A presentation on the use of EclipseLink as a JPA, JAXB, or SDO persistence provider in OSGi. Equinox specific extensions for JPA byte code weaving are also described.
In this session, we take a look at a handful of the features that will be part of the upcoming Java EE 8 release, as well as a few of the existing features that can be utilized in Java EE 7 today. Each of the features are presented via a recipe in the "Problem", "Solution", and "How it Works" format.
Java EE 7 provides updates to existing Java EE technologies and introduces support for new technologies like HTML5. Key areas of focus include improved productivity, support for WebSocket and JSON, and higher level APIs for tasks like messaging and caching. While plans for a PaaS theme in Java EE 7 have been postponed, the specification is evolving to better support cloud computing. The Java EE 7 specification is progressing with participation from many companies and experts.
Java Persistence API is a collection of classes and methods to persistently store the vast amounts of data into a database which is provided by the Oracle Corporation.
Generally, Java developers use lots of code, or use the proprietary framework to interact with the database, whereas using JPA, the burden of interacting with the database reduces significantly. It forms a bridge between object models (Java program) and relational models (database program).
Java EE (Java Platform, Enterprise Edition) is a set of specifications that provide functionality for developing multi-tiered, scalable, secure, and robust server-side applications. It extends the Java SE platform by providing APIs for common enterprise features like web services, transactions, security, and more. Java EE applications are hosted on Java EE servers, which provide runtime environments called containers that implement the Java EE specifications and provide services to applications. Common Java EE servers include GlassFish, JBoss, and WebLogic.
The document provides an overview of Java EE 7 including:
- Major themes like ease of development, lightweight, and HTML5 support
- New and updated specifications including JSF 2.2, JAX-RS 2.0, JPA 2.1, JMS 2.0, CDI 1.1, and more
- Enhancements to the web profile, messaging, RESTful web services, persistence, and other APIs
- New capabilities like support for JSON, WebSocket, schema generation, and batch processing
JDBC (Java Database Connectivity) is a Java API that allows Java programs to connect to and interact with relational databases. There are four types of JDBC drivers: JDBC-ODBC bridge drivers, native-API drivers, network-protocol drivers, and database-protocol drivers. The key steps in using JDBC include: 1) loading the appropriate JDBC driver, 2) establishing a connection to the database, 3) creating statement objects to execute queries and updates, 4) executing the statements, 5) processing result sets, and 6) closing all open resources.
The document discusses Java Database Connectivity (JDBC) API which defines how Java programs can communicate with databases. It describes key JDBC concepts like drivers, packages, and products. It also covers JDBC design considerations like different types of drivers and client-server models. Basic steps to use JDBC include loading drivers, establishing connections, executing statements, and closing connections.
In this session, we take a look at a handful of the features that will be part of the upcoming Java EE 8 release, as well as a few of the existing features that can be utilized in Java EE 7 today. Each of the features are presented via a recipe in the "Problem", "Solution", and "How it Works" format.
Java EE 7 provides updates to existing Java EE technologies and introduces support for new technologies like HTML5. Key areas of focus include improved productivity, support for WebSocket and JSON, and higher level APIs for tasks like messaging and caching. While plans for a PaaS theme in Java EE 7 have been postponed, the specification is evolving to better support cloud computing. The Java EE 7 specification is progressing with participation from many companies and experts.
Java Persistence API is a collection of classes and methods to persistently store the vast amounts of data into a database which is provided by the Oracle Corporation.
Generally, Java developers use lots of code, or use the proprietary framework to interact with the database, whereas using JPA, the burden of interacting with the database reduces significantly. It forms a bridge between object models (Java program) and relational models (database program).
Java EE (Java Platform, Enterprise Edition) is a set of specifications that provide functionality for developing multi-tiered, scalable, secure, and robust server-side applications. It extends the Java SE platform by providing APIs for common enterprise features like web services, transactions, security, and more. Java EE applications are hosted on Java EE servers, which provide runtime environments called containers that implement the Java EE specifications and provide services to applications. Common Java EE servers include GlassFish, JBoss, and WebLogic.
The document provides an overview of Java EE 7 including:
- Major themes like ease of development, lightweight, and HTML5 support
- New and updated specifications including JSF 2.2, JAX-RS 2.0, JPA 2.1, JMS 2.0, CDI 1.1, and more
- Enhancements to the web profile, messaging, RESTful web services, persistence, and other APIs
- New capabilities like support for JSON, WebSocket, schema generation, and batch processing
JDBC (Java Database Connectivity) is a Java API that allows Java programs to connect to and interact with relational databases. There are four types of JDBC drivers: JDBC-ODBC bridge drivers, native-API drivers, network-protocol drivers, and database-protocol drivers. The key steps in using JDBC include: 1) loading the appropriate JDBC driver, 2) establishing a connection to the database, 3) creating statement objects to execute queries and updates, 4) executing the statements, 5) processing result sets, and 6) closing all open resources.
The document discusses Java Database Connectivity (JDBC) API which defines how Java programs can communicate with databases. It describes key JDBC concepts like drivers, packages, and products. It also covers JDBC design considerations like different types of drivers and client-server models. Basic steps to use JDBC include loading drivers, establishing connections, executing statements, and closing connections.
JDBC provides a standard library for accessing relational databases. It determines column metadata and handles queries but does not standardize SQL syntax. JDBC consists of an API and driver manager that communicates with vendor-specific drivers. JPA is a standard ORM specification that maps POJOs to database tables and handles synchronization, transactions, and performance. It defines entity classes, entity managers, and persistence units configured in persistence.xml.
