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Refactor jobs into a Vim version agnostic API which can be used for other purposes

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This commit is contained in:
w0rp 2017-05-12 21:16:15 +01:00
parent 2bafdb7e5a
commit 5a947933d7
8 changed files with 280 additions and 254 deletions
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280
autoload/ale/engine.vim
View File

@ -26,21 +26,6 @@ function! s:IsExecutable(executable) abort
return 0 return 0
endfunction endfunction
function! ale#engine#ParseVim8ProcessID(job_string) abort
return matchstr(a:job_string, '\d\+') + 0
endfunction
function! s:GetJobID(job) abort
if has('nvim')
"In NeoVim, job values are just IDs.
return a:job
endif
" For Vim 8, the job is a different variable type, and we can parse the
" process ID from the string.
return ale#engine#ParseVim8ProcessID(string(a:job))
endfunction
function! ale#engine#InitBufferInfo(buffer) abort function! ale#engine#InitBufferInfo(buffer) abort
if !has_key(g:ale_buffer_info, a:buffer) if !has_key(g:ale_buffer_info, a:buffer)
" job_list will hold the list of jobs " job_list will hold the list of jobs
@ -63,84 +48,17 @@ function! ale#engine#InitBufferInfo(buffer) abort
endif endif
endfunction endfunction
" A map from timer IDs to Vim 8 jobs, for tracking jobs that need to be killed function! ale#engine#ClearJob(job_id) abort
" with SIGKILL if they don't terminate right away.
let s:job_kill_timers = {}
" Check if a job is still running, in either Vim version.
function! s:IsJobRunning(job) abort
if has('nvim')
try
" In NeoVim, if the job isn't running, jobpid() will throw.
call jobpid(a:job)
return 1
catch
endtry
return 0
endif
return job_status(a:job) ==# 'run'
endfunction
function! s:KillHandler(timer) abort
let l:job = remove(s:job_kill_timers, a:timer)
" For NeoVim, we have to send SIGKILL ourselves manually, as NeoVim
" doesn't do it properly.
if has('nvim')
let l:pid = 0
" We can fail to get the PID here if the job manages to stop already.
try
let l:pid = jobpid(l:job)
catch
endtry
if l:pid > 0
if has('win32')
" Windows
call system('taskkill /pid ' . l:pid . ' /f')
else
" Linux, Mac OSX, etc.
call system('kill -9 ' . l:pid)
endif
endif
else
call job_stop(l:job, 'kill')
endif
endfunction
function! ale#engine#ClearJob(job) abort
if get(g:, 'ale_run_synchronously') == 1 if get(g:, 'ale_run_synchronously') == 1
call remove(s:job_info_map, a:job) call remove(s:job_info_map, a:job_id)
return return
endif endif
let l:job_id = s:GetJobID(a:job) call ale#job#Stop(a:job_id)
if has('nvim') if has_key(s:job_info_map, a:job_id)
call jobstop(a:job) call remove(s:job_info_map, a:job_id)
else
" We must close the channel for reading the buffer if it is open
" when stopping a job. Otherwise, we will get errors in the status line.
if ch_status(job_getchannel(a:job)) ==# 'open'
call ch_close_in(job_getchannel(a:job))
endif
" Ask nicely for the job to stop.
call job_stop(a:job)
endif
" If a job doesn't stop immediately, queue a timer which will
" send SIGKILL to the job, if it's alive by the time the timer ticks.
if s:IsJobRunning(a:job)
let s:job_kill_timers[timer_start(100, function('s:KillHandler'))] = a:job
endif
if has_key(s:job_info_map, l:job_id)
call remove(s:job_info_map, l:job_id)
endif endif
endfunction endfunction
@ -152,16 +70,14 @@ function! s:StopPreviousJobs(buffer, linter) abort
let l:new_job_list = [] let l:new_job_list = []
