Most of the CXOs from top-rated software testing companies are interested in learning about implementing functional test automation. As soon as they remember how it can grow the profitability of their app, they choose this option. This is why you must automate your available tests for agile and receive consistent, constructive feedback. At the same time, the coding procedure will detail all the positive points for your business.

It’s always best to release less ambitious and strong products in case of business ROI than an innovative, unpredictable and unstable application.

The coming back of Investment Businesses

Get positive results by implementing functional test automation practices.

Implementation of Functional test automation at the end of a development cycle ensures that your app is released without bugs or improper functioning. This enhances your business and app reputation, expanding your RoI and profitability quotient.

Functional Test Automation of the code at the end of a development cycle ensures that we can release your app without bugs or malfunctions. This maintains and enhances your business and app reputation, growing your profitability quotient and return on investment.

Well-controlled testing environment:

A test environment is something that you get after setting aside storage, compute power and other resources to build space for tests. It has all the new physical or virtual devices, that have been provisioned for the cause.

Under a controlled testing scenario, apps go through a lot of stress to check their capability and break point as part of in-house testing. It helps your app get tested beyond its capability. Your app must be put through various possible scenarios to test its scope, making it more stable and leading to better marketability and profitability.

Bug Detection at an Early Stage:

In the development stage, your app requires consistent end-to-end testing.

Functional test automation helps your code to be tested repeatedly so your team can easily find and solve problems at an initial stage in the development procedure. With agile practices like shift left, we can easily test DevOps apps at an initial step. Detection at the right time will help you remain bug-free, glitch-free, and data bottlenecks-free. This will save a lot of time so that your team doesn’t arrive at the end to understand the loopholes. In addition, this ensures that errors can be found at the beginning and moved in the proper direction.

Patching Glitches for Functional Test Automation:

 Before release, every application must be glitch and bottleneck free. Functional test automation is the most helpful tool to find out the possible glitches and assists in identifying and reducing those glitches.

Testing in Detail: 

Functional test automation lets you easily include every aspect of your app’s code and perform detailed, end-to-end testing rather than selective testing. This ensures that the app code is tested for possible compatibility problems required for a proper launch of an app. 

Also, check out a blog on Why is it crucial to Choose an Open Source Test Automation Tool? published on our website.

Speed and Appropriateness:

Functional test automation helps you to test your app within a very short time and with great accuracy. It provides a lot of coverage for fast detection of issues and ensures that your app is ever tested without the help of shortcuts. This also means that your app can be easily released at a fast speed.

Easy Accessibility:

 With the help of functional test automation, you can access objects, data, operating systems and all to test the suite in detail.

High flexibility:

As your app turns complex, functional test automation tools can be repeatedly used with more agility. 

This signifies that your app can be updated quicker. An app that gets updated regularly will have an improved image in the market and result in good profitability.

Conclusion

For any application your company releases, it is essential that, as a CXO, you don’t forget to fix the glitches before proceeding towards the official launch or delivery of your application to the client. If the quality of the application you deliver is excellent, it will improve your company’s image as a professional development firm.

HikeQA, a top-rated software testing company, introduces testing at an initial stage in the life cycle to keep the defects away and bring down the overall testing costs, rework costs and make the quality better.

Our functional testing approach is properly structured, and implements proved industry-standard testing methodologies. In addition, our regression testing approach ensures that the new changes don’t unintentionally affect the quality of apps.

Functional testing is an essential component of the software testing process. Available test automation makes sure that a system performs perfectly in real-time. Money isn’t the last thing in ROI. Whenever a product doesn’t meet the client’s expectations, that’s the best Return on Investment.

You guys can also enjoy our blog on DIY: Automation Testing Tools to Test your Desktop Apps.

The post How Functional Test Automation Boosts Your Business ROI? appeared first on hikeqa.

What is Selenium?

Selenium is a web application testing framework. It supports functional testing of web applications and supports many popular programming languages, including Java, JavaScript, Ruby, etc. Automates browsers like Firefox, Internet Explorer, Opera, Chrome and Remote Control tools such as VNC. It has various capabilities that can also be extended further by integrating custom java code. Selenium is open-source software released under the Apache 2.0 License.

What is Selenium WebDriver?

Selenium WebDriver is a tool that automates browsers. It allows you to execute your tests against different browsers in parallel. It also allows you to automatically fill in login credentials and other data required for testing web applications. Other capabilities include taking screenshots, simulating mouse clicks and key presses, etc.

How Selenium WebDriver Works:

Selenium WebDriver works by communicating with the browser drivers installed on the system. The browser drivers communicate with the browsers, sending commands and receiving feedback. This communication is done through HTTP, and Selenium WebDriver provides an API to use this protocol.

Why use Selenium for Functional Testing?

