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Visual Studio Code is an extremely versatile development tool that can be customized and extended in many ways. In fact, you can customize its appearance, the code editor, and key shortcuts to make your editing experience extremely personalized.

Visual Studio Code is not just another evolved text editor with syntax colorization and automatic indentation. Instead, it is a very powerful code-focused development environment expressly designed to make it easier to write web, mobile, and cloud applications using languages that are available to different development platforms.

According to a press release emitted by INEGI on December 2nd, 2020, 93.2% of the companies in Mexico reported problems caused by the current pandemic, and more than a million businesses closed their doors permanently. In this context, the need to create technological tools that promote the development of activities of micro, small and medium businesses emerged. In this project, the development and creation of an application for a car wash business that allows clients and workers to book and manage appointments and the payment of services are presented. The development of this project was carried out with the framework SCRUM, using different tools for collaborative development such as ASP.Net for web applications, Visual Studio as Integrated Development Environment (IDE), a relational database system, and Model-View-Controller (MVC) as an architectural pattern. This module can be adapted to any kind of business with the same needs in the same field or other fields. Keywords: Web Application, SCRUM, ASP.Net, MVC, E-Commerce. doi: https://doi.org/10.36825/RITI.09.19.008

The internet has been a source of medical information, it has been used for online medical consultation (OMC). OMC is now offered by many providers internationally with diverse models and features. In OMC, consultations and treatments are available 24/7. The covid-19 pandemic across-the-board, many people unable to go to hospital or clinic because the spread of the virus. This paper tried to answer two research questions. The first one on how the OMC can help the patients during covid-19 pandemic. A literature review was conducted to answer the first research question. The second one on how to develop system in OMC related to covid-19 pandemic. The system was developed by Visual Studio 2019 using software object-oriented approach. Online expert review was conducted within 6 experts from health and academic industry to verify the model. Also, the system was validated by 11 users from heath and academic industry to confirm its usability. The statistical package for social science (SPSS 22) was used to analyze the collected data. The result of expert review confirmed that covid-19 system can help the patients. Also, the validity of the system was confirmed by 11 users from health and academic industry.

Beringkit Animal Market is one of the large traditional animal markets in Bali which is famous for selling superior cows. In addition to selling superior cows, Beringkit Animal Market also sells dogs and various types of poultry such as chickens, ducks and roosters. However, in the midst of the COVID-19 outbreak, traditional markets are considered as the main cluster for the spread of COVID-19 due to the large number of interactions between buyers and traders. The implementation of Community Activity Restrictions (PPKM) has resulted in a lack of income for traders at the Beringkit Animal Market. This study aims to design an Android-based online animal auction application as a medium for buying and selling animals to minimize physical interaction between buyers and traders, the online auction transaction process is chosen because the auction transaction process can bring together traders and buyers in the same online media and make offers up to reach the highest agreed price. The research method applied is the DSRM method or Design Security Research Method, application development uses Android Studio to develop mobile applications, and uses Visual Studio Code to develop web-based systems. Data storage and web server management in this study using MySQL and Laravel. The results of this study are in the form of an Android-based animal auction application that can be used as a medium for transactions between buyers and traders who have gone through the blackbox testing process with the test results as expected.

The availability of various extended reality (XR) systems for tracking users’ and objects’ behavior opens new opportunities for analyzing users’ and objects’ interactions and autonomous actions. Such analysis can be especially useful and attainable to domain experts when it is based on domain knowledge related to a particular application, liberating the analysts from going into technical details of 3D content. Analysis of XR users’ and objects’ behavior can provide knowledge about the users’ experience, interests and preferences, as well as objects’ features, which may be valuable in various domains, e.g., training, design and marketing. However, the available methods and tools for building XR focus on 3D modeling and programming rather than knowledge representation, making them unsuitable for domain-oriented analysis. In this paper, a new visual approach to modeling explorable XR environments is proposed. It is based on a semantic representation of aspects, which extend the primary code of XR environments to register their behavior in a form explorable with reasoning and queries, appropriate for high-level analysis in arbitrary domains. It permits domain experts to comprehend and analyze what happened in an XR environment regarding users’ and objects’ actions and interactions. The approach has been implemented as an extension to MS Visual Studio and demonstrated in an explorable immersive service guide for household appliances. The evaluation results show that the approach enables efficient development of explorable XR and may be useful for people with limited technical skills.

