def test_list():
bears = get_list('bears')
assert len(bears) == 0
bears.append('grizzly')
assert len(bears) == 1
for bear in bears:
assert bear == 'grizzly'
assert 'grizzly' in bears
bears.extend(['white bear', 'pedo bear'])
assert len(bears) == 3
bears[2] = 'nice bear'
assert bears[2] == 'nice bear'
assert 5 > len(bears)
try:
bears[5] = 'dizzy bear'
except IndexError:
pass
bears.extend(['polar bear', 'gummy bear'])
assert bears[1:2] == ['white bear', 'nice bear']
assert bears[2:4] == ['nice bear', 'polar bear', 'gummy bear']
bears.remove('grizzly')
assert 'grizzly' not in bears
print sys._getframe(0).f_code.co_name, 'ok.'
def test_list(self):
bears = get_list(u'bears')
bears.append(u'grizzly')
self.assertEqual(len(bears), 1)
self.assertTrue(all(bear == u'grizzly' for bear in bears))
try:
self.assertIn(u'grizzly', bears)
except AttributeError: # needs to be changed
self.assertTrue(u'grizzly' in bears)
bears.extend([u'white bear', u'pedo bear'])
self.assertEqual(len(bears), 3)
bears.insert(0,u'cartesian bear')
for expected,actual in zip(bears,
[u'cartesian bear',u'grizzly',u'white bear', u'pedo bear']):
self.assertEqual(expected,actual)
self.assertEqual(bears.pop(),u'pedo bear')
self.assertEqual(bears.pop(0),u'cartesian bear')
bears[1] = u'polar bear'
self.assertEqual(bears[1],u'polar bear')
bears.remove(u'grizzly')
try:
self.assertNotIn(u'grizzly', bears)
except AttributeError: # needs to be changed
self.assertTrue(u'grizzly' not in bears)
def test_list():
bears = get_list('bears')
assert len(bears) == 0
bears.append('grizzly')
assert len(bears) == 1
for bear in bears:
assert bear == 'grizzly'
assert 'grizzly' in bears
bears.extend(['white bear', 'pedo bear'])
assert len(bears) == 3
bears[2] = 'nice bear'
assert bears[2] == 'nice bear'
assert 5 > len(bears)
try:
bears[5] = 'dizzy bear'
except IndexError:
pass
bears.extend(['polar bear', 'gummy bear'])
assert bears[1:2] == ['white bear', 'nice bear']
assert bears[2:4] == ['nice bear', 'polar bear', 'gummy bear']
bears.remove('grizzly')
assert 'grizzly' not in bears
print sys._getframe(0).f_code.co_name, 'ok.'
def test_list():
bears = get_list('bears')
assert len(bears) == 0
bears.append('grizzly')
assert len(bears) == 1
for bear in bears:
assert bear == 'grizzly'
assert 'grizzly' in bears
bears.extend(['white bear', 'pedo bear'])
assert len(bears) == 3
bears[2] = 'nice bear'
assert bears[2] == 'nice bear'
assert 5 > len(bears)
try:
bears[5] = 'dizzy bear'
except IndexError:
pass
cats = get_list('cats')
cats.clear()
cats += ['cheetah', 'panther']
beasts = bears + cats
assert isinstance(beasts, type(bears))
assert beasts[:] == ['grizzly', 'white bear', 'nice bear', 'cheetah', 'panther']
bears.extend(['polar bear', 'gummy bear'])
assert bears[1:2] == ['white bear', 'nice bear']
assert bears[2:4] == ['nice bear', 'polar bear', 'gummy bear']
bears.remove('grizzly')
assert 'grizzly' not in bears
bears += ('care bear', 'smokey bear')
assert bears[:] == ['white bear', 'nice bear', 'polar bear',
'gummy bear', 'care bear', 'smokey bear']
print sys._getframe(0).f_code.co_name, 'ok.'
