def encrypt():
text = request.form["textarea"]
rotation = int(request.form["rot"])
encrypted_text = rotate_string(text, rotation)
return form.format(encrypted_text)
def encrypt():
rot = int(request.form['rot'])
form_text = str(request.form['text'])
encrypt_text = rotate_string(form_text, rot)
return form.format(encrypt_text)
def encrypt():
rot_by = int(request.form['rot'])
text_to_encrypt= str(request.form['text'])
encrypted = rotate_string(text_to_encrypt,rot_by)
return form.format(encrypted)
def encrypt():
rot = int(request.form['rot'])
text = request.form['text']
text_encrypted = rotate_string(text, rot)
return form.format(text_encrypted)
def encrypt():
rot = int(request.form['rot'])
text = request.form['text']
message = rotate_string(text, rot)
return form.format(message)
def encrypt():
rot = int(request.form['rot'])
text = request.form['text']
return '<h1>' + form.format(rotate_string(text, rot)) + '<h1>'
def encrypt():
rotate = int(request.form['rot'])
text = str(request.form['text'])
encryptstring = rotate_string(text, rotate)
rotatedstring = '<h1>' + encryptstring + '</h1>'
return form.format(encryptstring)
def encrypt():
user_text = str(request.form["text"])
user_rot = int(request.form["rot"])
encrypted_message = rotate_string(user_text, user_rot)
return form.format(encrypted_message)
def encrypt():
crypto = int(request.form['rot'])
encryption = request.form['text']
encrypted_text = form.format(rotate_string(encryption, crypto))
return encrypted_text
def encrypt():
rotate = int(request.form['rot'])
message = request.form['text']
new_message = rotate_string(message, rotate)
return form.format(new_message)
def encrypt():
text_mesg = request.form['text']
rot_num = request.form['rot']
#encrypted_txt=''
encryptd_txt = rotate_string(text_mesg, int(rot_num))
return form.format(encryptd_txt)
def encrypt():
rot = int(request.form.get('rot'))
text = str(request.form.get('text'))
final_string = rotate_string(text, rot)
return form.format(final_string)
def encrypt():
rot = (int)(request.form["rot"])
text = (str)(request.form["text"])
encrypted_text = rotate_string(text, rot)
return form.format(encrypted_text)
def encryption():
rot = int(request.form['rotate'])
char = request.form['message']
abc = rotate_string(char, rot)
return form.format(abc)
def encrypt():
text = request.form['text-input']
rot = int(request.form['rotate-input'])
new_text = rotate_string(text, rot)
new_text_html = "<h1>" + new_text + "</h1>"
return form.format(new_text)
def encrypt():
rotation = int(request.form["rot"])
word = (request.form["text"])
encrypto = rotate_string(word, rotation)
return form.format(encrypto)
def encrypt():
#Caesar cipher encryption function taking inputs 'text' and the degree of rotation
text = request.form['text']
rot = request.form['rot']
jumbled_text = rotate_string(str(text), int(rot))
return form.format(jumbled_text)
def encrypt():
rotate = request.form['rot']
text = request.form['text']
encrypt = rotate_string(text, int(rotate))
return form.format(encrypt)
def encrypt():
rot = request.form["rot"]
text = request.form["text"]
answer = rotate_string(text, int(rot))
return "<h1>" + form.format(answer) + "<h/1>"
def encrypt():
rots = int(request.form['rot'])
texts = request.form.get("text")
var3 = rotate_string(texts, rots)
return form.format(var3)
def encrypt():
rot = request.form['rot']
rot = int(rot)
text = request.form['text']
encryption = rotate_string(text, rot)
return form.format(encryption)
def encrypt():
rot = int(request.form["rot"])
text = request.form["text"]
encoded_text = rotate_string(text, rot)
return form.format(encoded_text)
def encrypt():
rotation = request.form['rot']
string = request.form['text']
encrypted_string = rotate_string(string, int(rotation))
return form.format(encrypted_string)
def submission():
rot = request.form['rot']
text = request.form['text']
return form.format(rotate_string(text, rot))
def encrypt():
rot = request.form['rot']
text = request.form['text']
return form.format(rotate_string(str(text),int(rot)))
def encrypt():
rot_char = int(request.form['rot'])
text = request.form['text']
encrypted = rotate_string(text, rot_char)
return '<h3>' + encrypted + '</h3>'
def encrypt():
text = request.form['source']
rot = int(request.form['rot'])
result = rotate_string(text, rot)
return form.format(result)
def encrypt():
r = int(request.form["rot"])
t = request.form["text"]
cypher = rotate_string(t, r)
return form.format(cypher)
def encrypt():
rot = int(request.form['rot'])
text = str(request.form['text'])
code = rotate_string(text, rot)
return form.format(code)
def encrypt():
text = request.form['text']
rot = request.form['rot']
rot = int(rot)
return form.format(rotate_string(text, rot))
def encrypt():
input_mess = request.form['text']
number_input = request.form['rot']
encrypted_mess = rotate_string(str(input_mess), int(number_input))
return caesar_form.format(encrypted_mess)