def test_override(self):
g = NumboGraph(Numble([4, 5, 6], 15))
glom = g.add_node(Glom, g.find_all(OfClass(Brick)))
noticer = g.add_node(NoticeAllBricksAreAvail, member_of=g.ws)
self.assertIn(noticer.id, g.as_nodeids(g.active_nodes()))
g.do_timestep(actor=noticer)
# Since the NoticeAllBricksAreAvail can't run, it should get tagged
# Blocked(NeedArg('focal_point')).
tag = g.as_node(g.tag_of(noticer, Blocked))
self.assertTrue(
tag,
"Failed to create Blocked tag for missing 'focal_point' argument.")
reason = g.getattr(tag, 'reason')
self.assertTrue(isinstance(reason, NeedArg))
self.assertEqual(reason.name, 'focal_point')
self.assertTrue(g.is_blocked(noticer))
# Now we manually override the 'focal_point' argument.
g.add_override_node(noticer, 'focal_point', glom)
g.remove_tag(noticer, Blocked)
g.do_timestep(actor=noticer)
bricks = g.find_all(OfClass(Brick))
self.assertTrue(
g.has_tag(bricks, AllBricksAvail),
"Did not tag the Bricks even when 'focal_point' was overridden.")
def test_ac_add_all_in_glom(self):
g = NumboGraph(Numble([4, 5, 6], 15))
glom = g.add_node(Glom, g.find_all(OfClass(Brick)))
proposer = g.add_node(AddAllInGlom, focal_point=glom)
a_brick = g.look_for(OfClass(Brick), focal_point=g.ws)
self.assertEqual(g.containers_of_recursive(a_brick),
{glom.id, g.ws.id})
g.do_timestep(actor=proposer)
proposal = g.as_node(g.neighbor(proposer, 'built'))
self.assertEqual(g.class_of(proposal), Proposal)
g.do_timestep(actor=proposal)
new_plus = g.neighbor(proposal, 'built', neighbor_class=Plus)
self.assertTrue(new_plus, 'Proposal did not build Plus.')
self.assertTrue(g.is_member(new_plus, g.ws))
self.assertFalse(g.is_member(new_plus, glom))
self.assertTrue(g.is_dormant(proposal))
block = g.as_node(g.neighbor(proposal, 'built', neighbor_class=Block))
self.assertEqual(g.as_node(block), Block(15))
self.assertTrue(g.is_member(block, g.ws))
self.assertFalse(g.is_member(block, glom))
def test_ac_notice_same_value_fail_eq(self):
g = NumboGraph(Numble([1, 1, 1], 4))
target = g.look_for(OfClass(Target))
glom = g.add_node(Glom, g.find_all(OfClass(Brick)))
count = g.add_node(Count, taggees=glom, value=3)
noticer = g.add_node(NoticeCountSameAsTarget, focal_point=InWorkspace)
g.do_timestep(actor=noticer)
self.assertTrue(g.is_failed(noticer))
class NoticeCountSameAsTarget(AcNode):
threshold = 1.0
acs = [
OrFail(LookFor(OfClass(Count), asgn_to='node1'),
CantFind.from_env(criteria=OfClass(Count))),
OrFail(LookFor(OfClass(Target), asgn_to='node2'),
CantFind.from_env(criteria=OfClass(Target))),
OrFail(EqualValue(),
NotEqualValue.from_env(node1='node1', node2='node2')),
Taggees('node1', 'node2'),
TagWith(SameValue)
]
def test_ac_notice_same_value(self):
g = NumboGraph(Numble([1, 1, 1], 3))
target = g.look_for(OfClass(Target))
glom = g.add_node(Glom, g.find_all(OfClass(Brick)))
count = g.add_node(Count, taggees=glom, value=3)
noticer = g.add_node(NoticeCountSameAsTarget,
node1=target,
node2=count,
focal_point=g.ws)
g.do_timestep(actor=noticer)
self.assertTrue(g.has_tag([count, target], SameValue))
self.assertFalse(g.is_active(noticer))
def test_ac_shadow_criterion_fields(self):
