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@Test public void testAddRenameWhenSaveAndRenameIsNotEnabled() { final ObservablePath observablePath = mock(ObservablePath.class); doReturn(observablePath).when(versionRecordManager).getPathToLatest(); doReturn(null).when(presenter).getSaveAndRenameServiceCaller(); presenter.addRename(fileMenuBuilder); verify(fileMenuBuilder).addRename(observablePath, assetUpdateValidator); }
protected void addRename(final FileMenuBuilder fileMenuBuilder) { final Optional<? extends Caller<? extends SupportsSaveAndRename<T, Metadata>>> saveAndRenameServiceCaller = Optional.ofNullable(getSaveAndRenameServiceCaller()); if (saveAndRenameServiceCaller.isPresent()) { fileMenuBuilder.addRename(getSaveAndRename()); } else { fileMenuBuilder.addRename(versionRecordManager.getPathToLatest(), assetUpdateValidator); } }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void addRename(final FileMenuBuilder fileMenuBuilder) { final Optional<? extends Caller<? extends SupportsSaveAndRename<T, Metadata>>> saveAndRenameServiceCaller = Optional.ofNullable(getSaveAndRenameServiceCaller()); if (saveAndRenameServiceCaller.isPresent()) { fileMenuBuilder.addRename(getSaveAndRename()); } else { fileMenuBuilder.addRename(versionRecordManager.getPathToLatest(), assetUpdateValidator); } } }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void addRename(final FileMenuBuilder fileMenuBuilder) { final Optional<? extends Caller<? extends SupportsSaveAndRename<T, Metadata>>> saveAndRenameServiceCaller = Optional.ofNullable(getSaveAndRenameServiceCaller()); if (saveAndRenameServiceCaller.isPresent()) { fileMenuBuilder.addRename(getSaveAndRename()); } else { fileMenuBuilder.addRename(versionRecordManager.getPathToLatest(), assetUpdateValidator); } } protected KieEditor(); protected KieEditor(final KieEditorView baseView); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void addRename(final FileMenuBuilder fileMenuBuilder) { final Optional<? extends Caller<? extends SupportsSaveAndRename<T, Metadata>>> saveAndRenameServiceCaller = Optional.ofNullable(getSaveAndRenameServiceCaller()); if (saveAndRenameServiceCaller.isPresent()) { fileMenuBuilder.addRename(getSaveAndRename()); } else { fileMenuBuilder.addRename(versionRecordManager.getPathToLatest(), assetUpdateValidator); } } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void addRename(final FileMenuBuilder fileMenuBuilder) { final Optional<? extends Caller<? extends SupportsSaveAndRename<T, Metadata>>> saveAndRenameServiceCaller = Optional.ofNullable(getSaveAndRenameServiceCaller()); if (saveAndRenameServiceCaller.isPresent()) { fileMenuBuilder.addRename(getSaveAndRename()); } else { fileMenuBuilder.addRename(versionRecordManager.getPathToLatest(), assetUpdateValidator); } } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
@Test public void testAddDelete() { final ObservablePath observablePath = mock(ObservablePath.class); doReturn(observablePath).when(versionRecordManager).getPathToLatest(); presenter.addDelete(fileMenuBuilder); verify(fileMenuBuilder).addDelete(observablePath, assetUpdateValidator); }
protected void addDelete(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder.addDelete(versionRecordManager.getPathToLatest(), assetUpdateValidator); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void addDelete(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder.addDelete(versionRecordManager.getPathToLatest(), assetUpdateValidator); } }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void addDelete(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder.addDelete(versionRecordManager.getPathToLatest(), assetUpdateValidator); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void addDelete(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder.addDelete(versionRecordManager.getPathToLatest(), assetUpdateValidator); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void addDelete(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder.addDelete(versionRecordManager.getPathToLatest(), assetUpdateValidator); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
@Test public void testAddDownloadMenuItem() { final MenuItem menuItem = mock(MenuItem.class); doReturn(menuItem).when(presenter).downloadMenuItem(); presenter.addDownloadMenuItem(fileMenuBuilder); verify(fileMenuBuilder).addNewTopLevelMenu(menuItem); }
public void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder.addNewTopLevelMenu(downloadMenuItem()); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { public void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder.addNewTopLevelMenu(downloadMenuItem()); } }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { public void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder.addNewTopLevelMenu(downloadMenuItem()); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { public void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder.addNewTopLevelMenu(downloadMenuItem()); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { public void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder.addNewTopLevelMenu(downloadMenuItem()); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
@Test public void testAddCommonActions() { final Command onValidate = mock(Command.class); final MenuItem buildMenu = mock(MenuItem.class); final MenuItem build = mock(MenuItem.class); doReturn(onValidate).when(presenter).getValidateCommand(); doReturn(buildMenu).when(versionRecordManager).buildMenu(); doReturn(build).when(alertsButtonMenuItemBuilder).build(); presenter.addCommonActions(fileMenuBuilder); verify(fileMenuBuilder).addValidate(onValidate); verify(fileMenuBuilder).addNewTopLevelMenu(buildMenu); verify(fileMenuBuilder).addNewTopLevelMenu(build); }
protected void addCommonActions(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder .addValidate(getValidateCommand()) .addNewTopLevelMenu(versionRecordManager.buildMenu()) .addNewTopLevelMenu(alertsButtonMenuItemBuilder.build()); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void addCommonActions(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder .addValidate(getValidateCommand()) .addNewTopLevelMenu(versionRecordManager.buildMenu()) .addNewTopLevelMenu(alertsButtonMenuItemBuilder.build()); } }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void addCommonActions(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder .addValidate(getValidateCommand()) .addNewTopLevelMenu(versionRecordManager.buildMenu()) .addNewTopLevelMenu(alertsButtonMenuItemBuilder.build()); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void addCommonActions(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder .addValidate(getValidateCommand()) .addNewTopLevelMenu(versionRecordManager.buildMenu()) .addNewTopLevelMenu(alertsButtonMenuItemBuilder.build()); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void addCommonActions(final FileMenuBuilder fileMenuBuilder) { fileMenuBuilder .addValidate(getValidateCommand()) .addNewTopLevelMenu(versionRecordManager.buildMenu()) .addNewTopLevelMenu(alertsButtonMenuItemBuilder.build()); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
@Test public void testGetMetadataSupplier() { final Supplier<Metadata> metadataSupplier = presenter.getMetadataSupplier(); assertEquals(metadata, metadataSupplier.get()); }
@Override protected Supplier<Metadata> getMetadataSupplier() { return () -> metadata; }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { @Override protected Supplier<Metadata> getMetadataSupplier() { return () -> metadata; } }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { @Override protected Supplier<Metadata> getMetadataSupplier() { return () -> metadata; } protected KieEditor(); protected KieEditor(final KieEditorView baseView); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { @Override protected Supplier<Metadata> getMetadataSupplier() { return () -> metadata; } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { @Override protected Supplier<Metadata> getMetadataSupplier() { return () -> metadata; } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
@Test public void testGetRenameValidator() { final Validator renameValidator = presenter.getRenameValidator(); assertEquals(assetUpdateValidator, renameValidator); }
@Override public Validator getRenameValidator() { return assetUpdateValidator; }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { @Override public Validator getRenameValidator() { return assetUpdateValidator; } }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { @Override public Validator getRenameValidator() { return assetUpdateValidator; } protected KieEditor(); protected KieEditor(final KieEditorView baseView); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { @Override public Validator getRenameValidator() { return assetUpdateValidator; } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { @Override public Validator getRenameValidator() { return assetUpdateValidator; } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
@Test public void registerDock() { presenter.registerDock("test", mock(IsWidget.class)); verify(placeManager).registerOnOpenCallback(placeRequestArgumentCaptor.capture(), any(Command.class)); final PlaceRequest placeRequest = placeRequestArgumentCaptor.getValue(); assertEquals("org.docks.PlaceHolder", placeRequest.getIdentifier()); final Map<String, String> parameters = placeRequest.getParameters(); assertEquals(1, parameters.size()); assertEquals("test", parameters.get("name")); }
protected void registerDock(final String id, final IsWidget widget) { final DockPlaceHolderPlace placeRequest = new DockPlaceHolderPlace(id); placeManager.registerOnOpenCallback(placeRequest, () -> { if (getDockPresenter(placeRequest).isPresent()) { getDockPresenter(placeRequest).get().setWidget(widget); } }); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void registerDock(final String id, final IsWidget widget) { final DockPlaceHolderPlace placeRequest = new DockPlaceHolderPlace(id); placeManager.registerOnOpenCallback(placeRequest, () -> { if (getDockPresenter(placeRequest).isPresent()) { getDockPresenter(placeRequest).get().setWidget(widget); } }); } }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void registerDock(final String id, final IsWidget widget) { final DockPlaceHolderPlace placeRequest = new DockPlaceHolderPlace(id); placeManager.registerOnOpenCallback(placeRequest, () -> { if (getDockPresenter(placeRequest).isPresent()) { getDockPresenter(placeRequest).get().setWidget(widget); } }); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void registerDock(final String id, final IsWidget widget) { final DockPlaceHolderPlace placeRequest = new DockPlaceHolderPlace(id); placeManager.registerOnOpenCallback(placeRequest, () -> { if (getDockPresenter(placeRequest).isPresent()) { getDockPresenter(placeRequest).get().setWidget(widget); } }); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { protected void registerDock(final String id, final IsWidget widget) { final DockPlaceHolderPlace placeRequest = new DockPlaceHolderPlace(id); placeManager.registerOnOpenCallback(placeRequest, () -> { if (getDockPresenter(placeRequest).isPresent()) { getDockPresenter(placeRequest).get().setWidget(widget); } }); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
@Test public void testInitializeRegistry() { final String id = "id"; final Registry registry = mock(Registry.class); doReturn(registry).when(provider).createRegistry(); provider.initializeRegistry(id); assertTrue(provider.getRegistryMap().containsKey(id)); assertEquals(registry, provider.getRegistryMap().get(id)); }
void initializeRegistry(final String diagramId) { getRegistryMap().putIfAbsent(diagramId, createRegistry()); }
RegistryProvider { void initializeRegistry(final String diagramId) { getRegistryMap().putIfAbsent(diagramId, createRegistry()); } }
RegistryProvider { void initializeRegistry(final String diagramId) { getRegistryMap().putIfAbsent(diagramId, createRegistry()); } @Inject RegistryProvider(final ManagedInstance<CommandRegistryHolder> registryHolders, final GraphsProvider graphsProvider); }
RegistryProvider { void initializeRegistry(final String diagramId) { getRegistryMap().putIfAbsent(diagramId, createRegistry()); } @Inject RegistryProvider(final ManagedInstance<CommandRegistryHolder> registryHolders, final GraphsProvider graphsProvider); Registry<Command<AbstractCanvasHandler, CanvasViolation>> getCurrentCommandRegistry(); void setRegistryChangeListener(final RegistryChangeListener registryChangeListener); }
RegistryProvider { void initializeRegistry(final String diagramId) { getRegistryMap().putIfAbsent(diagramId, createRegistry()); } @Inject RegistryProvider(final ManagedInstance<CommandRegistryHolder> registryHolders, final GraphsProvider graphsProvider); Registry<Command<AbstractCanvasHandler, CanvasViolation>> getCurrentCommandRegistry(); void setRegistryChangeListener(final RegistryChangeListener registryChangeListener); }
@Test public void testShowVersions() { presenter.showVersions(); verify(kieView).selectOverviewTab(); verify(overviewWidget).showVersionsTab(); }
@Override protected void showVersions() { selectOverviewTab(); overviewWidget.showVersionsTab(); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { @Override protected void showVersions() { selectOverviewTab(); overviewWidget.showVersionsTab(); } }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { @Override protected void showVersions() { selectOverviewTab(); overviewWidget.showVersionsTab(); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { @Override protected void showVersions() { selectOverviewTab(); overviewWidget.showVersionsTab(); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
KieEditor extends BaseEditor<T, Metadata> implements KieEditorWrapperView.KieEditorWrapperPresenter { @Override protected void showVersions() { selectOverviewTab(); overviewWidget.showVersionsTab(); } protected KieEditor(); protected KieEditor(final KieEditorView baseView); void onShowDiagramEditorDocks(@Observes PlaceGainFocusEvent event); void onHideDocks(@Observes PlaceHiddenEvent event); void showDocks(); void hideDocks(); boolean verifyEventIdentifier(AbstractPlaceEvent event); @Override void setOriginalHash(Integer originalHash); boolean mayClose(Object object); @OnClose void onClose(); void addDownloadMenuItem(final FileMenuBuilder fileMenuBuilder); @Override Validator getRenameValidator(); void setSelectedTab(int index); IsWidget getWidget(); void onRepositoryRemoved(final @Observes RepositoryRemovedEvent event); @Override boolean mayClose(Integer currentHash); @Override void onOverviewSelected(); @Override void onSourceTabSelected(); @Override void onEditTabSelected(); @Override void onEditTabUnselected(); void addTabBarWidget(final IsWidget customWidget); }
@Test public void testSetDocuments() { final SelectableDocumentView selectableDocumentBean = makeSelectableDocument( "default: final List<Path> documents = new ArrayList<Path>() {{ add( selectableDocumentBean.getPath() ); }}; presenter.setDocuments( documents ); final ArgumentCaptor<SelectableDocumentView> selectableDocumentArgumentCaptor = ArgumentCaptor.forClass( SelectableDocumentView.class ); verify( presenter, times( 1 ) ).dispose(); verify( view, times( 1 ) ).addDocument( selectableDocumentArgumentCaptor.capture() ); final SelectableDocumentView selectableDocument = selectableDocumentArgumentCaptor.getValue(); assertNotNull( selectableDocument ); assertEquals( documents.get( 0 ).toURI(), selectableDocument.getPath().toURI() ); verify( view, times( 1 ) ).enableOKButton( eq( false ) ); }
@Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); } }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); @Override @PreDestroy void dispose(); @Override void setEditorPresenter(final KieMultipleDocumentEditorPresenter presenter); @Override void setDocuments(final List<Path> paths); @Override void show(); @Override void onOK(); @Override void onCancel(); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); @Override @PreDestroy void dispose(); @Override void setEditorPresenter(final KieMultipleDocumentEditorPresenter presenter); @Override void setDocuments(final List<Path> paths); @Override void show(); @Override void onOK(); @Override void onCancel(); }
@Test public void testShow() { presenter.show(); verify( view, times( 1 ) ).show(); }
@Override public void show() { view.show(); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void show() { view.show(); } }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void show() { view.show(); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void show() { view.show(); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); @Override @PreDestroy void dispose(); @Override void setEditorPresenter(final KieMultipleDocumentEditorPresenter presenter); @Override void setDocuments(final List<Path> paths); @Override void show(); @Override void onOK(); @Override void onCancel(); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void show() { view.show(); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); @Override @PreDestroy void dispose(); @Override void setEditorPresenter(final KieMultipleDocumentEditorPresenter presenter); @Override void setDocuments(final List<Path> paths); @Override void show(); @Override void onOK(); @Override void onCancel(); }
@Test @SuppressWarnings("unchecked") public void testOnSelectSelected() { final SelectableDocumentView selectableDocumentBean1 = mock( SelectableDocumentView.class ); final SelectableDocumentView selectableDocumentBean2 = mock( SelectableDocumentView.class ); final Path documentPath1 = mock( Path.class ); final Path documentPath2 = mock( Path.class ); when( selectableDocumentViewProvider.get() ).thenReturn( selectableDocumentBean1 ).thenReturn( selectableDocumentBean2 ); when( selectableDocumentBean1.getPath() ).thenReturn( documentPath1 ); when( selectableDocumentBean2.getPath() ).thenReturn( documentPath2 ); when( documentPath1.toURI() ).thenReturn( "default: when( documentPath2.toURI() ).thenReturn( "default: final List<Path> documents = new ArrayList<Path>() {{ add( documentPath1 ); add( documentPath2 ); }}; presenter.setDocuments( documents ); verify( selectableDocumentBean1, times( 1 ) ).setDocumentSelectedCommand( commandArgumentCaptor.capture() ); final ParameterizedCommand command = commandArgumentCaptor.getValue(); assertNotNull( command ); command.execute( true ); verify( selectableDocumentBean1, times( 1 ) ).setSelected( eq( true ) ); verify( selectableDocumentBean2, times( 1 ) ).setSelected( eq( false ) ); verify( view, times( 1 ) ).enableOKButton( eq( true ) ); }
@Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); } }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); @Override @PreDestroy void dispose(); @Override void setEditorPresenter(final KieMultipleDocumentEditorPresenter presenter); @Override void setDocuments(final List<Path> paths); @Override void show(); @Override void onOK(); @Override void onCancel(); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); @Override @PreDestroy void dispose(); @Override void setEditorPresenter(final KieMultipleDocumentEditorPresenter presenter); @Override void setDocuments(final List<Path> paths); @Override void show(); @Override void onOK(); @Override void onCancel(); }
@Test @SuppressWarnings("unchecked") public void testOnSelectDeselected() { final SelectableDocumentView selectableDocumentBean1 = mock( SelectableDocumentView.class ); final SelectableDocumentView selectableDocumentBean2 = mock( SelectableDocumentView.class ); final Path documentPath1 = mock( Path.class ); final Path documentPath2 = mock( Path.class ); when( selectableDocumentViewProvider.get() ).thenReturn( selectableDocumentBean1 ).thenReturn( selectableDocumentBean2 ); when( selectableDocumentBean1.getPath() ).thenReturn( documentPath1 ); when( selectableDocumentBean2.getPath() ).thenReturn( documentPath2 ); when( documentPath1.toURI() ).thenReturn( "default: when( documentPath2.toURI() ).thenReturn( "default: final List<Path> documents = new ArrayList<Path>() {{ add( documentPath1 ); add( documentPath2 ); }}; presenter.setDocuments( documents ); verify( view, times( 1 ) ).enableOKButton( eq( false ) ); verify( selectableDocumentBean1, times( 1 ) ).setDocumentSelectedCommand( commandArgumentCaptor.capture() ); final ParameterizedCommand command = commandArgumentCaptor.getValue(); assertNotNull( command ); command.execute( true ); verify( selectableDocumentBean1, times( 1 ) ).setSelected( eq( true ) ); verify( selectableDocumentBean2, times( 1 ) ).setSelected( eq( false ) ); verify( view, times( 1 ) ).enableOKButton( eq( true ) ); command.execute( false ); verify( selectableDocumentBean1, times( 1 ) ).setSelected( eq( false ) ); verify( selectableDocumentBean2, times( 2 ) ).setSelected( eq( false ) ); verify( view, times( 2 ) ).enableOKButton( eq( false ) ); }
@Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); } }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); @Override @PreDestroy void dispose(); @Override void setEditorPresenter(final KieMultipleDocumentEditorPresenter presenter); @Override void setDocuments(final List<Path> paths); @Override void show(); @Override void onOK(); @Override void onCancel(); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void setDocuments(final List<Path> paths) { PortablePreconditions.checkNotNull("paths", paths); dispose(); for (Path path : paths) { final SelectableDocumentView document = makeSelectableDocument(path); selectableDocuments.add(document); view.addDocument(document); } view.enableOKButton(false); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); @Override @PreDestroy void dispose(); @Override void setEditorPresenter(final KieMultipleDocumentEditorPresenter presenter); @Override void setDocuments(final List<Path> paths); @Override void show(); @Override void onOK(); @Override void onCancel(); }
@Test public void testOnCancel() { presenter.onCancel(); verify( view, times( 1 ) ).hide(); verify( presenter, times( 1 ) ).dispose(); }
@Override public void onCancel() { view.hide(); dispose(); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void onCancel() { view.hide(); dispose(); } }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void onCancel() { view.hide(); dispose(); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void onCancel() { view.hide(); dispose(); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); @Override @PreDestroy void dispose(); @Override void setEditorPresenter(final KieMultipleDocumentEditorPresenter presenter); @Override void setDocuments(final List<Path> paths); @Override void show(); @Override void onOK(); @Override void onCancel(); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override public void onCancel() { view.hide(); dispose(); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); @Override @PreDestroy void dispose(); @Override void setEditorPresenter(final KieMultipleDocumentEditorPresenter presenter); @Override void setDocuments(final List<Path> paths); @Override void show(); @Override void onOK(); @Override void onCancel(); }
@Test public void testDispose() { final SelectableDocumentView selectableDocumentBean = makeSelectableDocument( "default: final List<Path> documents = new ArrayList<Path>() {{ add( selectableDocumentBean.getPath() ); }}; presenter.setDocuments( documents ); verify( view, times( 1 ) ).clear(); presenter.dispose(); verify( view, times( 2 ) ).clear(); }
@Override @PreDestroy public void dispose() { view.clear(); selectedDocuments.clear(); selectableDocuments.clear(); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override @PreDestroy public void dispose() { view.clear(); selectedDocuments.clear(); selectableDocuments.clear(); } }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override @PreDestroy public void dispose() { view.clear(); selectedDocuments.clear(); selectableDocuments.clear(); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override @PreDestroy public void dispose() { view.clear(); selectedDocuments.clear(); selectableDocuments.clear(); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); @Override @PreDestroy void dispose(); @Override void setEditorPresenter(final KieMultipleDocumentEditorPresenter presenter); @Override void setDocuments(final List<Path> paths); @Override void show(); @Override void onOK(); @Override void onCancel(); }
SelectDocumentPopup implements SelectDocumentPopupPresenter { @Override @PreDestroy public void dispose() { view.clear(); selectedDocuments.clear(); selectableDocuments.clear(); } @Inject SelectDocumentPopup(final SelectDocumentPopupView view, final ManagedInstance<SelectableDocumentView> selectableDocumentProvider); @Override @PreDestroy void dispose(); @Override void setEditorPresenter(final KieMultipleDocumentEditorPresenter presenter); @Override void setDocuments(final List<Path> paths); @Override void show(); @Override void onOK(); @Override void onCancel(); }
@Test public void setLink() throws Exception { presenter.setLink("http: verify(view).setLinkModeVisibility(true); verify(view).setEditModeVisibility(false); verify(view).setLink("http: verify(view).setText("http: }
public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } }
ExternalLinkPresenter implements IsWidget { public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } } }
ExternalLinkPresenter implements IsWidget { public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } } @Inject ExternalLinkPresenter(final ExternalLinkView view); }
ExternalLinkPresenter implements IsWidget { public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } } @Inject ExternalLinkPresenter(final ExternalLinkView view); void onEdit(); @Override Widget asWidget(); void setLink(final String text); void addChangeCallback(final Callback<String> callback); void onTextChange(final String text); void onTextChangeDone(); }
