private void verifyListChange() {
this.event = null;
this.eventType = null;
this.listHolder.addItem(4, "E");
this.verifyEvent(ADD, 7, "E");
this.event = null;
this.eventType = null;
this.listHolder.addItem(5, null);
this.verifyEvent(ADD, 8, null);
this.event = null;
this.eventType = null;
this.listHolder.removeItem(5);
this.verifyEvent(REMOVE, 8, null);
this.event = null;
this.eventType = null;
this.listHolder.removeItem(4);
this.verifyEvent(REMOVE, 7, "E");
this.event = null;
this.eventType = null;
this.listHolder.addItems(0, this.buildList());
this.verifyEvent(ADD);
assertEquals(this.buildList(), CollectionTools.list(this.event.items()));
this.event = null;
this.eventType = null;
this.listHolder.replaceItem(0, "AA");
this.verifyEvent(REPLACE);
assertFalse(CollectionTools.contains(this.event.items(), "A"));
assertTrue(CollectionTools.contains(this.event.items(), "AA"));
}
public void testToArray() {
Object[] a = this.bag.toArray();
assertEquals(11, a.length);
assertTrue(CollectionTools.contains(a, null));
assertTrue(CollectionTools.contains(a, this.one));
assertTrue(CollectionTools.contains(a, this.two));
assertTrue(CollectionTools.contains(a, this.three));
assertTrue(CollectionTools.contains(a, this.four));
}
public void testToArrayObjectArray() {
String[] a = new String[12];
a[11] = "not null";
String[] b = (String[]) this.bag.toArray(a);
assertEquals(a, b);
assertEquals(12, a.length);
assertTrue(CollectionTools.contains(a, null));
assertTrue(CollectionTools.contains(a, this.one));
assertTrue(CollectionTools.contains(a, this.two));
assertTrue(CollectionTools.contains(a, this.three));
assertTrue(CollectionTools.contains(a, this.four));
assertTrue(a[11] == null);
}
private void removeSelectedFieldPairs() {
for (Iterator stream =
CollectionTools.iterator(this.fieldPairsSelectionModel.getSelectedValues());
stream.hasNext(); ) {
((MWXmlReferenceMapping) this.subject()).removeXmlFieldPair((MWXmlFieldPair) stream.next());
}
}
private Collection buildServerPlatformNames() {
Collection servers =
CollectionTools.sortedSet(ServerPlatformManager.instance().platformShortNames());
String serverClassName = NullServerPlatformAdapter.instance().getServerClassName();
servers.remove(ClassTools.shortNameForClassNamed(serverClassName));
return servers;
}
public void referenceDescriptorChanged(MWDescriptor newReferenceDescriptor) {
if (newReferenceDescriptor == null
|| (getKeyMethod() != null
&& !CollectionTools.contains(candidateKeyMethods(), getKeyMethod()))) {
setKeyMethod(null);
}
}
public void testSize() {
this.extendedListHolder.addListChangeListener(ValueModel.VALUE, this.buildListener());
assertEquals(
this.buildExtendedList().size(),
CollectionTools.size((Iterator) this.extendedListHolder.getValue()));
assertEquals(this.buildExtendedList().size(), this.extendedListHolder.size());
}
void renameSelectedPreference() {
PreferencePropertyValueModel preference = this.selectedPreference();
if (preference == null) {
return;
}
String name = this.promptForPreferenceName();
if (name == null) {
return;
}
Preferences preferences = this.selectedPreferences();
try {
if (CollectionTools.contains(preferences.keys(), name)) {
return;
}
} catch (BackingStoreException ex) {
this.handleException(ex);
return;
}
String value = (String) preference.getValue();
preferences.put(name, value);
preferences.remove(preference.getKey());
try {
// flush the changes, so events are fired and the table is updated
preferences.flush();
} catch (BackingStoreException ex) {
this.handleException(ex);
return; // skip the selection of a node that might not be there...
}
this.tableSelectionModel.setSelectedValue(this.preference(name));
}
void addPreferenceToSelectedNode() {
Preferences preferences = this.selectedPreferences();
if (preferences == null) {
return;
}
String name = this.promptForPreferenceName();
if (name == null) {
return;
}
try {
if (CollectionTools.contains(preferences.keys(), name)) {
return;
}
} catch (BackingStoreException ex) {
this.handleException(ex);
return; // skip the selection of a row that might not be there...
