SymmetricTransform

: Object

Mono.Security.Cryptography.SymmetricTransform, mscorlib 0x0058 (88 B) inherited 0x0010 mscorlib.dll

implements ICryptoTransform, IDisposable

0x00x0058

Members 12

Show inherited members

Offset	Size	Name	Type	Flags	Default
	0x08	algo	SymmetricAlgorithm	1 flags	—
	0x01	encrypt	bool	1 flags	—
0x0019	0x03	padding / unreflected
	0x04	BlockSizeByte	int	1 flags	—
	0x08	temp	byte[]	1 flags	—
	0x08	temp2	byte[]	1 flags	—
	0x08	workBuff	byte[]	Private	—
	0x08	workout	byte[]	Private	—
	0x04	padmode	PaddingMode	1 flags	—
	0x04	FeedBackByte	int	1 flags	—
	0x01	m_disposed	bool	Private	—
	0x01	lastBlock	bool	1 flags	—
0x004A	0x06	padding / unreflected
	0x08	_rng	RandomNumberGenerator	Private	—

Functions 22

Signature	Flags	Params
void .ctor(SymmetricAlgorithm symmAlgo, bool encryption, const byte[]& rgbIV)	Public+1 flags	0x08
void Finalize()	2 flags	0x00
void System.IDisposable.Dispose()	PrivateFinal+2 flags	0x00
void Dispose(bool disposing)	3 flags	0x01
bool get_CanTransformMultipleBlocks()	Public+3 flags	0x01
int get_InputBlockSize()	Public+3 flags	0x04
int get_OutputBlockSize()	Public+3 flags	0x04
void Transform(const byte[]& input, const byte[]& output)	3 flags	0x08
void ECB(const byte[]& input, const byte[]& output)	4 flags	0x08
void CBC(const byte[]& input, const byte[]& output)	3 flags	0x08
void CFB(const byte[]& input, const byte[]& output)	3 flags	0x08
void OFB(const byte[]& input, const byte[]& output)	3 flags	0x08
void CTS(const byte[]& input, const byte[]& output)	3 flags	0x08
void CheckInput(const byte[]& inputBuffer, int inputOffset, int inputCount)	Private	0x08
int TransformBlock(const byte[]& inputBuffer, int inputOffset, int inputCount, const byte[]& outputBuffer, int outputOffset)	Public+2 flags	0x08
bool get_KeepLastBlock()	Private+1 flags	0x01
int InternalTransformBlock(const byte[]& inputBuffer, int inputOffset, int inputCount, const byte[]& outputBuffer, int outputOffset)	Private	0x08
void Random(const byte[]& buffer, int start, int length)	Private	0x08
void ThrowBadPaddingException(const PaddingMode& padding, int length, int position)	Private	0x04
byte[] FinalEncrypt(const byte[]& inputBuffer, int inputOffset, int inputCount)	3 flags	0x08
byte[] FinalDecrypt(const byte[]& inputBuffer, int inputOffset, int inputCount)	3 flags	0x08
byte[] TransformFinalBlock(const byte[]& inputBuffer, int inputOffset, int inputCount)	Public+2 flags	0x08

Subclasses 4

AesTransform DESTransform RC2Transform TripleDESTransform

// Mono.Security.Cryptography.SymmetricTransform, mscorlib
// size 0x0058 (88), inherited 0x0010
class SymmetricTransform : public Object
{
public:
    SymmetricAlgorithm algo;                           // 0x0010(0x08) Family
    bool encrypt;                                      // 0x0018(0x01) Family
    uint8 pad_0[0x03];                             // 0x0019(0x03)
    int BlockSizeByte;                                 // 0x001C(0x04) Family
    byte[] temp;                                       // 0x0020(0x08) Family
    byte[] temp2;                                      // 0x0028(0x08) Family
    byte[] workBuff;                                   // 0x0030(0x08) Private
    byte[] workout;                                    // 0x0038(0x08) Private
    PaddingMode padmode;                               // 0x0040(0x04) Family
    int FeedBackByte;                                  // 0x0044(0x04) Family
    bool m_disposed;                                   // 0x0048(0x01) Private
    bool lastBlock;                                    // 0x0049(0x01) Family
    uint8 pad_1[0x06];                             // 0x004A(0x06)
    RandomNumberGenerator _rng;                        // 0x0050(0x08) Private

    void .ctor(SymmetricAlgorithm symmAlgo, bool encryption, byte[] rgbIV); // 0x2a18340 [Public SpecialName]
    void Finalize(); // 0x2a178a0 [Family Virtual]
    void System.IDisposable.Dispose(); // 0x2a17c20 [Private Final Virtual NewSlot]
    void Dispose(bool disposing); // 0x2a171a0 [Family Virtual NewSlot]
    bool get_CanTransformMultipleBlocks(); // 0x645810 [Public Virtual NewSlot SpecialName]
    int get_InputBlockSize(); // 0x846500 [Public Virtual NewSlot SpecialName]
    int get_OutputBlockSize(); // 0x846500 [Public Virtual NewSlot SpecialName]
    void Transform(byte[] input, byte[] output); // 0x2a181c0 [Family Virtual NewSlot]
    void ECB(byte[] input, byte[] output); // 0x3cd640 [Family Virtual NewSlot Abstract]
    void CBC(byte[] input, byte[] output); // 0x2a16c70 [Family Virtual NewSlot]
    void CFB(byte[] input, byte[] output); // 0x2a16dc0 [Family Virtual NewSlot]
    void OFB(byte[] input, byte[] output); // 0x2a17b00 [Family Virtual NewSlot]
    void CTS(byte[] input, byte[] output); // 0x2a16fb0 [Family Virtual NewSlot]
    void CheckInput(byte[] inputBuffer, int inputOffset, int inputCount); // 0x2a17000 [Private]
    int TransformBlock(byte[] inputBuffer, int inputOffset, int inputCount, byte[] outputBuffer, int outputOffset); // 0x2a17dd0 [Public Virtual NewSlot]
    bool get_KeepLastBlock(); // 0x2a18640 [Private SpecialName]
    int InternalTransformBlock(byte[] inputBuffer, int inputOffset, int inputCount, byte[] outputBuffer, int outputOffset); // 0x2a17910 [Private]
    void Random(byte[] buffer, int start, int length); // 0x2a17b50 [Private]
    void ThrowBadPaddingException(PaddingMode padding, int length, int position); // 0x2a17c90 [Private]
    byte[] FinalEncrypt(byte[] inputBuffer, int inputOffset, int inputCount); // 0x2a17550 [Family Virtual NewSlot]
    byte[] FinalDecrypt(byte[] inputBuffer, int inputOffset, int inputCount); // 0x2a17210 [Family Virtual NewSlot]
    byte[] TransformFinalBlock(byte[] inputBuffer, int inputOffset, int inputCount); // 0x2a180f0 [Public Virtual NewSlot]
};