for l:job in g:ale_buffer_info[a:buffer].job_list for l:job_id in g:ale_buffer_info[a:buffer].job_list
let l:job_id = s:GetJobID(l:job)
if has_key(s:job_info_map, l:job_id) if has_key(s:job_info_map, l:job_id)
\&& s:job_info_map[l:job_id].linter.name ==# a:linter.name \&& s:job_info_map[l:job_id].linter.name ==# a:linter.name
" Stop jobs which match the buffer and linter. " Stop jobs which match the buffer and linter.
call ale#engine#ClearJob(l:job) call ale#engine#ClearJob(l:job_id)
else else
" Keep other jobs in the list. " Keep other jobs in the list.
call add(l:new_job_list, l:job) call add(l:new_job_list, l:job_id)
endif endif
endfor endfor
@ -169,41 +85,6 @@ function! s:StopPreviousJobs(buffer, linter) abort
let g:ale_buffer_info[a:buffer].job_list = l:new_job_list let g:ale_buffer_info[a:buffer].job_list = l:new_job_list
endfunction endfunction
function! s:GatherOutputVim(channel, data) abort
let l:job_id = s:GetJobID(ch_getjob(a:channel))
if !has_key(s:job_info_map, l:job_id)
return
endif
call add(s:job_info_map[l:job_id].output, a:data)
endfunction
function! s:GatherOutputNeoVim(job, data, event) abort
let l:job_id = s:GetJobID(a:job)
if !has_key(s:job_info_map, l:job_id)
return
endif
" Join the lines passed to ale, because Neovim splits them up.
" a:data is a list of strings, where every item is a new line, except the
" first one, which is the continuation of the last item passed last time.
call ale#engine#JoinNeovimOutput(s:job_info_map[l:job_id].output, a:data)
endfunction
function! ale#engine#JoinNeovimOutput(output, data) abort
if empty(a:output)
call extend(a:output, a:data)
else
" Extend the previous line, which can be continued.
let a:output[-1] .= get(a:data, 0, '')
" Add the new lines.
call extend(a:output, a:data[1:])
endif
endfunction
" Register a temporary file to be managed with the ALE engine for " Register a temporary file to be managed with the ALE engine for
" a current job run. " a current job run.
function! ale#engine#ManageFile(buffer, filename) abort function! ale#engine#ManageFile(buffer, filename) abort
@ -255,24 +136,27 @@ function! ale#engine#RemoveManagedFiles(buffer) abort
let g:ale_buffer_info[a:buffer].temporary_directory_list = [] let g:ale_buffer_info[a:buffer].temporary_directory_list = []
endfunction endfunction
function! s:HandleExit(job) abort function! s:GatherOutput(job_id, line) abort
if a:job ==# 'no process' if has_key(s:job_info_map, a:job_id)
" Stop right away when the job is not valid in Vim 8. call add(s:job_info_map[a:job_id].output, a:line)
endif
endfunction
function! s:HandleExit(job_id, exit_code) abort
if !has_key(s:job_info_map, a:job_id)
return return
endif endif
let l:job_id = s:GetJobID(a:job) let l:job_info = s:job_info_map[a:job_id]
if !has_key(s:job_info_map, l:job_id)
return
endif
let l:job_info = s:job_info_map[l:job_id]
let l:linter = l:job_info.linter let l:linter = l:job_info.linter
let l:output = l:job_info.output let l:output = l:job_info.output
let l:buffer = l:job_info.buffer let l:buffer = l:job_info.buffer
let l:next_chain_index = l:job_info.next_chain_index let l:next_chain_index = l:job_info.next_chain_index
if g:ale_history_enabled
call ale#history#SetExitCode(l:buffer, a:job_id, a:exit_code)
endif
" Call the same function for stopping jobs again to clean up the job " Call the same function for stopping jobs again to clean up the job
" which just closed. " which just closed.
call s:StopPreviousJobs(l:buffer, l:linter) call s:StopPreviousJobs(l:buffer, l:linter)
