Nginx Httpcode的分析脚本是什么

今天就跟大家聊聊有关Nginx Httpcode的分析脚本是什么，可能很多人都不太了解，为了让大家更加了解，小编给大家总结了以下内容，希望大家根据这篇文章可以有所收获。

之前在做CDN运维的时候，因为业务的特殊性（跨机房，跨ISP，跨区域），把日志集中传输到一个中心来做qos的分析不太现实，因此采用的方法是每5分钟对Nginx日志进行切割，然后通过Python程序计算http code的分布，并通过Zabbix来实现单台机器Nginx qos的监控，配合对Zabbix数据库的Lastvalue进行聚合，则可以监控整个CDN的流量，qos数据等，这样一般发现问题的延迟就在5分钟左右（cdn的qos敏感性不是很强）,配合rsync+hadoop+hive来计算nginx的日志，也可以得到更加详细的各个维度的分析（离线数据分析），下面贴下Nginx日志使用的分析脚本：

先贴下zabbix聚合脚本：

#!/usr/bin/python #to get webcdn totaol statistics # -*- coding: utf8 -*- import MySQLdb import sys import os def get_total_value(sql):     db = MySQLdb.connect(host='xxxx',user='xxxx',passwd='xxxx',db='xxxx')     cursor = db.cursor()     cursor.execute(sql)     try:           result = cursor.fetchone()[0]     except:         result = 0     cursor.close()     db.close()     return result if __name__ == '__main__':     sql = ''     if sys.argv[1] == "network_traffic":         sql = "select round(sum(lastvalue)/(1024*1024),4) from  hosts a, items b   where key_ in ( 'net.if.out[eth2,bytes]','net.if.out[eth0,bytes]') and lower(host) like '%-cdn-cache%'  and a.hostid = b.hostid"     elif sys.argv[1] == "nginx_traffic":         sql = "select sum(lastvalue) from  hosts a, items b   where key_ = 'log_webcdn_getvalue[traffic]'   and lower(host) like '%cdn-cache%'  and a.hostid = b.hostid"     elif sys.argv[1] == "2xxand3xx":         sql = "select sum(lastvalue) from  hosts a, items b   where key_ in ( 'log_webcdn_getvalue[200]','log_webcdn_getvalue[300]') and lower(host) like '%-cdn-cache%'  and a.hostid = b.hostid"     elif sys.argv[1] == "4xxand5xx":         sql = "select sum(lastvalue) from  hosts a, items b   where key_ in ( 'log_webcdn_getvalue[four]','log_webcdn_getvalue[five]') and lower(host) like '%-cdn-cache%'  and a.hostid = b.hostid"     elif sys.argv[1] == "network_ss":         sql = "select sum(lastvalue) from  hosts a, items b   where key_ = 'network_conn' and lower(host) like '%-cdn-cache%'  and a.hostid = b.hostid"     else:         sys.exit(0) #    print sql     value = get_total_value(sql)     print value

