This commit adds support for renaming symbols in tsserver and with LSP tools, and for organising imports with tsserver. Completion results for symbols that can be imported are now suggested if enabled for tsserver completion done via ALE.
* Parse CFLAGS that can be passed using a whitelist
I went through GCC's man page and selected flags that can safely be
passed to GCC and that can be useful to syntax checking. These include:
- -I/-i* include flags
- preprocessor flags such as -D
- -W* warning flags
- -O* optimization flags
- most -f options
- -m arch dependent options
* Fix CFLAGS tests: -Idir is now parsed to -I dir
* Added two tests for flags we want or don't want to pass.
* Also check for / in addition to s:sep
This makes some of the run-test output less misleading.
Also fix a minor shellcheck issue: "\*" and "\\*" are equivalent, but
the second one makes clear that the literal backslash is intentional.
* added omitted global variables which was breaking this test when run standalone
* invert logic for s:GetLinterVariables excluding disabled linters, so that linter global options can appear in output
* additional tests for s:GetLinterVariables for linter global options
This commit add support for ink-language-server, which it does by
largely copying and pasting from the pure-language-server PR that was
merged recently.
The most interesting things to note are:
- ink-language-server is distributed upstream via npm, which is why we
search through node_modules
- With some coaxing, it can be installed globally - which is why we
search for a global binary.
- Ink is a funky language, and users will likely need to add
initialization options.
- I am not incredibly familiar with vimscript; and I may not have done
some of the buffer searching correctly.
On some systems, notably NixOS, there is no `/bin/ls` and thus this test
can fail unnecessarily on those systems. This commit uses
`/usr/bin/env ls` which resolves the issue.
Allows the user to override $GO111MODULE environment variable through
ale options. This gives control over the default behavior of Go module
resolution.
Golang documentation:
https://github.com/golang/go/wiki/Modules#how-to-use-modules
Add `ale#Go#EnvString()` function to make it easy to add similar Go
environment variables in the future.
Use the new `EnvString` function in all available Go tools callbacks
& update tests
Also add test of linter command callback for `gofmt`
This MR adds a new configuration variable `g:ale_java_javalsp_config`
that allows to configure external dependencies and class paths to the
language server.
The variable accepts a dictionary similar to the one supported by the
[vscode/settings.json](https://github.com/georgewfraser/java-language-server#settings)
file.
Deprecates: #2561
Checkstyle xml configuration is mandatory and not providing one causes
the tool to fail with the following error:
Must specify a config XML file.
Checkstyle itself contains a default configuration as part of its
assests named `/google_checks.xml`. Invoking checkstyle with this config
works even if such file does not exists in the file system:
checkstyle -c /google_checks.xml
This should be the default invocation to allow ALE to use checkstyle
with zero configuration.
Also when a user sets `g:ale_java_checkstyle_config` option, ALE should
use it to invoke checkstyle even such file does not exists in the
filesystem. This is because checkstyle is able to use configuration files
within JAR files defined in the CLASSPATH. The default `/google_checks.xml`
is an example of such configuration available within a JAR resource.
The default binary "launcher" is too generic and can get mixed with
other tools. To use this linter user must explicitly set the absolute
path of the launcher path.
isort is great, but I've come to prefer reorder-python-imports. The tool
has a focus on smaller diffs than isort. reorder-python-imports is also
a little smarter than isort which is nice.
The existing option setting handles setting additional compile flags to
pass to clang-tidy. The new option setting added here allows setting
additional clang-tidy specific flags to be passed as well.
Fixes#2324
The command used to invoke the language server is missing some options
to include additional java modules. Without these modules the server
was not working properly.
The correct command can be found in a `launcher` script on the same
directory the `java` executable for the language server is found.
This commit changes the docs to prefer the launcher script over the java
executable. For backward compatibility it also fixes the command
invocation in case the java executable is configured.
cppcheck is now run without the --project option and from the buffer's
directory instead when the buffer has been modified. Saving the buffer
will get results by linting the project instead.
