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Binding to an object Binding to a UI element Binding to an indexed element Binding to a keyed string indexed element Binding to an entire collection Deciding when to update binding Binding to dynamic properties ICustomTypeProvider overview Creating the helper classes Using the helper class Customizing the display Formatting values Converting values during binding Providing default fallback values Handling null values Creating explicit data templates Using a DataTemplate with a ContentControl Rendering an ItemsControl with a DataTemplate Creating implicit data templates Data controls: DataGrid and DataForm The DataGrid Displaying your data Editing grid data Sorting items The DataForm Binding to lists of data Customizing display Customizing edit, add, and display templates Finer control over editing and committing data Annotating for display The Display attribute The Editable attribute Input validation The validation example source and UI Exception-based property validation Handling exception validation errors Custom validation code Validation error display Synchronous validation with IDataErrorInfo The IDataErrorInfo interface Simple validation with IDataErrorInfo Cross-field validation with IDataErrorInfo Combining exceptions and IDataErrorInfo Implementing the interface Binding support Building the WCF web service Adding the client service code Property modifications Annotating for validation Validation attributes Annotating your entity Calling external validation functions Creating custom validators Comparison of validation approaches Networking basics WebRequest and HttpWebRequest WebResponse and HttpWebResponse String operations Stream operations Asynchronous communication When async methods attack Saving your sanity with Rx Simplifying with tasks Trust and cross-domain network access Structuring the cross-domain file Other cross-domain policy files Locating your cross-domain policy The browser HTTP stack Connection count limit Cookies Caching The client HTTP stack Manually creating the client stack Automatically using the client stack Authentication credentials Managing cookies with the CookieContainer When to use the client stack Checking the network state Working with SOAP services Introducing ASP.
NET Silverlight-compatible SOAP services Service references Receiving data with the proxy Sending data using the proxy Using WCF services and complex data types Creating the Silverlight-enabled WCF service Sharing type definitions Adding the service reference Using the service Using the configuration file Error handling with WCF Using an out parameter Exposing exception information for debugging Solution setup Creating the services Testing the service using the browser Adding the Silverlight project Consuming REST services Updating resources by POSTing to the service Parsing plain old XML XmlSerializer Working with JSON JsonObject and JsonArray DataContractJsonSerializer Working with RSS and Atom Reading syndication feeds Working with feed items Duplex, sockets, and local connections WCF polling duplex services Creating the project and callback contract Creating the service Creating the service logic Managing client subscriptions Using the duplex service Connecting to sockets Serving the policy file Opening the connection Handling the response Multicast sockets Source-Specific Multicast Connecting to other local Silverlight applications Creating the receiver Creating the sender Putting it all together Summary 4.
Graphics and effects Shapes Lines Rectangle Ellipse Polyline Polygon Geometry Simple geometries Path geometries Composite geometries Brushes SolidColorBrush LinearGradientBrush RadialGradientBrush ImageBrush VideoBrush Effects Using built-in effects Creating custom pixel shaders Working with images Basic imaging Creating images at runtime Creating from existing images Creating from UI elements A Mandelbrot fractal generator Deep Zoom Showing an image Zooming in and out Managing the viewport Deploying multiscale images Dealing with dead space Filling the space Uniform sizing Fill the area UniformToFill Introduction to 3D Rendering pipeline Project templates Detecting capabilities with the GraphicsDeviceManager Using the DrawingSurface Project structure: the scene and objects The scene Renderable scene objects The camera Vertices Building a triangle using vertices Adding the triangle to the scene Primitives The TriangleList primitive The TriangleStrip primitive Tessellating a sphere Rendering the sphere with primitives Lighting and normal vectors Lighting the scene Sphere normal vectors Indexed vertices Applying a texture The ContentManager Texturing the sphere Adding and texturing a background Coordinate spaces and matrices The three coordinate space conversion matrices The Matrix class Keyframe animation The KeyFrame and KeyframeAnimation classes Using animation Summary 5.
