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ale/test/test_linter_defintion_proce...

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Before:
Save g:ale_root
Save b:ale_root
let g:ale_root = {}
unlet! b:ale_root
let g:linter = {}
After:
unlet g:linter
Execute (PreProcess should throw when the linter object is not a Dictionary):
AssertThrows call ale#linter#PreProcess('testft', '')
AssertEqual 'The linter object must be a Dictionary', g:vader_exception
Execute (PreProcess should throw when there is no name):
AssertThrows call ale#linter#PreProcess('testft', {
\ 'callback': 'SomeFunction',
\ 'executable': 'echo',
\ 'command': 'echo',
\})
AssertEqual '`name` must be defined to name the linter', g:vader_exception
Execute (PreProcess should throw when there is no callback):
AssertThrows call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'executable': 'echo',
\ 'command': 'echo',
\})
AssertEqual '`callback` must be defined with a callback to accept output', g:vader_exception
Execute (PreProcess should throw when then callback is not a function):
AssertThrows call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 1,
\ 'executable': 'echo',
\ 'command': 'echo',
\})
AssertEqual '`callback` must be defined with a callback to accept output', g:vader_exception
Execute (PreProcess should throw when there is no executable):
AssertThrows call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 'SomeFunction',
\ 'command': 'echo',
\})
AssertEqual '`executable` must be defined', g:vader_exception
Execute (PreProcess should throw when executable is not a string):
AssertThrows call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 'SomeFunction',
\ 'executable': 123,
\ 'command': 'echo',
\})
AssertEqual '`executable` must be a String or Function if defined', g:vader_exception
Execute (PreProcess should allow executable to be a callback):
call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 'SomeFunction',
\ 'executable': function('type'),
\ 'command': 'echo',
\})
Execute (PreProcess should throw when there is no command):
AssertThrows call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 'SomeFunction',
\ 'executable': 'echo',
\})
AssertEqual '`command` must be defined', g:vader_exception
Execute (PreProcess should throw when command is not a string):
AssertThrows call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 'SomeFunction',
\ 'executable': 'echo',
\ 'command': [],
\})
AssertEqual '`command` must be a String or Function if defined', g:vader_exception
Execute (PreProcess should allow command to be a callback):
call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 'SomeFunction',
\ 'executable': 'echo',
\ 'command': function('type'),
\})
Execute (PreProcess should throw when cwd is not a string):
AssertThrows call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 'SomeFunction',
\ 'executable': 'echo',
\ 'cwd': [],
\ 'command': 'echo',
\})
AssertEqual '`cwd` must be a String or Function if defined', g:vader_exception
Execute (PreProcess should allow cwd to be a callback):
call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 'SomeFunction',
\ 'executable': 'echo',
\ 'cwd': function('type'),
\ 'command': 'echo',
\})
Execute (PreProcess should allow cwd to be a string):
call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 'SomeFunction',
\ 'executable': 'echo',
\ 'cwd': '/foo/bar',
\ 'command': 'echo',
\})
Execute (PreProcess should when the output stream isn't a valid string):
AssertThrows call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 'SomeFunction',
\ 'executable': 'echo',
\ 'command': 'echo',
\ 'output_stream': 'xxx',
\})
AssertEqual "`output_stream` must be 'stdout', 'stderr', or 'both'", g:vader_exception
Execute (PreProcess should not throw when everything is correct):
call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 'SomeFunction',
\ 'executable': 'echo',
\ 'command': 'echo',
\})
Execute (PreProcess should accept an stdout output_stream):
call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 'SomeFunction',
\ 'executable': 'echo',
\ 'command': 'echo',
\ 'output_stream': 'stdout',
\})
Execute (PreProcess should accept an stderr output_stream):
call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 'SomeFunction',
\ 'executable': 'echo',
\ 'command': 'echo',
\ 'output_stream': 'stderr',
\})
Execute (PreProcess should accept a 'both' output_stream):
call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'callback': 'SomeFunction',
\ 'executable': 'echo',
\ 'command': 'echo',
\ 'output_stream': 'both',
\})
Execute(PreProcess should process the read_buffer option correctly):
let g:linter = {
\ 'name': 'x',
\ 'callback': 'x',
\ 'executable': 'x',
\ 'command': 'x',
\ 'read_buffer': '0',
\}
AssertThrows call ale#linter#PreProcess('testft', g:linter)
AssertEqual '`read_buffer` must be `0` or `1`', g:vader_exception
let g:linter.read_buffer = 0
call ale#linter#PreProcess('testft', g:linter)
let g:linter.read_buffer = 1
call ale#linter#PreProcess('testft', g:linter)
Execute(PreProcess should set a default value for read_buffer):
let g:linter = {
\ 'name': 'x',
\ 'callback': 'x',
\ 'executable': 'x',
\ 'command': 'x',
\}
AssertEqual 1, ale#linter#PreProcess('testft', g:linter).read_buffer
Execute(PreProcess should process the lint_file option correctly):
let g:linter = {
\ 'name': 'x',
\ 'callback': 'x',
\ 'executable': 'x',
\ 'command': 'x',
\ 'lint_file': 'x',
\}
AssertThrows call ale#linter#PreProcess('testft', g:linter)
AssertEqual '`lint_file` must be `0`, `1`, or a Function', g:vader_exception
let g:linter.lint_file = 0
AssertEqual 0, ale#linter#PreProcess('testft', g:linter).lint_file
" The default for read_buffer should be 1 when lint_file is 0
AssertEqual 1, ale#linter#PreProcess('testft', g:linter).read_buffer
let g:linter.lint_file = 1
AssertEqual 1, ale#linter#PreProcess('testft', g:linter).lint_file
" The default for read_buffer should still be 1
AssertEqual 1, ale#linter#PreProcess('testft', g:linter).read_buffer
let g:linter.read_buffer = 1
" We should be able to set `read_buffer` and `lint_file` at the same time.