def test_list():
bears = get_list('bears')
assert len(bears) == 0
bears.append('grizzly')
assert len(bears) == 1
assert bears[0] == 'grizzly'
assert bears[-1] == 'grizzly'
for bear in bears:
assert bear == 'grizzly'
assert 'grizzly' in bears
bears.extend(['white bear', 'pedo bear'])
assert len(bears) == 3
bears[2] = 'nice bear'
assert bears[2] == 'nice bear'
assert 5 > len(bears)
try:
bears[5] = 'dizzy bear'
except IndexError:
pass
bears.extend(['polar bear', 'gummy bear'])
assert list(bears) == [
'grizzly', 'white bear', 'nice bear', 'polar bear', 'gummy bear'
]
assert bears[1:2] == ['white bear']
assert bears[2:4] == ['nice bear', 'polar bear']
assert bears[:2] == ['grizzly', 'white bear']
assert bears[-2:] == ['polar bear', 'gummy bear']
assert bears[10:20] == []
bears.remove('grizzly')
assert 'grizzly' not in bears
bears.clear()
assert len(bears) == 0
N = 512
for i in range(N):
bears.append(i)
assert len(bears) == N
back = [e for e in bears]
assert len(back) == N
assert list(bears) == back
print(sys._getframe(0).f_code.co_name, 'ok.')
def test_list():
bears = get_list('bears')
assert len(bears) == 0
bears.append('grizzly')
assert len(bears) == 1
assert bears[0] == 'grizzly'
assert bears[-1] == 'grizzly'
for bear in bears:
assert bear == 'grizzly'
assert 'grizzly' in bears
bears.extend(['white bear', 'pedo bear'])
assert len(bears) == 3
bears[2] = 'nice bear'
assert bears[2] == 'nice bear'
assert 5 > len(bears)
try:
bears[5] = 'dizzy bear'
except IndexError:
pass
bears.extend(['polar bear', 'gummy bear'])
assert list(bears) == ['grizzly', 'white bear', 'nice bear', 'polar bear', 'gummy bear']
assert bears[1:2] == ['white bear']
assert bears[2:4] == ['nice bear', 'polar bear']
assert bears[:2] == ['grizzly', 'white bear']
assert bears[-2:] == ['polar bear', 'gummy bear']
assert bears[10:20] == []
bears.remove('grizzly')
assert 'grizzly' not in bears
bears.clear()
assert len(bears) == 0
N = 512
for i in range(N):
bears.append(i)
assert len(bears) == N
back = [e for e in bears]
assert len(back) == N
assert list(bears) == back
print(sys._getframe(0).f_code.co_name, 'ok.')
def get(key, default=None):
''' Get raw config from redis with a prefix '''
list_keys = ('admins', )
hash_keys = ('conversations', )
string_keys = ('owner', 'last_update_id', )
real_key = '%s:%s' % (str(__name__), key, )
if key in list_keys:
return get_list(real_key)
elif key in hash_keys:
return get_hash(real_key)
elif key in string_keys:
r = redis.get(real_key)
if r is None:
r = default
return r
def test_list_trim():
deers = get_list('deers')
for i in range(0, 100):
deers.append('rudolf_%s' % i)
assert len(deers) == 100
deers.list_trim(0, 5)
assert len(deers) == 6
assert deers[0] == 'rudolf_0'
assert deers[1] == 'rudolf_1'
print(sys._getframe(0).f_code.co_name, 'ok.')
def test_list_trim():
deers = get_list('deers')
for i in range(0, 100):
deers.append('rudolf_%s' % i)
assert len(deers) == 100
deers.list_trim(0, 5)
assert len(deers) == 6
assert deers[0] == 'rudolf_0'
assert deers[1] == 'rudolf_1'
print sys._getframe(0).f_code.co_name, 'ok.'
def test_list():
bears = get_list('bears')
bears.append('grizzly')
assert len(bears) == 1
for bear in bears:
assert bear == 'grizzly'
assert 'grizzly' in bears
bears.extend(['white bear', 'pedo bear'])
assert len(bears) == 3
bears.remove('grizzly')
assert 'grizzly' not in bears
def get_list(name, system=REDIS_NAME):
return redis_wrap.get_list('{}:{}'.format(PREFIX, name), system=system)
def _getter(self):
redis_key = gen_property_key(self.__class__, self.idx, key)
return get_list(redis_key)
import redis_wrap
# redis_url = 'redis://*****:*****@jack.redistogo.com:9604/'
redis_url = 'redis://127.0.0.1:6379/'
redis_wrap.from_url(redis_url)
redis_conn = redis_wrap.get_redis()
left = redis_wrap.get_list('left')
right = redis_wrap.get_list('right')
color_mapping = redis_wrap.get_hash('color-mapping')
vote_count = redis_wrap.get_hash('vote-count')
state = redis_wrap.get_hash('state') # assorted vars such as current-position
status_lock = redis_conn.lock('status-lock')
