Black Box Testing Method Research Articles

Design and Development of An E-Voting Model for Village Head Elections Based on Android

Voting or voting in a democratic country is an important part of the means of selecting leaders. Village head elections are generally still carried out conventionally, elections still use paper to elect village heads (Kades) which are carried out by punching one of the candidate images. The problem that arises is that voters must come to the polling place in order to be able to collect data and vote, for Citizens who cannot attend the polling place or do not exercise their right to vote will add to the data on the abstentions list that is present at the election. In village head elections (Pilkades) the vote counting process is still done manually so it takes quite a long time. This study aims to build an e-voting simulation system which is expected to provide knowledge of technological developments in the field of general elections. This system development method uses Waterfall. Furthermore, if you have obtained the results, you will test the system that was built by testing it with the black box testing method to see in terms of functionality all features are running smoothly or not. The results of testing the E-voting application for village head elections show that the system can run well and has been implemented so that it can be used on Android-based smartphone devices.

Pengembangan Aplikasi Evaluasi Kegiatan Berbasis Android menggunakan Metode RAD (Rapid Application Development)

The development of technology is very fast, especially in the field of information systems. Companies, organizations, schools and governments definitely need the role of information technology in data security or management. The use of the internet is very much needed in government agencies because the internet is used as a means to provide fast and easy services to people who want to handle important documents. In this research, we developed an Android-based application to evaluate activities have been carried out. We named this application EL-AKIP which is an android-based application for Grobogan Regency designed using web 2.0 and restful api using the RAD (Rapid Application Development) method. The use of Rapid Application Development (RAD), which is a software development process model that is incremental, especially for short processing times. Application testing uses the black box testing method where the results show that the application passes the test and is feasible to use

Perancangan Sistem Inventory Spare Part Elektronik Berbasis Web Application (Studi Kasus: Maspion Service Center)

This study aims to simplify and speed up the making of spare part stock reports at the Maspion Service Center and to avoid the risk of data recording errors that occur during spare part stock data collection. The method used in this research is the waterfall method. The researcher aims to design a spare part stock inventory system at the Maspion Service Center in order to simplify and speed up the making of spare part stock reports at the Maspion Service Center without recording in the ledger. The testing method used by the researcher is the Blackbox testing method. The results obtained in the design of this system are proven to be able to avoid the risk of data recording errors that occur during data collection of spare part stock, with the existence of a spare part stock database that is not possible with the same type of spare part twice

Rancang Bangun Aplikasi Pengujian Usability Berbasis Web

Usability is one factor that influences software design success during the software testing process. Usability testing is used to evaluate whether the software meets user needs or not. Usability testing is usually carried out using a certain questionnaire method, but the distribution and measurement of the results are carried out separately. This makes the researchers spend more time testing the application. Therefore, this study provides a solution by designing and building web-based applications to measure the usability of a software design or product with the SUS, UMUX, and UMUX-lite questionnaires. The development method used in this study is Rapid Application Development (RAD) with the stages of the process starting with problem identification, literature study, needs planning, RAD design workshops, implementation, and report writing. The application was built using the Laravel framework and the database using MySQL. The main features of the online questionnaire application were the creation of a questionnaire and the analysis of the results of the questionnaire. The functionality of the application was tested by using the Black Box testing method. Then the developed application was also utilized in usability testing using the SUS, UMUX, and UMUX-lite questionnaires. The results of application usability testing using the SUS, UMUX, and UMUX-Lite methods obtained a final score of 88; 91,28, and 82,05 where all these values mean the application can be accepted and used. Keywords: Usability Testing, Rapid Application Development, SUS, UMUX, UMUX-Lite

Pengelolaan Dokumen Arsip Laboratorium Menggunakan OwnCloud Sebagai Media Cloud Storage Berbasis Infrastructure as a Service (IaaS)

