def test_forced_plan(self):
g = build_graph('ab bc cd de ef fd')
p = planning.Planner(seed='cthulhu')
p._setup(g, EhmNo(), 'a', '<ctx>')
self.assertEqual(p.plan, [])
p.forced_plan()
self.assertEqual([s[0] for s in p.plan], ['ab', 'b'])
def test_visit_not_own(self):
p = planning.Planner(seed='cthulhu')
p.stop, p.plan, extrap = set(), [], []
p.visit('moo', extrap)
self.assert_('moo' in p.stop)
self.assertEqual(p.plan, [])
self.assertEqual(extrap, ['moo'])
def test_setup_results(self):
p = planning.Planner()
V, E, plan, v = p._setup(g, EhmNo().start(None), 'a', '<ctx>')
self.assert_(V is g.V)
self.assert_(E is g.E)
self.assert_(v is vert)
self.assert_(p.g is g)
self.assert_(plan is p.plan)
self.assert_(v is p.vert)
def test_step(self):
visited, plan = [], []
class g:
V = {'to': 'dest'}
class e:
src = 'fm'
tgt = 'to'
class v:
id = 'fm'
p = planning.Planner(seed='cthulhu')
p.stop, p.plan, p.g = set(), [], g
p.visit = lambda thing, plan: visited.append(thing)
result = p.step(v, e, plan)
self.assertEqual(result, 'dest')
self.assertEqual(visited, [e, 'dest'])
self.assertEqual(p.plan, [])
def test_ctor_smoke(self):
self.assert_(planning.Planner())
