e50eac31b2
This commit introduces substantial enhancements to both the NetworkingGenie class and the Utilities module, focusing on the secure usage of sudo permissions, improved error handling, and the creation of new sudo methods. 1. Secure Sudo Usage: The `use_sudo` method from the Utilities module is now integrated within the `find_main_interface`, `create_dummy_interface`, and `setup_traffic_mirroring` methods of the NetworkingGenie class. This method ensures that commands requiring sudo permissions are executed securely. It achieves this by encrypting the sudo password, using it for the required command, and then immediately clearing it from memory. This approach significantly enhances the security of operations that require elevated permissions. 2. New Sudo Methods in Utilities Module: This commit introduces several new methods in the Utilities module to handle sudo operations securely. The `ask_for_sudo`, `test_sudo`, `deescalate_sudo`, and `use_sudo` methods have been created. These methods handle the secure acquisition, testing, de-escalation, and usage of sudo permissions, respectively. They ensure that sudo operations are performed securely and efficiently, with the sudo password being encrypted and cleared from memory immediately after use. 3. Improved Error Handling: The error handling within the `setup_traffic_mirroring` method has been refined. Now, when an exception is raised during the execution of a command, the error message is not only logged using the LoggMan logger but also an alert is enqueued into the AlertQueueManager. This dual approach ensures that errors are properly logged for debugging purposes and also communicated to the user in real-time. 4. AlertQueueManager Integration: The `initialize` method of NetworkingGenie has been updated to accept an `alert_queue_manager` parameter. This allows the NetworkingGenie class to enqueue alerts directly into the AlertQueueManager, thereby improving the communication of errors and important information to the user. 5. Dummy Interface Creation: The `create_dummy_interface` method now checks if the dummy interface already exists before attempting to create it. This prevents unnecessary system calls and potential errors. These modifications significantly contribute to the overall security and reliability of the NETRAVE system. They ensure that network setup and traffic mirroring operations are performed securely and efficiently, with clear and immediate communication of any issues that may occur.
103 lines
4.8 KiB
Markdown
103 lines
4.8 KiB
Markdown
# NETRAVE TODO List
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## Table of Contents
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1. [Software Development](#1-software-development)
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2. [Testing](#2-testing)
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3. [Documentation](#3-documentation)
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4. [Community Building](#4-community-building)
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5. [Deployment and Distribution](#5-deployment-and-distribution)
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6. [Maintenance and Support](#6-maintenance-and-support)
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## 1. Software Development
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- [ ] Complete the modular design of the software.
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- [ ] Implement the main functionality of each module.
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- [ ] Develop the user interface for each module.
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- [ ] Create a system for managing and updating modules.
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- [x] Implement the database connection and management system.
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- [x] Create a system for handling errors and exceptions.
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- [x] Implement a logging system for tracking and debugging issues.
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- [ ] Develop a system for managing user settings and preferences.
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- [x] Implement security measures to protect user data and system integrity.
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- [ ] Develop a system for automated updates and patches.
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- [ ] Implement a system for user feedback and suggestions.
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## 2. Testing
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- [ ] Write unit tests for each module.
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- [ ] Write integration tests for the entire system.
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- [ ] Conduct performance testing to ensure the software runs efficiently.
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- [ ] Conduct security testing to ensure the software is secure.
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- [ ] Conduct user testing to ensure the software is user-friendly and meets user needs.
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- [ ] Implement a system for automated testing.
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- [ ] Develop a system for tracking and managing test results.
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## 3. Documentation
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- [ ] Write detailed documentation for each module.
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- [x] Write a developer guide for contributing to the project.
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- [x] Update the README.md file with the latest information about the project.
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- [ ] Document the software architecture and design decisions.
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- [ ] Develop a system for user feedback on documentation.
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- [ ] Ensure all features and modules are well-documented.
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- [ ] Develop user guides and tutorials.
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- [ ] Regularly update documentation to reflect changes in the software.
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## 4. Community Building
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- [x] Create a contributing guide for potential contributors.
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- [x] Set up a system for managing pull requests and code reviews.
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- [x] Set up a system for tracking and managing issues.
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- [ ] Create a community forum or mailing list for discussions about the project.
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- [ ] Promote the project to attract more users and contributors.
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- [ ] Develop a system for recognizing and rewarding contributors.
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- [ ] Create a system for managing community events and activities.
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## 5. Deployment and Distribution
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- [ ] Develop a system for packaging and distributing the software.
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- [ ] Create a system for managing software versions and updates.
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- [ ] Set up a system for tracking and managing software downloads and installations.
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- [ ] Develop a system for user feedback on software installation and usage.
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## 6. Maintenance and Support
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- [ ] Set up a system for providing user support and troubleshooting.
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- [ ] Develop a system for tracking and managing support requests.
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- [ ] Create a system for managing software updates and patches.
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- [ ] Set up a system for user feedback on software maintenance and support.
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## 7. Accessibility
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- [ ] Ensure the software is accessible to users with disabilities.
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- [ ] Implement features for screen readers.
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- [ ] Ensure color schemes are accessible for color-blind users.
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- [ ] Implement keyboard navigation for users who can't use a mouse.
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## 8. Internationalization
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- [ ] Implement support for multiple languages.
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- [ ] Ensure date, time, and number formats adapt to the user's locale.
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- [ ] Implement right-to-left text support for languages that use it.
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## 9. Analytics
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- [ ] Implement a system for tracking user behavior and usage patterns.
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- [ ] Develop a system for analyzing and reporting on this data.
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- [ ] Use analytics data to inform future development decisions.
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## 10. Legal
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- [ ] Ensure the software complies with all relevant laws and regulations.
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- [ ] Ensure the software respects user privacy and data protection rights.
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## 12. Sustainability
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- [ ] Develop a strategy for the long-term sustainability of the project.
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- [ ] Implement a system for tracking and managing project resources.
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- [ ] Develop a system for attracting and retaining contributors.
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## 13. User Experience
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- [ ] Conduct user research to understand user needs and pain points.
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- [ ] Implement user feedback mechanisms within the software.
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- [ ] Continuously improve the user interface based on user feedback and research.
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## 14. Performance
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- [ ] Implement performance testing and optimization.
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- [ ] Ensure the software runs smoothly on all supported platforms and devices.
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- [ ] Develop a strategy for handling high traffic or load.
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## 15. Security
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- [ ] Regularly update the software to address security vulnerabilities.
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- [ ] Implement a system for logging and monitoring for potential security threats.
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- [ ] Develop a response plan for potential security incidents.
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