JDBC provides a standard interface for connecting to relational databases from Java applications. It establishes a connection by loading a JDBC driver, then executing SQL statements using objects like Statement and PreparedStatement. Results are retrieved into a ResultSet which can be processed row-by-row. Finally, connections are closed to release resources.
The document discusses Java Database Connectivity (JDBC) and how it allows Java programs to connect to databases. It describes the four types of JDBC drivers, the core JDBC interfaces like Driver, Connection, and Statement, and how to use JDBC to perform CRUD operations. The key interfaces allow establishing a database connection and executing SQL statements to retrieve and manipulate data.
Microsoft Entity Framework is an object-relational mapper that bridges the gap between object-oriented programming languages and relational databases. The presentation introduced Entity Framework, discussed its architecture including the conceptual data model and entity data model, and demonstrated CRUD operations and other core functionality. It also provided an overview of Entity Framework's history and versions.
This document summarizes several design patterns used in Java EE, including Singleton, Abstract Factory, Facade, Decorator, Observer, MVC, and Domain Driven Design. It provides examples of how each pattern can be implemented in Java EE using annotations like @Singleton, @Produces, @Stateless, @Inject, and more. It also briefly discusses the pros and cons of implementing these patterns in Java EE.
J2EE PPT --CINTHIYA.M Krishnammal college for womenlissa cidhi
This document discusses Java 2 Enterprise Edition (J2EE). It describes J2EE as providing application level software units and components like web components (servlets and JavaServer Pages), enterprise Java beans, and applets. It explains that J2EE components and services include primary technologies like servlets, JavaServer Pages, and enterprise Java beans as well as standard services and supporting technologies like JDBC, RMI, XML, JavaIDL, and JavaMail. The document provides details on web components, enterprise Java beans, JavaServer Pages, and the basic components of Struts including the base framework, JSP tag libraries, Tiles plugin, and Validator plugin.
JDBC (Java Database Connectivity) provides Java applications with access to most database systems via SQL. It defines a standard API for accessing databases in Java. The key classes and interfaces in JDBC include DriverManager, Connection, Statement, PreparedStatement, ResultSet, and DatabaseMetaData. JDBC applications use the DriverManager to obtain a Connection to a database, then execute SQL statements using Statement or PreparedStatement objects to return ResultSet objects containing query results.
The document discusses the Java Persistence API (JPA) and Hibernate framework. It provides an overview of JPA's main features, the five steps to implement JPA using Hibernate, and the components that make up Hibernate.
Hirofumi Iwasaki presented on moving systems from J2EE to Java EE. He discussed the history of Java EE specifications from J2EE 1.2 to Java EE 7. He showed how components, architectures, and development environments have evolved over this time period. Iwasaki presented a case study on modernizing an existing "J2EE era" system from 2001-2006 and discussed migrating from Struts 1.x to JSF 2.2 as an example. He emphasized that systems should not remain on older Java EE versions and should upgrade to take advantage of current specifications, like Java EE 7.
WebLogic 12.1.3 was released late last year. It brings a large set of changes including support for some key new Java EE 7 APIs such as WebSocket, JAX-RS 2, JSON-P and JPA 2.1, support for Java SE 8, WebSocket fallback support, support for Server-Sent Events (SSE), improved Maven support, enhanced REST administration support, Oracle Database 12c driver support and much, much more. In this session we will take a detailed tour of these features. In addition we will also cover updated WebLogic support in the Oracle Cloud, the new Oracle public Maven repository, using WebLogic with Arquillian for testing and well as official Docker support for WebLogic.
Towards the end of the session we will discuss what's coming in WebLogic 12.2.1 this year including full support for Java EE 7, multi-tenancy and more.
This document discusses Java Database Connectivity (JDBC) which provides a standard interface for connecting Java applications to various databases. It describes the JDBC API and architecture, including the four types of JDBC drivers. The key points are:
1) JDBC provides a standard way for Java programs to access any SQL database. It uses JDBC drivers implemented by database vendors to translate JDBC calls into database-specific protocols.
2) The JDBC API has two layers - an application layer used by developers, and a driver layer implemented by vendors. There are four main interfaces (Driver, Connection, Statement, ResultSet) and the DriverManager class.
3) There are
Enterprise Persistence in OSGi - Mike Keith, Oraclemfrancis
The document discusses integrating Java Persistence API (JPA) with OSGi. Key challenges include: 1) upward dependencies between JPA providers and applications, 2) weaving domain classes, and 3) placement of JDBC drivers. Proposed solutions include using bundle listeners, adapter hooks for weaving, and registering JDBC as a service. Overall JPA needs to evolve to better support OSGi's service-based model while addressing classloading and lifecycle issues.
Java EE 6 & GlassFish = Less Code + More Power @ DevIgnitionArun Gupta
The document summarizes new features in Java EE 6 and GlassFish v3 that aim to provide developers with more powerful capabilities while requiring less code. Key highlights include annotations to simplify configuration and development, support for RESTful web services and dependency injection, and improvements to Java Server Faces, EJBs, and the Java Persistence API to enhance developer productivity.
