from __future__ import annotations

import logging
import os
import threading
import time
from typing import Any, cast
from unittest.mock import AsyncMock, MagicMock, patch

from pydantic import ValidationError
import pytest

from tests.stubs.fake_mcp_registry import FakeMCPRegistry
from vibe.core.config import MCPHttp, MCPStdio, MCPStreamableHttp, VibeConfig
from vibe.core.tools.mcp import (
    MCPRegistry,
    MCPToolResult,
    RemoteTool,
    _mcp_stderr_capture,
    _parse_call_result,
    _stderr_logger_thread,
    call_tool_stdio,
    create_mcp_http_proxy_tool_class,
    create_mcp_stdio_proxy_tool_class,
    list_tools_stdio,
)


class TestRemoteTool:
    def test_creates_remote_tool_with_valid_data(self):
        tool = RemoteTool.model_validate({
            "name": "test_tool",
            "description": "A test tool",
            "inputSchema": {
                "type": "object",
                "properties": {"arg": {"type": "string"}},
            },
        })

        assert tool.name == "test_tool"
        assert tool.description == "A test tool"
        assert tool.input_schema == {
            "type": "object",
            "properties": {"arg": {"type": "string"}},
        }

    def test_uses_default_schema_when_none_provided(self):
        tool = RemoteTool(name="test_tool")

        assert tool.input_schema == {"type": "object", "properties": {}}

    def test_rejects_empty_name(self):
        with pytest.raises(ValueError, match="MCP tool missing valid 'name'"):
            RemoteTool(name="")

    def test_rejects_whitespace_only_name(self):
        with pytest.raises(ValueError, match="MCP tool missing valid 'name'"):
            RemoteTool(name="   ")

    def test_normalizes_schema_from_object_with_model_dump(self):
        mock_schema = MagicMock()
        mock_schema.model_dump.return_value = {"type": "string"}

        tool = RemoteTool.model_validate({"name": "test", "inputSchema": mock_schema})

        assert tool.input_schema == {"type": "string"}

    def test_rejects_invalid_input_schema(self):
        with pytest.raises(ValueError, match="inputSchema must be a dict"):
            RemoteTool.model_validate({"name": "test", "inputSchema": 12345})


class TestMCPToolResult:
    def test_creates_result_with_text(self):
        result = MCPToolResult(server="test_server", tool="test_tool", text="output")

        assert result.ok is True
        assert result.server == "test_server"
        assert result.tool == "test_tool"
        assert result.text == "output"
        assert result.structured is None

    def test_creates_result_with_structured_content(self):
        result = MCPToolResult(
            server="test_server", tool="test_tool", structured={"key": "value"}
        )

        assert result.structured == {"key": "value"}
        assert result.text is None


class TestParseCallResult:
    def test_parses_text_content(self):
        mock_result = MagicMock()
        mock_result.structuredContent = None
        mock_result.content = [MagicMock(text="Hello world")]

        result = _parse_call_result("server", "tool", mock_result)

        assert result.server == "server"
        assert result.tool == "tool"
        assert result.text == "Hello world"
        assert result.structured is None

    def test_parses_structured_content(self):
        mock_result = MagicMock()
        mock_result.structuredContent = {"data": "value"}
        mock_result.content = None

        result = _parse_call_result("server", "tool", mock_result)

        assert result.structured == {"data": "value"}
        assert result.text is None

    def test_prefers_structured_over_text(self):
        mock_result = MagicMock()
        mock_result.structuredContent = {"data": "value"}
        mock_result.content = [MagicMock(text="text content")]

        result = _parse_call_result("server", "tool", mock_result)

        assert result.structured == {"data": "value"}
        assert result.text is None

    def test_joins_multiple_text_blocks(self):
        mock_result = MagicMock()
        mock_result.structuredContent = None
        mock_result.content = [MagicMock(text="line1"), MagicMock(text="line2")]

        result = _parse_call_result("server", "tool", mock_result)

        assert result.text == "line1\nline2"


class TestMCPStderrCapture:
    """Tests for _mcp_stderr_capture and _stderr_logger_thread."""

