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How to Take Screenshots with Selenium WebDriver

It is a well-known concept that Automated testing is most important during the testing stage of a software. However, due to a range of failures encountered during the testing process, it is easy for anyone to get discouraged and uncomfortable with the prospect of re-test in an entire script. The introduction of screenshot in the Selenium WebDriver helps in detecting test failures on the spot. In this article, you will learn the different ways to take a screenshot with the Selenium WebDriver.

Screenshots Using Selenium WebDriver

There are three steps required to follow before you can successfully take a screenshot in Selenium. The steps are analyzed below:

1 Convert web  driver object  to TakeScreenshot

TakesScreenshot scrShot =((TakesScreenshot)webdriver);

2 Utilize the getScreenshotAs method to produce an image file

File SrcFile=scrShot.getScreenshotAs(OutputType.FILE);

3 Copy file to desired location.

Programmers should note that the Selenium version 3.9.0 and above does not include the Apache Commons IO JAR. This can, however, be downloaded and integrated into your Work. Below is an example of how to take Screenshots with Selenium WebDriver. In the example, we will take a screenshot of https://testup.io/ and save it as C:/Test.png

package TestupTakeScreenshot;

import java.io.File;
import org.apache.commons.io.FileUtils;
import org.openqa.selenium.OutputType;
import org.openqa.selenium.TakesScreenshot;
import org.openqa.selenium.WebDriver;
import org.openqa.selenium.firefox.FirefoxDriver;
import org.testng.annotations.Test;
public class TestupTakeScreenshot {
    @Test
    public void testTestupTakeScreenShot() throws Exception{

WebDriver driver ;
        System.setProperty("webdriver.gecko.driver","C:\\geckodriver.exe");
        driver = new FirefoxDriver();
        //goto url
        driver.get("https://testup.io/");
        //Call take screenshot function
        this.takeSnapShot(driver, "c://test.png") ;    
    }
    /**
     * This function will take screenshot
     * @param webdriver
     * @param fileWithPath
     * @throws Exception
     */
    public static void takeSnapShot(WebDriver webdriver,String fileWithPath) throws Exception{
        //Convert web driver object to TakeScreenshot
        TakesScreenshot scrShot =((TakesScreenshot)webdriver);
        //Call getScreenshotAs method to create image file
                File SrcFile=scrShot.getScreenshotAs(OutputType.FILE);
            //Move image file to new destination
                File DestFile=new File(fileWithPath);
                //Copy file at destination
                FileUtils.copyFile(SrcFile, DestFile);
    }
}
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What is the difference between ChromDriver and WebDriver in Selenium?

One question which usually pops up among programmers is how to establish the difference between ChromDriver and WebDriver in Selenium for software testing. While both drivers are similar in terms of function and use, there are a few differences between them. This article will take you through these differences and settle all forms of doubts concerning the existence of a difference between ChromDriver and WebDriver in Selenium.

ChromDriver

ChromDriver can be characterized as an independent server that executes chromium’s WebDriver protocol. It is quite possible to create the object utilizing a subsequent command to instantiate the object of ChromeDriver if ChromeDriver driver=new ChromeDriver(); is created.

One of the obvious functions of the ChromeDriver is to initiate Google Chrome. Its absence will lead to an inability to launch the Selenium test scripts contained in Google Chrome. Additionally, the automation of any web application would be impossible without it. This reinforces the fact that the ChromeDriver is required to execute test cases on the Google Chrome browser.

WebDriver

When considering the WebDriver from the Selenium perspective, it is easy to note how identical the WebDriver interface is to an agreement where vendors of third-party browsers like Internet Explorer and Mozilla Firefox are required to follow strictly. This simultaneously allows end-users to compute a common code through the exposed APIs. It also boosts the functionality and response in all browsers available.

Copyright © 2020 Katalon LLC.

By leveraging the WebDriver driver = new ChromeDriver(), it is possible to produce instances where the WebDriver interface is cast into the ChromeDriver class. Some browser drivers that utilize the WebDriver include Firefoxdriver, ChromeDriver, PhantomJSDriver, and many others.

