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ale/test/lsp/test_lsp_startup.vader

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Before:
Save g:ale_run_synchronously
let g:ale_run_synchronously = 1
unlet! g:ale_run_synchronously_callbacks
runtime autoload/ale/lsp.vim
runtime autoload/ale/lsp_linter.vim
runtime autoload/ale/engine.vim
runtime autoload/ale/job.vim
runtime autoload/ale/socket.vim
let g:job_map = {}
let g:emulate_job_failure = 0
let g:next_job_id = 1
let g:socket_map = {}
let g:emulate_socket_failure = 0
let g:next_channel_id = 0
let g:message_buffer = ''
let g:calls = []
function! ale#engine#IsExecutable(buffer, executable) abort
return !empty(a:executable)
endfunction
function! ale#job#HasOpenChannel(job_id) abort
return has_key(g:job_map, a:job_id)
endfunction
function! ale#job#Stop(job_id) abort
if has_key(g:job_map, a:job_id)
call remove(g:job_map, a:job_id)
endif
endfunction
function! ale#job#Start(command, options) abort
if g:emulate_job_failure
return 0
endif
let l:job_id = g:next_job_id
let g:next_job_id += 1
let g:job_map[l:job_id] = [a:command, a:options]
return l:job_id
endfunction
function! ale#job#SendRaw(job_id, data) abort
let g:message_buffer .= a:data
endfunction
function! ale#socket#IsOpen(channel_id) abort
return has_key(g:socket_map, a:channel_id)
endfunction
function! ale#socket#Close(channel_id) abort
if has_key(g:socket_map, a:channel_id)
call remove(g:socket_map, a:channel_id)
endif
endfunction
function! ale#socket#Open(address, options) abort
if g:emulate_socket_failure
return -1
endif
let l:channel_id = g:next_channel_id
let g:next_channel_id += 1
let g:socket_map[l:channel_id] = [a:address, a:options]
return l:channel_id
endfunction
function! ale#socket#Send(channel_id, data) abort
let g:message_buffer .= a:data
endfunction
function! PopMessages() abort
let l:message_list = []
for l:line in split(g:message_buffer, '\(\r\|\n\|Content-Length\)\+')
if l:line[:0] is '{'
let l:data = json_decode(l:line)
call add(l:message_list, l:data)
endif
endfor
let g:message_buffer = ''
return l:message_list
endfunction
function! SendMessage(message) abort
let l:conn_id = keys(ale#lsp#GetConnections())[0]
let l:body = json_encode(a:message)
let l:data = 'Content-Length: ' . strlen(l:body) . "\r\n\r\n" . l:body
call ale#lsp#HandleMessage(l:conn_id, l:data)
endfunction
function! Start() abort
let l:linter = values(ale#linter#GetLintersLoaded())[0][0]
return ale#lsp_linter#StartLSP(
\ bufnr(''),
\ l:linter,
\ {linter, details -> add(g:calls, [linter.name, details])},
\)
endfunction
function! AssertInitSuccess(linter_name, conn_prefix, language, root, command) abort
let l:messages = PopMessages()
if a:linter_name is# 'tsserver'
AssertEqual
\ [
\ {
\ 'seq': v:null,
\ 'arguments': {
\ 'file': expand('%:p'),
\ },
\ 'type': 'request',
\ 'command': 'open',
\ },
\ ],
\ l:messages
else
AssertEqual
\ [
\ {
\ 'method': 'initialize',
\ 'jsonrpc': '2.0',
\ 'id': 1,
\ 'params': {
\ 'initializationOptions': {},
\ 'rootUri': ale#path#ToURI(a:root),
\ 'capabilities': {},
\ 'rootPath': a:root,
\ 'processId': getpid(),
\ },
\ },
\ ],
\ l:messages
call SendMessage({
\ 'jsonrpc': '2.0',
\ 'id': 1,
\ 'result': {
\ 'capabilities': {
\ 'renameProvider': v:true,
\ 'executeCommandProvider': {
\ 'commands': [],
\ },
\ 'hoverProvider': v:true,
\ 'documentSymbolProvider': v:true,
\ 'documentRangeFormattingProvider': v:true,
\ 'codeLensProvider': {
\ 'resolveProvider': v:false
\ },
\ 'referencesProvider': v:true,
\ 'textDocumentSync': 2,
\ 'documentFormattingProvider': v:true,
\ 'codeActionProvider': v:true,
\ 'signatureHelpProvider': {
\ 'triggerCharacters': ['(', ','],
\ },
\ 'completionProvider': {
\ 'triggerCharacters': ['.'],
\ 'resolveProvider': v:false
\ },
\ 'definitionProvider': v:true,
\ 'experimental': {},
\ 'documentHighlightProvider': v:true,
\ 'workspaceSymbolProvider': v:true,
\ },
\ },
\})
let l:messages = PopMessages()
AssertEqual
\ [
