private void OnEngineChanged(object sender, EventArgs e)
{
SymmetricEngines engine = _engineDescriptions[((ComboBox)sender).Text];
SetComboParams(engine);
this._engineType = engine;
}
/// <summary>
/// CipherDescription constructor
/// </summary>
///
/// <param name="EngineType">The Cryptographic <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.SymmetricEngines">Engine</see> type</param>
/// <param name="KeySize">The cipher Key Size in bytes</param>
/// <param name="IvSize">Size of the cipher <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.IVSizes">Initialization Vector</see></param>
/// <param name="CipherType">The type of <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.CipherModes">Cipher Mode</see></param>
/// <param name="PaddingType">The type of cipher <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.PaddingModes">Padding Mode</see></param>
/// <param name="BlockSize">The cipher <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.BlockSizes">Block Size</see></param>
/// <param name="RoundCount">The number of diffusion <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.RoundCounts">Rounds</see></param>
/// <param name="KdfEngine">The <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.Digests">Digest</see> digest engine used to power the key schedule Key Derivation Function</param>
/// <param name="MacKeySize">The size of the HMAC key in bytes; a zeroed parameter means authentication is not enabled with this key</param>
/// <param name="MacEngine">The HMAC <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.Digests">Digest</see> engine used to authenticate a message file encrypted with this key</param>
///
/// <exception cref="System.ArgumentOutOfRangeException">Thrown if an invalid KeyId, MessageKey, or ExtensionKey is used</exception>
public CipherDescription(SymmetricEngines EngineType, int KeySize, IVSizes IvSize, CipherModes CipherType, PaddingModes PaddingType,
BlockSizes BlockSize, RoundCounts RoundCount, Digests KdfEngine = Digests.None, int MacKeySize = 0, Digests MacEngine = Digests.None)
{
this.EngineType = (int)EngineType;
this.KeySize = KeySize;
this.IvSize = (int)IvSize;
this.CipherType = (int)CipherType;
this.PaddingType = (int)PaddingType;
this.BlockSize = (int)BlockSize;
this.RoundCount = (int)RoundCount;
this.KdfEngine = (int)KdfEngine;
this.MacKeySize = MacKeySize;
this.MacEngine = (int)MacEngine;
}
/// <summary>
/// Create a volume key file using a manual description of the cipher parameters.
/// </summary>
///
/// <param name="KeyCount">The number of key sets associated with this volume key</param>
/// <param name="EngineType">The Cryptographic <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.SymmetricEngines">Engine</see> type</param>
/// <param name="KeySize">The cipher Key Size in bytes</param>
/// <param name="IvSize">Size of the cipher <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.IVSizes">Initialization Vector</see></param>
/// <param name="CipherType">The type of <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.CipherModes">Cipher Mode</see></param>
/// <param name="PaddingType">The type of cipher <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.PaddingModes">Padding Mode</see></param>
/// <param name="BlockSize">The cipher <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.BlockSizes">Block Size</see></param>
/// <param name="Rounds">The number of diffusion <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.RoundCounts">Rounds</see></param>
/// <param name="KdfEngine">The <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.Digests">Digest</see> engine used to power the key schedule Key Derivation Function in HX and M series ciphers</param>
///
/// <returns>A populated VolumeKey</returns>
public MemoryStream CreateKey(int KeyCount, SymmetricEngines EngineType, int KeySize, IVSizes IvSize,
CipherModes CipherType, PaddingModes PaddingType, BlockSizes BlockSize, RoundCounts Rounds, Digests KdfEngine)
{
CipherDescription dsc = new CipherDescription()
{
EngineType = (int)EngineType,
KeySize = KeySize,
IvSize = (int)IvSize,
CipherType = (int)CipherType,
PaddingType = (int)PaddingType,
BlockSize = (int)BlockSize,
RoundCount = (int)Rounds,
KdfEngine = (int)KdfEngine,
};
return(CreateKey(dsc, KeyCount));
}
/// <summary>
/// Create a single use Key file using a manual description of the cipher parameters.
