KaneAI - World’s First E2E Software Testing Agent.Book a Demo Join TestMu Conference

How to use test_float_float method in hypothesis

Best Python code snippet using hypothesis

parser_operators.py

Source:parser_operators.py

...21        self.assertIsInstance(atoms[0], operators.add.ParseBinaryAddIntegerInteger)22    def test_integer_float(self):23        atoms, deps = parse(tokenise("1 + 1.0"), {})24        self.assertIsInstance(atoms[0], operators.add.ParseBinaryAddIntegerFloat)25    def test_float_float(self):26        atoms, deps = parse(tokenise("1.0 + 1.0"), {})27        self.assertIsInstance(atoms[0], operators.add.ParseBinaryAddFloatFloat)28    def test_float_integer(self):29        atoms, deps = parse(tokenise("1.0 + 1"), {})30        self.assertIsInstance(atoms[0], operators.add.ParseBinaryAddFloatInteger)31class ParserOperatorTestSubtract(unittest.TestCase):32    def test_integer_integer(self):33        atoms, deps = parse(tokenise("1 - 1"), {})34        self.assertIsInstance(atoms[0], operators.subtract.ParseBinarySubtractIntegerInteger)35    def test_integer_float(self):36        atoms, deps = parse(tokenise("1 - 1.0"), {})37        self.assertIsInstance(atoms[0], operators.subtract.ParseBinarySubtractIntegerFloat)38    def test_float_float(self):39        atoms, deps = parse(tokenise("1.0 - 1.0"), {})40        self.assertIsInstance(atoms[0], operators.subtract.ParseBinarySubtractFloatFloat)41    def test_float_integer(self):42        atoms, deps = parse(tokenise("1.0 - 1"), {})43        self.assertIsInstance(atoms[0], operators.subtract.ParseBinarySubtractFloatInteger)44class ParserOperatorTestDivide(unittest.TestCase):45    def test_integer_integer(self):46        atoms, deps = parse(tokenise("1 / 1"), {})47        self.assertIsInstance(atoms[0], operators.divide.ParseBinaryDivideIntegerInteger)48    def test_integer_float(self):49        atoms, deps = parse(tokenise("1 / 1.0"), {})50        self.assertIsInstance(atoms[0], operators.divide.ParseBinaryDivideIntegerFloat)51    def test_float_float(self):52        atoms, deps = parse(tokenise("1.0 / 1.0"), {})53        self.assertIsInstance(atoms[0], operators.divide.ParseBinaryDivideFloatFloat)54    def test_float_integer(self):55        atoms, deps = parse(tokenise("1.0 / 1"), {})56        self.assertIsInstance(atoms[0], operators.divide.ParseBinaryDivideFloatInteger)57class ParserOperatorTestModulo(unittest.TestCase):58    def test_integer_integer(self):59        atoms, deps = parse(tokenise("1 % 1"), {})60        self.assertIsInstance(atoms[0], operators.modulo.ParseBinaryModuloIntegerInteger)61    def test_integer_float(self):62        atoms, deps = parse(tokenise("1 % 1.0"), {})63        self.assertIsInstance(atoms[0], operators.modulo.ParseBinaryModuloIntegerFloat)64    def test_float_float(self):65        atoms, deps = parse(tokenise("1.0 % 1.0"), {})66        self.assertIsInstance(atoms[0], operators.modulo.ParseBinaryModuloFloatFloat)67    def test_float_integer(self):68        atoms, deps = parse(tokenise("1.0 % 1"), {})69        self.assertIsInstance(atoms[0], operators.modulo.ParseBinaryModuloFloatInteger)70class ParserOperatorTestMultiply(unittest.TestCase):71    def test_integer_integer(self):72        atoms, deps = parse(tokenise("1 * 1"), {})73        self.assertIsInstance(atoms[0], operators.multiply.ParseBinaryMultiplyIntegerInteger)74    def test_integer_float(self):75        atoms, deps = parse(tokenise("1 * 1.0"), {})76        self.assertIsInstance(atoms[0], operators.multiply.ParseBinaryMultiplyIntegerFloat)77    def test_float_float(self):78        atoms, deps = parse(tokenise("1.0 * 1.0"), {})79        self.assertIsInstance(atoms[0], operators.multiply.ParseBinaryMultiplyFloatFloat)80    def test_float_integer(self):81        atoms, deps = parse(tokenise("1.0 * 1"), {})82        self.assertIsInstance(atoms[0], operators.multiply.ParseBinaryMultiplyFloatInteger)83class ParserOperatorTestExponent(unittest.TestCase):84    def test_integer_integer(self):85        atoms, deps = parse(tokenise("1 ** 1"), {})86        self.assertIsInstance(atoms[0], operators.exponent.ParseBinaryExponentIntegerInteger)87    def test_integer_negative(self):88        atoms, deps = parse(tokenise("1 ** -1"), {})89        self.assertIsInstance(atoms[0], operators.exponent.ParseBinaryExponentIntegerNegative)90    def test_integer_float(self):91        atoms, deps = parse(tokenise("1 ** 1.0"), {})92        self.assertIsInstance(atoms[0], operators.exponent.ParseBinaryExponentIntegerFloat)93    def test_float_float(self):94        atoms, deps = parse(tokenise("1.0 ** 1.0"), {})95        self.assertIsInstance(atoms[0], operators.exponent.ParseBinaryExponentFloatFloat)96    def test_float_integer(self):97        atoms, deps = parse(tokenise("1.0 ** 1"), {})98        self.assertIsInstance(atoms[0], operators.exponent.ParseBinaryExponentFloatInteger)99class ParserOperatorTestComplement(unittest.TestCase):100    def test_integer(self):101        atoms, deps = parse(tokenise("~1"), {})102        self.assertIsInstance(atoms[0], operators.complement.ParseUnaryComplementInteger)103class ParserOperatorTestAnd(unittest.TestCase):104    def test_integer_integer(self):105        atoms, deps = parse(tokenise("1 & 1"), {})106        self.assertIsInstance(atoms[0], operators.bitwise.ParseBinaryAndIntegerInteger)107class ParserOperatorTestXor(unittest.TestCase):108    def test_integer_integer(self):109        atoms, deps = parse(tokenise("1 ^ 1"), {})110        self.assertIsInstance(atoms[0], operators.bitwise.ParseBinaryXorIntegerInteger)111class ParserOperatorTestOr(unittest.TestCase):112    def test_integer_integer(self):113        atoms, deps = parse(tokenise("1 | 1"), {})114        self.assertIsInstance(atoms[0], operators.bitwise.ParseBinaryOrIntegerInteger)115class ParserOperatorTestLeft(unittest.TestCase):116    def test_integer_integer(self):117        atoms, deps = parse(tokenise("1 << 1"), {})118        self.assertIsInstance(atoms[0], operators.bitwise.ParseBinaryLeftIntegerInteger)119class ParserOperatorRightLeft(unittest.TestCase):120    def test_integer_integer(self):121        atoms, deps = parse(tokenise("1 >> 1"), {})122        self.assertIsInstance(atoms[0], operators.bitwise.ParseBinaryRightIntegerInteger)123class ParserOperatorTestGreater(unittest.TestCase):124    def test_integer_integer(self):125        atoms, deps = parse(tokenise("1 > 1"), {})126        self.assertIsInstance(atoms[0], operators.greater.ParseBinaryGreaterIntegerInteger)127    def test_integer_float(self):128        atoms, deps = parse(tokenise("1 > 1.0"), {})129        self.assertIsInstance(atoms[0], operators.greater.ParseBinaryGreaterIntegerFloat)130    def test_float_float(self):131        atoms, deps = parse(tokenise("1.0 > 1.0"), {})132        self.assertIsInstance(atoms[0], operators.greater.ParseBinaryGreaterFloatFloat)133    def test_float_integer(self):134        atoms, deps = parse(tokenise("1.0 > 1"), {})135        self.assertIsInstance(atoms[0], operators.greater.ParseBinaryGreaterFloatInteger)136class ParserOperatorTestLesser(unittest.TestCase):137    def test_integer_integer(self):138        atoms, deps = parse(tokenise("1 < 1"), {})139        self.assertIsInstance(atoms[0], operators.lesser.ParseBinaryLesserIntegerInteger)140    def test_integer_float(self):141        atoms, deps = parse(tokenise("1 < 1.0"), {})142        self.assertIsInstance(atoms[0], operators.lesser.ParseBinaryLesserIntegerFloat)143    def test_float_float(self):144        atoms, deps = parse(tokenise("1.0 < 1.0"), {})145        self.assertIsInstance(atoms[0], operators.lesser.ParseBinaryLesserFloatFloat)146    def test_float_integer(self):147        atoms, deps = parse(tokenise("1.0 < 1"), {})148        self.assertIsInstance(atoms[0], operators.lesser.ParseBinaryLesserFloatInteger)149class ParserOperatorTestContains(unittest.TestCase):150    def test_string_string(self):151        atoms, deps = parse(tokenise('"a" in "asd"'), {})152        self.assertIsInstance(atoms[0], operators.contains.ParseBinaryContainsStringString)153    def test_ipv4_cidrv4(self):154        atoms, deps = parse(tokenise("10.84.1.1 in 10.84.0.0/16"), {})155        self.assertIsInstance(atoms[0], operators.contains.ParseBinaryContainsIPCIDR)156    def test_ipv6_cidrv6(self):157        atoms, deps = parse(tokenise("fd84:9d71:8b8:1::1 in fd84:9d71:8b8::/48"), {})158        self.assertIsInstance(atoms[0], operators.contains.ParseBinaryContainsIPCIDR)159class ParserOperatorTestMatch(unittest.TestCase):160    def test_string_regex(self):161        atoms, deps = parse(tokenise('"asd" =~ /^a/'), {})162        self.assertIsInstance(atoms[0], operators.match.ParseBinaryMatchStringRegex)163class ParserOperatorTestNot(unittest.TestCase):164    def test_string(self):165        atoms, deps = parse(tokenise('!"asd"'), {})166        self.assertIsInstance(atoms[0], operators.bools.ParseUnaryNot)167    def test_regex(self):168        atoms, deps = parse(tokenise("!