public boolean handlesSelection() { return cell.handlesSelection(); }
/** * Construct a new {@link CompositeCell}. * * @param hasCells the cells that makeup the composite */ public CompositeCell(List<HasCell<C, ?>> hasCells) { // Create a new, readonly copy so cells cannot be added or removed. this.hasCells = Collections.unmodifiableList(new ArrayList<HasCell<C, ?>>(hasCells)); // Get the consumed events and depends on selection. Set<String> theConsumedEvents = null; for (HasCell<C, ?> hasCell : hasCells) { Cell<?> cell = hasCell.getCell(); Set<String> events = cell.getConsumedEvents(); if (events != null) { if (theConsumedEvents == null) { theConsumedEvents = new HashSet<String>(); } theConsumedEvents.addAll(events); } if (cell.dependsOnSelection()) { dependsOnSelection = true; } if (cell.handlesSelection()) { handlesSelection = true; } } if (theConsumedEvents != null) { this.consumedEvents = Collections.unmodifiableSet(theConsumedEvents); } }
/** * Coalesce the various cell properties (dependsOnSelection, handlesSelection, * isInteractive) into a table policy. */ private void coalesceCellProperties() { dependsOnSelection = false; handlesSelection = false; isInteractive = false; for (HasCell<T, ?> column : tableBuilder.getColumns()) { Cell<?> cell = column.getCell(); if (cell.dependsOnSelection()) { dependsOnSelection = true; } if (cell.handlesSelection()) { handlesSelection = true; } if (isColumnInteractive(column)) { isInteractive = true; } } }
/** * {@inheritDoc} */ @Override public boolean handlesSelection() { return cell.handlesSelection(); }
public boolean handlesSelection() { return cell.handlesSelection(); }
public boolean handlesSelection() { return cell.handlesSelection(); }
cell.handlesSelection() || KeyboardSelectionPolicy.BOUND_TO_SELECTION == getKeyboardSelectionPolicy(); Element cellParent = getCellParent(cellTarget);
@Override public boolean handlesSelection() { return delegate.handlesSelection(); }
parentCell.handlesSelection() || KeyboardSelectionPolicy.BOUND_TO_SELECTION == tree.getKeyboardSelectionPolicy(); HasData<T> display = (HasData<T>) parentNode.listView;
/** * Construct a new {@link CompositeCell}. * * @param hasCells the cells that makeup the composite */ public CompositeCell(List<HasCell<C, ?>> hasCells) { // Create a new, readonly copy so cells cannot be added or removed. this.hasCells = Collections.unmodifiableList(new ArrayList<HasCell<C, ?>>(hasCells)); // Get the consumed events and depends on selection. Set<String> theConsumedEvents = null; for (HasCell<C, ?> hasCell : hasCells) { Cell<?> cell = hasCell.getCell(); Set<String> events = cell.getConsumedEvents(); if (events != null) { if (theConsumedEvents == null) { theConsumedEvents = new HashSet<String>(); } theConsumedEvents.addAll(events); } if (cell.dependsOnSelection()) { dependsOnSelection = true; } if (cell.handlesSelection()) { handlesSelection = true; } } if (theConsumedEvents != null) { this.consumedEvents = Collections.unmodifiableSet(theConsumedEvents); } }
/** * Construct a new {@link CompositeCell}. * * @param hasCells the cells that makeup the composite */ public CompositeCell(List<HasCell<C, ?>> hasCells) { // Create a new array so cells cannot be added or removed. this.hasCells = new ArrayList<HasCell<C, ?>>(hasCells); // Get the consumed events and depends on selection. Set<String> theConsumedEvents = null; for (HasCell<C, ?> hasCell : hasCells) { Cell<?> cell = hasCell.getCell(); Set<String> events = cell.getConsumedEvents(); if (events != null) { if (theConsumedEvents == null) { theConsumedEvents = new HashSet<String>(); } theConsumedEvents.addAll(events); } if (cell.dependsOnSelection()) { dependsOnSelection = true; } if (cell.handlesSelection()) { handlesSelection = true; } } if (theConsumedEvents != null) { this.consumedEvents = Collections.unmodifiableSet(theConsumedEvents); } }
/** * Coalesce the various cell properties (dependsOnSelection, handlesSelection, * isInteractive) into a table policy. */ private void coalesceCellProperties() { dependsOnSelection = false; handlesSelection = false; isInteractive = false; for (HasCell<T, ?> column : tableBuilder.getColumns()) { Cell<?> cell = column.getCell(); if (cell.dependsOnSelection()) { dependsOnSelection = true; } if (cell.handlesSelection()) { handlesSelection = true; } if (isColumnInteractive(column)) { isInteractive = true; } } }
/** * Coalesce the various cell properties (dependsOnSelection, handlesSelection, * isInteractive) into a table policy. */ private void coalesceCellProperties() { dependsOnSelection = false; handlesSelection = false; isInteractive = false; for (HasCell<T, ?> column : tableBuilder.getColumns()) { Cell<?> cell = column.getCell(); if (cell.dependsOnSelection()) { dependsOnSelection = true; } if (cell.handlesSelection()) { handlesSelection = true; } if (isColumnInteractive(column)) { isInteractive = true; } } }
cell.handlesSelection() || KeyboardSelectionPolicy.BOUND_TO_SELECTION == getKeyboardSelectionPolicy(); Element cellParent = getCellParent(cellTarget);
cell.handlesSelection() || KeyboardSelectionPolicy.BOUND_TO_SELECTION == getKeyboardSelectionPolicy(); Element cellParent = getCellParent(cellTarget);
parentCell.handlesSelection() || KeyboardSelectionPolicy.BOUND_TO_SELECTION == tree.getKeyboardSelectionPolicy(); HasData<T> display = (HasData<T>) parentNode.listView;
parentCell.handlesSelection() || KeyboardSelectionPolicy.BOUND_TO_SELECTION == tree.getKeyboardSelectionPolicy(); HasData<T> display = (HasData<T>) parentNode.listView;