This document discusses JBoss Enterprise Application Platform (EAP) 6 and its capabilities for easing into cloud deployments. EAP 6 implements the full Java EE 6 specification and is designed with a cloud-ready architecture featuring high automation, flexible management, and dynamic resource usage. It provides fast performance, modular design, and centralized configuration. EAP 6 supports developer productivity with Maven integration and sample applications.
JBoss EAP 6 - Start / Application Deployment ProcessShane Johnson
The document outlines the start and application deployment process for JBoss EAP 6. It describes loading the core "Server" module, parsing the configuration file to load extension modules and start subsystem services, deploying applications by installing and starting deployment unit services, and linking required modules to the application module and starting required services. It directs readers to an online article for more details on the process.
The document provides an introduction to JBoss Application Server, including its history, architecture, components, installation process, directory structure, and how to start and stop the server. It also discusses the JBoss Administration Console and JMX Console for managing and monitoring the application server.
This document discusses techniques for troubleshooting issues with Red Hat JBoss EAP 6. It covers generating thread dumps, heap dumps, and log files to analyze where threads are stuck or understand memory usage. The JBoss Diagnostic Reporter (JDR) subsystem can collect troubleshooting information. Byteman allows inserting extra Java code into applications to aid debugging. The log subsystem level and GC logging can be configured for additional troubleshooting data in log files.
The document provides an overview of getting started with JBoss Application Server 7, including downloading, installing, exploring the directory structure, starting the server, and managing it. Key points covered include downloading the distribution, a tour of the directory structure and configuration files, how to start the server in standalone and domain modes, and how to authenticate and use the administration console and CLI to manage the running server.
JBoss Application Server is an open source application server. It supports J2EE 1.3 technologies including EJB 2.0, JMS, JDBC, and more. JBoss installs easily and can be configured for clustering, web services, and CORBA integration. It uses Apache Tomcat as its web server and integrates the open source JBossMQ for JMS. Default topics, queues, and a Hypersonic database are provided for testing and development.
The document provides an overview of JBoss Application Server, including its definition, architecture, advantages, installation, configuration, deployment, running applications, and undeployment. It discusses that JBoss is a widely used open source Java application server that allows deployment of Java applications and provides services like transaction processing and security. The document also provides details on installing JBoss, using the management console, deploying applications as WAR files using Ant build scripts, and modifying or removing deployed applications.
You're on another typical JavaEE-based project, and you find yourself writing the same old infrastructure code - again. Are you wondering if there's a easier way to incorporate the basics such as configuration, logging, HTTP, and email into your application? If so, then this presentation is for you. By using a number of Java-based utilities from Apache and similar projects, you can learn how to stop re-inventing the wheel.
We'll start with a simple Java application and add the ability to use:
Apache Commons Lang for String handling
Apache Commons Configuration to configure an application
Apache Velocity Templates and Apache Commons Email to format and send email messages
Apache Commons IOUtils to simplify File and Stream I/O
Apache POI to generate Excel spreadsheets
Joda Time to simplify Date/Time handling
SLF4J and Logback to log messages
Jasypt to encrypt sensitive data
By learning to leverage these utilities, attendees can simplify their applications by reducing/eliminating infrastructure code.
This document discusses JBoss Enterprise Application Platform (EAP) 6 and its capabilities for easing into cloud deployments. EAP 6 implements the full Java EE 6 specification and is designed with a cloud-ready architecture featuring high automation, flexible management, and dynamic resource usage. It provides fast performance, modular design, and centralized configuration. EAP 6 supports developer productivity with Maven integration and sample applications.
JBoss EAP 6 - Start / Application Deployment ProcessShane Johnson
The document outlines the start and application deployment process for JBoss EAP 6. It describes loading the core "Server" module, parsing the configuration file to load extension modules and start subsystem services, deploying applications by installing and starting deployment unit services, and linking required modules to the application module and starting required services. It directs readers to an online article for more details on the process.
The document provides an introduction to JBoss Application Server, including its history, architecture, components, installation process, directory structure, and how to start and stop the server. It also discusses the JBoss Administration Console and JMX Console for managing and monitoring the application server.
This document discusses techniques for troubleshooting issues with Red Hat JBoss EAP 6. It covers generating thread dumps, heap dumps, and log files to analyze where threads are stuck or understand memory usage. The JBoss Diagnostic Reporter (JDR) subsystem can collect troubleshooting information. Byteman allows inserting extra Java code into applications to aid debugging. The log subsystem level and GC logging can be configured for additional troubleshooting data in log files.
