Posts tagged with 'jbosscentral'

We based the survey on the overall topics we have on our tentative roadmap for 2015:

And we asked two questions:

"What features would help you ?" and "Which single feature would you prefer JBoss Tools team work on ?".

You can see full summary of the results at twtpoll, below is just my musings about it.

We had 113 votes in total for the 2 weeks the poll was open - I think that is pretty good for something just announced on our blog and twitter account.

The overall distribution is as follows (sorted by which features most said would help them):

Looking at this we should continue making Eclipse better, improve Javascript and enhance the JavaEE 7 support if looking at what would help most of the voters.

What is interesting is that Hybrid mobile tooling did get a higher proportional vote if there was just one single feature you wanted to choose.

But if there is one thing you all wanted then it was that we made Eclipse Better and that becomes very visible when plotting the two questions in a bubble chart:

Then it becomes more clear how important you feel making eclipse better is. And trust me - we agree and it is one of our top priorities in 2015.

In addition to the questions above the survey allowed you to specify other in the field of what features would help you most. Below are a summary and my initial answers to these.

I want to say many thanks to those who participated and let their voice heard about what we should be working on in 2015. I hope you will see that we do attack most of the high priority items.

But do remember we can always use your help too - bug reports, feature requests and pull requests are always welcome!

If you are interested then please do look into our JBoss Tools Community Acceptance Testing program or get dirty with the code at http://github.com/jbosstools.

Have fun and Happy holidays!
Max Rydahl Andersen
@maxandersen

In some cases, you want your web application to deploy test resources, whether it’s logging or database configuration files, or even some test mocks during development.

When you’re using Eclipse Java EE, m2e-wtp explicitely prevents test resources from being deployed (in order to limit behavior discrepancies between Maven CLI and Eclipse), and if you try to mess with Eclipse’s Deployment Assembly page, its settings will be reset next time you perform a Maven > Update projet configuration.

So you need a solution that works for both Eclipse, command line and even other IDEs as well. Let’s see how you can achieve that…​

You only need :

In order to deploy test resources with WTP, we need to add a new Maven dev profile to the <profiles> section of your pom.xml. This can easily be done with Ctrl+space assist. Selecting the m2e profile template and changing the id to dev will get you started.

The profile is automatically enabled when running in m2e, via the m2e.version property.

Then, you need to add a maven-war-plugin configuration to the <build><plugins> section of the new profile, and configure <webResources> so that test resources from the test output directory are copied to WEB-INF/classes, using a regexp to only include specific files.

Eventually, this is how your dev profile should look :

This extra configuration will be merged to your existing maven-war-plugin configuration (check the maven-war-plugin configuration in the Effective POM tab of the pom.xml editor).

Now, using m2e-wtp, every time a test resource is modified, it will automatically be deployed to your server, on-the-fly. This is borderline magic, I know.

Hopefully, this article gave you a glimpse of the powerful Maven capabilities m2e-wtp brings to Eclipse, showing how you can easily deploy your test resources in your development environment in a portable way.

Take it easy!

Fred Bricon https://twitter.com/fbricon

The overall features we are currently planning to work on in 2015 for our core tools (excluding Integration stack plugins) is listed below at a high level.

You can make your voice heard by going to http://twtsurvey.com/jbosstools2015 and answer the 2 simple questions!

…​and we do have a 'Other' field where you can let us know if we forgot something above ? :)

Thanks for your input!

Have fun!
Max Rydahl Andersen
@maxandersen

Tern.java is now working behind the scene to provide JavaScript code analysis and content assist. Good news there is no need to configure it manually. Just install Tern.java Adapter from JBoss Tools update site and it configures projects with JavaScript facet automatically to unleash all Tern IDE features for you.

HTML and JavaScript source editors now show JavaScript ECMA5 proposals in content assist for projects with JavaScript facet.

You can also get content assist for many popular JavaScript Libraries through Tern Modules. Manual configuration is required in Project Preferences.

