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/*!
* VisualEditor DataModel Table Selection tests.
*
* @copyright See AUTHORS.txt
*/
QUnit.module( 've.dm.TableSelection' );
/* Tests */
QUnit.test( 'Construction and getters (getDocument, getRanges, getOuterRanges, getTableNode)', ( assert ) => {
const doc = ve.dm.example.createExampleDocument( 'mergedCells' ),
tableNode = doc.getBranchNodeFromOffset( 1 ),
tableRange = tableNode.getOuterRange(),
cases = [
{
msg: 'single cell selection',
selection: new ve.dm.TableSelection( tableRange, 1, 2 ),
fromCol: 1,
fromRow: 2,
toCol: 1,
toRow: 2,
startCol: 1,
startRow: 2,
endCol: 1,
endRow: 2,
ranges: [
new ve.Range( 65, 69 )
],
outerRanges: [
new ve.Range( 64, 70 )
]
},
{
msg: 'multi cell selection',
selection: new ve.dm.TableSelection( tableRange, 1, 2, 0, 1 ),
fromCol: 1,
fromRow: 2,
toCol: 0,
toRow: 1,
startCol: 0,
startRow: 1,
endCol: 1,
endRow: 2,
ranges: [
new ve.Range( 36, 39 ),
new ve.Range( 41, 44 ),
new ve.Range( 59, 63 ),
new ve.Range( 65, 69 )
],
outerRanges: [
new ve.Range( 35, 40 ),
new ve.Range( 40, 45 ),
new ve.Range( 58, 64 ),
new ve.Range( 64, 70 )
]
},
{
msg: 'multi cell selection (expanded)',
selection: ( function () {
let sel = new ve.dm.TableSelection( tableRange, 1, 2, 0, 1 );
sel = sel.expand( doc );
return sel;
}() ),
fromCol: 2,
fromRow: 2,
toCol: 0,
toRow: 1,
startCol: 0,
startRow: 1,
endCol: 2,
endRow: 2,
ranges: [
new ve.Range( 36, 39 ),
new ve.Range( 41, 44 ),
new ve.Range( 59, 63 ),
new ve.Range( 65, 69 ),
new ve.Range( 71, 75 )
],
outerRanges: [
new ve.Range( 35, 40 ),
new ve.Range( 40, 45 ),
new ve.Range( 58, 64 ),
new ve.Range( 64, 70 ),
new ve.Range( 70, 76 )
]
}
];
cases.forEach( ( caseItem ) => {
const selection = caseItem.selection;
assert.strictEqual( selection.getTableNode( doc ), tableNode, 'getTableNode' );
assert.strictEqual( selection.getName(), 'table', 'getName' );
assert.deepEqual( selection.getRanges( doc ), caseItem.ranges, caseItem.msg + ': getRanges' );
assert.deepEqual( selection.getOuterRanges( doc ), caseItem.outerRanges, caseItem.msg + ': getOuterRanges' );
assert.strictEqual( selection.fromCol, caseItem.fromCol, caseItem.msg + ': fromCol set' );
assert.strictEqual( selection.fromRow, caseItem.fromRow, caseItem.msg + ': fromRow set' );
assert.strictEqual( selection.toCol, caseItem.toCol, caseItem.msg + ': toCol set' );
assert.strictEqual( selection.toRow, caseItem.toRow, caseItem.msg + ': toRow set' );
assert.strictEqual( selection.startCol, caseItem.startCol, caseItem.msg + ': startCol set' );
assert.strictEqual( selection.startRow, caseItem.startRow, caseItem.msg + ': startRow set' );
assert.strictEqual( selection.endCol, caseItem.endCol, caseItem.msg + ': endCol set' );
assert.strictEqual( selection.endRow, caseItem.endRow, caseItem.msg + ': endRow set' );
} );
} );
QUnit.test( 'Basic methods (expand, collapse*, getRange(s), isCollased, isSingleCell, equals, isNull, isFullRow/Col, getRow/ColCount)', ( assert ) => {
const doc = ve.dm.example.createExampleDocument( 'mergedCells' ),
tableRange = doc.getBranchNodeFromOffset( 1 ).getOuterRange(),
startSelection = new ve.dm.TableSelection( tableRange, 0, 1 ),
endSelection = new ve.dm.TableSelection( tableRange, 2, 2 ),
largeSelection = new ve.dm.TableSelection( tableRange, 0, 0, 3, 6 ),
otherTableSelection = new ve.dm.TableSelection( new ve.Range( 100, 200 ), 0, 0, 3, 6 );
let selection = new ve.dm.TableSelection( tableRange, 1, 2, 0, 1 ),
mergedSingleCell = new ve.dm.TableSelection( tableRange, 1, 3, 3, 5 );
selection = selection.expand( doc );
mergedSingleCell = mergedSingleCell.expand( doc );
assert.deepEqual( selection.collapseToStart(), startSelection, 'collapseToStart' );
assert.deepEqual( selection.collapseToEnd(), endSelection, 'collapseToEnd' );
assert.deepEqual( selection.collapseToFrom(), endSelection, 'collapseToFrom' );
assert.deepEqual( selection.collapseToTo(), startSelection, 'collapseToTo' );
assert.strictEqual( selection.isCollapsed(), false, 'multi cell is not collapsed' );
assert.strictEqual( startSelection.isCollapsed(), false, 'single cell is not collapsed' );
assert.strictEqual( selection.isSingleCell( doc ), false, 'multi cell selection is not a single cell' );
assert.strictEqual( startSelection.isSingleCell( doc ), true, 'single cell selection is a single cell' );
assert.strictEqual( mergedSingleCell.isSingleCell( doc ), true, 'merged single cell selection is a single cell' );
assert.strictEqual( selection.equals( selection ), true, 'equals' );
assert.strictEqual( selection.isNull(), false, 'not null' );
assert.strictEqual( largeSelection.getColCount(), 4, 'getColCount' );
assert.strictEqual( largeSelection.getRowCount(), 7, 'getRowCount' );
assert.strictEqual( largeSelection.isFullCol( doc ), true, 'isFullCol' );
assert.strictEqual( largeSelection.isFullRow( doc ), false, 'isFullRow' );
const matrixCell = startSelection.getMatrixCells( doc )[ 0 ];
assert.strictEqual( largeSelection.containsCell( matrixCell ), true, '[1,3;3,5] contains [0,1]' );
assert.strictEqual( endSelection.containsCell( matrixCell ), false, '[2,2] doesn\'t contain [0,1]' );
assert.strictEqual( otherTableSelection.containsCell( matrixCell ), false, 'Selection in other table doesn\'t contain cell' );
} );
QUnit.test( 'Factory methods & serialization (newFromJSON, toJSON, getDescription)', ( assert ) => {
const doc = ve.dm.example.createExampleDocument( 'mergedCells' ),
tableRange = doc.getBranchNodeFromOffset( 1 ).getOuterRange(),
selection = new ve.dm.TableSelection( tableRange, 1, 2, 3, 4 ),
json = {
type: 'table',
tableRange: tableRange,
fromCol: 1,
fromRow: 2,
toCol: 3,
toRow: 4
};
assert.deepEqual( selection.toJSON(), json, 'toJSON' );
assert.deepEqual(
ve.dm.Selection.static.newFromJSON( JSON.stringify( json ) ),
selection,
'newFromJSON'
);
assert.strictEqual( selection.getDescription(), 'Table: 0 - 171, c1 r2 - c3 r4', 'getDescription' );
} );
// TODO: getMatrixCells
// TODO: translateByTransaction
// TODO: newFromAdjustment
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