}
preferences.put(name, "");
try {
// flush the change, so an event is fired and the preference is
// created and added to the table before we try to select it
preferences.flush();
} catch (BackingStoreException ex) {
this.handleException(ex);
return; // skip the selection of a row that might not be there...
}
this.tableSelectionModel.setSelectedValue(this.preference(name));
}
private ComboBoxModel buildEisPlatformCollectionHolder() {
Collection platforms =
CollectionTools.sortedSet(EisPlatformManager.instance().platformShortNames());
return new ComboBoxModelAdapter(
new SimpleCollectionValueModel(platforms), buildEisPlatformHolder());
}
public void testSerialization() throws Exception {
IdentityHashBag bag2 = (IdentityHashBag) TestTools.serialize(this.bag);
assertTrue("same object?", this.bag != bag2);
assertEquals(11, bag2.size());
assertEquals(CollectionTools.bag(this.bag.iterator()), CollectionTools.bag(bag2.iterator()));
// look for similar elements
assertTrue(CollectionTools.bag(bag2.iterator()).contains(null));
assertTrue(CollectionTools.bag(bag2.iterator()).contains("one"));
assertTrue(CollectionTools.bag(bag2.iterator()).contains("two"));
assertTrue(CollectionTools.bag(bag2.iterator()).contains("three"));
assertTrue(CollectionTools.bag(bag2.iterator()).contains("four"));
int nullCount = 0, oneCount = 0, twoCount = 0, threeCount = 0, fourCount = 0;
for (Iterator stream = bag2.iterator(); stream.hasNext(); ) {
String next = (String) stream.next();
if (next == null) nullCount++;
else if (next.equals("one")) oneCount++;
else if (next.equals("two")) twoCount++;
else if (next.equals("three")) threeCount++;
else if (next.equals("four")) fourCount++;
}
assertEquals(1, nullCount);
assertEquals(1, oneCount);
assertEquals(2, twoCount);
assertEquals(3, threeCount);
assertEquals(4, fourCount);
}
/** sort and return only the names of the "user" types (non-core and non-stub types) */
private Collection getUserTypeNamesForTopLink() {
List names = new ArrayList(this.userTypes.size());
synchronized (this.userTypes) {
for (Iterator stream = this.userTypes.iterator(); stream.hasNext(); ) {
names.add(((MWClass) stream.next()).getName());
}
}
return CollectionTools.sort(names, Collator.getInstance());
}
/** Add nodes for the preferences's "children" (which are other preferenceses). */
private void initializeChildNodes() throws BackingStoreException {
Preferences preferences = this.preferences();
String[] childrenNames =
(String[]) CollectionTools.sort(preferences.childrenNames(), this.collator());
int len = childrenNames.length;
for (int i = 0; i < len; i++) {
this.add(this.buildNode(preferences.node(childrenNames[i])));
}
}
/** Returns a collection of session names. */
Collection<String> getPoolNames() {
return CollectionTools.collection(
new TransformationIterator(pools()) {
protected Object transform(Object next) {
return ((ConnectionPoolAdapter) next).getName();
}
});
}
private boolean listContainsAny(Collection items) {
List extendedList = CollectionTools.list((ListIterator) this.listHolder.getValue());
for (Iterator stream = items.iterator(); stream.hasNext(); ) {
if (extendedList.contains(stream.next())) {
return true;
}
}
return false;
}
private Object[] path(String node) {
Object temp = node;
List reversePath = new ArrayList();
do {
reversePath.add(temp);
temp = this.parents.get(temp);
} while (temp != null);
return CollectionTools.reverse(reversePath).toArray();
}
protected void execute() {
Iterator nodesIterator = CollectionTools.iterator(this.selectedNodes());
Iterator schemasIterator =
new TransformationIterator(nodesIterator) {
protected Object transform(Object next) {
return ((XmlSchemaNode) next).getSchema();
}
};
SchemaDialogUtilities.reloadSchemas(getWorkbenchContext(), schemasIterator);
}
private ListIterator attributeDetails() {
SchemaComponentDetail[] details = new SchemaComponentDetail[4];
details[0] = this.buildTypeDetail();
details[1] = this.buildDefaultDetail();
details[2] = this.buildFixedDetail();
details[3] = this.buildUseDetail();
return CollectionTools.listIterator(details);
}
private void checkKeyMethod(MWMethod keyMethod, List currentProblems) {
if (keyMethod.isCandidateMapContainerPolicyKeyMethod()) {
if (!CollectionTools.contains(this.candidateKeyMethods(), keyMethod)) {
// the method, by itself, is OK but it's not in the right hierarchy
currentProblems.add(this.buildProblem(ProblemConstants.MAPPING_KEY_METHOD_NOT_VISIBLE));
}
} else {
currentProblems.add(this.buildProblem(ProblemConstants.MAPPING_KEY_METHOD_NOT_VALID));
}
}
/** From a collection of adapters extract the modelObjects. */
protected Collection modelObjectsFrom(Collection adapters) {
Iterator iterator =
new TransformationIterator(adapters.iterator()) {
protected Object transform(Object next) {
return ((SCAdapter) next).getModel();
}
};
return CollectionTools.collection(iterator);
}
private static Set buildCoreClassNames() {
Set result = new HashSet(10000);
// void, boolean, int, float, etc.
