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Belkast
Belkast

AI created a Java program

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Belkast AI Java Code
Table of Contents

Introduction
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Full disclosure: Belkast used Artificial Intelligence to write this Java program. The program uses a derived PBKDF2 key with the SHA-256 algorithm to encrypt user defined input.

Main Menu #

You are given the following options

  • 1. Encrypt
  • 2. Decrypt
  • 3. Run test cases
  • 4. Exit
Main Menu

Pressing 1 will prompt for further information in the Encryption Mode menu.

Pressing 2 will prompt for further information in the Decryption Mode menu.

Pressing 3 will run a couple of test cases to ensure the program is functioning correctly.

Pressing 4 will exit the program.

Encryption Mode
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Encryption Mode

1. Encrypt text input
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Encrypt text input

You are given the following options:

  • Enter text to encrypt:
  • Enter a strong password (minimum 8 characters):
  • Print encrypted result to screen? (y/n):
  • Save encrypted data to a file? (y/n):
    • Enter output file path:

2. Encrypt file
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You are given the following options:

  • Enter the file path:
  • Enter a strong password (minimum 8 characters):
  • Print encrypted result to screen? (y/n):
  • Save encrypted data to a file? (y/n):
    • Enter output file path:

Decryption Mode
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1. Decrypt from text input
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You are given the following options:

  • Enter encrypted Base64 text:
  • Enter a strong password (minimum 8 characters):
  • Print decrypted result to screen? (y/n):
  • Save decrypted data to a file? (y/n):
    • Enter output file path:

2. Decrypt from file
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You are given the following options:

  • Enter the file path:
  • Enter a strong password (minimum 8 characters):
  • Print decrypted result to screen? (y/n):
  • Save decrypted data to a file? (y/n):
    • Enter output file path:

Run test cases
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Main Menu

Downloads
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Java class
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The SecureFileCryptoTool Java class file can be downloaded from here.

Source code
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The Java source code can be downloaded from this link.