Using RTC to Work with DevOps Services and With Bluemix

I recently had a look into Bluemix and how to use it with Eclipse to develop cloud applications. The blog post also mentions that there is an integration to DevOps Services that enables to use work items for planning. It also allows to use GIT or Jazz SCM to manage the source code.

Recently I had a look into how that works and I would like to share here what I learned. This post assumes you have performed the first steps to setup your environment following the Getting started With Bluemix post already.

Please note: DevOps Services as well as Bluemix are evolving quickly, adopting for new needs as they arise and what is described here might not be the only possible solution or outdated if you look at it later. It might be a good idea to check with the current documentation of DevOps Services.

Creating a new DevOps Services Project

The first step to get started with DevOps Services, is to create a new project to manage work items and the source code.

After signing into DevOps Services, using the IBM ID created for Bluemix, it is possible to create a project. The screen shot below shows the information needed to do this. Basically it has to have a name, how the source code should be managed, how the project template should look like. There is also a choice to integrate Bluemix with the project.

For the following part of this blog I am assuming that Jazz SCM was chosen.

New DevOps Services ProjectFor the Bluemix integration provide the organization – basically the Bluemix ID and the password.

Clicking the Create button creates a RTC project (which is working under the hood of DevOps Services).

On the overview page, you can select to edit the code, track and plan work with work items, and configure and manage build and deployment.

Configure Eclipse ProjectThere is also a “Configure Eclipse Client” choice available. Clicking at it provides the information of an invitation that can be used in the RTC Eclipse client to set up the connection.

Configure Eclipse ClientJust copy the invitation data and paste it into the ‘Accept Invitation’ action, provide the password and the connection is created. We will look into the next steps done with Eclipse later.

Enabling the Bluemix Integration

Switch to the Build & Deploy section using the button. This page allows to configure the build and deploy mechanism, request a new build and deploy and view the deployment status.

Configure Deploy and BuildThe Build and Deploy has basically two settings. Click Simple to select the Simple setting which are adequate for now (this means I haven’t been able to use the advanced settings). Then click the configure button.

Configure DeploymentThis basically defines the structure needed to deploy an app.

The integration expects the manifest.yml in the root folder in the jazz SCM system. Since there currently is no example code, the first builds&deploys will probably fail.

Jazz SCM in the Project Web UI

Switching to the Edit Code page allows to access the SCM information.

Please note: I had issues with seeing the stream information, versioned files and other data with the latest Version of the Firefox Browser ESR (31.2.0).

Chrome worked for me, so I would suggest to use that browser. It is unclear why, because other users apparently don’t have that problem. It might as well be one of these weird effects we ave to put up with in a browser-based world.

The project creation dialog created a Stream, a repository workspace and a component already. The names are based on the name of the project.

You can browse the repository workspace and create files and folders in the Orion editor in the web UI and deliver your changes to the stream to be deployed.

My task was doing this with the Eclipse client, so there I went first.

Jazz SCM in the Eclipse Client

There is a description for this step that I could find here in the documentation. However, I had problems with performing them. This might be different today, however, if you run into anything, it might have similar reasons.

At this point the assumption is that the invitation from DevOps Services has been used to create a repository connection and the client is logged into the project.

As a first step, a new repository workspace is needed. The easiest way to create one is to find the stream in the Team Artifacts view and create the repository workspace from that. This creates the repository workspace and sets the default and current flow back to the stream. Tip: Name the repository workspace e.g. putting ‘Eclipse’ into the workspace name. This is to not confuse this workspace with the one used by the Web UI in the Orion editor. The reason is that repository workspaces are not designed to support one instance to be loaded and modified multiple times in different places (streams are designed for this).

Next step would be to load the repository workspace. Before attempting this, keep in mind that the Build&Deploy step assumes the manifest.yml file to be in the root folder. To achieve that using the Eclipse client and RTC Jazz SCM, there is only one option: Load the component as root folder as shown below. Trying this however, failed for me the first time around. The reason for that is that the default name of the component is derived from the project name and has a pipe ‘|’ symbol in the name. This is not allowed as name in a file or folder on the filesystem (Windows at least). Best approach is to rename the component to some useful mane. At least replace the pipe symbol by a valid one, for example a dash.

After this has been done the component can be loaded.

Load Repo Workspace ComponentIn the second step of the load wizard select the component to be loaded and press finish.

Select Load Repo Workspace Component As FolderWhile loading the data to disk, the RTC Eclipse client creates an artificial project file to mark this folder as an Eclipse project. dependent on the scenarios one wants to perform later, one might or might not want this file to be checked into version control. If one would like to have Eclipse projects on a deeper level, the file could get into the way.

Since the file is always created if the data is loaded this way, I added the file to the Jazz ignore file.

It is now possible to add the files for the application. For example the files from the example from Bluemix from my last post can be used as shown below. This would for example look like below:

Example File Structure

Why this structure? The project.json file is from configuring the project. It contains the property for the project name. I left it there.

