DX Component Architecture

Ian Tree  10 May 2012 12:25:28

The DX Component Architecture

Documentation for Version 3

The Domino eXplorer (DX) was developed as a means for facilitating the rapid development of tools to be used in projects that involve high volumes of data transformation. DX has been, and continues to be developed for use across a wide range of Domino versions and platforms. The reference platforms are Domino 8.5.x on Windows Server 2003 and Red Hat Linux 5.2. DX is also used as a research tool to investigate various aspects of Autonomic Systems, in particular Autonomic Throughput Optimisation.

Standardised utilities have also been built around some of the functional DX classes, these are published as “DX Tools” and can save time by providing off-the-shelf processing to be incorporated into complex transformations that need high throughput rates.

DX consists of a set of “Kernel” classes and a collection of “Functional” classes. This document presents the gross architecture of the DX kernel and the functional classes.
The component architecture is examined by following typical execution sequences in a representative DX Tools application.

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Files

File	File Name	Contents/Usage	File Size
DX Component Architecture	DX-COMPONENT_ARCHITECTURE.doc	DX Component Architecture - Word for Windows 97-2003	815 Kb
DX Component Architecture	DX-COMPONENT_ARCHITECTURE.pdf	DX Component Architecture - PDF	517 Kb
DX Component Architecture	DX-COMPONENT_ARCHITECTURE.odt	DX Component Architecture - Open Document Text	323 Kb
DX Component Architecture	DX-COMPONENT_ARCHITECTURE.xps	DX Component Architecture - XPS	718 Kb

LINKS

Information	Source Packages	Documentation	Articles
Background DX Reference Environments DX Development Environments DX Support DX Services Frequently Asked Questions License	DX Common Code QCopy QMove QACLMorph RDBCreate DXIPA DXTell SPZap	DX Application Design Guide DX Kernel API Reference DX Component Architecture DX Class Catalogue Using QCopy Using QMove Using QACLMorph Using RDBCreate Using DXIPA Using DXTell Using SPZap	Heavy Lift Computing Autonomic throughput optimisation

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