def __init__(self):
self.buffer = ""
self.is_closed = False
self.is_reading = False
self.read_cb = Callback()
self.connect_cb = Callback()
self.out = []
self.disconnect_called = 0
def __init__(self, reader, writer):
self._reader = reader
self._writer = writer
self.writing = False
self.flush_cb = Callback()
self.timeout = None
self._closed = False
def __init__(self, stack_conn=None):
self._stack_conn = stack_conn
self.writing = False
self.flush_cb = Callback()
self.write_encoding = 'utf-8'
self.timeout = None
self._current_timeout = None
def connect(self, host, port):
self._connection_timeout = self.timeout
self._stack_conn = _Connection()
self._stack_conn.attach(self)
self._stack_conn.connect_cb = Callback()
factory = ClientFactory()
factory.protocol = lambda: self._stack_conn
factory.clientConnectionFailed = self.clientConnectionFailed
self._connect_to_reactor(host, port, factory, self._connection_timeout)
yield self._stack_conn.connect_cb
def query(self, url, headers=None, method='GET', body=None):
_http_client = tornado.httpclient.AsyncHTTPClient()
req = tornado.httpclient.HTTPRequest(url,
method=method,
headers=headers or {},
body=body,
# XXX: TODO
#request_timeout=self.timeout
)
cb = Callback()
_http_client.fetch(req, cb)
response = yield cb
yield Return(response)
def _mock_call(self, *args, **kwargs):
''' Mock seems to run all returns through this method, so we intercept
the return value and wrap it in monocle magic. '''
result = super(_MonocleCallableMixin, self)._mock_call(*args, **kwargs)
# Special case for when a person tries to print a MonocleMock directly.
# In this case the result is a string, and the content is something
# like <MonocleMock id='4470907728'>. So we look for that particular
# string and do NOT wrap it in a Monocle callback.
if (isinstance(result, str) and
(result.startswith('<MonocleMock ') or
result.startswith('<MagicMonocleMock '))):
return result
cb = Callback()
cb(result)
return cb
def test_add():
cb = Callback()
calls = []
assert cb._handlers == []
cb.add(calls.append)
assert cb._handlers == [calls.append]
pytest.raises(TypeError, cb.add, False)
assert cb._handlers == [calls.append]
assert calls == []
cb('ok')
assert calls == ['ok']
cb.add(calls.append)
assert calls == ['ok', 'ok']
pytest.raises(TypeError, cb.add, False)
def test_add():
cb = Callback()
calls = []
assert cb.future._callbacks == []
cb.add(calls.append)
assert len(cb.future._callbacks) == 1
pytest.raises(TypeError, cb.add, False)
assert len(cb.future._callbacks) == 1
assert calls == []
cb('ok')
yield sleep(0)
assert calls == ['ok']
cb.add(calls.append)
yield sleep(0)
assert calls == ['ok', 'ok']
pytest.raises(TypeError, cb.add, False)
def read_some(self):
cb = Callback()
self.read_cb = cb
self.iostream.read_some(self._read_complete)
return cb
def connect(self, address):
cb = Callback()
self.connect_cb = cb
self.iostream.connect(address, self._connect_complete)
return cb
def next_tick():
cb = Callback()
cb(None)
return cb
def delayed(seconds, val):
cb = Callback()
queue_task(seconds, cb, val)
return cb
def immediate(val):
cb = Callback()
cb(val)
return cb
def resume(self):
self.read_cb = Callback()
def sleep(seconds):
cb = Callback()
queue_task(seconds, cb, None)
return cb
def read(self, size):
cb = Callback()
self.read_cb = cb
self.iostream.read_bytes(size, self._read_complete)
return cb
def _write_flushed(self, result=None):
self.writing = False
cb = self.flush_cb
self.flush_cb = Callback()
if cb:
cb(result)
def test_result():
cb = Callback()
assert not hasattr(cb, 'result')
cb('ok')
assert cb.result == 'ok'
def read_until(self, s):
cb = Callback()
self.read_cb = cb
self.iostream.read_until(s, self._read_complete)
return cb
def resume(self):
self.read_cb = Callback()
self.transport.resumeProducing()
def main():
print "Monocle", monocle.VERSION, "/", "Python", sys.version
print 'Type "help", "copyright", "credits" or "license" for more information.'
print "You can yield to Monocle oroutines at the prompt."
ic = HistoryConsole()
gs = dict(globals())
ls = {}
source = ""
while True:
try:
if source:
source += "\n"
cb = Callback()
def wait_for_input():
try:
prompt = ">>> "
if source:
prompt = "... "
s = ic.raw_input(prompt)
except EOFError:
eventloop.queue_task(0, eventloop.halt)
return
eventloop.queue_task(0, cb, s)
Thread(target=wait_for_input).start()
source += yield cb
if "\n" in source and not source.endswith("\n"):
continue
try:
_c = code.compile_command(source)
if not _c:
continue
eval(_c, gs, ls)
except SyntaxError, e:
if "'yield' outside function" not in str(e):
raise
# it's a yield!
try:
core_hack_source = " __r = (" + source.replace(
"\n", "\n ") + ")"
hack_source = "def __g():\n" + core_hack_source + "\n yield Return(locals())\n\n"
_c = code.compile_command(hack_source)
except SyntaxError:
# maybe the return value assignment wasn't okay
core_hack_source = " " + source.replace("\n", "\n ")
hack_source = "def __g():\n" + core_hack_source + "\n yield Return(locals())\n\n"
_c = code.compile_command(hack_source)
if not _c:
continue
# make the locals global so __g can reach them
g_gs = dict(gs)
g_gs.update(ls)
eval(_c, g_gs, ls)
# now monoclize it and get the callback
_c = code.compile_command("monocle.o(__g)()", symbol="eval")
cb = eval(_c, gs, ls)
ls.pop('__g')
#print "=== waiting for %s ===" % cb
g_ls = yield cb
if '__r' in g_ls:
r = g_ls.pop('__r')
if r:
print r
ls.update(g_ls)
except Exception:
traceback.print_exc()
source = ""
def __init__(self, sock=None, evlp=evlp):
asyncore.dispatcher_with_send.__init__(self, sock=sock, map=evlp._map)
self.max_buffer_size = 104857600
self.buffer = ""
self.read_cb = None
self.connect_cb = Callback()