@ -294,7 +178,7 @@ function! s:HandleExit(job) abort
" Log the output of the command for ALEInfo if we should. " Log the output of the command for ALEInfo if we should.
if g:ale_history_enabled && g:ale_history_log_output if g:ale_history_enabled && g:ale_history_log_output
call ale#history#RememberOutput(l:buffer, l:job_id, l:output[:]) call ale#history#RememberOutput(l:buffer, a:job_id, l:output[:])
endif endif
let l:linter_loclist = ale#util#GetFunction(l:linter.callback)(l:buffer, l:output) let l:linter_loclist = ale#util#GetFunction(l:linter.callback)(l:buffer, l:output)
@ -368,36 +252,6 @@ function! ale#engine#SetResults(buffer, loclist) abort
endif endif
endfunction endfunction
function! s:SetExitCode(job, exit_code) abort
let l:job_id = s:GetJobID(a:job)
if !has_key(s:job_info_map, l:job_id)
return
endif
let l:buffer = s:job_info_map[l:job_id].buffer
call ale#history#SetExitCode(l:buffer, l:job_id, a:exit_code)
endfunction
function! s:HandleExitNeoVim(job, exit_code, event) abort
if g:ale_history_enabled
call s:SetExitCode(a:job, a:exit_code)
endif
call s:HandleExit(a:job)
endfunction
function! s:HandleExitVim(channel) abort
call s:HandleExit(ch_getjob(a:channel))
endfunction
" Vim returns the exit status with one callback,
" and the channel will close later in another callback.
function! s:HandleExitStatusVim(job, exit_code) abort
call s:SetExitCode(a:job, a:exit_code)
endfunction
function! ale#engine#FixLocList(buffer, linter, loclist) abort function! ale#engine#FixLocList(buffer, linter, loclist) abort
let l:new_loclist = [] let l:new_loclist = []
@ -542,85 +396,51 @@ function! s:RunJob(options) abort
let l:read_buffer = 0 let l:read_buffer = 0
endif endif
if !has('nvim')
" The command will be executed in a subshell. This fixes a number of " The command will be executed in a subshell. This fixes a number of
" issues, including reading the PATH variables correctly, %PATHEXT% " issues, including reading the PATH variables correctly, %PATHEXT%
" expansion on Windows, etc. " expansion on Windows, etc.
" "
" NeoVim handles this issue automatically if the command is a String. " NeoVim handles this issue automatically if the command is a String,
" but we'll do this explicitly, so we use thes same exact command for both
" versions.
let l:command = has('win32') let l:command = has('win32')
\ ? 'cmd /c ' . l:command \ ? 'cmd /c ' . l:command
\ : split(&shell) + split(&shellcmdflag) + [l:command] \ : split(&shell) + split(&shellcmdflag) + [l:command]
let l:job_options = {
\ 'mode': 'nl',
\ 'exit_cb': function('s:HandleExit'),
\}
if l:output_stream ==# 'stderr'
let l:job_options.err_cb = function('s:GatherOutput')
elseif l:output_stream ==# 'both'
let l:job_options.out_cb = function('s:GatherOutput')
let l:job_options.err_cb = function('s:GatherOutput')
else
let l:job_options.out_cb = function('s:GatherOutput')
endif endif
if get(g:, 'ale_run_synchronously') == 1 if get(g:, 'ale_run_synchronously') == 1
" Find a unique Job value to use, which will be the same as the ID for " Find a unique Job value to use, which will be the same as the ID for
" running commands synchronously. This is only for test code. " running commands synchronously. This is only for test code.
let l:job = len(s:job_info_map) + 1 let l:job_id = len(s:job_info_map) + 1
while has_key(s:job_info_map, l:job) while has_key(s:job_info_map, l:job_id)
let l:job += 1 let l:job_id += 1
endwhile endwhile
elseif has('nvim')
if l:output_stream ==# 'stderr'