The checkstyle handler is capable of parsing the new and old output
formats. Unfortunately there are some particular output messages that
matched both the new and old regular expressions:
[WARN] whatever:11:7: WhitespaceAround: ''if'' is not followed by whitespace. [WhitespaceAround]
This caused ALE to report extra errors since the message was being
matched twice, once as a warning and another (incorrect) old formatted
error.
This MR fixes this by stopping any parsing using the old format regexp
is any errors of the new format are correcly parsed. There is no reason
to expect checkstyle to output both styles in the same report.
This linter uses the check functionality built into terraform. ALE
already has a fixer using `terraform fmt` but this doesn't provide error
messages. ALE already has a linter using `tflint` but this requires an
extra application to be installed.
For example this linter will give a warning that ! is an illegal
character in the line below:
variable "example" !{}
This linter runs the buffer through the command below and parses the
output:
terraform fmt -no-color -check=true -
This commit includes a basic implementation, documentation and tests.
The only option is to control which executable is run.
Tested with:
$ terraform -version
Terraform v0.11.13
We were setting the -data parameter to the project root but this caused
the language server to fail initialization and synch of gradle
dependencies. As consequence ALE failed to work fully on gradle
projects.
This fix sets the workspace to the parent folder of the project root.
Normally this corresponds to the correct Eclipse workspace path.
When this is not the case, this fix also allows users to explicitly set
the absolute path to the workspace via configuration variable.
* Search eclipselsp jar and config files within system package path
* Allow setting an alternate eclipselsp configuration directory
* Add test for ale_java_eclipselsp_config_path
- Set default value to $HOME/eclipse.jdt.ls
- Make JAR search regexp more specific.
- Allow to set the VSCode extensions folder as ale_java_eclipselsp_path.
* move php-langserver "test for .git dir" test-project to its own directory
* search for composer.json file in php-langserver first then .git dir
* add test for php-langserver composer.json
When using `gotype` without the `-e` option, it will only output the
first 10 errors. When working on a larger package that ofter means taht
those 10 errors are in other files then the one that you are currently
working on which then seems to indicate that there are no errors.
By adding the `-e` flag, all errors will be returned and shown properly
in the file that you are working on.
* Add credo --strict option
If a user sets 'let g:ale_elixir_credo_strict=1' it will run credo with
--strict instead of suggest. The default (0) is to run as suggest.
* Added credo docs
The Rust compiler returns the first column that is _not_ part of the
current span as `column_end`, while Ale expects `end_col` to signify
the last column of the span.
Bandit automatically [uses any .bandit file] within the directories on
which it is invoked. Since ALE invokes bandit on stdin, it does not
load a .bandit file automatically. Add support for automatically
finding a .bandit file and passing it to bandit via the --ini option
along with a variable to disable this behavior if desired.
Note: This is useful for the skips and tests configuration options, but
not exclude which would require invoking bandit using a file name, which
may or may not be a good trade-off.
[uses any .bandit file]: https://github.com/PyCQA/bandit/blob/1.5.1/bandit/cli/main.py#L70-L73
Signed-off-by: Kevin Locke <kevin@kevinlocke.name>
Pylint only [checks for pylintrc] (and .pylintrc) files in the packages
aboves its current directory before falling back to user and global
pylintrc. For projects with a src dir, running pylint from the
directory containing the file will not use the project pylintrc.
Adopt the convention used by many other Python linters of running from
the project root, which solves this issue. Add pylintrc and .pylintrc
to FindProjectRoot. Update docs.
[checks for pylintrc]: https://github.com/PyCQA/pylint/blob/pylint-2.2.2/pylint/config.py#L106
Signed-off-by: Kevin Locke <kevin@kevinlocke.name>
* The README now points to a valid helptag for linter options.
* The now very, very large part of the table of contents for linter and
fixer options has been moved into a section so the initial table is
smaller.
* Special linter or fixer options now lie beneath the general linter
or fixer options.
Although using %t to lint changes was desirable, many pylama checks use
surrounding paths and file contents (e.g. C0103 module name, E0402
relative import beyond top, etc.) The more such errors I find during
testing, the less %t seems like a good idea. Switch to %s.
Also set `lint_file` to 1 and mark Pylama as a file linter in the docs.