CollectionTools.addAll(result, MWClass.nonReferenceClassNames());
List locations = buildCoreClassLocations();
Classpath cp = new Classpath(locations);
cp.addClassNamesTo(result);
return result;
}
/**
* return the classpath with the entries converted to fully qualified files (any relative entries
* will be resolved relative to the project save directory)
*/
private File[] buildExternalClassRepositoryClasspath() {
List<String> coreFiles = buildCoreClassLocations();
List files = new ArrayList(this.classpathEntriesSize() + coreFiles.size());
CollectionTools.addAll(files, this.fullyQualifiedClasspathFiles());
ListIterator<String> coreFileIter = coreFiles.listIterator();
// hard-code the "core" classes at the back of the classpath
// so they can be overridden by the client
while (coreFileIter.hasNext()) {
files.add(new File(coreFileIter.next()));
}
return (File[]) files.toArray(new File[files.size()]);
}
/**
* Finds the next available index in the preferences that will be used to save the location and
* its classpath.
*/
private int findNextAvailableIndex(Preferences preferences) {
int index = 0;
String newLocation = LOCATION_TAG + index;
try {
String[] names = preferences.keys();
while (CollectionTools.contains(names, newLocation)) {
newLocation = LOCATION_TAG + ++index;
}
} catch (Exception e) {
// TODO: How to handle it
}
return index;
}
public void testRemoveItem5() {
this.extendedListHolder.addListChangeListener(ValueModel.VALUE, this.buildListener());
assertTrue(this.extendedListContains("i"));
boolean exCaught = false;
try {
this.extendedListHolder.removeItem(
CollectionTools.indexOf((ListIterator) this.extendedListHolder.getValue(), "i"));
} catch (IllegalArgumentException ex) {
if (ex.getMessage().indexOf("suffix") != -1) {
exCaught = true;
}
}
assertTrue(exCaught);
assertTrue(this.extendedListContains("i"));
}
protected void addField() {
Iterator selectedFields = this.returningPolicy().updateFields();
DefaultListChooserDialog dialog =
RelationalDescriptorComponentFactory.buildReturningPolicyFieldDialog(
(MWRelationalClassDescriptor) returningPolicy().getParent(),
CollectionTools.collection(selectedFields),
getWorkbenchContext(),
"descriptor.relational.returningPolicy");
dialog.show();
if (dialog.wasConfirmed()) {
MWColumn column = (MWColumn) dialog.selection();
((MWRelationalReturningPolicy) this.returningPolicy()).addUpdateField(column);
}
}
public void testNappingHasFieldAssociationsProblem() {
String problem = ProblemConstants.MAPPING_QUERY_KEY_ASSOCIATIONS_NOT_SPECIFIED;
SimpleContactProject project = new SimpleContactProject();
MWVariableOneToOneMapping mapping =
(MWVariableOneToOneMapping) project.getPersonImplDescriptor().mappingNamed("contact");
assertTrue(
"The mapping should not have the problem: " + problem, !hasProblem(problem, mapping));
Iterator associations = CollectionTools.collection(mapping.columnQueryKeyPairs()).iterator();
while (associations.hasNext()) {
mapping.removeColumnQueryKeyPair((MWColumnQueryKeyPair) associations.next());
}
assertTrue("The mapping should have the problem: " + problem, hasProblem(problem, mapping));
}
protected void initializeExchangeRateDescriptor() {
MWClass exchangeRateClass =
refreshedTypeNamed(
"org.eclipse.persistence.tools.workbench.test.models.currency.ExchangeRate");
