🤖 Regenerate LLMs.txt

Author: github-actions[bot]

public/llms.txt

@@ -1,4 +1,4 @@
-<!-- git-sha: e880e294276a79dad1acdac87160a054f8620106 generation-date: 2025-12-19T16:48:21.093Z -->
+<!-- git-sha: 8253a7a9eedd7582f2e4b584aec2f476a202df3c generation-date: 2025-12-21T07:23:11.225Z -->
 
 # Arcade
 
@@ -28,13 +28,20 @@ Arcade delivers three core capabilities: Deploy agents even your security team w
 
 - [Arcade API Reference](https://docs.arcade.dev/en/references/api.md): The Arcade API Reference documentation provides users with essential information on how to interact with the Arcade API, including the base URL for requests and links to the OpenAPI specification. It emphasizes the requirement of having an account in good standing and adherence to the Terms of
 - [Arcade MCP (MCP Server SDK) - Python Overview](https://docs.arcade.dev/en/references/mcp/python/overview.md): This documentation page provides an overview of the Arcade MCP (MCP Server SDK) for Python, detailing its purpose as a secure framework for programmatically building MCP servers with a minimal API. Users will learn about the key components, such as the `M
+- [Arcade MCP (MCP Server SDK) - TypeScript Overview](https://docs.arcade.dev/en/references/mcp/typescript/overview.md): The "Arcade MCP (MCP Server SDK) - TypeScript Overview" documentation provides a comprehensive guide for developers to build secure MCP servers using TypeScript, Bun, Elysia, and Zod 4. It covers installation, API references
 - [Errors](https://docs.arcade.dev/en/references/mcp/python/errors.md): This documentation page provides an overview of domain-specific error types associated with the MCP server and its components, detailing the MCP exception hierarchy for improved error handling and debugging. Users can learn about various exceptions, such as `MCPError`, `ServerError`,
+- [Errors](https://docs.arcade.dev/en/references/mcp/typescript/errors.md): This documentation page provides a comprehensive overview of error types used in the Arcade MCP TypeScript SDK, enabling users to effectively handle and communicate errors in their tools. It details common errors, retry-aware errors, and best practices for creating and managing custom errors,
 - [Middleware](https://docs.arcade.dev/en/references/mcp/python/middleware.md): This documentation page provides an overview of the Middleware component in the Arcade MCP Server SDK for Python, detailing how users can intercept and modify requests and responses during processing. It outlines the base classes and methods for creating custom middleware, as well as built-in middleware
+- [Middleware](https://docs.arcade.dev/en/references/mcp/typescript/middleware.md): This documentation page provides a comprehensive guide on using middleware in the Arcade MCP TypeScript SDK, allowing users to intercept and modify MCP requests and responses for purposes such as custom authentication, logging, and error handling. It outlines built-in middleware options, how to
 - [Server](https://docs.arcade.dev/en/references/mcp/python/server.md): This documentation page provides a reference for the `MCPServer` class in the Arcade MCP Python library, detailing its purpose as a low-level server for hosting Arcade tools over the MCP protocol. Users will learn about the server's features, including middleware support
+- [Server](https://docs.arcade.dev/en/references/mcp/typescript/server.md): This documentation page provides a reference for the low-level `MCPServer` class in the Arcade MCP TypeScript library, detailing its capabilities for advanced users who require fine control over server operations, middleware, and custom transport implementations. It outlines the server's
 - [Settings](https://docs.arcade.dev/en/references/mcp/python/settings.md): This documentation page provides an overview of global configuration and environment-driven settings for the Arcade MCP Server, detailing how to manage and utilize various settings containers like MCPSettings and its sub-settings. Users will learn how to create settings from environment variables, convert them to
+- [Settings](https://docs.arcade.dev/en/references/mcp/typescript/settings.md): This documentation page provides guidance on configuring MCP servers using constructor options and environment variables, helping users set up their servers efficiently. It outlines various configuration methods, including the use of the `MCPSettings` class for advanced setups, and details the precedence of
 - [Telemetry](https://docs.arcade.dev/en/references/mcp/telemetry.md): This documentation page explains the telemetry data collected by the `arcade-mcp` framework, detailing its purpose, what data is tracked, and how users can opt-out of data sharing. It emphasizes that participation is optional and outlines the types of usage information
 - [Transport Modes](https://docs.arcade.dev/en/references/mcp/python/transports.md): This documentation page provides an overview of the different transport modes (stdio and HTTP) available for MCP servers, detailing their characteristics, usage scenarios, and configuration options. Users will learn how to choose the appropriate transport based on their application needs, whether for desktop
+- [Transport Modes](https://docs.arcade.dev/en/references/mcp/typescript/transports.md): This documentation page provides an overview of transport modes for MCP servers, specifically detailing the stdio and HTTP communication methods. Users will learn when to use each transport mode based on their deployment needs, as well as how to configure and implement them effectively. Additionally
 - [Types](https://docs.arcade.dev/en/references/mcp/python/types.md): This documentation page provides an overview of core Pydantic models and enums used in the MCP protocol, specifically detailing the `CallToolResult` and `SessionMessage` types. It helps users understand how to construct JSON-RPC requests and responses, as
+- [Types](https://docs.arcade.dev/en/references/mcp/typescript/types.md): This documentation page provides a comprehensive reference for the core TypeScript types and interfaces used in the Arcade MCP SDK, enabling users to effectively implement and manage tool handlers and their contexts. It highlights essential types like `ToolContext`, advanced use cases for custom transports
 
 ## Arcade Cli