AssertEqual 1, ale#linter#PreProcess('testft', g:linter).read_buffer
let g:linter.lint_file = function('type')
Assert type(ale#linter#PreProcess('testft', g:linter).lint_file) is v:t_func
Execute(PreProcess should set a default value for lint_file):
let g:linter = {
\ 'name': 'x',
\ 'callback': 'x',
\ 'executable': 'x',
\ 'command': 'x',
\}
AssertEqual 0, ale#linter#PreProcess('testft', g:linter).lint_file
Execute(PreProcess should set a default value for aliases):
let g:linter = {
\ 'name': 'x',
\ 'callback': 'x',
\ 'executable': 'x',
\ 'command': 'x',
\}
AssertEqual [], ale#linter#PreProcess('testft', g:linter).aliases
Execute(PreProcess should complain about invalid `aliases` values):
let g:linter = {
\ 'name': 'x',
\ 'callback': 'x',
\ 'executable': 'x',
\ 'command': 'x',
\ 'aliases': 'foo',
\}
AssertThrows call ale#linter#PreProcess('testft', g:linter)
AssertEqual '`aliases` must be a List of String values', g:vader_exception
let g:linter.aliases = [1]
AssertThrows call ale#linter#PreProcess('testft', g:linter)
AssertEqual '`aliases` must be a List of String values', g:vader_exception
Execute(PreProcess should accept `aliases` lists):
let g:linter = {
\ 'name': 'x',
\ 'callback': 'x',
\ 'executable': 'x',
\ 'command': 'x',
\ 'aliases': [],
\}
AssertEqual [], ale#linter#PreProcess('testft', g:linter).aliases
let g:linter.aliases = ['foo', 'bar']
AssertEqual ['foo', 'bar'], ale#linter#PreProcess('testft', g:linter).aliases
Execute(PreProcess should accept tsserver LSP configuration):
let g:linter = {
\ 'name': 'x',
\ 'executable': 'x',
\ 'command': 'x',
\ 'lsp': 'tsserver',
\ 'language': 'x',
\ 'project_root': 'x',
\}
AssertEqual 'tsserver', ale#linter#PreProcess('testft', g:linter).lsp
Execute(PreProcess should accept stdio LSP configuration):
let g:linter = {
\ 'name': 'x',
\ 'executable': 'x',
\ 'command': 'x',
\ 'lsp': 'stdio',
\ 'language': 'x',
\ 'project_root': 'x',
\}
AssertEqual 'stdio', ale#linter#PreProcess('testft', g:linter).lsp
Execute(PreProcess should accept LSP server configurations):
let g:linter = {
\ 'name': 'x',
\ 'lsp': 'socket',
\ 'address': 'X',
\ 'language': 'foobar',
\ 'project_root': 'x',
\}
AssertEqual 'socket', ale#linter#PreProcess('testft', g:linter).lsp
Execute(PreProcess should accept let you specify the `language` as a Function):
let g:linter = {
\ 'name': 'x',
\ 'lsp': 'socket',
\ 'address': 'X',
\ 'language': {-> 'foobar'},
\ 'project_root': 'x',
\}
AssertEqual 'foobar', ale#linter#PreProcess('testft', g:linter).language(bufnr(''))
Execute(PreProcess should complain about invalid language values):
let g:linter = {
\ 'name': 'x',
\ 'lsp': 'socket',
\ 'address': 'X',
\ 'language': 0,
\ 'project_root': 'x',
\}
AssertThrows call ale#linter#PreProcess('testft', g:linter)
AssertEqual '`language` must be a String or Function if defined', g:vader_exception
Execute(PreProcess should use the filetype as the language string by default):
let g:linter = {
\ 'name': 'x',
\ 'lsp': 'socket',
\ 'address': 'X',
\ 'project_root': 'x',
\}
AssertEqual 'testft', ale#linter#PreProcess('testft', g:linter).language
Execute(PreProcess should require an `address` for LSP socket configurations):
let g:linter = {
\ 'name': 'x',
\ 'lsp': 'socket',
\}
AssertThrows call ale#linter#PreProcess('testft', g:linter)
AssertEqual '`address` must be defined for getting the LSP address', g:vader_exception
Execute(PreProcess should complain about `address` for non-LSP linters):
let g:linter = {
\ 'name': 'x',
\ 'callback': 'SomeFunction',
\ 'executable': 'echo',
\ 'command': 'echo',
\ 'address': 'X',
\}
AssertThrows call ale#linter#PreProcess('testft', g:linter)
AssertEqual '`address` cannot be used when lsp != ''socket''', g:vader_exception
