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package ifc.sheet;
import com.sun.star.sheet.XCellRangesQuery;
import com.sun.star.sheet.XSheetCellRanges;
import lib.MultiMethodTest;
import com.sun.star.sheet.XSheetOutline;
import com.sun.star.table.CellRangeAddress;
import com.sun.star.table.TableOrientation;
import com.sun.star.uno.UnoRuntime;
import lib.Status;
import lib.StatusException;
/**
*
*/
public class _XSheetOutline extends MultiMethodTest {
public XSheetOutline oObj = null;
CellRangeAddress address = null;
CellRangeAddress subaddress = null;
public void before() {
address = (CellRangeAddress)tEnv.getObjRelation("CellRangeAddress");
subaddress = (CellRangeAddress)tEnv.getObjRelation("CellRangeSubAddress");
if (address == null)
throw new StatusException(Status.failed("Object relation CellRangeAddress not found"));
if (subaddress == null)
throw new StatusException(Status.failed("Object relation CellRangeSubAddress not found"));
}
public void _autoOutline() {
executeMethod("ungroup()");
boolean result = false;
oObj.autoOutline(address);
// initially the range is grouped and shown
result = isCellShown(subaddress);
oObj.hideDetail(address);
// here only a part of the address is hidden: subaddress must be that part
result &= !isCellShown(subaddress);
tRes.tested("autoOutline()", result);
}
public void _clearOutline() {
executeMethod("autoOutline()");
boolean result = false;
oObj.clearOutline();
result = isCellShown(subaddress);
oObj.hideDetail(address);
result &= isCellShown(subaddress);
tRes.tested("clearOutline()", result);
}
public void _group() {
oObj.group(address, TableOrientation.COLUMNS);
oObj.group(address, TableOrientation.ROWS);
tRes.tested("group()", true);
}
public void _ungroup() {
executeMethod("showDetail()");
oObj.ungroup(address, TableOrientation.COLUMNS);
oObj.ungroup(address, TableOrientation.ROWS);
oObj.hideDetail(address);
tRes.tested("ungroup()", isCellShown(address));
}
public void _hideDetail() {
requiredMethod("group()");
oObj.hideDetail(address);
tRes.tested("hideDetail()", !isCellShown(address));
}
public void _showDetail() {
executeMethod("showLevel()");
oObj.showDetail(address);
tRes.tested("showDetail()", isCellShown(address));
}
public void _showLevel() {
executeMethod("hideDetail()");
boolean result = false;
oObj.showLevel((short)2, TableOrientation.COLUMNS);
oObj.showLevel((short)2, TableOrientation.ROWS);
result = isCellShown(address);
oObj.showLevel((short)0, TableOrientation.COLUMNS);
oObj.showLevel((short)0, TableOrientation.ROWS);
result &= !isCellShown(address);
tRes.tested("showLevel()", result);
}
private boolean isCellShown(CellRangeAddress range) {
boolean isNotShown = true;
XCellRangesQuery xCellRangesQuery = (XCellRangesQuery)UnoRuntime.queryInterface(XCellRangesQuery.class, oObj);
if (xCellRangesQuery != null) {
XSheetCellRanges xRanges = xCellRangesQuery.queryVisibleCells();
CellRangeAddress[] visibleRanges = xRanges.getRangeAddresses();
for (int i=0; i<visibleRanges.length; i++) {
isNotShown &= dotIsOutsideRange(range.StartRow, range.StartColumn, visibleRanges[i]);
isNotShown &= dotIsOutsideRange(range.StartRow, range.EndColumn, visibleRanges[i]);
isNotShown &= dotIsOutsideRange(range.EndRow, range.StartColumn, visibleRanges[i]);
isNotShown &= dotIsOutsideRange(range.EndRow, range.EndColumn, visibleRanges[i]);
log.println(isNotShown?"\tisOutSide":"\tisInside");
}
}
return !isNotShown;
}
private boolean dotIsOutsideRange(int dotRow, int dotColumn, CellRangeAddress range) {
log.println("Checking dot(" + dotRow + "," + dotColumn + ") against row["
+ range.StartRow + ":" + range.EndRow + "] column["
+ range.StartColumn + ":" + range.EndColumn + "]");
boolean isInside = true;
if (dotRow >= range.StartRow && dotRow <= range.EndRow)
if (dotColumn >= range.StartColumn && dotColumn <= range.EndColumn)
isInside = false;
return isInside;
}
}