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36
Aspect Weaving as Component Knitting: Separating Concerns with Knit
, 2001
"... Knit is a new component specification and linking language. It was initially designed for low-level systems software, which requires especially flexible components with especially well-defined interfaces. For example, threads and virtual memory are typically implemented by components within the syst ..."
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reasonable performance. Component composition with Knit thus acts like aspect weaving: component interfaces determine the "join points" for weaving, while components (some of which may be automatically generated) implement aspects. Knit is not limited to the construction of low-level software
Appeared in the Workshop on Advanced Separation of Concerns in Software Engineering at ICSE 2001,
"... Knit is a new component specification and linking language. It was initially designed for low-level systems software, which requires especially flexible components with especially well-defined interfaces. For example, threads and virtual memory are typically implemented by components within the syst ..."
Abstract
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Knit is a new component specification and linking language. It was initially designed for low-level systems software, which requires especially flexible components with especially well-defined interfaces. For example, threads and virtual memory are typically implemented by components within
Formal Models for Architecture Aspects and Their Weaving
"... Abstract—Aspect-oriented concepts are currently introduced in early stages of software development to achieve better separation of concerns. However, at the architecture level, there exists no strict model for aspects and their weaving, which makes it difficult for analyzing and reasoning about the ..."
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Abstract—Aspect-oriented concepts are currently introduced in early stages of software development to achieve better separation of concerns. However, at the architecture level, there exists no strict model for aspects and their weaving, which makes it difficult for analyzing and reasoning about
Weaving Deployment Aspects into Domain-Specific Models
- International Journal on Software Engineering and Knowledge Engineering (IJSEKE
, 2006
"... Domain-specific models increase the level of abstraction used to develop large-scale component-based systems. Model-driven development (MDD) approaches (e.g., Model-Integrated Computing and Model-Driven Architecture) emphasize the use of models at all stages of system development. Decomposing proble ..."
Abstract
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Cited by 12 (9 self)
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problems using MDD approaches may result in a separation of the artifacts in a way that impedes comprehension. For example, a single concern (such as deployment of a distributed system) may crosscut different orthogonal activities (such as component specification, interaction, packaging and planning
AOCI: Weaving Components in a Distributed Environment
"... Abstract. Mobile and embedded devices like PDAs, mobile phones, and all kinds of consumer hardware populate the world we live in. Despite the vision of ubiquitous computing and its idea of spontaneous interaction among these devices more than fifteen years ago, most of them are still isolated and re ..."
Abstract
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Cited by 4 (2 self)
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and restricted in their interaction capabilities. One reason for this limitation is the poor support for dynamic adaptation and evolution of software in distributed environments. This paper proposes AOCI, an Aspect-Oriented Component Infrastructure that takes the core ideas of AOP, the separation of concerns
CQML: Aspect-oriented Modeling for Modularization and Weaving QoS Concerns in Componentbased Systems
- In Proceedings of the 16th IEEE International Conference and Workshop on the Engineering of Computer Based Systems (ECBS 09
, 2009
"... Current domain-specific modeling (DSM) frameworks for designing component-based systems often consider the system’s structural and behavioral concerns as the two dominant concerns of decomposition while treating non-functional or quality of service (QoS) concerns as an af-ter thought. Such framework ..."
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Cited by 2 (1 self)
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of the modeling frameworks along both the structural and non-functional dimensions. This paper describes Component QoS Modeling Lan-guage (CQML), which is a reusable, extensible, and aspect-oriented modeling approach that provides strong separa-tion between the structural and non-functional dimensions. CQML
An Aspect-Oriented Framework for Weaving Domain-Specific Concerns into Component-Based Systems FrédéricLoiret,RomainRouvoy,LionelSeinturier,DanielRomero
, 2011
"... Abstract: Software components are used in various application domains, and many component models and frameworks have been proposed to fulfill domain-specific requirements. The general trend followed by these approaches is to provide ad-hoc models and tools for capturing these requirements and for im ..."
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) These annotations are implemented as open and extensible component-based containers, achieving full separation of functional and extra-functional concerns. iii) Finally, the full machinery is implemented using the Aspect-Oriented Programming paradigm. We validate our approach with two case studies: the first
Dynamic Aspect Weaving using a Planning-based Adaptation Middleware
"... The growing complexity of applications has enforced the need for separation concern and modularity. These requirements become critical when considering self-adaptive mobile applications, which are capable of optimizing their behavior depending on their context of execution. In our context, the cross ..."
Abstract
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Cited by 1 (0 self)
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modeling approach, our adaptation middleware is able to automatically select and configure the aspect(s) to weave into a base component for improving its quality of service.
Separating Concerns in a High-Level Component-Based Context
- Electronic Notes in Theoretical Computer Science, Vol
, 2002
"... Building on the work of architectural description languages and aspect-oriented programming, we try to improve current visual component composition environments. In our research, we introduced the concept of a composition pattern to lift the abstraction level of current visual wiring to a protocol r ..."
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component. We introduce composition adapters as a means to localize crosscutting concerns in a separate entity. We use state information deduced from the composition pattern to weave composition adapters into the component-based application. In this paper, we explain how composition adapters are checked
Localizing crosscutting concerns in visual component based development
- In Proceedings of Software Engineering Research and Practice (SERP) International Conference. Las Vegas
, 2002
"... This work builds on aspect-oriented development ideas and our previous research where we lift the abstraction level of visual component based development. In component based development, the components are the natural unit of modularization. However, there will always be concerns that cannot be conf ..."
Abstract
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Cited by 6 (3 self)
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This work builds on aspect-oriented development ideas and our previous research where we lift the abstraction level of visual component based development. In component based development, the components are the natural unit of modularization. However, there will always be concerns that cannot
Results 1 - 10
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