def test_calc_standings(self):
home = Team(u'TOP Oss')
away = Team(u'Go Ahead Eagles')
m = Match(home, 0, away, 3)
l = League(u'Eerste Divisie')
match_outcome = l.__calc_league_stats__(m)
self.assertEqual(match_outcome, [{
u'goals_for': 0,
u'won': 0,
u'goals_against': 3,
u'lost': 1,
u'team': home,
u'played': 1,
u'drew': 0,
u'points': 0
}, {
u'goals_for': 3,
u'won': 1,
u'goals_against': 0,
u'lost': 0,
u'team': away,
u'played': 1,
u'drew': 0,
u'points': 3
}])
def parse(match_result):
"""
Takes a match and parses it into objects, then adds the match to the league. It splits the line
across the comma for each team and then further along the last space to seperate team and score,
it *could* potentially use a regex such as (.*) ([0-9]+) ?, ?(.*) ?([0-9]+)
:param match_result:
"""
teams = match_result.split(u',')
team_types = [u'home', u'away']
match_data = {}
try:
for i, result in enumerate(teams):
score_list = result.strip().rsplit(u' ', 1)
match_data.update({
u'{}_team'.format(team_types[i]):
Team(score_list[0]),
u'{}_score'.format(team_types[i]):
int(score_list[1]),
})
match = Match(**match_data)
except (IndexError, ValueError) as e:
logger.exception(u'Error in parsing: {}'.format(match_result))
raise e
return match
def test_incomplete_standings(self):
l = League(u'Lega Procrastica')
home = Team(u'Anubis Incompeta')
away = Team(u'Doitus Latero')
m = Match(home, 0, away, 0)
l.add_match(m)
standings = l.get_league_table
self.assertEqual(standings, [
{
u'points': 1,
u'position': 1,
u'team': u'Anubis Incompeta'
},
{
u'points': 1,
u'position': 1,
u'team': u'Doitus Latero'
},
])
def __gen_matches__():
teams = [
Team(u'Gençlerbirliği'),
Team(u'Feriköy'),
Team(u'Ankaragücü'),
Team(u'Kasımpaşa'),
]
matches = [
Match(teams[0], 1, teams[1], 0),
Match(teams[0], 6, teams[2], 6),
Match(teams[0], 3, teams[3], 3),
Match(teams[1], 1, teams[0], 2),
Match(teams[1], 0, teams[2], 5),
Match(teams[1], 1, teams[3], 3),
Match(teams[2], 1, teams[0], 0),
Match(teams[2], 1, teams[1], 1),
Match(teams[2], 3, teams[3], 1),
Match(teams[3], 6, teams[0], 0),
Match(teams[3], 2, teams[1], 2),
Match(teams[3], 4, teams[2], 5),
]
return teams, matches
def test_match_dupes(self):
home = Team(u'BK Häcken')
with self.assertRaises(MatchTeamException):
Match(home, 0, home, 0)
def test_team_home_win(self):
home = Team(u'Liddlypool')
away = Team(u'Chelski')
match = Match(home, 1, away, 0)
self.assertEqual(match.result, {u'home': u'won', u'away': u'lost'})
def test_match_negative(self):
home = Team(u'Supa Strikers')
away = Team(u'FC Aqua')
with self.assertRaises(MatchScoreException):
Match(home, 0, away, -1)
def test_match_draw(self):
home = Team(u'East Crom Ganglion')
away = Team(u'Wensleydale')
match = Match(home, 0, away, 0)
self.assertEqual(match.result, {u'home': u'drew', u'away': u'drew'})
def test_match_away_win(self):
home = Team(u'Man Citeh')
away = Team(u'Gleeds')
match = Match(home, 1, away, 3)
self.assertEqual(match.result, {u'home': u'lost', u'away': u'won'})
def test_team_define(self):
t = Team(u'Liddlypool')
self.assertEqual(unicode(t), u'Liddlypool')
def test_match_international(self):
away = Team(u'Александра')
self.assertEqual(away.team_name, u'Александра')