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< xml version="1.0" encoding="UTF-8" > <beans xmlns="http://www.springframework.org/schema/beans" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://www.springframework.org/schema/beans http://www.springframework.org/schema/beans/spring-beans-2.5.xsd"> <bean id="viewResolver" class="org.springframework.web.servlet.view.InternalResourceViewResolver"> <property name="viewClass" value="org.springframework.web.servlet.view.JstlView" /> <property name="prefix" value="/WEB-INF/jsp/" /> <property name="suffix" value=".jsp" /> </bean> <bean name="/login.do" class="org.springframework.web.servlet.mvc.UrlFilenameViewController"> </bean> <!-</beans> other beans to be shown later -->

The first fundamental concept we need to revisit is the identification variable used in the FROM clause of JP QL queries to alias declarations that cover entity, embeddable, and other abstract schema types In JP QL the identification variable takes on a central importance, as it is the key to tying the different clauses of the query together But with the criteria API we represent query components with objects and therefore rarely have aliases with which to concern ourselves Still, in order to define a FROM clause we need a way to express which abstract schema types we are interested in querying against The AbstractQuery interface (parent of CriteriaQuery) provides the from() method to define the abstract schema type that will form the basis for the query This method accepts an entity type as a parameter and adds a new root to the query.

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A root in a criteria query corresponds to an identification variable in JP QL, which in turn corresponds to a range variable declaration or join expression In Listing 9-2, we used the following code to obtain our query root: CriteriaQuery<Employee> c = cbcreateQuery(Employeeclass); Root<Employee> emp = cfrom(Employeeclass); The from() method returns an instance of Root corresponding to the entity type The Root interface is itself extended from the From interface, which exposes functionality for joins The From interface extends Path, which further extends Expression and then Selection, allowing the root to be used in other parts of the query definition The role of each of these interfaces will be described in later sections Calls to the from() method are additive.

As shown in Listing 6-5, this is a simple login form. If you fill in the two text fields and submit this form, it will result in the following URL: http://localhost/eInsureWeb/ j_spring_security_check j_username=value1&j_password=value2.

Each call adds another root to the query, resulting in a Cartesian product when more than one root is defined if no further constraints are applied in the WHERE clause The following example from 8 demonstrates multiple query roots, replacing a conventional join with the more traditional SQL approach: SELECT DISTINCT d.

n this chapter, we will look at a simple case study to show the steps required in designing the persistence layer of a Hibernate-based application. Our application will be an order server, taking orders from a web application, processing them against the product inventory, and tracking the order status. Most of the code and configuration information is omitted from this chapter for reasons of space and because the specifics are covered in other chapters. You can download the source with the code for the other chapters from the Downloads section of the Apress website (http://www.apress.com). We do not attempt to follow a standard methodology in depth in this example. Instead, we try to illustrate the steps required when designing a Hibernate-based application. In particular, we do not delve too deeply into the intricacies of drawing up the initial requirements.

FROM Department d, Employee e WHERE d = e.department To convert this query to the criteria API we need to invoke from() twice, adding both the Department and Employee entities as query roots. The following example demonstrates this approach: CriteriaQuery<Department> c = cb.createQuery(Department.class); Root<Department> dept = c.from(Department.class); Root<Employee> emp = c.from(Employee.class); c.select(dept) .distinct(true) .where(cb.equal(dept, emp.get("department")));

This request will be intercepted by the Spring Security filter and delegated to the Spring-managed filter chain. Once SCIF is done with the preprocessing of the request, it s APF turn to act on it. The APF is configured in the root application context, as shown in Listing 6-7.

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