public void DoAbbreviatedSimplePushTest()
{
PortManagementFacade pmf = Setup(out in0, out in1, out out0, out out1, out facadeIn0, out facadeIn1, out facadeOut0, out facadeOut1, out entryPoint0, out entryPoint1);
facadeIn0.WriteAction = InputPortManager.DataWriteAction.Push;
facadeIn0.ReadSource = InputPortManager.DataReadSource.BufferOrPull;
facadeOut0.ComputeFunction = new Action(() => { facadeOut0.Buffer = facadeIn0.Value; });
facadeIn0.SetDependents(facadeOut0);
entryPoint0.OwnerPut("Data0");
entryPoint0.OwnerPut("Data1");
//Console.WriteLine(out0.Take(null) + " taken.");
//Console.WriteLine(out0.Take(null) + " taken.");
//Console.WriteLine(out1.Take(null) + " taken.");
//Console.WriteLine(out1.Take(null) + " taken.");
}
public OneInOneOutPushPullTransform(IModel model, string name, string description, Guid guid)
{
m_output = new SimpleOutputPort(null, "Output", Guid.NewGuid(), this, null, null);
m_input = new SimpleInputPort(null, "Input", Guid.NewGuid(), this, null);
m_input.PortDataPresented += new PortDataEvent(delegate(object data, IPort where) { Console.WriteLine(data.ToString() + " presented to " + where.Name); });
PortManagementFacade pmf = new PortManagementFacade(this);
m_ipm = pmf.ManagerFor(m_input);
m_opm = pmf.ManagerFor(m_output);
m_ipm.WriteAction = InputPortManager.DataWriteAction.Push; // When a value is written into the input buffer, we push the resultant transform out the output port.
m_ipm.DataBufferPersistence = InputPortManager.BufferPersistence.None; // The input buffer is re-read with every pull.
m_ipm.ReadSource = InputPortManager.DataReadSource.Pull; // We'll always pull a new value.
m_ipm.SetDependents(m_opm); // A new value written to ipm impacts opm.
m_opm.ComputeFunction = new Action(ComputeFuction);
m_opm.DataBufferPersistence = PortManager.BufferPersistence.None; // Output value is always recomputed.
}
