품질 평가 체크리스트
Planning and Requirements Analysis
Design and Development
- Identify the required components and their interactions
- Design the overall structure and organization of the system
- Determine the technology stack and platforms to be used
- Create wireframes and mockups to visualize the user interface
- Ensure intuitive navigation and layout
- Consider accessibility guidelines and best practices
- Follow coding standards and style guidelines
- Use appropriate data structures and algorithms
- Optimize code for performance and resource utilization
- Schedule code review sessions with the development team
- Review code for readability, maintainability, and adherence to standards
- Provide constructive feedback and suggestions for improvement
- Develop test cases to cover all system functionalities
- Execute functional tests to verify expected behavior
- Perform performance testing to measure system responsiveness and scalability
- Break down the system into individual components
- Document the purpose, functionality, and interfaces of each component
- Include diagrams, flowcharts, or other visual aids to illustrate the design
- Identify the data structures needed to store and manipulate data
- Determine the algorithms required to perform various operations on the data
- Consider factors such as efficiency, scalability, and maintainability
- Identify relevant third-party libraries or APIs to enhance system functionality
- Evaluate the compatibility and reliability of the libraries or APIs
- Integrate the libraries or APIs into the system following best practices
- Write test cases to verify the functionality of each component in isolation
- Execute the test cases and compare the actual results with the expected results
- Fix any issues or bugs identified during the testing process
- Create a visual representation of the system's user interface
- Include basic functionality to demonstrate the key features of the system
- Gather feedback from stakeholders and make necessary revisions
- Identify potential errors and exceptions that may occur during system operation
- Implement error handling code to gracefully handle these situations
- Include appropriate error messages or notifications for users
- Combine the individual components and test their interactions and data exchange
- Verify that the components work together correctly and communicate as intended
- Fix any issues or bugs identified during the testing process
- Analyze the system code for performance bottlenecks or inefficiencies
- Identify areas that can be improved through code refactoring or optimization
- Make necessary changes to improve the system's performance
- Recruit users to interact with the system's user interface
- Observe and collect feedback on the usability, intuitiveness, and user experience
- Make necessary revisions based on the feedback to enhance usability
- Identify potential security vulnerabilities and risks
- Implement encryption algorithms and secure access controls to protect sensitive data
- Regularly update and patch security measures to address new threats
- Simulate high user loads to measure system performance and response times
- Analyze the system's performance metrics and identify any bottlenecks or limitations
- Optimize the system to handle expected user loads efficiently
- Implement a logging mechanism to capture and store system errors and exceptions
- Set up monitoring tools to proactively detect and alert on system issues
- Regularly review and analyze the logged data to identify patterns or recurring issues
- Document the design decisions, system architecture, and development methodologies
- Include detailed instructions on how to install, configure, and maintain the system
- Update the documentation as changes are made to the system
- Define test scenarios based on user requirements and expected system behavior
- Engage users to execute the test scenarios and provide feedback on system functionality
- Address any gaps or issues identified during the testing process
- Test the integrated system as a whole to verify its functionality and performance
- Verify that all components communicate correctly and function as expected
- Fix any issues or bugs identified during the testing process
- Retest the system after making updates or changes to ensure existing functionality is unaffected
- Execute previously passed test cases to verify that they still produce the expected results
- Address any regressions or unexpected behavior identified during the testing process
- Choose a version control system and establish a repository for the system's source code
- Define branching and merging strategies to manage code changes and releases
- Enforce code reviews and approvals before merging changes into the main branch
- Engage peers or subject matter experts to review the system's design and code
- Seek feedback on the clarity, maintainability, and adherence to best practices
- Incorporate suggestions and address any identified issues
- Identify the languages and locales the system needs to support
- Implement internationalization features to enable language and locale-specific content
- Ensure the system can handle different character sets, date formats, and cultural norms
- Define performance criteria and metrics to evaluate the system's performance
- Simulate various usage scenarios to measure system response times and resource usage
- Optimize the system to meet or exceed the defined performance requirements
- Identify critical data and system components that need to be backed up
- Implement backup mechanisms to regularly create copies of the data and system
- Define and document a disaster recovery plan to restore the system in case of failure
Use in Manifestly