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The timing of this program is adjusted by changing the definition of DELAY As you can see, a global structure called my_time is defined but no variable is declared Inside main( ), the structure systime is declared and initialized to 00:00:00 This means that systime is known directly only to the main( ) function The functions update( ) (which changes the time) and display( ) (which prints the time) are passed the address of systime In both functions, their arguments are declared as a pointer to a my_time structure Inside update( ) and display( ), each member of systime is accessed via a pointer Because update( ) receives a pointer to the systime structure, it can update its value

This chapter examines routing as a whole and takes a look at what makes both dynamic and static routing tick from a theoretical perspective You will learn about configurations and situations in which static routing is appropriate The chapter then switches gears a bit and covers the basics of configuring a router, regardless of the routing paradigm used Finally, you will learn about the intricacies of configuring static routing and look at troubleshooting static routing in common environments

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The vast majority of cabling problems take place when the network is first installed or when a change takes place Once a cable has been made, installed, and tested, the chances of it failing are pretty small compared to all of the other network problems that might take place Imagine what happens when you can t connect to a resource and ask yourself, Is there a chance the cable is bad Broken cables don t make intermittent problems, and they don t slow down data They make permanent disconnects Network techs define a broken cable in numerous ways First, a broken cable might have an open circuit, where one or more of the wires in a cable simply don t connect from one end of the cable to the other The signal lacks continuity Second, a cable might have

6 covered the basic functionality of routing, but I will go through a quick refresher just in case I managed to put you to sleep before you got to that part (I know, I know, you are protesting right now that no one could possibly sleep through my book but I like to remain humble) Anyhow, basic routing works like this The clients perform the ANDing process with the source IP address (hopefully, their IP address) and the destination IP address If the result is the same, the client knows that it should be able to find the destination device's MAC address using an Address Resolution Protocol (ARP) broadcast If the result is different, the client knows that the destination is remote, and it needs to use a router to reach the destination client Assuming that a router is required, the client examines the IP address entered for the default gateway in its configuration It then determines the MAC address for the default

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gateway using an ARP broadcast Once it has the router's MAC address, it builds the packet using the final destination device's IP address, but using the router's MAC address The router examines the packet; notices that its MAC address has been used, meaning that it needs to process the packet; and examines the destination IP address in the packet The router then looks through a table that lists all remote networks it is currently aware of, called a routing table, and attempts to find a path to the destination network in this table If a path to the remote network is found, the router enters the MAC address of the next-hop device (either the next router along the path or the remote host itself) in the packet, and forwards the packet If no path to the remote network is found (even a poor one, like a default route), the router returns an Internet Control Messaging Protocol (ICMP) unreachable message back to the source, informing the source, "Hey pal, you can't get there from here" That's it Not all that complex, huh So what's all this hubbub about routing being this big monstrously complex topic Well, unfortunately, the devil is in the details To begin the discussion of this topic, let's take a look at the most basic form of routing: static routing

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In this section, we will cover some of the more advanced concepts associated with Frame Relay, including quality of service, speeds, physical connectivity, and multiservice capabilities Although it is entirely possible that you may never use some of these enhancements on your Frame Relay connections, it's good to know that these advanced options are available

S t r u c t u r e s , U n i o n s , E n u m e r a t i o n s , a n d U s e r - D e f i n e d Ty p e s

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