def testPushBack(self):
li = SimpleList().save()
names = li.names
for elem in elems:
names.push_back(elem)
li.save()
for el,ne in izip(elems,names):
self.assertEqual(el,ne)
def testPushFront(self):
li = SimpleList().save()
names = li.names
for elem in reversed(elems):
names.push_front(elem)
li.save()
for el,ne in izip(elems,names):
self.assertEqual(el,ne)
def testPushFront(self):
li = SimpleList().save()
names = li.names
for elem in reversed(elems):
names.push_front(elem)
li.save()
for el, ne in izip(elems, names):
self.assertEqual(el, ne)
def testPushBack(self):
li = SimpleList().save()
names = li.names
for elem in elems:
names.push_back(elem)
li.save()
for el, ne in izip(elems, names):
self.assertEqual(el, ne)
def testPushFront(self):
li = SimpleList().save()
if li.session.backend.name == 'redis':
names = li.names
for elem in reversed(elems):
names.push_front(elem)
li.save()
for el,ne in zip(elems,names):
self.assertEqual(el,ne)
def testPushFrontPopFront(self):
li = SimpleList().save()
names = li.names
for elem in reversed(elems):
names.push_front(elem)
li.save()
self.assertEqual(li.names.size(),len(elems))
for elem in elems:
self.assertEqual(li.names.pop_front(),elem)
self.assertEqual(li.names.size(),0)
def testPushFrontPopFront(self):
li = SimpleList().save()
names = li.names
for elem in reversed(elems):
names.push_front(elem)
li.save()
self.assertEqual(li.names.size(), len(elems))
for elem in elems:
self.assertEqual(li.names.pop_front(), elem)
self.assertEqual(li.names.size(), 0)
def testPushBackPopBack(self):
li = SimpleList()
self.assertEqual(li.id, None)
li.save()
names = li.names
for elem in elems:
names.push_back(elem)
self.assertEqual(li.names.size(), len(elems))
for elem in reversed(elems):
self.assertEqual(li.names.pop_back(), elem)
self.assertEqual(li.names.size(), 0)
def test_items(self):
session = self.session()
li = yield session.add(SimpleList())
yield self.adddata(li)
size = yield li.names.size()
self.assertEqual(size, len(self.data.names))
all = yield li.names.items()
self.assertEqual(all, self.data.names)
self.assertEqual(all, li.names.cache.cache)
def testPushFront(self):
session = self.session()
li = yield session.add(SimpleList())
names = li.names
self.assertEqual(li.session, session)
with session.begin() as t:
for elem in reversed(self.data.names):
names.push_front(elem)
yield t.on_result
all = yield names.items()
for el, ne in zip(self.data.names, all):
self.assertEqual(el, ne)
def test_push_back_pop_back(self):
li = SimpleList()
self.assertEqual(li.id, None)
li = yield self.session().add(li)
yield self.adddata(li)
# pop back one by one
results = []
names = list(reversed(self.data.names))
for elem in names:
results.append(li.names.pop_back())
yield self.multi_async(results)
self.assertEqual(results, names)
yield self. async .assertEqual(li.names.size(), 0)
def testPushBackPopBack(self):
li = SimpleList()
self.assertEqual(li.id, None)
li.save()
names = li.names
for elem in elems:
names.push_back(elem)
li.save()
self.assertEqual(li.names.size(), len(elems))
for elem in reversed(elems):
self.assertEqual(li.names.pop_back(), elem)
self.assertEqual(li.names.size(), 0)
def test_push_front_pop_front(self):
session = self.session()
li = yield session.add(SimpleList())
names = li.names
self.assertEqual(li.session, session)
with session.begin() as t:
for elem in reversed(self.data.names):
names.push_front(elem)
yield t.on_result
size = yield names.size()
self.assertEqual(size, len(self.data.names))
#
results = []
for elem in self.data.names:
results.append(li.names.pop_front())
yield self.multi_async(results)
self.assertEqual(results, self.data.names)
size = yield names.size()
self.assertEqual(size, 0)
