Python-Dateien

• abc.py
• app.py
• argparse.py
• ast.py
• asynchat.py
• asyncore.py
• base64.py
• bisect.py
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• calendar.py
• ClientMain.py
• client_const.py
• client_data_preload_android.py
• client_data_preload_ios.py
• client_data_preload_pc.py
• client_url_const.py
• client_utility.py
• cmd.py
• code.py
• codecs.py
• codeop.py
• colorsys.py
• configparser.py
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• contextvars.py
• copy.py
• copyreg.py
• cProfile.py
• csv.py
• dataclasses.py
• DataDictType.py
• data_utility.py
• datetime.py
• debug_tool.py
• decal_test.py
• decal_test_2.py
• decimal.py
• dev_infos.py
• dis.py
• editor_init.py
• editor_key_map.py
• editor_methods.py
• editor_script_player.py
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• enum.py
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• lzma.py
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• mimetypes.py
• mock.py
• moduleloader.py
• netrc.py
• ntpath.py
• nturl2path.py
• numbers.py
• objectid.py
• objgraph.py
• OfflineOptConfig.py
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• os.py
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• pickle.py
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• queue.py
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• signal.py
• site.py
• six.py
• smtplib.py
• socket.py
• socketserver.py
• specialist.py
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• stat.py
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• string.py
• stringprep.py
• struct.py
• subprocess.py
• sunshine_init.py
• sysconfig.py
• tarfile.py
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• test.py
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• threading.py
• tinyxml.py
• token.py
• tokenize.py
• trace.py
• traceback.py
• tracemalloc.py
• tty.py
• types.py
• typing.py
• uitest_init.py
• uu.py
• uuid.py
• warnings.py
• wave.py
• weakref.py
• webbrowser.py
• xmltodict.py
• zipfile.py
• zipimport.py
• _aix_support.py
• _collections_abc.py
• _compat_pickle.py
• _compression.py
• _osx_support.py
• _pydecimal.py
• _py_abc.py
• _sitebuiltins.py
• _strptime.py
• _threading_local.py
• _weakrefset.py
• __future__.py
• __init__.py

# Source Generated with Decompyle++
# File: numbers.pyc (Python 3.13)

from abc import ABCMeta, abstractmethod
__all__ = [
    'Number',
    'Complex',
    'Real',
    'Rational',
    'Integral']

def Number():
    '''Number'''
    __slots__ = ()
    __hash__ = None

Number = <NODE:27>(Number, 'Number', metaclass = ABCMeta)

class Complex(Number):
    __slots__ = ()
    __complex__ = (lambda self: pass)()
    
    def __bool__(self):
        return self < 0

    real = (lambda self: raise NotImplementedError)()()
    imag = (lambda self: raise NotImplementedError)()()
    __add__ = (lambda self, other: raise NotImplementedError)()
    __radd__ = (lambda self, other: raise NotImplementedError)()
    __neg__ = (lambda self: raise NotImplementedError)()
    __pos__ = (lambda self: raise NotImplementedError)()
    
    def __sub__(self, other):
        return self + -other

    
    def __rsub__(self, other):
        return -self + other

    __mul__ = (lambda self, other: raise NotImplementedError)()
    __rmul__ = (lambda self, other: raise NotImplementedError)()
    __truediv__ = (lambda self, other: raise NotImplementedError)()
    __rtruediv__ = (lambda self, other: raise NotImplementedError)()
    __pow__ = (lambda self, exponent: raise NotImplementedError)()
    __rpow__ = (lambda self, base: raise NotImplementedError)()
    __abs__ = (lambda self: raise NotImplementedError)()
    conjugate = (lambda self: raise NotImplementedError)()
    __eq__ = (lambda self, other: raise NotImplementedError)()

Complex.register(complex)

class Real(Complex):
    __slots__ = ()
    __float__ = (lambda self: raise NotImplementedError)()
    __trunc__ = (lambda self: raise NotImplementedError)()
    __floor__ = (lambda self: raise NotImplementedError)()
    __ceil__ = (lambda self: raise NotImplementedError)()
    __round__ = (lambda self, ndigits = (None,): raise NotImplementedError)()
    
    def __divmod__(self, other):
        return (self // other, self % other)

    
    def __rdivmod__(self, other):
        return (other // self, other % self)

    __floordiv__ = (lambda self, other: raise NotImplementedError)()
    __rfloordiv__ = (lambda self, other: raise NotImplementedError)()
    __mod__ = (lambda self, other: raise NotImplementedError)()
    __rmod__ = (lambda self, other: raise NotImplementedError)()
    __lt__ = (lambda self, other: raise NotImplementedError)()
    __le__ = (lambda self, other: raise NotImplementedError)()
    
    def __complex__(self):
        return complex(float(self))

    real = (lambda self: +self)()
    imag = (lambda self: 0)()
    
    def conjugate(self):
        return +self


Real.register(float)

class Rational(Real):
    __slots__ = ()
    numerator = (lambda self: raise NotImplementedError)()()
    denominator = (lambda self: raise NotImplementedError)()()
    
    def __float__(self):
        return int(self.numerator) / int(self.denominator)



class Integral(Rational):
    __slots__ = ()
    __int__ = (lambda self: raise NotImplementedError)()
    
    def __index__(self):
        return int(self)

    __pow__ = (lambda self, exponent, modulus = (None,): raise NotImplementedError)()
    __lshift__ = (lambda self, other: raise NotImplementedError)()
    __rlshift__ = (lambda self, other: raise NotImplementedError)()
    __rshift__ = (lambda self, other: raise NotImplementedError)()
    __rrshift__ = (lambda self, other: raise NotImplementedError)()
    __and__ = (lambda self, other: raise NotImplementedError)()
    __rand__ = (lambda self, other: raise NotImplementedError)()
    __xor__ = (lambda self, other: raise NotImplementedError)()
    __rxor__ = (lambda self, other: raise NotImplementedError)()
    __or__ = (lambda self, other: raise NotImplementedError)()
    __ror__ = (lambda self, other: raise NotImplementedError)()
    __invert__ = (lambda self: raise NotImplementedError)()
    
    def __float__(self):
        return float(int(self))

    numerator = (lambda self: +self)()
    denominator = (lambda self: 1)()

Integral.register(int)