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question:翻译为标准的英文。随着互联网的快速发展，web应用程序已经成为人们生活中不可或缺的一部分，而其中安全问题也日益受到关注。PHP反序列化漏洞作为一种常见的安全漏洞，在许多开源PHP内容管理系统（如WordPress，Drupal，Joomla和Piwik）都有出现过。这些漏洞可能导致远程代码执行等严重安全问题，威胁着web应用程序的安全性，影响大部分Web服务器。本文分析了国内外与PHP反序列化漏洞检测相关问题的当前研究，并总结和整理了相关文献。并基于动态污点分析技术设计了一种自动化检测PHP反序列化漏洞的系统，以PHP扩展的形式快速集成到待检测PHP Web应用环境中。该系统通过网络爬虫进行爬取触发反序列化敏感函数，快速定位触发反序列化漏洞点，帮助还原漏洞机理。这种方法可以提高反序列化漏洞检测的效率和准确率，为Web应用的安全提供更加可靠的解决方案。
answer:With the rapid development of the Internet, web applications have become an indispensable part of people's lives, and security issues have increasingly received attention. PHP deserialization vulnerability is a common security vulnerability that has been found in many open source PHP content management systems such as WordPress, Drupal, Joomla, and Piwik. These vulnerabilities can lead to serious security issues such as remote code execution, posing a threat to the security of web applications and affecting most web servers. This paper analyzes the current research on issues related to PHP deserialization vulnerability detection at home and abroad, and summarizes and organizes relevant literature. Based on dynamic taint analysis technology, an automated system for detecting PHP deserialization vulnerabilities is designed, which can be quickly integrated into the PHP web application environment to be tested in the form of a PHP extension. The system crawls the web and triggers sensitive deserialization functions to quickly locate the deserialization vulnerability point and help restore the vulnerability mechanism. This approach can improve the efficiency and accuracy of deserialization vulnerability detection, providing a more reliable solution for the security of web applications.
question:根据下面摘要。生成4个关键字。With the rapid development of the Internet, web applications have become an indispensable part of people’s lives, and security issues have increasingly received attention. PHP deserialization vulnerability is a common security vulnerability that has been found in many open source PHP content management systems such as WordPress, Drupal, Joomla, and Piwik. These vulnerabilities can lead to serious security issues such as remote code execution, posing a threat to the security of web applications and affecting most web servers. This paper analyzes the current research on issues related to PHP deserialization vulnerability detection at home and abroad, and summarizes and organizes relevant literature. Based on dynamic taint analysis technology, an automated system for detecting PHP deserialization vulnerabilities is designed, which can be quickly integrated into the PHP web application environment to be tested in the form of a PHP extension. The system crawls the web and triggers sensitive deserialization functions to quickly locate the deserialization vulnerability point and help restore the vulnerability mechanism. This approach can improve the efficiency and accuracy of deserialization vulnerability detection, providing a more reliable solution for the security of web applications.
answer:1. Internet development 2. Web application 3. PHP deserialization vulnerability 4. Automated vulnerability detection system
question:根据下面摘要。生成7个关键字。With the rapid development of the Internet, web applications have become an indispensable part of people’s lives, and security issues have increasingly received attention. PHP deserialization vulnerability is a common security vulnerability that has been found in many open source PHP content management systems such as WordPress, Drupal, Joomla, and Piwik. These vulnerabilities can lead to serious security issues such as remote code execution, posing a threat to the security of web applications and affecting most web servers. This paper analyzes the current research on issues related to PHP deserialization vulnerability detection at home and abroad, and summarizes and organizes relevant literature. Based on dynamic taint analysis technology, an automated system for detecting PHP deserialization vulnerabilities is designed, which can be quickly integrated into the PHP web application environment to be tested in the form of a PHP extension. The system crawls the web and triggers sensitive deserialization functions to quickly locate the deserialization vulnerability point and help restore the vulnerability mechanism. This approach can improve the efficiency and accuracy of deserialization vulnerability detection, providing a more reliable solution for the security of web applications.
answer:1. Internet development 2. Web application security 3. PHP deserialization vulnerability 4. Open source content management systems 5. Remote code execution 6. Dynamic taint analysis technology 7. Automated vulnerability detection system
question:write without wordwraps, headlines, connection words. Write back to back separated with commas and spaces: [1], [2], [3], [4], [5] replace [1] with 1984 by orwell replace [2] with a list of detailed descriptions of an in-depth look at [1], replace [3] with a list of detailed descriptions about the environment of the scene replace [4] with a list of detailed descriptions about the mood/feelings and atmosphere of the scene replace [5] with a list of detailed descriptions about the way the prompt should be realized (e.g. Photography (e.g. Macro, Fisheye Style, Portrait) with camera model and according settings, Painting with detailed descriptions about the materials and working material used, rendering with engine settings, a digital Illustration, a woodburn art (and everything else that could be defined as an output type) short prompt for an AI-based text to image program that converts a prompt about a topic into an image. Combine a wide variety of rare used and common words. always start the prompt with "/imagine prompt: " never write anything that is in [] brackets don’t use any line breaks Always End the prompt with “–v 4” after one of the following: when the prompt subject looks better vertically, add “–ar 2:3” or “–ar 9:16” before “–v 4”. When the subject looks better horizontally, use “–ar 3:2” or “–ar 16:9” instead. When the subject looks better in square, use “–ar 1:1” instead. ONLY IF the subject has anything to do with anime or mangas put “–niji” before “–v 4” prompt now generate three very different prompts
answer:/imagine prompt: An abandoned amusement park in the middle of the desert, rusted rollercoaster tracks and broken carnival games scattered throughout the scene. The sky is a dusty orange, with a single cloud hovering directly above the park. A haunting silence pervades the air, making it feel like time has stopped. –ar 9:16 –v 4 /imagine prompt: A crowded city street during a sudden rainstorm. People huddle under awnings and umbrellas, splashing through puddles and trying to avoid the constant stream of rain. Neon signs and storefronts reflect in the wet pavement, creating a surreal glow that makes everything feel both beautiful and eerie. –ar 3:2 –v 4 /imagine prompt: A deep sea underwater cave system, filled with bioluminescent creatures and strange plant life. The water is so clear you can see all the way through the winding tunnels, and the colors of the environment are surreal and otherworldly. The cave walls are jagged and rough, creating dark shadows and eerie echoes that fill the space. –ar 1:1 –v 4 –niji