Abstract: A method and system for processing data for database modification, include receiving a set of data, performing a processing chain including a plurality of consecutive jobs to transform the set of data into transformed data, modifying a production database with respect to the transformed data and further include the steps of setting a target processing time for the performance of the consecutive jobs, before a launch of a first job, applying an original configuration as current configuration defining a parallelization level for each of the consecutive jobs, before a launch of at least one further job after the first job, upon an actual remaining processing time being out of a range of acceptable remaining processing times, applying an adapted configuration as new current configuration defining an adapted parallelization level for each of the jobs remaining in the processing chain, the adapted configuration differing from the current configuration.

Abstract: A method of insuring the integrity of a plurality of updates brought in real-time to a large production database concurrently used by one or more software applications. The large production database includes a plurality of products participating to the definition of objects. The method first comprises the step of requesting the issuance of a unique filing number associated to a draft state version of the plurality of updates while keeping them invisible to the end-users of the large production database. Then, a set of product items identified as a whole by the unique filing number and on which the updates applies is created or copied in the large production database and gathered under the form of a meta-product on which the plurality of updates is applied. When updating is complete, the meta-product is successively set into a customizable flow of one or more validation states in order to perform a cross-validation of the plurality of updates.

Abstract: A method and system for processing data for database modification, include receiving a set of data, performing a processing chain including a plurality of consecutive jobs to transform the set of data into transformed data, modifying a production database with respect to the transformed data and further include the steps of setting a target processing time for the performance of the consecutive jobs, before a launch of a first job, applying an original configuration as current configuration defining a parallelization level for each of the consecutive jobs, before a launch of at least one further job after the first job, upon an actual remaining processing time being out of a range of acceptable remaining processing times, applying an adapted configuration as new current configuration defining an adapted parallelization level for each of the jobs remaining in the processing chain, the adapted configuration differing from the current configuration.

Abstract: A method of insuring the integrity of a plurality of updates brought in real-time to a large production database concurrently used by one or more software applications is described. The large production database includes a plurality of products participating to the definition of objects. The method first comprises the step of requesting the issuance of a unique filing number associated to a draft state version of the plurality of updates while keeping them invisible to the end-users of the large production database. Then, a set of product items identified as a whole by the unique filing number and on which the updates applies is created or copied in the large production database and gathered under the form of a meta-product on which the plurality of updates is applied. When updating is complete, the meta-product is successively set into a customizable flow of one or more validation states in order to perform a cross-validation of the plurality of updates.

Abstract: A method of insuring the integrity of a plurality of updates brought in real-time to a production database concurrently used by one or more software applications is described. The production database includes a plurality of products participating to the definition of objects. The method first includes requesting the issuance of a unique filing number associated to a draft state version of the plurality of updates while keeping them invisible to the end-users of the production database. Then, a set of product items identified as a whole by the unique filing number are created or copied from the production database and gathered under the form of a meta-product on which the plurality of updates is applied. After updating, the meta-product is successively set into a customizable flow of one or more validation states in order to perform a cross-validation of the plurality of updates.

Abstract: A method of insuring the integrity of a plurality of updates brought in real-time to a production database concurrently used by one or more software applications is described. The production database includes a plurality of products participating to the definition of objects. The method first includes requesting the issuance of a unique filing number associated to a draft state version of the plurality of updates while keeping them invisible to the end-users of the production database. Then, a set of product items identified as a whole by the unique filing number are created or copied from the production database and gathered under the form of a meta-product on which the plurality of updates is applied. After updating, the meta-product is successively set into a customizable flow of one or more validation states in order to perform a cross-validation of the plurality of updates.

Abstract: The system comprises an assembly of uniformly spaced horizontal plates extending parallel to a horizontal closure surface, an outer shell and a thick bottom plate suspended from the horizontal surface by means of spaced suspension members attached to the horizontal surface and to the thick plate respectively. The thick plate supports stacked metallic plates held in spaced relation and protected by a lateral shell which is capable of free expansion at the upper extremity and joined to said thick plate in leak-tight manner.