public CRCtable(int Bits, T TruncPoly, bool Reflect)
{
this.Bits = Bits;
this.TruncPoly = TruncPoly;
this.Reflect = Reflect;
masking_type = new MaskUint <T>(Bits);
}
public AugmentedCRC(int Bits, T TruncPoly)
{
this.Bits = Bits;
this.TruncPoly = TruncPoly;
masking_type = new MaskUint <T>(Bits);
crc_table_type = new CRCtable <T>(Bits, TruncPoly, false);
crc_table_type.InitTable();
}
/// <summary>
/// Конструктор ЦРЦ-вычислителя
/// </summary>
public CRCbasic(int Bits, T TruncPoly, T InitialRemainder, T FinalXorValue, bool ReflectInput = false,
bool ReflectRemainder = false)
{
this.Bits = Bits;
this.TruncPoly = TruncPoly;
this.InitialRemainder = InitialRemainder;
Remainder = InitialRemainder;
this.FinalXorValue = FinalXorValue;
this.ReflectInput = ReflectInput;
this.ReflectRemainder = ReflectRemainder;
masking_type = new MaskUint <T>(Bits);
}
/// <summary>
/// Конструктор ЦРЦ-вычислителя
/// </summary>
public CRCoptimal(int Bits, T TruncPoly, T InitialRemainder, T FinalXorValue, bool ReflectInput = false, bool ReflectRemainder = false)
{
this.Bits = Bits;
this.ReflectInput = ReflectInput;
this.FinalXorValue = FinalXorValue;
this.ReflectRemainder = ReflectRemainder;
this.TruncPoly = TruncPoly;
this.InitialRemainder = InitialRemainder;
masking_type = new MaskUint <T>(Bits);
helper_type = new CRChelper <T>(Bits, ReflectInput);
reflect_out_type = new CRChelper <T>(Bits, (ReflectRemainder != ReflectInput));
Remainder = helper_type.reflect(InitialRemainder);
crc_table_type = new CRCtable <T>(Bits, TruncPoly, ReflectInput);
crc_table_type.InitTable();
}