private void creaPopUpMappingTaskTreeTargetDeleteDuplicate() {
this.popUpMenuTargetDeleteDuplicate = new JPopupMenu();
MappingTask mappingTask = scenario.getMappingTask();
if (mappingTask != null) {
this.popUpMenuTargetDeleteDuplicate.add(
new ActionDeleteDuplicateSetCloneNode(
this, targetSchemaTree, mappingTask.getTargetProxy()));
this.popUpMenuTargetDeleteDuplicate.add(
new ActionSelectionCondition(this, targetSchemaTree, mappingTask.getTargetProxy()));
}
}
public String getDeleteTablesScript(MappingTask mappingTask) {
StringBuilder result = new StringBuilder();
List<PathExpression> setPaths =
new GenerateSetVariables().findSetAbsolutePaths(mappingTask.getTargetProxy());
for (PathExpression pathExpression : setPaths) {
INode node = new FindNode().findNodeInSchema(pathExpression, mappingTask.getTargetProxy());
if (!(node instanceof SetCloneNode)) {
result
.append("delete from ")
.append(TARGET_SCHEMA_NAME)
.append(".")
.append(pathExpression.getLastStep())
.append(";\n");
}
}
return result.toString();
}
public static String generateCasting(
VariablePathExpression attributePath, String columnName, MappingTask mappingTask) {
INode attributeNode =
new FindNode()
.findNodeInSchema(attributePath.getAbsolutePath(), mappingTask.getTargetProxy());
String value = attributeNode.getChild(0).getLabel();
String castedColumnName = mappingTask.getDBMSHandler().forceCast(columnName, value);
return castedColumnName;
}
public static String targetRelationName(
SetAlias variable, MappingTask mappingTask, int chainingStep) {
SetNode bindingNode =
variable.getBindingNode(mappingTask.getTargetProxy().getIntermediateSchema());
String result = variable.getBindingPathExpression().getLastStep();
if (bindingNode instanceof SetCloneNode) {
result = ((SetCloneNode) bindingNode).getOriginalNodePath().getLastStep();
}
return getTargetSchemaName(chainingStep) + "." + result;
}
private String generateFinalInsert(MappingTask mappingTask) {
StringBuilder result = new StringBuilder();
for (SetAlias targetVariable : mappingTask.getTargetProxy().getMappingData().getVariables()) {
List<FORule> relevantTgds =
findRelevantTGDs(targetVariable, mappingTask.getMappingData().getSTTgds());
if (!relevantTgds.isEmpty()) {
result.append(generateInsertForRelationAfterExchange(targetVariable, mappingTask));
}
}
return result.toString();
}
@Override
public void performAction() {
Properties config = new Properties();
config.setProperty(
IComputeQuality.class.getSimpleName(),
"it.unibas.spicy.findmappings.strategies.computequality.ComputeQualityStructuralAnalysis");
Application.reset(config);
executeInjection();
mappingFinder.cleanUp();
Scenario scenario = (Scenario) modello.getBean(Costanti.CURRENT_SCENARIO);
MappingTask mappingTask = scenario.getMappingTask();
if (mappingTask.getTargetProxy().getInstances().isEmpty()) {
NotifyDescriptor nd =
new NotifyDescriptor.Message(
NbBundle.getMessage(Costanti.class, Costanti.WARNING_NOT_TARGET_INSTANCES),
DialogDescriptor.WARNING_MESSAGE);
DialogDisplayer.getDefault().notify(nd);
return;
}
checkValueCorrespondenceInMappingTask(mappingTask);
SwingWorker swingWorker =
new SwingWorker() {
private Scenario scenario;
@Override
protected Object doInBackground() throws Exception {
scenario = (Scenario) modello.getBean(Costanti.CURRENT_SCENARIO);
MappingTask mappingTask = scenario.getMappingTask();
List<AnnotatedMappingTask> bestMappingTasks =
mappingFinder.findBestMappings(mappingTask);
modello.putBean(Costanti.BEST_MAPPING_TASKS, bestMappingTasks);
IOProvider.getDefault().getIO(Costanti.FLUSSO_SPICY, false).select();
return true;
}
@Override
protected void done() {
try {
if ((Boolean) get() && !isCancelled()) {
actionViewSpicy.performActionWithScenario(this.scenario);
actionViewBestMappings.performActionWithScenario(this.scenario);
}
} catch (InterruptedException ex) {
logger.error(ex);
} catch (ExecutionException ex) {
logger.error(ex);
}
}
};
swingWorker.execute();
}
public String generateSQL(MappingTask mappingTask) {
if (mappingTask.getSourceProxy().getMappingData().isNested()
|| mappingTask.getTargetProxy().getMappingData().isNested()) {
throw new IllegalMappingTaskException(
"Data Sources are nested. SQL can be generated for relational sources only");
}
StringBuilder result = new StringBuilder();
result.append(
"-- This script was automatically generated by the ++Spicy mapping tool. (http://db.unibas.it/projects/spicy/)\n\n");
result.append("BEGIN TRANSACTION;\n");
