Examples with DefaultSchemaLocationResolver org.eclipse.persistence.sdo.helper.DefaultSchemaLocationResolver used on opensource projects

Example 6 with DefaultSchemaLocationResolver

use of org.eclipse.persistence.sdo.helper.DefaultSchemaLocationResolver in project eclipselink by eclipse-ee4j.

the class SDOSequenceTestCS method defineAndLoadRoot.

// use XSD to define and XML to load - sequenced Flag has affect only when defining via typeHelper
public void defineAndLoadRoot(boolean defineViaXSD, boolean loadViaXML, boolean sequencedFlag) {
    DefaultSchemaLocationResolver resolver = new DefaultSchemaLocationResolver(getMap());
    List<Type> types = null;
    if (defineViaXSD) {
        types = xsdHelper.define(getXSDString(XSD_PATH));
    } else {
        registerTypes(sequencedFlag);
        types = getControlTypes();
    }
    String generatedSchema = ((SDOXSDHelper) xsdHelper).generate(types, resolver);
    // log(generatedSchema);
    root = createRootObject(loadViaXML, types);
    int aRootsize = preOrderTraversalDataObjectList((SDODataObject) root).size();
    // if(!loadViaXML)  {
    // assertTrue(writeXML(root, URINAME, COMPANY_TYPENAME, System.out));
    // }
    assertEquals(10, aRootsize);
}

Example 7 with DefaultSchemaLocationResolver

use of org.eclipse.persistence.sdo.helper.DefaultSchemaLocationResolver in project eclipselink by eclipse-ee4j.

the class SDOSequenceTest method getRootViaDefineViaDataObjectandLoadViaDataFactory.

// use programmatic define(DataObject) and programmatic DataFactory to load
public void getRootViaDefineViaDataObjectandLoadViaDataFactory() {
    DefaultSchemaLocationResolver resolver = new DefaultSchemaLocationResolver(getMap());
    registerTypes();
    List<Type> types = getTypesToGenerateFrom();
    String generatedSchema = ((SDOXSDHelper) xsdHelper).generate(types, resolver);
    log(generatedSchema);
    root = createRootObject(false, types);
    int aRootsize = preOrderTraversalDataObjectList((SDODataObject) root).size();
    assertEquals(10, aRootsize);
}

Example 8 with DefaultSchemaLocationResolver

use of org.eclipse.persistence.sdo.helper.DefaultSchemaLocationResolver in project eclipselink by eclipse-ee4j.

the class XSDHelperGenerateTestCases method testGenerateSchema.

public void testGenerateSchema() throws Exception {
    // String generatedSchema = xsdHelper.generate(getTypesToGenerateFrom(), getSchemaNamespacesMap());
    DefaultSchemaLocationResolver resolver = new DefaultSchemaLocationResolver(getMap());
    String generatedSchema = ((SDOXSDHelper) xsdHelper).generate(getTypesToGenerateFrom(), resolver);
    String controlSchema = getSchema(getControlFileName());
    log("EXPECTED: \n" + controlSchema);
    log("ACTUAL: \n" + generatedSchema);
    StringReader reader = new StringReader(generatedSchema);
    InputSource inputSource = new InputSource(reader);
    Document generatedSchemaDoc = parser.parse(inputSource);
    reader.close();
    assertSchemaIdentical(getDocument(getControlFileName()), generatedSchemaDoc);
}

Example 9 with DefaultSchemaLocationResolver

use of org.eclipse.persistence.sdo.helper.DefaultSchemaLocationResolver in project eclipselink by eclipse-ee4j.

the class SDODataGraphDataObjectBackPointerTest method testSetDOFromOtherDataGraphWithMixedContainmentNonContainmentWithoutCStoDGwithoutCS.

