public Entity(string symbol, MathIdentifier id, InfixNotation notation, int precedence, string[] inputSignals, string[] outputSignals)
: this(symbol, id, notation, precedence, inputSignals, outputSignals, new string[0])
{
}
public bool EqualsById(MathIdentifier otherStructureId)
{
return(TypeId.Equals(otherStructureId));
}
public bool EqualsById(MathIdentifier otherEntityId)
{
return(EntityId.Equals(otherEntityId));
}
public Entity(string symbol, MathIdentifier id, InfixNotation notation, int precedence, bool isGeneric)
: this(symbol, id, notation, precedence, isGeneric, new string[0])
{
}
/// <summary>
/// True if the signal depends on a port with the specified entity.
/// </summary>
public override bool DependsOn(MathIdentifier portEntity)
{
return(Service <IScanner> .Instance.ExistsPort(this, delegate(MathNet.Symbolics.Port p) { return p.Entity.EntityId.Equals(portEntity); }, true));
}
/// <summary>Checks whether a property is set.</summary>
public override bool HasProperty(MathIdentifier propertyId)
{
return(_constraints.ContainsProperty(propertyId) || _properties.ContainsProperty(propertyId));
}
private MathNet.Symbolics.Port _port; // = null;
protected Architecture(MathIdentifier id, MathIdentifier entityId, bool isMathematicalOperator)
{
_id = id;
_entityId = entityId;
_isMathematicalOperator = isMathematicalOperator;
}
public bool DependsOn(MathIdentifier portEntity)
{
return(Scanner.ExistsPort(this, delegate(Port p) { return p.Entity.EntityId.Equals(portEntity); }, true));
}
/// <summary>Checks whether a property is set.</summary>
public bool HasProperty(MathIdentifier propertyId)
{
return(Properties.ContainsProperty(propertyId));
}
