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1. Regression Testing: Regression testing is a software testing method that focuses on retesting the existing functionalities of an application to ensure that recent changes or enhancements have not introduced any new defects.
2. Unit Testing: Unit testing is the process of testing individual units or components of a software application to verify that they are working correctly. It helps identify and isolate bugs and defects at an early stage of the development cycle.
3. Functional Testing: Functional testing is a type of software testing that verifies the functionality and compliance of a software application with its specified requirements. It ensures that the application performs as expected and meets user expectations.
4. Performance Testing: Performance testing is a method of testing software applications to evaluate their performance under expected workload and stress conditions. It helps identify performance bottlenecks and ensure that the application meets response time and scalability requirements.
5. Security Testing: Security testing is performed to identify and assess vulnerabilities and weaknesses in a software application's security mechanisms. It helps ensure that the application protects sensitive data and is resistant to unauthorized access or malicious attacks.
6. Usability Testing: Usability testing is conducted to evaluate the ease of use and user-friendliness of a software application. It involves observing users performing tasks with the application to identify any usability issues or challenges.
7. Compatibility Testing: Compatibility testing checks whether a software application is compatible with different hardware, operating systems, browsers, and network environments. It helps ensure that the application delivers consistent performance across different platforms.
8. Load Testing: Load testing is performed to measure the ability of a software application to handle a specific workload or user load. It helps identify performance issues and determine the application's scalability and reliability under heavy load conditions.
9. Stress Testing: Stress testing involves evaluating the performance and stability of a software application under extreme or unfavorable conditions, such as high user load, limited resources, or abnormal inputs. It helps identify potential failure points and assess the application's resilience.
10. Installation Testing: Installation testing is performed to verify the correct installation and uninstallation of a software application on different operating systems and configurations. It ensures that the installation process is smooth and error-free.
11. GUI Testing: GUI (Graphical User Interface) testing focuses on assessing the visual elements and user interface components of a software application. It verifies that the GUI elements are correctly displayed, functional, and responsive.
12. Recovery Testing: Recovery testing exercises the software application's ability to recover from system failures, crashes, or other unexpected events. It helps assess the application's reliability and ability to resume normal operations after an outage.
13. Localization Testing: Localization testing is conducted to verify that a software application works correctly when translated into different languages or adapted to specific cultural or regional settings. It ensures that the application is culturally appropriate and functionally operational in each target locale.
14. Accessibility Testing: Accessibility testing focuses on evaluating the accessibility and usability of a software application by users with disabilities. It helps ensure that the application conforms to accessibility standards and can be used by individuals with visual, auditory, or motor impairments.
15. Data Validation Testing: Data validation testing checks the accuracy, integrity, and validity of data processed by a software application. It verifies that the application correctly handles data inputs, performs data calculations, and generates accurate outputs.
16. Integration Testing: Integration testing verifies the interaction and compatibility of different modules or components within a software application. It ensures that the integrated system functions as expected and all components work together seamlessly.
17. Acceptance Testing: Acceptance testing is performed to determine whether a software application meets the acceptance criteria and satisfies user requirements. It involves the end-users or stakeholders testing the system in a real or simulated environment.
18. Ad-hoc Testing: Ad-hoc testing is an unplanned and informal testing approach where the tester explores the software application without any specific test cases or predefined steps. It helps uncover bugs and issues that might be missed in formal testing.
19. Exploratory Testing: Exploratory testing is a simultaneous learning, test design, and test execution process where the tester explores the software application while executing test cases. It focuses on discovering defects and evaluating the application's behavior in an unscripted manner.
20. Boundary Testing: Boundary testing tests the software application's ability to handle boundary or extreme values of input data. It checks how the application behaves near its defined boundaries and identifies any issues or errors related to boundary conditions.
21. Alpha Testing: Alpha testing is a type of testing conducted by the developers or a small group of users in a controlled environment before releasing the software application to the public. It helps identify last-minute bugs and collect user feedback.
22. Beta Testing: Beta testing involves releasing a software application to a limited number of external users or customers to evaluate its performance, usability, and reliability in a real-world environment. It collects feedback to make further improvements before the final release.
23. Installation Verification Testing: Installation verification testing ensures that the installation process of a software application proceeds smoothly and successfully. It validates that the application is installed correctly, all necessary components are present, and the application can be launched and used without any issues.
24. Smoke Testing: Smoke testing is a quick and shallow testing approach that verifies the key functionalities of a software application to ensure its basic stability. It aims to identify critical defects and ensure that the application is ready for further testing.
25. Volume Testing: Volume testing assesses the software application's performance and behavior when subjected to a large volume of data or a high volume of transactions. It helps identify performance bottlenecks and ensures the application can handle large amounts of data without degradation.
26. Database Testing: Database testing validates the integrity, accuracy, and functionality of the database system used by a software application. It ensures that the data is stored and retrieved correctly, and the database performs as expected.
