target stringlengths 20 113k | src_fm stringlengths 11 86.3k | src_fm_fc stringlengths 21 86.4k | src_fm_fc_co stringlengths 30 86.4k | src_fm_fc_ms stringlengths 42 86.8k | src_fm_fc_ms_ff stringlengths 43 86.8k |
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@Test public void testInstantiate_NoNoArgs() { Assertions.assertThrows(IllegalArgumentException.class, () -> { Classes.instantiate(WithArg.class); }); } | public static <T> T instantiate(Class<T> clazz) { try { return clazz .getConstructor() .newInstance(); } catch (InstantiationException | IllegalAccessException | IllegalArgumentException | InvocationTargetException | NoSuchMethodException | SecurityException e) { throw new IllegalArgumentException( String.format("Canno... | Classes { public static <T> T instantiate(Class<T> clazz) { try { return clazz .getConstructor() .newInstance(); } catch (InstantiationException | IllegalAccessException | IllegalArgumentException | InvocationTargetException | NoSuchMethodException | SecurityException e) { throw new IllegalArgumentException( String.for... | Classes { public static <T> T instantiate(Class<T> clazz) { try { return clazz .getConstructor() .newInstance(); } catch (InstantiationException | IllegalAccessException | IllegalArgumentException | InvocationTargetException | NoSuchMethodException | SecurityException e) { throw new IllegalArgumentException( String.for... | Classes { public static <T> T instantiate(Class<T> clazz) { try { return clazz .getConstructor() .newInstance(); } catch (InstantiationException | IllegalAccessException | IllegalArgumentException | InvocationTargetException | NoSuchMethodException | SecurityException e) { throw new IllegalArgumentException( String.for... | Classes { public static <T> T instantiate(Class<T> clazz) { try { return clazz .getConstructor() .newInstance(); } catch (InstantiationException | IllegalAccessException | IllegalArgumentException | InvocationTargetException | NoSuchMethodException | SecurityException e) { throw new IllegalArgumentException( String.for... |
@Test public void testDisplayMessages_noMessageList() { Assertions.assertThrows(NullPointerException.class, () -> { selectBinding.displayMessages(null); }); } | @Override public MessageList displayMessages(MessageList messages) { MessageList messagesForProperty = getRelevantMessages(messages); componentWrapper.setValidationMessages(messagesForProperty); return messagesForProperty; } | ElementBinding implements Binding { @Override public MessageList displayMessages(MessageList messages) { MessageList messagesForProperty = getRelevantMessages(messages); componentWrapper.setValidationMessages(messagesForProperty); return messagesForProperty; } } | ElementBinding implements Binding { @Override public MessageList displayMessages(MessageList messages) { MessageList messagesForProperty = getRelevantMessages(messages); componentWrapper.setValidationMessages(messagesForProperty); return messagesForProperty; } ElementBinding(ComponentWrapper componentWrapper, PropertyD... | ElementBinding implements Binding { @Override public MessageList displayMessages(MessageList messages) { MessageList messagesForProperty = getRelevantMessages(messages); componentWrapper.setValidationMessages(messagesForProperty); return messagesForProperty; } ElementBinding(ComponentWrapper componentWrapper, PropertyD... | ElementBinding implements Binding { @Override public MessageList displayMessages(MessageList messages) { MessageList messagesForProperty = getRelevantMessages(messages); componentWrapper.setValidationMessages(messagesForProperty); return messagesForProperty; } ElementBinding(ComponentWrapper componentWrapper, PropertyD... |
@Test public void testSetDateFormat_NoSpecialDateFormatSet() { MultiformatDateField multiformatDateField = new MultiformatDateField(); String dateFormat = multiformatDateField.getDateFormat(); List<String> alternativeFormat = multiformatDateField.getAlternativeFormat(); assertThat(dateFormat, is(nullValue())); assertTh... | public List<String> getAlternativeFormat() { return Arrays.asList(getState().getAlternativeFormats()); } | MultiformatDateField extends DateField { public List<String> getAlternativeFormat() { return Arrays.asList(getState().getAlternativeFormats()); } } | MultiformatDateField extends DateField { public List<String> getAlternativeFormat() { return Arrays.asList(getState().getAlternativeFormats()); } MultiformatDateField(); MultiformatDateField(String caption, LocalDate value); MultiformatDateField(String caption); MultiformatDateField(
ValueChangeListener<... | MultiformatDateField extends DateField { public List<String> getAlternativeFormat() { return Arrays.asList(getState().getAlternativeFormats()); } MultiformatDateField(); MultiformatDateField(String caption, LocalDate value); MultiformatDateField(String caption); MultiformatDateField(
ValueChangeListener<... | MultiformatDateField extends DateField { public List<String> getAlternativeFormat() { return Arrays.asList(getState().getAlternativeFormats()); } MultiformatDateField(); MultiformatDateField(String caption, LocalDate value); MultiformatDateField(String caption); MultiformatDateField(
ValueChangeListener<... |
@Test public void testGetCurrentView_empty() { setUpApplicationLayout(); Component currentView = applicationLayout.getCurrentView(); assertThat(currentView, is(instanceOf(EmptyView.class))); } | protected <T extends View & Component> T getCurrentView() { @SuppressWarnings("unchecked") T view = (T)mainArea; return view; } | ApplicationLayout extends VerticalLayout implements ViewDisplay { protected <T extends View & Component> T getCurrentView() { @SuppressWarnings("unchecked") T view = (T)mainArea; return view; } } | ApplicationLayout extends VerticalLayout implements ViewDisplay { protected <T extends View & Component> T getCurrentView() { @SuppressWarnings("unchecked") T view = (T)mainArea; return view; } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { protected <T extends View & Component> T getCurrentView() { @SuppressWarnings("unchecked") T view = (T)mainArea; return view; } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); @Override void showView(View view); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { protected <T extends View & Component> T getCurrentView() { @SuppressWarnings("unchecked") T view = (T)mainArea; return view; } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); @Override void showView(View view); } |
@Test public void testGetCurrentView() { setUpApplicationLayout(); View view = mock(View.class, withSettings().extraInterfaces(Component.class).defaultAnswer(Mockito.CALLS_REAL_METHODS)); applicationLayout.showView(view); Component currentView = applicationLayout.getCurrentView(); assertThat(currentView, is(view)); } | protected <T extends View & Component> T getCurrentView() { @SuppressWarnings("unchecked") T view = (T)mainArea; return view; } | ApplicationLayout extends VerticalLayout implements ViewDisplay { protected <T extends View & Component> T getCurrentView() { @SuppressWarnings("unchecked") T view = (T)mainArea; return view; } } | ApplicationLayout extends VerticalLayout implements ViewDisplay { protected <T extends View & Component> T getCurrentView() { @SuppressWarnings("unchecked") T view = (T)mainArea; return view; } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { protected <T extends View & Component> T getCurrentView() { @SuppressWarnings("unchecked") T view = (T)mainArea; return view; } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); @Override void showView(View view); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { protected <T extends View & Component> T getCurrentView() { @SuppressWarnings("unchecked") T view = (T)mainArea; return view; } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); @Override void showView(View view); } |
@Test public void testShowView() { setUpApplicationLayout(); assertThat(applicationLayout.getComponentCount(), is(3)); assertThat(applicationLayout.getComponent(1), is(instanceOf(EmptyView.class))); View view = mock(View.class, withSettings().extraInterfaces(Component.class).defaultAnswer(Mockito.CALLS_REAL_METHODS)); ... | @Override public void showView(View view) { setMainArea(view.getViewComponent()); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); @Override void showView(View view); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); @Override void showView(View view); } |
@Test public void testShowView_NotAComponent() { setUpApplicationLayout(); assertThat(applicationLayout.getComponentCount(), is(3)); assertThat(applicationLayout.getComponent(1), is(instanceOf(EmptyView.class))); View view = mock(View.class, withSettings().defaultAnswer(Mockito.CALLS_REAL_METHODS)); Assertions.assertTh... | @Override public void showView(View view) { setMainArea(view.getViewComponent()); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); @Override void showView(View view); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); @Override void showView(View view); } |
@Test public void testShowView_WithViewComponent() { setUpApplicationLayout(); assertThat(applicationLayout.getComponentCount(), is(3)); assertThat(applicationLayout.getComponent(1), is(instanceOf(EmptyView.class))); View view = mock(View.class); Component component = mock(Component.class); when(view.getViewComponent()... | @Override public void showView(View view) { setMainArea(view.getViewComponent()); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); @Override void showView(View view); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); @Override void showView(View view); } |
@Test public void testShowView_NoFooter() { applicationLayout = new ApplicationLayout(header, null); assertThat(applicationLayout.getComponentCount(), is(2)); assertThat(applicationLayout.getComponent(1), is(instanceOf(EmptyView.class))); View view = mock(View.class, withSettings().extraInterfaces(Component.class).defa... | @Override public void showView(View view) { setMainArea(view.getViewComponent()); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); @Override void showView(View view); } | ApplicationLayout extends VerticalLayout implements ViewDisplay { @Override public void showView(View view) { setMainArea(view.getViewComponent()); } ApplicationLayout(ApplicationHeader header, @CheckForNull ApplicationFooter footer); @Override void showView(View view); } |
@Test public void testInit() { initUi(); assertThat(UI.getCurrent().getContent(), is(linkkiUi.getApplicationLayout())); } | @Override protected void init(VaadinRequest request) { requireNonNull(applicationConfig, "configure must be called before executing any initialization to set an ApplicationConfig"); ApplicationLayout applicationLayout = applicationConfig.createApplicationLayout(); setContent(applicationLayout); configureNavigator(appli... | LinkkiUi extends UI { @Override protected void init(VaadinRequest request) { requireNonNull(applicationConfig, "configure must be called before executing any initialization to set an ApplicationConfig"); ApplicationLayout applicationLayout = applicationConfig.createApplicationLayout(); setContent(applicationLayout); co... | LinkkiUi extends UI { @Override protected void init(VaadinRequest request) { requireNonNull(applicationConfig, "configure must be called before executing any initialization to set an ApplicationConfig"); ApplicationLayout applicationLayout = applicationConfig.createApplicationLayout(); setContent(applicationLayout); co... | LinkkiUi extends UI { @Override protected void init(VaadinRequest request) { requireNonNull(applicationConfig, "configure must be called before executing any initialization to set an ApplicationConfig"); ApplicationLayout applicationLayout = applicationConfig.createApplicationLayout(); setContent(applicationLayout); co... | LinkkiUi extends UI { @Override protected void init(VaadinRequest request) { requireNonNull(applicationConfig, "configure must be called before executing any initialization to set an ApplicationConfig"); ApplicationLayout applicationLayout = applicationConfig.createApplicationLayout(); setContent(applicationLayout); co... |
