AesTransform

: SymmetricTransform : Object

System.Security.Cryptography.AesTransform, System.Core 0x0068 (104 B) inherited 0x0058 System.Core.dll

0x00x0068

Members 14

Show inherited members

Size	Name	Type	Flags	Default
0x08	expandedKey	uint[]	Private	—
0x04	Nk	int	Private	—
0x04	Nr	int	Private	—
0x08	Rcon	uint[]	PrivateStatic+1 flags	—
0x08	SBox	byte[]	PrivateStatic+1 flags	—
0x08	iSBox	byte[]	PrivateStatic+1 flags	—
0x08	T0	uint[]	PrivateStatic+1 flags	—
0x08	T1	uint[]	PrivateStatic+1 flags	—
0x08	T2	uint[]	PrivateStatic+1 flags	—
0x08	T3	uint[]	PrivateStatic+1 flags	—
0x08	iT0	uint[]	PrivateStatic+1 flags	—
0x08	iT1	uint[]	PrivateStatic+1 flags	—
0x08	iT2	uint[]	PrivateStatic+1 flags	—
0x08	iT3	uint[]	PrivateStatic+1 flags	—

Inherited from SymmetricTransform 12

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 6

Signature	Flags	Native	Params
void .ctor(Aes algo, bool encryption, const byte[]& key, const byte[]& iv)	Public+1 flags	—	0x08
void ECB(const byte[]& input, const byte[]& output)	2 flags	—	0x08
uint SubByte(uint a)	Private	—	0x04
void Encrypt128(const byte[]& indata, const byte[]& outdata, const uint[]& ekey)	Private	—	0x08
void Decrypt128(const byte[]& indata, const byte[]& outdata, const uint[]& ekey)	Private	—	0x08
void .cctor()	PrivateStatic+1 flags	—	0x00

// System.Security.Cryptography.AesTransform, System.Core
// size 0x0068 (104), inherited 0x0058
class AesTransform : public SymmetricTransform
{
public:
    uint[] expandedKey;                                // 0x0058(0x08) Private
    int Nk;                                            // 0x0060(0x04) Private
    int Nr;                                            // 0x0064(0x04) Private
    uint[] Rcon;                                       // 0x0000(0x08) Private Static InitOnly
    byte[] SBox;                                       // 0x0008(0x08) Private Static InitOnly
    byte[] iSBox;                                      // 0x0010(0x08) Private Static InitOnly
    uint[] T0;                                         // 0x0018(0x08) Private Static InitOnly
    uint[] T1;                                         // 0x0020(0x08) Private Static InitOnly
    uint[] T2;                                         // 0x0028(0x08) Private Static InitOnly
    uint[] T3;                                         // 0x0030(0x08) Private Static InitOnly
    uint[] iT0;                                        // 0x0038(0x08) Private Static InitOnly
    uint[] iT1;                                        // 0x0040(0x08) Private Static InitOnly
    uint[] iT2;                                        // 0x0048(0x08) Private Static InitOnly
    uint[] iT3;                                        // 0x0050(0x08) Private Static InitOnly

    void .ctor(Aes algo, bool encryption, byte[] key, byte[] iv); [Public SpecialName]
    void ECB(byte[] input, byte[] output); [Family Virtual]
    uint SubByte(uint a); [Private]
    void Encrypt128(byte[] indata, byte[] outdata, uint[] ekey); [Private]
    void Decrypt128(byte[] indata, byte[] outdata, uint[] ekey); [Private]
    void .cctor(); [Private Static SpecialName]
};