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VMware Studio 2.1 is now available for download

VMware Studio 2.1 GA was announced on Tuesday, July 13, 2010 in conjunction with the vSphere 4.1 release. The 2.1 release extends support for various OS and also brings enhanced flexibility, predictability and security to the Virtual Appliance development and update process.

• We listened to our customers and unlike previous versions, VMware Studio 2.1 can now create virtual appliances from virtual machines that were not originally created with VMware Studio, based on a discovery phase. In addition, while building an appliance, EULA(s) can now be retrieved from an input file in additional to being embedded in the build profile.

• Studio now enables users to create their own build profile templates. The CLI offers the –newos option using which you could generate a build profile for any RPM-based or DEB-based Linux OS.

• We also took a stride towards securing the appliance deployment and update process. We added support for digitally signed OVF files so that VMware vSphere 4.1 can verify the signed certificate during OVF import. In addition, using signed manifests during the update process, you could ensure that patches are coming from a trusted source.

• We also added a feature around localization. You can translate your EULA(s) into multiple languages, and vSphere Client as well as the VM first boot script will display it in the language of the prevailing locale. Also, you can now enforce EULA acceptance during the appliance update process.

• On the performance and optimization side, with Studio 2.1, you could now run concurrent builds. After a configurable limit is reached, builds wait in a queue. In addition, VMware Studio 2.1 optionally analyzes the list of RPM and DEB packages to locate unused items and generate a small-footprint virtual machine. It can also reduce the footprint post-installation with a file removal list.

• With Studio 2.1, during the appliance provisioning process, the generated virtual machine always reboots before your application installs. Some applications expect a full installed working system before they themselves will install. Rebooting after OS installation provides the real environment in which to install the application.

• A new utility program “vamisupport” is shipped with the output appliances for retrieving useful data for troubleshooting VAMI related issues.

• The new Linux OSs support we added are SLES 11, CentOS 5.4, RHEL 5.4, and Ubuntu 8.04.3 and 8.04.4.

In addition to the new features mentioned above, we fixed some of the major issues our customers faced with Studio 2.0. The issues around packages installation order (as specified in the Application Package Repositories) not always being honored has been fixed. Disk capacity set in build profile is now properly displayed in the web interface. VAMI is now fully functioning in SELinux enabled systems. Finally, OVF Tool used for transporting VM during provisioning has been upgraded to address known issues.

Download VMware Studio 2.1 GA release from here and give it a spin. We look forward to your feedback.

Introduction to the Eclipse plugin in VMware Studio 2.0

There are many steps in developing, building and testing VMs and vApps using VMware Studio.  To make it easier Studio 2.0 adds a new tool to help, the VMware Studio Eclipse plugin. The plugin makes life simpler to many users by adding simple ways to package applications and build the application along with the VM or vApp, all in a single click.  To demonstrate the simplicity, in this blog entry, I will walk through an example of how to develop a simple web-based VM or vApp.

To follow along you will already need to have VMware Studio running and will need to set up an Eclipse development environment.

To get started I downloaded the Eclipse IDE distributed by Aptanu at http://www.aptana.org/ and installed the optional Aptana Aflax feature by going to Help->Install Aptana Features then selecting Ajax Libraries->Aflax and then clicking install.  You can also select the editing tools that you want to use for your app.

I then installed the VMware Studio Eclipse Plugin by following the guide at http://www.vmware.com/support/developer/studio/studio20/eclipse_plugin.html.

Now the normal application development tasks take place, I will just use a sample project that is provided by Aptana as my application.  If the Samples view is not open in your environment, then you can open it by selecting Window->Show View->Other…->Aptana Views->Samples then clicking OK.  Once the view is open, I will find the sample named spirograph, right click on it and select Import Sample as Project...

Once the project is opened I used the Project Explorer view to create a new directory named html and moved all the web files into it.  I then created a VMware Studio Package for Linux (.vsp) in the project and called it mypackage.  To created the vsp file, right-click on the project name and select New->Other…->VMware Studio->VMware Studio Package for Linux .

You can use the Eclipse tools to further test and develop this web app.  Open the index.html file and modify the source or preview the changes.


Once you are satisfied with the app, it is time to package it.  Open the mypackage.vsp file and fill out the package details.  This application requires a httpd server with php on the VM which is provided by the operating system, so add them to the dependencies line.

Now set up the file mapping.  The file tree on the left represents how the files will be laid out in the VM after it is built.  The source location is where the files are on your local machine.  For this application, we will just set the top level html directory, Eclipse will recursively go through all the files and automatically add them at build time.



This application needs the web server to automatically start when the VM is booted.  To make this happen, we edit the post-install script for vsp.



