def encrypt():
text1 = request.form['text']
rot1 = request.form['rot']
rotated = rotate_string(text1,int(rot1))
print(rotated)
new_text = rotated
updated_form = form.format(new_text)
return updated_form
def encrypt():
#ROT VALUE HANDLING
rot_value = request.form['rot']
try:
rot_value = int(rot_value)
except ValueError:
return render_template('value_error_template.html',
invalid_char="'" + rot_value + "'")
#MESSAGE HANDLING
user_message = request.form['text']
encrypted_message = rotate_string(user_message, rot_value)
return render_template('caeser_form.html',
success_banner="YOUR ENCRYPTED MESSAGE:",
message=encrypted_message)
def encrypt():
solution = rotate_string(request.form['text'], int(request.form['rot']))
return form.format(solution)
def encrypt():
rot = int(request.form['rot'])
text = request.form['text']
rotated = rotate_string(text, rot)
return form.format(rotated)
def encrypt():
rot = int(request.form["rot"])
text = request.form["text"]
encrypted_text = rotate_string(text, rot)
return form.format(encrypted_text)
def encrypt():
user_string = request.form['text']
rot = int(request.form['rot'])
return form.format(rotate_string(user_string, rot))
def encrypt():
rot = int(request.form['rot'])
text = request.form['text']
output = rotate_string(text, rot)
return redirect("/?text=" + output)
def encrypt():
rotate_number = int(request.form['rot'])
string = request.form['text']
if request.method == 'POST':
message = rotate_string(string, rotate_number)
return "<h1>" + form.format(message) + "</h1>"