How Can I See All Test Results In One Place?

Having access to all test results in one location is critical for successful test management and quality assurance. It not only makes tracking testing progress easier, but it also provides a full summary of the product’s health.

Ways to see all test results in one place? 

Several tactics and tools can be used to accomplish this.

1. Test management platform: 

Using a dedicated test management platform can significantly ease the work. These solutions enable you to consolidate all your test cases, executions, and results onto a single platform. You can easily spot trends, patterns, and potential bottlenecks with test automation reporting tools like test case organization, execution tracking, and result visualization. 

Popular test management platforms such as TestRail, Zephyr, and QTest offer customizable dashboards that indicate the current status of tests, including pass rates, fail rates, and pending tests, making it simple to track progress immediately.

2. Integration with CI/CD Pipeline: 

Integration with continuous integration/continuous deployment (CI/CD) pipelines help improve test result visibility. When automated tests are integrated into the development pipeline, the results can be collected and shown automatically in a central QA automation dashboard. 

This real-time connectivity provides the development team with quick input, allowing for the rapid discovery and resolution of issues. Jenkins, Travis CI, and CircleCI are CI/CD systems that assist this integration by displaying test results alongside code changes.

3. Use of Version Control Systems: 

Using version control systems and collaborative platforms to consolidate test data can help. You can ensure that previous data is maintained and available by putting test scripts and results in a version-controlled repository like Git. Platforms for collaboration, such as Jira, Confluence, or Microsoft Teams, can also act as repositories for test-related documentation and results, boosting team collaboration and centralizing information.

4. Dashboard Application: 

The Digy4 Dashboard enables you to create aesthetically beautiful and interactive QA automation dashboards. These dashboards can retrieve information from a variety of sources, including databases, spreadsheets, APIs, and others.

To show various sorts of test findings, you can create unique visualizations such as charts, graphs, maps, and tables. The interactivity enables users to filter, delve down, and examine data, resulting in more insightful results.

5. Tools for Custom Reporting: 

Customising reporting tools or scripts necessitates programming skills. Python programming languages can be used to retrieve and consolidate data from various sources (APIs, databases, and logs). Custom scripts can generate HTML, PDF, or other report formats that are suited to the needs of your team.

6. API customization and integration: 

Create bespoke APIs or tool integrations to send test result data to a centralized repository. This method may require some development work, but it can deliver customized answers to your individual workflow.

Benefits of seeing all test results unified in one place

Having all test findings in one place has various advantages for testing and quality assurance teams and organizations:

• Higher Visibility and Transparency: Having all test findings in one place provides a clear, transparent picture of the testing process and its outcomes. Team members can readily access and understand the progress of testing, which helps them keep informed and on the same page.
• Fast Problem Identification: By combining test data, it is easier to spot trends, patterns, and anomalies that exist across multiple tests. This speed up the process of discovering errors and failures, allowing for faster remediation. 
• Increases Collaboration: Because everyone is looking at the same data, unified test results encourage collaboration among team members. When discussing test results, planning actions, and exchanging insights, collaboration becomes more meaningful.
• Customizable Reporting: Centralised systems frequently provide customizable reporting choices. Teams can create customized reports, summaries, and visualizations based on their individual requirements and preferences.
• Improved Quality Control: Centralising test findings allows for more accurate tracking of defects and issues over time. This aids in assessing a product’s overall quality and measuring improvements over time.
• Uniformity and Standardization: Centralised systems encourage uniformity and standardization in reporting and documentation practices, making it easier to compare and comprehend results throughout testing phases.

Tools to view all test results in one Place

Before choosing the right solution and test automation reporting tools, the needs of the team should be taken into consideration along with existing tools and processes, integration capabilities as well as scalability. Each different tool comes with its own benefits and features, so it is extremely critical to choose the tool best for your personal needs. 

Digy4 employs the following tools to achieve test results and display in the DigyDashboard. 

• Selenium is an open-source framework used mostly for automating web applications for testing purposes. It includes a set of tools for browser automation, the most important of which is Selenium WebDriver.
• NightwatchJS is an end-to-end testing framework that is built on Node.js and WebDriver and provides a simple syntax and assertion library for developing test scripts.
• TestNG is a testing framework for Java applications that is influenced by JUnit and NUnit. TestNG Offers advanced capabilities like parallel test execution, test dependency management, and customizable test setup.
• JUnit is a popular testing framework for Java applications. It allows you to write and run unit tests to validate specific pieces of code.
• Cucumber is a behavior-driven development (BDD) tool that allows you to write executable specs in plain language. Cucumber encourages developers, testers, and non-technical stakeholders to collaborate.
• Node.js is a runtime environment that allows JavaScript code to be executed outside of a web browser. This is commonly used for server-side scripting and the development of scalable network applications.
• Selenium Grid is a Selenium component that allows concurrent testing across several machines and browsers. It distributes test execution throughout a network, resulting in faster and more efficient testing.
• Playwright is an open-source browser automation and testing tool developed by Microsoft. It offers compatibility with numerous programming languages and a single API for Chrome, Firefox, and WebKit (Safari).

Conclusion

With Digy4, the user gets up to 40% reduced test analysis time with a unified dashboard in one place. It helps link to the test failure execution if required and reduces the documentation time for reevaluating and reproducing the steps. Digy4 provides a universal  reporting Dashboard , single pane of glass  for test reporting.