/// </summary>
///
/// <param name="KeyParam">An initialized and populated key material container</param>
/// <param name="EngineType">The Cryptographic <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.SymmetricEngines">Engine</see> type</param>
/// <param name="KeySize">The cipher Key Size in bytes</param>
/// <param name="IvSize">Size of the cipher <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.IVSizes">Initialization Vector</see></param>
/// <param name="CipherType">The type of <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.CipherModes">Cipher Mode</see></param>
/// <param name="PaddingType">The type of cipher <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.PaddingModes">Padding Mode</see></param>
/// <param name="BlockSize">The cipher <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.BlockSizes">Block Size</see></param>
/// <param name="Rounds">The number of diffusion <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.RoundCounts">Rounds</see></param>
/// <param name="KdfEngine">The <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.Digests">Digest</see> engine used to power the key schedule Key Derivation Function in HX and M series ciphers</param>
/// <param name="MacSize">The size of the HMAC message authentication code; a zeroed parameter means authentication is not enabled with this key</param>
/// <param name="MacEngine">The HMAC <see cref="VTDev.Libraries.CEXEngine.Crypto.Enumeration.Digests">Digest</see> engine used to authenticate a message file encrypted with this key</param>
///
/// <exception cref="System.ArgumentNullException">Thrown if a KeyParams member is null, but specified in the Header</exception>
/// <exception cref="System.ArgumentOutOfRangeException">Thrown if a Header parameter does not match a KeyParams value</exception>
public void Create(KeyParams KeyParam, SymmetricEngines EngineType, int KeySize, IVSizes IvSize, CipherModes CipherType,
PaddingModes PaddingType, BlockSizes BlockSize, RoundCounts Rounds, Digests KdfEngine, int MacSize, Digests MacEngine)
{
CipherDescription dsc = new CipherDescription()
{
EngineType = (int)EngineType,
KeySize = KeySize,
IvSize = (int)IvSize,
CipherType = (int)CipherType,
PaddingType = (int)PaddingType,
BlockSize = (int)BlockSize,
RoundCount = (int)Rounds,
KdfEngine = (int)KdfEngine,
MacEngine = (int)MacEngine,
MacKeySize = MacSize
};
Create(dsc, KeyParam);
}
private bool IsStreamCipher(SymmetricEngines EngineType)
{
return EngineType == SymmetricEngines.ChaCha ||
EngineType == SymmetricEngines.Salsa ||
EngineType == SymmetricEngines.Fusion;
}
private IStreamCipher GetStreamEngine(SymmetricEngines EngineType, int RoundCount, Digests KdfEngine)
{
if (EngineType == SymmetricEngines.ChaCha)
return new ChaCha(RoundCount);
else if (EngineType == SymmetricEngines.Fusion)
return new Fusion(RoundCount, KdfEngine);
else if (EngineType == SymmetricEngines.Salsa)
return new Salsa20(RoundCount);
else
return null;
}
private ICipherMode GetCipher(CipherModes CipherType, SymmetricEngines EngineType, int RoundCount, int BlockSize, Digests KdfEngine)
{
if (CipherType == CipherModes.CBC)
return new CBC(GetBlockEngine(EngineType, RoundCount, BlockSize, KdfEngine));
else if (CipherType == CipherModes.CFB)
return new CFB(GetBlockEngine(EngineType, RoundCount, BlockSize, KdfEngine), BlockSize * 8);
else if (CipherType == CipherModes.OFB)
return new OFB(GetBlockEngine(EngineType, RoundCount, BlockSize, KdfEngine));
else
return new CTR(GetBlockEngine(EngineType, RoundCount, BlockSize, KdfEngine));
}
private IBlockCipher GetBlockEngine(SymmetricEngines EngineType, int RoundCount, int BlockSize, Digests KdfEngine)
{
if (EngineType == SymmetricEngines.RDX)
return new RDX(BlockSize);
else if (EngineType == SymmetricEngines.RHX)
return new RHX(RoundCount, BlockSize, KdfEngine);
else if (EngineType == SymmetricEngines.RSM)
return new RSM(RoundCount, BlockSize, KdfEngine);
else if (EngineType == SymmetricEngines.SHX)
return new SHX(RoundCount, KdfEngine);
else if (EngineType == SymmetricEngines.SPX)
return new SPX(RoundCount);
else if (EngineType == SymmetricEngines.TFX)
return new TFX(RoundCount);
else if (EngineType == SymmetricEngines.THX)
return new THX(RoundCount, KdfEngine);
else if (EngineType == SymmetricEngines.TSM)
return new TSM(RoundCount, KdfEngine);
else
return new RHX(RoundCount, BlockSize, KdfEngine);
}
/// <summary>
/// Create a volume key file using a manual description of the cipher parameters.