Execute(PreProcess accept `address` as a String):
let g:linter = ale#linter#PreProcess('testft', {
\ 'name': 'x',
\ 'lsp': 'socket',
\ 'address': 'foo:123',
\ 'language': 'x',
\ 'project_root': 'x',
\})
AssertEqual 'foo:123', ale#linter#GetAddress(0, g:linter)
Execute(PreProcess accept address as a Function):
let g:linter = ale#linter#PreProcess('testft', {
\ 'name': 'x',
\ 'lsp': 'socket',
\ 'address': {-> 'foo:123'},
\ 'language': 'x',
\ 'project_root': 'x',
\})
AssertEqual 'foo:123', ale#linter#GetAddress(0, g:linter)
Execute(PreProcess should complain about invalid address values):
AssertThrows call ale#linter#PreProcess('testft', {
\ 'name': 'x',
\ 'lsp': 'socket',
\ 'address': 0,
\ 'language': 'x',
\ 'project_root': 'x',
\})
AssertEqual '`address` must be a String or Function if defined', g:vader_exception
Execute(PreProcess should allow the `project_root` to be set as a String):
let g:linter = ale#linter#PreProcess('testft', {
\ 'name': 'x',
\ 'lsp': 'socket',
\ 'address': 'foo:123',
\ 'language': 'x',
\ 'project_root': '/foo/bar',
\})
AssertEqual '/foo/bar', ale#lsp_linter#FindProjectRoot(0, g:linter)
Execute(PreProcess should `project_root` be set as a Function):
let g:linter = ale#linter#PreProcess('testft', {
\ 'name': 'x',
\ 'lsp': 'socket',
\ 'address': 'foo:123',
\ 'language': 'x',
\ 'project_root': {-> '/foo/bar'},
\})
AssertEqual '/foo/bar', ale#lsp_linter#FindProjectRoot(0, g:linter)
Execute(PreProcess should complain when `project_root` is invalid):
AssertThrows call ale#linter#PreProcess('testft', {
\ 'name': 'x',
\ 'lsp': 'socket',
\ 'address': 'foo:123',
\ 'language': 'x',
\ 'project_root': 0,
\})
AssertEqual '`project_root` must be a String or Function', g:vader_exception
Execute(PreProcess should throw when `initialization_options` is not a Dictionary or callback):
AssertThrows call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'lsp': 'socket',
\ 'address': 'X',
\ 'language': 'x',
\ 'project_root': 'x',
\ 'initialization_options': 0,
\})
AssertEqual '`initialization_options` must be a Dictionary or Function if defined', g:vader_exception
Execute(PreProcess should accept `initialization_options` as a Dictionary):
let g:linter = ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'lsp': 'socket',
\ 'address': 'X',
\ 'language': 'x',
\ 'project_root': 'x',
\ 'initialization_options': {'foo': v:true},
\})
AssertEqual {'foo': v:true}, ale#lsp_linter#GetOptions(0, g:linter)
Execute(PreProcess should accept `initialization_options` as a Function):
let g:linter = ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'lsp': 'socket',
\ 'address': 'X',
\ 'language': 'x',
\ 'project_root': 'x',
\ 'initialization_options': {-> {'foo': v:true}},
\})
AssertEqual {'foo': v:true}, ale#lsp_linter#GetOptions(0, g:linter)
Execute(PreProcess should accept `lsp_config` as a Dictionary):
let g:linter = {
\ 'name': 'x',
\ 'lsp': 'socket',
\ 'address': 'X',
\ 'language': 'x',
\ 'project_root': 'x',
\ 'lsp_config': {'foo': 'bar'},
\}
AssertEqual {'foo': 'bar'}, ale#lsp_linter#GetConfig(0, g:linter)
Execute(PreProcess should accept `lsp_config` as a Function):
let g:linter = {
\ 'name': 'x',
\ 'lsp': 'socket',
\ 'address': 'X',
\ 'language': 'x',
\ 'project_root': 'x',
\ 'lsp_config': {-> {'foo': 'bar'}},
\}
AssertEqual {'foo': 'bar'}, ale#lsp_linter#GetConfig(0, g:linter)
Execute(PreProcess should throw when `lsp_config` is not a Dictionary or Function):
AssertThrows call ale#linter#PreProcess('testft', {
\ 'name': 'foo',
\ 'lsp': 'socket',
\ 'address': 'X',
\ 'language': 'x',
\ 'project_root': 'x',
\ 'lsp_config': 'x',
\})
AssertEqual '`lsp_config` must be a Dictionary or Function if defined', g:vader_exception
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