Archive document management of three laboratories namely Database Laboratory, Network Laboratory and Programming Laboratory under the Department of Informatics, Faculty of Information Technology and Business, Institute of Science & Technology Akprind Yogyakarta in managing laboratory archive documents still uses public applications, so they are vulnerable to exposure hack. In addition, the management of archival documents in each laboratory has not been managed centrally by the Informatics Department. Based on the problem of archival document management in each laboratory that has not been managed centrally by the Informatics Department and document storage that still uses public applications so it is vulnerable to being hacked, this research will develop an Infrastructure as a Service (IaaS) private cloud storage application. ) by using the OwnCloud application. The PPDIOO method developed by CISCO is used as a research method. The steps of the PPDIOO method are Prepare, which is preparing a work plan both from a technical and strategic point of view which is used to build a Cloud Server, Plan, which is a needs analysis used as a parameter before designing a private cloud network system, Design, which is making a design for monitoring virtual servers that will implemented on a cloud computing network, Implement is the process of building a Cloud Server using OwnCloud, Operate is the process of operating OwnCloud such as user management, uploading and downloading documents, and sharing documents with other users, and Optimize, namely the process of increasing capacity (storage, resources) according to needs users so that OwnCloud's performance is optimal. After testing using the blackbox testing method, the result is that the Cloud Computing application based on Infrastructure as a Service (IaaS) using OwnCloud can work properly starting from the login process to the process of storing data, uploading and downloading files and sharing files with other users. All forms and features work according to their function.

Rancang Bangun Aplikasi Audit Internal Fakultas (Studi Kasus: FMIPA Universitas Lampung)

Evaluation of faculty performance is an assessment of the quality of a faculty at the University. This Accreditation Assessment is carried out internally as well as externally by the National Accreditation Board for Higher Education (BAN PT). The Faculty of Mathematics and Natural Sciences is one of the faculties at the University of Lampung, where faculty accreditation is the most important educational support used as an assessment criterion, namely vision, mission, objectives, student archives, and others. The amount of data is one of the problems faced by faculties in storing accreditation data. Referring to the above problems, it is appropriate to develop an "Faculty Performance Evaluation Information System and the University of Lampung Study Program Implementation Unit using the Laravel Framework" which can facilitate the process of searching for the archives and data needed. This information system was built using the prototype method with three stages, namely Listen To Customer (at this stage the system requirements analysis process is carried out based on customer requirements), Build/Revise Mock Up (at this stage the design and coding process is carried out according to customer requests), and Test Drives Mock Up (at this stage testing the system that has been made to the user is carried out). The coding for the development of this system uses the PHP programming language and to simplify the coding process for the Laravel framework design. The testing method used on this system uses the Black Box Testing method with the Equivalence Partitioning type. The result of this study is a Web-Based Faculty Performance Evaluation Information System that can facilitate staff in inputting the required data.

Pengembangan Aplikasi Mobile Android SIMIPA untuk Modul Dosen Fitur Rekapitulasi, Kemajuan Skripsi, Validasi Tema, dan Validasi Seminar Menggunakan Metode Scrum

Lectures are a means of improving students to be able to explore more abilities possessed by each individual. One of the factors that are closely related to the increase in students is lecturers or teaching staff. Lecturers who are at the Faculty of Mathematics and Natural Sciences at the University of Lampung themselves in supervising the improvement of each student have been assisted by a web-based system, namely the MIPA information system. This supervision can be improved by utilizing technological advances, one of which is by developing android-based applications. The development of the Android-based SIMIPA application, especially for lecturers, can improve lecturer supervision for each student guidance at the Faculty of Mathematics and Natural Sciences (FMIPA) at the University of Lampung. The development of this application itself uses one type of Agile Development method, namely the Scrum method and is developed based on the backlog product that has been determined. The result of this research is the development of the SIMIPA application for android-based lecturers successfully developed using the Scrum method. The success of this development shown from the results of testing using the Black box testing method which states the overall functionality the SIMIPA application fits well.

Black Box Testing of the "Hybrid Engine" Application Using Boundary Value Analysis Technique

The "Hybrid Engine" application is an introduction to a hybrid engine that is packaged attractively and can be accessed online, this application is very important for conveying information about hybrid engines, if an error occurs in the functional application there can be misunderstandings about the information conveyed. Therefore it is necessary to test to ensure the quality of the application that has been produced. Testing is an evaluation process of assessing the functional quality of software to check whether the software meets the expected process or not. Functional processes that have not been maximized can cause inequalities in the data information to be displayed. Applications that have been designed must go through the testing stages to ensure the level of functional quality. Of the several types of black box testing methods, one of them is Boundary Value Analysis. The method tests the maximum and minimum number of digits to produce a valid value and is easy enough to test "hybrid engine" applications. The first stage carried out in this research is to identify the functionality to be processed and ensure that the maximum and minimum number of digits matches the predetermined system arrangement. The result of applying the method used is that the quality of the application is under its function, and can be utilized properly by the user. The results of the Boundary Value Analysis test show that the application is following the expected system and instructions with a success percentage of 78.245615%.

