Esempio n. 1
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 def setUp(self):
     self.document = Document.objects.all()[0]
     self.base_store = MongoDict(host=settings.MONGODB_CONFIG['host'],
                port=settings.MONGODB_CONFIG['port'],
                database=settings.MONGODB_CONFIG['database'],
                collection=settings.MONGODB_CONFIG['analysis_collection'])
     self.proxy = StoreProxy(self.document.id, self.base_store)
Esempio n. 2
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 def test_clear(self):
     for counter in range(10):
         self.collection.insert({'_id': 'test-' + str(counter),
                                 'value': counter})
     my_dict = MongoDict()
     my_dict.clear() # should use collections' drop method
     #TODO: test `clear`'s call duration
     self.assertEquals(self.collection.find().count(), 0)
Esempio n. 3
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 def test_clear(self):
     for counter in range(10):
         self.collection.insert({
             '_id': 'test-' + str(counter),
             'value': counter
         })
     my_dict = MongoDict()
     my_dict.clear()  # should use collections' drop method
     #TODO: test `clear`'s call duration
     self.assertEquals(self.collection.find().count(), 0)
Esempio n. 4
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 def connect(self, username, password, host, port, database, collection):
     try:
         self.db = MongoDict(host,
                             port,
                             database,
                             collection,
                             auth=(username, password))
         return "ok"
     except:
         return "error: " + str(sys.exc_info()[1])
Esempio n. 5
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    def __init__(self, **configuration):
        '''Instantiate a MongoDictStore

        `configuration` must have the keys:
        - host
        - port
        - database
        - collection (for MongoDict)
        - monitoring_collection
        '''
        self._dict = MongoDict(**configuration, safe=True)
        self._connection = Connection(configuration['host'],
                                      configuration['port'],
                                      safe=True)
        self._db = self._connection[configuration['database']]
        self._monitoring = self._db[configuration['monitoring_collection']]
Esempio n. 6
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 def test_set_item_should_save_data_in_collection(self):
     my_dict = MongoDict(**self.config)
     my_dict['python'] = 'rules'
     results = list(self.collection.find())
     self.assertEqual(len(results), 1)
     self.assertEqual(results[0]['_id'], 'python')
     self.assertEqual(decode(results[0]['v']), 'rules')
Esempio n. 7
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 def test_set_item(self):
     my_dict = MongoDict(**self.config)
     my_dict['python'] = 'rules'
     results = list(self.collection.find())
     self.assertEquals(len(results), 1)
     self.assertEquals(results[0]['_id'], 'python')
     self.assertEquals(results[0]['value'], 'rules')
Esempio n. 8
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    def test_customized_codec(self):
        self.collection.drop()
        self.config['codec'] = (lambda x: json.dumps(x).encode('utf-8'),
                                json.loads)
        data = {'first': (1, 2), 'test': [3, 4], 'test2': {'...': 456}}
        expected = [('first', [1, 2]), ('test', [3, 4]), ('test2', {
            '...': 456
        })]
        # JSON represents Python tuples as arrays and deserialized arrays as
        # lists, so our tuples turn lists

        self.config['default'] = data
        my_dict = MongoDict(**self.config)

        for result in self.collection.find():
            key = result['_id']
            value = json.loads(result['v'].decode('utf-8'))
            pair = (key, value)
            self.assertIn(pair, expected)
            expected.remove(pair)
            #we need to remove every pair in this list (instead of just adding
            #it to a dict and then comparing the whole dicts) because JSON
            #encodes tuples as arrays and decodes arrays as lists and we can't
            #have a list as a dict key since it is not hashable
        self.assertEqual(expected, [])
Esempio n. 9
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    def _pre_setup(self, *args, **kwargs):
        super(TestWithMongo, self)._pre_setup(*args, **kwargs)
        if 'test' not in gridfs_storage.database:
            error_message = (
                "We expect the mongodb database name to contain the "
                "string 'test' to make sure you don't mess up your production "
                "database. Are you sure you're using settings.test to run these "
                "tests?")
            raise ImproperlyConfigured(error_message)

        gridfs_storage._connection.drop_database(gridfs_storage.database)

        for doc in Document.objects.all():
            gridfs_storage.save(
                os.path.basename(doc.blob.name),
                StringIO("This is a test file with some test text."))