This document discusses lightweight Java EE and the future of the platform. It provides an overview of Java EE 8 features like JAX-RS 2.1 and JSON-B 1.1. It also demonstrates Payara Micro, a lightweight Java EE runtime, and shows how to build a microservices application with stock tickers that publishes events and uses reactive clients. Finally, it explores the potential for Eclipse MicroProfile and configuration properties to further reduce overhead in the future.
With a strong focus on annotations, minimalist configuration, simple deployment, intelligent defaults and Java centric type-safety, Java EE is one of the most productive full-stack development platforms around today. This very code centric workshop is a quick tour of the Java EE platform as it stands today. If you haven't seen Java EE for a while and want to catch up, this session is definitely for you.
We will start with the basic principals of what Java EE is and what it is not, overview the platform at a high level and then dive into each key API like JSF, CDI, EJB 3, JPA, JAX-RS, WebSocket and JMS using examples and demos. This is your chance to look at Java EE 7 in the context of a realistic application named Cargo Tracker, available with an MIT license at http://cargotracker.java.net.
We will also briefly take a look at the emerging horizons of Java EE 8.
The document discusses potential new features in the JMS 2.1 specification including improving how JMS message-driven beans (MDBs) work. It notes that MDBs currently require verbose, generic annotations and implementing the MessageListener interface. The document proposes "Flexible JMS MDBs" that use simpler JMS-specific annotations, don't require implementing MessageListener, and allow more flexible callback method signatures directly accessing message types and properties. It also suggests allowing non-MDB managed beans to listen for JMS messages. The overall goal is to simplify asynchronous JMS messaging in Java EE applications.
JDBC provides a standard Java API for connecting to different relational databases. It defines four types of JDBC drivers and outlines the basic steps to connect to a database which include defining a connection URL, establishing a connection, creating statements, executing queries, processing results, and closing the connection. The documentation provides examples for connecting to databases like Oracle and MySQL.
This document provides an overview of Hibernate, an object-relational mapping tool for Java. It begins with a list of topics covered and then defines what Hibernate and JDBC are. It describes the Hibernate architecture including configuration, sessions, and mapping. It also discusses annotations, HQL, caching and batch processing. The document provides details on configuring Hibernate with different databases as well as mapping files and object-relational mappings. It explains the use of annotations, HQL, criteria queries, and native SQL with Hibernate.
This file tells about what is DAO and JDBC in the Spring framework, and the components present in Spring Framework.
This File is having Several Examples for Spring JDBC.
This document discusses the evolution of Java, including new features introduced in Java 5, 6, and 7. It provides a review of 10 key features in Java 5 such as generics, autoboxing/unboxing, annotations, and new utility classes. It then describes 9 new features in Java 6, including pluggable annotation processing, common annotations, JAXB, JAX-WS, StAX, digital signatures, and the compiler API. Finally, it briefly mentions new features planned for Java 7.
OSGi For Java Infrastructures [5th IndicThreads Conference On Java 2010, Pune...IndicThreads
Session Presented at 5th IndicThreads.com Conference On Java held on 10-11 December 2010 in Pune, India
WEB: http://J10.IndicThreads.com
------------
Session Abstract
OSGi continues to take over the landscape of Java-based infrastructure products ranging from Integrated Development Environment (like Eclipse), Application servers to enterprise Java systems and now setting horizons at Cloud infrastructures.
In this talk we will see how and why OSGi matters for enterprise Java systems. As a dynamic module system, the session will show how OSGi allows developers to modularize applications to create truly reusable components for enterprise scale. Features like strong modularity, versioning support, declarative services, the run-time ability to add, remove & update modules to build server-side enterprise applications will be discussed.
The session will deep dive into what’s new in OSGi enterprise specifications and how persistence, transaction and dependency injection support like Blueprint Container services addresses Enterprise use cases. The session will illustrate how OSGi Remote Services coupled with SCA configuration services enables creation of distributed, federated service model for heterogeneous systems. Along with above enterprise specifications, specific implementations like Apache Aries will also be highlighted.
The talk will also brief how OSGi is poised to one of key technology for Cloud computing where software components and services can be deployed, managed, dynamically provisioned with enterprise security within cloud based computing infrastructures.
Takeaways for the Audience In this session, audience will learn about:
(a) An overall understanding to view OSGi as THE module system for Java.
(b) How OSGi is poised to be key enabler for enterprise applications whether on servers, or on the cloud.
(c) How OSGi Enterprise specifications can be used in enterprise business applications.
(d) A better understanding of how OSGI will be key technology in Cloud infrastructures
JDBC provides a standard library for accessing relational databases. It determines column metadata and handles queries but does not standardize SQL syntax. JDBC consists of an API and driver manager that communicates with vendor-specific drivers. JPA is a standard ORM specification that maps POJOs to database tables and handles synchronization, transactions, and performance. It defines entity classes, entity managers, and persistence units configured in persistence.xml.
JDBC provides a standard interface for connecting to relational databases from Java applications. It establishes a connection by loading a JDBC driver, then executing SQL statements using objects like Statement and PreparedStatement. Results are retrieved into a ResultSet which can be processed row-by-row. Finally, connections are closed to release resources.
The document discusses Java Database Connectivity (JDBC) and how it allows Java programs to connect to databases. It describes the four types of JDBC drivers, the core JDBC interfaces like Driver, Connection, and Statement, and how to use JDBC to perform CRUD operations. The key interfaces allow establishing a database connection and executing SQL statements to retrieve and manipulate data.