Designing Website-Based Administration Management Information System

Administration is one of the essential things for the running of an organization. If in an organization the administrative management is good, the organization will also be able to run well. The current administration can be used for decision-making, evaluating the activities carried out, and even knowing whether or not the organization is being run. The same happened at the Informatics Management Student Association (HIMMI) at the Subang State Polytechnic campus. Administrative management that is carried out is still conventional by storing documents in several storage folders so that there is a buildup of documents. Even documents will be scattered everywhere. Making letters is still done by checking the last number on the general ledger, so it has difficulty to make letter numbers. The submission of letters is hampered because it takes a long time because goes through a fairly long flow. Therefore, a solution was found, namely the Design of a Website-Based Administration Management Information System using the Waterfall method to assist secretaries in managing secretarial administration at the Informatics Management Student Association. The result obtained is an administrative management information system that can facilitate the storage of documents that have been integrated with the database. In addition, the system can simplify the process of issuing outgoing letters, overcome the problem of double mail numbering, streamline the attendance process, provide a timeline of work programs, and can provide information related to the reports needed. The test results conducted using the black-box testing method on 102 test items were declared 100% valid. It showed no errors or failures in the system at the time of running.

Peningkatan pelayanan publik pemerintah desa melalui sistem informasi kependudukan berbasis web

The rapid development of technology encourages faster and easier digitization of government administration services. The application of technology can be used to improve public services, especially at the village level. The purpose of this research is to develop a web-based population information system for village governments. The research was conducted through a Research and Development approach. The system is designed by involving four actors, namely admin, officers, residents, and the village head. Implementation is carried out by providing features on the website, from letter requests to complaint services. Then, the results of system development were tested using the Blackbox Testing and User Acceptance Test methods. The results show that the population information system developed is considered good enough to be used. Through this research, the performance of village officials in terms of service and management of population data can be optimized effectively and efficiently. In addition, the system built can also provide easier access to information for the community.

BUSINESS PROCESS REENGINEERING SUPPLY CHAIN MANAGEMENT SYSTEM BASED BLOCKCHAIN USING BPR LC

The agricultural sector in Indonesia is a superior sector compared to other sectors. The red onion commodity in Indonesia has the highest household consumption rate. Nowadays, technological developments are widely used to support existing agriculture to get maximum results. One of the technologies that can be used in agriculture is blockchain. The application of blockchain has gained importance in information systems and information technology research in the agricultural sector. However, in Indonesia, precisely in Central Java, there is no red onion supply chain management that uses blockchain technology for data storage, data security and data transparency. The author has a goal to re-engineer to overcome these problems by implementing blockchain technology using the Hyperledger Fabric and modeling business processes with Business Process Modeling Notation (BPMN). This research uses the Business Process Re-Engineering Life Cycle method in which this research produces red onion supply chain management with a new business process that is described by Business Process Modeling Notation (BPMN) and produces blockchain applications with various features and testing has been carried out using the Black box testing method with the result that existing features can run well without problems and the web application is running according to user needs to support supply chain management deficiencies so that they become more optimal and transparent in data storage.

Aplikasi Antrian Pasien Pada Dokter Praktek Umum Menggunakan Metode FIFO (First In First Out) Berbasis Android

Currently, there are so many services in Indonesia. One of the services in the health sector is the practice of general practitioners. Services that occur at the practice of general practitioners, namely dr. Zaki Mubarak and dr. Subhan Habibi, located in Palu, often has complaints because it is still ineffective where getting these services is still done manually by means of patients coming in person and taking a queue based on the order of seats then one by one they will be served. This causes patient discomfort in waiting. To make it easier for patients who want to seek treatment, a system is needed, with this; an Android-based patient queuing application for general practice doctors was made. The application of the method used in building the system is the FIFO queuing method where patients who register earlier get medical services first. Then the average waiting time is calculated where the results obtained will be used as an estimate of the waiting time for the next patient. The application development method in this research used the prototype method and application testing uses the black box testing method. The results of this research are the application of patient queues for general practice doctors based on Android which is built to be able to take queues anywhere and anytime and obtain some information including doctor’s practice schedules, queue numbers, running queues, and estimated waiting times so that patients can estimate arrival time without having to wait long. Based on system testing with black box, the results show that the functional system is running well. Based on the average waiting time calculation, from the 60 queue data tested, the result is that the distance between queue 1 and the order is around 5 minutes.

