public CIRegisterVisBitRange(CIContainer aContainer, uint aIndexMin, uint aIndexMax, string aCategory, string aValues) : this(aContainer, aIndexMin, aIndexMax, aCategory) { if (aValues.Length != base.Range.Size) { throw new ArgumentException("Values are outside of range"); } // int index = (int)aIndexMax; foreach (char c in aValues) { TBit value = TBit.EBitClear; if (c == VisUtilities.KBitIsSet) { value = TBit.EBitSet; } else if (c == VisUtilities.KBitIsClear) { } else { throw new ArgumentException("Invalid bit value"); } base.AddBit(index, value, aCategory); --index; } }
public CIRegisterVisBit(CIContainer aContainer, int aIndex, TBit aValue, string aCategory, string aInterpretation) : base(aContainer) { Index = aIndex; Value = aValue; Category = aCategory; Interpretation = aInterpretation; }
public void AddBit(int aIndex, TBit aValue, string aCategory, string aInterpretation) { CIRegisterVisBit bit = new CIRegisterVisBit(Container); bit.Index = aIndex; bit.Value = aValue; bit.Category = aCategory; bit.Interpretation = aInterpretation; // Add(bit); }
public string this[TBit aBit] { get { switch (aBit) { case TBit.EBitSet: return(iValueCharacters[0]); default: case TBit.EBitClear: return(iValueCharacters[1]); } } set { string bitVal = value; // if (bitVal.Length > 1) { throw new ArgumentException("Bit value must be a maximum of one character"); } // switch (aBit) { case TBit.EBitSet: iValueCharacters[0] = bitVal; break; default: case TBit.EBitClear: iValueCharacters[1] = bitVal; break; } } }
public void AddBit(int aIndex, TBit aValue, string aCategory) { AddBit(aIndex, aValue, aCategory, string.Empty); }