class TestTimeServer:
def setUp(self):
self._atomspace = AtomSpace()
self._spaceserver = SpaceServer(self._atomspace)
self._timeserver = TimeServer(self._atomspace, self._spaceserver)
self._spaceserver.set_time_server(self._timeserver)
def tearDown(self):
del self._spaceserver
del self._atomspace
def test_addTimeInfo(self):
objnode = self._atomspace.add_node(types.StructureNode, "object111")
at_time_link = self._timeserver.add_time_info(objnode, 123456)
assert objnode in self._atomspace.get_outgoing(at_time_link)
class TestTimeServer:
def setUp(self):
self._atomspace = AtomSpace()
self._spaceserver = SpaceServer(self._atomspace)
self._timeserver = TimeServer(self._atomspace, self._spaceserver)
self._spaceserver.set_time_server(self._timeserver)
def tearDown(self):
del self._spaceserver
del self._atomspace
def test_addTimeInfo(self):
objnode = self._atomspace.add_node(types.StructureNode, "object111")
at_time_link = self._timeserver.add_time_info(objnode.h, 123456)
assert objnode in self._atomspace.get_outgoing(at_time_link)
print("\n----- [Output # {0}] -----".format(outputs_produced))
for j in output:
print("-- Output:\n{0}".format(j))
print("-- using production rule: {0}".format(rule.name))
print("\n-- based on this input:\n{0}".format(input))
clear_atomspace()
# visualization filtering
for atom in atomspace.get_atoms_by_type(types.Atom):
# links that shouldn't be visualized are skipped
if atom.type in not_visualized_links:
continue
if atom not in [types.ConceptNode, types.PredicateNode]:
out = [atom1 for atom1 in atomspace.get_outgoing(atom.h)]
# links involving automatically generated VariableNodes are
# skipped
if out and "$pln_var_" in out[0].name:
continue
# check if result is found
if atom.is_a(types.EvaluationLink):
if out[0].is_a(types.PredicateNode)\
and "breathe" in out[0].name\
and out[1].is_a(types.ListLink)\
and "Socrates" in out[1].out[0].name\
and "air" in out[1].out[1].name:
result_found = True
atomspace_string += str(atom)
# the atom uuids are shortened for the visualization