/// </summary>
///
/// <param name="KeyCount">The number of key sets associated with this volume key</param>
/// <param name="EngineType">The Cryptographic <see cref="SymmetricEngines">Engine</see> type</param>
/// <param name="KeySize">The cipher Key Size in bytes</param>
/// <param name="IvSize">Size of the cipher <see cref="IVSizes">Initialization Vector</see></param>
/// <param name="CipherType">The type of <see cref="CipherModes">Cipher Mode</see></param>
/// <param name="PaddingType">The type of cipher <see cref="PaddingModes">Padding Mode</see></param>
/// <param name="BlockSize">The cipher <see cref="BlockSizes">Block Size</see></param>
/// <param name="Rounds">The number of diffusion <see cref="RoundCounts">Rounds</see></param>
/// <param name="KdfEngine">The <see cref="Digests">Digest</see> engine used to power the key schedule Key Derivation Function in HX and M series ciphers</param>
/// <param name="MacSize">The size of the HMAC message authentication code; a zeroed parameter means authentication is not enabled with this key</param>
/// <param name="MacEngine">The HMAC <see cref="Digests">Digest</see> engine used to authenticate a message file encrypted with this key</param>
///
/// <exception cref="System.IO.FileLoadException">A key file exists at the path specified</exception>
/// <exception cref="System.UnauthorizedAccessException">The key file path is read only</exception>
public void Create(int KeyCount, SymmetricEngines EngineType, int KeySize, IVSizes IvSize, CipherModes CipherType,
PaddingModes PaddingType, BlockSizes BlockSize, RoundCounts Rounds, Digests KdfEngine, int MacSize, Digests MacEngine)
{
CipherDescription dsc = new CipherDescription()
{
EngineType = (int)EngineType,
KeySize = KeySize,
IvSize = (int)IvSize,
CipherType = (int)CipherType,
PaddingType = (int)PaddingType,
BlockSize = (int)BlockSize,
RoundCount = (int)Rounds,
KdfEngine = (int)KdfEngine,
MacEngine = (int)MacEngine,
MacSize = MacSize
};
Create(dsc, KeyCount);
}
private void SetComboParams(SymmetricEngines Engine)
{
cbCipherMode.Enabled = true;
cbKeySize.Enabled = true;
cbKeySize.Items.Clear();
cbRounds.Enabled = true;
cbRounds.Items.Clear();
switch (Engine)
{
case SymmetricEngines.ChaCha:
case SymmetricEngines.Salsa:
cbCipherMode.Enabled = false;
cbKeySize.Items.Add(KeySizes.K128);
cbKeySize.Items.Add(KeySizes.K256);
ComboHelper.SetSelectedIndex(cbKeySize, 1);
ComboHelper.AddEnumRange(cbRounds, typeof(RoundCounts), 8, 30);
ComboHelper.SetSelectedIndex(cbRounds, 6);
break;
case SymmetricEngines.RHX:
ComboHelper.SetSelectedIndex(cbEngines, 0);
cbKeySize.Items.Clear();
cbKeySize.Items.Add(KeySizes.K128);
cbKeySize.Items.Add(KeySizes.K192);
cbKeySize.Items.Add(KeySizes.K256);
cbKeySize.Items.Add(KeySizes.K512);
ComboHelper.SetSelectedIndex(cbKeySize, 2);
ComboHelper.AddEnumRange(cbRounds, typeof(RoundCounts), 10, 38);
ComboHelper.SetSelectedIndex(cbRounds, 2);
break;