@Test public void testLayoutInitializedWithCorrectLocale() { linkkiUi.setLocale(Locale.CANADA); initUi(); String menuItem = ((ApplicationMenu)((ApplicationHeader)linkkiUi.getApplicationLayout().getComponent(0)) .getComponent(0)).getItems().get(0).getText(); assertThat(menuItem, is(Locale.CANADA.getDisplayCountry())); } | public ApplicationLayout getApplicationLayout() { return (ApplicationLayout)getContent(); } | LinkkiUi extends UI { public ApplicationLayout getApplicationLayout() { return (ApplicationLayout)getContent(); } } | LinkkiUi extends UI { public ApplicationLayout getApplicationLayout() { return (ApplicationLayout)getContent(); } @SuppressFBWarnings(value = "NP_NONNULL_FIELD_NOT_INITIALIZED_IN_CONSTRUCTOR", justification = "applicationConfig/Layout will be non-null once configure was called") protected LinkkiUi(); @SuppressFBWarnin... | LinkkiUi extends UI { public ApplicationLayout getApplicationLayout() { return (ApplicationLayout)getContent(); } @SuppressFBWarnings(value = "NP_NONNULL_FIELD_NOT_INITIALIZED_IN_CONSTRUCTOR", justification = "applicationConfig/Layout will be non-null once configure was called") protected LinkkiUi(); @SuppressFBWarnin... | LinkkiUi extends UI { public ApplicationLayout getApplicationLayout() { return (ApplicationLayout)getContent(); } @SuppressFBWarnings(value = "NP_NONNULL_FIELD_NOT_INITIALIZED_IN_CONSTRUCTOR", justification = "applicationConfig/Layout will be non-null once configure was called") protected LinkkiUi(); @SuppressFBWarnin... |
@Test public void testGetPattern() { assertThat(DateFormats.getPattern(GERMAN), is(DateFormats.PATTERN_DE)); assertThat(DateFormats.getPattern(GERMANY), is(DateFormats.PATTERN_DE)); assertThat(DateFormats.getPattern(AUSTRIA), is(DateFormats.PATTERN_DE)); assertThat(DateFormats.getPattern(ENGLISH), is(not(nullValue())))... | public static String getPattern(Locale locale) { requireNonNull(locale, "locale must not be null"); String registeredPattern = LANGUAGE_PATTERNS.get(locale.getLanguage()); if (registeredPattern != null) { return registeredPattern; } else { return defaultLocalePattern(locale); } } | DateFormats { public static String getPattern(Locale locale) { requireNonNull(locale, "locale must not be null"); String registeredPattern = LANGUAGE_PATTERNS.get(locale.getLanguage()); if (registeredPattern != null) { return registeredPattern; } else { return defaultLocalePattern(locale); } } } | DateFormats { public static String getPattern(Locale locale) { requireNonNull(locale, "locale must not be null"); String registeredPattern = LANGUAGE_PATTERNS.get(locale.getLanguage()); if (registeredPattern != null) { return registeredPattern; } else { return defaultLocalePattern(locale); } } private DateFormats(); } | DateFormats { public static String getPattern(Locale locale) { requireNonNull(locale, "locale must not be null"); String registeredPattern = LANGUAGE_PATTERNS.get(locale.getLanguage()); if (registeredPattern != null) { return registeredPattern; } else { return defaultLocalePattern(locale); } } private DateFormats(); s... | DateFormats { public static String getPattern(Locale locale) { requireNonNull(locale, "locale must not be null"); String registeredPattern = LANGUAGE_PATTERNS.get(locale.getLanguage()); if (registeredPattern != null) { return registeredPattern; } else { return defaultLocalePattern(locale); } } private DateFormats(); s... |
@Test public void testUnselect_checkVisibilitySetToFalse() { HorizontalLayout content = new HorizontalLayout(); SidebarSheet sheet = createSideBarSheet(content); sheet.unselect(); assertThat(content.isVisible(), is(false)); } | protected void unselect() { getButton().removeStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); getContent().setVisible(false); } | SidebarSheet { protected void unselect() { getButton().removeStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); getContent().setVisible(false); } } | SidebarSheet { protected void unselect() { getButton().removeStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); getContent().setVisible(false); } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Component content); SidebarSheet(Resource icon, Strin... | SidebarSheet { protected void unselect() { getButton().removeStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); getContent().setVisible(false); } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Component content); SidebarSheet(Resource icon, Strin... | SidebarSheet { protected void unselect() { getButton().removeStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); getContent().setVisible(false); } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Component content); SidebarSheet(Resource icon, Strin... |
@Test public void testSelect_checkVisibilitySetToTrue() { HorizontalLayout content = new HorizontalLayout(); SidebarSheet sheet = createSideBarSheet(content); sheet.select(); assertThat(content.isVisible(), is(true)); } | protected void select() { uiUpdateObserver.ifPresent(UiUpdateObserver::uiUpdated); getContent().setVisible(true); getButton().addStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); } | SidebarSheet { protected void select() { uiUpdateObserver.ifPresent(UiUpdateObserver::uiUpdated); getContent().setVisible(true); getButton().addStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); } } | SidebarSheet { protected void select() { uiUpdateObserver.ifPresent(UiUpdateObserver::uiUpdated); getContent().setVisible(true); getButton().addStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Com... | SidebarSheet { protected void select() { uiUpdateObserver.ifPresent(UiUpdateObserver::uiUpdated); getContent().setVisible(true); getButton().addStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Com... | SidebarSheet { protected void select() { uiUpdateObserver.ifPresent(UiUpdateObserver::uiUpdated); getContent().setVisible(true); getButton().addStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Com... |
@Test public void testSelect_CheckObserver() { HorizontalLayout content = new HorizontalLayout(); SidebarSheet sidebarSheet = new SidebarSheet(VaadinIcons.STAR_HALF_LEFT, "Test SidebarSheet", content, () -> triggered = true); sidebarSheet.select(); assertThat(triggered, is(true)); } | protected void select() { uiUpdateObserver.ifPresent(UiUpdateObserver::uiUpdated); getContent().setVisible(true); getButton().addStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); } | SidebarSheet { protected void select() { uiUpdateObserver.ifPresent(UiUpdateObserver::uiUpdated); getContent().setVisible(true); getButton().addStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); } } | SidebarSheet { protected void select() { uiUpdateObserver.ifPresent(UiUpdateObserver::uiUpdated); getContent().setVisible(true); getButton().addStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Com... | SidebarSheet { protected void select() { uiUpdateObserver.ifPresent(UiUpdateObserver::uiUpdated); getContent().setVisible(true); getButton().addStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Com... | SidebarSheet { protected void select() { uiUpdateObserver.ifPresent(UiUpdateObserver::uiUpdated); getContent().setVisible(true); getButton().addStyleName(LinkkiApplicationTheme.SIDEBAR_SELECTED); } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Com... |
@Test public void testToString() { SidebarSheet sheet = new SidebarSheet(VaadinIcons.ADJUST, "Foo", new TextField()); assertThat(sheet.toString(), is("Foo")); } | @Override public String toString() { return name; } | SidebarSheet { @Override public String toString() { return name; } } | SidebarSheet { @Override public String toString() { return name; } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Component content); SidebarSheet(Resource icon, String name, Component content, UiUpdateObserver uiUpdateObserver); SidebarSheet(Res... | SidebarSheet { @Override public String toString() { return name; } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Component content); SidebarSheet(Resource icon, String name, Component content, UiUpdateObserver uiUpdateObserver); SidebarSheet(Res... | SidebarSheet { @Override public String toString() { return name; } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Component content); SidebarSheet(Resource icon, String name, Component content, UiUpdateObserver uiUpdateObserver); SidebarSheet(Res... |
@Test public void testGetId_DerivedByName() { SidebarSheet sidebarSheet = new SidebarSheet(VaadinIcons.STAR_HALF_LEFT, "Test SidebarSheet", new HorizontalLayout()); assertThat(sidebarSheet.getId(), is("Test SidebarSheet")); } | public String getId() { return id; } | SidebarSheet { public String getId() { return id; } } | SidebarSheet { public String getId() { return id; } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Component content); SidebarSheet(Resource icon, String name, Component content, UiUpdateObserver uiUpdateObserver); SidebarSheet(Resource icon, Str... | SidebarSheet { public String getId() { return id; } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Component content); SidebarSheet(Resource icon, String name, Component content, UiUpdateObserver uiUpdateObserver); SidebarSheet(Resource icon, Str... | SidebarSheet { public String getId() { return id; } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Component content); SidebarSheet(Resource icon, String name, Component content, UiUpdateObserver uiUpdateObserver); SidebarSheet(Resource icon, Str... |
@Test public void testGetId() { SidebarSheet sidebarSheet = new SidebarSheet("sheet1", VaadinIcons.STAR_HALF_LEFT, "Test SidebarSheet", new HorizontalLayout()); assertThat(sidebarSheet.getId(), is("sheet1")); } | public String getId() { return id; } | SidebarSheet { public String getId() { return id; } } | SidebarSheet { public String getId() { return id; } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Component content); SidebarSheet(Resource icon, String name, Component content, UiUpdateObserver uiUpdateObserver); SidebarSheet(Resource icon, Str... | SidebarSheet { public String getId() { return id; } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Component content); SidebarSheet(Resource icon, String name, Component content, UiUpdateObserver uiUpdateObserver); SidebarSheet(Resource icon, Str... | SidebarSheet { public String getId() { return id; } @Deprecated SidebarSheet(Resource icon, Component content, String tooltip); SidebarSheet(Resource icon, String name, Component content); SidebarSheet(Resource icon, String name, Component content, UiUpdateObserver uiUpdateObserver); SidebarSheet(Resource icon, Str... |
@Test public void testSelect_NotRegistered() { SidebarLayout sidebarLayout = new SidebarLayout(); SidebarSheet sheet1 = new SidebarSheet(ANY_ICON, ANY_STRING, createNewContent()); Assertions.assertThrows(IllegalArgumentException.class, () -> { sidebarLayout.select(sheet1); }); } | public void select(String id) { getSidebarSheet(id).ifPresent(this::select); } | SidebarLayout extends CssLayout { public void select(String id) { getSidebarSheet(id).ifPresent(this::select); } } | SidebarLayout extends CssLayout { public void select(String id) { getSidebarSheet(id).ifPresent(this::select); } SidebarLayout(); } | SidebarLayout extends CssLayout { public void select(String id) { getSidebarSheet(id).ifPresent(this::select); } SidebarLayout(); void addSheets(Stream<SidebarSheet> sheets); void addSheets(Iterable<SidebarSheet> sheets); void addSheets(@NonNull SidebarSheet... sheets); void addSheet(SidebarSheet sheet); Registration a... | SidebarLayout extends CssLayout { public void select(String id) { getSidebarSheet(id).ifPresent(this::select); } SidebarLayout(); void addSheets(Stream<SidebarSheet> sheets); void addSheets(Iterable<SidebarSheet> sheets); void addSheets(@NonNull SidebarSheet... sheets); void addSheet(SidebarSheet sheet); Registration a... |
@Test public void testBuilder_CancelCaption_NoCancelButton() { OkCancelDialog dialog = OkCancelDialog.builder("") .buttonOption(ButtonOption.OK_ONLY) .cancelCaption("cancel it") .build(); OkCancelDialog dialog2 = OkCancelDialog.builder("") .cancelCaption("cancel it") .buttonOption(ButtonOption.OK_ONLY) .build(); assert... | public static Builder builder(String caption) { return new Builder(caption); } | OkCancelDialog extends Window { public static Builder builder(String caption) { return new Builder(caption); } } | OkCancelDialog extends Window { public static Builder builder(String caption) { return new Builder(caption); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprecated OkCancelDialog(String caption); @Depreca... | OkCancelDialog extends Window { public static Builder builder(String caption) { return new Builder(caption); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprecated OkCancelDialog(String caption); @Depreca... | OkCancelDialog extends Window { public static Builder builder(String caption) { return new Builder(caption); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprecated OkCancelDialog(String caption); @Depreca... |
