SalivIQ Software Modifications: QPCR Test Cases
Introduction: Unveiling the SalivIQ Software Modifications
This document meticulously outlines the test cases designed to validate the modifications implemented in the SalivIQ software. These changes encompass a range of features, from logo adjustments and interface refinements to alterations in test kit availability and result display mechanisms. Each test case is structured to ensure comprehensive coverage, assessing the software's functionality, usability, and adherence to specified requirements. The testing process aims to guarantee that the modifications are seamlessly integrated, enhancing the user experience and maintaining the software's integrity. The primary focus is on qPCR functionality and the accuracy of the results provided by the software. The test cases cover various aspects, including the correct display of results, the availability of test kits, and the overall user interface. These test cases are crucial for ensuring the reliability and efficiency of the SalivIQ software.
Why These Test Cases Matter
The implementation of these test cases is not merely a formality; it is a critical step in guaranteeing the quality and reliability of the SalivIQ software. By subjecting each modification to rigorous testing, we ensure that the software functions as intended, providing accurate results and a seamless user experience. The process helps identify and rectify potential issues before deployment, mitigating risks and enhancing user satisfaction. These tests meticulously cover various scenarios to ascertain that the software responds as anticipated under all conditions. This proactive approach to testing is essential for maintaining the highest standards of software quality and for upholding user trust in the SalivIQ platform.
Test Case Structure and Methodology
Each test case adheres to a standardized format, including a unique identifier (TC_ID), a detailed description of the action to be performed, the expected result, the actual result (if different), and spaces for the Development (DEV) and Testing (TEST) teams to record pass/fail statuses. This structured approach ensures clarity, consistency, and traceability throughout the testing process. The methodology involves a combination of manual and automated testing techniques, providing a comprehensive evaluation of the software's functionalities. This comprehensive strategy ensures that all facets of the software are thoroughly assessed, leading to more dependable and dependable outcomes. This allows for a structured and organized approach to testing, making it easier to track progress and identify any areas that need improvement.
TC-01: Logo Replacement Validation
This test case focuses on verifying the correct implementation of the logo replacement on the SalivIQ software. The goal is to ensure that the appropriate logo is displayed consistently across the application, starting from the login screen and continuing through the home screen. This validates the visual branding and confirms that the legacy OPENQPCR logo is no longer visible. The test case steps systematically check for the presence of the SalivIQ logo and the absence of the old logo, ensuring that the visual updates are correctly applied throughout the user interface. These checks ensure that the brand identity is correctly reflected in every aspect of the software.
| TC_ID | Action | Expected Result | Actual Result (if different) | DEV (Pass/ Fail) | TEST (Pass/ Fail) |
|---|---|---|---|---|---|
| 1.01 | Launch the application | Application launches successfully | |||
| 1.02 | Verify logo on Login screen | SalivIQ logo is displayed on Login screen | |||
| 1.03 | Log in and navigate to Home screen | SalivIQ logo is displayed on Home screen | |||
| 1.04 | Check for OPENQPCR logo | OPENQPCR logo should not be visible |
The Importance of Logo Consistency
Ensuring consistent logo representation is critical for brand recognition and user trust. A correctly displayed logo builds credibility, reinforcing the brand's identity across all touchpoints. Therefore, the successful completion of this test case is essential for projecting a professional and reliable image of the SalivIQ software. It guarantees that the visual branding remains consistent, providing users with a coherent and trustworthy experience from the moment they launch the application. This uniformity boosts brand recognition and reinforces user confidence in the platform's reliability.
TC-02: Removing the "Create A New Experiment" Option
This test case targets the removal of the "Create A New Experiment" option from the home screen. The objective is to verify that this option is no longer available, aligning with the modified software requirements. The test case confirms that the interface reflects the intended changes, providing users with the intended set of functionalities. This verification is essential to ensure that the modifications are correctly implemented and that the user interface remains intuitive and streamlined.
| TC_ID | Action | Expected Result | Actual Result (if different) | DEV (Pass/ Fail) | TEST (Pass/ Fail) |
|---|---|---|---|---|---|
| 2.01 | Navigate to Home/Landing screen | Home screen is displayed | |||
| 2.02 | Verify available options | "Create A New Experiment" is not displayed |
Interface Streamlining
Removing the unnecessary option streamlines the user interface, improving usability and reducing the risk of confusion. This test case validates the software's adherence to a simpler, more user-friendly design, thus enhancing the overall experience for users. This simplification aligns with the goal of providing a more focused and effective experience for users by streamlining available choices. Therefore, this change is not merely cosmetic; it is a vital enhancement that boosts overall user satisfaction and efficiency.
