NSTableView

/** NSTableView Copyright (C) 2000 Free Software Foundation, Inc. Author: Nicola Pero Date: March 2000, June 2000, August 2000, September 2000 Author: Pierre-Yves Rivaille Date: August 2001, January 2002 Author: Fred Kiefer Date: March 2004 This file is part of the GNUstep GUI Library. This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; see the file COPYING.LIB. If not, see or write to the Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #import #import #import #import #import #import #import #import #import #import #import #import #import #import #import "AppKit/NSTableView.h" #import "AppKit/NSApplication.h" #import "AppKit/NSArrayController.h" #import "AppKit/NSCell.h" #import "AppKit/NSClipView.h" #import "AppKit/NSColor.h" #import "AppKit/NSEvent.h" #import "AppKit/NSImage.h" #import "AppKit/NSGraphics.h" #import "AppKit/NSKeyValueBinding.h" #import "AppKit/NSNib.h" #import "AppKit/NSNibLoading.h" #import "AppKit/NSScroller.h" #import "AppKit/NSScrollView.h" #import "AppKit/NSTableColumn.h" #import "AppKit/NSTableHeaderView.h" #import "AppKit/NSTableRowView.h" #import "AppKit/NSText.h" #import "AppKit/NSTextFieldCell.h" #import "AppKit/NSWindow.h" #import "AppKit/PSOperators.h" #import "AppKit/NSCachedImageRep.h" #import "AppKit/NSPasteboard.h" #import "AppKit/NSDragging.h" #import "AppKit/NSCustomImageRep.h" #import "GNUstepGUI/GSTheme.h" #import "GSBindingHelpers.h" #include static NSNotificationCenter *nc = nil; static const int currentVersion = 6; static NSRect oldDraggingRect; static NSInteger oldDropRow; static NSTableViewDropOperation oldDropOperation; static NSTableViewDropOperation currentDropOperation; static NSInteger currentDropRow; static NSInteger lastQuarterPosition; static NSDragOperation currentDragOperation; /* * Nib compatibility struct. This structure is used to * pull the attributes out of the nib that we need to fill * in the flags. */ typedef struct _tableViewFlags { #if GS_WORDS_BIGENDIAN == 1 unsigned int columnOrdering:1; unsigned int columnResizing:1; unsigned int drawsGrid:1; unsigned int emptySelection:1; unsigned int multipleSelection:1; unsigned int columnSelection:1; unsigned int unknown1:1; unsigned int columnAutosave:1; unsigned int alternatingRowBackgroundColors:1; unsigned int unknown2:3; unsigned int _unused:20; #else unsigned int _unused:20; unsigned int unknown2:3; unsigned int alternatingRowBackgroundColors:1; unsigned int columnAutosave:1; unsigned int unknown1:1; unsigned int columnSelection:1; unsigned int multipleSelection:1; unsigned int emptySelection:1; unsigned int drawsGrid:1; unsigned int columnResizing:1; unsigned int columnOrdering:1; #endif } GSTableViewFlags; #define ALLOWS_MULTIPLE (1) #define ALLOWS_EMPTY (1 << 1) #define SHIFT_DOWN (1 << 2) #define CONTROL_DOWN (1 << 3) #define ADDING_ROW (1 << 4) @interface NSTableView (NotificationRequestMethods) - (void) _postSelectionIsChangingNotification; - (void) _postSelectionDidChangeNotification; - (void) _postColumnDidMoveNotificationWithOldIndex: (NSInteger) oldIndex newIndex: (NSInteger) newIndex; - (void) _postColumnDidResizeNotification; - (BOOL) _shouldSelectTableColumn: (NSTableColumn *)tableColumn; - (BOOL) _shouldSelectRow: (NSInteger)rowIndex; - (BOOL) _shouldSelectionChange; - (void) _didChangeSortDescriptors: (NSArray *)oldSortDescriptors; - (void) _didClickTableColumn: (NSTableColumn *)tc; - (BOOL) _shouldEditTableColumn: (NSTableColumn *)tableColumn row: (NSInteger) rowIndex; - (void) _willDisplayCell: (NSCell*)cell forTableColumn: (NSTableColumn *)tb row: (NSInteger)index; - (BOOL) _writeRows: (NSIndexSet *)rows toPasteboard: (NSPasteboard *)pboard; - (BOOL) _isDraggingSource; - (id)_objectValueForTableColumn: (NSTableColumn *)tb row: (NSInteger)index; - (void)_setObjectValue: (id)value forTableColumn: (NSTableColumn *)tb row: (NSInteger)index; - (BOOL) _isEditableColumn: (NSInteger)columnIndex row: (NSInteger)rowIndex; - (BOOL) _isCellSelectableColumn: (NSInteger)columnIndex row: (NSInteger)rowIndex; - (BOOL) _isCellEditableColumn: (NSInteger)columnIndex row: (NSInteger)rowIndex; - (NSInteger) _numRows; - (CGFloat*) _columnOrigins; - (NSView*) _renderedViewForPath: (NSIndexPath*)path; - (void) _setRenderedView: (NSView*)view forPath: (NSIndexPath*)path; @end @interface NSTableView (SelectionHelper) - (void) _setSelectingColumns: (BOOL)flag; - (NSArray *) _indexSetToArray: (NSIndexSet*)indexSet; - (NSArray *) _selectedRowArray; - (BOOL) _selectRow: (NSInteger)rowIndex; - (BOOL) _selectUnselectedRow: (NSInteger)rowIndex; - (BOOL) _unselectRow: (NSInteger)rowIndex; - (void) _unselectAllRows; - (NSArray *) _selectedColumArray; - (void) _unselectAllColumns; @end @interface NSTableView (EventLoopHelper) - (void) _trackCellAtColumn:(NSInteger)column row:(NSInteger)row withEvent:(NSEvent *)ev; - (BOOL) _startDragOperationWithEvent:(NSEvent *)theEvent; @end @interface NSTableColumn (Private) - (NSArray *) _prototypeCellViews; - (void) _applyBindingsToCell: (NSCell *)cell atRow: (NSInteger)index; - (NSString *) _keyPathForValueBinding; @end /* * A specific struct and its associated quick sort function * This is used by the -sizeToFit method */ typedef struct { CGFloat width; BOOL isMax; } columnSorting; static void quick_sort_internal(columnSorting *data, int p, int r) { if (p < r) { int q; { CGFloat x = data[p].width; BOOL y = data[p].isMax; int i = p - 1; int j = r + 1; columnSorting exchange; while (1) { j--; for (; (data[j].width > x) || ((data[j].width == x) && (data[j].isMax == YES) && (y == NO)); j--) ; i++; for (; (data[i].width < x) || ((data[i].width == x) && (data[i].isMax == NO) && (y == YES)); i++) ; if (i < j) { exchange = data[j]; data[j] = data[i]; data[i] = exchange; } else { q = j; break; } } } quick_sort_internal(data, p, q); quick_sort_internal(data, q + 1, r); } } /* * Now some auxiliary functions used to manage real-time user selections. * */ static void computeNewSelection (NSTableView *tv, NSIndexSet *_oldSelectedRows, NSMutableIndexSet *_selectedRows, NSInteger _originalRow, NSInteger _oldRow, NSInteger _currentRow, NSInteger *_selectedRow, unsigned selectionMode) { if (!(selectionMode & ALLOWS_MULTIPLE)) { if ((selectionMode & SHIFT_DOWN) && (selectionMode & ALLOWS_EMPTY) && !(selectionMode & ADDING_ROW)) // we will unselect the selected row // ic, sc : ok { NSUInteger count = [_selectedRows count]; if ((count == 0) && (_oldRow == -1)) { NSLog(@"how did you get there ?"); NSLog(@"you're supposed to have clicked on a selected row,"); NSLog(@"but there's no selected row!"); return; } else if (count > 1) { [tv _unselectAllRows]; [tv _postSelectionIsChangingNotification]; } else if (_currentRow != _originalRow) { if (*_selectedRow == _originalRow) { // we are already selected, don't do anything } else { //begin checking code if (count > 0) { NSLog(@"There should not be any row selected"); } //end checking code if ([tv _selectRow: _originalRow]) { [tv _postSelectionIsChangingNotification]; } } } else if (_currentRow == _originalRow) { if (count == 0) { // the row is already deselected // nothing to do ! } else { [tv _unselectRow: _originalRow]; [tv _postSelectionIsChangingNotification]; } } } else //(!(selectionMode & ALLOWS_MULTIPLE) && //(!(selectionMode & SHIFT_DOWN) || //!(selectionMode & ALLOWS_EMPTY) || //(selectionMode & ADDING_ROW))) // we'll be selecting exactly one row // ic, sc : ok { NSUInteger count = [_selectedRows count]; if ([tv _shouldSelectRow: _currentRow] == NO) { return; } if ((count != 1) || (_oldRow == -1)) { // this is the first call that goes thru shouldSelectRow // Therefore we don't know anything about the selection BOOL notified = ![_selectedRows containsIndex: _currentRow]; [tv _unselectAllRows]; [_selectedRows addIndex: _currentRow]; *_selectedRow = _currentRow; if (notified == YES) { [tv setNeedsDisplayInRect: [tv rectOfRow: _currentRow]]; } else { if (count > 1) { notified = YES; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else { // we know there is only one column selected // this column is *_selectedRow //begin checking code if (![_selectedRows containsIndex: *_selectedRow]) { NSLog(@"*_selectedRow is not the only selected row!"); } //end checking code if (*_selectedRow == _currentRow) { // currentRow is already selecteed return; } else { [tv _unselectRow: *_selectedRow]; // CHANGE: This does a check more [tv _selectRow: _currentRow]; [tv _postSelectionIsChangingNotification]; } } } } else if ((selectionMode & ALLOWS_MULTIPLE) && (selectionMode & SHIFT_DOWN) && (selectionMode & ADDING_ROW)) // we add new row to the current selection { if (_oldRow == -1) // this is the first pass { BOOL notified = NO; NSInteger i; NSInteger diff = _currentRow - _originalRow; if (diff >= 0) { for (i = _originalRow; i <= _currentRow; i++) { if ([_selectedRows containsIndex: i] || [tv _selectRow: i]) { *_selectedRow = i; notified = YES; } } } else { // this case does happen, (sometimes) for (i = _originalRow; i >= _currentRow; i--) { if ([_selectedRows containsIndex: i] || [tv _selectRow: i]) { *_selectedRow = i; notified = YES; } } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else // new multiple selection, after first pass { NSInteger oldDiff, newDiff, i; oldDiff = _oldRow - _originalRow; newDiff = _currentRow - _originalRow; if (oldDiff >= 0 && newDiff >= 0) { if (newDiff >= oldDiff) // we're extending the selection { BOOL notified = NO; for (i = _oldRow + 1; i <= _currentRow; i++) { if ([_selectedRows containsIndex: i] || [tv _selectRow: i]) { *_selectedRow = i; notified = YES; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else // we're reducing the selection { BOOL notified = NO; for (i = _oldRow; i > _currentRow; i--) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // leave it selected continue; } if ([tv _unselectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger last = [_selectedRows lastIndex]; if (last == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = last; } } if (notified) { [tv _postSelectionIsChangingNotification]; } } } else if (oldDiff <= 0 && newDiff <= 0) { if (newDiff <= oldDiff) // we're extending the selection { BOOL notified = NO; for (i = _oldRow - 1; i >= _currentRow; i--) { if ([_selectedRows containsIndex: i] || [tv _selectRow: i]) { *_selectedRow = i; notified = YES; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else // we're reducing the selection { BOOL notified = NO; for (i = _oldRow; i < _currentRow; i++) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // leave it selected continue; } if ([tv _unselectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } else if (oldDiff <= 0 && newDiff >= 0) { BOOL notified = NO; // we're reducing the selection { for (i = _oldRow; i < _originalRow; i++) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // leave it selected continue; } if ([tv _unselectRow: i]) { notified = YES; } } } // then we're extending it for (i = _originalRow + 1; i <= _currentRow; i++) { if ([_selectedRows containsIndex: i] || [tv _selectRow: i]) { *_selectedRow = i; notified = YES; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else if (oldDiff >= 0 && newDiff <= 0) { BOOL notified = NO; // we're reducing the selection for (i = _oldRow; i > _originalRow; i--) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // leave it selected continue; } if ([tv _unselectRow: i]) { notified = YES; } } // then we're extending it for (i = _originalRow - 1; i >= _currentRow; i--) { if ([_selectedRows containsIndex: i] || [tv _selectRow: i]) { *_selectedRow = i; notified = YES; } } if (*_selectedRow == -1) { NSUInteger last = [_selectedRows lastIndex]; if (last == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = last; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } } else if ((selectionMode & ALLOWS_MULTIPLE) && ((selectionMode & SHIFT_DOWN) == 0) && (selectionMode & ALLOWS_EMPTY) ) // ic, sr : ok // new multiple selection (empty possible) { if (_oldRow == -1) // this is the first pass // we'll clear the selection first { NSInteger diff, i; NSUInteger count = [_selectedRows count]; BOOL notified = NO; diff = _currentRow - _originalRow; if (count > 0) { notified = YES; } [tv _unselectAllRows]; if (diff >= 0) { for (i = _originalRow; i <= _currentRow; i++) { if ([tv _selectRow: i]) { notified = YES; } } } else { // this case does happen (sometimes) for (i = _originalRow; i >= _currentRow; i--) { if ([tv _selectRow: i]) { notified = YES; } } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else // new multiple selection, after first pass { NSInteger oldDiff, newDiff, i; oldDiff = _oldRow - _originalRow; newDiff = _currentRow - _originalRow; if (oldDiff >= 0 && newDiff >= 0) { if (newDiff >= oldDiff) { BOOL notified = NO; for (i = _oldRow + 1; i <= _currentRow; i++) { if ([tv _selectRow: i]) { notified = YES; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else { BOOL notified = NO; for (i = _oldRow; i > _currentRow; i--) { if ([tv _unselectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger last = [_selectedRows lastIndex]; if (last == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = last; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } else if (oldDiff <= 0 && newDiff <= 0) { if (newDiff <= oldDiff) // we're extending the selection { BOOL notified = NO; for (i = _oldRow - 1; i >= _currentRow; i--) { if ([tv _selectRow: i]) { notified = YES; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else // we're reducing the selection { BOOL notified = NO; for (i = _oldRow; i < _currentRow; i++) { if ([tv _unselectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } else if (oldDiff <= 0 && newDiff >= 0) { BOOL notified = NO; // we're reducing the selection for (i = _oldRow; i < _originalRow; i++) { if ([tv _unselectRow: i]) { notified = YES; } } // then we're extending it for (i = _originalRow + 1; i <= _currentRow; i++) { if ([tv _selectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else if (oldDiff >= 0 && newDiff <= 0) { BOOL notified = NO; // we're reducing the selection for (i = _oldRow; i > _originalRow; i--) { if ([tv _unselectRow: i]) { notified = YES; } } // then we're extending it for (i = _originalRow - 1; i >= _currentRow; i--) { if ([tv _selectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger last = [_selectedRows lastIndex]; if (last == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = last; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } } else if (((selectionMode & ALLOWS_MULTIPLE) && ((selectionMode & SHIFT_DOWN) == 0) && ((selectionMode & ALLOWS_EMPTY) == 0) && (selectionMode & ADDING_ROW)) // the following case can be assimilated to the // one before, although it will lead to an // extra redraw // TODO: solve this issue || ((selectionMode & ALLOWS_MULTIPLE) && ((selectionMode & SHIFT_DOWN) == 0) && ((selectionMode & ALLOWS_EMPTY) == 0) && ((selectionMode & ADDING_ROW) == 0)) ) { if (_oldRow == -1) { // if we can select the _originalRow, we'll clear the old selection // else we'll add to the old selection if ([tv _shouldSelectRow: _currentRow] == YES) { // let's clear the old selection // this code is copied from another case // (AM = 1, SD=0, AE=1, AR=*, first pass) NSInteger diff, i; NSUInteger count = [_selectedRows count]; BOOL notified = NO; diff = _currentRow - _originalRow; if (count > 0) { notified = YES; } [tv _unselectAllRows]; if (diff >= 0) { for (i = _originalRow; i <= _currentRow; i++) { if ([tv _selectRow: i]) { notified = YES; } } } else { for (i = _originalRow; i >= _currentRow; i--) { if ([tv _selectRow: i]) { notified = YES; } } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else { // let's add to the old selection // this code is copied from another case // (AM=1, SD=1, AE=*, AR=1) NSInteger diff, i; BOOL notified = NO; diff = _currentRow - _originalRow; if (diff >= 0) { for (i = _originalRow; i <= _currentRow; i++) { if ([_selectedRows containsIndex: i] || [tv _selectRow: i]) { *_selectedRow = i; notified = YES; } } } else { // this case does happen (sometimes) for (i = _originalRow; i >= _currentRow; i--) { if ([_selectedRows containsIndex: i] || [tv _selectRow: i]) { *_selectedRow = i; notified = YES; } } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } else if ([_selectedRows containsIndex: _originalRow]) // as the originalRow is selected, // we are in a new selection { // this code is copied from another case // (AM=1, SD=0, AE=1, AR=*, after first pass) NSInteger oldDiff, newDiff, i; oldDiff = _oldRow - _originalRow; newDiff = _currentRow - _originalRow; if (oldDiff >= 0 && newDiff >= 0) { if (newDiff >= oldDiff) { BOOL notified = NO; for (i = _oldRow + 1; i <= _currentRow; i++) { if ([tv _selectRow: i]) { notified = YES; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else { BOOL notified = NO; for (i = _oldRow; i > _currentRow; i--) { if ([tv _unselectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger last = [_selectedRows lastIndex]; if (last == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = last; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } else if (oldDiff <= 0 && newDiff <= 0) { if (newDiff <= oldDiff) // we're extending the selection { BOOL notified = NO; for (i = _oldRow - 1; i >= _currentRow; i--) { if ([tv _selectRow: i]) { notified = YES; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else // we're reducing the selection { BOOL notified = NO; for (i = _oldRow; i < _currentRow; i++) { if ([tv _unselectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } else if (oldDiff <= 0 && newDiff >= 0) { BOOL notified = NO; // we're reducing the selection for (i = _oldRow; i < _originalRow; i++) { if ([tv _unselectRow: i]) { notified = YES; } } // then we're extending it for (i = _originalRow + 1; i <= _currentRow; i++) { if ([tv _selectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else if (oldDiff >= 0 && newDiff <= 0) { BOOL notified = NO; // we're reducing the selection for (i = _oldRow; i > _originalRow; i--) { if ([tv _unselectRow: i]) { notified = YES; } } // then we're extending it for (i = _originalRow - 1; i >= _currentRow; i--) { if ([tv _selectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger last = [_selectedRows lastIndex]; if (last == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = last; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } else // as the originalRow is not selection, // we are adding to the old selection { // this code is copied from another case // (AM=1, SD=1, AE=*, AR=1, after first pass) NSInteger oldDiff, newDiff, i; oldDiff = _oldRow - _originalRow; newDiff = _currentRow - _originalRow; if (oldDiff >= 0 && newDiff >= 0) { if (newDiff >= oldDiff) // we're extending the selection { BOOL notified = NO; for (i = _oldRow + 1; i <= _currentRow; i++) { if ([_selectedRows containsIndex: i] || [tv _selectRow: i]) { *_selectedRow = i; notified = YES; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else // we're reducing the selection { BOOL notified = NO; for (i = _oldRow; i > _currentRow; i--) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // leave it selected continue; } if ([tv _unselectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger last = [_selectedRows lastIndex]; if (last == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = last; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } else if (oldDiff <= 0 && newDiff <= 0) { if (newDiff <= oldDiff) // we're extending the selection { BOOL notified = NO; for (i = _oldRow - 1; i >= _currentRow; i--) { if ([_selectedRows containsIndex: i] || [tv _selectRow: i]) { *_selectedRow = i; notified = YES; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else // we're reducing the selection { BOOL notified = NO; for (i = _oldRow; i < _currentRow; i++) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // leave it selected continue; } if ([tv _unselectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } else if (oldDiff <= 0 && newDiff >= 0) { BOOL notified = NO; // we're reducing the selection for (i = _oldRow; i < _originalRow; i++) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // leave it selected continue; } if ([tv _unselectRow: i]) { notified = YES; } } // then we're extending it for (i = _originalRow + 1; i <= _currentRow; i++) { if ([_selectedRows containsIndex: i] || [tv _selectRow: i]) { *_selectedRow = i; notified = YES; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else if (oldDiff >= 0 && newDiff <= 0) { BOOL notified = NO; // we're reducing the selection for (i = _oldRow; i > _originalRow; i--) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // leave it selected continue; } if ([tv _unselectRow: i]) { notified = YES; } } // then we're extending it for (i = _originalRow - 1; i >= _currentRow; i--) { if ([_selectedRows containsIndex: i] || [tv _selectRow: i]) { *_selectedRow = i; notified = YES; } } if (*_selectedRow == -1) { NSUInteger last = [_selectedRows lastIndex]; if (last == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = last; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } } else if ((selectionMode & ALLOWS_MULTIPLE) && (selectionMode & SHIFT_DOWN) && (selectionMode & ALLOWS_EMPTY) && ((selectionMode & ADDING_ROW) == 0)) { if (_oldRow == -1) // this is the first pass { NSInteger diff, i; BOOL notified = NO; diff = _currentRow - _originalRow; if (diff >= 0) { for (i = _originalRow; i <= _currentRow; i++) { if ([tv _unselectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = first; } } } else { // this case does happen (sometimes) for (i = _originalRow; i >= _currentRow; i--) { if ([tv _unselectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = first; } } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else // new multiple antiselection, after first pass { NSInteger oldDiff, newDiff, i; oldDiff = _oldRow - _originalRow; newDiff = _currentRow - _originalRow; if (oldDiff >= 0 && newDiff >= 0) { if (newDiff >= oldDiff) // we're extending the antiselection { BOOL notified = NO; for (i = _oldRow + 1; i <= _currentRow; i++) { if ([tv _unselectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else // we're reducing the selection { BOOL notified = NO; for (i = _oldRow; i > _currentRow; i--) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // select it [tv setNeedsDisplayInRect: [tv rectOfRow: i]]; [_selectedRows addIndex: i]; *_selectedRow = i; notified = YES; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } else if (oldDiff <= 0 && newDiff <= 0) { if (newDiff <= oldDiff) // we're extending the selection { BOOL notified = NO; for (i = _oldRow - 1; i >= _currentRow; i--) { if ([tv _unselectRow: i]) { notified = YES; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else // we're reducing the selection { BOOL notified = NO; for (i = _oldRow; i < _currentRow; i++) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // select it [tv setNeedsDisplayInRect: [tv rectOfRow: i]]; [_selectedRows addIndex: i]; *_selectedRow = i; notified = YES; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } else if (oldDiff <= 0 && newDiff >= 0) { BOOL notified = NO; // we're reducing the selection { for (i = _oldRow; i < _originalRow; i++) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // select it [tv setNeedsDisplayInRect: [tv rectOfRow: i]]; [_selectedRows addIndex: i]; *_selectedRow = i; notified = YES; } } } // then we're extending it { for (i = _originalRow + 1; i <= _currentRow; i++) { if ([tv _unselectRow: i]) { notified = YES; } } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else if (oldDiff >= 0 && newDiff <= 0) { BOOL notified = NO; // we're reducing the selection { for (i = _oldRow; i > _originalRow; i--) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // select it [tv setNeedsDisplayInRect: [tv rectOfRow: i]]; [_selectedRows addIndex: i]; *_selectedRow = i; notified = YES; } } } // then we're extending it { for (i = _originalRow - 1; i >= _currentRow; i--) { if ([tv _unselectRow: i]) { notified = YES; } } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } } else if ((selectionMode & ALLOWS_MULTIPLE) && (selectionMode & SHIFT_DOWN) && ((selectionMode & ALLOWS_EMPTY) == 0) && ((selectionMode & ADDING_ROW) == 0)) { if (_oldRow == -1) // this is the first pass { NSInteger diff, i; NSUInteger count = [_selectedRows count]; BOOL notified = NO; diff = _currentRow - _originalRow; if (diff >= 0) { for (i = _originalRow; i <= _currentRow; i++) { if ((count > 1) && [tv _unselectRow: i]) { notified = YES; count--; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { NSLog(@"error!"); *_selectedRow = -1; } else { *_selectedRow = first; } } } else { // this case does happen (sometimes) for (i = _originalRow; i >= _currentRow; i--) { if ((count > 1) && [tv _unselectRow: i]) { notified = YES; count--; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { NSLog(@"error!"); *_selectedRow = -1; } else { *_selectedRow = first; } } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else // new multiple antiselection, after first pass { NSInteger oldDiff, newDiff, i; NSUInteger count = [_selectedRows count]; oldDiff = _oldRow - _originalRow; newDiff = _currentRow - _originalRow; if (oldDiff >= 0 && newDiff >= 0) { if (newDiff >= oldDiff) // we're extending the antiselection { BOOL notified = NO; for (i = _oldRow + 1; i <= _currentRow; i++) { if ((count > 1) && [tv _unselectRow: i]) { notified = YES; count--; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { NSLog(@"error!"); *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else // we're reducing the selection { BOOL notified = NO; for (i = _oldRow; i > _currentRow; i--) { if (([_oldSelectedRows containsIndex: i])) { // this row was in the old selection // select it if ([tv _selectUnselectedRow: i]) { notified = YES; } } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } else if (oldDiff <= 0 && newDiff <= 0) { if (newDiff <= oldDiff) // we're extending the selection { BOOL notified = NO; for (i = _oldRow - 1; i >= _currentRow; i--) { if ((count > 1) && [tv _unselectRow: i]) { notified = YES; count--; } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { NSLog(@"error!"); *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else // we're reducing the selection { BOOL notified = NO; for (i = _oldRow; i < _currentRow; i++) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // select it if ([tv _selectUnselectedRow: i]) { notified = YES; } count++; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } else if (oldDiff <= 0 && newDiff >= 0) { BOOL notified = NO; // we're reducing the selection { for (i = _oldRow; i < _originalRow; i++) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // select it if ([tv _selectUnselectedRow: i]) { notified = YES; } } } } // then we're extending it { for (i = _originalRow + 1; i <= _currentRow; i++) { if ((count > 1) && [tv _unselectRow: i]) { notified = YES; count--; } } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { NSLog(@"error!"); *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } else if (oldDiff >= 0 && newDiff <= 0) { BOOL notified = NO; // we're reducing the selection { for (i = _oldRow; i > _originalRow; i--) { if ([_oldSelectedRows containsIndex: i]) { // this row was in the old selection // select it if ([tv _selectUnselectedRow: i]) { notified = YES; } } } } // then we're extending it { for (i = _originalRow - 1; i >= _currentRow; i--) { if ((count > 1) && [tv _unselectRow: i]) { notified = YES; count--; } } } if (*_selectedRow == -1) { NSUInteger first = [_selectedRows firstIndex]; if (first == NSNotFound) { NSLog(@"error!"); *_selectedRow = -1; } else { *_selectedRow = first; } } if (notified == YES) { [tv _postSelectionIsChangingNotification]; } } } } } @interface GSTableCornerView : NSView {} @end @implementation GSTableCornerView - (BOOL) isFlipped { return YES; } - (void) drawRect: (NSRect)aRect { [[GSTheme theme] drawTableCornerView: self withClip: aRect]; } @end @interface NSTableView (TableViewInternalPrivate) - (void) _setSelectingColumns: (BOOL)flag; - (BOOL) _editNextEditableCellAfterRow: (NSInteger)row column: (NSInteger)column; - (BOOL) _editPreviousEditableCellBeforeRow: (NSInteger)row column: (NSInteger)column; - (void) _editNextCellAfterRow:(NSInteger)row inColumn:(NSInteger)column; - (void) _autosaveTableColumns; - (void) _autoloadTableColumns; @end @implementation NSTableView + (void) initialize { if (self == [NSTableView class]) { [self setVersion: currentVersion]; nc = [NSNotificationCenter defaultCenter]; // FIXME [self exposeBinding: NSContentBinding]; [self exposeBinding: NSSelectionIndexesBinding]; [self exposeBinding: NSSortDescriptorsBinding]; } } /* * Initializing/Releasing */ - (void) _initDefaults { _isValidating = NO; _drawsGrid = YES; _rowHeight = 16.0; _intercellSpacing = NSMakeSize (5.0, 2.0); ASSIGN(_selectedColumns, [NSMutableIndexSet indexSet]); ASSIGN(_selectedRows, [NSMutableIndexSet indexSet]); _allowsEmptySelection = YES; _allowsMultipleSelection = NO; _allowsColumnSelection = YES; _allowsColumnResizing = YES; _allowsColumnReordering = YES; _autoresizesAllColumnsToFit = NO; _selectingColumns = NO; _verticalMotionDrag = NO; _editedColumn = -1; _editedRow = -1; _clickedRow = -1; _clickedColumn = -1; _selectedColumn = -1; _selectedRow = -1; _highlightedTableColumn = nil; _draggingSourceOperationMaskForLocal = NSDragOperationCopy | NSDragOperationLink | NSDragOperationGeneric | NSDragOperationPrivate; _draggingSourceOperationMaskForRemote = NSDragOperationNone; ASSIGN(_sortDescriptors, [NSArray array]); _viewBased = NO; _renderedViewPaths = RETAIN([NSMapTable strongToWeakObjectsMapTable]); _pathsToViews = RETAIN([NSMapTable weakToStrongObjectsMapTable]); _registeredNibs = [[NSMutableDictionary alloc] init]; _registeredViews = [[NSMutableDictionary alloc] init]; _rowViews = [[NSMutableDictionary alloc] init]; _dataSource_editable = YES; } - (id) initWithFrame: (NSRect)frameRect { self = [super initWithFrame: frameRect]; if (!self) return self; [self _initDefaults]; ASSIGN(_gridColor, [NSColor gridColor]); ASSIGN(_backgroundColor, [NSColor controlBackgroundColor]); ASSIGN(_tableColumns, [NSMutableArray array]); _headerView = [NSTableHeaderView new]; [_headerView setFrameSize: NSMakeSize (frameRect.size.width, 22.0)]; [_headerView setTableView: self]; _cornerView = [GSTableCornerView new]; [self tile]; return self; } - (void) dealloc { [self abortEditing]; RELEASE (_gridColor); RELEASE (_backgroundColor); RELEASE (_tableColumns); RELEASE (_selectedColumns); RELEASE (_selectedRows); RELEASE (_sortDescriptors); RELEASE (_renderedViewPaths); RELEASE (_pathsToViews); RELEASE (_registeredNibs); RELEASE (_registeredViews); RELEASE (_rowViews); TEST_RELEASE (_headerView); TEST_RELEASE (_cornerView); if (_autosaveTableColumns == YES) { [nc removeObserver: self name: NSTableViewColumnDidResizeNotification object: self]; } TEST_RELEASE (_autosaveName); if (_numberOfColumns > 0) { NSZoneFree (NSDefaultMallocZone (), _columnOrigins); } if (_delegate != nil) { [nc removeObserver: _delegate name: nil object: self]; _delegate = nil; } [super dealloc]; } - (BOOL) isFlipped { return YES; } /* * Table Dimensions */ - (NSInteger) numberOfColumns { return _numberOfColumns; } - (NSInteger) numberOfRows { return [self _numRows]; } /* * Columns */ - (void) addTableColumn: (NSTableColumn *)aColumn { [aColumn setTableView: self]; [_tableColumns addObject: aColumn]; _numberOfColumns++; if (_numberOfColumns > 1) { _columnOrigins = NSZoneRealloc (NSDefaultMallocZone (), _columnOrigins, (sizeof (CGFloat)) * _numberOfColumns); } else { _columnOrigins = NSZoneMalloc (NSDefaultMallocZone (), sizeof (CGFloat)); } [self tile]; } - (void) removeTableColumn: (NSTableColumn *)aColumn { NSInteger columnIndex = [self columnWithIdentifier: [aColumn identifier]]; if (columnIndex == -1) { NSLog (@"Warning: Tried to remove not-existent column from table"); return; } /* Remove selection on this column */ [self deselectColumn: columnIndex]; /* Shift column indexes on the right by one */ if (_selectedColumn > columnIndex) { _selectedColumn--; } [_selectedColumns removeIndex: columnIndex]; /* Now really remove the column */ /* NB: Set table view to nil before removing the column from the array, because removing it from the array could deallocate it ! */ [aColumn setTableView: nil]; [_tableColumns removeObject: aColumn]; _numberOfColumns--; if (_numberOfColumns > 0) { _columnOrigins = NSZoneRealloc (NSDefaultMallocZone (), _columnOrigins, (sizeof (CGFloat)) * _numberOfColumns); } else { NSZoneFree (NSDefaultMallocZone (), _columnOrigins); } [self tile]; } - (void) moveColumn: (NSInteger)columnIndex toColumn: (NSInteger)newIndex { /* The range of columns which need to be shifted, extremes included */ NSInteger minRange, maxRange; /* Amount of shift for these columns */ NSInteger shift; BOOL selected = NO; if ((columnIndex < 0) || (columnIndex > (_numberOfColumns - 1))) { NSLog (@"Attempt to move column outside table"); return; } if ((newIndex < 0) || (newIndex > (_numberOfColumns - 1))) { NSLog (@"Attempt to move column to outside table"); return; } if (columnIndex == newIndex) return; if (columnIndex > newIndex) { minRange = newIndex; maxRange = columnIndex - 1; shift = +1; } else // columnIndex < newIndex { minRange = columnIndex + 1; maxRange = newIndex; shift = -1; } /* Rearrange selection */ if (_selectedColumn == columnIndex) { _selectedColumn = newIndex; } else if ((_selectedColumn >= minRange) && (_selectedColumn <= maxRange)) { _selectedColumn += shift; } if ([_selectedColumns containsIndex: columnIndex]) { selected = YES; } [_selectedColumns shiftIndexesStartingAtIndex: columnIndex + 1 by: -1]; [_selectedColumns shiftIndexesStartingAtIndex: newIndex by: 1]; if (selected) { [_selectedColumns addIndex: newIndex]; } /* Update edited cell */ if (_editedColumn == columnIndex) { _editedColumn = newIndex; } else if ((_editedColumn >= minRange) && (_editedColumn <= maxRange)) { _editedColumn += shift; } /* Now really move the column */ if (columnIndex < newIndex) { [_tableColumns insertObject: [_tableColumns objectAtIndex: columnIndex] atIndex: newIndex + 1]; [_tableColumns removeObjectAtIndex: columnIndex]; } else { [_tableColumns insertObject: [_tableColumns objectAtIndex: columnIndex] atIndex: newIndex]; [_tableColumns removeObjectAtIndex: columnIndex + 1]; } /* Tile */ [self tile]; /* Post notification */ [self _postColumnDidMoveNotificationWithOldIndex: columnIndex newIndex: newIndex]; [self _autosaveTableColumns]; } - (NSArray *) tableColumns { return AUTORELEASE ([_tableColumns mutableCopyWithZone: NSDefaultMallocZone ()]); } - (NSInteger) columnWithIdentifier: (id)identifier { NSEnumerator *enumerator = [_tableColumns objectEnumerator]; NSTableColumn *tb; NSInteger return_value = 0; while ((tb = [enumerator nextObject]) != nil) { // Also handle a nil identifier. if ((identifier == [tb identifier]) || [[tb identifier] isEqual: identifier]) return return_value; else return_value++; } return -1; } - (NSTableColumn *) tableColumnWithIdentifier:(id)anObject { NSInteger indexOfColumn = [self columnWithIdentifier: anObject]; if (indexOfColumn == -1) return nil; else return [_tableColumns objectAtIndex: indexOfColumn]; } /* * Data Source */ - (id) dataSource { return _dataSource; } - (void) setDataSource: (id)anObject { /* Used only for readability */ const SEL sel_a = @selector (numberOfRowsInTableView:); const SEL sel_b = @selector (tableView:objectValueForTableColumn:row:); const SEL sel_c = @selector(tableView:setObjectValue:forTableColumn:row:); GSKeyValueBinding *theBinding; // If we have content binding the data source is used only // like a delegate theBinding = [GSKeyValueBinding getBinding: NSContentBinding forObject: self]; if (theBinding == nil) { if (anObject && [anObject respondsToSelector: sel_a] == NO) { [NSException raise: NSInternalInconsistencyException format: @"Data Source doesn't respond to numberOfRowsInTableView:"]; } if (anObject && [anObject respondsToSelector: sel_b] == NO) { /* This method isn't required. [NSException raise: NSInternalInconsistencyException format: @"Data Source doesn't respond to " @"tableView:objectValueForTableColumn:row:"]; */ } _dataSource_editable = [anObject respondsToSelector: sel_c]; } else { /* Based on testing on macOS, this should default to YES if there is a binding... */ _dataSource_editable = YES; } /* We do *not* retain the dataSource, it's like a delegate */ _dataSource = anObject; [self tile]; [self reloadData]; } /* * Loading data */ - (void) reloadData { if (_viewBased) { [_renderedViewPaths removeAllObjects]; [_pathsToViews removeAllObjects]; [_rowViews removeAllObjects]; } [self noteNumberOfRowsChanged]; [self setNeedsDisplay: YES]; } /* * Target-action */ - (void) setAction: (SEL)aSelector { _action = aSelector; } - (SEL) action { return _action; } - (void) setDoubleAction: (SEL)aSelector { _doubleAction = aSelector; } - (SEL) doubleAction { return _doubleAction; } - (void) setTarget:(id)anObject { _target = anObject; } - (id) target { return _target; } - (NSInteger) clickedColumn { return _clickedColumn; } - (NSInteger) clickedRow { return _clickedRow; } /* * The NSTableHeaderView calls this method when it receives a double click. */ - (void) _sendDoubleActionForColumn: (NSInteger)columnIndex { _clickedColumn = columnIndex; _clickedRow = -1; [self sendAction: _doubleAction to: _target]; } /* * And this when it gets a simple click which turns out to be for * selecting/deselecting a column. * We don't support subtracting a column from the selection (Cocoa doesn't * either). * However we support adding a distinct column with the control key (unlike * Cocoa where the user can only make column range selection). */ - (void) _selectColumn: (NSInteger)columnIndex modifiers: (unsigned int)modifiers { NSIndexSet *oldIndexes = [self selectedColumnIndexes]; BOOL addRange = ((modifiers & NSShiftKeyMask) && _allowsMultipleSelection && [oldIndexes count] > 0); BOOL addSingle = ((modifiers & NSControlKeyMask) && _allowsMultipleSelection); BOOL shouldSelect = ([self _shouldSelectionChange] && [self _shouldSelectTableColumn: [_tableColumns objectAtIndex: columnIndex]]); NSIndexSet *newIndexes = [NSIndexSet indexSetWithIndex: columnIndex]; if (_allowsColumnSelection == NO || shouldSelect == NO) { return; } if (_selectingColumns == NO) { [self _setSelectingColumns: YES]; } /* Single select has priority over range select when both modifiers are pressed */ if (addSingle) { [self selectColumnIndexes: newIndexes byExtendingSelection: YES]; } else if (addRange) { NSUInteger firstIndex = [oldIndexes firstIndex]; NSUInteger lastIndex = [oldIndexes lastIndex]; NSRange range; /* We extend the selection to the left or the right of the last selected column. */ if (columnIndex > [self selectedColumn]) { lastIndex = columnIndex; } else { firstIndex = columnIndex; } range = NSMakeRange(firstIndex, lastIndex - firstIndex + 1); newIndexes = [NSIndexSet indexSetWithIndexesInRange: range]; [self selectColumnIndexes: newIndexes byExtendingSelection: YES]; } else { [self selectColumnIndexes: newIndexes byExtendingSelection: NO]; } } /* *Configuration */ - (void) setAllowsColumnReordering: (BOOL)flag { _allowsColumnReordering = flag; } - (BOOL) allowsColumnReordering { return _allowsColumnReordering; } - (void) setAllowsColumnResizing: (BOOL)flag { _allowsColumnResizing = flag; } - (BOOL) allowsColumnResizing { return _allowsColumnResizing; } - (void) setAllowsMultipleSelection: (BOOL)flag { _allowsMultipleSelection = flag; } - (BOOL) allowsMultipleSelection { return _allowsMultipleSelection; } - (void) setAllowsEmptySelection: (BOOL)flag { _allowsEmptySelection = flag; } - (BOOL) allowsEmptySelection { return _allowsEmptySelection; } - (void) setAllowsColumnSelection: (BOOL)flag { _allowsColumnSelection = flag; } - (BOOL) allowsColumnSelection { return _allowsColumnSelection; } /* * Drawing Attributes */ - (void) setIntercellSpacing: (NSSize)aSize { _intercellSpacing = aSize; [self setNeedsDisplay: YES]; } - (NSSize) intercellSpacing { return _intercellSpacing; } - (void) setRowHeight: (CGFloat)rowHeight { _rowHeight = rowHeight; [self tile]; } - (CGFloat) rowHeight { return _rowHeight; } - (void) setBackgroundColor: (NSColor *)aColor { ASSIGN (_backgroundColor, aColor); } - (NSColor *) backgroundColor { return _backgroundColor; } - (void) setUsesAlternatingRowBackgroundColors: (BOOL)useAlternatingRowColors { if (_usesAlternatingRowBackgroundColors != useAlternatingRowColors) { _usesAlternatingRowBackgroundColors = useAlternatingRowColors; [self reloadData]; } } - (BOOL) usesAlternatingRowBackgroundColors { return _usesAlternatingRowBackgroundColors; } - (void)setSelectionHighlightStyle: (NSTableViewSelectionHighlightStyle)s { // FIXME implement me really _selectionHighlightStyle = s; if (_selectionHighlightStyle == NSTableViewSelectionHighlightStyleSourceList) { // should also set draggingDestinationFeedbackStyle to NSTableViewDraggingDestinationFeedbackStyleSourceList // but we don't have it yet anyway } } - (NSTableViewSelectionHighlightStyle) selectionHighlightStyle { return _selectionHighlightStyle; } /* * Selecting Columns and Rows */ - (void) selectColumn: (NSInteger)columnIndex byExtendingSelection: (BOOL)flag { if (columnIndex < 0 || columnIndex > _numberOfColumns) { NSDebugLLog(@"NSTableView", @"Column index %d out of table in selectColumn", (int)columnIndex); return; } _selectingColumns = YES; if (flag == NO) { /* If the current selection is the one we want, just ends editing * This is not just a speed up, it prevents us from sending * a NSTableViewSelectionDidChangeNotification. * This behaviour is required by the specifications */ if ([_selectedColumns count] == 1 && [_selectedColumns containsIndex: columnIndex] == YES) { /* Stop editing if any */ if (_textObject != nil) { [self validateEditing]; [self abortEditing]; } return; } /* If _numberOfColumns == 1, we can skip trying to deselect the only column - because we have been called to select it. */ if (_numberOfColumns > 1) { [self _unselectAllColumns]; } } else // flag == YES { if (_allowsMultipleSelection == NO) { [NSException raise: NSInternalInconsistencyException format: @"Can not extend selection in table view when multiple selection is disabled"]; } } /* Stop editing if any */ if (_textObject != nil) { [self validateEditing]; [self abortEditing]; } /* Now select the column and post notification only if needed */ if ([_selectedColumns containsIndex: columnIndex] == NO) { [_selectedColumns addIndex: columnIndex]; _selectedColumn = columnIndex; [self setNeedsDisplayInRect: [self rectOfColumn: columnIndex]]; if (_headerView) { [_headerView setNeedsDisplayInRect: [_headerView headerRectOfColumn: columnIndex]]; } [self _postSelectionDidChangeNotification]; } else /* Otherwise simply change the last selected column */ { _selectedColumn = columnIndex; } } - (void) selectRow: (NSInteger)rowIndex byExtendingSelection: (BOOL)flag { if (rowIndex < 0 || rowIndex >= _numberOfRows) { NSDebugLLog(@"NSTableView", @"Row index %d out of table in selectRow", (int)rowIndex); return; } if (_selectingColumns) { _selectingColumns = NO; if (_headerView) { [_headerView setNeedsDisplay: YES]; } } if (flag == NO) { /* If the current selection is the one we want, just ends editing * This is not just a speed up, it prevents us from sending * a NSTableViewSelectionDidChangeNotification. * This behaviour is required by the specifications */ if ([_selectedRows count] == 1 && [_selectedRows containsIndex: rowIndex] == YES) { /* Stop editing if any */ if (_textObject != nil) { [self validateEditing]; [self abortEditing]; } /* reset the _clickedRow for keyboard navigation */ _clickedRow = rowIndex; return; } /* If _numberOfRows == 1, we can skip trying to deselect the only row - because we have been called to select it. */ if (_numberOfRows > 1) { [self _unselectAllRows]; } } else // flag == YES { if (_allowsMultipleSelection == NO) { [NSException raise: NSInternalInconsistencyException format: @"Can not extend selection in table view when multiple selection is disabled"]; } } /* Stop editing if any */ if (_textObject != nil) { [self validateEditing]; [self abortEditing]; } /* * Now select the row and post notification only if needed * also update the _clickedRow for keyboard navigation. */ if ([self _selectUnselectedRow: rowIndex]) { _clickedRow = rowIndex; [self _postSelectionDidChangeNotification]; } else /* Otherwise simply change the last selected row */ { _selectedRow = rowIndex; _clickedRow = rowIndex; } } - (void) selectColumnIndexes: (NSIndexSet *)indexes byExtendingSelection: (BOOL)extend { BOOL empty = ([indexes firstIndex] == NSNotFound); BOOL changed = NO; NSUInteger col; if (!_selectingColumns) { _selectingColumns = YES; if (_headerView) { [_headerView setNeedsDisplay: YES]; } } /* Stop editing if any */ if (_textObject != nil) { [self validateEditing]; [self abortEditing]; } if (extend == NO) { /* If the current selection is the one we want, just ends editing * This is not just a speed up, it prevents us from sending * a NSTableViewSelectionDidChangeNotification. * This behaviour is required by the specifications */ if ([_selectedColumns isEqual: indexes]) { if (!empty) { _selectedColumn = [indexes lastIndex]; } return; } [self _unselectAllColumns]; changed = YES; } if (!empty) { if ([indexes lastIndex] >= _numberOfColumns) { // Cocoa returns in this case... NSDebugLLog(@"NSTableView", @"Column index %lu out of table in selectColumn", [indexes lastIndex]); return; } /* This check is not fully correct, as both sets may contain just the same entry, but works according to the old specification. */ if (_allowsMultipleSelection == NO && [_selectedColumns count] + [indexes count] > 1) { [NSException raise: NSInternalInconsistencyException format: @"Can not set multiple selection in table view when multiple selection is disabled"]; } col = [indexes firstIndex]; while (col != NSNotFound) { if (![_selectedColumns containsIndex: col]) { [self setNeedsDisplayInRect: [self rectOfColumn: col]]; if (_headerView) { [_headerView setNeedsDisplayInRect: [_headerView headerRectOfColumn: col]]; } changed = YES; } col = [indexes indexGreaterThanIndex: col]; } [_selectedColumns addIndexes: indexes]; _selectedColumn = [indexes lastIndex]; } if (changed) { [self _postSelectionDidChangeNotification]; } } - (void) selectRowIndexes: (NSIndexSet *)indexes byExtendingSelection: (BOOL)extend { BOOL empty = ([indexes firstIndex] == NSNotFound); BOOL changed = NO; NSUInteger row; if (_selectingColumns) { _selectingColumns = NO; if (_headerView) { [_headerView setNeedsDisplay: YES]; } } /* Stop editing if any */ if (_textObject != nil) { [self validateEditing]; [self abortEditing]; } if (extend == NO) { /* If the current selection is the one we want, just ends editing * This is not just a speed up, it prevents us from sending * a NSTableViewSelectionDidChangeNotification. * This behaviour is required by the specifications */ if ([_selectedRows isEqual: indexes]) { if (!empty) { _selectedRow = [indexes lastIndex]; } return; } [self _unselectAllRows]; changed = YES; } if (!empty) { if ([indexes lastIndex] >= _numberOfRows) { [NSException raise: NSInvalidArgumentException format: @"Row index out of table in selectRow"]; } /* This check is not fully correct, as both sets may contain just the same entry, but works according to the old specification. */ if (_allowsMultipleSelection == NO && [_selectedRows count] + [indexes count] > 1) { [NSException raise: NSInternalInconsistencyException format: @"Can not set multiple selection in table view when multiple selection is disabled"]; } row = [indexes firstIndex]; while (row != NSNotFound) { if (![_selectedRows containsIndex: row]) { [self setNeedsDisplayInRect: [self rectOfRow: row]]; } row = [indexes indexGreaterThanIndex: row]; } [_selectedRows addIndexes: indexes]; _selectedRow = [indexes lastIndex]; changed = YES; } if (changed) { [self _postSelectionDidChangeNotification]; } } - (NSIndexSet *) selectedColumnIndexes { return [[_selectedColumns copy] autorelease]; } - (NSIndexSet *) selectedRowIndexes { return [[_selectedRows copy] autorelease]; } - (void) deselectColumn: (NSInteger)columnIndex { if ([_selectedColumns containsIndex: columnIndex] == NO) { return; } /* Now by internal consistency we assume columnIndex is in fact a valid column index, since it was the index of a selected column */ if (_textObject != nil) { [self validateEditing]; [self abortEditing]; } _selectingColumns = YES; [_selectedColumns removeIndex: columnIndex]; if (_selectedColumn == columnIndex) { NSUInteger less = [_selectedColumns indexLessThanIndex: columnIndex]; NSUInteger greater = [_selectedColumns indexGreaterThanIndex: columnIndex]; if (less == NSNotFound) { if (greater == NSNotFound) { _selectedColumn = -1; } else { _selectedColumn = greater; } } else if (greater == NSNotFound) { _selectedColumn = less; } else if (columnIndex - less > greater - columnIndex) { _selectedColumn = greater; } else { _selectedColumn = less; } } [self setNeedsDisplayInRect: [self rectOfColumn: columnIndex]]; if (_headerView) { [_headerView setNeedsDisplayInRect: [_headerView headerRectOfColumn: columnIndex]]; } [self _postSelectionDidChangeNotification]; } - (void) deselectRow: (NSInteger)rowIndex { if ([_selectedRows containsIndex: rowIndex] == NO) { return; } if (_textObject != nil) { [self validateEditing]; [self abortEditing]; } _selectingColumns = NO; [_selectedRows removeIndex: rowIndex]; if (_selectedRow == rowIndex) { NSUInteger less = [_selectedRows indexLessThanIndex: rowIndex]; NSUInteger greater = [_selectedRows indexGreaterThanIndex: rowIndex]; if (less == NSNotFound) { if (greater == NSNotFound) { _selectedRow = -1; } else { _selectedRow = greater; } } else if (greater == NSNotFound) { _selectedRow = less; } else if (rowIndex - less > greater - rowIndex) { _selectedRow = greater; } else { _selectedRow = less; } } [self _postSelectionDidChangeNotification]; } - (NSInteger) numberOfSelectedColumns { return [_selectedColumns count]; } - (NSInteger) numberOfSelectedRows { return [_selectedRows count]; } - (NSInteger) selectedColumn { return _selectedColumn; } - (NSInteger) selectedRow { return _selectedRow; } - (BOOL) isColumnSelected: (NSInteger)columnIndex { return [_selectedColumns containsIndex: columnIndex]; } - (BOOL) isRowSelected: (NSInteger)rowIndex { return [_selectedRows containsIndex: rowIndex]; } - (NSEnumerator *) selectedColumnEnumerator { return [[self _selectedColumArray] objectEnumerator]; } - (NSEnumerator *) selectedRowEnumerator { return [[self _selectedRowArray] objectEnumerator]; } - (void) selectAll: (id) sender { if (_allowsMultipleSelection == NO) return; /* Ask the delegate if we can select all columns or rows */ if (_selectingColumns == YES) { if ([_selectedColumns count] == (NSUInteger)_numberOfColumns) { // Nothing to do ! return; } { NSEnumerator *enumerator = [_tableColumns objectEnumerator]; NSTableColumn *tb; while ((tb = [enumerator nextObject]) != nil) { if ([self _shouldSelectTableColumn: tb] == NO) { return; } } } } else // selecting rows { if ([_selectedRows count] == (NSUInteger)_numberOfRows) { // Nothing to do ! return; } { NSInteger row; for (row = 0; row < _numberOfRows; row++) { if ([self _shouldSelectRow: row] == NO) return; } } } /* Stop editing if any */ if (_textObject != nil) { [self validateEditing]; [self abortEditing]; } /* Do the real selection */ if (_selectingColumns == YES) { [_selectedColumns removeAllIndexes]; [_selectedColumns addIndexesInRange: NSMakeRange(0, _numberOfColumns)]; } else // selecting rows { [_selectedRows removeAllIndexes]; [_selectedRows addIndexesInRange: NSMakeRange(0, _numberOfRows)]; } [self setNeedsDisplay: YES]; [self _postSelectionDidChangeNotification]; } - (void) deselectAll: (id) sender { if (_allowsEmptySelection == NO) return; if ([self _shouldSelectionChange] == NO) { return; } if (_textObject != nil) { [self validateEditing]; [self abortEditing]; } if (([_selectedColumns count] > 0) || ([_selectedRows count] > 0)) { [_selectedColumns removeAllIndexes]; [_selectedRows removeAllIndexes]; _selectedColumn = -1; _selectedRow = -1; _selectingColumns = NO; [self setNeedsDisplay: YES]; [self _postSelectionDidChangeNotification]; } else { _selectedColumn = -1; _selectedRow = -1; _selectingColumns = NO; } } /* * Grid Drawing attributes */ - (void) setDrawsGrid: (BOOL)flag { _drawsGrid = flag; } - (BOOL) drawsGrid { return _drawsGrid; } - (void) setGridColor: (NSColor *)aColor { ASSIGN (_gridColor, aColor); } - (NSColor *) gridColor { return _gridColor; } - (void) setGridStyleMask: (NSTableViewGridLineStyle)gridType { // FIXME } - (NSTableViewGridLineStyle) gridStyleMask { // FIXME return 0; } /* * Providing Cells */ - (NSCell *) preparedCellAtColumn: (NSInteger)columnIndex row: (NSInteger)rowIndex { NSCell *cell = nil; if (_viewBased == NO) { NSTableColumn *tb = [_tableColumns objectAtIndex: columnIndex]; if ([_delegate respondsToSelector: @selector(tableView:dataCellForTableColumn:row:)]) { cell = [_delegate tableView: self dataCellForTableColumn: tb row: rowIndex]; } if (cell == nil) { cell = [tb dataCellForRow: rowIndex]; } } return cell; } /* * Editing Cells */ - (BOOL) abortEditing { if (_textObject) { [_editedCell endEditing: _textObject]; DESTROY(_editedCell); [self setNeedsDisplayInRect: [self frameOfCellAtColumn: _editedColumn row: _editedRow]]; _editedRow = -1; _editedColumn = -1; _textObject = nil; return YES; } else return NO; } - (NSText *) currentEditor { if (_textObject && ([_window firstResponder] == _textObject)) return _textObject; else return nil; } - (void) validateEditing { if (_textObject && (_isValidating == NO)) { NSFormatter *formatter; NSString *string; id newObjectValue = nil; BOOL validatedOK = YES; // Avoid potential recursive sequences... _isValidating = YES; formatter = [_editedCell formatter]; string = AUTORELEASE([[_textObject text] copy]); if (formatter != nil) { NSString *error; if ([formatter getObjectValue: &newObjectValue forString: string errorDescription: &error] == YES) { NSTableColumn *tb; [_editedCell setObjectValue: newObjectValue]; tb = [_tableColumns objectAtIndex: _editedColumn]; if (_dataSource_editable) { [self _setObjectValue: newObjectValue forTableColumn: tb row: _editedRow]; } _isValidating = NO; return; } else { SEL sel = @selector(control:didFailToFormatString:errorDescription:); if ([_delegate respondsToSelector: sel]) { validatedOK = [_delegate control: self didFailToFormatString: string errorDescription: error]; } // Allow an empty string to fall through else if (![string isEqualToString: @""]) { validatedOK = NO; } } } if (validatedOK) { NSTableColumn *tb; [_editedCell setStringValue: string]; tb = [_tableColumns objectAtIndex: _editedColumn]; if (_dataSource_editable) { [self _setObjectValue: string forTableColumn: tb row: _editedRow]; } } // Avoid potential recursive sequences... _isValidating = NO; } } - (void) editColumn: (NSInteger) columnIndex row: (NSInteger) rowIndex withEvent: (NSEvent *) theEvent select: (BOOL) flag { NSText *t; NSTableColumn *tb; NSRect drawingRect; NSUInteger length = 0; if (rowIndex != _selectedRow) { [NSException raise:NSInvalidArgumentException format:@"Attempted to edit unselected row"]; } if (rowIndex < 0 || rowIndex >= _numberOfRows || columnIndex < 0 || columnIndex >= _numberOfColumns) { [NSException raise: NSInvalidArgumentException format: @"Row/column out of index in edit"]; } [self scrollRowToVisible: rowIndex]; [self scrollColumnToVisible: columnIndex]; if (_textObject != nil) { [self validateEditing]; [self abortEditing]; } // Now (_textObject == nil) t = [_window fieldEditor: YES forObject: self]; if ([t superview] != nil) { if ([t resignFirstResponder] == NO) { return; } } _editedRow = rowIndex; _editedColumn = columnIndex; // Prepare the cell // NB: need to be released when no longer used _editedCell = [[self preparedCellAtColumn: columnIndex row: rowIndex] copy]; tb = [_tableColumns objectAtIndex: columnIndex]; [_editedCell setObjectValue: [self _objectValueForTableColumn: tb row: rowIndex]]; // But of course the delegate can mess it up if it wants [self _willDisplayCell: _editedCell forTableColumn: tb row: rowIndex]; /* Please note the important point - calling stringValue normally causes the _editedCell to call the validateEditing method of its control view ... which happens to be this NSTableView object :-) but we don't want any spurious validateEditing to be performed before the actual editing is started (otherwise you easily end up with the table view picking up the string stored in the field editor, which is likely to be the string resulting from the last edit somewhere else ... getting into the bug that when you TAB from one cell to another one, the string is copied!), so we must call stringValue when _textObject is still nil. */ if (flag) { length = [[_editedCell stringValue] length]; } _textObject = [_editedCell setUpFieldEditorAttributes: t]; // FIXME: Which background color do we want here? [_textObject setBackgroundColor: [NSColor selectedControlColor]]; [_textObject setDrawsBackground: YES]; drawingRect = [self frameOfCellAtColumn: columnIndex row: rowIndex]; if (flag) { [_editedCell selectWithFrame: drawingRect inView: self editor: _textObject delegate: self start: 0 length: length]; } else { [_editedCell editWithFrame: drawingRect inView: self editor: _textObject delegate: self event: theEvent]; } return; } - (NSInteger) editedRow { return _editedRow; } - (NSInteger) editedColumn { return _editedColumn; } static inline NSTimeInterval computePeriod(NSPoint mouseLocationWin, CGFloat minYVisible, CGFloat maxYVisible) { /* We have three zones of speed. 0 - 50 pixels: period 0.2 50 - 100 pixels: period 0.1 100 - 150 pixels: period 0.01 */ CGFloat distance = 0; if (mouseLocationWin.y < minYVisible) { distance = minYVisible - mouseLocationWin.y; } else if (mouseLocationWin.y > maxYVisible) { distance = mouseLocationWin.y - maxYVisible; } if (distance < 50) return 0.2; else if (distance < 100) return 0.1; else return 0.01; } - (void) _trackCellAtColumn: (NSInteger) columnIndex row: (NSInteger) rowIndex withEvent: (NSEvent *) theEvent { if (rowIndex == -1 || columnIndex == -1) { return; } /* we should copy the cell here, as we do on editing. otherwise validation on a cell being edited could cause the cell we are selecting to get it's objectValue */ NSCell *cell = [[self preparedCellAtColumn: columnIndex row: rowIndex] copy]; NSTableColumn *tb = [_tableColumns objectAtIndex: columnIndex]; id originalValue = RETAIN([self _objectValueForTableColumn: tb row: rowIndex]); [cell setObjectValue: originalValue]; NSRect cellFrame = [self frameOfCellAtColumn: columnIndex row: rowIndex]; [cell setHighlighted: YES]; [self setNeedsDisplayInRect: cellFrame]; /* give delegate a chance to i.e set target */ [self _willDisplayCell: cell forTableColumn: tb row: rowIndex]; if ([cell trackMouse: theEvent inRect: cellFrame ofView: self untilMouseUp: [[cell class] prefersTrackingUntilMouseUp]]) { id newValue = [cell objectValue]; /* don't check editability that only pertains to editColumn:... */ if (originalValue != newValue && ![originalValue isEqual: newValue]) { [self _setObjectValue: newValue forTableColumn: tb row: rowIndex]; } } RELEASE(originalValue); [cell setHighlighted: NO]; [self setNeedsDisplayInRect: cellFrame]; RELEASE(cell); } - (BOOL) _startDragOperationWithEvent: (NSEvent *) theEvent { NSPasteboard *pboard = [NSPasteboard pasteboardWithName: NSDragPboard]; NSPoint startPoint = [self convertPoint: [theEvent locationInWindow] fromView: nil]; if ([self canDragRowsWithIndexes: _selectedRows atPoint: startPoint] && [self _writeRows: _selectedRows toPasteboard: pboard]) { NSPoint p = NSZeroPoint; NSImage *dragImage; NSSize s; // FIXME NSArray *cols = nil; dragImage = [self dragImageForRowsWithIndexes: _selectedRows tableColumns: cols event: theEvent offset: &p]; /* * Store image offset in s ... the returned * value is the position of the center of * the image, so we adjust to the bottom left * corner. */ s = [dragImage size]; s.width = p.x - s.width/2; s.height = p.y + s.height/2; // View is flipped /* * Reuse the current mouse location and adjust * it to determine the location of the bottom * left corner of the image in this view's * coordinate system. */ p = startPoint; p.x += s.width; p.y += s.height; [self dragImage: dragImage at: p offset: NSMakeSize(0, 0) event: theEvent pasteboard: pboard source: self slideBack: YES]; return YES; } return NO; } - (BOOL) acceptsFirstMouse: (NSEvent *)theEvent { return YES; } - (void) mouseDown: (NSEvent *)theEvent { NSPoint initialLocation = [theEvent locationInWindow]; NSPoint location; NSInteger clickCount = [theEvent clickCount]; // Pathological case -- ignore mouse down if ((_numberOfRows == 0) || (_numberOfColumns == 0)) { return; } /* Stop editing if any */ if (_textObject != nil) { if (_editedCell != nil && [_editedCell isEntryAcceptable:[_textObject text]] == NO) { NSBeep(); return; } [self validateEditing]; [self abortEditing]; } // Determine row and column which were clicked location = [self convertPoint: initialLocation fromView: nil]; _clickedRow = [self rowAtPoint: location]; _clickedColumn = [self columnAtPoint: location]; if ([theEvent type] == NSLeftMouseDown && clickCount > 1) { // Double-click event if (![self isRowSelected: _clickedRow]) { return; } if (![self _isCellSelectableColumn: _clickedColumn row: _clickedRow]) { // Send double-action but don't edit [self _trackCellAtColumn: _clickedColumn row: _clickedRow withEvent: theEvent]; if (_clickedRow != -1) [self sendAction: _doubleAction to: _target]; } else if (clickCount == 2) // if < 2, dont want to abort editing { // It is OK to edit column. Go on, do it. [self editColumn: _clickedColumn row: _clickedRow withEvent: theEvent select: YES]; } } else { #define COMPUTE_NEW_SELECTION do { \ if (originalRow == -1) \ { \ originalRow = currentRow; \ } \ if (currentRow >= 0 && currentRow < _numberOfRows) \ { \ computeNewSelection(self, \ oldSelectedRows, \ _selectedRows, \ originalRow, \ oldRow, \ currentRow, \ &_selectedRow, \ selectionMode); \ [self displayIfNeeded]; \ } \ } while (0); // Selection NSUInteger modifiers = [theEvent modifierFlags]; NSUInteger eventMask = (NSLeftMouseUpMask | NSLeftMouseDownMask | NSLeftMouseDraggedMask | NSPeriodicMask); unsigned selectionMode = 0; NSPoint mouseLocationWin; NSPoint mouseLocationView; NSDate *distantFuture = [NSDate distantFuture]; NSEvent *lastEvent; NSIndexSet *oldSelectedRows; BOOL startedPeriodicEvents = NO; BOOL mouseBelowView = NO; BOOL done = NO; BOOL mouseMoved = NO; BOOL didTrackCell = NO; BOOL dragOperationPossible = [self _isDraggingSource]; NSRect visibleRect = [self convertRect: [self visibleRect] toView: nil]; CGFloat minYVisible = NSMinY (visibleRect); CGFloat maxYVisible = NSMaxY (visibleRect); NSTimeInterval oldPeriod = 0; NSInteger originalRow = _clickedRow; NSInteger oldRow = -1; NSInteger currentRow = -1; BOOL getNextEvent = YES; BOOL sendAction = NO; if (_allowsMultipleSelection == YES) { selectionMode |= ALLOWS_MULTIPLE; } if (_allowsEmptySelection == YES) { selectionMode |= ALLOWS_EMPTY; } if (modifiers & NSShiftKeyMask) { selectionMode |= SHIFT_DOWN; } if (![_selectedRows containsIndex: _clickedRow]) { selectionMode |= ADDING_ROW; } if (modifiers & NSControlKeyMask) { selectionMode |= CONTROL_DOWN; if (_allowsMultipleSelection == YES && _selectedRow != -1) { originalRow = _selectedRow; selectionMode |= SHIFT_DOWN; selectionMode |= ADDING_ROW; } } // is the delegate ok for a new selection ? if ([self _shouldSelectionChange] == NO) { return; } // if we are in column selection mode, stop it [self _setSelectingColumns: NO]; // let's sort the _selectedRows oldSelectedRows = [_selectedRows copy]; lastEvent = theEvent; while (done != YES) { /* Wrap each iteration in an autorelease pool. Otherwise, we end up allocating huge amounts of objects if the button is held down for a long time. */ CREATE_AUTORELEASE_POOL(arp); NSEventType eventType = [lastEvent type]; mouseLocationWin = [lastEvent locationInWindow]; mouseLocationView = [self convertPoint: mouseLocationWin fromView: nil]; switch (eventType) { case NSLeftMouseUp: if ((mouseLocationWin.y > minYVisible) && (mouseLocationWin.y < maxYVisible)) { // mouse up within table if (startedPeriodicEvents == YES) { [NSEvent stopPeriodicEvents]; startedPeriodicEvents = NO; } mouseLocationView.x = _bounds.origin.x; oldRow = currentRow; currentRow = [self rowAtPoint: mouseLocationView]; if (oldRow != currentRow) { COMPUTE_NEW_SELECTION; } if (!didTrackCell && currentRow == _clickedRow) { /* * a dragging operation is still possible so * selections were never dragged, * and a drag operation was never attempted. * the cell was clicked, * track the cell with the old mouseDown event * then it will get the current event mouseUp. */ [self _trackCellAtColumn: _clickedColumn row: _clickedRow withEvent: theEvent]; } } else { // Mouse dragged out of the table // we don't care } done = YES; break; case NSLeftMouseDown: case NSLeftMouseDragged: if (fabs(mouseLocationWin.x - initialLocation.x) > 1 || fabs(mouseLocationWin.y - initialLocation.y) > 1) { mouseMoved = YES; } if (dragOperationPossible == YES) { if ([_selectedRows containsIndex:_clickedRow] == NO || (_verticalMotionDrag == NO && fabs(mouseLocationWin.y - initialLocation.y) > 2)) { dragOperationPossible = NO; } else if ((fabs(mouseLocationWin.x - initialLocation.x) >= 4) || (_verticalMotionDrag && fabs(mouseLocationWin.y - initialLocation.y) >= 4)) { if ([self _startDragOperationWithEvent: theEvent]) { RELEASE(oldSelectedRows); IF_NO_GC(DESTROY(arp)); return; } else { dragOperationPossible = NO; } } } else if ((mouseLocationWin.y > minYVisible) && (mouseLocationWin.y < maxYVisible)) { // mouse dragged within table if (startedPeriodicEvents == YES) { [NSEvent stopPeriodicEvents]; startedPeriodicEvents = NO; } mouseLocationView.x = _bounds.origin.x; oldRow = currentRow; currentRow = [self rowAtPoint: mouseLocationView]; if (oldRow != currentRow) { COMPUTE_NEW_SELECTION; } if (eventType == NSLeftMouseDown) { /* * Can never get here from a dragging source * so they need to track in mouse up. */ NSCell *cell = [self preparedCellAtColumn: _clickedColumn row: _clickedRow]; [self _trackCellAtColumn: _clickedColumn row: _clickedRow withEvent: theEvent]; didTrackCell = YES; if ([[cell class] prefersTrackingUntilMouseUp]) { /* the mouse could have gone up outside of the cell * avoid selecting the row under mouse cursor */ sendAction = YES; done = YES; } } /* * Since we may have tracked a cell which may have caused * a change to the currentEvent we may need to loop over * the current event */ getNextEvent = (lastEvent == [NSApp currentEvent]); } else { // Mouse dragged out of the table NSTimeInterval period = computePeriod(mouseLocationWin, minYVisible, maxYVisible); if (startedPeriodicEvents == YES) { /* Check - if the mouse did not change zone, we do nothing */ if (period == oldPeriod) break; [NSEvent stopPeriodicEvents]; } /* Start periodic events */ oldPeriod = period; [NSEvent startPeriodicEventsAfterDelay: 0 withPeriod: oldPeriod]; startedPeriodicEvents = YES; if (mouseLocationWin.y <= minYVisible) mouseBelowView = YES; else mouseBelowView = NO; } break; case NSPeriodic: if (mouseBelowView == YES) { if (currentRow == -1 && oldRow != -1) currentRow = oldRow + 1; if (currentRow != -1 && currentRow < _numberOfRows - 1) { oldRow = currentRow; currentRow++; [self scrollRowToVisible: currentRow]; if (dragOperationPossible == NO) COMPUTE_NEW_SELECTION; } } else { if (currentRow == -1 && oldRow != -1) currentRow = oldRow - 1; if (currentRow > 0) { oldRow = currentRow; currentRow--; [self scrollRowToVisible: currentRow]; if (dragOperationPossible == NO) COMPUTE_NEW_SELECTION; } } break; default: break; } if (done == NO) { /* in certain cases we are working with events that have already * occurred and been dequeued by NSCell classes, in these cases * getNextEvent is set to NO, use the current event. */ if (getNextEvent == YES) { lastEvent = [NSApp nextEventMatchingMask: eventMask untilDate: distantFuture inMode: NSEventTrackingRunLoopMode dequeue: YES]; } else { lastEvent = [NSApp currentEvent]; getNextEvent = YES; } } IF_NO_GC(DESTROY(arp)); } if (startedPeriodicEvents == YES) [NSEvent stopPeriodicEvents]; if (![_selectedRows isEqual: oldSelectedRows]) { [self _postSelectionDidChangeNotification]; } RELEASE(oldSelectedRows); if (!mouseMoved) sendAction = YES; /* If this was a simple click (ie. no dragging), we send our action. */ if (sendAction) { /* _clickedRow and _clickedColumn are already set at the start of this function. TODO: should we ask the data source/column for the cell for this row/column and check whether it has its own action/target? */ if (_clickedRow != -1) [self sendAction: _action to: _target]; } } _clickedRow = _selectedRow; } /* helpers for keyboard selection */ #define CHECK_CHANGING(x) { \ if (!x) \ { \ [self _postSelectionIsChangingNotification]; \ x = YES; \ } \ } static BOOL selectContiguousRegion(NSTableView *self, NSIndexSet *_selectedRows, NSInteger originalRow, NSInteger oldRow, NSInteger currentRow) { NSInteger first = (oldRow < currentRow) ? oldRow : currentRow; NSInteger last = (oldRow < currentRow) ? currentRow : oldRow; NSInteger row; BOOL notified = NO; if (![_selectedRows containsIndex: currentRow]) { CHECK_CHANGING(notified); [self _selectRow: currentRow]; } /* * check if the old row is not between the current row and the original row * and not the original or current rows */ if (((!((oldRow < currentRow && currentRow > originalRow && oldRow > originalRow) || (oldRow > currentRow && currentRow < originalRow && oldRow < originalRow))) && (!