def test_skip():
assert_equal(parser.skip([],''), None)
word_list = [('stop', 'the'),
('stop', 'slow'),
('verb', 'kill')]
parser.skip(word_list, 'stop')
assert_equal(word_list, [('verb', 'kill')])
def test_skip():
word_list = [('noun', 'player'), ('noun', 'princess'), ('stop', 'to')]
parser.skip(word_list, 'stop')
assert_equal(word_list, [('noun', 'player'), ('noun', 'princess'),
('stop', 'to')])
parser.skip(word_list, 'noun')
assert_equal(word_list, [('stop', 'to')])
def test_skip():
word_list = [('direction', 'north'), ('direction', 'sound')]
parser.skip(word_list, 'direction')
assert_equal(word_list, [])
word_list2 = [('direction', 'north'), ('noun', 'princess'), ('direction', 'sound')]
parser.skip(word_list2, 'direction')
assert_equal(word_list2, [('noun', 'princess'), ('direction', 'sound')])
def test_skip():
wl1 = lexicon.scan("at the bear")
parser.skip(wl1, 'stop')
print(wl1)
assert [('noun', "bear")] == wl1
wl2 = lexicon.scan("scream at the bear")
parser.skip(wl2, 'stop')
print(wl2)
def test_skip():
# test a standard use case
sentence = lexicon.scan("the the in of go the")
parser.skip(sentence, 'stop')
assert_equal(sentence, [('verb', 'go'), ('stop', 'the')])
# a case where nothing should happen
sentence = lexicon.scan("the the in of go the")
result = lexicon.scan("the the in of go the")
parser.skip(sentence, 'verb')
assert_equal(sentence, result)
def test_skip():
word_list = [('stop', 'of'), ('stop', 'the'), ('direction', 'north')]
result = parser.skip(word_list, 'stop')
assert_equal(result, None)
assert_equal(word_list, [('direction', 'north')])
word_list2 = [('stop', 'of'), ('stop', 'the'), ('direction', 'north')]
result2 = parser.skip(word_list2, 'stop')
assert_equal(result2, None)
assert_equal(word_list2, [('direction', 'north')])
def test():
assert_equal(parser.peek(lexicon.scan('go kill the princess')), 'verb')
assert_equal(parser.match(lexicon.scan('go kill the princess'), 'verb'),
('verb', 'go'))
assert_equal(parser.skip(lexicon.scan('go kill the princess'), 'verb'),
None)
assert_equal(parser.parse_verb(lexicon.scan('go kill the princess')),
('verb', 'go'))
assert_raises(parser.ParserError, parser.parse_verb, ('noun', 'princess'))
assert_equal(parser.parse_object(lexicon.scan('the princess')),
('noun', 'princess'))
assert_equal(parser.parse_object(lexicon.scan('the north')),
('direction', 'north'))
assert_raises(parser.ParserError, parser.parse_object,
lexicon.scan('go kill the princess'))
subj = 'bear'
assert_equal(
parser.parse_sentence(
lexicon.scan('the bear eat the princess')).subject, subj)
ver = 'eat'
assert_equal(
parser.parse_sentence(lexicon.scan('the bear eat the princess')).verb,
ver)
obj = 'princess'
assert_equal(
parser.parse_sentence(
lexicon.scan('the bear eat the princess')).object, obj)
def test_skip():
word_list = [('verb', 'kill'),
('stop', 'the'),
('noun', 'bear')]
word = parser.skip(word_list, 'verb')
assert_equal(2, len(word_list))
assert_equal([('stop', 'the'), ('noun', 'bear')], word_list)
def test_skip():
word_list = lexicon.scan("the door up in the north")
parser.skip(word_list, "noun")
# should be 'the'
assert_equal("stop", parser.peek(word_list))
parser.skip(word_list, "stop")
# should be 'door'
assert_equal("noun", parser.peek(word_list))
# parser.skip([], None) infinite loop
parser.skip(word_list, None)
parser.skip([], {"noun"})
def test_skip():
word_list = lexicon.scan("the door up in the north")
parser.skip(word_list, 'noun')
# should be 'the'
assert_equal('stop', parser.peek(word_list))
parser.skip(word_list, 'stop')
# should be 'door'
assert_equal('noun', parser.peek(word_list))
# parser.skip([], None) infinite loop
parser.skip(word_list, None)
parser.skip([], {'noun'})
def test_skip():
word_list1 = [("verb", "eat"), ("direction", "north")]
