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How to use to_decorate method in freezegun

Best Python code snippet using freezegun

test_decorators.py

Source:test_decorators.py

...7                         ((int, float), [-10, 10]),8                         (int, [0, 10]),9                         ("s", "s")10                         )11        def to_decorate(a, str1, b=2.2, c=4, str2="blobfish"):12            val = round(a*b,0) % c13            val = int(val)14            return str(val) + "-" + str1 + "-" + str215        assert to_decorate(7, "pferd") == '3-pferd-blobfish'16        with self.assertRaises(AssertionError) as ctx:17            to_decorate(7, 8)18        self.assertEqual("Type of parameter '8' does not match <class 'str'>",19                         str(ctx.exception))20        assert to_decorate(4, "gorilla", c=6) == '3-gorilla-blobfish'21        with self.assertRaises(AssertionError) as ctx:22            to_decorate(4, "gorilla", c=6.6)23        self.assertEqual("Type of parameter c does not match <class 'int'>",24                         str(ctx.exception))25        with self.assertRaises(AssertionError) as ctx:26            to_decorate(4, "gorilla", c=12)27        self.assertEqual("Parameter c=12 must be inside bounds [0, 10]",28                         str(ctx.exception))29        with self.assertRaises(TypeError) as ctx:30            to_decorate(4, "gorilla", str2=44)31        self.assertEqual("""can only concatenate str (not "int") to str""",32                         str(ctx.exception))33    def test_decorator_accepts(self):34        @accepts("s",35                 str,36                 (int, float),37                 int,38                 "s"39                )40        def to_decorate(a, str1, b=2.2, c=4, str2="blobfish"):41            val = round(a*b,0) % c42            val = int(val)43            return str(val) +"-" + str1 + "-" + str244        assert to_decorate(a=True, str1="belly") == '2-belly-blobfish'45        with self.assertRaises(TypeError) as ctx:46            to_decorate(True, "belly", str2=44)47        self.assertEqual("""can only concatenate str (not "int") to str""",48                         str(ctx.exception))49        with self.assertRaises(AssertionError) as ctx:50            to_decorate(True, "belly", c=4.44)51        self.assertEqual("Type of parameter c does not match <class 'int'>",52                         str(ctx.exception))53        with self.assertRaises(AssertionError) as ctx:54            to_decorate(4, "belly", b=[4, 6])55        msg = "Type of parameter b does not match (<class 'int'>, "\56              "<class 'float'>)"57        self.assertEqual(msg, str(ctx.exception))58    def test_decorator_bounds(self):59        @arg_bounds("s",60                    [-10, 10],61                    [0, 10],62                    )63        def to_decorate(a, b=2.2, c=4):64            return round(a * b, 0) % c65        assert to_decorate(4444, 5, 5) == 066        assert round(to_decorate(12, c=5.4), 1) == 4.467        with self.assertRaises(AssertionError) as ctx:68            to_decorate(4444, 10.1, 5)69        self.assertEqual("Parameter '10.1' must be inside bounds [-10, 10]",70                         str(ctx.exception))71        with self.assertRaises(AssertionError) as ctx:72            to_decorate(4444, b=10.1, c=5)73        self.assertEqual("Parameter b=10.1 must be inside bounds [-10, 10]",74                         str(ctx.exception))75if __name__ == '__main__':...

decorators.py

Source:decorators.py

2def decorator(f):3    print('Decorated!')4    return f5@decorator6def to_decorate():7    print('To Decorate')8    return 19to_decorate()10to_decorate = decorator(to_decorate)11# Decorator with Wrapper12def decorator(f):13    def wrapper():14        print('Decorated!')15        f()16    return wrapper17@decorator18def to_decorate():19    print('To Decorate')20    return 121to_decorate()22to_decorate = decorator(to_decorate)23# Decorator that can handle function parameters24def decorator(f):25    def wrapper(*args, **kwargs):26        print('Decorated!')27        f(*args, **kwargs)28    return wrapper29@decorator_with_wrapper30def to_decorate(x, y, **kwargs):31    print('To Decorate')32    print(x)33    print(y)34    print(kwargs)35    return 136to_decorate('searingfrost', 'another parameter', **{'key': 'value'})37to_decorate = decorator(to_decorate)38# Decorator factory to handle decorator parameters39def decorator_factory(*factory_args, **factory_kwargs):40    def decorator(f):41        def wrapper(*args, **kwargs):42            print(f'Args Passed to factory: {factory_args}')43            print(f'KeywordArgs passed to factory: {factory_kwargs}')44            print('Decorated!')45            f(*args, **kwargs)46        return wrapper47    return decorator_with_wrapper48@decorator_factory('someargument', a=5, b=10)49def to_decorate(x, y, **kwargs):50    print('To Decorate')51    print(x)52    print(y)53    print(kwargs)54to_decorate('searingfrost', 'another parameter', **{'key': 'value'})...

profile.py

Source:profile.py

...15        def wrapper(*args, **kwargs):16            name = match.group('name')17            print(f'\'{name}\' started')18            start_time = time.time()19            result = to_decorate(*args, **kwargs)20            time_spend = start_time - time.time()21            print(f'\'{name}\' finished in {time_spend}s')22            return result23        return wrapper24    elif inspect.isclass(to_decorate):25        for attribute in to_decorate.__dict__:26            if inspect.isfunction(getattr(to_decorate, attribute)):27                setattr(to_decorate, attribute, profile(getattr(to_decorate, attribute)))28        return to_decorate29    else:...

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