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We're here to help you find itThe Java EE 7: Back-end Server Application Development Ed 2 course provides comprehensive training for Java developers looking to harness the power of Java Platform, Enterprise Edition (Java EE) 7 for creating robust back-end services and applications. Covering a wide range of Java EE specifications, this course guides learners through the essentials of enterprise application development, including Java Beans, Annotations, Logging, XML programming with JAXB, SOAP Web Services with JAX-WS, and many more critical topics.
Participants will gain practical skills in developing with enterprise tools, understanding Java EE application architecture, implementing Messaging services with JMS, Managing transactions, and using the Java Persistence API. The course is designed to prepare individuals for real-world scenarios and is also an excellent resource for those aiming to pass the 1Z0-900 certification exam, equipping them with the knowledge and competence to excel in the field of Java EE back-end development.
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♱ Excluding VAT/GST
Classroom Training price is on request
You can request classroom training in any city on any date by Requesting More Information
To ensure that you can successfully undertake training in the Java EE 7: Back-end Server Application Development Ed 2 course, the following prerequisites are recommended:
These prerequisites are designed to ensure you have a foundational understanding that will help you to grasp the more advanced concepts covered in the Java EE 7 course. If you are new to some of these areas, we encourage you to explore introductory materials in these subjects before beginning your training. Our goal is to provide a productive and supportive learning environment that enables all motivated students to succeed.
Java EE 7: Back-end Server Application Development Ed 2 is an advanced IT course for professionals seeking to master Java EE application development.
This course offers a comprehensive exploration of Java EE 7, focusing on back-end server application development, enabling learners to build, deploy, and manage robust enterprise applications.
Java Platform, Enterprise Edition (Java EE) 7 is a framework designed to support the development and deployment of large-scale, multi-tiered, scalable, reliable, and secure network applications. It builds on Java Standard Edition (SE) with libraries for database access, messaging, distributed computing, and web services. This edition introduced features to improve productivity, such as simplified JSON processing and WebSocket communication. It caters specifically to enterprise needs, facilitating the creation of robust server-side applications. Java EE 7 helps developers focus more on the business logic while the platform handles complex infrastructure tasks.
Java Beans are reusable software components for Java that encapsulate many objects into a single object (the bean). They are used to build modular, reusable applications. A Java Bean is a class that should have a no-arg constructor, should be serializable, and allows access to properties using getter and setter methods. These components are manipulable in a visual builder tool, which makes them ideal for creating interactive applications. Essentially, Java Beans promote the reusability of software components and simplify the development of applications by providing a flexible architecture.
Annotations in programming are a way to add metadata to your code. This metadata doesn't directly affect the behavior of your program but provides information about the code which can be used by other parts of the system. Primarily used in Java, annotations help in managing and understanding code by associating information with the code itself, such as hints for the compiler, runtime processing details, or for automated tools to configure how segments of code are treated. They simplify tasks, making coding more straightforward by reducing boilerplate code, which makes the codebase easier to maintain and read.
Logging in technology refers to the process of recording information about a software's operations, system behaviors, and user interactions within an application or operating system. This data is typically stored in log files and is critical for debugging problems, monitoring system performance, and ensuring software stability. Proper logging helps developers and system administrators track down errors, understand system usage patterns, and enhance security by detecting potential threats. Effective logging strategies are essential for maintaining system health and improving user experience.
Java EE (Enterprise Edition) application architecture defines the structure for developing large-scale, multi-tiered, scalable, reliable, and secure network applications in Java. This architecture utilizes various components such as modules, which include web pages, servlets, and Enterprise JavaBeans (EJBs) to handle business logic, data access, and performance tasks. These components are deployed on a Java EE server, like GlassFish or WildFly, which provide services like transaction management, security, and concurrency control, facilitating the development and management of robust enterprise applications. Java EE supports extensive customization and integrations, making it ideal for enterprise-level solutions.
Messaging services with JMS (Java Message Service) enable applications to create, send, receive, and read messages, allowing them to communicate asynchronously across different components of a system, whether these components are on the same network or distributed across multiple networks. JMS provides a common interface for standard messaging protocols and supports both point-to-point and publish-subscribe messaging models, catering to various business needs and improving scalability and reliability in application integration.
Managing transactions in a professional setting involves ensuring that all parts of a business operation are aligned and properly recorded for accountability and efficiency. It's about organizing, controlling, and monitoring the flow of activities and resources to complete tasks while maintaining accuracy and adherence to rules. This process is crucial in areas like finance, operations, or customer relations to ensure transactions are executed flawlessly, data integrity is maintained, and customer trust is secured. Effective transaction management helps in improving business performance and compliance.
XML programming with JAXB involves using Java Architecture for XML Binding (JAXB) to convert Java objects to XML format and vice versa. This is useful in applications where you need to transfer data easily between different systems or store it in a readable format. JAXB provides a convenient way to bind Java objects with XML without needing to write complex parsing code. This simplifies the development of XML-based applications and services, making the data exchange processes more manageable and less error-prone. Through annotations, developers can define precisely how Java classes map to XML structures, streamlining the integration and maintenance of XML data.
SOAP Web Services with JAX-WS is a method for different computers or applications to communicate over the internet. SOAP, which stands for Simple Object Access Protocol, uses a standardized format to send messages. JAX-WS, or Java API for XML Web Services, is a Java framework that simplifies the task of developing web services using SOAP. It helps developers create web services that are platform-independent, meaning they can operate across various systems seamlessly, enhancing interoperability in web-based applications. This setup is typically used to facilitate complex operations across different network systems, ensuring precise communication and data exchange.
Java EE 7: Back-end Server Application Development Ed 2 is an advanced IT course for professionals seeking to master Java EE application development.
This course offers a comprehensive exploration of Java EE 7, focusing on back-end server application development, enabling learners to build, deploy, and manage robust enterprise applications.