    @pytest.mark.asyncio
    async def test_mcp_stderr_capture_returns_writable_stream(self):
        async with _mcp_stderr_capture() as stream:
            assert stream is not None
            assert callable(getattr(stream, "write", None))
            stream.write("test\n")

    def test_stderr_logger_thread_logs_decoded_lines(self):
        r_fd, w_fd = os.pipe()
        try:
            vibe_logger = logging.getLogger("vibe")
            with patch.object(vibe_logger, "debug") as debug_mock:
                thread = threading.Thread(
                    target=_stderr_logger_thread, args=(r_fd,), daemon=True
                )
                thread.start()
                try:
                    w = os.fdopen(w_fd, "wb")
                    w_fd = -1
                    w.write(b"hello stderr\n")
                    w.write(b"second line\n")
                    w.close()
                    w = None
                finally:
                    time.sleep(0.05)
                debug_mock.assert_any_call("[MCP stderr] hello stderr")
                debug_mock.assert_any_call("[MCP stderr] second line")
        finally:
            if w_fd >= 0:
                try:
                    os.close(w_fd)
                except OSError:
                    pass
            try:
                os.close(r_fd)
            except OSError:
                pass

    @pytest.mark.asyncio
    async def test_mcp_stderr_capture_logs_written_data(self):
        vibe_logger = logging.getLogger("vibe")
        with patch.object(vibe_logger, "debug") as debug_mock:
            async with _mcp_stderr_capture() as stream:
                stream.write("captured line\n")
            time.sleep(0.05)
            debug_mock.assert_called_with("[MCP stderr] captured line")

    @pytest.mark.asyncio
    async def test_mcp_stderr_capture_ignores_empty_lines(self):
        vibe_logger = logging.getLogger("vibe")
        with patch.object(vibe_logger, "debug") as debug_mock:
            async with _mcp_stderr_capture() as stream:
                stream.write("\n\n")
            time.sleep(0.05)
            debug_mock.assert_not_called()


class TestCreateMCPHttpProxyToolClass:
    def test_creates_tool_class_with_correct_name(self):
        remote = RemoteTool(name="my_tool", description="Test tool")
        tool_cls = create_mcp_http_proxy_tool_class(
            url="http://localhost:8080", remote=remote, alias="test_server"
        )

        assert tool_cls.get_name() == "test_server_my_tool"

    def test_creates_tool_class_with_url_based_alias(self):
        remote = RemoteTool(name="my_tool")
        tool_cls = create_mcp_http_proxy_tool_class(
            url="http://localhost:8080", remote=remote
        )

        assert tool_cls.get_name() == "localhost_8080_my_tool"

    def test_includes_description_with_hint(self):
        remote = RemoteTool(name="my_tool", description="Base description")
        tool_cls = create_mcp_http_proxy_tool_class(
            url="http://localhost:8080",
            remote=remote,
            alias="test",
            server_hint="Use this for testing",
        )

        assert "[test]" in tool_cls.description
        assert "Base description" in tool_cls.description
        assert "Hint: Use this for testing" in tool_cls.description

    def test_stores_timeout_settings(self):
        remote = RemoteTool(name="my_tool")
        tool_cls = create_mcp_http_proxy_tool_class(
            url="http://localhost:8080",
            remote=remote,
            startup_timeout_sec=30.0,
            tool_timeout_sec=120.0,
        )

        assert tool_cls._startup_timeout_sec == 30.0  # type: ignore[attr-defined]
        assert tool_cls._tool_timeout_sec == 120.0  # type: ignore[attr-defined]

    def test_returns_correct_parameters(self):
        remote = RemoteTool.model_validate({
            "name": "my_tool",
            "inputSchema": {
                "type": "object",
                "properties": {"arg": {"type": "string"}},
            },
        })
        tool_cls = create_mcp_http_proxy_tool_class(
            url="http://localhost:8080", remote=remote
        )

        params = tool_cls.get_parameters()

        assert params == {"type": "object", "properties": {"arg": {"type": "string"}}}


class TestCreateMCPStdioProxyToolClass:
    def test_creates_tool_class_with_alias(self):
        remote = RemoteTool(name="my_tool")
        tool_cls = create_mcp_stdio_proxy_tool_class(
            command=["python", "-m", "mcp_server"], remote=remote, alias="my_server"
        )

