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public ShaleELResolver() { } /** * <p>Variable name to be resolved to our JNDI environment context</p> */ private static final String JNDI_VARIABLE_NAME = "jndi"; // Prevent returning a huge number of results // from getFeatureDescriptor() private static final int MAX_TOP_LEVEL_NAMES = 1000; // ------------------------------- VariableResolver Methods /** * <p>Resolve variable names known to this resolver; otherwise, * delegate to the ELResolver chain</p> * * @param name Variable name to be resolved */ public Object getValue(ELContext elContext, Object base, Object property) { Object result = null; // If we have a non-null base object, function as a PropertyResolver if (null != base) { if (base instanceof Context) { elContextsetPropertyResolved(true); Context context = (Context) base; try { if (property instanceof Name) { result = contextlookup((Name) property); } else { if (null != property) { result = contextlookup(propertytoString()); } } } catch (NameNotFoundException e) { // Mimic standard JSF/JSP behavior when base is a Map // by returning null return null; } catch (NamingException e) { throw new EvaluationException(e); } } } else { // function as a VariableResolver if (null == property) { throw new PropertyNotFoundException("ShaleELResolver: name must not be null"); } if (JNDI_VARIABLE_NAMEequals(property)) { elContextsetPropertyResolved(true); try { InitialContext ic = new InitialContext(); result = (Context) iclookup("java:comp/env"); } catch (NamingException e) { throw new EvaluationException(e);

(const T , P)

Part II:

.

} } } return result; }

whence Invoking Eq (127), the activity-coefficient form of the GibbsDuhem equation, reduces this to:

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The Model B program, shown in Listing 11-2, is designed for use by J2ME components that retrieve information from a database Notice that the Model B program is similar to the Model A program in that the constructor definition (except for the name of the constructor) and the main() are identical Therefore, refer to the previous section for a description of the constructor and main() The second try {} block in Model B is where you place the try {} block contained in sections of this chapter that discuss how to retrieve information from a database This try {} executes a query and returns a ResultSet object called Results, which is declared as a private member of the ModelB class Model B also contains DisplayResults() and DownRow() DisplayResults() is passed the ResultSet returned in the second try {} block, which is used to move the virtual cursor to the first row of the ResultSet using the next() method (see 6) The next() returns a boolean value that is assigned to the Records variable The if statement evaluates the value of Records and displays a No data returned message if Records contains a false value indicating that there isn t any data in the row However, a true value causes the do while loop to execute, which is where a call to DownRow() is made, passing it the ResultSet DownRow() retrieves data stored in columns of the ResultSet and assigns those values to variables Each section of this chapter that discusses a task that retrieves data from a database has its own DownRow() Therefore, you need to replace the DownRow() in Model B with the DownRow() that is associated with the task that you want performed by the J2ME component After DownRow() extracts data from the current row of the ResultSet, control returns to DisplayResults(), where the next() method is called and the results are evaluated by the while If the next() method returns a true value, then DownRow() is recalled, otherwise the do while loop is exited and control returns to the constructor.

Pay special attention to the getValue( ) method It is the most often called method on ELResolver Because the ShaleELResolver simply adds JNDI capabilities to the EL, a null base argument means that it must look at the value of the property argument If it is equal to the string jndi , it sets the ELResolver s propertyResolved property to true, consults the InitialContext from JNDI, and obtains its java:comp/env Context value and returns it A non-null base argument must be of type javaxnamingContext In this case, the propertyResolved property is set to true, the lookup( ) method is called on the Context, and the value is returned Next is the getType( ) method:

A second differentiation and a second application of the GibbsDuhem equation gives:

public Class< > getType(ELContext elContext, Object base, Object property){ if (null != base && base instanceof Context) { elContextsetPropertyResolved(true); return Objectclass; } }

DisplayResults() also contains a catch {} block that traps errors thrown by statements within the try {} block

This equation in combination with Eq (1466) yields:

The getType( ) method is called by the implementation to determine if a subsequent call to setValue( ) is safe to call without causing a ClassCastException to be thrown In this case, if the base is an instance of javaxnamingContext, then any Object may be passed as the value

Listing 11-2 A model J2ME application that retrieves information from a database (Model B)

historical reasons it is simply called getType( ) The next method is setValue( ):

din y1 1 >-(const T, P ) dx1 x1 which is yet another condition for stability It is equivalent to Eq (1465), from which it ultimately derives Other stability criteria follow directly, eg,

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