def make_coll(self, use_indices):
with self.store.begin(write=True):
self.coll = self.store.add_collection('stuff',
encoder=self.ENCODER,
key_func=self.KEY_FUNC)
if use_indices:
acid.add_index(self.coll, 'rev_name', lambda p: p['name'])
acid.add_index(self.coll, 'rev_locn', lambda p: p['location'])
def make_coll(self, use_indices):
with self.store.begin(write=True):
self.coll = self.store.add_collection('stuff',
encoder=self.ENCODER,
key_func=self.KEY_FUNC)
if use_indices:
acid.add_index(self.coll, 'rev_name', lambda p: p['name'])
acid.add_index(self.coll, 'rev_locn', lambda p: p['location'])
def test1(self):
store = acid.open('list:/')
with store.begin(write=True):
stuff = store.add_collection('stuff')
acid.add_index(stuff, 'foop', lambda rec: 'foop')
key = stuff.put(u'temp')
assert store['foop'].find('foop') == 'temp'
assert stuff.get(1) == 'temp'
stuff.delete(1)
assert stuff.get(1) is None
i = store['foop'].find('foop')
assert i is None, i
def test1(self):
store = acid.open('list:/')
with store.begin(write=True):
stuff = store.add_collection('stuff')
acid.add_index(stuff, 'foop', lambda rec: 'foop')
key = stuff.put(u'temp')
assert store['foop'].find('foop') == 'temp'
assert stuff.get(1) == 'temp'
stuff.delete(1)
assert stuff.get(1) is None
i = store['foop'].find('foop')
assert i is None, i
def create_collection(cls):
if not hasattr(cls, 'META_STORE'):
raise TypeError('%s nor any of its bases have been bound to a '
'Store. You must call %s.bind_store() with a '
'acid.Store instance.' %
(cls.__name__, cls.__name__))
key_func = getattr(cls, 'META_KEY_FUNC', None)
coll = cls.META_STORE.add_collection(name=cls.META_COLLECTION_NAME,
key_func=key_func,
encoder=cls.META_ENCODER)
for index_func in cls.META_INDEX_FUNCS:
acid.add_index(coll, index_func.func_name, index_func)
cls.META_COLLECTION = coll
def create_collection(cls):
if not hasattr(cls, 'META_STORE'):
raise TypeError('%s nor any of its bases have been bound to a '
'Store. You must call %s.bind_store() with a '
'acid.Store instance.'
% (cls.__name__, cls.__name__))
key_func = getattr(cls, 'META_KEY_FUNC', None)
coll = cls.META_STORE.add_collection(
name=cls.META_COLLECTION_NAME,
key_func=key_func,
encoder=cls.META_ENCODER)
for index_func in cls.META_INDEX_FUNCS:
acid.add_index(coll, index_func.func_name, index_func)
cls.META_COLLECTION = coll
def setUp(self):
self.store = acid.open('list:/')
self.e = self.store.engine
self.t = self.store.begin()
self.t.__enter__()
self.coll = self.store.add_collection('stuff')
self.i = acid.add_index(self.coll, 'idx', lambda obj: (69, obj))
self.key = self.coll.put(u'dave')
self.key2 = self.coll.put(u'dave2')
self.expect = [(69, u'dave'), self.key]
self.expect2 = [(69, u'dave2'), self.key2]
self.first = [self.expect]
self.second = [self.expect2]
self.both = [self.expect, self.expect2]
# Insert junk in a higher collection to test iter stop conds.
self.coll2 = self.store.add_collection('stuff2')
self.i2 = acid.add_index(self.coll2, 'idx', lambda obj: (69, obj))
self.coll2.put(u'XXXX')
self.coll2.put(u'YYYY')
def setUp(self):
self.store = acid.open('list:/')
self.e = self.store.engine
self.t = self.store.begin()
self.t.__enter__()
self.coll = self.store.add_collection('stuff')
self.i = acid.add_index(self.coll, 'idx', lambda obj: (69, obj))
self.key = self.coll.put(u'dave')
self.key2 = self.coll.put(u'dave2')
self.expect = [(69, u'dave'), self.key]
self.expect2 = [(69, u'dave2'), self.key2]
self.first = [self.expect]
self.second = [self.expect2]
self.both = [self.expect, self.expect2]
# Insert junk in a higher collection to test iter stop conds.
self.coll2 = self.store.add_collection('stuff2')
self.i2 = acid.add_index(self.coll2, 'idx', lambda obj: (69, obj))
self.coll2.put(u'XXXX')
self.coll2.put(u'YYYY')
