def test_select(self):
objs = TestAlgo.db.select(Algo())
self.assertEqual(len(objs), 2)
self.assertEqual(objs[0].getId(), 98)
self.assertEqual(objs[0].getName(), 'algo name TD')
self.assertEqual(objs[0].getDesc(), 'algo desc TD')
self.assertEqual(objs[1].getId(), 99)
self.assertEqual(objs[1].getName(), 'algo name TD2')
self.assertEqual(objs[1].getDesc(), 'algo desc TD2')
objs = TestAlgo.db.select(Algo(98))
self.assertEqual(len(objs), 1)
self.assertEqual(objs[0].getId(), 98)
self.assertEqual(objs[0].getName(), 'algo name TD')
self.assertEqual(objs[0].getDesc(), 'algo desc TD')
objs = TestAlgo.db.select(
Algo.createAdhoc({
'name': 'algo name TD',
'desc': 'algo desc TD'
}))
self.assertEqual(len(objs), 1)
self.assertEqual(objs[0].getId(), 98)
self.assertEqual(objs[0].getName(), 'algo name TD')
self.assertEqual(objs[0].getDesc(), 'algo desc TD')
def test_delete(self):
# Disable Foreign Keys checks for this test
TestAlgo.db.disableForeignKeys()
with TestAlgo.db.transaction() as t:
TestAlgo.db.delete(Algo(98))
objs = TestAlgo.db.select(Algo())
self.assertEqual(len(objs), 1)
# force a rollback
t.fail()
def test_create(self):
obj = Algo.create((98, 'algo name TD', 'algo desc TD'))
self.assertEqual(obj.getId(), 98)
self.assertEqual(obj.getName(), 'algo name TD')
self.assertEqual(obj.getDesc(), 'algo desc TD')
def test_update(self):
# Disable Foreign Keys checks for this test
TestAlgo.db.disableForeignKeys()
with TestAlgo.db.transaction() as t:
TestAlgo.db.upsert(Algo(98, 'algo name TD UPD',
'algo desc TD UPD'))
objs = TestAlgo.db.select(Algo(98))
self.assertEqual(len(objs), 1)
self.assertEqual(objs[0].getId(), 98)
d = eval(
"{'name': 'algo name TD UPD', 'desc': 'algo desc TD UPD'}")
for k, v in d.items():
self.assertEqual(objs[0].__getattribute__('get' + k.title())(),
v)
# force a rollback
t.fail()
with TestAlgo.db.transaction() as t:
algo = TestAlgo.db.select(Algo(98))[0]
for k, v in d.items():
algo.__getattribute__('set' + k.title())(v)
TestAlgo.db.upsert(algo)
objs = TestAlgo.db.select(Algo(98))
self.assertEqual(len(objs), 1)
self.assertEqual(objs[0].getId(), 98)
for k, v in d.items():
self.assertEqual(objs[0].__getattribute__('get' + k.title())(),
v)
# force a rollback
t.fail()
def test_insert(self):
# Disable Foreign Keys checks for this test
TestAlgo.db.disableForeignKeys()
with TestAlgo.db.transaction() as t:
TestAlgo.db.upsert(
Algo(100, 'algo name TD UPD', 'algo desc TD UPD'))
objs = TestAlgo.db.select(Algo())
self.assertEqual(len(objs), 3)
d = eval("{'id': 100}")
for k, v in d.items():
self.assertEqual(objs[2].__getattribute__('get' + k.title())(),
v)
d = eval(
"{'name': 'algo name TD UPD', 'desc': 'algo desc TD UPD'}")
for k, v in d.items():
self.assertEqual(objs[2].__getattribute__('get' + k.title())(),
v)
# force a rollback
t.fail()
def test_repr(self):
obj = Algo(98, 'algo name TD', 'algo desc TD')
self.assertEqual(
str(obj),
"algo : Keys {'id': 98} : Values {'name': 'algo name TD', 'desc': 'algo desc TD'}"
)
def test_keys_adhoc(self):
l = Algo.createAdhoc(None)
self.assertEqual(l.getTable(), 'algo')
self.assertTrue(l._keys.getFields() is None)
def test_isNullable(self):
obj = Algo()
self.assertTrue(True and obj.isNullable('name')
and obj.isNullable('desc'))
def testPredictions(log:Logger, algoId:int, season:str, predictions:Table, \
show:bool=False):
'''
From the provided table of predictions, generate the actual betting
outcome and display.