This simply indicates that if we decide to use WebDriver driver, this makes it possible to use the initially executed driver for the numerous browsers, which are meant to be automated like Opera, Safari, etc.

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How do I Run Selenium in Xvfb

Many people utilize the Selenium WebDriver for interaction automation with a browser, either Chrome, Selenium, Firefox, etc. However, the need to have another computer that possesses a desktop environment to execute this automation can be quite tasking and stressful. Usually, when different scenarios need to be executed, a browser will be launched by Selenium, and the script will be executed.

Installing the Xvfb

It is possible to utilize the headless Command-line argument in Chrome and Firefox. You are, however, required to configure your webdrivers to suit this command, but you need to know that while the majority of them will support this, some won’t. This has proven to be a good option for support on different platforms. The Xvfb is a display server that majorly functions to implement the X11 display server protocol. You can run any application in headless mode through this program. As opposed to the usual operation of outputting the Graphics User interface on your screen, it instead produces a virtual framebuffer which displays the User interface there. To install the Xvfb, you need to run the following code:

sudo apt-get install xvfb

To use this program easily, you can execute any command that requires a screen through the Xvfb-run Command.

xvfb-run ./Runner

In a case as above, the Runner is a console application that utilizes the Selenium to execute the automation process in browsers like Chrome and Firefox. Through this, you can successfully make the GUI application headless.

It is also possible to utilize the PyVirtualDisplay, which is a python wrapper for Xvfb, to execute any headless WebDriver tests.

#!/usr/bin/env python
from pyvirtualdisplay import Display
from selenium import webdriver
display = Display(visible=0, size=(800, 600))
display.start()
# now Firefox will run in a virtual display.
# you will not see the browser.
browser = webdriver.Firefox()
browser.get('http://www.google.com')
print browser.title
browser.quit()
display.stop()

It is also possible to utilize the Xvfbwrapper, which possess an identical module without any external dependencies.

from xvfbwrapper import Xvfb
vdisplay = Xvfb()
vdisplay.start()
# launch stuff inside virtual display here
vdisplay.stop()

or in another way, you can use it as a context manager

from xvfbwrapper import Xvfb
with Xvfb() as xvfb:
    # launch stuff inside virtual display here.
    # It starts/stops in this code block
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Test Faster, Better and Automatically

Did you hear about automated testing? If no, you have come to the right place. In this article, we are going to discuss software testing, automated testing and a specific automated testing tool called “Testup”.

Let’s begin!

What is software testing

Software testing is the process of verifying whether the actual results of the software meet the expected ones. The actual result is the software as it is developed by developers, and the expected result is the requirements of the client. It does not only mean that the software is running properly but also that the software is displayed correctly. Further, software testing helps testers to identify errors, missing requirements, and unexpected results.

Without proper software testing, the software may be no longer valid and may cause lots of problems to the end-user, he might get annoyed and switch to a different application. Therefore, it is necessary to test the software thoroughly.

Software testing divides into two main groups named manual testing and automated testing. As the name suggested, manual testing executes test cases by a human tester without using any automation while automated testing executes test cases using automation tools.

Further, software testing methods can be grouped based on the “box” approach:

  • Black-box testing – that means that the tester does not have any knowledge of the internal implementation and also does not see the source code of the software. For black-box testing, testers do not need to have programming knowledge. As a result, clients are also involved in this type of testing.
  • White-box testing – that means that the tester has some knowledge of the internal implementation and also sees the source code of the software. For white-box testing, testers need to have programming knowledge.

Why automated testing

There are some limitations of manual testing compared to automated testing such as

  • a high amount of time to complete a test,
  • consumes a lot of human resources, as a tester always need to be present,
  • the scope of the test is limited,
  • no support for performance testing and
  • the possibility of less accurate test results as it may involve human error.

Therefore, automated testing was introduced to overcome the above limitations of manual testing.

