Selection and Prioritization of Test Cases by Combining White-Box and Black-Box Testing Methods

Kukolj, Sandra; Marinkovic, Vladimir; Popović, Miroslav; Bognár, Szabolcs

doi:10.1109/ecbs-eerc.2013.28

Cited by 9 publications

(4 citation statements)

References 6 publications

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“…Prototipe ini sudah melewati pengujian whitebox untuk menghindari kemungkinan error code. Selain itu, prototipe ini juga sudah melewati pengujian metode blackbox untuk memastikan prototipe berjalan sesuai dengan fungsionalitasnya dan sesuai dengan kebutuhan pengguna (Kukolj et al, 2013).…”

Section: Pengujian Dan Evaluasi Prototipeunclassified

Pengembangan Aplikasi Jagabunda Sebagai Pendampingan Ibu Hamil dalam Upaya Penurunan Kematian Ibu dan Bayi

et al. 2023

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Latar Belakang: Angka kematian ibu dan bayi (AKI/AKB) masih menjadi permasalahan bahkan Indonesia menempati rangking tertinggi AKI di ASEAN.Tujuan: Mengembangkan model aplikasi pendampingan dan pemantauan ibu hamil untuk menekan AKI dan AKB dengan pendekatan pemberdayaan masyarakat.Metode: Research and development melalui pendekatan prototyping dengan pengujian whitebox dan blackbox. Subjek penelitian terdiri atas kader, programmer KIA, bidan, kepala puskesmas, dan Kasie KIA Dinas Kesehatan Kota Semarang dan ibu hamil. Data kualitatif diperoleh melalui wawancara dan FGD kepada subyek sebagai materi dalam analisis kebutuhan, serta dilengkapi dengan studi dokumen. Data kuantitatif lewat kuesioner pengujian sistem dan penggunaan aplikasi.Hasil: Hasil evaluasi prototipe aplikasi Jagabunda mendapatkan skor rata-rata 4,8 pada aspek system usefulness. Kemudian, skor 5,3 diperoleh pada aspek information quality, 5,8 pada aspek interface quality, dan 5,2 yang terakhir pada aspek kepuasan pengguna secara umum. Aplikasi Jagabunda terbukti mampu digunakan sebagai media pendampingan serta warning system informasi kegawatan selama kehamilan terutama dengan risiko tinggi.Kesimpulan: Prototipe melewati uji whitebox dan blackbox dan dinyatakan membantu bumil berkonsultasi dengan bidan, Bidan bisa mendampingi dan pemantauan bumil terutama risiko tinggi, programmer dan kasie KIA terbantu dalam pemantauan program penurunan AKI dan AKB.

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Section: Pengujian Dan Evaluasi Prototipeunclassified

Pengembangan Aplikasi Jagabunda Sebagai Pendampingan Ibu Hamil dalam Upaya Penurunan Kematian Ibu dan Bayi

et al. 2023

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“…During the integration of different layers, if the interactions between components are not fully tested, unexpected results may occur and lead to more critical problems. Additionally, the temporal behavior is another important functional behavior in the real-time systems [7], [8]. For real-time embedded system, all requests involved must be handled and completed within the allocated period after the event has been triggered.…”

Section: A Embedded System Testingmentioning

confidence: 99%

Automated Compilation Test System for Embedded System

Ishak

Hwan

Teh

et al. 2019

MST

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Embedded system testing involves testing an integration of software and hardware. It is increasingly difficult to evaluate the functionality of each module within a short time because of the increasing number of tests required. In this paper, a novel stepwise methodology involving the use of an automated compilation test system (ACTS) is proposed, to improve the quality of testing and optimize the testing time using automation. Using the proposed method, the testing coverage can be maximized, while minimizing the manual work and testing time required. This ACTS was used to automate the test code compilation and execution for different hardware modules. The proposed method significantly saved the testing time by approximately 56.42%, compared to the existing method, while ensuring quality testing performance. AbstrakSistem Uji Kompilasi Otomatis untuk Sistem Sisipan. Pengujian sistem sisipan melibatkan menguji suatu penyatuan perangkat lunak dan perangkat keras. Menjadi bertambah sulit untuk mengevaluasi fungsionalitas masing-masing modul dalam waktu singkat karena peningkatan jumlah pengujian yang diperlukan. Di dalam karya tulis ini, diusulkan suatu metodologi bertahap baru penggunaan suatu sistem uji kompilasi otomatis (ACTS), untuk meningkatkan kualitas pengujian dan mengoptimalkan waktu pengujian dengan menggunakan otomatisasi. Dengan menggunakan metode yang diusulkan, jangkauan pengujian dapat dimaksimalkan, sekaligus meminimalkan waktu manual dan waktu pengujian yang diperlukan. ACTS ini digunakan untuk mengotomatisasi kompilasi kode uji dan eksekusi untuk modul-modul perangkat keras yang berbeda. Metode yang diusulkan mengamankan waktu pengujian secara signifikan mendekati 56,42%, dibandingkan dengan metode yang ada, sekaligus memastikan kinerja pengujian kualitas.

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“…One of the goals of the CIRENE project [19] was to define a general testing methodology for embedded systems that copes with the above mentioned specialities and whose parts can be implemented on specific systems. The methodology combines black-box tests responsible for the quality assessment of the system under test and white-box tests responsible for the quality assessment of the tests themselves.…”

Section: The Cirene Projectmentioning

confidence: 99%

Code Coverage Measurement Framework for Android Devices

Horváth¹,

Bognár²,

Gergely³

et al. 2014

Acta Cybern

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Software testing is a very important activity in the software development life cycle. Numerous general black-and white-box techniques exist to achieve different goals and there are a lot of practices for different kinds of software. The testing of embedded systems, however, raises some very special constraints and requirements in software testing. Special solutions exist in this field, but there is no general testing methodology for embedded systems. One of the goals of the CIRENE project was to fill this gap and define a general testing methodology for embedded systems that could be specialized to different environments. The project included a pilot implementation of this methodology in a specific environment: an Android-based Digital TV receiver (Set-Top-Box). In this pilot, we implemented method level code coverage measurement of Android applications. This was done by instrumenting the applications and creating a framework for the Android device that collected basic information from the instrumented applications and communicated it through the network towards a server where the data was finally processed. The resulting code coverage information was used for many purposes according to the methodology: test case selection and prioritization, traceability computation, dead code detection, etc. The resulting methodology and toolset were reused in another project where we investigated whether the coverage information can be used to determine locations to be instrumented in order to collect relevant information about software usability. In this paper, we introduce the pilot implementation and, as a proof-ofconcept, present how the coverage results were used for different purposes.

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Selection and Prioritization of Test Cases by Combining White-Box and Black-Box Testing Methods

Cited by 9 publications

References 6 publications

Pengembangan Aplikasi Jagabunda Sebagai Pendampingan Ibu Hamil dalam Upaya Penurunan Kematian Ibu dan Bayi

Pengembangan Aplikasi Jagabunda Sebagai Pendampingan Ibu Hamil dalam Upaya Penurunan Kematian Ibu dan Bayi

Automated Compilation Test System for Embedded System

Code Coverage Measurement Framework for Android Devices

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