data-verification/Monitor/channelOrder/channel_order.py

# -*- encoding=utf8 -*-

import re
import time
import json
import logging
import pymysql
import configparser
import pandas as pd
from DBUtils.PooledDB import PooledDB

#配置输出日志格式
LOG_FORMAT = '%(asctime)s %(filename)s[line:%(lineno)d] %(name)s %(levelname)s %(pathname)s  %(message)s'

#配置输出时间格式
'''
DATE_FORMAT = '%Y-%m-%d %H-%M-%S %a'
logging.basicConfig(level = logging.INFO,
                    format = LOG_FORMAT,
                    datefmt = DATE_FORMAT,
                    filename = r"./run.log")
'''

cf = configparser.RawConfigParser()
#cf = configparser.ConfigParser()
cf.read(r"./channel_ids.ini")  # 读取配置文件，如果写文件的绝对路径，就可以不用os模块

ys_id = cf.get("channel_ids","ys_ids") #亚杉id
mf_id = cf.get("channel_ids","mf_ids") #满帆id
zr_id = cf.get("channel_ids","zr_ids") #兆蓉id
zx_id = cf.get("channel_ids","zx_ids") #智信id
yxj_id = cf.get("channel_ids","yxj_ids") #易迅捷id
fy_id = cf.get("channel_ids","fy_ids") #枫叶id

YS_ID = json.loads(ys_id)
MF_ID = json.loads(mf_id)
ZR_ID = json.loads(zr_id)
ZX_ID = json.loads(zx_id)
YXJ_ID = json.loads(yxj_id)
FY_ID = json.loads(fy_id)



#通道查询db
CHANNEL_DB = {
    'host' : '47.95.217.180',
    'port' : 3306,
    'user' : 'rtech',
    'password' : 'S5RE4dQ65MphYk7F',
    'db' : 'fmp',
    'charset' : 'utf8'
    #'autocommit' : 1
}

#监控消息数据库连接信息
MONITOR_DB = {
          'host' : '127.0.0.1',
          'port' : 9001,
          'user' : 'root',
          'password' : 'nibuzhidaowozhidao',
          'db' : 'monitoring',
          'charset' : 'utf8',
          'autocommit' : 1
}





#创建数据库连接池
def createPool(db_config):
   spool = PooledDB(pymysql, 5, **db_config) 
   return spool

def get_channel_data():
    #conn = createPool(CHANNEL_DB).connection()
    
    sql = """SELECT trans_id,mobile_no,(UNIX_TIMESTAMP(now()) - UNIX_TIMESTAMP(create_date))/60 use_time
            FROM 
                mobile_flow_dispatch_rec
            WHERE
                UNIX_TIMESTAMP(now())-UNIX_TIMESTAMP(create_date) >= 600  AND send_status = 1 
                ORDER BY use_time DESC ;"""


    df = pd.read_sql(sql,channel_conn)
    df['use_time'] = df['use_time'].astype(int)
    #print(df)
    #conn.close()

    return df




def save_monitor_data(df,channel_ids,group_name,group_status):
  timestamp = time.time()
  str_time = time.strftime('%H:%M',time.localtime(timestamp))
  #str_time_int = int(str(str_time).split(':')[-1])
  #print(str(str_time).split(':')[-1])
  ins_sql = " INSERT  INTO mon_channel_overtime_order VALUES(0,%s,%s,%s,1,%s)  "
  que_sql = " SELECT id FROM mon_channel_overtime_order WHERE group_name = '{}'  "
  upd_sql = " UPDATE mon_channel_overtime_order SET msg = %s,status = 1,timestamp = %s WHERE id = %s"

  msg = str_time + ": 超过10分钟未返回状态的订单总数量为：{} ，手机号为：{}；卡单最长时间为：{} 分钟。 "

  #print(df)
  channel_df = df[df['trans_id'].isin(channel_ids)]
  #print(channel_df)
  if channel_df.empty is False:
      total_num = channel_df.shape[0]
      
      temp_msg = ''
      if total_num == 1:
          temp_msg = str_time + """: 超过10分钟未返回状态的订单总数量为：{} ，手机号为：{}，卡单时间为：{} 分钟
                     """.format(total_num,channel_df['mobile_no'].iloc[0],channel_df['use_time'].iloc[0])
      elif 1 < total_num < 10 :
          temp_msg = msg.format(total_num,channel_df['mobile_no'].values.tolist(),channel_df['use_time'].iloc[0])
      
      else:
          phone_list = channel_df['mobile_no'].head(10).tolist()
          temp_msg = msg.format(total_num,phone_list,channel_df['use_time'].iloc[0])
      
      #print(temp_msg)
      que_df = pd.read_sql(que_sql.format(group_name),monitor_conn)
      
      cursor = monitor_conn.cursor()
      if que_df.empty is True:
          cursor.execute(ins_sql,(temp_msg,group_status,group_name,int(timestamp)))
      else:
          cursor.execute(upd_sql,(temp_msg,int(timestamp),int(que_df['id'].iloc[0])))

      cursor.close()    

if __name__ == '__main__':
    channel_conn = createPool(CHANNEL_DB).connection()
    monitor_conn = createPool(MONITOR_DB).connection()

    ys_name = '亚杉话费下游对接'
    mf_name = '满帆' 
    zr_name = '兆蓉'
    zx_name = '智信'
    yxj_name = '易迅捷'
    fy_name = '枫叶'


    df = get_channel_data()
    save_monitor_data(df,YS_ID,ys_name,2)
    save_monitor_data(df,MF_ID,mf_name,1)
    save_monitor_data(df,ZR_ID,zr_name,1)
    save_monitor_data(df,ZX_ID,zx_name,1)
    save_monitor_data(df,YXJ_ID,yxj_name,1)
    save_monitor_data(df,FY_ID,fy_name,1)

    channel_conn.close()
    monitor_conn.close()