Question

Please, we need help with this project. The solution should be in assembly language X86 Linux ASM (Encryption and Decryption). Task 1 Objective: Encrypt and decrypt using an XOR logical operator. Encrypting a message: 1. Select a secret "one English word" message. Keep it secret. 2. Create a secret "one English word" key. For simplicity, use the same length as the word key as the message. For example, if the message is "Hello," select a key size equal to 5 characters, such as "March." 3. Apply XOR bitwise operation between the message and the key. Decrypting a message: 1. Use the "encrypted message" and the "secret key" and perform the bitwise XOR operation. 2. Verify that the decrypted message is the same as the "plain text". Output to display: The output should be saved in a text file (output.txt). For example: Plain text: Hello Key: March Encrypted text: 5041e0f07 Decrypted text: Hello

          Please, we need help with this project. The solution should be in assembly language X86 Linux ASM (Encryption and Decryption).

Task 1 Objective: Encrypt and decrypt using an XOR logical operator.

Encrypting a message:
1. Select a secret "one English word" message. Keep it secret.
2. Create a secret "one English word" key. For simplicity, use the same length as the word key as the message.
   For example, if the message is "Hello," select a key size equal to 5 characters, such as "March."
3. Apply XOR bitwise operation between the message and the key.

Decrypting a message:
1. Use the "encrypted message" and the "secret key" and perform the bitwise XOR operation.
2. Verify that the decrypted message is the same as the "plain text".

Output to display:
The output should be saved in a text file (output.txt).
For example:
Plain text: Hello
Key: March
Encrypted text: 5041e0f07
Decrypted text: Hello

Added by Adrienne G.

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