private void dgvServP_CellMouseDoubleClick(object sender, DataGridViewCellMouseEventArgs e)
{
GraphStage form2 = new GraphStage();
form2.carragaG(dgvServP.CurrentRow.Cells[0].Value.ToString());
form2.Show(this);
}
private static Source <TOut, TMat> UnfoldFlowGraph <TOut, TState, TFlowOut, TMat>(GraphStage <FanOutShape <TFlowOut, TState, TOut> > fanOut2Stage, IGraph <FlowShape <TState, TFlowOut>, TMat> flow)
{
var graph = GraphDsl.Create(flow, (b, f) =>
{
var fo2 = b.Add(fanOut2Stage);
b.From(fo2.Out0).Via(f).To(fo2.In);
return(new SourceShape <TOut>(fo2.Out1));
});
return(Source.FromGraph(graph));
}
/// <summary>
/// Fusing graphs that have cycles involving FanIn stages might lead to deadlocks if
/// demand is not carefully managed.
///
/// This means that FanIn stages need to early pull every relevant input on startup.
/// This can either be implemented inside the stage itself, or this method can be used,
/// which adds a detacher stage to every input.
/// </summary>
/// <typeparam name="T">TBD</typeparam>
/// <param name="stage">TBD</param>
/// <returns>TBD</returns>
internal static IGraph <UniformFanInShape <T, T>, NotUsed> WithDetachedInputs <T>(GraphStage <UniformFanInShape <T, T> > stage)
{
return(GraphDsl.Create(builder =>
{
var concat = builder.Add(stage);
var detachers = concat.Ins.Select(inlet =>
{
var detacher = builder.Add(new Detacher <T>());
builder.From(detacher).To(inlet);
return detacher.Inlet;
}).ToArray();
return new UniformFanInShape <T, T>(concat.Out, detachers);
}));
}