Kelurahan is one of the government agencies which is the spearhead in administrative services to the wider community, the Kaliwungu subdistrict is an administrative part of the Kaliwungu sub-district, Semarang Regency which is located at Jl. Raya Ampel –Simo KM 8, in the service and processing of population administration data in the Kaliwungu village, they still use the conventional method, namely the data is still stored separately in books, this of course has weaknesses such as when looking for data records, difficulties in making reports population that cannot be obtained immediately and the process of data collection and storage of population archive data that is still stored and recorded manually. This research was conducted using the Research & Development Method through the system design stages which were validated by experts and product prototypes that were field tested by involving users. Making a prototype of an electronic filing system (e-filing) system application using the ALFRED method approach to analyze the system, the software used using Microsoft Visual Basic 6.0 as a design medium and as a programming language, and a SQL Server database as a storage medium. The final result of this research is a product prototype of a filing system using an electronic filing system (e-filing) which has been declared to be functioning properly so that it can produce useful information for the archiving process up to the stage of making reports, which can be done quickly and accurately in accordance with established procedures. already exist, making it easier to re-access archives and provide public services with accurate and integrated information

Current technology has developed rapidly, computers are one of them. Almost all types of jobs require a computer to complete the task. In the field of computer education it is also very helpful, especially in terms of payroll services for teachers and employees who work as educators. MTs NU Jogoloyo Wonosalam Demak as an institution that has a large number of teachers and employees, besides that every day attendance officers are absent which results in difficulties in making payroll reports, especially recording and reporting still using manual methods so it takes longer time to record and deliver. report. In addition, sometimes there is a misunderstanding between attendance officers and teachers and employees regarding remuneration at the end of the month. In solving this payroll problem, the writer uses the Research and Development (R & D) method, while making applications can use high-level programming languages ​​such as Microsoft Visual Basic Ver 6.0. and SQL Server 2000 for data base management. Payroll applications are needed to simplify transactions and reporting on a monthly basis. With the use of this new payroll system software, it is hoped that it can produce quality information, improve service to employees and can assist in the decision-making process

Almost every Android user application has some kind of user interface. Android programmers who create Xamarin.Forms applications and who uses the Microsoft Visual Studio development environment to do so can create user interfaces in the XAML (the Extensible Application Markup Language) or in the C# programming language. This paper deals with a comparison of creating this user interface by the first and the second way. We demonstrate the differences in the creation of Android application user interfaces in XAML and in C# by way of using two of our Android applications which were created by the Microsoft Visual Studio 2019 Enterprise, which work as text editors with the ability to store text to disc, and have user interfaces that are visually identical. However, the user interface of the first Android application was created in XAML with a C# support code, whereas the user interface of the second Android application was created entirely in C#. While comparing the source codes of the user interfaces of both these Android applications, we identify the advantages and disadvantages of both approaches to creating a user interface and we try to find out which of these approaches is better for maintaining and modifying user interfaces. In this study, we also contrast the processes of handling events of controls of a user interface created in the XAML code for the first Android application as well as that of the same user interface created in the C# code for the second Android application. Furthermore, we were interested in determining whether the different ways of creating user interfaces affected the execution time of basic operations that included disc files that were performed on the same data by both the applications. We assume that it does not fundamentally affect the execution time, and so, we performed an experiment to confirm or refute our assumption.