The manifest.yml file is needed for the boilerplate/runtime our sample is using. It need to be in the root folder. It is specific to how Bluemix builds and deploys. In the example above I basically moved the original the manifest.yml from the enclosed eclipse project rsjazz01 into the root folder. Then I changed the path to pint into my Eclipse project/folder rsjazz01.  The content is changed to reflect the path to the Node.js project in the sub folder rsjazz01.

Manifest FileIf the path set above, would be just the root folder, the package.json file would be required also in the root folder. As it is above the file is needed in the sub folder.

The way it is now, would allow to load the repository workspace to find the rsjazz01 folder as node.js project and do local debugging on it.

Working with the Code

Once the general structure is set up, it is possible to edit the code in the Web UI as well as in the Eclipse client. Once you deliver the code to the stream it gets automatically built and deployed. Delivery would usually require a work item connected to the code change for traceability.

Build And DeployThe application is also accessible for testing and, of course monitoring in Bluemix.

Pro and Con’s

Looking at this post and the Bluemix post, there are obviously several valid approaches. The approach described here allows to have one application developed with one DevOps Services RTC project and have a continuous build and deploy for free.

The approach described in the Bluemix post, would allow to use Eclipse to work on several projects and actually manage the work and code in one or more DevOps Services RTC projects, as best fits. If I want to manage multiple applications in one RTC project, the automatic build and deployment would not be available. That, however can easily be scripted into continuous integration build scripts as well.


I hope this and the Bluemix post, provide you with some insight about how the DevOps Services and Bluemix work together and how you can user Eclipse and RTC to develop your applications.

Hiding UI Contributions in the RTC Eclipse Client

Is it possible to hide UI Elements in the RTC Eclipse client? This is a question I have been asked several times already. I always thought it would only be possible to add new UI elements but not hide them. Javier’s initial question and his example on prove that I was completely wrong. Sorry, but I was simply not aware of this capability.

Why is this interesting?

This is interesting, because if you want to extend the RTC Client UI with context menus, you might want to also be able to remove existing UI elements like context menus.

One use case is described in Javier’s question and example. Another example could be to do some checking before someone can complete a change set in the RTC Eclipse UI.There is no extension point that you can use to prevent completing and once it is completed, you can’t reverse the operation. If you could remove the context menu entry and provide a new one that  does some checking before calling the original action, you could greatly enhance this scenario with very few effort.

Just Starting With Extending RTC?

If you just get started with extending Rational Team Concert, or create API based automation, start with the post Learning To Fly: Getting Started with the RTC Java API’s and follow the linked resources.

You should be able to use the following code in this environment and get your own automation or extension working.

The Approach

Javier’s example shows how this can be done based on Activities in Eclipse extending the org.eclipse.ui.activities extensionpoint.

The basic idea here is to define Activities. These Activities can then be bond to

  • Existing Activities – e.g. to make sure the UI defined in an Activity will only be enabled and show if the existing Activity is enabled
  • Categories – to group several activities and enable/disable them together
  • UI Contributions

Now you can enable and disable the UI elements defined by this Activity.

If you don’t enable an activity, the UI element is hidden. Dependent on how the Activity is defined, there are different ways to enable and disable the activity, for example using Categories in the preference, or the Activity API. In addition there is an expression based activation mechanism.

See the Eclipse Documentation for Activities for more information.


Lets stay in the area of the example with completing a change set above. We want to disable the context menu entry for the complete Change set action.

First it is necessary to create the plugin and to create the extension for the Activity. Create the plugin with the name for example. Add an extension to the org.eclipse.ui.activities extension point and use as the id of the Activity.

Now it is possible to add a new activityPatternBinding for the menu item to be hidden and bind it to the the Activity defined before.

The plugin.xml looks like below.

Plug-in XML code

The new activityPatternBinding requires a pattern to map to the UI element. The pattern format is

plug-in-identifier + "/" + local-identifier

This is now the challenge. Where to get the ID’s reqired? As described in the last post, it is possible to use inspection tools such as YARI – Yet Another RCP Inspector, to get this data.

By using the Yari SWT Inspector this information can easily be gathered. Prepare an outgoing change set in the pending changes view. Open the SWT Inspector and set it to mouse down capture mode. Then select the Complete action on the context menu entry. Disable capture mouse down and inspect the data captured.  This screenshot shows the data that was gathered.

YARI SWT Data CaptureThe interesting information is the ID of the action and the ID of the plugin. This data can be copied and pasted over to create the pattern.

The plugin Id is and the Id of the action to hide is

The pattern follow the rules of java.util.regex. The pattern rues are described here. Please note, that the period is a special character and needs to be escaped. The pattern we are looking for is therefore:


The final plugin.xml looks as follows.

Resulting Plugin.xmlIf this plugin is deployed, the complete change set action does not appear any longer in the context menus, as long as the Activity does not get enabled, e.g. using the API.

Does this mechanism also work for the RTC Web UI? I am reasonably sure that this is not the case, unfortunately.


This allows to further modify the UI of the RTC Eclipse Client (or any other Eclipse based UI’s) and to easily hide UI elements. Since it is also possible to add your own UI elements this allows a fine grained modification especially in the context of extending RTC.

As always, I hope this content helps others out there to get their work done.