print('plotting complete, results saved under ./outputFigures/\n')
def printUsage():
print('usage: \n\t python extractMultiSQLite.py directoryName showAllMessages maxEntranceTime')
print('directoryName: the directory in which the sqlite databases are stored')
print('showAllMessages: use "true" to output all messages, recommended')
print('system exiting...')
sys.exit()
def std2Call(dirName, maxTime):
print('---------------------------------------')
print(' executing std2 plots ')
print('---------------------------------------')
fileList = getAllFilenames(dirName)
percentage, appTTime, nonAppTTime, totalTTime = traverseMultiDB(fileList, True, maxTime)
generatePlot(percentage, appTTime, nonAppTTime, totalTTime)
# Main code starts here
if __name__ == '__main__':
if len(sys.argv) != 4:
printUsage()
dirName = sys.argv[1]
debug = sys.argv[2]
maxTime = int(sys.argv[3])
fileList = getAllFilenames(dirName)
dm.printObjFiles(fileList, debug)
percentage, appTTime, nonAppTTime, totalTTime = traverseMultiDB(fileList, debug, maxTime)
dm.printTraverseResults(percentage, appTTime, nonAppTTime, debug)
generatePlot(percentage, appTTime, nonAppTTime, totalTTime)
with open(outname, 'w') as fout:
for i in range(len(percentage)):
fout.write(str(percentage[i]) + ',' + str(absND[i]) + ',' + str(rltND[i]))
if i != (len(percentage) - 1):
fout.write('\n')
if __name__ == '__main__':
if len(sys.argv) != 4:
printUsage()
#-------------------------------------------------------------------#
# Parsing input arguments and building list of all directories in #
# target (mother) directory #
#-------------------------------------------------------------------#
dirList, outputDir, maxTime, minTime = parseArgv(sys.argv, "percentND")
#-------------------------------------------------------------------#
# Traverse, extract, and write data #
#-------------------------------------------------------------------#
for dirName in dirList:
runIdx = getRunIdx(dirName)
fileList = getAllFilenames(dirName)
dm.printObjFiles(fileList, True)
percentage, absND, rltND = traverseMultiDB(fileList, maxTime, minTime)
store2CSV(percentage, absND, rltND, runIdx, outputDir)
#-------------------------------------------------------------------#
# Read data from csv file, calculate standard deviation, and plot #
#-------------------------------------------------------------------#
percentage, absND, rltND, absNDStd, rltNDStd = averageND(outputDir)
generatePlot(percentage, absND, rltND, absNDStd, rltNDStd)