Microsoft Entity Framework is an object-relational mapper that bridges the gap between object-oriented programming languages and relational databases. The presentation introduced Entity Framework, discussed its architecture including the conceptual data model and entity data model, and demonstrated CRUD operations and other core functionality. It also provided an overview of Entity Framework's history and versions.
This document summarizes several design patterns used in Java EE, including Singleton, Abstract Factory, Facade, Decorator, Observer, MVC, and Domain Driven Design. It provides examples of how each pattern can be implemented in Java EE using annotations like @Singleton, @Produces, @Stateless, @Inject, and more. It also briefly discusses the pros and cons of implementing these patterns in Java EE.
J2EE PPT --CINTHIYA.M Krishnammal college for womenlissa cidhi
This document discusses Java 2 Enterprise Edition (J2EE). It describes J2EE as providing application level software units and components like web components (servlets and JavaServer Pages), enterprise Java beans, and applets. It explains that J2EE components and services include primary technologies like servlets, JavaServer Pages, and enterprise Java beans as well as standard services and supporting technologies like JDBC, RMI, XML, JavaIDL, and JavaMail. The document provides details on web components, enterprise Java beans, JavaServer Pages, and the basic components of Struts including the base framework, JSP tag libraries, Tiles plugin, and Validator plugin.
JDBC (Java Database Connectivity) provides Java applications with access to most database systems via SQL. It defines a standard API for accessing databases in Java. The key classes and interfaces in JDBC include DriverManager, Connection, Statement, PreparedStatement, ResultSet, and DatabaseMetaData. JDBC applications use the DriverManager to obtain a Connection to a database, then execute SQL statements using Statement or PreparedStatement objects to return ResultSet objects containing query results.
The document discusses the Java Persistence API (JPA) and Hibernate framework. It provides an overview of JPA's main features, the five steps to implement JPA using Hibernate, and the components that make up Hibernate.
Hirofumi Iwasaki presented on moving systems from J2EE to Java EE. He discussed the history of Java EE specifications from J2EE 1.2 to Java EE 7. He showed how components, architectures, and development environments have evolved over this time period. Iwasaki presented a case study on modernizing an existing "J2EE era" system from 2001-2006 and discussed migrating from Struts 1.x to JSF 2.2 as an example. He emphasized that systems should not remain on older Java EE versions and should upgrade to take advantage of current specifications, like Java EE 7.
WebLogic 12.1.3 was released late last year. It brings a large set of changes including support for some key new Java EE 7 APIs such as WebSocket, JAX-RS 2, JSON-P and JPA 2.1, support for Java SE 8, WebSocket fallback support, support for Server-Sent Events (SSE), improved Maven support, enhanced REST administration support, Oracle Database 12c driver support and much, much more. In this session we will take a detailed tour of these features. In addition we will also cover updated WebLogic support in the Oracle Cloud, the new Oracle public Maven repository, using WebLogic with Arquillian for testing and well as official Docker support for WebLogic.
Towards the end of the session we will discuss what's coming in WebLogic 12.2.1 this year including full support for Java EE 7, multi-tenancy and more.
This document discusses Java Database Connectivity (JDBC) which provides a standard interface for connecting Java applications to various databases. It describes the JDBC API and architecture, including the four types of JDBC drivers. The key points are:
1) JDBC provides a standard way for Java programs to access any SQL database. It uses JDBC drivers implemented by database vendors to translate JDBC calls into database-specific protocols.
2) The JDBC API has two layers - an application layer used by developers, and a driver layer implemented by vendors. There are four main interfaces (Driver, Connection, Statement, ResultSet) and the DriverManager class.
3) There are
Enterprise Persistence in OSGi - Mike Keith, Oraclemfrancis
The document discusses integrating Java Persistence API (JPA) with OSGi. Key challenges include: 1) upward dependencies between JPA providers and applications, 2) weaving domain classes, and 3) placement of JDBC drivers. Proposed solutions include using bundle listeners, adapter hooks for weaving, and registering JDBC as a service. Overall JPA needs to evolve to better support OSGi's service-based model while addressing classloading and lifecycle issues.
Java EE 6 & GlassFish = Less Code + More Power @ DevIgnitionArun Gupta
The document summarizes new features in Java EE 6 and GlassFish v3 that aim to provide developers with more powerful capabilities while requiring less code. Key highlights include annotations to simplify configuration and development, support for RESTful web services and dependency injection, and improvements to Java Server Faces, EJBs, and the Java Persistence API to enhance developer productivity.
This document discusses lightweight Java EE and the future of the platform. It provides an overview of Java EE 8 features like JAX-RS 2.1 and JSON-B 1.1. It also demonstrates Payara Micro, a lightweight Java EE runtime, and shows how to build a microservices application with stock tickers that publishes events and uses reactive clients. Finally, it explores the potential for Eclipse MicroProfile and configuration properties to further reduce overhead in the future.
With a strong focus on annotations, minimalist configuration, simple deployment, intelligent defaults and Java centric type-safety, Java EE is one of the most productive full-stack development platforms around today. This very code centric workshop is a quick tour of the Java EE platform as it stands today. If you haven't seen Java EE for a while and want to catch up, this session is definitely for you.
We will start with the basic principals of what Java EE is and what it is not, overview the platform at a high level and then dive into each key API like JSF, CDI, EJB 3, JPA, JAX-RS, WebSocket and JMS using examples and demos. This is your chance to look at Java EE 7 in the context of a realistic application named Cargo Tracker, available with an MIT license at http://cargotracker.java.net.
