def test_update_new_type(self):
rsp = json.loads(_message_rsp)['result']
m = Type._new(rsp, 'Message')
r = m._to_raw()
self.assertEquals(rsp, r)
def test_type(self):
cls = Type._type('message')
self.assertTrue(issubclass(cls, Type))
self.assertTrue(issubclass(cls, Message))
m = cls()
self.assertTrue(isinstance(m, Message))
def post(self, method):
url = self.__method_url(method._name)
raw = method._to_raw()
files = {}
for k in raw.keys():
if isinstance(raw[k], file):
import os
files[k] = (os.path.split(raw[k].name)[1], raw[k])
del raw[k]
rsp = requests.post(url, data=raw, files=files, proxies=self.__proxies, timeout=self.__timeout)
value = rsp.json()
if value["ok"] is not True:
m = Error()
m._from_raw(value)
raise m
if method._response:
m = method._response()
m._from_raw(value["result"])
return m
elif isinstance(value["result"], Iterable):
updates = []
update_id = None
for result in value["result"]:
updates.append(Type._new(result))
update_id = max(update_id, result["update_id"])
return updates, update_id
raise ValueError("Unhandled message from server: %s" % value)
def test_update_new_type(self):
rsp = json.loads(_message_rsp)['result']
m = Type._new(rsp, 'Message')
r = m._to_raw()
self.assertEquals(rsp, r)
def post(self, method):
url = self.__method_url(method._name)
raw = method._to_raw()
files = {}
for k in raw.keys():
if isinstance(raw[k], file):
import os
files[k] = (os.path.split(raw[k].name)[1], raw[k])
del raw[k]
rsp = requests.post(url,
data=raw,
files=files,
proxies=self.__proxies,
timeout=self.__timeout)
value = rsp.json()
if value['ok'] is not True:
m = Error()
m._from_raw(value)
raise m
if method._response:
m = method._response()
m._from_raw(value['result'])
return m
elif isinstance(value['result'], Iterable):
updates = []
update_id = None
for result in value['result']:
updates.append(Type._new(result))
update_id = max(update_id, result['update_id'])
return updates, update_id
raise ValueError("Unhandled message from server: %s" % value)
def test_type(self):
cls = Type._type('message')
self.assertTrue(issubclass(cls, Type))
self.assertTrue(issubclass(cls, Message))
m = cls()
self.assertTrue(isinstance(m, Message))
def post(self, method):
url = self.__method_url(method._name)
raw = method._to_raw()
rsp = requests.post(url, data=raw, proxies=self.__proxies)
value = rsp.json()
if value['ok'] == True:
return Type._new(value['result'], type=type)
print value
def load(t):
from TelegramBotAPI.types.type import Type
if isinstance(t, str):
return Type._type(t)
if isinstance(t, list):
assert all([issubclass(el, Type) for el in t])
else:
assert issubclass(t, Type)
return t
def test_update_new(self):
res = json.loads(_update_rsp)['result'][0]
m = Type._new(res)
res = res['message']
self.assertEqual(m.date, res['date'])
self.assertEqual(m.From.username, res['from']['username'])
r = m._to_raw()
self.assertEquals(res, r)
def test_update_new(self):
res = json.loads(_update_rsp)['result'][0]
m = Type._new(res)
res = res['message']
self.assertEqual(m.date, res['date'])
self.assertEqual(m.From.username, res['from']['username'])
r = m._to_raw()
self.assertEquals(res, r)
def load(t):
from TelegramBotAPI.types.type import Type
if isinstance(t, str):
return Type._type(t)
assert issubclass(t, Type)
return t
def test_new_with_extra(self):
res = json.loads(_update_rsp)['result'][0]
res['message']['foo'] = 'bar'
value = Type._new(res)
self.assertEquals(value._from_raw_dropped(), {'foo': 'bar'})
def test_new(self):
res = json.loads(_update_rsp)['result'][0]
m = Type._new(res)
m._to_raw()
def load(t):
if isinstance(t, basestring):
return Type._type(t)
assert issubclass(t, Type)
return t
def test_new_with_extra(self):
res = json.loads(_update_rsp)['result'][0]
res['message']['foo'] = 'bar'
value = Type._new(res)
self.assertEquals(value._from_raw_dropped(), {'foo': 'bar'})
def test_new(self):
res = json.loads(_update_rsp)['result'][0]
m = Type._new(res)
m._to_raw()
def load(t):
from TelegramBotAPI.types.type import Type
if isinstance(t, str):
return Type._type(t)
assert issubclass(t, Type)
return t
def load(t):
if isinstance(t, basestring):
return Type._type(t)
assert issubclass(t, Type)
return t
