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Abstract
JBoss is a free, open source J2EE implementation. Its architecture is highly modular and plug-in design. JBoss uses the industry standard Java Management eXtentions (JMX) to manage the JBoss components as well as provide services for EJB. Based on our previous research experience, we know there are great difference of performance and scalability among J2EE application servers. We believe the architecture design has an important role in determining the quality attributes such as performance and scalability. Analyzing and extracting architectural model from JBoss will provide us insights of its behavior and help us to build an accurate perdiction model on performance. In this project we analysis JBoss application server architecture especially on four susbsystems, JBoss EJB Container, JBossNS,JBossTX and JBossCMP. A reverse engineering tool is used to extract component/subsystem dependency from source code. Both the conceptual model and concrete model of the three JBoss subsystems are generated and the architectural styles used in JBoss design are discussed.
링크 참조하세요.
Abstract
JBoss is a free, open source J2EE implementation. Its architecture is highly modular and plug-in design. JBoss uses the industry standard Java Management eXtentions (JMX) to manage the JBoss components as well as provide services for EJB. Based on our previous research experience, we know there are great difference of performance and scalability among J2EE application servers. We believe the architecture design has an important role in determining the quality attributes such as performance and scalability. Analyzing and extracting architectural model from JBoss will provide us insights of its behavior and help us to build an accurate perdiction model on performance. In this project we analysis JBoss application server architecture especially on four susbsystems, JBoss EJB Container, JBossNS,JBossTX and JBossCMP. A reverse engineering tool is used to extract component/subsystem dependency from source code. Both the conceptual model and concrete model of the three JBoss subsystems are generated and the architectural styles used in JBoss design are discussed.