What is Testup

Testup is a visual test automation tool to test web applications, and it is one of the easiest test automation tools on the web. It is developed and maintained by Thetaris GmbH, a group of software professionals. Further, Testup is a no-code automation testing tool. Hence, you do not need to write any code to test the software.

Why do we need to use Testup

Testup testing helps to reduce the amount of time required for manual testing dramatically. It also provides an easy transition from a manual test to an automated test using the visual test editor. 

Some automated testing tools require from the users advanced knowledge and experience of test automation. This is one of the biggest advantages of Testup. To use Testup there is no advanced knowledge or experience of test automation required. Learning Testup is easy and intuitive. If needed, a lot of learning resources can be found on the official website of Testup.

Testup can capture more bugs than with manual effort and also capture more bugs before they hit their users. It is also easy to set-up the test environment and takes just a few minutes as Testup is one of the best user-friendly testing tools.

Further, the ability to test complex test scenarios with ease, unlimited interactive test executions and high accuracy of test results are some other benefits of using Testup.

Testup uses the black-box testing approach. Therefore, a user without any coding knowledge can use this testing tool for software testing.

Many WordPress developers face a problem of website crashes after a plugin update. Testup provides an excellent solution for this problem by running a test to see if the website is still working as earlier after a plugin update. Further, if you are a blog owner who is not a web developer, then you can update your website and verify with Testup, if it is working correctly without the help of the developer or agency.

Considering all the above facts, Testup is an ideal automated testing tool for a user who has little or no experience with test automation.

How to perform a Testup testing

Testup has introduced two plans named “standard” plan and “enterprise” plan. The standard plan is a monthly subscription. But the user can subscribe for the 7-day-free-trial first in order to get to know the tool. To get started free with Testup, the user can just sign up here. After that, he can start testing by creating projects and tests.

Conclusion

Testup is an excellent test automation tool for users who have never done test automation. Its wide variety of features enables the user to test the software with ease and obtain accurate test results.

We hope you enjoy this article. Happy Testing!

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How to reconnect to the browser opened by webdriver with selenium

Due to different reasons, a programmer may find it very difficult to reconnect to the browser opened by webdriver with selenium. When this happens, programming work will become stagnant. Therefore, this article will provide a way out.

What to do

Usually, a connection URL and a session_ID is what represents the Selenium – WebDriver session. Therefore, you can reconnect with an existing one. This approach of reconnecting to the browser will utilize the Selenium internal properties, which tend to be different in new versions. As a result of this, it is advisable not to use the method explained here for production code against Remote SE.

Immediately after the webdriver instance is launched, it is crucial to access the properties that were noted earlier. A sample of this is provided below:

from selenium import webdriver

driver = webdriver.Chrome()
driver.get('https://www.google.com/')

now Google is opened, the browser is fully functional; print the two properties
command_executor._url (it's "private", not for a direct usage), and session_id
print(f'driver.command_executor._url: {driver.command_executor._url}')
print(f'driver.session_id: {driver.session_id}')

After establishing both properties, then it is easy to connect another instance, which will help launch a remote driver as well as the URL included above. Doing this will help connect the running Selenium process below:

driver2 = webdriver.Remote(command_executor=the_known_url) 
when the started selenium is a local one, the url is in the form 'http://127.0.0.1:62526'

New Browser Window

After successfully running the code, a new browser window will be launched subsequently due to the automatic launch of a new session by the Selenium library, thus resulting in two sessions in a single webdriver process.

When you try navigating a URL afterwards, it is possible to notice the execution on the new browser instance as opposed to the results obtained from the initial start, which was not desired. When you find yourself at this point, there are a couple of things that need to be done. First of which is exiting the SE session, after which you then switch to the initial (old) SE Session.

