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When your scripts are long and complex, you may want to consider breaking them up into selfcontained smaller blocks of code that can be called in sequence to complete longer tasks. However, I counsel against doing this for its own sake. A lengthy scripted procedure does not necessarily become more manageable when its contents are split between several scripts, and, in fact, the reverse can be true. Keeping track of a scripted sequence when it ducks and weaves between multiple scripts can be a considerable challenge. So when should you divide a scripted process into multiple scripts Here are some things to consider: n Is a section of your script code repeated at intervals during the process (in which case a single sub-script might be called at each of those points) n Could part of the process of your script be shared with one or more other scripted processes in your solution (Again, if there is common code, separating it into a selfcontained module may have benefits.) n Does part of your script require a different level of access than the rest (for example, should one part run with the Run Script with Fill Access Privileges option enabled, while the remainder does not) n Is it desirable or necessary that part of your scripted process reside in one file while another part resides in another of your solution s files Unless you answered a resounding yes to one or more of the preceding questions, you re unlikely to benefit from introducing component logic into your script. In fact, it s likely that the added complexity and overhead (more scripts to manage, more convolutions, and dependencies to keep in view) will outweigh any advantages.

(3.7-6) where the integration proceeds along the path dl from point pl to point p2. Substituting Eq. (3.7-5) into Eq. (3.7-6) and integrating gives (3.7-7) The potential decreases as llr moving away from the charge. However, if the plasma is allowed to react to a test charge placed in the plasma, the potential has a different behavior than predicted by Eq. (3.7-7). Utilizing Eq. (3.2-7) for the electric field in Eq. (3.2-1) gives Poisson's equation:

have mechanisms that allow users and resource owners to select policies that t particular security and performance needs, as well as meet local administrative requirements Global namespace: The lack of a global namespace for accessing data and resources is one of the most signi cant obstacles to wide-area distributed and parallel processing The current multitude of disjoint namespaces greatly impedes developing applications that span sites All Grid objects must be able to access (subject to security constraints) any other Grid object transparently without regard to location or replication Fault tolerance: Failure in large-scale Grid systems is and will be a fact of life Hosts, networks, disks and applications frequently fail, restart, disappear and behave otherwise unexpectedly Forcing the programmer to predict and handle all these failures signi cantly increases the dif culty of writing reliable applications Fault-tolerant computing is a known, very dif cult problem.

Nonetheless, it must be addressed, or businesses and researchers will not entrust their data to Grid computing Accommodating heterogeneity: A Grid system must support interoperability between heterogeneous hardware and software platforms Ideally, a running application should be able to migrate from platform to platform if necessary At a bare minimum, components running on different platforms must be able to communicate transparently Binary management: The underlying system should keep track of executables and libraries, knowing which ones are current, which ones are used with which persistent states, where they have been installed and where upgrades should be installed These tasks reduce the burden on the programmer Multilanguage support: In the 1970s, the joke was I don t know what language they ll be using in the year 2000, but it ll be called Fortran Fortran has lasted over 40 years, and C for almost 30.

Either way, the Configure Return Type dialog box appears (see Figure 15.15). Most of the time, you will want to create your own custom data type with a name that represents the kind of information being returned.