416 lines
12 KiB
VimL
416 lines
12 KiB
VimL
" Spawn starts an asynchronous job. See the description of go#job#Options to
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" understand the args parameter.
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"
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" Spawn returns a job.
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function! go#job#Spawn(cmd, args)
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let l:options = go#job#Options(a:args)
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return go#job#Start(a:cmd, l:options)
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endfunction
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" Spawn starts an asynchronous job. See the description of go#job#Options to
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" understand the args parameter.
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"
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" Spawn returns a job.
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function! go#job#Spawn(cmd, args)
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let l:options = go#job#Options(a:args)
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return go#job#Start(a:cmd, l:options)
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endfunction
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" Options returns callbacks to be used with job_start. It is abstracted to be
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" used with various go commands, such as build, test, install, etc.. This
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" allows us to avoid writing the same callback over and over for some
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" commands. It's fully customizable so each command can change it to its own
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" logic.
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"
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" args is a dictionary with the these keys:
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" 'cmd':
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" The value to pass to job_start().
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" 'bang':
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" Set to 0 to jump to the first error in the error list.
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" Defaults to 0.
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" 'statustype':
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" The status type to use when updating the status.
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" See statusline.vim.
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" 'for':
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" The g:go_list_type_command key to use to get the error list type to use.
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" Defaults to '_job'
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" 'errorformat':
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" The errorformat string to use when parsing errors. Defaults to
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" &errorformat.
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" See :help 'errorformat'.
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" 'complete':
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" A function to call after the job exits and the channel is closed. The
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" function will be passed three arguments: the job, its exit code, and the
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" list of messages received from the channel. The default value will
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" process the messages and manage the error list after the job exits and
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" the channel is closed.
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" The return value is a dictionary with these keys:
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" 'callback':
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" A function suitable to be passed as a job callback handler. See
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" job-callback.
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" 'exit_cb':
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" A function suitable to be passed as a job exit_cb handler. See
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" job-exit_cb.
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" 'close_cb':
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" A function suitable to be passed as a job close_cb handler. See
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" job-close_cb.
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" 'cwd':
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" The path to the directory which contains the current buffer.
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function! go#job#Options(args)
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let cbs = {}
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let state = {
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\ 'winid': win_getid(winnr()),
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\ 'dir': getcwd(),
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\ 'jobdir': fnameescape(expand("%:p:h")),
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\ 'messages': [],
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\ 'bang': 0,
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\ 'for': "_job",
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\ 'exited': 0,
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\ 'exit_status': 0,
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\ 'closed': 0,
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\ 'errorformat': &errorformat,
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\ 'statustype' : ''
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\ }
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if has("patch-8.0.0902") || has('nvim')
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let cbs.cwd = state.jobdir
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endif
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if has_key(a:args, 'bang')
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let state.bang = a:args.bang
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endif
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if has_key(a:args, 'for')
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let state.for = a:args.for
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endif
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if has_key(a:args, 'statustype')
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let state.statustype = a:args.statustype
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endif
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if has_key(a:args, 'errorformat')
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let state.errorformat = a:args.errorformat
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endif
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" do nothing in state.complete by default.
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function state.complete(job, exit_status, data)
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endfunction
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function state.show_status(job, exit_status) dict
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if go#config#EchoCommandInfo()
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let prefix = ""
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if self.statustype != ''
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let prefix = '[' . self.statustype . '] '
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endif
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if a:exit_status == 0
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call go#util#EchoSuccess(prefix . "SUCCESS")
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else
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call go#util#EchoError(prefix . "FAIL")
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endif
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endif
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if self.statustype == ''
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return
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endif
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let status = {
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\ 'desc': 'last status',
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\ 'type': self.statustype,
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\ 'state': "success",
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\ }
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if a:exit_status
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let status.state = "failed"
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endif
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if has_key(self, 'started_at')
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let elapsed_time = reltimestr(reltime(self.started_at))
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" strip whitespace
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let elapsed_time = substitute(elapsed_time, '^\s*\(.\{-}\)\s*$', '\1', '')
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let status.state .= printf(" (%ss)", elapsed_time)
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endif
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call go#statusline#Update(self.jobdir, status)
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endfunction
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if has_key(a:args, 'complete')
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let state.complete = a:args.complete
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endif
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function! s:start(args) dict
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if self.statustype != ''
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let status = {
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\ 'desc': 'current status',
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\ 'type': self.statustype,
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\ 'state': "started",
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\ }
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call go#statusline#Update(self.jobdir, status)
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endif
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let self.started_at = reltime()
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endfunction
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" explicitly bind _start to state so that within it, self will
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" always refer to state. See :help Partial for more information.
