Towards Aspectual Component-Based Development of Real-Time Systems

Tešanović, Aleksandra; Nyström, Dag; Hansson, Jörgen; Norström, Christer

doi:10.1007/978-3-540-24686-2_35

Cited by 13 publications

(14 citation statements)

References 21 publications

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“…This is surprising, as the most frequently mentioned examples for aspects (synchronization, monitoring, tracing, caching, remote transparency...), are particularly important concerns especially in the C/C++ dominated domain of (embedded) system software [24].…”

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confidence: 99%

The design and implementation of AspectC++

Spinczyk

Lohmann

2007

Knowledge-Based Systems

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Aspect-Oriented Programming (AOP) is a programming paradigm that supports the modular implementation of crosscutting concerns. Thereby, AOP improves the maintainability, reusability, and configurability of software in general. Although already popular in the Java domain, AOP is still not commonly used in conjunction with C/C++. For a broad adoption of AOP by the software industry, it is crucial to provide solid language and tool support. However, research and tool development for C++ is known to be an extremely hard and tedious task, as the language is overwhelmed with interacting features and hard to analyze. Getting AOP into the C++ domain is not just technical challenge. It is also the question of integrating AOP concepts with the philosophy of the C++ language, which is very different from Java. This paper describes the design and development of the AspectC++ language and weaver, which brings fully-fledged AOP support into the C++ domain.

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confidence: 99%

The design and implementation of AspectC++

Spinczyk

Lohmann

2007

Knowledge-Based Systems

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“…In [21], Tesanovic et al proposed a novel concept of aspectual component-based real-time system development (ACCORD) and applied it successfully in the development of a real-time database system.…”

Section: Related Workmentioning

confidence: 99%

Increase Software Dependability via AOP-Based Runtime Adaptation

Tang¹,

Li²,

Zhu³

2015

LNSE

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Abstract-Increasinglycomplex application systems operating in dynamic environments are forcing researchers to find ways of developing and evolving dependable software systems dynamically. Runtime Adaptation is a critical feature for dependable application systems to cope with changes in the operating conditions and to meet the required dependability. AOP can improve the modularity of self-adaptive software by encapsulating the crosscutting concerns into aspects cleanly. Therefore, in this paper we take the advantages of AOP and self-adaptive technique, and propose an AOP-based dynamic adaptation approach. We show how to increase system dependability by runtime adaptation from the perspective of system internal state and external environment. Meanwhile, we illustrate our approach by applying it to a simplified on-line train ticket reservation system.

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“…In fact, several works have tried to benefit from software reuse in order to develop RT applications. Some works define reusable software components, such as the model of RTCOM components in the ACCORD project [1]. Other works propose RT patterns that provide solutions to recurrent problems of real-time systems (management of resources, distribution, concurrency, and so on) [2].…”

Section: Introductionmentioning

confidence: 99%

Modeling Real-Time Applications with Reusable Design Patterns

Rekhis

Bouassida

Bouaziz

2010

Communications in Computer and Information Science

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Real-Time (RT) applications, which manipulate important volumes of data, need to be managed with RT databases that deal with time-constrained data and time-constrained transactions. In spite of their numerous advantages, RT databases development remains a complex task, since developers must study many design issues related to the RT domain. In this paper, we tackle this problem by proposing RT design patterns that allow the modeling of structural and behavioral aspects of RT databases. We show how RT design patterns can provide design assistance through architecture reuse of reoccurring design problems. In addition, we present an UML profile that represents patterns and facilitates further their reuse. This profile proposes, on one hand, UML extensions allowing to model the variability of patterns in the RT context and, on another hand, extensions inspired from the MARTE (Modeling and Analysis of Real-Time Embedded systems) profile.

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Towards Aspectual Component-Based Development of Real-Time Systems

Cited by 13 publications

References 21 publications

The design and implementation of AspectC++

The design and implementation of AspectC++

Increase Software Dependability via AOP-Based Runtime Adaptation

Modeling Real-Time Applications with Reusable Design Patterns

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