I should have included this in the first message, and I apologize.
What I'm looking at is trying to build a BIND kernel, like a nanokernel.
Socat won't work in this case, because because there's no "IPC" layer,
because there is only one process in the kernel.
One process. No users. I need to
Hello. For a variety reasons:
* Dnstap doesn't comport with the usual MTU restrictions, that is an
"event" is not reliably going to fit in a UDP frame.
* Dnstap casts your application as the "server" and BIND as the "client".
* For whatever reasons the implementer(s) saw fit to include a
FTR Jason has been warned before to stop sending this nonsense about Hidden
Google Internet and I’ve put them on the moderation list for now.
Ondřej
--
Ondřej Surý — ISC (He/Him)
My working hours and your working hours may be different. Please do not feel
obligated to reply outside your normal
Am 09.01.22 um 12:57 schrieb Jason Vas Dias:
Thanks Fred -
Though really all I am trying to do is ensure I can access
all public DNS names, which my experience shows me I
cannot, using my ISP's name-servers.
It seems there is a Hidden Google Internet that I cannot access
unles
Thanks to all who responded !
Yes, removing my Forwarders list did the trick .
Never trust an ISP's DNS servers!
Best Regards,
Jason
On 08/01/2022, Jason Vas Dias wrote:
>
> Good day -
>
>I use BIND v9.16.24-1.fc34 on a fully up-to-date Fedora 34
>x86_64 installation as a 'Caching-Only
Thanks, but no one suggested removing my forwarders list .
I figured out that must be the issue, and will try that .
I thought it might be more efficient to use forwarders on my ISP's
network - I see now I should not have .
If someone had simply suggested removing my forwarders, I would
have tried
Thanks Fred -
Though really all I am trying to do is ensure I can access
all public DNS names, which my experience shows me I
cannot, using my ISP's name-servers.
It seems there is a Hidden Google Internet that I cannot access
unless I use Google's DNS servers, giving Google data
abou
7 matches
Mail list logo