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How to use parse_input method in autotest
Best Python code snippet using autotest_python
main.py
Source:main.py 
...12 for item in data:13 if isinstance(item, Fact):14 self.KB.kb_assert(item)15 def test1(self):16 ask1 = read.parse_input("fact: (color bigbox red)")17 print(' Asking if', ask1)18 answer = self.KB.kb_ask(ask1)19 self.assertEqual(answer[0].bindings, [])20 #self.assertEqual(aswer.list_of_bindings[0][1][0], ask1)21 def test2(self):22 ask1 = read.parse_input("fact: (color littlebox red)")23 print(' Asking if', ask1)24 answer = self.KB.kb_ask(ask1)25 self.assertFalse(answer)26 def test3(self):27 ask1 = read.parse_input("fact: (color ?X red)")28 print(' Asking if', ask1)29 answer = self.KB.kb_ask(ask1)30 self.assertEqual(str(answer[0]), "?X : bigbox")31 self.assertEqual(str(answer[1]), "?X : pyramid3")32 self.assertEqual(str(answer[2]), "?X : pyramid4")33 def test4(self):34 ask1 = read.parse_input("fact: (color bigbox ?Y)")35 print(' Asking if', ask1)36 answer = self.KB.kb_ask(ask1)37 self.assertEqual(str(answer[0]), "?Y : red")38 def test5(self):39 ask1 = read.parse_input("fact: (color ?X ?Y)")40 print(' Asking if', ask1)41 answer = self.KB.kb_ask(ask1)42 self.assertEqual(str(answer[0]), "?X : bigbox, ?Y : red")43 self.assertEqual(str(answer[1]), "?X : littlebox, ?Y : blue")44 self.assertEqual(str(answer[2]), "?X : pyramid1, ?Y : blue")45 self.assertEqual(str(answer[3]), "?X : pyramid2, ?Y : green")46 self.assertEqual(str(answer[4]), "?X : pyramid3, ?Y : red")47 self.assertEqual(str(answer[5]), "?X : pyramid4, ?Y : red")48 #assert tests49 def test6(self):50 self.KB.kb_assert(read.parse_input("fact: (color box34 blue)"))51 self.KB.kb_assert(read.parse_input("fact: (color box34 red)"))52 a = self.KB.kb_ask(read.parse_input("fact: (color box34 ?Y)"))53 self.assertEqual(str(a[0]), "?Y : blue")54 self.assertEqual(str(a[1]), "?Y : red")55 b = self.KB.kb_ask(read.parse_input("fact: (color box34 blue)"))56 self.assertEqual(b[0].bindings, [])57 c = self.KB.kb_ask(read.parse_input("fact: (color box400 blue)"))58 self.assertEqual(c, False)59 print("Test 6 passed!")60 def test7(self):61 self.KB.kb_assert(read.parse_input("fact: (color box37 blue)"))62 self.KB.kb_assert(read.parse_input("fact: (color box37 blue)"))63 self.assertEqual(True, True)64 ask1 = read.parse_input("fact: (color ?X blue)")65 answer = self.KB.kb_ask(ask1)66 self.assertEqual(str(answer[0]), "?X : littlebox")67 self.assertEqual(str(answer[1]), "?X : pyramid1")68 self.assertEqual(str(answer[2]), "?X : box37")69 print("{!r}".format(answer))70class KBTest2(unittest.TestCase):71 def setUp(self):72 # Assert starter facts73 file = 'statements_kb2.txt'74 data = read.read_tokenize(file)75 self.KB = KnowledgeBase([], [])76 for item in data:77 if isinstance(item, Fact):78 self.KB.kb_assert(item)79 def test2_1(self):80 ask1 = read.parse_input("fact: (attacked Ai Nosliw)")81 print(' Asking if', ask1)82 answer = self.KB.kb_ask(ask1)83 self.assertEqual(answer[0].bindings, [])84 #self.assertEqual(aswer.list_of_bindings[0][1][0], ask1)85 print("test 2_1 passed!")86 def test2_2(self):87 ask1 = read.parse_input("fact: (color littlebox red)")88 print(' Asking if', ask1)89 answer = self.KB.kb_ask(ask1)90 self.assertFalse(answer)91 print("test 2_2 passed!")92 def test2_3(self):93 a1 = read.parse_input("fact: (inst Harry Wizard)")94 a2 = read.parse_input("fact: (inst Ron Wizard)")95 a3 = read.parse_input("fact: (inst Hermione Sorceress)")96 self.KB.kb_assert(a1)97 self.KB.kb_assert(a2)98 self.KB.kb_assert(a3)99 ask1 = read.parse_input("fact: (inst ?X Wizard)")100 print(' Asking if', ask1)101 answer = self.KB.kb_ask(ask1)102 self.assertEqual(str(answer[0]), "?X : Harry")103 self.assertEqual(str(answer[1]), "?X : Ron")104 ask2 = read.parse_input("fact: (inst ?X Sorceress)")105 print(' Asking if', ask2)106 answer2 = self.KB.kb_ask(ask2)107 self.assertEqual(str(answer2[0]), "?X : Sarorah")108 self.assertEqual(str(answer2[1]), "?X : Hermione")109 print("test 2_3 passed!")110def test2_4(self):111 