def encrypt():
rot = int(request.form['rot'])
text = request.form['text']
encrypted = rotate_string(text, rot)
return form.format(encrypted)
def encrypt():
text = request.form['text']
rot = int(request.form['rot'])
changed_text = rotate_string(text, rot)
#form = '<h1>' + changed_text + '</h1>'
return content.format(text_to_show = changed_text)
def encrypt():
rot = request.form["rot"]
if not is_integer(rot):
return "Not a valid integer"
else:
rot = int(rot)
text = request.form["text"]
encrypted_text = rotate_string(text, rot)
return form.format(encrypted_text)
def encrypt():
rot_msg = request.form['text']
rot_num = request.form['rot']
new_rot = int(rot_num)
new_txt = list(rot_msg)
new_st = ''
n_char = ''
for char in new_txt:
n_char = rotate_string(char,new_rot)
new_st += n_char
return form.format(new_st)
def encrypt():
rot_num = int(request.form["rot"])
text = request.form["text"]
encrypted_message = rotate_string(text, rot_num)
print("lolololol")
return form.format(encrypted_message)
def encrpyt():
rot = request.form['rot_number']
text = request.form['text_box']
rot = int(rot)
content = rotate_string(text, rot)
return form.format(text=content)
def encrypt():
text = request.form['text']
rot = int(request.form['rot'])
answer = rotate_string(text, rot)
return render_template('/index.html', answer=answer)
def encrypt():
rRot = int(request.form["rot"])
tText = request.form["text"]
return '<h1>' + rotate_string(tText, rRot) + '</h1>'
def encrypt():
rotation = int(request.form["rot"])
text = request.form["text"]
encrypted_string = rotate_string(text, rotation)
return form.format(encrypted_string)
def encrypt():
rotate = int(request.form['rot'])
text_to_encrypt = request.form['text']
textbox_form = form.format(rotate_string(text_to_encrypt, rotate))
return "<h1>{}</h1>".format(textbox_form)