result.append("SET CONSTRAINTS ALL DEFERRED;\n");
if (mappingTask.getConfig().useSortInSkolems()) {
result.append(mappingTask.getDBMSHandler().generateSortArrayFunction());
}
// Generate the SQL script for the first step in chaining scenarios
if (mappingTask.getSourceProxy() instanceof ChainingDataSourceProxy) {
ChainingDataSourceProxy proxy = (ChainingDataSourceProxy) mappingTask.getSourceProxy();
GenerateSQLForSourceToTargetExchange stGeneratorFirstStep =
new GenerateSQLForSourceToTargetExchange();
result.append(stGeneratorFirstStep.generateSQL(proxy.getMappingTask(), CHAINING_FIRST_STEP));
}
result.append(this.getDeleteTablesScript(mappingTask));
GenerateSQLForSourceToTargetExchange stGenerator = new GenerateSQLForSourceToTargetExchange();
if (!mappingTask.getConfig().useHashTextForSkolems()
&& mappingTask.getConfig().useSkolemTable()) {
result.append(generateSQLForSkolemTable(mappingTask));
}
if (mappingTask.getSourceProxy() instanceof ChainingDataSourceProxy) {
result.append(stGenerator.generateSQL(mappingTask, CHAINING_LAST_STEP));
} else {
result.append(stGenerator.generateSQL(mappingTask, CHAINING_NO_CHAINING));
}
allTablesToDelete.addAll(stGenerator.getAllTablesToDelete());
if (mappingTask.getConfig().useCreateTableInSTExchange()) {
allTablesToDelete.addAll(stGenerator.getAllViewsToDelete());
} else {
allViewsToDelete.addAll(stGenerator.getAllViewsToDelete());
}
result.append(generateFinalInserts(mappingTask));
result.append("COMMIT;\n");
if (!mappingTask.getConfig().useDebugMode()) {
result.append(this.getAllViewsToDeleteScript());
result.append(this.getAllTablesToDeleteScript());
}
return result.toString();
}
/////////////////////////// SKOLEMS ///////////////////////////////
private String printSkolems(FORule rule, MappingTask mappingTask) {
StringBuilder result = new StringBuilder();
List<FormulaVariable> existentialVariables = rule.getExistentialFormulaVariables(mappingTask);
for (FormulaVariable variable : existentialVariables) {
String generatorString = findGeneratorForVariable(variable, rule, mappingTask);
result.append(variable.toShortString()).append(": ").append(generatorString).append("\n");
}
if (mappingTask.getTargetProxy().isNested()) {
for (SetAlias alias : rule.getTargetView().getGenerators()) {
VariablePathExpression bindingPath = alias.getBindingPathExpression();
String generatorString = findGeneratorForPath(bindingPath, rule, mappingTask);
result.append(alias.toShortString()).append(": ").append(generatorString).append("\n");
}
}
return result.toString();
}
public void findCorrespondences(String inputFile, String outputFile) throws DAOException {
DAOMappingTask daoMappingTask = new DAOMappingTask();
MappingTask mappingTask = daoMappingTask.loadMappingTask(5, inputFile, false);
INode source = mappingTask.getSourceProxy().getSchema();
INode target = mappingTask.getTargetProxy().getSchema();
NodeExtractorVisitor visitorSource = new NodeExtractorVisitor();
source.accept(visitorSource);
List<INode> sourceAttributes = visitorSource.getResult();
NodeExtractorVisitor visitorTarget = new NodeExtractorVisitor();
target.accept(visitorTarget);
List<INode> targetAttributes = visitorTarget.getResult();
generateCorrespondences(sourceAttributes, targetAttributes, mappingTask);
daoMappingTask.saveMappingTask(mappingTask, outputFile);
}
public void createConnectionWidgets(ICreaWidgetCorrespondences correspondenceCreator) {
this.glassPane.clearConnections();
this.glassPane.clearConstants();
this.glassPane.clearFunctions();
this.glassPane.validate();
correspondenceCreator.creaWidgetCorrespondences();
correspondenceCreator.creaWidgetIconForSelectionCondition();
MappingTask mappingTask = scenario.getMappingTask();
if (mappingTask != null) {
IDataSourceProxy source = mappingTask.getSourceProxy();
IDataSourceProxy target = mappingTask.getTargetProxy();
correspondenceCreator.creaWidgetFunctionalDependencies(source, true);
correspondenceCreator.creaWidgetFunctionalDependencies(target, false);
return;
}
}
private String findGeneratorForVariable(
FormulaVariable variable, FORule rule, MappingTask mappingTask) {
List<FormulaVariable> universalVariables =
rule.getUniversalFormulaVariablesInTarget(mappingTask);
TGDGeneratorsMap generatorsMap = rule.getGenerators(mappingTask);
for (VariablePathExpression targetPath : variable.getTargetOccurrencePaths()) {
IValueGenerator generator =
generatorsMap.getGeneratorForLeaf(
targetPath, mappingTask.getTargetProxy().getIntermediateSchema());
