Re: [PATCH] Networking: send-to-self [link to non-broken patch this time]

   From: Ben Greear [off-list ref]
   Date: Wed, 18 Sep 2002 16:20:49 -0700

   David S. Miller wrote:
   > I don't think I'll be applying this:
   > 
   > 1) No tcp ipv6 bits
   
   I know squat about this, so am reluctant to hack code there.
   
It's hash lookup code, nearly identical to ipv4 version except
it's dealing with 128-bit IP addresses instead of 32-bit.

You give up way too easily, which leads me to belive you'll disappear
just as easily if complicated bugs stop popping up as a result of your
changes.

This is one of the most important issues I consider when I get a
delicate patch to the networking for someone, how fast they throw
their arms up in the air.

For example, someone like Arnaldo, when he sends me a patch and the
whole kernel explodes as a result I know he'll stick around for
however long it takes to fix the problems and he won't go "ipv6 looks
too complicated" when I ask him to submit a complete version of his
changes.

You patch should not be a maintainence burden to me.  Your attitude
tells me it is going to become one.

   See http://www.candelatech.com/sts2_hack.patch (32-bit only), it contains the missing
   bits, I'm not good at generating two patch sets (ie pktgen and send-to-self)
   when they touch the same file...
   
Don't include stuff in the patch that doesn't belong there, this isn't
so difficult.

   The #ifdefs were per request, I personally would like them not to be there
   either.  As far as I can tell, the changes are backwards compatible, so there
   should be no need for ifdefs.

I mean put the ifdefs in a header file such as tcp.h, not in the *.c
code.
   
   Thanks for looking at them.  I can fix the #ifdef cruft, but adding 64bit
   support or hacking ipv6 is beyond my means of testing at this point, so
   I cannot make those changes.
   
I don't require you to test the ipv6 portions, I will be able to
eyeball them and know if they are right or not, this is how simple
the ipv6 version of the tcp bits will be.