word_list2 = [("verb", "eat"), ("stop", "the"), ("stop", "at")]
word_list3 = [("verb", "eat"), ("verb", "go"), ("noun", "bear")]
word_list4 = []
parser.skip(word_list1, "stop")
parser.skip(word_list2, "stop")
parser.skip(word_list3, "verb")
parser.skip(word_list4, "verb")
assert_equal(word_list1, [("verb", "eat"), ("direction", "north")])
assert_equal(word_list2, [("verb", "eat"), ("stop", "the"),
("stop", "at")])
assert_equal(word_list3, [("noun", "bear")])
assert_equal(word_list4, [])
def test_skip():
#word_list = []
#assert None == parser.skip(word_list, 'stop')
word_list = lexicon.scan("Bear kill the princess")
print("WORD_LIST is ", word_list)
#print("PEEK is ", parser.peek(word_list))
#print("MATCH is", parser.match(word_list, 'noun'))
#print("SKIP is ", parser.skip(word_list, 'noun'))
assert ('noun', 'Bear') == parser.match(word_list, 'noun')
assert ('verb', 'kill') == parser.match(word_list, 'verb')
assert ('stop', 'the') == parser.match(word_list, 'stop')
assert ('noun', 'princess') == parser.match(word_list, 'noun')
assert None == parser.skip(word_list, 'stop')
def test_skip(): #skip returns the first word's type and content
word_list = lexicon.scan('bear eat door')
parser.skip(word_list,
'noun') #if first is type, skip it, if not, stay the same
assert_equal(word_list, [('verb', 'eat'), ('noun', 'door')])
word_list = lexicon.scan('eat door')
parser.skip(word_list,
'noun') #if first is type, skip it, if not, stay the same
assert_equal(word_list, [('verb', 'eat'), ('noun', 'door')])
word_list = lexicon.scan('east eat door')
parser.skip(word_list,
'noun') #if first is type, skip it, if not, stay the same
assert_equal(word_list, [('direction', 'east'), ('verb', 'eat'),
('noun', 'door')])
word_list = lexicon.scan('the eat door')
parser.skip(word_list, 'stop')
assert_equal(word_list, [('verb', 'eat'), ('noun', 'door')])
def test_skip():
vector = lexicon.scan('the')
parser.skip(vector, 'stop')
assert_equal(vector, [])
vector2 = lexicon.scan('bear IAS princess')
assert_equal(vector2, [('noun','bear'),
('error','IAS'),
('noun','princess')])
parser.skip(vector2, 'noun')
assert_equal(vector2, [('error','IAS'),
('noun','princess')])
parser.skip(vector2, 'error')
assert_equal(vector2, [('noun','princess')])
def test_skip():
#skip doesn't return anything
assert_equal(parser.skip(word_list_2, 'noun'), None)
def test_skip():
#one word
line1 = "bear"
word_tuples1 = lexicon.scan(line1)
parser.skip(word_tuples1, "verb")
assert_equal(1, len(word_tuples1))
parser.skip(word_tuples1, 'noun')
assert_equal(0, len(word_tuples1))
#multiple words
line2 = "princess eat the princess" # eww
word_tuples2 = lexicon.scan(line2)
assert_equal(4, len(word_tuples2))
parser.skip(word_tuples2, "verb")
assert_equal(4, len(word_tuples2)) # no change
parser.skip(word_tuples2, "noun")
assert_equal(3, len(word_tuples2)) # chopped one i.e. princess
parser.skip(word_tuples2, "verb")
assert_equal(2, len(word_tuples2)) # chopped one i.e. eat
parser.skip(word_tuples2, "verb")
assert_equal(2, len(word_tuples2)) # chopped none
parser.skip(word_tuples2, "stop")
assert_equal(1, len(word_tuples2)) # chopped one i.e. the
def test_skip(): #word_list[('stop', 'the')]
word_list = lexicon.scan('the')
s = parser.skip(word_list, word_type='stop')
assert_equal = (parser.skip(word_list, word_type='stop'), 'stop')
def test_skip():
assert_equal(parser.skip([], ''), None)
word_list = [('stop', 'the'), ('stop', 'slow'), ('verb', 'kill')]
parser.skip(word_list, 'stop')
assert_equal(word_list, [('verb', 'kill')])
def test_skip():
word_list = [('stop', 'will'), ('stop', 'the'), ('noun', 'bear')]
parser.skip(word_list, 'stop')
match = parser.match(word_list, 'noun')
assert_equal(match, ('noun', 'bear'))
def test_skip():
blank=[]
sentence = [('verb', 'eat'), ('stop', 'a'), ('noun', 'bagel')]
