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//
// Creator: http://www.dicelocksecurity.com
// Version: vers.5.0.0.1
//
// Copyright � 2008-2011 DiceLock Security, LLC. All rights reserved.
//
// DISCLAIMER
//
// THIS SOFTWARE IS PROVIDED "AS IS" AND ANY EXPRESSED OR IMPLIED WARRANTIES,
// INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY
// AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE
// REGENTS OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
// SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
// PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;
// OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
// WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR
// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
// ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
//
// DICELOCK IS A REGISTERED TRADEMARK OR TRADEMARK OF THE OWNERS.
//
#ifndef BASECRYPTORANDOMSTREAM_HPP
#define BASECRYPTORANDOMSTREAM_HPP
#define BYTEBITS 8
#define SHORTBITS 16
#define LONGBITS 32
#define LONG64BITS 64
#define LONGBYTES 4
namespace DiceLockSecurity {
namespace CryptoRandomStream {
enum CryptoRandomStreams {
DefaultStream,
PhysicalStream,
NumberOfStreams, // Indication of the number of CryptoRandomStream types, any added CryptoRandomStream type must be inserted before
NotDefined,
};
struct byteBits {
unsigned char bit0:1;
unsigned char bit1:1;
unsigned char bit2:1;
unsigned char bit3:1;
unsigned char bit4:1;
unsigned char bit5:1;
unsigned char bit6:1;
unsigned char bit7:1;
};
class BaseCryptoRandomStream {
protected:
unsigned long int bitLength;
unsigned long int reducedBitLength;
unsigned long int position;
unsigned char * cryptoStream;
public:
// Constructor, deafult
BaseCryptoRandomStream();
// Constructor, sets an empty stream with the indicated length in unsigned long ints
BaseCryptoRandomStream(unsigned long int) {};
// Constructor, sets the pointed stream of the indicated length
BaseCryptoRandomStream(void*, unsigned long int) {};
// Destructor
virtual ~BaseCryptoRandomStream();
// Sets the BaseCryptoRandomStream position, minimum value 0
void SetBitPosition(unsigned long int);
// Gets the current bit position
unsigned long int GetBitPosition(void);
// Gets the stream length in bits
unsigned long int GetBitLength(void);
// Gets the stream length in unsigned char type
unsigned long int GetUCLength(void);
// Gets the stream length in unsigned short type
unsigned long int GetUSLength(void);
// Gets the stream length in unsigned long type
unsigned long int GetULLength(void);
// Gets the stream length in unsigned 64 bits
unsigned long long int Get64Length(void);
// Sets an empty stream with the indicated length in bits
virtual void SetCryptoRandomStreamBit(unsigned long int) {};
// Set the pointed stream of indicated length in bits
virtual void SetCryptoRandomStreamBit(void*, unsigned long int) {};
// Sets an empty stream with the indicated length in unsigned chars
virtual void SetCryptoRandomStreamUC(unsigned long int) {};
// Set the pointed stream of indicated length in unsigned chars
virtual void SetCryptoRandomStreamUC(void*, unsigned long int) {};
// Sets an empty stream with the indicated length in unsigned shorts
virtual void SetCryptoRandomStreamUS(unsigned long int) {};
// Set the pointed stream of indicated length in unsigned shorts
virtual void SetCryptoRandomStreamUS(void*, unsigned long int) {};
// Sets an empty stream with the indicated length in unsigned long int
virtual void SetCryptoRandomStreamUL(unsigned long int) {};
// Set the pointed stream of indicated length in unsigned long int
virtual void SetCryptoRandomStreamUL(void*, unsigned long int) {};
// Set the pointed stream as hexadecimal string
virtual void SetCryptoRandomStreamHexString(const char*) {};
// Gets the pointer to the memory stream
void* GetCryptoRandomStreamMemory(void);
// Sets the BaseCryptoRandomStream bit at current position and moves pointer to the following bit
void SetBitForward(unsigned char);
// Sets the BaseCryptoRandomStream bit at current position and moves pointer to the previous bit
void SetBitReverse(unsigned char);
// Gets the BaseCryptoRandomStream bit at current position and moves pointer to the following bit
unsigned char GetBitForward(void);
// Gets the BaseCryptoRandomStream bit at current position and moves pointer to the previous bit
unsigned char GetBitReverse(void);
// Sets the stream to an specified bit value (0 or 1)
void FillBit(unsigned char);
// Sets the stream to an specified bit unsigned char value
void FillUC(unsigned char);
// Sets the stream to an specified bit unsigned short value
void FillUS(unsigned short int);
// Sets the stream to an specified bit unsigned long int value
void FillUL(unsigned long int);
// Sets the bit unsigned char (value 0 or 1) at specified postion, position based in array of bits
void SetBitPosition(unsigned long int, unsigned char);
// Sets the unsigned char at specified postion, position based in array of unsigned char
void SetUCPosition(unsigned long int, unsigned char);
// Sets the unsigned short at specified postion, position based in array of unsigned short
void SetUSPosition(unsigned long int, unsigned short int);
// Sets the unsigned long at specified postion, position based in array of unsigned long
void SetULPosition(unsigned long int, unsigned long int);
