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python+rabbitmq实现分布式
#master
# -*- coding: utf-8 -*-
import sys
#reload(sys)
sys.setdefaultencoding("utf-8")
import pymongo
import random, time, Queue
from multiprocessing import freeze_support
from multiprocessing.managers import BaseManager
global connetion
connetion=pymongo.MongoClient(‘192.168.30.79‘,27017)
#connection=pymongo.MongoClient(‘mongodb://10.10.5.216:27017‘)
dbs=connetion.database_names()
for i in dbs:
print("mongdb connect successful")
print (i+"\n")
db=connetion.get_database(‘5wdomian_0519‘)
table11=db.get_collection(‘DeviceData‘)
table12=db.get_collection(‘DeviceDataSource‘)
table13=db.get_collection(‘Device‘)
# ####################################################################
# 发送任务的队列:
task_queue = Queue.Queue(maxsize=100)
# 接收结果的队列:
result_queue = Queue.Queue()
# 从BaseManager继承的QueueManager:
class QueueManager(BaseManager):
pass
def return_task_queue():
global task_queue
return task_queue
def return_result_queue():
global result_queue
return result_queue
def test():
# 把两个Queue都注册到网络上, callable参数关联了Queue对象:
# QueueManager.register(‘get_task_queue‘, callable=lambda: task_queue)
# QueueManager.register(‘get_result_queue‘, callable=lambda: result_queue)
QueueManager.register(‘get_task_queue‘, callable=return_task_queue)
QueueManager.register(‘get_result_queue‘, callable=return_result_queue)
# 绑定端口5000, 设置验证码‘abc‘:
manager = QueueManager(address=(‘192.168.30.72‘, 5001), authkey=b‘abc‘)
# 启动Queue:
manager.start()
# 获得通过网络访问的Queue对象:
task = manager.get_task_queue()
result = manager.get_result_queue()
#%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
type=‘type‘
sourceId=‘sourceId‘
devId=‘devId‘
content=‘content‘
fileId=‘fileId‘
subName=‘subName‘
name=‘name‘
aa=[]
bb=[]
cc=[]
#aa=list(type1[:])
config=‘config‘
cdpTable=‘cdpTable‘
routeTable=‘routeTable‘
showCommand=‘showCommand‘
arpTable=‘arpTable‘
stpTable=‘stpTable‘
macTable=‘macTable‘
commonTable=‘commonTable‘
nctTable=‘nctTable‘
bgpNbrTable=‘bgpNbrTable‘
dis_benchID=‘0d537ee8-ecec-4f45-9d52-e5660300d92d‘
k=0
type1=table11.find({sourceId:dis_benchID},{type:1,sourceId:1,devId:1,content:1,fileId:1,subName:1,name:1},no_cursor_timeout=True)
type2=[]
#%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
# 放几个任务进去:
try:
for i in type1:
type2.append(i)
if len(type2)==5:
print (len(type2))
task.put(type2)
type2=[]
#print (i)
k+=5
print (k)
print (‘queue size is‘+str(task.qsize()))
if len(type2)!=0:
task.put(type2)
except Exception as e:
print (e)
# 从result队列读取结果:
type1.close()
print(‘Try get results...‘)
#for i in range(100):
r=result.get()
#print (r)
# print(‘Result: %s‘ % r)
# 关闭:
while r==‘done‘:
manager.shutdown()
print(‘master exit.‘)
if __name__ == ‘__main__‘:
freeze_support()
test()
#worker
# -*- coding : utf-8 -*-
import sys
reload(sys)
sys.setdefaultencoding("utf-8")
import os
import pymongo
import datetime
from gridfs import GridFS
import time, sys, Queue
from multiprocessing.managers import BaseManager
#%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
global connetion
connetion=pymongo.MongoClient(‘192.168.30.79‘,27017)
path=‘C:\\soft‘
#connection=pymongo.MongoClient(‘mongodb://10.10.5.216:27017‘)
dbs=connetion.database_names()
for i in dbs:
print("mongdb connect successful")
print (i+"\n")
db=connetion.get_database(‘5wdomian_0519‘)