        self.store = MongoDict(
            host=settings.MONGODB_CONFIG['host'],
            port=settings.MONGODB_CONFIG['port'],
            database=settings.MONGODB_CONFIG['database'],
            collection=settings.MONGODB_CONFIG['analysis_collection'])

        filename = os.path.join(settings.PROJECT_ROOT,
                                'core/fixtures/mongodb/analysis.json')
        with open(filename, 'r') as mongo_fixture:
            for obj in json.load(mongo_fixture):
                self.store[obj['_id']] = obj['value']
Esempio n. 10
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 def test_should_be_a_MutableMapping(self):
     my_dict = MongoDict()
     self.assertTrue(isinstance(my_dict, MutableMapping))
     expected_methods = ['setitem', 'getitem', 'delitem', 'iter', 'len']
     actual_methods = dir(my_dict)
     for method in expected_methods:
         self.assertIn('__{}__'.format(method), actual_methods)
Esempio n. 11
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class MongoDictStore(object):
    '''Sample Store based on MongoDict'''
    def __init__(self, **configuration):
        '''Instantiate a MongoDictStore

        `configuration` must have the keys:
        - host
        - port
        - database
        - collection (for MongoDict)
        - monitoring_collection
        '''
        self._dict = MongoDict(**configuration, safe=True)
        self._connection = Connection(configuration['host'],
                                      configuration['port'],
                                      safe=True)
        self._db = self._connection[configuration['database']]
        self._monitoring = self._db[configuration['monitoring_collection']]

    def retrieve(self, info):
        '''Retrieve data to pass to `WorkerClass.process`

        `info` has keys 'worker', 'worker_requires' and 'data':
            - 'data' comes from pipeline data
            - 'worker' is the worker name
            - 'worker_requires' is 'requires' attribute of WorkerClass

        For MongoDictStore, 'data' must have an 'id' key
        '''
        data_id = info['data']['id']
        worker_input = {}
        for key in info['worker_requires']:
            mapped_key = 'id:{}:{}'.format(data_id, key)
            worker_input[key] = self._dict.get(mapped_key, None)
        return worker_input

    def save(self, info):
        '''Save information returned by `WorkerClass.process`

        `info` has keys 'worker', 'worker_requires', 'worker_result' and 'data':
            - 'data' comes from pipeline data
            - 'worker' is the worker name
            - 'worker_requires' is 'requires' attribute of WorkerClass
            - 'worker_result' is what WorkerClass.process returned
        '''
        data_id = info['data']['id']
        for key, value in info['worker_result'].items():
            mapped_key = 'id:{}:{}'.format(data_id, key)
            list_key = 'id:{}:_keys'.format(data_id)
            self._dict[mapped_key] = value
            if list_key not in self._dict:
                self._dict[list_key] = [key]
            else:
                data = self._dict[list_key]
                data.append(key)
                self._dict[list_key] = data

    def save_monitoring(self, data):
        self._monitoring.insert(data)
Esempio n. 12
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class MongoDictStore(object):
    '''Sample Store based on MongoDict'''

    def __init__(self, **configuration):
        '''Instantiate a MongoDictStore

        `configuration` must have the keys:
        - host
        - port
        - database
        - collection (for MongoDict)
        - monitoring_collection
        '''
        self._dict = MongoDict(**configuration, safe=True)
        self._connection = Connection(configuration['host'],
                                      configuration['port'], safe=True)
        self._db = self._connection[configuration['database']]
        self._monitoring = self._db[configuration['monitoring_collection']]

    def retrieve(self, info):
        '''Retrieve data to pass to `WorkerClass.process`

        `info` has keys 'worker', 'worker_requires' and 'data':
            - 'data' comes from pipeline data
            - 'worker' is the worker name
            - 'worker_requires' is 'requires' attribute of WorkerClass

        For MongoDictStore, 'data' must have an 'id' key
        '''
        data_id = info['data']['id']
        worker_input = {}
        for key in info['worker_requires']:
            mapped_key = 'id:{}:{}'.format(data_id, key)
            worker_input[key] = self._dict.get(mapped_key, None)
        return worker_input

    def save(self, info):
        '''Save information returned by `WorkerClass.process`