ExternalLinkPresenter implements IsWidget { public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } } @Inject ExternalLinkPresenter(final ExternalLinkView view); void onEdit(); @Override Widget asWidget(); void setLink(final String text); void addChangeCallback(final Callback<String> callback); void onTextChange(final String text); void onTextChangeDone(); }
@Test public void setEmptyShowsEditModeAutomatically() throws Exception { presenter.setLink(""); verify(view).setLinkModeVisibility(false); verify(view).setEditModeVisibility(true); verify(view).setText(""); }
public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } }
ExternalLinkPresenter implements IsWidget { public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } } }
ExternalLinkPresenter implements IsWidget { public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } } @Inject ExternalLinkPresenter(final ExternalLinkView view); }
ExternalLinkPresenter implements IsWidget { public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } } @Inject ExternalLinkPresenter(final ExternalLinkView view); void onEdit(); @Override Widget asWidget(); void setLink(final String text); void addChangeCallback(final Callback<String> callback); void onTextChange(final String text); void onTextChangeDone(); }
ExternalLinkPresenter implements IsWidget { public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } } @Inject ExternalLinkPresenter(final ExternalLinkView view); void onEdit(); @Override Widget asWidget(); void setLink(final String text); void addChangeCallback(final Callback<String> callback); void onTextChange(final String text); void onTextChangeDone(); }
@Test public void setNullShowsEditModeAutomaticallyWithEmptyText() throws Exception { presenter.setLink(null); verify(view).setLinkModeVisibility(false); verify(view).setEditModeVisibility(true); verify(view).setText(""); }
public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } }
ExternalLinkPresenter implements IsWidget { public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } } }
ExternalLinkPresenter implements IsWidget { public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } } @Inject ExternalLinkPresenter(final ExternalLinkView view); }
ExternalLinkPresenter implements IsWidget { public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } } @Inject ExternalLinkPresenter(final ExternalLinkView view); void onEdit(); @Override Widget asWidget(); void setLink(final String text); void addChangeCallback(final Callback<String> callback); void onTextChange(final String text); void onTextChangeDone(); }
ExternalLinkPresenter implements IsWidget { public void setLink(final String text) { if (text == null || text.trim() .isEmpty()) { view.setText(""); showEdit(); } else { showLink(); view.setText(text); view.setLink(text); } } @Inject ExternalLinkPresenter(final ExternalLinkView view); void onEdit(); @Override Widget asWidget(); void setLink(final String text); void addChangeCallback(final Callback<String> callback); void onTextChange(final String text); void onTextChangeDone(); }
@Test public void testCreateRegistry() { final CommandRegistryHolder registryHolder = mock(CommandRegistryHolder.class); final Registry registry = mock(Registry.class); when(registryHolders.get()).thenReturn(registryHolder); when(registryHolder.getRegistry()).thenReturn(registry); final Registry createdRegistry = provider.createRegistry(); assertEquals(registry, createdRegistry); verify(createdRegistry, never()).setRegistryChangeListener(any()); }
Registry<Command<AbstractCanvasHandler, CanvasViolation>> createRegistry() { final Registry<Command<AbstractCanvasHandler, CanvasViolation>> commandRegistry = registryHolders.get().getRegistry(); if (!Objects.isNull(registryChangeListener)) { commandRegistry.setRegistryChangeListener(registryChangeListener); } return commandRegistry; }
RegistryProvider { Registry<Command<AbstractCanvasHandler, CanvasViolation>> createRegistry() { final Registry<Command<AbstractCanvasHandler, CanvasViolation>> commandRegistry = registryHolders.get().getRegistry(); if (!Objects.isNull(registryChangeListener)) { commandRegistry.setRegistryChangeListener(registryChangeListener); } return commandRegistry; } }
RegistryProvider { Registry<Command<AbstractCanvasHandler, CanvasViolation>> createRegistry() { final Registry<Command<AbstractCanvasHandler, CanvasViolation>> commandRegistry = registryHolders.get().getRegistry(); if (!Objects.isNull(registryChangeListener)) { commandRegistry.setRegistryChangeListener(registryChangeListener); } return commandRegistry; } @Inject RegistryProvider(final ManagedInstance<CommandRegistryHolder> registryHolders, final GraphsProvider graphsProvider); }
RegistryProvider { Registry<Command<AbstractCanvasHandler, CanvasViolation>> createRegistry() { final Registry<Command<AbstractCanvasHandler, CanvasViolation>> commandRegistry = registryHolders.get().getRegistry(); if (!Objects.isNull(registryChangeListener)) { commandRegistry.setRegistryChangeListener(registryChangeListener); } return commandRegistry; } @Inject RegistryProvider(final ManagedInstance<CommandRegistryHolder> registryHolders, final GraphsProvider graphsProvider); Registry<Command<AbstractCanvasHandler, CanvasViolation>> getCurrentCommandRegistry(); void setRegistryChangeListener(final RegistryChangeListener registryChangeListener); }
RegistryProvider { Registry<Command<AbstractCanvasHandler, CanvasViolation>> createRegistry() { final Registry<Command<AbstractCanvasHandler, CanvasViolation>> commandRegistry = registryHolders.get().getRegistry(); if (!Objects.isNull(registryChangeListener)) { commandRegistry.setRegistryChangeListener(registryChangeListener); } return commandRegistry; } @Inject RegistryProvider(final ManagedInstance<CommandRegistryHolder> registryHolders, final GraphsProvider graphsProvider); Registry<Command<AbstractCanvasHandler, CanvasViolation>> getCurrentCommandRegistry(); void setRegistryChangeListener(final RegistryChangeListener registryChangeListener); }
@Test(expected = IllegalStateException.class) public void editNoCallbackSet() throws Exception { presenter.onTextChange("hello"); }
public void onTextChange(final String text) { if (callback == null) { throw new IllegalStateException("Callback is not set."); } callback.callback(text); }
ExternalLinkPresenter implements IsWidget { public void onTextChange(final String text) { if (callback == null) { throw new IllegalStateException("Callback is not set."); } callback.callback(text); } }
ExternalLinkPresenter implements IsWidget { public void onTextChange(final String text) { if (callback == null) { throw new IllegalStateException("Callback is not set."); } callback.callback(text); } @Inject ExternalLinkPresenter(final ExternalLinkView view); }
ExternalLinkPresenter implements IsWidget { public void onTextChange(final String text) { if (callback == null) { throw new IllegalStateException("Callback is not set."); } callback.callback(text); } @Inject ExternalLinkPresenter(final ExternalLinkView view); void onEdit(); @Override Widget asWidget(); void setLink(final String text); void addChangeCallback(final Callback<String> callback); void onTextChange(final String text); void onTextChangeDone(); }
ExternalLinkPresenter implements IsWidget { public void onTextChange(final String text) { if (callback == null) { throw new IllegalStateException("Callback is not set."); } callback.callback(text); } @Inject ExternalLinkPresenter(final ExternalLinkView view); void onEdit(); @Override Widget asWidget(); void setLink(final String text); void addChangeCallback(final Callback<String> callback); void onTextChange(final String text); void onTextChangeDone(); }
@Test public void testSimple() throws Exception { presenter.setContent( metadata, false ); verify( view ).clear(); verify( view, never() ).addTag( anyString(), anyBoolean() ); }
public void setContent( Metadata d, boolean readOnly ) { this.data = d; this.readOnly = readOnly; view.setReadOnly(readOnly); loadData(); }
TagWidget implements IsWidget { public void setContent( Metadata d, boolean readOnly ) { this.data = d; this.readOnly = readOnly; view.setReadOnly(readOnly); loadData(); } }
TagWidget implements IsWidget { public void setContent( Metadata d, boolean readOnly ) { this.data = d; this.readOnly = readOnly; view.setReadOnly(readOnly); loadData(); } }
TagWidget implements IsWidget { public void setContent( Metadata d, boolean readOnly ) { this.data = d; this.readOnly = readOnly; view.setReadOnly(readOnly); loadData(); } @Inject void setView( TagWidgetView view ); void setContent( Metadata d, boolean readOnly ); void onAddTags( String text ); void onRemoveTag( String tag ); void loadData( ); @Override Widget asWidget(); }
TagWidget implements IsWidget { public void setContent( Metadata d, boolean readOnly ) { this.data = d; this.readOnly = readOnly; view.setReadOnly(readOnly); loadData(); } @Inject void setView( TagWidgetView view ); void setContent( Metadata d, boolean readOnly ); void onAddTags( String text ); void onRemoveTag( String tag ); void loadData( ); @Override Widget asWidget(); }
@Test public void showVersionHistory() { final OverviewWidgetViewImpl overviewWidgetView = new OverviewWidgetViewImpl(); final NavTabs navTabs = mock(NavTabs.class); final TabListItem tabListItem = mock(TabListItem.class); doReturn(tabListItem).when(navTabs).getWidget(0); overviewWidgetView.navTabs = navTabs; overviewWidgetView.showVersionHistory(); verify(tabListItem).showTab(); }
@Override public void showVersionHistory() { ((TabListItem) navTabs.getWidget(VERSION_HISTORY_TAB)).showTab(); }
OverviewWidgetViewImpl extends Composite implements OverviewScreenView { @Override public void showVersionHistory() { ((TabListItem) navTabs.getWidget(VERSION_HISTORY_TAB)).showTab(); } }
OverviewWidgetViewImpl extends Composite implements OverviewScreenView { @Override public void showVersionHistory() { ((TabListItem) navTabs.getWidget(VERSION_HISTORY_TAB)).showTab(); } OverviewWidgetViewImpl(); @Inject OverviewWidgetViewImpl(final MetadataWidget metadata, final DiscussionWidgetPresenter discussionArea, final VersionHistoryPresenter versionHistory); }
OverviewWidgetViewImpl extends Composite implements OverviewScreenView { @Override public void showVersionHistory() { ((TabListItem) navTabs.getWidget(VERSION_HISTORY_TAB)).showTab(); } OverviewWidgetViewImpl(); @Inject OverviewWidgetViewImpl(final MetadataWidget metadata, final DiscussionWidgetPresenter discussionArea, final VersionHistoryPresenter versionHistory); @Override void setPresenter(Presenter presenter); @Override void setReadOnly(boolean isReadOnly); @Override void setVersionHistory(Path path); @Override void setDescription(String description); @UiHandler("description") void onDescriptionChange(KeyUpEvent event); @Override void setResourceType(ClientResourceType type); @Override void setProject(String project); @Override void setLastModified(String lastContributor, Date lastModified); @Override void setCreated(String creator, Date dateCreated); @Override void showVersionHistory(); @Override void setMetadata(Metadata metadata, boolean isReadOnly); @Override void showBusyIndicator(String message); @Override void hideBusyIndicator(); @Override Widget asWidget(); @Override void refresh(String version); void setForceUnlockHandler(final Runnable handler); @Override void setCurrentUser(String currentUser); @Override void setLockStatus(final LockInfo lockInfo); }
OverviewWidgetViewImpl extends Composite implements OverviewScreenView { @Override public void showVersionHistory() { ((TabListItem) navTabs.getWidget(VERSION_HISTORY_TAB)).showTab(); } OverviewWidgetViewImpl(); @Inject OverviewWidgetViewImpl(final MetadataWidget metadata, final DiscussionWidgetPresenter discussionArea, final VersionHistoryPresenter versionHistory); @Override void setPresenter(Presenter presenter); @Override void setReadOnly(boolean isReadOnly); @Override void setVersionHistory(Path path); @Override void setDescription(String description); @UiHandler("description") void onDescriptionChange(KeyUpEvent event); @Override void setResourceType(ClientResourceType type); @Override void setProject(String project); @Override void setLastModified(String lastContributor, Date lastModified); @Override void setCreated(String creator, Date dateCreated); @Override void showVersionHistory(); @Override void setMetadata(Metadata metadata, boolean isReadOnly); @Override void showBusyIndicator(String message); @Override void hideBusyIndicator(); @Override Widget asWidget(); @Override void refresh(String version); void setForceUnlockHandler(final Runnable handler); @Override void setCurrentUser(String currentUser); @Override void setLockStatus(final LockInfo lockInfo); }
@Test public void lockStatusTextNotLocked() { final String expected = MetadataConstants.INSTANCE.UnlockedHint(); final String lockStatusText = metadataWidget.getLockStatusText(new LockInfo(false, "", null)); assertEquals("Lock status text incorrect", expected, lockStatusText); }
String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; }
MetadataWidget extends Composite implements HasBusyIndicator { String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; } }
MetadataWidget extends Composite implements HasBusyIndicator { String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; } @Inject MetadataWidget(final BusyIndicatorView busyIndicatorView, final ExternalLinkPresenter external); }
MetadataWidget extends Composite implements HasBusyIndicator { String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; } @Inject MetadataWidget(final BusyIndicatorView busyIndicatorView, final ExternalLinkPresenter external); void setContent(final Metadata metadata, final boolean readOnly); void setForceUnlockHandler(final Runnable forceUnlockHandler); void setCurrentUser(String currentUser); void setLockStatus(final LockInfo lockInfo); @Deprecated Metadata getContent(); @Override void showBusyIndicator(final String message); @Override void hideBusyIndicator(); void setNote(String text); @UiHandler("unlock") void onForceUnlock(ClickEvent e); }
MetadataWidget extends Composite implements HasBusyIndicator { String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; } @Inject MetadataWidget(final BusyIndicatorView busyIndicatorView, final ExternalLinkPresenter external); void setContent(final Metadata metadata, final boolean readOnly); void setForceUnlockHandler(final Runnable forceUnlockHandler); void setCurrentUser(String currentUser); void setLockStatus(final LockInfo lockInfo); @Deprecated Metadata getContent(); @Override void showBusyIndicator(final String message); @Override void hideBusyIndicator(); void setNote(String text); @UiHandler("unlock") void onForceUnlock(ClickEvent e); }
@Test public void lockStatusTextLockedByOtherUser() { final String lockedBy = "Michael"; final String expected = MetadataConstants.INSTANCE.LockedByHint() + " " + lockedBy; final String lockStatusText = metadataWidget.getLockStatusText(new LockInfo(true, lockedBy, null)); assertEquals("Lock status text incorrect", expected, lockStatusText); }
String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; }
MetadataWidget extends Composite implements HasBusyIndicator { String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; } }
MetadataWidget extends Composite implements HasBusyIndicator { String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; } @Inject MetadataWidget(final BusyIndicatorView busyIndicatorView, final ExternalLinkPresenter external); }
MetadataWidget extends Composite implements HasBusyIndicator { String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; } @Inject MetadataWidget(final BusyIndicatorView busyIndicatorView, final ExternalLinkPresenter external); void setContent(final Metadata metadata, final boolean readOnly); void setForceUnlockHandler(final Runnable forceUnlockHandler); void setCurrentUser(String currentUser); void setLockStatus(final LockInfo lockInfo); @Deprecated Metadata getContent(); @Override void showBusyIndicator(final String message); @Override void hideBusyIndicator(); void setNote(String text); @UiHandler("unlock") void onForceUnlock(ClickEvent e); }
MetadataWidget extends Composite implements HasBusyIndicator { String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; } @Inject MetadataWidget(final BusyIndicatorView busyIndicatorView, final ExternalLinkPresenter external); void setContent(final Metadata metadata, final boolean readOnly); void setForceUnlockHandler(final Runnable forceUnlockHandler); void setCurrentUser(String currentUser); void setLockStatus(final LockInfo lockInfo); @Deprecated Metadata getContent(); @Override void showBusyIndicator(final String message); @Override void hideBusyIndicator(); void setNote(String text); @UiHandler("unlock") void onForceUnlock(ClickEvent e); }
@Test public void lockStatusTextLockedByCurrentUser() { final String lockedBy = "Christian"; final String expected = MetadataConstants.INSTANCE.LockedByHintOwned(); final String lockStatusText = metadataWidget.getLockStatusText(new LockInfo(true, lockedBy, null)); assertEquals("Lock status text incorrect", expected, lockStatusText); }
String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; }
MetadataWidget extends Composite implements HasBusyIndicator { String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; } }
MetadataWidget extends Composite implements HasBusyIndicator { String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; } @Inject MetadataWidget(final BusyIndicatorView busyIndicatorView, final ExternalLinkPresenter external); }
MetadataWidget extends Composite implements HasBusyIndicator { String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; } @Inject MetadataWidget(final BusyIndicatorView busyIndicatorView, final ExternalLinkPresenter external); void setContent(final Metadata metadata, final boolean readOnly); void setForceUnlockHandler(final Runnable forceUnlockHandler); void setCurrentUser(String currentUser); void setLockStatus(final LockInfo lockInfo); @Deprecated Metadata getContent(); @Override void showBusyIndicator(final String message); @Override void hideBusyIndicator(); void setNote(String text); @UiHandler("unlock") void onForceUnlock(ClickEvent e); }
MetadataWidget extends Composite implements HasBusyIndicator { String getLockStatusText(final LockInfo lockInfo) { final String lockStatusText; if (lockInfo.isLocked()) { if (lockInfo.lockedBy().equals(currentUser)) { lockStatusText = MetadataConstants.INSTANCE.LockedByHintOwned(); } else { lockStatusText = MetadataConstants.INSTANCE.LockedByHint() + " " + lockInfo.lockedBy(); } } else { lockStatusText = MetadataConstants.INSTANCE.UnlockedHint(); } return lockStatusText; } @Inject MetadataWidget(final BusyIndicatorView busyIndicatorView, final ExternalLinkPresenter external); void setContent(final Metadata metadata, final boolean readOnly); void setForceUnlockHandler(final Runnable forceUnlockHandler); void setCurrentUser(String currentUser); void setLockStatus(final LockInfo lockInfo); @Deprecated Metadata getContent(); @Override void showBusyIndicator(final String message); @Override void hideBusyIndicator(); void setNote(String text); @UiHandler("unlock") void onForceUnlock(ClickEvent e); }
@Test @PrepareForTest({DateTimeFormat.class}) public void testGetTimeZone() { final String expectedId = "Etc/GMT-3"; final int expectedOffsetInMinutes = -180; final TimeZone timeZone = TimeZoneUtils.getTimeZone(); assertEquals(expectedId, timeZone.getID()); assertEquals(expectedOffsetInMinutes, timeZone.getStandardOffset()); }
public static TimeZone getTimeZone() { return createTimeZone(-getKieTimezoneOffsetInMinutes()); }
TimeZoneUtils { public static TimeZone getTimeZone() { return createTimeZone(-getKieTimezoneOffsetInMinutes()); } }
TimeZoneUtils { public static TimeZone getTimeZone() { return createTimeZone(-getKieTimezoneOffsetInMinutes()); } }
TimeZoneUtils { public static TimeZone getTimeZone() { return createTimeZone(-getKieTimezoneOffsetInMinutes()); } static Date convertFromServerTimeZone(final Date date); static Date convertToServerTimeZone(final Date date); static String formatWithServerTimeZone(final Date date); static TimeZone getTimeZone(); static DateTimeFormat internalFormatter(); }
TimeZoneUtils { public static TimeZone getTimeZone() { return createTimeZone(-getKieTimezoneOffsetInMinutes()); } static Date convertFromServerTimeZone(final Date date); static Date convertToServerTimeZone(final Date date); static String formatWithServerTimeZone(final Date date); static TimeZone getTimeZone(); static DateTimeFormat internalFormatter(); final static DateTimeFormat FORMATTER; }
@Test @PrepareForTest({TimeZoneUtils.class, DateTimeFormat.class}) public void testFormatWithServerTimeZone() { final Date date = mock(Date.class); final TimeZone timeZone = mock(TimeZone.class); final String expectedFormat = "01-01-1900"; mockStatic(TimeZoneUtils.class); when(TimeZoneUtils.getTimeZone()).thenReturn(timeZone); when(TimeZoneUtils.formatWithServerTimeZone(any(Date.class))).thenCallRealMethod(); when(dateTimeFormat.format(eq(date), eq(timeZone))).thenReturn(expectedFormat); final String actualFormat = TimeZoneUtils.formatWithServerTimeZone(date); assertEquals(expectedFormat, actualFormat); }
public static String formatWithServerTimeZone(final Date date) { return FORMATTER.format(date, getTimeZone()); }
TimeZoneUtils { public static String formatWithServerTimeZone(final Date date) { return FORMATTER.format(date, getTimeZone()); } }
TimeZoneUtils { public static String formatWithServerTimeZone(final Date date) { return FORMATTER.format(date, getTimeZone()); } }
TimeZoneUtils { public static String formatWithServerTimeZone(final Date date) { return FORMATTER.format(date, getTimeZone()); } static Date convertFromServerTimeZone(final Date date); static Date convertToServerTimeZone(final Date date); static String formatWithServerTimeZone(final Date date); static TimeZone getTimeZone(); static DateTimeFormat internalFormatter(); }
TimeZoneUtils { public static String formatWithServerTimeZone(final Date date) { return FORMATTER.format(date, getTimeZone()); } static Date convertFromServerTimeZone(final Date date); static Date convertToServerTimeZone(final Date date); static String formatWithServerTimeZone(final Date date); static TimeZone getTimeZone(); static DateTimeFormat internalFormatter(); final static DateTimeFormat FORMATTER; }
@Test @PrepareForTest({TimeZoneUtils.class, DateTimeFormat.class}) public void testConvertFromServerTimeZone() { final Date date = mock(Date.class); final Date expectedDate = mock(Date.class); final String parsedDate = "01-01-1900"; mockStatic(TimeZoneUtils.class); when(TimeZoneUtils.formatWithServerTimeZone(date)).thenReturn(parsedDate); when(TimeZoneUtils.convertFromServerTimeZone(any(Date.class))).thenCallRealMethod(); when(dateTimeFormat.parse(parsedDate)).thenReturn(expectedDate); final Date actualDate = TimeZoneUtils.convertFromServerTimeZone(date); assertEquals(expectedDate, actualDate); }
public static Date convertFromServerTimeZone(final Date date) { return FORMATTER.parse(formatWithServerTimeZone(date)); }
TimeZoneUtils { public static Date convertFromServerTimeZone(final Date date) { return FORMATTER.parse(formatWithServerTimeZone(date)); } }
TimeZoneUtils { public static Date convertFromServerTimeZone(final Date date) { return FORMATTER.parse(formatWithServerTimeZone(date)); } }
TimeZoneUtils { public static Date convertFromServerTimeZone(final Date date) { return FORMATTER.parse(formatWithServerTimeZone(date)); } static Date convertFromServerTimeZone(final Date date); static Date convertToServerTimeZone(final Date date); static String formatWithServerTimeZone(final Date date); static TimeZone getTimeZone(); static DateTimeFormat internalFormatter(); }
TimeZoneUtils { public static Date convertFromServerTimeZone(final Date date) { return FORMATTER.parse(formatWithServerTimeZone(date)); } static Date convertFromServerTimeZone(final Date date); static Date convertToServerTimeZone(final Date date); static String formatWithServerTimeZone(final Date date); static TimeZone getTimeZone(); static DateTimeFormat internalFormatter(); final static DateTimeFormat FORMATTER; }
@Test @PrepareForTest({TimeZoneUtils.class, DateTimeFormat.class}) public void testConvertToServerTimeZone() { final Date date = mock(Date.class); final Date expectedDate = mock(Date.class); final TimeZone timeZone = mock(TimeZone.class); final ArgumentCaptor<TimeZone> captorTimeZone = ArgumentCaptor.forClass(TimeZone.class); final String convertedDate = "01-01-1900"; final DateTimeFormat internalFormat = mock(DateTimeFormat.class); final int expectedClientOffset = -60; mockStatic(TimeZoneUtils.class); when(TimeZoneUtils.getTimeZone()).thenReturn(timeZone); when(TimeZoneUtils.internalFormatter()).thenReturn(internalFormat); when(TimeZoneUtils.getClientOffset(date)).thenReturn(expectedClientOffset); when(TimeZoneUtils.convertToServerTimeZone(any(Date.class))).thenCallRealMethod(); when(internalFormat.format(eq(date), captorTimeZone.capture())).thenReturn(convertedDate); when(internalFormat.parse(convertedDate)).thenReturn(expectedDate); final Date actualDate = TimeZoneUtils.convertToServerTimeZone(date); assertEquals(expectedClientOffset, captorTimeZone.getValue().getStandardOffset()); assertEquals(expectedDate, actualDate); }
public static Date convertToServerTimeZone(final Date date) { final String convertedDate = internalFormatter().format(date, createTimeZone(getClientOffset(date))); return internalFormatter().parse(convertedDate); }
TimeZoneUtils { public static Date convertToServerTimeZone(final Date date) { final String convertedDate = internalFormatter().format(date, createTimeZone(getClientOffset(date))); return internalFormatter().parse(convertedDate); } }
