public void TwoStepFlowArrives()
{
var testModel = new IntFlowModel();
var source = new IntFlowSource();
var direct1 = new IntFlowInToOut();
var direct2 = new IntFlowInToOut();
var sink = new IntFlowSink();
testModel.Components = new IntFlowComponentCollection(source, direct1, direct2, sink);
source.SendForward = testModel.CreateForward;
source.ReceivedBackward = testModel.PrintReceivedBackward;
sink.SendBackward = testModel.CreateBackward;
sink.ReceivedForward = testModel.PrintReceivedForward;
testModel.Combinator.ConnectOutWithIn(source, direct1);
testModel.Combinator.ConnectOutWithIn(direct1, direct2);
testModel.Combinator.ConnectOutWithIn(direct2, sink);
testModel.Combinator.CommitFlow();
var simulator = new Simulator(testModel); //Important: Call after all objects have been created
simulator.SimulateStep();
var flowCombinatorAfterStep = (IntFlowCombinator)simulator.Model.Roots[0];
var flowComponentsAfterStep = ((IntFlowComponentCollection)simulator.Model.Roots[1]).Components;
var sourceAfterStep = (IntFlowSource)flowComponentsAfterStep[0];
var sinkAfterStep = (IntFlowSink)flowComponentsAfterStep[3];
sinkAfterStep.Incoming.Forward.Should().Be(7);
sourceAfterStep.Outgoing.Backward.Should().Be(1);
}
public void SimpleFlowArrives()
{
var testModel = new IntFlowModel();
var source = new IntFlowSource();
var direct = new IntFlowInToOut();
var sink = new IntFlowSink();
testModel.Components = new IntFlowComponentCollection(source, direct, sink);
source.SendForward = testModel.CreateForward;
source.ReceivedBackward = testModel.PrintReceivedBackward;
sink.SendBackward = testModel.CreateBackward;
sink.ReceivedForward = testModel.PrintReceivedForward;
testModel.Combinator.ConnectOutWithIn(source, direct);
testModel.Combinator.ConnectOutWithIn(direct, sink);
testModel.Combinator.CommitFlow();
var simulator = new Simulator(testModel); //Important: Call after all objects have been created
simulator.SimulateStep();
var flowCombinatorAfterStep = (IntFlowCombinator)simulator.Model.Roots[0];
var flowComponentsAfterStep = ((IntFlowComponentCollection)simulator.Model.Roots[1]).Components;
var sourceAfterStep = (IntFlowSource)flowComponentsAfterStep[0];
var directAfterStep = (IntFlowInToOut)flowComponentsAfterStep[1];
var sinkAfterStep = (IntFlowSink)flowComponentsAfterStep[2];
sourceAfterStep.Outgoing.Forward.Should().Be((Int)7);
directAfterStep.Incoming.Forward.Should().Be((Int)7);
directAfterStep.Outgoing.Forward.Should().Be((Int)7);
sinkAfterStep.Incoming.Forward.Should().Be((Int)7);
sinkAfterStep.Incoming.Backward.Should().Be(1);
directAfterStep.Outgoing.Backward.Should().Be(1);
directAfterStep.Incoming.Backward.Should().Be(1);
sourceAfterStep.Outgoing.Backward.Should().Be(1);
}
public void CompositeFlowArrives()
{
var testModel = new IntFlowModel();
var source = new IntFlowSource();
var composite = new IntFlowComposite();
var firstInComposite = new IntFlowInToOut();
var secondInComposite = new IntFlowInToOut();
var sink = new IntFlowSink();
testModel.Components = new IntFlowComponentCollection(source, composite, firstInComposite, secondInComposite, sink);
source.SendForward = testModel.CreateForward;
source.ReceivedBackward = testModel.PrintReceivedBackward;
sink.SendBackward = testModel.CreateBackward;
sink.ReceivedForward = testModel.PrintReceivedForward;
testModel.Combinator.ConnectOutWithIn(source, composite);
testModel.Combinator.ConnectInWithIn(composite, firstInComposite);
testModel.Combinator.ConnectOutWithIn(firstInComposite, secondInComposite);
testModel.Combinator.ConnectOutWithOut(secondInComposite, composite);
testModel.Combinator.ConnectOutWithIn(composite, sink);
testModel.Combinator.CommitFlow();
var simulator = new Simulator(testModel); //Important: Call after all objects have been created
simulator.SimulateStep();
var flowCombinatorAfterStep = (IntFlowCombinator)simulator.Model.Roots[0];
