internal RSACryptoSystem( BackgroundWorker UseWorker, RSACryptoWorkerInfo UseWInfo )
{
Worker = UseWorker;
WorkerInfo = UseWInfo;
StartTime = new ECTime();
StartTime.SetToNow();
RngCsp = new RNGCryptoServiceProvider();
IntMath = new IntegerMath();
IntMathNewForP = new IntegerMathNew( IntMath );
IntMathNewForQ = new IntegerMathNew( IntMath );
Worker.ReportProgress( 0, IntMath.GetStatusString() );
Quotient = new Integer();
Remainder = new Integer();
PrimeP = new Integer();
PrimeQ = new Integer();
PrimePMinus1 = new Integer();
PrimeQMinus1 = new Integer();
PubKeyN = new Integer();
PubKeyExponent = new Integer();
PrivKInverseExponent = new Integer();
PrivKInverseExponentDP = new Integer();
PrivKInverseExponentDQ = new Integer();
QInv = new Integer();
PhiN = new Integer();
TestForDecrypt = new Integer();
M1ForInverse = new Integer();
M2ForInverse = new Integer();
HForQInv = new Integer();
M1MinusM2 = new Integer();
M1M2SizeDiff = new Integer();
PubKeyExponent.SetFromULong( PubKeyExponentUint );
}
internal CRTBaseMath( BackgroundWorker UseWorker, CRTMath UseCRTMath )
{
// Most of these are created ahead of time so that
// they don't have to be created inside a loop.
Worker = UseWorker;
IntMath = new IntegerMath();
CRTMath1 = UseCRTMath;
Quotient = new Integer();
Remainder = new Integer();
CRTAccumulateBase = new ChineseRemainder( IntMath );
CRTAccumulateBasePart = new ChineseRemainder( IntMath );
CRTAccumulateForBaseMultiples = new ChineseRemainder( IntMath );
CRTAccumulatePart = new ChineseRemainder( IntMath );
BaseModArrayModulus = new Integer();
CRTTempForIsEqual = new ChineseRemainder( IntMath );
CRTWorkingTemp = new ChineseRemainder( IntMath );
ExponentCopy = new Integer();
CRTXForModPower = new ChineseRemainder( IntMath );
CRTAccumulate = new ChineseRemainder( IntMath );
CRTCopyForSquare = new ChineseRemainder( IntMath );
FermatExponent = new Integer();
CRTFermatModulus = new ChineseRemainder( IntMath );
FermatModulus = new Integer();
CRTTestFermat = new ChineseRemainder( IntMath );
Worker.ReportProgress( 0, "Setting up numbers array." );
SetupNumbersArray();
Worker.ReportProgress( 0, "Setting up base array." );
SetupBaseArray();
Worker.ReportProgress( 0, "Setting up multiplicative inverses." );
SetMultiplicativeInverses();
}
internal MultiplyBits( MainForm UseForm )
{
MForm = UseForm;
try
{
IntMath = new IntegerMath();
// MForm.ShowStatus( IntMath.GetStatusString());
InputOutputDictionary = new SortedDictionary<uint, uint>();
Product = new Integer();
TestProduct = new Integer();
Factor1 = new Integer();
Factor2 = new Integer();
Quotient = new Integer();
Remainder = new Integer();
MultArray = new LineRec[MultArraySize];
MultArrayCopyForMult2 = new LineRec[MultArraySize];
for( int Count = 0; Count < MultArraySize; Count++ )
{
MultArray[Count].OneLine = new uint[MultArraySize];
MultArrayCopyForMult2[Count].OneLine = new uint[MultArraySize];
}
SetupFermatLittle( 107 );
}
catch( Exception )
{
MForm.ShowStatus( "Not enough RAM for the MultArray." );
}
}
internal ModularReduction()
{
IntMath = new IntegerMath();
XForModPower = new Integer();
ExponentCopy = new Integer();
Quotient = new Integer();
Remainder = new Integer();
TempForModPower = new Integer();
}
internal CRTBase( IntegerMath UseIntMath )
{
if( DigitsArraySize > IntegerMath.PrimeArrayLength )
throw( new Exception( "CRTBase digit size is too big." ));
IntMath = UseIntMath;
DigitsArray = new int[DigitsArraySize];
// SetToZero(); Not necessary for managed code.