The document provides an overview of getting started with JBoss Application Server 7, including downloading, installing, exploring the directory structure, starting the server, and managing it. Key points covered include downloading the distribution, a tour of the directory structure and configuration files, how to start the server in standalone and domain modes, and how to authenticate and use the administration console and CLI to manage the running server.
JBoss Application Server is an open source application server. It supports J2EE 1.3 technologies including EJB 2.0, JMS, JDBC, and more. JBoss installs easily and can be configured for clustering, web services, and CORBA integration. It uses Apache Tomcat as its web server and integrates the open source JBossMQ for JMS. Default topics, queues, and a Hypersonic database are provided for testing and development.
The document provides an overview of JBoss Application Server, including its definition, architecture, advantages, installation, configuration, deployment, running applications, and undeployment. It discusses that JBoss is a widely used open source Java application server that allows deployment of Java applications and provides services like transaction processing and security. The document also provides details on installing JBoss, using the management console, deploying applications as WAR files using Ant build scripts, and modifying or removing deployed applications.
You're on another typical JavaEE-based project, and you find yourself writing the same old infrastructure code - again. Are you wondering if there's a easier way to incorporate the basics such as configuration, logging, HTTP, and email into your application? If so, then this presentation is for you. By using a number of Java-based utilities from Apache and similar projects, you can learn how to stop re-inventing the wheel.
We'll start with a simple Java application and add the ability to use:
Apache Commons Lang for String handling
Apache Commons Configuration to configure an application
Apache Velocity Templates and Apache Commons Email to format and send email messages
Apache Commons IOUtils to simplify File and Stream I/O
Apache POI to generate Excel spreadsheets
Joda Time to simplify Date/Time handling
SLF4J and Logback to log messages
Jasypt to encrypt sensitive data
By learning to leverage these utilities, attendees can simplify their applications by reducing/eliminating infrastructure code.
JBoss Application Server 7 (AS7) introduces major changes from previous versions including a new modular architecture, support for domain mode management across multiple servers, and a unified configuration model. AS7 aims to improve usability, manageability, and performance of the application server through these changes. The new architecture in AS7 includes concepts such as server groups that allow consistent configuration and deployment of applications across multiple server instances.
Instruction on creating a cluster on jboss eap environmentMadhusudan Pisipati
The document describes setting up an active-passive JBoss EAP cluster configuration with two active nodes in one cluster and two passive nodes in another cluster. Key steps include:
1. Creating users on each node for management and application access.
2. Configuring the first node as the domain controller and defining server groups and profiles for the active and passive clusters.
3. Configuring the second active node and passive nodes to connect to the domain controller and join the appropriate cluster.
4. Installing Apache HTTP Server on a separate machine and configuring mod_cluster to load balance between the active clusters.
This document provides an overview of JBoss AS 7 and discusses some of the key changes from previous versions. It covers three main topics:
1. Standalone mode, where each JBoss server has its own configuration and is run as a single JVM process. Configuration is now centralized in a standalone.xml file.
2. Domain mode, where a central configuration controls multiple server processes/JVMs. A domain controller manages the domain.
3. The new modular architecture based on modules that are pluggable components of the application server. This forms the basis of classloading in JBoss AS 7.
This document provides a summary of the state of JBoss EAP/WildFly application servers. It discusses the history and key releases of JBoss AS, including the path to Java EE 6 compliance and the major changes and improvements in JBoss AS 7. It then outlines the goals and key features for the next major versions, WildFly 8 and JBoss EAP 6, including support for Java EE 7, single instance patching, role-based access control, and a new web container.
WildFly v9 - State of the Union Session at Voxxed, Istanbul, May/9th 2015.Dimitris Andreadis
This document summarizes the history and future of the WildFly application server project. It discusses the evolution from JBoss AS to WildFly, recaps key features of WildFly 8 including full Java EE 7 certification. It provides an update on WildFly 9 including new features like the WildFly-Core project and distribution, and previews plans for WildFly 10 such as replacing HornetQ with Artemis and improving security with the new Elytron module.
