/// <summary>
/// Occurs when the user connects a new object to the port.
/// </summary>
/// <remarks><para>Raising an event invokes the event handler through a delegate.</para>
/// <para>The <c>OnPortConencted</c> method also allows derived classes to handle the event without attaching a delegate. This is the preferred
/// technique for handling the event in a derived class.</para>
/// <para>Notes to Inheritors: </para>
/// <para>When overriding <c>OnPortConencted</c> in a derived class, be sure to call the base class's <c>OnPortConnected</c> method so that registered
/// delegates receive the event.</para>
/// </remarks>
/// <param name = "args">A <see cref = "PortConnectedEventArgs">PortConnectedEventArgs</see> that contains information about the event.</param>
protected void OnPortConnected(PortConnectedEventArgs args)
{
if (PortConnected != null)
{
PortConnected(this, args);
}
}
/// <summary>
/// Connects an object to the port. For a material port it must
/// be an object implementing the ICapeThermoMaterialObject interface,
/// for Energy and Information ports it must be an object implementing
/// the ICapeParameter interface.
/// </summary>
/// <exception cref ="ECapeUnknown">The error to be raised when other error(s), specified for this operation, are not suitable.</exception>
/// <exception cref = "ECapeInvalidArgument">To be used when an invalid argument value is passed, for example, an unrecognised Compound identifier or UNDEFINED for the props argument.</exception>
virtual public void Connect(Object objectToConnect)
{
this.Disconnect(true);
PortConnectedEventArgs args = new PortConnectedEventArgs(this.ComponentName);
if (objectToConnect.GetType().IsCOMObject)
{
//If the port is a material port
if (m_Type == CapePortType.CAPE_MATERIAL || m_Type == CapePortType.CAPE_ANY)
{
// does the material object support both thermo 1.0 and 1.1?
if (objectToConnect is ICapeThermoMaterialObjectCOM && objectToConnect is ICapeThermoMaterialCOM)
{
//use the material wrapper that exposes both interfaces.
m_ConnectedNonSerializableObject = new MaterialObjectWrapper(objectToConnect);
m_ConnectedObject = null;
isConnectObjectSerializable = false;
OnPortConnected(args);
NotifyPropertyChanged("connectedObject");
return;
}
// Does the material only support thermo 1.1?
else if (objectToConnect is ICapeThermoMaterialCOM)
{
//then only use the material wrapper that exposes thermo 1.1
m_ConnectedNonSerializableObject = new MaterialObjectWrapper11(objectToConnect);
m_ConnectedObject = null;
isConnectObjectSerializable = false;
OnPortConnected(args);
NotifyPropertyChanged("connectedObject");
return;
}
//Does the thermo only support thermo 1.0?
else if (objectToConnect is ICapeThermoMaterialObjectCOM)
{
// then use the wrapper that supports thermo 1.0.
m_ConnectedNonSerializableObject = new MaterialObjectWrapper1(objectToConnect);
m_ConnectedObject = null;
isConnectObjectSerializable = false;
OnPortConnected(args);
NotifyPropertyChanged("connectedObject");
return;
}
//If we get here, the object to connect is not a material.
//The object will be connected as-is.
m_ConnectedNonSerializableObject = objectToConnect;
m_ConnectedObject = null;
isConnectObjectSerializable = false;
OnPortConnected(args);
NotifyPropertyChanged("connectedObject");
return;
}
}
if (objectToConnect.GetType().IsSerializable)
{
m_ConnectedObject = objectToConnect;
isConnectObjectSerializable = true;
m_ConnectedNonSerializableObject = null;
OnPortConnected(args);
NotifyPropertyChanged("connectedObject");
return;
}
m_ConnectedNonSerializableObject = objectToConnect;
m_ConnectedObject = null;
isConnectObjectSerializable = false;
OnPortConnected(args);
NotifyPropertyChanged("connectedObject");
}