        assert tool_cls.get_name() == "my_server_my_tool"

    def test_creates_tool_class_with_command_based_alias(self):
        remote = RemoteTool(name="my_tool")
        tool_cls = create_mcp_stdio_proxy_tool_class(
            command=["python", "-m", "mcp_server"], remote=remote
        )

        name = tool_cls.get_name()
        assert name.startswith("python_")
        assert name.endswith("_my_tool")

    def test_stores_env_settings(self):
        remote = RemoteTool(name="my_tool")
        tool_cls = create_mcp_stdio_proxy_tool_class(
            command=["python", "-m", "mcp_server"],
            remote=remote,
            env={"API_KEY": "secret"},
        )

        assert tool_cls._env == {"API_KEY": "secret"}  # type: ignore[attr-defined]

    def test_stores_timeout_settings(self):
        remote = RemoteTool(name="my_tool")
        tool_cls = create_mcp_stdio_proxy_tool_class(
            command=["python", "-m", "mcp_server"],
            remote=remote,
            startup_timeout_sec=15.0,
            tool_timeout_sec=90.0,
        )

        assert tool_cls._startup_timeout_sec == 15.0  # type: ignore[attr-defined]
        assert tool_cls._tool_timeout_sec == 90.0  # type: ignore[attr-defined]

    def test_includes_hint_in_description(self):
        remote = RemoteTool(name="my_tool", description="Base description")
        tool_cls = create_mcp_stdio_proxy_tool_class(
            command=["python"],
            remote=remote,
            alias="test",
            server_hint="For testing only",
        )

        assert "Hint: For testing only" in tool_cls.description


class TestMCPConfigModels:
    def test_mcp_base_default_timeouts(self):
        config = MCPStdio(
            name="test", transport="stdio", command="python -m test_server"
        )

        assert config.startup_timeout_sec == 10.0
        assert config.tool_timeout_sec == 60.0

    def test_mcp_base_custom_timeouts(self):
        config = MCPStdio(
            name="test",
            transport="stdio",
            command="python -m test_server",
            startup_timeout_sec=30.0,
            tool_timeout_sec=120.0,
        )

        assert config.startup_timeout_sec == 30.0
        assert config.tool_timeout_sec == 120.0

    def test_mcp_base_rejects_non_positive_timeout(self):
        with pytest.raises(ValidationError):
            MCPStdio(
                name="test", transport="stdio", command="python", startup_timeout_sec=0
            )

    def test_mcp_stdio_with_env(self):
        config = MCPStdio(
            name="test",
            transport="stdio",
            command="python -m server",
            env={"API_KEY": "secret", "DEBUG": "1"},
        )

        assert config.env == {"API_KEY": "secret", "DEBUG": "1"}

    def test_mcp_stdio_argv_with_string_command(self):
        config = MCPStdio(
            name="test", transport="stdio", command="python -m server --port 8080"
        )

        assert config.argv() == ["python", "-m", "server", "--port", "8080"]

    def test_mcp_stdio_argv_with_list_command(self):
        config = MCPStdio(
            name="test",
            transport="stdio",
            command=["python", "-m", "server"],
            args=["--port", "8080"],
        )

        assert config.argv() == ["python", "-m", "server", "--port", "8080"]

    def test_mcp_http_default_timeouts(self):
        config = MCPHttp(name="test", transport="http", url="http://localhost:8080")

        assert config.startup_timeout_sec == 10.0
        assert config.tool_timeout_sec == 60.0

    def test_mcp_streamable_http_default_timeouts(self):
        config = MCPStreamableHttp(
            name="test", transport="streamable-http", url="http://localhost:8080"
        )

        assert config.startup_timeout_sec == 10.0
        assert config.tool_timeout_sec == 60.0

    def test_mcp_name_normalization(self):
        config = MCPStdio(name="my server!@#$%", transport="stdio", command="python")

