/// <summary>
/// Determine if this RTO equals another
/// </summary>
public override BL SemanticEquals(IAny other)
{
var baseEq = base.SemanticEquals(other);
if (!(bool)baseEq)
{
return(baseEq);
}
// Null-flavored
if (this.IsNull && other.IsNull)
{
return(true);
}
else if (this.IsNull ^ other.IsNull)
{
return(false);
}
// Values are equal?
RTO <S, T> rtoOther = other as RTO <S, T>;
if (rtoOther == null)
{
return(false);
}
else if (rtoOther.Numerator != null && rtoOther.Denominator != null && this.Numerator != null && this.Denominator != null)
{
return(rtoOther.Numerator.SemanticEquals(this.Numerator) & rtoOther.Denominator.SemanticEquals(this.Denominator));
}
return(false);
}
// <summary>
// Parse a generic RTO from a serialization surrogate RTO
// </summary>
//public static RTO<S, T> FromSurrogate(Surrogates.RTO o)
//{
// RTO<S, T> retVal = new RTO<S, T>();
// retVal.Denominator = (T)Util.FromWireFormat(o, typeof(T));
// retVal.Numerator = (S)Util.FromWireFormat(o, typeof(S));
// retVal.ControlActExt = o.ControlActExt;
// retVal.ControlActRoot = o.ControlActRoot;
// retVal.Expression = o.Expression.Clone() as ED;
// retVal.ExpressionLanguage = o.ExpressionLanguage;
// retVal.Flavor = o.Flavor;
// retVal.NullFlavor = o.NullFlavor.Clone() as CS<NullFlavor>;
// retVal.OriginalText = o.OriginalText.Clone() as ED;
// retVal.Uncertainty = o.Uncertainty;
// retVal.UncertaintyType = o.UncertaintyType;
// retVal.UpdateMode = o.UpdateMode.Clone() as CS<UpdateMode>;
// retVal.ValidTimeHigh = o.ValidTimeHigh;
// retVal.ValidTimeLow = o.ValidTimeLow;
// retVal.Value = retVal.Value;
// return retVal;
//}
#region IEquatable<RTO<S,T>> Members
/// <summary>
/// Determine if RTO of S/T is the same as another RTO of S/T
/// </summary>
public bool Equals(RTO <S, T> other)
{
bool result = false;
if (other != null)
{
result = (base.Equals((PDV <Double?>)other) &&
(other.Expression != null ? other.Expression.Equals(this.Expression) : this.Expression == null) &&
(other.OriginalText != null ? other.OriginalText.Equals(this.OriginalText) : this.OriginalText == null) &&
(other.Uncertainty != null ? other.Uncertainty.Equals(this.Uncertainty) : this.Uncertainty == null) &&
other.UncertaintyType == this.UncertaintyType) &&
(other.Denominator != null ? other.Denominator.Equals(this.Denominator) : this.Denominator == null) &&
(other.Numerator != null ? other.Numerator.Equals(this.Numerator) : this.Numerator == null) ||
(base.Equals((ANY)other) &&
this.Numerator == null && other.Numerator == null &&
this.Denominator == null && other.Denominator == null &&
(other.UncertainRange != null ? other.UncertainRange.Equals(this.UncertainRange) : this.UncertainRange == null));
}
return(result);
}
/// <summary>
/// Create a new instance of the PIVL type using the phase and period specified
/// </summary>
/// <param name="phase">The phase of the PIVL</param>
/// <param name="frequency">The period of the PIVL</param>
/// <param name="count">The maximum number of times the PIVL can repreat</param>
public PIVL(IVL <T> phase, RTO <INT, PQ> frequency, INT count) : this(phase, frequency)
{
this.Count = count;
}
/// <summary>
/// Create a new instance of the PIVL type using the phase and period specified
/// </summary>
/// <param name="phase">The phase of the PIVL</param>
/// <param name="frequency">The period of the PIVL</param>
public PIVL(IVL <T> phase, RTO <INT, PQ> frequency)
{
this.Phase = phase; this.Frequency = frequency;
}
