T1D Manager

import unittest import sys import os from unittest.mock import patch sys.path.insert(0, os.path.abspath(os.path.join(os.path.dirname(__file__), '../src'))) # Import main to access tools logic (functions) # Since they are decorated, we can still call them if FastMCP allows, # or we can import the underlying logic if separated. # FastMCP decorators usually wrap the function. Calling the decorated function # might try to invoke MCP RPC context or just run the function. # Let's inspect implementation of activate_sick_day_mode first. # It returns string, no side effects. from main import activate_sick_day_mode, get_glucose_status_with_empathy class TestMCPTools(unittest.TestCase): def test_sick_day_mode(self): result = activate_sick_day_mode("열이 나요") self.assertIn("아픈 날(Sick Day) 모드 시작", result) self.assertIn("열이 나요", result) self.assertIn("기저 인슐린은 절대 중단하면 안 됩니다", result) @patch('main.get_recent_cgm') def test_empathy_normal(self, mock_cgm): # Mock CGM tool returning standard data mock_cgm.return_value = "- **120** mg/dL (→) [Delta: 0]" result = get_glucose_status_with_empathy("user", "pass") # Check if original data is preserved self.assertIn("120", result) # Check if empathy comment is added self.assertIn("🤖 AI 코멘트", result) self.assertIn("수치가 안정적이라면", result) @patch('main.get_recent_cgm') def test_empathy_error(self, mock_cgm): mock_cgm.return_value = "Error: Dexcom Login Failed" result = get_glucose_status_with_empathy("user", "pass") self.assertIn("Error", result) self.assertIn("연결에 잠시 문제가 생긴 것 같아요", result) if __name__ == '__main__': unittest.main()