TC-03: Landing Screen Action Buttons Verification
This test case focuses on validating the action buttons displayed on the landing screen of the SalivIQ software. The goal is to confirm that the correct buttons are present and that no extraneous buttons are visible. The test case ensures that the user interface correctly reflects the updated functionality, providing users with the necessary options to proceed with their tasks. Verifying the action buttons ensures that the user interface is intuitive and efficient, helping users quickly access the features they require.
| TC_ID | Action | Expected Result | Actual Result (if different) | DEV (Pass/ Fail) | TEST (Pass/ Fail) |
|---|---|---|---|---|---|
| 3.01 | View Home/Landing screen | Landing screen is displayed | |||
| 3.02 | Verify action buttons | Only Run a Test Kit, Settings, Sign Out are displayed | |||
| 3.03 | Check for additional buttons | No extra buttons are shown |
The Importance of a Clean UI
Having a clean and straightforward user interface is paramount for ensuring a positive user experience. This test case validates that the application presents users with a clear and concise set of action buttons. This helps users quickly navigate the software and perform their tasks efficiently. This streamlined design reduces cognitive load and enhances the user's focus on essential tasks, fostering a more productive environment.
TC-04: Test Kit Availability Check
This test case verifies the availability of test kits within the SalivIQ software. The objective is to ensure that only the specified test kit, SalivIQâ„¢ Strep A, is listed, reflecting the scope of the software's functionality. The test confirms that the application correctly displays the available test kits, adhering to the specified parameters. This guarantees that users have access to the correct test options, avoiding potential confusion and ensuring accurate results.
| TC_ID | Action | Expected Result | Actual Result (if different) | DEV (Pass/ Fail) | TEST (Pass/ Fail) |
|---|---|---|---|---|---|
| 4.01 | Click on "Run a Test Kit" | Test kit selection screen is displayed | |||
| 4.02 | Verify available test kits | Only SalivIQâ„¢ Strep A is listed | |||
| 4.03 | Check for other test kits | No additional test kits are displayed |
Ensuring Accurate Test Selection
Limiting the available test kits to SalivIQâ„¢ Strep A helps reduce the risk of selecting the wrong test, leading to more accurate results. This test case ensures the user interface provides clear guidance, contributing to the software's reliability and usability. It provides the users with a simplified, targeted interface. This approach facilitates a smooth workflow, guaranteeing that users can focus on their primary tasks without encountering unnecessary complications.
TC-05: Automatic Test Protocol Execution Validation
This test case validates the automatic execution of the test protocol after selecting the SalivIQâ„¢ Strep A test kit. The goal is to confirm that the test initiates without any manual protocol setup, adhering to the predefined settings. The test verifies that the initial activation and cycling conditions are correctly implemented. It helps guarantee that the test runs automatically and that the predefined protocols are implemented accurately. This automatic feature simplifies the user experience, reduces the potential for errors, and improves the speed and efficiency of the testing process. The system automatically executes the test according to the pre-programmed instructions.
| TC_ID | Action | Expected Result | Actual Result (if different) | DEV (Pass/ Fail) | TEST (Pass/ Fail) |
|---|---|---|---|---|---|
| 5.01 | Select SalivIQâ„¢ Strep A | Test kit is selected successfully | |||
| 5.02 | Start the test | Test starts automatically without protocol setup | |||
| 5.03 | Verify initial activation | 95°C for 30 seconds is executed | |||
| 5.04 | Verify cycling conditions | 40 cycles of 95°C (4s) & 67°C (18s) run |
Simplifying the Testing Process
Automatic protocol execution streamlines the testing process, making it easier and faster for users to obtain results. This test case ensures that the software provides a seamless and automated experience, reducing the need for manual configuration and minimizing potential errors. By eliminating the necessity for protocol setup, the software enhances its usability, making it an excellent option for both seasoned experts and newcomers.
