Forevervm

What is ForeverVM?

ForeverVM is a powerful tool designed to securely run AI-generated code in stateful sandboxes that operate indefinitely. This innovative platform allows developers to test and deploy their code in a controlled environment, ensuring that applications run smoothly without the risk of crashing or losing data. With ForeverVM, users can leverage the capabilities of AI while maintaining a high level of security and reliability.

Features of ForeverVM

Stateful Sandboxes: Each sandbox retains its state, allowing for persistent data storage and seamless execution of long-running processes.
AI Code Execution: Designed specifically for running AI-generated code, ForeverVM provides an optimized environment that enhances performance and reliability.
Security: The platform prioritizes security, ensuring that code execution is isolated and protected from external threats.
User-Friendly Interface: ForeverVM offers an intuitive interface that simplifies the process of deploying and managing code, making it accessible for both novice and experienced developers.
Scalability: The system is built to scale, accommodating varying workloads and user demands without compromising performance.

How to Use ForeverVM

Sign Up: Create an account on the ForeverVM website to get started.
Create a Sandbox: Once logged in, you can create a new sandbox environment tailored to your project needs.
Upload Your Code: Upload your AI-generated code to the sandbox for execution.
Run and Test: Execute your code within the sandbox, monitor its performance, and make necessary adjustments.
Save and Deploy: Once satisfied with the results, save your configuration and deploy your application as needed.

Frequently Asked Questions

Q: What types of code can I run on ForeverVM?

A: ForeverVM is designed to run AI-generated code, but it can also support various programming languages and frameworks, depending on the sandbox configuration.

Q: Is ForeverVM secure?

A: Yes, security is a top priority for ForeverVM. Each sandbox operates in isolation, protecting your code and data from potential threats.

Q: Can I access my sandbox from anywhere?

A: Yes, ForeverVM is cloud-based, allowing you to access your sandboxes from any device with an internet connection.

Q: How does ForeverVM handle errors in code execution?

A: ForeverVM provides detailed logs and error messages to help you troubleshoot issues quickly and efficiently.

Q: Is there a limit to how long my code can run?

A: No, ForeverVM allows your code to run indefinitely, making it ideal for long-running processes and applications.

Server Config

{
  "mcpServers": {
    "mcp-server": {
      "command": "docker",
      "args": [
        "run",
        "-i",
        "--rm",
        "ghcr.io/metorial/mcp-container--jamsocket--forevervm--mcp-server",
        "npm run start"
      ],
      "env": {
        "FOREVERVM_TOKEN": "forevervm-token"
      }
    }
  }
}

Project Info

Author

jamsocket

Forevervm Alternative

For some alternatives to Forevervm that you may need, we provide you with sites divided by category.

Refact Open Sourced AI Software Development Agent

@smallcloudai

AI Agent that manages engineering tasks from start to finish: connects with developers' tools, plans, executes, and refines until it reaches a successful outcome.

Developer Tools

Dart MCP Server

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Dart AI Model Context Protocol (MCP) server

Developer Tools

Make Mcp Server (legacy) Step 1: Download MCP 1. Go to the official MCP (Minecraft Coder Pack) website. 2. Download the latest version of MCP that supports the legacy version of Minecraft you want to use. Step 2: Set Up MCP 1. Extract the downloaded MCP zip file to a folder on your computer. 2. Open the folder and locate the `mcp` directory. Step 3: Download Minecraft Server 1. Visit the official Minecraft website. 2. Download the server jar file for the legacy version of Minecraft you want to run. Step 4: Place Server Jar in MCP 1. Move the downloaded server jar file into the `mcp/jars` directory. 2. Rename the jar file to `minecraft_server.jar`. Step 5: Configure MCP 1. Open the `mcp` folder. 2. Locate the `decompile.bat` (or `decompile.sh` for Linux) file. 3. Run the file to decompile the Minecraft server code. Step 6: Modify Code (Optional) 1. Navigate to the `src` folder within the `mcp` directory. 2. Make any desired changes to the Minecraft code. Step 7: Recompile MCP 1. After making changes, locate the `recompile.bat` (or `recompile.sh` for Linux) file. 2. Run the file to recompile the modified code. Step 8: Run the Server 1. Find the `startserver.bat` (or `startserver.sh` for Linux) file in the `mcp` directory. 2. Run the file to start your legacy Minecraft server. Step 9: Connect to the Server 1. Open Minecraft and select the legacy version you set up. 2. Enter the server IP address (usually `localhost` if running on the same machine). 3. Join the server and enjoy!

@integromat

Make MCP Server Step 1: Install Required Software - Download and install Java Development Kit (JDK). - Download and install Minecraft Forge. Step 2: Set Up MCP 1. Download the Minecraft Coder Pack (MCP) from the official website. 2. Extract the MCP files to a folder of your choice. Step 3: Configure MCP - Open the `mcp.cfg` file and set the necessary configurations. - Make sure to specify the correct Minecraft version. Step 4: Decompile Minecraft - Run the `decompile.bat` file in the MCP folder to decompile Minecraft code. Step 5: Modify Code - Navigate to the `src/minecraft` folder to find the Minecraft source code. - Make your desired modifications to the code. Step 6: Recompile Minecraft - Run the `recompile.bat` file to recompile the modified code. Step 7: Launch the Server - Use the `startserver.bat` file to launch your MCP server. - Connect to the server using your Minecraft client. Step 8: Test Your Modifications - Join the server and test the changes you made to ensure everything works as expected.

Developer Tools