Examples with INodeConnection org.talend.designer.xmlmap.model.emf.xmlmap.INodeConnection used on opensource projects

Example 1 with INodeConnection

use of org.talend.designer.xmlmap.model.emf.xmlmap.INodeConnection in project tdi-studio-se by Talend.

the class DirectEditCommand method execute.

@Override
public void execute() {
    try {
        if (model != null) {
            if (DirectEditType.EXPRESSION.equals(type)) {
                List<TableEntryLocation> matchedLocations = expressionManager.parseTableEntryLocation((String) newValue);
                EList<? extends INodeConnection> connections = null;
                if (model instanceof OutputTreeNode || model instanceof VarNode) {
                    connections = model.getIncomingConnections();
                } else if (model instanceof TreeNode) {
                    connections = ((TreeNode) model).getLookupIncomingConnections();
                }
                List usefullConnections = new ArrayList();
                mapperData = XmlMapUtil.getXmlMapData(model);
                if (!matchedLocations.isEmpty()) {
                    for (int i = 0; i < matchedLocations.size(); i++) {
                        TableEntryLocation currentLocation = matchedLocations.get(i);
                        boolean found = false;
                        for (INodeConnection conn : connections) {
                            TableEntryLocation sourceLocation = null;
                            if (conn.getSource() instanceof TreeNode) {
                                sourceLocation = expressionManager.parseTableEntryLocation(XmlMapUtil.convertToExpression(((TreeNode) conn.getSource()).getXpath())).get(0);
                            } else if (conn.getSource() instanceof VarNode) {
                                VarNode varNode = (VarNode) conn.getSource();
                                sourceLocation = new TableEntryLocation(((VarTable) varNode.eContainer()).getName(), varNode.getName());
                            }
                            if (currentLocation.equals(sourceLocation)) {
                                found = true;
                                usefullConnections.add(conn);
                                break;
                            }
                        }
                        if (!found) {
                            if (mapperData != null) {
                                String convertToXpath = XmlMapUtil.convertToXpath(currentLocation.toString());
                                boolean findFromVar = false;
                                if (model instanceof OutputTreeNode) {
                                    findFromVar = true;
                                }
                                AbstractNode sourceNode = findConnectionSource(mapperData, currentLocation, XmlMapUtil.getXPathLength(convertToXpath), findFromVar);
                                if (sourceNode != null) {
                                    INodeConnection connection = null;
                                    if (model instanceof OutputTreeNode || model instanceof VarNode) {
                                        connection = XmlmapFactory.eINSTANCE.createConnection();
                                        sourceNode.getOutgoingConnections().add((Connection) connection);
                                        model.getIncomingConnections().add((Connection) connection);
                                    } else if (model instanceof TreeNode && sourceNode instanceof TreeNode) {
                                        TreeNode source = (TreeNode) sourceNode;
                                        connection = XmlmapFactory.eINSTANCE.createLookupConnection();
                                        source.getLookupOutgoingConnections().add((LookupConnection) connection);
                                        ((TreeNode) model).getLookupIncomingConnections().add((LookupConnection) connection);
                                    }
                                    //
                                    // if (model instanceof OutputTreeNode && sourceNode instanceof TreeNode) {
                                    // createInputLoopTable((TreeNode) sourceNode, (OutputTreeNode) model);
                                    // }
                                    connection.setSource(sourceNode);
                                    connection.setTarget(model);
                                    mapperData.getConnections().add(connection);
                                    usefullConnections.add(connection);
                                }
                            }
                        }
                    }
                } else {
                    if (!connections.isEmpty()) {
                        if (model instanceof OutputTreeNode || model instanceof VarNode) {
                            XmlMapUtil.detachConnectionsSouce(model, mapperData, false);
                            model.getIncomingConnections().clear();
                        } else if (model instanceof TreeNode) {
                            XmlMapUtil.detachLookupSource((TreeNode) model, mapperData);
                            ((TreeNode) model).getLookupIncomingConnections().clear();
                        }
                    }
                }
                List<INodeConnection> copyOfConnections = new ArrayList<INodeConnection>(connections);
                copyOfConnections.removeAll(usefullConnections);
                if (model instanceof OutputTreeNode || model instanceof VarNode) {
                    for (INodeConnection connection : copyOfConnections) {
                        if (connection.getSource() != null) {
                            if (connection.getSource().getOutgoingConnections().contains(connection)) {
                                connection.getSource().getOutgoingConnections().remove(connection);
                                mapperData.getConnections().remove(connection);
                            }
                        }
                    }
                    model.getIncomingConnections().removeAll(copyOfConnections);
                } else if (model instanceof TreeNode) {
                    for (INodeConnection connection : copyOfConnections) {
                        if (connection.getSource() != null) {
                            if (((TreeNode) connection.getSource()).getLookupOutgoingConnections().contains(connection)) {
                                ((TreeNode) connection.getSource()).getLookupOutgoingConnections().remove(connection);
                                mapperData.getConnections().remove(connection);
                            }
                        }
                    }
                    ((TreeNode) model).getLookupIncomingConnections().removeAll(copyOfConnections);
                }
                if (model instanceof OutputTreeNode) {
                    OutputTreeNode outModel = (OutputTreeNode) model;
                    if (NodeType.NAME_SPACE.equals(outModel.getNodeType()) && outModel.getExpression() != null && !"".equals(model.getExpression())) {
                        outModel.setDefaultValue("");
                    }
                }
                model.setExpression((String) newValue);
            } else if (DirectEditType.VAR_NODE_TYPE.equals(type)) {
                VarNode varModel = (VarNode) model;
                JavaType javaTypeFromLabel = JavaTypesManager.getJavaTypeFromLabel((String) newValue);
                if (javaTypeFromLabel == null) {
                    javaTypeFromLabel = JavaTypesManager.getDefaultJavaType();
                }
                varModel.setType(javaTypeFromLabel.getId());
            } else if (DirectEditType.NODE_NAME.equals(type)) {
                if (model instanceof VarNode) {
                    List<VarNode> children = new ArrayList<VarNode>();
                    children.addAll(((VarTable) model.eContainer()).getNodes());
                    children.remove(model);
                    String message = XmlMapUtil.isValidColumnName(children, (String) newValue);
                    if (message != null) {
                        MessageDialog.openError(null, "Error", message);
                        return;
                    }
                    String oldName = model.getName();
                    String oldExpression = XmlMapUtil.VAR_TABLE_NAME + XmlMapUtil.EXPRESSION_SEPARATOR + oldName;
                    model.setName((String) newValue);
                    String newExpression = XmlMapUtil.VAR_TABLE_NAME + XmlMapUtil.EXPRESSION_SEPARATOR + model.getName();
                    XmlMapUtil.updateTargetExpression(model, oldExpression, newExpression, expressionManager);
                } else if (model instanceof GlobalMapNode) {
                    model.setName((String) newValue);
                }
            }
        }
    } catch (PatternSyntaxException ex) {
    // Syntax error in the regular expression
    }
}

