private void UpdateTestStatusRecursive(Test test)
{
test.LogContext().GetAllItems().ForEach(x => UpdateStatus(x.Status));
if (test.HasChildren())
{
test.NodeContext().GetAllItems().ForEach(x => UpdateTestStatusRecursive(x));
}
if (!test.IsBehaviorDrivenType)
{
// if not all children are marked SKIP, then:
// ensure the parent has a status that is not SKIP
if (this.Status == Status.Skip && test.NodeContext().GetAllItems().Any(x => x.Status != Status.Skip))
{
// reset status
Status = Status.Pass;
// compute new status
test.NodeContext().GetAllItems()
.Where(x => x.Status != Status.Skip)
.ToList()
.ForEach(x => UpdateTestStatusRecursive(x));
}
}
}
private void UpdateTestStatusRecursive(Test test)
{
test.LogContext().GetAllItems().ForEach(x => UpdateStatus(x.Status));
if (test.HasChildren())
{
test.NodeContext().GetAllItems().ForEach(x => UpdateTestStatusRecursive(x));
}
}
private void AddNodeAttributes(Test node)
{
if (node.HasCategory())
{
node.CategoryContext().GetAllItems().ForEach(c => _testAttrCategoryContext.AddAttributeContext((Category)c, node));
}
if (node.HasAuthor())
{
node.AuthorContext().GetAllItems().ForEach(a => _testAttrAuthorContext.AddAttributeContext((Author)a, node));
}
if (node.HasChildren())
{
node.NodeContext().GetAllItems().ForEach(n => AddNodeAttributes(n));
}
}