        # Trailing special chars become underscores which are then stripped
        assert config.name == "my_server"


class TestMCPRegistry:
    def _make_http_server(
        self, name: str, url: str = "http://localhost:8080"
    ) -> MCPHttp:
        return MCPHttp(name=name, transport="http", url=url)

    def _make_stdio_server(self, name: str, command: str = "python -m srv") -> MCPStdio:
        return MCPStdio(name=name, transport="stdio", command=command)

    def test_server_key_is_stable(self):
        srv = self._make_http_server("s1")
        registry = MCPRegistry()

        assert registry._server_key(srv) == registry._server_key(srv)

    def test_different_configs_produce_different_keys(self):
        registry = MCPRegistry()
        s1 = self._make_http_server("s1", url="http://a:1")
        s2 = self._make_http_server("s2", url="http://b:2")

        assert registry._server_key(s1) != registry._server_key(s2)

    def test_get_tools_caches_discovery(self):
        registry = MCPRegistry()
        srv = self._make_http_server("cached")
        remote = RemoteTool(name="tool_a", description="A tool")
        proxy = create_mcp_http_proxy_tool_class(
            url="http://localhost:8080", remote=remote, alias="cached"
        )

        key = registry._server_key(srv)
        registry._cache[key] = {proxy.get_name(): proxy}

        tools = registry.get_tools([srv])
        assert "cached_tool_a" in tools
        assert tools["cached_tool_a"] is proxy

    def test_get_tools_returns_empty_for_no_servers(self):
        registry = MCPRegistry()

        assert registry.get_tools([]) == {}

    def test_clear_drops_cache(self):
        registry = MCPRegistry()
        srv = self._make_http_server("s")
        proxy = create_mcp_http_proxy_tool_class(
            url="http://localhost:8080", remote=RemoteTool(name="t"), alias="s"
        )
        key = registry._server_key(srv)
        registry._cache[key] = {proxy.get_name(): proxy}

        registry.clear()

        assert len(registry._cache) == 0

    def test_count_loaded_excludes_failed_servers(self):
        registry = MCPRegistry()
        ok_srv = self._make_http_server("ok", url="http://ok:1")
        fail_srv = self._make_http_server("fail", url="http://fail:2")

        proxy = create_mcp_http_proxy_tool_class(
            url="http://ok:1", remote=RemoteTool(name="t"), alias="ok"
        )
        registry._cache[registry._server_key(ok_srv)] = {proxy.get_name(): proxy}

        assert registry.count_loaded([ok_srv, fail_srv]) == 1
        assert registry.count_loaded([ok_srv]) == 1
        assert registry.count_loaded([fail_srv]) == 0
        assert registry.count_loaded([]) == 0

    def test_cache_survives_multiple_get_tools_calls(self):
        registry = MCPRegistry()
        srv = self._make_http_server("stable")
        remote = RemoteTool(name="t1")
        proxy = create_mcp_http_proxy_tool_class(
            url="http://localhost:8080", remote=remote, alias="stable"
        )

        key = registry._server_key(srv)
        registry._cache[key] = {proxy.get_name(): proxy}

        first = registry.get_tools([srv])
        second = registry.get_tools([srv])

        assert first == second
        assert first["stable_t1"] is second["stable_t1"]

    def test_disjoint_server_lists_across_agents(self):
        registry = MCPRegistry()

        srv_x = self._make_http_server("x", url="http://x:1")
        srv_y = self._make_http_server("y", url="http://y:2")

        proxy_x = create_mcp_http_proxy_tool_class(
            url="http://x:1", remote=RemoteTool(name="tx"), alias="x"
        )
        proxy_y = create_mcp_http_proxy_tool_class(
            url="http://y:2", remote=RemoteTool(name="ty"), alias="y"
        )

        registry._cache[registry._server_key(srv_x)] = {proxy_x.get_name(): proxy_x}
        registry._cache[registry._server_key(srv_y)] = {proxy_y.get_name(): proxy_y}

        agent_a_tools = registry.get_tools([srv_x])
        agent_b_tools = registry.get_tools([srv_y])

        assert "x_tx" in agent_a_tools
        assert "y_ty" not in agent_a_tools
        assert "y_ty" in agent_b_tools
        assert "x_tx" not in agent_b_tools

