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test-dic.py
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#!/usr/bin/python
# Python version of RaceImport
# Restarted 8/23/15
# Steve
# opens defined file
# fills dictionary with run data
import os
import argparse
parser = argparse.ArgumentParser()
parser.add_argument('-i', dest='infile', help="input file", metavar='INPUT_FILE')
parser.add_argument('-o', dest='outdir', help="output directory", metavar='OUTPUT_DIR')
args = parser.parse_args()
def Export_Left(rundata,outputfile):
with open(outputfile, 'a') as out:
out.write("insert into RunDetail (RaceNum, RaceDateTime, Class, RunType, ")
out.write("Lane, CarNo, DriverName, DialIn, Reaction, ")
out.write("60ft, MPH, Margin, OffDial, Result, ET) Values ")
out.write("('%s', '%s', '%s', '%s', " % (rundata['Num'].strip(),rundata['DateTime'].strip(),rundata['RaceClass'].strip(),rundata['Type'].strip()) )
out.write("'%s', '%s', '%s', '%s', '%s', " % ('L', rundata['LeftNum'].strip(), rundata['LeftName'].strip(), rundata['LeftDial'].strip(), rundata['LeftReaction'].strip()) )
out.write("'%s', '%s', '%s', " % (rundata['Left60FT'].strip(), rundata['LeftMPH'].strip(),rundata['LeftMargin'].strip()))
out.write("'%s', '%s', '%s')\n" % (rundata['LeftOffDial'].strip(), rundata['LeftResult'].strip(), rundata['LeftET'].strip()) )
out.close()
def Export_Right(rundata,outputfile):
with open(outputfile, 'a') as out:
out.write("insert into RunDetail (RaceNum, RaceDateTime, Class, RunType, ")
out.write("Lane, CarNo, DriverName, DialIn, Reaction, ")
out.write("60ft, MPH, Margin, OffDial, Result, ET) Values ")
out.write("('%s', '%s', '%s', '%s', " % (rundata['Num'].strip(),rundata['DateTime'].strip(),rundata['RaceClass'].strip(),rundata['Type'].strip()) )
out.write("'%s', '%s', '%s', '%s', '%s', " % ('R', rundata['RightNum'].strip(":"), rundata['RightName'].strip(), rundata['RightDial'].strip(), rundata['RightReaction'].strip()) )
out.write("'%s', '%s', '%s', " % (rundata['Right60FT'].strip(), rundata['RightMPH'].strip(),rundata['RightMargin'].strip()))
out.write("'%s', '%s', '%s')\n" % (rundata['RightOffDial'].strip(), rundata['RightResult'].strip(), rundata['RightET'].strip()) )
out.close()
def ProcessRun(rundata,outputfileLeft,outputfileRight):
Export_Left(rundata,outputfileLeft)
Export_Right(rundata,outputfileRight)
WriteLastRunNum(LastRunFile,rundata['Num'])
run.clear()
def LastRunNumFile(infilename,outdir):
logfile=os.path.basename(infilename)
RunNumFile=os.path.splitext(logfile)[0]
RunNumFile = outdir + RunNumFile + '.last'
return RunNumFile
def WriteLastRunNum(outfile,runnum):
with open(outfile,"w") as out:
out.write(runnum + '\n')
out.close()
def ReadLastRunNum(runfile):
if os.path.exists(runfile):
with open(runfile,"r") as runin:
lastrun = runin.read()
return int(lastrun)
else:
return 0
run={}
LastRunFile=LastRunNumFile(args.infile,args.outdir)
LastRun=ReadLastRunNum(LastRunFile)
print(LastRun)
with open(args.infile,"r") as infile:
for line in infile:
# Run Number
if line.find("RUN:",0) > -1:
run['Num']=line[4:9]
run['DateTime']=line[13:36]
outfileLeft = args.outdir + run['Num'].strip() + 'L.sql'
outfileRight = args.outdir + run['Num'].strip() + 'R.sql'
# Round, Class, and Type
if line.find("RD#",0) > -1:
run['RaceClass']=line[0:19]
run['Round']=line[28:36]
run['Type']=line[19:27]
# Car Numbers. Advances line and takes names
if line.find("LEFT:",0) > -1:
run['LeftNum']=line[5:17]
run['RightNum']=line[33:36]
line = next(infile)
run['LeftName']=line[0:17]
run['RightName']=line[18:36]
# Dial Ins
if line.find("DIAL IN",0) > -1:
run['LeftDial']=line[0:7]
run['RightDial']=line[28:36]
# Reaction
if line.find("REACTION",0) > -1:
run['LeftReaction']=line[0:7]
run['RightReaction']=line[28:36]
# 60 Ft
if line.find("60 FT",0) > -1:
run['Left60FT']=line[0:7]
run['Right60FT']=line[28:36]
# ET
if line.find("300 ET",0) > -1:
run['LeftET']=line[0:7]
run['RightET']=line[28:36]
# MPH
if line.find("300 MPH",0) > -1:
run['LeftMPH']=line[0:7]
run['RightMPH']=line[28:36]
# Margin and Result
if line.find("FINISH MARGIN",0) > -1:
run['LeftMargin']=line[0:7]
run['RightMargin']=line[28:36]
line = next(infile)
if line.find("OFF DIAL",0) > -1:
run['LeftOffDial']=line[0:7]
run['RightOffDial']=line[28:36]
line = next(infile)
run['LeftResult']=line[0:17]
run['RightResult']=line[18:36]
if int(run['Num']) > LastRun:
ProcessRun(run,outfileLeft,outfileRight)
else:
run['LeftOffDial']='0'
run['RightOffDial']='0'
run['LeftResult']=line[0:17]
run['RightResult']=line[18:36]
if int(run['Num']) > LastRun:
ProcessRun(run,outfileLeft,outfileRight)
# Export_Left(run,outfileLeft)
# Export_Right(run,outfileRight)
#print(run['RaceClass'])
#run.clear()
# Section to print contents of dictionary
# really only here for testing
# with open(outfilename,'a') as outfile:
# for key in run:
# if key == 'RightNum':
# outfile.write(key + '=' + run[key].strip(':') + '\n')
# elif key == 'Round':
# outfile.write(key + '=' + run[key].strip('RD# ') + '\n')
# else:
# outfile.write(key + '=' + run[key].strip() + '\n')
# with open(outfilename,'a') as outfile:
# print run['RaceCls']
# Empty this run from dictionary
# print outfilename
# print run['Num'].strip()
# print run['DateTime'].strip()
# print run['Class'].strip()
# print run['Round'].strip('RD# ')
# print run['Type'].strip()
# print run['LeftNum']
# print run['RightNum'].strip(':')
# print run['LeftName'].strip()
# print run['RightName'].strip()
# Close log file
infile.close()