private void confirmMulBlank(int expectedTotalBlankCells,
int expectedNumberOfMulBlankRecords, int expectedNumberOfSingleBlankRecords)
{
// assumed row ranges set-up by caller:
int firstRow = 1;
int lastRow = 2;
BlankStats bs = new BlankStats();
RecordVisitor rv = new RecordVisitor1(bs);
for (int rowIx = firstRow; rowIx <= lastRow; rowIx++)
{
if (valueRecord.RowHasCells(rowIx))
{
valueRecord.VisitCellsForRow(rowIx, rv);
}
}
Assert.AreEqual(expectedTotalBlankCells, bs.countBlankCells);
Assert.AreEqual(expectedNumberOfMulBlankRecords, bs.countMulBlankRecords);
Assert.AreEqual(expectedNumberOfSingleBlankRecords, bs.countSingleBlankRecords);
}
private void confirmMulBlank(int expectedTotalBlankCells,
int expectedNumberOfMulBlankRecords, int expectedNumberOfSingleBlankRecords)
{
// assumed row ranges set-up by caller:
int firstRow = 1;
int lastRow = 2;
BlankStats bs = new BlankStats();
RecordVisitor rv = new RecordVisitor1(bs);
for (int rowIx = firstRow; rowIx <= lastRow; rowIx++)
{
if (valueRecord.RowHasCells(rowIx))
{
valueRecord.VisitCellsForRow(rowIx, rv);
}
}
Assert.AreEqual(expectedTotalBlankCells, bs.countBlankCells);
Assert.AreEqual(expectedNumberOfMulBlankRecords, bs.countMulBlankRecords);
Assert.AreEqual(expectedNumberOfSingleBlankRecords, bs.countSingleBlankRecords);
}
public RecordVisitor1(BlankStats bs)
{
this.bs = bs;
}
public RecordVisitor1(BlankStats bs)
{
this.bs = bs;
}