BLACK BOX TESTING EQUIVALENCE PARTITIONS UNTUK PENGUJIAN FRONT-END PADA SISTEM AKADEMIK SITODA

Aplikasi antar muka pengguna (user interface) atau disebut juga front-end Sistem akademik SITODA yang menarik dan dapat mengatasi permasalahan data-data akademik sangat dibutuhkan oleh bagian kurikulum dan guru pada sekolah SMKIT Insan Toda. Pengujian sistem diperlukan sebelum sistem tersebut diterapkan. Front-end Sistem Akademik SITODA Berbasis Web dibuat menggunakan framework CI dan bahasa pemrograman CSS. Pengujian front-end sistem akademik SITODA menggunakan Black Box, pengujinya bisa bukan orang teknis dari bidang pemrograman, maka untuk pengujian sistem melibatkan seorang bagian kurikulum yang menguji halaman admin dan guru yang akan menguji halaman guru. Pengujian equivalence partitioning untuk sistem akademik SITODA dirancang dengan memeriksa keluaran dan masukan data, dimulai dengan membuat tabel perencanaan pengujian yang berisi kelas uji dan butir uji, selanjutnya dilakukan pengujian untuk setiap butir uji dengan membuat tabel pengujian fungsional. Hasil pengujian Equivalence Partition (EP) bahwa sistem akademik SITODA berjalan sesuai dengan fungsinya karena semua hasil uji berhasil dijalankan sesuai hasil yang diharapkan.

Analisis Dan Pengujian Sistem Menggunakan Black Box Testing Equivalence Partitioning

Pengembangan sebuah sistem informasi haruslah melakukan tahapan pengujian sistem khususnya unit-unit sistem tersebut. Pengujian ini dilakukan dengan tujuan sebelum sistem diterapkan pada pemakai akhir sistem tersebut, sistem telah sesuai dengan prosedur pengembangan dan telah sesuai dengan fungsi dari unit-unit sistem tersebut. Pada Sistem Informasi Inventarisasi Barang Berbasis Web Pada Madrasah Tsanawiyah Negeri 2 Palangka Raya sebelumnya telah dilakukan pengujian sistem menggunakan menggunakan metode black-box dengan fokus pada sebagian pengujian input dan pengujian proses. Namun proses pengujian input tersebut belumlah secara maksimal dilakukan, karena pengujian dilakukan hanya pada kasus proses input tertentu dan tidak secara keseluruhan sistem. Oleh karena itulah maka diperlukan prosedur pengujian ulang yang secara struktur dan menyeluruh untuk memastikan bahwa perangkat lunak atau sistem yang dikembangkan sebelumnya telah layak lulus uji sehingga sistem tersebut layak untuk digunakan pada pemakai akhir sistem dengan menggunakan metode Black Box Testing Equivalence Partitioning. Dari pengujian yang dilakukan menghasilkan masih terdapat kesalahan-kesalahan algoritma dalam proses input data sehingga perlu dilakukan proses rekayasa perangkat lunak ulang. Kata kunci : Ujicoba sistem, Sistem informasi, Black Box Testing Equivalence Partitioning

Stubborn Sets, Frozen Actions, and Fair Testing

Many partial order methods use some special condition for ensuring that the analysis is not terminated prematurely. In the case of stubborn set methods for safety properties, implementation of the condition is usually based on recognizing the terminal strong components of the reduced state space and, if necessary, expanding the stubborn sets used in their roots. In an earlier study it was pointed out that if the system may execute a cycle consisting of only invisible actions and that cycle is concurrent with the rest of the system in a non-obvious way, then the method may be fooled to construct all states of the full parallel composition. This problem is solved in this study by a method that “freezes” the actions in the cycle. The new method also preserves fair testing equivalence, making it usable for the verification of many progress properties.

Completing Surveys With Different Item Formats: Testing Equivalence

Studies examining the similarity of online self-report survey responses using different item formats have yielded inconclusive results. Additionally, no studies have used appropriate methods for thoroughly and correctly examining equivalence across conditions. We examined the comparability of survey responses across four item formats—horizontal radio button, text box, drop-down menu, and vertical radio button—in two studies. The second study added two response categories: optional responding and forced responding. Participants were college students at two institutions of higher education who were randomly assigned to conditions. They completed measures of computer self-efficacy, personality, and social desirability. Results of both studies indicated quantitative (mean scores) and qualitative (internal consistency estimates and scale intercorrelations) equivalence. However, there were notable differences in auxiliary equivalence such that participants in the text box condition had lower amounts of missing data than those in the other conditions, those in the horizontal radio button condition completed the study in the shortest amount of time, and participants across conditions generally preferred to use drop-down menus compared to other item formats.

Pengujian Terhadap Aplikasi Parking Management Menggunakan Metode Black-Box Berbasis Equivalence Partitions

Testing is a process in implementing a program for the purpose of finding / looking for an error. A test case is said to be good is if the test to be performed has the possibility of finding an error that cannot be revealed. While testing is said to be successful if the test to be carried out successfully found an error that originally could not be found. This research was tested by applying the Black Boxt Testing method. There are several ways in the Black Box Testing method, namely Boundary Value Analysis, Comparison Testing, Sample Testing, Robustness Testing, Equivalence Partitioning and others. In this study using testing by Equivalence Partitioning. Equivalence Partitioning Analysis is a case / problem that will be tested by finding several errors and reducing / minimizing the number of cases that must be made. This test is performed on the Parking Management Application function to facilitate managing parking. The test results indicate the application is in accordance with needs.

Pengujian Black Box pada Aplikasi Sistem Seleksi Pemenang Tender Menggunakan Teknik Equivalence Partitions

The tender winner selection system is important to ensure the winner will complete the project well. If there is a selection error that caused the project to fail, the application must be tested and error free. Testing in this study uses Black Box Testing. The Black Box Testing Method consists of several methods including Equivalence Partitions, Boundary Value Analysis, Comparison Testing, Sample Testing, Robustness Tesing, and others. Among the many methods of testing, in this study the method of testing Equivalence Partitions was chosen. The purpose of the Equivalence Partitions method is to look for errors in functions that are wrong or missing, errors in the interface, errors in data structures or database access, performance errors, initialization errors and final destinations. Based on the test results show there are still many shortcomings when validating data to be entered, so that it can cause data stored in the database does not match the expected data.