    @pytest.mark.asyncio
    async def test_discover_http_success(self):
        registry = MCPRegistry()
        srv = self._make_http_server("demo", url="http://demo:9090")
        remote = RemoteTool(name="hello", description="Hi")

        with patch(
            "vibe.core.tools.mcp.registry.list_tools_http", return_value=[remote]
        ):
            tools = await registry._discover_http(srv)

        assert tools is not None
        assert len(tools) == 1
        name = next(iter(tools))
        assert name == "demo_hello"

    @pytest.mark.asyncio
    async def test_discover_http_failure_returns_none(self):
        registry = MCPRegistry()
        srv = self._make_http_server("fail", url="http://fail:1")

        with patch(
            "vibe.core.tools.mcp.registry.list_tools_http",
            side_effect=ConnectionError("down"),
        ):
            tools = await registry._discover_http(srv)

        assert tools is None

    @pytest.mark.asyncio
    async def test_discover_stdio_success(self):
        registry = MCPRegistry()
        srv = self._make_stdio_server("local", command="python -m local_srv")
        remote = RemoteTool(name="run", description="Run it")

        with patch(
            "vibe.core.tools.mcp.registry.list_tools_stdio", return_value=[remote]
        ):
            tools = await registry._discover_stdio(srv)

        assert tools is not None
        assert len(tools) == 1
        name = next(iter(tools))
        assert name == "local_run"

    @pytest.mark.asyncio
    async def test_discover_stdio_failure_returns_none(self):
        registry = MCPRegistry()
        srv = self._make_stdio_server("broken")

        with patch(
            "vibe.core.tools.mcp.registry.list_tools_stdio",
            side_effect=OSError("no binary"),
        ):
            tools = await registry._discover_stdio(srv)

        assert tools is None

    def test_get_tools_discovers_only_uncached(self):
        registry = MCPRegistry()

        cached_srv = self._make_http_server("cached", url="http://c:1")
        new_srv = self._make_http_server("new", url="http://n:2")

        cached_proxy = create_mcp_http_proxy_tool_class(
            url="http://c:1", remote=RemoteTool(name="ct"), alias="cached"
        )
        registry._cache[registry._server_key(cached_srv)] = {
            cached_proxy.get_name(): cached_proxy
        }

        new_remote = RemoteTool(name="nt")
        with patch(
            "vibe.core.tools.mcp.registry.list_tools_http", return_value=[new_remote]
        ):
            tools = registry.get_tools([cached_srv, new_srv])

        assert "cached_ct" in tools
        assert "new_nt" in tools
        assert len(registry._cache) == 2


class TestMCPStdioCwd:
    def test_mcp_stdio_cwd_defaults_to_none(self):
        config = MCPStdio(name="test", transport="stdio", command="python -m srv")

        assert config.cwd is None

    def test_mcp_stdio_cwd_accepts_string(self):
        config = MCPStdio(
            name="test",
            transport="stdio",
            command="python -m srv",
            cwd="/tmp/myproject",
        )

        assert config.cwd == "/tmp/myproject"

    @pytest.mark.asyncio
    async def test_list_tools_stdio_passes_cwd_to_params(self):
        with (
            patch("vibe.core.tools.mcp.tools.stdio_client") as mock_client,
            patch("vibe.core.tools.mcp.tools.ClientSession") as mock_session_cls,
            patch("vibe.core.tools.mcp.tools.StdioServerParameters") as mock_params_cls,
        ):
            mock_client.return_value.__aenter__ = AsyncMock(
                return_value=(MagicMock(), MagicMock())
            )
            mock_client.return_value.__aexit__ = AsyncMock(return_value=False)
            mock_session = MagicMock()
            mock_session.initialize = AsyncMock()
            mock_session.list_tools = AsyncMock(return_value=MagicMock(tools=[]))
            mock_session_cls.return_value.__aenter__ = AsyncMock(
                return_value=mock_session
            )
            mock_session_cls.return_value.__aexit__ = AsyncMock(return_value=False)

            await list_tools_stdio(["python", "-m", "srv"], cwd="/tmp/myproject")

            mock_params_cls.assert_called_once_with(
                command="python", args=["-m", "srv"], env=None, cwd="/tmp/myproject"
            )