This document summarizes a talk on the WildFly 8 application server. It discusses the history of Java EE and how WildFly was created to differentiate the open source and licensed versions of JBoss. Key features of WildFly 8 covered include support for Java EE 7, a new Undertow web server, simplified clustering, and role-based access control. Application programming interfaces new to Java EE 7 like the batch API, web sockets API, and concurrency API are demonstrated.
The document provides an overview of JBoss Application Server 7. Key points include:
- JBoss AS 7 has a modular, lightweight architecture compared to previous versions. It uses a modular service container (MSC) for fast startup and classloading.
- Modules isolate dependencies and allow different versions to coexist. The server and deployments are implemented as modules.
- JBoss AS 7 is certified for Java EE 6 Web Profile and aims to be small, fast, manageable, and embeddable compared to previous versions.
- New releases will continue adding functionality toward a full Java EE 6 implementation while maintaining the goals of performance and modularity.
The document discusses performance tuning for JBoss EAP 6. It covers tuning the JVM, EAP 6 configuration, JDBC pools, EJB pools, web pools, and logging. It also discusses monitoring tools like JMX, VisualVM, JBoss Operations Network, profilers, thread dumps, and GC logging. The overall goal is to understand an application's requirements, instrument it, identify bottlenecks, and tune the various components and settings to optimize performance.
The document discusses the upcoming WildFly v8 release which will include support for Java EE7 specifications and new features. Key features of v8 include support for Java EE7, a new high performance web server called Undertow, reduced port usage, patching capabilities, administrative audit logging, and role-based administration. The roadmap targets an alpha1 release in May 2013 with a final release planned for December 2013.
This document discusses different WebLogic topology strategies with varying levels of application isolation and performance. It recommends strategies such as running multiple WebLogic instances, multiple managed servers, or virtual machines on a single physical server for development/test environments, and using clusters, session persistence, or hardware partitions for production environments. The goal is to consolidate applications while balancing isolation and resource utilization.
Introduction to Role Based Administration in WildFly 8Dimitris Andreadis
This document discusses role-based administration in WildFly 8. It introduces the concept of assigning administrative users to predefined roles with different permissions to control access to server resources. Roles include Monitor, Operator, Maintainer, Deployer, Administrator, Auditor, and SuperUser. Sensitive resources can be annotated and access restricted based on roles. The role-based access control system provides more fine-grained access than the previous all-or-nothing model in JBoss AS7.
The document discusses upcoming releases of the WildFly application server. It notes that WildFly 8 is Java EE7 certified and includes performance and usability improvements. WildFly 9 is still in development and will include splitting the codebase into modular feature packs, improved security features like Elytron, and support for capabilities and requirements. The goal is to make WildFly more customizable and modular and reduce testing time.
This document provides an introduction to JBoss, the open source Java application server. It discusses that JBoss was founded in 1999 and is backed by a large community. It describes the JBoss.org community which provides infrastructure for community projects. It also discusses how JBoss was commercialized through JBoss.com and its eventual acquisition by Red Hat in 2006 to form their middleware division.
WildFly AppServer - State of the Union
as presented at SoftShake Geneva, Oct 2015
http://soft-shake.ch/2015/en/
Covering the whole WildFly v8/9/10 series and the key aspects of the base AS7 architecture.
This document discusses WildFly Swarm, a tool that packages a Java application together with just the pieces of the WildFly application server runtime that it needs. It allows building self-contained applications that can run independently of any pre-installed server. The document outlines how WildFly Swarm works, how it allows selecting specific Java EE APIs and frameworks, and how it produces a single executable "uber jar" file. It also provides examples of creating a simple REST application using WildFly Swarm and customizing the runtime configuration.
JBoss Application Server 7 provides a more manageable and performant platform compared to previous versions. It features two operational modes: standalone for development and domain for managing multiple servers. The domain mode uses separate processes for the process controller, host controller, and server instances which allows for centralized management of the servers.
WebSphere App Server vs JBoss vs WebLogic vs TomcatWASdev Community
This document provides a competitive comparison of WebSphere Application Server and Liberty Profile versus Tomcat, JBoss, and WebLogic. It notes that WebSphere leverages over 100 open source software packages, contributes to over 350 open source projects, and has over 3,000 developers involved in open source. Charts from Gartner show that IBM holds the number one position in middleware software for the past 12 years according to their analysis. Additional charts and graphs show performance comparisons between WebSphere and other application servers on different hardware architectures and over time.
