In a software test, validation is one of the processes of checking whether the software meets the expected specifications and objectives or not. The data validation process has not been maximized can result in a mismatch of data that will be stored in the database. For example the amount of stock turned negative, or the number of digits entered can exceed the defined limits. This can be detrimental to the owner and user in using this application. Therefore, it is necessary to improve the quality of validation more accurately, so it can help the owner in terms of data accuracy. Applications are designed in such a way must go through a testing phase to ensure the quality of the software itself. Examples of tests can be said to be good if they have a chance of finding an error that cannot be revealed. Among the many ways of the Black Box testing methods, this study uses the Boundary Value Analysis testing method. The method tests the maximum number of limits and the minimum number of limits to produce a valid value, which is considered quite relevant for testing sales applications at PT Karunia Segar Kedua. The initial stage of the research needs to be done is to define the functionality to be tested, compile the test scheme, choose the material to be tested, determine the maximum and minimum number of limits in accordance with a predetermined database structure, conduct experiments, document research results, and draw conclusions. The conclusion is based on the testing has been done is software can be used properly, after an improvement is made on the errors found. However, this test has not been said to be perfect, because it is only done using a sample form. From the results of this test it is expected that the application can be used according to user requirements.

With this student assessment application, if there is an error in the program, there will be losses for students and universities. The loss that is in the natural student, if this application has an error (trouble) then the student assessment process will be delayed and difficult in the calculation of the value of students and students will be late in obtaining the value. The losses are in the natural universities where students want a quick assessment process but the university cannot calculate quickly and precisely. Method used in this application use black box method with boundary value analysis technique. The boundary value analysis technique measures application's assessment if there is an error when entering data that will be tested in the field to determine the value has been valid or no more errors will be stored in the database. The test is done on the Student assessment form by measuring the upper limit value and lower limit value through several predefined stages for each of the columns in the form. Test results can be input to improve the application. The results of this test can provide reference to the quality testing of the student assessment application by analyzing the functionality of the programs that have been made in accordance with the results expected

The purpose of this study is to assist MTS Al-Hidayah in school academic management which is focused on school info, lesson schedules, school activities, facilitating data search, and producing accurate reports. In the academic information system at the school there are still many shortcomings when validating the data to be entered, so that it can cause the data stored in the database to be incompatible with the expected data. So it is proposed testing using the Black Box method based on Equivalence Partitioning as a whole regarding the use, benefits, and results obtained from the useof the software. Equivalence Partitioning Technique that discusses testing in the aspect of validation enter seen from a valid class. The results of this study can be concluded that the results of testing the accuracy of the school information system software at MTS Al-Hidayah will provide the best solution for the school for the future.The purpose of this study is to assist MTS Al-Hidayah in school academic management which is focused on school info, lesson schedules, school activities, facilitating data search, and producing accurate reports. In the academic information system at the school there are still many shortcomings when validating the data to be entered, so that it can cause the data stored in the database to be incompatible with the expected data. So it is proposed testing using the Black Box method based on Equivalence Partitioning as a whole regarding the use, benefits, and results obtained from the useof the software. Equivalence Partitioning Technique that discusses testing in the aspect of validation enter seen from a valid class. The results of this study can be concluded that the results of testing the accuracy of the school information system software at MTS Al-Hidayah will provide the best solution for the school for the future.

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Black-box testing is very important because this technique is able to identify errors in functions, interfaces, data models, and access to external data sources. In implementation problems often arise when testers are never sure whether the software being tested has actually passed the test. This happens because there may be several execution paths that have never been tested. Testers must make every possible input data combination for testing. The selection of input data to find errors is a problem for testers because it has a high probability, so the test case design can automatically become a solution. In this implementation the application to be tested using black-box testing is the Mosque Management Information System. The Mosque Management application will be tested using black box testing where the test is only intended to see if the program matches the function desired by the program without knowing the program code used. To produce test case designs automatically in black box method software testing with equality partition technique. Equivalence Partitions technique is a test based on entering data on each form in the mosque management information system, each menu will be tested and grouped according to function whether it is valid or not.