TC-06: Protocol Editing Restriction Validation
This test case focuses on verifying the restriction of protocol editing within the SalivIQ software. The objective is to confirm that users are unable to modify the predefined protocol for the SalivIQâ„¢ Strep A test kit. This ensures that the testing process adheres to the validated parameters. The test confirms that the protocol fields are read-only or hidden, preventing unauthorized changes. This is critical for maintaining the integrity and reliability of the test results. These restrictions prevent user error and ensure that every test follows a validated methodology.
| TC_ID | Action | Expected Result | Actual Result (if different) | DEV (Pass/ Fail) | TEST (Pass/ Fail) |
|---|---|---|---|---|---|
| 6.01 | Select SalivIQâ„¢ Strep A | Test kit screen opens | |||
| 6.02 | Look for edit options | No protocol edit option is available | |||
| 6.03 | Attempt protocol modification | Protocol fields are read-only or hidden | |||
| 6.04 | Run the test | Predefined protocol is enforced |
Preserving Test Integrity
Restricting protocol editing ensures the consistent application of a validated test protocol, guaranteeing reliable and accurate results. This test case protects against unauthorized modifications, ensuring that the tests run according to approved parameters. The protection offered by the protocol editing limits the potential for user error, guaranteeing that all tests are carried out according to the predetermined specifications. This method is essential for preserving the test's integrity and preserving the reliability of the results.
TC-07: Terminology Update Verification
This test case verifies the proper implementation of terminology updates throughout the SalivIQ software. The goal is to confirm that the term "experiment" is no longer used and that "test" is consistently applied across the application. This ensures that the software uses the correct and current terminology. The test validates that the user interface correctly reflects the updated nomenclature, providing a consistent and understandable user experience. The consistent use of the correct terminology is vital for maintaining clarity and preventing misunderstandings.
| TC_ID | Action | Expected Result | Actual Result (if different) | DEV (Pass/ Fail) | TEST (Pass/ Fail) |
|---|---|---|---|---|---|
| 7.01 | Navigate through application | Screens load successfully | |||
| 7.02 | Verify text labels | Term "experiment" is not displayed | |||
| 7.03 | Verify terminology | Term "test" is used consistently |
Enhancing User Comprehension
Using the correct terminology enhances user comprehension and streamlines communication, preventing potential errors. This test case confirms that the software adheres to the most recent vocabulary, improving the overall user experience. This promotes clarity and ease of use by ensuring all references align with current, agreed-upon terms, fostering better understanding and fewer chances for mistakes.
TC-08: Result Display – POSITIVE (Cq > 12) Validation
This test case focuses on the display of results when the Cq value is greater than 12, indicating a POSITIVE result. The objective is to ensure that the result status is displayed as POSITIVE in green, along with the corresponding Cq value. This validates the accurate representation of the test results. The test confirms that the results screen correctly reflects the POSITIVE status with the correct visual cues. This ensures that users can quickly and accurately interpret the test results, providing clear and reliable data.
| TC_ID | Action | Expected Result | Actual Result (if different) | DEV (Pass/ Fail) | TEST (Pass/ Fail) |
|---|---|---|---|---|---|
| 8.01 | Complete test with Cq > 12 | Test completes successfully | |||
| 8.02 | Open test results | Result screen is displayed | |||
| 8.03 | Verify result status | POSITIVE appears in green | |||
| 8.04 | Verify Cq value | Cq value (>12) is displayed |
Clear Result Interpretation
Clear visual cues and accurate result presentation are critical for easy result interpretation, reducing the potential for misinterpretation. This test case ensures that the software provides clear and concise information, enabling users to make informed decisions quickly. The emphasis on clarity facilitates effective communication of results, improving the value of the software by ensuring the accuracy and usability of the data provided.