" Read from stderr instead of stdout.
let l:job = jobstart(l:command, {
\ 'on_stderr': function('s:GatherOutputNeoVim'),
\ 'on_exit': function('s:HandleExitNeoVim'),
\})
elseif l:output_stream ==# 'both'
let l:job = jobstart(l:command, {
\ 'on_stdout': function('s:GatherOutputNeoVim'),
\ 'on_stderr': function('s:GatherOutputNeoVim'),
\ 'on_exit': function('s:HandleExitNeoVim'),
\})
else else
let l:job = jobstart(l:command, { let l:job_id = ale#job#Start(l:command, l:job_options)
\ 'on_stdout': function('s:GatherOutputNeoVim'),
\ 'on_exit': function('s:HandleExitNeoVim'),
\})
endif
else
let l:job_options = {
\ 'in_mode': 'nl',
\ 'out_mode': 'nl',
\ 'err_mode': 'nl',
\ 'close_cb': function('s:HandleExitVim'),
\}
if g:ale_history_enabled
" We only need to capture the exit status if we are going to
" save it in the history. Otherwise, we don't care.
let l:job_options.exit_cb = function('s:HandleExitStatusVim')
endif
if l:output_stream ==# 'stderr'
" Read from stderr instead of stdout.
let l:job_options.err_cb = function('s:GatherOutputVim')
elseif l:output_stream ==# 'both'
" Read from both streams.
let l:job_options.out_cb = function('s:GatherOutputVim')
let l:job_options.err_cb = function('s:GatherOutputVim')
else
let l:job_options.out_cb = function('s:GatherOutputVim')
endif
" Vim 8 will read the stdin from the file's buffer.
let l:job = job_start(l:command, l:job_options)
endif endif
let l:status = 'failed' let l:status = 'failed'
let l:job_id = 0
" Only proceed if the job is being run. " Only proceed if the job is being run.
if has('nvim') if l:job_id
\ || get(g:, 'ale_run_synchronously') == 1
\ || (l:job !=# 'no process' && job_status(l:job) ==# 'run')
" Add the job to the list of jobs, so we can track them. " Add the job to the list of jobs, so we can track them.
call add(g:ale_buffer_info[l:buffer].job_list, l:job) call add(g:ale_buffer_info[l:buffer].job_list, l:job_id)
let l:status = 'started' let l:status = 'started'
let l:job_id = s:GetJobID(l:job)
" Store the ID for the job in the map to read back again. " Store the ID for the job in the map to read back again.
let s:job_info_map[l:job_id] = { let s:job_info_map[l:job_id] = {
\ 'linter': l:linter, \ 'linter': l:linter,
@ -643,7 +463,9 @@ function! s:RunJob(options) abort
\ ? join(l:command[0:1]) . ' ' . ale#Escape(l:command[2]) \ ? join(l:command[0:1]) . ' ' . ale#Escape(l:command[2])
\ : l:command \ : l:command
\) \)
call s:HandleExit(l:job)
" TODO, get the exit system of the shell call and pass it on here.
call l:job_options.exit_cb(l:job_id, 0)
endif endif
endfunction endfunction
@ -793,8 +615,8 @@ function! ale#engine#WaitForJobs(deadline) abort
while l:should_wait_more while l:should_wait_more
let l:should_wait_more = 0 let l:should_wait_more = 0
for l:job in l:job_list for l:job_id in l:job_list
if job_status(l:job) ==# 'run' if ale#job#IsRunning(l:job_id)
let l:now = ale#util#ClockMilliseconds() let l:now = ale#util#ClockMilliseconds()
if l:now - l:start_time > a:deadline if l:now - l:start_time > a:deadline
@ -822,8 +644,8 @@ function! ale#engine#WaitForJobs(deadline) abort
" Check again to see if any jobs are running. " Check again to see if any jobs are running.
for l:info in values(g:ale_buffer_info) for l:info in values(g:ale_buffer_info)
for l:job in l:info.job_list for l:job_id in l:info.job_list
if job_status(l:job) ==# 'run' if ale#job#IsRunning(l:job_id)
let l:has_new_jobs = 1 let l:has_new_jobs = 1
break break
endif endif

