The recently launched or the latest version of the existing product, it is essential for the organizations to ensure that each of its product goes through a stringent quality test to ensure that it meets the standards set.
For what reason do we Need AI in Software Testing?
Software testing is a process that set up a fundamental aspect of the area of improvement. Though, most of the time developers can’t complete a comprehensive testing of an application because of the scarcity of time and assets.
AI testing needs very little maintenance and is capable of determining new paths. Software testing is just the right field for applying AI as testing, whether manual or automated.
As code changes from a team that constantly integrates the original structures and bug fixes can have a huge impact on how an application appears to be and functions on different devices and browsers and this can quickly affect that application load around the machines. And this is where performance testing becomes crucial to a well-rounded QA strategy.
Apache JMeter is an open source load testing tool. It is a mainly a performance testing tool and can be integrated with the test plan.
2. HP LoadRunner
This is an HP product and can be used as a performance testing tool. This HP product can be purchased from its HP software division. Besides, it is very much useful in understanding and ascertaining the performance and outcome of the system when there is an actual load.
QA plays a very crucial role in delivering quality software into the market and also helps in organization overall growth.
i) Production testing ensures less time to market: Testing in production is a significant way to check performance of the software with real data. It helps in determining application’s performance in real time and determines how application behaves in weak connections or network failure.
ii) Automation saves manual time: Test cases can be converted into test scripts(automated) during application development. This helps in increasing overall test coverage along with reducing the manual efforts. It also increases the Reusability of test scripts when the OS or device changes.
Usability testing directly deals with the real users’ experiences. This type of manual software testing is performed by a group of end users who use the application and find out the usability defects.
If done rightly, Usability Testing is the key to success. In the end, it can be summarized as the process which ensures that the end product meets the users’ demands in order to deliver a flawless user experience.
Types of Usability Testing
# Explorative Testing: Explorative testing is performed in order to analyze what content and functionality the new product should possess to meet the expectations of target audience before releasing a new product. In this type of testing, users test specific services where they are given real scenarios to perform which helps to highlight any kind of loop holes if present.
# Comparative Testing: This type of testing is performed to compare the usability of two different websites. Comparative tests are usually used to compare a website against a competitor site. However, it can also be used to compare two designs to analyze which one provides the best user experience.
Numerous browsers, multi-tiered architecture and intricate web technologies together put a twist in the working, as does the cost to acquire the tool that facilitates automation.
Ease of Use
Selenium offers an intuitive, user-friendly interface for creation and execution of test suites.
The real task of writing and maintaining scripts with Selenium is also really relaxed. The tool allows ascertaining elements from the browser, making it easy to write the tests using the specific identifiers of the element.
Selenium is a powerful tool that covers almost all the aspects of web functionality testing. The scope is also increased by the means of various add-on tools. Selenium IDE allows the users to navigate their application in Firefox and record their actions forming tests.
The goal of performance testing is not to find bugs but to eliminate performance bottlenecks. Performance testing helps in establishing speed, scalability, and stability of the software application. So, designing and executing these tests are critical for ensuring stability of an application. An effective performance testing strategy is essential for highlighting most of the performance issues. It could be associated with the database, network, software, bandwidth, or the hardware.
Why it is critical for enterprises to invest in Performance Testing: 1. It will generate more revenue: The faster the web application is, the more it will generate revenue. For applications such as e-commerce applications have to provide an easy and secure gateway to the customers which results in better transaction and repeated visits on the application. 2. Provide customers with better website speed: A slow and lousy website results in repelling the crowd coming on the site. The automation testing tools enable the teams to check the speed and performance of the website. Users should be able to load the site with basic connectivity and bandwidth that helps in maintaining the interest and keeping them engaged. 3. Improve quality by Resolving defects before getting into market: Performance testing gives customers the information about their application regarding speed, stability and scalability. Performance testing helps in uncovering what needs to be improved before the product goes live. Without performance testing, application is likely to suffer from various issues such as running slow with simultaneous users.
QA designers and IT organizations are regularly asked by the clients when testing a software application — whether to select manual software testing alternatives or give an attempt to new automated systems.
There are some cases, in which software automation testing rules but at the same time, it could end up costing you more than it’s worth. This is the reason because of which you must consider the expenses and advantages according to the project.
Manual testing is a process of testing each and every program individually and making the comparison of the outcomes with that of expectations. Manual testing is a procedure in which tester utilizes the program as a user and encounters functionality to check whether every one of the features is working appropriately or not.
Various tools are utilized by testers in order to execute automated testing services. Automated testing is a process in which the tests of a software application are pre-scripted and the software tools execute these pre-scripted tests before it is released into production. It makes use of automation tools to write and execute test cases. Therefore, no manual involvement is required while executing an automated test suite.