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Entities 688 One-to-one: Each entity instance is related to a single instance of another entity. For example, to model a physical warehouse in which each storage bin contains a single widget, StorageBin and Widget would have a one-to-one relationship. One-to-one relationships use the javax.persistence.OneToOne annotation on the corresponding persistent property or field. One-to-many: An entity instance can be related to multiple instances of the other entities. A sales order, for example, can have multiple line items. In the order application, Order would have a one-to-many relationship with LineItem. One-to-many relationships use the javax.persistence.OneToMany annotation on the corresponding persistent property or field. Many-to-one: Multiple instances of an entity can be related to a single instance of the other entity. This multiplicity is the opposite of a one-to-many relationship. In the example just mentioned, from the perspective of LineItem the relationship to Order is many-to-one. Many-to-one relationships use the javax.persistence.ManyToOne annotation on the corresponding persistent property or field. Many-to-many: The entity instances can be related to multiple instances of each other. For example, in college each course has many students, and every student may take several courses. Therefore, in an enrollment application, Course and Student would have a many-to-many relationship. Many-to-many relationships use the javax.persistence.ManyToMany annotation on the corresponding persistent property or field. Direction in Entity Relationships The direction of a relationship can be either bidirectional or unidirectional. A bidirectional relationship has both an owning side and an inverse side. A unidirectional relationship has only an owning side. The owning side of a relationship determines how the Persistence runtime makes updates to the relationship in the database. Bidirectional Relationships In a bidirectional relationship, each entity has a relationship field or property that refers to the other entity. Through the relationship field or property, an entity class’s code can access its related object. If an entity has a related field, then the entity is said to “know” about its related object. For example, if Order knows what LineItem instances it has and if LineItem knows what Order it belongs to, then they have a bidirectional relationship. Bidirectional relationships must follow these rules: ■ The inverse side of a bidirectional relationship must refer to its owning side by using the mappedBy element of the @OneToOne, @OneToMany,or@ManyToMany annotation. The mappedBy element designates the property or field in the entity that is the owner of the relationship. ■ The many side of many-to-one bidirectional relationships must not define the mappedBy element. The many side is always the owning side of the relationship. The Java EE 5Tutorial • June 2010
■ For one-to-one bidirectional relationships, the owning side corresponds to the side that contains the corresponding foreign key. ■ For many-to-many bidirectional relationships either side may be the owning side. Unidirectional Relationships In a unidirectional relationship, only one entity has a relationship field or property that refers to the other. For example, LineItem would have a relationship field that identifies Product, but Product would not have a relationship field or property for LineItem. In other words, LineItem knows about Product, but Product doesn’t know which LineItem instances refer to it. Queries and Relationship Direction Java Persistence query language queries often navigate across relationships. The direction of a relationship determines whether a query can navigate from one entity to another. For example, a query can navigate from LineItem to Product but cannot navigate in the opposite direction. For Order and LineItem, a query could navigate in both directions, because these two entities have a bidirectional relationship. Cascade Deletes and Relationships Entities that use relationships often have dependencies on the existence of the other entity in the relationship. For example, a line item is part of an order, and if the order is deleted, then the line item should also be deleted. This is called a cascade delete relationship. Cascade delete relationships are specified using the cascade=REMOVE element specification for @OneToOne and @OneToMany relationships. For example: @OneToMany(cascade=REMOVE, mappedBy="customer") public Set getOrders() { return orders; } Entity Inheritance Entities support class inheritance, polymorphic associations, and polymorphic queries. They can extend non-entity classes, and non-entity classes can extend entity classes. Entity classes can be both abstract and concrete. The roster example application demonstrates entity inheritance, and is described in “Entity Inheritance in the roster Application” on page 725. Abstract Entities An abstract class may be declared an entity by decorating the class with @Entity. Abstract entities differ from concrete entities only in that they cannot be instantiated. Entities Chapter 24 • Introduction to the Java Persistence API 689
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The Java EE 5Tutorial For Sun Java
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Contents Preface ..................