然后是单台的分析脚本：

#!/usr/bin/python #coding=utf-8 from __future__ import division import subprocess, signal,string import codecs import re import os import time, datetime import sys def show_usage():     print """         python nginx_log_wedcdn.py result_key         result_key could be:         average_bodysize, response_time, sum_count, count_success, four, 403, 404, 499, five, 500, 502, 503, 200, 300, requests_second         response_time_source, percentage_time_1, percentage_time_3, all           """ def runCmd(command, timeout = 10):     start = datetime.datetime.now()     process = subprocess.Popen(command, stdout=subprocess.PIPE, stderr=subprocess.PIPE, shell=True)     while process.poll() is None:         time.sleep(0.2)         now = datetime.datetime.now()         if (now - start).seconds > timeout:             os.kill(process.pid, signal.SIGKILL)             os.waitpid(-1, os.WNOHANG)             return None     return process.stdout.readlines() def get_old_filename():     t = datetime.datetime.now() + datetime.timedelta(minutes = -5)     a = t.strftime('%Y-%m-%d-%H')     b = t.strftime('%M')     b = int(b)//5*5     if b < 10:         c = "0" + str(b)     else:         c = str(b)     d = "/log/nginx/old/" + a + "-%s.log.gz" % c     #print d     return d def get_new_filename():     t = datetime.datetime.now() + datetime.timedelta(minutes = -5)     a = t.strftime('%Y-%m-%d-%H')     b = t.strftime('%M')     b = int(b)//5*5     if b < 10:         c = "0" + str(b)     else:         c = str(b)     d = "/log/nginx/old/" + a + "-%s.log" % c     #print d     return d def get_new2_filename():     t = datetime.datetime.now() + datetime.timedelta(minutes = -5)     a = t.strftime('%Y-%m-%d-%H')     b = t.strftime('%M')     b = int(b)//5*5     if b < 10:         c = "0" + str(b)     else:         c = str(b)     d = "/log/nginx/new/" + a + "-%s.log" % c     #print d     return d def average_flow():     flow = 0     flow1 = 0     flow_ppsucai = 0     flow_asimgs = 0     flow_static9 = 0     traffic = 0.0     traffic1 = 0.0     count = 0     count_sucai = 0     count_sucai_100 = 0     count_sucai_30_100 = 0     count_sucai_30 = 0     count_asimgs = 0     count_asimgs_100 = 0     count_asimgs_30_100 = 0     count_asimgs_30 = 0     count_static9 = 0     count_static9_100 = 0     count_static9_30_100 = 0     count_static9_30 = 0     sum_time = 0.0     sum_ppsucai_time = 0.0     sum_asimgs_time = 0.0     sum_static9_time = 0.0     sum_time_source = 0.0     count_200 = 0     count_300 = 0     count_success = 0     count_200_backup = 0     count_not_200_backup = 0     id_list_200 = [200,206]     id_list_300 = [300,301,302,303,304,305,306,307]     id_list_success = [200,206,300,301,302,303,304,305,306,307]     data_byte = 0     elapsed = 0.0     response_time = 0.0     response_time_source = 0.0     requests_second = 0.0     requests_second_sucai = 0.0     requests_second_asimgs = 0.0     list_time_1 = []     list_time_3 = []     list_ip_403 = []     list_ip_404 = []     list_ip_415 = []     list_ip_499 = []     list_ip_500 = []     list_ip_502 = []     list_ip_503 = []     server_list = ['"127.0.0.1:8080"','"127.0.0.1:8081"','"-"']     file_name = get_old_filename()     if os.path.isfile("%s" % file_name):         Writelog(file_name)         i = os.popen("/bin/zcat %s" % file_name).readlines()         #i = gzip.GzipFile("%s" % file_name).readlines()     else:         file_name = get_new_filename()         if os.path.isfile("%s" % file_name):             Writelog(file_name)             i = os.popen("/bin/cat %s" % file_name).readlines()         else:             #time.sleep(15)             file_name = get_new2_filename()             if os.path.isfile("%s" % file_name):                 Writelog(file_name)                 i = os.popen("/bin/cat %s" % file_name).readlines()             else:                 os.popen("rm -f /tmp/exist.txt")                 sys.exit(1)     for line in i:             count += 1             try:                 domain_name = line.split()[1]             except:                 pass               try:                 web_code = int(line.split()[8])             except:                 web_code = 888             try:                 IP = str(line.split()[0])             except:                 pass             try:                   data_byte = int(line.split()[9])                 #print "data", data_byte             except:                 data_byte = 0.0001             try:                 elapsed = float(line.split()[-1].strip('"'))                 if elapsed == 0.000:                     elapsed = 0.0001             except:                 elapsed = 0.0001             try:                   time_source = float(line.split()[-4].strip('"'))             except:                 time_source = 0.0             try:                 backup_server =  str(line.split()[-3])             except:                 pass             flow1 += data_byte             if web_code in id_list_success:                 flow += data_byte                 sum_time_source += time_source                 if domain_name != "ppsucai.pptv.com":                     sum_time += elapsed                 else:                     #print domain_name                     sum_time += 0.000             if web_code in id_list_200:                 #print web_code                 count_200 += 1                 if backup_server not in server_list:                     #print web_code, backup_server                     count_200_backup += 1             elif web_code == 