def setUp(self):
self.UNICODE_KEY = "UNICODE_KEY" # Test 'str' type key
self.UNICODE_VALUES = [u"this is a unicode string", u"this is another unicode string"]
self.INT_KEY = u"INT_KEY"
self.INT_VALUES = [1234, 5678]
self.LONG_KEY = "LONG_KEY" # Test 'str' type key
self.LONG_VALUES = [sys.maxint + 1, sys.maxint + 2]
self.FLOAT_KEY = u"FLOAT_KEY"
self.FLOAT_VALUES = [56.78, 12.34]
self.BOOL_KEY = "BOOL_KEY" # Test 'str' type key
self.BOOL_VALUES = [True, False]
self.DICT_KEY = u"DICT_KEY"
self.DICT_VALUES = [{u"KEY_1":1, u"KEY_2":2, u"KEY_3":3}, {u"KEY_4":4, u"KEY_5":5, u"KEY_6":6}]
self.LIST_KEY = "LIST_KEY" # Test 'str' type key
self.LIST_VALUES = [[1, 2, 3, 4, 5], [6, 7, 8, 9, 0]]
self.persistentStoreDict = PersistentStoreDict("unit_test", "GI01SUMO-00001")
def _build_persistent_dict(self):
name = 'antelope'
refdes = self._param_dict.get(Parameter.REFDES)
host = self._param_dict.get(Parameter.DB_ADDR)
port = self._param_dict.get(Parameter.DB_PORT)
self._persistent_store = PersistentStoreDict(name, refdes, host=host, port=port)
if not 'pktid' in self._persistent_store:
self._persistent_store['pktid'] = ORBOLDEST
class TestPersistentStoreDict(MiUnitTest):
def setUp(self):
self.UNICODE_KEY = "UNICODE_KEY" # Test 'str' type key
self.UNICODE_VALUES = [u"this is a unicode string", u"this is another unicode string"]
self.INT_KEY = u"INT_KEY"
self.INT_VALUES = [1234, 5678]
self.LONG_KEY = "LONG_KEY" # Test 'str' type key
self.LONG_VALUES = [sys.maxint + 1, sys.maxint + 2]
self.FLOAT_KEY = u"FLOAT_KEY"
self.FLOAT_VALUES = [56.78, 12.34]
self.BOOL_KEY = "BOOL_KEY" # Test 'str' type key
self.BOOL_VALUES = [True, False]
self.DICT_KEY = u"DICT_KEY"
self.DICT_VALUES = [{u"KEY_1":1, u"KEY_2":2, u"KEY_3":3}, {u"KEY_4":4, u"KEY_5":5, u"KEY_6":6}]
self.LIST_KEY = "LIST_KEY" # Test 'str' type key
self.LIST_VALUES = [[1, 2, 3, 4, 5], [6, 7, 8, 9, 0]]
self.persistentStoreDict = PersistentStoreDict("unit_test", "GI01SUMO-00001")
def tearDown(self):
self.persistentStoreDict.clear() # NOTE: This technically assumes the delete functionality works.
def helper_get(self, key, expectedValue, expectedValueType):
self.assertIn(type(key), [str, unicode])
value = self.persistentStoreDict[key]
self.assertIs(type(value), expectedValueType)
self.assertEqual(value, expectedValue)
def helper_set(self, key, value, valueType, shouldAddKey):
self.assertIn(type(key), [str, unicode])
self.assertIs(type(value), valueType)
self.assertIs(type(shouldAddKey), bool)
initialKeyCount = len(self.persistentStoreDict.keys())
self.persistentStoreDict[key] = value
self.assertEqual(len(self.persistentStoreDict.keys()), (initialKeyCount + 1) if shouldAddKey else initialKeyCount)
def helper_del(self, key):
self.assertIn(type(key), [str, unicode])
initialKeyCount = len(self.persistentStoreDict.keys())
del self.persistentStoreDict[key]
self.assertEqual(len(self.persistentStoreDict.keys()), initialKeyCount - 1)
def test_createRecords_success_unicode(self):
self.helper_set(self.UNICODE_KEY, self.UNICODE_VALUES[0], unicode, True)
def test_createRecords_success_int(self):
self.helper_set(self.INT_KEY, self.INT_VALUES[0], int, True)
def test_createRecords_success_long(self):
self.helper_set(self.LONG_KEY, self.LONG_VALUES[0], long, True)
def test_createRecords_success_float(self):
self.helper_set(self.FLOAT_KEY, self.FLOAT_VALUES[0], float, True)
def test_createRecords_success_bool(self):
self.helper_set(self.BOOL_KEY, self.BOOL_VALUES[0], bool, True)
def test_createRecords_success_dict(self):
self.helper_set(self.DICT_KEY, self.DICT_VALUES[0], dict, True)
def test_createRecords_success_list(self):
self.helper_set(self.LIST_KEY, self.LIST_VALUES[0], list, True)
def test_createRecords_fail_badKeyType(self):
key = 0
value = u"this will fail"
self.assertNotIn(type(key), [str, unicode])
self.assertIn(type(value), [unicode, int, long, float, bool, dict, list])
with self.assertRaises(TypeError) as contextManager:
self.persistentStoreDict[key] = value
self.assertEqual(contextManager.exception.args[0], "Key must be of type 'str' or 'unicode'.")