parser.skip(sentence, 'verb')
assert_equal(sentence, [('stop', 'a'),('noun', 'bagel')])
def test_skip():
test_sentence = lexicon.scan("in the north")
result = parser.skip(test_sentence, 'stop')
assert_equal(test_sentence, [('direction', 'north')])
def test_skip():
word_list = [('verb', 'go'), ('direction', 'north'), ('stop', 'at'), ('noun', 'door')]
parser.skip(word_list, 'verb')
assert_equal(word_list, [('direction', 'north'), ('stop', 'at'), ('noun', 'door')])
def parse_skip_tests():
word_list = [('type_a', 'word_a'), ('type_a', 'word_a'), ('type_b', 'word_b')]
parser.skip(word_list, 'type_a')
assert_equals(parser.peek(word_list), 'type_b')
parser.skip(word_list, 'type_b')
assert_equals(parser.peek(word_list), None)
def test_skip():
word_list = lexicon.scan('bear eat door')
assert_equal(word_list, [('noun', 'bear'), ('verb', 'eat'),
('noun', 'door')])
parser.skip(word_list, 'noun')
assert_equal(word_list, [('verb', 'eat'), ('noun', 'door')])
def test_skip():
word_list1 = lexicon.scan("open the door")
result = parser.skip(word_list1, 'stop')
assert_equal(result, None)
def test_skip():
assert_equal(parser.skip(word_list, 'noun'), None)
def test_skip():
assert_equal(parser.skip([['verb', 'go'], ['direction', 'north']], 'verb'),
['verb', 'go'])
def test_skip():
word_list = lexicon.scan('the bear is go to the east')
# word_list.extend(lexicon.sentence)#拼接字符串
# print(word_list)
parser.skip(word_list, 'stop')
assert_equal(parser.peek(word_list), 'noun')
def test_skip():
wordlist = [('stop', 'the'), ('noun', 'bear')]
result = parser.skip(wordlist, 'stop')
assert_equal(result, None)
assert_equal(wordlist, [('noun', 'bear')])
def test_skip():
assert_equal(parser.skip([('stop', 'the'), ('direction', 'north')], 'stop'), None)
def test_skip():
assert_equal(parser.skip(word_list,'stop'),None)
def test_skip_with_no_matches():
wordlist = [('stop', 'the')]
result = parser.skip(wordlist, 'noun')
assert_equal(result, None)
assert_equal(wordlist, [('stop', 'the')])
def test_skip():
word_list = [('stop', 'the'), ('noun', 'princess')]
assert_equal(parser.skip(word_list, 'stop'), None)
assert_equal(word_list, [('noun', 'princess')])
def test_skip():
word_list = lexicon.scan("the bear eat princess")
parser.skip(word_list, 'stop')
print(word_list, ">>>>ignore here")
def test_skip():
assert_equal(parser.skip([('verb', 'kill')], 'verb'), ('verb', 'kill'))
def test_skip():
raw_word_list = [('oh', 'run'), ('oh', 'go'), ('direction', 'up')]
parser.skip(raw_word_list, 'oh')
assert_equal(raw_word_list, [('direction', 'up')])
def test_skip():
assert_equal(parser.skip(word_list1, 'stop'), None)
def test_skip():
assert_equal(parser.skip([('direction', 'north')], 'direction'), None)
result = parser.skip([('stop', 'the'), ('stop', 'in'),
('direction', 'north'), ('direction', 'north')],
'stop')
assert_equal(result, None)
def test_skip(self):
word_list = [('stop', 'the'), ('noun', 'floor')]
parser.skip(word_list, 'stop')
self.assertEqual(word_list, [('noun', 'floor')])
def test_skip():
word_list = [('stop', 'will'), ('stop', 'the'), ('noun', 'bear')]
parser.skip(word_list, 'stop')
match = parser.match(word_list, 'noun')
assert_equal(match, ('noun', 'bear'))
def test_skip():
word_list = lexicon.scan('bear eat door')
assert_equal(word_list, [('noun', 'bear'), ('verb', 'eat'), ('noun', 'door')])
parser.skip(word_list, 'noun')
assert_equal(word_list, [('verb', 'eat'), ('noun', 'door')])
def test_skip():
word_list = lexicon.scan('the bear is go to the east')
# word_list.extend(lexicon.sentence)#拼接字符串
# print(word_list)
parser.skip(word_list, 'stop')
assert_equal(parser.peek(word_list), 'noun')
def test_skip():
word_list = [('noun', 'princess'), ('verb', 'throws'), ('object', 'coins')]
skip_working = parser.skip(word_list, 'noun')
