Get the free Automated Testing of Your SAS Code, and Collation of Results (Using

SAS Global Forum 2013Applications DevelopmentPaper 0112013Automated Testing of Your SAS Code, and Collation of Results (Using Hash Tables) Andrew Ratcliffe, RTL.EU, United Kingdom ABSTRACT Testing

How to fill out automated testing of your

To fill out automated testing of your, follow these steps:

1. Identify the scope: Determine the areas or functionalities of your software application that you want to subject to automated testing. This will help you define the boundaries and plan your testing approach accordingly.
2. Select the automation tool: Research and choose an appropriate automation tool that suits the specific requirements of your project. Consider factors like the supported technologies, ease of use, reporting capabilities, and integration with your existing testing framework.
3. Define test scenarios: Develop a comprehensive set of test scenarios that cover all the critical aspects of your application. These scenarios should focus on different functionalities, edge cases, and potential failure scenarios to ensure thorough testing coverage.
4. Design test cases: Based on the defined test scenarios, create individual test cases that outline the specific steps to be executed, expected results, and any necessary test data or preconditions. This will serve as a guide for the automation process.
5. Implement automation scripts: Using the selected automation tool, write the necessary scripts to automate the execution of your test cases. This may involve coding in the tool's scripting language or utilizing visual test automation capabilities, depending on the chosen tool.
6. Set up test data and environment: Prepare the required test data and configure the testing environment to ensure consistency and repeatability of test executions. This may involve creating test databases, configuring test servers, or setting up virtual test environments.
7. Execute automated tests: Run the automation scripts to execute the defined test cases automatically. Monitor the execution and analyze the test results to identify any failures or issues in your software application.
8. Review and debug: Analyze any failed test cases or unexpected outcomes to identify the root cause of issues. Debug the automation scripts or make adjustments to the application under test as necessary.
9. Generate reports: Utilize the reporting capabilities of your automation tool to generate comprehensive reports that provide insights into the test results. These reports can be shared with relevant stakeholders to communicate the status and quality of your software.
10. Iterate and maintain: Continuously improve your automated testing process by incorporating feedback, updating test cases, and expanding test coverage as your application evolves. Regularly maintain the automation scripts and adapt them to changes in your application or technology stack.

Who needs automated testing of your?

Automated testing can be beneficial for various stakeholders, including:

1. Development teams: Automated testing helps developers quickly identify and fix issues during the development phase, ensuring software quality and reducing time-consuming manual testing efforts.
2. QA/test teams: Automated testing allows QA/test teams to efficiently perform repetitive tests, regression testing, and test large test suites. This improves productivity, accelerates the testing process, and enables better test coverage.
3. Project managers: Automated testing provides project managers with real-time insights into the quality of their projects by facilitating continuous testing and delivering comprehensive reports. This helps in making informed decisions and prioritizing tasks.
4. Business stakeholders: Automated testing helps business stakeholders to gain confidence in the application's stability, functionality, and reliability. This can lead to increased customer satisfaction, improved brand reputation, and better business outcomes.

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