TimeZoneUtils { public static Date convertToServerTimeZone(final Date date) { final String convertedDate = internalFormatter().format(date, createTimeZone(getClientOffset(date))); return internalFormatter().parse(convertedDate); } }
TimeZoneUtils { public static Date convertToServerTimeZone(final Date date) { final String convertedDate = internalFormatter().format(date, createTimeZone(getClientOffset(date))); return internalFormatter().parse(convertedDate); } static Date convertFromServerTimeZone(final Date date); static Date convertToServerTimeZone(final Date date); static String formatWithServerTimeZone(final Date date); static TimeZone getTimeZone(); static DateTimeFormat internalFormatter(); }
TimeZoneUtils { public static Date convertToServerTimeZone(final Date date) { final String convertedDate = internalFormatter().format(date, createTimeZone(getClientOffset(date))); return internalFormatter().parse(convertedDate); } static Date convertFromServerTimeZone(final Date date); static Date convertToServerTimeZone(final Date date); static String formatWithServerTimeZone(final Date date); static TimeZone getTimeZone(); static DateTimeFormat internalFormatter(); final static DateTimeFormat FORMATTER; }
@Test public void testSetText() { final Node node = mock(Node.class); final String oldName = "old name"; final String newName = "new name"; final DMNEditorSession dmnEditorSession = mock(DMNEditorSession.class); final Optional<DMNEditorSession> editorSession = Optional.of(dmnEditorSession); final TextPropertyProvider textPropertyProvider = mock(TextPropertyProvider.class); final CanvasCommandManager<AbstractCanvasHandler> commandManager = mock(CanvasCommandManager.class); final AbstractCanvasHandler canvasHandler = mock(AbstractCanvasHandler.class); final Optional<AbstractCanvasHandler> optionalCanvasHanlder = Optional.of(canvasHandler); when(dmnEditorSession.getCommandManager()).thenReturn(commandManager); when(textPropertyProviderFactory.getProvider(node)).thenReturn(textPropertyProvider); doReturn(oldName).when(nodeTextSetter).getName(node); doReturn(editorSession).when(nodeTextSetter).getCurrentSession(); doReturn(optionalCanvasHanlder).when(nodeTextSetter).getCanvasHandler(dmnEditorSession); nodeTextSetter.setText(newName, node); verify(textPropertyProvider).setText(canvasHandler, commandManager, node, newName); verify(nodeTextSetter).fireCanvasElementUpdated(canvasHandler, node); }
public void setText(final String newText, final Node node) { final String name = getName(node); if (!Objects.equals(name, newText)) { getCurrentSession().ifPresent(session -> { final TextPropertyProvider textPropertyProvider = getTextPropertyProviderFactory().getProvider(node); getCanvasHandler(session).ifPresent(canvasHandler -> { textPropertyProvider.setText(canvasHandler, session.getCommandManager(), node, newText); fireCanvasElementUpdated(canvasHandler, node); }); }); } }
NodeTextSetter { public void setText(final String newText, final Node node) { final String name = getName(node); if (!Objects.equals(name, newText)) { getCurrentSession().ifPresent(session -> { final TextPropertyProvider textPropertyProvider = getTextPropertyProviderFactory().getProvider(node); getCanvasHandler(session).ifPresent(canvasHandler -> { textPropertyProvider.setText(canvasHandler, session.getCommandManager(), node, newText); fireCanvasElementUpdated(canvasHandler, node); }); }); } } }
NodeTextSetter { public void setText(final String newText, final Node node) { final String name = getName(node); if (!Objects.equals(name, newText)) { getCurrentSession().ifPresent(session -> { final TextPropertyProvider textPropertyProvider = getTextPropertyProviderFactory().getProvider(node); getCanvasHandler(session).ifPresent(canvasHandler -> { textPropertyProvider.setText(canvasHandler, session.getCommandManager(), node, newText); fireCanvasElementUpdated(canvasHandler, node); }); }); } } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); }
NodeTextSetter { public void setText(final String newText, final Node node) { final String name = getName(node); if (!Objects.equals(name, newText)) { getCurrentSession().ifPresent(session -> { final TextPropertyProvider textPropertyProvider = getTextPropertyProviderFactory().getProvider(node); getCanvasHandler(session).ifPresent(canvasHandler -> { textPropertyProvider.setText(canvasHandler, session.getCommandManager(), node, newText); fireCanvasElementUpdated(canvasHandler, node); }); }); } } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); TextPropertyProviderFactory getTextPropertyProviderFactory(); void setText(final String newText, final Node node); }
NodeTextSetter { public void setText(final String newText, final Node node) { final String name = getName(node); if (!Objects.equals(name, newText)) { getCurrentSession().ifPresent(session -> { final TextPropertyProvider textPropertyProvider = getTextPropertyProviderFactory().getProvider(node); getCanvasHandler(session).ifPresent(canvasHandler -> { textPropertyProvider.setText(canvasHandler, session.getCommandManager(), node, newText); fireCanvasElementUpdated(canvasHandler, node); }); }); } } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); TextPropertyProviderFactory getTextPropertyProviderFactory(); void setText(final String newText, final Node node); }
@Test @PrepareForTest({TimeZoneUtils.class, DateTimeFormat.class}) public void testGetClientOffset() { final Date date = mock(Date.class); final TimeZone timeZone = mock(TimeZone.class); final int serverSideOffSet = -180; final int dateOffSet = -120; final int expectedOffset = -60; mockStatic(TimeZoneUtils.class); when(TimeZoneUtils.getTimeZone()).thenReturn(timeZone); when(TimeZoneUtils.getClientOffset(any(Date.class))).thenCallRealMethod(); when(timeZone.getStandardOffset()).thenReturn(serverSideOffSet); when(date.getTimezoneOffset()).thenReturn(dateOffSet); final int actualOffset = TimeZoneUtils.getClientOffset(date); assertEquals(expectedOffset, actualOffset); }
static int getClientOffset(final Date date) { final int standardOffset = getTimeZone().getStandardOffset(); final int timezoneOffset = date.getTimezoneOffset(); final int timeZoneOffsetInMinutes = standardOffset - (timezoneOffset * 2); return -timeZoneOffsetInMinutes; }
TimeZoneUtils { static int getClientOffset(final Date date) { final int standardOffset = getTimeZone().getStandardOffset(); final int timezoneOffset = date.getTimezoneOffset(); final int timeZoneOffsetInMinutes = standardOffset - (timezoneOffset * 2); return -timeZoneOffsetInMinutes; } }
TimeZoneUtils { static int getClientOffset(final Date date) { final int standardOffset = getTimeZone().getStandardOffset(); final int timezoneOffset = date.getTimezoneOffset(); final int timeZoneOffsetInMinutes = standardOffset - (timezoneOffset * 2); return -timeZoneOffsetInMinutes; } }
TimeZoneUtils { static int getClientOffset(final Date date) { final int standardOffset = getTimeZone().getStandardOffset(); final int timezoneOffset = date.getTimezoneOffset(); final int timeZoneOffsetInMinutes = standardOffset - (timezoneOffset * 2); return -timeZoneOffsetInMinutes; } static Date convertFromServerTimeZone(final Date date); static Date convertToServerTimeZone(final Date date); static String formatWithServerTimeZone(final Date date); static TimeZone getTimeZone(); static DateTimeFormat internalFormatter(); }
TimeZoneUtils { static int getClientOffset(final Date date) { final int standardOffset = getTimeZone().getStandardOffset(); final int timezoneOffset = date.getTimezoneOffset(); final int timeZoneOffsetInMinutes = standardOffset - (timezoneOffset * 2); return -timeZoneOffsetInMinutes; } static Date convertFromServerTimeZone(final Date date); static Date convertToServerTimeZone(final Date date); static String formatWithServerTimeZone(final Date date); static TimeZone getTimeZone(); static DateTimeFormat internalFormatter(); final static DateTimeFormat FORMATTER; }
@Test public void testValidateValidFileName() { final org.guvnor.common.services.project.model.Package pkg = mock(Package.class); final ValidatorWithReasonCallback callback = mock(ValidatorWithReasonCallback.class); when(validationService.isFileNameValid("filename.suffix")).thenReturn(true); handler.validate("filename", callback); verify(callback, times(1)).onSuccess(); verify(callback, never()).onFailure(); verify(callback, never()).onFailure(any(String.class)); }
@Override public void validate(final String baseFileName, final ValidatorWithReasonCallback callback) { final String fileName = buildFileName(baseFileName, getResourceType()); validationService.call(new RemoteCallback<Boolean>() { @Override public void callback(final Boolean response) { if (Boolean.TRUE.equals(response)) { callback.onSuccess(); } else { callback.onFailure(CommonConstants.INSTANCE.InvalidFileName0(baseFileName)); } } }).isFileNameValid(fileName); }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void validate(final String baseFileName, final ValidatorWithReasonCallback callback) { final String fileName = buildFileName(baseFileName, getResourceType()); validationService.call(new RemoteCallback<Boolean>() { @Override public void callback(final Boolean response) { if (Boolean.TRUE.equals(response)) { callback.onSuccess(); } else { callback.onFailure(CommonConstants.INSTANCE.InvalidFileName0(baseFileName)); } } }).isFileNameValid(fileName); } }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void validate(final String baseFileName, final ValidatorWithReasonCallback callback) { final String fileName = buildFileName(baseFileName, getResourceType()); validationService.call(new RemoteCallback<Boolean>() { @Override public void callback(final Boolean response) { if (Boolean.TRUE.equals(response)) { callback.onSuccess(); } else { callback.onFailure(CommonConstants.INSTANCE.InvalidFileName0(baseFileName)); } } }).isFileNameValid(fileName); } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void validate(final String baseFileName, final ValidatorWithReasonCallback callback) { final String fileName = buildFileName(baseFileName, getResourceType()); validationService.call(new RemoteCallback<Boolean>() { @Override public void callback(final Boolean response) { if (Boolean.TRUE.equals(response)) { callback.onSuccess(); } else { callback.onFailure(CommonConstants.INSTANCE.InvalidFileName0(baseFileName)); } } }).isFileNameValid(fileName); } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); @Override List<Pair<String, ? extends IsWidget>> getExtensions(); @Override void validate(final String baseFileName, final ValidatorWithReasonCallback callback); @Override void acceptContext(final Callback<Boolean, Void> callback); @Override Command getCommand(final NewResourcePresenter newResourcePresenter); @Override boolean canCreate(); }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void validate(final String baseFileName, final ValidatorWithReasonCallback callback) { final String fileName = buildFileName(baseFileName, getResourceType()); validationService.call(new RemoteCallback<Boolean>() { @Override public void callback(final Boolean response) { if (Boolean.TRUE.equals(response)) { callback.onSuccess(); } else { callback.onFailure(CommonConstants.INSTANCE.InvalidFileName0(baseFileName)); } } }).isFileNameValid(fileName); } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); @Override List<Pair<String, ? extends IsWidget>> getExtensions(); @Override void validate(final String baseFileName, final ValidatorWithReasonCallback callback); @Override void acceptContext(final Callback<Boolean, Void> callback); @Override Command getCommand(final NewResourcePresenter newResourcePresenter); @Override boolean canCreate(); }
@Test public void testValidateInvalidFileName() { final org.guvnor.common.services.project.model.Package pkg = mock(Package.class); final ValidatorWithReasonCallback callback = mock(ValidatorWithReasonCallback.class); when(validationService.isFileNameValid("filename.suffix")).thenReturn(false); handler.validate("filename", callback); verify(callback, times(1)).onFailure(any(String.class)); verify(callback, never()).onFailure(); verify(callback, never()).onSuccess(); }
@Override public void validate(final String baseFileName, final ValidatorWithReasonCallback callback) { final String fileName = buildFileName(baseFileName, getResourceType()); validationService.call(new RemoteCallback<Boolean>() { @Override public void callback(final Boolean response) { if (Boolean.TRUE.equals(response)) { callback.onSuccess(); } else { callback.onFailure(CommonConstants.INSTANCE.InvalidFileName0(baseFileName)); } } }).isFileNameValid(fileName); }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void validate(final String baseFileName, final ValidatorWithReasonCallback callback) { final String fileName = buildFileName(baseFileName, getResourceType()); validationService.call(new RemoteCallback<Boolean>() { @Override public void callback(final Boolean response) { if (Boolean.TRUE.equals(response)) { callback.onSuccess(); } else { callback.onFailure(CommonConstants.INSTANCE.InvalidFileName0(baseFileName)); } } }).isFileNameValid(fileName); } }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void validate(final String baseFileName, final ValidatorWithReasonCallback callback) { final String fileName = buildFileName(baseFileName, getResourceType()); validationService.call(new RemoteCallback<Boolean>() { @Override public void callback(final Boolean response) { if (Boolean.TRUE.equals(response)) { callback.onSuccess(); } else { callback.onFailure(CommonConstants.INSTANCE.InvalidFileName0(baseFileName)); } } }).isFileNameValid(fileName); } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void validate(final String baseFileName, final ValidatorWithReasonCallback callback) { final String fileName = buildFileName(baseFileName, getResourceType()); validationService.call(new RemoteCallback<Boolean>() { @Override public void callback(final Boolean response) { if (Boolean.TRUE.equals(response)) { callback.onSuccess(); } else { callback.onFailure(CommonConstants.INSTANCE.InvalidFileName0(baseFileName)); } } }).isFileNameValid(fileName); } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); @Override List<Pair<String, ? extends IsWidget>> getExtensions(); @Override void validate(final String baseFileName, final ValidatorWithReasonCallback callback); @Override void acceptContext(final Callback<Boolean, Void> callback); @Override Command getCommand(final NewResourcePresenter newResourcePresenter); @Override boolean canCreate(); }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void validate(final String baseFileName, final ValidatorWithReasonCallback callback) { final String fileName = buildFileName(baseFileName, getResourceType()); validationService.call(new RemoteCallback<Boolean>() { @Override public void callback(final Boolean response) { if (Boolean.TRUE.equals(response)) { callback.onSuccess(); } else { callback.onFailure(CommonConstants.INSTANCE.InvalidFileName0(baseFileName)); } } }).isFileNameValid(fileName); } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); @Override List<Pair<String, ? extends IsWidget>> getExtensions(); @Override void validate(final String baseFileName, final ValidatorWithReasonCallback callback); @Override void acceptContext(final Callback<Boolean, Void> callback); @Override Command getCommand(final NewResourcePresenter newResourcePresenter); @Override boolean canCreate(); }
@Test public void testAcceptContextWithContextWithNoProject() { final Callback<Boolean, Void> callback = mock(Callback.class); when(context.getActiveModule()).thenReturn(Optional.empty()); handler.acceptContext(callback); verify(callback, times(1)).onSuccess(false); }
@Override public void acceptContext(final Callback<Boolean, Void> callback) { callback.onSuccess(context != null && context.getActiveModule().isPresent()); }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void acceptContext(final Callback<Boolean, Void> callback) { callback.onSuccess(context != null && context.getActiveModule().isPresent()); } }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void acceptContext(final Callback<Boolean, Void> callback) { callback.onSuccess(context != null && context.getActiveModule().isPresent()); } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void acceptContext(final Callback<Boolean, Void> callback) { callback.onSuccess(context != null && context.getActiveModule().isPresent()); } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); @Override List<Pair<String, ? extends IsWidget>> getExtensions(); @Override void validate(final String baseFileName, final ValidatorWithReasonCallback callback); @Override void acceptContext(final Callback<Boolean, Void> callback); @Override Command getCommand(final NewResourcePresenter newResourcePresenter); @Override boolean canCreate(); }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void acceptContext(final Callback<Boolean, Void> callback) { callback.onSuccess(context != null && context.getActiveModule().isPresent()); } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); @Override List<Pair<String, ? extends IsWidget>> getExtensions(); @Override void validate(final String baseFileName, final ValidatorWithReasonCallback callback); @Override void acceptContext(final Callback<Boolean, Void> callback); @Override Command getCommand(final NewResourcePresenter newResourcePresenter); @Override boolean canCreate(); }
@Test public void testAcceptContextWithContextWithProject() { final Callback<Boolean, Void> callback = mock(Callback.class); when(context.getActiveModule()).thenReturn(Optional.of(mock(Module.class))); handler.acceptContext(callback); verify(callback, times(1)).onSuccess(true); }
@Override public void acceptContext(final Callback<Boolean, Void> callback) { callback.onSuccess(context != null && context.getActiveModule().isPresent()); }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void acceptContext(final Callback<Boolean, Void> callback) { callback.onSuccess(context != null && context.getActiveModule().isPresent()); } }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void acceptContext(final Callback<Boolean, Void> callback) { callback.onSuccess(context != null && context.getActiveModule().isPresent()); } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void acceptContext(final Callback<Boolean, Void> callback) { callback.onSuccess(context != null && context.getActiveModule().isPresent()); } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); @Override List<Pair<String, ? extends IsWidget>> getExtensions(); @Override void validate(final String baseFileName, final ValidatorWithReasonCallback callback); @Override void acceptContext(final Callback<Boolean, Void> callback); @Override Command getCommand(final NewResourcePresenter newResourcePresenter); @Override boolean canCreate(); }
DefaultNewResourceHandler implements NewResourceHandler { @Override public void acceptContext(final Callback<Boolean, Void> callback) { callback.onSuccess(context != null && context.getActiveModule().isPresent()); } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); @Override List<Pair<String, ? extends IsWidget>> getExtensions(); @Override void validate(final String baseFileName, final ValidatorWithReasonCallback callback); @Override void acceptContext(final Callback<Boolean, Void> callback); @Override Command getCommand(final NewResourcePresenter newResourcePresenter); @Override boolean canCreate(); }
@Test public void testGetCommand() { final NewResourcePresenter presenter = mock(NewResourcePresenter.class); final Command command = handler.getCommand(presenter); assertNotNull(command); command.execute(); verify(presenter, times(1)).show(handler); }
@Override public Command getCommand(final NewResourcePresenter newResourcePresenter) { return new Command() { @Override public void execute() { newResourcePresenter.show(DefaultNewResourceHandler.this); } }; }
DefaultNewResourceHandler implements NewResourceHandler { @Override public Command getCommand(final NewResourcePresenter newResourcePresenter) { return new Command() { @Override public void execute() { newResourcePresenter.show(DefaultNewResourceHandler.this); } }; } }
DefaultNewResourceHandler implements NewResourceHandler { @Override public Command getCommand(final NewResourcePresenter newResourcePresenter) { return new Command() { @Override public void execute() { newResourcePresenter.show(DefaultNewResourceHandler.this); } }; } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); }
DefaultNewResourceHandler implements NewResourceHandler { @Override public Command getCommand(final NewResourcePresenter newResourcePresenter) { return new Command() { @Override public void execute() { newResourcePresenter.show(DefaultNewResourceHandler.this); } }; } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); @Override List<Pair<String, ? extends IsWidget>> getExtensions(); @Override void validate(final String baseFileName, final ValidatorWithReasonCallback callback); @Override void acceptContext(final Callback<Boolean, Void> callback); @Override Command getCommand(final NewResourcePresenter newResourcePresenter); @Override boolean canCreate(); }
DefaultNewResourceHandler implements NewResourceHandler { @Override public Command getCommand(final NewResourcePresenter newResourcePresenter) { return new Command() { @Override public void execute() { newResourcePresenter.show(DefaultNewResourceHandler.this); } }; } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); @Override List<Pair<String, ? extends IsWidget>> getExtensions(); @Override void validate(final String baseFileName, final ValidatorWithReasonCallback callback); @Override void acceptContext(final Callback<Boolean, Void> callback); @Override Command getCommand(final NewResourcePresenter newResourcePresenter); @Override boolean canCreate(); }
@Test public void testCreateSuccessCallback() { final ArgumentCaptor<Path> pathArgumentCaptor = ArgumentCaptor.forClass(Path.class); final NewResourcePresenter presenter = mock(NewResourcePresenter.class); final Path path = mock(Path.class); handler.getSuccessCallback(presenter).callback(path); verify(busyIndicatorView, times(1)).hideBusyIndicator(); verify(presenter, times(1)).complete(); verify(newResourceSuccessEventMock, times(1)).fire(any(NewResourceSuccessEvent.class)); verify(placeManager, times(1)).goTo(pathArgumentCaptor.capture()); assertEquals(path, pathArgumentCaptor.getValue()); }
protected RemoteCallback<Path> getSuccessCallback(final NewResourcePresenter presenter) { return new RemoteCallback<Path>() { @Override public void callback(final Path path) { busyIndicatorView.hideBusyIndicator(); presenter.complete(); notifySuccess(); newResourceSuccessEvent.fire(new NewResourceSuccessEvent(path)); placeManager.goTo(path); } }; }
DefaultNewResourceHandler implements NewResourceHandler { protected RemoteCallback<Path> getSuccessCallback(final NewResourcePresenter presenter) { return new RemoteCallback<Path>() { @Override public void callback(final Path path) { busyIndicatorView.hideBusyIndicator(); presenter.complete(); notifySuccess(); newResourceSuccessEvent.fire(new NewResourceSuccessEvent(path)); placeManager.goTo(path); } }; } }
DefaultNewResourceHandler implements NewResourceHandler { protected RemoteCallback<Path> getSuccessCallback(final NewResourcePresenter presenter) { return new RemoteCallback<Path>() { @Override public void callback(final Path path) { busyIndicatorView.hideBusyIndicator(); presenter.complete(); notifySuccess(); newResourceSuccessEvent.fire(new NewResourceSuccessEvent(path)); placeManager.goTo(path); } }; } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); }
DefaultNewResourceHandler implements NewResourceHandler { protected RemoteCallback<Path> getSuccessCallback(final NewResourcePresenter presenter) { return new RemoteCallback<Path>() { @Override public void callback(final Path path) { busyIndicatorView.hideBusyIndicator(); presenter.complete(); notifySuccess(); newResourceSuccessEvent.fire(new NewResourceSuccessEvent(path)); placeManager.goTo(path); } }; } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); @Override List<Pair<String, ? extends IsWidget>> getExtensions(); @Override void validate(final String baseFileName, final ValidatorWithReasonCallback callback); @Override void acceptContext(final Callback<Boolean, Void> callback); @Override Command getCommand(final NewResourcePresenter newResourcePresenter); @Override boolean canCreate(); }
DefaultNewResourceHandler implements NewResourceHandler { protected RemoteCallback<Path> getSuccessCallback(final NewResourcePresenter presenter) { return new RemoteCallback<Path>() { @Override public void callback(final Path path) { busyIndicatorView.hideBusyIndicator(); presenter.complete(); notifySuccess(); newResourceSuccessEvent.fire(new NewResourceSuccessEvent(path)); placeManager.goTo(path); } }; } DefaultNewResourceHandler(final WorkspaceProjectContext context, final Caller<KieModuleService> moduleService, final Caller<ValidationService> validationService, final PlaceManager placeManager, final Event<NotificationEvent> notificationEvent, final BusyIndicatorView busyIndicatorView); DefaultNewResourceHandler(); @Override List<Pair<String, ? extends IsWidget>> getExtensions(); @Override void validate(final String baseFileName, final ValidatorWithReasonCallback callback); @Override void acceptContext(final Callback<Boolean, Void> callback); @Override Command getCommand(final NewResourcePresenter newResourcePresenter); @Override boolean canCreate(); }
@Test public void whenEmptyValueShouldBeEqualsTheLabel() { KieSelectOption option = packageListBoxView.newOption("key", "value"); assertEquals(option.label, "key"); assertEquals(option.value, "value"); KieSelectOption anotherOption = packageListBoxView.newOption(PackageItem.DEFAULT_PACKAGE_NAME, ""); assertEquals(PackageItem.DEFAULT_PACKAGE_NAME, anotherOption.label); assertEquals(PackageItem.DEFAULT_PACKAGE_NAME, anotherOption.value); }