        `info` has keys 'worker', 'worker_requires', 'worker_result' and 'data':
            - 'data' comes from pipeline data
            - 'worker' is the worker name
            - 'worker_requires' is 'requires' attribute of WorkerClass
            - 'worker_result' is what WorkerClass.process returned
        '''
        data_id = info['data']['id']
        for key, value in info['worker_result'].items():
            mapped_key = 'id:{}:{}'.format(data_id, key)
            list_key = 'id:{}:_keys'.format(data_id)
            self._dict[mapped_key] = value
            if list_key not in self._dict:
                self._dict[list_key] = [key]
            else:
                data = self._dict[list_key]
                data.append(key)
                self._dict[list_key] = data

    def save_monitoring(self, data):
        self._monitoring.insert(data)
Esempio n. 13
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 def test_get_item(self):
     self.collection.insert({'_id': 'testing', 'value': 123})
     self.collection.insert({'_id': 'bla bla bla', 'value': 3.14})
     my_dict = MongoDict(**self.config)
     self.assertEquals(my_dict['testing'], 123)
     self.assertEquals(my_dict['bla bla bla'], 3.14)
     with self.assertRaises(KeyError):
         temp = my_dict['non ecxiste']
Esempio n. 14
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 def test_len(self):
     for counter in range(1000):
         self.collection.insert({
             '_id': 'test-' + str(counter),
             'value': counter
         })
     my_dict = MongoDict(**self.config)
     self.assertEquals(self.collection.find().count(), len(my_dict))
Esempio n. 15
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 def test_deletion_of_MongoDict_object_should_sync_data_even_without_safe(
         self):
     config = self.config.copy()
     config['safe'] = False
     my_dict = MongoDict(**config)
     for i in range(1000):
         my_dict['testing_' + str(i)] = str(i)
     del my_dict
     self.assertEqual(self.collection.find().count(), 1000)
Esempio n. 16
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 def test_del_item(self):
     self.collection.insert({'_id': 'testing', 'value': 123})
     self.collection.insert({'_id': 'bla bla bla', 'value': 3.14})
     my_dict = MongoDict(**self.config)
     del my_dict['testing']
     results = list(self.collection.find())
     self.assertEquals(results, [{'_id': 'bla bla bla', 'value': 3.14}])
     with self.assertRaises(KeyError):
         del my_dict['non ecxiste']
Esempio n. 17
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 def test_non_unicode_strings(self):
     my_dict = MongoDict()
     string_1 = u'Álvaro Justen'.encode('iso-8859-15')
     with self.assertRaises(UnicodeError):
         my_dict[string_1] = 123
     with self.assertRaises(UnicodeError):
         temp = my_dict[string_1]
     with self.assertRaises(UnicodeError):
         my_dict['python'] = string_1
Esempio n. 18
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 def test_iter(self):
     for counter in range(10):
         self.collection.insert({'_id': 'test-' + str(counter),
                                 'value': counter})
     my_dict = MongoDict(**self.config)
     keys = []
     for key in my_dict:
         keys.append(key)
     self.assertEquals(len(keys), 10)
     expected_keys = ['test-' + str(counter) for counter in range(10)]
     self.assertEquals(set(keys), set(expected_keys))
     self.assertEquals(set(my_dict.keys()), set(expected_keys))
     results = []
     for key, value in my_dict.iteritems():
         results.append((key, value))
     values = [x[1] for x in results]
     expected_values = list(range(10))
     self.assertEquals(set(values), set(expected_values))
     self.assertEquals(set(my_dict.values()), set(expected_values))
Esempio n. 19
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    def test_keys_method_should_not_raises_exception_if_more_than_16MB(self):
        '''Should not raise exception if sum of keys is greater 16MB

        Bug reported by @andrebco:
            <https://github.com/turicas/mongodict/issues/10>
        '''
        my_dict = MongoDict(**self.config)
        key_template = ('python-rules' * 100000) + '{}'
        key_byte_count = 0
        key_count = 0
        keys = set()
        while key_byte_count < 20 * 1024 * 1024:  # 20MB > 16MB
            new_key = key_template.format(key_count)
            my_dict[new_key] = 'some value'
            key_byte_count += len(new_key)
            key_count += 1
            keys.add(new_key)
        dict_keys = my_dict.keys()
        self.assertEquals(len(keys), len(dict_keys))
        self.assertTrue(keys == set(dict_keys))
Esempio n. 20
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 def properties(self):
     if self.id is None:
         raise ValueError("This document was not saved, so you cannot "
                          "retrieve it's information from the backend.")
     if self._store is None:
         self._store = MongoDict(
             host=settings.MONGODB_CONFIG['host'],
             port=settings.MONGODB_CONFIG['port'],
             database=settings.MONGODB_CONFIG['database'],
             collection=settings.MONGODB_CONFIG['analysis_collection'])
     return StoreProxy(self.id, self._store)
Esempio n. 21
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 def test_get_item_should_retrieve_data_from_collection(self):
     self.collection.insert({'_id': 'testing', 'v': Binary(encode('123'))})
     self.collection.insert({
         '_id': 'bla bla bla',
         'v': Binary(encode('3.14'))
     })
     my_dict = MongoDict(**self.config)
     self.assertEqual(my_dict['testing'], '123')
     self.assertEqual(my_dict['bla bla bla'], '3.14')
     with self.assertRaises(KeyError):
         temp = my_dict['non ecxiste']
Esempio n. 22
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    def test_keys_method_should_not_raises_exception_if_more_than_16MB(self):
        '''Should not raise exception if sum of keys is greater 16MB