case SymmetricEngines.SHX:
cbKeySize.Items.Add(KeySizes.K128);
cbKeySize.Items.Add(KeySizes.K192);
cbKeySize.Items.Add(KeySizes.K256);
cbKeySize.Items.Add(KeySizes.K512);
ComboHelper.SetSelectedIndex(cbKeySize, 2);
cbRounds.Items.Add(RoundCounts.R32);
cbRounds.Items.Add(RoundCounts.R40);
cbRounds.Items.Add(RoundCounts.R48);
cbRounds.Items.Add(RoundCounts.R56);
cbRounds.Items.Add(RoundCounts.R64);
ComboHelper.SetSelectedIndex(cbRounds, 0);
break;
case SymmetricEngines.THX:
cbKeySize.Items.Add(KeySizes.K128);
cbKeySize.Items.Add(KeySizes.K192);
cbKeySize.Items.Add(KeySizes.K256);
cbKeySize.Items.Add(KeySizes.K512);
ComboHelper.SetSelectedIndex(cbKeySize, 2);
ComboHelper.AddEnumRange(cbRounds, typeof(RoundCounts), 16, 32);
ComboHelper.SetSelectedIndex(cbRounds, 0);
break;
default:
throw new ArgumentOutOfRangeException();
}
SetRounds();
}
private void SetKeySizes(SymmetricEngines CipherEngine, Digests KdfEngine)
{
cbKeySize.Items.Clear();
if (CipherEngine == SymmetricEngines.Fusion ||
CipherEngine == SymmetricEngines.RHX ||
CipherEngine == SymmetricEngines.RSM ||
CipherEngine == SymmetricEngines.SHX ||
CipherEngine == SymmetricEngines.TSM ||
CipherEngine == SymmetricEngines.THX)
{
cbHkdf.Enabled = true;
switch (KdfEngine)
{
case Digests.Blake256:
case Digests.Skein256:
cbKeySize.Items.Add(KeySizes.K512);
cbKeySize.Items.Add(KeySizes.K768);
cbKeySize.Items.Add(KeySizes.K1024);
cbKeySize.Items.Add(KeySizes.K1280);
break;
case Digests.SHA256:
cbKeySize.Items.Add(KeySizes.K768);
cbKeySize.Items.Add(KeySizes.K1280);
cbKeySize.Items.Add(KeySizes.K1792);
cbKeySize.Items.Add(KeySizes.K2304);
break;
case Digests.Blake512:
case Digests.Skein512:
cbKeySize.Items.Add(KeySizes.K1024);
cbKeySize.Items.Add(KeySizes.K1536);
cbKeySize.Items.Add(KeySizes.K2048);
cbKeySize.Items.Add(KeySizes.K2560);
break;
case Digests.Keccak512:
cbKeySize.Items.Add(KeySizes.K1088);
cbKeySize.Items.Add(KeySizes.K1664);
cbKeySize.Items.Add(KeySizes.K2240);
cbKeySize.Items.Add(KeySizes.K2816);
break;
case Digests.SHA512:
cbKeySize.Items.Add(KeySizes.K1536);
cbKeySize.Items.Add(KeySizes.K2560);
cbKeySize.Items.Add(KeySizes.K3584);
cbKeySize.Items.Add(KeySizes.K4608);
break;
case Digests.Skein1024:
cbKeySize.Items.Add(KeySizes.K2048);
cbKeySize.Items.Add(KeySizes.K3072);
cbKeySize.Items.Add(KeySizes.K4096);
cbKeySize.Items.Add(KeySizes.K5120);
break;
}
}
else if (CipherEngine == SymmetricEngines.RDX ||
CipherEngine == SymmetricEngines.SPX ||
CipherEngine == SymmetricEngines.TFX)
{
cbHkdf.Enabled = false;
cbKeySize.Items.Add(KeySizes.K128);
cbKeySize.Items.Add(KeySizes.K256);
cbKeySize.Items.Add(KeySizes.K512);
}
else if (CipherEngine == SymmetricEngines.ChaCha ||
CipherEngine == SymmetricEngines.Salsa)
{
cbHkdf.Enabled = false;
cbKeySize.Items.Add(KeySizes.K128);
cbKeySize.Items.Add(KeySizes.K256);
cbKeySize.Items.Add(KeySizes.K384);
cbKeySize.Items.Add(KeySizes.K448);
}
ComboHelper.SetSelectedIndex(cbKeySize, 1);