Every tertiary academic institution has the obligation of recording and taking the attendance of its students during lecture periods. Over the years the process and accuracy of this attendance has been marred by many challenges which range from the cumbersome nature of paper sheets used in recording, to the manipulation of attendance by unscrupulous students and so on. This paper is aimed at designing and implementing a biometric students’ time and attendance logging system that helps in mitigating these challenges. This biometric student time and attendance logging system uses the fingerprint biometric characteristics to accurately identify the student. The system also generates a report showing the number of times a particular student was present or absent in a semester. This feat was achieved through the use of an atmega328P microcontroller, a fingerprint RS305 module, a liquid crystal display (LCD), a Red Green Blue (RGB) light emitting diode (LED) and a Personal Computer (PC) amongst others. The software used in this work was developed using visual studio C# and MySQL2008, and the final work was simulated using proteus before it was constructed and tested. The results of the test show a significant improvement over the manual attendance system.

Given the growing economy in the Philippines, the exponential growth in the construction business in Pampanga creates jobs and boosts the industry. This research was conducted to examine various strategies or solutions to a specific construction problem and generates suggestions or effective ways to address them immediately. The system created in this study provides storage where the problem and solution can be documented for further studies and future use. The most frequent issues faced by construction companies that cause delays and expense overruns require a solid determination to take action. These problems are from construction studies and works of literature. A survey questionnaire was used to study the most suitable solution; the questionnaire includes standard answers to resolve the factors and minimize the cost that overruns the project. Field/site engineers, procurement officers, quality assurance engineers, and the project manager were the targets of this study. Cost overrun occurs because the elements were made naturally and by human. It was distinguished by mean factor examination utilizing Likert's scale and cross-organization utilizing Statistical Package for the Social Sciences Tools and algorithm utilizing Visual Studio Software (C-sharp program). The outcomes are the correlation of the elements between the two techniques, examination of the variables from the gathered information and the components gathered by different engineers, and the arrangements experts made to reduce the impacts of these features.

Aptamers are a new kind of nano-probes for bioassays and drug delivery, etc. In this paper, software has been developed as an automatic control center for the automated aptamer selecting system which realized the high integration of aptamer selection, data acquisition and processing. This software, applied in windows system, is developed by C# with the Microsoft Visual Studio 2015 integrated developing environment and the database used in this software is implemented using open source relational database MYSQL. According to the requirement analysis, this software realized various important necessary functions including feasible experiment design, auto-control of the hardware, real time process monitoring and efficient data management which perfectly satisfies the users’ demands. During the actual experiment operation, this software worked smoothly and assumed stable serial port communication between it and the hardware, meanwhile, the interaction between the software and MYSQL remained good stability. As a consequence, it is practical and reasonable to apply this software to the automated aptamer selecting system for research.

Authentication is crucial although if system which facilitates secure their networks by limiting access to protected resources such as networks, websites, network-based software, databases, and other computer systems or services to only authenticated users (or processes). In general, modern authentication protocols such as Security Assertion Markup Language 2.0 (SAML), WS-Fed, OAuth, and OpenID discourage apps from handling user credentials. The aim is to keep an app's authentication method and its functionality separate. Azure Active Directory (Azure AD) manages the login process to keep confidential data (such as passwords) out of the hands of websites and apps. This allows identity providers (IdP) like Azure AD to provide seamless single sign-on experiences, allow users to authenticate using factors other than passwords (phone, face, biometrics), and block or elevate authentication attempts if Azure AD detects, for example, that the user's account has been compromised or that the user is attempting to access an app from an untrusted location. The main goal of the work is Converting Visual Studio from ADAL to MSAL has allowed us to better support Conditional Access and Multi-factor Authentication and other new AAD features which benefit our customers. Visual Studio 2019 and the.NET Core SDK can be used to complete this work. The SAML request–response authentication workflow between these providers is checked to ensure that user login information is accurate and safe.