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Contents Starting and Stopping the
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Contents 5 JavaServer PagesTechnolo
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Contents 8 CustomTags in JSP Pages
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Contents 11 Using JavaServer FacesT
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Contents Component, Renderer, and T
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Contents 17 Binding between XML Sch
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Contents The Remove Method ........
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Contents 27 The Java Persistence Qu
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Contents 30 SecuringWeb Application
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Contents Building, Deploying, and R
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Contents Enterprise Beans .........
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Preface 30 ■ Web application inte
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Preface Application Server Document
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Preface Default Paths and File Name
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Preface TABLE P-4 Symbol Convention
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1C HAPTER 1 Overview Developers tod
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FIGURE 1-1 Multitiered Applications
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Applets A web page received from th
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As shown in Figure 1-3, the web tie
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services in the form of a container
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Web Services Support Web services a
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Once a Java EE unit has been produc
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The different roles are not always
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Java EE 5 APIs FIGURE 1-7 Java EE P
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JavaServer Faces JavaServer Faces t
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Java Architecture for XML Binding (
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A Java EE component can locate its
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TABLE 1-1 Application Server Tools
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Required Software 66 2 3 4 5 Next S
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Starting and Stopping the Applicati
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Building the Examples 70 1. Select
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Debugging Java EE Applications Debu
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PART II TheWebTier Part Two explore
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Web Applications 78 FIGURE 3-1 Java
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Web Application Life Cycle Web Appl
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Web Modules 82 In addition to web c
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Web Modules 84 6. In the Projects t
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Web Modules 86 To test the applicat
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Web Modules 88 To enable dynamic re
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ConfiguringWeb Applications 90 5. C
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ConfiguringWeb Applications 92 The
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ConfiguringWeb Applications 94 Alte
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Duke’s Bookstore Examples @Resour
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Further Information aboutWeb Applic
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The Example Servlets The Example Se
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Servlet Life Cycle Servlet Life Cyc
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Servlet Life Cycle 104 import datab
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Sharing Information TABLE 4-3 Scope
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Sharing Information 108 accessed th
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Writing Service Methods Writing Ser
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Writing Service Methods 112 Constru
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Filtering Requests and Responses Bo
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Filtering Requests and Responses 11
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Invoking OtherWeb Resources When a
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Accessing theWeb Context Transferri
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Maintaining Client State 126 Associ
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Finalizing a Servlet Finalizing a S
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Finalizing a Servlet 130 } ... //Ac
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What Is a JSP Page? 134 A Simple JS
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The Example JSP Pages To deploy the
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The Example JSP Pages 138 This vers
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The Example JSP Pages 140 ■ A lis
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The Life Cycle of a JSP Page The Li
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Creating Static Content This direc
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Unified Expression Language Using A
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Unified Expression Language 148 The
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Unified Expression Language 150 Val
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Unified Expression Language 152 ${c
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Unified Expression Language 154 ■
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Unified Expression Language 156 the
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Unified Expression Language 158 Lit
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Unified Expression Language 160 pro
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Unified Expression Language 162 exp
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Unified Expression Language 164 TAB
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JavaBeans Components 166 JavaBeans
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JavaBeans Components 168 The follow
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Using CustomTags illustrates how to
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Using CustomTags 172 To deploy and
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Transferring Control to AnotherWeb
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Including an Applet 176 FIGURE 5-3
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Setting Properties for Groups of JS
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Setting Properties for Groups of JS
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The Example JSP Document 184 docume
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Creating a JSP Document ■ Nested
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Creating a JSP Document 188 ■ The
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Creating a JSP Document 190 There a
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Creating a JSP Document 192 123 The
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Creating a JSP Document 194 expres
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Creating a JSP Document 196 The JSP
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Identifying the JSP Document to the
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The Example JSP Pages 200 To deploy
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Using JSTL 202 Thus, the tutorial r
