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#!/usr/bin/env python
#coding: utf-8
from common import *
def test_mget_mset(kv=default_kv):
r = getconn()
def insert_by_pipeline():
pipe = r.pipeline(transaction=False)
for k, v in kv.items():
pipe.set(k, v)
pipe.execute()
def insert_by_mset():
ret = r.mset(**kv)
#insert_by_mset() #only the mget-imporve branch support this
try:
insert_by_mset() #only the mget-imporve branch support this
except:
insert_by_pipeline()
keys = kv.keys()
#mget to check
vals = r.mget(keys)
for i, k in enumerate(keys):
assert(kv[k] == vals[i])
#del
assert (len(keys) == r.delete(*keys) )
#mget again
vals = r.mget(keys)
for i, k in enumerate(keys):
assert(None == vals[i])
def test_mget_mset_on_key_not_exist(kv=default_kv):
r = getconn()
def insert_by_pipeline():
pipe = r.pipeline(transaction=False)
for k, v in kv.items():
pipe.set(k, v)
pipe.execute()
def insert_by_mset():
ret = r.mset(**kv)
try:
insert_by_mset() #only the mget-imporve branch support this
except:
insert_by_pipeline()
keys = kv.keys()
keys2 = ['x-'+k for k in keys]
keys = keys + keys2
random.shuffle(keys)
#mget to check
vals = r.mget(keys)
for i, k in enumerate(keys):
if k in kv:
assert(kv[k] == vals[i])
else:
assert(vals[i] == None)
#del
assert (len(kv) == r.delete(*keys) )
#mget again
vals = r.mget(keys)
for i, k in enumerate(keys):
assert(None == vals[i])
def test_mget_mset_large():
for cnt in range(171, large, 171):
kv = {'kkk-%s' % i :'vvv-%s' % i for i in range(cnt)}
test_mget_mset(kv)
def test_mget_special_key(cnt=5):
#key length = 512-48-1
kv = {}
for i in range(cnt):
k = 'kkk-%s' % i
k = k + 'x'*(512-48-1-len(k))
kv[k] = 'vvv'
test_mget_mset(kv)
def test_mget_special_key_2(cnt=5):
#key length = 512-48-2
kv = {}
for i in range(cnt):
k = 'kkk-%s' % i
k = k + 'x'*(512-48-2-len(k))
kv[k] = 'vvv'*9
test_mget_mset(kv)
def test_mget_on_backend_down():
#one backend down
r = redis.Redis(nc.host(), nc.port())
assert_equal(None, r.get('key-2'))
assert_equal(None, r.get('key-1'))
all_redis[0].stop()
assert_fail('Connection refused|reset by peer|Broken pipe', r.mget, 'key-1')
assert_fail('Connection refused|reset by peer|Broken pipe', r.get, 'key-1')
assert_equal(None, r.get('key-2'))
keys = ['key-1', 'key-2', 'kkk-3']
assert_fail('Connection refused|reset by peer|Broken pipe', r.mget, *keys)
#all backend down
all_redis[1].stop()
r = redis.Redis(nc.host(), nc.port())
assert_fail('Connection refused|reset by peer|Broken pipe', r.mget, 'key-1')
assert_fail('Connection refused|reset by peer|Broken pipe', r.mget, 'key-2')
keys = ['key-1', 'key-2', 'kkk-3']
assert_fail('Connection refused|reset by peer|Broken pipe', r.mget, *keys)
for r in all_redis:
r.start()
def test_mset_on_backend_down():
all_redis[0].stop()
r = redis.Redis(nc.host(),nc.port())
assert_fail('Connection refused|Broken pipe',r.mset,default_kv)
all_redis[1].stop()
assert_fail('Connection refused|Broken pipe',r.mset,default_kv)
for r in all_redis:
r.start()
def test_mget_pipeline():
r = getconn()
pipe = r.pipeline(transaction=False)
for k,v in default_kv.items():
pipe.set(k,v)
keys = default_kv.keys()
pipe.mget(keys)
kv = {}
for i in range(large):
kv['kkk-%s' % i] = os.urandom(100)
for k,v in kv.items():
pipe.set(k,v)
for k in kv.keys():
pipe.get(k)
rst = pipe.execute()
#print rst
#check the result
keys = default_kv.keys()
#mget to check
vals = r.mget(keys)
for i, k in enumerate(keys):
assert(kv[k] == vals[i])
#del
assert (len(keys) == r.delete(*keys) )
#mget again
vals = r.mget(keys)
for i, k in enumerate(keys):
assert(None == vals[i])
def test_multi_delete_normal():
r = getconn()
for i in range(100):
r.set('key-%s'%i, 'val-%s'%i)
for i in range(100):
assert_equal('val-%s'%i, r.get('key-%s'%i) )
keys = ['key-%s'%i for i in range(100)]
assert_equal(100, r.delete(*keys))
for i in range(100):
assert_equal(None, r.get('key-%s'%i) )
def test_multi_delete_on_readonly():
all_redis[0].slaveof(all_redis[1].args['host'], all_redis[1].args['port'])
r = redis.Redis(nc.host(), nc.port())
# got "READONLY You can't write against a read only slave"
assert_fail('READONLY|Invalid', r.delete, 'key-1')
assert_equal(0, r.delete('key-2'))
assert_fail('READONLY|Invalid', r.delete, 'key-3')
keys = ['key-1', 'key-2', 'kkk-3']
assert_fail('Invalid argument', r.delete, *keys) # got "Invalid argument"
def test_multi_delete_on_backend_down():
#one backend down
all_redis[0].stop()
r = redis.Redis(nc.host(), nc.port())
assert_fail('Connection refused|reset by peer|Broken pipe', r.delete, 'key-1')
assert_equal(None, r.get('key-2'))
keys = ['key-1', 'key-2', 'kkk-3']
assert_fail('Connection refused|reset by peer|Broken pipe', r.delete, *keys)
#all backend down
all_redis[1].stop()
r = redis.Redis(nc.host(), nc.port())
assert_fail('Connection refused|reset by peer|Broken pipe', r.delete, 'key-1')
assert_fail('Connection refused|reset by peer|Broken pipe', r.delete, 'key-2')
keys = ['key-1', 'key-2', 'kkk-3']
assert_fail('Connection refused|reset by peer|Broken pipe', r.delete, *keys)
for r in all_redis:
r.start()
def test_multi_delete_20140525():
r = getconn()
cnt = 126
keys = ['key-%s'%i for i in range(cnt)]
pipe = r.pipeline(transaction=False)
pipe.mget(keys)
pipe.delete(*keys)
pipe.execute()
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