:ale_c_uncrustify_executable*
*b:ale_c_uncrustify_executable*
Type: |String|
Default: `'uncrustify'`
This variable can be changed to use a different executable for uncrustify.
g:ale_c_uncrustify_options *g:ale_c_uncrustify_options*
*b:ale_c_uncrustify_options*
Type: |String|
Default: `''`
This variable can be change to modify flags given to uncrustify.
===============================================================================
vim:tw=78:ts=2:sts=2:sw=2:ft=help:norl:
Reference in a new issue View git blame Copy permalink