ARC4Managed

: RC4 : SymmetricAlgorithm : Object

Mono.Security.Cryptography.ARC4Managed, mscorlib 0x0060 (96 B) align 8 inherited 0x0048 mscorlib

implements ICryptoTransform, IDisposable

0x00x0060

Members 5

Show inherited members

Offset	Size	Name	Type	Flags
	0x08	key	byte[]	Private
	0x08	state	byte[]	Private
	0x01	x	byte	Private
	0x01	y	byte	Private
	0x01	m_disposed	bool	Private
0x005B	0x05	unreflected bytes to end of ARC4Managed

Inherited from RC4 2

Offset	Size	Name	Type	Flags
	0x08	s_legalBlockSizes	KeySizes[]	PrivateStatic
	0x08	s_legalKeySizes	KeySizes[]	PrivateStatic

Inherited from SymmetricAlgorithm 9

Size	Name	Type	Flags
0x04	BlockSizeValue	int	1 flags
0x04	FeedbackSizeValue	int	1 flags
0x08	IVValue	byte[]	1 flags
0x08	KeyValue	byte[]	1 flags
0x08	LegalBlockSizesValue	KeySizes[]	1 flags
0x08	LegalKeySizesValue	KeySizes[]	1 flags
0x04	KeySizeValue	int	1 flags
0x04	ModeValue	CipherMode	1 flags
0x04	PaddingValue	PaddingMode	1 flags

Functions 18

Signature	Flags	Native	Params
void .ctor()	Public+1 flags	—	0x00
void Finalize()	2 flags	—	0x00
void Dispose()	2 flags	—	0x00
void get_Key()	Public+2 flags	—	0x00
void set_Key()	Public+2 flags	—	0x00
void get_CanReuseTransform()	PublicFinal+3 flags	—	0x00
void CreateEncryptor()	Public+1 flags	—	0x00
void CreateDecryptor()	Public+1 flags	—	0x00
void GenerateIV()	Public+1 flags	—	0x00
void GenerateKey()	Public+1 flags	—	0x00
void get_CanTransformMultipleBlocks()	PublicFinal+3 flags	—	0x00
void get_InputBlockSize()	PublicFinal+3 flags	—	0x00
void get_OutputBlockSize()	PublicFinal+3 flags	—	0x00
void KeySetup()	Private	—	0x00
void CheckInput()	Private	—	0x00
void TransformBlock()	PublicFinal+2 flags	—	0x00
void InternalTransformBlock()	Private	—	0x00
void TransformFinalBlock()	PublicFinal+2 flags	—	0x00

// Mono.Security.Cryptography.ARC4Managed, mscorlib
// size 0x0060 (96), inherited 0x0048, align 8
class ARC4Managed : public RC4
{
public:
    byte[] key;                                        // 0x0048(0x08) Private
    byte[] state;                                      // 0x0050(0x08) Private
    byte x;                                            // 0x0058(0x01) Private
    byte y;                                            // 0x0059(0x01) Private
    bool m_disposed;                                   // 0x005A(0x01) Private
    uint8 pad_0[0x05];                             // 0x005B(0x05)

    void .ctor(); [Public SpecialName]
    void Finalize(); [Family Virtual]
    void Dispose(); [Family Virtual]
    void get_Key(); [Public Virtual SpecialName]
    void set_Key(); [Public Virtual SpecialName]
    void get_CanReuseTransform(); [Public Final Virtual NewSlot SpecialName]
    void CreateEncryptor(); [Public Virtual]
    void CreateDecryptor(); [Public Virtual]
    void GenerateIV(); [Public Virtual]
    void GenerateKey(); [Public Virtual]
    void get_CanTransformMultipleBlocks(); [Public Final Virtual NewSlot SpecialName]
    void get_InputBlockSize(); [Public Final Virtual NewSlot SpecialName]
    void get_OutputBlockSize(); [Public Final Virtual NewSlot SpecialName]
    void KeySetup(); [Private]
    void CheckInput(); [Private]
    void TransformBlock(); [Public Final Virtual NewSlot]
    void InternalTransformBlock(); [Private]
    void TransformFinalBlock(); [Public Final Virtual NewSlot]
};