class BaseConfigTest(TestCase):
'''
Tests for configuration stored in database and accessed via Config module.
Checks setting and getting keys and values in config.
'''
fixtures = ['active_user.json']
def setUp(self):
typenames = ['int', 'bool', 'list_groupnames', 'unicode']
for typename in typenames:
ConfigurationValueType(name=typename).save()
t_int = ConfigurationValueType.objects.get(name='int')
t_bool = ConfigurationValueType.objects.get(name='bool')
t_unicode = ConfigurationValueType.objects.get(name='unicode')
# t_list_groupnames = ConfigurationValueType.objects.get(name='list_groupnames')
user = User.objects.get(pk=1)
self.c = Config(user)
data = [
('mickey_mouse_creator', 'Disney', t_unicode),
('random_text', 'p2835ybnas12da', t_unicode),
('most_funny_number', '8', t_int),
('some_true_value', 'true', t_bool),
('some_false_value', 'false', t_bool),
('some_bool_value', 'false', t_bool),
# ('simple_int_list', '[1, 2, 7]'),
# ('empty_list', '[]'),
]
for k, v, t in data:
ConfigModel(key=k, value=v, type=t).save()
def test_containing(self):
''' Checks if config contains values set up in setUp method. '''
self.assertTrue('most_funny_number' in self.c)
self.assertTrue('some_true_value' in self.c)
self.assertTrue('some_false_value' in self.c)
self.assertTrue('simple_int_list' in self.c)
self.assertTrue('empty_list' in self.c)
self.assertFalse('this_string_is_not_in_config' in self.c)
''' string tests '''
def test_get_string(self):
self.assertEqual('Disney', self.c['mickey_mouse_creator'])
def test_updating_string_with_brackets(self):
self.c['mickey_mouse_creator'] = 'Walt Disney'
self.assertEqual(unicode, type(self.c.get_str('mickey_mouse_creator')))
self.assertEqual('Walt Disney', self.c.get_str('mickey_mouse_creator'))
def test_updating_string_with_setter(self):
m_key, m_value = u'mickey_mouse_creator', u'Walt Disney'
self.c.set_str(m_key, m_value)
self.assertEqual(unicode, type(self.c.get_str(m_key)))
self.assertEqual(m_value, self.c.get_str(m_key))
r_key, r_value = u'random_text', u'sadjboqi73t2fhj'
self.c.set_str(r_key, r_value)
self.assertEqual(unicode, type(self.c[r_key]))
self.assertEqual(r_value, self.c[r_key])
def test_creating_string_with_brackets(self):
self.c['almost_random_prefix'] = 'tralala'
self.assertEqual('tralala', self.c['almost_random_prefix'])
def test_creating_string_with_setter(self):
self.c.set_str('almost_random_prefix', 'tralala')
self.assertEqual('tralala', self.c['almost_random_prefix'])
''' int tests '''
def test_get_int(self):
self.assertEqual(8, self.c.get_int('most_funny_number'))
def test_updating_int_with_brackets(self):
self.c['most_funny_number'] = 42
self.assertEqual(type(42), type(self.c.get_int('most_funny_number')))
self.assertEqual(42, self.c.get_int('most_funny_number'))
def test_updating_int_with_setter(self):
self.c.set_int('most_funny_number', 42)
self.assertEqual(type(42), type(self.c.get_int('most_funny_number')))
self.assertEqual(42, self.c.get_int('most_funny_number'))
def test_creating_int_with_brackets(self):
self.c['some_int_name'] = 123654
self.assertEqual(123654, self.c.get_int('some_int_name'))
def test_creating_int_with_setter(self):
self.c.set_int('some_int_name', 123654)
self.assertEqual(123654, self.c.get_int('some_int_name'))
''' bool tests '''
def test_get_bool(self):
self.assertEqual(True, self.c.get_bool('some_true_value'))
self.assertEqual(False, self.c.get_bool('some_false_value'))
def test_updating_bool_with_brackets(self):
self.c['some_bool_value'] = True
self.assertEqual(type(True), type(self.c.get_bool('some_bool_value')))
self.assertEqual(True, self.c.get_bool('some_bool_value'))
#
self.c['some_bool_value'] = False
self.assertEqual(type(False), type(self.c.get_bool('some_bool_value')))
self.assertEqual(False, self.c.get_bool('some_bool_value'))
def test_updating_bool_with_setter(self):
self.c.set_bool('some_bool_value', True)
self.assertEqual(type(True), type(self.c.get_bool('some_bool_value')))
self.assertEqual(True, self.c.get_bool('some_bool_value'))
#
self.c.set_bool('some_bool_value', False)
self.assertEqual(type(False), type(self.c.get_bool('some_bool_value')))
self.assertEqual(False, self.c.get_bool('some_bool_value'))
def test_creating_bool_with_brackets(self):
self.c['green_apples_exists'] = True
self.assertEqual(Config._true_value, self.c['green_apples_exists']) # when using brackets Config doesn't know value's type
