RijndaelManagedTransform

: Object

System.Security.Cryptography.RijndaelManagedTransform, mscorlib 0x0080 (128 B) inherited 0x0010 mscorlib.dll

implements ICryptoTransform, IDisposable

0x00x0080

Members 24

Show inherited members

Offset	Size	Name	Type	Flags	Default
	0x04	m_cipherMode	CipherMode	Private	—
	0x04	m_paddingValue	PaddingMode	Private	—
	0x04	m_transformMode	RijndaelManagedTransformMode	Private	—
	0x04	m_blockSizeBits	int	Private	—
	0x04	m_blockSizeBytes	int	Private	—
	0x04	m_inputBlockSize	int	Private	—
	0x04	m_outputBlockSize	int	Private	—
0x002C	0x04	padding / unreflected
	0x08	m_encryptKeyExpansion	int[]	Private	—
	0x08	m_decryptKeyExpansion	int[]	Private	—
	0x04	m_Nr	int	Private	—
	0x04	m_Nb	int	Private	—
	0x04	m_Nk	int	Private	—
0x004C	0x04	padding / unreflected
	0x08	m_encryptindex	int[]	Private	—
	0x08	m_decryptindex	int[]	Private	—
	0x08	m_IV	int[]	Private	—
	0x08	m_lastBlockBuffer	int[]	Private	—
	0x08	m_depadBuffer	byte[]	Private	—
	0x08	m_shiftRegister	byte[]	Private	—
	0x08	s_Sbox	byte[]	PrivateStatic+1 flags	—
	0x08	s_Rcon	int[]	PrivateStatic+1 flags	—
	0x08	s_T	int[]	PrivateStatic+1 flags	—
	0x08	s_TF	int[]	PrivateStatic+1 flags	—
	0x08	s_iT	int[]	PrivateStatic+1 flags	—
	0x08	s_iTF	int[]	PrivateStatic+1 flags	—

Functions 20

Signature	Flags	Params
void .ctor(const byte[]& rgbKey, const CipherMode& mode, const byte[]& rgbIV, int blockSize, int feedbackSize, const PaddingMode& PaddingValue, const RijndaelManagedTransformMode& transformMode)	2 flags	0x08
void Dispose()	PublicFinal+2 flags	0x00
void Dispose(bool disposing)	Private	0x01
int get_InputBlockSize()	PublicFinal+3 flags	0x04
int get_OutputBlockSize()	PublicFinal+3 flags	0x04
bool get_CanTransformMultipleBlocks()	PublicFinal+3 flags	0x01
int TransformBlock(const byte[]& inputBuffer, int inputOffset, int inputCount, const byte[]& outputBuffer, int outputOffset)	PublicFinal+2 flags	0x08
byte[] TransformFinalBlock(const byte[]& inputBuffer, int inputOffset, int inputCount)	PublicFinal+2 flags	0x08
void Reset()	Public	0x00
int EncryptData(const byte[]& inputBuffer, int inputOffset, int inputCount, ref byte[]& outputBuffer, int outputOffset, const PaddingMode& paddingMode, bool fLast)	Private	0x08
int DecryptData(const byte[]& inputBuffer, int inputOffset, int inputCount, ref byte[]& outputBuffer, int outputOffset, const PaddingMode& paddingMode, bool fLast)	Private	0x08
void Enc(const Int32& encryptindex, const Int32& encryptKeyExpansion, const Int32& T, const Int32& TF, const Int32& work, const Int32& temp)	Private	0x00
void Dec(const Int32& decryptindex, const Int32& decryptKeyExpansion, const Int32& iT, const Int32& iTF, const Int32& work, const Int32& temp)	Private	0x00
void GenerateKeyExpansion(const byte[]& rgbKey)	Private	0x08
int rot1(int val)	PrivateStatic	0x04
int rot2(int val)	PrivateStatic	0x04
int rot3(int val)	PrivateStatic	0x04
int SubWord(int a)	PrivateStatic	0x04
int MulX(int x)	PrivateStatic	0x04
void .cctor()	PrivateStatic+1 flags	0x00

