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.getCriteriaBuilder(); CriteriaQuery criteria = builder.createQuery(identityClass); Root root = criteria .from(identityClass); criteria .select(root); List predicates = new ArrayList (); predicates.add(builder ... .getName()));      criteria .where(predicates.toArray(new Predicate[predicates.size

,p.m_udb) FROM PersonTest p WHERE m_age=50", AdvoluxUID.class); instead of Criteria API ... . 100000) the test opens the Database, start some queries with criteria in several threads (maybe 10 ... (ManagedTypeImpl.java:199) at com.objectdb.jpa. criteria .PathImpl.get(PathImpl.java:114) at com

JPA Enum BooleanOperator java.lang.Object ∟  java.lang.Enum ∟  javax.persistence. criteria .Predicate$BooleanOperator Since: JPA 2.0 Enum Constants AND Since: JPA 2.0 OR Since: JPA 2.0 Public Static Enum Methods: Predicate$BooleanOperator[] values () Returns an array containing

JPA Enum Constant in javax.persistence. criteria .CriteriaBuilder$Trimspec TRAILING Trim from trailing end. Since: JPA 2.0

JPA Enum Constant in javax.persistence. criteria .CriteriaBuilder$Trimspec BOTH Trim from both ends. Since: JPA 2.0

JPA Enum Constant in javax.persistence. criteria .CriteriaBuilder$Trimspec LEADING Trim from leading end. Since: JPA 2.0

JPA Enum Trimspec java.lang.Object ∟  java.lang.Enum ∟  javax.persistence. criteria .CriteriaBuilder$Trimspec Used to specify how strings are trimmed. Since: JPA 2.0 Enum Constants BOTH Trim from both ends. Since: JPA 2.0 LEADING Trim from leading end. Since: JPA 2.0 TRAILING Trim from

JPA Enum Constant in javax.persistence. criteria .Predicate$BooleanOperator OR Since: JPA 2.0

JPA Interface Expression Type Parameters: - the type of the expression Super Interfaces: Selection , TupleElement Type for query expressions. Since: JPA 2.0 The JPA Query Expressions (JPQL / Criteria ) article explains how to use Expression . Public Methods Expression as (Class  type) Perform

JPA Enum Constant in javax.persistence. criteria .JoinType RIGHT Right outer join. Since: JPA 2.0

JPA Enum Constant in javax.persistence. criteria .JoinType LEFT Left outer join. Since: JPA 2.0

JPA Enum Constant in javax.persistence. criteria .JoinType INNER Inner join. Since: JPA 2.0

JPA Enum JoinType java.lang.Object ∟  java.lang.Enum ∟  javax.persistence. criteria .JoinType Defines the three types of joins. Right outer joins and right outer fetch joins are not required to be supported. Applications that use RIGHT join types will not be portable. Since: JPA 2.0 Enum

the sorted results. However, running this with the criteria API produces this error: Caused by: com ... criteria in debugger we get the correct expression: SELECT DISTINCT $1 FROM MyEntity $1 WHERE ((TYPE ... .persistence.Persistence; import javax.persistence. criteria .CriteriaBuilder; import javax.persistence

This reference contains the API documentation (similar to JavaDoc) of the Java Persistence API (JPA) 2.0. The content is derived from the original JPA documentation (in the EclipseLink JPA 2 RI) with some additions and notes. The JPA types are organized into the following sections: The purpose

Similarly, enhancement can be also be integrated into an ANT build script, as so: Enhancement API ... .*,test.X", text.X.class.getClassLoader()); The enhancement API and invocation of the Enhancer from

To access relational databases using the Java Persistence API (JPA) you will need an Object Relational Mapping (ORM) tool, such as Hibernate, TopLink, EclipseLink, Open JPA or DataNucleus. The DataNucleus ORM implementation supports also the Java Data Objects (JDO) API . ObjectDB is a full featured

API - managed only by standard Java APIs (JPA 2 / JDO 2). Extremely fast - faster than any other JPA

javax.persistence.criteria.SetJoin

javax.persistence.criteria.CriteriaBuilder$In

javax.persistence.criteria.PluralJoin

javax.persistence.criteria.CriteriaBuilder$SimpleCase

javax.persistence.criteria.CollectionJoin

javax.persistence.criteria.FetchParent

javax.persistence.criteria.CompoundSelection

javax.persistence.criteria.Fetch

javax.persistence.criteria.AbstractQuery

javax.persistence.criteria.CriteriaBuilder$Case

javax.persistence.criteria.CriteriaBuilder$Coalesce

javax.persistence.criteria.ListJoin

javax.persistence.criteria.MapJoin

javax.persistence.criteria.Subquery

.persistence. criteria .CriteriaBuilder; import javax.persistence. criteria .CriteriaQuery; import javax.persistence. criteria .Root; public class T605 {     public static void main(String[] args

criteria api / embedded objects / where order

The Java Persistence API (JPA) provides various ways to retrieve objects from the database. The retrieval of objects does not require an active transaction because it does not change the content of the database. The persistence context serves as a cache of retrieved entity objects. If a requested

is developed for an existing old relational database). By using the Java Persistence API (JPA

This chapter explains how to manage ObjectDB databases using the Java Persistence API (JPA). The first two pages introduce basic JPA interfaces and concepts: The next section explains how to use JPA for database CRUD operations: More advanced topics (e.g. locking and events) are discussed in the last section:

Welcome to ObjectDB for Java/JPA Developer's Guide. Here you can learn how to develop database applications using ObjectDB and JPA (Java Persistence API ). The main purpose of this guide is to make you productive with ObjectDB and JPA in a short time. Guide Structure This manual is divided into

Working with the Java Persistence API (JPA) consists of using the following interfaces: Overview A connection to a database is represented by an EntityManager instance, which also provides functionality for performing operations on a database. Many applications require multiple database

ObjectDB Software develops, markets and supports the ObjectDB Object-Oriented Database Management System (ODBMS). ObjectDB Software is the market leader in providing a very high performance persistence solution for Java, based on the Java Persistence API (JPA) and the Java Data Objects (JDO

to our customer and went against a show-stopper again. We're building a simple query with the criteria api ... ; } }; Create Selection Query (Critera- API ) from * TestEntity and add WHERE class ... : Doing "$1.getAge()" does produce the same error When trying to create a query from the criteria

. Within the persistence context, the entity instances and their lifecycle are managed. The EntityManager API is used ... ;deleteQuery) Create an instance of Query for executing a criteria delete query. Parameters: deleteQuery - a criteria delete query object Return: the new query instance Throws: IllegalArgumentException

.transaction jta 1.1 javax.servlet servlet- api 2.5 provided javax.servlet.jsp jsp- api 2.1 provided org

;      javax.servlet    servlet- api    2.5    provided        javax.servlet.jsp    jsp- api    2.1    provided

The Java Data Objects (JDO) is another standard for accessing persistent data in databases, using plain old Java objects (POJO) to represent the object model. Unlike Java Persistence API (JPA ... , and it is probably the most popular Java API for object databases today.

code. The JDO API is available today for most relational database systems (RDBMS), e.g. Oracle, IBM ... URL), because the JDO API is the same for both modes. 1.3  ObjectDB Editions ObjectDB

mode are discussed in Section 1.2 . Because the JDO API and the format of the database file

This reference contains the API documentation (similar to JavaDoc) of JDO 2.2. The content is derived from the original JDO documentation with some additions and notes. The most basic JDO types are: All the other JDO types are organized into the following sections:

that satisfy some well defined criteria . In addition, after an object is retrieved, all the objects

to boost recycling rates in Manchester approved n criteria , and iteration over the results in