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How can you effectively test software in low-code and no-code environments?

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Low-code and no-code platforms are becoming more popular as they enable users to create and deploy software applications without writing code or with minimal coding. However, this does not mean that software testing can be skipped or simplified. In fact, testing low-code and no-code applications can pose some unique challenges and require some specific strategies. In this article, you will learn how to effectively test software in low-code and no-code environments and ensure the quality and reliability of your applications.

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Marko Dragovi?

Testing Expert @ Amdocs | Quality Assurance - Test Planning, Design, Execution, Management
PIYUSH KSHIRSAGAR

BE Chemical Engineer, Pharma Professional
Maruf Siddiqui

Optimization Quality Assurance Team Lead at Huawei

1 Understand the platform

The first step to test software in low-code and no-code environments is to understand the features and limitations of the platform you are using. Different platforms may have different levels of customization, integration, security, scalability, and performance. You need to know how the platform works, what it can and cannot do, and what are the common issues or bugs that may arise. You also need to familiarize yourself with the user interface, the workflow, the data model, and the logic of the platform.

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Maruf Siddiqui

Optimization Quality Assurance Team Lead at Huawei
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Requirements: Define clear specs. Functional Testing: Verify each component. Regression Testing: Ensure updates don't break existing features. UAT: Engage users for validation. Exploratory Testing: Uncover unconventional issues. Performance Testing: Assess responsiveness & scalability. Security Testing: Validate application-specific security. Integration Testing: Test smooth communication with other systems. Documentation: Maintain clear test cases & results. Collaboration: Work closely with developers for understanding. Version Control: Track changes and have a rollback plan. Accessibility Testing: Confirm adherence to accessibility standards. Continuous Testing: Integrate testing for early issue identification.

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PIYUSH KSHIRSAGAR

BE Chemical Engineer, Pharma Professional
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Low-code and no-code environments in software testing refer to development platforms that enable users to create software applications with minimal hand-coding. 1.Low-Code: In a low-code environment, developers use a visual interface to design and build applications with less manual coding. It involves a mix of graphical design and traditional coding, allowing for greater flexibility and faster development. 2. No-Code: No-code environments take this concept further by eliminating the need for developers to write code entirely. These platforms typically rely on visual development methods, drag-and-drop interfaces, and pre-built components, enabling users with little to no coding experience to create software applications.

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Brendan Boyce

Food Safety & Quality Professional
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To be able to adequately test the software, you need to have a clear understanding of what you expect to get as the output and how it is a gain for your business. There are issues with security of data, and integrity of results, to ensure the outputs are not skewing your view.

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2 Define the scope and criteria

The next step is to define the scope and criteria of your testing. You need to identify the requirements, specifications, and expectations of your application and the stakeholders. You need to determine what are the critical features, functionalities, and user stories that need to be tested. You also need to establish the acceptance criteria, the quality standards, and the success metrics that will measure the outcome of your testing. You need to document and communicate these clearly to your team and the platform provider.

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PIYUSH KSHIRSAGAR

BE Chemical Engineer, Pharma Professional
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Effectively testing software in low-code and no-code environments involves defining clear testing scope and criteria. Establish testing standards aligned with the development process, incorporating code review processes. Ensure that the software meets defined standards and follows best practices. Regularly review and adapt testing strategies to accommodate the unique aspects of low-code and no-code development, maintaining a rigorous yet flexible testing framework.

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Marko Dragovi?

Testing Expert @ Amdocs | Quality Assurance - Test Planning, Design, Execution, Management
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1. Understand the low-code and no-code environment: Familiarize yourself with the specific features, capabilities, and limitations of the low-code or no-code platform being used. 2. Identify the testing objectives: Determine the specific goals and objectives of the testing process. 3. Define the scope: Clearly define the boundaries and extent of the testing effort. 4. Establish test criteria: Define the criteria that will be used to evaluate the software's performance. 5. Develop test cases: Create test cases that cover the identified scope and criteria. 6. Execute the tests: Execute the test cases in the low-code or no-code environment. 7. Analyze and report: Analyze the test results and identify any areas of concern or improvement.

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3 Choose the testing methods and tools

The third step is to choose the testing methods and tools that are suitable for your low-code and no-code application. You may need to use a combination of manual and automated testing, depending on the complexity and scope of your application. You may also need to use different types of testing, such as functional, usability, performance, security, and compatibility testing, to cover different aspects of your application. You need to select the testing tools that are compatible with your platform, that can access and manipulate the data and the logic of your application, and that can generate and report the results.

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Marko Dragovi?

Testing Expert @ Amdocs | Quality Assurance - Test Planning, Design, Execution, Management
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1. Understand the low-code or no-code platform: platform's features, capabilities, and limitations. 2. Identify testing requirements: for the software in the low-code or no-code environment. 3. Research available testing methods and tools: that are compatible with low-code or no-code environments. 4. Evaluate compatibility: Ensure that the chosen testing methods and tools are compatible with the low-code or no-code platform being used. 5. Consider automation: can greatly enhance the efficiency and effectiveness of testing in low-code or no-code environments. 6. Assess scalability: of the testing methods and tools. 7. Seek recommendations and reviews: Consult with industry experts, read reviews, and seek recommendations.

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PIYUSH KSHIRSAGAR

BE Chemical Engineer, Pharma Professional
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Effectively test software in low-code and no-code environments by selecting appropriate testing methods and tools. Implement automated code verification tools to ensure the reliability and quality of the generated code. Conduct thorough functional testing, usability testing, and performance testing to validate the application's behavior. Regularly update testing tools and methodologies to adapt to the evolving landscape of low-code and no-code development.

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4 Execute and monitor the testing

The fourth step is to execute and monitor the testing according to your plan and schedule. You need to follow the best practices of testing, such as designing test cases, preparing test data, conducting test runs, verifying test results, logging defects, and retesting fixes. You also need to monitor the testing process, the performance of the platform, and the feedback of the users. You need to track and report the progress, the issues, and the outcomes of your testing.

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5 Review and improve the testing

The final step is to review and improve the testing based on the results and the feedback. You need to evaluate the quality and the reliability of your application, the effectiveness and the efficiency of your testing, and the satisfaction and the expectations of your stakeholders. You need to identify the strengths and the weaknesses of your testing, the gaps and the risks of your application, and the opportunities and the improvements for your platform. You need to document and share the lessons learned and the best practices for future testing.

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6 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?

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Arif Sial

Technical Director - Weaving / Cone Dyeing / BPR at AlKaram Textile Mills (Pvt) Ltd.
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In this article most of the points are covered if we follow & adopt accordingly this strategic approach on the specific characteristics of low code or no code environment can get the improvement in the tool .

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How can you effectively test software in low-code and no-code environments?

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3

4

5

6

1 Understand the platform

2 Define the scope and criteria

3 Choose the testing methods and tools

4 Execute and monitor the testing

5 Review and improve the testing

6 Here’s what else to consider

Quality Assurance

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How can you effectively test software in low-code and no-code environments?

1

2

3

4

5

6

1 Understand the platform

2 Define the scope and criteria

3 Choose the testing methods and tools

4 Execute and monitor the testing

5 Review and improve the testing

6 Here’s what else to consider

Quality Assurance

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