def test_populate_msg_dict_to_status_error():
with assert_raises(NonexistentFieldException):
msg = populate_instance(
{
"error": True,
"code": 7,
"message": "Actual Error",
"non-existent": "field"
}, StatusMsg(error=False, code=42, message="Not an error"))
def test_extract_msg_dict_to_status():
msg = populate_instance(
{
"error": True,
"code": 7,
"message": "Actual Error"
}, StatusMsg(error=False, code=42, message="Not an error"))
data = extract_values(msg)
assert_true(isinstance(data, StatusMsg))
assert_true(data.error)
assert_true(data.code == 7)
assert_true(data.message == "Actual Error")
def test_populate_msg_dict_to_status():
msg = populate_instance(
{
"error": True,
"code": 7,
"message": "Actual Error"
}, StatusMsg(error=False, code=42, message="Not an error"))
print("msg is of type {0}".format(type(msg)))
assert_true(isinstance(msg, StatusMsg))
assert_true(msg.error)
assert_true(msg.code == 7)
assert_true(msg.message == "Actual Error")
def test_echo_status():
msg = populate_instance(
{
'error': 'BAD_ERROR',
'code': 7,
'message': 'A bad Error happened'
}, StatusMsg('ERROR', 42, 'details'))
assert_true(isinstance(msg, StatusMsg))
echo_service = MockService('random_service', statusecho_service)
resp = echo_service.call(msg)
print(resp)
assert_true(resp.error == 'BAD_ERROR')
assert_true(resp.code == 7)
assert_true(resp.message == 'A bad Error happened')
def test_echo_status():
msg = populate_instance(
{
'error': 'BAD_ERROR',
'code': 7,
'message': 'A bad Error happened'
}, StatusMsg('ERROR', 42, 'details'))
assert_true(isinstance(msg, StatusMsg))
echo_topic = MockTopic('random_topic', statusecho_topic)
assert_true(echo_topic.publish(msg))
recv = echo_topic.get()
print(recv)
assert_true(recv.error == 'BAD_ERROR')
assert_true(recv.code == 7)
assert_true(recv.message == 'A bad Error happened')
def test_populate_msg_list_to_tuple_error():
with assert_raises(FieldTypeMismatchException):
populate_instance([False, 42, 3.1415, r'fortytwo', u'forty two'],
tuple())
def test_populate_msg_unicode_to_str_error():
with assert_raises(FieldTypeMismatchException):
populate_instance(u'forty two', str())
def test_populate_msg_list():
msg = populate_instance([False, 42, 3.1415, r'fortytwo', u'forty two'],
list())
print("msg is of type {0}".format(type(msg)))
assert_true(isinstance(msg, list))
assert_true(msg == [False, 42, 3.1415, r'fortytwo', u'forty two'])
def test_populate_msg_str_to_str():
msg = populate_instance(r'forty two', str())
print("msg is of type {0}".format(type(msg)))
assert_true(isinstance(msg, str))
assert_true(msg == r'forty two')
def test_populate_msg_unicode_to_unicode():
msg = populate_instance(u'forty two', unicode())
print("msg is of type {0}".format(type(msg)))
assert_true(isinstance(msg, unicode))
assert_true(msg == u'forty two')
def test_extract_msg_str_to_str():
msg = populate_instance(r'forty two', str())
data = extract_values(msg)
assert_true(isinstance(data, str))
assert_true(data == r'forty two')
def test_populate_msg_float_to_int_error():
with assert_raises(FieldTypeMismatchException):
populate_instance(3.1415, int())
def test_extract_msg_bool_false():
msg = populate_instance(False, bool())
data = extract_values(msg)
assert_true(isinstance(data, bool))
assert_false(data)
def test_populate_msg_int_to_float():
msg = populate_instance(42, float())
print("msg is of type {0}".format(type(msg)))
assert_true(isinstance(msg, float))
assert_true(msg == 42.0)
def test_extract_msg_tuple_to_tuple():
msg = populate_instance((False, 42, 3.1415, r'fortytwo', u'forty two'),
tuple())
data = extract_values(msg)
assert_true(isinstance(data, tuple))
assert_true(data == (False, 42, 3.1415, r'fortytwo', u'forty two'))
def test_extract_msg_int_to_float():
msg = populate_instance(42, float())
data = extract_values(msg)
assert_true(isinstance(data, float))
assert_true(data == 42.0)
def test_populate_msg_bool_false():
msg = populate_instance(False, bool())
print("msg is of type {0}".format(type(msg)))
assert_true(isinstance(msg, bool))
assert_false(msg)
def test_extract_msg_list():
msg = populate_instance([False, 42, 3.1415, r'fortytwo', u'forty two'],
list())
data = extract_values(msg)
assert_true(isinstance(data, list))
assert_true(data == [False, 42, 3.1415, r'fortytwo', u'forty two'])
def test_extract_msg_unicode_to_unicode():
msg = populate_instance(u'forty two', unicode())
data = extract_values(msg)
assert_true(isinstance(data, unicode))
assert_true(data == u'forty two')
def test_populate_msg_tuple_to_tuple():
msg = populate_instance((False, 42, 3.1415, r'fortytwo', u'forty two'),
tuple())
print("msg is of type {0}".format(type(msg)))
assert_true(isinstance(msg, tuple))
assert_true(msg == (False, 42, 3.1415, r'fortytwo', u'forty two'))
def test_populate_msg_float():
msg = populate_instance(3.1415, float())
print("msg is of type {0}".format(type(msg)))
assert_true(isinstance(msg, float))
assert_true(msg == 3.1415)
def test_extract_msg_tuple_to_list():
msg = populate_instance((False, 42, 3.1415, r'fortytwo', u'forty two'),
list())
data = extract_values(msg)
assert_true(isinstance(msg, list))
assert_true(msg == [False, 42, 3.1415, r'fortytwo', u'forty two'])
def test_extract_msg_float():
msg = populate_instance(3.1415, float())
data = extract_values(msg)
assert_true(isinstance(data, float))
assert_true(data == 3.1415)