KieSelectOption newOption(final String name, String value) { if (value.isEmpty()) { value = name; } return new KieSelectOption(name, value); }
PackageListBoxViewImpl implements PackageListBoxView { KieSelectOption newOption(final String name, String value) { if (value.isEmpty()) { value = name; } return new KieSelectOption(name, value); } }
PackageListBoxViewImpl implements PackageListBoxView { KieSelectOption newOption(final String name, String value) { if (value.isEmpty()) { value = name; } return new KieSelectOption(name, value); } @Inject PackageListBoxViewImpl(final KieSelectElement kieSelectElement); }
PackageListBoxViewImpl implements PackageListBoxView { KieSelectOption newOption(final String name, String value) { if (value.isEmpty()) { value = name; } return new KieSelectOption(name, value); } @Inject PackageListBoxViewImpl(final KieSelectElement kieSelectElement); @Override void setPresenter(final PackageListBox presenter); @Override void setUp(final String activePackage, final Map<String, String> packageNames); void clearSelectElement(); }
PackageListBoxViewImpl implements PackageListBoxView { KieSelectOption newOption(final String name, String value) { if (value.isEmpty()) { value = name; } return new KieSelectOption(name, value); } @Inject PackageListBoxViewImpl(final KieSelectElement kieSelectElement); @Override void setPresenter(final PackageListBox presenter); @Override void setUp(final String activePackage, final Map<String, String> packageNames); void clearSelectElement(); }
@Test public void testGetMenuItems() { final List<MenuItem> menus = menu.getMenuItems(); assertNotNull( menus ); assertEquals( 1, menus.size() ); }
public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); @PostConstruct void setup(); List<MenuItem> getMenuItems(); List<MenuItem> getMenuItemsWithoutProject(); @Override void onChange(WorkspaceProjectContextChangeEvent previous, WorkspaceProjectContextChangeEvent current); }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); @PostConstruct void setup(); List<MenuItem> getMenuItems(); List<MenuItem> getMenuItemsWithoutProject(); @Override void onChange(WorkspaceProjectContextChangeEvent previous, WorkspaceProjectContextChangeEvent current); }
@Test public void testGetMenuItemsCanNotCreate() { when( handler.canCreate() ).thenReturn( false ); final List<MenuItem> menus = menu.getMenuItems(); assertNotNull( menus ); assertEquals( 1, menus.size() ); }
public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); @PostConstruct void setup(); List<MenuItem> getMenuItems(); List<MenuItem> getMenuItemsWithoutProject(); @Override void onChange(WorkspaceProjectContextChangeEvent previous, WorkspaceProjectContextChangeEvent current); }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); @PostConstruct void setup(); List<MenuItem> getMenuItems(); List<MenuItem> getMenuItemsWithoutProject(); @Override void onChange(WorkspaceProjectContextChangeEvent previous, WorkspaceProjectContextChangeEvent current); }
@Test public void testFireCanvasElementUpdated() { final AbstractCanvasHandler canvasHandler = mock(AbstractCanvasHandler.class); final Node node = mock(Node.class); nodeTextSetter.fireCanvasElementUpdated(canvasHandler, node); verify(canvasElementUpdatedEvent).fire(canvasElementUpdatedEventArgumentCaptor.capture()); final CanvasElementUpdatedEvent arg = canvasElementUpdatedEventArgumentCaptor.getValue(); assertEquals(canvasHandler, arg.getCanvasHandler()); assertEquals(node, arg.getElement()); }
void fireCanvasElementUpdated(final AbstractCanvasHandler canvasHandler, final Node node) { canvasElementUpdatedEvent.fire(new CanvasElementUpdatedEvent(canvasHandler, node)); }
NodeTextSetter { void fireCanvasElementUpdated(final AbstractCanvasHandler canvasHandler, final Node node) { canvasElementUpdatedEvent.fire(new CanvasElementUpdatedEvent(canvasHandler, node)); } }
NodeTextSetter { void fireCanvasElementUpdated(final AbstractCanvasHandler canvasHandler, final Node node) { canvasElementUpdatedEvent.fire(new CanvasElementUpdatedEvent(canvasHandler, node)); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); }
NodeTextSetter { void fireCanvasElementUpdated(final AbstractCanvasHandler canvasHandler, final Node node) { canvasElementUpdatedEvent.fire(new CanvasElementUpdatedEvent(canvasHandler, node)); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); TextPropertyProviderFactory getTextPropertyProviderFactory(); void setText(final String newText, final Node node); }
NodeTextSetter { void fireCanvasElementUpdated(final AbstractCanvasHandler canvasHandler, final Node node) { canvasElementUpdatedEvent.fire(new CanvasElementUpdatedEvent(canvasHandler, node)); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); TextPropertyProviderFactory getTextPropertyProviderFactory(); void setText(final String newText, final Node node); }
@Test public void testMenuItemCommand() { final List<MenuItem> menus = menu.getMenuItems(); assertNotNull( menus ); assertEquals( 1, menus.size() ); final MenuItem mi = menus.get( 0 ); assertTrue( mi.isEnabled() ); assertTrue( mi instanceof MenuItemCommand ); final MenuItemCommand miu = (MenuItemCommand) mi; assertNotNull( miu.getCommand() ); miu.getCommand().execute(); verify( command, times( 1 ) ).execute(); }
public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); @PostConstruct void setup(); List<MenuItem> getMenuItems(); List<MenuItem> getMenuItemsWithoutProject(); @Override void onChange(WorkspaceProjectContextChangeEvent previous, WorkspaceProjectContextChangeEvent current); }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); @PostConstruct void setup(); List<MenuItem> getMenuItems(); List<MenuItem> getMenuItemsWithoutProject(); @Override void onChange(WorkspaceProjectContextChangeEvent previous, WorkspaceProjectContextChangeEvent current); }
@Test @SuppressWarnings("unchecked") public void getMenuItemsSynchronizesEnabledState() { menu.getMenuItems(); verify( handler, times( 1 ) ).acceptContext( any( Callback.class ) ); }
public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); @PostConstruct void setup(); List<MenuItem> getMenuItems(); List<MenuItem> getMenuItemsWithoutProject(); @Override void onChange(WorkspaceProjectContextChangeEvent previous, WorkspaceProjectContextChangeEvent current); }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItems() { enableMenuItemsForContext(); return items; } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); @PostConstruct void setup(); List<MenuItem> getMenuItems(); List<MenuItem> getMenuItemsWithoutProject(); @Override void onChange(WorkspaceProjectContextChangeEvent previous, WorkspaceProjectContextChangeEvent current); }
@Test @SuppressWarnings("unchecked") public void getMenuItemsWithoutProjectSynchronizesEnabledState() { menu.getMenuItemsWithoutProject(); verify( handler, times( 1 ) ).acceptContext( any( Callback.class ) ); }
public List<MenuItem> getMenuItemsWithoutProject() { enableMenuItemsForContext(); if ( projectMenuItem != null && items.contains( projectMenuItem ) ) { return items.subList( 1, items.size() ); } else { return items; } }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItemsWithoutProject() { enableMenuItemsForContext(); if ( projectMenuItem != null && items.contains( projectMenuItem ) ) { return items.subList( 1, items.size() ); } else { return items; } } }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItemsWithoutProject() { enableMenuItemsForContext(); if ( projectMenuItem != null && items.contains( projectMenuItem ) ) { return items.subList( 1, items.size() ); } else { return items; } } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItemsWithoutProject() { enableMenuItemsForContext(); if ( projectMenuItem != null && items.contains( projectMenuItem ) ) { return items.subList( 1, items.size() ); } else { return items; } } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); @PostConstruct void setup(); List<MenuItem> getMenuItems(); List<MenuItem> getMenuItemsWithoutProject(); @Override void onChange(WorkspaceProjectContextChangeEvent previous, WorkspaceProjectContextChangeEvent current); }
NewResourcesMenu implements WorkspaceProjectContextChangeHandler { public List<MenuItem> getMenuItemsWithoutProject() { enableMenuItemsForContext(); if ( projectMenuItem != null && items.contains( projectMenuItem ) ) { return items.subList( 1, items.size() ); } else { return items; } } NewResourcesMenu(); @Inject NewResourcesMenu( final SyncBeanManager iocBeanManager, final NewResourcePresenter newResourcePresenter, final WorkspaceProjectContext projectContext ); @PostConstruct void setup(); List<MenuItem> getMenuItems(); List<MenuItem> getMenuItemsWithoutProject(); @Override void onChange(WorkspaceProjectContextChangeEvent previous, WorkspaceProjectContextChangeEvent current); }
@Test public void setContextTest() { setupPackageList(); final Command packagesLoadedCommand = mock(Command.class); packageListBox.setUp(true, packagesLoadedCommand); verify(view).setUp(eq("com.myteam.mymodule"), mapArgumentCaptor.capture()); final Map map = mapArgumentCaptor.getValue(); assertEquals(5, map.size()); assertTrue(map.keySet().contains("")); assertTrue(map.keySet().contains("com")); assertTrue(map.keySet().contains("com.myteam")); assertTrue(map.keySet().contains("com.myteam.mymodule")); assertTrue(map.keySet().contains("com.myteam.mymodule.mypackage")); verify(packagesLoadedCommand).execute(); }
public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); void setUp(final boolean includeDefaultPackage); void setUp(final boolean includeDefaultPackage, final Command packagesLoadedCommand); void clearSelectElement(); Package getSelectedPackage(); @Override HTMLElement getElement(); void onPackageSelected(final String selectedPackage); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); void setUp(final boolean includeDefaultPackage); void setUp(final boolean includeDefaultPackage, final Command packagesLoadedCommand); void clearSelectElement(); Package getSelectedPackage(); @Override HTMLElement getElement(); void onPackageSelected(final String selectedPackage); }
@Test public void setContextTestDropDefaultPackage() { setupPackageList(); final Command packagesLoadedCommand = mock(Command.class); packageListBox.setUp(false, packagesLoadedCommand); verify(view).setUp(eq("com.myteam.mymodule"), mapArgumentCaptor.capture()); final Map map = mapArgumentCaptor.getValue(); assertEquals(4, map.size()); assertFalse(map.keySet().contains("")); assertTrue(map.keySet().contains("com")); assertTrue(map.keySet().contains("com.myteam")); assertTrue(map.keySet().contains("com.myteam.mymodule")); assertTrue(map.keySet().contains("com.myteam.mymodule.mypackage")); verify(packagesLoadedCommand).execute(); }
public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); void setUp(final boolean includeDefaultPackage); void setUp(final boolean includeDefaultPackage, final Command packagesLoadedCommand); void clearSelectElement(); Package getSelectedPackage(); @Override HTMLElement getElement(); void onPackageSelected(final String selectedPackage); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); void setUp(final boolean includeDefaultPackage); void setUp(final boolean includeDefaultPackage, final Command packagesLoadedCommand); void clearSelectElement(); Package getSelectedPackage(); @Override HTMLElement getElement(); void onPackageSelected(final String selectedPackage); }
@Test public void setContextTestDropDefaultDefaultPackageInTheList() { setupPackageList(); kieModulePackages.setDefaultPackage(createPackage("")); doReturn(kieModulePackages).when(moduleService).resolveModulePackages(any()); final Command packagesLoadedCommand = mock(Command.class); packageListBox.setUp(true, packagesLoadedCommand); verify(view).setUp(eq(""), mapArgumentCaptor.capture()); final Map map = mapArgumentCaptor.getValue(); assertEquals(5, map.size()); assertTrue(map.keySet().contains("")); assertTrue(map.keySet().contains("com")); assertTrue(map.keySet().contains("com.myteam")); assertTrue(map.keySet().contains("com.myteam.mymodule")); assertTrue(map.keySet().contains("com.myteam.mymodule.mypackage")); verify(packagesLoadedCommand).execute(); }
public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); void setUp(final boolean includeDefaultPackage); void setUp(final boolean includeDefaultPackage, final Command packagesLoadedCommand); void clearSelectElement(); Package getSelectedPackage(); @Override HTMLElement getElement(); void onPackageSelected(final String selectedPackage); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); void setUp(final boolean includeDefaultPackage); void setUp(final boolean includeDefaultPackage, final Command packagesLoadedCommand); void clearSelectElement(); Package getSelectedPackage(); @Override HTMLElement getElement(); void onPackageSelected(final String selectedPackage); }
@Test public void setContextTestDropDefaultNoDefaultPackageInTheList() { setupPackageList(); kieModulePackages.setDefaultPackage(createPackage("com")); doReturn(kieModulePackages).when(moduleService).resolveModulePackages(any()); final Command packagesLoadedCommand = mock(Command.class); packageListBox.setUp(false, packagesLoadedCommand); verify(view).setUp(eq("com"), mapArgumentCaptor.capture()); final Map map = mapArgumentCaptor.getValue(); assertEquals(4, map.size()); assertFalse(map.keySet().contains("")); assertTrue(map.keySet().contains("com")); assertTrue(map.keySet().contains("com.myteam")); assertTrue(map.keySet().contains("com.myteam.mymodule")); assertTrue(map.keySet().contains("com.myteam.mymodule.mypackage")); verify(packagesLoadedCommand).execute(); }
public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); void setUp(final boolean includeDefaultPackage); void setUp(final boolean includeDefaultPackage, final Command packagesLoadedCommand); void clearSelectElement(); Package getSelectedPackage(); @Override HTMLElement getElement(); void onPackageSelected(final String selectedPackage); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); void setUp(final boolean includeDefaultPackage); void setUp(final boolean includeDefaultPackage, final Command packagesLoadedCommand); void clearSelectElement(); Package getSelectedPackage(); @Override HTMLElement getElement(); void onPackageSelected(final String selectedPackage); }
@Test public void testNoPackages() { kieModulePackages = new KieModulePackages(new HashSet<>(), createPackage("com.myteam.mymodule")); doReturn(kieModulePackages).when(moduleService).resolveModulePackages(any(Module.class)); kieModulePackages.setDefaultPackage(createPackage("com")); doReturn(kieModulePackages).when(moduleService).resolveModulePackages(any()); final Command packagesLoadedCommand = mock(Command.class); packageListBox.setUp(false, packagesLoadedCommand); verify(view, never()).setUp(anyString(), anyMap()); }
public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); void setUp(final boolean includeDefaultPackage); void setUp(final boolean includeDefaultPackage, final Command packagesLoadedCommand); void clearSelectElement(); Package getSelectedPackage(); @Override HTMLElement getElement(); void onPackageSelected(final String selectedPackage); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); void setUp(final boolean includeDefaultPackage); void setUp(final boolean includeDefaultPackage, final Command packagesLoadedCommand); void clearSelectElement(); Package getSelectedPackage(); @Override HTMLElement getElement(); void onPackageSelected(final String selectedPackage); }
@Test public void testUseWhatIsThereIfWhatIsProposedDoesNotMatch() { final HashSet<PackageItem> packages = new HashSet<>(); packages.add(new PackageItem("not the right package", "not the right package")); kieModulePackages = new KieModulePackages(packages, createPackage("com.myteam.mymodule")); doReturn(kieModulePackages).when(moduleService).resolveModulePackages(any(Module.class)); kieModulePackages.setDefaultPackage(createPackage("com")); doReturn(kieModulePackages).when(moduleService).resolveModulePackages(any()); final Command packagesLoadedCommand = mock(Command.class); packageListBox.setUp(false, packagesLoadedCommand); verify(view).setUp(eq("not the right package"), anyMap()); }
public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); void setUp(final boolean includeDefaultPackage); void setUp(final boolean includeDefaultPackage, final Command packagesLoadedCommand); void clearSelectElement(); Package getSelectedPackage(); @Override HTMLElement getElement(); void onPackageSelected(final String selectedPackage); }
PackageListBox implements IsElement { public void setUp(final boolean includeDefaultPackage) { setUp(includeDefaultPackage, null); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); void setUp(final boolean includeDefaultPackage); void setUp(final boolean includeDefaultPackage, final Command packagesLoadedCommand); void clearSelectElement(); Package getSelectedPackage(); @Override HTMLElement getElement(); void onPackageSelected(final String selectedPackage); }
@Test public void testOnPackageSelected() { final Package pkg = new Package(); doReturn(pkg).when(moduleService).resolvePackage(any(Module.class), eq("com.myteam")); packageListBox.onPackageSelected("com.myteam"); assertEquals(pkg, packageListBox.getSelectedPackage()); }
public void onPackageSelected(final String selectedPackage) { setSelectedPackage(resolve(selectedPackage)); }
PackageListBox implements IsElement { public void onPackageSelected(final String selectedPackage) { setSelectedPackage(resolve(selectedPackage)); } }
PackageListBox implements IsElement { public void onPackageSelected(final String selectedPackage) { setSelectedPackage(resolve(selectedPackage)); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); }
PackageListBox implements IsElement { public void onPackageSelected(final String selectedPackage) { setSelectedPackage(resolve(selectedPackage)); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); void setUp(final boolean includeDefaultPackage); void setUp(final boolean includeDefaultPackage, final Command packagesLoadedCommand); void clearSelectElement(); Package getSelectedPackage(); @Override HTMLElement getElement(); void onPackageSelected(final String selectedPackage); }
PackageListBox implements IsElement { public void onPackageSelected(final String selectedPackage) { setSelectedPackage(resolve(selectedPackage)); } @Inject PackageListBox(final PackageListBoxView view, final WorkspaceProjectContext projectContext, final Caller<KieModuleService> moduleService); void setUp(final boolean includeDefaultPackage); void setUp(final boolean includeDefaultPackage, final Command packagesLoadedCommand); void clearSelectElement(); Package getSelectedPackage(); @Override HTMLElement getElement(); void onPackageSelected(final String selectedPackage); }
@Test public void testGetName() { final NamedElement named = mock(NamedElement.class); final Node node = mock(Node.class); final Name name = mock(Name.class); final String nodeName = "node name"; when(name.getValue()).thenReturn(nodeName); when(named.getName()).thenReturn(name); doReturn(Optional.of(named)).when(nodeTextSetter).getNamedElement(node); final String actualName = nodeTextSetter.getName(node); assertEquals(nodeName, actualName); }
String getName(final Object node) { return getNamedElement(node) .map(namedElement -> namedElement.getName().getValue()) .orElse(""); }
NodeTextSetter { String getName(final Object node) { return getNamedElement(node) .map(namedElement -> namedElement.getName().getValue()) .orElse(""); } }
NodeTextSetter { String getName(final Object node) { return getNamedElement(node) .map(namedElement -> namedElement.getName().getValue()) .orElse(""); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); }
NodeTextSetter { String getName(final Object node) { return getNamedElement(node) .map(namedElement -> namedElement.getName().getValue()) .orElse(""); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); TextPropertyProviderFactory getTextPropertyProviderFactory(); void setText(final String newText, final Node node); }
NodeTextSetter { String getName(final Object node) { return getNamedElement(node) .map(namedElement -> namedElement.getName().getValue()) .orElse(""); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); TextPropertyProviderFactory getTextPropertyProviderFactory(); void setText(final String newText, final Node node); }
@Test public void testVisualization() { CommentLineView view = mock( CommentLineView.class ); CommentLinePresenter presenter = new CommentLinePresenterWithNOGWTCode( view ); Date commentDate = new Date( ); DiscussionRecord record = new DiscussionRecord( commentDate.getTime(), "test user", "test note" ); presenter.setRecord( record ); verify( view, times( 1 ) ).setAuthor( eq ( expectedAuthorFormat( "test user" ) ) ); verify( view, times( 1 ) ).setComment( eq( expectedCommentFormat( "test note" ) ) ); verify( view, times( 1 ) ).setDate( expectedDateFormat( commentDate.getTime() ) ); }
public void setRecord( DiscussionRecord record ) { view.setAuthor( record.getAuthor() + ":" ); view.setComment( "\"" + record.getNote() + "\"" ); view.setDate( formatTimestamp( record.getTimestamp() ) ); }
CommentLinePresenter implements IsWidget, CommentLineView.Presenter { public void setRecord( DiscussionRecord record ) { view.setAuthor( record.getAuthor() + ":" ); view.setComment( "\"" + record.getNote() + "\"" ); view.setDate( formatTimestamp( record.getTimestamp() ) ); } }
CommentLinePresenter implements IsWidget, CommentLineView.Presenter { public void setRecord( DiscussionRecord record ) { view.setAuthor( record.getAuthor() + ":" ); view.setComment( "\"" + record.getNote() + "\"" ); view.setDate( formatTimestamp( record.getTimestamp() ) ); } CommentLinePresenter(); CommentLinePresenter( CommentLineView view ); }
CommentLinePresenter implements IsWidget, CommentLineView.Presenter { public void setRecord( DiscussionRecord record ) { view.setAuthor( record.getAuthor() + ":" ); view.setComment( "\"" + record.getNote() + "\"" ); view.setDate( formatTimestamp( record.getTimestamp() ) ); } CommentLinePresenter(); CommentLinePresenter( CommentLineView view ); @Override Widget asWidget(); void setRecord( DiscussionRecord record ); }
CommentLinePresenter implements IsWidget, CommentLineView.Presenter { public void setRecord( DiscussionRecord record ) { view.setAuthor( record.getAuthor() + ":" ); view.setComment( "\"" + record.getNote() + "\"" ); view.setDate( formatTimestamp( record.getTimestamp() ) ); } CommentLinePresenter(); CommentLinePresenter( CommentLineView view ); @Override Widget asWidget(); void setRecord( DiscussionRecord record ); }
@Test public void testGetAvailableCollectionTypes() throws Exception { assertEquals(3, oracle.getAvailableCollectionTypes().size()); assertTrue(oracle.getAvailableCollectionTypes().contains("List")); assertTrue(oracle.getAvailableCollectionTypes().contains("HashSet")); assertTrue(oracle.getAvailableCollectionTypes().contains("CustomCollectionOne")); assertFalse(oracle.getAvailableCollectionTypes().contains("SeemsAsCollection")); }
@Override public List<String> getAvailableCollectionTypes() { return Collections.unmodifiableList(filteredCollectionTypes.entrySet() .stream() .filter(entry -> entry.getValue()) .map(entry -> entry.getKey()) .collect(Collectors.toList())); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public List<String> getAvailableCollectionTypes() { return Collections.unmodifiableList(filteredCollectionTypes.entrySet() .stream() .filter(entry -> entry.getValue()) .map(entry -> entry.getKey()) .collect(Collectors.toList())); } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public List<String> getAvailableCollectionTypes() { return Collections.unmodifiableList(filteredCollectionTypes.entrySet() .stream() .filter(entry -> entry.getValue()) .map(entry -> entry.getKey()) .collect(Collectors.toList())); } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public List<String> getAvailableCollectionTypes() { return Collections.unmodifiableList(filteredCollectionTypes.entrySet() .stream() .filter(entry -> entry.getValue()) .map(entry -> entry.getKey()) .collect(Collectors.toList())); } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public List<String> getAvailableCollectionTypes() { return Collections.unmodifiableList(filteredCollectionTypes.entrySet() .stream() .filter(entry -> entry.getValue()) .map(entry -> entry.getKey()) .collect(Collectors.toList())); } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testIsFactTypeRecognized() { assertTrue(oracle.isFactTypeRecognized("org.Address")); }
@Override public boolean isFactTypeRecognized(final String factType) { if (filteredModelFields.containsKey(factType) || factNameToFQCNHandleRegistry.map.containsValue(factType)) { return true; } else { return false; } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public boolean isFactTypeRecognized(final String factType) { if (filteredModelFields.containsKey(factType) || factNameToFQCNHandleRegistry.map.containsValue(factType)) { return true; } else { return false; } } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public boolean isFactTypeRecognized(final String factType) { if (filteredModelFields.containsKey(factType) || factNameToFQCNHandleRegistry.map.containsValue(factType)) { return true; } else { return false; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public boolean isFactTypeRecognized(final String factType) { if (filteredModelFields.containsKey(factType) || factNameToFQCNHandleRegistry.map.containsValue(factType)) { return true; } else { return false; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public boolean isFactTypeRecognized(final String factType) { if (filteredModelFields.containsKey(factType) || factNameToFQCNHandleRegistry.map.containsValue(factType)) { return true; } else { return false; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testFactTypes() { final String[] types = oracle.getFactTypes(); assertEquals(5, types.length); assertEquals("Address", types[0]); assertEquals("Document", types[1]); assertEquals("GiantContainerOfInformation", types[2]); assertEquals("Person", types[3]); assertEquals("String", types[4]); }
