What Do You Mean By Continuous Testing? Why Should You Choose Testsigma For Automated Continuous Testing?

Carrying out testing is a normal part of the software engineers’ workday routine and they perform automated tests as continuous test, which enables them to get feedback for changes quickly. This makes it possible to do frequent code integrations and releases, as well as helps engineers detect defects early in the development lifecycle. Since test automation allows to run tests quickly and frequently without users, it is crucial for continuous testing. In this article, we will describe continuous testing and identify why Testsigma is an appropriate solution for the automated implementation of continuous tests.

What is Continuous Testing?

Automated test execution being an integral part of the development process is called continuous testing. This means that rather than waiting until the end of a sprint or release cycle, tests are run each time there is any code change. Among the crucial elements of continuous testing are:

• Automated tests: To run tests repeatedly without the need for human management, these must be automated through a test automation framework. Automated testing should cover both unit and integrated or end-to-end functionality.
• Frequent testing: Tests are not only timed with a definite interval, but also after any change in the code. Therefore, mistakes can be identified as soon within the development cycle as possible.
• Rapid feedback: Having frequent test runs, developers get almost immediate feedback related to whether the functionality affected by their recent code changes has been damaged. This makes iteration quick.
• Early defect detection: They also argued that early bug detection is more cost-effective than subsequent error remediation during the development cycle or after product release. Faster identification and resolution of flaws is enabled by continuous testing.
• Confidence in changes: With the running of an automated test suite after each update, assurance increases that new code has not introduced any regressions. This enables the integration and delivery of code much more frequently.

Why Use Testsigma?

A wide variety of test automation technologies can support continuous testing methodologies. Here are some main justifications for why Testsigma could be a wise option:

1. Cross-browser and cross platform support is provided.

Testsigma enables testing mobile and online apps on diverse operating systems, browsers, as well hardware. For continuous testing, this is essential for detecting layout design and functionality errors that can be OS or browser specific. Many tests can be conducted simultaneously in different settings.

2. Easy Test Creation & Maintenance

The Testsigma IDE allows users to create tests without the need for coding, as it has a step recording feature and an easy drag-and-drop interface. Secondly, tests are easily maintained as code changes. This solves the barrier to continuous testing.

3. Cloud-Based Platform

Testsigma is not a cloud-based platform; thus, it does not require any infrastructure installation and maintenance. This allows for the implementation of continuous testing without having to spend any resources on it first.

4. Integration with Development Tools

Testsigma integrates with most development tools. Automatic test runs and results reports can be generated based on code commits, merges, pull requests. This enables workflows for delivery and true continuous integration.

5. Real-Time Test Insights

Testsigma provides robust real-time dashboards that show test run history, failures, statuses, and trends. Regressions may therefore be promptly found, and efforts to improve the code and conduct tests can be appropriately prioritized.

Conclusion

Testsigma is an easy-to-use automated continuous testing platform that facilitates the adoption of continuous testing procedures by providing automated cross-browser testing, real-time test visibility, and integration with development tools. This can improve the code’s quality and the development process overall.

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