This is displayed below:

if driver2.session_id != the_known_session_id:   # this is pretty much guaranteed to be the case
driver2.close() # this closes the session's window - it is currently the only one, thus the session itself will be auto-killed, yet:
driver2.quit() # for remote connections (like ours), this deletes the session, but does not stop the SE server
take the session that's already running
driver2.session_id = the_known_session_id
do something with the now hijacked session:
driver.get('https://www.bing.com/')

Conclusion

Simple and straightforward, just like that, you are successfully reconnected to the initial SE sessions you were on, containing all the properties before disconnection i.e. cookies.

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Testing with a Twist: How Testup Tests Itself

Testup is a frontend test automation system for web pages and front ends. But Testup does not only provide a tool to test front ends it also has a nice web front end itself. To assure that it remains like that, it should sound natural that we use our own software to test itself. Sounds twisted? Well…

Let’s first review some of the common challenges in UI testing.

Ideal Reality
Low Redundancy A generic redesign of the application requires redundant test updates at many locations.
Full automation Distinguishing design changes from design failures requires human intervention.
Reproducibility UI is particularly prone to inconsistencies when interactions occur at super human speed and internal states are not yet prepared.
Transparent State The internal state of server components are not accessible after the test ran through.
Locatablility Failure that surface end of a complex interaction cannot easily be attributed to a single failed feature or step.
Speed Certain features can only be reached after lengthy preparation phase. Causing for lengthy warm up periods.

Currently we have 11 UI tests. Each of the tests is focused on a specific aspect of the test application. Each of these tests activates several features that are attributed to that feature. Some tests share common predecessors that prepare the software in a stable state that can be used as a basis for more advanced features that require a filled data base.

The following picture gives you an outline of the relevant screens from each test. Please note that some predecessor tests have multiple continuations. For each of these continuations the entire predecessor must be rerun from scratch to ensure a clean state.

How are we doing on our own ideals?

  • Low redundancy
    We have shared predecessors that are 100% reused. E.g. the login process is only defined once and reused everywhere.
    Once the tests veer into different directions from a common predecessor there is no more sharing of test steps. The tests must be defined with the least possible overlap of accessed features.
  • Full automation
    In the good case tests run fully autonomously from start to end. What if it breaks? First, all test checks occur on the graphical representation of the application. Hence, it is easy for a human to assess the difference between expected and observed state. Second, tests will try to recover from the visual change and present the differences to the user who then accepts the change. In our dreams it would be smart enough to close a cookie banner, but we are not there yet.
  • Reproducibility
    It is not trivial to define tests that run consistently under variations of uncontrollable variables, e.g. server load, network latency, or expected changes in displayed calendars and times. This is certainly the hardest part and it totally relies on the usability of the software to make tracing and fixing issues as much fun as possible. (It cannot be explained until you use the software)
  • Transparent state
    Our approach is fully graphical and as such we might see less of an internal state (e.g. the DOM). However, we do record the entire screen sequence and can thus highlight any early deviations from the base line. Hence, it is usually possible to navigate quickly to the earliest indication of an incorrect internal state.
  • Locatability
    If tests were written to just replay recorded screen interactions it would be difficult to fail exactly at the point where the erroneous feature was executed. Instead we define tests such that they contain frequent checks and assertions. Adding an assertion is as easy as drawing a rectangle around the area you think should be graphically stable.
  • Speed
    Let’s face it. UI tests are not unit tests. Our tests are currently taking our 30 minutes of CPU time and it’s growing. That’s why our service comes with access to a cluster that can run tests massively in parallel.

To summarize this post with a (biased) view on our own software I have to say that we are quite happy. We have made progress on most of our set goals. In terms of usability I am convinced we have already surpassed most competition. If you haven’t done yet please do sign up and share your views.

“Testing with a Twist” is a series of articles about testing with Testup. Up to now the following articles were published:

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Testup – The Developers choice for Software Testing

Unlike manual testing, automated testing executes test cases using automated tools such as Selenium. However, using automated tools is not always easy and can be a challenge for a single developer due to many reasons.

If you are a developer who has struggled with automated testing tools like Selenium, then you have come to the right place. In this article, we are going to introduce a simple automated testing tool called Testup that helps you to perform test automation with ease.