The document outlines the course objectives and topics for a Weblogic Server Administration course. The course objectives include learning the architecture of Weblogic Server, installing and configuring Weblogic Server, performing administration tasks such as backups and monitoring, configuring clusters, and deploying and managing JavaEE applications. The course fee is 12,000 INR and will be taught by Amit Sharma.
This presentation provide a view on the differences between WebSphere Application Server and Liberty Profile vs. competitive offerings, such as Apache Tomcat, Red Hat JBoss and Oracle WebLogic. It covers both the technical (feature/function) as well as cost considerations (TCA, TCO).
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.
JBoss Application Server 7 (AS7) introduces major changes from previous versions including a new modular architecture, support for domain mode management across multiple servers, and a unified configuration model. AS7 aims to improve usability, manageability, and performance of the application server through these changes. The new architecture in AS7 includes concepts such as server groups that allow consistent configuration and deployment of applications across multiple server instances.
Instruction on creating a cluster on jboss eap environmentMadhusudan Pisipati
The document describes setting up an active-passive JBoss EAP cluster configuration with two active nodes in one cluster and two passive nodes in another cluster. Key steps include:
1. Creating users on each node for management and application access.
2. Configuring the first node as the domain controller and defining server groups and profiles for the active and passive clusters.
3. Configuring the second active node and passive nodes to connect to the domain controller and join the appropriate cluster.
4. Installing Apache HTTP Server on a separate machine and configuring mod_cluster to load balance between the active clusters.
This document provides an overview of JBoss AS 7 and discusses some of the key changes from previous versions. It covers three main topics:
1. Standalone mode, where each JBoss server has its own configuration and is run as a single JVM process. Configuration is now centralized in a standalone.xml file.
2. Domain mode, where a central configuration controls multiple server processes/JVMs. A domain controller manages the domain.
3. The new modular architecture based on modules that are pluggable components of the application server. This forms the basis of classloading in JBoss AS 7.
This document provides a summary of the state of JBoss EAP/WildFly application servers. It discusses the history and key releases of JBoss AS, including the path to Java EE 6 compliance and the major changes and improvements in JBoss AS 7. It then outlines the goals and key features for the next major versions, WildFly 8 and JBoss EAP 6, including support for Java EE 7, single instance patching, role-based access control, and a new web container.
WildFly v9 - State of the Union Session at Voxxed, Istanbul, May/9th 2015.Dimitris Andreadis
This document summarizes the history and future of the WildFly application server project. It discusses the evolution from JBoss AS to WildFly, recaps key features of WildFly 8 including full Java EE 7 certification. It provides an update on WildFly 9 including new features like the WildFly-Core project and distribution, and previews plans for WildFly 10 such as replacing HornetQ with Artemis and improving security with the new Elytron module.
This document summarizes a talk on the WildFly 8 application server. It discusses the history of Java EE and how WildFly was created to differentiate the open source and licensed versions of JBoss. Key features of WildFly 8 covered include support for Java EE 7, a new Undertow web server, simplified clustering, and role-based access control. Application programming interfaces new to Java EE 7 like the batch API, web sockets API, and concurrency API are demonstrated.
The document provides an overview of JBoss Application Server 7. Key points include:
- JBoss AS 7 has a modular, lightweight architecture compared to previous versions. It uses a modular service container (MSC) for fast startup and classloading.
- Modules isolate dependencies and allow different versions to coexist. The server and deployments are implemented as modules.
- JBoss AS 7 is certified for Java EE 6 Web Profile and aims to be small, fast, manageable, and embeddable compared to previous versions.
- New releases will continue adding functionality toward a full Java EE 6 implementation while maintaining the goals of performance and modularity.
The document discusses performance tuning for JBoss EAP 6. It covers tuning the JVM, EAP 6 configuration, JDBC pools, EJB pools, web pools, and logging. It also discusses monitoring tools like JMX, VisualVM, JBoss Operations Network, profilers, thread dumps, and GC logging. The overall goal is to understand an application's requirements, instrument it, identify bottlenecks, and tune the various components and settings to optimize performance.
The document discusses the upcoming WildFly v8 release which will include support for Java EE7 specifications and new features. Key features of v8 include support for Java EE7, a new high performance web server called Undertow, reduced port usage, patching capabilities, administrative audit logging, and role-based administration. The roadmap targets an alpha1 release in May 2013 with a final release planned for December 2013.