Pop-ups, windows, and full-screen applications Showing pop-ups and child windows The Popup control Displaying a dialog box with the ChildWindow control Creating native windows Creating a normal window Customizing window chrome Running in full screen Normal full-screen mode Elevated trust full-screen mode Navigation Browser navigation background Browser journals Anchor hashtags Back and forth The Navigation Application template Creating a navigation application Adding a new page Changing the application theme Navigating to pages The Page class The NavigationService class Frames and URIs Caching pages Navigating to pages in other assemblies Navigation out of the browser Providing custom navigation controls Working with files and directories Using the file open and save dialogs Working with the OpenFileDialog Saving files with the SaveFileDialog Working with directories Getting directory timestamps Checking for directory existence Getting the directory root Creating and deleting directories Listing directory contents Accessing special folders Working with individual files Creating a file Writing to a file Reading from a file Getting and setting file metadata File utility functions Top 4 Download periodically updates software information of Collectorz.
Using warez version, crack, warez passwords, patches, serial numbers, registration codes, key generator, pirate key, keymaker or keygen for Collectorz. There are several aspects to this that will be ad- dressed in the following. Firstly, though the and excavations have had an enormous im- pact on our understanding of barrow landscapes throughout different prehistoric and even historic periods, the archaeological site of Oss-Zevenbergen was not researched in its entirety.
The profile baulks of five burial monuments 2, 3, 4, , and 8 and half of mound 7 were not completely excavated. This is also true for the features of the post rows, which were only sectioned. Most of the landscape around the barrow group was likewise only explored through test trenches. The starting point of this is two-fold: firstly the in situ preservation of the physical residual value as a knowledge source. Thereby endeavouring to counter- act the degradation of the archaeological values Jansen, section Secondly, a durably laid-out terrain that is accessible to those who are interested is aspired to.
A place where people might see and experience something of the past. This last starting point is part of a long term vision, whereby sustainable structural management is important Jansen, section There, however, is more to Oss-Zevenbergen than just the actual location. Section In short, this final chapter discusses how the site itself, the finds, and the results of the excavation are currently being preserved for future generations and presented to the public.
Figure by R. In addition to the preservation Monumentenwacht of the profiles, all mound bodies were re-erected based on the excavation results Nederland. The location of mound 1 is nowadays overbuilt by highway A59, mound 6 has been reconstructed based on our excavation results.
Mounds 2, 3, 4, 5, and 8 The profiles of mounds 2, 3, 4, 5, and 8 have been preserved by sealing them off with so-called root canvas Dutch: worteldoek to prevent the growth of shrubs and trees, and wire mesh to protect against treasure hunters. After the profiles were sealed, the mounds were reconstructed by supplementing the excavated quadrants.
Finally the entire mound body was covered with a layer of sand Datema The situation prior to restoration and documentation regarding the reconstruction work is described in Datema The mounds are inspected annually, resulting in a report concerning the physical state of the monuments and their surroundings.
In this way the scientific value is protected for the future. Mound 6 was completely excavated in Verwers a. The other quadrants, including the larger part of a Medieval burial, is still of great scientific interest. Subsequent to the excavation, the excavated parts of the mound were reconstructed.
After that the monument was sealed off with root canvas and wire mesh. Mounds The original mounds of these small urnfield barrows were practically invisible prior to our research. The monuments were discovered during the excavation of the area between the mounds, whereby the surrounding structures were excavated completely. The results were used to reconstruct the mounds.
Posthole features All posthole features associated with mounds were completely excavated. The posthole traces of the different linear lines were only sectioned, with the second half left unexcavated. The holes were filled in to preserve the second parts of the fill of the postholes for future research. In the first place it concerns a legally protected terrain. The still remaining archaeological values provide opportunities for gain- ing additional information. It is possible, for example, that in future new methods might allow for a better dating of burial monuments.