Let’s begin by finding out the reasons why developers struggled with Selenium!

Why do some developers struggle with Selenium

Even though Selenium is very popular as an automated testing tool in the IT industry, there are several drawbacks involved in the Selenium testing tool. As a result, some users struggled with Selenium. 

The following list below shows some of the drawbacks of Selenium.

  1. The complexity of Selenium
    Selenium is not just a single tool but a suite of software which consists of Selenium IDE, Selenium RC, Selenium Web Driver and Selenium Grid. As a result, using Selenium can be difficult if you don’t understand the tool properly before starting testing using Selenium. 
  2. Lack of coding skills
    Like many other automated testing tools, Selenium also requires some advanced programming skills. Therefore, the tester needs to be familiar with at least one of the supported programming languages for Selenium such as Java, Python, PHP, etc. to write test scripts. 
  3. Not easy to learn
    For a beginner, Selenium is one of the hard testing tools to learn. It requires lots of time, programming knowledge and coding skills and also great resources to learn Selenium. 
  4. Difficult setup
    Setting up the Selenium testing environment is not easy. 
  5. Time consuming
    The amount of time required to prepare test cases is high.
  6. Weak image testing
    Selenium provides less support for image testing.

What is Testup 

Testup is a visible test automated tool to test web applications, and it was developed and maintained by Thetaris GmbH, a group of software professionals. Further, it does not need any coding for testing as it is a no-code automated testing tool. 

Why Testup

The Testup automated testing tool helps to overcome the complexity involved in automated testing. The following list below shows some of the benefits of Testup when compared to other automated testing tools such as Selenium.

  1. Simplicity
    Tesup can be considered as one of the simple automated testing tools in the IT industry. Further, it is a useful tool for someone new to test automation.
  2. Easy use
    Easy to set-up the test environment as Testup is a user-friendly testing tool.
  3. Fast test recording
    The time required to record a test can be dramatically reduced by using the no-code editor of Testup.
  4. No coding required
    The ability to perform testing without writing any programming code. Therefore, the lack of programming knowledge is not a barrier to using Testup.
  5. Easy to learn
    Learning Testup is easy, and it requires less amount of time and resources. Further, all learning materials can be found on the Testup website.
  6. Handles complex test cases
    Testup allows the tester to test complex test scenarios with ease.
  7. Speeds up the workflows
    The visual editor helps to refactor a broken test in a few seconds. Further, it allows unprecedented speed-ups in the complete development workflow.
  8. Easy understandable tests
    Readability of tests is unique due to the visual editor of Testup.
  9. Creates robust tests
    The unique anchor image technology allows the user to create robust tests.

Considering all the above facts, Testup is an ideal automated testing tool even for a user who has struggled with automated testing tools such as Selenium.  

How to perform a Testup testing

Before creating a project, you need to register with Testup. The registration process is simple and straightforward.

Testup has introduced two plans named “standard” plan and “enterprise” plan. The standard plan is a monthly subscription. But the user can subscribe for the 7-day-free-trial first in order to get to know the tool. To get started free with Testup, the user can just sign up here.

After completing the registration process, the user can create a new project and a new test.

Next, the user can record a test to test the software. Recording a test may involve steps such as selecting an anchor area, mouse-clicking, entering text to search input fields or swiping.

Finally, the tester can exit the editor by pressing the “Done” button and click on the “Run” button to run the test.

If the test passes, Congratulations! Otherwise, try to fix the test by editing it. There is a vier, too, that helps you to find the problem.

Visit Testup documentation if you need help.

Conclusion

In a nutshell, Testup is an excellent automated testing tool for a user who has struggled with automated testing tools like Selenium. Its wide variety of features enable the user to test the software with ease and obtain accurate test results.

We hope this article has helped to overcome the barriers of test automation. Happy Testing!

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Testing with a Twist: The Testup Build Pipeline

How do you write software that tests itself? We at Testup are asking us this question every day, because we are writing software that allows everybody to test their software. And that obviously includes ourselves. One of our main missions is to write software that we love to use for testing our own software. Sounds twisted? Well, ….

