Binance MCP Server

import asyncio import contextlib from fastmcp import FastMCP from binance_mcp.models import BinanceConnectivityResponse, BinanceServerTimeResponse, DateTimeResponse from binance_mcp.settings import mcp_settings from binance_mcp.tools import spot, timestamp # Initialize the FastMCP server mcp = FastMCP(name="binance-mcp") @mcp.tool() def get_current_datetime() -> DateTimeResponse: """ Get the current date and time in ISO8601 format. Returns: DateTimeResponse: Object containing: - datetime_iso: Current date and time in ISO8601 format - timestamp: Unix timestamp - timezone: Timezone information (UTC) """ return timestamp.get_current_datetime() @mcp.tool() def spot_test_connectivity() -> BinanceConnectivityResponse: """ Test connectivity to the Binance Spot API. Returns: BinanceConnectivityResponse: Object containing: - timestamp: ISO8601 timestamp of the connectivity check - reachable: True if connectivity is successful, False otherwise """ return spot.spot_test_connectivity() @mcp.tool() def get_binance_server_time() -> BinanceServerTimeResponse: """ Get the current server time from Binance Spot API. Returns: BinanceServerTimeResponse: Object containing: - server_time: Unix timestamp in milliseconds representing the Binance server time """ return spot.spot_server_time() async def main() -> None: await mcp.run_async(transport=mcp_settings.transport, port=mcp_settings.port) def run(): """ Run the FastMCP server. This function is used to start the server when running the script directly. """ with contextlib.suppress(KeyboardInterrupt, SystemExit): asyncio.run(main()) # Entry point if __name__ == "__main__": # Run the server run()