Signed-off-by: Kevin Locke <kevin@kevinlocke.name>
As discussed in w0rp/ale#1051, there are cases where it would be useful
to be able to specify the dialect explicitly. This commit allows users
to do so using the ale_sh_shellcheck_dialect variable.
Fixes: w0rp/ale#1051
Signed-off-by: Kevin Locke <kevin@kevinlocke.name>
The vulture linter already supports ale_python_vulture_options, but it
is not documented or tested. Since vulture only supports configuration
via options, it is an important use case. Add docs and test.
Signed-off-by: Kevin Locke <kevin@kevinlocke.name>
* Support filtered jump based on loclist item type (E or W for now)
* Use flags to customize the behavior of ALENext and ALEPrevious
* Update <plug> bindings with flags
* Update documentation about ALENext and ALEPrevious
* Use ale#args#Parse in JumpWrap
A new function is added here which will later be modified for public use
in linter and fixer callbacks. All linting and fixing now goes through
this new function, to prove that it works in all cases.
The executable for the Alex linter is currently hard-coded as 'alex',
which is an issue given the fact that it conflicts with the Haskell
lexer generator, whose executable is also called 'alex', has been around
a dozen years before the linter, and is packaged in the official
repositories of the major Linux distributions.
This commit adds options to use a local executable for the alex linter
(which is a node package), and an option to set a custom executable.
As side changes:
* The pattern in the alex handler is made more readable by turnig it
into a very-magic regex.
* Alex handles plain text, markdown, and HTML. Specific flags for HTML
and markdown are provided when instantiating the linters for the
respective filetypes, while before those formats were treated as plain
text.
Similar to other linters/fixers, by default change to the directory of
the file being fixed before invoking `black`, which allows the tool to
read project-specific configuration (pyproject.toml)
Fixes#2218
* Add initial ameba (crystal linter) support
Note that this depends on saved file as `ameba` does not have STDIN
support
* Fix formatting of crystal linter documentation
* Add tests for ameba executable customization
* Extended statusline.vim to provide an efficient way to access the first errors,warnings,stylerrors,stylewarnings,etc from the loclist.
* Added documentation and help for the new API function.
Currently, we detect the linter root based on a variety of techniques.
However, these techniques are not foolproof. For example, clangd works
fine for many things without a compile_commands.json file, and Go
projects may be built outside of the GOPATH to take advantage of Go
1.11's automatic module support.
Add global and buffer-specific variables to allow the user to specify
the root, either as a string or a funcref. Make the funcrefs accept the
buffer number as an argument to make sure that they can function easily
in an asynchronous environment.
We define the global variable in the main plugin, since the LSP linter
code is not loaded unless required, and we want the variable to be able
to be read correctly by :ALEInfo regardless.
All linters should have a name variable set in their dictionary, and
code should be able to rely on that. Fix this test such that its example
linter contains a name entry.
* Mimic Prettier's default parser by setting it to `babylon`
* Add tests to check default Prettier `parser`
* Set Prettier default parser based on version
* Update the comment to explain the reason for an explicit default
* Add textDocument/typeDefinition for LSP
Doc to spec https://microsoft.github.io/language-server-protocol/specification#textDocument_typeDefinition
This works like textDocument/definition but resolves a location of a
type of an expression under the cursor.
I'm not sure what to do with tsserver though.
* Fix passing column to LSP
* test_go_to_definition: wording
* Add tests for textDocument/typeDefinition
* Add docs for textDocument/typeDefinition
ale#Escape function seems to prepend and append ' to the file name, which
are not present in the pydocstyle output. Having the parsing regexp match
the file name was overkill anyway, since there is an obvious 1:1
correspondence between the buffer number and the (potential) errors
reported by pydocstyle.
When using a compilation database (compile_commands.json) in very large
projects, significant delays would occur when changing files --
particularly those that happened to be far down the db. Rather than
iterating over the whole list every time, we now build up a lookup table
based on the tail of the filename (and tail of the directory for
widening searches) and iterate over the much smaller list of compile
commands for files with the given name.
Test metrics (from compile_database_perf/test.sh) show a 90% performance
improvement -- from 25 seconds to 2.5 seconds per run.