var flowComponentsAfterStep = ((IntFlowComponentCollection)simulator.Model.Roots[1]).Components;
var sourceAfterStep = (IntFlowSource)flowComponentsAfterStep[0];
var compositeAfterStep = (IntFlowComposite)flowComponentsAfterStep[1];
var firstInCompositeAfterStep = (IntFlowInToOut)flowComponentsAfterStep[2];
var sinkAfterStep = (IntFlowSink)flowComponentsAfterStep[4];
sourceAfterStep.Outgoing.Forward.Should().Be((Int)7);
compositeAfterStep.Incoming.Forward.Should().Be((Int)7);
compositeAfterStep.FlowIn.Outgoing.Forward.Should().Be((Int)7);
firstInCompositeAfterStep.Incoming.Forward.Should().Be((Int)7);
compositeAfterStep.FlowOut.Outgoing.Forward.Should().Be((Int)7);
compositeAfterStep.Outgoing.Forward.Should().Be((Int)7);
sinkAfterStep.Incoming.Forward.Should().Be((Int)7);
sourceAfterStep.Outgoing.Backward.Should().Be(1);
}
public void MergeFlowWorksWithComposite()
{
var testModel = new IntFlowModel();
var sourceOutside = new IntFlowSource();
var sourceInside = new IntFlowSource();
var composite = new IntFlowComposite();
var way1Direct = new IntFlowInToOut();
var way2Direct = new IntFlowInToOut();
var sink = new IntFlowSink();
testModel.Components = new IntFlowComponentCollection(sourceOutside, sourceInside, composite, way1Direct, way2Direct, sink);
sourceOutside.SendForward = testModel.CreateForward;
sourceOutside.ReceivedBackward = testModel.PrintReceivedBackward;
sourceInside.SendForward = testModel.CreateForward;
sourceInside.ReceivedBackward = testModel.PrintReceivedBackward;
sink.SendBackward = testModel.CreateBackward;
sink.ReceivedForward = testModel.PrintReceivedForward;
testModel.Combinator.ConnectOutWithIn(sourceOutside, composite);
testModel.Combinator.ConnectInWithIn(composite, way1Direct);
testModel.Combinator.ConnectOutWithIn(sourceInside, way2Direct);
testModel.Combinator.ConnectOutsWithOut(new IFlowComponentUniqueOutgoing <Int, Int>[] { way1Direct, way2Direct }, composite);
testModel.Combinator.ConnectOutWithIn(composite, sink);
testModel.Combinator.CommitFlow();
var simulator = new Simulator(testModel); //Important: Call after all objects have been created
simulator.SimulateStep();
var flowCombinatorAfterStep = (IntFlowCombinator)simulator.Model.Roots[0];
var flowComponentsAfterStep = ((IntFlowComponentCollection)simulator.Model.Roots[1]).Components;
var sourceInsideAfterStep = (IntFlowSource)flowComponentsAfterStep[1];
var sourceOutsideAfterStep = (IntFlowSource)flowComponentsAfterStep[0];
var sinkAfterStep = (IntFlowSink)flowComponentsAfterStep[5];
sinkAfterStep.Incoming.Forward.Should().Be(7);
sourceOutsideAfterStep.Outgoing.Backward.Should().Be(1);
sourceInsideAfterStep.Outgoing.Backward.Should().Be(1);
}
public void SplitFlowWorks()
{
var testModel = new IntFlowModel();
var source = new IntFlowSource();
var way1Direct = new IntFlowInToOut();
var way2Direct = new IntFlowInToOut();
var way1Sink = new IntFlowSink();
var way2Sink = new IntFlowSink();
testModel.Components = new IntFlowComponentCollection(source, way1Direct, way2Direct, way1Sink, way2Sink);
source.SendForward = testModel.CreateForward;
source.ReceivedBackward = testModel.PrintReceivedBackward;
way1Sink.SendBackward = testModel.CreateBackward;
way1Sink.ReceivedForward = testModel.PrintReceivedForward;
way2Sink.SendBackward = testModel.CreateBackward;
way2Sink.ReceivedForward = testModel.PrintReceivedForward;
testModel.Combinator.ConnectOutWithIns(source, new IFlowComponentUniqueIncoming <Int, Int>[] { way1Direct, way2Direct });
testModel.Combinator.ConnectOutWithIn(way1Direct, way1Sink);
testModel.Combinator.ConnectOutWithIn(way2Direct, way2Sink);
testModel.Combinator.CommitFlow();
var simulator = new Simulator(testModel); //Important: Call after all objects have been created
simulator.SimulateStep();
var flowCombinatorAfterStep = (IntFlowCombinator)simulator.Model.Roots[0];