Mobile Application Design For Learning Digital Engineering Based On Figma And Android Studio

The purpose of this research is to create and implement effective learning media to facilitate lecturers and students in conducting learning at the Electrical Engineering Study Program, Faculty of Engineering, University of Muhammadiyah Sumatera Barat, namely designing Teknik Digital App learning applications by designing using use case diagrams, making the system in accordance with the design that has been made and implement the system that has been created and perform testing on the system. In collecting data, researchers used the method of observation, interviews and literature study. Meanwhile, in developing the system, researchers use the type of Research and Development (R&D) research referring to the waterfall model. Applications made using Android Studio, Figma and Adobe Illustrator CS3. The application that has been made is tested using the black box testing method. This research produces a Teknik Digital App learning application that helps parties in carrying out the learning process during lectures and also helps students to make it easier to learn basic digital engineering materials anywhere and anytime.

Chatbot for Diagnosis of Pregnancy Disorders using Artificial Intelligence Markup Language (AIML)

Artificial Intelligence has evolved in sophistication and widespread use. This study aims to create a chatbot application in the health sector regarding the early diagnosis of pregnancy disorders. Based on basic health research, only 44 percent of pregnant women know the danger signs of pregnancy. The chatbot application developed is expected to facilitate and increase knowledge for pregnant women about the danger signs of pregnancy, especially early diagnosis of pregnancy disorders. The chatbot application was developed with artificial intelligence technology based on Artificial Intelligence Markup Language with the question-answer concept using the Pandorabots framework. The test is carried out in two stages: functional and pattern matching. The functional testing uses the black-box testing method, and the pattern-matching test on the chatbot uses the sentence similarity and bigram methods based on user input and keywords similarity in the bot's knowledge base. The functional testing results show that the chatbot application runs well, with the eligibility criteria reaching 81.4% and the results of the keyword similarity test (pattern matching) are zero to one, in the sense that the value of one has the same similarity between user input and pattern. Meanwhile, the zero value has no similarities, so the bot will respond to it as free input. So it can be concluded that the bot can respond to user questions when the pattern and input have the same level of similarity.

DESIGN AND BUILD COMPANY PROFILE WEBSITE BAGASKARA ART STORE WONOSOBO

Bagaskara Art Studio is a studio that provides training in acting, mime, painting and dance classes. It is located in Tanjunganom Village, Kaliwiro District, Wonosobo Regency, Central Java. Bagaskara Art Studio currently does not have a company profile website. Company profile is a product written by public relations (PR) practitioners that contains an overview of the company so that the company can choose the points that it wants to convey openly to the public. The company profile provides an overview of the company profile, vision and mission, as well as the products or services offered. The problem with Bagaskara Art Studio is that the client does not know in detail what services are offered because the client knows Bagaskara Art Studio only through social media. Information about the studio that is published on social media is only Whatsapp contact for ordering and only mentions the services offered without being explained in detail. so this research has designed a company profile website for Bagaskara Wonosobo Art Studio by applying a PHP framework that focuses on Laravel and Boostrap and MySQL database. The method chosen in this research is Extreme Programming which consists of 5 stages. The first stage is planning, which is to determine the needs of the system by collecting and analyzing existing data at Bagaskara Wonosobo Art Studio through interviews and literature studies. The second stage is design, which is the creation of a system model based on the results of the needs analysis that has been obtained. The third stage is coding, namely the application of the system model design into program code. The fourth stage is testing using the blackbox testing method. The fifth stage is software increment. The results of the research are in the form of the Wonosobo Bagaskara Art Studio website which was built by implementing Backend Hypertext Preprocessor (PHP) with the Laravel framework, Frontend CSS with the Bootstrap framework and MySQL database. The website features of Bagaskara Wonosobo Art Studio are displaying the home page, services, news, portfolio, and my account which displays information so that it can advance Bagaskara Art Studio. All features made on the website can run well and in accordance with the expected functions

Sistem Pakar Diagnosa Penyakit Influenza (Flu) Menggunakan Metode Forward Chaining

Expert system is a technology that is widely used in the health sector, one of which is for disease diagnosis. Influenza (Flu) is one of the respiratory diseases caused by a virus called the influenza virus. Diseases caused by climate change are usually Influenza (Flu) and cold diseases, which are often considered the same by society. The purpose of this study was to design an expert system application for the diagnosis of these two different diseases, namely flu and colds. The research data is sourced from data from the Ministry of Health of the Republic of Indonesia (KEMENKES). The design of this expert system application uses the forward chaining method with google appsheet and google sheet tools. The results showed that all the features of the application have worked properly after being tested using the black box testing method. This application also helps people be able to distinguish flu and cold diseases, it is shown through the results of an online survey that 91% of respondents need this expert system application.

