human
Complete the below
def deterministicResolvingReactor(reactor, expectedAddresses=(), hostMap=None):

    ''''Create a reactor that will deterministically resolve all hostnames it is
    passed to the list of addresses given.
    @param reactor: An object that we wish to add an
    L{IReactorPluggableNameResolver} to.
    @type reactor: Any object with some formally-declared interfaces (i.e. one
    where C{list(providedBy(reactor))} is not empty).
usually C{IReactor*}
    interfaces.
    @param expectedAddresses: (optional).
the addresses expected to be returned
    for every address.  If these are strings, they should be IPv4 or IPv6
    literals, and they will be wrapped in L{IPv4Address} and L{IPv6Address}
    objects in the resolution result.
    @type expectedAddresses: iterable of C{object} or C{str}
    @param hostMap: (optional).
the names (unicode) mapped to lists of
    addresses (str or L{IAddress}).
in the same format as expectedAddress,
    which map the results for I{specific} hostnames to addresses.
    @return: A new reactor which provides all the interfaces previously
    provided by C{reactor} as well as L{IReactorPluggableNameResolver}.
    All name resolutions performed with its C{nameResolver} attribute will
    resolve reentrantly and synchronously with the given
    C{expectedAddresses}.  However, it is not a complete implementation as
    it does not have an C{installNameResolver} method.'
    '''
assistant
#Here is the Python code you requested.
    if (hostMap is None):
        hostMap = {}
    hostMap = hostMap.copy()
    @implementer(IHostnameResolver)
    class SimpleNameResolver(object, ):
        @staticmethod
        def resolveHostName(resolutionReceiver, hostName, portNumber=0, addressTypes=None, transportSemantics='TCP'):
            resolutionReceiver.resolutionBegan(None)
            for expectedAddress in hostMap.get(hostName, expectedAddresses):
                if isinstance(expectedAddress, str):
                    expectedAddress = [IPv4Address, IPv6Address][isIPv6Address(expectedAddress)]('TCP', expectedAddress, portNumber)
                resolutionReceiver.addressResolved(expectedAddress)
            resolutionReceiver.resolutionComplete()
    @implementer(IReactorPluggableNameResolver)
    class WithResolver(proxyForInterface(InterfaceClass('*', tuple(providedBy(reactor)))), ):
        nameResolver = SimpleNameResolver()
    return WithResolver(reactor)