We provided CordovaJS Module for Tern to improve Cordova related content assist in JavaScript source. Tern integration configure it for Eclipse Thym Project automatically, so you don’t need to do manual configuration to see content assist for CordovaJS. Just create Thym project, open index.htm and start using it.

JBoss Tools provides support for AngularJS through JBoss Tools Central Early Access. It installs full distribution of AngularJS IDE with many cool feature like:

Read about all AngularJS IDE features here.

/Denis Golovin

Hybrid mobile tools are not part of the default installation but getting them is easy. Although there are other ways, I usually use JBoss Central to pull them in. Here is how.

First switch to Software/Update tab on JBoss Central. Next select JBoss Hybrid Mobile Tools + CordovaSim. I usually select the AngularJS for Web Tools option before hitting the Install/Update, in order to get the improved support for Ionic framework.

Here is a screeen cast for getting started with the hybrid mobile tools.

This is the option when starting a new project or just experimenting with Apache Cordova development.It gives a basic project template that you can easily change and you can select the initial set of cordova plug-ins to include into your project. I usually add the console plugin at this time, to be able to use console.log() during development and remove it before the final export.

The video above not only shows how a project is created but also introduces the tools at your disposal going forward.

If your Cordova application already exists and it was developed using a compatible tool such as Cordova CLI, you can import it easily and start using all the functionality available. Import process will also restore your plugins if you have been using the new cordova save command.

Here is a short video that shows the import feature in action.

Often getting started with your packaged mobile application requires sharing the assets with a web application. We do support linking of resources from different locations to create a Cordova based mobile application. Although I do not recommend using artifacts, let alone whole web sites, that were created for desktop to be turned to mobile applications, but it helps to know that your tools are capable when it gets desperate.

To use the wizards, you need to issue the Ctrl+4 key combination (or Cmd+4 on a Mac). It will bring up a popup containing all the commands that are available in the currently selected context.

If this key combination does not work, chances are high that you are using a keyboard layout such as AZERTY. Don’t panic, in this case it is just a matter of redefining the key combination to something that works on your hardware. Use the Eclipse preferences dialog (Window→Preferences or something similar) to do this.

Selecting the 'Project: new' entry of the popup will open the Forge wizard that allows you to create a new project.

If you are a console afficionado and typing and code completion is more your thing, you can use the integrated Forge console. One way to bring up the console is to type 'Forge Console' in the 'Quick Access' text field in the toolbar of your Eclipse workbench and then select the 'Forge Console' entry that is visible in the popup.

Another way would be to select 'Window→Show View→Forge Console' from the main menu bar. This will only be possible when you are using the 'JBoss' perspective. In another perspective, you can use 'Window→Show View→Other…​' and then navigate to the 'Forge→Forge Console' entry.

In the console you can type Forge commands to perform the same tasks as if you were using the wizard-style approach.

If you are new to Forge, this new feature will certainly help you on the way. And as a bonus it will also help you with learning to develop an HTML5 application with REST, CDI and AngularJS. You can open this brand new cheatsheet by importing the 'AngularJS Forge' example from the 'JBoss Central' page.

In case the 'JBoss Central' page is not open or you inadvertently closed it, no worries. You can always bring it back by clicking the 'JBoss Central' icon in your Eclipse toolbar.

After clicking the 'AngularJS Forge' example hyperlink, a wizard will guide you through the import process. Just accept all the defaults. When the wizard is done, a popup will ask you if you want to open the cheatsheet.

Make sure you keep the open option checked when you click the 'Finish' button. Now the cheatsheet will reveal itself in all its glory.

There is no point in repeating here all the information that is available in the cheatsheet but in short, it will provide you with some general information and then guide you through the development, deployment and execution of a HTML5 application. You will see different examples of using Forge commands such as REST endpoint generation and scaffolding an AngularJS user interface. Check it out!

