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Most Web services platforms and SOAP implementation providers test their products among SOAP implementations using a standard test suite. This suite can be used to ensure interoperability with other SOAP implementations for conformance testing. To explore the concepts, let s experiment with an interoperability scenario using a Java-based Web services implementation to interact with a Microsoft-based service client implementation. To try out this scenario, we have chosen to use Apache Axis as the Java-based Web services provider and the Microsoft .NET Framework as the client Web services requestor. The development and deployment of a Web services requestor is done in a unique part of the Microsoft .NET platform. Like any other Web services platform providers, the Microsoft .NET Framework typically supports industry-standard protocols and technologies, including XML, SOAP, WSDL, and UDDI. The following section examines the basics of the .NET Framework and its core components.

You ll notice that a new line appears in the Group, Sort, and Total pane. This line represents the sorting you just applied. Because the sales amount must be sorted in descending order, you will need to change the sort direction as demonstrated in Figure 3-19. At this point, the service reps in each home branch should be sorted in descending order by revenue. The final step is to add a sales total to each home branch. That is to say, you want to display a total after each home branch group that represents the sum revenue for all the service reps in that branch. In Layout view, go to the Group, Sort, and Total pane and select the More drill-down button for the Home_Branch grouping (see Figure 3-20).

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compound-contour reflectors, fluorescent lamps have difficulty projecting a high intensity toward the bottom of a wall. The following guide will be helpful in providing approximate visual uniformity with linear T5, T8, and T12 fluorescent lamps. When using fluorescent lamps in standard reflector channels to light walls, display boards, or draperies, place the channels at a 1:4 ratio of distance away from the lighted surface to the height of the wall (figure 12.32). Luminance at the bottom will be about one-tenth of the luminance at the top. For many applications, the resulting perception of near uniformity is adequate.

Most work surfaces reflect light both diffusely and specularly. Diffuse reflectance is dependent on the quantity of illuminance on the surface. Specular reflectance is dependent on the luminance of the source: the reflected image of the lamp or luminaire. This reflected image causes a veiling image on the work surface that obscures surface detail. In the visual task area, remove glossy surfaces wherever possible. A glass-covered or highly polished desk top is quite specular; reflected images become distracting. Matte (low-gloss) finishes should always be used for work surfaces. It is helpful to think of the work surface as a mirror when orienting task luminaires (figure 3.34). Proper luminaire location reduces reflected glare from the task (figure 3.35). When luminaires are located on either side of the desk, shadows cast by the luminaires are filled in and light is reflected away from the worker s eyes (figure 3.36). Video Display Terminals (VDTs) VDTs are glossy vertical work surfaces. Screen reflections are caused by variations in luminance being seen by the screen surface and reflected into the worker s eyes. Screens that are convex and inclined upward, in particular, reflect into the eyes large areas of ceiling, walls, windows, and the surrounding space. Positioning the screen, adjusting its angle, low-reflectance screens, blinds on windows, and dark clothing for workers are techniques that relieve many reflection problems. Reflections caused by the lighting system can be controlled with properly designed, deepcell parabolic louvers to prevent lamp images from appearing on the VDT screen. In addition to reflections on the screen surface, which make viewing the screen images difficult, two additional lighting problems that cause concern for VDT users are: (1) proper lighting for the non-VDT tasks the

The specification of Java API for XML processing is currently at version 1.2 and provides support for XML parsing and XML transformation. Also, the specification for XML data binding API is at version 1.0. These two specifications are very important because they set the fundamentals for XML processing and are essential in understanding the processing as well as benefits of using XML. Before describing the APIs, let s look at the basics of XML.

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and for each individual zero bond, N P(r (T ), T , T ) X , r (T ) < r * i i 0 = i =1 r (T ) r * 0,

with Gd the Lie algebra generators and p the local, incremental pose parameters. In this case, Gauss Newton optimization is implemented straightforwardly by computing the singularity-free Jacobians in p = 0 and carrying out the compositional update de ned above.

P(0, T )(F (0)N(d ) XN(d ))