:param log: a logging object
:param algo: the algo under test
:param season: the season under test
:param predictions: a Table of match predictions with analytics
:param show: displays any tables as HTML when True
'''
log.info('Running testPredictions for algo <{}> and season <{}>'.format( \
algoId, season))
config = getSweeperConfig()
dbName = config['dbName']
log.debug('Opening database: {}'.format(dbName))
headers = ['Date', 'Match', 'Mark', 'RO', 'AO', 'Res', 'Stk', \
'Win', 'Pot', 'Yld']
schema = ['{:<12}', '{:<40}', '{:>4}', '{:>5.2f}', '{:>5.2f}', \
'{:>3}', '{:>5}', '{:>5.2f}', '{:>5.2f}', '{:>5.2f}']
startPot = 20.0
winnings = Table(headers=headers, schema=schema,
title='{}, starting pot {} units'.format( \
predictions.getTitle(), startPot))
pot = startPot
with Database(dbName, SQLite3Impl()) as db, db.transaction() as t:
try:
algo = db.select(Algo(algoId))[0]
algo = AlgoFactory.create(algo.getName())
except Exception as e:
log.critical('No algo matching the provided id exists')
log.critical('Because...%s' % e)
sys.exit(1)
try:
season = db.select(Season(season))[0]
except Exception as e:
log.critical('No season matching the provided season exists')
log.critical('Because...%s' % e)
sys.exit(2)
# Get the match result and best odds for each prediction and then
# calculate winnings
for p in predictions.getRows():
dt = p[predictions.getHeaders().index('Date')]
fix = p[predictions.getHeaders().index('Match')]
ht, at = fix.split(' (vs) ')
m = p[predictions.getHeaders().index('Mark')]
ro = p[predictions.getHeaders().index('HO')]
keys = {'date': dt, 'home_team': ht, 'away_team': at}
match = db.select(Match.createAdhoc(keys))[0]
ao = match.getBest_Odds_H()
r = match.getResult()
keys.update({'<date': keys.pop('date')})
keys.update({'>date': season.getL_Bnd_Date()})
del keys['home_team']
del keys['away_team']
priorMatches = db.select(Match.createAdhoc(keys))
priorHTMatches = len([m for m in priorMatches \
if m.getHome_Team() == match.getHome_Team() \
or m.getAway_Team() == match.getHome_Team()])
priorATMatches = len([m for m in priorMatches \
if m.getHome_Team() == match.getAway_Team() \
or m.getAway_Team() == match.getAway_Team()])
incl = not (priorHTMatches < algo.numMatches or \
priorATMatches < algo.numMatches)
colour = None
row = [dt, fix, m, ro, ao, r]
if incl and ao >= ro:
if r == 'H':
pot += ao - 1
row += [1, ao]
colour = Table.Palette.GREEN
else:
pot -= 1
row += [1, 0]
colour = Table.Palette.RED
else:
row += [0, 0]
row += [pot, (pot - startPot) / startPot * 100.0]
if colour:
winnings.addHighlight(col='Match', pattern=fix, \
wholeRow=True, repeat=False, colour=colour)
if incl:
winnings.append([row])
log.info(winnings)
if show:
winnings.asHTML(show)
return winnings
def genStats(log: Logger,
algoId: int,
league: str = None,
backtest: bool = False):
'''
Generate statistics on the marked matches
:param log: a logging object
:param algoId: the algo to apply
:param league: the league to apply the algo over, all if unset
:param backtest: run in backtest mode
'''
log.info('Generating statistics for league <{}> with algo <{}> and ' \
'backtest <{}>'.format(league if league else 'ALL', algoId, \
backtest))
config = getSweeperConfig()
dbName = config['dbName']
log.debug('Opening database: {}'.format(dbName))
with Database(dbName, SQLite3Impl()) as db, db.transaction() as t:
try:
algo = db.select(Algo(algoId))[0]
algo = AlgoFactory.create(algo.getName())
# In backtest mode use the inverse algoId to retrieve config,
# ratings and stats:
if backtest: algoId = -algoId
except:
log.critical('No algo matching the provided id exists')
sys.exit(3)
try:
if league:
leagues = db.select(League(league))
else:
leagues = db.select(League())
except:
log.critical('No league matching the provided mnemonic exists')
sys.exit(4)
for league in leagues:
stats = {}
def getStatisticsForResult(result, setfn, getfn):
