def main(option):
if option == '--aes':
banner.head()
password = input('[*] Pick a password: '******'[*] Enter the text to be encrypted: ')
encrypted_text = func.aes(f'{text_to_aes}', password)
print('\n[*]', encrypted_text)
elif option == '--caesar':
banner.head()
text_to_binary = input('[*] Enter the text to be encrypted: ')
while True:
try:
s = int(input("[*] Enter the shift: ")
) #how many shifts to encode in caesar
break
except ValueError:
print('[!] Please enter a numerical value.')
continue
encrypt_text = func.caesar(text_to_binary, s)
print('\n[*] Encrypted value:', "{}".format(encrypt_text))
elif option == '--md5':
func.md5()
elif option == '--rot13':
func.rot13()
elif option == '--base64':
func.base64()
elif option == '--sha256':
func.sha256()
elif option == '--hex':
func.hex()
elif option == '--help' or option == '-h':
banner.usage()
def hex():
banner.head()
text_to_hex = input('[*] Enter the text to be encoded: ').encode('utf-8')
encrypted_text = text_to_hex.hex()
print('\n[*] Encoded value:', encrypted_text)
def sha256():
banner.head()
text_to_sha = input('[*] Enter the text to be hashed: ').encode()
encode = hashlib.sha256(text_to_sha).hexdigest()
print('\n[*] Hashed value:', encode)
def base64():
banner.head()
text_to_64 = input('[*] Enter the text to be encoded: ')
encode = b64.b64encode(bytes(f'{text_to_64}', "utf-8"))
print('\n[*] Encoded value:', encode.decode('utf-8'))
def rot13():
banner.head()
text_to_rot = input('[*] Enter the text to be encrypted: ')
encrypted_text = codecs.getencoder("rot-13")
result = encrypted_text(text_to_rot)[0]
print('\n[*] Encrypted value:', result)
def md5():
banner.head()
text_to_md5 = input('[*] Enter the text to be hashed: ')
hash_object = hashlib.md5(text_to_md5.encode())
md5_hash = hash_object.hexdigest()
print('\n[*] Hashed value:', md5_hash)