de70ede54a
## Summary Fix critical bug where deleted agents continue running scheduled and triggered executions indefinitely, consuming credits without user control. ## Problem When agents are deleted from user libraries, their schedules and webhook triggers remain active, leading to: - ❌ Uncontrolled resource consumption - ❌ "Unknown agent" executions that charge credits - ❌ No way for users to stop orphaned executions - ❌ Accumulation of orphaned database records ## Solution ### 1. Prevention: Library Validation Before Execution - Add `is_graph_in_user_library()` function with efficient database queries - Validate graph accessibility before all executions in `validate_and_construct_node_execution_input()` - Use specific `GraphNotInLibraryError` for clear error handling ### 2. Cleanup: Remove Schedules & Webhooks on Deletion - Enhanced `delete_library_agent()` to clean up associated schedules and webhooks - Comprehensive cleanup functions for both scheduled and triggered executions - Proper database transaction handling ### 3. Error-Based Cleanup: Handle Existing Orphaned Resources - Catch `GraphNotInLibraryError` in scheduler and webhook handlers - Automatically clean up orphaned resources when execution fails - Graceful degradation without breaking existing workflows ### 4. Migration: Clean Up Historical Orphans - SQL migration to remove existing orphaned schedules and webhooks - Performance index for faster cleanup queries - Proper logging and error handling ## Key Changes ### Core Library Validation ```python # backend/data/graph.py - Single source of truth async def is_graph_in_user_library(graph_id: str, user_id: str, graph_version: Optional[int] = None) -> bool: where_clause = {"userId": user_id, "agentGraphId": graph_id, "isDeleted": False, "isArchived": False} if graph_version is not None: where_clause["agentGraphVersion"] = graph_version count = await LibraryAgent.prisma().count(where=where_clause) return count > 0 ``` ### Enhanced Agent Deletion ```python # backend/server/v2/library/db.py async def delete_library_agent(library_agent_id: str, user_id: str, soft_delete: bool = True) -> None: # ... existing deletion logic ... await _cleanup_schedules_for_graph(graph_id=graph_id, user_id=user_id) await _cleanup_webhooks_for_graph(graph_id=graph_id, user_id=user_id) ``` ### Execution Prevention ```python # backend/executor/utils.py if not await gdb.is_graph_in_user_library(graph_id=graph_id, user_id=user_id, graph_version=graph.version): raise GraphNotInLibraryError(f"Graph #{graph_id} is not accessible in your library") ``` ### Error-Based Cleanup ```python # backend/executor/scheduler.py & backend/server/integrations/router.py except GraphNotInLibraryError as e: logger.warning(f"Execution blocked for deleted/archived graph {graph_id}") await _cleanup_orphaned_resources_for_graph(graph_id, user_id) ``` ## Technical Implementation ### Database Efficiency - Use `count()` instead of `find_first()` for faster queries - Add performance index: `idx_library_agent_user_graph_active` - Follow existing `prisma.is_connected()` patterns ### Error Handling Hierarchy - **`GraphNotInLibraryError`**: Specific exception for deleted/archived graphs - **`NotAuthorizedError`**: Generic authorization errors (preserved for user ID mismatches) - Clear error messages for better debugging ### Code Organization - Single source of truth for library validation in `backend/data/graph.py` - Import from centralized location to avoid duplication - Top-level imports following codebase conventions ## Testing & Validation ### Functional Testing - ✅ Library validation prevents execution of deleted agents - ✅ Cleanup functions remove schedules and webhooks properly - ✅ Error-based cleanup handles orphaned resources gracefully - ✅ Migration removes existing orphaned records ### Integration Testing - ✅ All existing tests pass (including `test_store_listing_graph`) - ✅ No breaking changes to existing functionality - ✅ Proper error propagation and handling ### Performance Testing - ✅ Efficient database queries with proper indexing - ✅ Minimal overhead for normal execution flows - ✅ Cleanup operations don't impact performance ## Impact ### User Experience - 🎯 **Immediate**: Deleted agents stop running automatically - 🎯 **Ongoing**: No more unexpected credit charges from orphaned executions - 🎯 **Cleanup**: Historical orphaned resources are removed ### System Reliability - 🔒 **Security**: Users can only execute agents they have access