Master Test Plan
Document | Master Test Plan |
Author: | Juuso Le, Sonja Wesa |
Version: | Ver 0.1 |
Date: | 8.3.2024 |
General information
A master test plan (MTP) is a high-level document that describes the overall testing strategy, objectives, and scope for a software project or product. It provides a comprehensive overview of the key decisions, resources, risks, and deliverables involved in the testing process. It also defines the relationship and coordination among different test levels, such as unit testing, integration testing, system testing, and acceptance testing. An MTP helps to ensure that the testing activities are aligned with the project goals and requirements, and that the quality of the software is verified and validated. You can find more information about MTPs from these sources:
- What are Master Test Plans & Level Test Plan? Examples, When to use.
- Developing a Test Plan: A Complete Guide
- What is a Test Plan in Software Testing? - TestLodge blog
- Why Every QA Team Needs To Create Master Test Plan?
- [https://www.scaler.com/topics/software-testing/test-plan-in-software-testing/(https://www.scaler.com/topics/software-testing/test-plan-in-software-testing)
- https://www.lambdatest.com/learning-hub/test-plan
Master Test Plan
1. Introduction
The Master Test Plan (MTP) serves as a foundational document in software testing, providing a comprehensive overview of the testing strategy, objectives, and scope for a project or product. Its purpose is to guide testing activities by defining the overall approach, identifying key resources and risks, and ensuring alignment with project goals and user expectations, ultimately contributing to the successful delivery of a reliable and user-friendly product.
2. Test Objectives
Test objectives encompass the goals and targets of testing activities, guiding efforts to ensure that the software or system meets specific requirements. These objectives typically include verifying functional correctness, assessing usability, evaluating performance, ensuring security, validating compatibility, confirming reliability, and promoting maintainability. By defining clear and measurable objectives, testing teams can effectively plan, prioritize, and execute testing activities to enhance the quality and readiness of the software or system for deployment.
3. Test Items
Map rendering and display functionality Route planning and navigation algorithms Search functionality for locations, addresses Traffic data accuracy and real-time updates Accessibility features for users with disabilities User interface responsiveness and usability across different devices and screen sizes Integration with other services such as ride-sharing apps or public transportation information Data privacy and security measures for user location information
4. Features to be Tested
Feature | Name | Functional User Story |
---|---|---|
FEA102 | Securely authenticate user accounts | US002 US004 |
FEA106 | Improve dark mode colors | US045 |
FEA109 | Search location by name | US052 |
FEA110 | Enhance color contrast for color blindness | US046 |
FEA112 | Change branding to team and JAMK brand | US062 |
FEA410 | HTTPS Connection | US028 |
FEA508 | Set up monitoring and alerting systems | US031 |
FEA519 | User Feedback service | US063 |
5. Features not to be Tested
Feature | Name | Functional User Story |
---|---|---|
FEA507 | Manage cloud-based infrastructure | US030 |
FEA511 | Maintain good documentation of the architecture and pipelines | US034 |
FEA516 | Manual Testing | US60 |
FEA517 | Maintainable Documentation | US61 |
6. Approach
Unit testing: Individual software components will be tested for functionality and correctness. Integration testing: Communication and interaction between different components will be tested. System testing: Functionality of the entire system will be tested against requirements. Acceptance testing: System will be validated by users to ensure it meets their needs. if needed for automation, robotframework will do
7. Item Pass/Fail Criteria
Feature | Name | Pass/Fail Criteria |
---|---|---|
FEA102 | Securely authenticate user accounts | User is able to create and delete their accout. User is able to log in their account. Password encryption works and passwords are secured. |
FEA106 | Improve dark mode colors | Dark mode colors pop out more. |
FEA109 | Search location by name | User is able to type to search bar. Map moves to desired location. |
FEA110 | Enhance color contrast for color blindness | Contrast between colors is enchanced. |
FEA112 | Change branding to team and JAMK brand | All branding regarding IoTude/WimmaLab is removed and changed to Kaizen/JAMK. |
FEA410 | HTTPS Connection | HTTPS connection works on most common browsers. |
FEA508 | Set up monitoring and alerting systems | The monitoring system automatically alerts to problems and addresses the most common ones. |
FEA519 | User Feedback service | USer is able to open feedback service box. User is able to type into feedback box. Feedback box notifies to user that feedback has been sent. Feedback goes smoothly to feedback service. |
8. Suspension Criteria and Resumption Requirements
Suspension Criteria:
Critical Bugs: If critical defects significantly impact software stability, security, or functionality, testing may be suspended until they are resolved. Resource Unavailability: If essential resources like hardware, software licenses, or testing environments are unavailable for an extended period, testing may be suspended.
Resumption Requirements:
Bug Resolution: Critical bugs identified during testing must be resolved before testing can resume. Resource Availability: Ensure all necessary resources are available for testing to resume effectively.
