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Evaluating IPv4 addresses

I’m figuring out the order of these octets to find valid IPv4 addresses. The likely answer seems to be BDAC, but I see that there are some invalid combinations. For instance, B A C D gives me an invalid octet and so does B A D C. But when I check C A B D, that appears to be valid! I suspect that there are two valid combinations: BDAC and CABD. I wonder if there might be some ambiguity in how these fragments are read.Analyzing IP address fragments

I'm considering whether there could be a maximum octet of 255. For the IP address, I reason that both orders B D A C and C A B D yield 104.230.35.200. Hmm, I wonder if fragment A could actually be ".35." or if the point could be a visual bullet. I think the task likely wants a specific sequence, meaning fragments can only be reordered based on their visible bits. In the end, both arrangements work without issues.Examining IP fragment assumptions

I’m thinking that maybe the assumption is that each fragment corresponds to an octet. However, A has punctuation and 35, while D has 4.230, so that doesn’t seem right. If I try the order "C A B D," it gives the IP 200.35.104.230, and joining B and D gives 104 by combining 10 and 4. The other order, "B D A C," results in 104.230.35.200. I wonder if the fragments relate to their original image positions.Clarifying IPv4 Format

I'm thinking about the IPv4 format, which consists of four decimal octets separated by three dots, with each value ranging from 0 to 255. I want to think through how to properly show the concatenation of these octets to ensure it’s clear. It’s essential to present this information in a way that helps the user understand the structure while emphasizing that every octet is a part of the overall IP address.