Let’s first look at the attributes that we love and who is the hero in that discipline.

AttributeHero technologyIdeal
Fast responseStatic code analysisGet feedback as you type
Full historyStack trace
(Log file)
See everything that happened in run up to the failure
Transparent stateDebuggerSee all variable values at the time of failure
Production like environmentDocker,
Infrastructure as code
Quick reproduction of deployment settings
Smart assessmentsHuman
AI
Make informed decisions about the validity of the observed behavior

How can we achieve all these qualities at once? Unfortunately there is no hammer that hits all nails, at least not all at once. Let’s look at our build pipeline and see how we are doing.

There are three different environments to run the tests:

  • Build environment
    • Triggered with every commit (or locally on request)
    • Has access to only the artefacts of one repository at a time
    • Should finish within few minutes at most
  • Integration environment
    • Replicates all components of the productive environment
    • Mocks/disables external components like payment, messaging, …
    • Automated tests finish within an hour or less
  • Staging environment:
    • Usable environment for humans to interact
    • Final validity check for new features
    • Should be completed within a day

Below you can see the the build process from first commit up to production release. There are only two manual steps:

  • Pull request: Manual inspection of code quality
  • Acceptance test: Manual inspection of the feature’s usability before release

We will cover all aspects of the build pipeline in future posts. Next to come: “Automated UI tests”

“Testing with a Twist” is a series of articles about testing with Testup. Up to now the following articles were published:

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10 Reasons You Can not Develop Software without Manual Testing

Manual testing is executed by an individual clicking through the application or interacting with the software and APIs with the relevant tools. In a software development project, errors can surface in any software development stage, some of them even remain hidden. Hence, the importance of testing software developed before using it. 

Here are 10 Reasons you cannot develop Software without Manual Testing:

1. To Avoid Starting the Development again

Manual Software testing points you to errors and flaws. If you wait and neglect your software’s manual testing, you may have to restart the whole development again. Hence, it is advisable to test your software in its development phase.

2. To Know if the Software is User Friendly

The Scalability of any software depends on how user-friendly it is for the customer and how satisfied they are. Thus, it is necessary to test the software and ensure that errors do not occur before it reaches the clients or end-audience.

3. To Build Customer Trust In Software

When patronizing a product, most customers value the quality of the finished product. A low-quality product can cause customers to lose confidence in you, affecting your business as well. It is crucial to have the software tested properly.

4. To Avoid Additional Expenses

People always trust affordable products that have low maintenance costs and provide accurate and consistent results. A software or application full of errors can generate additional costs, and you can lose your customers.

5. To Know f the Software has Faulty Cryptic Features

No customer accepts a product with faulty hidden features. Hence, it is required to perform a manual software test to avoid a situation where the clients will be the ones to determine the hidden flaws.

6. Your Software will End up as a Waste if you Fail

The software test is crucial to ensure that the software does not become a waste. It can cause both financial and Technical losses. As you know, every brand’s dream is to see their product becoming a success in the industry. Nobody wants their tool to be rejected!

7. Fear of the Unknown and Low Performance

A software with low performance can cloud your brand in the market. People will lose their trust in your services, and your company’s reputation will most definitely suffer. If you put your software on the market without a proper manual test, and the performance is not up to the customer’s expectation, it won’t be easy to convince people that the software or product is good.

8. To Verify all Aspects of the Software

Software Testing allows you to see all aspects of the software. For example, you can check the browser’s compatibility and, if you find an error, you have the option to correct them. I can save you from complaints once the software or application has reached customers.

9. To Determine the Quality of the Software before Marketing

As stated above, the quality of the software is crucial in the world of competitive tech. Before pushing the software to the real world, it should be tested by experts. Sometimes, a small mistake leads to significant loss and affects the reputation of the company. 