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CoreTag Library 204 ... For examp
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CoreTag Library 206 The choose tag
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CoreTag Library 208 converted, vali
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XMLTag Library XMLTag Library 210 T
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XMLTag Library 212 If you want to s
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InternationalizationTag Library 214
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SQLTag Library SQLTag Library 216 T
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SQLTag Library 218 ${param.card
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JSTL Functions ... JSTL Functions
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What Is a CustomTag? What Is a Cust
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The Example JSP Pages 226 5. Select
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Types ofTags 228 To declare a fragm
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Types ofTags 230 The body of jsp:at
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Encapsulating Reusable Content Usin
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Tag Library Descriptors 246 TABLE 8
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Tag Library Descriptors 248 The web
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Tag Library Descriptors 250 TABLE 8
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Tag Library Descriptors 252 Declari
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Programming SimpleTag Handlers 254
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JSP Declarations JSP Declarations 2
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ProgrammingTagsThat Accept Scriptin
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Navigation Model 306 To handle navi
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Backing Beans 308 Each of the compo
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Backing Beans 310 Notice that the a
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The Life Cycle of a JavaServer Face
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The Life Cycle of a JavaServer Face
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Further Information about JavaServe
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The Example JavaServer Faces Applic
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Setting Up a Page Setting Up a Page
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Setting Up a Page 322 The form tag
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Using the CoreTags 324 TABLE 11-1 T
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Adding UI Components to a Page Usin
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Using Localized Data style="color:
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Using Localized Data 350 referencin
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Using the Standard Converters This
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Using the Standard Converters 354
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Using the Standard Converters 356 H
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Registering Listeners on Components
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Using the StandardValidators 360 TA
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Binding ComponentValues and Instanc
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Referencing a Backing Bean Method {
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Referencing a Backing Bean Method 3
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Using Custom Objects 372 The next t
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Using Custom Objects 374 ... Usi
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Writing Bean Properties 378 The UI
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Writing Bean Properties 380 } publi
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Writing Bean Properties 382 Here is
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Writing Bean Properties 384 Propert
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Writing Bean Properties 386 Writing
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Performing Localization Performing
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Performing Localization 390 The Obj
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Creating a Custom Converter 392 } }
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Implementing an Event Listener 394
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Creating a CustomValidator “Regis
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Creating a CustomValidator 400 } pu
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Writing Backing Bean Methods String
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Writing Backing Bean Methods 404 Wh
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Writing Backing Bean Methods 406 Th
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DeterminingWhetherYou Need a Custom
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Understanding the Image Map Example
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Understanding the Image Map Example
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Steps for Creating a Custom Compone
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Creating Custom Component Classes 4
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Delegating Rendering to a Renderer
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Creating the ComponentTag Handler m
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Defining the Custom ComponentTag in
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Configuring Beans Configuring Beans
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Configuring Beans 438 a. Start typi
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Configuring Beans 440 Referencing a
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Configuring Beans 442 java.math.Bi
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Configuring Beans 444 street ...
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Registering Custom Localized Static
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Registering a Custom Converter The
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Registering a Custom Renderer with
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Providing Localized Messages and La
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Character Sets and Encodings The Ja
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Setting the Port Setting the Port S
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Creating a SimpleWeb Service and Cl
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JAXB Architecture FIGURE 17-1 JAXB
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Representing XML Content More about
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Binding XML Schemas 492 TABLE 17-1
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Customizing Generated Classes and J
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JAXB Examples 500 The Basic and Cus
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JAXB Examples 502 -extension By def
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JAXB Examples 504 TABLE 17-12 Schem
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JAXB Examples 506 TABLE 17-13 Schem
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JAXB Examples 508 PurchaseOrderType
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Basic JAXB Examples 510 5. A Marsha
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Customizing JAXB Bindings Building
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Customizing JAXB Bindings 514 Inlin
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Customizing JAXB Bindings 516 Restr
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Customizing JAXB Bindings 518 [ co
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Customizing JAXB Bindings 520 [ ..