// This function will exercise the updateDataGraph() function on SDODataObject.updateContainment()
public void testSetDOFromOtherDataGraphWithMixedContainmentNonContainmentWithoutCStoDGwithoutCS() {
    DefaultSchemaLocationResolver resolver = new DefaultSchemaLocationResolver(new HashMap<QName, String>());
    registerTypes();
    List<Type> types = getTypesToGenerateFrom();
    ((SDOXSDHelper) xsdHelper).generate(types, resolver);
    // Create target
    DataObject aDataObjectTarget = createRootObject(types);
    DataGraph aDataGraphTarget = dataGraph;
    aDataGraphTarget.createRootObject(aDataObjectTarget.getType());
    DataObject targetRoot = aDataGraphTarget.getRootObject();
    // Check it
    assertNotNull(targetRoot);
    assertEquals(targetRoot.getType(), aDataGraphTarget.getType(URINAME, COMPANY_TYPENAME));
    ListWrapper pOrdersTarget = (ListWrapper) targetRoot.getList(PO_PATH);
    int poSize = pOrdersTarget.size();
    assertEquals(0, poSize);
    // Create source
    DataObject aDataObjectSource = createRootObject(types);
    DataGraph aDataGraphSource = new SDODataGraph(aHelperContext);
    aDataGraphSource.createRootObject(aDataObjectSource.getType());
    DataObject sourceRoot = aDataGraphSource.getRootObject();
    // Check it
    assertNotNull(sourceRoot);
    assertEquals(sourceRoot.getType(), aDataGraphSource.getType(URINAME, COMPANY_TYPENAME));
    ListWrapper pOrdersSource = (ListWrapper) aDataObjectSource.getList(PO_PATH);
    int poSizeSource = pOrdersSource.size();
    assertEquals(1, poSizeSource);
    // Clear the target CS so that we enter only the DataGraph recursive loop
    ((SDODataObject) targetRoot)._setChangeSummary(null);
    // Get source DO
    DataObject sourcePO = (DataObject) pOrdersSource.get(0);
    // DataGraph should be null before set
    assertNull(sourcePO.getDataGraph());
    // Move the root object from one null data graph to the other
    pOrdersTarget.add(sourcePO);
    // DataGraph should be not be null before set
    assertNotNull(sourcePO.getDataGraph());
    // Target dataGraph should be set on all children
    assertEquals(aDataGraphTarget, sourcePO.getDataGraph());
    DataObject copyPOshipTo = (DataObject) sourcePO.get("shipTo");
    DataObject copyPObillTo = (DataObject) sourcePO.get("billTo");
    DataObject copyPOitem1 = (DataObject) sourcePO.get("item[1]");
    DataObject copyPOitem2 = (DataObject) sourcePO.get("item[2]");
    // Check dataGraph back pointers recursively (containment only)
    List<DataObject> copyPreOrderList = preOrderTraversalDataObjectList(sourcePO);
    assertNotNull(copyPreOrderList);
    assertEquals(5, copyPreOrderList.size());
    copyPreOrderList.contains(copyPOshipTo);
    copyPreOrderList.contains(copyPObillTo);
    copyPreOrderList.contains(copyPOitem1);
    copyPreOrderList.contains(copyPOitem2);
    assertNotNull(copyPOshipTo.getDataGraph());
    assertEquals(aDataGraphTarget, copyPOshipTo.getDataGraph());
    assertNotNull(copyPObillTo.getDataGraph());
    assertEquals(aDataGraphTarget, copyPObillTo.getDataGraph());
    // item property is unidirectional or containment=false - still in the dataGraph in this case
    assertNotNull(copyPOitem1.getDataGraph());
    assertEquals(aDataGraphTarget, copyPOitem1.getDataGraph());
    assertNotNull(copyPOitem2.getDataGraph());
    assertEquals(aDataGraphTarget, copyPOitem2.getDataGraph());
}

Example 10 with DefaultSchemaLocationResolver

use of org.eclipse.persistence.sdo.helper.DefaultSchemaLocationResolver in project eclipselink by eclipse-ee4j.

the class SDOSequenceTestXSD method defineAndLoadRoot.

public void defineAndLoadRoot(boolean defineViaXSD, boolean loadViaXML, boolean sequencedFlag, boolean withChangeSummary) {
    DefaultSchemaLocationResolver resolver = new DefaultSchemaLocationResolver(getMap());
    List<Type> types = null;
    if (defineViaXSD) {
        types = xsdHelper.define(getXSDString(XSD_PATH));
    } else {
        registerTypes(sequencedFlag, withChangeSummary);
        types = getControlTypes();
    }
    String generatedSchema = ((SDOXSDHelper) xsdHelper).generate(types, resolver);
    // log(generatedSchema);
    root = createRootObject(loadViaXML, types, withChangeSummary);
    int aRootsize = preOrderTraversalDataObjectList((SDODataObject) root).size();
    // if(!loadViaXML)  {
    // assertTrue(writeXML(root, URINAME, COMPANY_TYPENAME, System.out));
    // }
    assertEquals(10, aRootsize);
}