def test_head_to_head(self):
test_matches = []
for match in head_to_head:
test_matches.append(Match(match['teams'], match['week'], match['result']))
lec = LEC.from_matches(test_matches)
lec.create_standings()
self.assertIn('OG', lec.standings[1])
self.assertIn('G2', lec.standings[1])
self.assertIn('FNC', lec.standings[1])
def test_wins_in_second_half(self):
test_matches = []
for match in wins_in_second_half:
test_matches.append(Match(match['teams'], match['week'], match['result']))
lec = LEC.from_matches(test_matches)
lec.create_standings()
self.assertIn('FNC', lec.standings[1])
self.assertIn('OG', lec.standings[2])
self.assertIn('G2', lec.standings[3])
def test_get_wins(self):
matches = Match.from_json('src/tests/lec_test_matches.json')
lec = LEC.from_matches(matches)
rge_wins = lec.teams['RGE'].get_wins()
g2_wins = lec.teams['G2'].get_wins()
s04_wins = lec.teams['S04'].get_wins()
self.assertEqual(rge_wins, 11)
self.assertEqual(g2_wins, 8)
self.assertEqual(s04_wins, 5)
def test_create_table_one_day(self):
test_matches = []
for match in matches_one_day:
test_matches.append(Match(match['teams'], match['week'], match['result']))
lec = LEC.from_matches(test_matches)
lec.create_table()
self.assertEqual(lec.table['XL'], 1)
self.assertEqual(lec.table['VIT'], 1)
self.assertEqual(lec.table['S04'], 1)
self.assertEqual(lec.table['RGE'], 1)
self.assertEqual(lec.table['MAD'], 1)
def __init__(self, League: League):
matches = Match.from_json(League.matches_file)
self.finished_matches = []
self.upcomming_matches = []
self.cumulated_outcomes = {}
self.League = League
for match in matches:
if match.result:
self.finished_matches.append(match)
else:
self.upcomming_matches.append(match)
def test_create_table_season(self):
matches = Match.from_json('src/tests/lec_test_matches.json')
lec = LEC.from_matches(matches)
lec.create_table()
self.assertEqual(lec.table['RGE'], 11)
self.assertEqual(lec.table['MAD'], 11)
self.assertEqual(lec.table['XL'], 7)
self.assertEqual(lec.table['VIT'], 6)
self.assertEqual(lec.table['S04'], 5)
self.assertEqual(lec.table['OG'], 6)
self.assertEqual(lec.table['FNC'], 7)
self.assertEqual(lec.table['SK'], 8)
self.assertEqual(lec.table['G2'], 8)
self.assertEqual(lec.table['MSF'], 6)
def test_create_standings_season(self):
matches = Match.from_json('src/tests/lec_test_matches.json')
lec = LEC.from_matches(matches)
lec.create_standings()
self.assertIn('XL', lec.standings[6])
self.assertIn('VIT', lec.standings[7])
self.assertIn('S04', lec.standings[10])
self.assertIn('RGE', lec.standings[2])
self.assertIn('MAD', lec.standings[1])
self.assertIn('SK', lec.standings[3])
self.assertIn('OG', lec.standings[9])
self.assertIn('G2', lec.standings[4])
self.assertIn('MSF', lec.standings[8])
self.assertIn('FNC', lec.standings[5])
def test_create_standings_one_day(self):
test_matches = []
for match in matches_one_day:
test_matches.append(Match(match['teams'], match['week'], match['result']))
lec = LEC.from_matches(test_matches)
lec.create_standings()
self.assertIn('XL', lec.standings[1])
self.assertIn('VIT', lec.standings[1])
self.assertIn('S04', lec.standings[1])
self.assertIn('RGE', lec.standings[1])
self.assertIn('MAD', lec.standings[1])
self.assertIn('SK', lec.standings[6])
self.assertIn('OG', lec.standings[6])
self.assertIn('G2', lec.standings[6])
self.assertIn('MSF', lec.standings[6])
self.assertIn('FNC', lec.standings[6])
def _get_matches(self):
response = requests.get(self.lec_gamepedia_url)
soup = BeautifulSoup(response.content, self.default_beautifulsoup_parser)
wiki_tables = soup.find_all('table', class_='wikitable2 matchlist')
for wiki_table in wiki_tables:
week = wiki_table.find('th').get_text()
week_pattern = re.compile('\d')
week = week_pattern.findall(week)[0]
matches_row = wiki_table.find_all('tr', class_='ml-row')
for match in matches_row:
teams_html = match.find_all('span', class_='teamname')
teams = [team.get_text() for team in teams_html]
result_html = match.find_all('td', class_='matchlist-score')
result = [int(result.get_text()) for result in result_html]
self.matches.append(Match(teams, int(week), result))
def test_get_winner_right(self):
match = Match(['Loser', 'Winner'], 0, [0, 1])
self.assertEqual(match.get_winner(), 'Winner')
def test_get_winner_left(self):
match = Match(['Winner', 'Loser'], 0, [1, 0])
self.assertEqual(match.get_winner(), 'Winner')
def test_get_winner_no_result(self):
match = Match(['Loser', 'Winner'], 0)
self.assertIsNone(match.get_winner())