207
autoload/ale/job.vim Normal file
View File

@ -0,0 +1,207 @@
" Author: w0rp <devw0rp@gmail.com>
" Deciption: APIs for working with Asynchronous jobs, with an API normalised
" between Vim 8 and NeoVim.
"
" Important functions are described below. They are:
"
" ale#job#Start(command, options) -> job_id
" ale#job#IsRunning(job_id) -> 1 if running, 0 otherwise.
" ale#job#Stop(job_id)
let s:job_map = {}
" A map from timer IDs to jobs, for tracking jobs that need to be killed
" with SIGKILL if they don't terminate right away.
let s:job_kill_timers = {}
function! s:KillHandler(timer) abort
let l:job = remove(s:job_kill_timers, a:timer)
call job_stop(l:job, 'kill')
endfunction
function! ale#job#JoinNeovimOutput(output, data) abort
if empty(a:output)
call extend(a:output, a:data)
else
" Extend the previous line, which can be continued.
let a:output[-1] .= get(a:data, 0, '')
" Add the new lines.
call extend(a:output, a:data[1:])
endif
endfunction
" Note that jobs and IDs are the same thing on NeoVim.
function! s:HandleNeoVimLines(job, callback, output, data) abort
call ale#job#JoinNeovimOutput(a:output, a:data)
for l:line in a:output
call a:callback(a:job, l:line)
endfor
endfunction
function! s:NeoVimCallback(job, data, event) abort
let l:job_info = s:job_map[a:job]
if a:event ==# 'stdout'
call s:HandleNeoVimLines(
\ a:job,
\ ale#util#GetFunction(l:job_info.out_cb),
\ l:job_info.out_cb_output,
\ a:data,
\)
elseif a:event ==# 'stderr'
call s:HandleNeoVimLines(
\ a:job,
\ ale#util#GetFunction(l:job_info.err_cb),
\ l:job_info.err_cb_output,
\ a:data,
\)
else
call ale#util#GetFunction(l:job_info.exit_cb)(a:job, a:data)
endif
endfunction
function! s:VimOutputCallback(channel, data) abort
let l:job = ch_getjob(a:channel)
let l:job_id = ale#job#ParseVim8ProcessID(string(l:job))
call ale#util#GetFunction(s:job_map[l:job_id].out_cb)(l:job_id, a:data)
endfunction
function! s:VimErrorCallback(channel, data) abort
let l:job = ch_getjob(a:channel)
let l:job_id = ale#job#ParseVim8ProcessID(string(l:job))
call ale#util#GetFunction(s:job_map[l:job_id].err_cb)(l:job_id, a:data)
endfunction
function! s:VimCloseCallback(channel) abort
" Call job_status, which will trigger the exit callback below.
" This behaviour is described in :help job-status
call job_status(ch_getjob(a:channel))
endfunction
function! s:VimExitCallback(job, exit_code) abort
let l:job_id = ale#job#ParseVim8ProcessID(string(a:job))
call ale#util#GetFunction(s:job_map[l:job_id].exit_cb)(l:job_id, a:exit_code)
endfunction
function! ale#job#ParseVim8ProcessID(job_string) abort
return matchstr(a:job_string, '\d\+') + 0
endfunction
function! ale#job#ValidateArguments(command, options) abort
if a:options.mode !=# 'nl' && a:options.mode !=# 'raw'
throw 'Invalid mode: ' . a:options.mode
endif
endfunction
" Start a job with options which are agnostic to Vim and NeoVim.
"
" The following options are accepted:
"
" out_cb - A callback for receiving stdin. Arguments: (job_id, data)
" err_cb - A callback for receiving stderr. Arguments: (job_id, data)
" exit_cb - A callback for program exit. Arguments: (job_id, status_code)
" mode - A mode for I/O. Can be 'nl' for split lines or 'raw'.
function! ale#job#Start(command, options) abort
call ale#job#ValidateArguments(a:command, a:options)
let l:job_info = copy(a:options)
let l:job_options = {}
if has('nvim')
if has_key(a:options, 'out_cb')
let l:job_options.on_stdout = function('s:NeoVimCallback')
let l:job_info.out_cb_output = []
endif
if has_key(a:options, 'err_cb')
let l:job_options.on_stderr = function('s:NeoVimCallback')
let l:job_info.err_cb_output = []
endif
if has_key(a:options, 'exit_cb')
let l:job_options.on_exit = function('s:NeoVimCallback')
endif
let l:job_info.job = jobstart(a:command, l:job_options)
let l:job_id = l:job_info.job
else
let l:job_options = {
\ 'in_mode': l:job_info.mode,
\ 'out_mode': l:job_info.mode,
\ 'err_mode': l:job_info.mode,
\}
if has_key(a:options, 'out_cb')
let l:job_options.out_cb = function('s:VimOutputCallback')
endif
if has_key(a:options, 'err_cb')
let l:job_options.err_cb = function('s:VimErrorCallback')
endif
if has_key(a:options, 'exit_cb')
" Set a close callback to which simply calls job_status()
" when the channel is closed, which can trigger the exit callback
" earlier on.
let l:job_options.close_cb = function('s:VimCloseCallback')
let l:job_options.exit_cb = function('s:VimExitCallback')
endif
" Vim 8 will read the stdin from the file's buffer.
let l:job_info.job = job_start(a:command, l:job_options)
let l:job_id = ale#job#ParseVim8ProcessID(string(l:job_info.job))
endif
if l:job_id
" Store the job in the map for later only if we can get the ID.
let s:job_map[l:job_id] = l:job_info
endif
return l:job_id
endfunction
" Given a job ID, return 1 if the job is currently running.
" Invalid job IDs will be ignored.
function! ale#job#IsRunning(job_id) abort
if has('nvim')
try
" In NeoVim, if the job isn't running, jobpid() will throw.
call jobpid(a:job_id)
return 1
catch
endtry
elseif has_key(s:job_map, a:job_id)
let l:job = s:job_map[a:job_id].job
return job_status(l:job) ==# 'run'
endif
return 0
endfunction
" Given a Job ID, stop that job.
" Invalid job IDs will be ignored.
function! ale#job#Stop(job_id) abort
if has('nvim')
" FIXME: NeoVim kills jobs on a timer, but will not kill any processes
" which are child processes on Unix. Some work needs to be done to
" kill child processes to stop long-running processes like pylint.
call jobstop(a:job_id)
elseif has_key(s:job_map, a:job_id)
let l:job = s:job_map[a:job_id].job
" We must close the channel for reading the buffer if it is open
" when stopping a job. Otherwise, we will get errors in the status line.
if ch_status(job_getchannel(l:job)) ==# 'open'
call ch_close_in(job_getchannel(l:job))
endif
" Ask nicely for the job to stop.
call job_stop(l:job)
if ale#job#IsRunning(l:job)
" Set a 100ms delay for killing the job with SIGKILL.
let s:job_kill_timers[timer_start(100, function('s:KillHandler'))] = l:job
endif
endif
endfunction