Happy Forging,
Koen Aers
@koentsje

The Import > Checkout Maven Projects from SCM wizard doesn’t have any SCM provider by default, which can be pretty frustrating at times. With Git becoming the new de facto source control system, it only made sense to make m2eclipse-egit the sensible default SCM provider for m2e.

m2eclipse-egit will now be automatically installed when a JBoss Maven integration feature is installed from the JBoss Tools update site.

It is installed by default with JBoss Developer Studio 8.0.0 as well.

Since m2e 1.5.0 no longer downloads Nexus Indexes by default, a very small, outdated subset of Maven Archetypes is available out of the box.

To mitigate that, the JBoss Tools Maven integration feature now registers by default the Maven Central Archetype catalog, providing more than 9600 archetypes to chose from, when creating a new Maven project. Accessing the complete list of archetypes is even way, waayyyy faster (a couple seconds) than relying on the old Nexus index download.

JBoss project configurators for m2e now support an activation property in the <properties> section of pom.xml. Expected values are true/false and override the workspace-wide preferences found under Preferences > JBoss Tools > JBoss Maven Integration.

Available properties are :

The pom.xml editor also provides matching XML templates for these properties, when doing ctrl+space in the <properties> section.

The Configure Maven Repositories wizard, available under Preferences > Jboss Tools > JBoss Maven Integration saw a couple improvements as well :

Tired of seeing these "Project configuration is out-of-date" errors whenever you tweak your pom.xml? We’re currently playing with a plugin that will automatically do the Maven > Update project configuration for you. You can try a very alpha version from the following p2 repository : http://download.jboss.org/jbosstools/builds/staging/jbosstools-playground_master/all/repo/. Let us know if/how it works for you, so we can decide what to do next with it.

Enjoy and see you soon!

Fred Bricon
@fbricon

One of the most useful (and by the way, also one of the coolest) features of JBoss SwitchYard (http://switchyard.jboss.org/) is its graphical process editor. The editor enables you to create composite service definitions through a graphical interface, instead of having to directly edit cumbersome raw XML. For example:

The big blue box in the center window is called the canvas. Here’s where you can see the graphical representation of the service definition. With SwitchYard, it’s all about the services. With the SwitchYard editor, you can create the services, and not just edit Java source code.

What’s always been missing has been a corresponding tool for debugging SwitchYard Services. This gap is now being filled by the SwitchYard Debugger.

A debugger such as GDB provides you with the ability to interrupt a program’s execution through breakpoints so that you can examine code and data. In SwitchYard, however, you’re not just dealing with Java classes, you 're creating (and debugging) services. The SwitchYard debugger lets you add a breakpoint to any service or reference to a service. The debugger supports these actions:

In contrast to a Java debugger, the SwitchYard debugger enables you to invoke breakpoints during steps (such as transformation) during the execution of the service, right in the service bus:

The best way to understand the new debugger is to see it in action. We’ll do this by using the debugger with SwichYard "quickStart" example programs. Let’s get started!

Before we can see the debugger in action, we have to install the SwitchYard runtime and its corresponding Eclipse tooling. Luckily, downloading and installing JBoss software* is quick and painless (and free!)

The steps to install the SwitchYard runtime are:

The steps to install SwitchYard’s Eclipse tooling are:

(We’re using the latest versions of the software available when this post is being written.)

One of the helpful features included with JBoss projects are example programs referred to as “quickstarts.” As the name implies, the goal of these examples is to help users get started quickly in learning technologies provided by JBoss projects. As we mentioned earlier in this post, the approach that we’ll take is to introduce a bugs into quickstarts, and then use the debugger to locate these bugs.

To introduce SwitchYard applications to new users, we’ll examine the first quickstart that we’ll use in some detail. If you are already familiar with SwitchYard applications, you can skip over this section of the post.

Let’s start by using the debugger to interrupt a running service in a quickStart and enable us to examine the data in a message being processed by the service. After this, we’ll take things one step further and introduce a bug into a service and then use the debugger to find the cause of the bug and work around it.

Before we examine how the debugger can be used with a quickStart we’ll take a look at how quickstarts are implemented and how to use the SwitchYard editor.