Example 2 with INodeConnection

use of org.talend.designer.xmlmap.model.emf.xmlmap.INodeConnection in project tdi-studio-se by Talend.

the class XmlMapService method externalEmfDataClone.

/*
     * (non-Javadoc)
     * 
     * @see
     * org.talend.core.service.IXmlMapService#externalEmfDataClone(org.talend.designer.core.model.utils.emf.talendfile
     * .AbstractExternalData)
     */
@Override
public AbstractExternalData externalEmfDataClone(AbstractExternalData externalEmfData) {
    if (!(externalEmfData instanceof XmlMapData)) {
        return externalEmfData;
    }
    Map<EObject, EObject> nodeMaps = new HashMap<EObject, EObject>();
    XmlMapData newXmlMapData = XmlmapFactory.eINSTANCE.createXmlMapData();
    XmlMapData xmlMapData = (XmlMapData) externalEmfData;
    EList<InputXmlTree> oriInputs = xmlMapData.getInputTrees();
    EList<OutputXmlTree> oriOutputs = xmlMapData.getOutputTrees();
    EList<VarTable> oriVars = xmlMapData.getVarTables();
    EList<IConnection> oriConns = xmlMapData.getConnections();
    for (IConnection oriConn : oriConns) {
        if (oriConn instanceof INodeConnection) {
            AbstractNode sourceNode = ((INodeConnection) oriConn).getSource();
            AbstractNode targetNode = ((INodeConnection) oriConn).getTarget();
            EObject source = null;
            if (nodeMaps.get(sourceNode) != null) {
                source = nodeMaps.get(sourceNode);
            } else {
                source = cloneTreeNode(sourceNode);
                nodeMaps.put(sourceNode, source);
            }
            EObject target = null;
            if (nodeMaps.get(targetNode) != null) {
                target = nodeMaps.get(targetNode);
            } else {
                target = cloneTreeNode(targetNode);
                nodeMaps.put(targetNode, target);
            }
            if (oriConn instanceof Connection) {
                new XmlMapConnectionBuilder().createConnection((AbstractNode) source, (AbstractNode) target, newXmlMapData);
            } else if (oriConn instanceof LookupConnection) {
                new XmlMapConnectionBuilder().createLookupConnection((TreeNode) source, (TreeNode) target, newXmlMapData);
            }
        } else if (oriConn instanceof FilterConnection) {
            AbstractNode sourceNode = ((FilterConnection) oriConn).getSource();
            AbstractInOutTree targetNode = ((FilterConnection) oriConn).getTarget();
            EObject source = null;
            if (nodeMaps.get(sourceNode) != null) {
                source = nodeMaps.get(sourceNode);
            } else {
                source = cloneTreeNode(sourceNode);
                nodeMaps.put(sourceNode, source);
            }
            EObject target = null;
            if (nodeMaps.get(targetNode) != null) {
                target = nodeMaps.get(targetNode);
            } else {
                target = cloneTreeNode(targetNode);
                nodeMaps.put(targetNode, target);
            }
            new XmlMapConnectionBuilder().createFilterConnection((AbstractNode) source, (AbstractInOutTree) target, newXmlMapData);
        }
    }
    for (InputXmlTree inputXml : oriInputs) {
        InputXmlTree newInputXml = null;
        if (nodeMaps.get(inputXml) == null) {
            newInputXml = (InputXmlTree) cloneTreeNode(inputXml);
        } else {
            newInputXml = (InputXmlTree) nodeMaps.get(inputXml);
        }
        if (inputXml.getNodes() != null) {
            for (TreeNode treeNode : inputXml.getNodes()) {
                EObject obj = nodeMaps.get(treeNode);
                if ((obj != null) && !newInputXml.getNodes().contains(obj)) {
                    newInputXml.getNodes().add((TreeNode) obj);
                }
            }
        }
        if (!newXmlMapData.getInputTrees().contains(newInputXml)) {