Selenium has several advantages that make it an attractive choice for functional testing:

1. Free and open-source tool-Since it is open source and free, the cost of proprietary testing tools an be saved.
2. Multiple browser support – It supports various browsers like IE, Firefox, Opera, etc. No more worrying about variable browser settings – Selenium eliminates this headache by allowing you to write test scripts that can run on different browsers without any changes.
3. Support for mobile browsers – Selenium supports testing of mobile browsers using the AndroidDriver and IOSDriver.
4. API support in many popular programming languages– Selenium provides an API in Java, JavaScript, Ruby, Python, etc. This allows for easy scripting of tests without having to learn a new language.
5. Cross-browser compatibility– Tests written in Selenium are compatible across different browsers.

Types of tests that can be performed with Selenium.

Selenium can be used for a variety of types of tests:

• Regression testing- Used to ensure that changes made to the application do not adversely affect existing functionality.
• Smoke testing- A preliminary test used to identify significant problems with an application.
• End-to-end testing- Tests the entire flow of an application, from start to finish.
• Functional testing- Verifies that the application functions according to requirements.
• Compatibility testing- Ensures that an application works with different browsers and operating systems.
• Test-driven development (TDD) – This methodology involves writing test cases before writing actual code. Once the test cases pass, the associated code is complete and can be refactored if needed.

Different ways to run a test on an application with Selenium WebDriver.

Selenium WebDriver can be used in three different ways to test an application:

1. Through a browser- Selenium can connect directly to a browser and interact with it just like a user would.
2. Remotely – Selenium connects to a remote machine that runs the browser and executes tests on it. This technique is beneficial for testing mobile browsers, where installing drivers locally is difficult.
3. In aGrid- Selenium can be used in a grid to execute tests in parallel on multiple machines, and this is useful for testing web applications that are distributed across various servers.

Selenium Grid

Selenium Grid is a tool that allows you to run Selenium tests in parallel on multiple machines. This can be useful when you have a large number of tests to run and want to save time. Selenium Grid also allows you to run tests on different browsers and operating systems. To use Selenium Grid, you first need to install Selenium Server. You can then create a grid using the Selenium Server and add machines to it. The machines in the grid can be either local or remote.

Once you have created a grid, you can run your tests on it. To do this, you need toinstall the necessary drivers on your machine and then run a proxy server. The test scripts will communicate with the proxy servers, which in turn will communicate with the correct machines in the grid.

Final thoughts

Selenium WebDriver is a fantastic tool that allows you to conduct automated functional testing for web applications. Nowadays, more and more people are using Selenium due to its cross-platform compatibility, feature richness, open-source nature etc. Few of them even prefer it for integration testing along with Jenkins. Hope this blog helped you

The post Power of Selenium in Functional Testing appeared first on hikeqa.

Functional testing is the process of executing a software application to check whether it meets its business requirements or not. It can be said that functional testing is one of the most important types of testing. There are many types of tests like regression testing, system testing, black-box testing etc. Functional tests are generally classified into two categories:

Functional testing can be classified into different types according to the purpose of the test. Some of these types are:

1) Unit testing: As the name suggests, unit testing is done at the unit level. This means that each function or method is tested for its correctness. For example, in a web application, unit testing is done on the controller functions.

2) Integration testing: As the name suggests, integration testing checks if different parts of an application work together correctly. For example, in a web application, integration testing is done between the controller and model layer to check if they are correctly interacting with each other. Also, this test is carried out to ensure data is being transferred between different layers of the application correctly.

3) GUI testing: This type of testing is done to check if the user interface does what it is supposed to do and can be used by customers. For example, in a web application, GUI testing is done on the home page and other important pages to check that all the links are working, forms can be submitted, and data can be fetched properly.

4) Smoke testing: Smoke testing is done to check if an application can be started at all. This type of testing is usually done before starting any other type of testing.For example- if you are testing an application used to book appointments, the smoke test could be as simple as starting the application and checking if it can open.Add an example here

5) System testing: This type of testing ensures that all aspects of the system are working properly. For example, a web application will test if both the customer-facing and back ends are running smoothly. For example, if you are testing a payroll application, the system test would include ensuring that the application can correctly calculate paychecks for employees.

6) Acceptance testing: Acceptance testing checks whether your product meets its requirements (e.g., business goals, technical specifications) and stands up to customer scrutiny. For example, in a web application, acceptance testing can be done to check if the pages are loading quickly or not.

Why is Functional testing is important?

Functional testing is very important as it ensures that the application works for end-users. If something goes wrong with this type of testing, customers will face problems and might give negative reviews for your product. Also, functional testing is important to ensure that the application meets its requirements and stands up to customer scrutiny.

Why do you get functional testing services?

Nowadays, most organizations prefer to outsource their functional testing services. There are lots of reasons why an organization might choose to outsource their testing, and some of these reasons are:

1) Lack of in-house resources: Functional testing is a time-consuming and complex process, and not many organizations have the resources to undertake this type of testing. This might be because not many people have good experience in testing and it’s a new process for them. So, you can get functional testing service from an outsourced company that has the required skills and expertise to undertake this complex process.

