An adaptive random (AR) testing strategy has recently been developed and examined by a growing body of research. More recently, this strategy has been applied to prioritizing regression test cases based on code coverage using the concepts of Jaccard Distance (JD) and Coverage Manhattan Distance (CMD). Code coverage, however, does not consider frequency; furthermore, comparison between JD and CMD has not yet been made. This research fills the gap by first investigating the fault-detection capabilities of using frequency information for AR test case prioritization, and then comparing JD and CMD. Experimental results show that "coverage" was more useful than "frequency" although the latter can sometimes complement the former, and that CMD was superior to JD. It is also found that, for certain faults, the conventional "additional" algorithm (widely accepted as one of the best algorithms for test case prioritization) could perform much worse than random testing on large test suites.
An online partitioning strategy is presented, in which test cases are selected based on feedback information collected during the testing process. The strategy differs from conventional approaches because the partitioning is performed online rather than off-line and because the partitioning is not based on program code or specifications. It can, therefore, be implemented in the absence of the source code or specification of the program under test. The cost-effectiveness of the proposed strategy has been empirically investigated with a set of subject programs, namely, SPACE, SED, GREP, and the Siemens Suite of Programs. The results demonstrate that the proposed strategy constantly achieves large savings in terms of the total number of test case executions needed to detect all faults.
Lake Toba region is included in one of the 10 priority tourism destination locations. To answer the challenges of changing world tourism trends that utilize digital technology, several strategies must be carried out. In digitizing the process, it is necessary to involve the local community in formulating regulations, strengthening value chain partnerships between businesses in the tourism sector, increasing motivation and enabling the community through various kinds of assistance and training. Therefore, research is conducted that has the aim to develop the tourism potential of the Lake Toba Region through digitalization with the concept of community empowerment. As the output of this research, a community will be formed in each Lake Toba District, so that based on this community various development policies and strategies can be formulated in overcoming problems and developing the tourism sector in the Lake Toba region. Keywords: Community Based Tourism, Digitalization, Lake Toba, Local community, Literacy
Retribusi pasar adalah pungutan daerah sebagai pembayaran terhadap penggunaan fasilitas pasar yang disediakan oleh Pemerintah Kabupaten kepada perorangan atau badan. Proses pemungutan, pencatatan dan pelaporan retribusi pasar yang ada saat ini di Kabupaten Humbang Hasundutan masih belum efektif dan efisien sehingga memerlukan dukungan teknologi informasi sehingga memungkinkan dalam meningkatkan kualitas pelayanan yang transparan dan akuntabel di pasar tradisional Kabupaten Humbang Hasundutan. Aplikasi yang akan dikembangkan adalan aplikasi mobile dan web-based yang memungkinkan proses pemungutan dan pencatatan menjadi lebih efektif dan efisien serta pelaporan yang lebih transparan. Melalui Aplikasi “SIAPPARA” ini diharapkan proses pemungutan retribusi di beberapa pasar di Kabupaten Humbang Hasundutan menjadi lebih mudah dan transparan.
SIAPPARA adalah aplikasi yang dibangun untuk Dinas Koperasi, Perdagangan Dan Industri Kabupaten Humbang Hasundutan dalam melakukan administrasi dan penatausahaan retribusi di pasar rakyat. Aplikasi SIAPPARA terdiri dari dua platform yaitu aplikasi web yang digunakan oleh admin dan bendahara serta aplikasi mobile yang digunakan oleh petugas pasar. Saat ini aplikasi telah digunakan oleh petugas pasar di 12 pasar rakyat di Kabupaten Humbang Hasundutan. Untuk menjamin bahwa seluruh fungsi pada aplikasi telah berjalan sesuai dengan rancangan dan kebutuhan, maka perlu dilakukan pengujian kembali baik secara fungsional maupun secara non fungsional. Pengujian dilakukan dengan tujuan untuk menemukan ketidaksesuai fungsi pada aplikasi yang sudah digunakan. Sebelum melakukan pengujian aplikasi, peneliti membuat rancangan pengujian mencakup pemilihan metode dan tahapan pengujian. Metode yang digunakan dalam penelitian ini adalah studi literature dan experiment. Peneliti menggunakan metode studi literatur dalam mengumpulkan referensi teori dan informasi yang berhubungan dengan pengujian fungsional dan non fungsional pada aplikasi. Peneliti mengunakan metode eksperimen untuk memilih metode pengujian yang akan digunakan serta membuat perancangan pengujian untuk metode yang telah dipilih. Hasil dari penelitian ini adalah berupa rancangan kegiatan pengujian yang akan dilakukan serta rancangan pengujian untuk metode pengujian Category Based Partition, metode pengujian Usability Testing dengan teknik Heuristic Evaluation, dan metode Performance Testing.
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