This document discusses different WebLogic topology strategies with varying levels of application isolation and performance. It recommends strategies such as running multiple WebLogic instances, multiple managed servers, or virtual machines on a single physical server for development/test environments, and using clusters, session persistence, or hardware partitions for production environments. The goal is to consolidate applications while balancing isolation and resource utilization.
Introduction to Role Based Administration in WildFly 8Dimitris Andreadis
This document discusses role-based administration in WildFly 8. It introduces the concept of assigning administrative users to predefined roles with different permissions to control access to server resources. Roles include Monitor, Operator, Maintainer, Deployer, Administrator, Auditor, and SuperUser. Sensitive resources can be annotated and access restricted based on roles. The role-based access control system provides more fine-grained access than the previous all-or-nothing model in JBoss AS7.
The document discusses upcoming releases of the WildFly application server. It notes that WildFly 8 is Java EE7 certified and includes performance and usability improvements. WildFly 9 is still in development and will include splitting the codebase into modular feature packs, improved security features like Elytron, and support for capabilities and requirements. The goal is to make WildFly more customizable and modular and reduce testing time.
This document provides an introduction to JBoss, the open source Java application server. It discusses that JBoss was founded in 1999 and is backed by a large community. It describes the JBoss.org community which provides infrastructure for community projects. It also discusses how JBoss was commercialized through JBoss.com and its eventual acquisition by Red Hat in 2006 to form their middleware division.
WildFly AppServer - State of the Union
as presented at SoftShake Geneva, Oct 2015
http://soft-shake.ch/2015/en/
Covering the whole WildFly v8/9/10 series and the key aspects of the base AS7 architecture.
This document discusses WildFly Swarm, a tool that packages a Java application together with just the pieces of the WildFly application server runtime that it needs. It allows building self-contained applications that can run independently of any pre-installed server. The document outlines how WildFly Swarm works, how it allows selecting specific Java EE APIs and frameworks, and how it produces a single executable "uber jar" file. It also provides examples of creating a simple REST application using WildFly Swarm and customizing the runtime configuration.
JBoss Application Server 7 provides a more manageable and performant platform compared to previous versions. It features two operational modes: standalone for development and domain for managing multiple servers. The domain mode uses separate processes for the process controller, host controller, and server instances which allows for centralized management of the servers.
WebSphere App Server vs JBoss vs WebLogic vs TomcatWASdev Community
This document provides a competitive comparison of WebSphere Application Server and Liberty Profile versus Tomcat, JBoss, and WebLogic. It notes that WebSphere leverages over 100 open source software packages, contributes to over 350 open source projects, and has over 3,000 developers involved in open source. Charts from Gartner show that IBM holds the number one position in middleware software for the past 12 years according to their analysis. Additional charts and graphs show performance comparisons between WebSphere and other application servers on different hardware architectures and over time.
The document outlines the course objectives and topics for a Weblogic Server Administration course. The course objectives include learning the architecture of Weblogic Server, installing and configuring Weblogic Server, performing administration tasks such as backups and monitoring, configuring clusters, and deploying and managing JavaEE applications. The course fee is 12,000 INR and will be taught by Amit Sharma.
This presentation provide a view on the differences between WebSphere Application Server and Liberty Profile vs. competitive offerings, such as Apache Tomcat, Red Hat JBoss and Oracle WebLogic. It covers both the technical (feature/function) as well as cost considerations (TCA, TCO).
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.
The document provides an overview of the Hibernate framework. It discusses some of the drawbacks of using JDBC for database access, such as needing to manually open and close connections. Hibernate aims to address these issues by providing object-relational mapping and allowing data to flow through an application as objects rather than being converted to text for storage. Some key advantages of Hibernate mentioned are that it supports inheritance, associations and collections, and allows saving derived class objects while also persisting base class data.
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.
This document compares the open source application server JBoss to the commercial application server WebLogic.
JBoss is a free, open source application server that is compliant with J2EE specifications and supports features like EJBs, JMS, and web services. It requires less memory and is faster than other application servers. WebLogic is a robust, reliable application server that supports complex enterprise applications and offers strong administration, security, and scalability features.
While JBoss is best for simpler applications due to its free cost and ease of use, WebLogic is more suitable for complex, mission-critical applications due to its reliability and support for fault tolerance. The choice depends on the complexity and reliability needs of the application.
