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EJB MDG Technology for Enterprise Java Beans allows the user to model EJB entities and EJB sessions, complete with UML profiles for modeling EJB, EJB patterns and Code Management. (requires Enterprise Architect 4.1 or later)

ICONIX AGILE DDT ICONIX Agile Developer - Design-Driven Testing (DDT) streamlines the ICONIX modeling process, providing: Convenient modeling of robustness diagrams Automatic generation of sequence diagram structures from robustness diagrams Transformation of robustness control elements to test diagrams Transformation of sequence diagram elements to test diagrams Transformation of requirement diagrams to test diagrams Transformation between test cases and test classes. (JUnit & NUnit) Built-in model validation rules for ICONIX robustness diagrams (requires Enterprise Architect 7.5 or later)

Testing MDG Technology for Testing helps users to rapidly model a wide range of Testing procedures including component Testing, SUT, Test Cases and more. (requires Enterprise Architect 4.1 or later)

Instructions for loading an MDG Technology EXE file: Download and run the .exe file to install the MDG technology. Open Enterprise Architect. Select from the Main Menu Add-Ins | XYZ Technology | Load.

Built-in MDG Technologies: Most of the MDG Technologies provided by Sparx Systems are built into Enterprise Architect directly. Depending on your edition of Enterprise Architect, some or all of the following MDG Technologies will be available:

Gang of Four Patterns

Mind Mapping

Web Modeling

Data Flow (DFD)

Entity-Relationship (ERD)

Business Rule Model

BPMN™

Subversion Tagging Plugin — This plugin automatically performs subversion tagging (technically speaking svn copy) on successful build.

ViewVC Plugin — This plugin integrates ViewVC browser interface for CVS and Subversion with Hudson.

Source code management

Build Pipeline Plugin — This plugin creates a pipeline of Hudson\Jenkins jobs and gives a view so that you can visualise it.

Build tools

JBoss Management Plugin — This plugin allows to manage a JBoss Application Server during build procedure

Maven 2 Project Plugin — Jenkin's Maven 2 project type

Phing Plugin — This plugin allows you to use Phing to build PHP projects.

Post build task — This plugin allows the user to execute a shell/batch task depending on the build log output. Java regular expression are allowed.

Promoted Builds Plugin — This plugin allows you to distinguish good builds from bad builds by introducing the notion of 'promotion'.

Publish Over SSH Plugin — Publish files and/or execute commands over SSH (SCP using SFTP)

Selenium AES Plugin — This plugin is for continuous regression test by Selenium Auto Exec Server (AES).

Vagrant Plugin — This plugin allows booting of Vagrant virtual machines, provisioning them and also executing scripts inside of them

Unicorn Validation Plugin — This plugin uses W3C's Unified Validator, which helps improve the quality of Web pages by performing a variety of checks.

Build wrappers

Android Emulator Plugin — Lets you automatically generate, launch and interact with an Android emulator during a build, with the emulator logs being captured as artifacts.

Artifactory Plugin — This plugin allows deploying Maven 2, Maven 3, Ivy and Gradle artifacts and build info to the Artifactory artifacts manager.

AWS Cloudformation Plugin — A plugin that allows for the creation of cloud formation stacks before running the build and the deletion of them after the build is completed.

Build Keeper Plugin — Select a policy for automatically marking builds as "keep forever" to enable long term analysis trending when discarding old builds - or use to protect logs and artifacts from certain builds

Build Name Setter Plugin — This plugin sets the display name of a build to something other than #1, #2, #3, ...

SSH plugin — You can use the SSH Plugin to run shell commands on a remote machine via ssh.

SeleniumRC Plugin — This plugin allows you to create Selenium server instance for each project build.

Vagrant Plugin — This plugin allows booting of Vagrant virtual machines, provisioning them and also executing scripts inside of them

Timestamper — Adds timestamps to the Console Output.

VirtualBox Plugin — This plugin integrates Jenkins with VirtualBox (version 3, 4.0 and 4.1) virtual machine.

Version Number Plugin — This plugin creates a new version number and stores it in the environment variable whose name you specify in the configuration.

VMware plugin — This plugin allows you to start a VMware Virtual Machine before a build and stop it again after the build completes.

AWS Cloudformation Plugin — A plugin that allows for the creation of cloud formation stacks before running the build and the deletion of them after the build is completed.

Desktop Notifier for Jenkins — This is useful for those who are looking for a Desktop Notifier for Jenkins builds to automatically notify you about failed builds directly from their desktops.