@Override public String[] getFactTypes() { final String[] types = filteredModelFields.keySet().toArray(new String[filteredModelFields.size()]); return types; }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getFactTypes() { final String[] types = filteredModelFields.keySet().toArray(new String[filteredModelFields.size()]); return types; } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getFactTypes() { final String[] types = filteredModelFields.keySet().toArray(new String[filteredModelFields.size()]); return types; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getFactTypes() { final String[] types = filteredModelFields.keySet().toArray(new String[filteredModelFields.size()]); return types; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getFactTypes() { final String[] types = filteredModelFields.keySet().toArray(new String[filteredModelFields.size()]); return types; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testAllFactTypes() { final String[] types = oracle.getAllFactTypes(); assertEquals(5, types.length); assertEquals("java.lang.String", types[0]); assertEquals("org.Address", types[1]); assertEquals("org.Document", types[2]); assertEquals("org.globals.GiantContainerOfInformation", types[3]); assertEquals("org.test.Person", types[4]); }
@Override public String[] getAllFactTypes() { final List<String> types = new ArrayList<String>(); types.addAll(this.projectModelFields.keySet()); final String[] result = new String[types.size()]; types.toArray(result); return result; }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getAllFactTypes() { final List<String> types = new ArrayList<String>(); types.addAll(this.projectModelFields.keySet()); final String[] result = new String[types.size()]; types.toArray(result); return result; } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getAllFactTypes() { final List<String> types = new ArrayList<String>(); types.addAll(this.projectModelFields.keySet()); final String[] result = new String[types.size()]; types.toArray(result); return result; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getAllFactTypes() { final List<String> types = new ArrayList<String>(); types.addAll(this.projectModelFields.keySet()); final String[] result = new String[types.size()]; types.toArray(result); return result; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getAllFactTypes() { final List<String> types = new ArrayList<String>(); types.addAll(this.projectModelFields.keySet()); final String[] result = new String[types.size()]; types.toArray(result); return result; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testInternalFactTypes() { final String[] types = oracle.getInternalFactTypes(); assertEquals(2, types.length); assertEquals("org.Address", types[0]); assertEquals("org.Document", types[1]); }
@Override public String[] getInternalFactTypes() { final String[] allTypes = getAllFactTypes(); final List<String> internalTypes = new ArrayList<String>(); for (String type : allTypes) { final String packageName = AsyncPackageDataModelOracleUtilities.getPackageName(type); if (packageName.equals(this.packageName)) { internalTypes.add(type); } } final String[] result = new String[internalTypes.size()]; internalTypes.toArray(result); return result; }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getInternalFactTypes() { final String[] allTypes = getAllFactTypes(); final List<String> internalTypes = new ArrayList<String>(); for (String type : allTypes) { final String packageName = AsyncPackageDataModelOracleUtilities.getPackageName(type); if (packageName.equals(this.packageName)) { internalTypes.add(type); } } final String[] result = new String[internalTypes.size()]; internalTypes.toArray(result); return result; } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getInternalFactTypes() { final String[] allTypes = getAllFactTypes(); final List<String> internalTypes = new ArrayList<String>(); for (String type : allTypes) { final String packageName = AsyncPackageDataModelOracleUtilities.getPackageName(type); if (packageName.equals(this.packageName)) { internalTypes.add(type); } } final String[] result = new String[internalTypes.size()]; internalTypes.toArray(result); return result; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getInternalFactTypes() { final String[] allTypes = getAllFactTypes(); final List<String> internalTypes = new ArrayList<String>(); for (String type : allTypes) { final String packageName = AsyncPackageDataModelOracleUtilities.getPackageName(type); if (packageName.equals(this.packageName)) { internalTypes.add(type); } } final String[] result = new String[internalTypes.size()]; internalTypes.toArray(result); return result; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getInternalFactTypes() { final String[] allTypes = getAllFactTypes(); final List<String> internalTypes = new ArrayList<String>(); for (String type : allTypes) { final String packageName = AsyncPackageDataModelOracleUtilities.getPackageName(type); if (packageName.equals(this.packageName)) { internalTypes.add(type); } } final String[] result = new String[internalTypes.size()]; internalTypes.toArray(result); return result; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testExternalFactTypes() { final String[] types = oracle.getExternalFactTypes(); assertEquals(3, types.length); assertEquals("java.lang.String", types[0]); assertEquals("org.globals.GiantContainerOfInformation", types[1]); assertEquals("org.test.Person", types[2]); }
@Override public String[] getExternalFactTypes() { final String[] allTypes = getAllFactTypes(); final List<String> externalTypes = new ArrayList<String>(); for (String type : allTypes) { final String packageName = AsyncPackageDataModelOracleUtilities.getPackageName(type); if (!packageName.equals(this.packageName)) { externalTypes.add(type); } } final String[] result = new String[externalTypes.size()]; externalTypes.toArray(result); return result; }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getExternalFactTypes() { final String[] allTypes = getAllFactTypes(); final List<String> externalTypes = new ArrayList<String>(); for (String type : allTypes) { final String packageName = AsyncPackageDataModelOracleUtilities.getPackageName(type); if (!packageName.equals(this.packageName)) { externalTypes.add(type); } } final String[] result = new String[externalTypes.size()]; externalTypes.toArray(result); return result; } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getExternalFactTypes() { final String[] allTypes = getAllFactTypes(); final List<String> externalTypes = new ArrayList<String>(); for (String type : allTypes) { final String packageName = AsyncPackageDataModelOracleUtilities.getPackageName(type); if (!packageName.equals(this.packageName)) { externalTypes.add(type); } } final String[] result = new String[externalTypes.size()]; externalTypes.toArray(result); return result; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getExternalFactTypes() { final String[] allTypes = getAllFactTypes(); final List<String> externalTypes = new ArrayList<String>(); for (String type : allTypes) { final String packageName = AsyncPackageDataModelOracleUtilities.getPackageName(type); if (!packageName.equals(this.packageName)) { externalTypes.add(type); } } final String[] result = new String[externalTypes.size()]; externalTypes.toArray(result); return result; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String[] getExternalFactTypes() { final String[] allTypes = getAllFactTypes(); final List<String> externalTypes = new ArrayList<String>(); for (String type : allTypes) { final String packageName = AsyncPackageDataModelOracleUtilities.getPackageName(type); if (!packageName.equals(this.packageName)) { externalTypes.add(type); } } final String[] result = new String[externalTypes.size()]; externalTypes.toArray(result); return result; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetFieldClassName() throws Exception { assertEquals("Person", oracle.getFieldClassName("Person", "this")); }
@Override public String getFieldClassName(final String modelClassName, final String fieldName) { final ModelField field = getField(modelClassName, fieldName); if (field != null) { return field.getClassName(); } final String fgcnModelClassName = getFQCNByFactName(modelClassName); final List<MethodInfo> mis = projectMethodInformation.get(fgcnModelClassName); if (mis != null) { for (MethodInfo mi : mis) { if (mi.getName().equals(fieldName)) { return mi.getReturnClassType(); } } } return null; }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String getFieldClassName(final String modelClassName, final String fieldName) { final ModelField field = getField(modelClassName, fieldName); if (field != null) { return field.getClassName(); } final String fgcnModelClassName = getFQCNByFactName(modelClassName); final List<MethodInfo> mis = projectMethodInformation.get(fgcnModelClassName); if (mis != null) { for (MethodInfo mi : mis) { if (mi.getName().equals(fieldName)) { return mi.getReturnClassType(); } } } return null; } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String getFieldClassName(final String modelClassName, final String fieldName) { final ModelField field = getField(modelClassName, fieldName); if (field != null) { return field.getClassName(); } final String fgcnModelClassName = getFQCNByFactName(modelClassName); final List<MethodInfo> mis = projectMethodInformation.get(fgcnModelClassName); if (mis != null) { for (MethodInfo mi : mis) { if (mi.getName().equals(fieldName)) { return mi.getReturnClassType(); } } } return null; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String getFieldClassName(final String modelClassName, final String fieldName) { final ModelField field = getField(modelClassName, fieldName); if (field != null) { return field.getClassName(); } final String fgcnModelClassName = getFQCNByFactName(modelClassName); final List<MethodInfo> mis = projectMethodInformation.get(fgcnModelClassName); if (mis != null) { for (MethodInfo mi : mis) { if (mi.getName().equals(fieldName)) { return mi.getReturnClassType(); } } } return null; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public String getFieldClassName(final String modelClassName, final String fieldName) { final ModelField field = getField(modelClassName, fieldName); if (field != null) { return field.getClassName(); } final String fgcnModelClassName = getFQCNByFactName(modelClassName); final List<MethodInfo> mis = projectMethodInformation.get(fgcnModelClassName); if (mis != null) { for (MethodInfo mi : mis) { if (mi.getName().equals(fieldName)) { return mi.getReturnClassType(); } } } return null; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetFQCNByFactNameInRegistry() throws Exception { assertEquals("org.test.Person", oracle.getFQCNByFactName("Person")); }
public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetFQCNByFactNameInRegistryWithPackage() throws Exception { assertEquals("org.test.Person", oracle.getFQCNByFactName("org.test.Person")); }
public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetNamedElement() { final Node node = mock(Node.class); final View content = mock(View.class); final NamedElement namedElement = mock(NamedElement.class); when(node.getContent()).thenReturn(content); when(content.getDefinition()).thenReturn(namedElement); final Optional<NamedElement> actualNamed = nodeTextSetter.getNamedElement(node); assertTrue(actualNamed.isPresent()); assertEquals(namedElement, actualNamed.get()); }
Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); }
NodeTextSetter { Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); } }
NodeTextSetter { Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); }
NodeTextSetter { Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); TextPropertyProviderFactory getTextPropertyProviderFactory(); void setText(final String newText, final Node node); }
NodeTextSetter { Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); TextPropertyProviderFactory getTextPropertyProviderFactory(); void setText(final String newText, final Node node); }
@Test public void testGetFQCNByFactNameUnknown() throws Exception { assertEquals("UnknownPerson", oracle.getFQCNByFactName("UnknownPerson")); }
public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetFQCNByFactNameUnknownWithPackage() throws Exception { assertEquals("org.test.UnknownPerson", oracle.getFQCNByFactName("org.test.UnknownPerson")); }
public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { public String getFQCNByFactName(final String factName) { if (factNameToFQCNHandleRegistry.contains(factName)) { return factNameToFQCNHandleRegistry.get(factName); } else { return factName; } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetFieldCompletions() throws Exception { Callback<ModelField[]> callback = spy(new Callback<ModelField[]>() { @Override public void callback(ModelField[] result) { assertEquals(2, result.length); assertEquals("address", result[0].getName()); assertEquals("this", result[1].getName()); assertEquals("Address", oracle.getFieldType("Person", "address")); assertEquals("Address", oracle.getFieldClassName("Person", "address")); } }); oracle.getFieldCompletions("Person", callback); verify(callback).callback(any(ModelField[].class)); }
@Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetFieldCompletionsForSomethingThatDoesNotReturnFields() throws Exception { Callback<ModelField[]> callback = spy(new Callback<ModelField[]>() { @Override public void callback(ModelField[] result) { assertEquals(0, result.length); } }); oracle.getFieldCompletions("I.do.not.Exist", callback); verify(callback).callback(any(ModelField[].class)); }
@Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetFieldCompletionsMutators() throws Exception { Callback<ModelField[]> callback = spy(new Callback<ModelField[]>() { @Override public void callback(ModelField[] result) { assertEquals(4, result.length); } }); oracle.getFieldCompletions("Address", FieldAccessorsAndMutators.MUTATOR, callback); verify(callback).callback(any(ModelField[].class)); }
@Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletions(final String factType, final Callback<ModelField[]> callback) { final String fgcnByFactName = getFQCNByFactName(factType); ModelField[] fields = getModelFields(factType); if (fields == null || fields.length == 0) { fields = projectModelFields.get(fgcnByFactName); if (fields == null || isLazyProxy(fields)) { fields = null; } else { AsyncPackageDataModelOracleUtilities.correctModelFields(packageName, fields, imports); } } if (fields == null || fields.length == 0) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); if (dataModel.getModelFields().get(fgcnByFactName) == null || dataModel.getModelFields().get(fgcnByFactName).length == 0) { callback.callback(new ModelField[0]); } else { getFieldCompletions(factType, callback); } } }).getUpdates(resourcePath, imports, fgcnByFactName); } else { callback.callback(fields); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetMethodInfosForGlobalVariable() throws Exception { Callback<List<MethodInfo>> callback = spy(new Callback<List<MethodInfo>>() { @Override public void callback(List<MethodInfo> result) { assertEquals(0, result.size()); } }); oracle.getMethodInfosForGlobalVariable("giant", callback); verify(callback).callback(anyList()); }
@Override public void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback) { final String factType = packageGlobalTypes.get(varName); final List<MethodInfo> methodInformation = projectMethodInformation.get(factType); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(projectMethodInformation.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(methodInformation); } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback) { final String factType = packageGlobalTypes.get(varName); final List<MethodInfo> methodInformation = projectMethodInformation.get(factType); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(projectMethodInformation.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(methodInformation); } } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback) { final String factType = packageGlobalTypes.get(varName); final List<MethodInfo> methodInformation = projectMethodInformation.get(factType); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(projectMethodInformation.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(methodInformation); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback) { final String factType = packageGlobalTypes.get(varName); final List<MethodInfo> methodInformation = projectMethodInformation.get(factType); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(projectMethodInformation.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(methodInformation); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback) { final String factType = packageGlobalTypes.get(varName); final List<MethodInfo> methodInformation = projectMethodInformation.get(factType); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(projectMethodInformation.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(methodInformation); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetMethodInfosSortedForGlobalVariable() { Callback<List<MethodInfo>> callback = spy(new Callback<List<MethodInfo>>() { @Override public void callback(List<MethodInfo> result) { assertEquals(4, result.size()); assertEquals("build", result.get(0).getName()); assertEquals(1, result.get(0).getParams().size()); assertEquals("Integer", result.get(0).getParams().get(0)); assertEquals("build", result.get(1).getName()); assertEquals(1, result.get(1).getParams().size()); assertEquals("String", result.get(1).getParams().get(0)); assertEquals("build", result.get(2).getName()); assertEquals(2, result.get(2).getParams().size()); assertEquals("String", result.get(2).getParams().get(0)); assertEquals("Integer", result.get(2).getParams().get(1)); assertEquals("getName", result.get(3).getName()); assertEquals(0, result.get(3).getParams().size()); } }); oracle.getMethodInfosForGlobalVariable("person", callback); verify(callback).callback(anyList()); }
@Override public void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback) { final String factType = packageGlobalTypes.get(varName); final List<MethodInfo> methodInformation = projectMethodInformation.get(factType); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(projectMethodInformation.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(methodInformation); } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback) { final String factType = packageGlobalTypes.get(varName); final List<MethodInfo> methodInformation = projectMethodInformation.get(factType); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(projectMethodInformation.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(methodInformation); } } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback) { final String factType = packageGlobalTypes.get(varName); final List<MethodInfo> methodInformation = projectMethodInformation.get(factType); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(projectMethodInformation.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(methodInformation); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback) { final String factType = packageGlobalTypes.get(varName); final List<MethodInfo> methodInformation = projectMethodInformation.get(factType); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(projectMethodInformation.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(methodInformation); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback) { final String factType = packageGlobalTypes.get(varName); final List<MethodInfo> methodInformation = projectMethodInformation.get(factType); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(projectMethodInformation.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(methodInformation); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetFieldCompletionsForGlobalVariable() throws Exception { Callback<ModelField[]> callback = spy(new Callback<ModelField[]>() { @Override public void callback(ModelField[] result) { assertEquals(1, result.length); } }); oracle.getFieldCompletionsForGlobalVariable("giant", callback); verify(callback).callback(any(ModelField[].class)); }
@Override public void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback) { getFieldCompletions( getGlobalVariable(varName), new Callback<ModelField[]>() { @Override public void callback(ModelField[] result) { callback.callback(result); } }); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback) { getFieldCompletions( getGlobalVariable(varName), new Callback<ModelField[]>() { @Override public void callback(ModelField[] result) { callback.callback(result); } }); } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback) { getFieldCompletions( getGlobalVariable(varName), new Callback<ModelField[]>() { @Override public void callback(ModelField[] result) { callback.callback(result); } }); } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback) { getFieldCompletions( getGlobalVariable(varName), new Callback<ModelField[]>() { @Override public void callback(ModelField[] result) { callback.callback(result); } }); } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback) { getFieldCompletions( getGlobalVariable(varName), new Callback<ModelField[]>() { @Override public void callback(ModelField[] result) { callback.callback(result); } }); } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetMethodParamsString() throws Exception { Callback<List<String>> callback = spy(new Callback<List<String>>() { @Override public void callback(List<String> result) { assertEquals(1, result.size()); } }); oracle.getMethodParams("String", "valueOf(Integer)", callback); verify(callback).callback(anyList()); }
@Override public void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback) { final String fqcnFactName = getFQCNByFactName(factType); final List<MethodInfo> methodInformation = projectMethodInformation.get(fqcnFactName); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); final List<MethodInfo> methodInformation = projectMethodInformation.get(fqcnFactName); callback.callback(getMethodParams(methodInformation, methodNameWithParams)); } }).getUpdates(resourcePath, imports, fqcnFactName); } else { callback.callback(getMethodParams(methodInformation, methodNameWithParams)); } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback) { final String fqcnFactName = getFQCNByFactName(factType); final List<MethodInfo> methodInformation = projectMethodInformation.get(fqcnFactName); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); final List<MethodInfo> methodInformation = projectMethodInformation.get(fqcnFactName); callback.callback(getMethodParams(methodInformation, methodNameWithParams)); } }).getUpdates(resourcePath, imports, fqcnFactName); } else { callback.callback(getMethodParams(methodInformation, methodNameWithParams)); } } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback) { final String fqcnFactName = getFQCNByFactName(factType); final List<MethodInfo> methodInformation = projectMethodInformation.get(fqcnFactName); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); final List<MethodInfo> methodInformation = projectMethodInformation.get(fqcnFactName); callback.callback(getMethodParams(methodInformation, methodNameWithParams)); } }).getUpdates(resourcePath, imports, fqcnFactName); } else { callback.callback(getMethodParams(methodInformation, methodNameWithParams)); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback) { final String fqcnFactName = getFQCNByFactName(factType); final List<MethodInfo> methodInformation = projectMethodInformation.get(fqcnFactName); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); final List<MethodInfo> methodInformation = projectMethodInformation.get(fqcnFactName); callback.callback(getMethodParams(methodInformation, methodNameWithParams)); } }).getUpdates(resourcePath, imports, fqcnFactName); } else { callback.callback(getMethodParams(methodInformation, methodNameWithParams)); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback) { final String fqcnFactName = getFQCNByFactName(factType); final List<MethodInfo> methodInformation = projectMethodInformation.get(fqcnFactName); if (methodInformation == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); final List<MethodInfo> methodInformation = projectMethodInformation.get(fqcnFactName); callback.callback(getMethodParams(methodInformation, methodNameWithParams)); } }).getUpdates(resourcePath, imports, fqcnFactName); } else { callback.callback(getMethodParams(methodInformation, methodNameWithParams)); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetConnectiveOperatorCompletions() throws Exception { final Callback<String[]> connectiveOperatorsCallback = spy(new Callback<String[]>() { @Override public void callback(String[] result) { assertEquals(OperatorsOracle.STRING_CONNECTIVES.length, result.length); for (String connective : OperatorsOracle.STRING_CONNECTIVES) { boolean foundIt = false; for (String resultConnective : result) { if (connective.equals(resultConnective)) { foundIt = true; break; } } assertTrue(foundIt); } } }); Callback<ModelField[]> fieldCompletionsCallback = spy(new Callback<ModelField[]>() { @Override public void callback(ModelField[] result) { oracle.getConnectiveOperatorCompletions("Address", "street", connectiveOperatorsCallback); } }); oracle.getFieldCompletions("Address", fieldCompletionsCallback); verify(fieldCompletionsCallback).callback(any(ModelField[].class)); verify(connectiveOperatorsCallback).callback(any(String[].class)); }
