def _test_thinhash(conn):
conn.delete('test')
h = ThinHash('test', 10000, connection=conn)
l = range(10)
l.extend(range(10))
h.hmset(*l)
assert list(h.hmget(*range(10))) == ['1', None, '3', None, '5', None, '7', None, '9', None]
def _test_thinhash(conn):
conn.delete('test')
h = ThinHash('test', 10000, connection=conn)
l = range(10)
l.extend(range(10))
h.hmset(*l)
assert list(h.hmget(*range(10))) == [
'1', None, '3', None, '5', None, '7', None, '9', None
]
def check_thinhashsize(count=10000):
thinhashkey = 'testthinhash'
conn.flushall()
h = ThinHash(thinhashkey, count, connection=conn)
args = []
for _ in xrange(count):
args.append(randid())
args.append(randts())
h.hmset(*args)
print('it takes {} for {} thinhashs'.format(conn.info()['used_memory_human'], h.count()))
def check_thinhashsize(count=10000):
thinhashkey = 'testthinhash'
conn.flushall()
h = ThinHash(thinhashkey, count, connection=conn)
args = []
for _ in xrange(count):
args.append(randid())
args.append(randts())
h.hmset(*args)
print('it takes {} for {} thinhashs'.format(
conn.info()['used_memory_human'], h.count()))
def gethash(type):
hashkey = LC.hashkey.format(type)
if type == 'item':
count = 2 * 10000 * 10000
elif type == 'shop':
count = 500 * 10000
elif type == 'shopinfo':
count = 500 * 10000
else:
raise ValueError('wrong LC type: {}'.format(type))
return ThinHash(hashkey, count, connection=conn)