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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def _process_one_indirect_jump(self, jump):
 """ Resolve a given indirect jump. :param IndirectJump jump: The IndirectJump instance. :return: A set of resolved indirect jump targets (ints). """


        resolved = False
        resolved_by = None
        targets = None

        block = self._lift(jump.addr, opt_level=1)

        for resolver in self.indirect_jump_resolvers:
            resolver.base_state = self._base_state

            if not resolver.filter(self, jump.addr, jump.func_addr, block, jump.jumpkind):
                continue

            resolved, targets = resolver.resolve(self, jump.addr, jump.func_addr, block, jump.jumpkind)
            if resolved:
                resolved_by = resolver
                break

        if resolved:
            self._indirect_jump_resolved(jump, jump.addr, resolved_by, targets)
        else:
            self._indirect_jump_unresolved(jump)

        return set() if targets is None else set(targets)