How to use

cascading.flow.planner.rule.expressiongraph.NonSafeAndSplitAndSyncPipeExpressionGraph

constructor

public BalanceNonSafeSplitExpression()
 {
 super(
  new NonSafeAndSplitAndSyncPipeExpressionGraph(),
  new ExpressionGraph()
   .arcs(
    new FlowElementExpression( Tap.class ),
    new NonSafeOperationExpression( TypeExpression.Topo.SplitOnly )
   ),
  new ExpressionGraph()
   .arcs(
    new FlowElementExpression( ElementCapture.Primary, Pipe.class, TypeExpression.Topo.Tail )
   )
 );
 }
}

public BalanceNonSafeSplitExpression()
 {
 super(
  new NonSafeAndSplitAndSyncPipeExpressionGraph(),
  new ExpressionGraph()
   .arcs(
    new FlowElementExpression( Tap.class ),
    new NonSafeOperationExpression( TypeExpression.Topo.SplitOnly )
   ),
  new ExpressionGraph()
   .arcs(
    new FlowElementExpression( ElementCapture.Primary, Pipe.class, TypeExpression.Topo.Tail )
   )
 );
 }
}

public BalanceNonSafePipeSplitExpression()
 {
 super(
  new NonSafeAndSplitAndSyncPipeExpressionGraph(),
  new ExpressionGraph()
   .arcs(
    new FlowElementExpression( Tap.class ),
    new NonSafeOperationExpression(),
    new FlowElementExpression( Pipe.class, TypeExpression.Topo.SplitOnly )
   ),
  new ExpressionGraph()
   .arcs(
    new FlowElementExpression( ElementCapture.Primary, Pipe.class, TypeExpression.Topo.Tail )
   )
 );
 }
}

public BalanceNonSafePipeSplitExpression()
 {
 super(
  new NonSafeAndSplitAndSyncPipeExpressionGraph(),
  new ExpressionGraph()
   .arcs(
    new FlowElementExpression( Tap.class ),
    new NonSafeOperationExpression(),
    new FlowElementExpression( Pipe.class, TypeExpression.Topo.SplitOnly )
   ),
  new ExpressionGraph()
   .arcs(
    new FlowElementExpression( ElementCapture.Primary, Pipe.class, TypeExpression.Topo.Tail )
   )
 );
 }
}