def test_createRecords_fail_badItemType(self):
key = u"this will fail"
value = 2+3j
self.assertIn(type(key), [str, unicode])
self.assertNotIn(type(value), [unicode, int, long, float, bool, dict, list])
with self.assertRaises(TypeError) as contextManager:
self.persistentStoreDict[key] = value
self.assertEqual(contextManager.exception.args[0], "Value must be of type: 'unicode', 'int', 'long', 'float', 'bool', 'dict', or 'list'")
def test_createRecords_fail_badItemType_nested(self):
key = u"this will fail"
value = {u"KEY_1":[1, 2, 3], u"KEY_2":[1+2j, 3+4j, 5+6j]}
self.assertIn(type(key), [str, unicode])
self.assertIn(type(value), [unicode, int, long, float, bool, dict, list])
self.assertNotIn(type(value[u'KEY_2'][0]), [unicode, int, long, float, bool, dict, list])
with self.assertRaises(TypeError) as contextManager:
self.persistentStoreDict[key] = value
self.assertEqual(contextManager.exception.args[0], "Value must be of type: 'unicode', 'int', 'long', 'float', 'bool', 'dict', or 'list'")
def test_getRecords_success_unicode(self):
self.helper_set(self.UNICODE_KEY, self.UNICODE_VALUES[0], unicode, True)
self.helper_get(self.UNICODE_KEY, self.UNICODE_VALUES[0], unicode)
def test_getRecords_success_int(self):
self.helper_set(self.INT_KEY, self.INT_VALUES[0], int, True)
self.helper_get(self.INT_KEY, self.INT_VALUES[0], int)
def test_getRecords_success_long(self):
self.helper_set(self.LONG_KEY, self.LONG_VALUES[0], long, True)
self.helper_get(self.LONG_KEY, self.LONG_VALUES[0], long)
def test_getRecords_success_float(self):
self.helper_set(self.FLOAT_KEY, self.FLOAT_VALUES[0], float, True)
self.helper_get(self.FLOAT_KEY, self.FLOAT_VALUES[0], float)
def test_getRecords_success_bool(self):
self.helper_set(self.BOOL_KEY, self.BOOL_VALUES[0], bool, True)
self.helper_get(self.BOOL_KEY, self.BOOL_VALUES[0], bool)
def test_getRecords_success_dict(self):
self.helper_set(self.DICT_KEY, self.DICT_VALUES[0], dict, True)
self.helper_get(self.DICT_KEY, self.DICT_VALUES[0], dict)
def test_getRecords_success_list(self):
self.helper_set(self.LIST_KEY, self.LIST_VALUES[0], list, True)
self.helper_get(self.LIST_KEY, self.LIST_VALUES[0], list)
def test_getRecords_fail_badKeyType(self):
key = 0
self.assertNotIn(type(key), [str, unicode])
with self.assertRaises(TypeError) as contextManager:
value = self.persistentStoreDict[key]
self.assertEqual(contextManager.exception.args[0], "Key must be of type 'str' or 'unicode'.")
def test_getRecords_fail_keyNotFound(self):
key = u"this will fail"
self.assertIn(type(key), [str, unicode])
with self.assertRaises(KeyError) as contextManager:
value = self.persistentStoreDict[key]
self.assertEqual(contextManager.exception.args[0], "No item found with key: '{0}'".format(key))
def test_updateRecords_success_unicode(self):
self.helper_set(self.UNICODE_KEY, self.UNICODE_VALUES[0], unicode, True)
self.helper_get(self.UNICODE_KEY, self.UNICODE_VALUES[0], unicode)
self.helper_set(self.UNICODE_KEY, self.UNICODE_VALUES[1], unicode, False)
self.helper_get(self.UNICODE_KEY, self.UNICODE_VALUES[1], unicode)
def test_updateRecords_success_int(self):
self.helper_set(self.INT_KEY, self.INT_VALUES[0], int, True)
self.helper_get(self.INT_KEY, self.INT_VALUES[0], int)
self.helper_set(self.INT_KEY, self.INT_VALUES[1], int, False)
self.helper_get(self.INT_KEY, self.INT_VALUES[1], int)
def test_updateRecords_success_long(self):
self.helper_set(self.LONG_KEY, self.LONG_VALUES[0], long, True)
self.helper_get(self.LONG_KEY, self.LONG_VALUES[0], long)
self.helper_set(self.LONG_KEY, self.LONG_VALUES[1], long, False)
self.helper_get(self.LONG_KEY, self.LONG_VALUES[1], long)
def test_updateRecords_success_float(self):
