public void TestSortColumns()
{
//CT_Worksheet worksheet = new CT_Worksheet();
//ColumnHelper helper = new ColumnHelper(worksheet);
CT_Cols cols1 = new CT_Cols();
CT_Col col1 = cols1.AddNewCol();
col1.min = (1);
col1.max = (1);
col1.width = (88);
col1.hidden = (true);
CT_Col col2 = cols1.AddNewCol();
col2.min = (2);
col2.max = (3);
CT_Col col3 = cols1.AddNewCol();
col3.min = (13);
col3.max = (16750);
Assert.AreEqual(3, cols1.sizeOfColArray());
CT_Col col4 = cols1.AddNewCol();
col4.min = (8);
col4.max = (11);
Assert.AreEqual(4, cols1.sizeOfColArray());
CT_Col col5 = cols1.AddNewCol();
col5.min = (4);
col5.max = (5);
Assert.AreEqual(5, cols1.sizeOfColArray());
CT_Col col6 = cols1.AddNewCol();
col6.min = (8);
col6.max = (9);
col6.hidden = (true);
CT_Col col7 = cols1.AddNewCol();
col7.min = (6);
col7.max = (8);
col7.width = (17.0);
CT_Col col8 = cols1.AddNewCol();
col8.min = (25);
col8.max = (27);
CT_Col col9 = cols1.AddNewCol();
col9.min = (20);
col9.max = (30);
Assert.AreEqual(9, cols1.sizeOfColArray());
Assert.AreEqual(20u, cols1.GetColArray(8).min);
Assert.AreEqual(30u, cols1.GetColArray(8).max);
ColumnHelper.SortColumns(cols1);
Assert.AreEqual(9, cols1.sizeOfColArray());
Assert.AreEqual(25u, cols1.GetColArray(8).min);
Assert.AreEqual(27u, cols1.GetColArray(8).max);
}
public void TestAddCleanColIntoCols()
{
CT_Worksheet worksheet = new CT_Worksheet();
ColumnHelper helper = new ColumnHelper(worksheet);
CT_Cols cols1 = new CT_Cols();
CT_Col col1 = cols1.AddNewCol();
col1.min = (1);
col1.max = (1);
col1.width = (88);
col1.hidden = (true);
CT_Col col2 = cols1.AddNewCol();
col2.min = (2);
col2.max = (3);
CT_Col col3 = cols1.AddNewCol();
col3.min = (13);
col3.max = (16750);
Assert.AreEqual(3, cols1.sizeOfColArray());
CT_Col col4 = cols1.AddNewCol();
col4.min = (8);
col4.max = (9);
Assert.AreEqual(4, cols1.sizeOfColArray());
CT_Col col5 = new CT_Col();
col5.min = (4);
col5.max = (5);
helper.AddCleanColIntoCols(cols1, col5);
Assert.AreEqual(5, cols1.sizeOfColArray());
CT_Col col6 = new CT_Col();
col6.min = (8);
col6.max = (11);
col6.hidden = (true);
helper.AddCleanColIntoCols(cols1, col6);
Assert.AreEqual(6, cols1.sizeOfColArray());
CT_Col col7 = new CT_Col();
col7.min = (6);
col7.max = (8);
col7.width = (17.0);
helper.AddCleanColIntoCols(cols1, col7);
Assert.AreEqual(8, cols1.sizeOfColArray());
CT_Col col8 = new CT_Col();
col8.min = (20);
col8.max = (30);
helper.AddCleanColIntoCols(cols1, col8);
Assert.AreEqual(10, cols1.sizeOfColArray());
CT_Col col9 = new CT_Col();
col9.min = (25);
col9.max = (27);
helper.AddCleanColIntoCols(cols1, col9);
// TODO - assert something interesting
Assert.AreEqual(12, cols1.col.Count);
Assert.AreEqual(1u, cols1.GetColArray(0).min);
Assert.AreEqual(16750u, cols1.GetColArray(11).max);
}
public int GetIndexOfColumn(CT_Cols cols, CT_Col col)
{
for (int i = 0; i < cols.sizeOfColArray(); i++)
{
if (cols.GetColArray(i).min == col.min && cols.GetColArray(i).max == col.max)
{
return i;
}
}
return -1;
}
private bool columnExists(CT_Cols cols, long min, long max)
{
for (int i = 0; i < cols.sizeOfColArray(); i++)
{
if (cols.GetColArray(i).min == min && cols.GetColArray(i).max == max)
{
return true;
}
}
return false;
}
private bool columnExists1Based(CT_Cols cols, long index1)
{
for (int i = 0; i < cols.sizeOfColArray(); i++)
{
if (cols.GetColArray(i).min == index1)
{
return true;
}
}
return false;
}
public CT_Cols AddCleanColIntoCols(CT_Cols cols, CT_Col col)
{
bool colOverlaps = false;
for (int i = 0; i < cols.sizeOfColArray(); i++)
{
CT_Col ithCol = cols.GetColArray(i);
long[] range1 = { ithCol.min, ithCol.max };
long[] range2 = { col.min, col.max };
long[] overlappingRange = NumericRanges.GetOverlappingRange(range1,
range2);
int overlappingType = NumericRanges.GetOverlappingType(range1,
range2);
// different behavior required for each of the 4 different
// overlapping types
if (overlappingType == NumericRanges.OVERLAPS_1_MINOR)
{
ithCol.max = (uint)(overlappingRange[0] - 1);
CT_Col rangeCol = insertCol(cols, overlappingRange[0],
overlappingRange[1], new CT_Col[] { ithCol, col });
i++;
CT_Col newCol = insertCol(cols, (overlappingRange[1] + 1), col
.max, new CT_Col[] { col });
i++;
}
else if (overlappingType == NumericRanges.OVERLAPS_2_MINOR)
{
ithCol.min = (uint)(overlappingRange[1] + 1);
CT_Col rangeCol = insertCol(cols, overlappingRange[0],
overlappingRange[1], new CT_Col[] { ithCol, col });
i++;
CT_Col newCol = insertCol(cols, col.min,
(overlappingRange[0] - 1), new CT_Col[] { col });
i++;
}
else if (overlappingType == NumericRanges.OVERLAPS_2_WRAPS)
{
SetColumnAttributes(col, ithCol);
if (col.min != ithCol.min)
{
CT_Col newColBefore = insertCol(cols, col.min, (ithCol
.min - 1), new CT_Col[] { col });
i++;
}
if (col.max != ithCol.max)
{
CT_Col newColAfter = insertCol(cols, (ithCol.max + 1),
col.max, new CT_Col[] { col });
i++;
}
}
else if (overlappingType == NumericRanges.OVERLAPS_1_WRAPS)
{
if (col.min != ithCol.min)
{
CT_Col newColBefore = insertCol(cols, ithCol.min, (col
.min - 1), new CT_Col[] { ithCol });
i++;
}
if (col.max != ithCol.max)
{
CT_Col newColAfter = insertCol(cols, (col.max + 1),
ithCol.max, new CT_Col[] { ithCol });
i++;
}
ithCol.min = (uint)(overlappingRange[0]);
ithCol.max = (uint)(overlappingRange[1]);
SetColumnAttributes(col, ithCol);
}
if (overlappingType != NumericRanges.NO_OVERLAPS)
{
colOverlaps = true;
}
}
if (!colOverlaps)
{
CT_Col newCol = CloneCol(cols, col);
}
SortColumns(cols);
return cols;
}