TC-09: Result Display – NEGATIVE (Cq ≤ 12) Validation
This test case verifies the display of results when the Cq value is less than or equal to 12, indicating a NEGATIVE result. The objective is to confirm that the result status is displayed as NEGATIVE in red, along with the corresponding Cq value. This ensures the correct representation of the test results. The test validates that the results screen correctly displays the NEGATIVE status with the appropriate visual indicators. This ensures that users can easily and precisely understand the test results, providing precise and reliable information.
| TC_ID | Action | Expected Result | Actual Result (if different) | DEV (Pass/ Fail) | TEST (Pass/ Fail) |
|---|---|---|---|---|---|
| 9.01 | Complete test with Cq ≤ 12 | Test completes successfully | |||
| 9.02 | View test results | Result screen is displayed | |||
| 9.03 | Verify result status | NEGATIVE appears in red | |||
| 9.04 | Verify Cq value | Cq value (≤12) or none is displayed |
Reliable Result Representation
Accurate and visually distinct result representation is essential for reliable decision-making, minimizing the potential for misinterpretations. This test case confirms that the software presents the results clearly and accurately. The precise presentation of outcomes guarantees that users can trust the data provided, supporting informed and dependable conclusions.
TC-10: Result Display – NEGATIVE (No Cq) Validation
This test case targets the display of results when no Cq value is available, still indicating a NEGATIVE result. The objective is to ensure that the result status is displayed as NEGATIVE in red, with an empty Cq column. This confirms the accurate display of results in the absence of a Cq value. The test validates that the results screen correctly reflects the NEGATIVE status. This provides that users have a clear understanding of the test results even when a Cq value isn't available.
| TC_ID | Action | Expected Result | Actual Result (if different) | DEV (Pass/ Fail) | TEST (Pass/ Fail) |
|---|---|---|---|---|---|
| 10.01 | Complete test with no Cq | Test completes successfully | |||
| 10.02 | Open test results | Result details are shown | |||
| 10.03 | Verify result status | NEGATIVE appears in red | |||
| 10.04 | Verify Cq column | Cq value is empty |
Comprehensive Data Presentation
Comprehensive data presentation, even in the absence of a Cq value, guarantees that users receive all essential details, supporting informed decision-making. This test case assures the software offers comprehensive result display, contributing to its dependability. By guaranteeing a thorough presentation of data, the system helps users come to well-informed decisions, guaranteeing the utmost value from the software.
TC-11: Completed Test List and Amplification Curve Verification
This test case focuses on verifying the completed test list and the availability of the Amplification Curve option. The objective is to confirm that completed tests appear in the list on the home screen and that the Amplification Curve option is available. The test confirms that users can access and view the test results, which includes the Amplification Curve. This is important for data analysis and result interpretation. It confirms that the users can examine the test results, which includes the Amplification Curve. This aids in in-depth data analysis, giving users the instruments they need to extract relevant data. Ensuring the correct data presentation boosts the overall utility and value of the software.
| TC_ID | Action | Expected Result | Actual Result (if different) | DEV (Pass/ Fail) | TEST (Pass/ Fail) |
|---|---|---|---|---|---|
| 11.01 | Complete a test | Test finishes successfully | |||
| 11.02 | Go to Home screen | Completed test appears in list | |||
| 11.03 | Select a test | Amplification Curve option is available | |||
| 11.04 | Open Amplification Curve | Test results are displayed correctly |
Data Visualization and Analysis
The availability of the Amplification Curve is crucial for data visualization and analysis, allowing users to interpret results in detail. This test case ensures that the software provides the necessary tools for users to analyze their test results. The option of visualizing the Amplification Curve permits a more comprehensive analysis, which strengthens the tool's usefulness for scientific or diagnostic purposes. This capability is critical for a full comprehension of the results, promoting well-informed judgments.
Conclusion: Ensuring Quality and Reliability
The successful execution of these test cases ensures the quality, reliability, and usability of the modified SalivIQ software. By thoroughly validating each change, we confirm the software's functionality and its ability to deliver accurate and reliable results. This rigorous testing process is essential for maintaining the highest standards of quality, ensuring a positive user experience, and upholding the integrity of the SalivIQ platform.
Future Enhancements
Ongoing testing and continuous improvement will be critical to the future success of the SalivIQ software. Continuous evaluation and user feedback will help refine the software, improve user experience, and guarantee its long-term reliability. Regularly revisiting these test cases and adding new ones as needed will ensure the software remains at the cutting edge. This proactive method guarantees that the SalivIQ software continues to satisfy the needs of its users.
For more information on qPCR technology, visit the National Center for Biotechnology Information (NCBI).
