Test plan
Test Plan Template
A Test Plan defines the approach, objectives, scope, schedule, and resources required for testing a system or solution.
1. Test Plan Identifier
- Unique ID for the test plan (e.g., TIMS-TP-001).
- Include project name, system/module name, and version (if applicable).
- Example:
TIMS-MDM-TP-CustomerModule-v1.0.
2. Introduction
- Purpose: Brief description of the purpose of the test plan.
- Example: "This test plan defines the testing approach for the Customer Mater in the MDM solution. It ensures all functional and non-functional requirements are met before deployment."
- Objective: The primary goals of the testing activity.
- Example: To validate data quality, integration workflows, and system performance, ensuring compliance with business rules.
- Scope: The specific (and excluded) areas to be tested.
- In Scope: Customer creation, updates, matching/merge logic.
- Out of Scope: Supplier data validation, financial modules.
3. Test Items
- List the components, systems, or functionalities to be tested.
- Example:
- Customer record creation and updates.
- Hierarchical relationships: Parent-Child modeling.
- Matching and deduplication rules in the MDM system.
- Integration with CRM and downstream reporting systems.
4. Features to Be Tested
- High-level features, requirements, or use cases to validate.
- Example:
- Customer master record creation through the MDM UI and APIs.
- Data synchronization between MDM and downstream systems.
- Handling of duplicate detection and survivorship rules.
- Validation of real-time and batch data loads.
- Address standardization and cleansing workflows.
5. Features Not to Be Tested
- Mention what will not be tested, with the reason.
- Example:
- External systems' internal logic: Interfaces like Salesforce or external ERP systems assumed to function as black boxes.
- Legacy system integration: Testing deferred to future phases.
6. Entry and Exit Criteria
Entry Criteria:
- Prerequisites to begin testing:
- All source-to-target mappings are finalized.
- Integration workflows between MDM and downstream systems are deployed in staging.
- Complete test data available for all scenarios.
Exit Criteria:
- Conditions to conclude testing:
- All critical test cases are passed.
- Open defects are addressed/resolved or deferred with sign-off.
- Final test results shared with stakeholders.
7. Testing Schedule
- Overview of test milestones and timelines.
- Example:
| Milestone |
Planned Date |
Actual Date |
Remarks |
| Test Planning & Test Data Preparation |
Oct 01, 2025 |
Oct 03, 2025 |
|
| Integration Testing Start |
Oct 05, 2025 |
|
|
| UAT Completion |
Oct 15, 2025 |
|
|
| Test Closure Report |
Oct 20, 2025 |
|
|
8. Test Approach
- Testing Levels:
- Unit Testing: Focus on individual components (e.g., survivorship logic, deduplication algorithms).
- Integration Testing: Validate data flow between MDM and downstream systems.
- System Testing: Test the MDM solution end-to-end for technical and functional compliance.
- User Acceptance Testing (UAT): Validate requirements against business scenarios.
- Testing Types:
- Functional Testing: Validating business rules, workflows, and UI functionalities.
- Non-Functional Testing:
- Performance testing for batch loads, match/merge at scale.
- Security testing (e.g., role-based access control, encryption).
9. Test Environment
- Details of hardware/software environments required for tests.
- Example:
- Environment Name: Validation Environment).
- MDM Version: IDMC MDM SaaS
- Source Systems: Salesforce CRM, SAP ECC.
- Downstream Systems: Salesforce CRM
- Access Requirements: Testers require read/write access to the MDM test environment.
10. Test Deliverables
- List of documents/artifacts generated during the testing lifecycle:
- Test Plan.
- Test Scenarios and Test Cases.
- Test Data Files.
- Defect Reports (Issues found during testing).
- Final Test Results/Approval Report.
11. Roles and Responsibilities
- Defines testing team roles and their corresponding responsibilities.
| Role |
Responsibility |
| Test Lead |
Overall coordination, planning, and reporting. |
| Test Engineer |
Execute test cases, log defects, validate fixes. |
| Data Steward |
Validate data quality and transformation workflows. |
| Developer |
Resolve defects and fix integration-related issues. |
| Product Owner |
Review UAT test cases and approve results. |
- Tools required for test execution, defect tracking, and reporting:
- Test Management: TIMS
- Automation Testing: Leap Work
- Performance Testing: TIMS
- Data Validation: SQL queries.
- Defect Tracking: TIMS, ADO Board
13. Defect Management Process
- Outline steps for identifying, reporting, and managing defects:
- Defects logged in TIMS with proper severity and priority ratings.
- Assign ownership of defects to responsible teams (e.g., MDM team, downstream system owners).
- Track defect lifecycle: New ? Assigned ? Fixed ? Retested ? Closed.
14. Risks and Assumptions
Risks:
- Data volumes may exceed testing limits in load testing.
- Downstream systems may not be ready for integration testing.
Assumptions:
- Test environment is stable and mirrors production settings.
- All dependent stakeholders will be available during the test phase.
15. Test Metrics and Reporting
- Define KPIs (Key Performance Indicators) to measure testing progress and quality:
- Total Test Cases Designed.
- Test Case Pass Percentage.
- Defect Density (Defects/Test Cases).
- Defect Resolution Time (Average Time).
| Metric |
Definition |
Target |
| Test Case Execution Rate |
(Test Cases Executed / Total Cases) % |
95% by end of UAT Phase. |
| Defect Closure Rate |
(Resolved Defects / Total Defects) % |
90% before exit criteria. |
16. Test Closure
- Capture final activities before signing off:
- Deliverables: Test Closure Report, Defect Summary.
- Key Lessons Learned.
- UAT approval from business stakeholders.