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Pengujian Fungsional Aplikasi Inventory Barang Kedatangan Dengan Metode Black Box Testing Bagi Pemula Nur Muhammad Arofiq; Reyven Ferdo Erlangga; Ade Irawan; Masuhan; Aries Saifudin
OKTAL : Jurnal Ilmu Komputer dan Sains Vol 2 No 05 (2023): OKTAL : Jurnal Ilmu Komputer Dan Sains
Publisher : CV. Multi Kreasi Media

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Abstract

There are several testing techniques for Black Box Testing, including Equivalent Partitions Testing, Boundary Value Analysis Testing, Comparation Testing, Sample Testing, Robustness Testing and others. Here it is selected using the Equivalence Partitions Technique which is only to test whether there are errors in: system functions, Interface, data structure or data access, performance, initialization. The object being tested is the Library Information System via the web. The number of forms tested was 3 pieces, namely the login form, the added item form and the item edit form where each form was tested by entering some input data that often occurs (found). The results showed that testing the software using the Black Box Testing method with the Equivalence Partitions Technique in the arrival goods input application still has a form whose output results are not as expected in the design due to an error. From the results of calculating the validity of the system, a value of 75% is obtained. The possibility of an error that occurs is due to an error in the line of code (syntax). For this reason, it is necessary to update the syntax to fix the bug.
Pengujian Sistem Schedule Planning Produksi Dengan Metode Black Box Testing pada PT. Smartfren Telecom TBK Untuk Pemula Nur Muhammad Arofiq; Anggita Laksana; Aries Saifudin
TEKNOBIS : Jurnal Teknologi, Bisnis dan Pendidikan Vol. 1 No. 1 (2023): TEKNOBIS : Jurnal Teknologi, Bisnis dan Pendidikan
Publisher : Shofanah Media Berkah

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Abstract

The existing system faces challenges in effective scheduling, leading to issues such as miscommunication, schedule mismatches, delayed decision-making, and inefficient data processing. The proposed solution involves implementing a desktop application using Delphi programming language and MySQL database to assist production administrators in creating effective and efficient production schedules. The blackbox testing method is employed to test the system's input and output without considering its internal structure. The testing reveals issues including input-output inconsistencies, limitations in processing complex data, and errors in production time calculations. Proposed recommendations include improving input validation, enhancing data processing capabilities, and refining the production time calculation algorithm. The testing and implementation of the Production Schedule Planning Information System aim to improve production effectiveness, minimize schedule mismatches, and enhance customer satisfaction at PT. Smartfren Telecom TBK. The blackbox testing method provides insights into system issues and serves as a basis for necessary improvements.