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"
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" _start is intended only for internal use and should not be referenced
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" outside of this file.
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let cbs._start = function('s:start', [''], state)
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function! s:callback(chan, msg) dict
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call add(self.messages, a:msg)
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endfunction
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" explicitly bind callback to state so that within it, self will
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" always refer to state. See :help Partial for more information.
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let cbs.callback = function('s:callback', [], state)
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function! s:exit_cb(job, exitval) dict
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let self.exit_status = a:exitval
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let self.exited = 1
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call self.show_status(a:job, a:exitval)
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if self.closed || has('nvim')
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call self.complete(a:job, self.exit_status, self.messages)
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call self.show_errors(a:job, self.exit_status, self.messages)
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endif
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endfunction
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" explicitly bind exit_cb to state so that within it, self will always refer
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" to state. See :help Partial for more information.
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let cbs.exit_cb = function('s:exit_cb', [], state)
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function! s:close_cb(ch) dict
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let self.closed = 1
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if self.exited
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let job = ch_getjob(a:ch)
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call self.complete(job, self.exit_status, self.messages)
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call self.show_errors(job, self.exit_status, self.messages)
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endif
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endfunction
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" explicitly bind close_cb to state so that within it, self will
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" always refer to state. See :help Partial for more information.
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let cbs.close_cb = function('s:close_cb', [], state)
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function state.show_errors(job, exit_status, data)
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let l:winid = win_getid(winnr())
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call win_gotoid(self.winid)
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let l:listtype = go#list#Type(self.for)
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if a:exit_status == 0
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call go#list#Clean(l:listtype)
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call win_gotoid(l:winid)
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return
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endif
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let l:listtype = go#list#Type(self.for)
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if len(a:data) == 0
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call go#list#Clean(l:listtype)
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call win_gotoid(l:winid)
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return
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endif
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let out = join(self.messages, "\n")
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let l:cd = exists('*haslocaldir') && haslocaldir() ? 'lcd' : 'cd'
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try
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" parse the errors relative to self.jobdir
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execute l:cd self.jobdir
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call go#list#ParseFormat(l:listtype, self.errorformat, out, self.for)
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let errors = go#list#Get(l:listtype)
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finally
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execute l:cd fnameescape(self.dir)
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endtry
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if empty(errors)
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" failed to parse errors, output the original content
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call go#util#EchoError(self.messages + [self.dir])
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call win_gotoid(l:winid)
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return
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endif
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if self.winid == l:winid
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call go#list#Window(l:listtype, len(errors))
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if !self.bang
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call go#list#JumpToFirst(l:listtype)
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endif
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endif
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endfunction
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if has('nvim')
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return s:neooptions(cbs)
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endif
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return cbs
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endfunction
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function! go#job#Start(cmd, options)
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let l:cd = exists('*haslocaldir') && haslocaldir() ? 'lcd' : 'cd'
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let l:options = copy(a:options)
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if !has_key(l:options, 'cwd')
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" pre start
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let dir = getcwd()
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execute l:cd fnameescape(expand("%:p:h"))
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endif
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if has_key(l:options, '_start')
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call l:options._start()
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" remove _start to play nicely with vim (when vim encounters an unexpected
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" job option it reports an "E475: invalid argument" error.
