Christoph, Dorn, Waibel, Philipp, Dustdar, Schahram. 2014. Architecture-Centric Design of Complex Message-Based Service Systems. In International Conference on Service-Oriented Computing, Hrsg. Xavier Franch, Aditya K. Ghose, Grace A. Lewis, Sami Bhiri, 184-198. Paris: Springer Berlin.

RIS

@INPROCEEDINGS{Christoph2014,
title = {Architecture-Centric Design of Complex Message-Based Service Systems},
author = {Dorn Christoph and Philipp Waibel and Schahram Dustdar},
publisher = {Springer Berlin},
year = {2014},
address = {Paris},
publisher = {Springer Berlin},
language = {EN},
pages = {184-198},
series = {International Conference on Service-Oriented Computing},
abstract = {Complex, message-based service systems discourage central execution control, require extremely loose coupling, have to cope with unpredictable availability of individual (composite) services, and may experience a dynamically changing number of service instances. At the topmost level, the architecture of such a complex system often follows a messaging style most naturally. A major problem during the design of these systems is achieving an overall consistent configuration (i.e, ensuring intended message routing across producers, consumers, and brokers). While orchestration or choreography-based approaches support the design of individual composite services along a workflow-centric paradigm, they are an awkward fit for specifying a message-centric architecture. In this paper, we present an architecture-centric approach to designing complex service systems. Specifically we propose modeling the system's high-level architecture with an architecture description language (ADL). The ADL captures the message-centric configuration which subsequently allows for consistency checking. An architecture-to-configuration transformation ensures that the individual deployed services follow the architecture without having to rely on a central coordinator at runtime. Utilizing our provided tool support, we demonstrate the successful application of our methodology on a real world service system.},
}