Facilitating Design of Efficient Components by Bridging Gaps between Data Model and Business Process via Analysis of Service Traits of Data

Facilitating Design of Efficient Components by Bridging Gaps between Data Model and Business Process via Analysis of Service Traits of Data

Ning Chen
DOI: 10.4018/978-1-60566-330-2.ch007
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Abstract

In many large-scale enterprise information system solutions, process design, data modeling and software component design are performed relatively independently by different people using various tools and methodologies. This usually leads to gaps among business process modeling, component design and data modeling. Currently, these functional or non-functional disconnections are fixed manually, which increases the complexity and decrease the efficiency and quality of development. In this chapter, a pattern-based approach is proposed to bridge the gaps with automatically generated data access components. Data access rules and patterns are applied to optimize these data access components. In addition, the authors present the design of a toolkit that automatically applies these patterns to bridge the gaps to ensure reduced development time, and higher solution quality.
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Process/Data Relationship Model

In present environment for software development, different tools are used by separate roles in business process modeling, data modeling, software component designing and coding. These tasks are so independent that the whole software development becomes rather complex. Take the IBM develop studio as an example, we need to use modeling and programming tools such as WBI-Modeler, Rational Software Architect and WSAD-IE (Osamu, 2003). The development procedure contains the following steps:

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