keys = {'league': league.getMnemonic(), 'result': result}
order = ['>date']
for m in db.select(Match.createAdhoc(keys, order)):
rating = db.select(
Rating(m.getDate(), m.getLeague(), m.getHome_Team(),
m.getAway_Team(), algoId))
if rating:
mark = rating[0].getMark()
s = stats.get(mark, Statistics(str( \
datetime.now().date()), algoId, \
league.getMnemonic(), mark, 0, 0, 0, 0))
s.setMark_Freq(s.getMark_Freq() + 1)
setfn(s, getfn(s) + 1)
stats[mark] = s
getStatisticsForResult('H', Statistics.setHome_Freq,
Statistics.getHome_Freq)
getStatisticsForResult('D', Statistics.setDraw_Freq,
Statistics.getDraw_Freq)
getStatisticsForResult('A', Statistics.setAway_Freq,
Statistics.getAway_Freq)
for k, v in stats.items():
db.upsert(v)
def presentFixtures(log:Logger, algoId:int, league:str=None, show:bool=False, \
mail:bool=False, backtest:bool=False, season:str=None):
'''
Present the latest set of fixtures with all the appropriate ratings.
:param log: a logging object
:param league: the subject league, None signifies all available leagues
:param show: displays any tables as HTML when True
:param mail: send as email
:param backtest: run in backtest mode
:param season: season to run backtest for
'''
log.info('Presenting fixtures for algo <{}>, league <{}> and backtest ' \
'<{}> for season <{}>'.format(algoId, league if league else 'ALL', \
backtest, season))
config = getSweeperConfig()
dbName = config['dbName']
log.debug('Opening database: {}'.format(dbName))
with Database(dbName, SQLite3Impl()) as db, db.transaction() as t:
date = (datetime.today() - timedelta(days=1)).strftime('%Y-%m-%d')
try:
algo = db.select(Algo(algoId))[0]
algo = AlgoFactory.create(algo.getName())
except Exception as e:
log.critical('No algo matching the provided id exists')
log.critical('Because...%s' % e)
sys.exit(2)
if backtest:
# In backtest mode use the inverse algoId to retrieve config,
# ratings and stats and process all matches irrespective of
# existing results
algoId = -algoId
if season:
try:
season = db.select(Season(season))[0]
except Exception as e:
log.critical( \
'No season matching the provided season exists')
sys.exit(3)
else:
log.critical('Must specify season with backtest')
sys.exit(4)
keys = {'>date' : season.getL_Bnd_Date(), \
'<date' : season.getU_Bnd_Date()}
else:
keys = {'>date': date, 'result': ''}
try:
if league: keys.update({'league': league})
order = ['<league', '<date']
fixtures = db.select(Match.createAdhoc(keys, order))
if not fixtures: raise Exception('No fixtures')
except Exception as e:
log.critical("Couldn't find fixtures for league and date " \
"provided, run sourcedata?")
log.critical('Because...{}'.format(e))
sys.exit(5)
try:
if 'result' in keys: del keys['result']
if '<date' in keys: keys.update({'<match_date': keys.pop('<date')})
del keys['>date']
dt = datetime.strptime(min(f.getDate() for f in fixtures), \
'%Y-%m-%d') - timedelta(days=1)
keys.update({'>match_date': dt.strftime('%Y-%m-%d')})
keys.update({'algo_id': algoId})
order = ['<league', '<match_date']
ratings = db.select(Rating.createAdhoc(keys, order))
log.debug('Num fixtures {}, ratings {}'.format(len(fixtures), \
len(ratings)))
if len(fixtures) != len(ratings):
raise Exception('Mismatched ratings')
except Exception as e:
log.critical("Couldn't find algo ratings for all fixtures, " \
"run analysematches?")
log.critical('Because...{}'.format(e))
sys.exit(6)
try:
del keys['>match_date']
if '<match_date' in keys: del keys['<match_date']
keys.update({'>generation_date': date})
order = ['>generation_date']
stats = db.select(Statistics.createAdhoc(keys, order))
if not stats: raise Exception('No statistics')
lastGenDate = stats[0].getGeneration_Date()
stats = [s for s in stats if s.getGeneration_Date() == lastGenDate]
except Exception as e:
log.critical("Couldn't find algo statistics for league and date, " \
"run genstats?")
