HOW TO IMPROVE TEST AUTOMATION SUCCESS & ROI FOR YOUR BUSINESS?

 

Do you struggle to display the benefits of ROI test automation for your business? Are you looking for strategies to improve the effectiveness of test automation & ROI? Have you tried increasing ROI in general software testing and specific automation testing? With the increasing complexity of software applications and demand to release high-quality software at speed (quality at speed), the test automation quickly reaches higher significance in the SDLC (software development cycle). A list of benefits brought by many testing automation. The automation testing tool not only increases productivity but also relieves the QA team from the extra load of repetitive and boring testing activities. But for this, a well-planned test automation strategy must be followed to achieve greater success and ROI with testing automation.

The risk of releasing software products without sufficient testing, has a much greater implication now than before because of the very competitive market nature and increasing end-user expectations. Software test automation, if done correctly, can mitigate these risks. "

 

Tips for increasing the effectiveness of test automation & ROI

Correctly done, software test automation can quickly and efficiently restore multiple amount of time, effort and costs invested. However, not every test automation project provides higher ROI and success. Establish the right type of expectation with project stakeholders and important business owners to help ensure that everyone has the same vision of success.

 

 

 

If you strive to utilize your testing automation investment or try to increase the effectiveness of the test automation, here are 5 tips that you must start following to increase ROI:

 

1) Understand the value of automatic testing

Automatic software testing can greatly reduce overhead, increase efficiency, reduce the time spent on testing by test engineers, critically increasing the overall speed of testing activities (compared to when parallel manual tests are carried across a large combination of test machines), and most importantly reducing margins Errors that can creep because of manual human testing. Automatic testing has other beneficial factors, such as:

 

- Automatic test, when implemented at the initial stages of SDLC, helps maximize the efficiency of development time.

- After settings and running, testing automation means fewer human interaction and thus save hours of valuable testing time.

 

 

- Testing the written script efficiently can be reused and can be adjusted to test various application fields.

 

2) Decide what to be automated

Identifying what needs to be automated must be the first thing you have to do to take advantage of the benefits of test automation. Therefore, given the various factors such as applications under tests (AUT), the software environment, hardware dependence and network etc. will help you when deciding what to be automated. Here is a list of some good candidates for test automation:

- Test cases that are very repetitive in nature

- Features or functions that are expected to remain unchanged during the lifecycle cycle

- Test cases involving complex data crackling and complicated calculations

- User actions that require regular environmental settings

- Non-functional test (eg security testing, comparing performance etc.) that is difficult to manually test

- Tests related to application areas that are more susceptible to defects / errors

 

3) Don't try to automate everything

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This must be a "no-brainer", but trying to automate each and everything often defeats the entire destination to carry out test automation and negatively affect ROI. Because it can be done practically millions of combinations of test scenarios in a product, automating each and each test case will result in increased costs and efforts. Likewise for certain complex test scenarios, it is better to use manual human testing because automation does not produce the desired results.

 

4) Create an automatic test that requires minimum maintenance

When writing automatic tests for applications that often change in terms of functionality and UI can be a challenge. Automatic test scripts may no longer work for sequential build / versions of applications. To prevent this, your test script must have "self-healing" nature and you can achieve it by identifying and finding the UI property and object when writing a test script.

 

In addition, you must use a unique name and identifier for various UI controls. This will help ensure that the automatic test remains not affected by the UI to change. This will make your automatic test work smoothly without requiring you to update every time there is a new building with the layout or UI function that is changed.

 

5) Use standard test automation tools, frameworks & test techniques

You can solve most of the testing automation challenges by utilizing standard automation tools, frameworks and test techniques. Can be applied depending on your special testing requirements. In addition, using the right type of framework and testing tools can help in achieving expected output and higher ROI than the test automation project.

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Difference between software testing and software development

Software testing: software testing is a process used to identify the complete truth and quality of computer software developed. This includes a series of activities carried out with the intention of finding errors in software so that it can be repaired before the product released to the end user. Actually testing is the process of analyzing software items to detect the difference between existing and necessary conditions (i.e. defects / errors / bugs) and to evaluate the software item features.

 

Software development: software development is used to refer to computer programming activities, which is the process of writing and maintenance of the source code, but in a broader sense of the term includes all involved between the software conception desired to the final manifestation of the software, Ideally in planned and structured processes.

 

Difference: The process or phase of making software is called software development, after the software has been made and ready to provide end users, we test software with requirements. Software testing is the execution of the program with the intention of finding a bug.

 

Development is writing code, testing is find out whether the code is running or not as you would expect. Software testing is the supervision made to provide information about the quality of a product or software tested by the client in question. Trained professionals who carry out testing work are called software testers. Software testing includes a lot of different techniques and is not only limited to the implementation of the program to find errors or software bugs. Software development (also known as application development, software design, software design, software application development, company application development, or platform development) is the development of software products.

 

Tester software works with new software and assistance in correcting errors occurs in it while software developers are professionals who develop new software products depending on client requirements. The responsibility of software developers also includes broader aspects in the development of software products. Software development is equipped with developers, software publishers, programmers and system development cycles. Software testing is carried out by software testers, managers, test leads, tester testers, tester, automation developers, and test administrators.