The document provides an overview of Java Server Pages (JSP) including its history, architecture, popular providers, who is using it, comparisons to other technologies like PHP and ASP, pros and cons, examples of JSP code, how it can be used with JavaBeans, and some useful links. JSP was created by Sun Microsystems as a way to develop dynamic web content using Java in a similar way to Active Server Pages but in a platform-independent manner. It allows embedding Java code directly into HTML pages to interact with databases and applications and generate dynamic web content.
This document contains a summary of a candidate's professional experience with administering and configuring IBM application and web servers. The candidate has over 3 years of experience installing, configuring, and administering IBM WebSphere Application Server, IBM MQ, WebLogic, and other application servers in Linux, AIX, and Windows environments. Responsibilities have included performance tuning, clustering, security configuration, application deployment, and troubleshooting. The candidate also has a Master's degree and technical skills including WebSphere, WebLogic, Java EE, databases, and monitoring tools.
• Over experience in administration of IBM WebSphere Application Server and IBM MQ Series
• Experience in administration of other application servers like WebLogic 11g, JBOSS 7.1
• Installed and Configured IBM WebSphere Application Server 7.x/8.x
• Installed and Configured IBM MQ 8.0
• Network Deployment Various Operating Systems like AIX and Linux Environments.
• Extensive experience in installation, configuration, and administration of WebSphere Application Server, IBM HTTP Server, IBM MQ on AIX, Linux, and Windows.
This document contains a summary of a candidate's professional experience with administering and configuring IBM application and web servers. The candidate has over 3 years of experience installing, configuring, and administering IBM WebSphere Application Server, IBM MQ, WebLogic, and other application servers in Linux, AIX, and Windows environments. Some of their responsibilities included creating clusters, configuring security, deploying applications, monitoring performance, and troubleshooting issues. They have worked with various tools such as Log Analyzer and Tivoli Performance Viewer. Their most recent roles involved administering WebSphere environments at Comerica Bank and configuring WebLogic servers at Bharti Airtel.
• Over years of experience in administration of IBM WebSphere Application Server and IBM MQ Series
• Experience in administration of other application servers like WebLogic 11g, JBOSS 7.1
• Installed and Configured IBM WebSphere Application Server 7.x/8.x
• Installed and Configured IBM MQ 8.0
• Network Deployment Various Operating Systems like AIX and Linux Environments.
• Extensive experience in installation, configuration, and administration of WebSphere Application Server, IBM HTTP Server, IBM MQ on AIX, Linux, and Windows.
This document outlines an agenda for a WebLogic training session. It lists 15 topics that will be covered, including WebLogic installation, domain configuration, clustering, deployment, JMS, security, performance tuning, logging, WLST scripting, JMX monitoring, JTA transactions, and SSL. For each topic, it provides a brief description of the areas that will be covered.
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
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
The document discusses several key technologies for developing Java web applications, including Java Servlet technology, WebWork framework, Spring framework, and Apache Maven build tool. It provides an overview of how each technology addresses common problems like stateless communication, business logic implementation, view generation, and data access overhead. Examples are given showing how WebWork and Spring can be used together with Maven to build a simple "Hello World" application that follows the MVC pattern and leverages dependency injection.
Rajesh S provides his contact information and career objective of achieving success through hard work and teamwork. He has over 5 years of experience administering Oracle WebLogic Server and JBoss across Linux environments. His responsibilities include installation, configuration, troubleshooting, performance tuning, load balancing, clustering, and deploying applications. He is proficient in Apache Web server, Oracle and Linux and aims to optimize server performance and ensure business continuity.
This document provides an overview and summary of the book "Java Database Programming with JDBC" by Pratik Patel. The summary includes:
1) An introduction to JDBC (Java Database Connectivity), which is an API that allows Java programs to connect to and interact with databases.
2) An overview of the structure of JDBC, which separates low-level driver programming from a high-level application interface. Vendors supply JDBC drivers to connect to different databases.
3) A list of database vendors that have endorsed the JDBC specification.
Enterprise Java in 2012 and Beyond, by Juergen Hoeller Codemotion
The Java space is facing several disruptive middleware trends. Key factors are the recent Java EE 6 and Java SE 7 platform releases, but also modern web clients, non-relational datastores and in particular cloud computing, all of which have a strong influence on the next generation of Java application frameworks. This session presents selected trends and explores their relevance for enterprise application development, taking the most recent Java SE and Java EE developments into account as well.