// Sets the unsigned 64 bit at specified postion, position based in array of unsigned long long int
void Set64Position(unsigned long long int, unsigned long long int);
// Gets the bit unsigned char (vakue 0 or 1) at specified postion, position based in array of bits
unsigned char GetBitPosition(unsigned long int);
// Gets the unsigned char at specified postion, position based in array of unsigned char
unsigned char GetUCPosition(unsigned long int);
// Gets the unsigned short at specified postion, position based in array of unsigned short
unsigned short int GetUSPosition(unsigned long int);
// Gets the unsigned long at specified postion, position based in array of unsigned long
unsigned long int GetULPosition(unsigned long int);
// Gets the unsigned 64 bit at specified postion, position based in array of unsigned 64 bit
unsigned long long int Get64Position(unsigned long long int);
// Gets the unsigned char address at specified postion, position based in array of unsigned char
unsigned char* GetUCAddressPosition(unsigned long int);
// Gets the unsigned short int address at specified postion, position based in array of unsigned short
unsigned short int* GetUSAddressPosition(unsigned long int);
// Gets the unsigned long int address at specified postion, position based in array of unsigned long
unsigned long int* GetULAddressPosition(unsigned long int);
// Gets the unsigned long long int address at specified postion, position based in array of unsigned 64 bit
unsigned long long int* Get64AddressPosition(unsigned long long int);
// Gets the baseCryptoRandomStream portion at specified postion with
// from baseCryptoRandomStream object, position and length based in array of unsigned char
void GetUCSubRandomStream(BaseCryptoRandomStream*, unsigned long int);
// Gets the baseCryptoRandomStream portion at specified postion
// from baseCryptoRandomStream object, position and length based in array of unsigned short int
void GetUSSubRandomStream(BaseCryptoRandomStream*, unsigned long int);
// Gets the baseCryptoRandomStream portion at specified postion
// from baseCryptoRandomStream object, position and length based in array of unsigned long int
void GetULSubRandomStream(BaseCryptoRandomStream*, unsigned long int);
// Gets the baseCryptoRandomStream portion at specified postion with a specified length
// from baseCryptoRandomStream object, position and length based in array of unsigned char
void GetUCSubRandomStream(BaseCryptoRandomStream*, unsigned long int, unsigned long int);
// Gets the baseCryptoRandomStream portion at specified postion with a specified length
// from baseCryptoRandomStream object, position and length based in array of unsigned short int
void GetUSSubRandomStream(BaseCryptoRandomStream*, unsigned long int, unsigned long int);
// Gets the baseCryptoRandomStream portion at specified postion with a specified length
// from baseCryptoRandomStream object, position and length based in array of unsigned long int
void GetULSubRandomStream(BaseCryptoRandomStream*, unsigned long int, unsigned long int);
// Reduces considered length of BaseCryptoRandomStream, real length is mantained,
// but any access to BaseCryptoRandomStream through the interface will be limited to
// the new considered length. BaseCryptoRandomStream will remain with its original
// length and using the specified memory.
// Reduces length in bits.
void ReduceBitLength(unsigned long int);
// Reduces considered length of BaseCryptoRandomStream, real length is mantained,
// but any access to BaseCryptoRandomStream through the interface will be limited to
// the new considered length. BaseCryptoRandomStream will remain with its original
// length and using the specified memory.
// Reduces length in unsigned chars.
void ReduceUCLength(unsigned long int);
// Reduces considered length of BaseCryptoRandomStream, real length is mantained,
// but any access to BaseCryptoRandomStream through the interface will be limited to
// the new considered length. BaseCryptoRandomStream will remain with its original
// length and using the specified memory.
// Reduces length in unsigned short ints.
void ReduceUSLength(unsigned long int);
// Reduces considered length of BaseCryptoRandomStream, real length is mantained,
// but any access to BaseCryptoRandomStream through the interface will be limited to
// the new considered length. BaseCryptoRandomStream will remain with its original
// length and using the specified memory.
// Reduces length in unsigned long ints.
void ReduceULLength(unsigned long int);
// Indicates if BaseCryptoRandomStream's length has been reduced in a
// fictitious way
bool ReducedLength(void);
// Restores original length of BaseCryptoRandomStream and removes any
// fictitious reduced length
void RestoreLength(void);
// Operator equal, compares the BaseCryptoRandomStream object with the
// BaseCryptoRandomStream parameter
bool Equals(BaseCryptoRandomStream*);
// Operator copy, copies the content of BaseCryptoRandomStream object
// to the BaseCryptoRandomStream object passed as parameter
void Copy(BaseCryptoRandomStream*);
// Gets the CryptoRandomStream type of the object
virtual CryptoRandomStreams GetCryptoRandomStreamType(void) {return NotDefined;};
};
}
}
#endif
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HashDigester-x 5.0.0.1 
