Introducing The Top 10 Tests For Software Engineers

Introducing The Top 10 Tests For Software Engineers

The Various Economic Problems That Have Affected Businesses Due To The Spread Of The Corona Virus Have Caused The Pattern Of Recruitment And Employment To Change To A Great Extent, And Companies Seek To Recruit People Who Have Different Expertise In Related Fields.

For example, suppose the main task of software engineers and programmers was limited to coding today. In that case, companies expect software engineers to have sufficient information regarding software quality and tests.

Accordingly, if you are looking to find a job in a large organization and send an application with complete preparation for the required assignments, you must have enough information about the software tests we mention in this article.

Introducing the top 10 tests for software engineers

Regression test

Regression testing is a way to evaluate and test software, find new software bugs or regressions in different parts of the software, and continue to apply changes such as optimization, changes in software configuration, and code editing.

Regression testing aims to ensure that new changes such as the mentioned changes do not cause new defects and errors in the software. One of the main reasons for doing regression testing is to determine whether a change in one part of the system will affect other parts of the system or not.

Admission test

In engineering sciences, acceptance testing is a test that determines whether the pre-specified requirements or the requirements in the contract have been met or not. The admission test can include physical tests and performance tests.

Systems engineering

In Systems Engineering, the acceptance test can include a black box test before the presentation. In the software testing topic, ISTQB, acceptance is defined as: “a formal test concerning the needs, requirements, and business process performed to determine whether the system meets the acceptance criteria and the user, customer, and other entities accept the system.” It will do whether they accept it or not.”

White box testing

White-box testing is a set of software tests in which attention is paid to the macro function of the software system and its source code structure, unlike black-box testing. This type of test aims to find unwanted errors such as infinite loops, paths of code that are never executed due to logical code errors, and so on. In white box testing, implementations within the software are considered, regardless of expected output or predetermined specifications.

White box test design techniques include code-oriented criteria, control flow, data flow, branching, initial path, path, and selection-oriented tests.

The basic procedures of white box testing require a tester to have in-depth knowledge of the source code under test.

The programmer must have a deep understanding of the application to know what test cases to create so that every visible path in the application is properly tested. When the application code is well understood, suitable test cases are selected by analyzing the source code.

 In the following, the three primary stages that the white box test goes through to select the test cases are mentioned in order:

  • Input includes requirements, performance specifications, detailed design documentation, appropriate source code, and security specifications. This stage is the preparation of white-box tests to find all the preliminary information.
  • The process includes conducting risk analysis to guide the entire testing process, appropriate test plan, execution of tests, and communication of results. This phase is the construction of the test cases to ensure that they thoroughly test the application and that the results are recorded accordingly.
  • The output includes preparing a final report with all the above preparations and results.

Real-time test

Real-time testing is the process of testing real-time computer systems. Software testing is done to know and help to correct computer software errors. The test verifies that the software is error-free and checks the appropriate and necessary performance for the user. Static and conventional testing methods can reveal errors, but such techniques may not have the desired result in real-time systems.

Real-time systems have stringent time constraints. These systems must apply task scheduling based on time constraints. Conventional methods are not suitable for analyzing such time constraints, so the importance of real-time testing is revealed.

As real-time system testing becomes increasingly essential, tools, including MSC (message sequence diagram), is also designed for such tests. .), SDL (is a standard used for design and analysis and supports the characteristics of complex systems and is used in many fields such as communication and automation to standard software development), TTCN (testing and test control notation is the only standardized language and International Test.) and TTCN3 (provides a broader application compared to previous versions of TTCN which focused explicitly on OSI protocols.) noted.

A/B test

A/B testing determines which of the two features, “A” and “B,” is more suitable. In A/B tests, two different implementations are presented as a test to two groups of users. Comparing the results obtained from the groups can help to choose the most suitable implementation.

 Data-driven testing

Data-driven testing is a software testing method used in computer software testing to describe the tests performed using a table of conditions that can be directly verified as inputs and outputs so that the process of setting and controlling the environment as Non-dynamically coded is not done and is used. In the simplest possible form, the tester provides inputs from a row in the data table of interest and expects the outputs in the same row to be observed when the test is run.

The test data table typically has values ​​corresponding to the bounded or partitioned input spaces. In the control method, test configuration information is retrieved from a database.

 Unit test

Unit testing in computer programming is a type of software testing in which “individual units of source code” are tested to determine whether they are compatible.

Herein, “individual unit of source code” means a collection of one or more computer program modules and associated control data, usage procedures, and operating systems. Unit tests are typically automated tests written and executed by a software developer to ensure that a part of an application (called a “unit”) meets the design and behaves as expected.

Unit testing is a method of testing small units of program source code and making sure they work correctly; In this method, the correctness of each part of the code called a “unit,” is evaluated using other codes written by the programmer.

Ideally, each test is independent of the others. Software developers commonly use unit tests. The way of unit testing can vary from evaluating the result on paper to the automatic execution of several tests by the program and analyzing their results.