The document provides an introduction to JBoss Seam by discussing the history of Java web applications and where Seam fits within that evolution. It notes that early Java web apps used JSP/Servlet models, which were improved by MVC frameworks like Struts, but these frameworks required many configuration files and the front-end and back-end were unaware of each other. Meanwhile, other languages like PHP and Ruby on Rails made deployment and testing easier through conventions over configuration and features like scaffolding. JBoss Seam aims to address these issues and provide a richer experience for modern web applications.
Mindmajix is the industry leader in providing Microsoft SharePoint Training in USA and across the globe. Our SharePoint online training emphasize on hands
MindMajix is the Globally Professional Online Training Institute. We believe “The Art of Teaching is The Art of Assisting Discovery”
Mindmajix is Proficient in SAP ABAP training which emphasize on hands on experience with examples from real-time scenarios by experts.
MindMajix is the Globally Professional Online Training Institute. We believe “The Art of Teaching is The Art of Assisting Discovery”
Mindmajix is the industry leader in Tibco Business Events Training which emphasize on hands on experience with examples from real-time scenarios by experts.
MindMajix is the Globally Professional Online Training Institute. We believe “The Art of Teaching is The Art of Assisting Discovery”
MindMajix is the industry leader in Linux training emphasize on hands on experience with examples from real-time scenarios by experts.
This document provides an overview and course curriculum for an online Primavera P6 training. It introduces Primavera P6 as a powerful solution for project management. The 6-unit course curriculum covers topics like constraints, customizing layouts, leveling resources, project utilities, creating baselines, updating/tracking projects, and reports. The training is offered online with interactive lessons from industry experts and support after completion.
IBM Websphere message broker Online Training Explains about installation, configuration and development task @Mindmajix. WMB is used for business monitoring.
To Learn More Follow Below Link:
http://bit.ly/1zHFJAr
Mindmajix is the trusted institute in Tibco Spotfire online Training across the globe, learn to efficiently handle Data Visualization and Analytic Dashboard
To Learn More Follow Below Link:
http://bit.ly/1CQBMxX
Gender and Mental Health - Counselling and Family Therapy Applications and In...PsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
A Visual Guide to 1 Samuel | A Tale of Two HeartsSteve Thomason
These slides walk through the story of 1 Samuel. Samuel is the last judge of Israel. The people reject God and want a king. Saul is anointed as the first king, but he is not a good king. David, the shepherd boy is anointed and Saul is envious of him. David shows honor while Saul continues to self destruct.
This presentation was provided by Rebecca Benner, Ph.D., of the American Society of Anesthesiologists, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
How Barcodes Can Be Leveraged Within Odoo 17Celine George
In this presentation, we will explore how barcodes can be leveraged within Odoo 17 to streamline our manufacturing processes. We will cover the configuration steps, how to utilize barcodes in different manufacturing scenarios, and the overall benefits of implementing this technology.
This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
Elevate Your Nonprofit's Online Presence_ A Guide to Effective SEO Strategies...TechSoup
Whether you're new to SEO or looking to refine your existing strategies, this webinar will provide you with actionable insights and practical tips to elevate your nonprofit's online presence.
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إضغ بين إيديكم من أقوى الملازم التي صممتها
ملزمة تشريح الجهاز الهيكلي (نظري 3)
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تتميز هذهِ الملزمة بعِدة مُميزات :
1- مُترجمة ترجمة تُناسب جميع المستويات
2- تحتوي على 78 رسم توضيحي لكل كلمة موجودة بالملزمة (لكل كلمة !!!!)
