![]() ![]() I can also testify that the BoxedApp product team has been quite efficient, with a cycle time of a few hours (well, maybe you know some software companies who have support cycle times of months, if ever :) Finally, we did not have to change one single bit in our original EXE. That feature (env variables in BoxedApp Packer) allowed us to answer very easily to those needs, that would have otherwise require some scripting or additional developments. For that we had some particular needs : our application requires various service files, whose names and locations (at runtime) depend on the actual EXE name and/or location, and therefore are not fully predictable at build time. This, of course, creates a very confusing environment for the decision maker.We wanted to make a "Packed" version of our application, mainly for demo purposes (one single EXE with all data files embedded and no "installation" required). All of them are using nearly identical language to describe what they're doing. All of these companies are addressing similar issues. When Xenocode's story is analyzed, it doesn't sound all that much different from those offered by many desktop application virtualization suppliers, such as Endeavors Technologies, InstallFree, Provision Networks, Sentellion or a few others. Allowing individuals to carry applications and needed data with them so that locked down or borrowed PCs could be used to run protected applications.Allowing applications to be run on locked-down desktops even though those applicaitons may require features or functions that are not typically available on this desktop or to this user.Allowing applications build on different versions of Java to live in harmony.NET framework to live together in harmony Allowing applications built on different versions of Microsoft's. #XENOCODE VIRTUAL APPLIANCE RUNTIME WINDOWS#Making today's applications work on Microsoft's Windows Vista.The virtualization engine handles requests within the virtualized environment internally or, when appropriate, routes requests to the host device filesystem and registry, possibly redirecting or overriding requests as determined by the virtual application configuration:Īlthouhgh Xenocode's technology could be applied in numerous scenarios, it appears that the company frequently addresses application compatibility issues such as the following for its customers: The Xenocode Virtual OS kernel is embedded within each virtualized application executable, allowing virtual applications to be executed without any separate client install, device drivers, or player software.Īpplications executing within the Xenocode Virtual OS environment interact with a virtualized filesystem, registry, and process environment, rather than directly with the host device operating system. The Xenocode Virtual OS kernel is a lightweight implementation of core Windows operating system APIs, including the filesystem, registry, process, and threading subsystems, completely implemented within the Windows user-mode space. The core of Xenocode virtualization technology is the Xenocode Virtual Operating System. How does Xenocode describe the embedded operating system they've developed? Xenocode OS virtualization technology allows IT administrators, system integrators, and software publishers to dramatically reduce the costs and complexity associated with development, setup, configuration, deployment, and maintenance of software applications, and to deploy legacy applications on Windows Vista. As a result, Xenocode-virtualized applications have essentially the same performance characteristics as native executables, allowing for easy deployment on corporate Intranets, the web, USB keys, or existing infrastructure such as Microsoft SMS, LANDesk, Altiris, ZENWorks, Unicenter, or AppStream. Unlike hardware virtualization solutions such as VMware and Virtual PC, which emulate the underlying hardware and therefore require an entire copy of the host operating system, Xenocode OS virtualization technology emulates operating system features required for application execution. Xenocode is a next-generation virtualization technology that allows applications to be deployed in lightweight, pre-configured, single-executable files that execute instantly on any Windows desktop. Xenocode virtualized applications require no setup, configuration, client, or device drivers, are isolated from external DLL and dependency conflicts, and run properly on locked-down desktops. Xenocode OS virtualization technology allows complex applications to be deployed in lightweight, pre-configured virtual executables that run instantly, anywhere. Xenocode's marketing materials include the following snippet: ![]()
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