Automated Model-Based Configuration of Enterprise Java Applications

White, Jules; Schmidt, Douglas C.; Czarnecki, Krzysztof; Wienands, Christoph; Lenz, Gunther

doi:10.1109/edoc.2007.22

Cited by 15 publications

(1 citation statement)

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“…The notion of feature modeling has been used to, for example, configure the non-functional policies in embedded operating systems (e.g., concurrency and interruption policies) (Lohmann, Scheler, Preikschat, & Spinczyk, 2006), configure the functionalities of Eclipse plugins (e.g., multi-windows) (Antkiewicz & Czarnecki, 2006), configure underlying platform technologies (e.g., databases) used in applications (White et al, 2007) and select services in PBX systems (e.g., call request and call forwarding services) (Kang, Kim, Lee, & Lee, 1999). FM-SNFPs leverages feature modeling for managing non-functional constraints in SOA.…”

Section: Related Workmentioning

confidence: 99%

Leveraging Early Aspects in End-to-End Model Driven Development for Non-Functional Properties in Service Oriented Architecture

Oba

Wada

Suzuki³

2011

Journal of Database Management

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In Service Oriented Architecture (SOA), each application is often designed with a set of reusable services and a business process. In order to retain the reusability of services, it is important to separate non-functional properties of applications (e.g., security and reliability) from their functional properties. This paper investigates an end-to-end model-driven development framework that separates non-functional properties from functional properties and consistently manages them from high-level business processes to low-level implementation configurations. This framework proposes two key components: (1) a programming language, called BALLAD, for a new per-process strategy to specify non-functional properties for business processes and (2) a graphical modeling method, called FM-SNFPs, to define a series of constraints among non-functional properties. BALLAD leverages the notion of aspects in aspect oriented programming/modeling. Each aspect is used to specify a set of non-functional properties that crosscut multiple services in a business process. FM-SNFPs leverages the notion of feature modeling in order to explicitly define constraints among non-functional properties such as dependency and mutual exclusion constraints. BALLAD and FM-SNFPs can free application developers from manually specifying, maintaining and validating non-functional properties and constraints for services one by one, thereby reducing the burdens/costs in development and maintenance of service-oriented applications. This paper describes the design details of BALLAD and FM-SNFPs, and demonstrates how they are used in developing service-oriented applications. Empirical evaluation results show that BALLAD significantly reduces the costs to implement and maintain non-functional properties in service-oriented applications. BALLAD and FM-SNFPs are designed and implemented efficient and scalable.

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