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A SQL database stores data in tables, which consist of rows and columns. A column stores the information regarding properties of an item, while a row stores the complete information of an item. For example, consider a Products table. The columns store information, such as product identification number, product name, and quantity available. The rows store information about different products. Each column stores data of a specific type. Therefore, each column has a specific data type. Table 12-1 describes some of the SQL data types. Table 12-1: SQL data types Data Type Integer Description Used to store whole numbers. Used to store decimal numbers. Used to store character data that can be letters, numbers, or

Java elements that reside in JARs outside of the workspace and have no corresponding resource An example is the JDK's rtjar Java elements representing methods contained in a compilation unit For this reason, IJavaElement provides additional accessor methods like getResource() It returns the innermost resource enclosing this element

be an n-digit B-ary number to be converted in a RNS system de ned by the non redundant set of moduli {mj}, j 1, 2, . . . , s. One assumes that Bn 1 M P1

IJavaElement allows us to navigate from Java elements to their resources However, clients also need to be able to navigate from a resource to a corresponding Java element Java core provides an API Fa ade, JavaCore (see Figure 334) It provides static factory methods to create IJavaElements

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Notice that the create() methods do not really create a Java project, compilation unit, or package They only return a handle to a corresponding Java element The handles are lightweight value objects used to reference Java elements The Java model may create any number of handles for an element Next, let's take a look at the handle design in more detail

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Table 12-1: SQL data types Data Type Description special characters such as #, %, or $, or a combination of letters and characters. Char stores a single character of data. To store more than one character, you use Char(n), where n refers to the number of characters you want to store. VarChar(n) Used to store character data, where n refers to the number of characters you want to store, but the length of the column depends on the actual number of characters entered. Used to store date and time data. Used to store monetary data values.

Java elements use the same handle/body separation as is used for referencing resources (see Figure 335)

otherwise the conversion would be modulo M. The most straightforward circuit to convert base-B to RNS consists of a set of dividers by the respective moduli mj (Figure 14.7). The remainders Rj are the desired RNS components: results of the successive reductions modulo mj. The design problem is thus that of the synthesis of integer dividers by mj. Optimization techniques generally start from the selection of the set of moduli. As quoted in s 8 and 15, speci c moduli can lead to better algorithms and higher performance implementations. The converter circuit presented in Figure 14.8 implements Algorithm 7.4. It is assumed that the xi and mj are binary coded, as well as the outputs: RNS components rj, and Rj. The circuit rst computes the RNS expressions of xi.Bi (i 0, 1, . . . , n 2 1) then adds them. This operation corresponds to s multioperand additions mod mj ( j 0, 1, . . . , s). The n.s values rj(i) of (xi.Bi) mod mj are read from n look-up tables LUTi such as those displayed in Figure 7.1 to illustrate Example 7.5. Since the factor Bi is implicit, only dlog2(B)e binary inputs are needed to address any LUTi and Sj(dlog2 (mj)e) binary outputs are required to code the RNS expression of (xi.Bi). The size CLUT

IJavaElement is the handle and JavaElementInfo is the body IJavaElement defines the common behavior for Java elements Several of its methods are handle-only methods, for example, getElementName() and getParent() Figure 336 illustrates the element info structure for a compilation unit

In contrast to the resource handle/body design, the one used in the Java model is much more involved The main concern is scalability with regard to memory footprint The Java model is much finer-grained than a resource tree It supports navigation down to methods inside a compilation unit which requires Eclipse to parse the source of the corresponding file Having a complete Java element tree in memory would be very expensive The following observations help us solve the footprint problem: Users typically only have a subset of the element tree expanded in the UI Users only have a small number of compilation units open in an editor or expanded in a Java view The element info can be computed based on the resource info

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