def createPictures():
print "Reading file"
raw = dparse.readFile("onion3.hex")
print "Parsing"
dHex = dparse.txtToHex(raw)
dInt = dparse.hexToInt(dHex)
dBin = dparse.intToBin(dInt)
print "Searching"
start = dstats.searchForBytes(dBin, dparse.intToBin(dparse.hexToInt(["FF", "D8", "FF"])))
end = dstats.searchForBytes(dBin, dparse.intToBin(dparse.hexToInt(["FF", "D9"]))) + 2
print "Separating: " + str(start) + ", " + str(end)
iBin = dBin[start:end]
iInt = dparse.binToInt(iBin)
iAsc = dparse.intToAsc(iInt)
print "Writing"
outFile = open("../pics/2out0.jpg", "w")
outFile.write(iAsc)
outFile.close()
remains = dBin[end:]
remains = dmanip.flipOrder(remains)
rAsc = dparse.intToAsc(dparse.binToInt(remains))
with open("../pics/2out1.jpg", "w") as f:
f.write(rAsc)
def createPictures():
print "Reading file"
raw = dparse.readFile("onion2.hex")
print "Parsing"
dHex = dparse.txtToHex(raw)
dInt = dparse.hexToInt(dHex)
dBin = dparse.intToBin(dInt)
print "Flipping"
dBinFlipped = dmanip.flipBits(dBin)
for i in range(3):
if i == 2:
dBinFlipped = dmanip.flipOrder(dBinFlipped)
print "Searching"
start = dstats.searchForBytes(dBinFlipped, dparse.intToBin(dparse.hexToInt(['FF', 'D8'])))
end = dstats.searchForBytes(dBinFlipped, dparse.intToBin(dparse.hexToInt(['FF', 'D9']))) + 2
print "Separating: " + str(start) + ", " + str(end)
iBin = dBinFlipped[start : end]
print dBinFlipped[:5]
print dBinFlipped[-5:]
print "---"
print iBin[:5]
print iBin[-5:]
print "---"
dBinFlipped = dBinFlipped[end:] # Cut off beginning of file for next iteration
iInt = dparse.binToInt(iBin)
iAsc = dparse.intToAsc(iInt)
print "Writing"
outFile = open("../pics/out" + str(i) + ".jpg", 'w')
outFile.write(iAsc)
outFile.close()
print "Done"
def xorOutguess():
data = []
for i in range(3):
cur = ""
f = open("../outguesses/out" + str(i) + ".jpg.out", 'r')
next(f); next(f)
for line in f:
if line[:3] == "---":
break
else:
cur += line
data.append(dparse.hexToInt(dparse.txtToHex(cur)))
xored = dmanip.xor(data[0], dmanip.xor(data[1], data[2]))
print dparse.intToAsc(xored)
def extMagNum(h):
print "Creating flipped data"
i = dparse.hexToInt(h)
b = dparse.intToBin(i)
bFlip = dmanip.flipBits(b)
bRev = dmanip.flipBinOrder(b)
bRevFlip = dmanip.flipBits(bRev)
hFlip = dparse.intToHex(dparse.binToInt(bFlip))
hRev = dparse.intToHex(dparse.binToInt(bRev))
hRevFlip = dparse.intToHex(dparse.binToInt(bRevFlip))
print "> Searching normal"
magNumSearch(h)
print "> Searching flipped bits"
magNumSearch(hFlip)
print "> Searching reversed order"
magNumSearch(hRev)
print "> Searching flipped bits and reversed order"
magNumSearch(hRevFlip)
#!/usr/bin/python
import dparse
import dstats
import dmanip
print "starting"
txt = ""
with open("../data/twitter.hex", "r") as f:
for line in f:
if line[:3] == "Off":
continue
txt += line[9:]
print "parsing"
tInt = dparse.hexToInt(dparse.txtToHex(txt))
sInt = dparse.ascToInt(dparse.txtToAsc(dparse.readFile("761.MP3")))
dstats.magNumSearch(sInt)
print len(tInt)
print len(sInt)
outFile = open("../pics/twitter.jpg", "w")
outFile.write(dparse.intToAsc(dmanip.xor(tInt, sInt)))
outFile.close()
#!/usr/bin/python
# Possible keys:
# Runes outguess
# Xor combinations of all of above
# 3301/1103 */^/xor
# Pi
import dparse
import fractions
primes = []
fibs = []
totients = []
time1 = dparse.hexToInt(dparse.txtToHex(dparse.readFile("time1.hex")))
time2 = dparse.hexToInt(dparse.txtToHex(dparse.readFile("time2.hex")))
time3 = dparse.hexToInt(dparse.txtToHex(dparse.readFile("time3.hex")))
sexag = dparse.sexToInt(dparse.txtToSex(dparse.readFile("sexag.sex")))
cune1 = [17,15,55,1]
cune2 = [17,15,50,5,1]
cune3 = [10,7,10,5,50,5,1]
def initPrimes(m):
for i in range(2,m):
isPrime = True
for j in range(2,i/2+1):
if i%j == 0:
isPrime = False
break
if isPrime:
#!/usr/bin/python
import dparse
import dstats
import dmanip
raw1 = ""
with open("../outguesses/2out0.jpg.out", 'r') as f:
for i in range(9):
next(f)
for line in f:
if line[:3] == "---":
break
raw1 += line
#raw2 = dparse.readFile("../outguesses/2out1.jpg.out")
h1Hex = dparse.txtToHex(raw1)
h1Int = dparse.hexToInt(h1Hex)
h1Asc = dparse.intToAsc(h1Int)
with open("../pics/newrunes.jpg", 'w') as f:
f.write(h1Asc)
