Hewlett-packard Development Company, L.p.

Hewlett Packard Enterprise Development LP

Other

Michael James Hanlon

Awny Kayed Al-Omari

David W Birdsall

Kashif Abdullah Siddiqui

Gregory S Battas

QiFan Chen

Anoop Sharma

Subbarao Kakarlamudi

Hansjorg Zeller

Robert Matthew Wehrmeister

Gary Stephen Smith

Gary Martin Gilbert

Shang-Sheng Tung

Arvind Narain

Suresh Subbiah

Tharaknath Capirala

Thomas Canivel Reyes

Sandhya Sundaresan

Selvaganesan Govindarajan

Regulating enterprise database warehouse resource usage can include identifying a number of queries in an enterprise database warehouse (EDW) and regulating EDW resource usage among the number of queries.

Regulating enterprise database warehouse resource usage of dedicated and shared process by using OS kernels, tenants, and table storage engines

A method for creating a joined data set from a join input data set is disclosed. The method starts by categorizing the join input data set into a high-skew data set and a low-skew data set. The low-skew data set is distributed to the plurality of CPUs using a first distribution method. The high-skew data set is distributed to the plurality of CPUs using a second distribution method. The plurality of CPUs process the high-skew data set and the low-skew data set to create the joined data set.

Data skew insensitive parallel join scheme

There is provided a computer-executed method of executing a rowset insert against a database. The method comprises receiving a structured query language statement (SQL) specifying the rowset insert. Additionally, the method comprises raising an error for a first row of the rowset insert. The method also comprises updating a table for a second row of the rowset insert. Further, the method comprises updating a materialized view of the table based on the second row. Additionally, the method comprises performing a commit to the database. The table comprises the second row, and the updated materialized view is consistent with the table.

System and method for rowset inserts

There is provided a computer-implemented method of modifying a query executing in a database management system. The method comprises sending a no-wait message for the query to a control broker. The method also comprises receiving a reply to the no-wait message from the control broker. The reply to the no-wait message specifies a modification to the query. Additionally, the method comprises performing the modification.

System and method for modifying an executing query

Systems and methods to indicate whether to store a database query language module in a local directory or a global directory are disclosed. An application program can be created once, tested once, and deployed in separate environments. The database query language modules can be shared among a group of application programs running in a common environment. Separate query language modules can be maintained for each environment.

Systems and methods for handling multiple static query modules for distinct environments

A vehicle door window weatherstrip is mountable in a vehicle having a frame surrounding at least a portion of an upwardly and dowwardly movable window. The weatherstrip is formed of a one-piece body having a frame mounting portion engageable with the vehicle frame, a movable lip integral with the frame mounting portion and normally extending outward from the frame beyond the exterior of the vehicle window, and a deformable portion integral with the lip and deformable upward upon engagement with the top edge of an upwardly movable window. During such deformation of the deformable portion of the weatherstrip body, the lip moves from the normal outwardly extending position which defines a water channel with the adjacent portion of the vehicle frame when the deformable portion is in a normal un-deformed condition to a downward extending position in substantial registry with the exterior surface of the window. In one embodiment, a hollow channel is formed in the deformable portion of the weatherstrip body. In another embodiment, the deformable portion comprises a solid portion having a window engaging surface formed on one side and a frame engaging surface formed on the other side which is spaced from the vehicle frame in a normal, un-deformed condition. A planar reinforcement strip may be disposed within the lip of the weatherstrip body to provide rigidity to the lip when the lip is in the extended, rain channel forming position.

Vehicle window weatherstrip

Growing community of inventors

Austin, TX, United States of America

Michael James Hanlon