}
private bool IsStreamCipher(SymmetricEngines EngineType)
{
return(EngineType == SymmetricEngines.ChaCha ||
EngineType == SymmetricEngines.Salsa);
}
private void SetComboParams(SymmetricEngines Engine)
{
cbCipherMode.Enabled = true;
cbKeySize.Enabled = true;
cbKeySize.Items.Clear();
cbRounds.Enabled = true;
cbRounds.Items.Clear();
switch (Engine)
{
case SymmetricEngines.ChaCha:
case SymmetricEngines.Salsa:
cbCipherMode.Enabled = false;
cbKeySize.Items.Add(KeySizes.K128);
cbKeySize.Items.Add(KeySizes.K256);
cbKeySize.Items.Add(KeySizes.K384);
cbKeySize.Items.Add(KeySizes.K448);
ComboHelper.SetSelectedIndex(cbKeySize, 1);
ComboHelper.AddEnumRange(cbRounds, typeof(RoundCounts), 8, 30);
ComboHelper.SetSelectedIndex(cbRounds, 6);
break;
case SymmetricEngines.RDX:
cbRounds.Enabled = false;
cbKeySize.Items.Add(KeySizes.K128);
cbKeySize.Items.Add(KeySizes.K256);
cbKeySize.Items.Add(KeySizes.K512);
ComboHelper.SetSelectedIndex(cbKeySize, 1);
break;
case SymmetricEngines.RHX:
ComboHelper.SetSelectedIndex(cbEngines, 3);
ComboHelper.AddEnumRange(cbKeySize, typeof(KeySizes), 192, 576);
ComboHelper.SetSelectedIndex(cbKeySize, 0);
ComboHelper.AddEnumRange(cbRounds, typeof(RoundCounts), 10, 38);
ComboHelper.SetSelectedIndex(cbRounds, 2);
break;
case SymmetricEngines.RSM:
ComboHelper.AddEnumRange(cbKeySize, typeof(KeySizes), 192, 576);
ComboHelper.SetSelectedIndex(cbKeySize, 0);
cbRounds.Items.Add(RoundCounts.R10);
cbRounds.Items.Add(RoundCounts.R18);
cbRounds.Items.Add(RoundCounts.R26);
cbRounds.Items.Add(RoundCounts.R34);
cbRounds.Items.Add(RoundCounts.R42);
ComboHelper.SetSelectedIndex(cbRounds, 1);
break;
case SymmetricEngines.SHX:
ComboHelper.AddEnumRange(cbKeySize, typeof(KeySizes), 192, 576);
ComboHelper.SetSelectedIndex(cbKeySize, 0);
cbRounds.Items.Add(RoundCounts.R32);
cbRounds.Items.Add(RoundCounts.R40);
cbRounds.Items.Add(RoundCounts.R48);
cbRounds.Items.Add(RoundCounts.R56);
cbRounds.Items.Add(RoundCounts.R64);
ComboHelper.SetSelectedIndex(cbRounds, 0);
break;
case SymmetricEngines.SPX:
ComboHelper.AddEnumRange(cbKeySize, typeof(KeySizes), 16, 64);
ComboHelper.SetSelectedIndex(cbKeySize, 2);
cbRounds.Items.Add(RoundCounts.R32);
cbRounds.Items.Add(RoundCounts.R40);
cbRounds.Items.Add(RoundCounts.R48);
cbRounds.Items.Add(RoundCounts.R56);
cbRounds.Items.Add(RoundCounts.R64);
ComboHelper.SetSelectedIndex(cbRounds, 0);
break;
case SymmetricEngines.TFX:
cbKeySize.Items.Add(KeySizes.K128);
cbKeySize.Items.Add(KeySizes.K256);
cbKeySize.Items.Add(KeySizes.K512);
ComboHelper.SetSelectedIndex(cbKeySize, 1);
ComboHelper.AddEnumRange(cbRounds, typeof(RoundCounts), 16, 32);
ComboHelper.SetSelectedIndex(cbRounds, 0);
break;
default:
ComboHelper.AddEnumRange(cbKeySize, typeof(KeySizes), 192, 576);
ComboHelper.SetSelectedIndex(cbKeySize, 0);
ComboHelper.AddEnumRange(cbRounds, typeof(RoundCounts), 16, 32);
ComboHelper.SetSelectedIndex(cbRounds, 0);
break;
}
}
