def doCompile(self):
# First, we get a list of team-seasons recorded in the data
s = Season()
s.connectDB()
self.seasons = s.loadAll()
self.log.message(str(len(self.seasons)) + ' seasons')
# Second, for each team-season:
for item in self.seasons:
print(str(item))
self.log.message(str(item))
# Get the list of players to have appeared in this season
self.players = s.loadPlayerList(item)
# If we have records for fewer than two players, then there
# are no combinations to calculate - so we skip to the next season
if(len(self.players) < 2):
self.log.message('')
print('')
continue
self.log.message(str(len(self.players)) + ' players this season')
print(str(len(self.players)) + ' players')
# Iterate over the list of players, building player pairs
self.combos = self.assembleCombos(self.players)
self.log.message(str(len(self.combos)) + ' combos this season')
print(str(len(self.combos)) + ' combos')
# Make sure each pair is recorded initially
self.lookupCombos()
# print(str(self.combos))
# Build data for each pair
# Store data for each pair
# Delay a bit so the database can keep up
time.sleep(0.1)
self.log.message('')
print('\n')
s.disconnectDB()
return True
def test_season_loadPlayerList():
s = Season()
s.connectDB()
needle = {
'TeamID': 1,
'Season': 1894
}
s.data = s.loadPlayerList(needle)
assert len(s.data) == 0
needle = {
'TeamID': 2,
'Season': 1980
}
s.data = s.loadPlayerList(needle)
assert len(s.data) == 1
def test_season_loadAll():
s = Season()
s.connectDB()
s.data = s.loadAll()
assert len(s.data) == 2
def test_season_disconnect():
s = Season()
s.connectDB()
assert hasattr(s, 'db')
s.disconnectDB()
assert hasattr(s, 'db') is False