Main function updated

1  # - * - Coding: UTF-8 - * - 
2  # - * - first extract the log file compression package - * - 
3  # - * - package which has been extracted files to find the target excel file - * - 
4  # - * - returns the file path as a list, acquires the file path, reads file copied to the new excel - * - 
. 5  # - * - will automatically generate a data table - * - 
. 6  Import SYS
 . 7  Import Time
 . 8  Import OS
 . 9  from datetime Import datetime
 10  # Import _Thread 
. 11  # Import multiprocessing AS MP 
12 is  Import Time
 13 is  from UnzipLogFile ImportUnzipLogFile
 14  from Find_Excel_From_Dir Import Search_Excel_From_Dir
 15  from Copy_Excel_To_Excel Import Copy_Excel_to_Excel
 16  '' ' 
. 17  from Import CheckMRSLogHandler CheckMRSLogHandler
 18 is  from mrs_vgw_handler Import MRSVGWHandler
 . 19  from Import MrsRecManHandler mrs_rec_man_handler
 20 is  ' '' 
21 is  # branch code switching file directory 
22 is path_start The os.getcwd = () # The os.getcwd () method returns the current working directory 
23  # formatted print start time 
24 START_TIME = DateTime.Now ()
 25 Print (The time.strftime ( " % D%% Y-M-% H:% M:% S " , time.localtime ())) 
 26 is  
27 runUnzip UnzipLogFile = ( " D: \ ERD Guangdong inspection log " )
 28  runUnzip.Run ()
 29  
30 Search_EXCEL = Search_Excel_From_Dir ()
 31 is Csv_list = Search_EXCEL.Run ()
 32  
33 is  # switch to the original text list 
34 is  the os.chdir (path_start) 
 35 New_excel = Copy_Excel_to_Excel ()
 36  New_excel.Run ()
 37 [  
38 is  '' ' 
39  mrs_vgw_run MRSVGWHandler = ( "D: \ inspection log storage path", Days)
 40 = Mp.Process P_mrs_vgw (mrs_vgw_run.run ())
 41 is  P_mrs_vgw.start ()
 42 is  
43 is  
44 is  mrs_rec_man_run MrsRecManHandler = ( "D: \ inspection log storage path", Days)
 45  P_mrs_rec_man = mp.Process (mrs_rec_man_run.run () )
 46 is  P_mrs_rec_man.start ()
 47  
48  P_mrs_vgw.join ()
 49  P_mrs_rec_man.join ()
 50  
51 is  runCheckMRS CheckMRSLogHandler = ( "D: \ inspection log storage path", Days)
 52 is  runCheckMRS.run ()
 53 is  ' '' 
54 is  
55  # formatted print end time 
56 is  Print (The time.strftime ( " % D%% Y-M-% H:% M:% S " , time.localtime ())) 
 57 is= END_TIME DateTime.Now ()
 58  Print ( " spent a total of% s seconds " % (END_TIME - START_TIME) .seconds)