def test():
parser = RobustParser(NumbersGrammar())
for sent, expect in NumbersGrammar.sents:
t, r = parser.parse(sent)
# print(t)
# print(r)
assert r.get() == expect, "%s <- %s" % (str(r.get()), sent)
def test():
parser = RobustParser(NumbersGrammar())
for sent, expect in NumbersGrammar.sents:
t, r = parser.parse(sent)
# print(t)
# print(r)
assert r.get() == expect, "%s <- %s" % (str(r.get()), sent)
def test():
g = TimesGrammar()
parser = RobustParser(g)
for sent, expect in TimesGrammar.sents:
_, r = parser.parse(sent)
print(r)
assert r.get() == expect, "%s <- %s" % (str(r.get()), sent)
def test():
parser = RobustParser((LightAdvancedGrammar()))
tree, result = parser.parse("flash my top light twice in red and "
"blink middle light 20 times in yellow")
print tree
print result
assert result.one_parse[0].color == (255, 0, 0)
assert result.one_parse[0].times == 2
assert result.one_parse[1].color == (255, 255, 0)
assert result.one_parse[1].times == 20
print
def test():
parser = RobustParser((LightAdvancedGrammar()))
tree, result = parser.parse("flash my top light twice in red and "
"blink middle light 20 times in yellow")
print tree
print result
assert result.one_parse[0].color == (255, 0, 0)
assert result.one_parse[0].times == 2
assert result.one_parse[1].color == (255, 255, 0)
assert result.one_parse[1].times == 20
print
def test():
parser = RobustParser((LightGrammar()))
sents = [
"set my top light to red",
"set my top light to red and change middle light to yellow",
"set my top light to red and change middle light to yellow and "
"flash bottom light twice in blue"
]
for sent in sents:
tree, result = parser.parse(sent)
print '"%s"' % sent
print "parse tree:"
print tree
print "parse result:"
print result
print
def test():
parser = RobustParser((QuestionGrammar()))
sents = [
"what was the revenue for Amazon last quarter?",
"did revenue numbers change for Amazon from last quarter to this quarter?",
"how much did same store sales increase for Apple last quarter?"
]
for sent in sents:
tree, result = parser.parse(sent)
assert result.one_parse[0].color == 'red'
print '"%s"' % sent
print "parse tree:"
print tree
print "parse result:"
print result
print
def callback(data):
parser = RobustParser(TransportGrammar())
tree, result = parser.parse(data.data)
msg_object = GoAndGetIt()
msg_deliver = GoAndGetIt()
if tree:
benificiary = search_benificiary(tree)
if benificiary == "left":
msg_deliver.person_left = True
elif benificiary == "right":
msg_deliver.person_right = True
else:
msg_deliver.person_left = True
msg_deliver.person_right = True
pub_deliver.publish(msg_deliver)
msg_object.perceived_object_name = recursive_search_object(tree)
if msg_object.perceived_object_name != "":
pub.publish(msg_object)
print "parse result:"
print result
print
def clean_sent(sent):
return sent.strip(string.punctuation)
parser = RobustParser(QuestionGrammar())
sents = [
"what were the revenue and same store sales numbers for Amazon from last quarter?"
]
for sent in sents:
sent = clean_sent(sent)
tree, result = parser.parse(sent)
print '"%s"' % sent
print "parse result:"
if result is not None:
for key, vals in result.items():
for val in vals:
if key != "GOAL":
direction = val.get("direction", None)
search = val.get("search", None)
company = val.get("company", None)
duration = val.get("duration", None)
print "Search - %s" % search
print "Direction - %s" % direction
print "Company - %s" % company
print "Duration - %s" % duration
def test():
parser = RobustParser(ColorsGrammar())
for name, rgb in color2rgb.items():
t, r = parser.parse(name)
