def test_get_users(self):
user_name = random_str()
password = random_str()
register(RgstHttpRpc, "", user_name, password, 1, "rdm1",
urllib.quote(Signer().gen_sign("", user_name, password, 1, "rdm1")))
token = LoginGetToken(RgstHttpRpc, user_name, password)
result = get_users(RgstHttpRpc, token, [user_name])
self.assertTrue(result['user_info_ls'][0]['user_name'] == user_name)
cancel(RgstHttpRpc, "", user_name, password, urllib.quote(Signer().gen_sign("", user_name, password)))
def test_wechat_user_login(self):
user_name = random_str()
password = random_str()
register(RgstHttpRpc, "", user_name, password, enum.WECHAT_USER, "TEST1",
urllib.quote(Signer().gen_sign("", user_name, password, enum.WECHAT_USER, "TEST1")))
result = login(RgstHttpRpc, user_name, password, type=enum.WECHAT_USER)
assert result["result"] == error_code.ERROR_SUCCESS
LoginGetToken(RgstHttpRpc, user_name, password)
LoginGetTokenUser(RgstHttpRpc, user_name, password)
cancel(RgstHttpRpc, "", user_name, password, urllib.quote(Signer().gen_sign("", user_name, password)), enum.WECHAT_USER)
def test_register_reregister(self):
user_name = "random_str111"
password = "******"
relogin_times = 2
for _ in xrange(relogin_times):
result = register(RgstHttpRpc, "", user_name, password, 1, "rdm1",
urllib.quote(Signer().gen_sign("", user_name, password, 1, "rdm1")))
self.assertTrue(result['result'] == error_code.ERROR_SUCCESS)
result = cancel(RgstHttpRpc, "", user_name, password, urllib.quote(Signer().gen_sign("", user_name, password)))
self.assertTrue(result['result'] == error_code.ERROR_SUCCESS)
def test_device_user_get_users_device_type(self):
user_name = random_str()
password = random_str()
dtype = choice_device_type()
result = register(RgstHttpRpc,
"",
user_name,
password,
enum.DEVICE_USER,
"TEST1",
urllib.quote(Signer().gen_sign("", user_name, password, enum.DEVICE_USER, "TEST1")),
device_type=dtype)
assert result["result"] == error_code.ERROR_SUCCESS
token = LoginGetToken(RgstHttpRpc, user_name, password)
result = get_users(RgstHttpRpc, token, [user_name])
self.assertTrue(int(result['user_info_ls'][0]['device_type']['code']) == int(dtype))
cancel(RgstHttpRpc, "", user_name, password, urllib.quote(Signer().gen_sign("", user_name, password)))
def test_user_banding_eachother(self):
user_name2 = random_str()
password2 = random_str()
user_name3 = random_str()
password3 = random_str()
# register
register(RgstHttpRpc, "", user_name2, password2, 1, "rdm2",
urllib.quote(Signer().gen_sign("", user_name2, password2, 1, "rdm2")))
register(RgstHttpRpc, "", user_name3, password3, 1, "rdm3",
urllib.quote(Signer().gen_sign("", user_name3, password3, 1, "rdm3")))
# banding
banding_result = set_user_banding(RgstHttpRpc, user_name2, [user_name3])
self.assertTrue(banding_result.get("result", error_code.ERROR_SUCCESS) == error_code.ERROR_SUCCESS)
# get banding user_name2
banding_result = get_user_banding(RgstHttpRpc, user_name2)
self.assertTrue(user_name3 == banding_result['roster_item'][0]['nickname'])
# get banding user_name3
banding_result = get_user_banding(RgstHttpRpc, user_name3)
self.assertTrue(user_name2 == banding_result['roster_item'][0]['nickname'])
# unbanding
unbanding_result = set_user_unbanding(RgstHttpRpc, user_name2, [user_name3])
self.assertTrue(unbanding_result.get("result", error_code.ERROR_SUCCESS) == error_code.ERROR_SUCCESS)
# get banding user_name2
banding_result = get_user_banding(RgstHttpRpc, user_name2)
self.assertTrue(not banding_result['roster_item'])
# get banding user_name3
banding_result = get_user_banding(RgstHttpRpc, user_name3)
self.assertTrue(not banding_result['roster_item'])
# cancel
cancel(RgstHttpRpc, "", user_name2, password2, urllib.quote(Signer().gen_sign("", user_name2, password2)))
