def test_xeger_object_seeding(seed):
xg1 = xeger.Xeger(seed=seed)
string1 = xg1.xeger(r'\w{3,4}')
xg2 = xeger.Xeger(seed=seed)
string2 = xg2.xeger(r'\w{3,4}')
assert string1 == string2
def jsonlines_data_generator(conf_tuple: tuple, max_length=50):
output_file_name = conf_tuple[0]
output_lines_numbers = conf_tuple[1]
output_jsonlines = [output_file_name]
props = conf_tuple[2:]
generator = xeger.Xeger(max_length)
# generate all needed mockup data
output_temp_data = []
# use the hash table to store and example whether repeat or not
for prop in props:
output_temp_one_col_data = ""
if prop[2]:
output_temp_one_col_data = {}
for i in range(output_lines_numbers):
new_random = generator.xeger(prop[1])
while new_random in output_temp_one_col_data:
new_random = generator.xeger(prop[1])
output_temp_one_col_data[new_random] = True
output_temp_data.append(list(output_temp_one_col_data.keys()))
else:
output_temp_one_col_data = []
for i in range(output_lines_numbers):
output_temp_one_col_data.append(generator.xeger(prop[1]))
output_temp_data.append(output_temp_one_col_data)
for row in range(output_lines_numbers):
one_line = {}
for index, prop in enumerate(props):
one_line[prop[0]] = output_temp_data[index][row]
output_jsonlines.append(one_line)
return tuple(output_jsonlines)
def random_regular(*args, **kwargs):
pattern = args
limit_len = int(kwargs.get("limit", default="10"))
if (limit_len <= 1): limit_len = 10
if (list_like(args)):
pattern = random.choice(args)
_x = xeger.Xeger(limit=limit_len)
return _x.xeger(pattern)
def test_xeger_random_instance():
xg1 = xeger.Xeger()
xg_random = xg1.random
xg2 = xeger.Xeger()
xg2.random = xg_random
assert xg1.random == xg2.random
# xg_random is used by both, so if we give
# the same seed, the result should be the same
xg_random.seed(90)
string1 = xg1.xeger(r'\w\d\w')
xg_random.seed(90)
string2 = xg2.xeger(r'\w\d\w')
assert string1 == string2
def __arr_name_generator(self, valid=True):
x = xeger.Xeger(15)
if valid:
ptr_name = x.xeger(r'[a-zA-Z]([a-zA-Z\d]*)')
else:
ptr_name = x.xeger(r'[0-9]([a-zA-Z\d]*)')
return ptr_name
def __arr_cnt_generator(self, make_square_par_empty=False):
if make_square_par_empty:
result = ''
else:
x = xeger.Xeger(self.__max_cnt_length)
result = x.xeger(r'\d*')
try:
result = '' if result[0] == '0' else result
except IndexError as err:
pass
return result
def get_serial_number(model='IR900'):
rules = {
"IR900": '^R[A-Z]9[0-9]{12}',
"IR700": '^R[A-Z]7[0-9]{12}',
"IR600": '^R[A-Z]6[0-9]{12}',
"InDTU": '^D[A-Z]3[0-9]{12}',
"EG910L": '^(GF|EG)910[0-9]{10}',
"VG710": '^V[A-Z]7[0-9]{12}',
"IG902": '^G[A-Z]902[0-9]{10}'
}
xeger_client = xeger.Xeger()
if model.upper() not in rules:
print('请输入正确的机型！仅支持以下机型{}'.format(rules.keys()))
sys.exit()
else:
serial_number = xeger_client.xeger(rules[model.upper()])
return serial_number
def create_ip_address():
xeger_client = xeger.Xeger()
ip_address = xeger_client.xeger(
'^(([0-9]|[1-9][0-9]|1[0-9]{2}|2[0-4][0-9]|25[0-5])\.){3}([0-9]|[1-9][0-9]|1[0-9]{2}|2[0-4][0-9]|25[0-5])$')
return ip_address
def setUp(self):
self.xeger = xeger.Xeger()
if example not in sequences:
sequences.append(example)
i += 1
return sequences
def generate_invalid_examples(size):
sequences = []
i = 0
while i < size:
xeger._limit = UPPER_LIMIT
example = generate_invalid_sequence()
if example not in sequences:
sequences.append(example)
i += 1
return sequences
if __name__ == '__main__':
xeger = xeger.Xeger(UPPER_LIMIT)
ensure_directory_exists('data_tries/')
train, test = generate_train_test_sequneces()
with open('data_tries/train.txt', 'w') as f:
f.writelines([x + '\n' for x in train])
with open('data_tries/test.txt', 'w') as f:
f.writelines([x + '\n' for x in test])
def test_incoherent_limit_and_qualifier(limit):
r = xeger.Xeger(limit=limit)
o = r.xeger(r'a{2}')
assert len(o) == 2
