def get_input(text):
display_text(text)
choice = raw_input(">.. ")
if choice == "end":
exit(0)
else:
scan = lexicon.scan(choice)
sentence = parser.parse_sentence(scan)
while not sentence:
text = """
You make no sense. \\n
You can enter a sentence like 'Shoot the Gothon' or
'Hide in the doorway' \\n
Try again
"""
display_text(text)
choice = raw_input(">..")
if choice == "end":
exit(0)
else:
scan = lexicon.scan(choice)
sentence = parser.parse_sentence(scan)
return sentence
def get_input(text):
display_text(text)
choice = raw_input(">.. ")
if choice == "end":
exit(0)
else:
scan = lexicon.scan(choice)
sentence = parser.parse_sentence(scan)
while not sentence:
text = """
You make no sense. \\n
You can enter a sentence like 'Shoot the Gothon' or
'Hide in the doorway' \\n
Try again
"""
display_text(text)
choice = raw_input(">..")
if choice == "end":
exit(0)
else:
scan = lexicon.scan(choice)
sentence = parser.parse_sentence(scan)
return sentence
def index():
tags = None
if request.method == 'GET':
sentence = request.args.get("sentence", "")
if sentence is None:
tags = request.args.get("tags", "")
else:
sentence = request.get_json()['q']
result = parser.parse_sentence(sentence, tags, pos_tagger,
dependency_parser)
return Response(response=json.dumps(result, indent=2),
status=200,
content_type="application/json")
def index():
tags = None
if request.method == 'GET':
sentence = request.args.get("sentence", None)
if sentence is None:
tags = request.args.get("tags", None)
else:
if len(sentence) == 0:
return Response(response="sentence can't be empty.", status=400)
else:
sentence = request.get_json()['q']
result = parser.parse_sentence(sentence, tags, pos_tagger, dependency_parser)
return Response(
response=json.dumps(result, indent=2),
status=200,
content_type="application/json")
def convert_number(s):
try:
return int(s)
except ValueError:
return None
"""inputted_word = words[0]
inputted_word = Word(inputted_word)
inputted_word.find_word_type()
print inputted_word.word_type
"""
def scanner():
sentence = []
for each_word in words:
each_word = Word(each_word)
each_word.find_word_type()
tuple = each_word.word_type, each_word.name
sentence.append(tuple)
return sentence
scanned = lexicon.scan(stuff)
parsed = parser.parse_sentence(scanned)
print parsed.show()
def sentences():
pass
y = parse_sentence([('noun','princess'),('verb','run'),('direction','away')])
return y
def test_Parser_Error_msg():
"""test that the error message when a exception is raised is correct"""
with pytest.raises(ParserError) as excinfo:
x = parse_sentence([('noun','princess'),('verbs', 'go'),('direction','away')])
assert str(excinfo.value) == 'expected a verb next'
def test_raise_Parser_Error():
with pytest.raises(ParserError):
x = parse_sentence([('noun','princess'),('obj', 'run'), ('direction','away')])
def test_parse_sentence():
"""the same test as above without a fixture"""
x = parse_sentence([('noun','princess'),('verb','run'),('direction','away')])
assert x.subject == 'princess'
assert x.verb == 'run'
assert x.obj == 'away'
def process_input(self, user_input):
action = lexicon.scan(user_input)
print(action)
return parser.parse_sentence(action)
