COMPUTER SOFTWARE OBJECT ORIENTED

Brand Owner (click to sort) Address Description
FILESCAPE Computer Concepts Corporation 1760 The Exchange Atlanta GA 30339 computer software for object oriented data access and query;FILE SCAPE;
HYPERION TOOLS HYPERION SOFTWARE OPERATIONS INC. 900 Long Ridge Road Stamford CT 06902 computer software for object oriented software development;TOOLS;
ONTOS SHORTHAND ONTOS, INC. THREE BURLINGTON WOODS BURLINGTON MA 01803 computer software for object oriented databases;
PERCIO NIPPON DENKI KABUSHIKI KAISHA 7-1, Shiba 5-Chome, Minato-ku Tokyo 108-8001 Japan computer software for object oriented database management;
PUREFRAME PureFrame, Inc. 13 Grove Street #7 Boston MA 02114 computer software for object-oriented and frame technologies, namely, software for developing software applications and user manuals sold together as a unit;PURE FRAME;
SAFFRON Codeset Corporation 1200 Dale Avenue, #79 Mountain View CA 94040 computer software for an object-oriented applications development tool;
SYNCHRONY SYSTEMS, INC. Synchrony Systems, Inc. c/o Agins, Siegel & Bernstein, LLP 342 Madison Avenue New York NY 10173 computer software for object oriented applications development;SYSTEMS, INC.;computer consultation services in the field of object oriented computer languages and development environments;
TOTAL FRAMEWORK CINCOM SYSTEMS, INC. 55 Merchant Street Cincinnati OH 45246 computer software for object oriented technology, namely, software for assembling cross functional business applications and user manuals sold together as a unit;FRAMEWORK;
TOTAL FRAMEWORK CINCOM SYSTEMS, INC. 55 Merchant Street Cincinnati OH 45246 computer software for object oriented technology, namely, software for assembling cross functional business applications and user manuals sold together as a unit;TOTAL FRAME WORK;FRAMEWORK;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Common data structures associated with procedurally-oriented software, such as Fortran COMMON blocks, are translated into object-oriented (OO) classes. Procedurally-oriented software modules are reduced in complexity by extracting an appropriate number of sub-modules from the original source code so that the original module and each extracted module is below a predetermined complexity level, if possible. The original module and extracted modules are assigned to an object-oriented class based upon a measure of each modules' association to the respective class' data members, where the assigned modules are then translated into object-oriented methods. This approach greatly reduces overall system development time and costs by automatically generating maintainable object-oriented code based upon translated procedurally-oriented source code. Man-hours are further saved by automatically documenting the newly generated object-oriented classes and by automatically generating test suite files for use in verifying and troubleshooting the automatically generated object-oriented classes.