        Bug reported by @andrebco:
            <https://github.com/turicas/mongodict/issues/10>
        '''
        my_dict = MongoDict(**self.config)
        key_template = ('python-rules' * 100000) + '{}'
        key_byte_count = 0
        key_count = 0
        keys = set()
        while key_byte_count < 20 * 1024 * 1024: # 20MB > 16MB
            new_key = key_template.format(key_count)
            my_dict[new_key] = 'some value'
            key_byte_count += len(new_key)
            key_count += 1
            keys.add(new_key)
        dict_keys = my_dict.keys()
        self.assertEquals(len(keys), len(dict_keys))
        self.assertTrue(keys == set(dict_keys))
Esempio n. 23
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 def __init__(self, **config):
     host, port, database = config['host'], config['port'], \
                            config['database']
     self._connection = Connection(host, port)
     self._db = self._connection[database]
     if 'username' in config and 'password' in config:
        self._db.authenticate(username, password)
     self._dict = MongoDict(host=host, port=port, database=database,
                            collection=config['analysis_collection'])
     #TODO: use auth on mongodict
     self._monitoring = self._db[config['monitoring_collection']]
     self._gridfs = GridFS(self._db, config['gridfs_collection'])
Esempio n. 24
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 def test_iter(self):
     for counter in range(10):
         self.collection.insert({
             '_id': 'test-' + str(counter),
             'value': counter
         })
     my_dict = MongoDict(**self.config)
     keys = []
     for key in my_dict:
         keys.append(key)
     self.assertEquals(len(keys), 10)
     expected_keys = ['test-' + str(counter) for counter in range(10)]
     self.assertEquals(set(keys), set(expected_keys))
     self.assertEquals(set(my_dict.keys()), set(expected_keys))
     results = []
     for key, value in my_dict.iteritems():
         results.append((key, value))
     values = [x[1] for x in results]
     expected_values = list(range(10))
     self.assertEquals(set(values), set(expected_values))
     self.assertEquals(set(my_dict.values()), set(expected_values))
Esempio n. 25
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 def test_default_items(self):
     my_dict = MongoDict(default={
         'answer': 42,
         'spam': 'ham'
     },
                         **self.config)
     results = list(self.collection.find())
     self.assertEquals(len(results), 2)
     self.assertEquals(results[0]['_id'], 'answer')
     self.assertEquals(results[0]['value'], 42)
     self.assertEquals(results[1]['_id'], 'spam')
     self.assertEquals(results[1]['value'], 'ham')
Esempio n. 26
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 def test_del_item_should_delete_pair_in_the_collection(self):
     self.collection.insert({'_id': 'testing', 'v': Binary(encode('123'))})
     self.collection.insert({
         '_id': 'bla bla bla',
         'v': Binary(encode('3.14'))
     })
     my_dict = MongoDict(**self.config)
     del my_dict['testing']
     results = list(self.collection.find())
     self.assertEqual(results[0]['_id'], 'bla bla bla')
     self.assertEqual(decode(results[0]['v']), '3.14')
     with self.assertRaises(KeyError):
         del my_dict['non ecxiste']
Esempio n. 27
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 def test_pickle_codec_should_return_same_objects(self):
     self.collection.drop()
     my_dict = MongoDict(**self.config)
     my_dict['int'] = 42
     my_dict['float'] = 3.14
     my_dict['string'] = 'python'
     my_dict[key_2] = [3, 4]
     my_dict[key_1] = {123: 456}
     # since key_1 and key_2 has the same information (one is unicode, other
     # is bytes), the contents are overwritten in MongoDict
     self.assertEqual(my_dict['int'], 42)
     self.assertEqual(my_dict['float'], 3.14)
     self.assertEqual(my_dict['string'], 'python')
     self.assertEqual(my_dict[key_1], {123: 456})
Esempio n. 28
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    def test_verify_if_index_is_created(self):
        self.config['index_type'] = 'invalid'
        with self.assertRaises(ValueError):
            MongoDict(**self.config)
        del (self.config['index_type'])