}
// private uint GBaseSmallModulus = 0;
internal IntegerMathNew( IntegerMath UseIntMath )
{
IntMath = UseIntMath;
Quotient = new Integer();
Remainder = new Integer();
XForModPower = new Integer();
ExponentCopy = new Integer();
TempForModPower = new Integer();
TestForModPower = new Integer();
AccumulateBase = new Integer();
TestForModInverse1 = new Integer();
}
internal FindFactors( BackgroundWorker UseWorker, IntegerMath UseIntMath )
{
Worker = UseWorker;
IntMath = UseIntMath;
Quotient = new Integer();
Remainder = new Integer();
OriginalFindFrom = new Integer();
FindFrom = new Integer();
FactorsArray = new OneFactorRec[8];
SortIndexArray = new int[8];
StatsDictionary = new SortedDictionary<uint, uint>();
}
// internal ExponentVectorNumber( BackgroundWorker UseWorker, IntegerMath UseIntMath )
internal ExponentVectorNumber( IntegerMath UseIntMath )
{
// Worker = UseWorker;
IntMath = UseIntMath;
Quotient = new Integer();
Remainder = new Integer();
ExtraValue = new Integer();
PartAForAdd = new Integer();
PartBForAdd = new Integer();
VectorValuesArray = new VectorValueRec[IncreaseArraySizeBy];
}
internal ChineseRemainder( IntegerMath UseIntegerMath )
{
IntMath = UseIntegerMath;
if( DigitsArraySize > IntegerMath.PrimeArrayLength )
throw( new Exception( "ChineseRemainder digit size is too big." ));
DigitsArray = new OneDigit[DigitsArraySize];
for( int Count = 0; Count < DigitsArraySize; Count++ )
DigitsArray[Count].Prime = (int)IntMath.GetPrimeAt( Count );
// SetToZero(); Not necessary for managed code.
}
internal FactorDictionary( MainForm UseForm )
{
MForm = UseForm;
IntMath = new IntegerMath();
Product = new Integer();
SolutionP = new Integer();
SolutionQ = new Integer();
Quotient = new Integer();
Remainder = new Integer();
MainDictionary = new SortedDictionary<uint, ListRec>();
NumberList = new List<NumberRec>();
}
internal EquationParts( QuadResWorkerInfo UseWInfo, BackgroundWorker UseWorker )
{
WInfo = UseWInfo;
Worker = UseWorker;
IntMath = new IntegerMath();
Quotient = new Integer();
Remainder = new Integer();
Product = new Integer();
SolutionP = new Integer();
SolutionQ = new Integer();
ProductSqrRoot = new Integer();
MaxX = new Integer();
FindFactors1 = new FindFactors( Worker, IntMath );
IntMath.SetFromString( Product, WInfo.PublicKeyModulus );
}
internal FactorBase( QuadResWorkerInfo UseWInfo, BackgroundWorker UseWorker )
{
WInfo = UseWInfo;
Worker = UseWorker;
IntMath = new IntegerMath();
Quotient = new Integer();
Remainder = new Integer();
Product = new Integer();
ProductSqrRoot = new Integer();
EulerExponent = new Integer();
EulerResult = new Integer();
EulerModulus = new Integer();
OneMainFactor = new Integer();
ExpOneMainFactor = new ExponentVectorNumber( IntMath );
StartTime = new ECTime();
StartTime.SetToNow();
IntMath.SetFromString( Product, WInfo.PublicKeyModulus );
IntMath.SquareRoot( Product, ProductSqrRoot );
}
internal QuadResCombinatorics( QuadResWorkerInfo UseWInfo, BackgroundWorker UseWorker )
{
WInfo = UseWInfo;
Worker = UseWorker;
IntMath = new IntegerMath();
Quotient = new Integer();
Remainder = new Integer();
Product = new Integer();
SolutionP = new Integer();
SolutionQ = new Integer();
ToDivideMod32 = new Integer();
LastAccumulateValue = new Integer();
GetValueBasePart = new Integer();