MWTable exchangeRateTable = getProject().getDatabase().tableNamed("EXCHANGE_RATE");
MWTableDescriptor descriptor;
try {
descriptor = (MWTableDescriptor) getProject().addDescriptorForType(exchangeRateClass);
} catch (InterfaceDescriptorCreationException e) {
throw new RuntimeException(e);
}
descriptor.setPrimaryTable(exchangeRateTable);
// Caching Policy
descriptor.getCachingPolicy().setCacheSize(405);
descriptor.getCachingPolicy().setCacheType(MWCachingPolicy.CACHE_TYPE_FULL);
descriptor
.getCachingPolicy()
.setExistenceChecking(MWCachingPolicy.EXISTENCE_CHECKING_CHECK_DATABASE);
// Direct to field mappings
addDirectMapping(descriptor, "id", exchangeRateTable, "ID");
addDirectMapping(descriptor, "periodLength", exchangeRateTable, "PERIOD");
// Aggregate mappings
MWAggregateMapping currencyRangeMapping =
descriptor.addAggregateMapping(descriptor.getMWClass().attributeNamed("currencyRange"));
MWClass currencyRangeClass =
refreshedTypeNamed(
"org.eclipse.persistence.tools.workbench.test.models.currency.CurrencyRange");
MWAggregateDescriptor currencyRangeDescriptor =
(MWAggregateDescriptor) getProject().descriptorForType(currencyRangeClass);
currencyRangeMapping.setReferenceDescriptor(currencyRangeDescriptor);
Iterator fieldAssociations =
CollectionTools.sort(currencyRangeMapping.pathsToFields()).iterator();
String[] fieldNames = new String[] {"HI_UNIT", "HI_VALUE", "LO_UNIT", "LO_VALUE", "TREND"};
for (int i = 0; i < fieldNames.length; i++) {
MWAggregatePathToColumn association = (MWAggregatePathToColumn) fieldAssociations.next();
association.setColumn(exchangeRateTable.columnNamed(fieldNames[i]));
}
}
protected void initializeCommodityPriceDescriptor() {
MWClass commodityPriceClass =
refreshedTypeNamed(
"org.eclipse.persistence.tools.workbench.test.models.currency.CommodityPrice");
MWTableDescriptor descriptor;
try {
descriptor = (MWTableDescriptor) getProject().addDescriptorForType(commodityPriceClass);
} catch (InterfaceDescriptorCreationException e) {
throw new RuntimeException(e);
}
MWTable table = tableNamed("COMMODITY_PRICE");
descriptor.setPrimaryTable(table);
descriptor.setActive(true);
// Direct to field mappings
addDirectMapping(descriptor, "id", table, "ID");
addDirectMapping(descriptor, "type", table, "TYPE");
addDirectMapping(descriptor, "periodLength", table, "PERIOD");
// Aggregate mappings
MWAggregateMapping currencyRangeMapping =
descriptor.addAggregateMapping(descriptor.getMWClass().attributeNamed("currencyRange"));
MWClass currencyRangeClass =
refreshedTypeNamed(
"org.eclipse.persistence.tools.workbench.test.models.currency.CurrencyRange");
currencyRangeMapping.setReferenceDescriptor(getProject().descriptorForType(currencyRangeClass));
Iterator fieldAssociations =
CollectionTools.sort(currencyRangeMapping.pathsToFields()).iterator();
String[] fieldNames =
new String[] {"HIGH_UNIT", "HIGH_VALUE", "LOW_UNIT", "LOW_VALUE", "TREND"};
for (int i = 0; i < fieldNames.length; i++) {
MWAggregatePathToColumn association = (MWAggregatePathToColumn) fieldAssociations.next();
association.setColumn(table.columnNamed(fieldNames[i]));
}
}
private boolean listContainsAll(Collection items) {
return CollectionTools.containsAll((Iterator) this.listHolder.getValue(), items);
}
private boolean listContains(Object item) {
return CollectionTools.contains((Iterator) this.listHolder.getValue(), item);
}