self.assertEqual(type(True), type(self.c.get_bool('green_apples_exists'))) # so you should use get_bool() while _true_value is private
self.assertEqual(True, self.c.get_bool('green_apples_exists'))
self.assertEqual(False, not self.c.get_bool('green_apples_exists'))
def test_creating_bool_with_setter(self):
self.c.set_bool('green_apples_exists', True)
self.assertEqual(Config._true_value, self.c['green_apples_exists']) # when using brackets Config doesn't know value's type
self.assertEqual(type(True), type(self.c.get_bool('green_apples_exists'))) # so you should use get_bool() while _true_value is private
self.assertEqual(True, self.c.get_bool('green_apples_exists'))
self.assertEqual(False, not self.c.get_bool('green_apples_exists'))
''' list tests '''
def test_get_list(self):
self.assertEqual([1,2,7], self.c.get_list('simple_int_list'))
self.assertEqual([], self.c.get_list('empty_list'))
def test_updating_list_with_brackets(self):
self.c['simple_int_list'] = [5, 25, 256, 20]
self.assertEqual(type([]), type(self.c.get_list('simple_int_list')))
self.assertEqual([5, 25, 256, 20], self.c.get_list('simple_int_list'))
#
self.c['simple_int_list'] = []
self.assertEqual(type([]), type(self.c.get_list('simple_int_list')))
self.assertEqual([], self.c.get_list('simple_int_list'))
def test_updating_list_with_setter(self):
self.c.set_list('simple_int_list', [5, 25, 256, 20])
self.assertEqual(type([]), type(self.c.get_list('simple_int_list')))
self.assertEqual([5, 25, 256, 20], self.c.get_list('simple_int_list'))
#
self.c.set_list('simple_int_list', [])
self.assertEqual(type([]), type(self.c.get_list('simple_int_list')))
self.assertEqual([], self.c.get_list('simple_int_list'))
def test_creating_list_with_brackets(self):
self.c['mixed_list'] = [1, 3.1416,'hello', "world"]
self.assertEqual(type([]), type(self.c.get_list('mixed_list')))
self.assertEqual([1,3.1416, 'hello', "world"], self.c.get_list('mixed_list'))
def test_creating_list_with_setter(self):
self.c.set_list('mixed_list', [1, 3.1416,'hello', "world"])
self.assertEqual(type([]), type(self.c.get_list('mixed_list')))
self.assertEqual([1,3.1416, 'hello', "world"], self.c.get_list('mixed_list'))
class BaseConfigTest(TestCase):
'''
Tests for configuration stored in database and accessed via Config module.
Checks setting and getting keys and values in config.
'''
fixtures = ['active_user.json']
def setUp(self):
typenames = ['int', 'bool', 'list_groupnames', 'unicode']
for typename in typenames:
ConfigurationValueType(name=typename).save()
t_int = ConfigurationValueType.objects.get(name='int')
t_bool = ConfigurationValueType.objects.get(name='bool')
t_unicode = ConfigurationValueType.objects.get(name='unicode')
# t_list_groupnames = ConfigurationValueType.objects.get(name='list_groupnames')
user = User.objects.get(pk=1)
self.c = Config(user)
data = [
('mickey_mouse_creator', 'Disney', t_unicode),
('random_text', 'p2835ybnas12da', t_unicode),
('most_funny_number', '8', t_int),
('some_true_value', 'true', t_bool),
('some_false_value', 'false', t_bool),
('some_bool_value', 'false', t_bool),
# ('simple_int_list', '[1, 2, 7]'),
# ('empty_list', '[]'),
]
for k, v, t in data:
ConfigModel(key=k, value=v, type=t).save()
def test_containing(self):
''' Checks if config contains values set up in setUp method. '''
self.assertTrue('most_funny_number' in self.c)
self.assertTrue('some_true_value' in self.c)
self.assertTrue('some_false_value' in self.c)
self.assertTrue('simple_int_list' in self.c)
self.assertTrue('empty_list' in self.c)
self.assertFalse('this_string_is_not_in_config' in self.c)
''' string tests '''
def test_get_string(self):
self.assertEqual('Disney', self.c['mickey_mouse_creator'])
def test_updating_string_with_brackets(self):
self.c['mickey_mouse_creator'] = 'Walt Disney'
self.assertEqual(unicode, type(self.c.get_str('mickey_mouse_creator')))
self.assertEqual('Walt Disney', self.c.get_str('mickey_mouse_creator'))
def test_updating_string_with_setter(self):
m_key, m_value = u'mickey_mouse_creator', u'Walt Disney'
self.c.set_str(m_key, m_value)
self.assertEqual(unicode, type(self.c.get_str(m_key)))
self.assertEqual(m_value, self.c.get_str(m_key))
r_key, r_value = u'random_text', u'sadjboqi73t2fhj'
self.c.set_str(r_key, r_value)
self.assertEqual(unicode, type(self.c[r_key]))
self.assertEqual(r_value, self.c[r_key])
def test_creating_string_with_brackets(self):