Rumah sakit merupakan fasilitas pelayanan kesehatan yang menyelenggarakan upaya kesehatan masyarakat. Dalam melaksanakan tugasnya rumah sakit melakukan pencatatan dan pelporan kesehatan pasien. Pencatatan dan pelaporan pasien dapat dilihat dari berkas rekam medis. Rekam medis pada rumah sakit wajib disimpan dalam jangka waktu lima tahun terhitung dari tanggal terakhir pasien berobat. Setelah batas waktu penyimpanan dilampaui maka rekam medis dapat diretensi atau dimusnahkan. Retensi rekam medis yaitu suatu kegiatan untuk memisahkan antara rekam medis aktif dan inaktif yang bertujuan untuk mengurangi beban rak penyimpanan. Penelitian ini bertujuan untuk merancang sistem informasi retensi rekam medis pasien rawat jalan menggunakan Microsoft visual studio 2010 di Rumah Sakit Umum Proklamasi Karawang. Berdasarkan penelitian yang dilakukan, ditemukan masalah yaitu sistem retensi masih manual dan belum sepenuhnya komputerisasi, dengan cara memilah berkas rekam medis satu persatu untuk memisahkan antara berkas yang masih aktif dan inaktif mengakibatkan pengerjaan menjadi lama. Sehingga diperlukan adanya sistem informasi retensi untuk mempercepat kegiatan pemusnahan berkas rekam medis. Metode perancangan menggunakan metode waterfall. Tahapan metode adalah Perencanaan, Analisis, Perancangan, Implementasi, Pemeliharaan Sistem. Sistem informasi retensi rekam medis yang telah dibuat, dapat disimpulkan bahwa sistem tersebut dapat memudahkan petugas dalam melakukan kegiatan pemusnahan berkas rekam medis agar lebih efektif dan efisien.

The UMKM Legalization Assistance Registrasi Information System is a program specifically designed to make it easier for UMKM to register and assist the legalization of UMKM products. PKPH (Center for Halal Product Studies) is an institution that assists UMKM in product legalization This system is a system that explains product legalization registration for assistance to MSMEs. With this system, it is hoped that the management of UMKM can easily find out information on UMKM that will legalize their products. This information system is designed using Flow Of System (FOS), Contect Diagrams, Data Flow Diagrams (DFD), Entity Relationship Diagrams (ERD), and uses the Tools Tets Editor Visual Studio Code with programming language and PHP Fremwork Laravel, HTML Language, CSS Using Bootstrap and Database using MySql. The results are in the form of Main Page, Registration, Scheduling, News and Admin menus. The application of this application is carried out by registering a domain that can be accessed anywhere with an internet connection By implementing this Registrasi System using the SDLC (System Development Live Cycle) method, it is hoped that it will be able to provide solutions for MSME administrators who carry out product legality.

The hospital is a place to organize health efforts, namely every activity to maintain and improve health and aims to realize optimal levels of health for the community. This study aims to design an information system for inpatient medical record retention using Microsoft Visual Studio 2010 at the Jasa Kartini Hospital, Tasikmalaya. The research method used is a qualitative method with a descriptive approach. Data collection techniques are using observation, interviews and literature studies related to the subject matter of the research. As for the software development method using the waterfall. Based on the research conducted, various problems were found, including the medical record files that had been retained were not well organized at the time of storage so that they were not sequentially according to the medical record number, the lack of storage racks so that the medical records were not well organized and the retention process was slow. Therefore, it is necessary to design a medical record retention information system in the form of an application. The system design method uses Flowmap, DFD (Data Flow Diagram) and ERD (Entity Relation Diagram) and is implemented with Microsoft Visual Studio 2010 programming language with Microsoft Access database. Testing is done using the black box with the results of each successful form according to the design procedure.

