rawPages = raw.split("\n\n")
# List of pages
pages = []
for page in rawPages:
page = page
curPage = []
for word in page.split("•"):
primeWord = []
for letter in dmanip.sepStr(word, 3):
primeWord.append(gemprim.runeToPrime([letter])[0])
curPage.append(primeWord)
pages.append(curPage)
# Cast to indexes
pages = [[gemprim.primeToInt(word) for word in page] for page in pages]
tryDecrypt(25, 3, 14, 3)
sys.exit()
# Brute force it
pltxtDetails = []
for ipage in range(25,26):#len(pages)):
page = pages[ipage]
bruteOut("Page " + str(ipage))
for ikey in range(len(rkeys.allKeys)):
key = rkeys.allKeys[ikey]
bruteOut("> Key " + str(key[:5]))
for shift in range(29):
letter = gemprim.primeToAsc([letter])[0]
for c in letter:
if c == "/":
continue
if "A" <= c <= "Z":
txt += c
txt += " "
txt += "\n\n"
hashPage = pages[55]
dstats.graphFreq([gemprim.ascToStr(gemprim.primeToAsc(word)) for word in hashPage], 1)
sys.exit()
hashPage = [gemprim.primeToInt(i) for i in hashPage]
plainPage = []
count = 0
for word in hashPage:
plainWord = []
for c in word:
plainWord.append((c - primes[count] + 1) % 29)
count += 1
plainPage.append(plainWord)
print [gemprim.primeToRune(gemprim.intToPrime(word)) for word in hashPage]
print [gemprim.ascToStr(gemprim.primeToAsc(gemprim.intToPrime(word))) for word in plainPage]