self.c['almost_random_prefix'] = 'tralala'
self.assertEqual('tralala', self.c['almost_random_prefix'])
def test_creating_string_with_setter(self):
self.c.set_str('almost_random_prefix', 'tralala')
self.assertEqual('tralala', self.c['almost_random_prefix'])
''' int tests '''
def test_get_int(self):
self.assertEqual(8, self.c.get_int('most_funny_number'))
def test_updating_int_with_brackets(self):
self.c['most_funny_number'] = 42
self.assertEqual(type(42), type(self.c.get_int('most_funny_number')))
self.assertEqual(42, self.c.get_int('most_funny_number'))
def test_updating_int_with_setter(self):
self.c.set_int('most_funny_number', 42)
self.assertEqual(type(42), type(self.c.get_int('most_funny_number')))
self.assertEqual(42, self.c.get_int('most_funny_number'))
def test_creating_int_with_brackets(self):
self.c['some_int_name'] = 123654
self.assertEqual(123654, self.c.get_int('some_int_name'))
def test_creating_int_with_setter(self):
self.c.set_int('some_int_name', 123654)
self.assertEqual(123654, self.c.get_int('some_int_name'))
''' bool tests '''
def test_get_bool(self):
self.assertEqual(True, self.c.get_bool('some_true_value'))
self.assertEqual(False, self.c.get_bool('some_false_value'))
def test_updating_bool_with_brackets(self):
self.c['some_bool_value'] = True
self.assertEqual(type(True), type(self.c.get_bool('some_bool_value')))
self.assertEqual(True, self.c.get_bool('some_bool_value'))
#
self.c['some_bool_value'] = False
self.assertEqual(type(False), type(self.c.get_bool('some_bool_value')))
self.assertEqual(False, self.c.get_bool('some_bool_value'))
def test_updating_bool_with_setter(self):
self.c.set_bool('some_bool_value', True)
self.assertEqual(type(True), type(self.c.get_bool('some_bool_value')))
self.assertEqual(True, self.c.get_bool('some_bool_value'))
#
self.c.set_bool('some_bool_value', False)
self.assertEqual(type(False), type(self.c.get_bool('some_bool_value')))
self.assertEqual(False, self.c.get_bool('some_bool_value'))
def test_creating_bool_with_brackets(self):
self.c['green_apples_exists'] = True
self.assertEqual(
Config._true_value, self.c['green_apples_exists']
) # when using brackets Config doesn't know value's type
self.assertEqual(
type(True), type(self.c.get_bool('green_apples_exists'))
) # so you should use get_bool() while _true_value is private
self.assertEqual(True, self.c.get_bool('green_apples_exists'))
self.assertEqual(False, not self.c.get_bool('green_apples_exists'))
def test_creating_bool_with_setter(self):
self.c.set_bool('green_apples_exists', True)
self.assertEqual(
Config._true_value, self.c['green_apples_exists']
) # when using brackets Config doesn't know value's type
self.assertEqual(
type(True), type(self.c.get_bool('green_apples_exists'))
) # so you should use get_bool() while _true_value is private
self.assertEqual(True, self.c.get_bool('green_apples_exists'))
self.assertEqual(False, not self.c.get_bool('green_apples_exists'))
''' list tests '''
def test_get_list(self):
self.assertEqual([1, 2, 7], self.c.get_list('simple_int_list'))
self.assertEqual([], self.c.get_list('empty_list'))
def test_updating_list_with_brackets(self):
self.c['simple_int_list'] = [5, 25, 256, 20]
self.assertEqual(type([]), type(self.c.get_list('simple_int_list')))
self.assertEqual([5, 25, 256, 20], self.c.get_list('simple_int_list'))
#
self.c['simple_int_list'] = []
self.assertEqual(type([]), type(self.c.get_list('simple_int_list')))
self.assertEqual([], self.c.get_list('simple_int_list'))
def test_updating_list_with_setter(self):
self.c.set_list('simple_int_list', [5, 25, 256, 20])
self.assertEqual(type([]), type(self.c.get_list('simple_int_list')))
self.assertEqual([5, 25, 256, 20], self.c.get_list('simple_int_list'))
#
self.c.set_list('simple_int_list', [])
self.assertEqual(type([]), type(self.c.get_list('simple_int_list')))
self.assertEqual([], self.c.get_list('simple_int_list'))
def test_creating_list_with_brackets(self):
self.c['mixed_list'] = [1, 3.1416, 'hello', "world"]
self.assertEqual(type([]), type(self.c.get_list('mixed_list')))
self.assertEqual([1, 3.1416, 'hello', "world"],
self.c.get_list('mixed_list'))
def test_creating_list_with_setter(self):
self.c.set_list('mixed_list', [1, 3.1416, 'hello', "world"])
self.assertEqual(type([]), type(self.c.get_list('mixed_list')))
self.assertEqual([1, 3.1416, 'hello', "world"],
self.c.get_list('mixed_list'))