We propose a conceptual integration of deductive program verification into existing user interfaces for software debugging. This integration is well-represented in the "Debug Adapter Protocol", a widely-used and generic technology to integrate debugging of programs into development environments. Commands like step-forward and step-in are backed by steps of a symbolic structural operational semantics, and the different paths through a program are readily represented by multiple running threads of the debug target inside the user interface. Thus, existing IDEs can be leveraged for deductive verification debugging with relatively little effort. We have implemented this scheme for SecC, an auto-active program verifier for C, and discuss its integration into Visual Studio Code., Comment: In Proceedings F-IDE 2021, arXiv:2108.02369

The performance assessment of Civil Servants at the Bengkulu Province Communication, Informatics, and Statistics Service (Diskominkotik) process has utilized an e-performance application. However, the assessment of daily workers' performance is not included, which means evaluating their performance and competence would take a long time. This study aims to determine daily workers to get the best performance rewards using the Simple Additive Weighting (SAW) method. The research method used was the waterfall method, supported by data from observations, interviews, and questionnaires. Unified Modeling Language (UML) was used to analyze and design the system and in the coding stage, Microsoft Visual Studio 2010 software connected to a MySQL database was used, and in the testing stage, a Black-box testing approach was employed. The results showed that the implementation of the SAW method in the decision support system application could speed up the process of evaluating the performance of daily workers at Bengkulu Province Diskominkotik. Furthermore, daily workers’ performance appraisal became more objective because it involves the participation of many parties so that the results of the best daily worker employee performance appraisal can be accepted by various parties.

Software engineers usually do not have enough knowledge in the area of usability to develop user interfaces with a high degree of usability on their own. An initial study with 20 software engineers showed that, although usability is an important aspect for software engineers, they only spend an average of 18.14 h per project on usability-related tasks. An integrated software support solution that incorporates relevant usability knowledge would be extremely useful. Based on an analysis, a plug-in for Microsoft Visual Studio has been developed. The plug-in automatically checks usability aspects of a user interface in the background. Usability-related knowledge is stored in an ontology and accessed by the plug-in during runtime. The plug-in has been evaluated with 19 software engineers. The results are mostly positive. Users find that the plug-in is useful and supports their daily engineering work by helping them to quickly enhance the usability of their software solution.

Indah Mandiri Sari is a company engaged in the payment of electricity in collaboration with PT. PLN. This company uses a system manually on the payroll of its employees. Where in the application of this payroll system there are several problems. There are obstacles that occur, namely in terms of calculating salaries, fines, loans, allowances, and salary reports that must be recalculated from each employee, and the storage of payroll files requires more space. With the above reasons, the authors provide an alternative solution to the problem by creating a systematic and computerized employee payroll information system. This paper will also explain the stages of work, starting from the analysis, planning, design process using Microsoft Visual Studio 2010 and Microsoft Access 2007. The purpose of this study is to build an information system that will help the employee payroll process to reduce errors in making salary reports. employees. With this employee payroll information system will be able to minimize the constraints that occurred in the previous system and assist in the completion of employee salary reports and reports are stored properly.

The availability of office stationery is very important to make the required work smooth. In order for ATK management to be handled properly, an application is needed to manage ATK inventory data using a technology-based information system so that it becomes a complete information system. The method used by the author in conducting this research is the Waterfall model system development method starting from the specification of user requirements, planning, modeling, and coding. The method of specification of user requirements includes interviews, observations, literature studies, and documentation studies. The planning method includes the tasks to be carried out including the risks that may occur and the work schedule. Modeling methods include the design of flow documents, DFD, data dictionary, and ERD. The coding includes a program designer with the VB.Net programming language with SQL Server 2008 database and application testing using black box testing, namely this test is intended to determine whether the functions, inputs and outputs of the software are in accordance with the required specifications. To simplify reporting and recording so that errors do not occur, it is necessary to design and implement a system that can facilitate inter-related functions within the company by using Microsoft Visual Studio 2010 (VB.Net) and Microsoft SQL Server 2008. With the implementation of this system, it is expected will be useful for the company in its operations in the future.