private void OnEngineChanged(object sender, EventArgs e)
{
SymmetricEngines engine = _engineDescriptions[((ComboBox)sender).Text];
SetComboParams(engine);
this._engineType = engine;
}
public EngineSpeedTest(SymmetricEngines Engine, CipherModes Mode, int DataSize, int KeySize, int Rounds, bool Encryption, bool Parallel, TestTypes TestType = TestTypes.FileIO)
{
_cipherType = Mode;
_dataSize = DataSize;
_roundCount = Rounds;
_engineType = Engine;
_isEncryption = Encryption;
_isParallel = Parallel;
_keySize = KeySize;
_keyParam = GetKeyParams();
_testType = TestType;
if (IsStreamCipher())
{
_streamCipher = GetStreamEngine();
_streamCipher.Initialize(_keyParam);
if (_isParallel && _engineType == SymmetricEngines.ChaCha || _engineType == SymmetricEngines.Salsa)
{
if (_dataSize > MB100)
{
_blockSize = MB100;
}
else if (DataSize > MB10)
{
_blockSize = MB10;
}
else if (DataSize > MB1)
{
_blockSize = MB1;
}
else
{
_blockSize = 1024;
}
// align block
if (_isParallel)
{
_blockSize -= (_blockSize % (64 * Environment.ProcessorCount));
}
}
else
{
_blockSize = 64000;
}
}
else
{
_cipherEngine = GetCipher();
_cipherEngine.Initialize(_isEncryption, _keyParam);
// set parallel
if (_cipherEngine.GetType().Equals(typeof(CTR)))
{
((CTR)_cipherEngine).IsParallel = _isParallel;
}
else if (_cipherEngine.GetType().Equals(typeof(CBC)))
{
((CBC)_cipherEngine).IsParallel = _isParallel;
}
else if (_cipherEngine.GetType().Equals(typeof(CFB)))
{
((CFB)_cipherEngine).IsParallel = _isParallel;
}
// set block
if (_isParallel && (_cipherType.Equals(CipherModes.CTR) ||
_cipherType.Equals(CipherModes.CBC) && !_isEncryption ||
_cipherType.Equals(CipherModes.CFB) && !_isEncryption))
{
if (_dataSize > MB100)
{
_blockSize = MB100;
}
else if (DataSize > MB10)
{
_blockSize = MB10;
}
else if (DataSize > MB1)
{
_blockSize = MB1;
}
else
{
_blockSize = 1024;
}
// align block
if (_isParallel)
{
_blockSize -= (_blockSize % (16 * Environment.ProcessorCount));
}
if (_cipherEngine.GetType().Equals(typeof(CTR)))
{
((CTR)_cipherEngine).ParallelBlockSize = _blockSize;
}
else if (_cipherEngine.GetType().Equals(typeof(CBC)))
{
((CBC)_cipherEngine).ParallelBlockSize = _blockSize;
}
else if (_cipherEngine.GetType().Equals(typeof(CFB)))
{
((CFB)_cipherEngine).ParallelBlockSize = _blockSize;
}
}
else
{
_blockSize = _cipherEngine.BlockSize;
}
}
_inputBuffer = new byte[_blockSize];
_outputBuffer = new byte[_blockSize];
}
/// <summary>
/// CipherDescription constructor
/// </summary>
///
/// <param name="EngineType">The Cryptographic <see cref="SymmetricEngines">Engine</see> type</param>
/// <param name="KeySize">The cipher Key Size in bytes</param>
/// <param name="IvSize">Size of the cipher <see cref="IVSizes">Initialization Vector</see></param>
/// <param name="CipherType">The type of <see cref="CipherModes">Cipher Mode</see></param>
/// <param name="PaddingType">The type of cipher <see cref="PaddingModes">Padding Mode</see></param>
