DesEngine

: Object

Best.HTTP.SecureProtocol.Org.BouncyCastle.Crypto.Engines.DesEngine, com.Tivadar.Best.HTTP 0x0018 (24 B) inherited 0x0010 com.Tivadar.Best.HTTP.dll

implements IBlockCipher

0x00x0018

Members 15

Show inherited members

Offset	Size	Name	Type	Flags	Default
—	0x04	BLOCK_SIZE	int	Static+2 flags	912296352
	0x08	workingKey	int[]	Private	—
	0x08	bytebit	short[]	PrivateStatic+1 flags	—
	0x08	bigbyte	int[]	PrivateStatic+1 flags	—
	0x08	pc1	byte[]	PrivateStatic+1 flags	—
	0x08	totrot	byte[]	PrivateStatic+1 flags	—
	0x08	pc2	byte[]	PrivateStatic+1 flags	—
	0x08	SP1	uint[]	PrivateStatic+1 flags	—
	0x08	SP2	uint[]	PrivateStatic+1 flags	—
	0x08	SP3	uint[]	PrivateStatic+1 flags	—
	0x08	SP4	uint[]	PrivateStatic+1 flags	—
	0x08	SP5	uint[]	PrivateStatic+1 flags	—
	0x08	SP6	uint[]	PrivateStatic+1 flags	—
	0x08	SP7	uint[]	PrivateStatic+1 flags	—
	0x08	SP8	uint[]	PrivateStatic+1 flags	—

Functions 10

Signature	Flags	Native	Params
int[] GetWorkingKey()	Public+2 flags	—	0x08
void Init(bool forEncryption, ICipherParameters parameters)	Public+2 flags	—	0x08
string get_AlgorithmName()	Public+3 flags	—	0x08
int GetBlockSize()	Public+2 flags	—	0x04
int ProcessBlock(const byte[]& input, int inOff, const byte[]& output, int outOff)	Public+2 flags	—	0x08
int ProcessBlock(const ReadOnlySpan<System.Byte>& input, const Span<System.Byte>& output)	Public+2 flags	—	0x10
int[] GenerateWorkingKey(bool encrypting, const byte[]& key)	Static+1 flags	—	0x08
void DesFunc(const int[]& wKey, ref uint& hi32, ref uint& lo32)	Static+1 flags	—	0x08
void .ctor()	Public+1 flags	—	0x00
void .cctor()	PrivateStatic+1 flags	—	0x00

Subclasses 1

DesEdeEngine

// Best.HTTP.SecureProtocol.Org.BouncyCastle.Crypto.Engines.DesEngine, com.Tivadar.Best.HTTP
// size 0x0018 (24), inherited 0x0010
class DesEngine : public Object
{
public:
    int BLOCK_SIZE;                                    // ????(0x04) Assembly Static Literal = 912296352
    int[] workingKey;                                  // 0x0010(0x08) Private
    short[] bytebit;                                   // 0x0000(0x08) Private Static InitOnly
    int[] bigbyte;                                     // 0x0008(0x08) Private Static InitOnly
    byte[] pc1;                                        // 0x0010(0x08) Private Static InitOnly
    byte[] totrot;                                     // 0x0018(0x08) Private Static InitOnly
    byte[] pc2;                                        // 0x0020(0x08) Private Static InitOnly
    uint[] SP1;                                        // 0x0028(0x08) Private Static InitOnly
    uint[] SP2;                                        // 0x0030(0x08) Private Static InitOnly
    uint[] SP3;                                        // 0x0038(0x08) Private Static InitOnly
    uint[] SP4;                                        // 0x0040(0x08) Private Static InitOnly
    uint[] SP5;                                        // 0x0048(0x08) Private Static InitOnly
    uint[] SP6;                                        // 0x0050(0x08) Private Static InitOnly
    uint[] SP7;                                        // 0x0058(0x08) Private Static InitOnly
    uint[] SP8;                                        // 0x0060(0x08) Private Static InitOnly

    int[] GetWorkingKey(); [Public Virtual NewSlot]
    void Init(bool forEncryption, ICipherParameters parameters); [Public Virtual NewSlot]
    string get_AlgorithmName(); [Public Virtual NewSlot SpecialName]
    int GetBlockSize(); [Public Virtual NewSlot]
    int ProcessBlock(byte[] input, int inOff, byte[] output, int outOff); [Public Virtual NewSlot]
    int ProcessBlock(ReadOnlySpan<System.Byte> input, Span<System.Byte> output); [Public Virtual NewSlot]
    int[] GenerateWorkingKey(bool encrypting, byte[] key); [Family Static]
    void DesFunc(int[] wKey, ref uint hi32, ref uint lo32); [Assembly Static]
    void .ctor(); [Public SpecialName]
    void .cctor(); [Private Static SpecialName]
};