@Test public void testSetContent() { OkCancelDialog dialog = OkCancelDialog.builder("").build(); assertThat(DialogTestUtil.getContents(dialog).size(), is(0)); dialog.setContent(new Label()); assertThat(DialogTestUtil.getContents(dialog), hasSize(1)); assertThat(dialog, is(showingEnabledOkButton())); } | @SuppressFBWarnings(value = "RCN_REDUNDANT_NULLCHECK_OF_NONNULL_VALUE", justification = "yeah, we know...") @Override public void setContent(@CheckForNull Component content) { if (mainArea == null) { super.setContent(content); } else { mainArea.removeAllComponents(); mainArea.addComponent(content); } } | OkCancelDialog extends Window { @SuppressFBWarnings(value = "RCN_REDUNDANT_NULLCHECK_OF_NONNULL_VALUE", justification = "yeah, we know...") @Override public void setContent(@CheckForNull Component content) { if (mainArea == null) { super.setContent(content); } else { mainArea.removeAllComponents(); mainArea.addComponen... | OkCancelDialog extends Window { @SuppressFBWarnings(value = "RCN_REDUNDANT_NULLCHECK_OF_NONNULL_VALUE", justification = "yeah, we know...") @Override public void setContent(@CheckForNull Component content) { if (mainArea == null) { super.setContent(content); } else { mainArea.removeAllComponents(); mainArea.addComponen... | OkCancelDialog extends Window { @SuppressFBWarnings(value = "RCN_REDUNDANT_NULLCHECK_OF_NONNULL_VALUE", justification = "yeah, we know...") @Override public void setContent(@CheckForNull Component content) { if (mainArea == null) { super.setContent(content); } else { mainArea.removeAllComponents(); mainArea.addComponen... | OkCancelDialog extends Window { @SuppressFBWarnings(value = "RCN_REDUNDANT_NULLCHECK_OF_NONNULL_VALUE", justification = "yeah, we know...") @Override public void setContent(@CheckForNull Component content) { if (mainArea == null) { super.setContent(content); } else { mainArea.removeAllComponents(); mainArea.addComponen... |
@Test public void testOk() { Handler okHandler = mock(Handler.class); Handler cancelHandler = mock(Handler.class); OkCancelDialog dialog = OkCancelDialog.builder("") .okHandler(okHandler) .cancelHandler(cancelHandler) .build(); dialog.open(); assertThat(UI.getCurrent().getWindows(), hasSize(1)); DialogTestUtil.clickOkB... | protected void ok() { okHandler.apply(); } | OkCancelDialog extends Window { protected void ok() { okHandler.apply(); } } | OkCancelDialog extends Window { protected void ok() { okHandler.apply(); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprecated OkCancelDialog(String caption); @Deprecated OkCancelDialog(String caption, ... | OkCancelDialog extends Window { protected void ok() { okHandler.apply(); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprecated OkCancelDialog(String caption); @Deprecated OkCancelDialog(String caption, ... | OkCancelDialog extends Window { protected void ok() { okHandler.apply(); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprecated OkCancelDialog(String caption); @Deprecated OkCancelDialog(String caption, ... |
@Test public void testRegister() { String customPattern = "yyMMdd"; DateFormats.register("foobar", customPattern); assertThat(DateFormats.getPattern(new Locale("foobar")), is(customPattern)); } | public static void register(String languageCode, String pattern) { LANGUAGE_PATTERNS.put(languageCode, pattern); } | DateFormats { public static void register(String languageCode, String pattern) { LANGUAGE_PATTERNS.put(languageCode, pattern); } } | DateFormats { public static void register(String languageCode, String pattern) { LANGUAGE_PATTERNS.put(languageCode, pattern); } private DateFormats(); } | DateFormats { public static void register(String languageCode, String pattern) { LANGUAGE_PATTERNS.put(languageCode, pattern); } private DateFormats(); static void register(String languageCode, String pattern); static String getPattern(Locale locale); } | DateFormats { public static void register(String languageCode, String pattern) { LANGUAGE_PATTERNS.put(languageCode, pattern); } private DateFormats(); static void register(String languageCode, String pattern); static String getPattern(Locale locale); static final String PATTERN_ISO; static final String PATTERN_DE; } |
@Test public void testSetOkCaption() { OkCancelDialog dialog = OkCancelDialog.builder("").build(); dialog.setOkCaption("confirm it"); assertThat(dialog.getOkCaption(), is("confirm it")); assertThat(DialogTestUtil.getButtons(dialog).get(0).getCaption(), is("confirm it")); } | public void setOkCaption(String okCaption) { okButton.setCaption(requireNonNull(okCaption, "okCaption must not be null")); } | OkCancelDialog extends Window { public void setOkCaption(String okCaption) { okButton.setCaption(requireNonNull(okCaption, "okCaption must not be null")); } } | OkCancelDialog extends Window { public void setOkCaption(String okCaption) { okButton.setCaption(requireNonNull(okCaption, "okCaption must not be null")); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprec... | OkCancelDialog extends Window { public void setOkCaption(String okCaption) { okButton.setCaption(requireNonNull(okCaption, "okCaption must not be null")); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprec... | OkCancelDialog extends Window { public void setOkCaption(String okCaption) { okButton.setCaption(requireNonNull(okCaption, "okCaption must not be null")); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprec... |
@Test public void testSetCancelCaption() { OkCancelDialog dialog = OkCancelDialog.builder("").build(); dialog.setCancelCaption("cancel it"); assertThat(dialog.getCancelCaption(), is("cancel it")); assertThat(DialogTestUtil.getButtons(dialog).get(1).getCaption(), is("cancel it")); } | public void setCancelCaption(String cancelCaption) { if (cancelButton != null) { cancelButton.setCaption(requireNonNull(cancelCaption, "cancelCaption must not be null")); } else { throw new IllegalStateException("Dialog does not have a cancel button"); } } | OkCancelDialog extends Window { public void setCancelCaption(String cancelCaption) { if (cancelButton != null) { cancelButton.setCaption(requireNonNull(cancelCaption, "cancelCaption must not be null")); } else { throw new IllegalStateException("Dialog does not have a cancel button"); } } } | OkCancelDialog extends Window { public void setCancelCaption(String cancelCaption) { if (cancelButton != null) { cancelButton.setCaption(requireNonNull(cancelCaption, "cancelCaption must not be null")); } else { throw new IllegalStateException("Dialog does not have a cancel button"); } } protected OkCancelDialog(Strin... | OkCancelDialog extends Window { public void setCancelCaption(String cancelCaption) { if (cancelButton != null) { cancelButton.setCaption(requireNonNull(cancelCaption, "cancelCaption must not be null")); } else { throw new IllegalStateException("Dialog does not have a cancel button"); } } protected OkCancelDialog(Strin... | OkCancelDialog extends Window { public void setCancelCaption(String cancelCaption) { if (cancelButton != null) { cancelButton.setCaption(requireNonNull(cancelCaption, "cancelCaption must not be null")); } else { throw new IllegalStateException("Dialog does not have a cancel button"); } } protected OkCancelDialog(Strin... |
@Test public void testContent() { Label content1 = new Label("1"); Label content2 = new Label("2"); OkCancelDialog dialog = OkCancelDialog.builder("caption") .content(content1, content2) .build(); assertThat(DialogTestUtil.getContents(dialog), contains(content1, content2)); } | public static Builder builder(String caption) { return new Builder(caption); } | OkCancelDialog extends Window { public static Builder builder(String caption) { return new Builder(caption); } } | OkCancelDialog extends Window { public static Builder builder(String caption) { return new Builder(caption); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprecated OkCancelDialog(String caption); @Depreca... | OkCancelDialog extends Window { public static Builder builder(String caption) { return new Builder(caption); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprecated OkCancelDialog(String caption); @Depreca... | OkCancelDialog extends Window { public static Builder builder(String caption) { return new Builder(caption); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprecated OkCancelDialog(String caption); @Depreca... |
@Test public void testButtonOption() { OkCancelDialog dialog = OkCancelDialog.builder("").buttonOption(ButtonOption.OK_ONLY).build(); assertThat(DialogTestUtil.getButtons(dialog), hasSize(1)); } | public static Builder builder(String caption) { return new Builder(caption); } | OkCancelDialog extends Window { public static Builder builder(String caption) { return new Builder(caption); } } | OkCancelDialog extends Window { public static Builder builder(String caption) { return new Builder(caption); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprecated OkCancelDialog(String caption); @Depreca... | OkCancelDialog extends Window { public static Builder builder(String caption) { return new Builder(caption); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprecated OkCancelDialog(String caption); @Depreca... | OkCancelDialog extends Window { public static Builder builder(String caption) { return new Builder(caption); } protected OkCancelDialog(String caption, Handler okHandler, Handler cancelHandler,
ButtonOption buttonOption, Component... contentComponents); @Deprecated OkCancelDialog(String caption); @Depreca... |
@Test public void testNewOkCancelDialog_CreationOfDialog() { Handler okHandler = mock(Handler.class); Handler cancelHandler = mock(Handler.class); OkCancelDialog dialog = new PmoBasedDialogFactory() .newOkCancelDialog("test", okHandler, cancelHandler, ButtonOption.OK_CANCEL, new TestPmo()); assertThat(dialog.getCaption... | @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } } | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... |
@Test public void testNewOkCancelDialog_CreationOfDialog_NoPmo() { OkCancelDialog dialog = new PmoBasedDialogFactory() .newOkCancelDialog("test", Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_CANCEL); assertThat(DialogTestUtil.getContents(dialog), hasSize(0)); } | @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } } | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... |
@Test public void testNewOkCancelDialog_CreationOfDialog_MultiplePmo() { OkCancelDialog dialog = new PmoBasedDialogFactory() .newOkCancelDialog("test", Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_CANCEL, new TestPmo(), new TestPmo()); assertThat(DialogTestUtil.getContents(dialog), hasSize(2)); } | @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } } | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... |
@Test public void testNewOkCancelDialog_ValidationService() { MessageList ml = new MessageList(); ValidationService validationService = mock(ValidationService.class); when(validationService.getValidationMessages()).thenReturn(ml); PmoBasedDialogFactory pmoBasedDialogFactory = new PmoBasedDialogFactory(validationService... | @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } } | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... |
@Test public void testNewOkCancelDialog_PropertyBehaviorProvider() { PmoBasedDialogFactory dialogFactoryWithoutBehavior = new PmoBasedDialogFactory( ValidationService.NOP_VALIDATION_SERVICE, PropertyBehaviorProvider.NO_BEHAVIOR_PROVIDER); OkCancelDialog dialog = dialogFactoryWithoutBehavior.newOkCancelDialog("test", Ha... | @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } } | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... | PmoBasedDialogFactory { @Deprecated public OkCancelDialog newOkCancelDialog(String title, Object pmo, Handler okHandler) { return newOkCancelDialog(title, okHandler, pmo); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... propertyBehavior)... |
@Test public void testNewOkDialog() { OkCancelDialog dialog = new PmoBasedDialogFactory().newOkDialog("title", new TestPmo()); List<AbstractField<?>> fields = getAllFields(dialog); assertThat(fields, hasSize(1)); assertThat(fields.get(0), is(instanceOf(TextField.class))); assertThat(dialog.getCaption(), is("title")); } | public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } | PmoBasedDialogFactory { public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } } | PmoBasedDialogFactory { public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... | PmoBasedDialogFactory { public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... | PmoBasedDialogFactory { public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... |
@Test public void testGetIfPresent() { LazyInitializingMap<String, Object> lazyInitializingMap = new LazyInitializingMap<>(initializer); Object value = lazyInitializingMap.getIfPresent("string"); assertNull(value); } | @CheckForNull public V getIfPresent(K key) { return internalMap.get(key); } | LazyInitializingMap { @CheckForNull public V getIfPresent(K key) { return internalMap.get(key); } } | LazyInitializingMap { @CheckForNull public V getIfPresent(K key) { return internalMap.get(key); } LazyInitializingMap(Function<K, V> initializer); } | LazyInitializingMap { @CheckForNull public V getIfPresent(K key) { return internalMap.get(key); } LazyInitializingMap(Function<K, V> initializer); V get(K key); @CheckForNull V getIfPresent(K key); void clear(); @CheckForNull V remove(K key); } | LazyInitializingMap { @CheckForNull public V getIfPresent(K key) { return internalMap.get(key); } LazyInitializingMap(Function<K, V> initializer); V get(K key); @CheckForNull V getIfPresent(K key); void clear(); @CheckForNull V remove(K key); } |
