public static void EncryptEachFileWithPassword(string[] filePaths, byte[] passwordBytes)
{
Globals.TotalCount = filePaths.Length;
foreach (string inputFilePath in filePaths)
{
bool validFilePath = FilePathValidation.FileEncryption(inputFilePath);
if (!validFilePath)
{
--Globals.TotalCount;
continue;
}
UsingPassword(inputFilePath, passwordBytes);
}
Utilities.ZeroArray(passwordBytes);
DisplayMessage.SuccessfullyEncrypted();
}
public static void EncryptEachFileWithPrivateKey(string[] filePaths, byte[] privateKey)
{
Globals.TotalCount = filePaths.Length;
privateKey = PrivateKey.Decrypt(privateKey);
if (privateKey == null)
{
return;
}
foreach (string inputFilePath in filePaths)
{
bool validFilePath = FilePathValidation.FileEncryption(inputFilePath);
if (!validFilePath)
{
--Globals.TotalCount;
continue;
}
UsingPrivateKey(inputFilePath, privateKey);
}
Utilities.ZeroArray(privateKey);
DisplayMessage.SuccessfullyEncrypted();
}
public static void EncryptEachFileWithPublicKey(string[] filePaths, byte[] senderPrivateKey, byte[] recipientPublicKey)
{
Globals.TotalCount = filePaths.Length;
senderPrivateKey = PrivateKey.Decrypt(senderPrivateKey);
if (senderPrivateKey == null)
{
return;
}
byte[] sharedSecret = KeyExchange.GetSharedSecret(senderPrivateKey, recipientPublicKey);
Utilities.ZeroArray(senderPrivateKey);
foreach (string inputFilePath in filePaths)
{
bool validFilePath = FilePathValidation.FileEncryption(inputFilePath);
if (!validFilePath)
{
--Globals.TotalCount;
continue;
}
UsingPublicKey(inputFilePath, sharedSecret, recipientPublicKey);
}
Utilities.ZeroArray(sharedSecret);
DisplayMessage.SuccessfullyEncrypted();
}