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"Software Product Line Engineering (SPLE) adalah paradigma pengembangan perangkat lunak yang menggunakan pendekatan common platform dan mass customization yang mampu mengurangi waktu dan tenaga dalam pengembangan perangkat lunak. Untuk mendukung pengembangan produk dengan paradigma SPLE, Precise Requirement Changes Integrated System (PRICES) dikembangkan dan diintegrasikan dengan Integrated Development Environment (IDE) berbasis Eclipse menjadi PricesIDE. Pada PricesIDE antarmuka perangkat lunak akan dimodelkan dengan diagram Interaction Flow Modeling Language (IFML). Penelitian ini bertujuan untuk menghasilkan Plug-in pada PricesIDE yang berfungsi untuk mentransformasi IFML ke React yang sebelumnya dikembangkan berbasis Python. Pada penelitian ini, Plug-In UI Generator dikembangkan dengan Acceleo pada Eclipse agar dapat diintegrasikan dengan PricesIDE. UI Generator juga dikembangkan lebih lanjut agar dapat mendukung berbagai metode saat pemanggilan HTTP dan juga mengatasi adanya foreign key pada basis data. Pengembangan lanjut ini akan dilakukan modifikasi terhadap IFML diagram dan aturan transformasi yang telah didefinisikan sebelumnya. UI Generator akan diuji untuk menghasilkan produk yang sama dengan sebelumnya dengan penambahan fitur laporan tahunan. Melalui eksperimen yang dilakukan, dapat disimpulkan bahwa UI Generator yang dikembangkan pada penelitian ini berhasil menghasilkan website yang sudah mendukung perbedaan metode HTTP dan mampu menangani adanya foreign key

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Software Product Line Engineering (SPLE) is a software development paradigm that uses a common platform and mass customization approach to reduce software development time and effort. To support software development with SPLE, Precise Requirement Changes Integrated System (PRICES) was developed and integrated with the Eclipse-based Integrated Development Environment (IDE) into PricesIDE. In PricesIDE, the software user interface needs to be modeled with an Interaction Flow Modeling Language (IFML) diagram. This research aims to produce a Plug-in in PricesIDE to transform IFML into ReactJS, which was previously developed with Python. In this research, UI Generator Plug-in was developed with Acceleo in Eclipse, which can be integrated into PricesIDE. UI Generator was further developed to support various HTTP methods and overcome the existence of foreign keys. The IFML diagram and the previous transformation rules will be modified in this further development. UI Generator will be tested to produce the same product as before with the addition of the annual report feature. From this experiment, it can be concluded that UI Generator developed in this research succeeded in generating a website that supported the difference in HTTP methods and the existence of foreign keys."

"For courses in computer science and software engineering The Fundamental Practice of Software Engineering Software Engineering introduces readers to the overwhelmingly important subject of software programming and development. In the past few years, computer systems have come to dominate not just our technological growth, but the foundations of our world's major industries. This text seeks to lay out the fundamental concepts of this huge and continually growing subject area in a clear and comprehensive manner. The Tenth Edition contains new information that highlights various technological updates of recent years, providing readers with highly relevant and current information. Sommerville's experience in system dependability and systems engineering guides the text through a traditional plan-based approach that incorporates some novel agile methods. The text strives to teach the innovators of tomorrow how to create software that will make our world a better, safer, and more advanced place to live. -- Provided by publisher."

"Perangkat lunak supply chain management system adalah sebuah sistem yang digunakan oleh perusahaan manufaktur untuk membantu memaksimalkan efisiensi proses yang ada dalam kegiatan mengolah bahan baku menjadi barang jadi maupun barang setengah jadi. Dalam prosesnya, dalam kegiatan supply chain management ada 3 tahap yang dilakukan yaitu material management, planning and control, serta production process. Meskipun tahap yang dilalui berbagai perusahaan manufaktur sama, namun alur dan strategi yang digunakan dalam masing-masing perusahaan tentu berbeda sesuai dengan jenis barang yang dihasilkan perusahaan tersebut. Dengan persamaan dan perbedaan tersebut, perangkat lunak supply chain management system dapat dikembangkan dengan menggunakan metode software product line engineering yang menggunakan prinsip mass customisation dimana dalam pengembangannya menganalisis apa yang menjadi commonality serta variability dari sistem SCM yang dikembangkan sesuai dengan berbagai kebutuhan perusahaan. Dengan pendekatan SPLE, diharapkan dapat dikembangkan berbagai spesifikasi SCM dengan lebih efisien secara biaya dan waktu. Penelitian ini melanjutkan penelitian-penelitian sebelumnya yang sudah menghasilkan melakukan pendefinisian kebutuhan serta variasi spesifikasi serta mengembangkan berbagai reusable artefacts untuk fitur-fitur tersebut.Pada penelitian ini dilakukan integrasi dari seluruh reusable artefact hasil dari penelitian sebelumnya untuk dapat melakukan pengembangan backend system untuk sistem SCM secara utuh dengan metode SPLE. Pengembangan sistem SCM dengan metode SPLE pada penelitian ini dilakukan dengan paradigma delta-oriented programming dan bahasa pemrograman Abstract Behavioral Specification. Setelah pengembangan sistem SCM berhasil dilakukan kemudian dilakukan perbandingan dengan pengembangan sistem SCM menggunakan pendekatan clone-and-own. Hasil dari penelitian ini adalah sebuah variasi supply chain management system yang dikembangkan dengan metode SPLE dengan solusi alternatif terhadap isu pengembangan yang ada serta analisis perbandingan pengembangan dengan pendekatan SPLE dan pendekatan clone-and-own dalam berbagai aspek.

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A manufacturing company is a company that produces goods in various sector. Its activities involve processing raw materials into finished products or semi-finished products. In general, there are three processes involved in these activities. Those activities are material management, planning and control, and production processes. The supply chain management system exists to help maximize these three processes of manufacturing so that the company can produce the maximum possible goods with the least possible cost. To be able to do that, each SCM system of every company is customized to meet the specific needs of that company. With these characteristics, to develop a SCM system we can use Software Product Line Engineering approach which uses mass customization approach by analyzing what those systems have in common (commonality) and the uniqueness (variability) in 1 development. With SPLE approach, it is hoped that various SCM system with various specification can be developed more quickly and cost-effectively. In this research, a backend system development will be carried out with a SPLE approach, and then comparisons of developments will be made with the traditional approach. The development of SCM with the SPLE approach is carried out with a delta-oriented programming paradigm using Abstract Behavioral Specification as programming language. This research also reused the reusable artefacts that have been produced by previous research. The output of this research is a SCM system with a specification according to the needs of the manufacturing company, also the comparison SPLE and traditional approach and analysis of the issues encountered during the development stage."