If you want to calculate the Defect Density of your software to validate whether or not it is ready to be released, then check out our article on Defect Density and find the correct formula and a comprehensive discussion on the same. Gain insight into the importance of Defect Density and find a list of factors that affect the defect density metrics.
A crucial aspect of the software development process, defect tracking mechanism is extremely helpful and allows test engineers to refer to previous defects and analyze a similar current defect. Moreover, it helps enhance the quality of the software as a whole
"In STLC, defect severity is the degree of impact that a defect has on the application. It depends on the importance of tested function and ensures whether it is meeting the defined requirements of the client or not. To understand the significance of Defect Severity, along with its features, types, reasons, etc.
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A metric used by testers to identify the efficiency of the quality assurance (QA) testing, Defect Leakage is performed once the software product is delivered, at the user end. Measured in percentage, with the assistance of this metric, testers can prevent defect leakage. Want to read more defect leakage? Follow the link and get all the necessary information.
Defect Management Process manages issues in the form of bugs or defects in a software application. With the help of this process, it is possible to take care of the root causes that lead to the rise of a defect.
A software defect is classified into two categories by software testers, which helps them define and describe the bug/defect from different point of views. These two categories, Bug Severity & Bug Priority, are metric tools associated with the bugs and are used to determine the gravity of the defect as well as to identify the defect that needs to be tested before others
Defect report is an essential document for the testing team, as it keeps track of the software quality, performance, functionality, and effectiveness. Check out our complete article to understand the points that are to be kept in mind while creating a defect report.
Failures! Bugs! Defects! Issues in the software are categorized into different types. But, what makes them different from one the other? To help you resolve this confusion, we are here with a comparison between an Error, Mistake, Fault, Bug, Failure, & Defect. Hurry, check it out now!
Since there are numerous bug tracking tools available in the market, it is important that you find the one suitable for the project. Therefore, to help you get a reliable, efficient, and effective bug/defect tracking tool, our experts have prepared a list of best defect tracking tools.
Test scenario, or as it is popularly known as scenario testing, is a way of ensuring the functionality of the software product while validating its conformance with various business requirements. With the assistance of this process, one can guarantee that a software product works accurately, irrespective of the user condition and the implementation environment.
Defect Clustering helps software industry maintain fast and efficient delivery of the build software, by finding defects that are clustered in a particular section of an application.
Bug/Defect Triage is a part of the Software Testing Life Cycle that is slowly gaining momentum during Quality Assurance, as it enables the developers to analyze errors and find their appropriate solutions. For a further understanding of Defect Triage, read our article.
During the Software Testing Life Cycle (STLC) the importance of software inspection is immense. It allows early defect/fault detection and offers the team members a platform for sharing knowledge and information. Moreover, during software inspection, the identification of defects is coupled with process improvement strategies.
What is Defect Age? Why is it used by software testers during software testing? Well, if you have been looking for the answers to these question, we are here to end your search.
"A type of Security Testing, Fuzz testing, is used by software testers to find bugs and defects in the product, to validate its reliability and security. The basic approach used to perform fuzz testing over a software product involves the following steps:
Identifying the target system.
Identifying the inputs.
Generating Fuzz Data.
Execution using Fuzz Data.
Observing the behavior of the system.
Logging defects
A method used to find defects is known as Fagan Inspection. It is a structured process that involves detecting defects in development documents like programming code, specifications, designs, etc. during the various phases of software development.
Anomalies during software testing can be of various kinds. It can either be a defect that impacts the functionality or performance of the software or an error that creates a difference between the expected or actual results, among other deviations.
Testers need to suspend various testing processes using suspension and resumption criteria to fix defects that occur inappropriately. Follow the article to understand the importance of these criteria and fix the defects effortlessly.
Prepared after the completion of the software testing process, test incident report is a document that summarizes the defects and issues detected in the software and helps maintain transparency among development and testing team.