9. Test Deliverables
The test plan will be developed to ascertain the software's readiness for deployment to the world. Test cases will be formulated during the testing phase and closed based on their success criteria. Test scripts will be utilized as needed. Test data will be employed for testing purposes, and comprehensive test reports will be generated. These reports will include defect reports to facilitate issue recreation with clear guidance.
10. Testing Tasks
Preparation:
Review Requirements: Thoroughly understand the system functionalities and user expectations. Test Plan Creation: Develop a document outlining the overall testing strategy, including scope, schedule, resources, and types of testing to be performed. Test Case Design: Create detailed test cases for each testing level (unit, integration, system, acceptance) specifying expected behavior and inputs/outputs. Test Environment Setup: Configure the necessary hardware, software, and network environment for testing. Tool Selection and Installation: Choose and set up any required testing tools (e.g., testing frameworks, automation tools) based on the project needs.
Execution:
Test Case Execution: Run the designed test cases manually or using automated tools, recording results (pass/fail) and any encountered issues. Defect Reporting: Document identified bugs and errors with clear descriptions, steps to reproduce, and expected behavior. Defect Tracking: Log and track reported defects using a bug tracking system, monitoring their resolution progress. Regression Testing: Re-execute relevant test cases after bug fixes to ensure they are resolved effectively.
Completion:
Test Reporting: Prepare a comprehensive test report summarizing the testing activities, results, encountered issues, and overall system quality assessment. Test Archives: Organize and store all created test documentation (plans, cases, reports) for future reference and traceability.
11. Environmental Needs
Hardware:
Testing machines: Computers with sufficient processing power, memory, and storage capacity to run the system and testing tools effectively. Network infrastructure: Reliable network connection with adequate bandwidth to support test execution, especially for web applications or applications reliant on network communication. Additional hardware: Specific hardware requirements might exist depending on the system under test, such as specialized devices or sensors for hardware-based functionalities.
Software:
Operating system: Compatible operating system version(s) as required by the system under test and testing tools. Development environment: Development environment or IDE setup (if applicable) for code compilation, debugging, and running unit tests. Testing tools: Installation and configuration of chosen testing frameworks, automation tools, and any other relevant software needed for test execution and management.
Network:
Network configuration: Specific network configurations might be necessary to simulate real-world usage scenarios, including security settings, firewall configurations, or network access control. Internet access: Depending on the system, internet access might be required for online functionalities, downloading test data, or utilizing cloud-based testing resources.
Additional Considerations:
Security: Proper security measures should be implemented to protect the testing environment from unauthorized access, data breaches, or vulnerabilities. Data management: Access to appropriate test data sets that reflect real-world or diverse use cases is crucial. Version control: If test automation scripts or other testing assets are developed, consider implementing version control systems for tracking changes and ensuring consistency.
12. Responsibilities
Juuso Le has the role as a tester, he responsible for meticulously uncovering pertinent information essential to identifying and resolving potential software bugs. Should he encounter challenges, he will not hesitate to seek assistance from my colleagues. Additionally, he may enlist the support of other team members to replicate and validate identified issues.
13. Staffing and Training Needs
When necessary, Juuso will undergo training or familiarization to enhance his skills. Otherwise, testing will be conducted based on existing knowledge. Juuso is committed to seeking assistance from his colleagues whenever required, leveraging their expertise to ensure comprehensive testing.
14. Schedule
Feature | Name | Functional User Story | Dates |
---|---|---|---|
FEA102 | Securely authenticate user accounts | US002 US004 | Mar 25 - Apr 19 |
FEA106 | Improve dark mode colors | US045 | Mar 11 - Mar 22 |
FEA109 | Search location by name | US052 | Mar 11 - Mar 22 |
FEA110 | Enhance color contrast for color blindness | US046 | Mar 4 - Apr 19 |
FEA112 | Change branding to team and JAMK brand | US062 | Mar 11 - Mar 22 |
FEA410 | HTTPS Connection | US028 | Mar 11 - Mar 22 |
FEA506 | Implement automated build and deployment pipeline | US021 | Mar 4 - Apr 19 |
FEA507 | Manage cloud-based infrastructure | US030 | Mar 4 - Apr 19 |
FEA508 | Set up monitoring and alerting systems | US031 | Mar 11 - Mar 22 |
FEA511 | Maintain good documentation of the architecture and pipelines | US034 | Mar 4 - Apr 19 |
FEA516 | Manual Testing | US60 | Mar 25 - Apr 19 |
FEA517 | Maintainable Documentation | US61 | Mar 4 - Apr 19 |
FEA519 | User Feedback service | US063 | Apr 8 - Apr 19 |
15. Risks and Contingencies
Potential risks to testing activities include resource constraints, scope creep, technical challenges, dependency issues, and security concerns. Contingencies involve optimizing resources, managing scope, addressing technical issues promptly, establishing clear communication channels, implementing security measures, and conducting thorough performance testing. These strategies help mitigate disruptions and ensure successful testing outcomes.
16. Approvals
Approval will be conducted by one or more team members who are not involved in the testing process. This ensures an impartial assessment of the software's readiness for deployment.