/a/"), {})169        self.assertIsInstance(atoms[0], operators.bools.ParseUnaryNot)170    def test_integer(self):171        atoms, deps = parse(tokenise("!1"), {})172        self.assertIsInstance(atoms[0], operators.bools.ParseUnaryNot)173    def test_float(self):174        atoms, deps = parse(tokenise("!1.0"), {})175        self.assertIsInstance(atoms[0], operators.bools.ParseUnaryNot)176    def test_bool(self):177        atoms, deps = parse(tokenise("!true"), {})178        self.assertIsInstance(atoms[0], operators.bools.ParseUnaryNot)179class ParserOperatorTestPositive(unittest.TestCase):180    def test_integer(self):181        atoms, deps = parse(tokenise("+1"), {})182        self.assertIsInstance(atoms[0], operators.positive.ParseUnaryPositiveInteger)183    def test_float(self):184        atoms, deps = parse(tokenise("+1.0"), {})185        self.assertIsInstance(atoms[0], operators.positive.ParseUnaryPositiveFloat)186class ParserOperatorTestNegative(unittest.TestCase):187    def test_integer(self):188        atoms, deps = parse(tokenise("-1"), {})189        self.assertIsInstance(atoms[0], operators.negative.ParseUnaryNegativeInteger)190    def test_integer_double(self):191        # flatten a double negative integer to an integer192        atoms, deps = parse(tokenise("--1"), {})193        self.assertIsInstance(atoms[0], ParseInteger)194    def test_float(self):195        atoms, deps = parse(tokenise("-1.0"), {})196        self.assertIsInstance(atoms[0], operators.negative.ParseUnaryNegativeFloat)197    def test_float_double(self):198        # flatten a double negative float to a float199        atoms, deps = parse(tokenise("--1.0"), {})200        self.assertIsInstance(atoms[0], ParseFloat)201class ParserOperatorTestBoth(unittest.TestCase):202    def test_bool_bool(self):203        atoms, deps = parse(tokenise("true && true"), {})204        self.assertIsInstance(atoms[0], operators.bools.ParseBinaryBoth)205    def test_integer_integer(self):206        atoms, deps = parse(tokenise("1 && 1"), {})207        self.assertIsInstance(atoms[0], operators.bools.ParseBinaryBoth)208    def test_float_float(self):209        atoms, deps = parse(tokenise("1.0 && 1.0"), {})210        self.assertIsInstance(atoms[0], operators.bools.ParseBinaryBoth)211    def test_string_string(self):212        atoms, deps = parse(tokenise('"asd" && "asd"'), {})213        self.assertIsInstance(atoms[0], operators.bools.ParseBinaryBoth)214    def test_regex_regex(self):215        atoms, deps = parse(tokenise("/a/ && /a/"), {})216        self.assertIsInstance(atoms[0], operators.bools.ParseBinaryBoth)217class ParserOperatorTestVariable(unittest.TestCase):218    def test_integer(self):219        atoms, deps = parse(tokenise("a"), {"a": ParseInteger()})220        self.assertIsInstance(atoms[0], operators.variable.ParseVariableInteger)221    def test_float(self):222        atoms, deps = parse(tokenise("a"), {"a": ParseFloat()})...

ctypes_cfunctype_promptt0.8_pp2.0_fp2.0_18.py

Source:ctypes_cfunctype_promptt0.8_pp2.0_fp2.0_18.py

1import ctypes2# Test ctypes.CFUNCTYPE()3# python_obj = ctypes.CFUNCTYPE(result, arg1, arg...)4# result is one of [void, int, float, double, POINTER(c_int), POINTER(c_float)]5# arg is one of [int, float, double, POINTER(c_int), POINTER(c_float)]6# int function(int)7test_int_int = ctypes.CFUNCTYPE(ctypes.c_int, ctypes.c_int)8# float function(float)9test_float_float = ctypes.CFUNCTYPE(ctypes.c_float, ctypes.c_float)10# double function(double)11test_double_double = ctypes.CFUNCTYPE(ctypes.c_double, ctypes.c_double)12# int function(float)13test_int_float = ctypes.CFUNCTYPE(ctypes.c_int, ctypes.c_float)...

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.