            newXmlMapData.getInputTrees().add(newInputXml);
        }
        nodeMaps.put(inputXml, newInputXml);
    }
    for (OutputXmlTree outputXml : oriOutputs) {
        OutputXmlTree newOutputXml = null;
        if (nodeMaps.get(outputXml) == null) {
            newOutputXml = (OutputXmlTree) cloneTreeNode(outputXml);
        } else {
            newOutputXml = (OutputXmlTree) nodeMaps.get(outputXml);
        }
        if (outputXml.getNodes() != null) {
            for (OutputTreeNode treeNode : outputXml.getNodes()) {
                EObject obj = nodeMaps.get(treeNode);
                if ((obj != null) && !newOutputXml.getNodes().contains(obj)) {
                    newOutputXml.getNodes().add((OutputTreeNode) obj);
                }
            }
        }
        // }
        if (!newXmlMapData.getOutputTrees().contains(newOutputXml)) {
            newXmlMapData.getOutputTrees().add(newOutputXml);
        }
        nodeMaps.put(outputXml, newOutputXml);
    }
    for (VarTable varXml : oriVars) {
        VarTable newVarXml = null;
        if (nodeMaps.get(varXml) == null) {
            newVarXml = XmlmapFactory.eINSTANCE.createVarTable();
            newVarXml.setMinimized(varXml.isMinimized());
            newVarXml.setName(varXml.getName());
            if (varXml.getNodes() != null) {
                for (VarNode treeNode : varXml.getNodes()) {
                    EObject obj = nodeMaps.get(treeNode);
                    if (obj != null) {
                        newVarXml.getNodes().add((VarNode) obj);
                    }
                }
            }
            if (!newXmlMapData.getVarTables().contains(newVarXml)) {
                newXmlMapData.getVarTables().add(newVarXml);
            }
            nodeMaps.put(varXml, newVarXml);
        }
    }
    return newXmlMapData;
}

Example 3 with INodeConnection

use of org.talend.designer.xmlmap.model.emf.xmlmap.INodeConnection in project tdi-studio-se by Talend.

the class XmlMapUtil method updateTargetExpression.

public static void updateTargetExpression(AbstractNode renamedNode, String oldExpression, String newExpression, XmlMapExpressionManager expressionManager) {
    TableEntryLocation previousLocation = expressionManager.parseTableEntryLocation(oldExpression).get(0);
    TableEntryLocation newLocation = expressionManager.parseTableEntryLocation(newExpression).get(0);
    List<INodeConnection> connections = new ArrayList<INodeConnection>();
    connections.addAll(renamedNode.getOutgoingConnections());
    if (renamedNode instanceof TreeNode) {
        connections.addAll(((TreeNode) renamedNode).getLookupOutgoingConnections());
    }
    for (INodeConnection connection : connections) {
        AbstractNode target = connection.getTarget();
        List<TableEntryLocation> targetLocaitons = expressionManager.parseTableEntryLocation(target.getExpression());
        for (TableEntryLocation current : targetLocaitons) {
            if (current.equals(previousLocation)) {
                String replaced = expressionManager.replaceExpression(target.getExpression(), current, newLocation);
                target.setExpression(replaced);
            }
        }
    }
    for (FilterConnection connection : renamedNode.getFilterOutGoingConnections()) {
        AbstractInOutTree target = connection.getTarget();
        List<TableEntryLocation> targetLocaitons = expressionManager.parseTableEntryLocation(target.getExpressionFilter());
        for (TableEntryLocation current : targetLocaitons) {
            if (current.equals(previousLocation)) {
                String replaced = expressionManager.replaceExpression(target.getExpressionFilter(), current, newLocation);
                target.setExpressionFilter(replaced);
            }
        }
    }
}