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def decode(code): pass # Test code msg = 'Hello" print(f"Plain text message: (msg)") encoded = encode(msg) print(f"Encoded message: (encoded)") decoded = decode(encoded) * Expected output: * Plain text message: Hello # Encoded message: HbeklqİRon * Decoded message: Hello print(f°Decoded message: {decoded}")

def decode(code): pass # Test code msg = 'Hello" print(f"Plain text message: (msg)") encoded = encode(msg) print(f"Encoded message: (encoded)") decoded = decode(encoded) * Expected output: * Plain text message: Hello # Encoded message: HbeklqİRon * Decoded message: Hello print(f°Decoded message: {decoded}")

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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def decode(code): pass = Test code msg = 'Hello print(f"Plain text message: (msg)") encoded = encode(msg) print(f"Encoded message: (encoded)") decoded = decode(encoded) • Expected output: - Plain text message: Hello = Encoded message: HbeklqIRon - Decoded message: Hello print(f'Decoded message: {decoded)}")
Transcribed Image Text:def decode(code): pass = Test code msg = 'Hello print(f"Plain text message: (msg)") encoded = encode(msg) print(f"Encoded message: (encoded)") decoded = decode(encoded) • Expected output: - Plain text message: Hello = Encoded message: HbeklqIRon - Decoded message: Hello print(f'Decoded message: {decoded)}")
Write functions to encode and decode a plain text message with the algorithm below: • The encode) function takes the original, plain text message as input, takes each of its character out and adds one random ASCII letter after it, making each one letter into two letters, and then append the two letters to the new encoded string output. • The decode) function takes an encoded message as input and decodes the messages by removing the random letters added during the encoding process. It only retains characters in the original message. The output of the decode) function will be exactly the same as the original, plain text message. Example • Original message: Hello • Encoded message: HbeklqIRon • Decoded message: Hello Note: the randomLetter) function is given to generate a random ASCII letter. import string import random def randomLetter0: return random.choice(string.ascii_letters) def encode(message): pass def decode(code): pass # Test code msg = 'Hello' print(f"Plain text message: (msg)")
Transcribed Image Text:Write functions to encode and decode a plain text message with the algorithm below: • The encode) function takes the original, plain text message as input, takes each of its character out and adds one random ASCII letter after it, making each one letter into two letters, and then append the two letters to the new encoded string output. • The decode) function takes an encoded message as input and decodes the messages by removing the random letters added during the encoding process. It only retains characters in the original message. The output of the decode) function will be exactly the same as the original, plain text message. Example • Original message: Hello • Encoded message: HbeklqIRon • Decoded message: Hello Note: the randomLetter) function is given to generate a random ASCII letter. import string import random def randomLetter0: return random.choice(string.ascii_letters) def encode(message): pass def decode(code): pass # Test code msg = 'Hello' print(f"Plain text message: (msg)")
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