Em 10/07/17 11:12, Matthew Seaman escreveu:
Or you could buy a service from one of a number of DNS service providers
who provide pretty much exactly what I described. That will still be
quite expensive, but not to the extent that it would cause inadvertent
emission of bodily fluids.
I
Reindl Harald wrote:
>
> well, bind10 is dead so far and at least no longer a ISC project
Catalog zones are a BIND 9.11 feature.
https://kb.isc.org/article/AA-01432/81/BIND-9.11.0-Release-Notes.html#relnotes_features
Tony.
--
f.anthony.n.finch
Am 10.07.2017 um 18:48 schrieb Tony Finch:
Darcy Kevin (FCA) wrote:
There is no "automatic" mechanism within BIND to tell replicas to start
slaving new zones.
Fans of new features pop up in response to say, you might be able to use
catalog zones to automatically
Darcy Kevin (FCA) wrote:
> There is no "automatic" mechanism within BIND to tell replicas to start
> slaving new zones.
Fans of new features pop up in response to say, you might be able to use
catalog zones to automatically configure replication :-)
The bottom line is that a *zone* is the basic administrative unit of
AXFR/IXFR-based replication. If you create a new zone and you want a replica to
serve it, you need to configure the replica to replicate it. There is no
"automatic" mechanism within BIND to tell replicas to start slaving new
On 2017/07/10 14:16, Matus UHLAR - fantomas wrote:
>>> But you do know the approximate speed of light in a vacuum?
>
> there's always dark in my vacuum, so the speed of light doesn't apply
> there.
>
> On 10.07.17 09:02, wbr...@e1b.org wrote:
>> More importantly, what is the speed of light in a
But you do know the approximate speed of light in a vacuum?
there's always dark in my vacuum, so the speed of light doesn't apply there.
On 10.07.17 09:02, wbr...@e1b.org wrote:
More importantly, what is the speed of light in a fiberoptic connection?
Speed of electrons in copper wire?
speed
On 10/07/2017 14:02, wbr...@e1b.org wrote:
> ~3 x 10**8 m/s
>
> More importantly, what is the speed of light in a fiberoptic connection?
~0.66c
> Speed of electrons in copper wire?
Individual electrons move *very* slowly - it's the electric *field* that
moves at between 0.5c and 1c.
> But you do know the approximate speed of light in a vacuum?
~3 x 10**8 m/s
More importantly, what is the speed of light in a fiberoptic connection?
Speed of electrons in copper wire?
Confidentiality Notice:
This electronic message and any attachments may contain confidential or
On 2017-07-09 15:04:53 +, Matus UHLAR - fantomas said:
On 09.07.17 14:36, Dario Corti wrote:
Hi, I occasionally have issues updating some packages, with the package
manager saying that it cannot resolve deb.nodesource.com. I'm using
1:9.9.5.dfsg-9+deb8u11 and I verified that a bind
10 matches
Mail list logo