Test your AI Agents with the all-new Agent to Agent Testing Platform.Learn More

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():...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.