The Open Virtualization Format Toolkit provides a set of Eclipse plug-ins, as well as a standard Java API to help you create virtual appliance packages in the new standards-based format, the Open Virtualization Format.
A software virtual appliance is one or more virtual machines that collectively provide a specific function for a business user, through the services of a virtualization platform.
A virtualization platform, also known as a hypervisor, is the software running on a physical machine that manages and runs your virtual machines.
Vendors that build software virtual appliances today are faced with non-standard methods of distributing and deploying the virtual appliances to their customers. The Open Virtualization Format (OVF) standard tackles this problem by standardizing the description and format of virtual image appliances.
The Open Virtualization Format specification from Distributed Management Task Force, Inc.(DMTF) differs from other standards, such as Common Information Model (CIM) in that OVF uniquely addresses the challenges of packaging and distribution of virtual machines in support of deployment, whereas standards such as CIM manage virtual machines after deployment.
The Open Virtualization Format Toolkit helps to package and distribute the virtual appliance in conformance to the new OVF standard.
This toolkit provides an easy-to-use editor that performs the tasks of creating the required package descriptors, ensuring compliance to the defined standard, as well as capabilities to export the package files in a format that is consistent with industry standard deployment engines.
In support of this new editing capability, this package offers the set of Eclipse plug-ins necessary to extend your existing development environment.
Give Open Virtualization Format Toolkit a try to see how useful it can be in your development projects!
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This provides Eclipse plug-ins to help create and package an Open Virtualization Format (OVF) virtual appliance. It also provides a standard Java API to help create and interact with Open Virtualization Format virtual appliance packages.
The tools are provided as eclipse plugins (plugins) and jar files.
The Open Virtualization Format Toolkit plugin for Eclipse is integrated with the new OVF editor, providing a common Eclipse workspace for editing virtual appliances.
The Eclipse plugin provides plug-in support for the OVF editors and for the OVF standard. Its task is to provide a framework to enable, manage, and interact with an OVF platform. The Open Virtualization Format Toolkit provides the file format and XML descriptors for the virtual appliance files.
The tools support the OVF virtual appliance file format, allowing you to use existing tools and Java libraries to write virtual appliance files. The OVF metadata is also fully supported by the toolkit. The OVF virtual appliance file format is an XML file.
The Open Virtualization Format Toolkit also comes with a set of new Java API that can be used to interact with virtual appliance packages and the virtualization platform.
Most uses of Open Virtualization Format Toolkit are to create and edit virtual appliance packages. Other uses include creating a new virtual appliance platform that can be distributed to existing Open Virtualization Format virtual machines.
The goal of the toolkit is to provide a standard language and conventions for developers who wish to build virtual appliances. It provides a standard format to automate the deployment of virtual appliances.
The Open Virtualization Format Toolkit is provided as Eclipse plugin and jar files. You can download and install the toolkit from the OVF developer site.
The toolkit software is open source. Open Source:
The Open Virtualization Format Toolkit comes with a full set of OVF editors, virtual machine templates and tools. The source code of the toolkit is available in the OVF developer site.
A Java API is also provided to interact with the OVF virtual appliance and virtual machine platform.
The plugin for the Eclipse platform is released under the LGPL license.
The API is released under the GNU General Public License.
The toolkit includes the following files:
– Eclipse toolkit: Provides Eclipse plug-ins to help create, edit, convert and verify Open Virtualization Format virtual appliance packages.
– OVF Descriptors (Descriptors Editor): Contains the OVF
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The Open Virtualization Format (OVF) Toolkit is an Eclipse plug-in that provides an easy-to-use user interface for creating OVF-compliant virtual appliance packages in three ways:
* Editing the OVF descriptor files to ensure compliance to the defined standard, as well as editing the package files to facilitate packaging.
* Exporting the OVF package files in a format that is consistent with industry standard deployment engines.
* Ability to compile and run the OVF packages created within your environment.
OVF packages are created using the OVF Toolkit plug-in on the OVF Descriptor editor. The OVF Descriptor editor enables you to create virtual appliance packages in a standard format that is then exported in a format that is compliant with industry standard deployment engines, such as the Linux Deploy standard.
In order to ensure compliance to the OVF standard, the Eclipse plug-in tools are created to enforce the defined standard as part of the package creation process. The OVF plug-ins support the creation of OVF-compliant virtual appliance packages in Eclipse.