StartTime = new ECTime();
StartTime.SetToNow();
IntMath.SetFromString( Product, WInfo.PublicKeyModulus );
QuadResDigitsArray = new QuadResDigitsRec[DigitsArrayLength];
}
private int ProcessOneTag( int Index, byte[] TagsBuffer )
{
try
{
StatusString += "Top of ProcessOneTag().\r\n";
if( IntMath == null )
IntMath = new IntegerMath();
if( TagsBuffer == null )
{
StatusString += "Tags buffer was null.\r\n";
return -1;
}
if( ObjectIDNames == null )
ObjectIDNames = new X509ObjectIDNames();
if( Index < 0 )
{
StatusString += "Index < 0.\r\n";
return -1;
}
if( Index >= TagsBuffer.Length )
{
StatusString += "It's past the end of the buffer.\r\n";
return -1;
}
StatusString += "Index: " + Index.ToString() + "\r\n";
int Tag = TagsBuffer[Index];
Index++;
int ClassBits = Tag & 0xC0;
ClassBits >>= 6;
StatusString += "ClassBits: " + ClassBits.ToString( "X0" ) + "\r\n";
int PrimitiveOrConstructed = Tag & 0x20;
if( (PrimitiveOrConstructed & 0x20) == 0 )
StatusString += "Tag is a Primitive type.\r\n";
else
StatusString += "Tag is a Constructed type.\r\n";
int TagVal = Tag & 0x1F; // Bottom 5 bits.
ShowTagType( TagVal );
MostRecentTagValue = TagVal;
int Length = TagsBuffer[Index];
Index++;
if( (Length & 0x80) != 0 )
{
// Then it's in the long form.
int HowManyBytes = Length & 0x7F;
if( HowManyBytes > 4 )
throw( new Exception( "This can't be right for HowManyBytes: " + HowManyBytes.ToString() ));
StatusString += "Long form HowManyBytes: " + HowManyBytes.ToString() + "\r\n";
Length = 0;
for( int Count = 0; Count < HowManyBytes; Count++ )
{
Length <<= 8;
Length |= TagsBuffer[Index];
Index++;
}
}
else
{
StatusString += "Length is in short form.\r\n";
}
StatusString += "Length is: " + Length.ToString() + "\r\n";
if( Length > TagsBuffer.Length )
{
StatusString += "The Length is not a reasonable number.\r\n";
return -1;
}
if( // (TagVal == 0) || // That context specific tag.
(TagVal == 1) || // Boolean
// (TagVal == 4) || // Octet String
(TagVal == 5) || // Null (Should have a length of zero.)
(TagVal == 7) || // Object Descriptor
// (TagVal == 8) || // External
(TagVal == 9) || // Real/Float
(TagVal == 10) || // Enumerated
(TagVal == 11) || // Embedded PDV
(TagVal == 12) || // UTF8 String
(TagVal == 13) || // Relative OID
// (TagVal == 14) || // Reserved
// (TagVal == 15) || // Reserved
// (TagVal == 16) || // Sequence
// (TagVal == 17) || // Set
(TagVal == 18) || // Numeric String
(TagVal == 20) || // T61 String
(TagVal == 21) || // Videotex String
// (TagVal == 22) || // IA5 String
(TagVal == 23) || // UTC Time
(TagVal == 24) || // Generalized Time
(TagVal == 25) || // Graphic String
(TagVal == 26) || // Visible String
(TagVal == 27) || // General String
(TagVal == 28) || // Universal String
(TagVal == 29) || // Character String
(TagVal == 30)) // BMP String
{
for( int Count = 0; Count < Length; Count++ )
{
int ContentByte = TagsBuffer[Index];
Index++;
StatusString += " Byte: 0x" + ContentByte.ToString( "X2" ) + "\r\n";
}
}
if( TagVal == 2 ) // Integer
{
// This length was already checked above to see if it's a reasonable
// number.
byte[] BytesToSet = new byte[Length];
try
{
for( int Count = 0; Count < Length; Count++ )
{
BytesToSet[Count] = TagsBuffer[Index];
Index++;
}
}
catch( Exception Except )
{
// Probably over-ran the buffer.