var flowComponentsAfterStep = ((IntFlowComponentCollection)simulator.Model.Roots[1]).Components;
var sourceAfterStep = (IntFlowSource)flowComponentsAfterStep[0];
var sink1AfterStep = (IntFlowSink)flowComponentsAfterStep[3];
var sink2AfterStep = (IntFlowSink)flowComponentsAfterStep[4];
sink1AfterStep.Incoming.Forward.Should().Be(7);
sink2AfterStep.Incoming.Forward.Should().Be(7);
sourceAfterStep.Outgoing.Backward.Should().Be(1);
}
public void MergeFlowWorksWithComposite()
{
var testModel = new IntFlowModel();
var sourceOutside = new IntFlowSource();
var sourceInside = new IntFlowSource();
var composite = new IntFlowComposite();
var way1Direct = new IntFlowInToOut();
var way2Direct = new IntFlowInToOut();
var sink = new IntFlowSink();
testModel.Components = new IntFlowComponentCollection(sourceOutside, sourceInside, composite, way1Direct, way2Direct, sink);
sourceOutside.SendForward = testModel.CreateForward;
sourceOutside.ReceivedBackward = testModel.PrintReceivedBackward;
sourceInside.SendForward = testModel.CreateForward;
sourceInside.ReceivedBackward = testModel.PrintReceivedBackward;
sink.SendBackward = testModel.CreateBackward;
sink.ReceivedForward = testModel.PrintReceivedForward;
testModel.Combinator.ConnectOutWithIn(sourceOutside, composite);
testModel.Combinator.ConnectInWithIn(composite, way1Direct);
testModel.Combinator.ConnectOutWithIn(sourceInside, way2Direct);
testModel.Combinator.ConnectOutsWithOut(new IFlowComponentUniqueOutgoing<Int, Int>[] { way1Direct, way2Direct }, composite);
testModel.Combinator.ConnectOutWithIn(composite, sink);
testModel.Combinator.CommitFlow();
var simulator = new Simulator(testModel); //Important: Call after all objects have been created
simulator.SimulateStep();
var flowCombinatorAfterStep = (IntFlowCombinator)simulator.Model.Roots[0];
var flowComponentsAfterStep = ((IntFlowComponentCollection)simulator.Model.Roots[1]).Components;
var sourceInsideAfterStep = (IntFlowSource)flowComponentsAfterStep[1];
var sourceOutsideAfterStep = (IntFlowSource)flowComponentsAfterStep[0];
var sinkAfterStep = (IntFlowSink)flowComponentsAfterStep[5];
sinkAfterStep.Incoming.Forward.Should().Be(7);
sourceOutsideAfterStep.Outgoing.Backward.Should().Be(1);
sourceInsideAfterStep.Outgoing.Backward.Should().Be(1);
}
public void SplitFlowWorks()
{
var testModel = new IntFlowModel();
var source = new IntFlowSource();
var way1Direct = new IntFlowInToOut();
var way2Direct = new IntFlowInToOut();
var way1Sink = new IntFlowSink();
var way2Sink = new IntFlowSink();
testModel.Components = new IntFlowComponentCollection(source, way1Direct, way2Direct, way1Sink, way2Sink);
source.SendForward = testModel.CreateForward;
source.ReceivedBackward = testModel.PrintReceivedBackward;
way1Sink.SendBackward = testModel.CreateBackward;
way1Sink.ReceivedForward = testModel.PrintReceivedForward;
way2Sink.SendBackward = testModel.CreateBackward;
way2Sink.ReceivedForward = testModel.PrintReceivedForward;
testModel.Combinator.ConnectOutWithIns(source, new IFlowComponentUniqueIncoming<Int, Int>[] { way1Direct, way2Direct });
testModel.Combinator.ConnectOutWithIn(way1Direct, way1Sink);
testModel.Combinator.ConnectOutWithIn(way2Direct, way2Sink);
testModel.Combinator.CommitFlow();
var simulator = new Simulator(testModel); //Important: Call after all objects have been created
simulator.SimulateStep();
var flowCombinatorAfterStep = (IntFlowCombinator)simulator.Model.Roots[0];
var flowComponentsAfterStep = ((IntFlowComponentCollection)simulator.Model.Roots[1]).Components;
var sourceAfterStep = (IntFlowSource)flowComponentsAfterStep[0];
var sink1AfterStep = (IntFlowSink)flowComponentsAfterStep[3];
var sink2AfterStep = (IntFlowSink)flowComponentsAfterStep[4];
sink1AfterStep.Incoming.Forward.Should().Be(7);
sink2AfterStep.Incoming.Forward.Should().Be(7);
sourceAfterStep.Outgoing.Backward.Should().Be(1);
}
