WebMCP provides a concise tool registration interface through React hooks, the specific implementation process is as follows:
- Introducing the necessary components: It is first necessary to start with the
@mcp-b/mcp-react-hooksimport (data)McpServerProvidercap (a poem)useMcpServer - Initializing the server: Use of
<McpServerProvider>Wrap application components for initialization - Registering Tool Functions: Use inside the component
useMcpServerHook acquisitionregisterToolmethodologies - Define tool logic: each tool needs to define a name, input format and callback function
Take a to-do app registration addTodo tool for example:
- The tool name is
'addTodo' - The input parameter format is passed through the
z.object({text: z.string()})indicate clearly and with certainty - The callback function performs the add task operation and returns the result.
Care should be taken when developing:
- Tool registration should be completed when the component is mounted
- Input formats need to be tightly defined to ensure type safety
- Returned results follow a uniform response format
This allows the AI assistant to call various tool functions registered in the web page through the browser.
This answer comes from the articleWebMCP: open source tool to run MCP servers in web pagesThe
May not be reproduced without permission:AI productivity tools " How does WebMCP enable registration and use of AI tools in web pages?
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