Email-ext plugin — This plugin allows you to configure every aspect of email notifications. You can customize when an email is sent, who should receive it, and what the email says.

Google Calendar Plugin — This plugin publishes build records over to Google Calendar

HTML5 Notifier Plugin — Provides W3C Web Notifications support for builds.

Jabber Plugin — Integrates Jenkins with the Jabber/XMPP instant messaging protocol. Note that you also need to install the instant-messaging plugin.

Build reports

Checkstyle Plugin — This plugin generates the trend report for Checkstyle, an open source static code analysis program. 

Clover PHP Plugin — This plugin allows you to capture code coverage reports from PHPUnit. For more information on how to set up PHP projects with Jenkins have a look at the Template for Jenkins Jobs for PHP Projects.

Crap4J Plugin — This plugin reads the "crappy methods" report from Crap4J. Hudson will generate the trend report of crap percentage and provide detailed information about changes.

Dependency Analyzer Plugin — This plugin parses dependency:analyze goal from maven build logs and generates a dependency report

Dependency Graph View Plugin — Shows a dependency graph of the projects using graphviz. Requires a graphviz installation on the server.

FindBugs Plugin — This plugin generates the trend report for FindBugs, an open source program which uses static analysis to look for bugs in Java code. 

Grinder Plugin — This plugin reads output result files from Grinder performance tests, and will generate reports showing test results for every build and trend reports showing performance results across builds.

JSUnit plugin — This plugin allows you publish JSUnit test results

Performance Plugin — This plugin allows you to capture reports from JMeter and JUnit . Hudson will generate graphic charts with the trend report of performance and robustness.

PerfPublisher Plugin — This plugin generates global and trend reports for tests results analysis. Based on an open XML tests results format, the plugin parses the generated files and publish statistics, reports and analysis on the current health of the project.

PMD Plugin — This plugin generates the trend report for PMD, an open source static code analysis program. 

Sonar plugin — Quickly benefit from Sonar, an open-source dashboard based on many analysis tools like Checkstyle, PMD and Cobertura.

testng-plugin — This plugin allows you to publish TestNG results.

Violations — This plug-in generates reports static code violation detectors such as checkstyle, pmd, cpd, findbugs, codenarc, fxcop, stylecop and simian.

xUnit Plugin — This plugin makes it possible to publish the test results of an execution of a testing tool in Jenkins.

Artifact uploaders

ArtifactDeployer Plugin — This plugin makes it possible to copy artifacts to remote locations.

Artifactory Plugin — This plugin allows deploying Maven 2, Maven 3, Ivy and Gradle artifacts and build info to the Artifactory artifacts manager.

Confluence Publisher Plugin — This plugin allows you to publish build artifacts as attachments to an Atlassian Confluence wiki page.

Deploy Plugin — This plugin takes a war/ear file and deploys that to a running remote application server at the end of a build

FTP-Publisher Plugin — This plugin can be used to upload project artifacts and whole directories to an ftp server.

HTML Publisher Plugin

Publish Over FTP Plugin — Publish files over FTP

Publish Over SSH Plugin — Publish files and/or execute commands over SSH (SCP using SFTP)

S3 Plugin — Upload build artifacts to Amazon S3

SCP plugin — This plugin uploads build artifacts to repository sites using SCP (SSH) protocol.

Hudson Helper for Android — Monitor your CI builds right from your Android device.

Hudson Mobi, the iPhone, iPod and Android client for Hudson CI — The iPhone, iPod and iPad client for Hudson CI monitoring on the road.

Hudson Monitor for Android — Monitor and display the status of your builds on your Android™ phone.

External site/tool integrations

ChuckNorris Plugin — Displays a picture of Chuck Norris (instead of Jenkins the butler) and a random Chuck Norris 'The Programmer' fact on each build page.

UI plugins

Active Directory plugin — With this plugin, you can configure Jenkins to authenticate the username and the password through Active Directory.

Audit Trail Plugin — Keep a log of who performed particular Jenkins operations, such as configuring jobs.

JClouds Plugin — This plugin uses JClouds to provide slave launching on most of the currently usable Cloud infrastructures.

Checkstyle Plugin — This plugin generates the trend report for Checkstyle, an open source static code analysis program. 

FindBugs Plugin — This plugin generates the trend report for FindBugs, an open source program which uses static analysis to look for bugs in Java code. 

JIRA Plugin — This plugin integrates Atlassian JIRA to Jenkins.

M2 Release Plugin — This plugin allows you to perform a release build using the maven-release-plugin from within Jenkins.

