Package docking.widgets.table

Interface RowObjectFilterModel<ROW_OBJECT>

All Superinterfaces:

RowObjectTableModel<ROW_OBJECT>, TableModel

All Known Implementing Classes:

AddressArrayTableModel, AddressBasedTableModel, AddressPreviewTableModel, AddressSetTableModel, AlignedObjectBasedPreviewTableModel, BSimApplyResultsTableModel, BSimExecutablesSummaryModel, BSimMatchResultsModel, BSimOverviewModel, CustomLoadingAddressTableModel, DbSmallTableModel, EmptyThreadedTableModel, FunctionXrefsTableModel, GhidraProgramTableModel, IncomingReferencesTableModel, MemoryMatchTableModel, ProgramLocationPreviewTableModel, ProjectDataTableModel, ReferencesFromTableModel, TableChooserTableModel, TableModelWrapper, ThreadedTableModel, ThreadedTableModelStub

public interface RowObjectFilterModel<ROW_OBJECT>
extends RowObjectTableModel<ROW_OBJECT>

Field Summary

Fields

Modifier and Type	Field	Description
static final String	SUB_FILTERING_DISABLED_PROPERTY	This property allows for the disabling of 'sub-filtering'.

Method Summary

Modifier and Type	Method	Description
int	getModelIndex(ROW_OBJECT t)	Returns the model index of the given item.
int	getModelRow(int viewRow)
TableFilter<ROW_OBJECT>	getTableFilter()
List<ROW_OBJECT>	getUnfilteredData()
int	getUnfilteredRowCount()
int	getViewIndex(ROW_OBJECT t)	Returns the view index of the given item.
int	getViewRow(int modelRow)
boolean	isFiltered()
void	setTableFilter(TableFilter<ROW_OBJECT> filter)

Methods inherited from interface docking.widgets.table.RowObjectTableModel

fireTableDataChanged, getColumnValueForRow, getModelData, getName, getRowIndex, getRowObject

Methods inherited from interface javax.swing.table.TableModel

addTableModelListener, getColumnClass, getColumnCount, getColumnName, getRowCount, getValueAt, isCellEditable, removeTableModelListener, setValueAt

Field Details

SUB_FILTERING_DISABLED_PROPERTY

static final String SUB_FILTERING_DISABLED_PROPERTY

This property allows for the disabling of 'sub-filtering'. When enabled, which is the default, data from current filters will be reused when additional filter criteria is added to that current filter. For example,

Given a table has a 'contains' filter with a text value of 'bob',

then, if the users types an 'o' into the filter field, producing a value of 'bobo',

then the data that matched 'bob' will be used as the data to filter for the new 'bobo' text.

The downside of this is that we cache data for every completed filter. So, in a degenerate case, with a large dataset, with many incremental filtering steps, where each did not significantly reduce the previous set of data, the table could then consume a large amount of memory, roughly equal to allData.size() * numberOfFilterSteps

Most tables do not have enough data for this to have a significant impact.

See Also:

• Constant Field Values

Method Details

setTableFilter

void setTableFilter(TableFilter<ROW_OBJECT> filter)

getTableFilter

TableFilter<ROW_OBJECT> getTableFilter()

isFiltered

boolean isFiltered()

getUnfilteredRowCount

int getUnfilteredRowCount()

getUnfilteredData

List<ROW_OBJECT> getUnfilteredData()

getModelRow

int getModelRow(int viewRow)

getViewRow

int getViewRow(int modelRow)

getViewIndex

int getViewIndex(ROW_OBJECT t)

Returns the view index of the given item. When filtered, this is the index is the smaller, visible set of data; when unfiltered, this index is the same as that returned by getModelIndex(Object).

This operation will be O(n) unless the implementation is sorted, in which case the operation is O(log n), as it uses a binary search.

Parameters:

t - the item

Returns:

the view index

getModelIndex

int getModelIndex(ROW_OBJECT t)

Returns the model index of the given item. When filtered, this is the index is the larger, set of data; when unfiltered, this index is the same as that returned by getModelIndex(Object).

This operation will be O(n) unless the implementation is sorted, in which case the operation is O(log n), as it uses a binary search.

Parameters:

t - the item

Returns:

the model index