Secondly the preservation of the spatial coherence is of importance, not only because of the entirety of the burial mounds as a group, but also because of the structures in between, the post rows, which are considered a rare phenomenon. The starting point is to consider the remaining mounds as a single, valuable ensemble. Thirdly, the relation to other sites on the Maashorst is of importance. By physically preserving the barrow landscape, in future it will be possible to make spatial and chronological connec- tions, with visible elements such as the Vorstengraf, as well as less well known burial mounds on the Vorssel or the urnfield on the Slabroekse Heide or values as yet unknown accompanying settlement traces from late prehistory in the area.
Therefore it is fortunate that the mounds are now situated in a remote area, enclosed by a junction of roads. At the same time the barrow group of Oss-Zevenbergen is still literally visible as a prehistoric element. Visitors should be able to observe and experience the reconstructed prehistoric barrows of Zevenbergen and their surroundings, forming a monumental, long-term prehistoric relict situated in a dynamic modern landscape Fig.
From this viewpoint it forms a unique opportunity for the municipality of Oss to illustrate her history to residents and visitors. Also, they are the only visible and partly original archaeological monu- ments within the municipality, besides the constructed Vorstengraf monument. Figure by Archol BV. Not only during an excavation with an open day or social media and in- ternet sites, but also after an excavation through, for example, information panels, books, and reconstructions Fig.
Within the municipality of Oss, to which the Zevenbergen area belongs, a good example is the nearby Vorstengrafmonument. Today the Zevenbergen mounds — known as the archaeological monument Paalgraven — also are accessible to the public.
From here it is possible to view and experience the monuments and their surroundings. By choosing heath-like veg- etation, inspired by the landscape image from prehistory, a rather open landscape comes into existence whereby the physically protected burial monuments and post rows are clearly visible to the visitor. The actual terrain is not accessible, partially to protect the mounds Fig.
An information panel tells about the results of the excavation and the ensuing narrative that can be told about this area. The finds from this burial have formed a centre piece in the collection and displays of the Museum ever since. The cremated remains of the chieftain were also studied for the second time. This led to new discoveries and ideas concerning the content of the grave and the role of the objects, inspiring new field research to take place.
The last edition was therefore a large book, because many examples had to be shown in the old form and the new, standardized form. Today this gap has almost completely disappeared, and we can now first and foremost rely on the standardized API and architecture of Java Persistence. There are of course also many excellent Hibernate features, which we discuss in this edition. Although the number of pages has been reduced compared with the previous edition, we used this space for numerous new examples.
Let this new edition be a guide through your first Hibernate project. We hope it will replace the last edition as the Hibernate reference documentation you keep on your desk. Palak Mathur and Christian Alfano did an excellent job as the technical reviewers of our book; thank you for the many hours you spent editing our broken code examples. Tiffany Taylor found all our typos and made the book readable.
Dottie Marsico was responsible for typesetting and gave the book its great look. Mary Piergies coordinated and organized the production process. My father-in-law, Buddy Martin, deserves a special mention for providing wisdom and insights through great conversations and storytelling born of decades spent writing about sports go Gators! Finally, I thank my coauthor Christian Bauer for sharing his knowledge, and all of the people at Manning for their support, professionalism, and great feedback.
A special thank you goes out to Tiffany Taylor at Manning for a giving the book a great polish. Don Wanner, thank you, period. This book is both a tutorial and a reference for Hibernate and Java Persistence. We will, whenever appropriate, tell you if a particular section or subject is optional or reference material that you can safely skip during your first read.
We walk through a hands-on tutorial to get you started with your first Hibernate project. Part 2, Mapping strategies, focuses on Java classes and their properties, and how they map to SQL tables and columns. We explore all basic and advanced mapping options in Hibernate and Java Persistence.
We show you how to deal with inheritance, collections, and complex class associations. Finally, we discuss integration with legacy database schemas and some mapping strategies that are especially tricky. Part 3, Transactional data processing, is all about loading and storing data with Hibernate and Java Persistence. We introduce the programming interfaces, how to write transactional applications, and how Hibernate can load data from the database most efficiently.
