Software quality is the theme of studies and research from generation to generation in the history of software engineering. The study starts from what will be measured (whether the process or product), whether the software can be measured, the point of view of the gauge and how to determine the parameters of measuring the quality of the software. If you need to measure the quality of your software, you can visit https://www.qulix.com/services/quality-assurance/.
However measuring the quality of software is not an easy job. When someone gives a very good value to software, other people do not necessarily say the same thing. A person’s point of view may be oriented to one side of the problem (for example about the reliability and efficiency of software), while others claim that software is bad using another perspective (usability and design aspects).
The first question that arises when discussing the measurement of software quality is what we really want to measure. Software quality can be seen from the point of view of the software development process and the results of the product (product). And this assessment is certainly end-oriented to how software can be developed in accordance with what is expected by the user. Software quality measurement can use standards from best practices developed by practitioners and software developers.
The engineering approach wants the quality of software can be measured quantitatively, in the form of numbers that are easily understood by humans. For this reason, it is necessary to specify measurement parameters or attributes. Attributes are arranged hierarchically, where high-level attributes are called factors of low-level attributes called criteria. Factors show product quality attributes seen from the user’s point of view. While the criteria are the parameters of product quality seen from the point of view of the software itself. These factors and criteria have a causal relationship.