o Planned Features
    - implement better algorithmic core: The new core will dramatically reduce
      memory usage while at the same time improving the running time of
      insert and delete operations. The lookup performance will be improved
      radically too, especially for bigger rule sets. The concepts and the
      design are already developed, but the implementation is still in its
      very early stages
    - add support for transactions
    - add support for ipv6
    - add support for MAC matches
    - add functionality similar to iptables-restore
    - add native support for set of ranges (e.g. ippools). Each native match
      is not a single range but instead a set of ranges, which makes a single
      rule more expressive
    - consider making HiPAC available for NAT and mangle table
    - consider removing "rule prefix mismatch" limitation
    - the next big step in the far future could be to extend the HiPAC
      algorithm to do classification with several stages. The HiPAC algorithm
      will then be capable of combining several classification problems in
      one data structure, e.g. it will be possible to solve routing,
      firewalling and traffic control with one HiPAC lookup. The idea is to
      shorten the packet forwarding path by combining e.g fib_lookup and
      iptables filter lookup into one HiPAC query


o Outstanding Bugfixes
    - fix handling of jump rules containing iptables matches (currently only
      some known iptables matches are allowed in jump rules)
    - in the current version the number of rule updates per second is limited
      by the number of synchronize_rcu() calls per second. This slows down
      rule updates dramatically. Future releases will work around this problem
      and will offer full rule update speed again

o Other Stuff
    - man page for user space tool
    - add more documentation
    - more in-depth performance tests
