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NOTE If you want to sound like a proper tech, you need to use the right words Techs don t actually say, multispeed, auto-sensing, but rather 10/100 As in, Hey, is that a 10/100 NIC you got there Now you re talking the talk! It is impossible to tell a 10BaseT NIC from a 100BaseT NIC without close inspection Look for something on the card to tell you the card s speed Some NICs may have extra link lights to show the speed (see 6, Installing a Physical Network, for the scoop on link lights) Of course, you can always just install the card as shown in Figure 5-3 and see what the operating system says it sees!

Declaring a Structure Pointer Like other pointers, structure pointers are declared by placing * in front of a structure variable's name For example, assuming the previously defined structure addr, the following declares addr_pointer as a pointer to data of that type:

It s very difficult to find a true 10BaseT NIC any longer because 100BaseT NICs have been around long enough to have pretty much replaced 10BaseT All modern NICs are multispeed and auto-sensing That applies to 100BaseT NICs and faster NICs as well

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By default, the hold call service results in a hard hold, but many telephone system implementations attempt to provide a soft hold if possible The sequence for a typical soft hold is illustrated in Figure 5-34 When call C1 is placed on hold by D1, the telephone system automatically creates a new call, C2, and reuses the media stream channels previously used by connection D1C1 for connection D1C2

struct addr *addr_pointer;

Using Structure Pointers There are two primary uses for structure pointers: to pass a structure to a function using call by reference and to create linked lists and other dynamic data structures that rely on dynamic allocation This chapter covers the first use There is one major drawback to passing all but the simplest structures to functions: the overhead needed to push the structure onto the stack when the function call is executed (Recall that arguments are passed to functions on the stack) For simple structures with few members, this overhead is not too great If the structure contains many members, however, or if some of its members are arrays, run-time performance may degrade to unacceptable levels The solution to this problem is to pass a pointer to the structure When a pointer to a structure is passed to a function, only the address of the structure is pushed on the stack This makes for very fast function calls A second advantage, in some cases, is that passing a pointer makes it possible for the function to modify the contents of the structure used as the argument To find the address of a structure variable, place the & operator before the structure's name For example, given the following fragment,

Most Ethernet networks use UTP cabling, but quite a few use fiber-based networks instead In some networks, using fiber simply makes more sense UTP cabling cannot meet the needs of every organization for three key reasons First, the 100-meter distance limitation of UTP-based networks is inadequate for networks covering large buildings or campuses Second, UTP s lack of electrical shielding makes it a poor choice for networks functioning in locations with high levels of electrical interference Finally, the Maxwell Smarts and James Bonds of the world find UTP cabling (and copper cabling in general) easy to tap, making it an inappropriate choice for highsecurity environments To address these issues, the IEEE 8023 standard provides for a flavor of 100-megabit Ethernet using fiber-optic cable, called 100BaseFX

The consultation call service places an active (eg, connected) connection into the hold state and originates a new call to specified destination The name derives from the fact that this service typically is used to allow one person to leave a call and consult with someone else This is shown graphically in Figure 5-35

struct bal { float balance; char name[80]; } person; struct bal *p; /* declare a structure pointer */

NOTE Installing networks in areas of high electrical interference used to require the use of shielded twisted-pair (STP) cabling rather than UTP Even though you can still get STP cabling today, its use is rare Most installations will use fiber-optic cable in situations where UTP won t cut it The 100BaseFX standard saw quite a bit of interest for years, as it combined the high speed of 100-megabit Ethernet with the reliability of fiber optics Outwardly, 100BaseFX looks exactly like 10BaseFL Both use the same multimode fiber-optic cabling, and both use SC or ST connectors 100BaseFX offers improved data speeds over 10BaseFL and equally long cable runs, supporting a maximum cable length of 2 kilometers NOTE Just as the old 10BaseFL was often called 10BaseF, 100BaseFX is sometimes called simply 100BaseF

this places the address of the structure person into the pointer p:

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