#فهم_ماكو_درخ
3- دقة الكتابة والصور عالية جداً جداً جداً
4- هُنالك بعض المعلومات تم توضيحها بشكل تفصيلي جداً (تُعتبر لدى الطالب أو الطالبة بإنها معلومات مُبهمة ومع ذلك تم توضيح هذهِ المعلومات المُبهمة بشكل تفصيلي جداً
5- الملزمة تشرح نفسها ب نفسها بس تكلك تعال اقراني
6- تحتوي الملزمة في اول سلايد على خارطة تتضمن جميع تفرُعات معلومات الجهاز الهيكلي المذكورة في هذهِ الملزمة
واخيراً هذهِ الملزمة حلالٌ عليكم وإتمنى منكم إن تدعولي بالخير والصحة والعافية فقط
كل التوفيق زملائي وزميلاتي ، زميلكم محمد الذهبي 💊💊
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2. Introduction to JBOSS
Red Hat JBoss Middleware leverages community powered enlighten
innovation and standalone open source application server
program. It enables single deployment platform for web
applications. Hybrid connection model accelerate application
development and flexible to handle client loads. It helps in memory
management, achieve zero copy transfer to static content. JBoss
training teach JBOSS Tools which is a set of Eclipse plugins which
will make it into JBoss Developer Studio in an umbrella project.
3. Course Curriculum
Unit 1: Overview of Java Enterprise Edition
Topics - What is Java EE?, Open and Standard-based, Multi-tier, Web-Enabled, Server Centric,
Component-Based Distributed Architecture, Enterprise Applications, J2EE architecture and Java EE
Contents and Services
Unit 2: Overview of JBOSS Application Server
Topics - Server JBOSS Organization, Server JBOSS AS Background, Highlights of JBOSS AS, What is
new in JBOSS AS 5 and 6 ?, Server JBOSS AS Architecture, Server JBOSS Micro container
Layer,Services Layer, Aspect Layer, Application Layer, Server JBOSS AS Services and Requirements
Unit 3: Installation and Configuration of JBOSS AS
Topics - Getting and Installing Java, Configuring Java, Getting JBOSS AS, Installing JBOSS AS 5
Unit 4: Controlling the Life-Cycle of JBOSS AS
Topics - Starting JBOSS AS, Verifying JBOSS AS Startup, Stopping JBOSS AS, Starting From aRemote
Server
Unit 5: Deployments on JBOSS
Topics - Java EE Deployment Lifecycle, Deployment Descriptors, Deployment on JBOSS AS,
Deployers on JBOSS AS, Deployment Dependencies, Hot vs. Cold Deployment, Bootstrapping JBOSS
4. Unit 6: Web Application Administration
Topics - Web Technologies, CGI vs. Servlets/JSPs, Tomcat Web Container, Tomcat's
server.xml, Tomcat's web.xml, Session Configuration, Serving Static Content, Virtual Hosting
with Tomcat, Web Access Logging
Unit 7: Database Integration on JBOSS
Topics - Steps Involved, Resource Requirement, Install JDBC Drivers, Define a RDBMS DBCP
Resource, Map our Resource, Using our DataSource (RDBMS DBCP), Hypersonic Database,
Detecting Connection Leaks, Lab: Database Connectivity
Unit 8: Performance Tuning and Troubleshooting in JBOSS
Topics - JVM, Tomcat, Log4j and other services Tuning, Slimming JBOSS, Troubleshooting the
production issues w.r.t JBOSS and Web server, Taking thread dump and heap dumps to
analyzing the issues
Unit 9: Web Server
Topics - Installation of Apache web server, Configuration of Web server, Types of virtual
hosting, Overview of httpd.conf file
Unit 10: High Availability and Scalability on JBOSS
Topics - Requirements of Clustering: General understanding, Clustering and JBOSS, Simple
Web Architecture, External Load Balancer Architecture, Smart Proxy Architecture, General,
configuration for the following examples, Fronting with a Web Server with Apache HTTPD,
Installing and Configuring mod_jk. Simple Load Balancing, Enabling Sticky Sessions, Clustered,
Session Replication, Clustering Single Sign-On, Clustering with HA-JNDI
5. Our JBOSS Online Training
batches starts every day.
You can attend a DEMO for free
6. We Provide Online Training On
TIBCO BW
Tableau
QlikView
TIBCO Spotfire
SAS BI
SAP Hybris
Selenium
Oracle DBA
Oracle SOA
Oracle Financials
IOS Development
Android
Data Modeling- Erwin
Performance Testing
SFDC
SAP UI5
SAP Hana
7. We offers You
1. Interactive Learning at Learners convenience
2. Industry Savvy Trainers
3.“Real Time" Practical scenarios
4. Learn Right from Your Place
5. Customized Course Curriculum
6. 24/7 Server Access
7. Support after Training and Certification Guidance
8. Resume Preparation and Interview assistance
9. Recorded version of sessions
8. Thank you
Your feedback is highly important to improve our course material.
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