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n the last chapter, we introduced key Fusebox concepts and terms, providing a glossary of terms at the beginning of the chapter. We then showed you how to build the obligatory Hello World application. In this chapter, you look at some of the more powerful aspects of Fusebox, including exit fuseactions (XFAs), Fusedocs, nested circuits, and nested layouts. You conclude the chapter by building a sample Fusebox application.

The first dimension is often referred to as the row and the second as the column In C++ there is no limit on how many subscripts are used That is, we could have an array whose elements are arrays of elements that are arrays, and so on

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Overall, system performance represents the integrated performance of the System Elements such as EQUIPMENT, PERSONNEL, and MISSION RESOURCES that provide system capabilities, operations, and processes. As integrated elements, if the performance of any of these mission critical items (PRODUCTS, SUBSYSTEMS, etc.) is degraded, so is the overall system performance, depending on the robustness of the system design. Robust designs often employ redundant hardware and/or software design implementations to minimize the effects of system performance degradation on achieving the mission and its objectives. Referral For more information about redundant systems, refer to 50 on Reliability, Availability, and Maintainability (RAM) Practices and also 36 on System Architecture Development Practices. From a systems perspective, SYSTEM capabilities, operations, and executable processes are response mechanisms to tasking assigned and initiated by peer or HIGHER ORDER Systems with authority. Thus, SYSTEM tasking requires the integrated set of sequential and concurrent capabilities to accomplish a desired performance-based outcome or result. To illustrate the TASKING of capabilities, consider the simple graphic shown in Figure 49.3. Note the chain of sequential tasks, Tasks A through n. Each task has a nite duration bounded by a set of Mission Event Timeline (MET) performance parameters. The time period marked by the start of one task until the start of another is referred to as the throughput or cycle time. The cycle time parameter brings up an interesting point, especially in establishing a convention for decision making.

Exit Fuseactions (XFAs)

As with any array, we can initialize the elements by providing a bracketed list of initializers Multidimensioned arrays may be initialized by specifying bracketed values for each row:

int ia[3][4] = { {0, 1, 2, 3} , {4, 5, 6, 7} , {8, 9, 10, 11} };

One of the design goals set for Fusebox 3 was enhanced code reusability on both the small scale (fuses) and the large scale (circuits). One of the biggest enemies to such reuse is the prevalence of hard-coded values in code. You can see this easily enough by looking at some code that is maximally unreusable, as shown in the code snippet below.

When you establish cycle times, you need to de ne a convention that will be used consistently throughout your analyses. There are a couple of approaches as shown in Figure 49.4 Convention A de nes cycle time as beginning with the START of Task A and the START of Task B. In contrast, Convention B de nes cycle time as starting at the END of Task A and completing at the start of Task B. You can use either method. For discussion purposes, we will use Convention A.

/* /* /* /*

The obvious way to make this code reusable is to replace the hardcoded name with variables, as shown in the next code snippet.

3 elements, each element is an array of size 4 */ initializers for row indexed by 0 */ initializers for row indexed by 1 */ initializers for row indexed by 2 */

49

Anyone wanting to use this code now must supply the value of firstName and lastName before using it. In Fusebox code, actions are performed by making a request of the fusebox. If you are to code for reuse, you must not hard-code those fuseactions, unlike what you see in Listing 38-1.

The nested braces, which indicate the intended row, are optional The following initialization is equivalent, although considerably less clear

Referral For more information about conventions, refer to 45 on Engineering Standards, Frames of Reference, and Conventions Practices.

// equivalent initialization without the optional nested braces for each row int ia[3][4] = {0,1,2,3,4,5,6,7,8,9,10,11};

<cfif ValidatedUser.recordCount> <cflocation url= index.cfm fuseaction=Home.welcome > <cfelse> <cflocation url= index.cfm fuseaction=Login.badLogin > </cfif>

As is the case for single-dimension arrays, elements may be left out of the initializer list We C++ Primer, Fourth Edition could initialize only the first element of each row as follows:

The solution is to replace the hard-coded fuseaction values with variables, as shown in Listing 38-2. Fusebox uses a structure called XFA (for exit fuseaction) to hold these variables and the keys in this structure are known as exit fuseactions.

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