We will also briefly take a look at the emerging horizons of Java EE 8.
The document discusses potential new features in the JMS 2.1 specification including improving how JMS message-driven beans (MDBs) work. It notes that MDBs currently require verbose, generic annotations and implementing the MessageListener interface. The document proposes "Flexible JMS MDBs" that use simpler JMS-specific annotations, don't require implementing MessageListener, and allow more flexible callback method signatures directly accessing message types and properties. It also suggests allowing non-MDB managed beans to listen for JMS messages. The overall goal is to simplify asynchronous JMS messaging in Java EE applications.
JDBC provides a standard Java API for connecting to different relational databases. It defines four types of JDBC drivers and outlines the basic steps to connect to a database which include defining a connection URL, establishing a connection, creating statements, executing queries, processing results, and closing the connection. The documentation provides examples for connecting to databases like Oracle and MySQL.
This document provides an overview of Hibernate, an object-relational mapping tool for Java. It begins with a list of topics covered and then defines what Hibernate and JDBC are. It describes the Hibernate architecture including configuration, sessions, and mapping. It also discusses annotations, HQL, caching and batch processing. The document provides details on configuring Hibernate with different databases as well as mapping files and object-relational mappings. It explains the use of annotations, HQL, criteria queries, and native SQL with Hibernate.
This file tells about what is DAO and JDBC in the Spring framework, and the components present in Spring Framework.
This File is having Several Examples for Spring JDBC.
This document discusses the evolution of Java, including new features introduced in Java 5, 6, and 7. It provides a review of 10 key features in Java 5 such as generics, autoboxing/unboxing, annotations, and new utility classes. It then describes 9 new features in Java 6, including pluggable annotation processing, common annotations, JAXB, JAX-WS, StAX, digital signatures, and the compiler API. Finally, it briefly mentions new features planned for Java 7.
OSGi For Java Infrastructures [5th IndicThreads Conference On Java 2010, Pune...IndicThreads
Session Presented at 5th IndicThreads.com Conference On Java held on 10-11 December 2010 in Pune, India
WEB: http://J10.IndicThreads.com
------------
Session Abstract
OSGi continues to take over the landscape of Java-based infrastructure products ranging from Integrated Development Environment (like Eclipse), Application servers to enterprise Java systems and now setting horizons at Cloud infrastructures.
In this talk we will see how and why OSGi matters for enterprise Java systems. As a dynamic module system, the session will show how OSGi allows developers to modularize applications to create truly reusable components for enterprise scale. Features like strong modularity, versioning support, declarative services, the run-time ability to add, remove & update modules to build server-side enterprise applications will be discussed.
The session will deep dive into what’s new in OSGi enterprise specifications and how persistence, transaction and dependency injection support like Blueprint Container services addresses Enterprise use cases. The session will illustrate how OSGi Remote Services coupled with SCA configuration services enables creation of distributed, federated service model for heterogeneous systems. Along with above enterprise specifications, specific implementations like Apache Aries will also be highlighted.
The talk will also brief how OSGi is poised to one of key technology for Cloud computing where software components and services can be deployed, managed, dynamically provisioned with enterprise security within cloud based computing infrastructures.
Takeaways for the Audience In this session, audience will learn about:
(a) An overall understanding to view OSGi as THE module system for Java.
(b) How OSGi is poised to be key enabler for enterprise applications whether on servers, or on the cloud.
(c) How OSGi Enterprise specifications can be used in enterprise business applications.
(d) A better understanding of how OSGI will be key technology in Cloud infrastructures
A fairly short (26 slides) presentation covering the GlassFish community and product (v2 and upcoming modular v3) as well as Java EE 5 and upcoming Java EE 6.
Project Coin introduced several new features to Java 7 including diamond syntax for type inference, multi-catch exception handling, try-with-resources for cleaner resource management, strings in switch statements, and underscores in numeric literals. NIO.2 expanded non-blocking I/O with new file system APIs and WatchService for monitoring directories. Performance was improved through parallel array operations and other concurrency updates. Java 8 will include lambda expressions and new date/time APIs.
GlassFish Server is the open source application server for Java EE. It provides a proven, high-quality Java EE runtime and is the reference implementation for Java EE standards. GlassFish Server 3.1 combines the benefits of clustering and centralized administration from version 2.1.1 with the modularity and Java EE 6 support of version 3.x. It focuses on developer productivity through tools integration and an improved embedded API, along with updated technologies like Grizzly WebSocket support and refreshed Java EE components.
Data access patterns and technologies are discussed. The Data Access Object (DAO) pattern separates data access from business logic. Spring JDBC and myBatis provide APIs for SQL queries and object mapping. Object-relational mapping (ORM) tools like Hibernate reduce code by mapping objects to relational databases but can reduce performance. JDBC template provides basic data access while frameworks offer additional features.
JBoss Application Server 7 includes several key features:
1. It is a lightweight Java EE 6 compliant container that provides fast startup times of less than 3 seconds.
2. It simplifies classloading and configuration for easier management and deployment.
3. It supports the use of managed beans, dependency injection and common services as specified by the CDI specification.
Java EE 6 workshop at Dallas Tech Fest 2011Arun Gupta
The document outlines the key features and capabilities of Java EE 6, which aims to provide more power to developers with less code. It discusses various Java EE 6 technologies like EJB 3.1, CDI, JPA 2.0, JSF 2.0, JAX-RS and how they simplify development. It also previews GlassFish 3.1, the reference implementation of Java EE 6 and talks about the next steps in the evolution of Java EE.