@Test public void testNewOkDialog_noPmo() { OkCancelDialog dialog = new PmoBasedDialogFactory().newOkDialog("title"); assertThat(getAllFields(dialog), hasSize(0)); } | public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } | PmoBasedDialogFactory { public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } } | PmoBasedDialogFactory { public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... | PmoBasedDialogFactory { public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... | PmoBasedDialogFactory { public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... |
@Test public void testNewOkDialog_MultiplePmos() { OkCancelDialog dialog = new PmoBasedDialogFactory().newOkDialog("title", new TestPmo(), new TestPmo()); List<AbstractField<?>> fields = getAllFields(dialog); assertThat(fields, hasSize(2)); fields.forEach(f -> assertThat(f, is(instanceOf(TextField.class)))); assertThat... | public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } | PmoBasedDialogFactory { public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } } | PmoBasedDialogFactory { public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... | PmoBasedDialogFactory { public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... | PmoBasedDialogFactory { public OkCancelDialog newOkDialog(String title, Object... pmos) { return newOkCancelDialog(title, Handler.NOP_HANDLER, Handler.NOP_HANDLER, ButtonOption.OK_ONLY, pmos); } PmoBasedDialogFactory(); PmoBasedDialogFactory(ValidationService validationService); PmoBasedDialogFactory(PropertyBehavior... |
@Test public void testNewDateField_BelowRange() { DateField dateField = ComponentFactory.newDateField(); dateField.setDateOutOfRangeMessage(MESSAGE); assertThrows(IllegalArgumentException.class, () -> dateField.setValue(LocalDate.of(-1, 1, 1))); } | public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } } | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } private ComponentFactory(); } | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } private ComponentFactory(); @Deprecated static Label addHorizontalSpacer(AbstractLayout... | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } private ComponentFactory(); @Deprecated static Label addHorizontalSpacer(AbstractLayout... |
@Test public void testNewDateField_InRangeLowerBound() { DateField dateField = ComponentFactory.newDateField(); dateField.setDateOutOfRangeMessage(MESSAGE); dateField.setValue(LocalDate.of(1, 1, 1)); assertThat(dateField.getErrorMessage(), is(nullValue())); } | public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } } | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } private ComponentFactory(); } | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } private ComponentFactory(); @Deprecated static Label addHorizontalSpacer(AbstractLayout... | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } private ComponentFactory(); @Deprecated static Label addHorizontalSpacer(AbstractLayout... |
@Test public void testNewDateField_InRangeUpperBound() { DateField dateField = ComponentFactory.newDateField(); dateField.setDateOutOfRangeMessage(MESSAGE); dateField.setValue(LocalDate.of(9999, 12, 31)); assertThat(dateField.getErrorMessage(), is(nullValue())); } | public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } } | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } private ComponentFactory(); } | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } private ComponentFactory(); @Deprecated static Label addHorizontalSpacer(AbstractLayout... | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } private ComponentFactory(); @Deprecated static Label addHorizontalSpacer(AbstractLayout... |
@Test public void testNewDateField_AboveRange() { DateField dateField = ComponentFactory.newDateField(); dateField.setDateOutOfRangeMessage(MESSAGE); assertThrows(IllegalArgumentException.class, () -> dateField.setValue(LocalDate.of(10000, 1, 1))); } | public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } } | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } private ComponentFactory(); } | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } private ComponentFactory(); @Deprecated static Label addHorizontalSpacer(AbstractLayout... | ComponentFactory { public static DateField newDateField() { MultiformatDateField field = new MultiformatDateField(); field.setRangeStart(LocalDate.ofYearDay(1, 1)); field.setRangeEnd(LocalDate.ofYearDay(9999, 365)); return field; } private ComponentFactory(); @Deprecated static Label addHorizontalSpacer(AbstractLayout... |
@Test public void testHeader_AddHeaderButton() { TestSection section = new TestSection("", false); HorizontalLayout header = section.getHeader(); Label captionLabel = (Label)header.getComponent(0); assertThat(header.isVisible(), is(false)); assertThat(captionLabel.isVisible(), is(false)); Button button = ComponentFacto... | public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } | AbstractSection extends VerticalLayout { public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } } | AbstractSection extends VerticalLayout { public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... | AbstractSection extends VerticalLayout { public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... | AbstractSection extends VerticalLayout { public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... |
@Test public void testSetCaption() { TestSection section = new TestSection("CAP", false); HorizontalLayout header = section.getHeader(); Label captionLabel = (Label)header.getComponent(0); assertThat(header.isVisible(), is(true)); assertThat(captionLabel.isVisible(), is(true)); assertThat(captionLabel.getValue(), is("C... | @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } | AbstractSection extends VerticalLayout { @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } } | AbstractSection extends VerticalLayout { @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... | AbstractSection extends VerticalLayout { @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... | AbstractSection extends VerticalLayout { @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... |
@Test public void testSetCaption_Null() { TestSection section = new TestSection("CAP", false); HorizontalLayout header = section.getHeader(); Label captionLabel = (Label)header.getComponent(0); assertThat(header.isVisible(), is(true)); assertThat(captionLabel.isVisible(), is(true)); assertThat(captionLabel.getValue(), ... | @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } | AbstractSection extends VerticalLayout { @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } } | AbstractSection extends VerticalLayout { @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... | AbstractSection extends VerticalLayout { @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... | AbstractSection extends VerticalLayout { @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... |
@Test public void testSetCaption_Empty() { TestSection section = new TestSection("CAP", false); HorizontalLayout header = section.getHeader(); Label captionLabel = (Label)header.getComponent(0); assertThat(header.isVisible(), is(true)); assertThat(captionLabel.isVisible(), is(true)); assertThat(captionLabel.getValue(),... | @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } | AbstractSection extends VerticalLayout { @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } } | AbstractSection extends VerticalLayout { @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... | AbstractSection extends VerticalLayout { @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... | AbstractSection extends VerticalLayout { @Override public void setCaption(@CheckForNull String caption) { captionLabel.setValue(caption); captionLabel.setVisible(!StringUtils.isEmpty(caption)); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... |
@Test public void testGet_null() { LazyInitializingMap<String, Object> lazyInitializingMap = new LazyInitializingMap<>(initializer); Assertions.assertThrows(NullPointerException.class, () -> { lazyInitializingMap.get(null); }); } | public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } } | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } LazyInitializingMap(Function<K, V> initializer); } | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } LazyInitializingMap(Function<K, V> initializer); V get(K key); @CheckForNull V getIfPresen... | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } LazyInitializingMap(Function<K, V> initializer); V get(K key); @CheckForNull V getIfPresen... |
@Test public void testAddHeaderButton() { TestSection section = new TestSection("CAP", true); HorizontalLayout header = section.getHeader(); assertThat(header.getComponentCount(), is(3)); assertThat(header.isVisible(), is(true)); Button button1 = new Button(); section.addHeaderButton(button1); assertThat(header.getComp... | public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } | AbstractSection extends VerticalLayout { public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } } | AbstractSection extends VerticalLayout { public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... | AbstractSection extends VerticalLayout { public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... | AbstractSection extends VerticalLayout { public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... |
@Test public void testHeaderButton_Style() { TestSection section = new TestSection("CAP", true); Button button1 = new Button(); section.addHeaderButton(button1); assertThat(button1.getStyleName(), containsString(LinkkiTheme.BUTTON_TEXT)); } | public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } | AbstractSection extends VerticalLayout { public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } } | AbstractSection extends VerticalLayout { public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... | AbstractSection extends VerticalLayout { public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... | AbstractSection extends VerticalLayout { public void addHeaderButton(Button button) { button.addStyleName(LinkkiTheme.BUTTON_TEXT); headerComponents.add(button); header.addComponent(button, 1); updateHeader(); } AbstractSection(@CheckForNull String caption); AbstractSection(@CheckForNull String caption, boolean closea... |
@Test public void testAddTab_RefreshesFirstTabPage() { TabSheetArea tabSheetArea = new TestArea(); Page tabPage1 = mock(Page.class); Page tabPage2 = mock(Page.class); verify(tabPage1, times(0)).reloadBindings(); verify(tabPage2, times(0)).reloadBindings(); tabSheetArea.addTab(tabPage1, "1"); tabSheetArea.addTab(tabPage... | @Override public void reloadBindings() { Component selectedTab = getSelectedTab(); if (selectedTab != null && selectedTab instanceof Page) { ((Page)selectedTab).reloadBindings(); } } | TabSheetArea extends TabSheet implements Area { @Override public void reloadBindings() { Component selectedTab = getSelectedTab(); if (selectedTab != null && selectedTab instanceof Page) { ((Page)selectedTab).reloadBindings(); } } } | TabSheetArea extends TabSheet implements Area { @Override public void reloadBindings() { Component selectedTab = getSelectedTab(); if (selectedTab != null && selectedTab instanceof Page) { ((Page)selectedTab).reloadBindings(); } } TabSheetArea(); TabSheetArea(boolean preserveHeader); } | TabSheetArea extends TabSheet implements Area { @Override public void reloadBindings() { Component selectedTab = getSelectedTab(); if (selectedTab != null && selectedTab instanceof Page) { ((Page)selectedTab).reloadBindings(); } } TabSheetArea(); TabSheetArea(boolean preserveHeader); @PostConstruct final void init(); ... | TabSheetArea extends TabSheet implements Area { @Override public void reloadBindings() { Component selectedTab = getSelectedTab(); if (selectedTab != null && selectedTab instanceof Page) { ((Page)selectedTab).reloadBindings(); } } TabSheetArea(); TabSheetArea(boolean preserveHeader); @PostConstruct final void init(); ... |