We are almost done!  Now we just need to set up a VM build profile on VMware Studio.  For this blog I chose to use CentOS and keep the default configuration for everything except setting the root password and editing the settings for the provisioning engine.

You can create the profile directly in Eclipse by clicking on VMware Studio Web Console in the VMware Studio Explorer view.  Create the profile then save and close it.

Then when you are ready, click on Build Package… in the vsp editor.  The first time you may be prompted to create a package repository, just accept the default by clicking Yes then OK.  Select the VM profile to add this package to, and enable Automatically start VM build.  Then click on Finish.

A new Eclipse job is started, which monitors the build, and will notify you when it is finished.  You can monitor the status of the build by opening the Progress view.


Once the build is done you can deploy the VM to test it.




That is all that is needed.  Easy!  Your VM is now ready to be shipped.

The Eclipse plugin provides several other feature, like looking at the build logs, and creating default service packages to extend the VAMI framework.

Please leave comments and let us know how this went for you!


VMware Studio – Adding RHEL 5.4 support in minutes.

Red Hat has recently released Red Hat Enterprise Linux (RHEL) 5.4. Here are the easy steps for enabling VMware Studio 2.0 to create VM or vApp for RHEL 5.4 Server i386 and x86_64.

Adding RHEL 5.4 i386 support structure based on the existing RHEL 5.3 i386 components:

  1. Log in to the Studio VM as root.
  2. Create the template profile, Studio runtime packages, and VMware Tools for the new OS:
    • cp -r /opt/vmware/etc/build/templates/redhat/5/3 /opt/vmware/etc/build/templates/redhat/5/4
    • cp -r /opt/vmware/lib/build/include/rhel/5/3 /opt/vmware/lib/build/include/rhel/5/4
    • cp -r /opt/vmware/www/vmware-open-vm-tools/redhat/5/3 /opt/vmware/www/vmware-open-vm-tools/redhat/5/4
  3. Edit and update /opt/vmware/etc/build/templates/redhat/5/4/build_profile.xml with the following content:
    • [line 25] <Product>Red Hat Enterprise Linux 5.4</Product>
    • [line 92] <vadk:url>http://[VADK.localIP]/vmware-open-vm-tools/redhat/5/4</vadk:url>
    • [line 208] <Description>Red Hat Enterprise Linux 5.4</Description>
    • [line 303] vadk:sourceDir="[VADK.vadkRoot]/lib/build/include/rhel/5/4/"
    • [line 306] <vadk:ISO vadk:path="file:///opt/vmware/www/ISV/ISO/rhel-server-5.4-i386-dvd.iso"
          vadk:md5sum="7a12ec6599527e4f3d1790b51eadbfed" vadk:containFiles=""/>
    • [line 309] <vadk:Distribution vadk:vendor="Red Hat" vadk:OSverMajor="5" vadk:OSverMinor="4"

Adding RHEL 5.4 x86_64 support structure based on the existing RHEL 5.3 x86_64 components:

  1. Log in to the Studio VM as root.
  2. Create the template profile, Studio runtime packages, and VMware Tools for the new OS:
    • cp -r /opt/vmware/etc/build/templates/redhat/5/3_x86_64 /opt/vmware/etc/build/templates/redhat/5/4_x86_64
    • cp -r /opt/vmware/lib/build/include/rhel/5/3_x86_64 /opt/vmware/lib/build/include/rhel/5/4_x86_64
    • cp -r /opt/vmware/www/vmware-open-vm-tools/redhat/5/3_x86_64 /opt/vmware/www/vmware-open-vm-tools/redhat/5/4_x86_64
  3. Edit and update /opt/vmware/etc/build/templates/redhat/5/4_x86_64/build_profile.xml with the following content:
    • [line 25] <Product>Red Hat Enterprise Linux 5.4 64bit</Product>
    • [line 91] <vadk:url>http://[VADK.localIP]/vmware-open-vm-tools/redhat/5/4_x86_64</vadk:url>
    • [line 208] <Description>Red Hat Enterprise Linux 5.4 64bit</Description>
    • [line 303] vadk:sourceDir="[VADK.vadkRoot]/lib/build/include/rhel/5/4_x86_64/"
    • [line 305] <vadk:ISO vadk:path="file:///opt/vmware/www/ISV/ISO/rhel-server-5.4-x86_64-dvd.iso"
          vadk:md5sum="04fe3c10202402d7b389528d2bad0210" vadk:containFiles=""/>
    • [line 308] <vadk:Distribution vadk:vendor="Red Hat" vadk:OSverMajor="5" vadk:OSverMinor="4"

And that's it. You will now see the RHEL 5.4 template profiles through the VMware Studio web interface. With the new template profiles, you may then create your customized build profile for building the desired RHEL 5.4 Server VM or vApp.