How to Create a Powerful Automation Testing Strategy

by Syntax Technologies Software Testing Training

Although the work is worthwhile, the challenge of implementing new software, processes, and tools coexists. Automated testing, in particular, and related tools, let you save time and resources while maintaining high-quality software.

However, you should not implement selenium automated testing without first developing a solid approach. This article explains how to develop a comprehensive test automation plan that allows you to completely improve your product before it reaches end consumers.

What Happens If I Don't Have a Test Automation Strategy?

Many novices are unsure whether or not they should implement a test automation method. In fact, testing operations carried out without the use of test automation methodologies would result in the following problems.

The failure to demonstrate business value: When teams implement new software testing training or other solutions, they frequently fail to identify the business rationale for doing so. Yes, the technology is cool and beneficial to your business. However, if you don't identify and demonstrate the genuine commercial value or ROI, your project could be discontinued or even rejected.

Visual impairment:

In the worst-case situation, you can fall back on an action plan or a clearly defined vision. Automation initiatives, in fact, are prone to pivoting. It's possible that you'll need to implement a new test automation framework or make use of current under-the-hood technology. Furthermore, you should outline your initial vision in order to avoid delaying or discontinuing the project due to a little issue.

Technology's efficacy is eroding:

If your test automation approach isn't clear, picking the wrong testing automation tool and losing technology efficiency is a regular occurrence. So, think about your team's present toolkit and make sure the new tool will fit in seamlessly.

Not preparing for the "testing squeeze":

We anticipate that Agile development approaches will minimise testing bottlenecks, but this will be difficult. They still occur in software development, and determining which tests to eliminate necessitates a test automation strategy.

What Exactly Is a Test Automation Strategy?

A testing strategy with automation is a "subset" of a testing strategy. It implies you'll use the same approaches, data points, and processes for test automation as you would for system and performance testing. A test automation strategy, at its heart, aids in the identification of testers', developers', and users' roles and responsibilities.

 

What are the benefits of having a test automation strategy? The Top 4 Advantages

·         It's a dependable and repeatable method for demonstrating risk, capability, and functionality.

·         It allows you to demonstrate how effectively your objectives and plans align.

·         It enables for in-depth brainstorming sessions that may result in a promising technology to test.

·         It allows you to compare your past plans to your actual results.

How Does a Test Automation Strategy Appear?

For your automation testing strategy, you can use any format you like. In fact, using a mind map to generate concepts or rough sketches that can be turned into a larger test automation approach is an excellent idea.

What Is the Best Way to Develop an Automation Testing Strategy?

Step 1: Recognize your high-value business tests.

To decide which tests to prioritise, make a list of the "high business value" tests. Knight Capital Group, for example, failed to conduct due diligence on their high business value test, resulting in a loss of $485 million in under 45 minutes. As a result, knowing your high business value tests is vital since it allows you to establish the genuine solution for critical circumstances. A true business value also makes it easier for your automation framework to connect with the ROI.

Step 2: Using a risk-based strategy, prioritise testing.

List the things that have the most and least impact on your organisation using a risk-based approach. Start with the things that are most likely to fail, and work your way down to the things that are least likely to fail. This will also help you test squeeze in the future, which is convenient.

Step 3: Identify the technology, tools, and resources you'll need.

Is your test automation tool compatible with the browsers and devices you'll be using? Are open-source libraries and frameworks being used for the proper testing? To construct more stable tests, find the appropriate accounts and environmental access, as well as the appropriate libraries and APIs.

How to Choose Automation Testing Tools is a Good Idea

Step 4: Understand what your data is telling you.

Many test automation programmes have failed as a result of data failures. You lose hours rewriting or redoing your tests if you don't make sure you have the necessary data before adding another script to your automation framework. As a result, you should learn more about how to handle and store your data, as well as how to establish your data source, comprehend retry logic, and whether or not you need to mask or de-identify data.

Step 5: Jenkin Servers and Other Build-and-Deploy Technologies Jenkin servers and other build-and-deploy tools are critical components of a testing automation approach. You must also choose where your programmes will be stored and how they will be delivered, as well as the security of the environments in which your codes will be run. Furthermore, creating a security scanning procedure for your automation testing framework is beneficial.

Step 6: Maintain a record of your testing environment.

It's critical to understand and document your code's source code. Keep track of everything that pertains to your test environment, including the role of tokens or VPNs, the advantages of a launch box, and so on. As a result, having a clean testing environment aids in the onboarding of new testers.

Step 7: Use tags to organise your tests.

It's critical to label your tests and organise them appropriately. Consistent tagging methods and changes to the most commonly used tags help you understand what your tests are about and save the time it takes to figure out which tests to run first.

Step 8: Determine how effective testing is.

The more testing you undertake, the more areas you'll be able to apply the same rationale. It aids in the creation of efficiency and the reduction of testing time and resources. As a result, you won't require many people in your testing project to do the same thing. In short, knowing your testing automation plan, from unit to user interface tests, can save you a lot of time.

Step 9: Make Agile and DevOps tools a part of your daily routine.

For quality-at-speed delivery, DevOps teams frequently employ GitHub or other cloud-based platforms. In terms of Agile, in-sprint check-ins or micro-strategy meetings are tried and true approaches to ensure that your visions and goals remain aligned.

To learn more about Test Automation Strategy, watch this video.

The most important takeaways

The two most important components to achieve with any test automation plan are goals and communication.

Take care not to overthink the format of your automation framework. Simply choose the one that your team believes is the most effective.

When a testing crunch arises, your company's testing strategy will protect you from business partners and coworkers. They'll believe you when you say you're going to remove certain tests.

Your test automation plan lays the framework for selecting the appropriate technology and driving innovation and growth.

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Created on Jun 9th 2022 04:25. Viewed 253 times.

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