#table11=db.get_collection(‘DeviceData‘)
table12=db.get_collection(‘DeviceDataSource‘)
table13=db.get_collection(‘Device‘)
#%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
class QueueManager(BaseManager):
pass
QueueManager.register(‘get_task_queue‘)
QueueManager.register(‘get_result_queue‘)
#%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
type=‘type‘
sourceId=‘sourceId‘
devId=‘devId‘
content=‘content‘
fileId=‘fileId‘
subName=‘subName‘
name=‘name‘
aa=[]
bb=[]
cc=[]
#aa=list(type1[:])
config=‘config‘
cdpTable=‘cdpTable‘
routeTable=‘routeTable‘
showCommand=‘showCommand‘
arpTable=‘arpTable‘
stpTable=‘stpTable‘
macTable=‘macTable‘
commonTable=‘commonTable‘
nctTable=‘nctTable‘
bgpNbrTable=‘bgpNbrTable‘
dis_benchID=‘79aa8379-5bf4-42a7-9682-c71cf95f9873‘
#type1=table11.find({},{type:1,sourceId:1,devId:1,content:1,fileId:1,subName:1,name:1},no_cursor_timeout=True)
#%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
server_addr = ‘192.168.30.72‘
print(‘Connect to server %s...‘ % server_addr)
m = QueueManager(address=(server_addr, 5001), authkey=b‘abc‘)
try:
m.connect()
except :
print(‘please start task_master.py!‘)
sys.exit("sorry, goodbye!");
task = m.get_task_queue()
result = m.get_result_queue()
try:
while True:
if not task.empty():
b=task.get()
for a in b:
print (a)
key1=a.keys()
if fileId not in key1:
if sourceId not in key1:
if not os.path.exists(path+"\\errdata"):
os.mkdir(path+"\\errdata")
else:
with open(path+"\\errdata\\errdata.txt",‘a‘) as fe:
fe.write(str(a)+"\n")
else:
#bb=list(table22[:])
#cc=list(table33[:])
table22=table12.find({},{‘startTime‘:‘True‘,‘srcType‘:‘True‘},no_cursor_timeout=True)
table33=table13.find({},{‘name‘:‘True‘,‘mip‘:‘True‘},no_cursor_timeout=True)
for b in table22:
if(a[u‘sourceId‘]==b[u‘_id‘]):
b1=(str(b[u‘startTime‘])+str(b[u‘srcType‘])).replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
path1=path+"\\"+b1
if not os.path.exists(path1):
os.mkdir(path1)
ty=str(a[u‘type‘])
l1=len(str(ty))
if (ty[(l1-4):]==‘Orig‘):
if(ty[0:(l1-4)]==arpTable):
typename=‘ArpTable‘
elif(ty[0:(l1-4)]==cdpTable):
typename=‘CdpTable‘
elif(ty[0:(l1-4)]==bgpNbrTable):
typename=‘BGPAdRoutingTable‘
elif(ty[0:(l1-4)]==routeTable):
typename=‘RoutingTable‘
elif(ty[0:(l1-4)]==config):
typename=‘ConfigFile‘
elif(ty[0:(l1-4)]==showCommand):
typename=‘ShowCommand‘
elif(ty[0:(l1-4)]==stpTable):
typename=‘StpTable‘
elif(ty[0:(l1-4)]==macTable):
typename=‘MacTable‘
elif(ty[0:(l1-4)]==nctTable):
typename=‘CommonTable‘
else:typename=‘unkown‘+ty
path2=path1+"\\"+typename
if not os.path.exists(path2):
os.mkdir(path2)
for c in table33:
if (a[u‘devId‘]==c[u‘_id‘]):
if(ty[0:(l1-4)]==arpTable):
if "subName" in key1:
hostname1=str(c[u‘name‘]+"$management.txt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname2=path2+"\\"+hostname1
with open(hostname2,‘w‘) as f1:
f1.write(a[u‘content‘])
else:
hostname1=str(c[u‘name‘]+".txt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname2=path2+"\\"+hostname1
with open(hostname2,‘w‘) as f1:
f1.write(a[u‘content‘])
elif(ty[0:(l1-4)]==cdpTable):
hostname1=str(c[u‘name‘]+".txt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname2=path2+"\\"+hostname1
with open(hostname2,‘w‘) as f1:
f1.write(a[u‘content‘])
elif(ty[0:(l1-4)]==routeTable):
hostname1=str(c[u‘name‘])
if "subName" in key1:
hostname_file=str(hostname1+"$"+a[u‘subName‘][‘vrf‘]+".txt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname2=path2+"\\"+hostname_file
with open(hostname2,‘w‘) as f1:
f1.write(a[u‘content‘])
else:
hostname_file=str(hostname1+".txt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname2=path2+"\\"+hostname_file
with open(hostname2,‘w‘) as f1:
f1.write(a[u‘content‘])
elif(ty[0:(l1-4)]==showCommand):
hostname1=str(c[u‘name‘]+"$0$"+a[u‘name‘]+".txt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname2=path2+"\\"+hostname1
with open(hostname2,‘w‘) as f1:
f1.write(a[u‘content‘])
elif(ty[0:(l1-4)]==config):
hostname1=str(c[u‘name‘]+".config").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname2=path2+"\\"+hostname1
with open(hostname2,‘wb‘) as f1:
f1.write(a[u‘content‘])
elif(ty[0:(l1-4)]==macTable):
hostname1=str(c[u‘name‘]+".txt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname2=path2+"\\"+hostname1
with open(hostname2,‘w‘) as f1:
f1.write(a[u‘content‘])
elif(ty[0:(l1-4)]==stpTable):
hostname1=str(c[u‘name‘]+".txt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname2=path2+"\\"+hostname1
with open(hostname2,‘w‘) as f1:
f1.write(a[u‘content‘])
elif(ty[0:(l1-4)]==bgpNbrTable):
if "subName" in key1:
hostname1=str(c[u‘name‘])
hostname_ip=a[u‘subName‘][‘peIp‘]
key2=a[u‘subName‘].keys()
if "vrf" in a[u‘subName‘].keys():
hostname_vrf=a[u‘subName‘][‘vrf‘]
hostname_file=str(hostname1+"$"+hostname_ip+"$"+hostname_vrf+".txt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname2=path2+"\\"+hostname_file
with open(hostname2,‘w‘) as f1:
f1.write(a[u‘content‘])
else:
hostname_file=str(hostname1+"$"+hostname_ip+".txt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname2=path2+"\\"+hostname_file
with open(hostname2,‘w‘) as f1:
f1.write(a[u‘content‘])
else:
hostname1=str(c[u‘name‘])
hostname_ip=c[u‘mip‘]
hostname_file=str(hostname1+"$"+hostname_ip+".txt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname2=path2+"\\"+hostname_file
with open(hostname2,‘w‘) as f1:
f1.write(a[u‘content‘])
elif(ty[0:(l1-4)]==nctTable):
hostname1=str(c[u‘name‘])
hostname_name=a[u‘name‘]
hostname_file=str(hostname1+"$$"+hostname_name+".txt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname2=path2+"\\"+hostname_file
with open(hostname2,‘w‘) as f1:
f1.write(a[u‘content‘])
else:
if(ty==arpTable):
typename=‘ArpTable‘
elif(ty==cdpTable):
typename=‘CdpTable‘
elif(ty==bgpNbrTable):
typename=‘BGPAdRoutingTable‘
elif(ty==routeTable):
typename=‘RoutingTable‘
elif(ty==config):
typename=‘ConfigFile‘
elif(ty==showCommand):
typename=‘ShowCommand‘
elif(ty==stpTable):
typename=‘StpTable‘
elif(ty==macTable):
typename=‘MacTable‘
elif(ty==nctTable):
typename=‘CommonTable‘
else:typename=‘unkown‘+ty
path2=path1+"\\"+typename
if not os.path.exists(path2):
os.mkdir(path2)
for c in table33:
if (a[u‘devId‘]==c[u‘_id‘]):
if(ty==arpTable):
hostname=str(c[u‘name‘])
if "subName" in key1:
hostname_vrf=a[u‘subName‘][‘vrf‘]
filename=str(hostname+"$"+hostname_vrf+"$"+"default-live.oat").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
else:
filename=str(hostname+"$$"+"default-live.oat").replace("*","XD").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
elif(ty==cdpTable):
hostname=str(c[u‘name‘])
if "subName" in key1:
hostname_vrf=a[u‘subName‘][‘vrf‘]
filename=str(hostname+"$"+hostname_vrf+"$"+"default-live.cdp").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
