import unittest
from locationdata import *

class TestGetWeather(unittest.TestCase):

    def test_get_weather_with_valid_coordinates(self):
        # Test with valid coordinates
        lat = "37.7749"
        lon = "-122.4194"
        weather = get_weather(lat, lon)
        print(f"weather: {weather}")
        self.assertNotEqual(weather, NO_DATA_NOGPS)
        self.assertNotEqual(weather, ERROR_FETCHING_DATA)

    def test_get_weather_with_invalid_coordinates(self):
        # Test with invalid coordinates
        lat = 0
        lon = 0
        weather = get_weather(lat, lon)
        print(f"weather: {weather}")
        self.assertEqual(weather, NO_DATA_NOGPS)

    def test_where_am_i_with_valid_coordinates(self):
        # Test with invalid coordinates
        lat = "37.7749"
        lon = "-122.4194"
        location = where_am_i(lat, lon)
        print(f"location: {location}")
        self.assertEqual(location, "South Van Ness Avenue San Francisco California 94103 United States Grid: CM87ss")
        self.assertNotEqual(location, NO_DATA_NOGPS)
        self.assertNotEqual(location, ERROR_FETCHING_DATA)

    def test_get_tide_with_valid_coordinates(self):
        # Test with valid coordinates
        lat = "37.7749"
        lon = "-122.4194"
        tide = get_tide(lat, lon)
        print(f"tide: {tide}")
        self.assertNotEqual(tide, NO_DATA_NOGPS)
        self.assertNotEqual(tide, ERROR_FETCHING_DATA)

    def test_replace_weather(self):
        # Test replacing days of the week
        self.assertEqual(replace_weather("Monday"), "Mon ")
        self.assertEqual(replace_weather("Tuesday"), "Tue ")
        self.assertEqual(replace_weather("Wednesday"), "Wed ")
        self.assertEqual(replace_weather("Thursday"), "Thu ")
        self.assertEqual(replace_weather("Friday"), "Fri ")
        self.assertEqual(replace_weather("Saturday"), "Sat ")
        
        # Test replacing time periods
        self.assertEqual(replace_weather("Today"), "Today ")
        self.assertEqual(replace_weather("Tonight"), "Tonight ")
        self.assertEqual(replace_weather("Tomorrow"), "Tomorrow ")
        self.assertEqual(replace_weather("This Afternoon"), "Afternoon ")
        
        # Test replacing directions
        self.assertEqual(replace_weather("northwest"), "NW")
        self.assertEqual(replace_weather("northeast"), "NE")
        self.assertEqual(replace_weather("southwest"), "SW")
        self.assertEqual(replace_weather("southeast"), "SE")
        self.assertEqual(replace_weather("north"), "N")
        self.assertEqual(replace_weather("south"), "S")
        self.assertEqual(replace_weather("east"), "E")
        self.assertEqual(replace_weather("west"), "W")
        self.assertEqual(replace_weather("Northwest"), "NW")
        self.assertEqual(replace_weather("Northeast"), "NE")
        self.assertEqual(replace_weather("Southwest"), "SW")
        self.assertEqual(replace_weather("Southeast"), "SE")
        self.assertEqual(replace_weather("North"), "N")
        self.assertEqual(replace_weather("South"), "S")
        self.assertEqual(replace_weather("East"), "E")
        self.assertEqual(replace_weather("West"), "W")
        
        # Test replacing weather terms
        self.assertEqual(replace_weather("precipitation"), "precip")
        self.assertEqual(replace_weather("showers"), "shwrs")
        self.assertEqual(replace_weather("thunderstorms"), "t-storms")


if __name__ == '__main__':
    unittest.main()