@Test public void testTabSelectionRefreshesPage() { TabSheetArea tabSheetArea = new TestArea(); Page tabPage1 = mock(Page.class); Page tabPage2 = mock(Page.class); tabSheetArea.addTab(tabPage1, "1"); tabSheetArea.addTab(tabPage2, "2"); verify(tabPage2, times(0)).reloadBindings(); tabSheetArea.setSelectedTab(1); verify(... | @Override public void reloadBindings() { Component selectedTab = getSelectedTab(); if (selectedTab != null && selectedTab instanceof Page) { ((Page)selectedTab).reloadBindings(); } } | TabSheetArea extends TabSheet implements Area { @Override public void reloadBindings() { Component selectedTab = getSelectedTab(); if (selectedTab != null && selectedTab instanceof Page) { ((Page)selectedTab).reloadBindings(); } } } | TabSheetArea extends TabSheet implements Area { @Override public void reloadBindings() { Component selectedTab = getSelectedTab(); if (selectedTab != null && selectedTab instanceof Page) { ((Page)selectedTab).reloadBindings(); } } TabSheetArea(); TabSheetArea(boolean preserveHeader); } | TabSheetArea extends TabSheet implements Area { @Override public void reloadBindings() { Component selectedTab = getSelectedTab(); if (selectedTab != null && selectedTab instanceof Page) { ((Page)selectedTab).reloadBindings(); } } TabSheetArea(); TabSheetArea(boolean preserveHeader); @PostConstruct final void init(); ... | TabSheetArea extends TabSheet implements Area { @Override public void reloadBindings() { Component selectedTab = getSelectedTab(); if (selectedTab != null && selectedTab instanceof Page) { ((Page)selectedTab).reloadBindings(); } } TabSheetArea(); TabSheetArea(boolean preserveHeader); @PostConstruct final void init(); ... |
@Test public void testGetTabs() { Page tabPage1 = mock(Page.class); Page tabPage2 = mock(Page.class); TabSheetArea tabSheetArea = new TestArea(); assertThat(tabSheetArea.getTabs(), is(empty())); tabSheetArea.addTab(tabPage1, "1"); tabSheetArea.addTab(tabPage2, "2"); assertThat(tabSheetArea.getTabs(), contains(tabPage1,... | protected List<Page> getTabs() { return StreamUtil.stream(this) .filter(c -> c instanceof Page) .map(c -> (Page)c) .collect(Collectors.toList()); } | TabSheetArea extends TabSheet implements Area { protected List<Page> getTabs() { return StreamUtil.stream(this) .filter(c -> c instanceof Page) .map(c -> (Page)c) .collect(Collectors.toList()); } } | TabSheetArea extends TabSheet implements Area { protected List<Page> getTabs() { return StreamUtil.stream(this) .filter(c -> c instanceof Page) .map(c -> (Page)c) .collect(Collectors.toList()); } TabSheetArea(); TabSheetArea(boolean preserveHeader); } | TabSheetArea extends TabSheet implements Area { protected List<Page> getTabs() { return StreamUtil.stream(this) .filter(c -> c instanceof Page) .map(c -> (Page)c) .collect(Collectors.toList()); } TabSheetArea(); TabSheetArea(boolean preserveHeader); @PostConstruct final void init(); @Deprecated TabSheet getTabSheet();... | TabSheetArea extends TabSheet implements Area { protected List<Page> getTabs() { return StreamUtil.stream(this) .filter(c -> c instanceof Page) .map(c -> (Page)c) .collect(Collectors.toList()); } TabSheetArea(); TabSheetArea(boolean preserveHeader); @PostConstruct final void init(); @Deprecated TabSheet getTabSheet();... |
@Test public void testFindConverter_Default() { LinkkiConverterRegistry linkkiConverterRegistry = new LinkkiConverterRegistry(); assertThat(linkkiConverterRegistry.findConverter(String.class, Date.class), is(instanceOf(StringToDateConverter.class))); } | @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, rawModelType)) { return (Converter<P, M>)Converter.... | LinkkiConverterRegistry implements Serializable { @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, r... | LinkkiConverterRegistry implements Serializable { @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, r... | LinkkiConverterRegistry implements Serializable { @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, r... | LinkkiConverterRegistry implements Serializable { @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, r... |
@Test public void testFindConverter_NotFound() { Assertions.assertThrows(IllegalArgumentException.class, () -> { new LinkkiConverterRegistry().findConverter(String.class, java.time.LocalDate.class); }); } | @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, rawModelType)) { return (Converter<P, M>)Converter.... | LinkkiConverterRegistry implements Serializable { @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, r... | LinkkiConverterRegistry implements Serializable { @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, r... | LinkkiConverterRegistry implements Serializable { @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, r... | LinkkiConverterRegistry implements Serializable { @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, r... |
@Test public void testFindConverter_overrideDefault() { LinkkiConverterRegistry linkkiConverterRegistry = new LinkkiConverterRegistry(new MyStringToDateConverter()); assertThat(linkkiConverterRegistry.findConverter(String.class, Date.class), is(instanceOf(MyStringToDateConverter.class))); } | @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, rawModelType)) { return (Converter<P, M>)Converter.... | LinkkiConverterRegistry implements Serializable { @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, r... | LinkkiConverterRegistry implements Serializable { @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, r... | LinkkiConverterRegistry implements Serializable { @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, r... | LinkkiConverterRegistry implements Serializable { @SuppressWarnings("unchecked") public <P, M> Converter<P, M> findConverter(Type presentationType, Type modelType) { Class<?> rawPresentationType = getRawType(presentationType); Class<?> rawModelType = getRawType(modelType); if (isIdentityNecessary(rawPresentationType, r... |
@Test public void testConvertToModel() { FormattedDoubleToStringConverter converter = new FormattedDoubleToStringConverter("0.00"); ValueContext context = new ValueContext(Locale.GERMAN); assertThat(converter.convertToModel("1,23", context).getOrThrow(s -> new AssertionError(s)), is(1.23)); } | @Override protected Double convertToModel(Number value) { return value.doubleValue(); } | FormattedDoubleToStringConverter extends FormattedNumberToStringConverter<Double> { @Override protected Double convertToModel(Number value) { return value.doubleValue(); } } | FormattedDoubleToStringConverter extends FormattedNumberToStringConverter<Double> { @Override protected Double convertToModel(Number value) { return value.doubleValue(); } FormattedDoubleToStringConverter(String format); } | FormattedDoubleToStringConverter extends FormattedNumberToStringConverter<Double> { @Override protected Double convertToModel(Number value) { return value.doubleValue(); } FormattedDoubleToStringConverter(String format); } | FormattedDoubleToStringConverter extends FormattedNumberToStringConverter<Double> { @Override protected Double convertToModel(Number value) { return value.doubleValue(); } FormattedDoubleToStringConverter(String format); } |
@Test public void testConvertToModel_Null() { FormattedDoubleToStringConverter converter = new FormattedDoubleToStringConverter("0.00"); ValueContext context = new ValueContext(Locale.GERMAN); assertThat(converter.convertToModel("", context).getOrThrow(s -> new AssertionError(s)), is(nullValue())); } | @Override protected Double convertToModel(Number value) { return value.doubleValue(); } | FormattedDoubleToStringConverter extends FormattedNumberToStringConverter<Double> { @Override protected Double convertToModel(Number value) { return value.doubleValue(); } } | FormattedDoubleToStringConverter extends FormattedNumberToStringConverter<Double> { @Override protected Double convertToModel(Number value) { return value.doubleValue(); } FormattedDoubleToStringConverter(String format); } | FormattedDoubleToStringConverter extends FormattedNumberToStringConverter<Double> { @Override protected Double convertToModel(Number value) { return value.doubleValue(); } FormattedDoubleToStringConverter(String format); } | FormattedDoubleToStringConverter extends FormattedNumberToStringConverter<Double> { @Override protected Double convertToModel(Number value) { return value.doubleValue(); } FormattedDoubleToStringConverter(String format); } |
@Test public void testGet_initializerFunctionReturnsNull() { LazyInitializingMap<String, Object> lazyInitializingMap = new LazyInitializingMap<>( (String key) -> null); Assertions.assertThrows(NullPointerException.class, () -> { lazyInitializingMap.get("string"); }); } | public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } } | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } LazyInitializingMap(Function<K, V> initializer); } | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } LazyInitializingMap(Function<K, V> initializer); V get(K key); @CheckForNull V getIfPresen... | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } LazyInitializingMap(Function<K, V> initializer); V get(K key); @CheckForNull V getIfPresen... |
@Test public void testConvertToModel_FourDigitYear_NoConversion() { assertThat((converter.convertToModel(LocalDate.of(2039, 12, 31), context)) .getOrThrow(s -> new AssertionError(s)), is(LocalDate.of(2039, 12, 31))); } | @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } @CheckForNull @... | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } @CheckForNull @... |
@Test public void testConvertToModel_NullValue() { assertNull((converter.convertToModel(null, context)) .getOrThrow(s -> new AssertionError(s))); } | @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } @CheckForNull @... | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } @CheckForNull @... |
@Test public void testConvertToModel_MaxTwoDigitYear() { LocalDate date = LocalDate.of(39, 12, 31); assertThat((converter.convertToModel(date, context)) .getOrThrow(s -> new AssertionError(s)), is(TwoDigitYearUtil.convert(date))); } | @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } @CheckForNull @... | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @CheckForNull @Override public Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context) { if (value == null) { return Result.ok(null); } else { return Result.ok(TwoDigitYearUtil.convert(value)); } } @CheckForNull @... |
@Test public void testConvertToPresentation_FourDigitYear_NoConversion() { assertThat((converter.convertToPresentation(LocalDate.of(2011, 9, 5), context)), is(LocalDate.of(2011, 9, 5))); } | @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } @CheckForNull @Override Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context); @Override LocalDate conver... | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } @CheckForNull @Override Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context); @Override LocalDate conver... |
@Test public void testConvertToPresentation_NullValue() { assertNull(converter.convertToPresentation(null, context)); } | @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } @CheckForNull @Override Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context); @Override LocalDate conver... | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } @CheckForNull @Override Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context); @Override LocalDate conver... |
@Test public void testConvertToPresentation_ThreeDigitYear_NoConversion() { assertThat((converter.convertToPresentation(LocalDate.of(312, 5, 1), context)), is(LocalDate.of(312, 5, 1))); } | @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } @CheckForNull @Override Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context); @Override LocalDate conver... | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } @CheckForNull @Override Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context); @Override LocalDate conver... |
@Test public void testConvertToPresentation_TwoDigitYear_NoConversion() { assertThat((converter.convertToPresentation(LocalDate.of(10, 3, 21), context)), is(LocalDate.of(10, 3, 21))); } | @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } } | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } @CheckForNull @Override Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context); @Override LocalDate conver... | TwoDigitYearLocalDateConverter implements Converter<LocalDate, LocalDate> { @Override public LocalDate convertToPresentation(LocalDate value, ValueContext context) { return value; } @CheckForNull @Override Result<LocalDate> convertToModel(@CheckForNull LocalDate value, ValueContext context); @Override LocalDate conver... |
