Abstract: A system and method for software product versioning, packaging, distribution, and patching. The system provides for convergence of registry models, adding critical information to a home registry and simplifying processing algorithms in the install framework. In accordance with an embodiment, a product alias element is added to a Product Provisioning model, referencing one or more products. This provides a loose coupling between the external market-oriented product name and version, and the internal product names and versions. The internal product names and versions are captured in the registry and used for all code-based decisions during installation and other provisioning related activities. In accordance with an embodiment, a Feature Model is also added to the Product Provisioning model, and modules are grouped under features.

Abstract: Method and device for removing foreign bodies from a first tobacco stream that is conveyed via an air flow in a region of a first foreign body detection device. Method includes detecting, with a first foreign body detection device, the foreign bodies in the first tobacco stream based on at least one property, and removing, with a jet of compressed air, the foreign bodies from the first tobacco stream. In this manner, a foreign body freed tobacco stream and a second tobacco stream including tobacco particles and the foreign bodies entrained by the jet of compressed air are formed. Method also includes at least one of: accelerating the second stream at a distance from the first tobacco stream; and detecting, with a second foreign body detector, foreign bodies in the second stream based on at least one property and removing the detected foreign bodies with a second jet of compressed air.

Abstract: An installer can use an alias to indicate a combined software program. The combined program can include multiple software products. The software products can each be independently runnable. The alias can be used by the installer system to install the multiple software products automatically.

Abstract: A computer-based system can comprise a patch management system to a load patch to a software program; and an installer to install components of the software program. The installer can interpret metadata to instruct the patch management system to automatically load the patch to the software program.

Abstract: Patch management system can be used for maintaining patches downloaded for software. The patch management system can ensure that there are no conflicts between the installed patches.

Abstract: Method and device for removing foreign bodies from a first tobacco stream that is conveyed via an air flow in a region of a first foreign body detection device. Method includes detecting, with a first foreign body detection device, the foreign bodies in the first tobacco stream based on at least one property, and removing, with a jet of compressed air, the foreign bodies from the first tobacco stream. In this manner, a foreign body freed tobacco stream and a second tobacco stream including tobacco particles and the foreign bodies entrained by the jet of compressed air are formed. Method also includes at least one of: accelerating the second stream at a distance from the first tobacco stream; and detecting, with a second foreign body detector, foreign bodies in the second stream based on at least one property and removing the detected foreign bodies with a second jet of compressed air.

Abstract: An XML document can use tags such that scripts can be generated from the documents. The scripts can be start up scripts for different operating systems. For example, the same XML document can be used to produce a UNIX shell script as well as a Windows command file.

Abstract: A system and method for software product versioning, packaging, distribution, and patching. The system provides for convergence of registry models, adding critical information to a home registry and simplifying processing algorithms in the install framework. In accordance with an embodiment, a product alias element is added to a Product Provisioning model, referencing one or more products. This provides a loose coupling between the external market-oriented product name and version, and the internal product names and versions. The internal product names and versions are captured in the registry and used for all code-based decisions during installation and other provisioning related activities. In accordance with an embodiment, a Feature Model is also added to the Product Provisioning model, and modules are grouped under features.

Abstract: A software product can comprise multiple components. At least one component comprising multiple feature sets. The feature sets can each define multiple OSGi bundles. The installation can include installing the OSGi bundles as indicated by the feature sets. The runtime can include loading the OSGi bundles as indicated by the feature sets.

Abstract: A computer-based system can comprise a patch management system to a load patch to a software program; and an installer to install components of the software program. The installer can interpret metadata to instruct the patch management system to automatically load the patch to the software program.

Abstract: An installer can use an alias to indicate a combined software program. The combined program can include multiple software products. The software products can each be independently runnable. The alias can be used by the installer system to install the multiple software products automatically.

Abstract: An installer can do a combined installation of multiple software products. The installer can do a combined pre-install phase, a combined install phase, and a combined post-install phase for the multiple software products.

Abstract: Patch management system can be used for maintaining patches downloaded for software. The patch management system can ensure that there are no conflicts between the installed patches.

Abstract: Patch management system can be used for maintaining patches downloaded for software. The patch management system can ensure that there are no conflicts between the installed patches.

Abstract: Patch management system can be used for maintaining patches downloaded for software. The patch management system can ensure that there are no conflicts between the installed patches.

Abstract: Patch management system can be used for maintaining patches downloaded for software. The patch management system can ensure that there are no conflicts between the installed patches.

Abstract: An XML document can use tags such that scripts can be generated from the documents. The scripts can be start up scripts for different operating systems. For example, the same XML document can be used to produce a UNIX shell script as well as a Windows command file.

Abstract: A system and method for An interactive tool for configuring a domain, comprising providing a first user interface operable to configure the domain, providing a second user interface operable to configure a cluster, wherein configuration of the domain is based on a domain template, and wherein the cluster belongs to the domain.

Abstract: A license management unit is described which provides for a web based access to digital records for software licenses. The digital records can indicate rights associated with the software license. A transaction history can be maintained including adjustments of the rights associated with the software license.

Abstract: An apparatus and method for producing strapped bales of highly compressible textile fibers is disclosed. The apparatus includes a supply chamber for supplying loose fibers to a tramping chamber which is stationary. A ram assembly repeatedly tramps loose fibers to form a compacted fiber mass which is then formed into a compressed fiber block within a stationary compression chamber disposed in fiber transfer relation to the stationary tramping chamber. The stationary tramping and compression chambers are off-set and the fiber mass is transferred through a transfer opening into the compression chamber. During the compression cycle, a new fiber mass may be tramped in the tramping chamber allowing a high production rate of strapped fiber bales. The compressed fiber block is formed between a movable main platen and a movable secondary platen which are axially aligned in the compression chamber.