public void ApplyFilter(TestItem testItem, ApplyFilterPredicate predicate)
{
// Remove all test items not found in the list.
// Not using foreach so that we can remove items from the list as we walk it
for (int i = 0; i < testItem.Children.Count; i++)
{
TestItem child = testItem.Children[i];
// If the child passes the filter we're done
// automatically include all its children as well
if (!predicate(child))
{
//If this is a leave test item then remove
if (child.Children.Count <= 0)
{
testItem.Children.Remove(child);
i--;
}
//Otherwise, check its children
else
{
ApplyFilter(child, predicate);
//If no test item children are left, (and since the test item wasn't on the list),
//then the test item shouldn't be removed as well
if (child.Children.Count <= 0)
{
testItem.Children.Remove(child);
i--;
}
}
}
}
}
public void ApplyFilter(TestItem testItem, ApplyFilterPredicate predicate)
{
// Remove all test items not found in the list.
// Not using foreach so that we can remove items from the list as we walk it
for (int i = 0; i < testItem.Children.Count; i++)
{
TestItem child = testItem.Children[i];
// If the child passes the filter we're done
// automatically include all its children as well
if (!predicate(child))
{
//If this is a leave test item then remove
if (child.Children.Count <= 0)
{
testItem.Children.Remove(child);
i--;
}
//Otherwise, check its children
else
{
ApplyFilter(child, predicate);
//If no test item children are left, (and since the test item wasn't on the list),
//then the test item shouldn't be removed as well
if (child.Children.Count <= 0)
{
testItem.Children.Remove(child);
i--;
}
}
}
}
}
