On Wed, Sep 12, 2018 at 2:01 PM David Miller wrote:
>
> From: Xin Long
> Date: Sat, 8 Sep 2018 18:15:12 +0800
>
> > The function csum_ipv6_magic doesn't convert len and proto to big
> > endian before doing ipv6 csum hash, which is not consistent with
> > RFC and other arches.
> >
> > Jianlin fou
Le 12/09/2018 à 08:01, David Miller a écrit :
From: Xin Long
Date: Sat, 8 Sep 2018 18:15:12 +0800
The function csum_ipv6_magic doesn't convert len and proto to big
endian before doing ipv6 csum hash, which is not consistent with
RFC and other arches.
Jianlin found it when ICMPv6 packets fr
From: Xin Long
Date: Sat, 8 Sep 2018 18:15:12 +0800
> The function csum_ipv6_magic doesn't convert len and proto to big
> endian before doing ipv6 csum hash, which is not consistent with
> RFC and other arches.
>
> Jianlin found it when ICMPv6 packets from other hosts were dropped
> in the powe
Xin Long a écrit :
The function csum_ipv6_magic doesn't convert len and proto to big
endian before doing ipv6 csum hash, which is not consistent with
RFC and other arches.
Jianlin found it when ICMPv6 packets from other hosts were dropped
in the powerpc64 system.
This patch is to fix it by us
The function csum_ipv6_magic doesn't convert len and proto to big
endian before doing ipv6 csum hash, which is not consistent with
RFC and other arches.
Jianlin found it when ICMPv6 packets from other hosts were dropped
in the powerpc64 system.
This patch is to fix it by using instruction 'lwbrx'