        self.collection.drop()
        my_dict = MongoDict(**self.config)  # default 'index_type' = 'key'
        indexes = extract_indexes(self.collection.index_information())
        expected_indexes = [[('_id', 1)]]
        self.assertEqual(indexes, expected_indexes)

        self.collection.drop()
        self.config['index_type'] = 'key-value'
        self.config['collection'] = 'index_test'
        self.collection = self.db[self.config['collection']]
        other_dict = MongoDict(**self.config)
        indexes = extract_indexes(self.collection.index_information())
        expected_indexes = set([(('_id', 1), ), (('_id', 1), ('v', 1))])
        new_indexes = set()
        for index in indexes:
            new_indexes.add(tuple(index))
        self.assertEqual(new_indexes, expected_indexes)
Esempio n. 29
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class StoreProxyTest(TestWithMongo):
    fixtures = ['users', 'corpora', 'documents']

    def setUp(self):
        self.document = Document.objects.all()[0]
        self.base_store = MongoDict(host=settings.MONGODB_CONFIG['host'],
                   port=settings.MONGODB_CONFIG['port'],
                   database=settings.MONGODB_CONFIG['database'],
                   collection=settings.MONGODB_CONFIG['analysis_collection'])
        self.proxy = StoreProxy(self.document.id, self.base_store)

    def test_access_store_data_without_formating_the_key_with_document_id(self):
        self.assertEqual(self.proxy['text'],
                self.base_store['id:{}:text'.format(self.document.id)])

    def test_list_keys_based_on_the_available_properties(self):
        self.assertEqual(self.proxy.keys(),
                self.base_store['id:{}:_properties'.format(self.document.id)])

    def test_only_lists_items_in_store_that_are_related_from_this_document(self):
        """
        Since we're using UserDict.DictMixin as a parent class of
        StoreProxy, this behaviour comes from implementing the `keys` method.
        """
        expected_items = [(k.split(':')[-1], v) for k, v in self.base_store.items() if
                int(k.split(':')[1]) == self.document.id and k.split(':')[-1]
                != u'_properties']

        self.assertItemsEqual(self.proxy.items(), expected_items)

    def test_proxy_is_read_only(self):
        with self.assertRaises(AttributeError):
            self.proxy["new key"] = "new value"

    def test_access_store_keys_for_a_document_that_does_not_have_entries_in_mongo(self):
        corpus = Corpus.objects.all()[0]
        document = Document.objects.create(blob=File(StringIO(), "filename"),
                owner=corpus.owner, corpus=corpus)

        with self.assertRaisesRegexp(KeyError, "Can't find information for "
                "document with id"):
            document.properties.keys()

    def test_access_inexistent_key_for_a_document_that_has_entries_in_mongo(self):
        document = Document.objects.all()[0]

        with self.assertRaisesRegexp(KeyError, "Can't find key .* for "
                "document with id .*$"):
            document.properties['invalid_key']
Esempio n. 30
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class Storage:
    def __init__(self):
        self.disconnect()

    @reporter(
        "connect as user %s with password %s to database (host %s , port %n , database %s , collection %s )",
        defaults=["", "", "localhost", 27017, "snapmesh", "snapmesh"])
    def connect(self, username, password, host, port, database, collection):
        try:
            self.db = MongoDict(host,
                                port,
                                database,
                                collection,
                                auth=(username, password))
            return "ok"
        except:
            return "error: " + str(sys.exc_info()[1])

    @command("disconnect")
    def disconnect(self):
        self.db = None

    @predicate("connected?")
    def is_connected(self):
        return self.db is not None

    @reporter("%s from the collection")
    def get(self, key):
        if self.db is None:
            return "not connected"

        if key in self.db:
            return self.db[key]
        else:
            return ""

    @command("%s as %s into the collection")
    def put(self, value, key):
        if self.db is None:
            return "not connected"

        self.db[key] = value

    @reporter("contents of the collection")
    def list(self):
        if self.db is None:
            return "not connected"

        return "\n".join(self.db.keys())
Esempio n. 31
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    def __init__(self, **configuration):
        '''Instantiate a MongoDictStore