(oldRow == currentRow || oldRow == originalRow)))) { CHECK_CHANGING(notified); [self _unselectRow: oldRow]; } /* * there is an off by one here it could be on either end of the loop * but its either oldRow or currentRow so above we select the currentRow * and possibly unselect the oldRow, one of the two will then * be selected or deselected again in in this loop */ for (row = first; row < last; row++) { /* check if the old row is between the current row and the original row */ if ((row < currentRow && row > originalRow && currentRow > oldRow) || (row > currentRow && row < originalRow && currentRow < oldRow)) { if (![_selectedRows containsIndex: row]) { CHECK_CHANGING(notified); [self _selectRow: row]; } } else if (row == currentRow || row == originalRow) { if (![_selectedRows containsIndex: row]) { CHECK_CHANGING(notified); [self _selectRow: row]; } } else { if ([_selectedRows containsIndex: row]) { CHECK_CHANGING(notified); [self _unselectRow: row]; } } } return notified; } - (void) keyDown: (NSEvent *)theEvent { NSInteger oldRow = -1; NSInteger currentRow = _selectedRow; NSInteger originalRow = -1; NSString *characters = [theEvent characters]; NSUInteger len = [characters length]; NSUInteger modifiers = [theEvent modifierFlags]; CGFloat rowHeight = [self rowHeight]; NSRect visRect = [self visibleRect]; BOOL modifySelection = YES; NSPoint noModPoint = NSZeroPoint; NSInteger visRows; NSUInteger i; BOOL gotMovementKey = NO; // will not contain partial rows. visRows = visRect.size.height / [self rowHeight]; // _clickedRow is stored between calls as the first selected row // when doing multiple selection, so the selection may grow and shrink. /* * do a contiguous selection on shift */ if (modifiers & NSShiftKeyMask) { originalRow = _clickedRow; if (_allowsMultipleSelection == YES) { oldRow = _selectedRow; } } /* just scroll don't modify any selection */ if (modifiers & NSControlKeyMask) { modifySelection = NO; } for (i = 0; i < len; i++) { unichar c = [characters characterAtIndex: i]; switch (c) { case NSUpArrowFunctionKey: gotMovementKey = YES; if (modifySelection == NO) { noModPoint.x = visRect.origin.x; noModPoint.y = NSMinY(visRect) - rowHeight; } else { currentRow--; } break; case NSDownArrowFunctionKey: gotMovementKey = YES; if (modifySelection == NO) { noModPoint.x = visRect.origin.x; noModPoint.y = NSMinY(visRect) + rowHeight; } else { currentRow++; } break; case NSPageDownFunctionKey: gotMovementKey = YES; if (modifySelection == NO) { noModPoint.x = visRect.origin.x; noModPoint.y = NSMinY(visRect) + (rowHeight * visRows) - rowHeight; } else { currentRow += visRows; } break; case NSPageUpFunctionKey: gotMovementKey = YES; if (modifySelection == NO) { noModPoint.x = visRect.origin.x; noModPoint.y = NSMinY(visRect) - (rowHeight * visRows) + rowHeight; } else { currentRow -= visRows; } break; case NSHomeFunctionKey: gotMovementKey = YES; if (modifySelection == NO) { noModPoint.x = visRect.origin.x; noModPoint.y = NSMinY(_bounds); } else { currentRow = 0; } break; case NSEndFunctionKey: gotMovementKey = YES; if (modifySelection == NO) { noModPoint.x = visRect.origin.x; noModPoint.y = NSMaxY(_bounds); } else { currentRow = _numberOfRows - 1; } break; default: break; } } /* * if scrolled off the bottom or top the selection. * the modifiers might have changed so recompute the selection. */ if (gotMovementKey == NO) { /* no handled keys. */ [super keyDown: theEvent]; return; } else if (currentRow < 0) { currentRow = 0; } else if (currentRow >= _numberOfRows) { currentRow = _numberOfRows - 1; } if (_numberOfRows) { if (modifySelection) { BOOL notified = NO; [self _setSelectingColumns: NO]; if (originalRow == -1) { /* we're not extending any selection */ originalRow = currentRow; _clickedRow = currentRow; } if (_clickedRow == -1) { /* user must have hit a key with no selected rows */ _clickedRow = currentRow; } if ((!(modifiers & NSShiftKeyMask && _allowsMultipleSelection))) { NSUInteger first = [_selectedRows firstIndex]; NSUInteger last = [_selectedRows lastIndex]; if ((first == last && first == currentRow) == 0) { CHECK_CHANGING(notified) [self _unselectAllRows]; [self _selectRow: currentRow]; _selectedRow = currentRow; } } else { notified = selectContiguousRegion(self, _selectedRows, originalRow, oldRow, currentRow); _selectedRow = currentRow; } if (notified) { [self _postSelectionDidChangeNotification]; } [self scrollRowToVisible: currentRow]; [self displayIfNeeded]; } else { noModPoint = [self convertPoint: noModPoint toView: _super_view]; noModPoint = [(NSClipView *)_super_view constrainScrollPoint: noModPoint]; [(NSClipView *)_super_view scrollToPoint: noModPoint]; } } } /* * Auxiliary Components */ - (void) setHeaderView: (NSTableHeaderView*)aHeaderView { if ([_headerView respondsToSelector:@selector(setTableView:)]) [_headerView setTableView: nil]; ASSIGN (_headerView, aHeaderView); if ([_headerView respondsToSelector:@selector(setTableView:)]) [_headerView setTableView: self]; [self tile]; // resizes corner and header views, then displays if (_super_view != nil) { id ssv = [_super_view superview]; if ([ssv isKindOfClass: [NSScrollView class]]) [ssv tile]; // draws any border type over corner and header views } } - (NSTableHeaderView*) headerView { return _headerView; } - (void) setCornerView: (NSView*)aView { ASSIGN (_cornerView, aView); [self tile]; // resizes corner and header views, then displays if (_super_view) { id ssv = [_super_view superview]; if ([ssv isKindOfClass: [NSScrollView class]]) [ssv tile]; // draws any border type over corner and header views } } - (NSView*) cornerView { return _cornerView; } /* * Layout */ - (NSRect) rectOfColumn: (NSInteger)columnIndex { NSRect rect; if (columnIndex < 0 || columnIndex > _numberOfColumns) { NSDebugLLog(@"NSTableView", @"Column index %d out of table in rectOfColumn", (int)columnIndex); return NSZeroRect; } rect.origin.x = _columnOrigins[columnIndex]; rect.origin.y = _bounds.origin.y; rect.size.width = [[_tableColumns objectAtIndex: columnIndex] width]; rect.size.height = _numberOfRows * _rowHeight; return rect; } - (NSRect) rectOfRow: (NSInteger)rowIndex { NSRect rect; if (rowIndex < 0 || rowIndex >= _numberOfRows) { NSDebugLLog(@"NSTableView", @"Row index %d out of table in rectOfRow", (int)rowIndex); return NSZeroRect; } rect.origin.x = _bounds.origin.x; rect.origin.y = _bounds.origin.y + (_rowHeight * rowIndex); rect.size.width = _bounds.size.width; rect.size.height = _rowHeight; return rect; } /** Returns the indexes of the table columns which intersects the given rect. The rect is expressed in the receiver coordinate space. Hidden table columns are never tested. */ - (NSIndexSet *) columnIndexesInRect: (NSRect)aRect { NSRange range = [self columnsInRect: aRect]; NSMutableIndexSet *indexes = [NSMutableIndexSet indexSetWithIndexesInRange: range]; NSUInteger i; for (i = range.location; i < range.length; i++) { NSTableColumn *tableColumn = [_tableColumns objectAtIndex: i]; if ([tableColumn isHidden]) [indexes removeIndex: i]; } return indexes; } /** Returns the index range of the table columns which intersects the given rect. The rect is expressed in the receiver coordinate space. The returned range can include hidden table column indexes. This method is deprecated, use -columnIndexesInRect:. */ - (NSRange) columnsInRect: (NSRect)aRect { NSRange range; range.location = [self columnAtPoint: aRect.origin]; range.length = [self columnAtPoint: NSMakePoint (NSMaxX (aRect), _bounds.origin.y)]; range.length -= range.location; range.length += 1; return range; } - (NSRange) rowsInRect: (NSRect)aRect { NSRange range; NSInteger lastRowInRect; range.location = [self rowAtPoint: aRect.origin]; lastRowInRect = [self rowAtPoint: NSMakePoint (_bounds.origin.x, NSMaxY (aRect))]; if (lastRowInRect == -1) { lastRowInRect = _numberOfRows - 1; } range.length = lastRowInRect; range.length -= range.location; range.length += 1; return range; } - (NSInteger) columnAtPoint: (NSPoint)aPoint { if ((NSMouseInRect (aPoint, _bounds, YES)) == NO) { return -1; } else { NSInteger i = 0; while ((i < _numberOfColumns) && (aPoint.x >= _columnOrigins[i])) { i++; } return i - 1; } } - (NSInteger) rowAtPoint: (NSPoint)aPoint { /* NB: Y coordinate system is flipped in NSTableView */ if ((NSMouseInRect (aPoint, _bounds, YES)) == NO) { return -1; } else if (_rowHeight == 0.0) { return -1; } else { NSInteger return_value; aPoint.y -= _bounds.origin.y; return_value = (NSInteger) (aPoint.y / _rowHeight); /* This could happen if point lies on the grid line or below the last row */ if (return_value >= _numberOfRows) { return_value = -1; } return return_value; } } - (NSRect) frameOfCellAtColumn: (NSInteger)columnIndex row: (NSInteger)rowIndex { NSRect frameRect; if ((columnIndex < 0) || (rowIndex < 0) || (columnIndex > (_numberOfColumns - 1)) || (rowIndex > (_numberOfRows - 1))) return NSZeroRect; frameRect.origin.y = _bounds.origin.y + (rowIndex * _rowHeight); frameRect.origin.y += _intercellSpacing.height / 2; frameRect.size.height = _rowHeight - _intercellSpacing.height; frameRect.origin.x = _columnOrigins[columnIndex]; frameRect.origin.x += _intercellSpacing.width / 2; frameRect.size.width = [[_tableColumns objectAtIndex: columnIndex] width]; frameRect.size.width -= _intercellSpacing.width; // We add some space to separate the cell from the grid if (_drawsGrid) { frameRect.size.width -= 4; frameRect.origin.x += 2; } // Safety check if (frameRect.size.width < 0) frameRect.size.width = 0; return frameRect; } - (void) setAutoresizesAllColumnsToFit: (BOOL)flag { _autoresizesAllColumnsToFit = flag; } - (BOOL) autoresizesAllColumnsToFit { return _autoresizesAllColumnsToFit; } - (NSTableViewColumnAutoresizingStyle) columnAutoresizingStyle { // FIXME return NSTableViewNoColumnAutoresizing; } - (void) setColumnAutoresizingStyle: (NSTableViewColumnAutoresizingStyle)style { // FIXME } - (void) sizeLastColumnToFit { if ((_super_view != nil) && (_numberOfColumns > 0)) { CGFloat excess_width; CGFloat last_column_width; NSTableColumn *lastColumn; lastColumn = [_tableColumns objectAtIndex: (_numberOfColumns - 1)]; if ([lastColumn isResizable] == NO) { return; } excess_width = NSMaxX([self convertRect: [_super_view bounds] fromView: _super_view]) - NSMaxX(_bounds); last_column_width = [lastColumn width] + excess_width; // This will automatically retile the table [lastColumn setWidth: last_column_width]; } } - (void) setFrame: (NSRect)frameRect { NSRect tmpRect = frameRect; if ([_super_view respondsToSelector: @selector(documentVisibleRect)]) { CGFloat rowsHeight = ((_numberOfRows * _rowHeight) + 1); NSRect docRect = [(NSClipView *)_super_view documentVisibleRect]; if (rowsHeight < docRect.size.height) { tmpRect.size.height = docRect.size.height; } else { tmpRect.size.height = rowsHeight; } // TODO width? } [super setFrame: tmpRect]; } - (void) setFrameSize: (NSSize)frameSize { NSSize tmpSize = frameSize; if ([_super_view respondsToSelector: @selector(documentVisibleRect)]) { CGFloat rowsHeight = ((_numberOfRows * _rowHeight) + 1); NSRect docRect = [(NSClipView *)_super_view documentVisibleRect]; if (rowsHeight < docRect.size.height) { tmpSize.height = docRect.size.height; } else { tmpSize.height = rowsHeight; } // TODO width? } [super setFrameSize: tmpSize]; } - (void) viewWillMoveToSuperview:(NSView *)newSuper { [super viewWillMoveToSuperview: newSuper]; /* need to potentially enlarge to fill the documentRect of the clip view */ [self setFrame: _frame]; } - (void) sizeToFit { NSTableColumn *tb; NSInteger i, j; CGFloat remainingWidth; columnSorting *columnInfo; CGFloat *currentWidth; CGFloat *maxWidth; CGFloat *minWidth; BOOL *isResizable; NSInteger numberOfCurrentColumns = 0; CGFloat previousPoint; CGFloat nextPoint; CGFloat toAddToCurrentColumns; if ((_super_view == nil) || (_numberOfColumns == 0)) return; columnInfo = NSZoneMalloc(NSDefaultMallocZone(), sizeof(columnSorting) * 2 * _numberOfColumns); currentWidth = NSZoneMalloc(NSDefaultMallocZone(), sizeof(CGFloat) * _numberOfColumns); maxWidth = NSZoneMalloc(NSDefaultMallocZone(), sizeof(CGFloat) * _numberOfColumns); minWidth = NSZoneMalloc(NSDefaultMallocZone(), sizeof(CGFloat) * _numberOfColumns); isResizable = NSZoneMalloc(NSDefaultMallocZone(), sizeof(BOOL) * _numberOfColumns); remainingWidth = NSMaxX([self convertRect: [_super_view bounds] fromView: _super_view]); /* * We store the minWidth and the maxWidth of every column * because we'll use those values *a lot* * At the same time we set every column to its mininum width */ for (i = 0; i < _numberOfColumns; i++) { tb = [_tableColumns objectAtIndex: i]; isResizable[i] = [tb isResizable]; if (isResizable[i] == YES) { minWidth[i] = [tb minWidth]; maxWidth[i] = [tb maxWidth]; if (minWidth[i] < 0) minWidth[i] = 0; if (minWidth[i] > maxWidth[i]) { minWidth[i] = [tb width]; maxWidth[i] = minWidth[i]; } columnInfo[i * 2].width = minWidth[i]; columnInfo[i * 2].isMax = 0; currentWidth[i] = minWidth[i]; remainingWidth -= minWidth[i]; columnInfo[i * 2 + 1].width = maxWidth[i]; columnInfo[i * 2 + 1].isMax = 1; } else { minWidth[i] = [tb width]; columnInfo[i * 2].width = minWidth[i]; columnInfo[i * 2].isMax = 0; currentWidth[i] = minWidth[i]; remainingWidth -= minWidth[i]; maxWidth[i] = minWidth[i]; columnInfo[i * 2 + 1].width = maxWidth[i]; columnInfo[i * 2 + 1].isMax = 1; } } // sort the info we have quick_sort_internal(columnInfo, 0, 2 * _numberOfColumns - 1); previousPoint = columnInfo[0].width; numberOfCurrentColumns = 1; if (remainingWidth >= 0.) { for (i = 1; i < 2 * _numberOfColumns; i++) { nextPoint = columnInfo[i].width; if (numberOfCurrentColumns > 0 && (nextPoint - previousPoint) > 0.) { NSInteger verification = 0; if ((nextPoint - previousPoint) * numberOfCurrentColumns <= remainingWidth) { toAddToCurrentColumns = nextPoint - previousPoint; remainingWidth -= (nextPoint - previousPoint) * numberOfCurrentColumns; for (j = 0; j < _numberOfColumns; j++) { if (minWidth[j] <= previousPoint && maxWidth[j] >= nextPoint) { verification++; currentWidth[j] += toAddToCurrentColumns; } } if (verification != numberOfCurrentColumns) { NSLog(@"[NSTableView sizeToFit]: unexpected error"); } } else { int remainingInt = floor(remainingWidth); int quotient = remainingInt / numberOfCurrentColumns; int remainder = remainingInt - quotient * numberOfCurrentColumns; int oldRemainder = remainder; for (j = _numberOfColumns - 1; j >= 0; j--) { if (minWidth[j] <= previousPoint && maxWidth[j] >= nextPoint) { currentWidth[j] += quotient; if (remainder > 0 && maxWidth[j] >= currentWidth[j] + 1) { remainder--; currentWidth[j]++; } } } while (oldRemainder > remainder && remainder > 0) { oldRemainder = remainder; for (j = 0; j < _numberOfColumns; j++) { if (minWidth[j] <= previousPoint && maxWidth[j] >= nextPoint) { if (remainder > 0 && maxWidth[j] >= currentWidth[j] + 1) { remainder--; currentWidth[j]++; } } } } if (remainder > 0) NSLog(@"There is still free space to fill.\ However it seems better to use integer width for the columns"); else remainingWidth = 0.; } } else if (numberOfCurrentColumns < 0) { NSLog(@"[NSTableView sizeToFit]: unexpected error"); } if (columnInfo[i].isMax) numberOfCurrentColumns--; else numberOfCurrentColumns++; previousPoint = nextPoint; if (remainingWidth == 0.) { break; } } } _tilingDisabled = YES; remainingWidth = 0.; for (i = 0; i < _numberOfColumns; i++) { if (isResizable[i] == YES) { tb = [_tableColumns objectAtIndex: i]; remainingWidth += currentWidth[i]; [tb setWidth: currentWidth[i]]; } else { remainingWidth += minWidth[i]; } } _tilingDisabled = NO; NSZoneFree(NSDefaultMallocZone(), columnInfo); NSZoneFree(NSDefaultMallocZone(), currentWidth); NSZoneFree(NSDefaultMallocZone(), maxWidth); NSZoneFree(NSDefaultMallocZone(), minWidth); NSZoneFree(NSDefaultMallocZone(), isResizable); [self tile]; } - (void) noteNumberOfRowsChanged { NSRect newFrame; _numberOfRows = [self _numRows]; /* If we are selecting rows, we have to check that we have no selected rows below the new end of the table */ if (!_selectingColumns) { NSUInteger row = [_selectedRows lastIndex]; if (row == NSNotFound) { if (!_allowsEmptySelection) { /* We shouldn't allow empty selection - try selecting the last row */ NSInteger lastRow = _numberOfRows - 1; if (lastRow > -1) { [self _postSelectionIsChangingNotification]; [_selectedRows addIndex: lastRow]; _selectedRow = lastRow; [self _postSelectionDidChangeNotification]; } else { /* problem - there are no rows at all */ _selectedRow = -1; } } } /* Check that all selected rows are in the new range of rows */ else if (row >= _numberOfRows) { [_selectedRows removeIndexesInRange: NSMakeRange(_numberOfRows, row + 1 - _numberOfRows)]; if (_selectedRow >= _numberOfRows) { row = [_selectedRows lastIndex]; [self _postSelectionIsChangingNotification]; if (row != NSNotFound) { _selectedRow = row; } else { /* Argh - all selected rows were outside the table */ if (_allowsEmptySelection) { _selectedRow = -1; } else { /* We shouldn't allow empty selection - try selecting the last row */ NSInteger lastRow = _numberOfRows - 1; if (lastRow > -1) { [_selectedRows addIndex: lastRow]; _selectedRow = lastRow; } else { /* problem - there are no rows at all */ _selectedRow = -1; } } } [self _postSelectionDidChangeNotification]; } } } newFrame = _frame; newFrame.size.height = (_numberOfRows * _rowHeight) + 1; if (NO == NSEqualRects(newFrame, NSUnionRect(newFrame, _frame))) { [_super_view setNeedsDisplayInRect: _frame]; } [self setFrame: newFrame]; /* If we are shorter in height than the enclosing clipview, we should redraw us now. */ if (_super_view != nil) { NSRect superviewBounds; // Get this *after* [self setFrame:] superviewBounds = [_super_view bounds]; if ((superviewBounds.origin.x <= _frame.origin.x) && (NSMaxY(superviewBounds) >= NSMaxY(_frame))) { [self setNeedsDisplay: YES]; } } } - (void) tile { CGFloat table_width = 0; CGFloat table_height; if (_tilingDisabled == YES) return; if (_numberOfColumns > 0) { NSInteger i; CGFloat width; _columnOrigins[0] = _bounds.origin.x; width = [[_tableColumns objectAtIndex: 0] width]; table_width += width; for (i = 1; i < _numberOfColumns; i++) { _columnOrigins[i] = _columnOrigins[i - 1] + width; width = [[_tableColumns objectAtIndex: i] width]; table_width += width; } } /* + 1 for the last grid line */ table_height = (_numberOfRows * _rowHeight) + 1; [self setFrameSize: NSMakeSize (table_width, table_height)]; [self setNeedsDisplay: YES]; if (_headerView != nil) { CGFloat innerBorderWidth = [[NSUserDefaults standardUserDefaults] boolForKey: @"GSScrollViewNoInnerBorder"] ? 