Hey mate, I recently tried to add something like the ChatGPT Code Interpreter plugin to my LLM application. I found many libraries and open-source options available, but they seemed a bit complicated to set up, and some required credits for cloud computing. So, I decided to develop my own library for this feature, which can run locally or on my private cloud. Let me introduce you to LLM Sandbox, the simplest and most effective way to safely execute code generated by large language models (LLMs) in a secure, isolated environment. Whether you’re an AI researcher, developer, or hobbyist, LLM Sandbox makes it easy to integrate code interpreters into your LLM applications without worrying about the security and stability of your host system. What is LLM Sandbox? LLM Sandbox is a lightweight and portable environment designed to run LLM-generated code in a secure and isolated manner using Docker containers. With its easy-to-use interface, you can set up, manage, and execute code within a controlled Docker environment, streamlining the process of running code generated by LLMs. Key Features • Easy Setup: Create sandbox environments with minimal configuration. • Isolation: Run code in isolated Docker containers to protect your host system. • Flexibility: Support for multiple programming languages, including Python, Java, JavaScript, C++, Go, and Ruby. • Portability: Use predefined Docker images or custom Dockerfiles. • Scalability: Integrate with Kubernetes and remote Docker hosts. Getting Started You can install LLM Sandbox using either Poetry or pip as the below command: The SandboxSession class manages the lifecycle of the sandbox environment, including the creation and destruction of Docker containers. Here’s how you can use it: Initialization: Create a SandboxSession object with the desired configuration.
Open Session: Call the open() method to build/pull the Docker image and start the Docker container.
Run Code: Use the run() method to execute code inside the sandbox.
Close Session: Call the close() method to stop and remove the Docker container. LLM Sandbox also supports copying files between the host and the sandbox: LLM Sandbox integrates seamlessly with Langchain and LlamaIndex, allowing you to run generated code in a safe and isolated environment. Here’s an example with Langchain: For LlamaIndex integration: Contributing We welcome contributions to improve LLM Sandbox! Since I am a Python developer, I need support for other language runtimes. If you’re interested in adding better support for other languages or enhancing existing features, please submit a pull request here: https://github.com/vndee/llm-sandbox If you find this topic interesting, consider subscribing to my Medium or other platforms like Substack and my personal blog. Hey mate, I recently tried to add something like the ChatGPT Code Interpreter plugin to my LLM application. I found many libraries and open-source options available, but they seemed a bit complicated to set up, and some required credits for cloud computing. So, I decided to develop my own library for this feature, which can run locally or on my private cloud. Let me introduce you to LLM Sandbox, the simplest and most effective way to safely execute code generated by large language models (LLMs) in a secure, isolated environment. Whether you’re an AI researcher, developer, or hobbyist, LLM Sandbox makes it easy to integrate code interpreters into your LLM applications without worrying about the security and stability of your host system. What is LLM Sandbox? What is LLM Sandbox? LLM Sandbox is a lightweight and portable environment designed to run LLM-generated code in a secure and isolated manner using Docker containers. With its easy-to-use interface, you can set up, manage, and execute code within a controlled Docker environment, streamlining the process of running code generated by LLMs. Key Features Key Features • Easy Setup: Create sandbox environments with minimal configuration. Easy Setup: • Isolation: Run code in isolated Docker containers to protect your host system. Isolation: • Flexibility: Support for multiple programming languages, including Python, Java, JavaScript, C++, Go, and Ruby. Flexibility: • Portability: Use predefined Docker images or custom Dockerfiles. Portability: • Scalability: Integrate with Kubernetes and remote Docker hosts. Scalability: Getting Started Getting Started You can install LLM Sandbox using either Poetry or pip as the below command: The SandboxSession class manages the lifecycle of the sandbox environment, including the creation and destruction of Docker containers. Here’s how you can use it: Initialization: Create a SandboxSession object with the desired configuration. Open Session: Call the open() method to build/pull the Docker image and start the Docker container. Run Code: Use the run() method to execute code inside the sandbox. Close Session: Call the close() method to stop and remove the Docker container. Initialization : Create a SandboxSession object with the desired configuration. Initialization SandboxSession Open Session : Call the open() method to build/pull the Docker image and start the Docker container. Open Session open() Run Code : Use the run() method to execute code inside the sandbox. Run Code run() Close Session : Call the close() method to stop and remove the Docker container. Close Session close() LLM Sandbox also supports copying files between the host and the sandbox: LLM Sandbox integrates seamlessly with Langchain and LlamaIndex, allowing you to run generated code in a safe and isolated environment. Here’s an example with Langchain: For LlamaIndex integration: Contributing Contributing We welcome contributions to improve LLM Sandbox! Since I am a Python developer, I need support for other language runtimes. If you’re interested in adding better support for other languages or enhancing existing features, please submit a pull request here: https://github.com/vndee/llm-sandbox https://github.com/vndee/llm-sandbox https://github.com/vndee/llm-sandbox If you find this topic interesting, consider subscribing to my Medium or other platforms like Substack and my personal blog . Substack Substack personal blog personal blog

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