In this hands-on lab, it's your opportunity to do some hands-on practice. So if
you haven't already,
go ahead and click on the link below for the lab to launch the lab. They'll
take a few moments
to initialize. And while it does, here are the lab tasks. I'd like you to set
up R8 as an IP SLA
responder, just like we did in the demos up to this point. And then on R1, I'd
like you to
configure it as a probe using a 60 second frequency for the following SLAs. One
, two, three, and four,
one for ICMP jitter, UDP jitter, HDB and DNS. And here's the targets. It'll be WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
one for ICMP jitter, UDP jitter, HDB and DNS. And here's the targets. It'll be
888 for the
ICMP and UDP jitter, one packet each, again with 60 second frequency. And then
for three and
four, we HTTP and DNS SLAs with the target for HDB being this URL. That's our
server1 nug. And
then for the DNS, we're also going to use the target of server1 nug. And the
query will be
PC dash one dot nugget lab dot com. And one of the benefits of the hands-on lab
is going to help
reinforce not just the concepts, but also what not to forget. And the thing
that I often still WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
that I often still
forget to do is schedule them to start. So by using the command show IP SLA
summary, they'll give you
a good indicator whether or not it's running, and then show IP SLA statistics,
your ID number,
and then details. We'll show you all the details about those SLAs. Also have
those helpful commands
located in the useful command section as part of the skill if you want to refer
to those as well.
So have some fun with the hands-on lab. And when you are ready, join me in the
next video,
and we'll do a walkthrough of the lab tasks together. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
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