![]() In this system, performance logic and business logic are separated, which makes it convenient for the development and maintenance of the system. Combined with Model View Controller (MVC) design pattern, this system can be used by users without geographical restrictions and system maintenance. The mature Microsoft SQL Server 2008 introduced by Microsoft is used as the database platform. The system is supported by Browser-Server (B/S) structure, with the current popular Java 2 Platform Enterprise Edition (J2EE) multi-level structure as the overall architecture. Then a HRMS is designed and developed, based on the user’s key functional requirements and related technologies, which is reasonable and easy to maintain. ![]() To solve the above problems, the overall demand is analyzed, as well as feasibility and key technologies of the enterprise HRMS system. The use of XSLT transformation rules in the context of the template approach of model transformations has allowed the reusability and interoperability of class diagrams between the two modeling tools.Ĭlient-Server (C/S) application is always used in the existing Human Resource Management System (HRMS) as the system architecture, which has the problems of complex maintenance and poor compatibility and cannot use professional database and development system, making the system development difficult and the data security low. It is within this context that we present our approach, whose objective is to identify and solve the problem of interoperability in the XMI files of the UML language’s class diagrams and mainly between the Modelio and ArgoUML tools. However, the independent evolution of these standards, namely UML and XMI, has led to interoperability problems between UML modeling software. The serialization of these models is done by another standard published by the OMG called XML Metadata Interchange (XMI) which is recommended to ensure interoperability between UML modeling tools. The architecture of computer systems is presented as models described by many UML modeling softwares. Model-driven engineering is an approach that applies to software engineering and advocates the use of models throughout the development cycle. ![]()
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