to - 🧹 **Cleanup**: Automatic removal of orphaned database records - 📈 **Performance**: Efficient validation with minimal overhead ### Developer Experience - 🎯 **Clear Errors**: Specific exception types for better debugging - 🔧 **Maintainable**: Centralized library validation logic - 📚 **Documented**: Comprehensive error handling patterns ## Files Modified - `backend/data/graph.py` - Library validation function - `backend/server/v2/library/db.py` - Enhanced agent deletion with cleanup - `backend/executor/utils.py` - Execution validation and prevention - `backend/executor/scheduler.py` - Error-based cleanup for schedules - `backend/server/integrations/router.py` - Error-based cleanup for webhooks - `backend/util/exceptions.py` - Specific error type for deleted graphs - `migrations/20251023000000_cleanup_orphaned_schedules_and_webhooks/migration.sql` - Historical cleanup ## Breaking Changes None. All changes are backward compatible and preserve existing functionality. ## Follow-up Tasks - [ ] Monitor cleanup effectiveness in production - [ ] Consider adding metrics for orphaned resource detection - [ ] Potential optimization of cleanup batch operations 🤖 Generated with [Claude Code](https://claude.ai/code) Co-Authored-By: Claude <noreply@anthropic.com> --------- Co-authored-by: Claude <noreply@anthropic.com>
AutoGPT: Build, Deploy, and Run AI Agents
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AutoGPT is a powerful platform that allows you to create, deploy, and manage continuous AI agents that automate complex workflows.
Hosting Options
- Download to self-host (Free!)
- Join the Waitlist for the cloud-hosted beta (Closed Beta - Public release Coming Soon!)
How to Self-Host the AutoGPT Platform
Note
Setting up and hosting the AutoGPT Platform yourself is a technical process. If you'd rather something that just works, we recommend joining the waitlist for the cloud-hosted beta.
System Requirements
Before proceeding with the installation, ensure your system meets the following requirements:
Hardware Requirements
- CPU: 4+ cores recommended
- RAM: Minimum 8GB, 16GB recommended
- Storage: At least 10GB of free space
Software Requirements
- Operating Systems:
- Linux (Ubuntu 20.04 or newer recommended)
- macOS (10.15 or newer)
- Windows 10/11 with WSL2
- Required Software (with minimum versions):
- Docker Engine (20.10.0 or newer)
- Docker Compose (2.0.0 or newer)
- Git (2.30 or newer)
- Node.js (16.x or newer)
- npm (8.x or newer)
- VSCode (1.60 or newer) or any modern code editor
Network Requirements
- Stable internet connection
- Access to required ports (will be configured in Docker)
- Ability to make outbound HTTPS connections
Updated Setup Instructions:
We've moved to a fully maintained and regularly updated documentation site.
👉 Follow the official self-hosting guide here
This tutorial assumes you have Docker, VSCode, git and npm installed.
⚡ Quick Setup with One-Line Script (Recommended for Local Hosting)
Skip the manual steps and get started in minutes using our automatic setup script.
For macOS/Linux:
curl -fsSL https://setup.agpt.co/install.sh -o install.sh && bash install.sh
For Windows (PowerShell):
powershell -c "iwr https://setup.agpt.co/install.bat -o install.bat; ./install.bat"
This will install dependencies, configure Docker, and launch your local instance — all in one go.
🧱 AutoGPT Frontend
The AutoGPT frontend is where users interact with our powerful AI automation platform. It offers multiple ways to engage with and leverage our AI agents. This is the interface where you'll bring your AI automation ideas to life:
Agent Builder: For those who want to customize, our intuitive, low-code interface allows you to design and configure your own AI agents.
Workflow Management: Build, modify, and optimize your automation workflows with ease. You build your agent by connecting blocks, where each block performs a single action.
Deployment Controls: Manage the lifecycle of your agents, from testing to production.
Ready-to-Use Agents: Don't want to build? Simply select from our library of pre-configured agents and put them to work immediately.
Agent Interaction: Whether you've built your own or are using pre-configured agents, easily run and interact with them through our user-friendly interface.
Monitoring and Analytics: Keep track of your agents' performance and gain insights to continually improve your automation processes.
Read this guide to learn how to build your own custom blocks.