Managing Data in Jakarta EE ApplicationsBuhake Sindi
In this talk, we will delve into the complexities of managing data in enterprise Java applications. Effective data management is crucial for maintaining the integrity, availability, and security of enterprise systems. Attendees will gain a deep understanding of various aspects related to data management, including data modeling, persistence frameworks, caching strategies, scalability, and data synchronization. Through real-world examples and best practices, this session aims to equip developers with the knowledge and tools necessary to efficiently handle data in their Java applications.
This talk presents the simple yet powerful way of dependency injection as defined by the OSGi Compendium Declarative Services specification. Besides covering the basics of Declarative Services this talk also explains the many useful additions of the Declarative Services 1.1 in OSGi R 4.2.
The document discusses dependency injection in OSGi environments. It describes several implementations of dependency injection for OSGi including Declarative Services, Apache Felix Dependency Manager, OSGi Declarative Services, Apache Felix iPOJO, Spring DM, and Peaberry. It provides details on Declarative Services versions 1.0 and 1.1, including their use of XML descriptors and annotations for component configuration and lifecycle management.
Abstract
Concurrency is everywhere. Prior to Java 5, concurrency was difficult
and error prone. Since Java 5, it's far more prevalent in our
application code, and through time it's been lurking in open-source
frameworks and containers. Concurrency is also a fundamental part of
Shopzilla's web-site and services ecosystem.
Introduction
Rod Barlow from Shopzilla will explore a brief history of concurrency, and the key
concurrency features and techniques provided by the Java API since
Java 5. Topics covered include Immutability, Atomic References, Blocking
Queues, Locks and Deadlocks. Also covered is Concurrency in
Frameworks, and Shopzilla's Website Concurrency Framework, including
Thread Pools, Executors and Futures.
Building the simplest non-trivial application I could think of, using Java 8 (lambdas, streams, tiny bit of new date & time), with a JavaFX UI and websockets for communication.
More details here:
http://trishagee.github.io/presentation/java8_in_anger/
This document provides information about the Struts and Spring frameworks. It discusses that Struts is an open-source MVC framework that uses servlets and tag libraries to build Java web applications. Spring is a lightweight, modular framework that can be used to build full applications across all layers, unlike Struts which focuses on the presentation layer. The document compares features of Struts and Spring such as their architectures, modules, and differences in how requests are handled.
Java EE 6 & GlassFish v3: Paving path for the futureArun Gupta
- Java EE 6 is the latest version of the Java Platform, Enterprise Edition specification. It includes profiles like the Web Profile to provide functionality for mid-sized web applications.
- GlassFish v3 is the open source application server reference implementation of Java EE 6. It is modular, extensible, and supports dynamic languages and frameworks out of the box.
- Java EE 6 and GlassFish v3 focus on areas like flexibility, ease of development, and embracing open source to pave the path for the future of enterprise Java technologies.
This document provides an overview of the Spring Framework, including its core modules, advantages, and requirements for usage. It discusses the Spring runtime environment and modules for core container functionality, data access, web functionality, testing, and aspects/instrumentation. It also covers configuration through Maven dependencies, Java classes, XML files, and web.xml. Finally, it introduces Spring Security modules, the interaction flow, and configurations for security including the web.xml, password encoding, CSRF protection, Spring XML, and authentication providers.
Java EE is an open standard for developing and deploying multi-tier, web-enabled, server-centric enterprise applications. It includes specifications, libraries, documentation and tools that build upon Java SE. JBoss Application Server is an open-source application server that implements the Java EE platform. It provides reliability, performance and scalability out of the box. JBoss AS 5 introduced the JBoss Microcontainer, which replaced the previous JMX microkernel and simplified component lifecycles and dependencies. It has a modular, service-oriented architecture and supports features like clustering, security and transactions.
This document provides an overview of Java Database Connectivity (JDBC) in 3 sentences or less:
JDBC allows Java programs to connect to and interact with various database systems and provides a standard API for querying and manipulating data in relational databases. The key components of JDBC include the DriverManager, Connection, Statement, and ResultSet objects, and connecting to a database typically involves 4 steps - loading a driver, opening a connection, executing SQL statements via a Statement object, and processing result sets. JDBC offers database independence and ease of administration along with the ability to access any database from Java applications.
The document discusses new features in Java 8 including lambda expressions, default methods in interfaces, streams API and functional interfaces. Lambda expressions allow representing anonymous functions and can be used to filter, map and process collections. Default methods allow adding new methods to interfaces without breaking existing implementations. Streams API provides a way to process data pipelines in a declarative way and supports parallel and sequential operations on collections.
Java 9 is just around the corner, and yet many of us developers have yet to use Java 8 features in an application. The goal of this presentation is to move beyond slide-sized examples of streams and lambdas, and to show how to build a fully working end-to-end application using just the core libraries available in the latest version of Java.
In this session, Trisha will build a Java 8 application live. This application will consume a real-time feed of high velocity data, contain services that make sense of the data, and present it in a JavaFX dashboard. Along the way, we’ll encounter Java 8 streams, lambdas, new ways of working with collections, and probably bump into the new date and time API.
