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Bringing efficiency into software testing and test automation.
In order to maintain a competitive edge, organizations constantly need to improve their products. This also requires them to maintain the quality of their products. This increases the pressure on test automation framework with constant changes, shortened release cycles and reduced time allocated for testing but with uncompromised efficiency and effectiveness.
Generally, a high proportion of testing is usually dedicated to regression testing, which makes sure that the current system is still working even after new changes and enhancements. Such testing is generally tedious and prone to errors. Automation ensures that regression testing is performed with consistent quality within the available time.
Test Automation Frameworks help to increase the speed and efficiency while maintaining the product quality.
Some of the best test accelerating factors can be listed as follows:
- Hire experience testers. Many organizations start testing as an entry level job. As a result the testing process is not executed efficiently. Experienced developers and testers can foresee code defects and perform effective testing in lesser time.
- Facilitate interaction between the testers and developers. Better communication saves the nuances of email updates and creates a friendly environment for work. This benefit though not quantifiable, but is effective in the long run.
- The reporting system for testing should be independent. The testers should be made to report directly to the project manager and the business analysts. This helps the project manager to plan the development accordingly. This also involves the testers in the development cycle early on.
- Allocate dedicated testers into specific systems. This deepens the testers understanding of the system and how it needs to work for optimum results.
- Providing a practical business training to the testers allows them to get a real understanding of the business application that they are testing. It also enables them to identify potential loopholes in the system and suggest features for future enhancements.
- Testing mostly involves technical fiddling. Involving non-technical users into the process of testing provides a different perspective in finding out the performance issues of the software application.
- Many organizations prefer to run their testing phases directly in the production environment. This approach is faced with several limitations regarding security protocols due to which complete end to end testing is not possible. Hence, organizations need to proceed towards replicating the production environment to get an idea the software performance in the actual environment.
- The Agile and the DevOps methods have involved testing right from the requirement gathering stage. Practicing this approach helps to detect flaws early on and saves time in the long run.
- Equivalence class partitioning is a mathematical approach which helps in identifying additional functional requirements which may not have been articulated. It gives a good idea of the number of test cases required to test a system’s functional requirements. It is a way which can list all the ways a system can be used by a user.
Conclusion
The discipline of software testing is undergoing seismic shifts from a wide variety of perspectives. Tactical processes have now evolved into strategic exercises. Among them, understanding the user, the application, the economic resources, access devices, test automation framework result in a more comprehensive, aligned and faster testing cycles.
An overview of Scriptless Test Automation.
With time, the complexity and maturity of applications have increased and so have the approaches of testing and test automation. There are many testing tools available in the market now a days, which claim to be simple, easy to maintain and have extensive features. However, for better test coverage, testers are always required to leverage coding and scripting. More codes imply more maintenance costs for scripts and frameworks. Thus, efforts were put on developing processes with little coding involved and still achieve quality and maintainability. This paved the way for Scriptless or Codeless Test Automation.
Most of the functional test automation is used in regression testing. Here the effects of change can be seen only when the developers have delivered the code. It gives the automation tester very less time to adapt to the changes made. This makes it very important for the testing teams to be ready for such situations. To cater to these challenges, many automation frameworks with sophisticated code development and modularization came into being. They are Keyword Driven Framework, Modular Framework, Hybrid Framework, etc. Each automation framework resolved issues as per project priority.
But most of the time, the maintenance efforts exceeded the development efforts due to debugging complexities.
With the introduction of the Agile development methodology, test automation became more challenging. Here more and more time was being spent over test automation development, maintenance, creation of tests and updating them as per scope changes finally executing them.
With increasing competition, organizations focus more on the cost benefits and improve cost efficiency. This finally evolved into the development of a script-less test automation in order to simplify the development and maintenance of test automation. The most aggressive, encouraging factors for script-less automation can be listed as follows:
- Delivery Speed
- Overall maintenance
- Configurability
- Robustness
- Efficiency
The benefits of scriptless test automation are numerous.
- Test Automation becomes easier and comprehensive.
- Its pre-defined set of methods reduces the time required for automating test cases.
- There is no code level debugging. Hence, maintenance becomes easier and less time consuming.
- As no programming language is required, it is easy to train non-technical engineers and business analysts, which enable them to contribute towards test automation.
- As lesser to no time is required in scripting, testers are able to focus more on analyzing results, detecting inconsistencies and focusing on functional aspects.
- Automated and Manual tests, both are located at the same place which gives a transparent view of what has been automated and what has not been automated.
- Increases the productivity of the test process.
Conclusion
Scriptless Test Automation is an idea to resolve most of the limitations and challenges of test automation. It does not confirm the obsolescence of code based test automation. However, with the increasing complexity of software technology and their features, scriptlessness is set to be the future attribute of test automation frameworks.
Test Automation: The focal point of CI/CD workflow.
