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So far we have been moving in the physical world and making operations in it (even thinking about the movements and operations) from the position of sitting in a doer and via a doer. This re ects the traditional philosophy and culture, where to do or organize something in PW, robots are explicitly programmed for certain operations and communication with other robots, so we are dealing with PW indirectly. But WAVE-WP also allows us to work on a much higher level of abstraction and concentrate on semantics of the movement and operations to be performed in PW (on both physical matter and information), rather than on programming robots that would perform the movement and operations. This may provide a good deal of freedom to how these operations can be performed by mobile hardware, and how many mobile units should be engaged, where the mapping of operations onto the doers may be dynamic and depending on their current availability. An overall control over the operations in PW may also be on a pure semantic level, without details of implementation, just hinting on its general (say, sequential or parallel) nature. Let us consider some examples of direct programming in PW, just assuming that we have an unlimited power to stay in any of its point (or points, simultaneously), move to any other points, do any jobs, and get anything we want. Imagine that we have a set of points in PW to be visited, as follows, where in each point a certain PW parameter should be checked:

<!-- user element definition --> <xsd:element name="user"> <xsd:complexType> <xsd:attribute name="id" type="xsd:positiveInteger"/> <xsd:attribute name="firstname" type="xsd:string"/> <xsd:attribute name="lastname" type="xsd:string"/> <!-- postalcode has additional restriction, so we must further define elsewhere under the name postal_zip --> <xsd:attribute name="postalcode" type="postal_zip"/> </xsd:complexType> </xsd:element> <!-- define our postal_zip derived datatype that must have a max value --> <xsd:simpleType name="postal_zip"> <xsd:restriction base="xsd:positiveInteger"/> </xsd:simpleType> </xsd:schema>

The process just described is, in principle, independent of the nature of the network, be it GSM, UMTS, cdma2000 or a Computer Network. The reader should be warned, however, that variations in emphasis exist. This is re ected in that there is no uniform terminology for describing the charging process. For example, what is called charging in 3GPP (and in this book) is de ned so as to consist of the steps described above of metering, accounting and of most of the billing process, up to the point where the bill is sent (of ine charging) or the prepaid card or voucher is debited (online charging). In the terminology of other communities, by contrast, charging is just one step in the billing process.

Professional software testers have found the concept of a pre ight checklist with the same professional caveats to be an excellent way of ensuring a successful testing project. What are the professional caveats Before you pick up a checklist either for a pilot or a tester and attempt to y a plane or test software, consider the professional prerequisites. The goal of the checklist is to be able to say Yes, I have veri ed that to every checklist question. For example, the following question does appear on aircraft pre ight checklists: ight controls free and correct It is just one short question in the middle of a list of 15 or 20 questions. If you hold a pilot s license, then your ight experience (2 weeks of ground school, 40 hours of ight instruction, pilot s license, and 100 5000 hours of ight as pilot in command) tells you what stick to wiggle and what wing surface movement to expect before you say to yourself, Yes, I have veri ed that. The following question appears on all professional software testing checklists: testing success de ned It is just one short question in the middle of a list of 15 20 questions. If you have successfully completed several major testing projects, then your testing experience tells you the importance of knowing how to tell when you are done testing before you can plan a successful testing project so that you can say, Yes, I have veri ed that.

The next screen is a very critical step to understand. You will have another chance to review the hard drives that the Windows Home Server setup has detected. Before continuing, you have to select a checkbox to confirm the fact that all existing data will be erased (see Figure 5-11). In a typical consumer operating system installation, like for Windows Vista, you will have the option of whether or not to erase the primary hard drive, and secondary drives are not even touched by the installation. Windows Home Server uses a technology called Drive Extender to enable file duplication, and this technology requires low-level control of all hard drives. Before continuing, you should review the listed drives, and double-check that you have backed up any data that was previously on the drives.

Session beans are required to have a no argument constructor (public ConverterBean() {}) and must provide effective implementations for the life cycle methods declared in the SessionBean class. It is common for most or all these methods to get null definitions; they are after all just hook functions, included to allow for special cases where some particular action is needed before or after the container forces some major life cycle change on the bean.

Visit frequency. Scored based on number of visits per month. Visit duration. Scored based on number of minutes per visit. Visit depth. Scored based on number of page views per visit. Purchases per visit. Number of items purchased per visit. Total revenue of purchases per visit. Profitability of purchases per month.

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