Why visitors leave your site in seconds

After spending a day and night reflecting a copy of your website, you now have it perfectly shown along with polished images and the the site looks very professional. You even invest in many marketing efforts to increase traffic to your site and to produce more prospects.

 

Now it's been days since you first launched your website; The day changed to several months, but where are the customers?

 

It takes more than just building a website to make visitors enter customers.

 

Here are some errors paid by visitors about your website and then decide to go:

 

Vintage designs: The design of your website is very important. Will you trust a website that looks a little smart? If the website at first glance makes visitors feel uncomfortable then they will leave.

Difficult to read content: Content on your website must be 'read easy' and not just words that make it easy; This is the whole package - font, size, background and color that you decide to use.

Plugins obsolete: today, users do not have time or patience for your flash file, so need a version update. Use HTML5, and have short transcripts under videos that help your SEO efforts.

Too many ads: People can be skeptical about online banner advertisements so it shouldn't be the first thing they see. If you have to have it on your website, consider limiting them, and be strategic about the location of their display.

Navigation is not clear: Have you ever reached a website that looks like a labyrinth and you have to really think about where the information you need? And still haven't found it? This bad layout is bad for your website and even worse for your SEO.

Awkward registration: too many fields can irritate users and they can leave halfway through the registration process. Maintain only what is really important and release an unnecessary field.

Loading time: Users can leave a site that contains more than three seconds. Three seconds! The page load optimization must be a priority.

Product benefits: Users want to know why they should choose your product or service to the rise of other competing products and services. Make sure it has relevant content that sells the benefits of your product or service, and not just features.

 

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The site is not responsive: with the increasing number of cellphone users and more cellular buyers, it is very important that your website is responsive to mobile or other, you must have lost all customers (the more) customers and sales!

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Web sites are hacked: even if you are a diligent webmaster that follows all the rules, there is still the possibility that your website can be hacked. If you can't explore your code every day, consider investing in automatic tools that do it for you.

The performance of your website is bound to be better if you consider nuances as mentioned here and many others, which will make your website more attractive to customers.

 

Regardless of the points above if your website is not well tested after developing, it will also have an impact on your daily visitors. So, if you don't want to lose the customer then test the performance of your website from one of the best Software testing company today!

Test Coverage and Code Coverage in Software Testing|

 

Today, Many QA engineers talk a lot about “test coverage,” which gives a good overview of the quality of the product. However, to achieve real quality, both code coverage and test coverage analysis must be considered. For example, even if you reach 100 percent test coverage, you still need to aim for at least 90 percent function code coverage to ensure the best results.

 

TesAlso Read: Software Testing Agency

t coverage is often confused with the Code Coverage. Although both of the metrics are used to evaluate the quality of the application code, code coverage is a term to describe what % of the application code used when a user interacts with an application. On the other hand, Test Coverage is testing each business requirement at least once and is a QA team activity.

 

How to attain more Test Coverage in less time

Testers always run on a tight schedule and have to focus on ensuring maximum coverage within the specified time primarily. There are a few methods described below to achieve this –

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Using Automation Tools

One of the modern software testing methods that any company or testing group can adopt is the use of the right Automation Tool. There is the number of tools on the market today to make life easy for testers.

 

Maintain Proper Checklist

Maintaining a correct checklist for each communication under the given module can help to achieve efficient task coverage.

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Prioritizing Requirements

Prioritizing requirements is one thing that is necessary to achieve maximum test coverage in less time. Sort out the given requirements into Simple, Medium, and Complex priorities that allow testers to focus vigorously on their tasks. More focus should be on the new LIVE requirements in the next release.

 

Impact Analysis

Identifying impacts in the initial builds and consequently increasing the need for elimination of these impacts can help to achieve high coverage in the upcoming builds.

 

Build Management

The test manager should keep track of all impacts and fixes in the current build and ensure QA receive clean build with efficient repairs.

 

Test Coverage Metrics

Code coverage = (No. of lines of code exercised by the test suites)/(total no. of lines of code)*100

Requirement coverage = [(Total no. of requirements) – (Total no. of missed requirements)]/(Total no. of requirements)*100

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Test Coverage Best Practices

Sort business requirements/modules according to their criticality, frequency of use and most complex workflows.

Develop a traceability matrix for the modules/requirements.

Use test coverage as a measure for “untested paths” instead of “false sense of security.”

Develop automated suites using the frameworks integrated with code coverage utilities.

Measure code coverage for each release and plan to improve it with every subsequent release.

Utilize the metrics like ‘Defect density,’ ‘feature wise defect distribution’ and ‘Defect removal efficiency’ as a guide to ensure the improved coverage for the subsequent releases.

 

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Key benefits of Testing Coverage awareness for a Tester

Primarily helps to prioritize with the testing task.

Helps to achieve 100% requirement coverage.

Useful in determining the EXIT criteria.

Impacts Analysis becomes easier.

A test lead can also prepare a clear test closure report.

Concluding Test and Code Coverage

Test coverage does not end with the above contexts.

 

It’s not always true that when you test more, the results are better. When you check more with no planned strategy, you probably will end up investing a lot of time.

 

With a more structured approach, a 100% requirement coverage and effective testing methods, you will not compromise the quality of the product.

Also Read : Software testing company