Welcome! LLM-Filter-Probe is a user-friendly tool designed to help you analyze restrictions on input for AI models. With this software, you can easily identify sensitive keywords in various API gateways that use dictionary-based filtering.
Before downloading the application, ensure your system meets these requirements:
Click on the following link to visit the Releases page: Download LLM-Filter-Probe.
On the Releases page, you will see several versions available. Choose the latest release, marked as βLatestβ or βStable.β
LLM-Filter-Probe-Win.exe.LLM-Filter-Probe-Mac.zip.LLM-Filter-Probe-Linux.tar.gz.Once the file is downloaded, locate it in your computerβs downloads folder.
If you downloaded a .exe file, double-click it to run the installer. Follow the on-screen instructions to complete the installation.
If you downloaded a .zip or .tar.gz file, extract it. Open the folder and run the application file.
Launch the application by clicking the icon on your desktop or from your applications folder.
Enter the API endpoint you want to analyze.
Click the βAnalyzeβ button. The tool will scan the input for sensitive keywords.
Review the results displayed on the screen. The tool will provide a list of any blocked keywords it detects.
Use the information to understand the level of censorship applied to that API.
If you encounter problems when using LLM-Filter-Probe, try these steps:
If you have questions or need support, you can reach out through the Issues section of the GitHub repository. Join the community by sharing your experiences and tips for using LLM-Filter-Probe effectively.
We welcome contributions! If you want to improve the tool, check the guidelines in the repository. You can submit features, report bugs, or provide suggestions based on your experience with the tool.
LLM-Filter-Probe is licensed under the MIT License. This allows you to use, modify, and share the software as long as you include the original license.
Thank you for choosing LLM-Filter-Probe. We hope this tool proves useful in your work with language models and API analysis.