Fixed vim and zsh

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2018-04-05 13:06:54 +02:00
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vim/plugins/nvim-yarp/.gitignore vendored Normal file
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__pycache__
# demo
/plugin/hello.vim
/pythonx/hello.py

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# Yet Another Remote Plugin Framework for Neovim
This is my attempt on writing a remote plugin framework without
`:UpdateRemotePlugins`.
## Requirements
- `has('python3')`
- For Vim 8:
- [roxma/vim-hug-neovim-rpc](https://github.com/roxma/vim-hug-neovim-rpc)
- `g:python3_host_prog` pointed to your python3 executable, or `echo
exepath('python3')` is not empty.
- [neovim python client](https://github.com/neovim/python-client) (`pip3
install neovim`)
## Usage
pythonx/hello.py
```python
import vim, time
def greet():
time.sleep(3)
vim.command('echo "Hello world"')
```
plugin/hello.vim
```vim
" Create a python3 process running the hello module. The process is lazy load.
let s:hello = yarp#py3('hello')
com HelloSync call s:hello.request('greet')
com HelloAsync call s:hello.notify('greet')
" You could type :Hello greet
com -nargs=1 Hello call s:hello.request(<f-args>)
```
## Debugging
Add logging settigns to your vimrc. Log files will be generated with prefix
`/tmp/nvim_log`. An alternative is to export environment variables before
starting vim/nvim.
```vim
let $NVIM_PYTHON_LOG_FILE="/tmp/nvim_log"
let $NVIM_PYTHON_LOG_LEVEL="DEBUG"
```
## Example for existing neovim rplugin porting to Vim 8
More realistic examples could be found at
[nvim-typescript#84](https://github.com/mhartington/nvim-typescript/pull/84),
[deoplete#553](https://github.com/Shougo/deoplete.nvim/pull/553),
[callmekohei/quickdebug](https://github.com/callmekohei/quickdebug).
Now let's consider the following simple rplugin.
After `UpdateRemotePlugins` and restarting neovim, you get `foobar` by `:echo
Bar()`.
```python
# rplugin/python3/foo.py
import neovim
@neovim.plugin
class Foo(object):
def __init__(self, vim):
self._vim = vim
@neovim.function("Bar", sync=True)
def bar(self, args):
return 'hello' + str(args)
```
For working on Vim 8, you need to add these two files:
```vim
" plugin/foo.vim
if has('nvim')
finish
endif
let s:foo = yarp#py3('foo_wrap')
func! Bar(v)
return s:foo.call('bar',a:v)
endfunc
```
```python
# pythonx/foo_wrap.py
from foo import Foo as _Foo
import vim
_obj = _Foo(vim)
def bar(*args):
return _obj.bar(args)
```
How to use
```
$ vim
: echo bar('world')
hello('world',)
```

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func! yarp#py3(module)
let rp = yarp#core#new()
let rp.type = 'py3'
let rp.module = a:module
let rp.init = function('yarp#pyx#init')
return rp
endfunc
func! yarp#py(module)
let rp = yarp#core#new()
let rp.type = 'py'
let rp.module = a:module
let rp.init = function('yarp#pyx#init')
return rp
endfunc

