ssbm-oro / racetime-obs

    assert qualifier.entrant_score == "1.00"

    assert qualifier.par_text == "1:35:00.0"

def test_cutoff_and_entrant_finished_in_first():

    entrant = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=20), finish_time=timedelta(hours=1, minutes=30, microseconds=1), place=2)

    second_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=15), finish_time=timedelta(hours=1, minutes=35, microseconds=1), place=1, users_used=[entrant.user.id])

    third_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=10), finish_time=timedelta(hours=1, minutes=40, microseconds=1), place=3, users_used=[entrant.user.id, second_place.user.id])

    entrants = [ entrant, second_place, third_place ]

    for i in range(4, 20):

        users_used = (x.user for x in entrants)

        entrants.append(get_test_entrant(users_used=users_used))

    race = get_test_race(entrants=entrants)

    qualifier = get_test_qualifier()

    qualifier.update_qualifier_text(race, entrant.user.full_name)

    # par is 95 minutes, entrant's time is 90 minutes. 2-(90/95) ""= 1.05

    assert qualifier.entrant_score == "1.05"

    assert qualifier.par_text == "1:35:00.0"

    assert qualifier.entrant_score == "0.89"

    assert qualifier.par_text == "1:35:00.0"

def test_cutoff_and_entrant_finished_in_top():

    entrant = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=15), finish_time=timedelta(hours=1, minutes=35, microseconds=1), place=2)

    first_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=20), finish_time=timedelta(hours=1, minutes=30, microseconds=1), place=1, users_used=[entrant.user.id])

    third_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=10), finish_time=timedelta(hours=1, minutes=40, microseconds=1), place=3, users_used=[entrant.user.id, first_place.user.id])

    entrants = [ first_place, entrant, third_place ]

    for i in range(4, 20):

        users_used = (x.user for x in entrants)

        entrants.append(get_test_entrant(users_used=users_used))

    race = get_test_race(entrants=entrants)

    qualifier = get_test_qualifier()

    qualifier.update_qualifier_text(race, entrant.user.full_name)

    # par is 95 minutes, entrant's time is 95 minutes. 2-(95/95) = 1.00

    assert qualifier.entrant_score == "1.00"

    assert qualifier.par_text == "1:35:00.0"

def test_cutoff_and_entrant_finished_in_first():

    entrant = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=20), finish_time=timedelta(hours=1, minutes=30, microseconds=1), place=2)

    assert qualifier.entrant_score == " "

    assert qualifier.par_text == " "

def test_cutoff_finished():

    entrant = get_test_entrant(status_value="in_progress")

    first_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=20), finish_time=timedelta(hours=1, minutes=30, microseconds=1), place=1, users_used=[entrant.user.id])

    second_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=15), finish_time=timedelta(hours=1, minutes=35, microseconds=1), place=2, users_used=[entrant.user.id, first_place.user.id])

    third_place = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=10), finish_time=timedelta(hours=1, minutes=40, microseconds=1), place=3, users_used=[entrant.user.id, first_place.user.id, second_place.user.id])

    entrants = [ first_place, second_place, third_place, entrant ]

    for i in range(4, 20):

        users_used = (x.user for x in entrants)

        entrants.append(get_test_entrant(users_used=users_used))

    race = get_test_race(entrants=entrants)

    qualifier = get_test_qualifier()

    qualifier.update_qualifier_text(race, entrant.user.full_name)

    assert qualifier.entrant_score == " "

    assert qualifier.par_text == "1:35:00.0"

def test_cutoff_and_entrant_finished():

    entrant = get_test_entrant(status_value="finished", finished_at=time_ago(minutes=5), finish_time=timedelta(hours=1, minutes=45, microseconds=1))