0.0 : 1.0; [_headerView setFrameSize: NSMakeSize (_frame.size.width, [_headerView frame].size.height)]; [_cornerView setFrameSize: NSMakeSize ([NSScroller scrollerWidth] + innerBorderWidth, [_headerView frame].size.height)]; [_headerView setNeedsDisplay: YES]; [_cornerView setNeedsDisplay: YES]; } } /* * Drawing */ - (void) _calculatedStartingColumn: (NSInteger *)startingColumn endingColumn: (NSInteger *)endingColumn inClipRect: (NSRect)clipRect { CGFloat x_pos = 0.0; NSInteger i = 0; NSInteger numberOfColumns = [self numberOfColumns]; CGFloat *columnOrigins = [self _columnOrigins]; /* Using columnAtPoint: here would make it called twice per row per drawn rect - so we avoid it and do it natively */ /* Determine starting column as fast as possible */ x_pos = NSMinX (clipRect); i = 0; while ((i < numberOfColumns) && (x_pos > columnOrigins[i])) { i++; } *startingColumn = (i - 1); if (*startingColumn == -1) *startingColumn = 0; /* Determine ending column as fast as possible */ x_pos = NSMaxX (clipRect); // Nota Bene: we do *not* reset i while ((i < numberOfColumns) && (x_pos > columnOrigins[i])) { i++; } *endingColumn = (i - 1); if (*endingColumn == -1) *endingColumn = numberOfColumns - 1; } - (void) _drawCellViewRow: (NSInteger)rowIndex clipRect: (NSRect)clipRect { NSInteger numberOfRows = [self numberOfRows]; NSInteger startingColumn; NSInteger endingColumn; NSInteger columnIndex; id dataSource = [self dataSource]; // If we have no data source, there is nothing to do... if (dataSource == nil) { return; } // If the rowIndex is greater than the numberOfRows, done... if (rowIndex >= numberOfRows) { return; } [self _calculatedStartingColumn: &startingColumn endingColumn: &endingColumn inClipRect: clipRect]; /* Draw the row between startingColumn and endingColumn */ for (columnIndex = startingColumn; columnIndex <= endingColumn; columnIndex++) { id rowView = [self rowViewAtRow: rowIndex makeIfNecessary: YES]; NSView *view = [self viewAtColumn: columnIndex row: rowIndex makeIfNecessary: YES]; // If the view is already part of the table, don't re-add it... if (rowView != nil && [[self subviews] containsObject: rowView] == NO) { NSRect cellFrame = [self frameOfCellAtColumn: 0 row: rowIndex]; CGFloat x = 0.0; CGFloat y = cellFrame.origin.y; CGFloat w = [self frame].size.width; CGFloat h = [self rowHeight]; NSRect rvFrame = NSMakeRect(x, y, w, h); NSAutoresizingMaskOptions options = NSViewWidthSizable | NSViewMinYMargin; [self addSubview: rowView]; [rowView setAutoresizingMask: options]; [rowView setFrame: rvFrame]; } // Create the view if needed... if (view != nil && [[rowView subviews] containsObject: view] == NO) { // Add the view to the row... [rowView addSubview: view]; // Place the view... NSRect newRect = [view frame]; newRect.origin.y = 0.0; [view setFrame: newRect]; } } } - (void) drawRow: (NSInteger)rowIndex clipRect: (NSRect)clipRect { if (_viewBased) { [self _drawCellViewRow: rowIndex clipRect: clipRect]; } else { [[GSTheme theme] drawTableViewRow: rowIndex clipRect: clipRect inView: self]; } } - (void) noteHeightOfRowsWithIndexesChanged: (NSIndexSet*)indexes { // FIXME } - (void) drawGridInClipRect: (NSRect)aRect { [[GSTheme theme] drawTableViewGridInClipRect: aRect inView: self]; } - (void) highlightSelectionInClipRect: (NSRect)clipRect { [[GSTheme theme] highlightTableViewSelectionInClipRect: clipRect inView: self selectingColumns: _selectingColumns]; } - (void) drawBackgroundInClipRect: (NSRect)clipRect { [[GSTheme theme] drawTableViewBackgroundInClipRect: clipRect inView: self withBackgroundColor: _backgroundColor]; } - (void) drawRect: (NSRect)aRect { [[GSTheme theme] drawTableViewRect: aRect inView: self]; } - (BOOL) isOpaque { return YES; } /* * Scrolling */ - (void) scrollRowToVisible: (NSInteger)rowIndex { if (_super_view != nil) { NSRect rowRect = [self rectOfRow: rowIndex]; NSRect visibleRect = [self visibleRect]; // If the row is over the top, or it is partially visible // on top, if ((rowRect.origin.y < visibleRect.origin.y)) { // Then make it visible on top NSPoint newOrigin; newOrigin.x = visibleRect.origin.x; newOrigin.y = rowRect.origin.y; newOrigin = [self convertPoint: newOrigin toView: _super_view]; [(NSClipView *)_super_view scrollToPoint: newOrigin]; return; } // If the row is under the bottom, or it is partially visible on // the bottom, if (NSMaxY (rowRect) > NSMaxY (visibleRect)) { // Then make it visible on bottom NSPoint newOrigin; newOrigin.x = visibleRect.origin.x; newOrigin.y = visibleRect.origin.y; newOrigin.y += NSMaxY (rowRect) - NSMaxY (visibleRect); newOrigin = [self convertPoint: newOrigin toView: _super_view]; [(NSClipView *)_super_view scrollToPoint: newOrigin]; return; } } } - (void) scrollColumnToVisible: (NSInteger)columnIndex { if (_super_view != nil) { NSRect columnRect = [self rectOfColumn: columnIndex]; NSRect visibleRect = [self visibleRect]; CGFloat diff; // If the row is out on the left, or it is partially visible // on the left if ((columnRect.origin.x < visibleRect.origin.x)) { // Then make it visible on the left NSPoint newOrigin; newOrigin.x = columnRect.origin.x; newOrigin.y = visibleRect.origin.y; newOrigin = [self convertPoint: newOrigin toView: _super_view]; [(NSClipView *)_super_view scrollToPoint: newOrigin]; return; } diff = NSMaxX (columnRect) - NSMaxX (visibleRect); // If the row is out on the right, or it is partially visible on // the right, if (diff > 0) { // Then make it visible on the right NSPoint newOrigin; newOrigin.x = visibleRect.origin.x; newOrigin.y = visibleRect.origin.y; newOrigin.x += diff; newOrigin = [self convertPoint: newOrigin toView: _super_view]; [(NSClipView *)_super_view scrollToPoint: newOrigin]; return; } } } /* * Text delegate methods */ - (void) textDidBeginEditing: (NSNotification *)aNotification { [super textDidBeginEditing: aNotification]; } - (void) textDidChange: (NSNotification *)aNotification { // MacOS-X asks us to inform the cell if possible. if ((_editedCell != nil) && [_editedCell respondsToSelector: @selector(textDidChange:)]) [_editedCell textDidChange: aNotification]; [super textDidChange: aNotification]; } - (void) textDidEndEditing: (NSNotification *)aNotification { id textMovement; NSInteger row, column; /* Save values */ row = _editedRow; column = _editedColumn; [super textDidEndEditing: aNotification]; textMovement = [[aNotification userInfo] objectForKey: @"NSTextMovement"]; if (textMovement) { switch ([(NSNumber *)textMovement intValue]) { case NSReturnTextMovement: [self _editNextCellAfterRow: row inColumn: column]; // Send action ? break; case NSTabTextMovement: if ([self _editNextEditableCellAfterRow: row column: column] == YES) { break; } [_window selectKeyViewFollowingView: self]; break; case NSBacktabTextMovement: if ([self _editPreviousEditableCellBeforeRow: row column: column] == YES) { break; } [_window selectKeyViewPrecedingView: self]; break; } } } - (BOOL) textShouldBeginEditing: (NSText *)textObject { if (_delegate && [_delegate respondsToSelector: @selector(control:textShouldBeginEditing:)]) return [_delegate control: self textShouldBeginEditing: textObject]; else return YES; } - (BOOL) textShouldEndEditing: (NSText*)textObject { if ([_delegate respondsToSelector: @selector(control:textShouldEndEditing:)]) { if ([_delegate control: self textShouldEndEditing: textObject] == NO) { NSBeep (); return NO; } return YES; } if ([_delegate respondsToSelector: @selector(control:isValidObject:)] == YES) { NSFormatter *formatter; id newObjectValue; formatter = [_editedCell formatter]; if ([formatter getObjectValue: &newObjectValue forString: [_textObject text] errorDescription: NULL] == YES) { if ([_delegate control: self isValidObject: newObjectValue] == NO) return NO; } } return [_editedCell isEntryAcceptable: [textObject text]]; } /* * Persistence */ - (NSString *) autosaveName { return _autosaveName; } - (BOOL) autosaveTableColumns { return _autosaveTableColumns; } - (void) setAutosaveName: (NSString *)name { ASSIGN (_autosaveName, name); [self _autoloadTableColumns]; } - (void) setAutosaveTableColumns: (BOOL)flag { if (flag == _autosaveTableColumns) { return; } _autosaveTableColumns = flag; if (flag) { [self _autoloadTableColumns]; [nc addObserver: self selector: @selector(_autosaveTableColumns) name: NSTableViewColumnDidResizeNotification object: self]; } else { [nc removeObserver: self name: NSTableViewColumnDidResizeNotification object: self]; } } /* * Delegate */ - (void) setDelegate: (id)anObject { const SEL sel = @selector(tableView:willDisplayCell:forTableColumn:row:); const SEL vbsel = @selector(tableView:viewForTableColumn:row:); if (_delegate) [nc removeObserver: _delegate name: nil object: self]; _delegate = anObject; #define SET_DELEGATE_NOTIFICATION(notif_name) \ if ([_delegate respondsToSelector: @selector(tableView##notif_name:)]) \ [nc addObserver: _delegate \ selector: @selector(tableView##notif_name:) \ name: NSTableView##notif_name##Notification object: self] SET_DELEGATE_NOTIFICATION(ColumnDidMove); SET_DELEGATE_NOTIFICATION(ColumnDidResize); SET_DELEGATE_NOTIFICATION(SelectionDidChange); SET_DELEGATE_NOTIFICATION(SelectionIsChanging); /* Cache */ _del_responds = [_delegate respondsToSelector: sel]; /* Test to see if it is view based */ _viewBased = [_delegate respondsToSelector: vbsel]; } - (id) delegate { return _delegate; } /* indicator image */ - (NSImage *) indicatorImageInTableColumn: (NSTableColumn *)aTableColumn { // TODO NSLog(@"Method %s is not implemented for class %s", "indicatorImageInTableColumn:", "NSTableView"); return nil; } - (void) setIndicatorImage: (NSImage *)anImage inTableColumn: (NSTableColumn *)aTableColumn { // TODO NSLog(@"Method %s is not implemented for class %s", "setIndicatorImage:inTableColumn:", "NSTableView"); } /* highlighting columns */ - (NSTableColumn *) highlightedTableColumn { return _highlightedTableColumn; } - (void) setHighlightedTableColumn: (NSTableColumn *)aTableColumn { NSUInteger tableColumnIndex; tableColumnIndex = [_tableColumns indexOfObject: aTableColumn]; if (tableColumnIndex == NSNotFound) { NSLog(@"setHighlightedTableColumn received an invalid\ NSTableColumn object"); return; } // we do not need to retain aTableColumn as it is already in // _tableColumns array _highlightedTableColumn = aTableColumn; [_headerView setNeedsDisplay: YES]; } /* dragging rows */ - (NSImage*) dragImageForRows: (NSArray*)dragRows event: (NSEvent*)dragEvent dragImageOffset: (NSPoint*)dragImageOffset { // FIXME NSImage *dragImage = [[NSImage alloc] initWithSize: NSMakeSize(8, 8)]; return AUTORELEASE(dragImage); } - (NSImage *) dragImageForRowsWithIndexes: (NSIndexSet*)rows tableColumns: (NSArray*)cols event: (NSEvent*)event offset: (NSPoint*)offset { // FIXME NSArray *rowArray; rowArray = [self _indexSetToArray: rows]; return [self dragImageForRows: rowArray event: event dragImageOffset: offset]; } - (void) setDropRow: (NSInteger)row dropOperation: (NSTableViewDropOperation)operation { if (row < -1 || row > _numberOfRows || (operation == NSTableViewDropOn && row == _numberOfRows)) { currentDropRow = -1; currentDropOperation = NSTableViewDropOn; } else { currentDropRow = row; currentDropOperation = operation; } } - (void) setVerticalMotionCanBeginDrag: (BOOL)flag { _verticalMotionDrag = flag; } - (BOOL) verticalMotionCanBeginDrag { return _verticalMotionDrag; } - (NSArray*) namesOfPromisedFilesDroppedAtDestination: (NSURL *)dropDestination { if ([_dataSource respondsToSelector: @selector(tableView:namesOfPromisedFilesDroppedAtDestination:forDraggedRowsWithIndexes:)]) { return [_dataSource tableView: self namesOfPromisedFilesDroppedAtDestination: dropDestination forDraggedRowsWithIndexes: _selectedRows]; } else { return nil; } } /* * Encoding/Decoding */ - (void) encodeWithCoder: (NSCoder*)aCoder { if ([aCoder allowsKeyedCoding]) { unsigned int vFlags = 0; NSSize intercellSpacing = [self intercellSpacing]; GSTableViewFlags tableViewFlags; // make sure the corner view is properly encoded... [super encodeWithCoder: aCoder]; if ([self dataSource]) { [aCoder encodeObject: [self dataSource] forKey: @"NSDataSource"]; } if ([self delegate]) { [aCoder encodeObject: [self delegate] forKey: @"NSDelegate"]; } if ([self target]) { [aCoder encodeObject: [self target] forKey: @"NSTarget"]; } if ([self action]) { [aCoder encodeObject: NSStringFromSelector([self action]) forKey: @"NSAction"]; } if ([self doubleAction] != NULL) { [aCoder encodeObject: NSStringFromSelector([self doubleAction]) forKey: @"NSDoubleAction"]; } [aCoder encodeObject: [self backgroundColor] forKey: @"NSBackgroundColor"]; [aCoder encodeObject: [self gridColor] forKey: @"NSGridColor"]; [aCoder encodeFloat: intercellSpacing.height forKey: @"NSIntercellSpacingHeight"]; [aCoder encodeFloat: intercellSpacing.width forKey: @"NSIntercellSpacingWidth"]; [aCoder encodeFloat: [self rowHeight] forKey: @"NSRowHeight"]; [aCoder encodeObject: [self tableColumns] forKey: @"NSTableColumns"]; if (_headerView) { [aCoder encodeObject: _headerView forKey: @"NSHeaderView"]; } if (_cornerView) { [aCoder encodeObject: _cornerView forKey: @"NSCornerView"]; } if ([[self sortDescriptors] count] > 0) { [aCoder encodeObject: _sortDescriptors forKey: @"NSSortDescriptors"]; } tableViewFlags.columnSelection = [self allowsColumnSelection]; tableViewFlags.multipleSelection = [self allowsMultipleSelection]; tableViewFlags.emptySelection = [self allowsEmptySelection]; tableViewFlags.drawsGrid = [self drawsGrid]; tableViewFlags.columnResizing = [self allowsColumnResizing]; tableViewFlags.columnOrdering = [self allowsColumnReordering]; tableViewFlags.columnAutosave = [self autosaveTableColumns]; tableViewFlags.alternatingRowBackgroundColors = [self usesAlternatingRowBackgroundColors]; memcpy((void *)&vFlags,(void *)&tableViewFlags,sizeof(unsigned int)); // encode.. [aCoder encodeInt: vFlags forKey: @"NSTvFlags"]; // Encode that the table is view based... [aCoder encodeBool: _viewBased forKey: @"NSViewBased"]; } else { float rowHeight; int number; [super encodeWithCoder: aCoder]; [aCoder encodeConditionalObject: _dataSource]; [aCoder encodeObject: _tableColumns]; [aCoder encodeObject: _gridColor]; [aCoder encodeObject: _backgroundColor]; [aCoder encodeObject: _headerView]; [aCoder encodeObject: _cornerView]; [aCoder encodeConditionalObject: _delegate]; [aCoder encodeConditionalObject: _target]; number = _numberOfRows; [aCoder encodeValueOfObjCType: @encode(int) at: &number]; number = _numberOfColumns; [aCoder encodeValueOfObjCType: @encode(int) at: &number]; [aCoder encodeValueOfObjCType: @encode(BOOL) at: &_drawsGrid]; rowHeight = _rowHeight; [aCoder encodeValueOfObjCType: @encode(float) at: &rowHeight]; [aCoder encodeValueOfObjCType: @encode(SEL) at: &_doubleAction]; [aCoder encodeSize: _intercellSpacing]; [aCoder encodeValueOfObjCType: @encode(BOOL) at: &_allowsMultipleSelection]; [aCoder encodeValueOfObjCType: @encode(BOOL) at: &_allowsEmptySelection]; [aCoder encodeValueOfObjCType: @encode(BOOL) at: &_allowsColumnSelection]; [aCoder encodeValueOfObjCType: @encode(BOOL) at: &_allowsColumnResizing]; [aCoder encodeValueOfObjCType: @encode(BOOL) at: &_allowsColumnReordering]; [aCoder encodeValueOfObjCType: @encode(BOOL) at: &_autoresizesAllColumnsToFit]; [aCoder encodeValueOfObjCType: @encode(BOOL) at: &_verticalMotionDrag]; [aCoder encodeObject: _sortDescriptors]; [aCoder encodeValueOfObjCType: @encode(BOOL) at: &_viewBased]; } } - (id) initWithCoder: (NSCoder*)aDecoder { self = [super initWithCoder: aDecoder]; if (!self) return self; if ([aDecoder allowsKeyedCoding]) { NSSize intercellSpacing; NSArray *columns; NSEnumerator *e; NSTableColumn *col; // assign defaults, so that there's color in case none is specified [self _initDefaults]; ASSIGN(_gridColor, [NSColor gridColor]); ASSIGN(_backgroundColor, [NSColor controlBackgroundColor]); ASSIGN(_tableColumns, [NSMutableArray array]); ASSIGN(_sortDescriptors, [NSArray array]); // // Check for nil on some of these, since they are usually set // in NSIBOutletConnector objects we don't want to override // that setting unless they're directly encoded with the // object. // // I'm not sure why IB encodes nil values for these, but // the behaviour here should match that on Mac OS X. // if ([aDecoder containsValueForKey: @"NSDataSource"]) { id obj = [aDecoder decodeObjectForKey: @"NSDataSource"]; if(obj != nil) { [self setDataSource: obj]; } } if ([aDecoder containsValueForKey: @"NSDelegate"]) { id obj = [aDecoder decodeObjectForKey: @"NSDelegate"]; if(obj != nil) { [self setDelegate: obj]; } } if ([aDecoder containsValueForKey: @"NSTarget"]) { id obj = [aDecoder decodeObjectForKey: @"NSTarget"]; if(obj != nil) { [self setTarget: obj]; } } if ([aDecoder containsValueForKey: @"NSAction"]) { NSString *action = [aDecoder decodeObjectForKey: @"NSAction"]; if(action != nil) { [self setAction: NSSelectorFromString(action)]; } } if ([aDecoder containsValueForKey: @"NSDoubleAction"]) { NSString *action = [aDecoder decodeObjectForKey: @"NSDoubleAction"]; if(action != nil) { [self setDoubleAction: NSSelectorFromString(action)]; } } if ([aDecoder containsValueForKey: @"NSBackgroundColor"]) { [self setBackgroundColor: [aDecoder decodeObjectForKey: @"NSBackgroundColor"]]; } if ([aDecoder containsValueForKey: @"NSGridColor"]) { [self setGridColor: [aDecoder decodeObjectForKey: @"NSGridColor"]]; } intercellSpacing = [self intercellSpacing]; if ([aDecoder containsValueForKey: @"NSIntercellSpacingHeight"]) { intercellSpacing.height = [aDecoder decodeFloatForKey: @"NSIntercellSpacingHeight"]; } if ([aDecoder containsValueForKey: @"NSIntercellSpacingWidth"]) { intercellSpacing.width = [aDecoder decodeFloatForKey: @"NSIntercellSpacingWidth"]; } [self setIntercellSpacing: intercellSpacing]; if ([aDecoder containsValueForKey: @"NSDraggingSourceMaskForLocal"]) { [self setDraggingSourceOperationMask: [aDecoder decodeIntForKey: @"NSDraggingSourceMaskForLocal"] forLocal: YES]; } if ([aDecoder containsValueForKey: @"NSDraggingSourceMaskForNonLocal"]) { [self setDraggingSourceOperationMask: [aDecoder decodeIntForKey: @"NSDraggingSourceMaskForNonLocal"] forLocal: NO]; } if ([aDecoder containsValueForKey: @"NSRowHeight"]) { [self setRowHeight: [aDecoder decodeFloatForKey: @"NSRowHeight"]]; } if ([aDecoder containsValueForKey: @"NSCornerView"]) { NSView *aView = [aDecoder decodeObjectForKey: @"NSCornerView"]; [self setCornerView: aView]; [aView setHidden: NO]; } else { _cornerView = [GSTableCornerView new]; } if ([aDecoder containsValueForKey: @"NSHeaderView"]) { [self setHeaderView: [aDecoder decodeObjectForKey: @"NSHeaderView"]]; } if ([aDecoder containsValueForKey: @"NSSortDescriptors"]) { ASSIGN(_sortDescriptors, [aDecoder decodeObjectForKey: @"NSSortDescriptors"]); } if ([aDecoder containsValueForKey: @"NSTvFlags"]) { unsigned int flags = [aDecoder decodeIntForKey: @"NSTvFlags"]; GSTableViewFlags tableViewFlags; memcpy((void *)&tableViewFlags,(void *)&flags,sizeof(struct _tableViewFlags)); [self setAllowsColumnSelection: tableViewFlags.columnSelection]; [self setAllowsMultipleSelection: tableViewFlags.multipleSelection]; [self setAllowsEmptySelection: tableViewFlags.emptySelection]; [self setDrawsGrid: tableViewFlags.drawsGrid]; [self setAllowsColumnResizing: tableViewFlags.columnResizing]; [self setAllowsColumnReordering: tableViewFlags.columnOrdering]; [self setAutosaveTableColumns: tableViewFlags.columnAutosave]; [self setUsesAlternatingRowBackgroundColors: tableViewFlags.alternatingRowBackgroundColors]; } if ([aDecoder containsValueForKey: @"NSViewBased"]) { _viewBased = [aDecoder decodeBoolForKey: @"NSViewBased"]; } // get the table columns... columns = [aDecoder decodeObjectForKey: @"NSTableColumns"]; e = [columns objectEnumerator]; while ((col = [e nextObject]) != nil) { /* Will initialize -[NSTableColumn tableView], _numberOfColumns and allocate _columnsOrigins */ [self addTableColumn: col]; } [self tile]; /* Initialize _columnOrigins */ } else { int version = [aDecoder versionForClassName: @"NSTableView"]; id aDelegate; float rowHeight; int number; [self _initDefaults]; _dataSource = [aDecoder decodeObject]; _tableColumns = RETAIN([aDecoder decodeObject]); _gridColor = RETAIN([aDecoder decodeObject]); _backgroundColor = RETAIN([aDecoder decodeObject]); _headerView = RETAIN([aDecoder decodeObject]); _cornerView = RETAIN([aDecoder decodeObject]); aDelegate = [aDecoder decodeObject]; _target = [aDecoder decodeObject]; [self setDelegate: aDelegate]; [_headerView setTableView: self]; [_tableColumns makeObjectsPerformSelector: @selector(setTableView:) withObject: self]; [aDecoder decodeValueOfObjCType: @encode(int) at: &number]; _numberOfRows = number; [aDecoder decodeValueOfObjCType: @encode(int) at: &number]; _numberOfColumns = number; [aDecoder decodeValueOfObjCType: @encode(BOOL) at: &_drawsGrid]; [aDecoder decodeValueOfObjCType: @encode(float) at: &rowHeight]; _rowHeight = rowHeight; [aDecoder decodeValueOfObjCType: @encode(SEL) at: &_doubleAction]; _intercellSpacing = [aDecoder decodeSize]; [aDecoder decodeValueOfObjCType: @encode(BOOL) at: &_allowsMultipleSelection]; [aDecoder decodeValueOfObjCType: @encode(BOOL) at: &_allowsEmptySelection]; [aDecoder decodeValueOfObjCType: @encode(BOOL) at: &_allowsColumnSelection]; [aDecoder decodeValueOfObjCType: @encode(BOOL) at: &_allowsColumnResizing]; if (version >= 3) { [aDecoder decodeValueOfObjCType: @encode(BOOL) at: &_allowsColumnReordering]; } if (version >= 2) { [aDecoder decodeValueOfObjCType: @encode(BOOL) at: &_autoresizesAllColumnsToFit]; } if (version >= 4) { [aDecoder decodeValueOfObjCType: @encode(BOOL) at: &_verticalMotionDrag]; } if (version >= 5) { ASSIGN(_sortDescriptors, [aDecoder decodeObject]); } if (version >= 6) { [aDecoder decodeValueOfObjCType: @encode(BOOL) at: &_viewBased]; } if (_numberOfColumns > 0) { _columnOrigins = NSZoneMalloc (NSDefaultMallocZone (), sizeof(CGFloat) * _numberOfColumns); } [self tile]; /* Initialize _columnOrigins */ } return self; } - (void) updateCell: (NSCell*)aCell { NSInteger i, j; if (aCell == nil) return; return; for (i = 0; i < _numberOfColumns; i++) { if ([self preparedCellAtColumn: i row: -1] == aCell) { [self setNeedsDisplayInRect: [self rectOfColumn: i]]; } else { NSRect columnRect = [self rectOfColumn: i]; NSRect rowRect; NSRect visibleRect = [self convertRect: [_super_view bounds] toView: self]; NSPoint top = NSMakePoint(NSMinX(visibleRect), NSMinY(visibleRect)); NSPoint bottom = NSMakePoint(NSMinX(visibleRect), NSMaxY(visibleRect)); NSInteger firstVisibleRow = [self rowAtPoint: top]; NSInteger lastVisibleRow = [self rowAtPoint: bottom]; if (firstVisibleRow == -1) firstVisibleRow = 0; if (lastVisibleRow == -1) lastVisibleRow = _numberOfColumns - 1; for (j = firstVisibleRow; j < lastVisibleRow; j++) { if ([self preparedCellAtColumn: i row: j] == aCell) { rowRect = [self rectOfRow: j]; [self setNeedsDisplayInRect: NSIntersectionRect(columnRect, rowRect)]; } } } } } - (void) _userResizedTableColumn: (NSInteger)index width: (CGFloat)width { [[_tableColumns objectAtIndex: index] setWidth: width]; } - (CGFloat *) _columnOrigins { return _columnOrigins; } - (void) _mouseDownInHeaderOfTableColumn: (NSTableColumn *)tc { if ([_delegate respondsToSelector: @selector(tableView:mouseDownInHeaderOfTableColumn:)]) { [_delegate tableView: self mouseDownInHeaderOfTableColumn: tc]; } } - (void) _clickTableColumn: (NSTableColumn *)tc { NSSortDescriptor *oldMainSortDescriptor = nil; NSSortDescriptor *newMainSortDescriptor = [tc sortDescriptorPrototype]; NSMutableArray *newSortDescriptors = [NSMutableArray arrayWithArray: [self sortDescriptors]]; NSEnumerator *e = [newSortDescriptors objectEnumerator]; NSSortDescriptor *descriptor = nil; NSMutableArray *outdatedDescriptors = [NSMutableArray array]; if ([[self sortDescriptors] count] > 0) { oldMainSortDescriptor = [[self sortDescriptors] objectAtIndex: 0]; } /* Remove every main descriptor equivalents (normally only one) */ while ((descriptor = [e nextObject]) != nil) { if ([[descriptor key] isEqual: [newMainSortDescriptor key]]) [outdatedDescriptors addObject: descriptor]; } /* Invert the sort direction when the same column header is clicked twice */ if ([[newMainSortDescriptor key] isEqual: [oldMainSortDescriptor key]]) { newMainSortDescriptor = [oldMainSortDescriptor reversedSortDescriptor]; } [newSortDescriptors removeObjectsInArray: outdatedDescriptors]; if (newMainSortDescriptor != nil) [newSortDescriptors insertObject: newMainSortDescriptor atIndex: 0]; [self setSortDescriptors: newSortDescriptors]; [self _didClickTableColumn: tc]; } - (void) _editNextCellAfterRow: (NSInteger) row inColumn: (NSInteger) column { if (++row >= _numberOfRows) row = 0; if ([self _shouldSelectRow: row]) { [self selectRowIndexes: [NSIndexSet indexSetWithIndex: row] byExtendingSelection: NO]; if ([self _isCellEditableColumn: column row:row]) { [self editColumn: column row: row withEvent: nil select: YES]; } } } -(BOOL) _editNextEditableCellAfterRow: (NSInteger)row column: (NSInteger)column { NSInteger i, j; if (row > -1) { // First look for cells in the same row for (j = column + 1; j < _numberOfColumns; j++) { if ([self _isCellEditableColumn: j row: row]) { [self editColumn: j row: row withEvent: nil select: YES]; return YES; } } } // Otherwise, make the big cycle. for (i = row + 1; i < _numberOfRows; i++) { for (j = 0; j < _numberOfColumns; j++) { if ([self _isCellEditableColumn: j row: i]) { // Need to select row to be able to edit it. [self selectRow: i byExtendingSelection: NO]; [self editColumn: j row: i withEvent: nil select: YES]; return YES; } } } // Should we loop around or not? #if 0 // Nothing found? Search in the rows before the current for (i = 0; i < row; i++) { for (j = 0; j < _numberOfColumns; j++) { if ([self _isCellEditableColumn: j row: i]) { // Need to select row to be able to edit it. [self selectRow: i byExtendingSelection: NO]; [self editColumn: j row: i withEvent: nil select: YES]; return YES; } } } // Still nothing? Look at the beginning of the current row if (row > -1) { // First look for cells in the same row for (j = 0; j < column; j++) { if ([self _isCellEditableColumn: j row: row]) { [self editColumn: j row: row withEvent: nil select: YES]; return YES; } } } #endif return NO; } -(BOOL) _editPreviousEditableCellBeforeRow: (NSInteger)row column: (NSInteger)column { NSInteger i, j; if (row > -1) { // First look for cells in the same row for (j = column - 1; j > -1; j--) { if ([self _isCellEditableColumn: j row: row]) { [self editColumn: j row: row withEvent: nil select: YES]; return YES; } } } // Otherwise, make the big cycle. for (i = row - 1; i > -1; i--) { for (j = _numberOfColumns - 1; j > -1; j--) { if ([self _isCellEditableColumn: j row: i]) { // Need to select row to be able to edit it. [self selectRow: i byExtendingSelection: NO]; [self editColumn: j row: i withEvent: nil select: YES]; return YES; } } } // Should we loop around or not? #if 0 // Nothing found? Search in the rows after the current for (i = _numberOfRows - 1; i > row; i--) { for (j = _numberOfColumns - 1; j > -1; j--) { if ([self _isCellEditableColumn: j row: i]) { // Need to select row to be able to edit it. [self selectRow: i byExtendingSelection: NO]; [self editColumn: j row: i withEvent: nil select: YES]; return YES; } } } // Still nothing? Look at the end of the current row if (row > -1) { // First look for cells in the same row for (j = _numberOfColumns - 1; j > column; j++) { if ([self _isCellEditableColumn: j row: row]) { [self editColumn: j row: row withEvent: nil select: YES]; return YES; } } } #endif return NO; } - (void) _autosaveTableColumns { if (_autosaveTableColumns && _autosaveName != nil) { NSUserDefaults *defaults; NSString *tableKey; NSMutableDictionary *config; NSTableColumn *column; id en; defaults = [NSUserDefaults standardUserDefaults]; tableKey = [NSString stringWithFormat: @"NSTableView Columns %@", _autosaveName]; config = [NSMutableDictionary new]; en = [[self tableColumns] objectEnumerator]; while ((column = [en nextObject]) != nil) { NSArray *array; NSNumber *width, *identNum; id ident; width = [NSNumber numberWithInt: [column width]]; ident = [column identifier]; identNum = [NSNumber numberWithInt: [self columnWithIdentifier: ident]]; array = [NSArray arrayWithObjects: width, identNum, nil]; [config setObject: array forKey: ident]; } [defaults setObject: config forKey: tableKey]; [defaults synchronize]; RELEASE (config); } } - (void) _autoloadTableColumns { if (_autosaveTableColumns && _autosaveName != nil) { NSUserDefaults *defaults; NSDictionary *config; NSString *tableKey; defaults = [NSUserDefaults standardUserDefaults]; tableKey = [NSString stringWithFormat: @"NSTableView Columns %@", _autosaveName]; config = [defaults objectForKey: tableKey]; if (config != nil) { NSEnumerator *en = [[config allKeys] objectEnumerator]; NSString *colKey; NSArray *colDesc; NSTableColumn *col; while ((colKey = [en nextObject]) != nil) { col = [self tableColumnWithIdentifier: colKey]; if (col != nil) { colDesc = [config objectForKey: colKey]; [col setWidth: [[colDesc objectAtIndex: 0] intValue]]; [self moveColumn: [self columnWithIdentifier: colKey] toColumn: [[colDesc objectAtIndex: 1] intValue]]; } } } } } - (void) superviewFrameChanged: (NSNotification*)aNotification { if (_autoresizesAllColumnsToFit == YES) { CGFloat visible_width = [self convertRect: [_super_view bounds] fromView: _super_view].size.width; CGFloat table_width = 0; if (_numberOfColumns > 0) { table_width = _columnOrigins[_numberOfColumns - 1] + [[_tableColumns objectAtIndex: _numberOfColumns - 1] width]; } /* NSLog(@"columnOrigins[0] %f", _columnOrigins[0]); NSLog(@"superview.bounds %@", NSStringFromRect([_super_view bounds])); NSLog(@"superview.frame %@", NSStringFromRect([_super_view frame])); NSLog(@"table_width %f", table_width); NSLog(@"width %f", visible_width); NSLog(@"_superview_width %f", _superview_width); */ if (table_width - _superview_width <= 0.001 && table_width - _superview_width >= -0.001) { // the last column had been sized to fit [self sizeToFit]; } else if (table_width <= _superview_width && table_width >= visible_width) { // the tableView was too small and is now too large [self sizeToFit]; } else if (table_width >= _superview_width && table_width <= visible_width) { // the tableView was too large and is now too small if (_numberOfColumns > 0) [self scrollColumnToVisible: 0]; [self sizeToFit]; } _superview_width = visible_width; } else { CGFloat visible_width = [self convertRect: [_super_view bounds] fromView: _super_view].size.width; CGFloat table_width = 0; if (_numberOfColumns > 0) { table_width = _columnOrigins[_numberOfColumns - 1] + [[_tableColumns objectAtIndex: _numberOfColumns - 1] width]; } /* NSLog(@"columnOrigins[0] %f", _columnOrigins[0]); NSLog(@"superview.bounds %@", NSStringFromRect([_super_view bounds])); NSLog(@"superview.frame %@", NSStringFromRect([_super_view frame])); NSLog(@"table_width %f", table_width); NSLog(@"width %f", visible_width); NSLog(@"_superview_width %f", _superview_width); */ if (table_width - _superview_width <= 0.001 && table_width - _superview_width >= -0.001) { // the last column had been sized to fit [self sizeLastColumnToFit]; } else if (table_width <= _superview_width && table_width >= visible_width) { // the tableView was too small and is now too large [self sizeLastColumnToFit]; } else if (table_width >= _superview_width && table_width <= visible_width) { // the tableView was too large and is now too small if (_numberOfColumns > 0) [self scrollColumnToVisible: 0]; [self sizeLastColumnToFit]; } _superview_width = visible_width; } [self setFrame:_frame]; } - (NSDragOperation) draggingSourceOperationMaskForLocal: (BOOL)isLocal { if (isLocal) { return _draggingSourceOperationMaskForLocal; } else { return _draggingSourceOperationMaskForRemote; } } - (void) setDraggingSourceOperationMask: (NSDragOperation)mask forLocal: (BOOL)isLocal { if (isLocal) { _draggingSourceOperationMaskForLocal = mask; } else { _draggingSourceOperationMaskForRemote = mask; } } - (NSDragOperation) draggingEntered: (id ) sender { currentDropRow = -1; currentDropOperation = -1; oldDropRow = -1; lastQuarterPosition = -1; oldDraggingRect = NSMakeRect(0.,0., 0., 0.); currentDragOperation = NSDragOperationEvery; return currentDragOperation; } - (void) draggingExited: (id ) sender { [self setNeedsDisplayInRect: oldDraggingRect]; [self displayIfNeeded]; } - (void) _drawDropIndicator { NSRect newRect = NSZeroRect; [self lockFocus]; [self setNeedsDisplayInRect: oldDraggingRect]; [self displayIfNeeded]; [[NSColor darkGrayColor] set]; if (currentDropRow == -1) { newRect = [self bounds]; NSFrameRectWithWidth(newRect, 2.0); oldDraggingRect = newRect; } else if (currentDropOperation == NSTableViewDropAbove) { if (currentDropRow == 0) { newRect = NSMakeRect([self visibleRect].origin.x, currentDropRow * _rowHeight, [self visibleRect].size.width, 3); } else if (currentDropRow == _numberOfRows) { newRect = NSMakeRect([self visibleRect].origin.x, currentDropRow * _rowHeight - 2, [self visibleRect].size.width, 3); } else { newRect = NSMakeRect([self visibleRect].origin.x, currentDropRow * _rowHeight - 1, [self visibleRect].size.width, 3); } NSRectFill(newRect); oldDraggingRect = newRect; } else { newRect = [self frameOfCellAtColumn: 0 row: currentDropRow]; newRect.origin.x = _bounds.origin.x; newRect.size.width = _bounds.size.width + 2; newRect.origin.x -= _intercellSpacing.height / 2; newRect.size.height += _intercellSpacing.height; newRect.size.height -= 1; newRect.origin.x += 3; newRect.size.width -= 3; if (_drawsGrid) { //newRect.origin.y += 1; //newRect.origin.x += 1; //newRect.size.width -= 2; newRect.size.height += 1; } NSFrameRectWithWidth(newRect, 2.0); oldDraggingRect = newRect; oldDraggingRect.origin.y -= 1; oldDraggingRect.size.height += 2; } [_window flushWindow]; [self unlockFocus]; } /* This is a crude method of scrolling the view while dragging so the user can drag to any cell even if it's not visible. Unfortunately we don't receive events when the drag is outside the view, so the pointer must still be in the view to drag. */ - (void) _scrollRowAtPointToVisible: (NSPoint)p { NSInteger currentRow; if (p.y < NSMinY([self visibleRect]) + 3) { currentRow = [self rowAtPoint: p] - 1; if (currentRow > 0) [self scrollRowToVisible: currentRow]; } else if (p.y > NSMaxY([self visibleRect]) - 3) { currentRow = [self rowAtPoint: p] + 1; if (currentRow < _numberOfRows) [self scrollRowToVisible: currentRow]; } } - (NSInteger) _computedRowAtPoint: (NSPoint)p { return (NSInteger)(p.y - _bounds.origin.y) / (NSInteger)_rowHeight; } - (void) _setDropOperationAndRow: (NSInteger)row usingPositionInRow: (NSInteger)positionInRow atPoint: (NSPoint)p { NSParameterAssert(row > -1); BOOL isPositionInsideMiddleQuartersOfRow = (positionInRow > _rowHeight / 4 && positionInRow <= (3 * _rowHeight) / 4); BOOL isDropOn = (row > _numberOfRows || isPositionInsideMiddleQuartersOfRow); [self setDropRow: (isDropOn ? [self _computedRowAtPoint: p] : row) dropOperation: (isDropOn ? NSTableViewDropOn : NSTableViewDropAbove)]; } - (NSInteger) _dropRowFromQuarterPosition: (NSInteger)quarterPosition { if ((quarterPosition - oldDropRow * 4 <= 2) && (quarterPosition - oldDropRow * 4 >= -3)) { return oldDropRow; } else { return (quarterPosition + 2) / 4; } } - (NSDragOperation) draggingUpdated: (id ) sender { NSPoint p = [self convertPoint: [sender draggingLocation] fromView: nil]; NSInteger positionInRow = (NSInteger)(p.y - _bounds.origin.y) % (NSInteger)_rowHeight; NSInteger quarterPosition = (NSInteger)([self _computedRowAtPoint: p] * 4.); NSInteger row = [self _dropRowFromQuarterPosition: quarterPosition]; NSDragOperation dragOperation = [sender draggingSourceOperationMask]; BOOL isSameDropTargetThanBefore = (lastQuarterPosition == quarterPosition && currentDragOperation == dragOperation); [self _scrollRowAtPointToVisible: p]; if (isSameDropTargetThanBefore) return currentDragOperation; /* Remember current drop target */ currentDragOperation = dragOperation; lastQuarterPosition = quarterPosition; /* The user can retarget this default drop using -setDropRow:dropOperation: in -tableView:validateDrop:proposedRow:proposedDropOperation:. */ [self _setDropOperationAndRow: row usingPositionInRow: positionInRow atPoint: p]; if ([_dataSource respondsToSelector: @selector(tableView:validateDrop:proposedRow:proposedDropOperation:)]) { currentDragOperation = [_dataSource tableView: self validateDrop: sender proposedRow: currentDropRow proposedDropOperation: currentDropOperation]; } /* -setDropRow:dropOperation: can changes both currentDropRow and currentDropOperation. Whether we have to redraw the drop indicator depends on this change. */ if (currentDropRow != oldDropRow || currentDropOperation != oldDropOperation) { [self _drawDropIndicator]; oldDropRow = (currentDropRow > -1 ? currentDropRow : _numberOfRows); oldDropOperation = currentDropOperation; } return currentDragOperation; } - (BOOL) performDragOperation: (id)sender { if ([_dataSource respondsToSelector: @selector(tableView:acceptDrop:row:dropOperation:)]) { return [_dataSource tableView: self acceptDrop: sender row: currentDropRow dropOperation: currentDropOperation]; } else return NO; } - (BOOL) prepareForDragOperation: (id)sender { [self setNeedsDisplayInRect: oldDraggingRect]; [self displayIfNeeded]; return YES; } - (void) concludeDragOperation:(id )sender { } - (BOOL) canDragRowsWithIndexes: (NSIndexSet *)indexes atPoint: (NSPoint)point { return YES; } /* * sorting */ /** Sets the sort descriptors used to sort the rows and delegates the sorting to -tableView:didChangeSortDescriptors or -outlineView:didChangeSortDescriptors: in NSOutlineView. The delegate methods can retrieve the new sort descriptors with -sortDescriptors and override them with -setSortDescriptors:.