else:
filename=str(hostname+"$$"+"default-live.cdp").replace("*","XD").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
elif(ty==routeTable):
hostname=str(c[u‘name‘])
if "subName" in key1:
hostname_vrf=a[u‘subName‘][‘vrf‘]
filename=str(hostname+"$"+hostname_vrf+"$"+"default-live.ort").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
else:
filename=str(hostname+"$$"+"default-live.ort").replace("*","XD").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
elif(ty==showCommand):
hostname=str(c[u‘name‘])
hostname_vrf=str(a[u‘name‘])
filename=str(hostname+"$0$"+hostname_vrf+".txt").replace("*","XD").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
elif(ty==config):
hostname=str(c[u‘name‘]).replace("*","XD").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
filename=hostname+".config"
hostname4=path2+"\\"+filename
with open(hostname4,‘wb‘) as f2:
f2.write(a[u‘content‘].decode(‘utf8‘))
elif(ty==macTable):
hostname=str(c[u‘name‘])
if "subName" in key1:
hostname_vrf=a[u‘subName‘][‘vrf‘]
filename=str(hostname+"$"+hostname_vrf+"$"+"default-live.omt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
else:
filename=str(hostname+"$$"+"default-live.omt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
elif(ty==stpTable):
hostname=str(c[u‘name‘])
if "subName" in key1:
hostname_vrf=a[u‘subName‘][‘vrf‘]
filename=str(hostname+"$"+hostname_vrf+"$"+"default-live.stp").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
else:
filename=str(hostname+"$$"+"default-live.stp").replace("*","XD").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
elif(ty==bgpNbrTable):
hostname=str(c[u‘name‘])
if "subName" in key1:
hostname_ip=a[u‘subName‘][‘peIp‘]
if "vrf" in a[u‘subName‘].keys():
hostname_vrf=a[u‘subName‘][u‘vrf‘]
filename=str(hostname+"$"+hostname_ip+"$"+"default-live"+"$"+hostname_vrf+".obgprt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
else:
filename=str(hostname+"$"+hostname_ip+"$"+"default-live.obgprt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
else:
hostname_ip=c[u‘mip‘]
filename=str(hostname+"$"+hostname_ip+"$"+"default-live.obgprt").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
elif(ty==nctTable):
hostname=str(c[u‘name‘])
hostname_name=a[u‘name‘]
filename=str(hostname+"$$"+hostname_name+".csv").replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
hostname4=path2+"\\"+filename
with open(hostname4,‘w‘) as f2:
f2.write(a[u‘content‘])
table33.close()
table22.close()
else:
if a[u‘fileId‘]!=None:
fs=GridFS(db)
table22=table12.find({},{‘startTime‘:‘True‘})
bb=list(table22[:])
table33=table13.find({},{‘name‘:‘True‘})
cc=list(table33[:])
for b in bb:
if(a[u‘sourceId‘]==b[u‘_id‘]):
b1=str(b[u‘startTime‘]).replace("X","XX").replace("*","XD").replace("/","XA").replace(":","XC").replace("<","XG").replace(">","XH").replace("|","XI").replace("\\","XB").replace("?","XE").replace(‘"‘,‘XF‘)
path1=path+"\\"+b1
if not os.path.exists(path1):
os.mkdir(path1)
fileid=a[u‘fileId‘]
print (fileid)
path2=path1+"\\"+str(fileid)+‘.big‘
f=fs.get(fileid).read()
with open(path2,‘w‘) as f3:
f3.write(f)
#time.sleep(1)
else:
break
except Queue.Empty:
print(‘task queue is empty.‘)
#result.put(‘done‘)
time.sleep(10)
print(‘worker exit...‘)
if __name__ == ‘__main__‘:
pass
python+rabbitmq实现分布式
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