@Override public void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback) { final String fieldType = getFieldType(factType, fieldName); if (fieldType == null) { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); return; } else if (fieldName.equals(DataType.TYPE_THIS)) { isFactTypeAnEvent(factType, new Callback<Boolean>() { @Override public void callback(final Boolean isFactTypeAnEvent) { if (Boolean.TRUE.equals(isFactTypeAnEvent)) { callback.callback(OracleUtils.joinArrays(OperatorsOracle.STANDARD_CONNECTIVES, OperatorsOracle.SIMPLE_CEP_CONNECTIVES, OperatorsOracle.COMPLEX_CEP_CONNECTIVES)); return; } else { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); return; } } }); } else if (fieldType.equals(DataType.TYPE_STRING)) { callback.callback(OperatorsOracle.STRING_CONNECTIVES); return; } else if (DataType.isNumeric(fieldType)) { callback.callback(OperatorsOracle.COMPARABLE_CONNECTIVES); return; } else if (DataType.isDate(fieldType)) { callback.callback(OracleUtils.joinArrays(OperatorsOracle.COMPARABLE_CONNECTIVES, OperatorsOracle.SIMPLE_CEP_CONNECTIVES)); return; } else if (fieldType.equals(DataType.TYPE_COMPARABLE)) { callback.callback(OperatorsOracle.COMPARABLE_CONNECTIVES); return; } else if (fieldType.equals(DataType.TYPE_COLLECTION)) { callback.callback(OperatorsOracle.COLLECTION_CONNECTIVES); return; } else { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback) { final String fieldType = getFieldType(factType, fieldName); if (fieldType == null) { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); return; } else if (fieldName.equals(DataType.TYPE_THIS)) { isFactTypeAnEvent(factType, new Callback<Boolean>() { @Override public void callback(final Boolean isFactTypeAnEvent) { if (Boolean.TRUE.equals(isFactTypeAnEvent)) { callback.callback(OracleUtils.joinArrays(OperatorsOracle.STANDARD_CONNECTIVES, OperatorsOracle.SIMPLE_CEP_CONNECTIVES, OperatorsOracle.COMPLEX_CEP_CONNECTIVES)); return; } else { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); return; } } }); } else if (fieldType.equals(DataType.TYPE_STRING)) { callback.callback(OperatorsOracle.STRING_CONNECTIVES); return; } else if (DataType.isNumeric(fieldType)) { callback.callback(OperatorsOracle.COMPARABLE_CONNECTIVES); return; } else if (DataType.isDate(fieldType)) { callback.callback(OracleUtils.joinArrays(OperatorsOracle.COMPARABLE_CONNECTIVES, OperatorsOracle.SIMPLE_CEP_CONNECTIVES)); return; } else if (fieldType.equals(DataType.TYPE_COMPARABLE)) { callback.callback(OperatorsOracle.COMPARABLE_CONNECTIVES); return; } else if (fieldType.equals(DataType.TYPE_COLLECTION)) { callback.callback(OperatorsOracle.COLLECTION_CONNECTIVES); return; } else { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); } } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback) { final String fieldType = getFieldType(factType, fieldName); if (fieldType == null) { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); return; } else if (fieldName.equals(DataType.TYPE_THIS)) { isFactTypeAnEvent(factType, new Callback<Boolean>() { @Override public void callback(final Boolean isFactTypeAnEvent) { if (Boolean.TRUE.equals(isFactTypeAnEvent)) { callback.callback(OracleUtils.joinArrays(OperatorsOracle.STANDARD_CONNECTIVES, OperatorsOracle.SIMPLE_CEP_CONNECTIVES, OperatorsOracle.COMPLEX_CEP_CONNECTIVES)); return; } else { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); return; } } }); } else if (fieldType.equals(DataType.TYPE_STRING)) { callback.callback(OperatorsOracle.STRING_CONNECTIVES); return; } else if (DataType.isNumeric(fieldType)) { callback.callback(OperatorsOracle.COMPARABLE_CONNECTIVES); return; } else if (DataType.isDate(fieldType)) { callback.callback(OracleUtils.joinArrays(OperatorsOracle.COMPARABLE_CONNECTIVES, OperatorsOracle.SIMPLE_CEP_CONNECTIVES)); return; } else if (fieldType.equals(DataType.TYPE_COMPARABLE)) { callback.callback(OperatorsOracle.COMPARABLE_CONNECTIVES); return; } else if (fieldType.equals(DataType.TYPE_COLLECTION)) { callback.callback(OperatorsOracle.COLLECTION_CONNECTIVES); return; } else { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback) { final String fieldType = getFieldType(factType, fieldName); if (fieldType == null) { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); return; } else if (fieldName.equals(DataType.TYPE_THIS)) { isFactTypeAnEvent(factType, new Callback<Boolean>() { @Override public void callback(final Boolean isFactTypeAnEvent) { if (Boolean.TRUE.equals(isFactTypeAnEvent)) { callback.callback(OracleUtils.joinArrays(OperatorsOracle.STANDARD_CONNECTIVES, OperatorsOracle.SIMPLE_CEP_CONNECTIVES, OperatorsOracle.COMPLEX_CEP_CONNECTIVES)); return; } else { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); return; } } }); } else if (fieldType.equals(DataType.TYPE_STRING)) { callback.callback(OperatorsOracle.STRING_CONNECTIVES); return; } else if (DataType.isNumeric(fieldType)) { callback.callback(OperatorsOracle.COMPARABLE_CONNECTIVES); return; } else if (DataType.isDate(fieldType)) { callback.callback(OracleUtils.joinArrays(OperatorsOracle.COMPARABLE_CONNECTIVES, OperatorsOracle.SIMPLE_CEP_CONNECTIVES)); return; } else if (fieldType.equals(DataType.TYPE_COMPARABLE)) { callback.callback(OperatorsOracle.COMPARABLE_CONNECTIVES); return; } else if (fieldType.equals(DataType.TYPE_COLLECTION)) { callback.callback(OperatorsOracle.COLLECTION_CONNECTIVES); return; } else { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback) { final String fieldType = getFieldType(factType, fieldName); if (fieldType == null) { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); return; } else if (fieldName.equals(DataType.TYPE_THIS)) { isFactTypeAnEvent(factType, new Callback<Boolean>() { @Override public void callback(final Boolean isFactTypeAnEvent) { if (Boolean.TRUE.equals(isFactTypeAnEvent)) { callback.callback(OracleUtils.joinArrays(OperatorsOracle.STANDARD_CONNECTIVES, OperatorsOracle.SIMPLE_CEP_CONNECTIVES, OperatorsOracle.COMPLEX_CEP_CONNECTIVES)); return; } else { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); return; } } }); } else if (fieldType.equals(DataType.TYPE_STRING)) { callback.callback(OperatorsOracle.STRING_CONNECTIVES); return; } else if (DataType.isNumeric(fieldType)) { callback.callback(OperatorsOracle.COMPARABLE_CONNECTIVES); return; } else if (DataType.isDate(fieldType)) { callback.callback(OracleUtils.joinArrays(OperatorsOracle.COMPARABLE_CONNECTIVES, OperatorsOracle.SIMPLE_CEP_CONNECTIVES)); return; } else if (fieldType.equals(DataType.TYPE_COMPARABLE)) { callback.callback(OperatorsOracle.COMPARABLE_CONNECTIVES); return; } else if (fieldType.equals(DataType.TYPE_COLLECTION)) { callback.callback(OperatorsOracle.COLLECTION_CONNECTIVES); return; } else { callback.callback(OperatorsOracle.STANDARD_CONNECTIVES); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetNamedElementWhenNamedIsNotPresent() { final Node node = mock(Node.class); final View content = mock(View.class); final Object namedElement = mock(Object.class); when(node.getContent()).thenReturn(content); when(content.getDefinition()).thenReturn(namedElement); final Optional<NamedElement> actualNamed = nodeTextSetter.getNamedElement(node); assertFalse(actualNamed.isPresent()); }
Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); }
NodeTextSetter { Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); } }
NodeTextSetter { Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); }
NodeTextSetter { Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); TextPropertyProviderFactory getTextPropertyProviderFactory(); void setText(final String newText, final Node node); }
NodeTextSetter { Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); TextPropertyProviderFactory getTextPropertyProviderFactory(); void setText(final String newText, final Node node); }
@Test public void testGetSuperTypes() { Callback<List<String>> getSuperTypesCallback = spy(new Callback<List<String>>() { @Override public void callback(List<String> result) { assertEquals(2, result.size()); assertEquals("org.test.GrandParent", result.get(0)); assertEquals("org.test.Parent", result.get(1)); } }); oracle.getSuperTypes("Person", getSuperTypesCallback); verify(getSuperTypesCallback).callback(anyList()); }
@Override public void getSuperTypes(final String factType, final Callback<List<String>> callback) { final List<String> superTypes = filteredSuperTypes.get(factType); if (superTypes == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(filteredSuperTypes.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(superTypes); } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getSuperTypes(final String factType, final Callback<List<String>> callback) { final List<String> superTypes = filteredSuperTypes.get(factType); if (superTypes == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(filteredSuperTypes.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(superTypes); } } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getSuperTypes(final String factType, final Callback<List<String>> callback) { final List<String> superTypes = filteredSuperTypes.get(factType); if (superTypes == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(filteredSuperTypes.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(superTypes); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getSuperTypes(final String factType, final Callback<List<String>> callback) { final List<String> superTypes = filteredSuperTypes.get(factType); if (superTypes == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(filteredSuperTypes.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(superTypes); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public void getSuperTypes(final String factType, final Callback<List<String>> callback) { final List<String> superTypes = filteredSuperTypes.get(factType); if (superTypes == null) { service.call(new RemoteCallback<PackageDataModelOracleIncrementalPayload>() { @Override public void callback(final PackageDataModelOracleIncrementalPayload dataModel) { AsyncPackageDataModelOracleUtilities.populateDataModelOracle(AsyncPackageDataModelOracleImpl.this, dataModel); callback.callback(filteredSuperTypes.get(factType)); } }).getUpdates(resourcePath, imports, factType); } else { callback.callback(superTypes); } } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testGetPackageNames() { List<String> packageNames = oracle.getPackageNames(); assertEquals(3, packageNames.size()); assertEquals("com.test", packageNames.get(0)); assertEquals("io.test", packageNames.get(1)); assertEquals("org.test", packageNames.get(2)); }
@Override public List<String> getPackageNames() { return packageNames; }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public List<String> getPackageNames() { return packageNames; } }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public List<String> getPackageNames() { return packageNames; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public List<String> getPackageNames() { return packageNames; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
AsyncPackageDataModelOracleImpl implements AsyncPackageDataModelOracle { @Override public List<String> getPackageNames() { return packageNames; } @Inject AsyncPackageDataModelOracleImpl(final Caller<IncrementalDataModelService> service, final Instance<DynamicValidator> validatorInstance); Map<String, ModelField[]> getFilteredFactTypes(); @Override void init(final Path resourcePath); @Override Path getResourcePath(); @Override List<String> getPackageNames(); @Override String[] getFactTypes(); @Override String[] getAllFactTypes(); @Override String[] getInternalFactTypes(); @Override String[] getExternalFactTypes(); String getFQCNByFactName(final String factName); @Override String getFactNameFromType(final String type); @Override boolean isFactTypeRecognized(final String factType); @Override void isFactTypeAnEvent(final String factType, final Callback<Boolean> callback); @Override void getTypeSource(final String factType, final Callback<TypeSource> callback); @Override void getSuperType(final String factType, final Callback<String> callback); @Override void getSuperTypes(final String factType, final Callback<List<String>> callback); @Override void getTypeAnnotations(final String factType, final Callback<Set<Annotation>> callback); @Override void getTypeFieldsAnnotations(final String factType, final Callback<Map<String, Set<Annotation>>> callback); @Override void validateField(final String factType, final String fieldName, final T value, final Callback<Set<ConstraintViolation<T>>> callback); @Override void getFieldCompletions(final String factType, final Callback<ModelField[]> callback); @Override void getFieldCompletions(final String factType, final FieldAccessorsAndMutators accessorOrMutator, final Callback<ModelField[]> callback); @Override String getFieldType(final String modelClassName, final String fieldName); @Override String getFieldClassName(final String modelClassName, final String fieldName); @Override String getParametricFieldType(final String factType, final String fieldName); @Override void getOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getConnectiveOperatorCompletions(final String factType, final String fieldName, final Callback<String[]> callback); @Override void getMethodInfos(final String factType, final Callback<List<MethodInfo>> callback); @Override void getMethodInfos(final String factType, final int parameterCount, final Callback<List<MethodInfo>> callback); @Override void getMethodParams(final String factType, final String methodNameWithParams, final Callback<List<String>> callback); @Override void getMethodInfo(final String factType, final String methodNameWithParams, final Callback<MethodInfo> callback); @Override String[] getGlobalVariables(); @Override String getGlobalVariable(final String name); @Override boolean isGlobalVariable(final String name); @Override void getFieldCompletionsForGlobalVariable(final String varName, final Callback<ModelField[]> callback); @Override void getMethodInfosForGlobalVariable(final String varName, final Callback<List<MethodInfo>> callback); @Override String[] getGlobalCollections(); @Override List<String> getAvailableCollectionTypes(); @Override List<DSLSentence> getDSLConditions(); @Override List<DSLSentence> getDSLActions(); @Override DropDownData getEnums(final String type, final String field); @Override DropDownData getEnums(final String type, final String field, final Map<String, String> currentValueMap); @Override String[] getEnumValues(String factType, String factField); @Override boolean hasEnums(final String factType, final String field); @Override boolean hasEnums(final String qualifiedFactField); @Override boolean isDependentEnum(final String factType, final String parentField, final String childField); @Override void filter(final Imports imports); @Override void filter(); @Override void setModuleName(final String moduleName); @Override void setPackageName(final String packageName); @Override void addModelFields(final Map<String, ModelField[]> modelFields); @Override void addFieldParametersType(final Map<String, String> fieldParametersType); @Override void addEventTypes(final Map<String, Boolean> eventTypes); @Override void addTypeSources(final Map<String, TypeSource> typeSources); @Override void addSuperTypes(final Map<String, List<String>> superTypes); @Override void addTypeAnnotations(final Map<String, Set<Annotation>> annotations); @Override void addTypeFieldsAnnotations(final Map<String, Map<String, Set<Annotation>>> typeFieldsAnnotations); @Override void addJavaEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addMethodInformation(final Map<String, List<MethodInfo>> methodInformation); @Override void addCollectionTypes(final Map<String, Boolean> collectionTypes); @Override void addPackageNames(final List<String> packageNames); @Override void addWorkbenchEnumDefinitions(final Map<String, String[]> dataEnumLists); @Override void addDslConditionSentences(final List<DSLSentence> dslConditionSentences); @Override void addDslActionSentences(final List<DSLSentence> dslActionSentences); @Override void addGlobals(final Map<String, String> packageGlobalTypes); }
@Test public void testFilterModelFieldsFactsShareNameInDifferentPackagesAnotherOneIsInCurrentPackage() throws Exception { Map<String, ModelField[]> projectModelFields = new TreeMap<String, ModelField[]>(); projectModelFields.put("org.test.Person", new ModelField[]{getModelField("Person", "org.test.Person")}); projectModelFields.put("org.test.sub.Person", new ModelField[]{getModelField("Person", "org.test.sub.Person")}); projectModelFields.put("org.test.sub.Address", new ModelField[]{getModelField("Address", "org.test.sub.Address")}); projectModelFields.put("org.test.Address", new ModelField[]{getModelField("Address", "org.test.Address")}); FactNameToFQCNHandleRegistry registry = new FactNameToFQCNHandleRegistry(); AsyncPackageDataModelOracleUtilities.filterModelFields( "org.test.sub", new Imports(), projectModelFields, registry); assertEquals("org.test.sub.Person", registry.get("Person")); assertEquals("org.test.sub.Address", registry.get("Address")); }
public static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry) { final Map<String, ModelField[]> scopedModelFields = new HashMap<String, ModelField[]>(); for (Map.Entry<String, ModelField[]> entry : projectModelFields.entrySet()) { final String mfQualifiedType = entry.getKey(); final String mfPackageName = getPackageName(mfQualifiedType); final String mfTypeName = getTypeName(mfQualifiedType); if (registry.contains(mfTypeName)) { final Set<String> importStrings = imports.getImportStrings(); if (mfPackageName.equals(packageName) || importStrings.contains(mfQualifiedType)) { registry.add(mfTypeName, mfQualifiedType); } } else { registry.add(mfTypeName, mfQualifiedType); } if (mfPackageName.equals(packageName) || isImported(mfQualifiedType, imports)) { scopedModelFields.put(mfTypeName, correctModelFields(packageName, entry.getValue(), imports)); } } return scopedModelFields; }
AsyncPackageDataModelOracleUtilities { public static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry) { final Map<String, ModelField[]> scopedModelFields = new HashMap<String, ModelField[]>(); for (Map.Entry<String, ModelField[]> entry : projectModelFields.entrySet()) { final String mfQualifiedType = entry.getKey(); final String mfPackageName = getPackageName(mfQualifiedType); final String mfTypeName = getTypeName(mfQualifiedType); if (registry.contains(mfTypeName)) { final Set<String> importStrings = imports.getImportStrings(); if (mfPackageName.equals(packageName) || importStrings.contains(mfQualifiedType)) { registry.add(mfTypeName, mfQualifiedType); } } else { registry.add(mfTypeName, mfQualifiedType); } if (mfPackageName.equals(packageName) || isImported(mfQualifiedType, imports)) { scopedModelFields.put(mfTypeName, correctModelFields(packageName, entry.getValue(), imports)); } } return scopedModelFields; } }
AsyncPackageDataModelOracleUtilities { public static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry) { final Map<String, ModelField[]> scopedModelFields = new HashMap<String, ModelField[]>(); for (Map.Entry<String, ModelField[]> entry : projectModelFields.entrySet()) { final String mfQualifiedType = entry.getKey(); final String mfPackageName = getPackageName(mfQualifiedType); final String mfTypeName = getTypeName(mfQualifiedType); if (registry.contains(mfTypeName)) { final Set<String> importStrings = imports.getImportStrings(); if (mfPackageName.equals(packageName) || importStrings.contains(mfQualifiedType)) { registry.add(mfTypeName, mfQualifiedType); } } else { registry.add(mfTypeName, mfQualifiedType); } if (mfPackageName.equals(packageName) || isImported(mfQualifiedType, imports)) { scopedModelFields.put(mfTypeName, correctModelFields(packageName, entry.getValue(), imports)); } } return scopedModelFields; } }
AsyncPackageDataModelOracleUtilities { public static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry) { final Map<String, ModelField[]> scopedModelFields = new HashMap<String, ModelField[]>(); for (Map.Entry<String, ModelField[]> entry : projectModelFields.entrySet()) { final String mfQualifiedType = entry.getKey(); final String mfPackageName = getPackageName(mfQualifiedType); final String mfTypeName = getTypeName(mfQualifiedType); if (registry.contains(mfTypeName)) { final Set<String> importStrings = imports.getImportStrings(); if (mfPackageName.equals(packageName) || importStrings.contains(mfQualifiedType)) { registry.add(mfTypeName, mfQualifiedType); } } else { registry.add(mfTypeName, mfQualifiedType); } if (mfPackageName.equals(packageName) || isImported(mfQualifiedType, imports)) { scopedModelFields.put(mfTypeName, correctModelFields(packageName, entry.getValue(), imports)); } } return scopedModelFields; } static void populateDataModelOracle(final AsyncPackageDataModelOracle oracle, final PackageDataModelOracleIncrementalPayload payload); static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry); static Map<String, Boolean> filterCollectionTypes(final String packageName, final Imports imports, final Map<String, Boolean> projectCollectionTypes); static Map<String, String> filterGlobalTypes(final String packageName, final Imports imports, final Map<String, String> packageGlobalTypes); static Map<String, Boolean> filterEventTypes(final String packageName, final Imports imports, final Map<String, Boolean> projectEventTypes); static Map<String, TypeSource> filterTypeSources(final String packageName, final Imports imports, final Map<String, TypeSource> projectTypeSources); static Map<String, List<String>> filterSuperTypes(final String packageName, final Imports imports, final Map<String, List<String>> projectSuperTypes); static Map<String, Set<Annotation>> filterTypeAnnotations(final String packageName, final Imports imports, final Map<String, Set<Annotation>> projectTypeAnnotations); static Map<String, Map<String, Set<Annotation>>> filterTypeFieldsAnnotations(final String packageName, final Imports imports, final Map<String, Map<String, Set<Annotation>>> projectTypeFieldsAnnotations); static Map<String, String[]> filterEnumDefinitions(final String packageName, final Imports imports, final Map<String, String[]> enumDefinitions); static void visitMethodInformation(final Map<String, List<MethodInfo>> projectMethodInformation, final FactNameToFQCNHandleRegistry registry); static Map<String, String> filterFieldParametersTypes(final String packageName, final Imports imports, final Map<String, String> projectFieldParametersTypes); static String getPackageName(final String qualifiedType); static String getTypeName(final String qualifiedType); static ModelField[] correctModelFields(final String packageName, final ModelField[] originalModelFields, final Imports imports); static ModelField correctModelFields(final String packageName, final Imports imports, final ModelField mf); static MethodInfo correctMethodInformation(final String packageName, final MethodInfo originalMethodInformation, final Imports imports); static List<MethodInfo> correctMethodInformation(final String packageName, final List<MethodInfo> originalMethodInformation, final Imports imports); }
AsyncPackageDataModelOracleUtilities { public static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry) { final Map<String, ModelField[]> scopedModelFields = new HashMap<String, ModelField[]>(); for (Map.Entry<String, ModelField[]> entry : projectModelFields.entrySet()) { final String mfQualifiedType = entry.getKey(); final String mfPackageName = getPackageName(mfQualifiedType); final String mfTypeName = getTypeName(mfQualifiedType); if (registry.contains(mfTypeName)) { final Set<String> importStrings = imports.getImportStrings(); if (mfPackageName.equals(packageName) || importStrings.contains(mfQualifiedType)) { registry.add(mfTypeName, mfQualifiedType); } } else { registry.add(mfTypeName, mfQualifiedType); } if (mfPackageName.equals(packageName) || isImported(mfQualifiedType, imports)) { scopedModelFields.put(mfTypeName, correctModelFields(packageName, entry.getValue(), imports)); } } return scopedModelFields; } static void populateDataModelOracle(final AsyncPackageDataModelOracle oracle, final PackageDataModelOracleIncrementalPayload payload); static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry); static Map<String, Boolean> filterCollectionTypes(final String packageName, final Imports imports, final Map<String, Boolean> projectCollectionTypes); static Map<String, String> filterGlobalTypes(final String packageName, final Imports imports, final Map<String, String> packageGlobalTypes); static Map<String, Boolean> filterEventTypes(final String packageName, final Imports imports, final Map<String, Boolean> projectEventTypes); static Map<String, TypeSource> filterTypeSources(final String packageName, final Imports imports, final Map<String, TypeSource> projectTypeSources); static Map<String, List<String>> filterSuperTypes(final String packageName, final Imports imports, final Map<String, List<String>> projectSuperTypes); static Map<String, Set<Annotation>> filterTypeAnnotations(final String packageName, final Imports imports, final Map<String, Set<Annotation>> projectTypeAnnotations); static Map<String, Map<String, Set<Annotation>>> filterTypeFieldsAnnotations(final String packageName, final Imports imports, final Map<String, Map<String, Set<Annotation>>> projectTypeFieldsAnnotations); static Map<String, String[]> filterEnumDefinitions(final String packageName, final Imports imports, final Map<String, String[]> enumDefinitions); static void visitMethodInformation(final Map<String, List<MethodInfo>> projectMethodInformation, final FactNameToFQCNHandleRegistry registry); static Map<String, String> filterFieldParametersTypes(final String packageName, final Imports imports, final Map<String, String> projectFieldParametersTypes); static String getPackageName(final String qualifiedType); static String getTypeName(final String qualifiedType); static ModelField[] correctModelFields(final String packageName, final ModelField[] originalModelFields, final Imports imports); static ModelField correctModelFields(final String packageName, final Imports imports, final ModelField mf); static MethodInfo correctMethodInformation(final String packageName, final MethodInfo originalMethodInformation, final Imports imports); static List<MethodInfo> correctMethodInformation(final String packageName, final List<MethodInfo> originalMethodInformation, final Imports imports); }
