def value(self):
if not self.dry_value and self.default_value:
return hydrators.hydrate_value(self.python_type,
self.default_value)
else:
return hydrators.hydrate_value(self.python_type,
self.dry_value)
def test_value_error(self):
"""unsupported type raises ValueError"""
with self.assertRaises(ValueError):
hydrate_value('eric', None)
with self.assertRaises(ValueError):
dehydrate_value('eric', None)
def test_value_error(self):
"""unsupported type raises ValueError"""
with self.assertRaises(ValueError):
hydrate_value("eric", None)
with self.assertRaises(ValueError):
dehydrate_value("eric", None)
def test_hydrate_dehydrate_bool(self):
"""bool values are correctly hydrated and dehydrated"""
wet_value = True
dry_value = dehydrate_value('bool', wet_value)
self.assertEqual(hydrate_value('bool', dry_value), wet_value)
wet_value = False
dry_value = dehydrate_value('bool', wet_value)
self.assertEqual(hydrate_value('bool', dry_value), wet_value)
def test_hydrate_dehydrate_bool(self):
"""bool values are correctly hydrated and dehydrated"""
wet_value = True
dry_value = dehydrate_value("bool", wet_value)
self.assertEqual(hydrate_value("bool", dry_value), wet_value)
wet_value = False
dry_value = dehydrate_value("bool", wet_value)
self.assertEqual(hydrate_value("bool", dry_value), wet_value)
def test_hydrate_dehydrate_string(self):
"""string value is correctly hydrated and dehydrated"""
wet_value = 'Ni!'
dry_value = dehydrate_value('string', wet_value)
self.assertEqual(hydrate_value('string', dry_value), wet_value)
def test_hydrate_dehydrate_empty_list(self):
"""empty list is correctly hydrated and dehydrated"""
wet_value = []
dry_value = dehydrate_value('list', wet_value)
self.assertEqual(hydrate_value('list', dry_value), wet_value)
def test_hydrate_dehydrate_list(self):
"""list is correctly hydrated and dehydrated"""
wet_value = ['foxtrot', 'uniform', 'hotel']
dry_value = dehydrate_value('list', wet_value)
self.assertEqual(hydrate_value('list', dry_value), wet_value)
def test_hydrate_dehydrate_int(self):
"""int value is correctly hydrated and dehydrated"""
wet_value = 9001
dry_value = dehydrate_value('int', wet_value)
self.assertEqual(hydrate_value('int', dry_value), wet_value)
def test_hydrate_dehydrate_string(self):
"""string value is correctly hydrated and dehydrated"""
wet_value = "Ni!"
dry_value = dehydrate_value("string", wet_value)
self.assertEqual(hydrate_value("string", dry_value), wet_value)
def test_hydrate_dehydrate_empty_list(self):
"""empty list is correctly hydrated and dehydrated"""
wet_value = []
dry_value = dehydrate_value("list", wet_value)
self.assertEqual(hydrate_value("list", dry_value), wet_value)
def test_hydrate_dehydrate_list(self):
"""list is correctly hydrated and dehydrated"""
wet_value = ["foxtrot", "uniform", "hotel"]
dry_value = dehydrate_value("list", wet_value)
self.assertEqual(hydrate_value("list", dry_value), wet_value)
def test_hydrate_dehydrate_int(self):
"""int value is correctly hydrated and dehydrated"""
wet_value = 9001
dry_value = dehydrate_value("int", wet_value)
self.assertEqual(hydrate_value("int", dry_value), wet_value)
def value(self):
if not self.dry_value and self.default_value:
return hydrators.hydrate_value(self.python_type,
self.default_value)
else:
return hydrators.hydrate_value(self.python_type, self.dry_value)