@Test public void testConvertToModel() { FormattedIntegerToStringConverter converter = new FormattedIntegerToStringConverter("#,##0"); ValueContext context = new ValueContext(Locale.GERMAN); assertThat(converter.convertToModel("1.234", context).getOrThrow(s -> new AssertionError(s)), is(1234)); } | @Override protected Integer convertToModel(Number value) { return value.intValue(); } | FormattedIntegerToStringConverter extends FormattedNumberToStringConverter<Integer> { @Override protected Integer convertToModel(Number value) { return value.intValue(); } } | FormattedIntegerToStringConverter extends FormattedNumberToStringConverter<Integer> { @Override protected Integer convertToModel(Number value) { return value.intValue(); } FormattedIntegerToStringConverter(String format); } | FormattedIntegerToStringConverter extends FormattedNumberToStringConverter<Integer> { @Override protected Integer convertToModel(Number value) { return value.intValue(); } FormattedIntegerToStringConverter(String format); } | FormattedIntegerToStringConverter extends FormattedNumberToStringConverter<Integer> { @Override protected Integer convertToModel(Number value) { return value.intValue(); } FormattedIntegerToStringConverter(String format); } |
@Test public void testConvertToModel_Null() { FormattedIntegerToStringConverter converter = new FormattedIntegerToStringConverter("#,##0"); ValueContext context = new ValueContext(Locale.GERMAN); assertThat(converter.convertToModel("", context).getOrThrow(s -> new AssertionError(s)), is(nullValue())); } | @Override protected Integer convertToModel(Number value) { return value.intValue(); } | FormattedIntegerToStringConverter extends FormattedNumberToStringConverter<Integer> { @Override protected Integer convertToModel(Number value) { return value.intValue(); } } | FormattedIntegerToStringConverter extends FormattedNumberToStringConverter<Integer> { @Override protected Integer convertToModel(Number value) { return value.intValue(); } FormattedIntegerToStringConverter(String format); } | FormattedIntegerToStringConverter extends FormattedNumberToStringConverter<Integer> { @Override protected Integer convertToModel(Number value) { return value.intValue(); } FormattedIntegerToStringConverter(String format); } | FormattedIntegerToStringConverter extends FormattedNumberToStringConverter<Integer> { @Override protected Integer convertToModel(Number value) { return value.intValue(); } FormattedIntegerToStringConverter(String format); } |
@Test public void testSetDataProvider_HasDataProvider() { HasItemsAvailableValuesAspectDefinition hasItemsAvailableValuesAspectDefinition = new HasItemsAvailableValuesAspectDefinition( AvailableValuesType.DYNAMIC); @SuppressWarnings("unchecked") ListDataProvider<Object> dataProvider = mock(ListDataProvider.class); @Sup... | @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataProvider(listDataProvider); } else if (component instanceof ComboBox) { ((ComboBox<Object>)compon... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataPr... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataPr... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataPr... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataPr... |
@Test public void testGet() { LazyInitializingMap<String, Object> lazyInitializingMap = new LazyInitializingMap<>(initializer); assertNull(lazyInitializingMap.getIfPresent("string")); lazyInitializingMap.get("string"); assertNotNull(lazyInitializingMap.getIfPresent("string")); } | public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } } | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } LazyInitializingMap(Function<K, V> initializer); } | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } LazyInitializingMap(Function<K, V> initializer); V get(K key); @CheckForNull V getIfPresen... | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } LazyInitializingMap(Function<K, V> initializer); V get(K key); @CheckForNull V getIfPresen... |
@Test public void testSetDataProvider_HasFilterableDataProvider() { HasItemsAvailableValuesAspectDefinition hasItemsAvailableValuesAspectDefinition = new HasItemsAvailableValuesAspectDefinition( AvailableValuesType.DYNAMIC); @SuppressWarnings("unchecked") ListDataProvider<Object> dataProvider = mock(ListDataProvider.cl... | @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataProvider(listDataProvider); } else if (component instanceof ComboBox) { ((ComboBox<Object>)compon... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataPr... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataPr... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataPr... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataPr... |
@Test public void testSetDataProvider_Other() { HasItemsAvailableValuesAspectDefinition hasItemsAvailableValuesAspectDefinition = new HasItemsAvailableValuesAspectDefinition( AvailableValuesType.DYNAMIC); @SuppressWarnings("unchecked") ListDataProvider<Object> dataProvider = mock(ListDataProvider.class); Component comp... | @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataProvider(listDataProvider); } else if (component instanceof ComboBox) { ((ComboBox<Object>)compon... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataPr... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataPr... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataPr... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") private static void setDataProvider(HasItems<?> component, ListDataProvider<Object> listDataProvider) { if (component instanceof HasDataProvider) { ((HasDataProvider<Object>)component).setDataPr... |
@Test public void testHandleNullItems_ComboBox() { HasItemsAvailableValuesAspectDefinition hasItemsAvailableValuesAspectDefinition = new HasItemsAvailableValuesAspectDefinition( AvailableValuesType.DYNAMIC); ComboBox<TestEnum> comboBox = new ComboBox<>(); hasItemsAvailableValuesAspectDefinition.handleNullItems(new Labe... | @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean hasNullItem = items.removeIf(i -> i == null); ((ComboBox<Object>)component).setEmptySelectionAll... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean h... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean h... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean h... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean h... |
@Test public void testHandleNullItems_NativeSelect() { HasItemsAvailableValuesAspectDefinition hasItemsAvailableValuesAspectDefinition = new HasItemsAvailableValuesAspectDefinition( AvailableValuesType.DYNAMIC); NativeSelect<TestEnum> nativeSelect = new NativeSelect<>(); hasItemsAvailableValuesAspectDefinition.handleNu... | @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean hasNullItem = items.removeIf(i -> i == null); ((ComboBox<Object>)component).setEmptySelectionAll... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean h... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean h... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean h... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean h... |
@Test public void testHandleNullItems_Other() { HasItemsAvailableValuesAspectDefinition hasItemsAvailableValuesAspectDefinition = new HasItemsAvailableValuesAspectDefinition( AvailableValuesType.DYNAMIC); Component component = mock(HasItems.class, withSettings().extraInterfaces(Component.class)); hasItemsAvailableValue... | @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean hasNullItem = items.removeIf(i -> i == null); ((ComboBox<Object>)component).setEmptySelectionAll... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean h... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean h... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean h... | HasItemsAvailableValuesAspectDefinition extends AvailableValuesAspectDefinition<HasItems<?>> { @SuppressWarnings("unchecked") @Override protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { Object component = componentWrapper.getComponent(); if (component instanceof ComboBox<?>) { boolean h... |
@Test public void testCreateAspect_Static() { CaptionAspectDefinition captionAspectDefinition = new CaptionAspectDefinition(CaptionType.STATIC, "foo"); Aspect<String> aspect = captionAspectDefinition.createAspect(); assertThat(aspect.getName(), is(CaptionAspectDefinition.NAME)); assertThat(aspect.getValue(), is("foo"))... | @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, staticCaption); case NONE: return Aspect.of(NAME, null); default: thr... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... |
@Test public void testCreateAspect_Auto_WithValue() { CaptionAspectDefinition captionAspectDefinition = new CaptionAspectDefinition(CaptionType.AUTO, "foo"); Aspect<String> aspect = captionAspectDefinition.createAspect(); assertThat(aspect.getName(), is(CaptionAspectDefinition.NAME)); assertThat(aspect.getValue(), is("... | @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, staticCaption); case NONE: return Aspect.of(NAME, null); default: thr... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... |
@Test public void testCreateAspect_Auto_WithoutValue() { CaptionAspectDefinition captionAspectDefinition = new CaptionAspectDefinition(CaptionType.AUTO, ""); Aspect<String> aspect = captionAspectDefinition.createAspect(); assertThat(aspect.getName(), is(CaptionAspectDefinition.NAME)); assertThat(aspect.isValuePresent()... | @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, staticCaption); case NONE: return Aspect.of(NAME, null); default: thr... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... |
@Test public void testCreateAspect_Dynamic() { CaptionAspectDefinition captionAspectDefinition = new CaptionAspectDefinition(CaptionType.DYNAMIC, "foo"); Aspect<String> aspect = captionAspectDefinition.createAspect(); assertThat(aspect.getName(), is(CaptionAspectDefinition.NAME)); assertThat(aspect.isValuePresent(), is... | @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, staticCaption); case NONE: return Aspect.of(NAME, null); default: thr... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... |
@Test public void testCreateAspect_None() { CaptionAspectDefinition captionAspectDefinition = new CaptionAspectDefinition(CaptionType.NONE, "foo"); Aspect<String> aspect = captionAspectDefinition.createAspect(); assertThat(aspect.getName(), is(CaptionAspectDefinition.NAME)); assertThat(aspect.getValue(), is(nullValue()... | @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, staticCaption); case NONE: return Aspect.of(NAME, null); default: thr... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Aspect<String> createAspect() { switch (captionType) { case AUTO: return StringUtils.isEmpty(staticCaption) ? Aspect.of(NAME) : Aspect.of(NAME, staticCaption); case DYNAMIC: return Aspect.of(NAME); case STATIC: return Aspect.of(NAME, s... |
@Test public void testGet2() { LazyInitializingMap<String, Object> lazyInitializingMap = new LazyInitializingMap<>(initializer); Object value = lazyInitializingMap.get("string"); assertEquals("stringx", value); Object value2 = lazyInitializingMap.get("string"); assertSame(value, value2); } | public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } } | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } LazyInitializingMap(Function<K, V> initializer); } | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } LazyInitializingMap(Function<K, V> initializer); V get(K key); @CheckForNull V getIfPresen... | LazyInitializingMap { public V get(K key) { @CheckForNull V value = internalMap.computeIfAbsent(key, initializer); if (value == null) { throw new NullPointerException("Initializer must not create a null value"); } return value; } LazyInitializingMap(Function<K, V> initializer); V get(K key); @CheckForNull V getIfPresen... |
@Test public void testCreateComponentValueSetter() { CaptionAspectDefinition captionAspectDefinition = new CaptionAspectDefinition(CaptionType.DYNAMIC, "foo"); Component component = new Label(); ComponentWrapper componentWrapper = new LabelComponentWrapper(component); Consumer<String> componentValueSetter = captionAspe... | @Override public Consumer<String> createComponentValueSetter(ComponentWrapper componentWrapper) { return caption -> ((Component)componentWrapper.getComponent()).setCaption(caption); } | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Consumer<String> createComponentValueSetter(ComponentWrapper componentWrapper) { return caption -> ((Component)componentWrapper.getComponent()).setCaption(caption); } } | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Consumer<String> createComponentValueSetter(ComponentWrapper componentWrapper) { return caption -> ((Component)componentWrapper.getComponent()).setCaption(caption); } CaptionAspectDefinition(CaptionType captionType, String staticCaptio... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Consumer<String> createComponentValueSetter(ComponentWrapper componentWrapper) { return caption -> ((Component)componentWrapper.getComponent()).setCaption(caption); } CaptionAspectDefinition(CaptionType captionType, String staticCaptio... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public Consumer<String> createComponentValueSetter(ComponentWrapper componentWrapper) { return caption -> ((Component)componentWrapper.getComponent()).setCaption(caption); } CaptionAspectDefinition(CaptionType captionType, String staticCaptio... |