10. To Accelerate the Development Phase of the Software

Manual Software testing helps developers find errors and scenarios to reproduce the errors, making it very easy for them to fix them quickly. Also, software testers can work with the development team, accelerating the whole process.

Conclusion

The role of manual testing in software development cannot be overemphasized. An excellent testing suite should try to break your app and help understand its limits while providing you that great breakthrough you need for your software.

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Why Testup is the Best tool for a QA Team

In this article, we are going to discuss an automated testing tool called Testup. If you have a team for automated testing and dedicated QA engineers and testers, this tool will be much easier to use.

Let’s begin!

Introduction

There are several automated testing tools available in the market such as Selenium, Appium, QMetry Automation Studio, etc. But to use some of the automated testing tools, the user needs some advanced knowledge and experience in automation testing. However, Testup is different from most of the other automated testing tools. 

What is Testup 

Testup is a visual test automated tool to test web applications, and it is one of the easy test automated tools on the web. It was developed and maintained by Thetaris GmbH, a group of software professionals. 

Furthermore Testup automated testing tool uses the black-box testing approach that means the user does not have any knowledge of the internal implementation and also does not see the source code of the software. In short: Testup is an easy to use no-code test automation tool!

Advantages of Testup

Testup automated testing tool helps to overcome the complexity involved in automated testing. Further, it has lots of advantages compared to other automated testing tools. 

Testup can be considered as one of the simple automated testing tools in the IT industry. Testup test environment is easy to set-up and it takes just a few minutes as it is one of the best user-friendly testing tools. The ability to perform testing without writing any programming code helps someone who lacks programming knowledge also to use Testup. 

The visual approach of Testup enables manual testers to step into the role of a QA automation engineer. Learning Testup is easy, and all the required learning resources can be found on the official website of Testup. The visual editor helps to refactor a broken test in a few seconds, and it allows unprecedented speed-ups in the complete development workflow. Further, the readability of tests is unique due to the visual editor of Testup.

Testup can manage hundreds of tests and capture more bugs than possible with manual effort and also capture more bugs before they hit their users. Unlimited interactive test executions, the ability to test complex test scenarios with ease are some other benefits of using Testup.

The unique anchor image technology allows the user to create robust tests. Testup testing helps to reduce the amount of time and human resources required for manual testing dramatically. Accuracy of test results is also high as there is no or little possibility of human error.

Many WordPress developers face a problem of website crashes after a plugin update. Testup provides an excellent solution for this problem by running a test to see if the website is still working as earlier after a plugin update. If the test passes, the developer can update the plugin with confidence. Further, if you are a blog owner who is not a web developer, then you can update your website and verify it is working correctly with Testup without the help of the developer or agency.

Testup is not only beneficial for the individual tester but the team also. It makes communication between team members much easier. Further, all members of the team can easily understand the Testup concept, and there are different aspects of Testup for different roles of the team members. It makes the testing task easy while increasing efficiency and effectiveness of testing.

Considering all the above facts, Testup is an ideal automated testing tool for any type of user who is interested in test automation. 

How to perform a Testup testing

Before creating a project, you need to register with Testup. Testup has introduced two plans named “standard” plan and “enterprise” plan. The standard plan is a monthly subscription. But the user can subscribe for the 7-day-free-trial first in order to get to know the tool. To get started free with Testup, the user can just sign up here.

After completing the registration process, the user can create a new project and a new test.

Next, the user can record a test to test the software. Recording a test may involve steps such as selecting an anchor area, mouse-clicking, entering text to search input fields or swiping.

Finally, the tester can exit the editor by pressing the “Done” button and click on the “Run” button to run the test.

If the test passes, Congratulations! Otherwise, try to fix the test by editing it. There is a vier, too, that helps you to find the problem.

Visit Testup documentation if you need help.

Conclusion

In a nutshell, Testup is an excellent automated testing tool for any type of tester, from a beginner to an expert. Its wide range of features such as simplicity, user-friendliness and ability to test without coding enables the user to test the software with ease and obtain accurate test results.

We hope you enjoy this article.

Happy Testing!