Magic-API MCP Server

"""集成测试：验证新的调试API工具是否能正常工作。""" import asyncio import sys import os from unittest.mock import Mock # 添加当前路径到sys.path sys.path.insert(0, os.path.abspath('..')) from magicapi_mcp.settings import MagicAPISettings from magicapi_mcp.tool_registry import ToolContext from magicapi_tools.tools.debug_api import DebugAPITools def test_debug_api_tools_integration(): """集成测试：验证新调试API工具的功能。""" print("开始集成测试...") # 创建设置 settings = MagicAPISettings( base_url="http://127.0.0.1:10712", # 使用默认的Magic-API地址 username="", password="", auth_enabled=False, ) # 创建上下文 context = ToolContext(settings) # 创建MCP应用模拟 mcp_app = Mock() # 创建调试API工具实例 debug_api_tools = DebugAPITools() # 注册工具 debug_api_tools.register_tools(mcp_app, context) # 验证工具是否注册成功 registered_tools_count = len(mcp_app.tool.call_args_list) print(f"注册的工具数量: {registered_tools_count}") # 获取所有注册的工具信息 registered_tool_names = [] for call in mcp_app.tool.call_args_list: if len(call) >= 2 and 'name' in call[1]: tool_name = call[1]['name'] registered_tool_names.append(tool_name) print(f"已注册工具: {tool_name}") # 验证关键工具是否已注册 expected_tools = [ 'call_magic_api_with_timeout', 'get_latest_breakpoint_status', 'resume_from_breakpoint', 'step_over_breakpoint', 'step_into_breakpoint', 'step_out_breakpoint', 'set_breakpoint', 'remove_breakpoint', 'list_breakpoints' ] missing_tools = [tool for tool in expected_tools if tool not in registered_tool_names] if missing_tools: print(f"缺少的工具: {missing_tools}") return False else: print("所有预期的工具都已成功注册") return True def test_tool_execution(): """测试工具执行功能。""" print("\n开始工具执行测试...") # 创建设置 settings = MagicAPISettings( base_url="http://127.0.0.1:10712", username="", password="", auth_enabled=False, ) # 创建上下文 context = ToolContext(settings) # 由于我们只是测试注册和基本功能，不需要连接到真实的服务器 # 所以可以跳过WSManager的启动 # 创建MCP应用模拟 mcp_app = Mock() # 创建调试API工具实例 debug_api_tools = DebugAPITools() # 注册工具 debug_api_tools.register_tools(mcp_app, context) # 获取注册的函数进行基本调用测试 registered_functions = {} for call in mcp_app.tool.call_args_list: if len(call) >= 2 and 'name' in call[1]: tool_name = call[1]['name'] # 从call[0]获取注册的函数 if len(call[0]) > 0: registered_functions[tool_name] = call[0][0] # 测试获取断点状态工具（同步函数） if 'get_latest_breakpoint_status' in registered_functions: try: # 模拟context中的对象 context.ws_manager.ensure_running_sync = Mock() context.debug_service.get_debug_status_tool = Mock(return_value={"success": True, "status": {"breakpoints": [1, 2, 3]}}) get_status_func = registered_functions['get_latest_breakpoint_status'] result = get_status_func() print(f"获取断点状态测试: {result}") # 验证结果结构 assert 'is_breakpoint_status' in result assert 'timestamp' in result print("获取断点状态测试通过") except Exception as e: print(f"获取断点状态测试失败: {e}") # 测试设置断点工具 if 'set_breakpoint' in registered_functions: try: # 模拟context中的对象 context.ws_manager.ensure_running_sync = Mock() context.debug_service.set_breakpoint_tool = Mock(return_value={"success": True, "breakpoints": [10]}) set_breakpoint_func = registered_functions['set_breakpoint'] result = set_breakpoint_func(line_number=10) print(f"设置断点测试: {result}") assert result["success"] == True print("设置断点测试通过") except Exception as e: print(f"设置断点测试失败: {e}") print("工具执行测试完成") return True if __name__ == "__main__": success1 = test_debug_api_tools_integration() success2 = test_tool_execution() if success1 and success2: print("\n✅ 所有集成测试通过！") else: print("\n❌ 有些测试失败了")