The first object in the new sort descriptor array is the sort descriptor prototype returned by the table column whose header was the last clicked. See -[NSTableColumn sortDescriptorPrototype]. This method is called automatically when you click on a table column header, so you shouldn't need to call it usually. Take note the sort descriptors are encoded by the keyed archiving (rarely used since neither IB or Gorm support to set these directly). */ - (void) setSortDescriptors: (NSArray *)sortDescriptors { NSArray *oldSortDescriptors = [self sortDescriptors]; NSArray *newSortDescriptors = nil; /* To replicate precisely the Cocoa behavior */ if (sortDescriptors == nil) { newSortDescriptors = [NSArray array]; } else { /* _sortDescriptors must remain immutable since -sortDescriptors doesn't return a defensive copy */ newSortDescriptors = [NSArray arrayWithArray: sortDescriptors]; } if ([newSortDescriptors isEqual: oldSortDescriptors]) return; RETAIN(oldSortDescriptors); ASSIGN(_sortDescriptors, newSortDescriptors); [self _didChangeSortDescriptors: oldSortDescriptors]; RELEASE(oldSortDescriptors); } /** Returns the current sort descriptors, usually updated every time a click happens on a table column header. By default, returns an empty array. For a more detailed explanation, -setSortDescriptors:. */ - (NSArray *)sortDescriptors { return _sortDescriptors; } /* * User interface validation */ - (BOOL) validateUserInterfaceItem: (id )anItem { // FIXME return YES; } /* * (NotificationRequestMethods) */ - (void) _postSelectionIsChangingNotification { [nc postNotificationName: NSTableViewSelectionIsChangingNotification object: self]; } - (void) _postSelectionDidChangeNotification { NSTableColumn *tb = [_tableColumns objectAtIndex: 0]; GSKeyValueBinding *theBinding; theBinding = [GSKeyValueBinding getBinding: NSValueBinding forObject: tb]; // If there is a binding, send the indexes back if (theBinding != nil) { id observedObject = [theBinding observedObject]; // Set the selection indexes on the controller... theBinding = [GSKeyValueBinding getBinding: NSSelectionIndexesBinding forObject: observedObject]; if (theBinding != nil) { [theBinding reverseSetValue: _selectedRows]; } } [nc postNotificationName: NSTableViewSelectionDidChangeNotification object: self]; } - (void) _postColumnDidMoveNotificationWithOldIndex: (NSInteger) oldIndex newIndex: (NSInteger) newIndex { [nc postNotificationName: NSTableViewColumnDidMoveNotification object: self userInfo: [NSDictionary dictionaryWithObjectsAndKeys: [NSNumber numberWithInteger: newIndex], @"NSNewColumn", [NSNumber numberWithInteger: oldIndex], @"NSOldColumn", nil]]; } - (void) _postColumnDidResizeNotificationWithOldWidth: (float) oldWidth { [nc postNotificationName: NSTableViewColumnDidResizeNotification object: self userInfo: [NSDictionary dictionaryWithObjectsAndKeys: [NSNumber numberWithFloat: oldWidth], @"NSOldWidth", nil]]; } - (BOOL) _shouldSelectTableColumn: (NSTableColumn *)tableColumn { if ([_delegate respondsToSelector: @selector (tableView:shouldSelectTableColumn:)] == YES) { if ([_delegate tableView: self shouldSelectTableColumn: tableColumn] == NO) { return NO; } } return YES; } - (BOOL) _shouldSelectRow: (NSInteger)rowIndex { if ([_delegate respondsToSelector: @selector (tableView:shouldSelectRow:)] == YES) { if ([_delegate tableView: self shouldSelectRow: rowIndex] == NO) { return NO; } } return YES; } - (BOOL) _shouldSelectionChange { if ([_delegate respondsToSelector: @selector (selectionShouldChangeInTableView:)] == YES) { if ([_delegate selectionShouldChangeInTableView: self] == NO) { return NO; } } return YES; } - (void) _didChangeSortDescriptors: (NSArray *)oldSortDescriptors { if ([_dataSource respondsToSelector: @selector(tableView:sortDescriptorsDidChange:)]) { [_dataSource tableView: self sortDescriptorsDidChange: oldSortDescriptors]; } } - (void) _didClickTableColumn: (NSTableColumn *)tc { if ([_delegate respondsToSelector: @selector(tableView:didClickTableColumn:)]) { [_delegate tableView: self didClickTableColumn: tc]; } } - (BOOL) _shouldEditTableColumn: (NSTableColumn *)tableColumn row: (NSInteger) rowIndex { if ([_delegate respondsToSelector: @selector(tableView:shouldEditTableColumn:row:)]) { return [_delegate tableView: self shouldEditTableColumn: tableColumn row: rowIndex]; } return YES; } - (BOOL) _isEditableColumn: (NSInteger) columnIndex row: (NSInteger) rowIndex { NSTableColumn *tableColumn = [_tableColumns objectAtIndex: columnIndex]; return [tableColumn isEditable] && [self _shouldEditTableColumn: tableColumn row: rowIndex]; } - (BOOL) _isCellSelectableColumn: (NSInteger) columnIndex row: (NSInteger) rowIndex { if (![self _isEditableColumn: columnIndex row: rowIndex]) { return NO; } else { NSCell *cell = [self preparedCellAtColumn: columnIndex row: rowIndex]; return [cell isSelectable]; } } - (BOOL) _isCellEditableColumn: (NSInteger) columnIndex row: (NSInteger) rowIndex { if (![self _isEditableColumn: columnIndex row: rowIndex]) { return NO; } else { NSCell *cell = [self preparedCellAtColumn: columnIndex row: rowIndex]; return [cell isEditable]; } } - (void) _willDisplayCell: (NSCell*)cell forTableColumn: (NSTableColumn *)tb row: (NSInteger)index { [tb _applyBindingsToCell: cell atRow: index]; if (_del_responds) { [_delegate tableView: self willDisplayCell: cell forTableColumn: tb row: index]; } } - (id) _objectValueForTableColumn: (NSTableColumn *)tb row: (NSInteger) index { id result = nil; GSKeyValueBinding *theBinding; theBinding = [GSKeyValueBinding getBinding: NSValueBinding forObject: tb]; if (theBinding != nil) { result = [(NSArray *)[theBinding destinationValue] objectAtIndex: index]; } else if ([_dataSource respondsToSelector: @selector(tableView:objectValueForTableColumn:row:)]) { result = [_dataSource tableView: self objectValueForTableColumn: tb row: index]; } return result; } - (void) _setObjectValue: (id)value forTableColumn: (NSTableColumn *)tb row: (NSInteger) index { GSKeyValueBinding *theBinding; theBinding = [GSKeyValueBinding getBinding: NSValueBinding forObject: tb]; if (theBinding != nil) { NSString *keyPath = [tb _keyPathForValueBinding]; if (keyPath != nil) { NSArray *items = [[theBinding observedObject] arrangedObjects]; if (items != nil) { id obj = [items objectAtIndex: index]; if (obj != nil) { [obj setValue: value forKeyPath: keyPath]; } } } } else if ([_dataSource respondsToSelector: @selector(tableView:setObjectValue:forTableColumn:row:)]) { [_dataSource tableView: self setObjectValue: value forTableColumn: tb row: index]; } } /* Quasi private method called on self from -noteNumberOfRowsChanged * implemented in NSTableView and subclasses * by default returns the DataSource's -numberOfRowsInTableView: */ - (NSInteger) _numRows { GSKeyValueBinding *theBinding; // If we have content binding the data source is used only // like a delegate theBinding = [GSKeyValueBinding getBinding: NSContentBinding forObject: self]; if (theBinding != nil) { return [(NSArray *)[theBinding destinationValue] count]; } else if ([_dataSource respondsToSelector: @selector(numberOfRowsInTableView:)]) { return [_dataSource numberOfRowsInTableView:self]; } else if([_tableColumns count] > 0) { NSTableColumn *tb = [_tableColumns objectAtIndex: 0]; GSKeyValueBinding *theBinding; theBinding = [GSKeyValueBinding getBinding: NSValueBinding forObject: tb]; if (theBinding != nil) { return [[theBinding destinationValue] count]; } // FIXME return 0; } else { return 0; } } - (BOOL) _isDraggingSource { return [_dataSource respondsToSelector: @selector(tableView:writeRows:toPasteboard:)] || [_dataSource respondsToSelector: @selector(tableView:writeRowsWithIndexes:toPasteboard:)]; } - (BOOL) _writeRows: (NSIndexSet *)rows toPasteboard: (NSPasteboard *)pboard { if ([_dataSource respondsToSelector: @selector(tableView:writeRowsWithIndexes:toPasteboard:)] == YES) { return [_dataSource tableView: self writeRowsWithIndexes: rows toPasteboard: pboard]; } else if ([_dataSource respondsToSelector: @selector(tableView:writeRows:toPasteboard:)] == YES) { NSArray *rowArray; rowArray = [self _indexSetToArray: rows]; return [_dataSource tableView: self writeRows: rowArray toPasteboard: pboard]; } return NO; } - (void) reloadDataForRowIndexes: (NSIndexSet*)rowIndexes columnIndexes: (NSIndexSet*)columnIndexes { [self reloadData]; } - (void) beginUpdates { _beginEndUpdates++; } - (void) endUpdates { if (_beginEndUpdates > 0) { if (--_beginEndUpdates == 0) { // Process batched inserts/removes.... // Just reload table for now until we get inserts/removes working... [self reloadData]; } } } - (NSInteger) columnForView: (NSView*)view { NSIndexPath *path = [_pathsToViews objectForKey: view]; return [path item]; } - (void) insertRowsAtIndexes: (NSIndexSet*)indexes withAnimation: (NSTableViewAnimationOptions)animationOptions { } - (void) removeRowsAtIndexes: (NSIndexSet*)indexes withAnimation: (NSTableViewAnimationOptions)animationOptions { } - (NSInteger) rowForView: (NSView*)view { NSIndexPath *path = [_pathsToViews objectForKey: view]; return [path section]; } - (NSView *) makeViewWithIdentifier: (NSUserInterfaceItemIdentifier)identifier owner: (id)owner { NSView *view = [_registeredViews objectForKey: identifier]; if (view != nil) { view = [view copy]; [view awakeFromNib]; [owner awakeFromNib]; } else { NSNib *nib = [_registeredNibs objectForKey: identifier]; if (nib != nil) { NSArray *tlo = nil; BOOL loaded = [nib instantiateWithOwner: owner topLevelObjects: &tlo]; if (loaded) { NSEnumerator *en = [tlo objectEnumerator]; id v = nil; while ((v = [en nextObject]) != nil) { if ([v isKindOfClass: [NSView class]]) { view = v; break; } } } else { NSLog(@"Failed to load model for identifier %@, in %@", identifier, self); } } } return view; } - (id) _prototypeCellViewFromTableColumn: (NSTableColumn *)tb { NSArray *protoCellViews = [tb _prototypeCellViews]; id view = nil; // it seems there is always one prototype... if ([protoCellViews count] > 0) { view = [protoCellViews objectAtIndex: 0]; view = [view copy]; // instantiate the prototype... } return view; } - (NSTableRowView *) rowViewAtRow: (NSInteger)row makeIfNecessary: (BOOL)flag { NSTableRowView *rv = nil; if (_viewBased == YES) { NSNumber *aRow = [NSNumber numberWithInteger: row]; rv = [_rowViews objectForKey: aRow]; if (rv == nil) { if (flag == YES) { if ([_delegate respondsToSelector: @selector(tableView:rowViewForRow:)]) { rv = [_delegate tableView: self rowViewForRow: row]; } if (rv == nil) { rv = AUTORELEASE([[NSTableRowView alloc] init]); } } [_rowViews setObject: rv forKey: aRow]; } } return rv; } - (NSView *) viewAtColumn: (NSInteger)column row: (NSInteger)row makeIfNecessary: (BOOL)flag { NSTableColumn *tb = [_tableColumns objectAtIndex: column]; NSIndexPath *path = [NSIndexPath indexPathForItem: column inSection: row]; NSView *view = [self _renderedViewForPath: path]; NSRect drawingRect = [self frameOfCellAtColumn: column row: row]; // If the view has been stored use it, if not // then grab it. if (view == nil && flag == YES) { if ([_delegate respondsToSelector: @selector(tableView:viewForTableColumn:row:)]) { view = [_delegate tableView: self viewForTableColumn: tb row: row]; } else { view = [self _prototypeCellViewFromTableColumn: tb]; } [self _setRenderedView: view forPath: path]; } [view setFrame: drawingRect]; return view; } - (void) registerNib: (NSNib *)nib forIdentifier: (NSUserInterfaceItemIdentifier)identifier { [_registeredNibs setObject: nib forKey: identifier]; } - (NSDictionary *) registeredNibsByIdentifier { return [_registeredNibs copy]; } // Private helper methods... - (void) _registerPrototypeViews: (NSArray *)prototypeViews { NSEnumerator *en = [prototypeViews objectEnumerator]; NSView *view = nil; while ((view = [en nextObject]) != nil) { NSUserInterfaceItemIdentifier identifier = [view identifier]; [_registeredViews setObject: view forKey: identifier]; } } - (NSView *) _renderedViewForPath: (NSIndexPath *)path { return [_renderedViewPaths objectForKey: path]; } - (void) _setRenderedView: (NSView *)view forPath: (NSIndexPath *)path { [_renderedViewPaths setObject: view forKey: path]; [_pathsToViews setObject: path forKey: view]; } @end /* implementation of NSTableView */ @implementation NSTableView (SelectionHelper) - (void) _setSelectingColumns: (BOOL)flag { if (flag == _selectingColumns) return; if (flag == NO) { [self _unselectAllColumns]; _selectingColumns = NO; } else { [self _unselectAllRows]; _selectingColumns = YES; } } - (NSArray *) _indexSetToArray: (NSIndexSet*)indexSet { NSMutableArray *array = [NSMutableArray array]; NSUInteger index = [indexSet firstIndex]; while (index != NSNotFound) { NSNumber *num = [NSNumber numberWithUnsignedInteger: index]; [array addObject: num]; index = [indexSet indexGreaterThanIndex: index]; } return array; } - (NSArray *) _selectedRowArray { return [self _indexSetToArray: _selectedRows]; } - (BOOL) _selectRow: (NSInteger)rowIndex { if (![self _shouldSelectRow: rowIndex]) { return NO; } [self setNeedsDisplayInRect: [self rectOfRow: rowIndex]]; [_selectedRows addIndex: rowIndex]; _selectedRow = rowIndex; return YES; } - (BOOL) _selectUnselectedRow: (NSInteger)rowIndex { if ([_selectedRows containsIndex: rowIndex]) { return NO; } [self setNeedsDisplayInRect: [self rectOfRow: rowIndex]]; [_selectedRows addIndex: rowIndex]; _selectedRow = rowIndex; return YES; } - (BOOL) _unselectRow: (NSInteger)rowIndex { if (![_selectedRows containsIndex: rowIndex]) { return NO; } [self setNeedsDisplayInRect: [self rectOfRow: rowIndex]]; [_selectedRows removeIndex: rowIndex]; if (_selectedRow == rowIndex) { _selectedRow = -1; } return YES; } - (void) _unselectAllRows { /* Compute rect to redraw to clear the old row selection */ NSUInteger row = [_selectedRows firstIndex]; while (row != NSNotFound) { [self setNeedsDisplayInRect: [self rectOfRow: row]]; row = [_selectedRows indexGreaterThanIndex: row]; } [_selectedRows removeAllIndexes]; _selectedRow = -1; } - (NSArray *) _selectedColumArray { return [self _indexSetToArray: _selectedColumns]; } - (void) _unselectAllColumns { /* Compute rect to redraw to clear the old column selection */ NSUInteger column = [_selectedColumns firstIndex]; while (column != NSNotFound) { [self setNeedsDisplayInRect: [self rectOfColumn: column]]; if (_headerView) { [_headerView setNeedsDisplayInRect: [_headerView headerRectOfColumn: column]]; } column = [_selectedColumns indexGreaterThanIndex: column]; } [_selectedColumns removeAllIndexes]; _selectedColumn = -1; } - (void) setValue: (id)anObject forKey: (NSString*)aKey { if ([aKey isEqual: NSContentBinding]) { // Reload data [self reloadData]; NSDebugLLog(@"NSBinding", @"Setting table view content to %@", anObject); } else if ([aKey isEqual: NSSelectionIndexesBinding]) { if (_selectingColumns) { if (nil == anObject) { [self _unselectAllColumns]; } else { return [self selectColumnIndexes: anObject byExtendingSelection: NO]; } } else { if (nil == anObject) { [self _unselectAllRows]; } else { return [self selectRowIndexes: anObject byExtendingSelection: NO]; } } } else { [super setValue: anObject forKey: aKey]; } } - (id) valueForKey: (NSString*)aKey { if ([aKey isEqual: NSContentBinding]) { return nil; } else if ([aKey isEqual: NSSelectionIndexesBinding]) { if (_selectingColumns) { return [self selectedColumnIndexes]; } else { return [self selectedRowIndexes]; } } else { return [super valueForKey: aKey]; } } @end