The first quickstart that we’ll run makes use of Apache Camel to implement content based routing to route messages to selected services. This quickstart is aptly named: rules-camel-cbr. Before we run the quickstart, let’s take a quick look at how it works.

To understand how the quickstart is constructed and how it works, we’ll examine it by looking at these 3 elements:

Let’s start by looking at the design of the quickstart application and its services.

To import the quickstart into our JBDS workspace, navigate to File→Import→Maven→Existing Maven Projects:

Browse to the quickstarts directory under the directory into which you installed SwitchYard, select the quickstart and it is imported.

The SwitchYard graphical application editor enables you to create services and references to services, configure gateway bindings for all the protocols that SwitchYard supports, configure message transformers (to convert messages from one format to another), create skeletons of the classes, interfaces, and unit tests for your services.

The service definitions that you create in the editor are stored in a file named switchyard.xml. In the quickstart, this file is located in the src/main/resources/META-INF directory. All the quickstarts that we’ll use in this post follow this same pattern. Let’s open this file in the editor and take a look around.

To open the file in the editor, simple double-click on the switchyard.xml file’s icon. When the editor opens, here’s what we see:

The big blue box in the center window is called the canvas. Here’s where you can see the graphical representation of the service definitions:

At this point, we should take a moment to understand the graphical symbols that are used in the service definitions.

The visual elements defined in switchyard.xml conform to the OASIS Service Component Architecture Assembly Model Specification (http://docs.oasis-open.org/opencsa/sca-assembly/sca-assembly-spec-v1.1.html). The Service Component Architecture (SCA) model provides standards for building SOA applications.

A green chevron represents a service definition. The corresponding purple chevron represents a reference to a service. The blue rectangles are service components. These are containers that can hold implementations or one or more services through references.

Why was this standard selected as the lingua franca of SwitchYard configuration? What advantages does using this standard give us? There are multiple levels of advantages:

The set of fundamental service definition symbols is defined in the OASIS Service Component Architecture Assembly Model Specification here: http://docs.oasis-open.org/opencsa/sca-assembly/sca-assembly-1.1-spec-CD-01.html#_Toc193601722

The other symbols relate to the SwitchYard-specific service implementations and bindings. For example, the RoutingService is implemented as a Camel XML service, the DestinationService is implemented as a JBoss Drools service, and the Red, Blue, and Green services are implemented as Java Bean services.

The full range of options supported by SwitchYard is displayed in the Palette view:

(Yes, it’s a long list. You have to scroll to see all the options.)

One thing to keep is that while this service definitions are persisted in an .xml file, and while you are able to view the contents of that file, you should not attempt to edit the raw XML in that file. The editor has built in protections to ensure that you do not create an invalid configuration. These protections are not in effect if you edit the raw XML directly. Accordingly, while we’ll examine both the information available to you in the graphical editor and the switchyard.xml file, we’ll focus on using the editor.

Let’s start by examining the application service design as presented by the editor, in the context of the application logic flow, then we’ll look a bit deeper into how you can create and manage the application design through the editor.

What happens in the quickstart is a three step process:

How is this all accomplished? Let’s look at the RoutingService definition. Select the RoutingService in the diagram, open the Properties view and you’ll see this:

Remember that this service is a Camel XML service. The implementation of that route is defined in the route.xml file. The route definitions take the form of a Spring DSL. (See http://camel.apache.org/spring-xml-extensions.html for more details.)

The contents of this file are pretty self-explanatory as the destination color determines the ultimate destination. For example:

What happens when the quickstart processes a message is:

First, the incoming message is routed, by the RoutingService to the DestinationService.

As seen in route.xml:

Let’s look at the DestinationService definition. Select the DestinationService in the diagram, open the Properties view and you’ll see this:

Then, the DestinationService service uses an MVEL statement to find the Widget class’s ID, and rules defined in JBoss Drools (remember that this service is implemented as a JBoss Drools service) to set the Destination value:

As seen in DestinationServiceRules.drl:

Then, the route logic continues in a structure to route the message to the correct destination:

OK. We have the Destination value set in each widget. But, how does the widget get routed to the correct destination?