# Tests that fields in Criterion objects can be overridden by the
# same mechanisms as fields in Ac objects.
g = NumboGraph(Numble([4, 5, 6], 15))
target = g.look_for(OfClass(Target), focal_point=g.ws)
assert target, 'No Target node'
seeker = g.add_node(SeekAndGlom(seekclass=Target, focal_point=g.ws))
g.do_timestep(actor=seeker)
glom = g.look_for(OfClass(Glom), subset=g.neighbors(seeker, 'built'))
self.assertTrue(glom, 'Did not build Glom')
self.assertCountEqual(g.neighbors(glom, 'members'), [target])
def test_ac_add_node(self):
g = NumboGraph(Numble([4, 5, 6], 15))
bricks = g.find_all(OfClass(Brick))
seek_and_glom = g.add_node(SeekAndGlom,
member_of=g.ws,
focal_point=g.ws)
g.do_timestep(actor=seek_and_glom)
glom = g.look_for(OfClass(Glom),
subset=g.neighbors(seek_and_glom, 'built'))
self.assertTrue(glom, 'Did not build Glom')
self.assertCountEqual(g.neighbors(glom, 'members'), bricks)
class AddAllInGlom(AcNode):
threshold = 1.0
acs = [
All(And(OfClass(Number), CTagged(Avail))),
WithNameOverride(LookFor(And(OfClass(Plus), CTagged(Allowed)),
focal_point=InWorkspace),
focal_point='opwithin'),
AddNode(
Proposal,
action=ConsumeOperands(),
proposed_operands='nodes',
proposed_operator='node',
)
]
def go(self, g, actor):
if not self.focal_point:
raise NeedArg(self, 'focal_point')
g.add_node(
Proposal,
ConsumeOperands(),
consume_operands=g.find_all(OfClass(Number),
CTagged(Avail),
focal_point=self.focal_point),
proposed_operator=g.look_for(
OfClass(Plus),
CTagged(Allowed), # TODO 'and' these criteria
focal_point=g.ws),
member_of=g.ws)
g.new_state(self.actor, Completed)
def go(self, g, actor):
# Test that all members of 'focal_point' have value 'value'.
# If so, tag 'focal_point' AllMembersSameValue
# HACK Need to find 'focal_point' node left by SeekAndGlom or whatever
# process set up the node in which we should NoticeAllSameValue.
#focal_point = first(g.prev_new_nodes)
# if not self.focal_point:
# self.focal_point = g.look_for(OfClass(Glom))
# if not self.focal_point:
# return # TODO FAIL
if not self.focal_point:
raise NeedArg(ac=self, name='focal_point')
if self.value is None:
raise NeedArg(ac=self, name='value')
if all(
g.value_of(memberid) == self.value
#for memberid in g.members_of(self.focal_point)
for memberid in g.find_all(OfClass(Number),
focal_point=self.focal_point)):
#g.do(Build.maybe_make(g, AllMembersSameValue, [self.focal_point], {}))
g.do(Build.maybe_make(g, AllMembersSameValue, self.focal_point))
g.new_state(self.actor, Completed)
else:
raise NotAllSameValue(self,
value=self.value,
focal_point=self.focal_point)
def __init__(self, numble, *args, **kwargs):
super().__init__(*args, **kwargs)
self.nodeclasses.update(nodeclasses)
for nc in [
Blocked, Slipnet, AssessorScout, FixerScout, Proposal,
AllBricksAvail, NoticeAllBricksAvail, SameNumberGlommer,
MemberCounter, SameValueTagger
]:
self.nodeclasses[nc.__name__] = nc
self.port_mates += port_mates
# Make initial nodes
ws = self.add_node(Workspace)
slipnet = self.add_node(Slipnet)
self.fill_slipnet(slipnet)
numble.build(self, ws)
#HACK
#self.add_node(SameNumberGlommer)
#self.add_node(MemberCounter)
#self.add_node(SameValueTagger)
#self.add_node(SameNumberTagger, member_of=ws)
targetid = self.look_for(OfClass(Target))
#self.add_node(SuccessScout, target=targetid, min_support_for=1.0)
self.add_node(NoticeAllBricksAvail, member_of=ws)
self.add_node(FixerScout, member_of=ws)
def test_build_agent_for_needarg(self):