Practical Tips for Hardening Java ApplicationsShaun Smith
Recent high profile vulnerability exploits have increased the focus on Java security. But application security is more than just keeping up with the latest JDK security fixes and running scanners. You can take active steps to harden your application by reducing the attack surface area of both the application and the operating system (container image) it’s deployed on. In this session we’ll share some practical techniques for harden applications including using Jlink to remove unused modules, GraalVM Native Image to eliminate all unused classes and methods, and minimal container images that strip out all unnecessary packages to provide just enough operating system for an application.
This document summarizes a presentation about serverless computing and open source functions. It discusses how serverless platforms abstract away servers to allow developers to focus on code without worrying about infrastructure. It also describes Fn, an open source functions platform, and how functions are packaged as containers that can be deployed on Fn. Finally, it discusses principles for driving business value, increasing efficiency, and improving team happiness with serverless.
This document introduces serverless computing and the Fn Project open source platform. It defines key serverless concepts like Functions as a Service (FaaS) and discusses benefits like agility, economics, and reliability. It then provides an overview of the Fn Project, including its use of containers, CLI, architecture, and Flow capability for composing functions. The document positions Fn as an ideal open source functions platform that is platform independent, approachable, Docker-based, and scheduler independent.
Polyglot! A Lightweight Cloud Platform for Java SE, Node, and MoreShaun Smith
The document introduces Oracle Application Container Cloud, a lightweight Platform as a Service (PaaS) for developing and running Java SE and Node.js applications in the cloud. It provides an integrated development foundation with services for identity management, APIs, continuous integration/delivery, and collaboration. The platform leverages Docker containers to deploy and automatically scale applications, and integrates with Developer Cloud Service for development workflows. It aims to simplify polyglot development across Java, Node.js, and other open source technologies.
This document discusses building lightweight Java applications for the cloud. It describes how Java SE is well-suited for building microservices and lightweight apps. The cloud offers high availability, affordability, ease of management and access to supporting services. Application Platform as a Service (APaaS) focuses on running lightweight apps using containers. The document provides guidance on cloud application architecture, externalizing configuration, managing dependencies, and exposing services through REST interfaces.
EclipseLink: Beyond Relational and NoSQL to Polyglot and HTML5Shaun Smith
The data access requirements of today's Java applications keep expanding and EclipseLink continues to evolve to address these requirements. In this session we'll look at the new features of EclipseLink that support the construction of modern Java applications interacting with HTML5 clients on the front end and both relational and NoSQL databases on the backend.
With EclipseLink NoSQL it is now easy to read, write, and query Java objects stored in NoSQL databases. But as Martin Fowler described in his blog posting entitled PolyglotPersistence, the persistence needs of applications are evolving from predominantly relational to a mixture of heterogeneous data sources. Fortunately, with EclipseLink it
is possible to mix entities sourced from many types of databases and to navigate relationships between entities persisted in different database technologies!
Technologies on the front end have also been changing and with EclipseLink JPA-RS developers can now expose JPA mapped objects over REST to web clients as either JSON or XML. EclipseLink JPA-RS makes the development of true HATEOS applications easy.
Java EE developers are increasingly required to embrace thin-server-architecture client application development while leveraging their existing components. On the surface, this appears to simply mean using JAX-RS to expose RESTful services. But the real challenges are often misunderstood and underestimated. EclipseLink has solved a large part of this problem through its new JPA-RS feature which integrates JAX-RS, JAXB and JPA to allow developers to expose their persistent entities over REST with support for all lifecycle operations and query execution. In building JPA-RS, EclipseLink faced and overcame many of the challenges developers face when realizing a REST resource model, addressing HATEOS, and the infrastructure for JSON and XML binding.
This document discusses OSGi specifications for JNDI and JDBC services. It describes how the JNDI Services Specification handles lookup of InitialContextFactory and ObjectFactory services and supports legacy JNDI implementations. It also outlines the JDBC Services Specification for publishing DataSourceFactory services and creating connections. Finally, it mentions a Derby bundle that provides a DataSourceFactory for the Derby database.
The document discusses two Eclipse projects called Gemini and Virgo. Gemini is an OSGi-based project within EclipseRT that demonstrates modularity through a collection of subprojects focusing on standard technologies like JDBC, JPA, JMX, and web applications. Virgo is also mentioned. The bulk of the document then focuses on providing more details on several of Gemini's subprojects that implement specifications around areas like database access, naming services, persistence, and web applications.
RESTful Data Access Services with Java EEShaun Smith
This document discusses using Java Persistence API (JPA) and Java API for XML Binding (JAXB) to build RESTful web services. It explains how the HTTP methods in REST (GET, POST, PUT, DELETE) map to JPA operations (find, persist, merge, remove). It also identifies some pain points in mapping JPA entities with complex relationships and keys to XML using JAXB, and frameworks like EclipseLink that provide extensions to address these issues.
This document discusses using JAX-RS and JPA to build RESTful web services. It provides an overview of REST principles and JAX-RS, and shows how the HTTP methods map to CRUD operations in JPA. Some challenges in mapping JPA entities to XML are also outlined, such as bidirectional relationships and composite keys.
STREETONOMICS: Exploring the Uncharted Territories of Informal Markets throug...sameer shah
Delve into the world of STREETONOMICS, where a team of 7 enthusiasts embarks on a journey to understand unorganized markets. By engaging with a coffee street vendor and crafting questionnaires, this project uncovers valuable insights into consumer behavior and market dynamics in informal settings."
