Package org.drools.eclipse.editors.rete.model

Examples of org.drools.eclipse.editors.rete.model.Connection


                final List<Connection> edges = rowNode.getSourceConnections();

                for ( final Iterator<Connection> edgeIter = edges.iterator(); edgeIter.hasNext(); ) {

                    final Connection edge = edgeIter.next();
                    final BaseVertex destNode = edge.getOpposite( rowNode );

                    if ( !seenVertices.contains( destNode ) ) {
                        rowList.add( curRow + 1,
                                     destNode );
                        seenVertices.add( destNode );
View Full Code Here


            }
            this.graph.addChild( vertex );
            this.visitedNodes.put( dotId( node ),
                                   vertex );

            new Connection( this.parentVertex,
                            vertex );

            final BaseVertex oldParentVertex = this.parentVertex;
            this.parentVertex = vertex;

            List<?> list = null;
            if ( node instanceof EntryPointNode ) {
                list = new ArrayList<ObjectTypeNode>( ((EntryPointNode) node).getObjectTypeNodes().values() );
            } else if ( node instanceof ObjectSource) {
                list = Arrays.asList( ((ObjectSource) node).getSinkPropagator().getSinks() );
            } else if ( node instanceof LeftTupleSource) {
                list = Arrays.asList( ((LeftTupleSource) node).getSinkPropagator().getSinks() );
            }

            if ( list != null ) {
                for ( final java.util.Iterator<?> it = list.iterator(); it.hasNext(); ) {
                    final Object nextNode = it.next();
                    visitNode( nextNode );
                }
            }
            this.parentVertex = oldParentVertex;
        } else {
            new Connection( this.parentVertex,
                            vertex );
        }
    }
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            }
            this.graph.addChild( vertex );
            this.visitedNodes.put( dotId( node ),
                                   vertex );

            new Connection( this.parentVertex,
                            vertex );

            final BaseVertex oldParentVertex = this.parentVertex;
            this.parentVertex = vertex;

            List list = null;
            if ( node instanceof EntryPointNode ) {
                list = new ArrayList( ((EntryPointNode) node).getObjectTypeNodes().values() );
            } else if ( node instanceof ObjectSource ) {
                list = Arrays.asList( ((ObjectSource) node).getSinkPropagator().getSinks() );
            } else if ( node instanceof LeftTupleSource ) {
                list = Arrays.asList( ((LeftTupleSource) node).getSinkPropagator().getSinks() );
            }

            if ( list != null ) {
                for ( final java.util.Iterator it = list.iterator(); it.hasNext(); ) {
                    final Object nextNode = it.next();
                    visitNode( nextNode );
                }
            }
            this.parentVertex = oldParentVertex;
        } else {
            new Connection( this.parentVertex,
                            vertex );
        }
    }
View Full Code Here

                final List edges = rowNode.getSourceConnections();

                for ( final Iterator edgeIter = edges.iterator(); edgeIter.hasNext(); ) {

                    final Connection edge = (Connection) edgeIter.next();
                    final BaseVertex destNode = edge.getOpposite( rowNode );

                    if ( !seenVertices.contains( destNode ) ) {
                        rowList.add( curRow + 1,
                                     destNode );
                        seenVertices.add( destNode );
View Full Code Here

            }
            this.graph.addChild( vertex );
            this.visitedNodes.put( dotId( node ),
                                   vertex );

            new Connection( this.parentVertex,
                            vertex );

            final BaseVertex oldParentVertex = this.parentVertex;
            this.parentVertex = vertex;

            List list = null;
            if ( node instanceof EntryPointNode ) {
                list = new ArrayList( ((EntryPointNode) node).getObjectTypeNodes().values() );
            } else if ( node instanceof ObjectSource) {
                list = Arrays.asList( ((ObjectSource) node).getSinkPropagator().getSinks() );
            } else if ( node instanceof LeftTupleSource) {
                list = Arrays.asList( ((LeftTupleSource) node).getSinkPropagator().getSinks() );
            }

            if ( list != null ) {
                for ( final java.util.Iterator it = list.iterator(); it.hasNext(); ) {
                    final Object nextNode = it.next();
                    visitNode( nextNode );
                }
            }
            this.parentVertex = oldParentVertex;
        } else {
            new Connection( this.parentVertex,
                            vertex );
        }
    }
View Full Code Here

                final List edges = rowNode.getSourceConnections();

                for ( final Iterator edgeIter = edges.iterator(); edgeIter.hasNext(); ) {

                    final Connection edge = (Connection) edgeIter.next();
                    final BaseVertex destNode = edge.getOpposite( rowNode );

                    if ( !seenVertices.contains( destNode ) ) {
                        rowList.add( curRow + 1,
                                     destNode );
                        seenVertices.add( destNode );
View Full Code Here

            }
            this.graph.addChild( vertex );
            this.visitedNodes.put( dotId( node ),
                                   vertex );

            new Connection( this.parentVertex,
                            vertex );

            final BaseVertex oldParentVertex = this.parentVertex;
            this.parentVertex = vertex;

            List<?> list = null;
            if ( node instanceof EntryPointNode ) {
                list = new ArrayList<ObjectTypeNode>( ((EntryPointNode) node).getObjectTypeNodes().values() );
            } else if ( node instanceof ObjectSource) {
                list = Arrays.asList( ((ObjectSource) node).getSinkPropagator().getSinks() );
            } else if ( node instanceof LeftTupleSource) {
                list = Arrays.asList( ((LeftTupleSource) node).getSinkPropagator().getSinks() );
            }

            if ( list != null ) {
                for ( final java.util.Iterator<?> it = list.iterator(); it.hasNext(); ) {
                    final Object nextNode = it.next();
                    visitNode( nextNode );
                }
            }
            this.parentVertex = oldParentVertex;
        } else {
            new Connection( this.parentVertex,
                            vertex );
        }
    }
View Full Code Here

                final List<Connection> edges = rowNode.getSourceConnections();

                for ( final Iterator<Connection> edgeIter = edges.iterator(); edgeIter.hasNext(); ) {

                    final Connection edge = edgeIter.next();
                    final BaseVertex destNode = edge.getOpposite( rowNode );

                    if ( !seenVertices.contains( destNode ) ) {
                        rowList.add( curRow + 1,
                                     destNode );
                        seenVertices.add( destNode );
View Full Code Here

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