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The Backbone Area and Area Border Routers OSPF Area 0 is known as the backbone area In a multi-area OSPF design, all areas should connect to the backbone In this way, you can think of the backbone area as the OSPF core In a nutshell, the backbone area is responsible for propagating all inter-area routes to border routers, which will then inject these routes into the nonbackbone areas This responsibility means that all interarea paths transit through the backbone, making the backbone the most important area in your OSPF design The backbone area is the only area in OSPF that advertises Type 3 and 4 LSAs from other areas Therefore, in a multi-area design, all border routers must have a link (either direct or virtual) to the backbone area to be able to route throughout the entire AS Area border routers are routers that live at the "edge" of an area, and have interfaces in at least two different areas (one of which must be the backbone) An ABR is responsible for taking all networks advertised in an area, creating Type 3 LSAs (summary LSAs) for those networks, and injecting the Type 3 LSAs into the backbone In addition, ABRs are responsible for taking Type 3 LSAs learned from other ABRs and injecting the best route to any given network learned through these LSAs into the nonbackbone areas Finally, ABRs are responsible for injecting Type 4 LSAs (ASBR summary LSAs) into backbone and nonbackbone areas (ASBRs are discussed in more detail in the "Redistribution with OSPF" section) Type 3 and 4 LSAs are interesting in that they work on distance vector principles, rather than link-state principles With the Type 1 LSAs, for instance, the router is advertising its direct links and the direct costs associated with those links Other routers use this information to build a map of the network and figure out what the cost from point A to point Z is on their own With Type 3 and 4 LSAs, however, the ABR just sends the cost of the entire path to internal routers The internal routers add their cost to the ABR to this path, and that is the total.

If a camera stand is not available, you can use any solid object with a flat surface large enough to accommodate the camera, such as a fence post, a rock, or your car Wind can often make it difficult to steady a camera, and it can knock a camera from a perch if the camera is not securely attached If you are shooting with another person, your assistant can stand in a position to block the wind or hold up a windbreak of some sort Another difficult situation is in crowds, where you may get nudged and jostled Shoot with your back against a wall so you are not pushed from behind Putting obstacles, like chairs or an assistant, around you can divert traffic momentarily while you take the shot If you are the outgoing type, you can announce that you want to take a shot and people will sometimes stop to give you some elbow room (but that s an approach that often makes subjects self-concious when you re trying for spontaneity in a candid photo)

cost to them As far as the internal routers are concerned, the ABR is directly connected to the network For instance, take the network shown in Figure 26-28

If necessary, open the CocoaWGet project. Click on the Files tab and select the resource group from the Groups & Files pane. Select Project Add Files, navigate to the folder that holds the help files (CocoaWGet/CocoaWGet Help), and click the Open button. Click the Create Folder References For Any Added Folders button and click the Add button.

Figure 26-28: LSA propagation and SPF trees in multi-area environments Table 26-4: Best Practices for OSPF Area and AS Sizes Minimum Recommended Maximum Recommended Routers per AS Areas per AS Routers per area 20 1 20 1,000 60 350

In the network in Figure 26-28, A2Border knows of the entire topology of Area 2 (because A2Border is a member of Area 2), so A2Border picks the best path to Net 6 using the standard SFP algorithm A2Border then advertises Net 6 in a Type 3 LSA to Area 0 with a cost of 30 (A2Border's cost to Net 6) Core floods the Type 3 LSA to A1Border, which sees the path to Net 6 as going through Core and then A2Border As far as Core and A1Border are concerned, A2Border is directly connected to Net 6 at a cost of 30 Similarly, A1Internal receives a Type 3 LSA from A2Border with a cost of 32 to Net 6 Again, as far as A2Internal is concerned, A2Border might as well be directly connected to Net 6 This is the "distance vectorish" side of OSPF When routing to other areas, internal routers do not know the entire path only the path to the ABR The ABR takes care of routing the packet through the backbone to the other ABR, which then takes care of routing the packet to the destination This distance vector behavior is why all areas must be connected to a single backbone area in order to route inter-area traffic In any other case, routing loops could occur; but because the network is forced into a hub-and-spoke topology, routing loops are avoided The obvious problem with this ABR scenario is that if the ABR for your area fails, you are left in a bit of a mess Adding multiple ABRs easily solves this problem For instance, consider the network in Figure 26-29

The test shot becomes the proving ground for your theories about how your photograph is going to look when you press that shutter release button Never fear; you will find yourself getting it right more often as you get used to your camera and how to control it