💽 AutoGPT Server
The AutoGPT Server is the powerhouse of our platform This is where your agents run. Once deployed, agents can be triggered by external sources and can operate continuously. It contains all the essential components that make AutoGPT run smoothly.
Source Code: The core logic that drives our agents and automation processes.
Infrastructure: Robust systems that ensure reliable and scalable performance.
Marketplace: A comprehensive marketplace where you can find and deploy a wide range of pre-built agents.
🐙 Example Agents
Here are two examples of what you can do with AutoGPT:
-
Generate Viral Videos from Trending Topics
- This agent reads topics on Reddit.
- It identifies trending topics.
- It then automatically creates a short-form video based on the content.
-
Identify Top Quotes from Videos for Social Media
- This agent subscribes to your YouTube channel.
- When you post a new video, it transcribes it.
- It uses AI to identify the most impactful quotes to generate a summary.
- Then, it writes a post to automatically publish to your social media.
These examples show just a glimpse of what you can achieve with AutoGPT! You can create customized workflows to build agents for any use case.
License Overview:
🛡️ Polyform Shield License:
All code and content within the autogpt_platform folder is licensed under the Polyform Shield License. This new project is our in-developlemt platform for building, deploying and managing agents.
Read more about this effort
🦉 MIT License:
All other portions of the AutoGPT repository (i.e., everything outside the autogpt_platform folder) are licensed under the MIT License. This includes the original stand-alone AutoGPT Agent, along with projects such as Forge, agbenchmark and the AutoGPT Classic GUI.
We also publish additional work under the MIT Licence in other repositories, such as GravitasML which is developed for and used in the AutoGPT Platform. See also our MIT Licenced Code Ability project.
Mission
Our mission is to provide the tools, so that you can focus on what matters:
- 🏗️ Building - Lay the foundation for something amazing.
- 🧪 Testing - Fine-tune your agent to perfection.
- 🤝 Delegating - Let AI work for you, and have your ideas come to life.
Be part of the revolution! AutoGPT is here to stay, at the forefront of AI innovation.
📖 Documentation | 🚀 Contributing
🤖 AutoGPT Classic
Below is information about the classic version of AutoGPT.
🛠️ Build your own Agent - Quickstart
🏗️ Forge
Forge your own agent! – Forge is a ready-to-go toolkit to build your own agent application. It handles most of the boilerplate code, letting you channel all your creativity into the things that set your agent apart. All tutorials are located here. Components from forge can also be used individually to speed up development and reduce boilerplate in your agent project.
🚀 Getting Started with Forge – This guide will walk you through the process of creating your own agent and using the benchmark and user interface.
📘 Learn More about Forge
🎯 Benchmark
Measure your agent's performance! The agbenchmark can be used with any agent that supports the agent protocol, and the integration with the project's CLI makes it even easier to use with AutoGPT and forge-based agents. The benchmark offers a stringent testing environment. Our framework allows for autonomous, objective performance evaluations, ensuring your agents are primed for real-world action.
📦 agbenchmark on Pypi
|
📘 Learn More about the Benchmark
💻 UI
Makes agents easy to use! The frontend gives you a user-friendly interface to control and monitor your agents. It connects to agents through the agent protocol, ensuring compatibility with many agents from both inside and outside of our ecosystem.
The frontend works out-of-the-box with all agents in the repo. Just use the CLI to run your agent of choice!
📘 Learn More about the Frontend
⌨️ CLI
To make it as easy as possible to use all of the tools offered by the repository, a CLI is included at the root of the repo:
$ ./run
Usage: cli.py [OPTIONS] COMMAND [ARGS]...
Options:
--help Show this message and exit.
Commands:
agent Commands to create, start and stop agents
benchmark Commands to start the benchmark and list tests and categories
setup Installs dependencies needed for your system.
Just clone the repo, install dependencies with ./run setup, and you should be good to go!
🤔 Questions? Problems? Suggestions?
Get help - Discord 💬
To report a bug or request a feature, create a GitHub Issue. Please ensure someone else hasn't created an issue for the same topic.
🤝 Sister projects
🔄 Agent Protocol
To maintain a uniform standard and ensure seamless compatibility with many current and future applications, AutoGPT employs the agent protocol standard by the AI Engineer Foundation. This standardizes the communication pathways from your agent to the frontend and benchmark.
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