def my_form_post():
text = request.form['text']
userinput = text.upper()
selected = []
substitutionresult = "N/A"
columntransresult = "N/A"
if request.form.get('substitution'):
selected.append("substitution")
print(regex.sub('', userinput), "HE")
substitutionresult = annealing_decryption.anneal(
regex.sub('', userinput), key, ciphertype, "swap", "")
if request.form.get('vigenere'):
selected.append("vigenere")
if request.form.get('columntrans'):
selected.append('columntrans')
columns = request.form['columns']
colno = 0
if columns == "":
colno = 0
else:
colno = int(columns)
if colno > 1:
columntransresult = transpos(regex.sub('', userinput), colno)
else:
for x in range(2, 21):
columntransresult = transpos(regex.sub('', userinput), x)
print(json.dumps(selected))
msg = Message('Your Decoded Message from Tech Support',
sender='*****@*****.**',
recipients=['*****@*****.**'])
msg.html = 'Substitution Result: ' + substitutionresult + '<br><br>Column Transposition: ' + columntransresult
mail.send(msg)
return render_template("result.html",
substitutionresult=substitutionresult,
columntransresult=columntransresult)
def my_form_post():
text = request.form['text']
userinput = text.upper()
selected = []
substitionresult = ""
columntransresult = ""
if request.form.get('substition'):
selected.append("substition")
print(regex.sub('', userinput), "HE")
substitionresult = annealing_decryption.anneal(
regex.sub('', userinput), key, ciphertype, "swap", "")
if request.form.get('vigenere'):
selected.append("vigenere")
if request.form.get('columntrans'):
selected.append('columntrans')
columns = request.form['columns']
colno = 0
if columns == "":
colno = 0
else:
colno = int(columns)
if colno > 1:
columntransresult = transpos(regex.sub('', userinput), colno)
else:
for x in range(2, 21):
columntransresult = transpos(regex.sub('', userinput), x)
print(json.dumps(selected))
return render_template("result.html",
substitionresult=substitionresult,
columntransresult=columntransresult)
def transpos(text, colno):
key = str(math.floor(1234567890 / (10**(10 - colno))))
return (annealing_decryption.anneal(text, key, "transposition", "swap",
""))
def vigenere(text, keylen):
key = "A" * keylen
print(annealing_decryption.anneal(text, key, "vigenere", "rand", ""))
def substitutionsolver(userinput):
regex = re.compile('[^A-Z]')
print(
annealing_decryption.anneal(regex.sub('', userinput), key, ciphertype,
"swap", ""))
import annealing_decryption
import re
import string
key = string.ascii_uppercase
ciphertype = "substitution"
userinput = input("Enter encoded text:\n").upper()
print(userinput)
regex = re.compile('[^A-Z]')
print(regex.sub('', userinput))
print(
annealing_decryption.anneal(regex.sub('', userinput), key, ciphertype,
"swap", ""))