3
test/smoke_test.vader
View File

@ -11,11 +11,12 @@ Before:
\}] \}]
endfunction endfunction
" Running the command in another subshell seems to help here.
call ale#linter#Define('foobar', { call ale#linter#Define('foobar', {
\ 'name': 'testlinter', \ 'name': 'testlinter',
\ 'callback': 'TestCallback', \ 'callback': 'TestCallback',
\ 'executable': 'echo', \ 'executable': 'echo',
\ 'command': 'echo foo bar', \ 'command': '/bin/sh -c ''echo foo bar''',
\}) \})
After: After:

5
test/test_ale_toggle.vader
View File

@ -26,7 +26,7 @@ Before:
\ 'lnum': 2, \ 'lnum': 2,
\ 'vcol': 0, \ 'vcol': 0,
\ 'col': 3, \ 'col': 3,
\ 'text': a:output[0], \ 'text': 'foo bar',
\ 'type': 'E', \ 'type': 'E',
\ 'nr': -1, \ 'nr': -1,
\}] \}]
@ -56,7 +56,8 @@ Before:
\ 'name': 'testlinter', \ 'name': 'testlinter',
\ 'callback': 'ToggleTestCallback', \ 'callback': 'ToggleTestCallback',
\ 'executable': 'echo', \ 'executable': 'echo',
\ 'command': 'echo foo bar', \ 'command': 'echo',
\ 'read_buffer': 0,
\}) \})
After: After:

