I’m a bit confused about option C; it mentions propagating labels only if there's a next-hop mapping, but I thought unsolicited meant it sends labels regardless.
I think I remember that downstream unsolicited label distribution means an LSR can send labels without waiting for a request, but I'm not sure which option that is.
Okay, I remember learning about this in class. I believe the answer is B, where the LSR advertises label mappings to all its peers, even if it's not the next-hop.
I've got this one! The key is to identify the reason that would NOT cause synchronization issues. I'm pretty confident I can eliminate the wrong answers and select the correct one.
This seems pretty straightforward. The error message clearly indicates that the packet postcards feature is incompatible with the inband-telemetry feature, so I'd go with disabling the inband-telemetry feature to resolve the issue.
This seems like a straightforward question. I think the best option is a web conference, which would allow for live, interactive presentations and discussions between the executives in the different offices.
Haha, 'unsolicited label distribution'? Sounds like my ex-girlfriend's approach to giving me relationship advice. 'Here, take this label, whether you want it or not!'
B seems right to me. Advertising labels to all peers, even if they didn't ask for it, that's the downstream unsolicited part. Though I do wonder, what if the LSR has a label but the next-hop doesn't? Wouldn't that be a bit awkward?
I'm going with D. An LSR should only distribute a label when it's been explicitly requested to do so. Anything else seems a bit, I don't know, unsolicited? Get it? Unsolicited? *crickets*
Hmm, I was leaning towards C, where the LSR only propagates a label mapping downstream if it has a label for the next-hop. Sounds more like the 'unsolicited' part of the question.
I think B is the correct answer. Downstream unsolicited label distribution means an LSR can advertise label mappings to all its peers, even if they haven't requested it. This is a common MPLS practice.
I disagree, I believe the correct answer is C) An LSR propagates a label mapping downstream for a FEC, only if it has a label mapping for the FEC next-hop.
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