Abstract: A method, computer program product, and apparatus for managing encrypted data are provided. A respective set of sectors in each page of the volume is selected for storing data based on a respective key in a number of keys responsive to receiving a request to store the data in the volume and an identification of the number of keys with which users are allowed to store the data in the volume. Selection of the respective set of sectors is a function of a value of the respective key and a number of available sectors within a page and the volume is much larger than the data. The data is encrypted using the respective key to form the encrypted data. The encrypted data is stored in the respective set of sectors in the page in the volume.

Abstract: A method for producing a specified image includes generating a first file segment for an imaging file, the first file segment containing graphic information that is locale independent. A plurality of locale dependent files is generated that each contains information representing locale dependent graphic content. Graphic content information of each locale dependent file is incorporated into the image file as a locale dependent file segment. The method further includes selecting the first file segment and each of the locale dependent file segments that pertain only to a particular locale. The selected file segments are then rendered into respectively corresponding image layers, the layers corresponding to a given selected file segment containing the graphic content information thereof. Each of the image layers are then combined to produce the specified image.

Abstract: A method, computer program product, and apparatus for managing encrypted data are provided. A respective set of sectors in each page of the volume is selected for storing data based on a respective key in a number of keys responsive to receiving a request to store the data in the volume and an identification of the number of keys with which users are allowed to store the data in the volume. Selection of the respective set of sectors is a function of a value of the respective key and a number of available sectors within a page and the volume is much larger than the data. The data is encrypted using the respective key to form the encrypted data. The encrypted data is stored in the respective set of sectors in the page in the volume.

Abstract: A method and an apparatus for coupling the results of behavioral synthesis with those of logic synthesis. It uses a timing verifier to precalculate the timing characteristics of a circuit for use by behavioral synthesis. Timing for control chaining is included in the precalculated timing characteristics. Once behavioral synthesis is complete, logic synthesis is informed of timing constraints introduced by behavioral synthesis.

Abstract: A method and an apparatus for coupling the results of behavioral synthesis with those of logic synthesis. It uses a timing verifier to precalculate the timing characteristics of a circuit for use by behavioral synthesis. Timing for control chaining is included in the precalculated timing characteristics. Once behavioral synthesis is complete, logic synthesis is informed of timing constraints introduced by behavioral synthesis.

Abstract: A method and an apparatus for creating a representation of a circuit with a pipelined loop from an HDL source code description. It infers a circuit including a pipelined loop which has cycle level simulation behavior matching that of the source HDL. Loop carry dependencies and memory and signal I/O accesses within the loop are scheduled correctly.

Abstract: A method and an apparatus for creating a representation of a circuit with a pipelined loop from an HDL source code description. It infers a circuit including a pipelined loop which has cycle level simulation behavior matching that of the source HDL. Loop carry dependencies and memory and signal I/O accesses within the loop are scheduled correctly.