# Here we test the entire sequence of becoming blocked for a missing
# argument, posting a FillParamScout to fill it in, and running
# successfully with the filled-in argument.
g = NumboGraph(Numble([4, 5, 6], 15))
bricks = g.find_all(OfClass(Brick))
glom = g.add_node(Glom, g.find_all(OfClass(Brick)))
noticer = g.add_node(NoticeAllBricksAreAvail, member_of=g.ws)
assert len(bricks) == 3
# First, the Noticer tries to run, but can't, because it's missing
# a 'focal_point' argument. So, it posts a Blocked tag about it:
g.do_timestep(actor=noticer)
problem_tag = g.neighbor(noticer, neighbor_class=Blocked)
assert problem_tag, 'Noticer did not create problem tag.'
# Next, the Noticer should build an agent to fix the problem.
self.assertCountEqual(as_iter(g.actions(noticer)),
[BuildAgent(noticer, problem_tag)])
g.do_timestep(actor=noticer)
scout = g.neighbor(noticer, 'agents')
self.assertTrue(g.is_of_class(scout, FillParamScout),
'Noticer did not build a FillParamScout')
# Now the Noticer should be blocked:
self.assertTrue(g.is_blocked(noticer))
## and have nothing to do:
#self.assertFalse(g.actions(noticer))
# and should only want to boost the scout:
self.assertEqual(g.actions(noticer), BoostFromTo({scout}))
# The Scout should find the Glom, override the Noticer's 'focal_point'
# arg with it, and remove the Blocked tag.
g.do_timestep(actor=scout)
# Therefore the Noticer should no longer be blocked:
self.assertFalse(g.is_blocked(noticer))
# and the Noticer should be able to act:
self.assertTrue(g.actions(noticer))
# Finally, the Noticer notices what it's looking for:
g.do_timestep(actor=noticer)
self.assertTrue(g.has_tag(bricks, AllBricksAvail))
self.assertTrue(g.is_sleeping(noticer))
class AllBricksAvail(Tag, HasUpdate, ActiveNode):
update_action: Actions = Ac.as_action([
All(OfClass(Brick), focal_point=MyContext),
AcNot(AllAre(CTagged(Avail))),
SelfDestruct()
])
def actions(self):
pass
def go(self, g, actor):
found_node = g.look_for(OfClass(self.nodeclass))
if found_node:
g.add_override_node(self.for_node, self.port_label, found_node)
g.boost_activation(self.for_node)
g.new_state(self.actor, Completed)
g.remove_node(g.neighbors(self.actor, 'rm_on_success'))
else:
raise CouldntFindArg(self)
def go(self, g, actor):
if not self.focal_point:
raise NeedArg(self, 'focal_point')
operand = g.look_for(OfClass(Brick), focal_point=self.focal_point)
if operand:
g.add_node(Exclude, operand)
g.new_state(self.actor, Completed)
else:
print('ExcludeOperand FAILED') #DEBUG
def actions(self):
badnode = self.g.look_for(
#TODO 'and' these criteria
OfClass(Block),
CTagged(Avail),
CTagged(NotGoodEnough),
focal_point=self.g.ws)
if badnode:
return FuncAction(start_fixer_seq, badnode)
class SeekAndGlom(AcNode):
node_params = NodeParams(
AttrParam('seekclass', Brick) # Specific to testNumboClasses: default
) # to seeking Brick nodes
threshold = 1.0
acs = [
All(OfClass('seekclass'), focal_point=MyContext),
AddNode(Glom, members='nodes')
]
def test_ac_has_value(self):
g = NumboGraph(Numble([3, 3, 3], 15))
glom = g.add_node(Glom, g.find_all(OfClass(Brick)))
noticer = g.add_node(NoticeAllHaveThisValue,
member_of=g.ws,
focal_point=glom)
g.do_timestep(actor=noticer)
self.assertTrue(g.has_tag(glom, AllMembersHaveThisValue))
def go(self, g: 'G', actor: NRef, env: AcEnv) -> None:
focal_point = self.get(g, actor, env, 'focal_point')
#name = self.get(g, actor, env, 'name')
# TODO Determine the class from 'name'
criterion = OfClass('Glom') # HACK
node = g.look_for(criterion, focal_point=focal_point) # HACK
if not node:
#print('LOOKCANT', criterion, node, focal_point)
raise CantFind(criterion)
env['node'] = node
def actions(self):
actives = self.g.find_all(Activated(),
OfClass(ActiveNode),
subset=self.g.members_of(self)
#TODO focal_point=self ?