1. Elemental Economics - Introduction to mining.pdfNeal Brewster
After this first you should: Understand the nature of mining; have an awareness of the industry’s boundaries, corporate structure and size; appreciation the complex motivations and objectives of the industries’ various participants; know how mineral reserves are defined and estimated, and how they evolve over time.
Understanding how timely GST payments influence a lender's decision to approve loans, this topic explores the correlation between GST compliance and creditworthiness. It highlights how consistent GST payments can enhance a business's financial credibility, potentially leading to higher chances of loan approval.
A toxic combination of 15 years of low growth, and four decades of high inequality, has left Britain poorer and falling behind its peers. Productivity growth is weak and public investment is low, while wages today are no higher than they were before the financial crisis. Britain needs a new economic strategy to lift itself out of stagnation.
Scotland is in many ways a microcosm of this challenge. It has become a hub for creative industries, is home to several world-class universities and a thriving community of businesses – strengths that need to be harness and leveraged. But it also has high levels of deprivation, with homelessness reaching a record high and nearly half a million people living in very deep poverty last year. Scotland won’t be truly thriving unless it finds ways to ensure that all its inhabitants benefit from growth and investment. This is the central challenge facing policy makers both in Holyrood and Westminster.
What should a new national economic strategy for Scotland include? What would the pursuit of stronger economic growth mean for local, national and UK-wide policy makers? How will economic change affect the jobs we do, the places we live and the businesses we work for? And what are the prospects for cities like Glasgow, and nations like Scotland, in rising to these challenges?
"Does Foreign Direct Investment Negatively Affect Preservation of Culture in the Global South? Case Studies in Thailand and Cambodia."
Do elements of globalization, such as Foreign Direct Investment (FDI), negatively affect the ability of countries in the Global South to preserve their culture? This research aims to answer this question by employing a cross-sectional comparative case study analysis utilizing methods of difference. Thailand and Cambodia are compared as they are in the same region and have a similar culture. The metric of difference between Thailand and Cambodia is their ability to preserve their culture. This ability is operationalized by their respective attitudes towards FDI; Thailand imposes stringent regulations and limitations on FDI while Cambodia does not hesitate to accept most FDI and imposes fewer limitations. The evidence from this study suggests that FDI from globally influential countries with high gross domestic products (GDPs) (e.g. China, U.S.) challenges the ability of countries with lower GDPs (e.g. Cambodia) to protect their culture. Furthermore, the ability, or lack thereof, of the receiving countries to protect their culture is amplified by the existence and implementation of restrictive FDI policies imposed by their governments.
My study abroad in Bali, Indonesia, inspired this research topic as I noticed how globalization is changing the culture of its people. I learned their language and way of life which helped me understand the beauty and importance of cultural preservation. I believe we could all benefit from learning new perspectives as they could help us ideate solutions to contemporary issues and empathize with others.
[4:55 p.m.] Bryan Oates
OJPs are becoming a critical resource for policy-makers and researchers who study the labour market. LMIC continues to work with Vicinity Jobs’ data on OJPs, which can be explored in our Canadian Job Trends Dashboard. Valuable insights have been gained through our analysis of OJP data, including LMIC research lead
Suzanne Spiteri’s recent report on improving the quality and accessibility of job postings to reduce employment barriers for neurodivergent people.
Decoding job postings: Improving accessibility for neurodivergent job seekers
Improving the quality and accessibility of job postings is one way to reduce employment barriers for neurodivergent people.
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5 Tips for Creating Standard Financial ReportsEasyReports
Well-crafted financial reports serve as vital tools for decision-making and transparency within an organization. By following the undermentioned tips, you can create standardized financial reports that effectively communicate your company's financial health and performance to stakeholders.
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Optimizing Net Interest Margin (NIM) in the Financial Sector (With Examples).pdfshruti1menon2
NIM is calculated as the difference between interest income earned and interest expenses paid, divided by interest-earning assets.
Importance: NIM serves as a critical measure of a financial institution's profitability and operational efficiency. It reflects how effectively the institution is utilizing its interest-earning assets to generate income while managing interest costs.
2. Elemental Economics - Mineral demand.pdfNeal Brewster
After this second you should be able to: Explain the main determinants of demand for any mineral product, and their relative importance; recognise and explain how demand for any product is likely to change with economic activity; recognise and explain the roles of technology and relative prices in influencing demand; be able to explain the differences between the rates of growth of demand for different products.
3. Java Persistence: The Problem Space Customer id: int name: String creditRating: int CUST ID NAME C_RATING <customer id=“…”> <name>…</name> … </contact-info> </customer> Relational XML Java
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5. EclipseLink Architecture DBWS SDO EIS MOXy JPA XML Data Legacy Systems Databases Java SE Java EE OSGi Spring
One of the core needs of any enterprise application is persistence. To compete in this space, OSGi applications need access to relational, XML, and web service data sources using Java standard APIs like the Java Persistence API (JPA), Java Architecture for XML (JAXB), and Service Data Objects (SDO). But most commercial and open source persistence frameworks do not work out of the box in OSGi. Fortunately EclipseLink, the Eclipse Persistence Services Project, provides high performance native OSGi implementations of JPA, JAXB, and SDO.
Java Applications need to either access existing data sources like relational database or interact with other systems via XML—or BOTH. The example is a trivial one but it can get very complicated to map between an Java object model and a relational or XML schema.