\ {
\ 'method': 'initialized',
\ 'jsonrpc': '2.0',
\ 'params': {},
\ },
\ {
\ 'method': 'textDocument/didOpen',
\ 'jsonrpc': '2.0',
\ 'params': {
\ 'textDocument': {
\ 'uri': ale#path#ToURI(expand('%:p')),
\ 'version': ale#lsp#message#GetNextVersionID() - 1,
\ 'languageId': a:language,
\ 'text': "\n",
\ },
\ },
\ },
\ ],
\ l:messages
endif
AssertEqual
\ [
\ [
\ a:linter_name,
\ {
\ 'connection_id': a:conn_prefix . ':' . a:root,
\ 'project_root': a:root,
\ 'buffer': bufnr(''),
\ 'command': !empty(a:command) ? ale#job#PrepareCommand(bufnr(''), a:command) : '',
\ },
\ ],
\ ],
\ g:calls
endfunction
function! AssertInitFailure() abort
let l:messages = PopMessages()
AssertEqual [], l:messages
AssertEqual [], g:calls
endfunction
call ale#linter#Reset()
After:
Restore
call ale#linter#Reset()
call ale#lsp#ResetConnections()
unlet! g:job_map
unlet! g:emulate_job_failure
unlet! g:next_job_id
unlet! g:socket_map
unlet! g:emulate_socket_failure
unlet! g:next_channel_id
unlet! g:message_buffer
unlet! g:calls
delfunction PopMessages
delfunction Start
delfunction AssertInitSuccess
delfunction AssertInitFailure
runtime autoload/ale/engine.vim
runtime autoload/ale/job.vim
runtime autoload/ale/socket.vim
Execute(tsserver should be started correctly):
runtime ale_linters/typescript/tsserver.vim
Assert Start()
call AssertInitSuccess('tsserver', 'tsserver', '', '', ale#Escape('tsserver'))
Execute(tsserver failures should be handled appropriately):
runtime ale_linters/typescript/tsserver.vim
let g:emulate_job_failure = 1
Assert !Start()
call AssertInitFailure()
Execute(LSP jobs should start correctly):
call ale#linter#Define('foobar', {
\ 'name': 'foo',
\ 'lsp': 'stdio',
\ 'executable': 'foo',
\ 'command': 'foo',
\ 'project_root': '/foo/bar',
\ 'initialization_options': {},
\})
Assert Start()
call AssertInitSuccess('foo', 'foo', 'foobar', '/foo/bar', 'foo')
Execute(LSP job failures should be handled):
call ale#linter#Define('foobar', {
\ 'name': 'foo',
\ 'lsp': 'stdio',
\ 'executable': 'foo',
\ 'command': 'foo',
\ 'project_root': '/foo/bar',
\ 'initialization_options': {},
\})
let g:emulate_job_failure = 1
Assert !Start()
call AssertInitFailure()
Execute(LSP TCP connections should start correctly):
call ale#linter#Define('foobar', {
\ 'name': 'foo',
\ 'lsp': 'socket',
\ 'address': 'foo',
\ 'project_root': '/foo/bar',
\ 'initialization_options': {},
\})
Assert Start()
call AssertInitSuccess('foo', 'foo', 'foobar', '/foo/bar', '')
Execute(LSP TCP connection failures should be handled):
call ale#linter#Define('foobar', {
\ 'name': 'foo',
\ 'lsp': 'socket',
\ 'address': 'foo',
\ 'project_root': '/foo/bar',
\ 'initialization_options': {},
\})
let g:emulate_socket_failure = 1
Assert !Start()
call AssertInitFailure()
Execute(Deferred executables should be handled correctly):
call ale#linter#Define('foobar', {
\ 'name': 'foo',
\ 'lsp': 'stdio',
\ 'executable': {b -> ale#command#Run(b, 'echo', {-> 'foo'})},
\ 'command': '%e -c',
\ 'project_root': '/foo/bar',
\ 'initialization_options': {},
\})
Assert Start()
call ale#test#FlushJobs()
call AssertInitSuccess('foo', 'foo', 'foobar', '/foo/bar', ale#Escape('foo') . ' -c')
Execute(Deferred commands should be handled correctly):
call ale#linter#Define('foobar', {
\ 'name': 'foo',
\ 'lsp': 'stdio',
\ 'executable': 'foo',
\ 'command': {b -> ale#command#Run(b, 'echo', {-> '%e -c'})},
\ 'project_root': '/foo/bar',
\ 'initialization_options': {},
\})
Assert Start()
call ale#test#FlushJobs()
call AssertInitSuccess('foo', 'foo', 'foobar', '/foo/bar', ale#Escape('foo') . ' -c')
Execute(Deferred addresses should be handled correctly):
call ale#linter#Define('foobar', {
\ 'name': 'foo',
\ 'lsp': 'socket',
\ 'address': {b -> ale#command#Run(b, 'echo', {-> 'localhost:1234'})},
\ 'project_root': '/foo/bar',
\ 'initialization_options': {},
\})
Assert Start()
call ale#test#FlushJobs()
call AssertInitSuccess('foo', 'localhost:1234', 'foobar', '/foo/bar', '')