@Test public void testFilterModelFieldsFactsShareNameInDifferentPackagesAnotherOneIsImported() throws Exception { Map<String, ModelField[]> projectModelFields = new TreeMap<String, ModelField[]>(); projectModelFields.put("org.test.Person", new ModelField[]{getModelField("Person", "org.test.Person")}); projectModelFields.put("org.test.sub.Person", new ModelField[]{getModelField("Person", "org.test.sub.Person")}); projectModelFields.put("org.test.sub.Address", new ModelField[]{getModelField("Address", "org.test.sub.Address")}); projectModelFields.put("org.test.Address", new ModelField[]{getModelField("Address", "org.test.Address")}); FactNameToFQCNHandleRegistry registry = new FactNameToFQCNHandleRegistry(); Imports imports = new Imports(); imports.addImport(new Import("org.test.sub.Person")); imports.addImport(new Import("org.test.sub.Address")); AsyncPackageDataModelOracleUtilities.filterModelFields( "org.another", imports, projectModelFields, registry); assertEquals("org.test.sub.Person", registry.get("Person")); assertEquals("org.test.sub.Address", registry.get("Address")); }
public static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry) { final Map<String, ModelField[]> scopedModelFields = new HashMap<String, ModelField[]>(); for (Map.Entry<String, ModelField[]> entry : projectModelFields.entrySet()) { final String mfQualifiedType = entry.getKey(); final String mfPackageName = getPackageName(mfQualifiedType); final String mfTypeName = getTypeName(mfQualifiedType); if (registry.contains(mfTypeName)) { final Set<String> importStrings = imports.getImportStrings(); if (mfPackageName.equals(packageName) || importStrings.contains(mfQualifiedType)) { registry.add(mfTypeName, mfQualifiedType); } } else { registry.add(mfTypeName, mfQualifiedType); } if (mfPackageName.equals(packageName) || isImported(mfQualifiedType, imports)) { scopedModelFields.put(mfTypeName, correctModelFields(packageName, entry.getValue(), imports)); } } return scopedModelFields; }
AsyncPackageDataModelOracleUtilities { public static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry) { final Map<String, ModelField[]> scopedModelFields = new HashMap<String, ModelField[]>(); for (Map.Entry<String, ModelField[]> entry : projectModelFields.entrySet()) { final String mfQualifiedType = entry.getKey(); final String mfPackageName = getPackageName(mfQualifiedType); final String mfTypeName = getTypeName(mfQualifiedType); if (registry.contains(mfTypeName)) { final Set<String> importStrings = imports.getImportStrings(); if (mfPackageName.equals(packageName) || importStrings.contains(mfQualifiedType)) { registry.add(mfTypeName, mfQualifiedType); } } else { registry.add(mfTypeName, mfQualifiedType); } if (mfPackageName.equals(packageName) || isImported(mfQualifiedType, imports)) { scopedModelFields.put(mfTypeName, correctModelFields(packageName, entry.getValue(), imports)); } } return scopedModelFields; } }
AsyncPackageDataModelOracleUtilities { public static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry) { final Map<String, ModelField[]> scopedModelFields = new HashMap<String, ModelField[]>(); for (Map.Entry<String, ModelField[]> entry : projectModelFields.entrySet()) { final String mfQualifiedType = entry.getKey(); final String mfPackageName = getPackageName(mfQualifiedType); final String mfTypeName = getTypeName(mfQualifiedType); if (registry.contains(mfTypeName)) { final Set<String> importStrings = imports.getImportStrings(); if (mfPackageName.equals(packageName) || importStrings.contains(mfQualifiedType)) { registry.add(mfTypeName, mfQualifiedType); } } else { registry.add(mfTypeName, mfQualifiedType); } if (mfPackageName.equals(packageName) || isImported(mfQualifiedType, imports)) { scopedModelFields.put(mfTypeName, correctModelFields(packageName, entry.getValue(), imports)); } } return scopedModelFields; } }
AsyncPackageDataModelOracleUtilities { public static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry) { final Map<String, ModelField[]> scopedModelFields = new HashMap<String, ModelField[]>(); for (Map.Entry<String, ModelField[]> entry : projectModelFields.entrySet()) { final String mfQualifiedType = entry.getKey(); final String mfPackageName = getPackageName(mfQualifiedType); final String mfTypeName = getTypeName(mfQualifiedType); if (registry.contains(mfTypeName)) { final Set<String> importStrings = imports.getImportStrings(); if (mfPackageName.equals(packageName) || importStrings.contains(mfQualifiedType)) { registry.add(mfTypeName, mfQualifiedType); } } else { registry.add(mfTypeName, mfQualifiedType); } if (mfPackageName.equals(packageName) || isImported(mfQualifiedType, imports)) { scopedModelFields.put(mfTypeName, correctModelFields(packageName, entry.getValue(), imports)); } } return scopedModelFields; } static void populateDataModelOracle(final AsyncPackageDataModelOracle oracle, final PackageDataModelOracleIncrementalPayload payload); static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry); static Map<String, Boolean> filterCollectionTypes(final String packageName, final Imports imports, final Map<String, Boolean> projectCollectionTypes); static Map<String, String> filterGlobalTypes(final String packageName, final Imports imports, final Map<String, String> packageGlobalTypes); static Map<String, Boolean> filterEventTypes(final String packageName, final Imports imports, final Map<String, Boolean> projectEventTypes); static Map<String, TypeSource> filterTypeSources(final String packageName, final Imports imports, final Map<String, TypeSource> projectTypeSources); static Map<String, List<String>> filterSuperTypes(final String packageName, final Imports imports, final Map<String, List<String>> projectSuperTypes); static Map<String, Set<Annotation>> filterTypeAnnotations(final String packageName, final Imports imports, final Map<String, Set<Annotation>> projectTypeAnnotations); static Map<String, Map<String, Set<Annotation>>> filterTypeFieldsAnnotations(final String packageName, final Imports imports, final Map<String, Map<String, Set<Annotation>>> projectTypeFieldsAnnotations); static Map<String, String[]> filterEnumDefinitions(final String packageName, final Imports imports, final Map<String, String[]> enumDefinitions); static void visitMethodInformation(final Map<String, List<MethodInfo>> projectMethodInformation, final FactNameToFQCNHandleRegistry registry); static Map<String, String> filterFieldParametersTypes(final String packageName, final Imports imports, final Map<String, String> projectFieldParametersTypes); static String getPackageName(final String qualifiedType); static String getTypeName(final String qualifiedType); static ModelField[] correctModelFields(final String packageName, final ModelField[] originalModelFields, final Imports imports); static ModelField correctModelFields(final String packageName, final Imports imports, final ModelField mf); static MethodInfo correctMethodInformation(final String packageName, final MethodInfo originalMethodInformation, final Imports imports); static List<MethodInfo> correctMethodInformation(final String packageName, final List<MethodInfo> originalMethodInformation, final Imports imports); }
AsyncPackageDataModelOracleUtilities { public static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry) { final Map<String, ModelField[]> scopedModelFields = new HashMap<String, ModelField[]>(); for (Map.Entry<String, ModelField[]> entry : projectModelFields.entrySet()) { final String mfQualifiedType = entry.getKey(); final String mfPackageName = getPackageName(mfQualifiedType); final String mfTypeName = getTypeName(mfQualifiedType); if (registry.contains(mfTypeName)) { final Set<String> importStrings = imports.getImportStrings(); if (mfPackageName.equals(packageName) || importStrings.contains(mfQualifiedType)) { registry.add(mfTypeName, mfQualifiedType); } } else { registry.add(mfTypeName, mfQualifiedType); } if (mfPackageName.equals(packageName) || isImported(mfQualifiedType, imports)) { scopedModelFields.put(mfTypeName, correctModelFields(packageName, entry.getValue(), imports)); } } return scopedModelFields; } static void populateDataModelOracle(final AsyncPackageDataModelOracle oracle, final PackageDataModelOracleIncrementalPayload payload); static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry); static Map<String, Boolean> filterCollectionTypes(final String packageName, final Imports imports, final Map<String, Boolean> projectCollectionTypes); static Map<String, String> filterGlobalTypes(final String packageName, final Imports imports, final Map<String, String> packageGlobalTypes); static Map<String, Boolean> filterEventTypes(final String packageName, final Imports imports, final Map<String, Boolean> projectEventTypes); static Map<String, TypeSource> filterTypeSources(final String packageName, final Imports imports, final Map<String, TypeSource> projectTypeSources); static Map<String, List<String>> filterSuperTypes(final String packageName, final Imports imports, final Map<String, List<String>> projectSuperTypes); static Map<String, Set<Annotation>> filterTypeAnnotations(final String packageName, final Imports imports, final Map<String, Set<Annotation>> projectTypeAnnotations); static Map<String, Map<String, Set<Annotation>>> filterTypeFieldsAnnotations(final String packageName, final Imports imports, final Map<String, Map<String, Set<Annotation>>> projectTypeFieldsAnnotations); static Map<String, String[]> filterEnumDefinitions(final String packageName, final Imports imports, final Map<String, String[]> enumDefinitions); static void visitMethodInformation(final Map<String, List<MethodInfo>> projectMethodInformation, final FactNameToFQCNHandleRegistry registry); static Map<String, String> filterFieldParametersTypes(final String packageName, final Imports imports, final Map<String, String> projectFieldParametersTypes); static String getPackageName(final String qualifiedType); static String getTypeName(final String qualifiedType); static ModelField[] correctModelFields(final String packageName, final ModelField[] originalModelFields, final Imports imports); static ModelField correctModelFields(final String packageName, final Imports imports, final ModelField mf); static MethodInfo correctMethodInformation(final String packageName, final MethodInfo originalMethodInformation, final Imports imports); static List<MethodInfo> correctMethodInformation(final String packageName, final List<MethodInfo> originalMethodInformation, final Imports imports); }
@Test public void testFilterSuperTypes() { Map<String, List<String>> projectSuperTypes = new HashMap<String, List<String>>(); projectSuperTypes.put("org.test.Person", Arrays.asList(new String[]{"org.test.GrandParent", "org.test.Parent"})); projectSuperTypes.put("org.test.sub.Person", Arrays.asList(new String[]{"org.test.sub.GrandParent", "org.test.sub.Parent"})); projectSuperTypes.put("org.test.sub.Address", Arrays.asList(new String[]{"org.test.sub.Location"})); projectSuperTypes.put("org.test.Address", Arrays.asList(new String[]{"org.test.Location"})); Imports imports = new Imports(); imports.addImport(new Import("org.test.sub.Person")); imports.addImport(new Import("org.test.sub.Address")); Map<String, List<String>> filterSuperTypes = AsyncPackageDataModelOracleUtilities.filterSuperTypes( "org.another", imports, projectSuperTypes); assertEquals(2, filterSuperTypes.size()); assertContains("Person", filterSuperTypes.keySet()); assertContains("Address", filterSuperTypes.keySet()); final List<String> personSuperTypes = filterSuperTypes.get("Person"); assertEquals(2, personSuperTypes.size()); assertEquals("org.test.sub.GrandParent", personSuperTypes.get(0)); assertEquals("org.test.sub.Parent", personSuperTypes.get(1)); final List<String> addressSuperTypes = filterSuperTypes.get("Address"); assertEquals(1, addressSuperTypes.size()); assertEquals("org.test.sub.Location", addressSuperTypes.get(0)); }
public static Map<String, List<String>> filterSuperTypes(final String packageName, final Imports imports, final Map<String, List<String>> projectSuperTypes) { final Map<String, List<String>> scopedSuperTypes = new HashMap<String, List<String>>(); for (Map.Entry<String, List<String>> e : projectSuperTypes.entrySet()) { final String typeQualifiedType = e.getKey(); final String typePackageName = getPackageName(typeQualifiedType); final String typeTypeName = getTypeName(typeQualifiedType); final List<String> superTypeQualifiedTypes = e.getValue(); if (superTypeQualifiedTypes == null) { if (typePackageName.equals(packageName) || isImported(typeQualifiedType, imports)) { scopedSuperTypes.put(typeTypeName, superTypeQualifiedTypes); } } else { if (typePackageName.equals(packageName) || isImported(typeQualifiedType, imports)) { ArrayList<String> result = new ArrayList<String>(); for (String superTypeQualifiedType : superTypeQualifiedTypes) { final String superTypePackageName = getPackageName(superTypeQualifiedType); final String superTypeTypeName = getTypeName(superTypeQualifiedType); if (superTypePackageName.equals(packageName) || isImported(superTypeQualifiedType, imports)) { result.add(superTypeTypeName); } else { result.add(superTypeQualifiedType); } } scopedSuperTypes.put(typeTypeName, result); } } } return scopedSuperTypes; }
AsyncPackageDataModelOracleUtilities { public static Map<String, List<String>> filterSuperTypes(final String packageName, final Imports imports, final Map<String, List<String>> projectSuperTypes) { final Map<String, List<String>> scopedSuperTypes = new HashMap<String, List<String>>(); for (Map.Entry<String, List<String>> e : projectSuperTypes.entrySet()) { final String typeQualifiedType = e.getKey(); final String typePackageName = getPackageName(typeQualifiedType); final String typeTypeName = getTypeName(typeQualifiedType); final List<String> superTypeQualifiedTypes = e.getValue(); if (superTypeQualifiedTypes == null) { if (typePackageName.equals(packageName) || isImported(typeQualifiedType, imports)) { scopedSuperTypes.put(typeTypeName, superTypeQualifiedTypes); } } else { if (typePackageName.equals(packageName) || isImported(typeQualifiedType, imports)) { ArrayList<String> result = new ArrayList<String>(); for (String superTypeQualifiedType : superTypeQualifiedTypes) { final String superTypePackageName = getPackageName(superTypeQualifiedType); final String superTypeTypeName = getTypeName(superTypeQualifiedType); if (superTypePackageName.equals(packageName) || isImported(superTypeQualifiedType, imports)) { result.add(superTypeTypeName); } else { result.add(superTypeQualifiedType); } } scopedSuperTypes.put(typeTypeName, result); } } } return scopedSuperTypes; } }
AsyncPackageDataModelOracleUtilities { public static Map<String, List<String>> filterSuperTypes(final String packageName, final Imports imports, final Map<String, List<String>> projectSuperTypes) { final Map<String, List<String>> scopedSuperTypes = new HashMap<String, List<String>>(); for (Map.Entry<String, List<String>> e : projectSuperTypes.entrySet()) { final String typeQualifiedType = e.getKey(); final String typePackageName = getPackageName(typeQualifiedType); final String typeTypeName = getTypeName(typeQualifiedType); final List<String> superTypeQualifiedTypes = e.getValue(); if (superTypeQualifiedTypes == null) { if (typePackageName.equals(packageName) || isImported(typeQualifiedType, imports)) { scopedSuperTypes.put(typeTypeName, superTypeQualifiedTypes); } } else { if (typePackageName.equals(packageName) || isImported(typeQualifiedType, imports)) { ArrayList<String> result = new ArrayList<String>(); for (String superTypeQualifiedType : superTypeQualifiedTypes) { final String superTypePackageName = getPackageName(superTypeQualifiedType); final String superTypeTypeName = getTypeName(superTypeQualifiedType); if (superTypePackageName.equals(packageName) || isImported(superTypeQualifiedType, imports)) { result.add(superTypeTypeName); } else { result.add(superTypeQualifiedType); } } scopedSuperTypes.put(typeTypeName, result); } } } return scopedSuperTypes; } }
AsyncPackageDataModelOracleUtilities { public static Map<String, List<String>> filterSuperTypes(final String packageName, final Imports imports, final Map<String, List<String>> projectSuperTypes) { final Map<String, List<String>> scopedSuperTypes = new HashMap<String, List<String>>(); for (Map.Entry<String, List<String>> e : projectSuperTypes.entrySet()) { final String typeQualifiedType = e.getKey(); final String typePackageName = getPackageName(typeQualifiedType); final String typeTypeName = getTypeName(typeQualifiedType); final List<String> superTypeQualifiedTypes = e.getValue(); if (superTypeQualifiedTypes == null) { if (typePackageName.equals(packageName) || isImported(typeQualifiedType, imports)) { scopedSuperTypes.put(typeTypeName, superTypeQualifiedTypes); } } else { if (typePackageName.equals(packageName) || isImported(typeQualifiedType, imports)) { ArrayList<String> result = new ArrayList<String>(); for (String superTypeQualifiedType : superTypeQualifiedTypes) { final String superTypePackageName = getPackageName(superTypeQualifiedType); final String superTypeTypeName = getTypeName(superTypeQualifiedType); if (superTypePackageName.equals(packageName) || isImported(superTypeQualifiedType, imports)) { result.add(superTypeTypeName); } else { result.add(superTypeQualifiedType); } } scopedSuperTypes.put(typeTypeName, result); } } } return scopedSuperTypes; } static void populateDataModelOracle(final AsyncPackageDataModelOracle oracle, final PackageDataModelOracleIncrementalPayload payload); static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry); static Map<String, Boolean> filterCollectionTypes(final String packageName, final Imports imports, final Map<String, Boolean> projectCollectionTypes); static Map<String, String> filterGlobalTypes(final String packageName, final Imports imports, final Map<String, String> packageGlobalTypes); static Map<String, Boolean> filterEventTypes(final String packageName, final Imports imports, final Map<String, Boolean> projectEventTypes); static Map<String, TypeSource> filterTypeSources(final String packageName, final Imports imports, final Map<String, TypeSource> projectTypeSources); static Map<String, List<String>> filterSuperTypes(final String packageName, final Imports imports, final Map<String, List<String>> projectSuperTypes); static Map<String, Set<Annotation>> filterTypeAnnotations(final String packageName, final Imports imports, final Map<String, Set<Annotation>> projectTypeAnnotations); static Map<String, Map<String, Set<Annotation>>> filterTypeFieldsAnnotations(final String packageName, final Imports imports, final Map<String, Map<String, Set<Annotation>>> projectTypeFieldsAnnotations); static Map<String, String[]> filterEnumDefinitions(final String packageName, final Imports imports, final Map<String, String[]> enumDefinitions); static void visitMethodInformation(final Map<String, List<MethodInfo>> projectMethodInformation, final FactNameToFQCNHandleRegistry registry); static Map<String, String> filterFieldParametersTypes(final String packageName, final Imports imports, final Map<String, String> projectFieldParametersTypes); static String getPackageName(final String qualifiedType); static String getTypeName(final String qualifiedType); static ModelField[] correctModelFields(final String packageName, final ModelField[] originalModelFields, final Imports imports); static ModelField correctModelFields(final String packageName, final Imports imports, final ModelField mf); static MethodInfo correctMethodInformation(final String packageName, final MethodInfo originalMethodInformation, final Imports imports); static List<MethodInfo> correctMethodInformation(final String packageName, final List<MethodInfo> originalMethodInformation, final Imports imports); }
AsyncPackageDataModelOracleUtilities { public static Map<String, List<String>> filterSuperTypes(final String packageName, final Imports imports, final Map<String, List<String>> projectSuperTypes) { final Map<String, List<String>> scopedSuperTypes = new HashMap<String, List<String>>(); for (Map.Entry<String, List<String>> e : projectSuperTypes.entrySet()) { final String typeQualifiedType = e.getKey(); final String typePackageName = getPackageName(typeQualifiedType); final String typeTypeName = getTypeName(typeQualifiedType); final List<String> superTypeQualifiedTypes = e.getValue(); if (superTypeQualifiedTypes == null) { if (typePackageName.equals(packageName) || isImported(typeQualifiedType, imports)) { scopedSuperTypes.put(typeTypeName, superTypeQualifiedTypes); } } else { if (typePackageName.equals(packageName) || isImported(typeQualifiedType, imports)) { ArrayList<String> result = new ArrayList<String>(); for (String superTypeQualifiedType : superTypeQualifiedTypes) { final String superTypePackageName = getPackageName(superTypeQualifiedType); final String superTypeTypeName = getTypeName(superTypeQualifiedType); if (superTypePackageName.equals(packageName) || isImported(superTypeQualifiedType, imports)) { result.add(superTypeTypeName); } else { result.add(superTypeQualifiedType); } } scopedSuperTypes.put(typeTypeName, result); } } } return scopedSuperTypes; } static void populateDataModelOracle(final AsyncPackageDataModelOracle oracle, final PackageDataModelOracleIncrementalPayload payload); static Map<String, ModelField[]> filterModelFields(final String packageName, final Imports imports, final Map<String, ModelField[]> projectModelFields, final FactNameToFQCNHandleRegistry registry); static Map<String, Boolean> filterCollectionTypes(final String packageName, final Imports imports, final Map<String, Boolean> projectCollectionTypes); static Map<String, String> filterGlobalTypes(final String packageName, final Imports imports, final Map<String, String> packageGlobalTypes); static Map<String, Boolean> filterEventTypes(final String packageName, final Imports imports, final Map<String, Boolean> projectEventTypes); static Map<String, TypeSource> filterTypeSources(final String packageName, final Imports imports, final Map<String, TypeSource> projectTypeSources); static Map<String, List<String>> filterSuperTypes(final String packageName, final Imports imports, final Map<String, List<String>> projectSuperTypes); static Map<String, Set<Annotation>> filterTypeAnnotations(final String packageName, final Imports imports, final Map<String, Set<Annotation>> projectTypeAnnotations); static Map<String, Map<String, Set<Annotation>>> filterTypeFieldsAnnotations(final String packageName, final Imports imports, final Map<String, Map<String, Set<Annotation>>> projectTypeFieldsAnnotations); static Map<String, String[]> filterEnumDefinitions(final String packageName, final Imports imports, final Map<String, String[]> enumDefinitions); static void visitMethodInformation(final Map<String, List<MethodInfo>> projectMethodInformation, final FactNameToFQCNHandleRegistry registry); static Map<String, String> filterFieldParametersTypes(final String packageName, final Imports imports, final Map<String, String> projectFieldParametersTypes); static String getPackageName(final String qualifiedType); static String getTypeName(final String qualifiedType); static ModelField[] correctModelFields(final String packageName, final ModelField[] originalModelFields, final Imports imports); static ModelField correctModelFields(final String packageName, final Imports imports, final ModelField mf); static MethodInfo correctMethodInformation(final String packageName, final MethodInfo originalMethodInformation, final Imports imports); static List<MethodInfo> correctMethodInformation(final String packageName, final List<MethodInfo> originalMethodInformation, final Imports imports); }
@Test public void init() { getDropdown().init(); verify(getViewMock(), times(1)).init(eq(getDropdown())); }
@Override @PostConstruct public void init() { view.init(this); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override @PostConstruct public void init() { view.init(this); } }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override @PostConstruct public void init() { view.init(this); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override @PostConstruct public void init() { view.init(this); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override @PostConstruct public void init() { view.init(this); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
@Test public void loadAssets() { getDropdown().loadAssets(); verify(getDropdown(), times(1)).clear(); verify(getDropdown(), times(1)).initializeDropdown(); }
@Override public void loadAssets() { clear(); initializeDropdown(); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void loadAssets() { clear(); initializeDropdown(); } }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void loadAssets() { clear(); initializeDropdown(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void loadAssets() { clear(); initializeDropdown(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void loadAssets() { clear(); initializeDropdown(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
@Test public void initialize() { getDropdown().initialize(); verify(getViewMock(), times(1)).refreshSelectPicker(); }
