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The Hierarchical VPLS (or H-VPLS) model addresses these problems by segmenting the VPLS service into a core of hub devices that are fully meshed, as in a standard VPLS, and a number of spoke devices that are each connected through a single hub The hub devices are generally known as Network-facing PEs (N-PEs), and the spoke devices as User-facing PEs (U-PEs) In RFC 4762, the N-PEs are referred to as PE-rs devices, since they must be PE devices that are capable of routing and switching The U-PEs are known as MTU-s devices since they are often located at Multi-Tenant Units and are capable of switching, but do not need to be capable of routing as they have only a single path into the network The H-VPLS model also enables devices that are unable to learn MAC addresses to participate in VPLS as U-PEs (known, in this case, as PE-r devices, as they are capable of routing but not of switching) A PE-r has one pseudowire to its serving N-PE for each attachment circuit (since it is unable to bridge between those attachment circuits) Each pseudowire is signalled with a unique PW ID (in the FEC 128 case), to enable the N-PE to distinguish between them The split horizon rule is now modified so that an N-PE applies split horizon only on the pseudowires to other N-PEs and not on pseudowires to U-PEs When a U-PE sends a broadcast, multicast, or unknown frame, it sends a single copy to its serving N-PE Unless the N-PE knows the destination MAC address, it will flood the frame on all pseudowires to other N-PEs or served U-PEs and to any local attachment circuits When a remote N-PE receives the frame, it will flood it (unless it knows the destination MAC address) on all pesudowires to served U-PEs and on any local attachment circuits Thus, the replication load is distributed across the ingress and egress N-PEs One potential issue in the H-VPLS model is that if an N-PE fails, then its served U-PEs will be isolated from the rest of the network This is addressed by the ability to configure dual-homed U-PEs that have pseudowires to two different N-PEs Only one pseudowire is active at a time, and if it fails, the U-PE switches over to the other pseudowire If the pseudowire has failed because the N-PE has failed, then traffic from other N-PEs will immediately start flowing to the backup N-PE (since those N-PEs will remove FIB.

class circle : public figure { public: void show_area() { cout << "Circle with radius "; cout << x; cout << " has an area of "; cout << 314 * x * x; } } ;

We start by creating static member variables that will be used to reference our dependency properties d, and then we initialize them inside a static constructor e that will only be called once at system startup We re passing three arguments to the DependencyPropertyRegister method the name of the property, the type of the property, and the type of the class that owns the property We could also pass additional arguments here For example, we could register a method that would be called whenever the property s value changes, but we don t need to do anything that fancy for the moment The ElementA and ElementB properties are registered as type object we want to be flexible, and you can t get much more flexible than that The CurrentElement property returns the value from an enum we defined earlier c.

Before trying to use circle, look closely at the definition of show_area( ) Notice that it uses only the value of x, which is assumed to hold the radius (Remember that the area of a circle is computed using the formula R2) However, the function set_dim( )