def process(command):
client = RedisClient(host='localhost', port=6391)
client.select(3)
#get notices
notices = client.smembers('notices')
print notices
return reply(True, notices, command)
def process(command):
proposal_id = command['proposal_id']
client = RedisClient(host='localhost', port=6391)
client.select(2)
#get proposal
#get proposal comment
return reply(True, command, proposal_title_list)
def send_loop():
c = RedisClient()
sleep(1)
print 'SEND S', time.time()
for x in xrange(500):
c.publish("foo", "bar")
print 'SEND E', time.time()
def send_loop():
c = RedisClient()
sleep(1)
print 'SEND S', time.time()
for x in xrange(500):
c.publish("foo", "bar")
print 'SEND E', time.time()
def take_lock():
global counter
client = RedisClient('localhost', 6379)
try:
with RedisLock(client, key, timeout=lock_timeout) as lock:
v = client.get(incr_key)
sleep(random.random() * sleep_factor)
client.set(incr_key, int(v) + 1)
counter += 1
except LockNotAcquired:
pass
def take_lock():
global counter
client = RedisClient('localhost', 6379)
try:
with RedisLock(client, key, timeout=lock_timeout) as lock:
v = client.get(incr_key)
sleep(random.random() * sleep_factor)
client.set(incr_key, int(v) + 1)
counter += 1
except LockNotAcquired:
pass
def process(command):
user_name = command["user_name"]
password = command["password"]
print user_name
print password
client = RedisClient(host='localhost', port=6391)
client.select(1)
pw = client.hget('user_name', user_name)
if pw == password:
return reply(True, 10001, 1, command)
else:
print "password is not right : %r" % user_name
return reply(False, 0, 0, command)
def process(command):
proposal_id = command['proposal_id']
client = RedisClient(host='localhost', port=6391)
client.select(2)
comments = []
comment_id = "comment_" + str(proposal_id)
comment_list = client.lrange(comment_id, 0, -1)
for comment in comment_list:
result = comment.split('^')
if len(result)>=3:
comments.append(Comment(result[0], result[1], result[2]).data_dict)
return reply(True, command, comments)
def process(command):
user_name = command["user_name"]
password = command["password"]
print user_name
print password
client = RedisClient(host='localhost', port=6391)
client.select(1)
pw = client.hget('user_name', user_name)
if pw == password:
return {"result":True, "user_id":10001, "privilege":1}
else:
print "password is not right : %r" % user_name
return {"result":False, "user_id":0, "privilege":0}
def process(command):
notice = command["content"]
client = RedisClient(host='localhost', port=6391)
client.select(3)
#Write notice to redis
#Set
print notice.encode('UTF8')
result = client.sadd('notices', notice.encode('UTF8'))
print "sadd result", result
if result:
return reply(True, command)
else:
return reply(False, command)
def process(command):
proposal_id = command['proposal_id']
comment = command['comment']
user_name = command['user_name']
client = RedisClient(host='localhost', port=6391)
client.select(2)
#check propsoal
key = "proposal" + str(proposal_id)
print "key %r" % key
result = client.exists(key)
if not result:
return {'command': command['command'], 'sequence_id': command['sequence_id'], "result": result}
#sadd
comment_id = "comment_" + str(proposal_id)
client.lpush(comment_id, user_name+'^'+comment+'^'+str(time.time()))
comments = []
comment_list = client.lrange(comment_id, 0, -1)
for comment in comment_list:
result = comment.split('^')
if len(result)>=3:
comments.append(Comment(result[0], result[1], result[2]).data_dict)
return reply(True, command, comments)
def main():
client = RedisClient('localhost', 6379)
client.delete(key)
client.set(incr_key, 0)
for _ in xrange(500):
fork(take_lock)
if random.random() > 0.1:
sleep(random.random() / 10)
sleep(2)
assert counter == int(client.get(incr_key)), 'Incr failed!'
quickstop()
def main():
client = RedisClient('localhost', 6379)
client.delete(key)
client.set(incr_key, 0)
for _ in xrange(500):
fork(take_lock)
if random.random() > 0.1:
sleep(random.random() / 10)
sleep(2)
assert counter == int(client.get(incr_key)), 'Incr failed!'
quickstop()
def process(command):
#get account id
client = RedisClient('localhost', 6391)
client.select(1)
accout_id_key = "accout_id"
accout_id_lock = "accout_id_lock"
try:
with RedisLock(client, accout_id_lock, timeout=lock_timeout) as lock:
accout_id = client.get(accout_id_key)
client.set(accout_id_key, int(accout_id) + 1)
except LockNotAcquired:
pass
#create account: name password privilege
return {"result":False, "user_id":0, "privilege":0}
def process(command):
proposal_id = command['proposal_id']
print "proposal_id %r" %proposal_id
client = RedisClient(host='localhost', port=6391)
client.select(2)
proposal_key = "proposal" + str(proposal_id)
print proposal_key
value = client.hgetall(proposal_key)
print value
client.select(4)
key = "reconsider" + str(proposal_id)
client.hset(key, 'title', value['title'])
client.hset(key, 'state', value['state'])
client.hset(key, 'content', value['content'])
client.hset(key, 'type', 1)
client.hset(key, 'time', value['time'])
client.hset(key, 'agree_count', 0)
client.hset(key, 'disagree', 0)
reconsiderTitle = ReconsiderTitle(value['title'], value['state'], proposal_id, value['content'], 0, 0)
client.lpush("list", proposal_id)
#create reconsider
#delete proposal
client.select(2)
client.delete(proposal_key)
client.lrem("list", proposal_id, 1)
return reply(True, command, reconsiderTitle)
def process(command):
client = RedisClient(host='localhost', port=6391)
client.select(2)
proposal_id_lock = "proposal_id_lock"
proposal_id_key = "uuid"
proposal_id = 0
#get proposal id
try:
with RedisLock(client, proposal_id_lock, timeout=lock_timeout) as lock:
proposal_id = client.get(proposal_id_key)
client.set(proposal_id_key, int(proposal_id) + 1)
except LockNotAcquired:
return reply(False, command)
proposeal_key = "proposal" + str(proposal_id)
client.hset(proposeal_key, 'title', command['title'])
client.hset(proposeal_key, 'content', command['content'])
#提议: 复议/未复议
#复议: 赞同/反对
#会议: 进行中/已完成/为开始
#决议: 执行
client.hset(proposeal_key, 'state', 0)
client.hset(proposeal_key, 'type', 0)
client.hset(proposeal_key, 'time', time.time())
client.lpush("list", proposal_id)
#set proposal title
#proposal_id: title: ***
# content: ***
# state: ***
# time:
#SORT list get proposal_*->time
#sort list by proposal*->time get proposal*->content
return reply(True, command, proposal_id)