    @pytest.mark.asyncio
    async def test_call_tool_stdio_passes_cwd_to_params(self):
        with (
            patch("vibe.core.tools.mcp.tools.stdio_client") as mock_client,
            patch("vibe.core.tools.mcp.tools.ClientSession") as mock_session_cls,
            patch("vibe.core.tools.mcp.tools.StdioServerParameters") as mock_params_cls,
            patch("vibe.core.tools.mcp.tools._parse_call_result") as mock_parse,
        ):
            mock_client.return_value.__aenter__ = AsyncMock(
                return_value=(MagicMock(), MagicMock())
            )
            mock_client.return_value.__aexit__ = AsyncMock(return_value=False)
            mock_session = MagicMock()
            mock_session.initialize = AsyncMock()
            mock_session.call_tool = AsyncMock(return_value=MagicMock())
            mock_session_cls.return_value.__aenter__ = AsyncMock(
                return_value=mock_session
            )
            mock_session_cls.return_value.__aexit__ = AsyncMock(return_value=False)
            mock_parse.return_value = MagicMock(spec=MCPToolResult)

            await call_tool_stdio(
                ["python", "-m", "srv"], "my_tool", {}, cwd="/tmp/myproject"
            )

            mock_params_cls.assert_called_once_with(
                command="python", args=["-m", "srv"], env=None, cwd="/tmp/myproject"
            )

    @pytest.mark.asyncio
    async def test_discover_stdio_passes_cwd_to_list_tools(self):
        registry = MCPRegistry()
        srv = MCPStdio(
            name="local",
            transport="stdio",
            command="python -m srv",
            cwd="/tmp/myproject",
        )
        remote = RemoteTool(name="run", description="Run it")

        with patch(
            "vibe.core.tools.mcp.registry.list_tools_stdio", return_value=[remote]
        ) as mock_list:
            await registry._discover_stdio(srv)

        mock_list.assert_called_once_with(
            ["python", "-m", "srv"],
            env=None,
            cwd="/tmp/myproject",
            startup_timeout_sec=srv.startup_timeout_sec,
        )

    @pytest.mark.asyncio
    async def test_discover_stdio_passes_cwd_to_proxy_class(self):
        registry = MCPRegistry()
        srv = MCPStdio(
            name="local",
            transport="stdio",
            command="python -m srv",
            cwd="/tmp/myproject",
        )
        remote = RemoteTool(name="run", description="Run it")

        with (
            patch(
                "vibe.core.tools.mcp.registry.list_tools_stdio", return_value=[remote]
            ),
            patch(
                "vibe.core.tools.mcp.registry.create_mcp_stdio_proxy_tool_class",
                wraps=create_mcp_stdio_proxy_tool_class,
            ) as mock_create,
        ):
            await registry._discover_stdio(srv)

        _, kwargs = mock_create.call_args
        assert kwargs["cwd"] == "/tmp/myproject"

    def test_proxy_tool_stores_cwd(self):
        remote = RemoteTool(name="run")
        proxy_cls = cast(
            Any,
            create_mcp_stdio_proxy_tool_class(
                command=["python", "-m", "srv"], remote=remote, cwd="/tmp/myproject"
            ),
        )

        assert proxy_cls._cwd == "/tmp/myproject"

    def test_proxy_tool_cwd_defaults_to_none(self):
        remote = RemoteTool(name="run")
        proxy_cls = cast(
            Any,
            create_mcp_stdio_proxy_tool_class(
                command=["python", "-m", "srv"], remote=remote
            ),
        )

        assert proxy_cls._cwd is None


# ---------------------------------------------------------------------------
# _MCPBase disabled / disabled_tools field tests
# ---------------------------------------------------------------------------


class TestMCPBaseDisableFields:
    def test_disabled_defaults_to_false(self):
        config = MCPStdio(name="test", transport="stdio", command="python")
        assert config.disabled is False
        assert config.disabled_tools == []

    def test_disabled_true(self):
        config = MCPStdio(
            name="test", transport="stdio", command="python", disabled=True
        )
        assert config.disabled is True

    def test_disabled_tools_list(self):
        config = MCPHttp(
            name="test",
            transport="http",
            url="http://localhost:8080",
            disabled_tools=["search", "read"],
        )
        assert config.disabled_tools == ["search", "read"]

    def test_disabled_fields_on_streamable_http(self):
        config = MCPStreamableHttp(
            name="test",
            transport="streamable-http",
            url="http://localhost:8080",
            disabled=True,
            disabled_tools=["write"],
        )
        assert config.disabled is True
        assert config.disabled_tools == ["write"]


