def test_konval():
test_schema = {
u'name': IsName(),
u'email': IsEmailAddress(),
u'age': konval.types.IsType(int)
}
success_data = {
u'name': u'Peter M. Elias',
u'email': u'*****@*****.**',
u'age': 37
}
result = konval.validate(test_schema, success_data)
assert_true(result.is_valid())
fail_data = {
u'name': 123,
u'email': 1243,
u'age': 'fourteen'
}
result = konval.validate(test_schema, fail_data)
assert_false(result.is_valid())
assert_is_not_none(result.get_errors())
def test_konval():
test_schema = konval.Schema()
test_schema.add_field('name', konval.IsName())
test_schema.add_field('email', konval.web.IsEmailAddress(), default='pumpkin')
test_schema.add_field('age', konval.base.types.IsType(int), required=True)
success_data = {
'name': 'Peter M. Elias',
'email': '*****@*****.**',
'age': 37
}
result = konval.validate(test_schema, success_data)
assert_true(result.is_valid())
random_object = type('random', (), {})
result.write(random_object)
assert_equal(random_object.name, u'Peter M. Elias')
assert_equal(random_object.email, u'*****@*****.**')
assert_equal(random_object.age, 37)
fail_data = {
'name': 123,
'email': 1243,
'age': 'fourteen'
}
result = konval.validate(test_schema, fail_data)
assert_false(result.is_valid())
assert_is_not_none(result.get_errors())
missing_data = {
'name': 'Peter M. Elias'
}
result = konval.validate(test_schema, missing_data)
assert_false(result.is_valid())
assert_equal(result.get_valid()['email'], 'pumpkin')
import konval
from konval.meta.standard import IsName
schema = {u'name': IsName()}
result = konval.validate(schema, {u'name': 'Peter M. Elias'})
print result.is_valid() # True
result = konval.validate(schema, {u'name': 'Not a real name...4342398!!*#'})
print result.is_valid() # False
print result.get_errors()
