def test_no_xovr_peer(self, get_xovr_peer):
up = self._mk_seg(True)
down = self._mk_seg(True)
get_xovr_peer.return_value = None, None
peer_revs = create_mock()
# Call
ntools.eq_(path_combinator._build_shortcuts(up, down, peer_revs), [])
# Tests
get_xovr_peer.assert_called_once_with(up, down, peer_revs)
def _check_xovrs_peers(self, xovr, peer, is_peer, get_xovr_peer,
join_peer, join_xovr):
up = self._mk_seg(True)
down = self._mk_seg(True)
get_xovr_peer.return_value = xovr, peer
peer_revs = create_mock()
# Call
if is_peer:
ntools.eq_(path_combinator._build_shortcuts(up, down, peer_revs),
join_peer.return_value)
else:
ntools.eq_(path_combinator._build_shortcuts(up, down, peer_revs),
join_xovr.return_value)
# Tests
if is_peer:
join_peer.assert_called_once_with(up, down, peer, peer_revs)
else:
join_xovr.assert_called_once_with(up, down, xovr)
def _check_none(self, up_seg, down_seg):
peer_revs = create_mock()
ntools.eq_(
path_combinator._build_shortcuts(up_seg, down_seg, peer_revs), [])