// System.Security.Cryptography.RijndaelManagedTransform, mscorlib
// size 0x0080 (128), inherited 0x0010
class RijndaelManagedTransform : public Object
{
public:
    CipherMode m_cipherMode;                           // 0x0010(0x04) Private
    PaddingMode m_paddingValue;                        // 0x0014(0x04) Private
    RijndaelManagedTransformMode m_transformMode;      // 0x0018(0x04) Private
    int m_blockSizeBits;                               // 0x001C(0x04) Private
    int m_blockSizeBytes;                              // 0x0020(0x04) Private
    int m_inputBlockSize;                              // 0x0024(0x04) Private
    int m_outputBlockSize;                             // 0x0028(0x04) Private
    uint8 pad_0[0x04];                             // 0x002C(0x04)
    int[] m_encryptKeyExpansion;                       // 0x0030(0x08) Private
    int[] m_decryptKeyExpansion;                       // 0x0038(0x08) Private
    int m_Nr;                                          // 0x0040(0x04) Private
    int m_Nb;                                          // 0x0044(0x04) Private
    int m_Nk;                                          // 0x0048(0x04) Private
    uint8 pad_1[0x04];                             // 0x004C(0x04)
    int[] m_encryptindex;                              // 0x0050(0x08) Private
    int[] m_decryptindex;                              // 0x0058(0x08) Private
    int[] m_IV;                                        // 0x0060(0x08) Private
    int[] m_lastBlockBuffer;                           // 0x0068(0x08) Private
    byte[] m_depadBuffer;                              // 0x0070(0x08) Private
    byte[] m_shiftRegister;                            // 0x0078(0x08) Private
    byte[] s_Sbox;                                     // 0x0000(0x08) Private Static InitOnly
    int[] s_Rcon;                                      // 0x0008(0x08) Private Static InitOnly
    int[] s_T;                                         // 0x0010(0x08) Private Static InitOnly
    int[] s_TF;                                        // 0x0018(0x08) Private Static InitOnly
    int[] s_iT;                                        // 0x0020(0x08) Private Static InitOnly
    int[] s_iTF;                                       // 0x0028(0x08) Private Static InitOnly

    void .ctor(byte[] rgbKey, CipherMode mode, byte[] rgbIV, int blockSize, int feedbackSize, PaddingMode PaddingValue, RijndaelManagedTransformMode transformMode); // 0x2a4ebf0 [Assembly SpecialName]
    void Dispose(); // 0x2a4c8b0 [Public Final Virtual NewSlot]
    void Dispose(bool disposing); // 0x2a4c9d0 [Private]
    int get_InputBlockSize(); // 0x719a00 [Public Final Virtual NewSlot SpecialName]
    int get_OutputBlockSize(); // 0x6ebdf0 [Public Final Virtual NewSlot SpecialName]
    bool get_CanTransformMultipleBlocks(); // 0x645810 [Public Final Virtual NewSlot SpecialName]
    int TransformBlock(byte[] inputBuffer, int inputOffset, int inputCount, byte[] outputBuffer, int outputOffset); // 0x2a4e190 [Public Final Virtual NewSlot]
    byte[] TransformFinalBlock(byte[] inputBuffer, int inputOffset, int inputCount); // 0x2a4e5b0 [Public Final Virtual NewSlot]
    void Reset(); // 0x2a4e020 [Public]
    int EncryptData(byte[] inputBuffer, int inputOffset, int inputCount, ref byte[] outputBuffer, int outputOffset, PaddingMode paddingMode, bool fLast); // 0x2a4cd10 [Private]
    int DecryptData(byte[] inputBuffer, int inputOffset, int inputCount, ref byte[] outputBuffer, int outputOffset, PaddingMode paddingMode, bool fLast); // 0x2a4b9c0 [Private]
    void Enc(Int32* encryptindex, Int32* encryptKeyExpansion, Int32* T, Int32* TF, Int32* work, Int32* temp); // 0x2a4cb00 [Private]
    void Dec(Int32* decryptindex, Int32* decryptKeyExpansion, Int32* iT, Int32* iTF, Int32* work, Int32* temp); // 0x2a4b790 [Private]
    void GenerateKeyExpansion(byte[] rgbKey); // 0x2a4d9c0 [Private]
    int rot1(int val); // 0x2a4f2c0 [Private Static]
    int rot2(int val); // 0x2a4f2d0 [Private Static]
    int rot3(int val); // 0x2a4f2e0 [Private Static]
    int SubWord(int a); // 0x2a4e0a0 [Private Static]
    int MulX(int x); // 0x2a4dff0 [Private Static]
    void .cctor(); // 0x2a4e980 [Private Static SpecialName]
};