a9c650cd05
* Add ALEInfo command to get list of available/enabled linters for current filetype * Add Vader tests for ALEInfo command * Fix ALEInfo tests breaking CI by echoing too much output to screen * Speculative change to Makefile which seems to fix test hanging problem locally. * Fix Vader tests to not require a TTY
91 lines
3.2 KiB
Text
91 lines
3.2 KiB
Text
Before:
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let g:testlinter1 = {'name': 'testlinter1', 'executable': 'testlinter1', 'command': 'testlinter1', 'callback': 'testCB1', 'output_stream': 'stdout'}
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let g:testlinter2 = {'name': 'testlinter2', 'executable': 'testlinter2', 'command': 'testlinter2', 'callback': 'testCB2', 'output_stream': 'stdout'}
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call ale#linter#Reset()
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let g:ale_linters = {}
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let g:ale_linter_aliases = {}
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After:
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unlet! g:output
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Given nolintersft (Empty buffer with no linters):
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Execute (ALEInfo with no linters should return the right output):
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redir => g:output
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silent ALEInfo
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redir END
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AssertEqual "\n
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\ Current Filetype: nolintersft\n
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\Available Linters: []\n
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\ Enabled Linters: []", g:output
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Given (Empty buffer with no filetype):
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Execute (ALEInfo with no filetype should return the right output):
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redir => g:output
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silent ALEInfo
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redir END
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AssertEqual "\n
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\ Current Filetype: \n
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\Available Linters: []\n
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\ Enabled Linters: []", g:output
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Given testft (Empty buffer):
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Execute (ALEInfo with a single linter should return the right output):
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call ale#linter#Define('testft', g:testlinter1)
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redir => g:output
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silent ALEInfo
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redir END
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AssertEqual "\n
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\ Current Filetype: testft\n
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\Available Linters: ['testlinter1']\n
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\ Enabled Linters: ['testlinter1']", g:output
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Given testft (Empty buffer):
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Execute (ALEInfo with two linters should return the right output):
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call ale#linter#Define('testft', g:testlinter1)
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call ale#linter#Define('testft', g:testlinter2)
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redir => g:output
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silent ALEInfo
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redir END
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AssertEqual "\n
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\ Current Filetype: testft\n
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\Available Linters: ['testlinter1', 'testlinter2']\n
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\ Enabled Linters: ['testlinter1', 'testlinter2']", g:output
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Given testft (Empty buffer):
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Execute (ALEInfo should calculate enabled linters correctly):
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call ale#linter#Define('testft', g:testlinter1)
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call ale#linter#Define('testft', g:testlinter2)
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let g:ale_linters = { 'testft': ['testlinter2'] }
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redir => g:output
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silent ALEInfo
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redir END
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AssertEqual "\n
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\ Current Filetype: testft\n
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\Available Linters: ['testlinter1', 'testlinter2']\n
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\ Enabled Linters: ['testlinter2']", g:output
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Given testft (Empty buffer):
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Execute (ALEInfo should only return linters for current filetype):
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call ale#linter#Define('testft', g:testlinter1)
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call ale#linter#Define('testft2', g:testlinter2)
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redir => g:output
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silent ALEInfo
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redir END
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AssertEqual "\n
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\ Current Filetype: testft\n
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\Available Linters: ['testlinter1']\n
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\ Enabled Linters: ['testlinter1']", g:output
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Given testft.testft2 (Empty buffer with two filetypes):
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Execute (ALEInfo with compound filetypes should return linters for both of them):
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call ale#linter#Define('testft', g:testlinter1)
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call ale#linter#Define('testft2', g:testlinter2)
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redir => g:output
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silent ALEInfo
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redir END
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AssertEqual "\n
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\ Current Filetype: testft.testft2\n
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\Available Linters: ['testlinter1', 'testlinter2']\n
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\ Enabled Linters: ['testlinter1', 'testlinter2']", g:output
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