
Bengkel Mulya Motor merupakan bengkel motor yang cukup besar, memperkerjakan puluhan karyawan, distributor untuk bengkel yang lebih kecil, dan dalam proses membuka cabang ditempat lain. Dalam pekerjaan sehari-harinya bengkel mulya motor masih menggunakan sistem pencatatan manual baik dari pengorganisasian sparepart hingga berbagai catatan transaksi, akibatnya bengkel mengalami kesulitan dalam kegiatan evaluasi keuangan, mencari sparepart, dan beberapa kali terjadi kehilangan sparepart yang cukup merugikan bengkel. Tujuan dalam penelitian ini untuk mengembangkan modul backend (restful web service) sistem informasi manajemen bengkel berbasis web yang mengatasi permasalahan yang ada pada bengkel. Pengembangan dilakukan menggunakan gabungan metode Iterative dan metode Test-Driven Development. Penggabungan dua metode tersebut dilakukan untuk menjadikan proses pengembangan lebih fleksibel, cepat, transparan, tahan akan kecacatan, dan juga cocok untuk penelitian ini yang terintegrasi / berkaitan dengan dua penelitian lainnya. Tahapan pengembangan dari penggabungan dua metode tersebut terdiri dari Planning, Analysis, Design, Test, Code, Refactor, Evaluation. Selain itu dalam pengembangan sistem informasi menggunakan bantuan framework Django, library Django Rest Framework, dan PostgresSQL. Hasil penelitian berupa modul backend sistem informasi manajemen bengkel mulya motor yang terdiri dari 61 endpoint. Seluruh endpoint diuji oleh serangkaian unit testing yang dijalankan secara otomatis menggunakan fitur bawaan Django, berdasarkan hasil pengujian menunjukkan bahwa seluruh endpoint sudah sesuai dengan kebutuhan, berjalan dengan baik, dan layak untuk diintegrasikan dengan modul frontend sistem informasi manajemen bengkel mulya motor dari penelitian terkait. ********* Mulya Motor Workshop is a relatively large motorcycle workshop, employing dozens of employees, a distributor for smaller workshops, and in the process of opening branches in other locations. In it’s daily operations, the workshop still uses manual record-keeping systems for organizing spare parts to various transaction records, resulting in difficulties in financial evaluation, spare part searches, and several cases of missing spare parts that have caused significant losses for the workshop. The aim of this research is to develop backend module (restful web service) for the web based workshop management information system that addresses these issues. Development was carried out using a combination of the Iterative and Test-Driven Development methods. The combination of these two methods was done to make the development process more flexible, fast, transparent, resistant to defects, and suitable for this research, which integrated or related to two other studies. The development stages of the combined methods consist of Planning, Analysis, Design, Test, Code, Refactor, and Evaluation. Additionally, Django Framework, Django Rest Framework library, and PostgresSQL were used in the development of the information system. The result of the research is a backend module for the Mulya Motor Workshop management information system, consisting of 61 endpoints. All endpoints were tested by series of unit tests that run automatically using the built-in Django feature. Based on the testing results, it was found that all endpoints met requirements, functioned well, and suitable for integration with the frontend module of the Mulya Motor Workshop management information system from related research.
Software, Sistem Informasi Komputer, Ilmu Komputer, Teknik Komputer
Software, Sistem Informasi Komputer, Ilmu Komputer, Teknik Komputer
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