2) Customer needs: In today’s competitive world, organizations have to ensure that they provide a quality product at the earliest. This is the need of the hour as customers today always think about value for their money. By delivering high-quality functional testing service, you can win customers’ trust and improve your market share.

3) Cost saving: Outsourcing functional testing saves recruitment, training, infrastructure, technology and tools etc. This is because an outsourced company will already have required resources in place, which you don’t need to invest in. Also, the outsourcing company offers fixed costs for functional testing, which means that they charge a certain fee each month irrespective of several test cases being executed. So it reduces your risk as you are not paying for something which may not be delivered.

4) Time saving: By outsourcing functional testing, you can save a lot of time as the outsourced company will take care of all aspects of functional testing. This includes planning, designing, executing and reporting the results. So, you can focus on your core business activities and leave the task of functional testing to the experts.

Conclusion

Functional testing is an important testing phase as it ensures that your application works for end-users. If anything goes wrong with this type of testing, customers will face problems and might give negative reviews on your product. By outsourcing testing, you can save a lot of time as the outsourced company will take care of all the aspects related to testing. They will include planning, designing, executing and reporting the results. So, you can focus on your core business activities and leave the task of functional testing to the experts.

The post Types Of Functional Testing And Its Importance With Examples. appeared first on hikeqa.

In the software development life cycle, functional Testing is a necessary quality assurance (QA) process to ensure that the software functions as intended. Functional Testing is a type of black-box Testing where the system’s functionality under test is examined by simulating user input and verifying the output. It can be performed manually or via automated tools. 

What is Functional Testing?

Functional Testing ensures that the software works as expected before it is released to the user. Functional Testing aims to verify whether the system under test can do what it was designed for. As end-to-end Testing, a functional test could be anything from a single form or input field on a web page to an entire business process. It is important to note that functional Testing is not intended to find defects but to verify that the system works as intended. However, if any defects are found, they need to be fixed before the software is released.

Who performs Functional Testing?

Either manual testers or automated tools can do functional Testing. However, using automation tools is preferred because it is faster. And more efficient than manual Testing.

Critical steps in Functional Testing

Functional Testing has multiple vital steps that need to be performed before releasing the software into production. These steps are typically carried out by an automated tool which includes test case design, test execution, result tracking, and reporting.

1. Test case design: The first step is to design the test cases used to verify the system’s functionality. The test cases need to be prepared to cover all aspects of the system under test.
2. Test Execution: Once the test cases are designed, they will need to be executed and tracked for any errors or failures.
3. Result tracking and reporting: The third step is to track the results of the tests and generate reports. This will help in identifying any defects that need to be fixed before releasing the software into production.
4. Reporting: At the end of every testing session, results are typically presented in reports for analysis by different stakeholders.

What Functional Testing is NOT?

Functional Testing is not the same as load, performance or stress Testing. And it also does not include unit tests that test individual components of an application. Load, performance and stress testing verify that the system can handle increased user volume with good response times. While unit tests are intended to test the functionality of single components, functional tests are designed to test the system’s functionality as a whole.

What tools can be used to perform Functional Testing?

Several commercial and open-source tools can be used for functional Testing. Given below is a list of popular tools:

• Selenium – Selenium is an open-source flexible automated Testing tool for web applications.
• QTP (Quick Test Professional) – QTP is a popular commercial automated testing tool for functional Testing.
• JMeter – JMeter is an open-source Java-based tool used for load and performance testing.
• SpiraTest – SpiraTest is a commercial tool used for functional and regression Testing.

What are the benefits of Functional Testing?

Functional Testing helps ensure that the system works as intended. And provides a greater level of assurance before releasing the software into production. Another benefit is that it can be automated using tools, making it faster. And more efficient than manual functional Testing.

What are the risks associated with not performing Functional Testing?

One of the risks of not performing functional Testing is that the software may not work as intended when it is released to the user. And this could lead to a negative customer experience and lost revenue. Functional Testing should be considered an essential part of the software development process to avoid these risks.

Final thoughts on Functional Testing

Functional Testing is a crucial step when it comes to verifying that the software you are developing works. It demonstrates that the system functions as intended. And ensures that end users have a good experience with your product.

It is important to note that functional Testing is not intended to find defects but to verify that it works as expected. Corrective actions may still be required even if the functional Testing passes since some defects can only be identified when the application is placed in a production environment.

Functional Testing has multiple vital steps that need to be performed before releasing the software into production. These steps are typically carried out by an automated tool which includes test case design, test execution, result tracking. And reporting.

Why us?

We are a leading software testing company with over years of experience in providing functional testing services. We have a team of experienced testers who can help you verify the system’s functionality. And ensure a good user experience. We will ensure that your software works as intended. And delivers a great user experience.

Our testers follow Agile and SCRUM methodologies and work in collaboration with you to achieve agreed-upon goals. Contact us now!

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