@Test public void testCreateComponentValueSetter_NOPonTable() { CaptionAspectDefinition captionAspectDefinition = new CaptionAspectDefinition(CaptionType.DYNAMIC, "foo"); @SuppressWarnings("deprecation") com.vaadin.v7.ui.Table table = new com.vaadin.v7.ui.Table(); ComponentWrapper componentWrapper = new TableComponentW... | @Override public boolean supports(WrapperType type) { return super.supports(type) && !ColumnBasedComponentWrapper.COLUMN_BASED_TYPE.isAssignableFrom(type); } | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public boolean supports(WrapperType type) { return super.supports(type) && !ColumnBasedComponentWrapper.COLUMN_BASED_TYPE.isAssignableFrom(type); } } | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public boolean supports(WrapperType type) { return super.supports(type) && !ColumnBasedComponentWrapper.COLUMN_BASED_TYPE.isAssignableFrom(type); } CaptionAspectDefinition(CaptionType captionType, String staticCaption); } | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public boolean supports(WrapperType type) { return super.supports(type) && !ColumnBasedComponentWrapper.COLUMN_BASED_TYPE.isAssignableFrom(type); } CaptionAspectDefinition(CaptionType captionType, String staticCaption); @Override Aspect<Strin... | CaptionAspectDefinition extends ModelToUiAspectDefinition<String> { @Override public boolean supports(WrapperType type) { return super.supports(type) && !ColumnBasedComponentWrapper.COLUMN_BASED_TYPE.isAssignableFrom(type); } CaptionAspectDefinition(CaptionType captionType, String staticCaption); @Override Aspect<Strin... |
@Test public void testCreateComponentValueSetter_SetsString() { Label label = new Label(); Consumer<Object> valueSetter = new LabelValueAspectDefinition() .createComponentValueSetter(new LabelComponentWrapper(label)); valueSetter.accept("foo"); assertThat(label.getValue(), is("foo")); } | @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } @Override Aspect<Object> createAspect(); @Ov... | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } @Override Aspect<Object> createAspect(); @Ov... |
@Test public void testCreateComponentValueSetter_UsesToString() { Label label = new Label(); Consumer<Object> valueSetter = new LabelValueAspectDefinition() .createComponentValueSetter(new LabelComponentWrapper(label)); valueSetter.accept(new Object() { @Override public String toString() { return "bar"; } }); assertTha... | @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } @Override Aspect<Object> createAspect(); @Ov... | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } @Override Aspect<Object> createAspect(); @Ov... |
@Test public void testCreateComponentValueSetter_UsesStandardConverter() { Label label = new Label(); Consumer<Object> valueSetter = new LabelValueAspectDefinition() .createComponentValueSetter(new LabelComponentWrapper(label)); valueSetter.accept(Integer.valueOf(123456)); assertThat(label.getValue(), is("123.456")); } | @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } @Override Aspect<Object> createAspect(); @Ov... | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } @Override Aspect<Object> createAspect(); @Ov... |
@Test public void testCreateComponentValueSetter_UsesStandardConverter_DependingOnUiLocale() { Label label = new Label(); Consumer<Object> valueSetter = new LabelValueAspectDefinition() .createComponentValueSetter(new LabelComponentWrapper(label)); UI ui = MockUi.mockUi(); when(ui.getLocale()).thenReturn(Locale.US); va... | @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } @Override Aspect<Object> createAspect(); @Ov... | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } @Override Aspect<Object> createAspect(); @Ov... |
@Test public void testCreateComponentValueSetter_UsesCustomConverter() { Label label = new Label(); Consumer<Object> valueSetter = new LabelValueAspectDefinition() .createComponentValueSetter(new LabelComponentWrapper(label)); LinkkiConverterRegistry converterRegistry = LinkkiConverterRegistry.DEFAULT .with(new Convert... | @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } } | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } @Override Aspect<Object> createAspect(); @Ov... | LabelValueAspectDefinition extends ModelToUiAspectDefinition<Object> { @Override public Consumer<Object> createComponentValueSetter(ComponentWrapper componentWrapper) { return v -> ((Label)componentWrapper.getComponent()) .setValue(LabelValueAspectDefinition.toString(v)); } @Override Aspect<Object> createAspect(); @Ov... |
@Test public void testGetAvailableValuesType() { for (AvailableValuesType type : AvailableValuesType.values()) { assertThat(new AvailableValuesAspectDefinition<>(type, NOP).getAvailableValuesType(), is(type)); } } | protected AvailableValuesType getAvailableValuesType() { return availableValuesType; } | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected AvailableValuesType getAvailableValuesType() { return availableValuesType; } } | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected AvailableValuesType getAvailableValuesType() { return availableValuesType; } AvailableValuesAspectDefinition(AvailableValuesType availableValuesType,
BiConsumer<C, ListDataProvider<Object>> dataProviderSetter); } | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected AvailableValuesType getAvailableValuesType() { return availableValuesType; } AvailableValuesAspectDefinition(AvailableValuesType availableValuesType,
BiConsumer<C, ListDataProvider<Object>> dataProviderSetter); @Override Handler c... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected AvailableValuesType getAvailableValuesType() { return availableValuesType; } AvailableValuesAspectDefinition(AvailableValuesType availableValuesType,
BiConsumer<C, ListDataProvider<Object>> dataProviderSetter); @Override Handler c... |
@Test public void testGetValuesDerivedFromDatatype_NonEnumDatatype() { Assertions.assertThrows(IllegalStateException.class, () -> { new AvailableValuesAspectDefinition<>(AvailableValuesType.DYNAMIC, NOP) .getValuesDerivedFromDatatype("foo", String.class); }); } | protected <T extends Enum<T>> List<?> getValuesDerivedFromDatatype(String propertyName, Class<?> valueClass) { if (valueClass.isEnum()) { @SuppressWarnings("unchecked") Class<T> enumType = (Class<T>)valueClass; return AvailableValuesProvider.enumToValues(enumType, getAvailableValuesType() == AvailableValuesType.ENUM_VA... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected <T extends Enum<T>> List<?> getValuesDerivedFromDatatype(String propertyName, Class<?> valueClass) { if (valueClass.isEnum()) { @SuppressWarnings("unchecked") Class<T> enumType = (Class<T>)valueClass; return AvailableValuesProvider.enumToValu... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected <T extends Enum<T>> List<?> getValuesDerivedFromDatatype(String propertyName, Class<?> valueClass) { if (valueClass.isEnum()) { @SuppressWarnings("unchecked") Class<T> enumType = (Class<T>)valueClass; return AvailableValuesProvider.enumToValu... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected <T extends Enum<T>> List<?> getValuesDerivedFromDatatype(String propertyName, Class<?> valueClass) { if (valueClass.isEnum()) { @SuppressWarnings("unchecked") Class<T> enumType = (Class<T>)valueClass; return AvailableValuesProvider.enumToValu... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected <T extends Enum<T>> List<?> getValuesDerivedFromDatatype(String propertyName, Class<?> valueClass) { if (valueClass.isEnum()) { @SuppressWarnings("unchecked") Class<T> enumType = (Class<T>)valueClass; return AvailableValuesProvider.enumToValu... |
@Test public void testGetValuesDerivedFromDatatype() { AvailableValuesAspectDefinition<HasItems<?>> availableValuesAspectDefinition = new AvailableValuesAspectDefinition<>( AvailableValuesType.DYNAMIC, NOP); assertThat(availableValuesAspectDefinition.getValuesDerivedFromDatatype("foo", TestEnum.class), contains(TestEnu... | protected <T extends Enum<T>> List<?> getValuesDerivedFromDatatype(String propertyName, Class<?> valueClass) { if (valueClass.isEnum()) { @SuppressWarnings("unchecked") Class<T> enumType = (Class<T>)valueClass; return AvailableValuesProvider.enumToValues(enumType, getAvailableValuesType() == AvailableValuesType.ENUM_VA... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected <T extends Enum<T>> List<?> getValuesDerivedFromDatatype(String propertyName, Class<?> valueClass) { if (valueClass.isEnum()) { @SuppressWarnings("unchecked") Class<T> enumType = (Class<T>)valueClass; return AvailableValuesProvider.enumToValu... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected <T extends Enum<T>> List<?> getValuesDerivedFromDatatype(String propertyName, Class<?> valueClass) { if (valueClass.isEnum()) { @SuppressWarnings("unchecked") Class<T> enumType = (Class<T>)valueClass; return AvailableValuesProvider.enumToValu... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected <T extends Enum<T>> List<?> getValuesDerivedFromDatatype(String propertyName, Class<?> valueClass) { if (valueClass.isEnum()) { @SuppressWarnings("unchecked") Class<T> enumType = (Class<T>)valueClass; return AvailableValuesProvider.enumToValu... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected <T extends Enum<T>> List<?> getValuesDerivedFromDatatype(String propertyName, Class<?> valueClass) { if (valueClass.isEnum()) { @SuppressWarnings("unchecked") Class<T> enumType = (Class<T>)valueClass; return AvailableValuesProvider.enumToValu... |
@SuppressWarnings("deprecation") @Test public void testGetPattern() { DateFormatRegistry registry = new DateFormatRegistry(); assertThat(registry.getPattern(GERMAN), is(DateFormatRegistry.PATTERN_DE)); assertThat(registry.getPattern(GERMANY), is(DateFormatRegistry.PATTERN_DE)); assertThat(registry.getPattern(AUSTRIA), ... | @Deprecated public String getPattern(Locale locale) { requireNonNull(locale, "locale must not be null"); String registeredPattern = languagePatterns.get(locale.getLanguage()); if (registeredPattern != null) { return registeredPattern; } else { return defaultLocalePattern(locale); } } | DateFormatRegistry { @Deprecated public String getPattern(Locale locale) { requireNonNull(locale, "locale must not be null"); String registeredPattern = languagePatterns.get(locale.getLanguage()); if (registeredPattern != null) { return registeredPattern; } else { return defaultLocalePattern(locale); } } } | DateFormatRegistry { @Deprecated public String getPattern(Locale locale) { requireNonNull(locale, "locale must not be null"); String registeredPattern = languagePatterns.get(locale.getLanguage()); if (registeredPattern != null) { return registeredPattern; } else { return defaultLocalePattern(locale); } } } | DateFormatRegistry { @Deprecated public String getPattern(Locale locale) { requireNonNull(locale, "locale must not be null"); String registeredPattern = languagePatterns.get(locale.getLanguage()); if (registeredPattern != null) { return registeredPattern; } else { return defaultLocalePattern(locale); } } @Deprecated S... | DateFormatRegistry { @Deprecated public String getPattern(Locale locale) { requireNonNull(locale, "locale must not be null"); String registeredPattern = languagePatterns.get(locale.getLanguage()); if (registeredPattern != null) { return registeredPattern; } else { return defaultLocalePattern(locale); } } @Deprecated S... |
@Test public void testSetDataProvider() { @SuppressWarnings("unchecked") BiConsumer<HasItems<?>, ListDataProvider<Object>> dataProviderSetter = mock(BiConsumer.class); AvailableValuesAspectDefinition<HasItems<?>> availableValuesAspectDefinition = new AvailableValuesAspectDefinition<>( AvailableValuesType.DYNAMIC, dataP... | @SuppressWarnings("unchecked") protected void setDataProvider(ComponentWrapper componentWrapper, ListDataProvider<Object> dataProvider) { dataProviderSetter.accept((C)componentWrapper.getComponent(), dataProvider); } | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { @SuppressWarnings("unchecked") protected void setDataProvider(ComponentWrapper componentWrapper, ListDataProvider<Object> dataProvider) { dataProviderSetter.accept((C)componentWrapper.getComponent(), dataProvider); } } | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { @SuppressWarnings("unchecked") protected void setDataProvider(ComponentWrapper componentWrapper, ListDataProvider<Object> dataProvider) { dataProviderSetter.accept((C)componentWrapper.getComponent(), dataProvider); } AvailableValuesAspectDefinition(Ava... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { @SuppressWarnings("unchecked") protected void setDataProvider(ComponentWrapper componentWrapper, ListDataProvider<Object> dataProvider) { dataProviderSetter.accept((C)componentWrapper.getComponent(), dataProvider); } AvailableValuesAspectDefinition(Ava... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { @SuppressWarnings("unchecked") protected void setDataProvider(ComponentWrapper componentWrapper, ListDataProvider<Object> dataProvider) { dataProviderSetter.accept((C)componentWrapper.getComponent(), dataProvider); } AvailableValuesAspectDefinition(Ava... |
