A solution simplifies performance load testing for colocated teams. With project-based capabilities, so teams can quickly identify abnormal application behavior.
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OpenText UFT One
Score 7.8 out of 10
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Unified Functional Testing (UFT, formerly known as HP UFT and before that QuickTest Professional or HP QTP) is a functional and performance testing tool acquired by Micro Focus from Hewlett-Packard Enterprise, now from OpenText.
Most of the test tools are similar in nature to what they do. Every tool has its own quirks, making them necessary to understand how and what they do, before we get to start using them; which also happens to be the key to good automation testing. Considering the HP toolset, …
Micro Focus LoadRunner and its suite of tools, specifically VuGen works wonderfully for us for all web, http/https and web service calls. We've been able to build tests for near any scenario we need with relative ease. As long as we have crafted up requirements for our scenarios / scripts to managed scope, we've had high success working with scripting and data driving. Our main tests are web service calls - typically chained together to form a full scenario with transactions measuring the journey or a similar (measure along the way) journey through a browser. For web services we will use VuGen and browser we've shifted to Tru Client I have had little-to-no experience scripting against a thick client where a ui-driven test would be required. I know its possible but quite costly due to the need to run the actual desktop client to drive tests. We've been fortunate enough to leverage http calls to represent client traffic.
UFT is well suited if the price is not an issue, and if the requirement is about testing different technologies. If the application is based on Legacy platforms like Siebel or Mainframe, UFT fares quite well. For low cost web-based projects, there are other cheap and open source tools available. If it is about API testing or Mobile Testing, it is better to use other tools like TOSCA.
The simple front end will allow novice users to easily grasp the basics of automation and give them confidence to try things for themselves.
UFT can scale up and run across multiple machines from a single controller, such as ALM, enabling hundreds of tests to be executed overnight.
There is an active support community out there, both official HPE based and independent users. This means if you do encounter a problem there is always someone out there to help you.
The later versions have many add-ins to plug in to other tools within the QA world.
Expert users are able to utilise the many native functions and also build their own to get the most out of the tool and impress people as they walk past and see the magic happening on the screen.
UFT also has LeanFT bundled with it, allowing automated testing at the api level - if you can convince the developers to let you in there.
HP LoadRunner with new patches and releases sometimes makes no longer support older version of various protocols like Citrix, which makes the task time-consuming when using older versions of LoadRunner for some of the cases. So it should support older version as well while upgrading.
Configuring HP LoadRunner over the firewall involves lots of configuration and may be troublesome. So, there should be a script (power shell script for Windows or shell script for Linux users) to make it easy to use and with less pain.
I would like to see the RunTime Viewer of Vugen in HPLoadRunner based on the browser I selected in the run-time configuration to make it feel more realistic as a real user.
Licensing cost is very high when we need to perform a test on application for a specific group of users.
Its licensing cost is very high making it a very expensive tool. due to this many organisations are exploring options of license free tools like Selenium for automation. Though learning curve is large in case of Selenium but it is very cost effective & you an get lot of support online for Selenium.
Though the scripting time is less since its easy to create automation scripts, the execution time is relatively higher as it takes the lot of CPU & RAM.
Though UFT is quite stable but during long execution cycles we do get frequent browser crashing issues.
In terms of costing TestComplete is also one option which is not free but comes with modular pricing. You can buy what you need, when you need.
Customer service is not that great. It's difficult to get hold of someone if an issue is supposed to be addressed on an urgent basis. No online chat service readily available.
HPE are quick to reply and it's possible to get through to the actual developers shuold the case warrent it. Their online system allows updates and tracking of all incedents raised.
1. It works solid for automate SAP and S/4 Hana applications and Fiori too. 2. Teams are well versed about UFT One 3. Able to handle maintained execution results 4. Publish Automation execution results in well manner to the leadership team/stake holders 5. More help content available 6. Able to understand non technical resources about normal view.
The scripts created with traditional web/http protocol are not robust thus re-scripting is required after most every code drop. Troubleshooting and fixing the issue takes more time therefore in most cases we do re-scripting to keep it simple and save time.
In ideal world you would rather spend more time doing testing than scripting in that case mostly you could use an Ajax TruClient protocol. This type of script will only fail when an object in the application is removed or changed completely. This way of scripting will save you more time and helps you maintain the scripts with less re-work effort on a release basis. On the long run you will have a better ROI when you use Ajax TruClient protocol for scripting.
Reduces the total workload of keeping the team to test older (regression) functionality. QA testers can concentrate on ad-hoc and exploratory testing, saving time and effort across the entire project.
Has built a better infrastructure for the client applications on which we can rely on for stability and providing regression results for any new features being developed.
Led the applications a step closer to implementing agile practices and DevOps across the entire organization. Thus, providing a better turnaround time of new features to the customers and less maintenance headaches for the BAU team to address.