Camel provides a Java DSL (Domain Specific Language) to implement routes. In the DSL, a camel route contains a source ("from") and a destination ("to). These reference the RoutingService and DestinationService interfaces that we just saw in the SwitchYard editor.

In the case of the quickstart, the route definitions take the form of a Spring DSL. The route is self-explanatory, even if you do not have experience with Camel. The destination service is selected based on the content; Red, Green, or Blue.

There’s just one more thing we have to look at before we run the quickstart - how to start the chain reaction of tasks that the quickstart will perform.

Testing server-side applications such as those built with SwitchYard can be difficult. Since this is server-side software, you have to install and run a server, the application has to be deployed to that server, and then you have to construct a client to access the application on the server. You can end up in a situation where you have to build either a throwaway test client, or a reusable test framework. Either way, you have to invest time and effort into building something other than your application.

Luckily, JBoss SwitchYard provides a built in framework that makes testing your applications fast and easy. This QuickStart makes use of the SwitchYardRunner class. SwitchYardRunner is a JUnit Runner class, but more than that, it starts up an embedded SwitchYard runtime. When this embedded runtime starts, your application is packaged up as a SwitchYard application that is deployed to the test instance.

To make use of SwitchYard’s test support, all you have to do is to annotate the test with the SwitchYardRunner JUnit test Runner class. This class will startup an embedded SwitchYard runtime, one for each test method, and then package up the test into a SwitchYard application and deploy that application to the runtime.

In addition to the SwitchYardRunner class, SwitchYard also makes testing easy by providing the TestMixIn feature. TestMixIns enable to turn on additional test support, based on the specific needs of your application. This quickstart makes use of the CDIMixIn to register its bean services. Some of the other TestMixIns support testing http services, JBoss Smooks transformations, and JMS services.

OK, enough talk. Let’s run the quickstart.

First, deploy the quickstart to a SwitchYard server. In JBDS, this is a simple task. It can be done with the server either started or stopped, but let’s start the server first so that you more easily spot the server logging messages when the quickstart is deployed.

To start the server, select it in the “servers” view, and press the start button.

The server console window will open, and you should see something like this:

Then, to deploy the quickstart, select the server in the “servers” view again, right-click, select “Add/Remove Applications” and select the quickstart.

Switch back to the console view and you should see something like this:

INFO [org.jboss.as.server] (DeploymentScanner-threads - 1) JBAS018559: Deployed "switchyard-quickstart-rules-camel-cbr.jar" (runtime-name : "switchyard-quickstart-rules-camel-cbr.jar")

To run the client test program, select the rules-camel-cbr/src/test/java/org/switchyard/quickstarts/rules/camel/cbr/RulesCamelCBRTest.java Java source file, and run it as a JUnit test.

Switch back to the server console, and you’ll see the quick start’s output!

And the green bar appears!

Now, we’ll use the debugger to interrupt a running service in a QuickStart and enable us to examine the data in a message being processed by the service. After this, we’ll take things one step further and introduce a bug into a service and then use the debugger to find that bug.

Let’s start by setting a breakpoint on the Blue service. We’ll use this breakpoint to enable us to view the contents of the message received by the service. For the purposes of our first example, we’ll use the Blue service.

To set a breakpoint in the SwitchYard editor, first position the cursor over the service’s green chevron icon. A small palette of icons is displayed:

To set a breakpoint on the service, select the eyeglasses icon. The presence of this icon on a service definition as seen in the SwitchYard editor indicates that a breakpoint is set:

Notes that as we are adding a breakpoint on the service, the breakpoint will trigger for any reference or composite service invoking that service. In contrast, if you add a breakpoint on a service reference, it will only break when that reference is invoked.

To view and modify the breakpoint’s properties, open the Debug perspective and look in the breakpoints view:

And then right-click on the breakpoint, to view and edit the breakpoint’s properties:

For our example, we’ll use the default properties. We’re mainly concerned with the breakpoint being triggered at service entry.