/// <param name="BlockSize">The cipher <see cref="BlockSizes">Block Size</see></param>
/// <param name="RoundCount">The number of diffusion <see cref="RoundCounts">Rounds</see></param>
/// <param name="KdfEngine">The <see cref="Digests">Digest</see> engine used to power the key schedule Key Derivation Function in HX and M series ciphers</param>
/// <param name="MacSize">The size of the HMAC message authentication code; a zeroed parameter means authentication is not enabled with this key</param>
/// <param name="MacEngine">The HMAC <see cref="Digests">Digest</see> engine used to authenticate a message file encrypted with this key</param>
///
/// <exception cref="System.ArgumentOutOfRangeException">Thrown if an invalid KeyId, MessageKey, or ExtensionKey is used</exception>
public CipherDescription(SymmetricEngines EngineType, int KeySize, IVSizes IvSize, CipherModes CipherType, PaddingModes PaddingType,
BlockSizes BlockSize, RoundCounts RoundCount, Digests KdfEngine = Digests.SHA512, int MacSize = 64, Digests MacEngine = Digests.SHA512)
{
this.EngineType = (Int32)EngineType;
this.KeySize = KeySize;
this.IvSize = (Int32)IvSize;
this.CipherType = (Int32)CipherType;
this.PaddingType = (Int32)PaddingType;
this.BlockSize = (Int32)BlockSize;
this.RoundCount = (Int32)RoundCount;
this.KdfEngine = (Int32)KdfEngine;
this.MacSize = MacSize;
this.MacEngine = (Int32)MacEngine;
}
public EngineSpeedTest(SymmetricEngines Engine, CipherModes Mode, int DataSize, int KeySize, int Rounds, bool Encryption, bool Parallel, TestTypes TestType = TestTypes.FileIO)
{
_cipherType = Mode;
_dataSize = DataSize;
_roundCount = Rounds;
_engineType = Engine;
_isEncryption = Encryption;
_isParallel = Parallel;
_keySize = KeySize;
_keyParam = GetKeyParams();
_testType = TestType;
if (IsStreamCipher())
{
_streamCipher = GetStreamEngine();
_streamCipher.Initialize(_keyParam);
if (_isParallel && _engineType == SymmetricEngines.Fusion || _engineType == SymmetricEngines.Salsa)
{
if (_dataSize > MB100)
_blockSize = MB100;
else if (DataSize > MB10)
_blockSize = MB10;
else if (DataSize > MB1)
_blockSize = MB1;
else
_blockSize = 1024;
}
else
{
_blockSize = 64000;
}
}
else
{
_cipherEngine = GetCipher();
_cipherEngine.Initialize(_isEncryption, _keyParam);
// set parallel
if (_cipherEngine.GetType().Equals(typeof(CTR)))
((CTR)_cipherEngine).IsParallel = _isParallel;
else if (_cipherEngine.GetType().Equals(typeof(CBC)))
((CBC)_cipherEngine).IsParallel = _isParallel;
else if (_cipherEngine.GetType().Equals(typeof(CFB)))
((CFB)_cipherEngine).IsParallel = _isParallel;
// set block
if (_isParallel && (_cipherType.Equals(CipherModes.CTR) ||
_cipherType.Equals(CipherModes.CBC) && !_isEncryption ||
_cipherType.Equals(CipherModes.CFB) && !_isEncryption))
{
if (_dataSize > MB100)
_blockSize = MB100;
else if (DataSize > MB10)
_blockSize = MB10;
else if (DataSize > MB1)
_blockSize = MB1;
else
_blockSize = 1024;
if (_cipherEngine.GetType().Equals(typeof(CTR)))
