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Scheduling Background Jobs example, periodic database cleaning jobs or the system performance collector which runs hourly as a background job. System administrators have to define these jobs only once, and then they are regularly executed at the scheduled times. A report defined in a background job generates the same output as one run interactively. The output list can be either printed directly or sent to the output controller. Since job definitions are held on the R/3 database, jobs are available even when the whole R/3 system or the computer itself is restarted. Jobs which were running at the time of a shutdown are canceled by the system, and the owner of the job has to schedule it back. There are several ways to define and schedule programs for background execution: In some of the tasks within the R/3 application, the system automatically schedules long running reports or programs for background execution. From within the ABAP workbench program editor and from several other R/3 screens where programs can be executed, the menu bar or the application toolbar often contain the option to execute the program either online or in the background. Within the ABAP editor, this function is under Program Execute Background. Upon choosing this option, the system displays the screen for defining and scheduling the job. At any time and anywhere in the R/3 system, a job can be defined by selecting System Services Jobs Define Job. Alternatively, system administrators can also go to the job definition screen by selecting Tools CCMS Jobs Definition or directly with transaction SM36, where the job information must be specified. This screen is shown in Fig. 5 28.

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C++ types are classified as either fundamental or derived. (See Appendix D.) The fundamental types include enumeration types and all the number types. Each derived type is based upon some other type(s). A variable declared to have any of the derived types illustrated above (constant, array, pointer, reference, and function) is based upon a single fundamental type. A derived type that is based upon more than one fundamental type is called a structure type. These include structures, unions, and classes, which will be studied in later chapters. 6.5 OBJECTS AND LVALUES The Annotated C++ Reference Manual [Ellis] states: An object is a region of storage . An Zvalue is an expression referring to an object or function. Originally, the terms lvalue and rvalue referred to things that appeared on the left and right sides of assignments. But lvalue is more general. The simplest examples of lvalues are names of objects, i.e., variables:

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The simplest examples of things that are not lvalues are literals: But symbolic constants are lvalues:

const int max = 65535; max = 21024;

The system offers several ways to define background jobs as stated earlier. A job definition basically consists of the following: Entering a name for the job. Entering the date and time of when to execute the programs. Entering the program or programs to be executed in the background. Programs can also contain 149

even though they cannot appear on the left side of an assignment:

Lvalues that can appear on the left side of an assignment are called mutabLe Ivalues; those that cannot are called immutable Zvalues. A variable is a mutable lvalue; a constant is an immutable lvalue. Other examples of mutable lvalues include subscripted variables and dereferenced pointers: a[51

Scheduling Background Jobs variants Entering printing information Enter the names of recipients of the spool list There are many other options when scheduling a job, such as specifying the host to execute the job, indicating the priority, deciding whether to execute it periodically, specifying a system event instead of time, and so on To schedule a job, go to the job definition screen by selecting System Services Jobs Define Job from any menu On this screen, enter a name for the job first You can choose any meaningful name In the Job Class input field, you can specify A, B, or C Job class C is the normal and default value A and B are higher priority classes, and users must have authorization for those classes Users can enter a target host for background processing or leave it blank for executing it on the default background server.

Other examples of immutable lvalues include arrays, functions, and references. In general, an lvalue is anything whose address is accessible. Since an address is what a reference variable needs when it is declared, the C++ syntax requirement for such a declaration specifies an lvalue:

Another clean energy option available today, tidal power is not well known because it is invisible to most of us and quite expensive. As with most renewable technologies, tidal power is not new; in fact, it is one of the largest and oldest forms of energy used by man. Tidal mills were used in all western nations since 700 A.D. The British, French, Spanish, and Americans used tide mills as food storage ponds that were filled by the incoming tide: water was captured and then released through a water wheel, and the water wheel produced mechanical energy that provided power to mill the grain. One such mill in New York worked well into the 20th century. The benefits of tidal power are numerous. Tidal turbines (Figure 2-15) are similar to wind turbines and are a completely clean source of energy. Tidal power is reliable, predictable, and constant, unlike wind. There is more energy potential in tidal power than in all of the oil in the world. If the offshore tidal power in the eastern United States were harnessed, it could power the entire world. The main detriment to tidal power is that it is currently one of the most expensive forms of energy to produce.

For example, this is a legal declaration of a reference:

int& r = n;

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