Now that our breakpoint has been defined, let’s run the RulesCamelCBRTest program again.

To run the test with the debugger, right-click on RulesCamelCBRTest, select Debug As→JUnit Test:

When the breakpoint is reached, the program is suspended. If we look in the Variables view in the Debug perspective, we can see the incoming message and the values that controlled the content-based routing of a message to the Blue service:

Now that we’ve seen the quickstart run correctly, it’s time to introduce a bug, and then use the debugger to find it. For this illustration, we’ll use a different quickstart.

Remember the scene in the movie “Independence Day,” when Will Smith uploads a software virus into the evil aliens’ spaceship? Let’s do something similar and add a bug into a quickstart, and then use the debugger to find the bug and even fix it.

Some of the types of bugs that you have to deal with in a services and message based system involve when there are problems in the content in the messages, and how the services are (or are not) able to handle those problems. What sorts of bad things can happen to good messages? Missing a field, wrong namespace, malformed XML, errors in the headers, etc. The debugger makes it possible to tweak a message to debug a problem, without having to redeploy the service.

The quickstart that we’ll look at is “validate-xml.” This quickstart demonstrates the SwitchYard XML validator. The quickstart deploys a service that accepts a message and returns an object that is transformed with XLST. The incoming message is checked for XML validity, so that malformed messages are caught. Before we can run the quickstart, it must be deployed in the same manner as the rules-camel-cbr quickstart that we looked at earlier in this article.

The quickstart’s application diagram is very simple as only one service (“OrderService”) is implemented. This service only accepts a message and returns an object that is processed by the XLST transformer, but it’s adequate for our purposes. The diagram looks like this:

The test application that we want to run is: validate-xml/src/test/java/org/switchyard/quickstarts/validate/xml/WebServiceTest.java

This application executes separate two Junit tests. First, it verifies that a properly formatted SOAP message can be transformed and validated, and then it verifies that an intentionally malformed SOAP message (that is, a message that contains invalid XML) is caught.

Before we look at causing and catching a bug, let’s examine the message tansformation that is performed by this quickstart. The transformation is performed with the order.xslt file in the quickstart. It’s a simple transformation in that it transforms incoming messages that look like this:

Into objects that look like this:

The change simply indicates whether the incoming order was accepted.

If we set our breakpoint on the “OrderService” service:

And then run/debug the WebServiceTest, we can view the message, before and after its transformation, in the debugger. Here’s the message before transformation:

And here’s the message after its transformation:

The second test in the WebServiceTest intentionally sends a message that includes an invalid XML element.

The invalid SOAP message looks like this:

Yes, it’s easy to spot the invalid XML. ;-)

Let’s expand on this test application a bit and alter it to not gracefully trap the error resulting from the invalid XML. To do this, we’ll edit the invokeOrderWebServiceValidationFail() method and change this:

To this:

So that when we run the test, we see this JUnit error:

Before we can debug the OrderService, we must set our breakpoint:

Then we edit the breakpoint’s properties. For our example, we want the trigger to be set for the validation of incoming messages:

When we run/debug the WebServiceTest program, the breakpoint is reached and we can examine the message contents:

And, there’s the invalid XML element. What makes the debugger especially useful is that we can now edit the message and remove the invalid XML:

And then allow the program to resume its operation. In this way, we can determine if the program has any other bugs before we correct the cause of the invalid XML, redeploy, etc.

We’ve taken an introductory look at the new SwitchYard debugger in this article. The debugger enables you to debug not just a class or method, but a Switchyard service. The debugger is configured through the SwitchYard graphical service/application editor and enables you to both monitor and control the operation of a service to make it easier for you to find those pesky bugs and is a great addition to the SwitchYard developer toolkit.

The author would like to thank Rob Cernich for his input and reviews of the article as it was being written, Keith Babo for his background on the SwitchYard editor, and Jiri Sedlacek for his painstaking review of my sometimes suspect grammar. (Many thanks!)