/// <summary>
/// Determine semantic equality
/// </summary>
/// <remarks>Since this data-type is an adaptation of an R1 data type with no semantic equality statements,
/// the value of this method will be that of the IVL type combined with the UVP type meaning that two
/// URG instances are semantically equal when their <see cref="P:Low"/> and <see cref="P:High"/> bounds
/// are specified and equal and their <see cref="P:Probability"/> properties are equal</remarks>
public override BL SemanticEquals(IAny other)
{
// Based on set, first, is the other a DSET?
if (other is URG <T> )
{
URG <T> ivlOther = other as URG <T>;
// Parameters to semantic equality
bool otherHighInfinite = (ivlOther.High == null || (NullFlavor)ivlOther.High.NullFlavor == DataTypes.NullFlavor.PositiveInfinity),
thisHighInfinite = (this.High == null || (NullFlavor)this.High.NullFlavor == DataTypes.NullFlavor.PositiveInfinity),
otherLowInifinite = (ivlOther.Low == null || (NullFlavor)ivlOther.Low.NullFlavor == DataTypes.NullFlavor.NegativeInfinity),
thisLowInfinite = (this.Low == null || (NullFlavor)this.Low.NullFlavor == DataTypes.NullFlavor.NegativeInfinity),
isOtherUnbound = (ivlOther.High == null || ivlOther.High.IsNull) && !otherHighInfinite ||
(ivlOther.Low == null || ivlOther.Low.IsNull) && !otherLowInifinite,
isThisUnbound = (this.High == null || this.High.IsNull) && !thisHighInfinite ||
(this.Low == null || this.Low.IsNull) && !thisLowInfinite;
// Case 1 : Both are bound
if (!isOtherUnbound && !isThisUnbound)
{
return(((otherHighInfinite && thisHighInfinite) || (bool)this.High.SemanticEquals(ivlOther.High)) &&
((otherLowInifinite && thisLowInfinite) || (bool)this.Low.SemanticEquals(ivlOther.Low)) &&
(this.Probability == null ? ivlOther.Probability == null : this.Probability.Equals(ivlOther.Probability)));
}
return(false); // all others are not equal
}
return(false);
}
/// <summary>
/// Determines if this URG of T is equal to another URG of T
/// </summary>
public bool Equals(URG <T> other)
{
bool result = false;
if (other != null)
{
result = base.Equals((UVP <T>)other) &&
(other.High != null ? other.High.Equals(this.High) : this.High == null) &&
other.HighClosed == this.HighClosed &&
(other.Low != null ? other.Low.Equals(this.Low) : this.Low == null) &&
other.LowClosed == this.LowClosed &&
(other.OriginalText != null ? other.OriginalText.Equals(this.OriginalText) : this.OriginalText == null) &&
(other.Width != null ? other.Width.Equals(this.Width) : this.Width == null);
}
return(result);
}
public static URG <T> Parse(MARC.Everest.DataTypes.URG <Object> o)
{
URG <T> retVal = new URG <T>();
retVal.NullFlavor = o.NullFlavor == null ? null : o.NullFlavor.Clone() as CS <NullFlavor>;
retVal.ControlActExt = o.ControlActExt;
retVal.ControlActRoot = o.ControlActRoot;
retVal.Flavor = o.Flavor;
retVal.Probability = o.Probability;
retVal.UpdateMode = o.UpdateMode == null ? null : o.UpdateMode.Clone() as CS <UpdateMode>;
retVal.ValidTimeHigh = o.ValidTimeHigh;
retVal.ValidTimeLow = o.ValidTimeLow;
retVal.Value = (T)Util.FromWireFormat(o.Value, typeof(T));
retVal.OriginalText = o.OriginalText == null ? null : o.OriginalText.Clone() as ED;
retVal.Low = (T)Util.FromWireFormat(o.Low, typeof(T));
retVal.High = (T)Util.FromWireFormat(o.High, typeof(T));
retVal.LowClosed = o.LowClosed;
retVal.HighClosed = o.HighClosed;
retVal.Width = (PQ)Util.FromWireFormat(o.Width, typeof(PQ));
return(retVal);
}