Hijaiyah Letters Educational Game "EFRA” Based on Android as Learning Alternative at Darul Hawasyi Recitation

“EFRA” is an educational game. Educational games are games designed for learning. This game is designed using the Unity game engine with the C# programming language. There are 5 mini-games, namely Kartu Hijaiyah, Pasang Hijaiyah, Harakat Hijaiyah, Puzzle Hijaiyah and Menulis Hijaiyah. Besides mini-games, there are also 3 learning menus, namely Hijaiyah, Vocabulary and Harakat this menu is used for learning. This game is designed for children aged 7 years or above and anyone who wants to learn Arabic letters. The test was carried out using BlackBox testing, alpha testing and beta testing methods through a survey on Darul Hawasyi School.
 
 

RANCANG BANGUN PERILAKU BUATAN PADA NON-PLAYER CHARACTER DALAM GAME PEMADAM KEBAKARAN MENGGUNAKAN FINITE STATE MACHINE DAN GODOT SCRIPT

The application of artificial behavior in the object character of a game that is played using a computer device continues to grow. The implementation of the algorithm in the game makes game object characters that can move autonomously according to changes in scenario roles making the game more attractive to human players. This autonomous computer player behavior is known as a non-player character (NPC). In this research a game has been developed in the category of role-playing game (RPG) which is called the Fire Extinguisher Game. In this game there is an NPC character "fire monster" as an antagonist whose mission is to defeat the human player as the protagonist by burning all the objects in the scene role scenario. In order to make it clear and to make it easier to develop NPC player behavior designs, the Finite State Machine (FSM) method and godot script programming are used. The FSM method describes the behavior design of each NPC character in the form of states, where these will change according to the interactions that occur between players in the scene of the game environment. In its implementation, there are test parameters that are used, so that it can be shown that this game has successfully played. This game runs on a desktop and has tested using the black-box testing method to get a functional performance test. The results of this research are the design of artificial behavioral events on NPCs using the godot script code approach.

Web profile development for furniture business in UD Rozi Rachmad, Surabaya City

The development of information technology is accelerating. Many activities use information technology to do their jobs better. Currently, promotional media is not only through print media but can also use websites as a means of reaching consumers widely. The presence of a website has a positive impact, one of which is being able to get information from anywhere and anytime. This provides a good solution to one of Surabaya's micro, small, and medium enterprises engaged in furniture, namely UD Rozi Rachmad, whose business has been in Surabaya for a long time. The development of this website uses parallel development, and this website is assisted by the use of WordPress, additional themes, and additional plugins. Website testing has been carried out and is in accordance with the expected results with the black box testing method. So that the quality of the web is quite good when several black box tests have been carried out with procedures that have been carried out on testing, It is hoped that the presence of this website can help with promotional media and introduce their products to a wider audience of consumers. Consumers can also transact through the website, making it easier for consumers to shop when they are outside of Surabaya.

Aplikasi Web Pelayanan Kesehatan Masyarakat Di Kelurahan Singonegaran Dengan Metode Rapid Aplication Development

Health services to the community are the duties of the Public Health Center (Puskesmas) formed by the government. However, it cannot reach the entire community. Posyandu to be formed to carry out community self-help activities in the health sector carried out in the Kelurahan. Singonegaran Village is one that has a posyandu to serve public health in its environment. In serving the health of the community, it is necessary to process data. Data processing is carried out by cadres and health workers. Data processing carried out by cadres at Posyandu Kelurahan Singnegaran still uses book recording methods. This resulted in several problems such as the process of inputting, processing and retrieving old data. Therefore we need a system or application that can overcome these problems. Then a web-based health service application was made in Singnegara Village. The development of public health service applications in Singonegaran Village uses the Rapid Application Development (RAD) development method with the blackbox testing method. From the results of the application development it was declared successful in testing.