200 and date_byte == 0:                 #print line.split()[3].lstrip("[")                 WriteURLInfo(line.split()[3].lstrip("["))                 WriteURLInfo("\t")                 WriteURLInfo(line.split()[10])                 WriteURLInfo("\n")             elif web_code in id_list_300:                 count_300 += 1             elif web_code == 403 and IP not in list_ip_403:                 list_ip_403.append(IP)                 #print "this is the sum 403 count:", IP, len(list_ip_403)             elif web_code == 404 and IP not in list_ip_404:                 list_ip_404.append(IP)                 #print "this is the sum 404 count:", IP, len(list_ip_404)             elif web_code == 415 and IP not in list_ip_415:                 list_ip_415.append(IP)                 #print "this is the sum 415 count:", IP, len(list_ip_415)             elif web_code == 499 and IP not in list_ip_499:                 list_ip_499.append(IP)                 #print "this is the sum 499 count:", IP, len(list_ip_499)             elif web_code == 500 and IP not in list_ip_500:                 list_ip_500.append(IP)                 #print "this is the sum 500 count:", IP, len(list_ip_500)             elif web_code == 502 and IP not in list_ip_502:                 list_ip_502.append(IP)                 #print "this is the sum 502 count:", IP, len(list_ip_502)             elif web_code == 503 and IP not in list_ip_503:                 list_ip_503.append(IP)                 #print "this is the sum 503 count:", IP, len(list_ip_503)             if web_code not in id_list_200 and backup_server not in server_list:                 #print web_code, backup_server                 count_not_200_backup += 1                                                                                                       if elapsed > 1.0 and web_code in id_list_success and IP not in list_time_1:                 list_time_1.append(IP)             elif elapsed > 3.0 and web_code in id_list_success and IP not in list_time_3:                 list_time_3.append(IP)                                                                                                   if domain_name == "ppsucai.pptv.com" and web_code in id_list_success:                 download_speed_sucai = round(data_byte / elapsed / 1024, 2)                 flow_ppsucai += data_byte                 sum_ppsucai_time += elapsed                 count_sucai += 1                 if download_speed_sucai >= 100:                     count_sucai_100 += 1                 elif download_speed_sucai < 100 and download_speed_sucai >= 30:                     count_sucai_30_100 += 1                 else:                     count_sucai_30 += 1             elif domain_name == "asimgs.pplive.cn" and web_code in id_list_success:                 download_speed_asimgs = round(data_byte / elapsed / 1024, 2)                 flow_asimgs += data_byte                 sum_asimgs_time += elapsed                 count_asimgs += 1                 if download_speed_asimgs >= 100:                     count_asimgs_100 += 1                 elif download_speed_asimgs < 100 and download_speed_asimgs >= 30:                     count_asimgs_30_100 += 1                 else:                     count_asimgs_30 += 1             elif domain_name == "static9.pplive.cn" and web_code in id_list_success:                 download_speed_static9 = round(data_byte / elapsed / 1024, 2)                 flow_static9 += data_byte                 sum_static9_time += elapsed                 count_static9 += 1                 if download_speed_static9 >= 100:                     count_static9_100 += 1                 elif download_speed_static9 < 100 and download_speed_static9 >= 30:                     count_static9_30_100 += 1                 else:                     count_static9_30 += 1         #else:             #break     try:         traffic = round((flow*1.07*8)/300/1024/1024, 2)         #traffic1 = round((flow1*1.07)/300/1024/1024, 2)         #print traffic, traffic1         #traffic1 = round(flow/sum_time/1024/1024, 2)         count_success = count_200 + count_300         response_time = round(sum_time/count_success, 2)         response_time_source = round(sum_time_source/count_success, 2)         requests_second = round(count_success/300, 2)         if sum_ppsucai_time == 0.0:             sum_ppsucai_time = 0.0001         if sum_asimgs_time == 0.0:             sum_asimgs_time = 0.0001         #print sum_static9_time         if sum_static9_time == 0.0:             sum_static9_time = 0.0001         traffic_ppsucai = round(flow_ppsucai/sum_ppsucai_time/1024, 2)         traffic_asimgs = round(flow_asimgs/sum_asimgs_time/1024, 2)         traffic_static9 = round(flow_static9/sum_static9_time/1024, 2)         #print "flow_static:", flow_static9, "traffic_static9", traffic_static9         average_bodysize = round((flow/count_success)/1024, 2)         percentage_time_1 = round(len(list_time_1)/count_success*100, 2)         percentage_time_3 = round(len(list_time_3)/count_success*100, 2)         if count_sucai == 0:             count_sucai = 0.0001         percentage_sucai_100 = round(count_sucai_100/count_sucai*100, 2)         percentage_sucai_30_100 = round(count_sucai_30_100/count_sucai*100, 2)         percentage_sucai_30 = round(count_sucai_30/count_sucai*100, 2)         if count_asimgs == 0:             count_asimgs = 0.0001         percentage_asimgs_100 = round(count_asimgs_100/count_asimgs*100, 2)         percentage_asimgs_30_100 = round(count_asimgs_30_100/count_asimgs*100, 