With part 4, Writing queries, we introduce the data query features and cover query languages and APIs in detail. In part 5, Building applications, we discuss the design and implementation of layered and conversation-aware Java database applications. Readers of this book should have basic knowledge of object-oriented software development and should have used this knowledge in practice.
To understand the application examples, you should be familiar with the Java programming language and the Unified Modeling Language. Our primary target audience consists of Java developers who work with SQL-based database systems. Because data access is the bottleneck in most Java applications, this book pays close attention to performance issues. This book provides copious examples, which include all the Hibernate application artifacts: Java code, Hibernate configuration files, and XML mapping metadata files.
Source code in listings or in text is in a fixed-width font like this to separate it from ordinary text. Additionally, Java method names, component parameters, object properties, and XML elements and attributes in text are also presented using fixed-width font. In rare cases, even this was not enough, and listings include line-continuation markers. Additionally, comments in the source code have often been removed from the listings when the code is described in the text.
Code annotations accompany some of the source code listings, highlighting important concepts. In some cases, numbered bullets link to explanations that follow the listing. Directions for downloading Hibernate packages, in source or binary form, are available from the Hibernate website: www. The purchase of Java Persistence with Hibernate, Second Edition includes free access to a private web forum run by Manning Publications, where you can make comments about the book, ask technical questions, and receive help from the authors and from other users.
To access the forum and subscribe to it, point your web browser to www. This page provides information on how to get on the forum once you are registered, what kind of help is available, and the rules of conduct on the forum.
It is not a commitment to any specific amount of participation on the part of the authors, whose contribution to the forum remains voluntary and unpaid.
We suggest you try asking the authors some challenging questions lest their interest stray! Gavin is currently creating a new programming language called Ceylon. The title page is missing from the collection and we have been unable to track it down to date. The pictures from the Ottoman collection, like the other illustrations that appear on our covers, bring to life the richness and variety of dress customs of two centuries ago.
They recall the sense of isolation and distance of that period—and of every other historic period except our own hyperkinetic present. Dress codes have changed since then, and the diversity by region, so rich at the time, has faded away. It is now often hard to tell the inhabitants of one continent from another. Perhaps, trying to view it optimistically, we have traded a cultural and visual diversity for a more varied personal life—or a more varied and interesting intellectual and technical life.
We at Manning celebrate the inventiveness, the initiative, and, yes, the fun of the computer business with book covers based on the rich diversity of regional life of two centuries ago, brought back to life by the pictures from this collection. We cover basic and advanced features and describe some ways to develop new applications using Java Persistence.
Each of the competing solutions has various advantages and disadvantages, but they all share the same scope and overall approach. Persistence has always been a hot topic of debate in the Java community.
Is persistence a problem that is already solved by SQL and extensions such as stored procedures, or is it a more pervasive problem that must be addressed by special Java component models, such as EJBs? How do we achieve portability if every database management system has its own SQL dialect? Before we can get started with Hibernate, you need to understand the core problems of object persistence and ORM. First we define persistent data management in the context of object-oriented applications and discuss the relationship of SQL, JDBC, and Java, the underlying technologies and standards that Hibernate builds on.
These problems make it clear that we need tools and patterns to minimize the time we have to spend on the persistence-related code in our applications. We understand that you may want to try Hibernate right away. Almost all applications require persistent data. Persistence is one of the fundamental concepts in application development. Object persistence means individual objects can outlive the application process; they can be saved to a data store and be re-created at a later point in time.
You, like most other software engineers, have probably worked with SQL and relational databases; many of us handle such systems every day. Relational technology is a known quantity, and this alone is sufficient reason for many organizations to choose it. But to say only this is to pay less respect than is due.
Due to the well-researched theoretical foundation of the relational data model, relational databases can guarantee and protect the integrity of the stored data, among other desirable characteristics. You may be familiar with E. A more recent compendium worth reading, with a focus on SQL, is C.
