def test_game_is_leading_alt_field():
"""
Assert player is projected to lead the game
"""
a_game = Game()
# Manually hack the scores for test
a_game._scores = [
{"controlled": 2, "projected": 1},
{"controlled": 15, "projected": 1},
{"controlled": 2, "projected": 17},
{"controlled": 12, "projected": 2},
]
assert not a_game.is_leading(1, field="projected")
assert a_game.is_leading(2, field="projected")
def test_game_is_leading():
"""
Assert player is leading the game
"""
a_game = Game()
# Manually hack the scores for test
a_game._scores = [
{"controlled": 2, "projected": 1},
{"controlled": 15, "projected": 1},
{"controlled": 2, "projected": 17},
{"controlled": 12, "projected": 2},
]
assert a_game.is_leading(1)
assert not a_game.is_leading(3)
def test_game_get_leaders_alt_field():
"""
Grab the correct leader based on projected score
"""
a_game = Game()
# Manually hack the scores for test
a_game._scores = [
{"controlled": 2, "projected": 1},
{"controlled": 15, "projected": 1},
{"controlled": 2, "projected": 17},
{"controlled": 15, "projected": 2},
]
leaders = a_game.get_leaders("projected")
assert len(leaders) == 1
assert leaders[0][0] == 2
assert leaders[0][1] == 17
def test_game_get_leaders():
"""
Grab the correct leader based on current score
"""
a_game = Game()
# Manually hack the scores for test
a_game._scores = [
{"controlled": 2},
{"controlled": 15},
{"controlled": 2},
{"controlled": 4},
]
leaders = a_game.get_leaders()
assert len(leaders) == 1
assert leaders[0][0] == 1
assert leaders[0][1] == 15
def test_game_is_leading_tied():
"""
Assert tied players leading the game
"""
a_game = Game()
# Manually hack the scores for test
a_game._scores = [
{"controlled": 2, "projected": 1},
{"controlled": 15, "projected": 1},
{"controlled": 2, "projected": 17},
{"controlled": 15, "projected": 2},
]
# Not an outright lead when tied
assert not a_game.is_leading(1)
assert not a_game.is_leading(3)
assert a_game.is_leading(1, outright=False)
assert a_game.is_leading(3, outright=False)