7
test/test_command_chain.vader
View File

@ -1,4 +1,7 @@
Before: Before:
Save &shell, g:ale_run_synchronously
let g:ale_run_synchronously = 1
set shell=/bin/sh
let g:linter_output = [] let g:linter_output = []
let g:first_echo_called = 0 let g:first_echo_called = 0
let g:second_echo_called = 0 let g:second_echo_called = 0
@ -39,6 +42,7 @@ Before:
\}) \})
After: After:
Restore
unlet! g:first_echo_called unlet! g:first_echo_called
unlet! g:second_echo_called unlet! g:second_echo_called
unlet! g:final_callback_called unlet! g:final_callback_called
@ -55,9 +59,6 @@ Given foobar (Some imaginary filetype):
Execute(Check the results of running the chain): Execute(Check the results of running the chain):
AssertEqual 'foobar', &filetype AssertEqual 'foobar', &filetype
call ale#Lint() call ale#Lint()
" Sleep a little. This allows the commands to complete a little better.
sleep 50m
call ale#engine#WaitForJobs(2000)
Assert g:first_echo_called, 'The first chain item was not called' Assert g:first_echo_called, 'The first chain item was not called'
Assert g:second_echo_called, 'The second chain item was not called' Assert g:second_echo_called, 'The second chain item was not called'

6
test/test_history_saving.vader
View File

@ -44,13 +44,7 @@ Execute(History should be set when commands are run):
AssertEqual 1, len(g:history) AssertEqual 1, len(g:history)
AssertEqual sort(['status', 'exit_code', 'job_id', 'command']), sort(keys(g:history[0])) AssertEqual sort(['status', 'exit_code', 'job_id', 'command']), sort(keys(g:history[0]))
if has('nvim')
AssertEqual 'echo command history test', g:history[0].command
else
AssertEqual ['/bin/sh', '-c', 'echo command history test'], g:history[0].command AssertEqual ['/bin/sh', '-c', 'echo command history test'], g:history[0].command
endif
AssertEqual 'finished', g:history[0].status AssertEqual 'finished', g:history[0].status
AssertEqual 0, g:history[0].exit_code AssertEqual 0, g:history[0].exit_code
" The Job ID will change each time, but we can check the type. " The Job ID will change each time, but we can check the type.

2
test/test_line_join.vader
View File

@ -18,6 +18,6 @@ After:
Execute (Join the lines): Execute (Join the lines):
let joined_result = [] let joined_result = []
for item in g:test_output for item in g:test_output
call ale#engine#JoinNeovimOutput(joined_result, item) call ale#job#JoinNeovimOutput(joined_result, item)
endfor endfor
AssertEqual g:expected_result, joined_result AssertEqual g:expected_result, joined_result

8
test/test_vim8_processid_parsing.vader
View File

@ -1,5 +1,5 @@
Execute(Vim8 Process ID parsing should work): Execute(Vim8 Process ID parsing should work):
AssertEqual 123, ale#engine#ParseVim8ProcessID('process 123 run') AssertEqual 123, ale#job#ParseVim8ProcessID('process 123 run')
AssertEqual 347, ale#engine#ParseVim8ProcessID('process 347 failed') AssertEqual 347, ale#job#ParseVim8ProcessID('process 347 failed')
AssertEqual 789, ale#engine#ParseVim8ProcessID('process 789 dead') AssertEqual 789, ale#job#ParseVim8ProcessID('process 789 dead')
AssertEqual 0, ale#engine#ParseVim8ProcessID('no process') AssertEqual 0, ale#job#ParseVim8ProcessID('no process')