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On the server cloud side, the bridge ports connected to a client cloud are configured to not transmit BPDUs and to discard them on receipt This applies to bridges that otherwise would be exchanging BPDUs, such as provider edge bridge C-components and customer bridges Bridges such as simple S-components, which pass BPDUs as ordinary data, need not be specially configured The server-side bridges do, however, respect the Multiple VLAN Registration Protocol (MVRP) They register all VIDs with the client bridge (thus saying, I ll take anything ) The server-side bridges accept MVRP registrations from the client bridges as well and filter those VIDs that are not registered by the client cloud On the client side, the bridge or cloud of bridges simply runs a spanning tree algorithm, presumably MSTP, so that different VLANs can be blocked on different links The only oddity is, again, that the bridge ports connecting to the server cloud are specially configured This configuration involves a few changes to the normal MSTP algorithms:

This chapter covers:

20:

class truck : public road_vehicle { int cargo; public: void set_cargo(int size); int get_cargo(); void show(); };

XBAPs ClickOnce Silverlight Our whining about security and why other technologies have cooler names

BPDUs received from the server cloud are discarded and ignored No BPDUs are transmitted toward the server cloud Each of these ports pretends to receive a BPDU from the server cloud that claims a path to a root bridge that is superior to any potential claim to being a root bridge for any bridge in the client cloud This information is propagated through the client network in the normal way If a server-facing port in the client cloud is ever chosen as a designated port, then the port is placed in the blocked state, instead of the forwarding state

Notice how road_vehicle is inherited The general form for inheritance is: class new-class-name : access inherited-class { // body of new class } Here, access is optional, but if present it must be either public, private, or protected You will learn more about these options in 23 For now, all inherited classes will use public, which means that all the public elements of the ancestor are also public in the class that inherits it Therefore, in the example, members of the class truck have access to the member functions of road_vehicle just as if they had been declared inside truck However, the member functions of truck do not have access to the private elements of road_vehicle The following program illustrates inheritance by creating two subclasses of road_vehicle: truck and automobile:

#include <iostream> using namespace std; class road_vehicle { int wheels; int passengers; public: void set_wheels(int num); int get_wheels(); void set_pass(int num); int get_pass(); }; // Extend road_vehicle for trucks class truck : public road_vehicle { int cargo; public: void set_cargo(int size); int get_cargo();

Although WPF is mainly about building Windows applications, there are many ways in which WPF can be used with browsers. WPF certainly isn t going to replace ASP.NET any time soon, but there are several scenarios where you might want to use WPF when building applications that will be accessed via a browser. Three different technologies in WPF/NET 3.x provide different mechanisms for accessing WPF . applications over the web XBAP, ClickOnce, Silverlight. We re going to provide a brief summary of each technology here, and then go into more detail throughout the chapter, using the dictionary application as an example.

void show(); }; enum type {car, van, wagon}; // Extend road_vehicle for cars class automobile : public road_vehicle { enum type car_type; public: void set_type(enum type t); enum type get_type(); void show(); }; void road_vehicle::set_wheels(int num) { wheels = num; } int road_vehicle::get_wheels() { return wheels; }