27. Concurrency Testing: Concurrency testing evaluates how a software application handles multiple simultaneous users or processes accessing shared resources. It helps identify concurrency issues, such as deadlocks or race conditions, and ensures the application's stability under such scenarios.
28. Multithreading Testing: Multithreading testing involves verifying the correct behavior and synchronization of multithreaded software applications. It ensures that multiple threads run concurrently and interact correctly without causing race conditions, deadlock, or other threading-related issues.
29. Mobile Testing: Mobile testing focuses on evaluating the functionality, usability, and performance of software applications on mobile devices such as smartphones and tablets. It considers factors like different screen resolutions, touch gestures, and device-specific features.
30. Device Compatibility Testing: Device compatibility testing checks how a software application performs and behaves across a range of different devices, including various smartphones, tablets, and operating systems. It ensures that the application delivers a consistent user experience across different devices.
31. Network Testing: Network testing involves evaluating the performance and behavior of software applications under different network conditions, such as low bandwidth, high latency, or intermittent connectivity. It ensures that the application can handle network-related challenges and provides reliable functionality.
32. Scalability Testing: Scalability testing assesses the software application's ability to handle an increasing workload or user load by adding resources such as servers, databases, or network components. It helps identify any performance issues or limitations related to scaling the application.
33. Interoperability Testing: Interoperability testing verifies that a software application works correctly and seamlessly with other external systems, software, or hardware components. It ensures that the application can exchange data and interact with external entities without compatibility issues.
34. API Testing: API (Application Programming Interface) testing is performed to verify the functionality, performance, and reliability of an application's APIs. It ensures that the APIs correctly handle requests and responses, and the integration points function as expected.
35. Code Coverage Testing: Code coverage testing evaluates the extent to which the source code of a software application is tested by identifying the parts of the code that have been executed during testing. It helps assess the effectiveness of the test suite and identifies areas that require additional tests.
36. Non-functional Testing: Non-functional testing focuses on evaluating the non-functional aspects of a software application, such as performance, reliability, availability, scalability, and security. It ensures that the application meets the desired quality attributes and user expectations.
37. Compliance Testing: Compliance testing verifies whether a software application complies with relevant industry regulations, standards, or legal requirements. It ensures that the application adheres to specific guidelines and rules applicable to the industry or domain.
38. Black Box Testing: Black box testing is a method where the tester does not have access to the internal workings or code of the software application. It focuses on testing the functionality, inputs, and outputs of the application without considering its internal structure.
39. White Box Testing: White box testing is a method where the tester has access to the internal structure, code, and implementation details of the software application. It aims to test the logical flow, control structures, and internal components to ensure the correct functioning of the application.
40. Grey Box Testing: Grey box testing is a hybrid approach that combines elements of black box and white box testing. The tester has limited knowledge of the internal workings of the software application, allowing them to test specific areas or components while still considering the application as a whole.
41. Code Review: Code review involves systematically examining and analyzing the source code of a software application to identify any bugs, logical errors, or inconsistencies. It ensures that the code follows coding standards, best practices, and is maintainable.
42. Penetration Testing: Penetration testing, also known as ethical hacking or security testing, is performed to identify potential vulnerabilities or weaknesses in a software application's security defenses. It attempts to exploit security flaws to assess the application's resilience against real-world attacks.
43. Code Profiling: Code profiling is the process of analyzing the performance and resource usage of a software application's code. It helps identify code segments that consume excessive CPU, memory, or other resources, and optimize the application's performance and efficiency.
44. Peer Review: Peer review involves having other developers or testers review and evaluate the code, design, or documentation of a software application. It helps identify issues, provide feedback, and improve the overall quality of the software.
45. Static Testing: Static testing is performed without executing the software application. It involves reviewing and analyzing code, documentation, and other artifacts to identify defects or potential issues. It helps uncover errors early in the development process.
46. Destructive Testing: Destructive testing is conducted to assess the behavior and reliability of a software application under extreme or intentionally negative conditions. It involves intentional disruption, overloading, or misusing the system to test its robustness and failure characteristics.
47. Reusability Testing: Reusability testing evaluates the reusability and modularity of software components or modules. It verifies the ease with which a component can be reused in different contexts or projects and ensures that it functions correctly in different scenarios.
48. Quality Assurance Testing: Quality assurance testing is performed to ensure that a software application meets the necessary quality standards and requirements. It involves the overall process of monitoring, managing, and improving the quality of the software development lifecycle.
49. Capacity Testing: Capacity testing assesses the ability of a software application to handle a specific amount of workload, user load, or data volume. It helps determine the application's performance limits and ensures that it can handle the expected load without performance degradation.
50. Compatability Testing: Compatability testing is performed to ensure that a software application functions as expected and is compatible with different operating systems, devices, browsers, or software versions. It helps identify any compatibility issues and ensures a smooth user experience across various platforms.

檢測流程步驟

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