@Override public void initialize() { view.refreshSelectPicker(); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void initialize() { view.refreshSelectPicker(); } }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void initialize() { view.refreshSelectPicker(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void initialize() { view.refreshSelectPicker(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void initialize() { view.refreshSelectPicker(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
@Test public void clear() { getDropdown().clear(); verify(getViewMock(), times(1)).clear(); }
@Override public void clear() { kieAssets.clear(); view.clear(); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void clear() { kieAssets.clear(); view.clear(); } }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void clear() { kieAssets.clear(); view.clear(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void clear() { kieAssets.clear(); view.clear(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void clear() { kieAssets.clear(); view.clear(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
@Test public void getElement() { final HTMLElement retrieved = getDropdown().getElement(); verify(getViewMock(), times(1)).getElement(); assertEquals(htmlElementMock, retrieved); }
@Override public HTMLElement getElement() { return view.getElement(); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public HTMLElement getElement() { return view.getElement(); } }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public HTMLElement getElement() { return view.getElement(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public HTMLElement getElement() { return view.getElement(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public HTMLElement getElement() { return view.getElement(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
@Test public void testGetNamedElementWhenViewIsNotPresent() { final Node node = mock(Node.class); final Object content = mock(Object.class); when(node.getContent()).thenReturn(content); final Optional<NamedElement> actualNamed = nodeTextSetter.getNamedElement(node); assertFalse(actualNamed.isPresent()); }
Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); }
NodeTextSetter { Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); } }
NodeTextSetter { Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); }
NodeTextSetter { Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); TextPropertyProviderFactory getTextPropertyProviderFactory(); void setText(final String newText, final Node node); }
NodeTextSetter { Optional<NamedElement> getNamedElement(final Object node) { return Optional .ofNullable(node) .filter(obj -> obj instanceof Node) .map(obj -> (Node) obj) .map(Node::getContent) .filter(content -> content instanceof View) .map(content -> (View) content) .map(View::getDefinition) .filter(content -> content instanceof NamedElement) .map(content -> (NamedElement) content); } @Inject NodeTextSetter(final TextPropertyProviderFactory textPropertyProviderFactory, final Event<CanvasElementUpdatedEvent> canvasElementUpdatedEvent, final DMNGraphUtils dmnGraphUtils); TextPropertyProviderFactory getTextPropertyProviderFactory(); void setText(final String newText, final Node node); }
@Test public void getValue() { when(getViewMock().getValue()).thenReturn(DEFAULT_VALUE); Optional<KieAssetsDropdownItem> retrieved = getDropdown().getValue(); assertNotNull(retrieved); assertTrue(retrieved.isPresent()); verify(getViewMock(), times(1)).getValue(); reset(getViewMock()); when(getViewMock().getValue()).thenReturn("UNKNOWN"); retrieved = getDropdown().getValue(); assertNotNull(retrieved); assertFalse(retrieved.isPresent()); }
@Override public Optional<KieAssetsDropdownItem> getValue() { String currentValue = view.getValue(); return kieAssets .stream() .filter(kieAsset -> Objects.equals(currentValue, kieAsset.getValue())) .findAny(); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public Optional<KieAssetsDropdownItem> getValue() { String currentValue = view.getValue(); return kieAssets .stream() .filter(kieAsset -> Objects.equals(currentValue, kieAsset.getValue())) .findAny(); } }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public Optional<KieAssetsDropdownItem> getValue() { String currentValue = view.getValue(); return kieAssets .stream() .filter(kieAsset -> Objects.equals(currentValue, kieAsset.getValue())) .findAny(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public Optional<KieAssetsDropdownItem> getValue() { String currentValue = view.getValue(); return kieAssets .stream() .filter(kieAsset -> Objects.equals(currentValue, kieAsset.getValue())) .findAny(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public Optional<KieAssetsDropdownItem> getValue() { String currentValue = view.getValue(); return kieAssets .stream() .filter(kieAsset -> Objects.equals(currentValue, kieAsset.getValue())) .findAny(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
@Test public void assetListConsumerMethod() { ((AbstractKieAssetsDropdown) getDropdown()).assetListConsumerMethod(assetList); assetList.forEach(asset -> verify(getDropdown(), times(1)).addValue(eq(asset))); verify(getViewMock(), times(1)).refreshSelectPicker(); verify(getViewMock(), times(1)).initialize(); }
protected void assetListConsumerMethod(final List<KieAssetsDropdownItem> assetList) { assetList.forEach(this::addValue); view.refreshSelectPicker(); view.initialize(); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { protected void assetListConsumerMethod(final List<KieAssetsDropdownItem> assetList) { assetList.forEach(this::addValue); view.refreshSelectPicker(); view.initialize(); } }
AbstractKieAssetsDropdown implements KieAssetsDropdown { protected void assetListConsumerMethod(final List<KieAssetsDropdownItem> assetList) { assetList.forEach(this::addValue); view.refreshSelectPicker(); view.initialize(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { protected void assetListConsumerMethod(final List<KieAssetsDropdownItem> assetList) { assetList.forEach(this::addValue); view.refreshSelectPicker(); view.initialize(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { protected void assetListConsumerMethod(final List<KieAssetsDropdownItem> assetList) { assetList.forEach(this::addValue); view.refreshSelectPicker(); view.initialize(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
@Test public void onValueChanged() { getDropdown().onValueChanged(); verify(onValueChangeHandlerMock, times(1)).execute(); }
@Override public void onValueChanged() { onValueChangeHandler.execute(); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void onValueChanged() { onValueChangeHandler.execute(); } }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void onValueChanged() { onValueChangeHandler.execute(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void onValueChanged() { onValueChangeHandler.execute(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void onValueChanged() { onValueChangeHandler.execute(); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
@Test public void initializeDropdown() { getDropdown().initializeDropdown(); verify(dataProviderMock, times(1)).getItems(isA(Consumer.class)); }
@Override public void initializeDropdown() { dataProvider.getItems(getAssetListConsumer()); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void initializeDropdown() { dataProvider.getItems(getAssetListConsumer()); } }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void initializeDropdown() { dataProvider.getItems(getAssetListConsumer()); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void initializeDropdown() { dataProvider.getItems(getAssetListConsumer()); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void initializeDropdown() { dataProvider.getItems(getAssetListConsumer()); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
@Test public void addValue() { getDropdown().addValue(kieAssetsDropdownItemMock); verify(getViewMock(), times(1)).addValue(eq(kieAssetsDropdownItemMock)); }
@Override public void addValue(final KieAssetsDropdownItem kieAsset) { kieAssets.add(kieAsset); view.addValue(kieAsset); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void addValue(final KieAssetsDropdownItem kieAsset) { kieAssets.add(kieAsset); view.addValue(kieAsset); } }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void addValue(final KieAssetsDropdownItem kieAsset) { kieAssets.add(kieAsset); view.addValue(kieAsset); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void addValue(final KieAssetsDropdownItem kieAsset) { kieAssets.add(kieAsset); view.addValue(kieAsset); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
AbstractKieAssetsDropdown implements KieAssetsDropdown { @Override public void addValue(final KieAssetsDropdownItem kieAsset) { kieAssets.add(kieAsset); view.addValue(kieAsset); } AbstractKieAssetsDropdown(final View view, final KieAssetsDropdownItemsProvider dataProvider); @Override @PostConstruct void init(); @Override void registerOnChangeHandler(final Command onChangeHandler); @Override void loadAssets(); @Override void initialize(); @Override void clear(); @Override HTMLElement getElement(); @Override Optional<KieAssetsDropdownItem> getValue(); @Override void onValueChanged(); @Override void initializeDropdown(); @Override void addValue(final KieAssetsDropdownItem kieAsset); }
@Test public void init() { kieAssetsDropdownView.init(); assertFalse(nativeSelectMock.hidden); verify(kieAssetsDropdownView, times(1)).dropdown(); verify(kieAssetsDropdownView, times(1)).getOnDropdownChangeHandler(); verify(dropdownMock, times(1)).on(eq("hidden.bs.select"), eq(onDropdownChangeHandlerMock)); }
@Override public void init(final KieAssetsDropdown presenter) { this.presenter = presenter; }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void init(final KieAssetsDropdown presenter) { this.presenter = presenter; } }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void init(final KieAssetsDropdown presenter) { this.presenter = presenter; } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void init(final KieAssetsDropdown presenter) { this.presenter = presenter; } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void init(final KieAssetsDropdown presenter) { this.presenter = presenter; } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); static final String HIDDEN_CSS_CLASS; static final String SELECT_PICKER_SUBTEXT_ATTRIBUTE; }
@Test public void addValue() { kieAssetsDropdownView.addValue(kieAssetsDropdownItemMock); verify(kieAssetsDropdownView, times(1)).entryOption(eq(kieAssetsDropdownItemMock)); verify(nativeSelectMock, times(1)).appendChild(eq(entryOptionMock)); }
@Override public void addValue(final KieAssetsDropdownItem entry) { nativeSelect.appendChild(entryOption(entry)); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void addValue(final KieAssetsDropdownItem entry) { nativeSelect.appendChild(entryOption(entry)); } }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void addValue(final KieAssetsDropdownItem entry) { nativeSelect.appendChild(entryOption(entry)); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void addValue(final KieAssetsDropdownItem entry) { nativeSelect.appendChild(entryOption(entry)); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void addValue(final KieAssetsDropdownItem entry) { nativeSelect.appendChild(entryOption(entry)); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); static final String HIDDEN_CSS_CLASS; static final String SELECT_PICKER_SUBTEXT_ATTRIBUTE; }
@Test public void clear() { doReturn(selectOptionMock).when(kieAssetsDropdownView).selectOption(); kieAssetsDropdownView.clear(); verify(kieAssetsDropdownView, times(1)).removeChildren(eq(nativeSelectMock)); verify(kieAssetsDropdownView, times(1)).selectOption(); verify(nativeSelectMock, times(1)).appendChild(eq(selectOptionMock)); verify(kieAssetsDropdownView, times(1)).refreshSelectPicker(); }
@Override public void clear() { removeChildren(nativeSelect); nativeSelect.appendChild(selectOption()); refreshSelectPicker(); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void clear() { removeChildren(nativeSelect); nativeSelect.appendChild(selectOption()); refreshSelectPicker(); } }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void clear() { removeChildren(nativeSelect); nativeSelect.appendChild(selectOption()); refreshSelectPicker(); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void clear() { removeChildren(nativeSelect); nativeSelect.appendChild(selectOption()); refreshSelectPicker(); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void clear() { removeChildren(nativeSelect); nativeSelect.appendChild(selectOption()); refreshSelectPicker(); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); static final String HIDDEN_CSS_CLASS; static final String SELECT_PICKER_SUBTEXT_ATTRIBUTE; }
@Test public void initialize() { kieAssetsDropdownView.initialize(); verify(kieAssetsDropdownView, times(2)).dropdown(); verify(dropdownMock, times(1)).selectpicker(eq("val"), eq("")); }
@Override public void initialize() { dropdown().selectpicker("val", ""); dropdown().selectpicker("show"); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void initialize() { dropdown().selectpicker("val", ""); dropdown().selectpicker("show"); } }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void initialize() { dropdown().selectpicker("val", ""); dropdown().selectpicker("show"); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void initialize() { dropdown().selectpicker("val", ""); dropdown().selectpicker("show"); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void initialize() { dropdown().selectpicker("val", ""); dropdown().selectpicker("show"); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); static final String HIDDEN_CSS_CLASS; static final String SELECT_PICKER_SUBTEXT_ATTRIBUTE; }
@Test public void refreshSelectPicker() { kieAssetsDropdownView.refreshSelectPicker(); verify(kieAssetsDropdownView, times(1)).dropdown(); verify(dropdownMock, times(1)).selectpicker(eq("refresh")); }
@Override public void refreshSelectPicker() { dropdown().selectpicker("refresh"); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void refreshSelectPicker() { dropdown().selectpicker("refresh"); } }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void refreshSelectPicker() { dropdown().selectpicker("refresh"); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void refreshSelectPicker() { dropdown().selectpicker("refresh"); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public void refreshSelectPicker() { dropdown().selectpicker("refresh"); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); static final String HIDDEN_CSS_CLASS; static final String SELECT_PICKER_SUBTEXT_ATTRIBUTE; }
@Test public void testCloneWhenSourceIsInputData() { final InputData source = buildInputData(); setLinks(source, FIRST_URL, SECOND_URL); final InputData cloned = dmnDeepCloneProcess.clone(source, new InputData()); assertThat(cloned).isNotNull(); assertThat(cloned.getId().getValue()).isNotEqualTo(SOURCE_ID); assertThat(cloned.getName().getValue()).isEqualTo(INPUT_DATA_NAME + FIRST_INDEX_IN_SUFFIX); assertThat(cloned.getVariable().getTypeRef()).isEqualTo(BuiltInType.STRING.asQName()); assertThat(cloned.getLinksHolder().getValue().getLinks()) .hasSize(2) .extracting(DMNExternalLink::getUrl).contains(FIRST_URL, SECOND_URL); }
@Override public <S, T> T clone(final S source, final T target) { super.clone(source, target); if (source instanceof DRGElement) { cloneDRGElementBasicInfo((DRGElement) source, (DRGElement) target); } if (source instanceof HasText) { cloneTextElementBasicInfo((HasText) source, (HasText) target); } if (source instanceof HasVariable) { final IsInformationItem sourceVariable = ((HasVariable) source).getVariable(); final IsInformationItem targetVariable = ((HasVariable) target).getVariable(); cloneTypeRefInfo(sourceVariable, targetVariable); } if (source instanceof Decision) { cloneDecision((Decision) source, (Decision) target); } if (source instanceof BusinessKnowledgeModel) { cloneBusinessKnowledgeModel((BusinessKnowledgeModel) source, (BusinessKnowledgeModel) target); } return target; }
DMNDeepCloneProcess extends DeepCloneProcess implements IDeepCloneProcess { @Override public <S, T> T clone(final S source, final T target) { super.clone(source, target); if (source instanceof DRGElement) { cloneDRGElementBasicInfo((DRGElement) source, (DRGElement) target); } if (source instanceof HasText) { cloneTextElementBasicInfo((HasText) source, (HasText) target); } if (source instanceof HasVariable) { final IsInformationItem sourceVariable = ((HasVariable) source).getVariable(); final IsInformationItem targetVariable = ((HasVariable) target).getVariable(); cloneTypeRefInfo(sourceVariable, targetVariable); } if (source instanceof Decision) { cloneDecision((Decision) source, (Decision) target); } if (source instanceof BusinessKnowledgeModel) { cloneBusinessKnowledgeModel((BusinessKnowledgeModel) source, (BusinessKnowledgeModel) target); } return target; } }
DMNDeepCloneProcess extends DeepCloneProcess implements IDeepCloneProcess { @Override public <S, T> T clone(final S source, final T target) { super.clone(source, target); if (source instanceof DRGElement) { cloneDRGElementBasicInfo((DRGElement) source, (DRGElement) target); } if (source instanceof HasText) { cloneTextElementBasicInfo((HasText) source, (HasText) target); } if (source instanceof HasVariable) { final IsInformationItem sourceVariable = ((HasVariable) source).getVariable(); final IsInformationItem targetVariable = ((HasVariable) target).getVariable(); cloneTypeRefInfo(sourceVariable, targetVariable); } if (source instanceof Decision) { cloneDecision((Decision) source, (Decision) target); } if (source instanceof BusinessKnowledgeModel) { cloneBusinessKnowledgeModel((BusinessKnowledgeModel) source, (BusinessKnowledgeModel) target); } return target; } protected DMNDeepCloneProcess(); @Inject DMNDeepCloneProcess(final FactoryManager factoryManager, final AdapterManager adapterManager, final ClassUtils classUtils, final SessionManager sessionManager); }
DMNDeepCloneProcess extends DeepCloneProcess implements IDeepCloneProcess { @Override public <S, T> T clone(final S source, final T target) { super.clone(source, target); if (source instanceof DRGElement) { cloneDRGElementBasicInfo((DRGElement) source, (DRGElement) target); } if (source instanceof HasText) { cloneTextElementBasicInfo((HasText) source, (HasText) target); } if (source instanceof HasVariable) { final IsInformationItem sourceVariable = ((HasVariable) source).getVariable(); final IsInformationItem targetVariable = ((HasVariable) target).getVariable(); cloneTypeRefInfo(sourceVariable, targetVariable); } if (source instanceof Decision) { cloneDecision((Decision) source, (Decision) target); } if (source instanceof BusinessKnowledgeModel) { cloneBusinessKnowledgeModel((BusinessKnowledgeModel) source, (BusinessKnowledgeModel) target); } return target; } protected DMNDeepCloneProcess(); @Inject DMNDeepCloneProcess(final FactoryManager factoryManager, final AdapterManager adapterManager, final ClassUtils classUtils, final SessionManager sessionManager); @Override T clone(final S source, final T target); }
DMNDeepCloneProcess extends DeepCloneProcess implements IDeepCloneProcess { @Override public <S, T> T clone(final S source, final T target) { super.clone(source, target); if (source instanceof DRGElement) { cloneDRGElementBasicInfo((DRGElement) source, (DRGElement) target); } if (source instanceof HasText) { cloneTextElementBasicInfo((HasText) source, (HasText) target); } if (source instanceof HasVariable) { final IsInformationItem sourceVariable = ((HasVariable) source).getVariable(); final IsInformationItem targetVariable = ((HasVariable) target).getVariable(); cloneTypeRefInfo(sourceVariable, targetVariable); } if (source instanceof Decision) { cloneDecision((Decision) source, (Decision) target); } if (source instanceof BusinessKnowledgeModel) { cloneBusinessKnowledgeModel((BusinessKnowledgeModel) source, (BusinessKnowledgeModel) target); } return target; } protected DMNDeepCloneProcess(); @Inject DMNDeepCloneProcess(final FactoryManager factoryManager, final AdapterManager adapterManager, final ClassUtils classUtils, final SessionManager sessionManager); @Override T clone(final S source, final T target); }
@Test public void getValue() { assertEquals(DEFAULT_VALUE, kieAssetsDropdownView.getValue()); verify(dropdownMock, times(1)).val(); }
@Override public String getValue() { return dropdown().val(); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public String getValue() { return dropdown().val(); } }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public String getValue() { return dropdown().val(); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public String getValue() { return dropdown().val(); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); }
KieAssetsDropdownView implements KieAssetsDropdown.View { @Override public String getValue() { return dropdown().val(); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); static final String HIDDEN_CSS_CLASS; static final String SELECT_PICKER_SUBTEXT_ATTRIBUTE; }
@Test public void selectOption() { final HTMLOptionElement retrieved = kieAssetsDropdownView.selectOption(); assertNotNull(retrieved); assertEquals(KIEASSETSDROPDOWNVIEW_SELECT, retrieved.text); assertEquals("", retrieved.value); }
protected HTMLOptionElement selectOption() { final HTMLOptionElement option = makeHTMLOptionElement(); option.text = translationService.format(KieAssetsDropdownView_Select); option.value = ""; return option; }
KieAssetsDropdownView implements KieAssetsDropdown.View { protected HTMLOptionElement selectOption() { final HTMLOptionElement option = makeHTMLOptionElement(); option.text = translationService.format(KieAssetsDropdownView_Select); option.value = ""; return option; } }
KieAssetsDropdownView implements KieAssetsDropdown.View { protected HTMLOptionElement selectOption() { final HTMLOptionElement option = makeHTMLOptionElement(); option.text = translationService.format(KieAssetsDropdownView_Select); option.value = ""; return option; } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); }
KieAssetsDropdownView implements KieAssetsDropdown.View { protected HTMLOptionElement selectOption() { final HTMLOptionElement option = makeHTMLOptionElement(); option.text = translationService.format(KieAssetsDropdownView_Select); option.value = ""; return option; } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); }
KieAssetsDropdownView implements KieAssetsDropdown.View { protected HTMLOptionElement selectOption() { final HTMLOptionElement option = makeHTMLOptionElement(); option.text = translationService.format(KieAssetsDropdownView_Select); option.value = ""; return option; } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); static final String HIDDEN_CSS_CLASS; static final String SELECT_PICKER_SUBTEXT_ATTRIBUTE; }
@Test public void onDropdownChangeHandlerMethod() { JQuerySelectPickerTarget targetMock = mock(JQuerySelectPickerTarget.class); targetMock.value = DEFAULT_VALUE; JQuerySelectPickerEvent eventMock = mock(JQuerySelectPickerEvent.class); eventMock.target = targetMock; kieAssetsDropdownView.onDropdownChangeHandlerMethod(eventMock); verify(presenterMock, times(1)).onValueChanged(); }
protected void onDropdownChangeHandlerMethod(JQuerySelectPickerEvent event) { presenter.onValueChanged(); }
KieAssetsDropdownView implements KieAssetsDropdown.View { protected void onDropdownChangeHandlerMethod(JQuerySelectPickerEvent event) { presenter.onValueChanged(); } }
KieAssetsDropdownView implements KieAssetsDropdown.View { protected void onDropdownChangeHandlerMethod(JQuerySelectPickerEvent event) { presenter.onValueChanged(); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); }
KieAssetsDropdownView implements KieAssetsDropdown.View { protected void onDropdownChangeHandlerMethod(JQuerySelectPickerEvent event) { presenter.onValueChanged(); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); }
KieAssetsDropdownView implements KieAssetsDropdown.View { protected void onDropdownChangeHandlerMethod(JQuerySelectPickerEvent event) { presenter.onValueChanged(); } @Inject KieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void init(final KieAssetsDropdown presenter); @PostConstruct void init(); @Override void addValue(final KieAssetsDropdownItem entry); @Override void clear(); @Override void initialize(); @Override void refreshSelectPicker(); @Override String getValue(); static final String HIDDEN_CSS_CLASS; static final String SELECT_PICKER_SUBTEXT_ATTRIBUTE; }
@Test public void testInitialize() { view.initialize(); verify(dropdown).selectpicker("val", ""); }
@Override public void initialize() { dropdown().selectpicker("val", ""); }
KogitoKieAssetsDropdownView extends KieAssetsDropdownView implements KogitoKieAssetsDropdown.View { @Override public void initialize() { dropdown().selectpicker("val", ""); } }
KogitoKieAssetsDropdownView extends KieAssetsDropdownView implements KogitoKieAssetsDropdown.View { @Override public void initialize() { dropdown().selectpicker("val", ""); } @Inject KogitoKieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); }
KogitoKieAssetsDropdownView extends KieAssetsDropdownView implements KogitoKieAssetsDropdown.View { @Override public void initialize() { dropdown().selectpicker("val", ""); } @Inject KogitoKieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void initialize(); @Override String getValue(); @Override void enableDropdownMode(); }
KogitoKieAssetsDropdownView extends KieAssetsDropdownView implements KogitoKieAssetsDropdown.View { @Override public void initialize() { dropdown().selectpicker("val", ""); } @Inject KogitoKieAssetsDropdownView(final HTMLSelectElement nativeSelect, final HTMLOptionElement htmlOptionElement, final TranslationService translationService); @Override void initialize(); @Override String getValue(); @Override void enableDropdownMode(); }