install.fairie/dotfiles/.vim/plugged/ale/test/linter/test_cs_mcsc.vader
Git E2E Dev Test Username e149692cc9 git subrepo clone https://github.com/dense-analysis/ale.git ./dotfiles/.vim/plugged/ale
subrepo:
  subdir:   "dotfiles/.vim/plugged/ale"
  merged:   "e4b205440"
upstream:
  origin:   "https://github.com/dense-analysis/ale.git"
  branch:   "master"
  commit:   "e4b205440"
git-subrepo:
  version:  "0.4.3"
  origin:   "???"
  commit:   "???"
2022-10-18 10:37:09 -04:00

42 lines
1.6 KiB
Text

Before:
call ale#assert#SetUpLinterTest('cs', 'mcsc')
After:
call ale#assert#TearDownLinterTest()
Execute(The mcsc linter should return the correct default command):
AssertLinterCwd expand('%:p:h')
AssertLinter 'mcs', 'mcs -unsafe -out:TEMP -t:module -recurse:' . ale#Escape('*.cs')
Execute(The options should be be used in the command):
let g:ale_cs_mcsc_options = '-pkg:dotnet'
AssertLinter 'mcs', 'mcs -unsafe -pkg:dotnet -out:TEMP -t:module -recurse:' . ale#Escape('*.cs')
Execute(The souce path should be be used in the command):
let g:ale_cs_mcsc_source = '../foo/bar'
AssertLinterCwd '../foo/bar'
AssertLinter 'mcs', 'mcs -unsafe -out:TEMP -t:module -recurse:' . ale#Escape('*.cs')
Execute(The list of search pathes for assemblies should be be used in the command if not empty):
let g:ale_cs_mcsc_assembly_path = ['/usr/lib/mono', '../foo/bar']
AssertLinter 'mcs', 'mcs -unsafe'
\ . ' -lib:' . ale#Escape('/usr/lib/mono') . ',' . ale#Escape('../foo/bar')
\ . ' -out:TEMP -t:module -recurse:' . ale#Escape('*.cs')
let g:ale_cs_mcsc_assembly_path = []
AssertLinter 'mcs', 'mcs -unsafe -out:TEMP -t:module -recurse:' . ale#Escape('*.cs')
Execute(The list of assemblies should be be used in the command if not empty):
let g:ale_cs_mcsc_assemblies = ['foo.dll', 'bar.dll']
AssertLinter 'mcs', 'mcs -unsafe'
\ . ' -r:' . ale#Escape('foo.dll') . ',' . ale#Escape('bar.dll')
\ . ' -out:TEMP -t:module -recurse:' . ale#Escape('*.cs')
let g:ale_cs_mcsc_assemblies = []
AssertLinter 'mcs', 'mcs -unsafe -out:TEMP -t:module -recurse:' . ale#Escape('*.cs')