This important principle is known as data independence. Relational technology provides a way of sharing data among different applications, or among different parts of the same overall system the data entry application and the reporting application, for example.
Relational technology is a common denominator of many disparate systems and technology platforms. Hence, the relational data model is often the foundation for the common enterprise-wide representation of business entities. Naturally, this has led to confusion.
SQL practitioners blame the relational data model for shortcomings in the SQL language, and relational data management experts blame the SQL standard for being a weak implementation of the relational model and ideals. Application engineers are stuck somewhere in the middle, with the burden of delivering something that works.
We highlight some important and significant aspects of this issue throughout this book, but generally we focus on the practical aspects.
To use Hibernate effectively, you must start with a solid understanding of the relational model and SQL. Hibernate automates many repetitive coding tasks, but your knowledge of persistence technology must extend beyond Hibernate itself if you want to take advantage of the full power of modern SQL databases. To dig deeper, consult the bibliography at the end of this book. Still, we know from our own experience that SQL is sometimes hard to remember, and some terms vary in usage.
When this schema is ready, you use SQL as a data manipulation language DML to perform operations on data, including insertions, updates , and deletions. You retrieve data by executing queries with restrictions, projections , and Cartesian products. For efficient reporting, you use SQL to join , aggregate , and group data as necessary.
You can even nest SQL statements inside each other—a technique that uses subselects. Although the SQL database is one part of ORM, the other part, of course, consists of the data in your Java application that needs to be persisted to and loaded from the database. Whether the SQL was written by hand and embedded in the Java code or generated on the fly by Java code, you use the JDBC API to bind arguments when preparing query parameters, executing the query, scrolling through the query result, retrieving values from the result set, and so on.
Because these data access tasks are often so tedious, we have to ask, are the relational data model and especially SQL the right choices for persistence in object-oriented applications?
We answer this question unequivocally: yes! There are many data management requirements that warrant a completely different approach. For example, internet-scale distributed systems web search engines, content distribution networks, peer-to-peer sharing, instant messaging have to deal with exceptional transaction volumes. Users might be happy with weak consistency; after an update, there might be a window of inconsistency before all processes see the updated data.
Some scientific applications work with enormous but very specialized datasets. Such systems and their unique challenges typically require equally unique and often custom-made persistence solutions. To understand why relational systems, and the data-integrity guarantees associated with them, are difficult to scale, we recommend that you first familiarize yourself with the CAP theorem.
A system may guarantee that all nodes will see the same data at the same time and that data read and write requests are always answered. In practice, this means you need a strategy that detects partition failures and restores either consistency or availability to a certain degree for example, by making some part of the system temporarily unavailable for data synchronization to occur in the background.
Often it depends on the data, the user, or the operation whether strong consistency is necessary. Instead of directly working with the rows and columns of a java. ResultSet, the business logic of an application interacts with the application-specific object-oriented domain model. Instead of reading and writing the value of a particular row and column with the ResultSet API, the application loads and stores instances of Item and Bid classes.
At runtime, the application therefore operates with instances of these classes. Each instance of a Bid has a reference to an auction Item, and each Item may have a collection of references to Bid instances. This allows business logic to use sophisticated object-oriented concepts such as inheritance and polymorphism.
For example, we could use well-known design patterns such as Strategy , Mediator , and Composite see Design Patterns: Elements of Reusable Object-Oriented Software [ Gamma, ] , all of which depend on polymorphic method calls. Now a caveat: not all Java applications are designed this way, nor should they be. Simple applications may be much better off without a domain model. Call existing stored procedures, and read their SQL result sets, too. Many applications need to execute procedures that modify large sets of data, close to the data.
You might implement some reporting functionality with plain SQL queries and render the result directly onscreen. Working with such a representation of persistent data is straightforward and well understood.
But in the case of applications with nontrivial business logic, the domain model approach helps to improve code reuse and maintainability significantly. In practice, both strategies are common and needed.