)
#print('ACTIVE SLIPNODES', actives)
return [
ActivateSlipnode(slipnode) for slipnode in actives
if not self.g.as_node(slipnode).dont_activate_slipnode
]
def test_ac_notice_solved(self):
class NoticeSolved(AcNode):
acs = [
LookFor(CTagged(Avail), cond=EqualValue('node', 'target')),
Raise(NumboSuccess, node='node', target='target')
]
g = NumboGraph(Numble([4, 5, 6, 15], 15))
target = g.look_for(OfClass(Target))
glom = g.add_node(Glom, g.find_all(OfClass(Brick)))
noticer = g.add_node(NoticeSolved, focal_point=glom, target=target)
g.do_timestep(actor=noticer)
got = g.done()
self.assertEqual(got.__class__, NumboSuccess)
self.assertEqual(g.as_node(got.node), Brick(15))
self.assertEqual(g.as_node(got.target), Target(15))
self.assertTrue(g.succeeded())
def actions(self):
group_node = self.g.look_for(OfClass(Group))
if group_node is None:
return
num_members = len(self.g.neighbors(group_node, port_label='members'))
# TODO make_build3 -> Build.maybe_make
return [
make_build3(g, Count, [], {
'taggees': [group_node],
'value': num_members
})
]
class NoticeAllHaveThisValue(AcNode):
threshold = 1.0
acs = [
All(OfClass(Number)),
OrFail(
AllAre(HasThisValue(value=3)),
NotAllThisValue.from_env(value=3)
# TODO Get 'value' from env so search and exc are assuredly
# consistent
),
TagWith(AllMembersHaveThisValue, taggees='focal_point')
]
def make_slipnet(self):
self.seqnode = make_action_sequence(
self,
SeekAndGlom(focal_point=self.ws, criteria=OfClass(Brick)),
NoticeAllHaveThisValue(value=1, focal_point=None),
CountMembers(focal_point=None),
NoticeCountSameAsTarget(node1=None,
node2=None,
value=1,
focal_point=InWorkspace),
AddAllInGlom(),
member_of=self.slipnet,
)
def test_do_notice_and_tag(self):
# Tests running Ac objects directly. Normally, though, you only run
# Ac objects from inside an AcNode.
g = NumboGraph(Numble([4, 5, 6], 15))
targetid = 1 # HACK
env = Ac.run(g, All(OfClass(Brick), focal_point=g.ws), actor=targetid)
nodes = map(g.as_node, env['nodes'])
self.assertCountEqual(nodes, [Brick(4), Brick(5), Brick(6)])
# Should fail because All is missing a 'focal_point' arg.
try:
env = Ac.run(g, All(OfClass(Brick)), actor=targetid)
except NeedArg as exc:
self.assertEqual(
exc, NeedArg(ac=All(OfClass(Brick)), name='focal_point'))
else:
self.fail("Missing 'focal_point' failed to raise AcNeedArg.")