ask1 = read.parse_input("fact: (hero ?Y)")112 print(' Asking if', ask1)113 answer = self.KB.kb_ask(ask1)114 self.assertEqual(str(answer[0]), "?Y : Ai")115 print("test 2_4 passed!")116def test2_5(self):117 ask1 = read.parse_input("fact: (color ?X ?Y)")118 print(' Asking if', ask1)119 answer = self.KB.kb_ask(ask1)120 self.assertEqual(str(answer[0]), "?X : bigbox, ?Y : red")121 self.assertEqual(str(answer[1]), "?X : littlebox, ?Y : blue")122 self.assertEqual(str(answer[2]), "?X : pyramid1, ?Y : blue")123 self.assertEqual(str(answer[3]), "?X : pyramid2, ?Y : green")124 self.assertEqual(str(answer[4]), "?X : pyramid3, ?Y : red")125 self.assertEqual(str(answer[5]), "?X : pyramid4, ?Y : red")126#assert tests127def test2_6(self):128 self.KB.kb_assert(read.parse_input("fact: (color box34 blue)"))129 self.KB.kb_assert(read.parse_input("fact: (color box34 red)"))130 a = self.KB.kb_ask(read.parse_input("fact: (color box34 ?Y)"))131 self.assertEqual(str(a[0]), "?Y : blue")132 self.assertEqual(str(a[1]), "?Y : red")133 b = self.KB.kb_ask(read.parse_input("fact: (color box34 blue)"))134 self.assertEqual(b[0].bindings, [])135 c = self.KB.kb_ask(read.parse_input("fact: (color box400 blue)"))136 self.assertEqual(c, False)137 print("Test 6 passed!")138def test2_7(self):139 self.KB.kb_assert(read.parse_input("fact: (color box37 blue)"))140 self.KB.kb_assert(read.parse_input("fact: (color box37 blue)"))141 self.assertEqual(True, True)142 ask1 = read.parse_input("fact: (color ?X blue)")143 answer = self.KB.kb_ask(ask1)144 self.assertEqual(str(answer[0]), "?X : littlebox")145 self.assertEqual(str(answer[1]), "?X : pyramid1")146 self.assertEqual(str(answer[2]), "?X : box37")147 print("{!r}".format(answer))148if __name__ == '__main__':...
test_convert_IP_to_SI.py
Source:test_convert_IP_to_SI.py
1from ast import parse2from honeybee_ph_utils.units import parse_input, convert3def test_positive_inches():4 assert convert(*parse_input("3 IN"), "IN") == 35 assert convert(*parse_input("3 IN"), "FT") == 0.256 assert convert(*parse_input("4 IN"), "M") == 0.10167 assert convert(*parse_input("4 IN"), "CM") == 10.168 assert convert(*parse_input("4 IN"), "MM") == 101.69def test_negative_inches():10 assert convert(*parse_input("-3 IN"), "IN") == -311 assert convert(*parse_input("-3 IN"), "FT") == -0.2512 assert convert(*parse_input("-4 IN"), "M") == -0.101613 assert convert(*parse_input("-4 IN"), "CM") == -10.1614 assert convert(*parse_input("-4 IN"), "MM") == -101.615def test_positive_feet():16 assert convert(*parse_input("3 FT"), "FT") == 317 assert convert(*parse_input("3 FT"), "IN") == 3618 assert convert(*parse_input("4 FT"), "M") == 1.219219 assert convert(*parse_input("4 FT"), "CM") == 121.9220 assert convert(*parse_input("4 FT"), "MM") == 1219.221def test_negative_feet():22 assert convert(*parse_input("-3 FT"), "FT") == -323 assert convert(*parse_input("-3 FT"), "IN") == -3624 assert convert(*parse_input("-4 FT"), "M") == -1.219225 assert convert(*parse_input("-4 FT"), "CM") == -121.92...
test_parse_inputs.py
Source:test_parse_inputs.py
1from honeybee_ph_utils.units import parse_input2def test_parse_string_no_units():3 assert parse_input("4") == ("4", None)4 assert parse_input(4) == ("4", None)5 assert parse_input("-4") == ("-4", None)6 assert parse_input(-4) == ("-4", None)7 assert parse_input("4.0") == ("4.0", None)8 assert parse_input(4.0) == ("4.0", None)9 assert parse_input("-4.0") == ("-4.0", None)10 assert parse_input(-4.0) == ("-4.0", None)11def test_parse_string_with_units():12 assert parse_input("4 BTU/HR-FT-F") == ("4", "BTU/HR-FT-F")13 assert parse_input("4 BTU/HR-FT-F") == ("4", "BTU/HR-FT-F")14 assert parse_input("4BTU/HR-FT-F") == ("4", "BTU/HR-FT-F")15 assert parse_input("-4 BTU/HR-FT-F") == ("-4", "BTU/HR-FT-F")16 assert parse_input("4.0 BTU/HR-FT-F") == ("4.0", "BTU/HR-FT-F")17 assert parse_input("4.0BTU/HR-FT-F") == ("4.0", "BTU/HR-FT-F")18 assert parse_input("-4.0 BTU/HR-FT-F") == ("-4.0", "BTU/HR-FT-F")19def test_parse_string_no_value():...
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