@Test public void testHandleNullItems() { AvailableValuesAspectDefinition<HasItems<?>> availableValuesAspectDefinition = new AvailableValuesAspectDefinition<>( AvailableValuesType.DYNAMIC, NOP); @SuppressWarnings("unchecked") List<Object> items = mock(List.class); @SuppressWarnings("unchecked") ComboBox<Object> compone... | protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { } | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { } } | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { } AvailableValuesAspectDefinition(AvailableValuesType availableValuesType,
BiConsumer<C, ListDataProvider<Object>> dataProviderSetter); } | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { } AvailableValuesAspectDefinition(AvailableValuesType availableValuesType,
BiConsumer<C, ListDataProvider<Object>> dataProviderSetter); @Override Handler cre... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { protected void handleNullItems(ComponentWrapper componentWrapper, List<?> items) { } AvailableValuesAspectDefinition(AvailableValuesType availableValuesType,
BiConsumer<C, ListDataProvider<Object>> dataProviderSetter); @Override Handler cre... |
@Test public void testCreateAspect_Dynamic() { AvailableValuesAspectDefinition<HasItems<?>> availableValuesAspectDefinition = new AvailableValuesAspectDefinition<>( AvailableValuesType.DYNAMIC, NOP); Aspect<Collection<?>> aspect = availableValuesAspectDefinition.createAspect("foo", TestEnum.class); assertThat(aspect.ge... | public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALUES) { return Aspect.of(NAME, new ArrayList<>()); } else { return Asp... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... |
@Test public void testCreateAspect_NoValues() { AvailableValuesAspectDefinition<HasItems<?>> availableValuesAspectDefinition = new AvailableValuesAspectDefinition<>( AvailableValuesType.NO_VALUES, NOP); Aspect<Collection<?>> aspect = availableValuesAspectDefinition.createAspect("foo", TestEnum.class); assertThat(aspect... | public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALUES) { return Aspect.of(NAME, new ArrayList<>()); } else { return Asp... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... |
@Test public void testCreateAspect_EnumValuesExclNull() { AvailableValuesAspectDefinition<HasItems<?>> availableValuesAspectDefinition = new AvailableValuesAspectDefinition<>( AvailableValuesType.ENUM_VALUES_EXCL_NULL, NOP); Aspect<Collection<?>> aspect = availableValuesAspectDefinition.createAspect("foo", TestEnum.cla... | public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALUES) { return Aspect.of(NAME, new ArrayList<>()); } else { return Asp... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... |
@Test public void testCreateAspect_EnumValuesInclNull() { AvailableValuesAspectDefinition<HasItems<?>> availableValuesAspectDefinition = new AvailableValuesAspectDefinition<>( AvailableValuesType.ENUM_VALUES_INCL_NULL, NOP); Aspect<Collection<?>> aspect = availableValuesAspectDefinition.createAspect("foo", TestEnum.cla... | public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALUES) { return Aspect.of(NAME, new ArrayList<>()); } else { return Asp... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { public Aspect<Collection<?>> createAspect(String propertyName, Class<?> valueClass) { AvailableValuesType type = getAvailableValuesType(); if (type == AvailableValuesType.DYNAMIC) { return Aspect.of(NAME); } else if (type == AvailableValuesType.NO_VALU... |
@SuppressWarnings("unchecked") @Test public void testCreateUiUpdater() { BiConsumer<HasItems<?>, ListDataProvider<Object>> dataProviderSetter = mock(BiConsumer.class); AvailableValuesAspectDefinition<HasItems<?>> availableValuesAspectDefinition = new AvailableValuesAspectDefinition<>( AvailableValuesType.DYNAMIC, dataP... | @Override public Handler createUiUpdater(PropertyDispatcher propertyDispatcher, ComponentWrapper componentWrapper) { Aspect<Collection<?>> aspect = createAspect(propertyDispatcher.getProperty(), propertyDispatcher.getValueClass()); List<Object> items = new ArrayList<>(); ListDataProvider<Object> listDataProvider = new ... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { @Override public Handler createUiUpdater(PropertyDispatcher propertyDispatcher, ComponentWrapper componentWrapper) { Aspect<Collection<?>> aspect = createAspect(propertyDispatcher.getProperty(), propertyDispatcher.getValueClass()); List<Object> items =... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { @Override public Handler createUiUpdater(PropertyDispatcher propertyDispatcher, ComponentWrapper componentWrapper) { Aspect<Collection<?>> aspect = createAspect(propertyDispatcher.getProperty(), propertyDispatcher.getValueClass()); List<Object> items =... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { @Override public Handler createUiUpdater(PropertyDispatcher propertyDispatcher, ComponentWrapper componentWrapper) { Aspect<Collection<?>> aspect = createAspect(propertyDispatcher.getProperty(), propertyDispatcher.getValueClass()); List<Object> items =... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { @Override public Handler createUiUpdater(PropertyDispatcher propertyDispatcher, ComponentWrapper componentWrapper) { Aspect<Collection<?>> aspect = createAspect(propertyDispatcher.getProperty(), propertyDispatcher.getValueClass()); List<Object> items =... |
@SuppressWarnings("unchecked") @Test public void testRefresh() { BiConsumer<HasItems<?>, ListDataProvider<Object>> dataProviderSetter = mock(BiConsumer.class); AvailableValuesAspectDefinition<HasItems<?>> availableValuesAspectDefinition = new AvailableValuesAspectDefinition<>( AvailableValuesType.DYNAMIC, dataProviderS... | @Override public Handler createUiUpdater(PropertyDispatcher propertyDispatcher, ComponentWrapper componentWrapper) { Aspect<Collection<?>> aspect = createAspect(propertyDispatcher.getProperty(), propertyDispatcher.getValueClass()); List<Object> items = new ArrayList<>(); ListDataProvider<Object> listDataProvider = new ... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { @Override public Handler createUiUpdater(PropertyDispatcher propertyDispatcher, ComponentWrapper componentWrapper) { Aspect<Collection<?>> aspect = createAspect(propertyDispatcher.getProperty(), propertyDispatcher.getValueClass()); List<Object> items =... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { @Override public Handler createUiUpdater(PropertyDispatcher propertyDispatcher, ComponentWrapper componentWrapper) { Aspect<Collection<?>> aspect = createAspect(propertyDispatcher.getProperty(), propertyDispatcher.getValueClass()); List<Object> items =... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { @Override public Handler createUiUpdater(PropertyDispatcher propertyDispatcher, ComponentWrapper componentWrapper) { Aspect<Collection<?>> aspect = createAspect(propertyDispatcher.getProperty(), propertyDispatcher.getValueClass()); List<Object> items =... | AvailableValuesAspectDefinition implements LinkkiAspectDefinition { @Override public Handler createUiUpdater(PropertyDispatcher propertyDispatcher, ComponentWrapper componentWrapper) { Aspect<Collection<?>> aspect = createAspect(propertyDispatcher.getProperty(), propertyDispatcher.getValueClass()); List<Object> items =... |
@Test public void testCreateComponent_PmoClassIsUsedAsId() { TableCreator creator = new TableCreator(); com.vaadin.v7.ui.Table table = (com.vaadin.v7.ui.Table)creator.createComponent(new TestTablePmo()) .getComponent(); assertThat(table.getId(), is("TestTablePmo")); } | @SuppressWarnings("deprecation") @Override public ComponentWrapper createComponent(ContainerPmo<?> containerPmo) { com.vaadin.v7.ui.Table table = containerPmo.isHierarchical() ? new com.vaadin.v7.ui.TreeTable() : new com.vaadin.v7.ui.Table(); table.addStyleName(LinkkiTheme.TABLE); table.setHeightUndefined(); table.setW... | TableCreator implements ColumnBasedComponentCreator { @SuppressWarnings("deprecation") @Override public ComponentWrapper createComponent(ContainerPmo<?> containerPmo) { com.vaadin.v7.ui.Table table = containerPmo.isHierarchical() ? new com.vaadin.v7.ui.TreeTable() : new com.vaadin.v7.ui.Table(); table.addStyleName(Link... | TableCreator implements ColumnBasedComponentCreator { @SuppressWarnings("deprecation") @Override public ComponentWrapper createComponent(ContainerPmo<?> containerPmo) { com.vaadin.v7.ui.Table table = containerPmo.isHierarchical() ? new com.vaadin.v7.ui.TreeTable() : new com.vaadin.v7.ui.Table(); table.addStyleName(Link... | TableCreator implements ColumnBasedComponentCreator { @SuppressWarnings("deprecation") @Override public ComponentWrapper createComponent(ContainerPmo<?> containerPmo) { com.vaadin.v7.ui.Table table = containerPmo.isHierarchical() ? new com.vaadin.v7.ui.TreeTable() : new com.vaadin.v7.ui.Table(); table.addStyleName(Link... | TableCreator implements ColumnBasedComponentCreator { @SuppressWarnings("deprecation") @Override public ComponentWrapper createComponent(ContainerPmo<?> containerPmo) { com.vaadin.v7.ui.Table table = containerPmo.isHierarchical() ? new com.vaadin.v7.ui.TreeTable() : new com.vaadin.v7.ui.Table(); table.addStyleName(Link... |
@SuppressWarnings("deprecation") @Test public void testCreateSection_TableIsAddedAndBound() { TestTablePmo containerPmo = new TestTablePmo(); BindingContext bindingContext = new BindingContext(); PmoBasedSectionFactory factory = new PmoBasedSectionFactory(); AbstractSection tableSection = factory.createSection(containe... | @Deprecated public TableSection createSection() { return (TableSection)new PmoBasedSectionFactory().createSection(containerPmo, bindingContext); } | PmoBasedTableSectionFactory { @Deprecated public TableSection createSection() { return (TableSection)new PmoBasedSectionFactory().createSection(containerPmo, bindingContext); } } | PmoBasedTableSectionFactory { @Deprecated public TableSection createSection() { return (TableSection)new PmoBasedSectionFactory().createSection(containerPmo, bindingContext); } @Deprecated PmoBasedTableSectionFactory(ContainerPmo<ROW> containerPmo, BindingContext bindingContext); } | PmoBasedTableSectionFactory { @Deprecated public TableSection createSection() { return (TableSection)new PmoBasedSectionFactory().createSection(containerPmo, bindingContext); } @Deprecated PmoBasedTableSectionFactory(ContainerPmo<ROW> containerPmo, BindingContext bindingContext); @Deprecated TableSection createSection... | PmoBasedTableSectionFactory { @Deprecated public TableSection createSection() { return (TableSection)new PmoBasedSectionFactory().createSection(containerPmo, bindingContext); } @Deprecated PmoBasedTableSectionFactory(ContainerPmo<ROW> containerPmo, BindingContext bindingContext); @Deprecated TableSection createSection... |
@Test public void testSanitize() { assertThat(HtmlSanitizer.sanitize(null), is(nullValue())); assertThat(HtmlSanitizer.sanitize("<p>"), is("<p>")); assertThat(HtmlSanitizer.sanitize("</p>"), is("</p>")); assertThat(HtmlSanitizer.sanitize("<div>"), is("<div>")); assertThat(HtmlSanitizer.sanitize("</div>"), is("</div>"))... | public static @CheckForNull String sanitize(@CheckForNull String text) { if (StringUtils.isEmpty(text)) { return text; } else { return text.replaceAll("<(?!\\/?" + ALLOWED_TAGS + ">)", "<") .replaceAll("(?<!<\\/?" + ALLOWED_TAGS + ")>", ">"); } } | HtmlSanitizer { public static @CheckForNull String sanitize(@CheckForNull String text) { if (StringUtils.isEmpty(text)) { return text; } else { return text.replaceAll("<(?!\\/?" + ALLOWED_TAGS + ">)", "<") .replaceAll("(?<!<\\/?" + ALLOWED_TAGS + ")>", ">"); } } } | HtmlSanitizer { public static @CheckForNull String sanitize(@CheckForNull String text) { if (StringUtils.isEmpty(text)) { return text; } else { return text.replaceAll("<(?!\\/?" + ALLOWED_TAGS + ">)", "<") .replaceAll("(?<!<\\/?" + ALLOWED_TAGS + ")>", ">"); } } private HtmlSanitizer(); } | HtmlSanitizer { public static @CheckForNull String sanitize(@CheckForNull String text) { if (StringUtils.isEmpty(text)) { return text; } else { return text.replaceAll("<(?!\\/?" + ALLOWED_TAGS + ">)", "<") .replaceAll("(?<!<\\/?" + ALLOWED_TAGS + ")>", ">"); } } private HtmlSanitizer(); static @CheckForNull Stri... | HtmlSanitizer { public static @CheckForNull String sanitize(@CheckForNull String text) { if (StringUtils.isEmpty(text)) { return text; } else { return text.replaceAll("<(?!\\/?" + ALLOWED_TAGS + ">)", "<") .replaceAll("(?<!<\\/?" + ALLOWED_TAGS + ")>", ">"); } } private HtmlSanitizer(); static @CheckForNull Stri... |
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