import pendulum
from django.test import TestCase
from jarvis.people.models import Gymnast
from jarvis.followup.models import (
    Chrono,
    ChronoDetails,
    Injury,
    LearnedSkill,
    Plan,
    Point,
    WellBeing,
    GymnastHasRoutine,
    NumberOfRoutineDone,
    HeightWeight,
    Note,
    Intensity,
    SeasonInformation,
    CompetitivePointsStats,
)

from jarvis.followup.models import (
    CHRONO_TYPE_CHOICE,
    SCORE_TYPE_CHOICE,
)


class TestModels(TestCase):
    def setUp(self):
        """Mise en place des variables pour les tests."""
        gymnast = Gymnast.objects.create(
            last_name="Pauchou", first_name="Fred", birthdate="1987-07-03", gender=0
        )
        Chrono.objects.create(
            gymnast=gymnast, chrono_type=0, score_type=0, score=15, tof=13
        )
        Injury.objects.create(
            gymnast=gymnast, location=0, injury_type=0, body_side=0, mechanism=0
        )
        WellBeing.objects.create(gymnast=gymnast, mindstate=9, sleep=8, stress=7, fatigue=6, muscle_soreness=5)

    def test_chrono_str(self):
        """Test the __str__ method to ensure it returns the correct string representation of a Chrono instance."""
        gymnast = Gymnast.objects.get(last_name="Pauchou")
        chrono = Chrono.objects.get(gymnast=gymnast)
        today = pendulum.now().to_date_string()

        expected_str = f"{gymnast} - 13.000 ({today} - 0)"
        self.assertEqual(str(chrono), expected_str, "The __str__ method does not return the expected string.")

    # def test_chrono_timeline_representation(self):
    #     gymnast = Gymnast.objects.get(last_name="Pauchou")
    #     chrono = Chrono.objects.get(gymnast=gymnast)
    #     today = pendulum.now().date()
    #     self.assertEqual(
    #         chrono.timeline_representation,
    #         f"<li>{today.to_date_string()} - New personel best {CHRONO_TYPE_CHOICE[chrono.chrono_type][1]}: 15.000' (13.000')</li>",  # pylint: disable=line-too-long
    #     )

    def test_compute_tof(self):
        res = Chrono.compute_tof(15)
        self.assertEqual(res, 13)

    def test_injury_to_string(self):
        gymnast = Gymnast.objects.get(last_name="Pauchou")
        injury = Injury.objects.get(gymnast=gymnast)
        today = pendulum.now().date()
        self.assertEqual(str(injury), f"Fred Pauchou ({today})")

    def test_get_inversed_stress(self):
        """Test the get_inversed_stress method to ensure it correctly calculates the inversed stress."""
        gymnast = Gymnast.objects.get(last_name="Pauchou")
        well_being = WellBeing.objects.get(gymnast=gymnast)

        inversed_stress = well_being.get_inversed_stress
        self.assertEqual(inversed_stress, 3, "The inversed stress should be 3 for a stress value of 7")

    def test_get_inversed_fatigue(self):
        """Test the get_inversed_fatigue property to ensure it correctly calculates the inversed fatigue."""
        gymnast = Gymnast.objects.get(last_name="Pauchou")
        well_being = WellBeing.objects.get(gymnast=gymnast)

        inversed_fatigue = well_being.get_inversed_fatigue
        self.assertEqual(inversed_fatigue, 4, "The inversed fatigue should be 4 for a fatigue value of 6")

    def test_get_inversed_muscle_soreness(self):
        """Test the get_inversed_muscle_soreness property to ensure it correctly calculates the inversed muscle soreness."""
        gymnast = Gymnast.objects.get(last_name="Pauchou")
        well_being = WellBeing.objects.get(gymnast=gymnast)

        inversed_muscle_soreness = well_being.get_inversed_muscle_soreness
        self.assertEqual(inversed_muscle_soreness, 5, "The inversed muscle soreness should be 5 for a muscle soreness value of 5")