2)         percentage_asimgs_30 = round(count_asimgs_30/count_asimgs*100, 2)         #print count_static9         if count_static9 == 0:             count_static9 = 0.0001         percentage_static9_100 = round(count_static9_100/count_static9*100, 2)         #print count_static9_100, "100", percentage_static9_100         percentage_static9_30_100 = round(count_static9_30_100/count_static9*100, 2)         #print count_static9_30_100, "30-100", percentage_static9_30_100         percentage_static9_30 = round(count_static9_30/count_static9*100, 2)         #print count_static9_30, "30", percentage_static9_30         requests_second_sucai = round(count_sucai/300, 2)         requests_second_asimgs = round(count_asimgs/300, 2)         requests_second_static9 = round(count_static9/300, 2)         #print requests_second_static9         #print count, "this is the count of 2xx_backup:", count_200_backup,"%", round(count_200_backup/count, 4),"this is the count of !2xx_backup:", count_not_200_backup, round(count_not_200_backup/count, 4)         percentage_200_backup = round(count_200_backup/count*100, 2)         percentage_not_200_backup = round(count_not_200_backup/count*100, 2)         return average_bodysize, response_time, count, count_success, len(list_ip_403), len(list_ip_404), len(list_ip_499), len(list_ip_500), len(list_ip_502), len(list_ip_503), count_200, count_300, requests_second, response_time_source, len(list_time_1), len(list_time_3), percentage_time_1, percentage_time_3,count_sucai,percentage_sucai_100, percentage_sucai_30_100, percentage_sucai_30, requests_second_sucai, count_asimgs, percentage_asimgs_100, percentage_asimgs_30_100, percentage_asimgs_30, requests_second_asimgs, traffic_ppsucai, traffic_asimgs, traffic, traffic_static9, count_static9, percentage_static9_100, percentage_static9_30_100, percentage_static9_30, requests_second_static9, percentage_200_backup, percentage_not_200_backup, len(list_ip_415)     except:         return 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 def log_files(pwd):         log_file_list = []         files = os.popen("ls %s" % pwd).readlines()         for x in files:                 if x.strip().endswith("log"):                         log_file_list.append(x.strip())         return log_file_list def result_dic():     list = average_flow()     #print list #   print list     result = {}     result['average_bodysize'] = list[0]     result['response_time'] = list[1]     result['sum_count'] = list[2]     result['count_success'] = list[3]     result['four'] = list[4] + list[5] + list[6] + list[39] #   print 'four','=','%s' % list[4],'+','%s' % list[5],'+','%s' % list[6],'+','%s' % list[39], result['four']     result['403'] = list[4] #   print '403', result['403']     result['404'] = list[5] #   print '404', result['404']     result['499'] = list[6] #   print '499', result['499']     result['415'] = list[39] #   print '415', result['415']     result['five'] = list[7] + list[8] + list[9]     result['500'] = list[7]     result['502'] = list[8]     result['503'] = list[9]     result['200'] = list[10]     result['300'] = list[11]     result['requests_second'] = list[12]     result['response_time_source'] = list[13]     result['percentage_time_1'] = list[16]     result['percentage_time_3'] = list[17]     result['count_sucai'] = list[18]     result['percentage_sucai_100'] = list[19]     result['percentage_sucai_30_100'] = list[20]     result['percentage_sucai_30'] = list[21]     result['requests_second_sucai'] = list[22]     result['count_asimgs'] = list[23]     result['percentage_asimgs_100'] = list[24]     result['percentage_asimgs_30_100'] = list[25]     result['percentage_asimgs_30'] = list[26]     result['requests_second_asimgs'] = list[27]     result['traffic_ppsucai'] = list[28]     result['traffic_asimgs'] = list[29]     result['traffic'] = list[30]     result['traffic_static9'] = list[31]     result['count_static9'] = list[32]     result['percentage_static9_100'] = list[33]     result['percentage_static9_30_100'] = list[34]     result['percentage_static9_30'] = list[35]     result['requests_second_static9'] = list[36]     result['percentage_200_backup'] = list[37]     result['percentage_not_200_backup'] = list[38]     result['all'] = list     return result def Writelog(msg):     o = open("/log/nginx/qos_result_new"+".log","aw")     o.write(time.strftime("%Y-%m-%d %H:%M:%S", time.localtime()) + ":" + msg + "\n")     o.close() def WriteTmpInfo(msg):     o = open("/tmp/webcdnqos_result"+".txt","aw+")     o.write(msg+"\n")     o.close() def WriteURLInfo(msg):     today = datetime.date.today()     o = open("/tmp/webcdnqos_url_%s" % today.strftime('%Y-%m-%d') + ".log","aw") #   o.write(time.strftime("%Y-%m-%d %H:%M:%S", time.localtime()) + "    " +msg+"\n")     o.write(msg)     o.close() if __name__ == "__main__":     if len(sys.argv) < 2:         show_usage()         os.popen("rm -f /tmp/exist.txt")             sys.exit(1)     else:         if os.path.isfile("/tmp/exist.txt"):             sys.exit(1)         else:             os.popen("echo 'hello' > /tmp/exist.txt")             result_key = sys.argv[1]             status = result_dic()             os.popen(">/tmp/webcdnqos_result.txt")             print status[result_key]             Writelog(str(status[result_key]))             for i in status.keys():                 WriteTmpInfo(str(i)+"="+str(status[i]))             os.popen("rm -f /tmp/exist.txt")

看完上述内容，你们对Nginx Httpcode的分析脚本是什么有进一步的了解吗？如果还想了解更多知识或者相关内容，请关注行业资讯频道，感谢大家的支持。