        `configuration` must have the keys:
        - host
        - port
        - database
        - collection (for MongoDict)
        - monitoring_collection
        '''
        self._dict = MongoDict(**configuration, safe=True)
        self._connection = Connection(configuration['host'],
                                      configuration['port'], safe=True)
        self._db = self._connection[configuration['database']]
        self._monitoring = self._db[configuration['monitoring_collection']]
Esempio n. 32
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class MongoDBStore(object):
    '''Store PyPLN workers' analysis in MongoDB, using MongoDict'''

    def __init__(self, **config):
        host, port, database = config['host'], config['port'], \
                               config['database']
        self._connection = Connection(host, port)
        self._db = self._connection[database]
        if 'username' in config and 'password' in config:
           self._db.authenticate(username, password)
        self._dict = MongoDict(host=host, port=port, database=database,
                               collection=config['analysis_collection'])
        #TODO: use auth on mongodict
        self._monitoring = self._db[config['monitoring_collection']]
        self._gridfs = GridFS(self._db, config['gridfs_collection'])

    def retrieve(self, info):
        '''Retrieve data to pass to `WorkerClass.process`

        `info` has keys 'worker', 'worker_requires' and 'data':
            - 'data' comes from pipeline data
            - 'worker' is the worker name
            - 'worker_requires' is 'requires' attribute of WorkerClass
        '''
        data = info['data']

        result = {'_missing': []}
        if info['worker'] == 'Extractor':
            if '_id' not in data:
                raise ValueError('Invalid job data: missing "_id"')
            file_data = self._gridfs.get(ObjectId(data['_id']))
            result = {'length': file_data.length,
                      'md5': file_data.md5,
                      'filename': file_data.filename,
                      'upload_date': file_data.upload_date,
                      'contents': file_data.read()}
        else:
            if 'id' not in data:
                raise ValueError('Invalid job data: missing "id"')
            for key in info['worker_requires']:
                new_key = 'id:{}:{}'.format(data['id'], key)
                try:
                    result[key] = self._dict[new_key]
                except KeyError:
                    result['_missing'].append(key)
        return result

    def save(self, info):
        '''Save information returned by `WorkerClass.process`

        `info` has keys 'worker', 'worker_requires', 'worker_result' and 'data':
            - 'data' comes from pipeline data
            - 'worker' is the worker name
            - 'worker_requires' is 'requires' attribute of WorkerClass
            - 'worker_result' is what WorkerClass.process returned
        '''
        data = info['data']
        worker_result = info['worker_result']
        if 'id' not in data:
            raise ValueError('Invalid job data: missing "id"')

        # insert results
        for key, value in worker_result.items():
            new_key = 'id:{}:{}'.format(data['id'], key)
            if key == "_exception" or key == "_traceback":
                content = self._dict.get(new_key, [])
                if isinstance(content, str):
                    content = [content]
                content.append({'worker': info['worker'],
                    'traceback': worker_result[key]})
                self._dict[new_key] = content
            else:
                self._dict[new_key] = worker_result[key]

        # update property list for this document
        properties_key = 'id:{}:_properties'.format(data['id'])
        all_properties = self._dict.get(properties_key, []) + \
                         worker_result.keys()
        self._dict[properties_key] = list(set(all_properties))

    def save_monitoring(self, info):
        '''Save broker's monitoring information'''
        self._monitoring.insert(info)
Esempio n. 33
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 def type2test(self):
     collection_name = random_string()
     self.collections.append(collection_name)
     return MongoDict(host=MONGO_HOST, port=MONGO_PORT,
                      database=MONGO_DATABASE, collection=collection_name)
Esempio n. 34
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 def test_duplication(self):
     my_dict = MongoDict()
     my_dict['python'] = 'rules'
     my_dict['python'] = 42
Esempio n. 35
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 def test_in(self):
     self.collection.insert({'_id': 'testing', 'value': 123})
     my_dict = MongoDict(**self.config)
     self.assertIn('testing', my_dict)
     self.assertNotIn('python', my_dict)
Esempio n. 36
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 def test_should_be_possible_to_assign_new_values_to_existing_keys(self):
     my_dict = MongoDict(**self.config)
     my_dict['python'] = 'rules'
     my_dict['python'] = '42'
     self.assertNotEqual(my_dict['python'], 'rules')
     self.assertEqual(my_dict['python'], '42')