def _send():
while True:
try:
try:
method, arg, cb = _send_q.get()
proc = gs.attr(PROC_ATTR_NAME)
if not proc or proc.poll() is not None:
if proc:
try:
proc.kill()
proc.stdout.close()
except:
pass
maybe_install()
if not gs.checked(DOMAIN, 'launch _recv'):
gsq.launch(DOMAIN, _recv)
proc, _, err = gsshell.proc([MARGO9_BIN, '-poll=30'],
stderr=gs.LOGFILE,
env={
'XDG_CONFIG_HOME':
gs.home_path(),
})
gs.set_attr(PROC_ATTR_NAME, proc)
if not proc:
gs.notice(DOMAIN, 'Cannot MarGo: %s' % err)
continue
gsq.launch(DOMAIN, lambda: _read_stdout(proc))
req = Request(f=cb, method=method)
gs.set_attr(REQUEST_PREFIX + req.token, req)
gs.debug(
DOMAIN, 'margo request: method: %s, token: %s' %
(req.method, req.token))
header, _ = gs.json_encode({
'method': method,
'token': req.token
})
body, _ = gs.json_encode(arg)
ln = '%s %s\n' % (header, body)
proc.stdin.write(ln)
except Exception:
gs.println(gs.traceback())
except Exception:
gs.println(gs.traceback())
break
def _send():
while True:
try:
try:
method, arg, cb = _send_q.get()
proc = gs.attr(PROC_ATTR_NAME)
if not proc or proc.poll() is not None:
if proc:
try:
proc.kill()
proc.stdout.close()
except:
pass
maybe_install()
if not gs.checked(DOMAIN, 'launch _recv'):
gsq.launch(DOMAIN, _recv)
proc, _, err = gsshell.proc([MARGO9_BIN, '-poll=30'], stderr=gs.LOGFILE ,env={
'XDG_CONFIG_HOME': gs.home_path(),
})
gs.set_attr(PROC_ATTR_NAME, proc)
if not proc:
gs.notice(DOMAIN, 'Cannot MarGo: %s' % err)
continue
gsq.launch(DOMAIN, lambda: _read_stdout(proc))
req = Request(f=cb, method=method)
gs.set_attr(REQUEST_PREFIX+req.token, req)
gs.debug(DOMAIN, 'margo request: method: %s, token: %s' % (req.method, req.token))
header, _ = gs.json_encode({'method': method, 'token': req.token})
body, _ = gs.json_encode(arg)
ln = '%s %s\n' % (header, body)
proc.stdin.write(ln)
except Exception:
gs.println(gs.traceback())
except Exception:
gs.println(gs.traceback())
break
def _send():
while True:
try:
try:
method, arg, cb = _send_q.get()
proc = gs.attr(PROC_ATTR_NAME)
if not proc or proc.poll() is not None:
killSrv()
maybe_install()
if not gs.checked(DOMAIN, "launch _recv"):
gsq.launch(DOMAIN, _recv)
proc, _, err = gsshell.proc(
[MARGO9_BIN, "-poll=30"], stderr=gs.LOGFILE, env={"XDG_CONFIG_HOME": gs.home_path()}
)
gs.set_attr(PROC_ATTR_NAME, proc)
if not proc:
gs.notice(DOMAIN, "Cannot start MarGo: %s" % err)
try:
cb({}, "Abort. Cannot start MarGo")
except:
pass
continue
gsq.launch(DOMAIN, lambda: _read_stdout(proc))
req = Request(f=cb, method=method)
gs.set_attr(REQUEST_PREFIX + req.token, req)
gs.debug(DOMAIN, "margo request: method: %s, token: %s" % (req.method, req.token))
header, _ = gs.json_encode({"method": method, "token": req.token})
body, _ = gs.json_encode(arg)
ln = "%s %s\n" % (header, body)
proc.stdin.write(ln)
except Exception:
killSrv()
gs.println(gs.traceback())
except Exception:
gs.println(gs.traceback())
break
def _send():
while True:
try:
try:
method, arg, cb = _send_q.get()
proc = gs.attr("mg9.proc")
if not proc or proc.poll() is not None:
if proc:
try:
proc.kill()
proc.stdout.close()
except:
pass
maybe_install()
if not gs.checked(DOMAIN, "launch _recv"):
gsq.launch(DOMAIN, _recv)
# ideally the env should be setup before-hand with a bcall
# so we won't run this through the shell
proc, _, err = gsshell.proc([MARGO9_BIN], stderr=gs.LOGFILE)
gs.set_attr("mg9.proc", proc)
if not proc:
gs.notice(DOMAIN, "Cannot start MarGo9: %s" % err)
continue
gsq.launch(DOMAIN, lambda: _read_stdout(proc))
token = "mg9.autoken.%s" % uuid.uuid4()
_stash[token] = cb
header, _ = gs.json_encode({"method": method, "token": token})
body, _ = gs.json_encode(arg)
ln = "%s %s\n" % (header, body)
proc.stdin.write(ln)
except Exception:
gs.println(gs.traceback())
except Exception:
gs.println(gs.traceback())
break
def _send():
while True:
try:
try:
method, arg, cb = _send_q.get()
proc = gs.attr('mg9.proc')
if not proc or proc.poll() is not None:
if proc:
try:
proc.kill()
proc.stdout.close()
except:
pass
maybe_install()
if not gs.checked(DOMAIN, 'launch _recv'):
gsq.launch(DOMAIN, _recv)
proc, _, err = gsshell.proc([MARGO9_BIN, '-poll=5'], stderr=gs.LOGFILE)
gs.set_attr('mg9.proc', proc)
if not proc:
gs.notice(DOMAIN, 'Cannot start MarGo9: %s' % err)
continue
gsq.launch(DOMAIN, lambda: _read_stdout(proc))
token = 'mg9.autoken.%s' % uuid.uuid4()
_stash[token] = cb
header, _ = gs.json_encode({'method': method, 'token': token})
body, _ = gs.json_encode(arg)
ln = '%s %s\n' % (header, body)
proc.stdin.write(ln)
except Exception:
gs.println(gs.traceback())
except Exception:
gs.println(gs.traceback())
break
'go env',
'go fix',
'go fmt',
'go get',
'go install',
'go list',
'go run',
'go test',
'go tool',
'go version',
'go vet',
'go help',
]
DEFAULT_CL = [(s, s + ' ') for s in DEFAULT_COMMANDS]
if not gs.checked(DOMAIN, '_vars'):
stash = {}
tid_alias = {}
def active_wd(win=None):
_, v = gs.win_view(win=win)
return gs.basedir_or_cwd(v.file_name() if v else '')
def wdid(wd):
return '9o://%s' % wd
class EV(sublime_plugin.EventListener):
def on_query_completions(self, view, prefix, locations):
def acall(method, arg, cb): if not gs.checked(DOMAIN, 'launch _send'): gsq.launch(DOMAIN, _send) _send_q.put((method, arg, cb))
import atexit
DOMAIN = 'MarGo9'
REQUEST_PREFIX = '%s.rqst.' % DOMAIN
PROC_ATTR_NAME = 'mg9.proc'
# customization of, or user-owned margo will no longer be supported
# so we'll hardcode the relevant paths and refer to them directly instead of relying on PATH
MARGO0_SRC = gs.dist_path('something_borrowed/margo0')
MARGO9_SRC = gs.dist_path('margo9')
MARGO0_EXE = 'gosublime.margo0.exe'
MARGO9_EXE = 'gosublime.margo9.exe'
MARGO0_BIN = gs.home_path('bin', MARGO0_EXE)
MARGO9_BIN = gs.home_path('bin', MARGO9_EXE)
if not gs.checked(DOMAIN, '_vars'):
_send_q = Queue.Queue()
_recv_q = Queue.Queue()
class Request(object):
def __init__(self, f, method='', token=''):
self.f = f
self.tm = time.time()
self.method = method
if token:
self.token = token
else:
self.token = 'mg9.autoken.%s' % uuid.uuid4()
def _sb(s):
bdir = gs.home_path('bin')
'go env',
'go fix',
'go fmt',
'go get',
'go install',
'go list',
'go run',
'go test',
'go tool',
'go version',
'go vet',
'go help',
]
DEFAULT_CL = [(s, s+' ') for s in DEFAULT_COMMANDS]
if not gs.checked(DOMAIN, '_vars'):
stash = {}
tid_alias = {}
def active_wd(win=None):
_, v = gs.win_view(win=win)
return gs.basedir_or_cwd(v.file_name() if v else '')
def wdid(wd):
return '9o://%s' % wd
class EV(sublime_plugin.EventListener):
def on_query_completions(self, view, prefix, locations):
pos = gs.sel(view).begin()
if view.score_selector(pos, 'text.9o') == 0:
def acall(method, arg, cb):
if not gs.checked(DOMAIN, 'launch _send'):
gsq.launch(DOMAIN, _send)
_send_q.put((method, arg, cb))
import atexit
DOMAIN = 'MarGo9'
REQUEST_PREFIX = '%s.rqst.' % DOMAIN
PROC_ATTR_NAME = 'mg9.proc'
# customization of, or user-owned margo will no longer be supported
# so we'll hardcode the relevant paths and refer to them directly instead of relying on PATH
MARGO0_SRC = gs.dist_path('something_borrowed/margo0')
MARGO9_SRC = gs.dist_path('margo9')
MARGO0_EXE = 'gosublime.margo0.exe'
MARGO9_EXE = 'gosublime.margo9.exe'
MARGO0_BIN = gs.home_path('bin', MARGO0_EXE)
MARGO9_BIN = gs.home_path('bin', MARGO9_EXE)
if not gs.checked(DOMAIN, '_vars'):
_send_q = Queue.Queue()
_recv_q = Queue.Queue()
class Request(object):
def __init__(self, f, method='', token=''):
self.f = f
self.tm = time.time()
self.method = method
if token:
self.token = token
else:
self.token = 'mg9.autoken.%s' % uuid.uuid4()
def plugin_loaded(): if not gs.checked(DOMAIN, 'do_init'): atexit.register(killSrv) sublime.set_timeout(do_init, 0)
import time
import hashlib
import base64
import Queue
import uuid
DOMAIN = "MarGo9"
# customization of, or user-owned gocode and margo will no longer be supported
# so we'll hardcode the relevant paths and refer to them directly instead of relying on PATH
MARGO9_SRC = gs.dist_path("margo9")
GOCODE_SRC = gs.dist_path("something_borrowed/gocode")
MARGO9_BIN = gs.home_path("bin", "gosublime.margo9.exe")
GOCODE_BIN = gs.home_path("bin", "gosublime.gocode.exe")
if not gs.checked(DOMAIN, "_vars"):
_send_q = Queue.Queue()
_recv_q = Queue.Queue()
_stash = {}
def _sb(s):
bdir = gs.home_path("bin")
if s.startswith(bdir):
s = "~bin%s" % (s[len(bdir) :])
return s
def _tp(s):
return (_sb(s), ("ok" if os.path.exists(s) else "missing"))