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public class FileWithProperties implements IPropertySource { private IFile file; public IPropertyDescriptor[] getPropertyDescriptors() {} public Object getPropertyValue(Object id) {} public boolean isPropertySet(Object id) {} public void resetPropertyValue(Object id) {} public void setPropertyValue(Object id, Object value) {} public IFile toFile() { return file; } } The class FileWithProperties wraps an existing IFile and implements the IPropertySource interface As an improvement, we could also implement the IFile interface (which the API contract doesn't allow) and implement the wrapper using the Decorator pattern This would make the use of the wrapper more transparent to clients However, there is another problem We now end up with two different objects representing the same IFile This introduces subtle complexities when it comes to testing files for equality Life would be much simpler without any wrapping Clients can just deal with IFile but extend its behavior This is exactly the purpose of adapter factories Here are the steps for how to extend IFile:

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Comparing the Repeater, DataList, and DataGrid controls As mentioned, the Repeater, DataList, and DataGrid controls are used to display data in the form of lists on the Web Forms pages. All of these controls are bound to some data source and display each row in the data source as an entry called item. All three controls must be bound to a data source by the DataSource property so that they can be rendered on a page. Even if the DataSource property is set, the controls will not display the data from the data source until the DataBind() method is called for the control. The DataSource property is set for the control. For the individual controls in the templates, you can use the container data. CrossFor more information on data binding, refer to 9. Reference Table 11-3 compares the Repeater, DataList, and DataGrid controls. Table 11-3: Comparison of the Repeater, DataList, and DataGrid controls Feature Default layout Repeater No default layout DataList The default layout is a single vertical column layout Provides options for autoformat ting Provides options for editable contents and singleand multipleitem selection Does not support default paging DataGrid The default layout is a grid layout

readily available from some preliminary multiples generation and storage procedure. This cell is made up of an adder/subtractor whose inputs 0, Y, 2.Y, or 3.Y are selected through a 4-to-1 multiplexer. The q-selection circuit controls this multi plexer together with the A/S input of the adder/subtractor. This circuit takes advantage of the fact that the Y coordinates of the border line staircase threshold are identi ed by the Boolean equation yn-1.yn-2 1, as shown in the P D diagram of Figure 6.10. The main part of the circuit may be implemented by ROMs or look-up tables: a programmable logic array has been used in the q-selection hardware of the Pentium SRT-4 division implementation. The general structure of the SRT-4 divider is shown in Figure 13.19. A correction circuit similar to that of Figure 13.8 is still needed. Moreover, an output circuit converts the nal quotient Q into a nonredundant 2 s complement form. If Q is given in the form of a signed 2 s complement 3-bit digit vector, a circuit implementing the Booth_decode Algorithm 5.14a or 5.14b may be used. To speed up the decoding operation, on-the- y conversion algorithms have been presented in the literature ([ERC1987], [ERC1992], [ERC1994], [MON1994]).

Implement an AdapterFactory with the adapters you want to add to a particular type Register the factory for a specific type with the AdapterManager The AdapterManager is provided by the Platform class, a fa ade with static methods for general platform services

In the implementation you have to declare which adapters the factory provides This is done in the getAdapterList() method The purpose of this declarative method is to enable a quick lookup for an adapter With this information, Eclipse can quickly decide whether a type supports a particular adapter An AdapterFactory encapsulates the extensions you want to add for a particular type

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class FileAdapterFactory implements IAdapterFactory { public Class[] getAdapterList() { return new Class[] { IPropertySourceclass }; } // } In our case, the factory contributes a single adapter for IPropertySource The other method is getAdapter() In contrast to the IAdaptablegetAdapter(), it has an additional argument for the object that originally received the request:

No options for autoformat ting Items are read-only; no inherent support for selecting and editing items

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public Object getAdapter (Object o, Class adapter) { if (adapter == IPropertySourceclass) return new FilePropertySource((IFile)o);

return null; } Next we have to register the factory for our desired type (IFile) with the AdapterManager This has to occur early enough so that calls to getAdapter() return the correct result This is commonly done in a plug-in's startup() method or in a static initializer Here is a a corresponding code snippet:

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Provides options for autoformat ting Provides options for editable contents; also supports single- and multipleitem selection Provides support for paged output

IAdapterManager manager = PlatformgetAdapterManager(); IAdapterFactory factory = new FileAdapterFactory(); managerregisterAdapters(factory, IFileclass); Figure 315 illustrates these relationships

<plugin id="orgeclipsecontributionjunit" name="JUnit Plug-in" version="100" class="orgeclipsecontributionjunitJUnitPlugin"> Finally, we need a little stub for running tests:

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