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)...

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