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if get(s:, 'loaded', 0)
finish
endif
let s:loaded = 1
let s:id = 1
let s:reg = {}
let s:leaving = 0
augroup yarp
autocmd!
" this one is which you're most likely to use?
autocmd VimLeavePre * let s:leaving = 1
augroup end
if has('nvim')
let s:rpcrequest = 'rpcrequest'
let s:rpcnotify = 'rpcnotify'
let s:jobstart = 'jobstart'
fun! s:_serveraddr()
return v:servername
endfunc
let s:serveraddr = function('s:_serveraddr')
else
let s:rpcrequest = get(g:, 'yarp_rpcrequest', 'neovim_rpc#rpcrequest')
let s:rpcnotify = get(g:, 'yarp_rpcnotify', 'neovim_rpc#rpcnotify')
let s:jobstart = get(g:, 'yarp_jobstart', 'neovim_rpc#jobstart')
let s:serveraddr = get(g:, 'yarp_serveraddr', 'neovim_rpc#serveraddr')
endif
func! yarp#core#new()
let s:id = s:id + 1
let rp = {}
let rp.jobstart = function('yarp#core#jobstart')
func rp.error(msg) dict
call yarp#core#error(self.module, a:msg)
endfunc
let rp.call = function('yarp#core#request')
let rp.request = function('yarp#core#request')
let rp.notify = function('yarp#core#notify')
let rp.wait_channel = function('yarp#core#wait_channel')
let rp.id = s:id
let rp.job_is_dead = 0
let s:reg[rp.id] = rp
" reserved for user
let rp.extra = {}
return rp
endfunc
func! yarp#core#on_stderr(chan_id, data, event) dict
let mod = self.self
call mod.error(filter(a:data, 'len(v:val)'))
endfunc
func! yarp#core#on_exit(chan_id, data, event) dict
let mod = self.self
let mod.job_is_dead = 1
if v:dying == 0 && s:leaving == 0
call mod.error("Job is dead. cmd=" . string(mod.cmd))
endif
endfunc
func! yarp#core#channel_started(id, channel)
let s:reg[a:id].channel = a:channel
endfunc
func! yarp#core#request(method, ...) dict
call self.wait_channel()
return call(s:rpcrequest, [self.channel, a:method] + a:000)
endfunc
func! yarp#core#notify(method, ...) dict
call self.wait_channel()
call call(s:rpcnotify, [self.channel, a:method] + a:000)
endfunc
func! yarp#core#wait_channel() dict
if has_key(self, 'channel')
return
endif
if ! has_key(self, 'job')
call self.jobstart()
endif
if get(self, 'job', -1) == -1
throw '[yarp] [' . self.module . '] job is not running'
endif
let cnt = 5000 / 20
while ! has_key(self, 'channel')
if self.job_is_dead
throw '[yarp] [' . self.module .
\ '] job is dead. failed establishing channel for ' .
\ string(self.cmd)
endif
if cnt <= 0
throw '[yarp] [' . self.module . '] timeout establishing channel for ' . string(self.cmd)
endif
let cnt = cnt - 1
silent sleep 20m
endwhile
endfunc
func! yarp#core#jobstart() dict
if ! has_key(self, 'cmd')
call self.init()
if ! has_key(self, 'cmd')
call self.error("cmd of the job is not set")
return
endif
endif
if has_key(self, 'job')
return
endif
let opts = {'on_stderr': function('yarp#core#on_stderr'),
\ 'on_exit': function('yarp#core#on_exit'),
\ 'self': self}
try
let self.job = call(s:jobstart, [self.cmd, opts])
if self.job == -1
call self.error('Failed starting job: ' . string(self.cmd))
endif
catch
let self.job = -1
call self.error(['Failed starting job: ' . string(self.cmd), v:exception])
endtry
endfunc
func! yarp#core#serveraddr()
return call (s:serveraddr, [])
endfunc
func! yarp#core#error(mod, msg)
if mode() == 'i'
" NOTE: side effect, sorry, but this is necessary
set nosmd
endif
if type(a:msg) == type("")
let lines = split(a:msg, "\n", 1)
else
let lines = a:msg
endif
echoh ErrorMsg
for line in lines
echom '[' . a:mod . '@yarp] ' . line
endfor
echoh None
endfunc

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func! yarp#pyx#init() dict
if self.type == 'py'
let l:Detect = function('s:pyexe')
else
let l:Detect = function('s:py3exe')
endif
let exe = call(l:Detect, [], self)
if get(s:, 'script', '') == ''
let s:script = globpath(&rtp,'pythonx/yarp.py',1)
endif
let self.cmd = [exe,
\ '-u',
\ s:script,
\ yarp#core#serveraddr(),
\ self.id,
\ self.module]
call self.jobstart()
endfunc
func! s:pyexe() dict
if get(g:, '_yarp_py', '')
return g:_yarp_py
endif
let g:_yarp_py = get(g:, 'python_host_prog', '')
if g:_yarp_py == '' && has('nvim') && has('python')
" heavy weight
" but better support for python detection
python import sys
let g:_yarp_py = pyeval('sys.executable')
endif
if g:_yarp_py == ''
let g:_yarp_py = 'python2'
endif
return g:_yarp_py
endfunc
func! s:py3exe() dict
if get(g:, '_yarp_py3', '')
return g:_yarp_py3
endif
let g:_yarp_py3 = get(g:, 'python3_host_prog', '')
if g:_yarp_py3 == '' && has('nvim') && has('python3')
" heavy weight
" but better support for python detection
python3 import sys
let g:_yarp_py3 = py3eval('sys.executable')
endif
if g:_yarp_py3 == ''
let g:_yarp_py3 = 'python3'
endif
if exepath(g:_yarp_py3) == ''
call self.error(
\ "Python3 executable [" .
\ g:_yarp_py3 .
\ "] not found.")
if has('vim_starting')
call self.error("")
endif
call self.error("###### Please configure g:python3_host_prog properly ######")
if has('vim_starting')
call self.error("")
endif
endif
return g:_yarp_py3
endfunc

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from neovim import attach, setup_logging
import sys
import importlib
serveraddr = sys.argv[1]
yarpid = int(sys.argv[2])
module = sys.argv[3]
module_obj = None
setup_logging(module)
# create another connection to avoid synchronization issue?
if len(serveraddr.split(':')) == 2:
serveraddr, port = serveraddr.split(':')
port = int(port)
nvim = attach('tcp', address=serveraddr, port=port)
else:
nvim = attach('socket', path=serveraddr)
sys.modules['vim'] = nvim
sys.modules['nvim'] = nvim
paths = nvim.eval(r'globpath(&rtp,"pythonx",1) . "\n" .'
r' globpath(&rtp,"rplugin/python3",1)')
for path in paths.split("\n"):
if not path:
continue
if path not in sys.path:
sys.path.append(path)
nvim.call('yarp#core#channel_started', yarpid, nvim.channel_id)
module_obj = importlib.import_module(module)
def on_request(method, args):
if hasattr(module_obj, method):
return getattr(module_obj, method)(*args)
else:
raise Exception('method %s not found' % method)
def on_notification(method, args):
if hasattr(module_obj, method):
getattr(module_obj, method)(*args)
else:
raise Exception('method %s not found' % method)
pass
def on_setup():
pass
nvim.run_loop(on_request, on_notification, on_setup)