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10.10.254.0/24 Routing Table 10.10.0.0/24 10.10.1.0/24 . . . 10.10.255.0/24

Having performed these steps, you should now have a rough, creative overview of how the product is going to address user goals in the form of context scenarios, and a reductive list of needs and requirements extracted from your research, user models, and the scenarios. Now you are ready to delve deeper into the details of your product s behaviors, and begin to consider how the product and its functions will be represented. You are ready to define the framework of the interaction. Notes

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1. Laurel, Computers as Theater, 134 2. Rheinfrank and Evenson, 1996 3. Carroll, 2001 4. Buxton, 1990 5. Verplank, et al, 1993 6. Wirfs-Brock, 1993 7. Constantine and Lockwood, 1999 8. Newman and Lamming, 1995 9. Holtzblatt and Beyer, 1998 10. Kuutti, 1995 11. Shneiderman, 1998

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The example in Figure 5.24 is a simple example of route summarization, and it is easy to see that router B only needs one entry of 10.10.0.0/16 to represent all 256 networks on router A. However, route summarization is not always this simple, and it is important to understand the procedure for calculating a route summarization. In Figure 5.25, we d like to summarize the eight networks on router A. First, define the octet that will be manipulated by the aggregation. In this case, it is the third octet because the first two octets are always 10.15. next, identify the original network prefix (/24), and then look to the left of the prefix line and identify the area where all the addresses have the same bit pattern. Draw a line down that portion. Look in between these two lines and ensure that all possible bit patterns are contained between the two lines. If this is the case, you can then summarize those bit patterns into (in this example) a /21 mask, as shown in Figure 5.25.

In the previous chapter, we talked about the first part of the design process: developing scenarios to imagine ideal user interactions, and then defining requirements from these scenarios and other sources. Now we re ready to design.

Figure 5.25 Draw a network line on the original network bit boundary (/24 in this case). This becomes the right bit boundary. Then draw a line where all the bits are common between the subnets (/21 in this case); this is the left bit boundary. Examine the subnets created by using the bits in between the lines. If all the subnets created by those bits are part of the range you want to summarize, then you can use the left bit boundary (/21 in this case) as a summary route.

Rather than jump into the nuts and bolts right away, we want to stay at a high level and concern ourselves with the overall structure of the user interface and associated behaviors. We call this phase of the Goal-Directed process the Design Framework. If we were designing a house, at this point, we d be concerned with what rooms the house should have, how they should be positioned with respect to each other, and roughly how big they should be. We would not be worried about the precise measurements of each room, or things like the doorknobs, faucets, and countertops. The Design Framework defines the overall structure of the users experience, from the arrangement of functional elements on the screen, to interactive behaviors and

Figure 5.11 shows the constructor and some user-defined helper functions for the class. A skeleton for the class constructor is automatically generated by the software synthesis tool. Lines 3-9 are applicable to all abstract tasks and are not specific to a particular application logic. This section instantiates the handles to the data pool, the configuration (state) information for the node, a handle to the visualization interface, and to the network architecture module. In this example, since the monitor task will need to determine and then record readings from its neighborhood, the programmer has added the statements in lines 10-12 to obtain this information from the network architecture module and to create an array to store readings from each neighbor. In the current DART prototype, the network architecture module does not really run a

Route Table 10.15.24.0/24 10.15.25.0/24 10.15.26.0/24 10.15.27.0/24 10.15.28.0/24 10.15.29.0/24 10.15.30.0/24 10.15.31.0/24 Router A Router B Route Table 10.15.24.0/21

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