/** * Overridden to ensure that private renderer state is kept in sync with the * state of the component. Calls the inherited version after performing the * necessary synchronization. If you override this method, make sure you call * this version from your version of this method. */ @Override public void clearSelection() { if (renderer != null) { renderer.clearSelection(); } super.clearSelection(); }
/** * Overridden to ensure that private renderer state is kept in sync with the * state of the component. Calls the inherited version after performing the * necessary synchronization. If you override this method, make sure you call * this version from your version of this method. */ @Override public void clearSelection() { if (renderer != null) { renderer.clearSelection(); } super.clearSelection(); }
/** * Overridden to ensure that private renderer state is kept in sync with the * state of the component. Calls the inherited version after performing the * necessary synchronization. If you override this method, make sure you call * this version from your version of this method. */ @Override public void clearSelection() { if (renderer != null) { renderer.clearSelection(); } super.clearSelection(); }
/** * Overridden to ensure that private renderer state is kept in sync with the * state of the component. Calls the inherited version after performing the * necessary synchronization. If you override this method, make sure you call * this version from your version of this method. */ @Override public void clearSelection() { if (renderer != null) { renderer.clearSelection(); } super.clearSelection(); }
/** * Overridden to ensure that private renderer state is kept in sync with the * state of the component. Calls the inherited version after performing the * necessary synchronization. If you override this method, make sure you call * this version from your version of this method. */ @Override public void clearSelection() { if (renderer != null) { renderer.clearSelection(); } super.clearSelection(); }
public void setElementsSelection(List<T> elements) { this.selectedElements = elements;//Keep this selection request to be able to do it if the table is first refreshed later. HashSet<T> elementsSet = new HashSet<>(); elementsSet.addAll(elements); table.clearSelection(); for (int i = 0; i < table.getRowCount(); i++) { if (elementsSet.contains(getElementFromRow(i))) { table.addRowSelectionInterval(i, i); } } }
@Override public boolean removeAll(Collection<?> list) { synchronized (lock) { if (jTable != null) { jTable.clearSelection(); } boolean changed = super.removeAll(list); if (changed) { updateTableView(size()); } return changed; } }
@Override public boolean removeAll(Collection<?> seqList) { synchronized (lock) { if (jTable != null) { jTable.clearSelection(); } boolean changed = super.removeAll(seqList); if (changed) { fixtures.removeAll(seqList); if (seqList.contains(selectedSequence)) { hideSequence(); } updateTableView(size()); System.gc(); } return changed; } }
source.clearSelection(); } else if (!ArrayUtils.contains(selectedRows, rowIndex)) { source.clearSelection(); } else if (!ArrayUtils.contains(selectedColumns, columnIndex)) { source.setColumnSelectionInterval(columnIndex, columnIndex);
source.clearSelection(); } else if (!ArrayUtils.contains(selectedRows, rowIndex)) { source.clearSelection(); } else if (!ArrayUtils.contains(selectedColumns, columnIndex)) { source.setColumnSelectionInterval(columnIndex, columnIndex);
source.clearSelection(); } else if (!ArrayUtils.contains(selectedRows, rowIndex)) { source.clearSelection(); } else if (!ArrayUtils.contains(selectedColumns, columnIndex)) { source.setColumnSelectionInterval(columnIndex, columnIndex);
public void selectStep(TestStepInstance step) { synchronized (lock) { int modelIndex = indexOf(step); if (modelIndex >= 0) { int row = jTable.convertRowIndexToView(modelIndex); if (row >= 0) { jTable.setRowSelectionInterval(row, row); Util.scrollToCenter(jTable, row, row); return; } } // else { // System.out.println("[" + step.getClass().getCanonicalName() + ":" + step.getTestSequenceInstance() + ":" + step.getTestStepNamePath() + "]"); // System.out.println("not found in:"); // for (TestStepInstance step2 : this) { // System.out.println("[" + step2.getClass().getCanonicalName() + ":" + step2.getTestSequenceInstance() + ":" + step2.getTestStepNamePath() + "]" + step2.equals(step) + ":" + step2.getTestSequenceInstance().equals(step.getTestSequenceInstance()) + ":" + step2.getTestStepNamePath().equals(step.getTestStepNamePath()) + ":" + step2.equals(step)); // if (step2.getStartTime().equals(step.getStartTime())) { // System.out.println("[" + step.getClass().getCanonicalName() + ":" + step.getTestSequenceInstance() + ":" + step.getTestStepNamePath() + "]!"); // System.out.println((step instanceof TestStepInstance) + ":" + (step2 instanceof TestStepInstance)); // System.out.println(step.hashCode() + ":" + step2.hashCode()); // } // } // } jTable.clearSelection(); } }
source.clearSelection(); } else if (!ArrayUtils.contains(selectedRows, rowIndex)) { if (ListSelectionModel.MULTIPLE_INTERVAL_SELECTION == source.getSelectionMode()) { source.clearSelection(); } else if (!ArrayUtils.contains(selectedColumns, columnIndex)) { source.setColumnSelectionInterval(columnIndex, columnIndex);
@Override public void selectSequence(TestSequenceInstance select) { if (select == null) { jTable.clearSelection(); return;