((CTR)_cipherEngine).ParallelBlockSize = _blockSize;
else if (_cipherEngine.GetType().Equals(typeof(CBC)))
((CBC)_cipherEngine).ParallelBlockSize = _blockSize;
else if (_cipherEngine.GetType().Equals(typeof(CFB)))
((CFB)_cipherEngine).ParallelBlockSize = _blockSize;
}
else
{
_blockSize = _cipherEngine.BlockSize;
}
}
_inputBuffer = new byte[_blockSize];
_outputBuffer = new byte[_blockSize];
}
private void SetComboParams(SymmetricEngines Engine)
{
cbCipherMode.Enabled = true;
cbPaddingMode.Enabled = true;
cbRounds.Enabled = true;
cbVectorSize.Enabled = true;
cbRounds.Items.Clear();
cbVectorSize.Items.Clear();
cbVectorSize.Items.Add(IVSizes.V128);
cbVectorSize.SelectedIndex = 0;
switch (Engine)
{
case SymmetricEngines.ChaCha:
case SymmetricEngines.Salsa:
cbCipherMode.Enabled = false;
cbPaddingMode.Enabled = false;
ComboHelper.AddEnumRange(cbRounds, typeof(RoundCounts), 8, 30);
ComboHelper.SetSelectedIndex(cbRounds, 6);
cbVectorSize.Items.Clear();
cbVectorSize.Items.Add(IVSizes.V64);
cbVectorSize.SelectedIndex = 0;
break;
case SymmetricEngines.Fusion:
cbCipherMode.Enabled = false;
cbPaddingMode.Enabled = false;
ComboHelper.AddEnumRange(cbRounds, typeof(RoundCounts), 16, 32);
ComboHelper.SetSelectedIndex(cbRounds, 0);
break;
case SymmetricEngines.RDX:
cbRounds.Enabled = false;
cbVectorSize.Items.Add(IVSizes.V256);
cbVectorSize.SelectedIndex = 0;
break;
case SymmetricEngines.RHX:
ComboHelper.AddEnumRange(cbRounds, typeof(RoundCounts), 10, 38);
ComboHelper.SetSelectedIndex(cbRounds, 2);
cbVectorSize.Items.Add(IVSizes.V256);
cbVectorSize.SelectedIndex = 0;
break;
case SymmetricEngines.RSM:
cbRounds.Items.Add(RoundCounts.R10);
cbRounds.Items.Add(RoundCounts.R18);
cbRounds.Items.Add(RoundCounts.R26);
cbRounds.Items.Add(RoundCounts.R34);
cbRounds.Items.Add(RoundCounts.R42);
ComboHelper.SetSelectedIndex(cbRounds, 1);
cbVectorSize.Items.Add(IVSizes.V256);
cbVectorSize.SelectedIndex = 0;
break;
case SymmetricEngines.SHX:
cbRounds.Items.Add(RoundCounts.R32);
cbRounds.Items.Add(RoundCounts.R40);
cbRounds.Items.Add(RoundCounts.R48);
cbRounds.Items.Add(RoundCounts.R56);
cbRounds.Items.Add(RoundCounts.R64);
ComboHelper.SetSelectedIndex(cbRounds, 0);
break;
case SymmetricEngines.SPX:
cbRounds.Items.Add(RoundCounts.R32);
cbRounds.Items.Add(RoundCounts.R40);
cbRounds.Items.Add(RoundCounts.R48);
cbRounds.Items.Add(RoundCounts.R56);
cbRounds.Items.Add(RoundCounts.R64);
ComboHelper.SetSelectedIndex(cbRounds, 0);
break;
case SymmetricEngines.TFX:
ComboHelper.AddEnumRange(cbRounds, typeof(RoundCounts), 16, 32);
ComboHelper.SetSelectedIndex(cbRounds, 0);
break;
case SymmetricEngines.TSM:
cbRounds.Items.Add(RoundCounts.R16);
cbRounds.Items.Add(RoundCounts.R24);
cbRounds.Items.Add(RoundCounts.R32);
ComboHelper.SetSelectedIndex(cbRounds, 0);
break;
default:
ComboHelper.AddEnumRange(cbRounds, typeof(RoundCounts), 16, 32);
ComboHelper.SetSelectedIndex(cbRounds, 0);
break;
}
}