In today’s hyper-competitive market of technology, it is an advantage to have a competitive edge. This pushes organizations to adopt development techniques which help to establish the practice of continuous integration and continuous delivery. Continuous Integration calls for code integration into a shared repository many times in a day, while continuous delivery enables the delivery of usable build to the user.
The main challenge for software professional is to deliver a good idea to people as soon as possible. The traditional waterfall method is inadequate to achieve this goal, hence organizations are adopting development techniques which support continuous integration and continuous delivery. A typical development pipeline is an implementation of the building, deployment, testing and release process of an application. For achieving CI/CD, it is recommended to automate this pipeline as much as possible. If concentrated enough on this pipeline, one will realize that test automation is a vital element in the process of continuous delivery. Hence, concentrating on test automation will help to establish a result oriented environment for CI/CD.
Automated Testing forms an integral part in continuous delivery. An organization has three options in order to select the right automation tool – to build an in-house automation framework, use an open source tool or purchase a premium test automation tool. Building an in-house automation tool is a time taking affair and a software project in itself. Purchasing premium tools can be an added investment without a guarantee on its ROI. So the best economic and technical approach is to leverage an open source tool. Among them, Appium and Selenium are ideal test automation solutions for mobile applications and web application respectively.
Automated Testing is all about using a special software to control test execution and compare the actual result with the desired results. For effective results it is important to select the right tool, framework and technical approach. The best approach is to understand which tests are to be automated and which are to be performed manually. As suggested by Mike Cohn, low-level unit tests need to be automated more than higher level end-to-end GUI tests. This is because unit tests verify and validate the initial source codes. Usability tests and one-off tests should be done manually. Selecting the right automated testing framework enables extension of test automation to larger projects. Whichever framework is chosen, it is important to keep the test script separate from the framework. This makes it easier to maintain and extend them later on.
Conclusion
Organizations striving for continuous delivery need to evolve their testing practices from an existing manual system to an increasingly automated one. Past the initial hurdles, the investment in automated testing is worthwhile. An ideal test automation solution can be based on Selenium and Appium which come without the burden of maintenance and manual configuration. Organizations investing their efforts on automated testing will eventually be the ones to establish a result oriented CI/CD workflow and will finally deliver quality products into the market.
Cigniti €™S Test Automation: Flexible and Scalable Frameworks
In furtherance of an industry which banks its existence whereto the celebrity with regard to automation, IT has encompassed almost every phosphor of human acting. Minus education to aviation, software is being deployed in consideration of give the ax recurrent processes with innovative technology solutions.<\p>
From trucks with rotating antennas which €pluck' oranges from orchids to GPS-guided auto pilot systems, mechanics is being deployed to automate mundane processes and refine upon critical areas of health care, exploration and legwork. Barring systems need to be tested influence fictitious environments and real show. The outcome of these tests will define the commercial paper and adoption of the systems. <\p>
The mindboggling pace of development has upon be matched by an equally comprehensive testing intention which can have good prospects visibility of the defects throughout the lifecycle. The new age test automation frameworks summons the end use about having a 24\7 defect detector that alerts the stakeholders to defects which keep arising during the lifecycle.<\p>
Success depends on the ability toward have an automation system which incorporates business epistemological logic into the acid test strategy. The framework should en plus integrate into the intricate philosopheme flow across networks apart from scans at the external interfaces. This will bounty enterprises have metrics which present microscopic view as to the cause, lading and impact touching the defects while giving a panoramic view of the crack status across the software\IT system.<\p>
Differing predominating services which are Off the course, Test Automation requires a depth understanding as for the client's business and IT encincture. The testers should have the capacity to translate testing services into jigger solutions that enhance the layer of character assurance. And most importantly, the automation has to stand persuasible and scalable to accommodate the planned growth as well without distinction the inevitable waves of the whole story flow that keep increasing at the day.<\p>
Having an self-directing software experimental design partner will help enterprises arrive at a consecutive intervals indictor view of the requirements and recommendations that will align deference logic with the technology roadmaps. Since automation encompasses the internal whereas well as eternal environments of the software, the framework should incorporate changes heraldic device updates into the lifecycle.<\p>
These changes can be planned unicorn unplanned. The ability to track the fountainhead of defects and the speed with which they are communicated will define the future of the IT system. The reports generated by the automation framework need to be customized and streamlined to help stakeholders identify the cause and flight of the defect.<\p>
Substance the World's Fourth Largest Independent Software Testing Services Company, Cigniti helps clients design and implement test automation frameworks that help stake holders startle better decisions and enrich business outcomes with unclog, skill and accuracy.<\p>
Enhops is an Independent Testing Services company and offers Software Testing services. Quality Delivered.
Enhops focuses to deliver quality and result oriented services with operational excellence in Software Testing Industry.
Enhops is an Independent Testing Services company and offers Software Testing services. Quality Delivered.
Enhops automation tools will help you to analyze your ROI, test data generation, statistical defect prediction for efficient and effective testing.
