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ale/ale_linters/haskell/stack_build.vim

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Add new Haskell linter (#742) * Add stack-build linter for Haskell The stack-build linter works better than the other two linters when you're working with an entire Haskell project. It builds the project entirely and reports any errors. The other two Haskell GHC linters only work on single files, which can result in spurious errors (for example, not being able to find imports). * Document all available Haskell linters * Split GHC checkers into separate files
2017-07-09 21:39:33 +00:00
" Author: Jake Zimmerman <jake@zimmerman.io>
" Description: Like stack-ghc, but for entire projects
"
" Note: Ideally, this would *only* typecheck. Right now, it also does codegen.
" See <https://github.com/commercialhaskell/stack/issues/977>.
Prefer --fast for stack-build (#754) * Vim scripts shouldn't have hyphens Especially not ones that will be autoloaded. You can't have a hyphen in a function name, so autoloading functions based on filename will fail. * Add g:haskell_stack_build_options, default: --fast If we're going to use the --fast option, we may as well go the whole 9 yards and let the user configure the 'stack build' flags. * Create documentation for stack-build options
2017-07-11 12:05:13 +00:00
call ale#Set('haskell_stack_build_options', '--fast')
Require function! to be used instead of function
2017-09-10 23:47:10 +00:00
function! ale_linters#haskell#stack_build#GetCommand(buffer) abort
Prefer --fast for stack-build (#754) * Vim scripts shouldn't have hyphens Especially not ones that will be autoloaded. You can't have a hyphen in a function name, so autoloading functions based on filename will fail. * Add g:haskell_stack_build_options, default: --fast If we're going to use the --fast option, we may as well go the whole 9 yards and let the user configure the 'stack build' flags. * Create documentation for stack-build options
2017-07-11 12:05:13 +00:00
let l:flags = ale#Var(a:buffer, 'haskell_stack_build_options')
return 'stack build ' . l:flags
endfunction
Add new Haskell linter (#742) * Add stack-build linter for Haskell The stack-build linter works better than the other two linters when you're working with an entire Haskell project. It builds the project entirely and reports any errors. The other two Haskell GHC linters only work on single files, which can result in spurious errors (for example, not being able to find imports). * Document all available Haskell linters * Split GHC checkers into separate files
2017-07-09 21:39:33 +00:00
call ale#linter#Define('haskell', {
#1754 Require snake_case names for linters in the codebase
2018-07-24 09:05:44 +00:00
\ 'name': 'stack_build',
\ 'aliases': ['stack-build'],
Add new Haskell linter (#742) * Add stack-build linter for Haskell The stack-build linter works better than the other two linters when you're working with an entire Haskell project. It builds the project entirely and reports any errors. The other two Haskell GHC linters only work on single files, which can result in spurious errors (for example, not being able to find imports). * Document all available Haskell linters * Split GHC checkers into separate files
2017-07-09 21:39:33 +00:00
\ 'output_stream': 'stderr',
#2132 - Replace all uses of foo_callback with foo
2019-02-22 18:05:04 +00:00
\ 'executable': function('ale#handlers#haskell#GetStackExecutable'),
\ 'command': function('ale_linters#haskell#stack_build#GetCommand'),
Add new Haskell linter (#742) * Add stack-build linter for Haskell The stack-build linter works better than the other two linters when you're working with an entire Haskell project. It builds the project entirely and reports any errors. The other two Haskell GHC linters only work on single files, which can result in spurious errors (for example, not being able to find imports). * Document all available Haskell linters * Split GHC checkers into separate files
2017-07-09 21:39:33 +00:00
\ 'lint_file': 1,
\ 'callback': 'ale#handlers#haskell#HandleGHCFormat',
\})