@Test
@Use(field = "direction", enumeration = true)
public void testJointPoint() {
int tolerance = 4;
calendarAttributes.set(CalendarAttributes.jointPoint, direction.value);
Locations inputLocations = calendar.getLocations();
Point locationInput = null;
Point locationPopup = calendar.openPopup().getLocations().getTopLeft();
switch (direction) {
case NULL:
case AUTO:
// auto (direction depends on browser/screen resolution)
case BOTTOMLEFT:
locationInput = inputLocations.getBottomLeft();
break;
case BOTTOMRIGHT:
locationInput = inputLocations.getBottomRight();
break;
case TOPLEFT:
locationInput = inputLocations.getTopLeft();
break;
case TOPRIGHT:
locationInput = inputLocations.getTopRight();
break;
}
tolerantAssertLocations(locationInput, locationPopup, tolerance);
}
private void testOffset(boolean horizontal) {
int offset = 15;
int tolerance = 5;
Locations before = calendar.openPopup().getLocations();
if (horizontal) {
calendarAttributes.set(CalendarAttributes.horizontalOffset, offset);
} else {
calendarAttributes.set(CalendarAttributes.verticalOffset, offset);
}
new Actions(driver).moveToElement(page.fullPageRefreshIcon).build().perform();
Locations after = calendar.openPopup().getLocations();
Locations movedFromBefore =
(horizontal ? before.moveAllBy(offset, 0) : before.moveAllBy(0, offset));
Iterator<Point> itAfter = after.iterator();
Iterator<Point> itMovedBefore = movedFromBefore.iterator();
// FIXME delete these logs after test method stabilized
System.out.println(after);
System.out.println(movedFromBefore);
while (itAfter.hasNext()) {
tolerantAssertLocations(itAfter.next(), itMovedBefore.next(), tolerance);
}
}