def send_to_validate(dict_root, switch, dup_keys):
valid_rows = 0
invalid_rows = 0
for k, v in dict_root.items():
valid = 0
length_of_values = len(v)
# if k != '':
result = Ve.is_valid(k)
if result[1]:
valid += 1
for kv in v.keys():
if kv == 'gender':
result = Vg.is_valid(dict_root[k][kv])
if result[1]:
dict_root[k][kv] = result[0]
valid += 1
if kv == 'bmi':
result = Vb.is_valid(dict_root[k][kv])
if result[1]:
dict_root[k][kv] = result[0]
valid += 1
if kv == 'birthday':
i = Vd()
result = i.is_valid(dict_root[k][kv])
if result[1]:
dict_root[k][kv] = result[0]
valid += 1
if kv == 'age':
i = Va()
result = i.is_valid(dict_root[k][kv])
if result[1]:
dict_root[k][kv] = result[0]
valid += 1
if kv == 'salary':
i = Vs()
result = i.is_valid(dict_root[k][kv])
if result[1]:
dict_root[k][kv] = str(result[0])
valid += 1
if kv == 'sales':
i = Vsa()
result = i.is_valid(dict_root[k][kv])
if result[1]:
dict_root[k][kv] = result[0]
valid += 1
if valid == length_of_values:
dict_root[k]['valid'] = '1'
valid_rows += 1
else:
invalid_rows += 1
if switch.upper() == 'D':
print("{0} Rows Of Valid Data".format(valid_rows))
print("{0} Rows Of Invalid Data".format(invalid_rows))
print("{0} Duplicate ID Key(s) appended to log".format(dup_keys))
return dict_root
def test_gender_female_with_special_characters(self):
i = va.is_valid(' $@#$ fe #$# ma @#@$ 454 le 3435')
self.assertTrue(i == ('F', True), "the value of test should be F")
def test_gender_male_with_special_characters(self):
i = va.is_valid(' 23123 #$@#$ ma $#@$ le 9876@# ')
self.assertTrue(i == ('M', True), "the value of test should be M")
def test_gender_girl(self):
i = va.is_valid('girl')
self.assertTrue(i == ('F', True), "the value of test should be F")
def test_gender_female(self):
i = va.is_valid('female')
self.assertTrue(i == ('F', True), "the value of test should be F")
def test_gender_dude(self):
i = va.is_valid('dude')
self.assertTrue(i == ('M', True), "the value of test should be M")