Differentiating White, Gray & Black Box Testing has always been confusing for Testers. Though they might seem similar, they are immensely different and focused on different aspects of the product. Therefore, to help you distinguish them from one another, we are here with our detailed comparison. Check out now and gain full insight into distinct points of differences among these testing techniques in this article.
While testing a software product, it is crucial for the team to evaluate the new changes, modifications, and features, to ensure whether they impact the existing functionality, quality, and performance of the software. This task is made simpler by sanity testing, as it enables the testers to verify and validate the veracity of essential functionalities of the software after regression testing.
A preliminary test performed over the initial build of the software, Smoke Testing verifies the stability & readiness of the build, to prevent system crashes and failure during further testing. It is termed as a build verification testing, as it is primarily used to reject software build(s) and declare it unstable for further testing, at first sight.
System Requirement Specification (SRS), Functional Requirement Specification (FRS), and Business Requirement Specification (BRS) are types of documents that seem to be the same, but in general, they all differ from each other. Let us explore the differences between them in our following discussion.
If you want to perform an estimation of your testing efforts in terms of budget, resources, and time, then test point analysis is the technique for you, which is specifically designed to estimate the black box testing efforts.
One of the most preferred and widely used estimation techniques used in software engineering, Functional point analysis helps make an estimate of the software project, including functionality or function size of the software product.
From performing HTTP validations to including various content types like JSON, JSON HAL, etc.during testing, with our API Testing Checklist ensure the accuracy of your API Testing.
The process of test management is carried out with the assistance of test management software or test management tools, that are often multi-purpose and capable of performing multiple tasks, such as tracking, logging, reporting and incident management. Therefore, use our list of best test management tools and find the one most suitable for you.
One of the last tests executed on the software, Acceptance Testing is conducted by a pool of targeted users to ensure the readiness and quality of the system. Performed from the user's perspective, it allows the team to meet the user's needs and expectations.
Testing guarantees the proper functioning of the software by validating its security, stability, etc. This process can be further be made effective by defining testing objectives. Check out this article and explore the various objectives of testing.
With the increasing demands of quality products, the need for an effective and suitable software quality model is also rising rapidly, as they are a standardized way of measuring software. Since there are numerous Software Quality Models, our experts have prepared a detailed comparison of all.
An integral part of SDLC, Code Coverage, which is a white-box testing technique, measures how the code is executed during the process of testing. Moreover, it helps ensure that no line of code or area of the program is left untouched for the testing purpose.
Hallway Testing, a type of usability testing, plays an important role in identifying usability errors in the product. It enables developers to get constructive feedback about various components of the software and identify issues like the design flaw, unclear UI, and more.
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.
In software testing, the test drivers are used in bottom-up integration testing to functionally simulate the behavior of upper-level modules, which are not simulated yet.
If you want to evaluate and verify various structural aspects of your product, Path Testing is here to help you out. From ensuring that every possible path has been covered and executed at least once to guarantee the effectiveness and the quality of the product, Path Testing does it all.