/
combineSubComp.py
156 lines (102 loc) · 3.74 KB
/
combineSubComp.py
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from collections import defaultdict
import re
import numpy
def intWithCommas(x):
if type(x) not in [type(0), type(0L)]:
raise TypeError("Parameter must be an integer.")
if x < 0:
return '-' + intWithCommas(-x)
result = ''
while x >= 1000:
x, r = divmod(x, 1000)
result = ",%03d%s" % (r, result)
return "%d%s" % (x, result)
def writeLatexTableRowToFile(f, curKey, CPU_Dict, Wall_Dict, Bytes_Sent_Dict, Bytes_Received_Dict):
listMean = numpy.mean(CPU_Dict[curKey])
f.write("& $%.2f$ " % listMean)
listMean = numpy.mean(Wall_Dict[curKey])
f.write("& $%.2f$ " % listMean)
listMean = numpy.mean(Bytes_Sent_Dict[curKey])
f.write("& $" + intWithCommas(int(listMean)) + "$ ")
listMean = numpy.mean(Bytes_Received_Dict[curKey])
f.write("& $" + intWithCommas(int(listMean)) + "$ \\\\\n")
def getMeasurementFromString(inputStr):
return float(re.split(':|=',inputStr)[-1])
def fileWriteStats(f, listToStat):
listMean = numpy.mean(listToStat)
listStd = numpy.std(listToStat)
f.write("Mean : %.2f\n" % listMean)
f.write("Std Dev : %.2f\n" % listStd)
def printMeanAndStdDev(listToStat):
listMean = numpy.mean(listToStat)
listStd = numpy.std(listToStat)
print "Mean : " + str(listMean)
print "Std Dev : " + str(listStd) + "\n"
def getFileAsStringArray(filepath):
toReturn = []
with open(filepath, 'r') as content_file:
content = content_file.read()
splitFile = content.split("\n")
filteredReturn = filter(None, splitFile)
for line in filteredReturn:
if(line[0] in infoTags or '\xc2\xa3' in line):
toReturn.append(line)
return toReturn
def processOneSet(protocolNum, circuitNum, partyID):
numTests = 100
inSubFlag = 0
ordering = []
protocolName = protocolNameList[protocolNum]
circuitName = circuitNameList[circuitNum]
CPU_Dict = defaultdict(list)
Wall_Dict = defaultdict(list)
Bytes_Sent_Dict = defaultdict(list)
Bytes_Received_Dict = defaultdict(list)
for i in range(0, numTests):
outputNumber = str(i).zfill(4)
OutputFile = "../FullTestResults/Output_" + circuitName + "_" + str(partyID) + "_" + protocolName + "_" + outputNumber + ".txt"
fileAsArray = getFileAsStringArray(OutputFile)
j = 0
while( j < len(fileAsArray)):
incrementBy = 1
line = fileAsArray[j]
truncatedLine = line[4:]
if("Bytes" in fileAsArray[j + 3]):
if truncatedLine not in CPU_Dict:
if(0 == inSubFlag and "\xc2\xa3" in fileAsArray[j + 3]):
inSubFlag = 1
ordering.append(truncatedLine)
elif("Full" in truncatedLine):
inSubFlag = 0
ordering.append(truncatedLine)
if(1 == inSubFlag):
ordering.append(truncatedLine)
CPU_Dict[truncatedLine].append( float(fileAsArray[j + 1][16:]) )
Wall_Dict[truncatedLine].append( float(fileAsArray[j + 2][16:]) )
Bytes_Sent_Dict[truncatedLine].append(getMeasurementFromString(fileAsArray[j + 3]))
Bytes_Received_Dict[truncatedLine].append(getMeasurementFromString(fileAsArray[j + 4]))
incrementBy = 5
else:
incrementBy = 3
j += incrementBy
outputFile = "./StatSubResults/StatsSubComp_" + circuitName + "_" + str(partyID) + "_" + protocolName
f = open(outputFile, 'w')
for key in ordering[1:]:
# print key
# printMeanAndStdDev(CPU_Dict[key])
f.write(key + "\n")
writeLatexTableRowToFile(f, key, CPU_Dict, Wall_Dict, Bytes_Sent_Dict, Bytes_Received_Dict)
f.write("\n\n")
f.close()
commTags = ['#', ':']
infoTags = ['#', ':', '+']
protocolNameList = ["L_2013", "CHIMERA_2013"]
circuitNameList = ["adder_32bit", "AES-non-expanded"]
protocolNum = 0
circuitNum = 0
partyID = 0
for protocolNum in range(0, 2):
for partyID in range(0, 2):
for circuitNum in range(0, 2):
processOneSet(protocolNum, circuitNum, partyID)
# processOneSet(protocolNum, circuitNum, partyID)