The OVF plug-ins, along with the OVF builder support the use of the Open Virtualization Format (OVF) Descriptor Editor. The Open Virtualization Format (OVF) Descriptor Editor enables you to create virtual appliance packages in a standard format that is then exported in a format that is consistent with industry standard deployment engines, such as the Linux Deploy standard.
The Open Virtualization Format (OVF) files produced by the OVF descriptor editor can be exported to the vendor’s standard deployment engine. For additional information on how to export the OVF files to an industry standard deployment engine, refer to the OVF Bundle tools.
The Open Virtualization Format (OVF) toolkit provides an Eclipse plug-in that enables you to create Open Virtualization Format (OVF) packages from within the Eclipse development environment. The Eclipse plug-ins support the creation of OVF-compliant virtual appliance packages in Eclipse.
You can read more about the advantages of the OVF standard as an alternative to the traditional virtual appliance packaging formats such as the Common Information Model (CIM) standard. Also, you can read about how OVF packages can be deployed to your customers in standard Linux-based platforms.
These are exciting times as the new OVF standard makes virtual appliance deployment easier than ever
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- This Eclipse plugin provides a set of plug-ins to help you create virtual appliance packages in the new standards-based format, the Open Virtualization Format (OVF).
– This package also provides capabilities to a development environment that uses the Eclipse IDE.
– Provide the set of Eclipse plug-ins necessary to extend your existing development environment.
– The plug-ins use the concept of a virtual appliance to perform the tasks of packaging and distribution of virtual machines in support of deployment.
– With this plug-ins, you can:
o Bundle a group of packages into an OVF package.
o Define the OVF packages that will be packaged into an OVF package.
o Define the OVF packages that will be included in a dependency tree for a given OVF package.
o Create a repository with a given OVF package.
o Create a repository of OVF packages.
This toolkit is hosted by the DMTF. This means that the latest and most stable version of this toolkit is maintained and supported directly by the organization that originally defined the OVF standard.
What’s new in this version?
Release date: May 22, 2010
Version: 2.0.1
See details on
New Features:
1. Formatting…
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What’s New In Open Virtualization Format Toolkit?
Open Virtualization Format (OVF)
The Open Virtualization Format specification, which is published by the Distributed Management Task Force, Inc., is the most common language for describing virtual appliances.
This specification was designed for applications that use virtualization. Such virtualized applications are referred to as virtual appliances. Open Virtualization Format is used to define virtual appliances as a unitized and self-describing object that can be a « released » image on a host.
Open Virtualization Format is a hierarchy of definitions, extensions, and qualifiers for OVF-enabled objects that have the following basic structure:
OVF_GROUP OVF_FILE OVF_VERSION
Two of the component parts of an OVF file are of particular interest for us. The first part is the digital signature. This is used to ensure that the file has not been corrupted in transit, as the file will only function when installed on a host that has already validated the integrity of the OVF file. The second important component is the API. This is the basic programming interface that allows the virtual appliance to function in the context of the system it is installed.
Open Virtualization Format Toolkit goals:
This package provides a set of tools to create the required package descriptor files to be compliant with the Open Virtualization Format standard. When you run the Open Virtualization Format Tools, the tools automatically perform all the steps necessary for creating Open Virtualization Format packages.
The application tool provides a tool to help you to create the required package descriptor files, ensuring compliance with the Open Virtualization Format standard. The application tool provides 2 pieces of functionality
Create package descriptors from an external input
Provide a set of wizards to help create these descriptors according to the OVF standard.
Open Virtualization Format Tools
This toolkit provides an application for creating Open Virtualization Format packages. The application tool is a stand-alone application. It does not require an Eclipse workspace to function.
Create package descriptors from an external input
The create package descriptors from an external input option allows you to create package descriptor files from an external program. With this option, you can run an external program in the manner that it normally operates and have it write its output as an O
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System Requirements For Open Virtualization Format Toolkit:
For Mac users:
– OS X 10.9 or later, Mac Intel or AMD
– 512MB or more of memory
– 3GB or more of hard drive space
– 3D graphics card with OpenGL version 2.0 or higher
– Monitor resolution of at least 1024×768
For Windows users:
– Windows 7 or later, Intel or AMD
– 800MHz or faster processor
– 2GB or more of RAM
– 1GB or more of hard drive space
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