Problem $4$ IP Routing Table Design $(20$ pts$)$: Consider an IP network using IPv$4.$ Suppose a router has four links, numbered $0$ through $3,$ and packets are to A$.(10$pts$)$ Provide a forwarding table that has five entries $($rows$),$ uses longest prefix matching, and forwards packets to the correct link interfaces. Each entry should contain: network address, network mask, and the interface. B$.(10$pts$)$ Given datagrams with the following destination IP addresses, describe how your designed forwarding table determines the appropriate link interface.

$[204\mathrm{.}35\mathrm{.}57\mathrm{.}198$; $204\mathrm{.}32\mathrm{.}22\mathrm{.}147$; $204\mathrm{.}76\mathrm{.}131\mathrm{.}131$; $206\mathrm{.}141\mathrm{.}144\mathrm{.}147]$