PMD Plugin — This plugin generates the trend report for PMD, an open source static code analysis program. 

Meme Generator Plugin — Generate Meme images when a build fails (and returns to stable), and post them on the project page.

is security-specific view of the

and that Subject instances are always bound to a thread to ensure we know who is executing logic at any time during the thread's execution

Subject instance must be created

Subject instance must be bound to the currently executing thread

Subject must be unbound to ensure that the thread remains 'clean' in any thread-pooled environment

Shiro has architectural components that perform this bind/unbind logic automatically

root Shiro Filter performs this logic when filtering a request

after creating a Subject instance, it must be bound to thread

Test Setup

'setup' and 'teardown'

can be used in both unit testing and integration testing

AbstractShiroTest

abstract class AbstractShiroTest

reduces the test setup code by

Extract/replace AMF data during the test in order to variabilize the calls

Automatically handle the session IDs used by AMF

implementation or a description of what we did

No more “Just a fix“, “Improvements” or “I made this, this, this and also this” comments.

not what you did

(not what you did)

Tutorials All Tutorials UML Tutorials UML 2.1 Tutorial UML Tutorial - Part 1 Intro UML Tutorial - Part 2 Intro The Business Process Model The Component Model The Dynamic Model The Logical Model The Physical Model The Use Case Model UML Database Modeling Enterprise Architect Tutorials Creating Strategic Models Diagram Filters BPEL: Step by Step Guide Resource Management Testing Management Traceability RTF Documentation Use Case Metrics Structured Use Case Scenarios

Video Demonstrations All Videos Getting Started Requirements Management Modeling & Productivity Tools Code Engineering and the Debug Workbench Version Control Integration (Eclipse, Visual Studio, TFS)

UML Tutorial - Structure UML Tutorial - Behavior The Business Process Model Deployment of EA MDA Overview Rich-Text (RTF) Reporting Version Control Integration Requirements Management

White Papers & E-Books

Roles Business Analyst Database Administrator Deployment & Rollout Developer Project Manager Software Architects Software Engineer Technology Developer Testers

Solutions

MDG Technologies MDG Technologies EJB Technology.xml Testing Technology.xml

UML Profiles & Patterns UML Patterns UML Patterns Create UML Patterns Import UML Patterns Use UML Patterns UML Profiles UML Profiles: Introduction UML Profile for SPEM XML Schema (XSD) Generation Web Modeling Profile Eriksson-Penker Business Extensions Open Distributed Processing (UML4ODP)

right-clicking the test class in the IDE and selecting Run As > * Test

The discussion whether or not to use Spring vs. Java EE for new enterprise Java applications is a no-brainer

Why migrate?

since then fallen a prey to the hungry minds of Venture Capitalists and finally into the hands of a virtualization company called VMware

While the different companies and individuals behind the Spring framework have been doing some work in the JCP their voting behavior on important JSRs is peculiar to say the least

outdated ORM solution like JDBC templates

some developers completely stopped looking at new developments in the Java EE space and might have lost track of the current state of technology

size of the deployment archive

fairly standard Java EE 6 application will take up about 100 kilobytes

comparable Spring application weighs in at a whopping 30 Megabytes!

Lightweight

Firing up the latest JBoss AS 7 Application Server from scratch and deploying a full blown Java EE 6 application into the server takes somewhere between two and five seconds on a standard machine. This is in the same league as a Tomcat / Spring combo

Dependency injection

Java EE 6, the Context and Dependency Injection (CDI) specification was introduced to the Java platform, which has a very powerful contextual DI model adding extensibility of injectable enterprise services

Aspect Oriented Programming

“AOP Light” and this is exactly what Java EE Interceptors do

common pitfall when taking AOP too far is that your code might end up all asymmetric and unreadable. This is due to the fact that the aspect and its implementation are not in the same place. Determining what a piece of code will do at runtime at a glance will be really hard

With Arquillian we can get rid of mocking frameworks and test Java EE components in their natural environment

Tooling

capabilities comparison matrix below to map Spring’s technology to that of Java EE

Capability Spring JavaEE Dependency Injection Spring Container CDI Transactions AOP / annotations EJB Web framework Spring Web MVC JSF AOP AspectJ (limited to Spring beans) Interceptors Messaging JMS JMS / CDI Data Access JDBC templates / other ORM / JPA JPA RESTful Web Services Spring Web MVC (3.0) JAX-RS Integration testing Spring Test framework Arquillian *

consideration of the system as a whole