def test_it_accepts_a_string_in_a_list_of_case_insensitive_options(self):
message = validate_string('unit',
'sqM',
options=['SQm', 'SQft'],
case_sensitive=False)
assert message is None
def test_it_accepts_a_string_in_a_list_of_options_if_regex_doesnt_match(
self):
message = validate_string('phone',
'112',
regex=r'\+[\d\(\)\+\- ]+',
options=['112'])
assert message is None
def test_it_accepts_a_string_matching_a_regex_if_it_is_not_in_a_list_of_options(
self):
message = validate_string('phone',
'+00 (0)00-0000',
regex=r'\+[\d\(\)\+\- ]+',
options=['112'])
assert message is None
def test_it_reports_a_string_not_matching_a_regex(self):
message = validate_string('phone',
'+xx (x)xx-xxxx',
regex=r'[\d\(\)\+\- ]+')
assert message.type == 'no_match'
assert message.field == 'phone'
assert message.expected == r'[\d\(\)\+\- ]+'
def test_it_accepts_a_string_in_a_list_of_case_insensitive_options_if_regex_doesnt_match(
self):
message = validate_string('unit',
'sqM',
regex=r'sq[a-z]+',
options=['SQm', 'SQft'],
case_sensitive=False)
assert message is None
def test_it_reports_a_string_in_a_list_of_case_sensitive_options(self):
message = validate_string('unit',
'sqM',
options=['SQm', 'SQft'],
case_sensitive=True)
assert message.type == 'invalid_option'
assert message.field == 'unit'
assert message.expected == ['SQm', 'SQft']
def test_it_reports_a_string_not_matching_a_regex_and_not_in_a_list_of_options(
self):
message = validate_string('phone',
'911',
regex=r'\+[\d\(\)\+\- ]+',
options=['112'])
assert message.type == 'no_match'
assert message.field == 'phone'
assert message.expected == {
'regex': r'\+[\d\(\)\+\- ]+',
'options': ['112']
}
def test_it_reports_a_non_string(self):
message = validate_string('city', True)
assert message.type == 'invalid_type'
assert message.field == 'city'
assert message.expected == 'string'
def test_it_accepts_a_string(self):
message = validate_string('city', 'Amsterdam')
assert message is None
def test_it_reports_a_string_not_in_a_list_of_options(self):
message = validate_string('unit', 'm2', options=['sqm', 'sqft'])
assert message.type == 'invalid_option'
assert message.field == 'unit'
assert message.expected == ['sqm', 'sqft']
def test_it_accepts_a_string_in_a_list_of_options(self):
message = validate_string('unit', 'sqm', options=['sqm', 'sqft'])
assert message is None
def test_it_accepts_a_string_matching_a_regex(self):
message = validate_string('phone',
'+00 (0)00-0000',
regex=r'[\d\(\)\+\- ]+')
assert message is None