cancel(RgstHttpRpc, "", user_name3, password3, urllib.quote(Signer().gen_sign("", user_name3, password3)))
def wcmt_me_unsubscribe(*args, **kwargs):
"""
wechat message event: unsubscribe/取消关注
:param args:
:param kwargs:
:return:
"""
"""
由于openfire不支持用户名大写：有大写的话，roster关系表会转化成小写
所以将openid转化为小写
"""
result = cancel(ServiceMgrCacher().get_connection(US_REGISTER, protocol=PT_HTTPS),
"",
kwargs['body']['FromUserName'].lower(),
WECHAT_PASSWORD,
type=enum.WECHAT_USER)
assert result['result'] == ERROR_SUCCESS
def test_register_cancel_user(self):
user_name = random_str()
password = random_str()
register(RgstHttpRpc, "", user_name, password, 1, "rdm1",
urllib.quote(Signer().gen_sign("", user_name, password, 1, "rdm1")))
user_name2 = random_str()
password2 = random_str()
register(RgstHttpRpc, "", user_name2, password2, 1, "rdm2",
urllib.quote(Signer().gen_sign("", user_name2, password2, 1, "rdm2")))
user_name3 = random_str()
password3 = random_str()
register(RgstHttpRpc, "", user_name3, password3, 1, "rdm3",
urllib.quote(Signer().gen_sign("", user_name3, password3, 1, "rdm3")))
cancel(RgstHttpRpc, "", user_name, password, urllib.quote(Signer().gen_sign("", user_name, password)))
cancel(RgstHttpRpc, "", user_name2, password2, urllib.quote(Signer().gen_sign("", user_name2, password2)))
cancel(RgstHttpRpc, "", user_name3, password3, urllib.quote(Signer().gen_sign("", user_name3, password3)))
def test_user_banding_userls(self):
user_name = random_str()
password = random_str()
user_name2 = random_str()
password2 = random_str()
user_name3 = random_str()
password3 = random_str()
# register
register(RgstHttpRpc, "", user_name, password, 1, "rdm1",
urllib.quote(Signer().gen_sign("", user_name, password, 1, "rdm1")))
register(RgstHttpRpc, "", user_name2, password2, 1, "rdm2",
urllib.quote(Signer().gen_sign("", user_name2, password2, 1, "rdm2")))
register(RgstHttpRpc, "", user_name3, password3, 1, "rdm3",
urllib.quote(Signer().gen_sign("", user_name3, password3, 1, "rdm3")))
# get banding
banding_result = get_user_banding(RgstHttpRpc, user_name)
self.assertTrue(not banding_result['roster_item'])
# banding
banding_result = set_user_banding(RgstHttpRpc, user_name, [user_name2, user_name3])
self.assertTrue(banding_result.get("result", error_code.ERROR_SUCCESS) == error_code.ERROR_SUCCESS)
# get banding
banding_result = get_user_banding(RgstHttpRpc, user_name)
banding_nickname_ls = [roster_item['nickname'] for roster_item in banding_result['roster_item']]
self.assertTrue(user_name2 in banding_nickname_ls)
self.assertTrue(user_name3 in banding_nickname_ls)
# unbanding
unbanding_result = set_user_unbanding(RgstHttpRpc, user_name, [user_name2, user_name3])
self.assertTrue(unbanding_result.get("result", error_code.ERROR_SUCCESS) == error_code.ERROR_SUCCESS)
# get banding
banding_result = get_user_banding(RgstHttpRpc, user_name)
self.assertRaises(not banding_result['roster_item'])
# cancel
cancel(RgstHttpRpc, "", user_name, password, urllib.quote(Signer().gen_sign("", user_name, password)))
cancel(RgstHttpRpc, "", user_name2, password2, urllib.quote(Signer().gen_sign("", user_name2, password2)))
cancel(RgstHttpRpc, "", user_name3, password3, urllib.quote(Signer().gen_sign("", user_name3, password3)))
def CancelTestUsers(http_rpc=ServiceMgrCacher().get_connection(ST_REGISTER, protocol=PT_HTTPS)):
cancel(http_rpc, "", UserName1, Password1, urllib.quote(Signer().gen_sign("", UserName1, Password1)))
cancel(http_rpc, "", UserName2, Password2, urllib.quote(Signer().gen_sign("", UserName2, Password2)))
cancel(http_rpc, "", UserName3, Password3, urllib.quote(Signer().gen_sign("", UserName3, Password3)))
cancel(http_rpc, "", UserName4, Password4, urllib.quote(Signer().gen_sign("", UserName4, Password4)))
