public Status StartRun()
{
outputStreamPoller = calculatorGraph.AddOutputStreamPoller <string>(outputStreamName, true).Value();
outputPacket = new StringPacket();
return(calculatorGraph.StartRun());
}
public Status StartRun(SidePacket sidePacket)
{
outputStreamPoller = graph.AddOutputStreamPoller <string>(outputStream).ConsumeValue();
outputPacket = new StringPacket();
return(graph.StartRun(sidePacket));
}
public Status StartRun()
{
outputStreamPoller = graph.AddOutputStreamPoller <string>(outputStream).Value();
outputPacket = new StringPacket();
return(graph.StartRun());
}
public void Cancel_ShouldCancelGraph()
{
var graph = new CalculatorGraph(validConfigText);
Assert.True(graph.StartRun().ok);
graph.Cancel();
Assert.AreEqual(graph.WaitUntilDone().code, Status.StatusCode.Cancelled);
}
public void Cancel_ShouldCancelGraph()
{
using (var graph = new CalculatorGraph(_ValidConfigText))
{
Assert.True(graph.StartRun().Ok());
graph.Cancel();
Assert.AreEqual(Status.StatusCode.Cancelled, graph.WaitUntilDone().Code());
}
}
public void LifecycleMethods_ShouldControlGraphLifeCycle()
{
var graph = new CalculatorGraph(validConfigText);
Assert.True(graph.StartRun().ok);
Assert.False(graph.GraphInputStreamsClosed());
Assert.True(graph.WaitUntilIdle().ok);
Assert.True(graph.CloseAllPacketSources().ok);
Assert.True(graph.GraphInputStreamsClosed());
Assert.True(graph.WaitUntilDone().ok);
Assert.False(graph.HasError());
}
