def test_parse_float_handles_string_integer():
string_integer = "2"
assert isinstance(num_utils.parse_float(string_integer), float)
assert num_utils.parse_float(string_integer) == 2.0
def test_parse_float_handles_string_float_with_thousands_comma_and_spaces():
float_with_thousands_comma_and_spaces = "3, 000, 000 . 4 "
assert isinstance(
num_utils.parse_float(float_with_thousands_comma_and_spaces), float)
assert num_utils.parse_float(
float_with_thousands_comma_and_spaces) == 3000000.4
def test_parse_float_raises_value_error_when_not_parsed():
with pytest.raises(ValueError):
num_utils.parse_float(object())
with pytest.raises(ValueError):
num_utils.parse_float("xd,2")
def test_parse_float_handles_string_float_with_thousands_comma():
float_with_thousands_comma = "2,000.2"
assert isinstance(num_utils.parse_float(float_with_thousands_comma), float)
assert num_utils.parse_float(float_with_thousands_comma) == 2000.2
def test_parse_float_handles_string_float_with_comma():
float_with_comma = "3,14"
assert isinstance(num_utils.parse_float(float_with_comma), float)
assert num_utils.parse_float(float_with_comma) == 3.14
def test_parse_float_handles_string_float_with_dot():
float_with_dot = "3.14"
assert isinstance(num_utils.parse_float(float_with_dot), float)
assert num_utils.parse_float(float_with_dot) == 3.14
def test_parse_float_handles_string_integer_with_spaces():
string_integer_with_spaces = "10 000"
assert isinstance(num_utils.parse_float(string_integer_with_spaces), float)
assert num_utils.parse_float(string_integer_with_spaces) == 10000.0
def __init__(self, title, ratio_1, ratio_x, ratio_2):
log.debug("creating Match("
"title={title}, "
"ratio_1={ratio_1}, "
"ratio_x={ratio_x}, "
"ratio_2={ratio_2})...".format(title=title,
ratio_1=ratio_1,
ratio_x=ratio_x,
ratio_2=ratio_2))
self.title = title
self.ratio_1 = parse_float(ratio_1)
self.ratio_x = parse_float(ratio_x)
self.ratio_2 = parse_float(ratio_2)
self.ratio_min, self.ratio_med, self.ratio_max = sorted(
(self.ratio_1, self.ratio_x, self.ratio_2))
self.ratios = {
"1": self.ratio_1,
"X": self.ratio_x,
"2": self.ratio_2,
}
self.ranks = {
"min": self.ratio_min,
"med": self.ratio_med,
"max": self.ratio_max,
}
self.outcome_ranks = {"1": [], "X": [], "2": []}
self.ranks_outcomes = {
"min": [],
"med": [],
"max": [],
}
self.ranks_ratios = {}
for outcome, outcome_ratio in self.ratios.items():
for rank, rank_ratio in self.ranks.items():
if outcome_ratio == rank_ratio:
self.outcome_ranks[outcome].append(rank)
self.ranks_outcomes[rank].append(outcome)
self.ranks_ratios[rank] = rank_ratio
for outcome, ranks in self.outcome_ranks.items():
if len(ranks) > 1:
self.outcome_ranks[outcome] = "/".join(ranks)
else:
self.outcome_ranks[outcome] = ranks[0]
for rank, outcomes in self.ranks_outcomes.items():
if len(outcomes) > 1:
self.ranks_outcomes[rank] = "/".join(outcomes)
else:
self.ranks_outcomes[rank] = outcomes[0]
self.tuple = ((title, ) + tuple(self.ratios.values()) +
tuple(self.outcome_ranks.values()) +
tuple(self.ranks_ratios.values()) +
tuple(self.ranks_outcomes.values()))