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Customizing JAXB Bindings 522 ■ A
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Customizing JAXB Bindings 524 A bi
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Customizing JAXB Bindings ■ If ty
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Customizing JAXB Bindings 528 Prope
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Customizing JAXB Bindings 530 The g
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Customizing JAXB Bindings Schema Na
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Java-to-Schema Examples External Cu
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Java-to-Schema Examples 536 ant run
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Java-to-Schema Examples 538 Schema
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Java-to-Schema Examples 540
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Java-to-Schema Examples 542 int zip
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Why StAX? 548 The DOM model involve
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StAX API StAX API 550 With this in
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StAX API 552 The base iterator inte
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StAX API 554 TABLE 18-3 Example of
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StAX API 556 Development Goals The
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Using StAX 558 TABLE 18-4 javax.xml
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Using StAX 560 ■ Get the name of
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Using StAX 562 Reading Namespaces S
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Sun’s Streaming XML Parser Implem
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Example Code 566 ■ Filter example
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Example Code 574 XMLInputFactory xm
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Example Code 576 Building and Runni
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Overview of SAAJ 586 Messages with
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SAAJTutorial 590 This kind of facto
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SAAJTutorial 594 The following exam
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SAAJTutorial 596 Getting the Conten
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SAAJTutorial 598 Adding Content to
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SAAJTutorial 602 } } Object content
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SAAJTutorial 604 Note - Although th
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SAAJTutorial 610 TABLE 19-1 SOAP Fa
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Code Examples 612 import javax.xml.
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Code Examples 614 This argument spe
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Code Examples 618 makes the documen
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Code Examples 620 Running DOMSrcExa
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Code Examples 624 http://gizmos.com
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Defining Client Access with Interfa
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Security Implementation Mechanisms
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Securing Containers Message-Layer S
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Securing Containers 774 class file
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Working with Realms, Users, Groups,
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A Java EE ApplicationThat Uses the
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An Application ExampleThat Consumes
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An Application ExampleThat Deploys
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988
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Container-ManagedTransactions step,
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Container-ManagedTransactions 992 4
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Container-ManagedTransactions 994 T
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Bean-ManagedTransactions 996 begin
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Updating Multiple Databases 998 Bea
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1000
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DataSource Objects and Connection P
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Resource Injection 1004 The type of
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The confirmer Example Application .
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The confirmer Example Application 1
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Further Information about Resources
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About Resource Adapters 1012 FIGURE
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Resource Adapter Contracts 1014 ins
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Common Client Interface Transaction
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1018
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1020
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Overview of the Coffee Break Applic
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SAAJ Coffee Supplier Service public
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SAAJ Coffee Supplier Service 1026 A
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SAAJ Coffee Supplier Service 1028 T
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SAAJ Coffee Supplier Service 1030 c
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SAAJ Coffee Supplier Service 1032 S
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SAAJ Coffee Supplier Service 1034 }
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SAAJ Coffee Supplier Service 1036 }
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Coffee Break Server Coffee Break Se
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Coffee Break Server 1040 With the
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Coffee Break Server 1042 } } Coffee
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Building, Packaging, Deploying, and
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Enterprise Beans FIGURE 37-1 Duke's
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Enterprise Beans 1052 The AccountCo
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Enterprise Beans 1054 TABLE 37-1 He
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Application Client Application Clie
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Web Client Web Client 1058 The init
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Web Client 1060 FIGURE 37-4 Account
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Web Client 1062 customerBean com
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Web Client 1064 } public Object act
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Web Client 1066 HTML form that requ
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1072
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1074
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Further Information about Character
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About the Authors 1078 wide range o
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Index @XmlMimeType annotation, 498
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Index backing bean methods (Continu
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Index configuring JavaServer Faces
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Index custom tags (Continued) writi
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Index EJBContext interface, 994, 99
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Index getCallerPrincipal method, 79
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Index JavaBeans components (Continu
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Index JAXB, examples (Continued) Xm
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Index JSTL, 56, 199 core tags, 203
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Index messages (Continued) paramete
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Index query language (Continued) co
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Index responses (Continued) See als
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Index sessions (Continued) notifyin
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Index tag files (Continued) variabl
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Index UI component tag attributes (
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Index value-change events (Continue
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