121 lines
2.6 KiB
Python
121 lines
2.6 KiB
Python
#coding: utf-8
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import random, string
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import redis
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import ledis
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from redis_import import copy, scan, set_ttl
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rds = redis.Redis()
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lds = ledis.Ledis(port=6380)
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def random_word(words, length):
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return ''.join(random.choice(words) for i in range(length))
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def get_words():
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word_file = "/usr/share/dict/words"
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words = open(word_file).read().splitlines()
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return words[:1000]
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def get_mapping(words, length=1000):
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d = {}
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for word in words:
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d[word] = random.randint(1, length)
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return d
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def random_string(client, words, length=1000):
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d = get_mapping(words, length)
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client.mset(d)
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def random_hash(client, words, length=1000):
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d = get_mapping(words, length)
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client.hmset("hashName", d)
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def random_list(client, words, length=1000):
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client.lpush("listName", *words)
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def random_zset(client, words, length=1000):
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d = get_mapping(words, length)
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client.zadd("zsetName", **d)
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def test():
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words = get_words()
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print "Flush all redis data before insert new."
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rds.flushall()
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random_string(rds, words)
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print "random_string done"
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random_hash(rds, words)
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print "random_hash done"
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random_list(rds, words)
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print "random_list done"
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random_zset(rds, words)
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print "random_zset done"
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lds.lclear("listName")
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lds.hclear("hashName")
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lds.zclear("zsetName")
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copy(rds, lds, convert=True)
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# for all keys
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keys = scan(rds, 1000)
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for key in keys:
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if rds.type(key) == "string" and not lds.exists(key):
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print key
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print "String data not consistent"
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# for list
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l1 = rds.lrange("listName", 0, -1)
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l2 = lds.lrange("listName", 0, -1)
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assert l1 == l2
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#for hash
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for key in keys:
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if rds.type(key) == "hash":
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assert rds.hgetall(key) == lds.hgetall(key)
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assert sorted(rds.hkeys(key)) == sorted(lds.hkeys(key))
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assert sorted(rds.hvals(key)) == sorted(lds.hvals(key))
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# for zset
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z1 = rds.zrange("zsetName", 0, -1, withscores=True)
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z2 = lds.zrange("zsetName", 0, -1, withscores=True)
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assert z1 == z2
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def ledis_ttl(ledis_client, key, k_type):
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ttls = {
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"string": lds.ttl,
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"list": lds.lttl,
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"hash": lds.httl,
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"zset": lds.zttl,
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}
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return ttls[k_type](key)
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def test_ttl():
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keys, total = scan(rds, 1000)
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for key in keys:
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k_type = rds.type(key)
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rds.expire(key, (60 * 60 * 24))
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set_ttl(rds, lds, key, k_type)
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if rds.ttl(key):
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assert ledis_ttl(lds, key, k_type) > 0
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if __name__ == "__main__":
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test()
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test_ttl()
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print "Test passed."
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