Python multithreaded Test Interface performance

Import requestsimport jsonimport threadingimport time# definition Request Base Address Base_url = "http://127.0.0.1:8000" success = 0fail = 0# query thread def get_guest_list_thread (Start_user,end_user): For I in Range (start_user,end_user): Phone = 13511001095 + i #13 511001100 r = requests.get (base_url+ '/api/get_guest_list/', params={' Eid ': 1, ' Phone ':p hone}) # Print (r.status _code) # Print (r.content) # b ' {"Status": $, "message": "Success", "data": {"realname": "Alen", "Phone": "13 511001100 "," email ":" [email protected] "," sign ": false} ' # Print (R.json ()) # {' Status ': $, ' message ': ' suc Cess ', ' data ': {' realname ': ' Alen ', ' phone ': ' 13511001100 ', ' email ': ' [email protected] ', ' sign ': ' False '} # PR Int (type (r)) # <class ' Requests.models.Response ' >, this type has a JSON method and does not require import JSON # print (r) # <response [200] > # Print (json.loads (r.content)) #需要import json,{' status ': $, ' message ': ' Success ', ' data ': {' realname ': ' Alen ', ' phone ': ' 13511001100' Email ': ' [email protected] ', ' sign ': False}} result = R.json () Global Success,fail try: If phone== ' 13511001100 ' or phone== ' 13511001101 ': Assert result[' status '] = = succes s +=1 else:assert result[' status '] = = 10022 Success +=1 except Assertione Rror as E:print (' Get Error: ' +str (phone)) Fail +=1# 5 threads, 25 data # lists = {1:6, 6:11, 11:16, 16:21, 21 : 26} # The data can be written in this way, or it can be generated by the following: 25n = 5step = Int (data/n) lists = {}for I in range (1,n+1), lists[(i-1) *step+1]=i*step + 1 Print (lists) # Create thread list threads = []# Create thread for Start_user,end_user in Lists.items (): t = Threading.    Thread (target=get_guest_list_thread,args= (Start_user,end_user)) Threads.append (t) if __name__ = = ' __main__ ': # Start time Start_time = Time.time () # Boot thread for I in range (len (lists)): Threads[i].start () for I in range (len (lists) ): Threads[i].join () # End Time Time.sleEP (3) # to make it more apparent that use case execution is time consuming, plus sleep end_time = Time.time () print ("Start Time:" +str (start_time) + ' >>>>> ' +time.strftime    ("%y-%m-%d%h:%m:%s", Time.localtime (start_time)))    Print ("End Time:" +str (end_time) + ' >>>>> ' +time.strftime ("%y-%m-%d%h:%m:%s", Time.localtime (end_time))) Print (' Total time Spent: ' +str (end_time-start_time) ' # Run time print (' test by number of cases: {}, number of test failure cases: {}, Test pass rate: {} '. Format (SUCCESS,FAIL,STR ( Success*100/(success+fail)) + '% ')

　　

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Python multithreaded Test Interface performance