self.helper_set(self.FLOAT_KEY, self.FLOAT_VALUES[0], float, True)
self.helper_get(self.FLOAT_KEY, self.FLOAT_VALUES[0], float)
self.helper_set(self.FLOAT_KEY, self.FLOAT_VALUES[1], float, False)
self.helper_get(self.FLOAT_KEY, self.FLOAT_VALUES[1], float)
def test_updateRecords_success_bool(self):
self.helper_set(self.BOOL_KEY, self.BOOL_VALUES[0], bool, True)
self.helper_get(self.BOOL_KEY, self.BOOL_VALUES[0], bool)
self.helper_set(self.BOOL_KEY, self.BOOL_VALUES[1], bool, False)
self.helper_get(self.BOOL_KEY, self.BOOL_VALUES[1], bool)
def test_updateRecords_success_dict(self):
self.helper_set(self.DICT_KEY, self.DICT_VALUES[0], dict, True)
self.helper_get(self.DICT_KEY, self.DICT_VALUES[0], dict)
self.helper_set(self.DICT_KEY, self.DICT_VALUES[1], dict, False)
self.helper_get(self.DICT_KEY, self.DICT_VALUES[1], dict)
def test_updateRecords_success_list(self):
self.helper_set(self.LIST_KEY, self.LIST_VALUES[0], list, True)
self.helper_get(self.LIST_KEY, self.LIST_VALUES[0], list)
self.helper_set(self.LIST_KEY, self.LIST_VALUES[1], list, False)
self.helper_get(self.LIST_KEY, self.LIST_VALUES[1], list)
def test_removeRecords_success_unicode(self):
self.helper_set(self.UNICODE_KEY, self.UNICODE_VALUES[0], unicode, True)
self.helper_del(self.UNICODE_KEY)
def test_removeRecords_success_int(self):
self.helper_set(self.INT_KEY, self.INT_VALUES[0], int, True)
self.helper_del(self.INT_KEY)
def test_removeRecords_success_long(self):
self.helper_set(self.LONG_KEY, self.LONG_VALUES[0], long, True)
self.helper_del(self.LONG_KEY)
def test_removeRecords_success_float(self):
self.helper_set(self.FLOAT_KEY, self.FLOAT_VALUES[0], float, True)
self.helper_del(self.FLOAT_KEY)
def test_removeRecords_success_bool(self):
self.helper_set(self.BOOL_KEY, self.BOOL_VALUES[0], bool, True)
self.helper_del(self.BOOL_KEY)
def test_removeRecords_success_dict(self):
self.helper_set(self.DICT_KEY, self.DICT_VALUES[0], dict, True)
self.helper_del(self.DICT_KEY)
def test_removeRecords_success_list(self):
self.helper_set(self.LIST_KEY, self.LIST_VALUES[0], list, True)
self.helper_del(self.LIST_KEY)
def test_removeRecords_fail_badKeyType(self):
key = 0
self.assertNotIn(type(key), [str, unicode])
with self.assertRaises(TypeError) as contextManager:
del self.persistentStoreDict[key]
self.assertEqual(contextManager.exception.args[0], "Key must be of type 'str' or 'unicode'.")
def test_removeRecords_fail_keyNotFound(self):
key = u"this will fail"
self.assertIn(type(key), [str, unicode])
with self.assertRaises(KeyError) as contextManager:
del self.persistentStoreDict[key]
self.assertEqual(contextManager.exception.args[0], "No item found with key: '{0}'".format(key))
def __init__(self, reference_designator, host="127.0.0.1", port="5432"):
PersistentStoreDict.__init__(self, "ppsdn", reference_designator, host,
port)
self.CURRENT_FILTER_KEY = u"CURRENT_FILTER"
self.TOTAL_FILTERS_KEY = u"TOTAL_FILTERS"
def __init__(self, reference_designator, host = "127.0.0.1", port = "5432"):
PersistentStoreDict.__init__(self, "rasfl", reference_designator, host, port)
self.CURRENT_COLLECTION_BAG_KEY = u"CURRENT_COLLECTION_BAG"
self.TOTAL_COLLECTION_BAGS_KEY = u"TOTAL_COLLECTION_BAGS"
def __init__(self, reference_designator, host = "127.0.0.1", port = "5432"):
PersistentStoreDict.__init__(self, "ppsdn", reference_designator, host, port)
self.CURRENT_FILTER_KEY = u"CURRENT_FILTER"
self.TOTAL_FILTERS_KEY = u"TOTAL_FILTERS"
def __init__(self, reference_designator, host="127.0.0.1", port="5432"):
PersistentStoreDict.__init__(self, "rasfl", reference_designator, host,
port)
self.CURRENT_COLLECTION_BAG_KEY = u"CURRENT_COLLECTION_BAG"
self.TOTAL_COLLECTION_BAGS_KEY = u"TOTAL_COLLECTION_BAGS"
