def test_numble(self):
Numble = make_numble_class(Brick, Target, Want, Avail, Allowed,
[Plus, Times])
g = Graph(port_mates=port_mates)
numble = Numble([4, 5, 6], 15)
numble.build(g, None)
#pg(g)
ids = g.nodes_of_class(Target)
self.assertEqual(len(ids), 1)
targetid = ids[0]
self.assertEqual(g.value_of(targetid), 15)
ids = g.nodes_of_class(Want)
self.assertEqual(len(ids), 1)
wantid = ids[0]
self.assertTrue(g.has_hop(wantid, 'taggees', targetid, 'tags'))
brickids = g.nodes_of_class(Brick)
self.assertEqual(len(brickids), 3)
self.assertCountEqual([g.value_of(b) for b in brickids], [4, 5, 6])
ids = g.nodes_of_class(Avail)
self.assertEqual(len(ids), 3)
for b in brickids:
self.assertTrue(g.has_tag(b, Avail))
operatorids = g.nodes_of_class(Operator)
self.assertEqual(len(operatorids), 2)
ids = g.nodes_of_class(Allowed)
self.assertEqual(len(ids), 2)
for o in operatorids:
self.assertTrue(g.has_tag(o, Allowed))
# NodeWithTag(Avail),
# Not(NodeWithTag(Assessment)))
# => assess(node, target)
'''
#make_python(prog, debug=1)
exec(compile_fargish(prog, saveto='numbo5.gen.py'), globals())
Operator.is_duplicable = True #HACK
Plus.expr_class = expr.Plus #HACK
Plus.symbol = '+' #HACK
Times.expr_class = expr.Times #HACK
Times.symbol = '*' #HACK
Numble = make_numble_class(Brick, Target, Want, Avail, Allowed,
[Plus, Times, Minus])
##### Hacks
Number.is_duplicable = True
Want.min_activation = 1.0
#tag_port_label = 'taggees'
#taggee_port_label = 'tags'
#
#@classmethod
#def cls_add_tag(cls, g, taggees): # HACK
# taggees = list(as_iter(taggees))
# taggee_containers = intersection(
# *[g.member_of(ee) for ee in as_iter(taggees)]