def _make_entity_node(self, data):
if isinstance(data, dict):
return calc_graph.CG([{'node_type': 'entity', 'data': data}])
else:
return calc_graph.CG([{
'node_type': 'entity',
'data': x
} for x in data])
def __init__(self, fname=None, data=None):
if not data and not fname:
raise ValueError('either `fname` or `data` must be not None')
if not data:
data = json.load(open(fname))
self.cg = calc_graph.CG(data)
def test_basic(self):
cg = calc_graph.CG(self.CG_DATA)
calc_graph.CGNode()
self.assertFalse(cg.value.is_set())
cgdict = cg.root.to_dict()
self.assertEquals(len(cgdict['children']), len(self.CG_DATA))
# computational step
cg.step()
self.assertTrue(cg.value.value)
def init_convo(self, protocol_name, external_token=None):
if protocol_name in self.protocol_data:
if external_token:
token = external_token
else:
token = str(uuid.uuid4())
cg = calc_graph.CG(self.protocol_data[protocol_name])
self.conversations[token] = cg
return token
else:
raise Exception('protocol not found')
def test_flu(self):
pp = pprint.PrettyPrinter()
data = json.load(open('lib/tests/test2.json'))
convo_protocol = convo_fact.ConvoProtocol(data)
cg = calc_graph.CG()
cg.root = convo_protocol
pp.pprint(cg.root.to_dict())
print cg.step()
print cg.step('220')
pp.pprint(cg.root.to_dict())
resp = cg.step('yes')
self.assertTrue('flu' in resp[1].text)
pp.pprint(cg.root.to_dict())
def test_ent_node_graph(self):
cg = calc_graph.CG([{
'node_type': 'entity',
'data': {
'class': 459,
'subclass': 3,
'id': 'HEADACHE',
'name': 'Headache'
}
}])
val, ret = cg.step()
self.assertFalse(val.value)
self.assertFalse(ret.step_occured)
val, ret = cg.step('got headache')
self.assertTrue(val.value)
self.assertTrue(ret.step_occured)
def test_911(self):
pp = pprint.PrettyPrinter()
data = json.load(open('lib/tests/test2.json'))
convo_protocol = convo_fact.ConvoProtocol(data)
cg = calc_graph.CG()
cg.root = convo_protocol
pp.pprint(cg.root.to_dict())
print cg.step()
print cg.step('190')
print cg.root.to_dict()
print cg.root.index
resp = cg.step('140')
print resp
pp.pprint(cg.root.to_dict())
resp = cg.step('140')
print resp
self.assertTrue('911' in resp[1].text)
from lib import calc_graph
from lib import convo_fact
import json
data = json.load(open('protocols/test2.json'))
cg = calc_graph.CG(data)
print cg.root.to_dict()
