State of the art metrics for aspect oriented programming

Ghareb, Mazen Ismaeel; Allen, Gary

doi:10.1063/1.5032069

Cited by 6 publications

(5 citation statements)

References 40 publications

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“…The techniques used for the performance evaluations are DIT (Depth of Inheritance Tree), NOM (Number of Methods), NOA (Number of Attributes), WMC (Weight Method Complexity), CC (Class Complexity), RR (Reuse Ratio), SR (Specification Ratio) and etc. [30].…”

Section: Discussionmentioning

confidence: 99%

Complexity in the adaptation of aspect-oriented software Development

Abid¹,

Khan²

2022

ijisct

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The software products are an integral part of the modern era and this encourages the developers to explore new techniques for the development. As the software products are becoming more complex, this demands a new technique to deal with the complexity. Aspect-Oriented Software Development is an example of a technique that deals with modern complex systems. As the structure of the new technique is also complex for the new developers, they want to change their way of development according to the new demands and there is no model for the new developers. This paper purposed a model using the basic phases of software development. This model educates and encourages the new developers to adopt the new software development technique. The Paper also discusses the common tools and techniques regarding the different phases of aspect-oriented software development (AOSD) to deal with the complexity of the system more efficiently.

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Section: Discussionmentioning

confidence: 99%

Complexity in the adaptation of aspect-oriented software Development

Abid¹,

Khan²

2022

ijisct

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“…It has many benefits such as enhancement of reusing and changing to create more value for software system developers and users. There are two sides to using aspects: the good side is the enhancement of reusing, and the risk side it can be used in a harmful way that can break the integrity concept of the programs (Abdulhameed et al, 2020;Ghareb & Allen, 2018;Patel et al, 2023). During our work, we focused on investigating, where developers can use AOP in the software development process focusing on cross-cutting concerns especially on two important phenomena: tangling and scattering.…”

Section: Aspect-oriented Programming and Model Checking Software Appl...mentioning

confidence: 99%

OSM: Leveraging model checking for observing dynamic behaviors in aspect-oriented applications

AlSobeh

2023

ONLINE J COMMUN MEDIA TECHNOL

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In the intricate domain of software systems verification, dynamically model checking multifaceted system characteristics remains paramount, yet challenging. This research proposes the advanced observe-based statistical model-checking (OSM) framework, devised to craft executable formal models directly from foundational system code. Leveraging model checking predicates, the framework melds seamlessly with aspect-oriented programming paradigms, yielding a potent method for the analytical verification of varied behavioral attributes. Exploiting the transformative capacity of OSM framework, primary system code undergoes a systematic metamorphosis into multifaceted analysis constructs. This not only simplifies the model verification process but also orchestrates feature interactions using an innovative observing join point abstraction mechanism. Within this framework, components encompassing parsing, formal verification, computational analytics, and rigorous validation are intrinsically interwoven. Marrying the principles of model checking with aspect-oriented (AO) modularization, OSM framework stands as a paragon, proficiently scrutinizing and affirming system specifications. This ensures the unyielding performance of electronic health record systems amidst shifting preconditions. OSM framework offers runtime verification of both object-oriented and AO deployments, positioning itself as an indispensable open-source resource, poised to automate the enhancement of system performance and scalability.

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“…Ghareb and Allen presented the different metrics to measure the development of aspect-oriented systems [14]. Dalal and Hooda explored the prioritized genetic algorithm to test the aspect-oriented system [15].…”

Section: Related Workmentioning

confidence: 99%

K-harmonic Mean-Based Approach for Testing the Aspect-Oriented Systems

Vats

Kumar

2020

Computational Methods and Data Engineering

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Testing is an important activity of software development and lot of effort can be put on the testing of softwares. In turn, the cost of development of software can be increased. The development cost is increased due to execute large number of test cases for testing the software. So, optimizing the test cases is also a challenging problem in field of software testing. The optimized test cases can either reduce the development cost or ensure the timely delivery of software. In present time, the paradigm shifted from OOP system to AOP sysetm. In AOP, less number of work is reported on testing process. Hence, in this work, KMH approach is applied to optimize the test cases. The performance of KMH is evaluated using two cases studies. It reveals that KHM is efficient approach for testing the AOP system.

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State of the art metrics for aspect oriented programming

Cited by 6 publications

References 40 publications

Complexity in the adaptation of aspect-oriented software Development

Complexity in the adaptation of aspect-oriented software Development

OSM: Leveraging model checking for observing dynamic behaviors in aspect-oriented applications

K-harmonic Mean-Based Approach for Testing the Aspect-Oriented Systems

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