def test_create_category():
r = Category.get(category_id=root)
cat = r.create_sub("something")
assert cat is not None
assert len(cat.parent_categories) == 0
sub = cat.create_sub("subcat")
assert len(sub.parent_categories) == 1
def test_create_category():
r = Category.get(category_id=root)
cat = r.create_sub("something")
assert cat is not None
assert len(cat.parent_categories) == 0
sub = cat.create_sub("subcat")
assert len(sub.parent_categories) == 1
def test_get_children():
r = Category.get(category_id=root)
# fake root
froot = r.create_sub("something")
cat1 = froot.create_sub("sub1")
cat2 = froot.create_sub("sub2")
children = froot.get_children()
assert len(children) == 2
names = [x.child_category_name for x in children]
assert "sub1" in names
assert "sub2" in names
# should have a single parent cat, the froot
# because root is always there it's ignored
assert cat1.parent_categories == [froot.category_id]
assert cat1.parents[0] == froot
assert cat1.parent == froot
def test_get_children():
r = Category.get(category_id=root)
# fake root
froot = r.create_sub("something")
cat1 = froot.create_sub("sub1")
cat2 = froot.create_sub("sub2")
children = froot.get_children()
assert len(children) == 2
names = [x.child_category_name for x in children]
assert "sub1" in names
assert "sub2" in names
# should have a single parent cat, the froot
# because root is always there it's ignored
assert cat1.parent_categories == [froot.category_id]
assert cat1.parents[0] == froot
assert cat1.parent == froot
def test_create_root():
root = Category.create_root()
cat = Category.get_root()
assert cat.name == "root"
def test_create_root():
root = Category.create_root()
cat = Category.get_root()
assert cat.name == "root"