Guiding Your Implementation

Objective

After completing this lesson, you will be able to describe the importance of system testing.

Preparing for Testing

Testing during project implementation ensures that business processes are verified and validated as initially agreed upon during the design phase. Establishing a clear test strategy is a critical component of the project plan.

Three key focal points when preparing for testing phases are described below:

There are three focal points to prepare for testing: Plan & Prepare, Execute, Analyze and Monitor.

WHO Will Be Testing?

A test management team will oversee the process in collaboration with project management to define the testing scope. Testers should include participants from the design phase, as well as business experts and end users.

WHAT Will Be Tested?

Identify in advance which business scenarios, master data, and transactional data are relevant for testing. Key areas include:

  • Roles, permissions, and authorizations.
  • Business elements such as countries, regions, products, customers, and locations.
  • Specific scenarios that require targeted data.

WHERE Will Testing Be Performed?

Select the appropriate testing environment, whether it’s Development (DEV), Quality (QA), or a production-like environment (PROD).

HOW Will Testing and Issues Be Managed?

The test manager will assign test plans with specific test packages and communicate schedules. A structured approach to issues reporting is essential, using a tool to document issues or needed changes, including details such as the tester assigned, issues owner, and resolution priority.

WHEN Will Testing Occur?

Testing phases should have clear timelines in the project plan, typically starting during the realization phase after the design review is completed. Different teams in the project will conduct various types of testing:

  • The implementation team handles unit and integration testing.
  • Business users are responsible for User Acceptance Testing (UAT).

Note

The testing strategy and phases are mutually agreed upon by the implementation partner and customer and must be adapted to fit each project plan and its requirements.

Testing Types

Understanding the types of testing is crucial to ensure that the configuration and integration align with the initially agreed business requirements. There are several test types, and the most common ones include:

  • Unit Testing.
  • Integration Testing.
  • User Acceptance Testing (UAT).
 Unit TestIntegration TestUser Acceptance Test
Purpose

Test configuration

Confirm the interfaced data is being exchanged with other systems

Validate E2E processes to meet the approved design requirements

Owner/ Tester

Functional & technical teams

Key users

Key users and end users

Data

Sample data sets

Combination of user-created data and sample migrated data

Combination of user-created data and sample migrated data

Outcome

Configured solution is validated; critical & high priority defects resolved

Integration of the E2E scenarios function as per requirements

Business E2E scenarios function as per requirements

Each test type involves different roles. For example, UAT is typically conducted by business users who ideally participated in the design phase. Their involvement ensures they can effectively validate whether the designed solution aligns with the agreed business requirements.

Leverage Testing Automation

Overview

SAP Digital Manufacturing is a public cloud solution. Hence, SAP regularly applies software updates and patches to keep the software current with the latest features, security enhancements, and performance improvements.

The Need for Continuous Testing

To manage continuous change, organizations need continuous testing. By integrating and automating regression testing, teams can:

- Fast track deployment of application changes

- Reduce business risk

- Improve testing timelines

- Increase reusability

Tools and Licenses

All SAP customers with an SAP Enterprise Support agreement have access to Tricentis Test Automation for SAP, integrated with SAP Cloud Application Lifecycle Management (ALM), as a term license. While recommended, customers are not required to adopt this particular tool or process.

Capabilities of SAP Test Automation

SAP Test Automation automates testing for both SAP and non-SAP solutions, enabling faster delivery of application changes.

Key benefits of model-based test automation include:

- Speeding up testing

- Reducing business risk

- Lowering costs associated with testing and defect remediation

Tricentis offers a business-focused, script-less, no-code approach for end-to-end and integration test automation.

Integration and Coordination

To coordinate all required testing, including test orchestration and management, organizations can use SAP Cloud ALM. SAP Test Automation by Tricentis integrates seamlessly with this platform, allowing you to create automated test cases in your Tricentis tenant directly from SAP Cloud ALM.

Diagram of the SAP Application Testing Solutions by Tricentris Overview schema

For more information, check the following links:

- SAP Test Automation by Tricentris

- Usage Rights

- Tricentis Test Automation for SAP (TTA for SAP)

- How to access TTA for SAP?

- Automation Testing Methodology Overview for SAP Digital Manufacturing

- SAP Cloud ALM for Implementation

Conclusion

Data migration and system integration work together to keep an organization’s technology ecosystem modern, efficient, and aligned with business objectives. They enable seamless transitions to new systems while unlocking the full potential of integrated technologies.

A successful testing phase requires a clear definition of the purpose and scope of each test type, the assignment of teams based on expertise and involvement in earlier phases, and a structured process for tracking and resolving issues that arise during testing.