env = Ac.run(
g, [All(OfClass(Brick), focal_point=g.ws),
AllAre(CTagged(Avail))],
actor=targetid)
nodes = map(g.as_node, env['nodes'])
self.assertCountEqual(nodes, [Brick(4), Brick(5), Brick(6)])
env = Ac.run(g, [
All(OfClass(Brick), focal_point=g.ws),
AllAre(CTagged(Avail)),
TagWith(AllBricksAvail, taggees='nodes')
],
actor=targetid)
result = list(g.as_nodes(env['result']))
self.assertEqual(len(result), 1)
tag = result[0]
self.assertEqual(tag.__class__, AllBricksAvail)
self.assertTrue(g.has_tag(nodes, tag))
def fill_slipnet(self, slipnet: int):
seqnode = make_action_sequence(
self,
SeekAndGlom(focal_point=ws, criteria=OfClass(Brick)),
NoticeAllSameValue(value=1, focal_point=None),
CountMembers(focal_point=None),
NoticeSameValue(node1=None, node2=None),
AddAllInGlom(),
member_of=slipnet,
)
aba = self.add_node(AllBricksAvail, member_of=slipnet)
self.set_activation_from_to(aba, seqnode, weight=1.0)
self.make_equation([4, 7], Plus, 11, '4+7=11')
def test_ac_fillparamscout(self):
g = NumboGraph(Numble([4, 5, 6], 15))
glom = g.add_node(Glom, g.find_all(OfClass(Brick)))
noticer = g.add_node(NoticeAllBricksAreAvail, member_of=g.ws)
tag = g.add_tag(
Blocked(reason=NeedArg(ac=noticer.action, name='focal_point')),
noticer)
scout = g.add_node(FillParamScout, behalf_of=noticer, problem=tag)
g.do_timestep(actor=scout)
# The FillParamScout should do the override:
self.assertTrue(g.has_hop(noticer, 'focal_point', glom, 'overriding'))
# and remove the Blocked tag:
self.assertFalse(g.has_node(tag))
def test_ac_count_members(self):
class CountMembers(AcNode):
acs = [
MembersOf('focal_point'),
Len('nodes'),
TagWith(Count, taggees='focal_point', value='value')
]
g = NumboGraph(Numble([4, 5, 6], 15))
glom = g.add_node(Glom, g.find_all(OfClass(Brick)))
self.assertFalse(g.has_tag(glom, Count(value=3)))
counter = g.add_node(CountMembers, focal_point=glom)
g.do_timestep(actor=counter)
self.assertTrue(g.has_tag(glom, Count(value=3)))
def test_copy_slipnode_to_ws(self):
g = newg()
old_node = g.look_for(OfClass(ActionSeqNode), focal_point=g.slipnet)
assert old_node, "Couldn't find slipnode to copy"
assert not g.getattr(old_node, 'is_duplicable'), \
"We're testing the ability to copy a non-duplicable node"
new_node = g.copy_node(old_node, member_of=g.ws)
self.assertTrue(g.is_of_class(new_node, ActionSeqNode))
self.assertTrue(g.has_hop(new_node, 'copy_of', old_node, 'copies'))
self.assertTrue(g.is_member(new_node, g.ws))
self.assertFalse(g.is_member(new_node, g.slipnet))
new_node2 = g.copy_node(old_node, member_of=g.ws)
self.assertTrue(g.is_of_class(new_node2, ActionSeqNode))
self.assertTrue(g.has_hop(new_node2, 'copy_of', old_node, 'copies'))
self.assertTrue(g.is_member(new_node2, g.ws))
self.assertFalse(g.is_member(new_node2, g.slipnet))
def test_ac_inworkspace(self):
class FindPlus(AcNode):
acs = [
LookFor(OfClass(Plus), focal_point=InWorkspace),
Raise(FoundNode, node='node')
]
g = NumboGraph(Numble([4, 5, 6], 15))
plus = g.look_for(OfClass(Plus))
assert plus, 'No Plus in workspace'
finder = g.add_node(FindPlus)
self.assertEqual(as_nodeid(InWorkspace.focal_point(g, finder)),
as_nodeid(g.ws))
g.do_timestep(actor=finder)
self.assertEqual(g.done(), FoundNode(plus))
