Session

​

method init

​

connector

mcp_use.client.connectors.base.BaseConnector

required

The connector to use for communicating with the MCP implementation.

​

auto_connect

bool

default:"True"

Whether to automatically connect to the MCP implementation.

def __init__(connector: mcp_use.client.connectors.base.BaseConnector, auto_connect: bool = True):

​

method call_tool

​

name

str

required

The name of the tool to call.

​

arguments

dict[str, Any]

required

The arguments to pass to the tool.

​

read_timeout_seconds

datetime.timedelta | None

default:"None"

Optional timeout for the tool call.

​

returns

mcp.types.CallToolResult

The result of the tool call.

def call_tool(
name: str,
    arguments: dict[str,
    Any],
    read_timeout_seconds: datetime.timedelta | None = None
):

​

method connect

def connect():

​

method disconnect

def disconnect():

​

method get_prompt

​

name

str

required

The name of the prompt to get.

​

arguments

dict[str, typing.Any] | None

default:"None"

Optional arguments for the prompt.

​

returns

mcp.types.GetPromptResult

The prompt result with messages.

def get_prompt(name: str, arguments: dict[str, typing.Any] | None = None):

​

method initialize

​

returns

dict[str, Any]

The session information returned by the MCP implementation.

def initialize():

​

property is_connected

​

returns

bool

def is_connected():

​

method list_prompts

​

returns

list[mcp.types.Prompt]

List of available prompts.

def list_prompts():

​

method list_resources

​

returns

list[mcp.types.Resource]

List of available resources.

def list_resources():

​

method list_tools

​

returns

list[mcp.types.Tool]

List of available tools.

def list_tools():

​

method read_resource

​

uri

pydantic.networks.AnyUrl

required

The URI of the resource to read.

​

returns

mcp.types.ReadResourceResult

The resource content.

def read_resource(uri: pydantic.networks.AnyUrl):