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unlet l:options._start
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endif
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if has('nvim')
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let l:input = []
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if has_key(l:options, 'in_io') && l:options.in_io ==# 'file' && !empty(l:options.in_name)
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let l:input = readfile(l:options.in_name, 1)
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endif
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let job = jobstart(a:cmd, l:options)
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if len(l:input) > 0
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call chansend(job, l:input)
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" close stdin to signal that no more bytes will be sent.
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call chanclose(job, 'stdin')
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endif
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else
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let job = job_start(a:cmd, l:options)
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endif
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if !has_key(l:options, 'cwd')
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" post start
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execute l:cd fnameescape(dir)
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endif
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return job
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endfunction
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" s:neooptions returns a dictionary of job options suitable for use by Neovim
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" based on a dictionary of job options suitable for Vim8.
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function! s:neooptions(options)
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let l:options = {}
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let l:options['stdout_buf'] = ''
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let l:options['stderr_buf'] = ''
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for key in keys(a:options)
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if key == 'callback'
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let l:options['callback'] = a:options['callback']
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if !has_key(a:options, 'out_cb')
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let l:options['stdout_buffered'] = v:true
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function! s:callback2on_stdout(ch, data, event) dict
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let l:data = a:data
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let l:data[0] = self.stdout_buf . l:data[0]
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let self.stdout_buf = ""
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if l:data[-1] != ""
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let self.stdout_buf = l:data[-1]
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endif
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let l:data = l:data[:-2]
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if len(l:data) == 0
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return
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endif
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call self.callback(a:ch, join(l:data, "\n"))
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endfunction
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let l:options['on_stdout'] = function('s:callback2on_stdout', [], l:options)
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endif
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if !has_key(a:options, 'err_cb')
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let l:options['stderr_buffered'] = v:true
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function! s:callback2on_stderr(ch, data, event) dict
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let l:data = a:data
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let l:data[0] = self.stderr_buf . l:data[0]
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let self.stderr_buf = ""
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if l:data[-1] != ""
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let self.stderr_buf = l:data[-1]
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endif
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let l:data = l:data[:-2]
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if len(l:data) == 0
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return
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endif
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call self.callback(a:ch, join(l:data, "\n"))
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endfunction
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let l:options['on_stderr'] = function('s:callback2on_stderr', [], l:options)
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endif
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continue
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endif
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if key == 'out_cb'
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let l:options['out_cb'] = a:options['out_cb']
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let l:options['stdout_buffered'] = v:true
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function! s:on_stdout(ch, data, event) dict
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let l:data = a:data
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let l:data[0] = self.stdout_buf . l:data[0]
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let self.stdout_buf = ""
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if l:data[-1] != ""
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let self.stdout_buf = l:data[-1]
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endif
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let l:data = l:data[:-2]
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if len(l:data) == 0
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return
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endif
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call self.out_cb(a:ch, join(l:data, "\n"))
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endfunction
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let l:options['on_stdout'] = function('s:on_stdout', [], l:options)
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continue
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endif
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if key == 'err_cb'
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let l:options['err_cb'] = a:options['err_cb']
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let l:options['stderr_buffered'] = v:true
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function! s:on_stderr(ch, data, event) dict
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let l:data = a:data
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let l:data[0] = self.stderr_buf . l:data[0]
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let self.stderr_buf = ""
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if l:data[-1] != ""
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let self.stderr_buf = l:data[-1]
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endif
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let l:data = l:data[:-2]
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if len(l:data) == 0
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return
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endif
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call self.err_cb(a:ch, join(l:data, "\n"))
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endfunction
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let l:options['on_stderr'] = function('s:on_stderr', [], l:options)
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continue
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endif
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if key == 'exit_cb'
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let l:options['exit_cb'] = a:options['exit_cb']
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function! s:on_exit(jobid, exitval, event) dict
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call self.exit_cb(a:jobid, a:exitval)
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endfunction
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let l:options['on_exit'] = function('s:on_exit', [], l:options)
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continue
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endif
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if key == 'close_cb'
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continue
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endif
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endfor
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return l:options
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endfunction
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" vim: sw=2 ts=2 et
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