For several decades, developers have spoken of a paradigm mismatch. This mismatch explains why every enterprise project expends so much effort on persistence-related concerns. The paradigms referred to are object modeling and relational modeling, or, more practically, object-oriented programming and SQL.
With this realization, you can begin to see the problems—some well understood and some less well understood—that an application that combines both data representations must solve: an object-oriented domain model and a persistent relational model. Suppose you have to design and implement an online e-commerce application. In this diagram, you can see that a User has many BillingDetails.
You can navigate the relationship between the classes in both directions; this means you can iterate through collections or call methods to get to the other side of the relationship. The classes representing these entities may be extremely simple:. The paradigm mismatch will be visible when you add more entities and entity relationships to your application. Figure 1. The nicest solution may be to create a new SQL data type to represent addresses, and to add a single column of that new type in the USERS table instead of several new columns.
You have the choice of adding either several columns or a single column of a new SQL data type. This is clearly a problem of granularity. Adding a new data type to the database catalog, to store Address Java instances in a single column, sounds like the best approach:.
This term alone is confusing, because it means the database management system has or is supposed to support a sophisticated data type system—something you take for granted if somebody sells you a system that can handle data in a relational fashion. Furthermore, the SQL standard supports user-defined data types, but poorly. You can consider the failure to standardize such an important piece of functionality as fallout from the object-relational database wars between vendors in the mids.
Today, most engineers accept that SQL products have limited type systems—no questions asked. Attempts to find a better solution for the Java space, such as SQLJ, unfortunately, have not had much success.
The pragmatic solution for this problem has several columns of built-in vendor-defined SQL types such as Boolean, numeric, and string data types. Classes in the Java domain model come in a range of different levels of granularity: from coarse-grained entity classes like User, to finer-grained classes like Address, down to simple SwissZipCode extending AbstractNumericZipCode or whatever your desired level of abstraction is.
Many simple persistence mechanisms fail to recognize this mismatch and so end up forcing the less flexible representation of SQL products on the object-oriented model, effectively flattening it. We describe the solution to this problem in section 4. A much more difficult and interesting problem arises when we consider domain models that rely on inheritance , a feature of object-oriented design you may use to bill the users of your e-commerce application in new and interesting ways.
In Java, you implement type inheritance using superclasses and subclasses. The most natural way to reflect this change in the model is to use inheritance for the BillingDetails superclass, along with several concrete subclasses: CreditCard, BankAccount, and so on. Each of these subclasses defines slightly different data and completely different functionality that acts on that data.
The UML class diagram in figure 1. What changes must you make to support this updated Java class structure?
As soon as we introduce inheritance into the model, we have the possibility of polymorphism. The User class has an association to the BillingDetails superclass. This is a polymorphic association. At runtime, a User instance may reference an instance of any of the subclasses of BillingDetails. Similarly, you want to be able to write polymorphic queries that refer to the BillingDetails class, and have the query return instances of its subclasses.
SQL databases also lack an obvious way or at least a standardized way to represent a polymorphic association. In chapter 6, we discuss how ORM solutions such as Hibernate solve the problem of persisting a class hierarchy to an SQL database table or tables, and how polymorphic behavior can be implemented. Fortunately, this problem is now well understood in the community, and most solutions support approximately the same functionality. Was that a good choice?
How do you handle identical objects in Java? There are three ways to tackle this problem: two in the Java world and one in your SQL database. As expected, they work together only with some help. Instance equality, as determined by the implementation of the equals method also called equality by value.
On the other hand, the identity of a database row is expressed as a comparison of primary key values. Open navigation menu. Close suggestions Search Search. User Settings. Skip carousel. Carousel Previous. Carousel Next. What is Scribd? Explore Ebooks. Bestsellers Editors’ Picks All Ebooks. Explore Audiobooks. Bestsellers Editors’ Picks All audiobooks. Explore Magazines. Editors’ Picks All magazines.
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