StatusString += "Exception at: BytesToSet[Count] = TagsBuffer[Index].\r\nIn DomainX509Record.ProcessOneTag().\r\n";
StatusString += Except.Message + "\r\n";
return -1;
}
try
{
MostRecentIntegerValue.SetFromBigEndianByteArray( BytesToSet );
StatusString += "MostRecentIntegerValue: " + IntMath.ToString10( MostRecentIntegerValue ) + "\r\n";
}
catch( Exception Except )
{
// Probably over-ran the buffer.
StatusString += "Exception at: SetFromBigEndianByteArray().\r\nIn DomainX509Record.ProcessOneTag().\r\n";
StatusString += Except.Message + "\r\n";
return -1;
}
}
if( TagVal == 3 ) // bit String
{
// This length was already checked above to see if it's a reasonable
// number.
byte[] BytesToSet = new byte[Length];
try
{
for( int Count = 0; Count < Length; Count++ )
{
BytesToSet[Count] = TagsBuffer[Index];
Index++;
}
}
catch( Exception Except )
{
// Probably over-ran the buffer.
StatusString += "Exception at: BytesToSet[Count] = TagsBuffer[Index].\r\nIn DomainX509Record.ProcessOneTag().\r\n";
StatusString += Except.Message + "\r\n";
return -1;
}
try
{
BitStreamRec Rec = new BitStreamRec();
Rec.BitStream = BytesToSet;
Rec.OIDString = MostRecentObjectIDString;
AddBitStreamRec( Rec );
}
catch( Exception Except )
{
// Probably over-ran the buffer.
StatusString += "Exception at: AddBitStreamRec().\r\nIn DomainX509Record.ProcessOneTag().\r\n";
StatusString += Except.Message + "\r\n";
return -1;
}
}
// Just a rough draft, to see what's in them.
if( TagVal == 4 ) // Octet String
{
for( int Count = 0; Count < Length; Count++ )
{
char ContentChar = (char)TagsBuffer[Index];
Index++;
// Make sure it has valid ASCII characters.
if( ContentChar > 126 )
continue;
if( ContentChar < 32 ) // Space character.
continue;
StatusString += Char.ToString( ContentChar );
}
StatusString += "\r\n";
}
// UTF8String.
if( TagVal == 19 ) // Printable String
{
for( int Count = 0; Count < Length; Count++ )
{
char ContentChar = (char)TagsBuffer[Index];
Index++;
// Make sure it has valid ASCII characters.
if( ContentChar > 126 ) // 127 is the ASCII DEL character.
continue;
if( ContentChar < 32 ) // Space character.
continue;
StatusString += Char.ToString( ContentChar );
}
StatusString += "\r\n";
}
if( TagVal == 22 ) // IA5 String
{
for( int Count = 0; Count < Length; Count++ )
{
char ContentChar = (char)TagsBuffer[Index];
Index++;
// Make sure it has valid ASCII characters.
if( ContentChar > 126 )
continue;
if( ContentChar < 32 ) // Space character.
continue;
StatusString += Char.ToString( ContentChar );
}
StatusString += "\r\n";
}
if( TagVal == 6 ) // Object Indentifier
{
if( Length < 2 )
{
StatusString += "The Length can't be right for this OID.\r\n";
return -1;
}
byte[] CodedBytes = new byte[Length];
for( int Count = 0; Count < Length; Count++ )
{
CodedBytes[Count] = TagsBuffer[Index];
Index++;
}
X509ObjectID X509ID = new X509ObjectID();
if( !X509ID.MakeFromBytes( CodedBytes ))
{
StatusString += "X509ID.MakeFromBytes() returned false.\r\n";
return -1;
}
MostRecentObjectIDString = X509ID.GetStringValue();
StatusString += X509ID.GetStatusString();
StatusString += "StringValue is: " + X509ID.GetStringValue() + "\r\n";
StatusString += "OID Name is: " + ObjectIDNames.GetNameFromDictionary( X509ID.GetStringValue()) + "\r\n";
}
StatusString += "\r\n";
return Index;
}
catch( Exception Except )
{
// Probably over-ran the buffer.
StatusString += "Exception in DomainX509Record.ProcessOneTag().\r\n";
StatusString += Except.Message + "\r\n";
return -1;
}
}
internal FermatLittle( MainForm UseForm )
{
MForm = UseForm;
IntMath = new IntegerMath();
}
