Please find below screenshot from IDLE and copyable code
from Crypto.Cipher import AES key="myrandomkey1234567890abc" encrypt_object = AES.new(key, AES.MODE_ECB) # message to encrypt msg = 'mysecretmessage@' encrypted_msg = encrypt_object.encrypt(msg) #now message encrypted , building decrypted message decryptd_object = AES.new(key, AES.MODE_ECB) decrypted_msg = decryptd_object.decrypt(encrypted_msg) print(decrypted_msg)
Use the python erypto library to demonstrate how to encrypt and decrypt a message using AES...
Implement in Go language AES encryption mode CBC with providing the packages name for Go language. You can implement AES-ECB Mode (the basic AES) from crypto/aes package and crypto/cipher.Block. You can also get the SHA-256 hash function from crypto/sha256. You can get the secure random numbers generator from crypto/rand package. However, the you will implement both CBC mode and HMAC from scratch. You are NOT allowed to use any libraries or packages to implement these two things for you. You...
1. Write a python code: Using a dictionary, make a text encrypter/decrypter. In decrypt mode, if the user inputs “Y r u l8?”, the program should output “Why are you late?”, for example. In encrypt mode, if the user inputs “See you later”, it should output “c u l8r”. Obviously you can’t handle every possible phrase, but add as many as you can. Don’t bother with multiword shortcuts for now (LOL, BRB, etc.) 2. Draw a flowchart of your encryption/decryption...