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Ecryption / Decryption for external disk

Function Description

The code snippet defines a function named encrypt_decrypt_external_disks with the following signature:

pub fn encrypt_decrypt_external_disks(private_public_key: String, user_id: String, is_encryption: u8)

Parameters

  • private_public_key (String): A string representing the private/public key used for encryption/decryption.
  • user_id (String): A string representing the user ID.
  • is_encryption (u8): An unsigned 8-bit integer representing the operation mode. It determines whether encryption or decryption should be performed.

Function Logic

The encrypt_decrypt_external_disks function performs encryption or decryption on external disks using the provided private/public key. It iterates over the available disks, excluding the "C:\" disk, and calls the multi_threaded_encrypt_decrypt_files function to perform encryption or decryption on the files within each disk.

The function uses the get_disks function from the crate::system::info module to obtain a list of available disks. For each disk (excluding the system disk "C:\"), it calls the multi_threaded_encrypt_decrypt_files function, passing the disk path, private/public key, user ID, and operation mode as arguments.

Example Usage

Here is an example of how you can use the encrypt_decrypt_external_disks function:

fn main() {
    let private_public_key = "your_private_public_key".to_string();
    let user_id = "your_user_id".to_string();
    let is_encryption = 1; // 1 for encryption, 0 for decryption

    encrypt_decrypt_external_disks(private_public_key, user_id, is_encryption);
}

In the example above, the function is called with the appropriate arguments to perform encryption on external disks using the provided private/public key and user ID.

Make sure to replace "your_private_public_key" and "your_user_id" with the actual values you want to use.

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