# ---------------------------------------------------------------------------
# ToolManager: per-MCP-server disabled / disabled_tools filtering
# ---------------------------------------------------------------------------

from vibe.core.tools.manager import ToolManager


class TestMCPDisableFiltering:
    @staticmethod
    def _make_config(
        mcp_servers: list[MCPHttp | MCPStdio | MCPStreamableHttp] | None = None,
    ) -> VibeConfig:
        return cast(
            VibeConfig,
            type(
                "_Cfg",
                (),
                {
                    "mcp_servers": mcp_servers or [],
                    "connectors": [],
                    "enabled_tools": [],
                    "disabled_tools": [],
                    "tools": {},
                    "tool_paths": [],
                },
            )(),
        )

    def test_disabled_server_excludes_all_tools(self):
        srv = MCPHttp(
            name="demo", transport="http", url="http://demo:9090", disabled=True
        )
        registry = FakeMCPRegistry()
        remote_a = RemoteTool(name="tool_a", description="A")
        remote_b = RemoteTool(name="tool_b", description="B")
        proxy_a = create_mcp_http_proxy_tool_class(
            url="http://demo:9090", remote=remote_a, alias="demo"
        )
        proxy_b = create_mcp_http_proxy_tool_class(
            url="http://demo:9090", remote=remote_b, alias="demo"
        )
        registry.set_tools(
            [srv], {proxy_a.get_name(): proxy_a, proxy_b.get_name(): proxy_b}
        )

        config = self._make_config(mcp_servers=[srv])
        tm = ToolManager(
            config_getter=lambda: config, mcp_registry=registry, connector_registry=None
        )
        assert "demo_tool_a" not in tm.available_tools
        assert "demo_tool_b" not in tm.available_tools
        # Still registered (discoverable for UI)
        assert "demo_tool_a" in tm.registered_tools

    def test_disabled_tools_filters_specific_tools(self):
        srv = MCPHttp(
            name="demo",
            transport="http",
            url="http://demo:9090",
            disabled_tools=["tool_a"],
        )
        registry = FakeMCPRegistry()
        remote_a = RemoteTool(name="tool_a", description="A")
        remote_b = RemoteTool(name="tool_b", description="B")
        proxy_a = create_mcp_http_proxy_tool_class(
            url="http://demo:9090", remote=remote_a, alias="demo"
        )
        proxy_b = create_mcp_http_proxy_tool_class(
            url="http://demo:9090", remote=remote_b, alias="demo"
        )
        registry.set_tools(
            [srv], {proxy_a.get_name(): proxy_a, proxy_b.get_name(): proxy_b}
        )

        config = self._make_config(mcp_servers=[srv])
        tm = ToolManager(
            config_getter=lambda: config, mcp_registry=registry, connector_registry=None
        )
        assert "demo_tool_a" not in tm.available_tools
        assert "demo_tool_b" in tm.available_tools

    def test_disabled_false_is_noop(self):
        srv = MCPHttp(
            name="demo", transport="http", url="http://demo:9090", disabled=False
        )
        registry = FakeMCPRegistry()
        remote = RemoteTool(name="tool_a", description="A")
        proxy = create_mcp_http_proxy_tool_class(
            url="http://demo:9090", remote=remote, alias="demo"
        )
        registry.set_tools([srv], {proxy.get_name(): proxy})

        config = self._make_config(mcp_servers=[srv])
        tm = ToolManager(
            config_getter=lambda: config, mcp_registry=registry, connector_registry=None
        )
        assert "demo_tool_a" in tm.available_tools