if (generator != null && generator instanceof SkolemFunctionGenerator) {
SkolemFunctionGenerator skolemGenerator = (SkolemFunctionGenerator) generator;
return skolemGenerator.toStringWithVariableArguments(universalVariables);
}
}
return NullValueGenerator.getInstance().toString();
// throw new IllegalArgumentException("Unable to find generator for variable: " +
// variable.toLongString() + "\nin rule: " + rule + "\n" +
// SpicyEngineUtility.printVariableList(rule.getExistentialFormulaVariables(mappingTask)) +
// "\nGenerators: " + generatorsMap);
}
//////////////////////////// ANALISI ///////////////////////////
public void drawScene(
CreaWidgetAlberi widgetCreator, ICreaWidgetCorrespondences correspondenceCreator) {
MappingTask mappingTask = scenario.getMappingTask();
if (mappingTask == null) {
this.analizzato = false;
return;
}
IDataSourceProxy source = mappingTask.getSourceProxy();
IDataSourceProxy target = mappingTask.getTargetProxy();
createTrees(source, target);
createTreeWidgets(source, target, widgetCreator);
createConnectionWidgets(correspondenceCreator);
// updateTree();
this.analizzato = true;
this.sourceSchemaTree.updateUI();
this.targetSchemaTree.updateUI();
this.moveToFront(this.glassPane);
this.setVisible(true);
this.glassPane.getScene().setMaximumBounds(this.glassPane.getScene().getBounds());
initListener();
}
//////////////////////////////// CONCLUSION ////////////////////////////////////////////////
public String conclusionString(FORule tgd, MappingTask mappingTask, String indent) {
// giannisk
// find target paths that have a constant value correspondence
List<VariablePathExpression> constantTargetPaths = new ArrayList<VariablePathExpression>();
HashMap<VariablePathExpression, ISourceValue> constantValueMap =
new HashMap<VariablePathExpression, ISourceValue>();
for (VariableCorrespondence varCor : tgd.getCoveredCorrespondences()) {
if (varCor.isConstant()) {
constantTargetPaths.add(varCor.getTargetPath());
constantValueMap.put(varCor.getTargetPath(), varCor.getSourceValue());
}
}
StringBuilder result = new StringBuilder();
List<FormulaVariable> universalVariables = tgd.getUniversalFormulaVariables(mappingTask);
List<FormulaVariable> existentialVariables = tgd.getExistentialFormulaVariables(mappingTask);
if (!useSaveFormat
&& (!existentialVariables.isEmpty() || mappingTask.getTargetProxy().isNested())) {
result.append("exist ");
if (mappingTask.getTargetProxy().isNested()) {
utility.printOIDVariables(tgd.getTargetView());
}
if (!existentialVariables.isEmpty()) {
result.append(utility.printVariables(existentialVariables));
}
}
result.append("\n");
for (int i = 0; i < tgd.getTargetView().getGenerators().size(); i++) {
SetAlias targetVariable = tgd.getTargetView().getGenerators().get(i);
result.append(indent).append(utility.INDENT);
if (!useSaveFormat) {
result.append(
utility.printAtomName(targetVariable, mappingTask.getTargetProxy().isNested()));
} else {
result.append(
utility.printAtomNameForSaveFormat(
targetVariable, mappingTask.getTargetProxy().isNested()));
}
List<VariablePathExpression> attributePaths =
targetVariable.getFirstLevelAttributes(
mappingTask.getTargetProxy().getIntermediateSchema());
for (int j = 0; j < attributePaths.size(); j++) {
VariablePathExpression attributePath = attributePaths.get(j);
result.append(attributePath.getLastStep()).append(": ");
FormulaVariable attributeVariable =
findUniversalVariableForTargetPath(attributePath, universalVariables);
Expression transformation = null;
if (!constantTargetPaths.contains(attributePath)) {
if (attributeVariable == null) {
attributeVariable =
findExistentialVariable(
attributePath, tgd.getExistentialFormulaVariables(mappingTask));
}
transformation = attributeVariable.getTransformationFunction(attributePath);
}
if (transformation == null) {
if (!constantTargetPaths.contains(attributePath)) {
if (useSaveFormat) {
result.append("$");
}
result.append(attributeVariable.toShortString());
} else { // constant
result.append(constantValueMap.get(attributePath));
}
} else { // function
List<List<FormulaVariable>> variables = new ArrayList<List<FormulaVariable>>();
variables.add(tgd.getUniversalFormulaVariables(mappingTask));
utility.setVariableDescriptions(transformation, variables);
result.append(transformation);
}
if (j != attributePaths.size() - 1) {
result.append(", ");
}
}
result.append(")");
if (i != tgd.getTargetView().getGenerators().size() - 1) {
result.append(", \n");
}
}
return result.toString();
}