Compute the su procedure time with python, computepython

Compute the su procedure time with python, computepython
#! /Usr/bin/python2.6
Import re, datetime
File_name = 'sim. Log'
File = open (file_name, 'R ')
Acnum = []; time_res = []; lnum = 0
Def trans_time (time ):
T1 = datetime. datetime. strptime (time, '% y/% m/% d % H: % M: % s ')
Return t1
For (num, line) in enumerate (file ):


If (re. search (R' ^ (. *) beginning sim procedure (. *) $ ', line )):
M = re. search (R' ^ (. *) beginning sim procedure (. *) $ ', line)
Print 'step % d: '% (lnum), m. group (0); lnum + = 1
Acnum. append (trans_time (line [0: 17])
Elif (re. search (R' ^ (. *) CP_W (. *) $ ', line )):
M = re. search (R' ^ (. *) CP_W (. *) $ ', line)
Print 'step % d: '% (lnum), m. group (0); lnum + = 1
Acnum. append (trans_time (line [0: 17])
Elif (re. search (r "^ (. *) VERIFY_S (. *) $", line )):
M = re. search (r "^ (. *) VERIFY_S (. *) $", line)
Print 'step % d: '% (lnum), m. group (0); lnum + = 1
Acnum. append (trans_time (line [0: 17])
Elif (re. search (r "^ (. *) -- action commit (. *) $", line )):
M = re. search (r "^ (. *) -- action commit (. *) $", line)
Print 'step % d: '% (lnum), m. group (0); lnum + = 1
Acnum. append (trans_time (line [0: 17])
Elif (re. search (r "^ (. *) completed sim procedure (. *) $", line )):
M = re. search (r "^ (. *) completed sim procedure (. *) $", line)
Print 'step % d: '% (lnum), m. group (0); lnum + = 1
Acnum. append (trans_time (line [0: 17])
Elif (re. search (r "^ (. *) resuming sim procedure (. *) $", line )):
M = re. search (r "^ (. *) resuming sim procedure (. *) $", line)
Print 'step % d: '% (lnum), m. group (0); lnum + = 1
Acnum. append (trans_time (line [0: 17])


File. close ()
If (re. search (r "^ (. *) backout (. *) $", file_name )):
Time_res.append (acnum [2]-acnum [0]). seconds/60)
Time_res.append (acnum [4]-acnum [3]). seconds/60)
Time_res.append (acnum [6]-acnum [5]). seconds/60)
Time_res.append (acnum [8]-acnum [7]) + (acnum [10]-acnum [9]) + (acnum [13]-acnum [11]). seconds/60)
Print "\ n3). sim -- proc update -- action apply to \" CP_WARNING \ "% s mins" % (time_res [0])
Print "4). sim -- proc update -- action resume to \" VERIFY_SOFTWARE \ "% s mins" % (time_res [1])
Print "5). sim -- proc update -- action resume to \" COMMIT \ "% s mins" % (time_res [2])
Print "8). Backout from RXX to RXX % s mins" % (time_res [3])
Elif (re. search (r "^ (. *) rollback (. *) $", file_name )):
Time_res.append (acnum [2]-acnum [0]). seconds/60)
Time_res.append (acnum [4]-acnum [3]). seconds/60)
Time_res.append (acnum [6]-acnum [5]). seconds/60)
Time_res.append (acnum [8]-acnum [7]). seconds/60)
Time_res.append (acnum [10]-acnum [9]) + (acnum [12]-acnum [11]) + (acnum [15]-acnum [13]). seconds/60)
Print "\ n3). sim -- proc update -- action apply to \" CP_WARNING \ "% s mins" % (time_res [0])
Print "4). sim -- proc update -- action resume to \" VERIFY_SOFTWARE \ "% s mins" % (time_res [1])
Print "5). sim -- proc update -- action resume to \" COMMIT \ "% s mins" % (time_res [2])
Print "6). sim -- proc update -- action commit to end of Patch % s mins" % (time_res [3])
Print "8). Rollback from RXX to RXX % s mins" % (time_res [4])
If _ name _ = '_ main __':
Pass

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