log.critical('Because...{}'.format(e))
sys.exit(7)
def statsSummary(s: Statistics):
if s.getMark() == 99:
return 0, 0, 0.0, 0.0, 0, 0.0, 0.0, 0, 0.0, 0.0
markF = s.getMark_Freq()
homeF = s.getHome_Freq()
homeP = (homeF / markF) * 100.0 if markF else 0.0
homeO = 100.0 / homeP if homeP else 99.99
drawF = s.getDraw_Freq()
drawP = (drawF / markF) * 100.0 if markF else 0.0
drawO = 100.0 / drawP if drawP else 99.99
awayF = s.getAway_Freq()
awayP = (awayF / markF) * 100.0 if markF else 0.0
awayO = 100.0 / awayP if awayP else 99.99
return markF, homeF, homeP, homeO, drawF, drawP, drawO, awayF, \
awayP, awayO
for r in itertools.filterfalse(lambda r : r.getMark() in \
[s.getMark() for s in stats if r.getLeague() == s.getLeague()],\
ratings):
stats.append(Statistics(r.getMatch_Date(), r.getAlgo_Id(), \
r.getLeague(), r.getMark(), 0, 0, 0, 0))
analytics = map(lambda r : [(r, statsSummary(s)) for s in stats \
if r.getMark() == s.getMark() \
and r.getLeague() == s.getLeague()], ratings)
presentation = zip(fixtures, analytics)
tables = {}
mailText = 'Visit the website for more details - http://www.sweeperfootball.com<br/><br/>'
for i, (league, group) in enumerate(itertools.groupby(presentation, \
lambda x : x[0].getLeague())):
try:
leagueDesc = db.select(League(league))[0].getDesc()
except Exception as e:
log.critical("Couldn't find league")
log.critical('Because..{}'.format(e))
sys.exit(5)
try:
keys = {'league': league, 'algo_id': algoId}
order = ['>config_date']
algoCfg = db.select(Algo_Config.createAdhoc(keys, order))[0]
except Exception as e:
log.critical("Couldn't find algo config for league")
log.critical('Because...{}'.format(e))
sys.exit(6)
presGrp = list(group)
headers = ['Date', 'Match', 'Mark', 'M#', \
'H#', 'H%', 'HO', 'D#', 'D%', 'DO', 'A#', 'A%', 'AO']
schema = ['{:<12}', '{:<40}', '{:>4}', '{:>4}', \
'{:>4}', '{:>5.2f}', '{:>5.2f}', '{:>4}', '{:>5.2f}', \
'{:>5.2f}', '{:>4}', '{:>5.2f}', '{:>5.2f}']
t = Table(headers=headers, schema=schema, \
title='{} Fixtures'.format(leagueDesc))
if backtest:
# if we are backtesting then only return the predictions
t.append([[f.getDate(), '{} (vs) {}'.format(f.getHome_Team(), \
f.getAway_Team()), r.getMark(), *a] \
for f, [(r, a)] in presGrp \
if r.getMark() > algoCfg.getL_Bnd_Mark() \
and r.getMark() < algoCfg.getU_Bnd_Mark()])
return t
t.append([[f.getDate(), '{} (vs) {}'.format(f.getHome_Team(), \
f.getAway_Team()), r.getMark(), *a] \
for f, [(r, a)] in presGrp])
t.setHighlights([['Match', '{} (vs) {}'.format(f.getHome_Team(), \
f.getAway_Team()), False, False] \
for f, [(r, a)] in presGrp \
if r.getMark() > algoCfg.getL_Bnd_Mark() \
and r.getMark() < algoCfg.getU_Bnd_Mark()])
t.htmlReplacements([['(vs)', '<br/>']])
try:
keys = {'>u_bnd_date': date, '<l_bnd_date': date}
season = db.select(Season.createAdhoc(keys))[0].getName()
except Exception as e:
log.critical("Couldn't find season for date")
log.critical('Because...{}'.format(e))
sys.exit(6)
mask = log.getMask()
log.setMask(mask & ~Logger.INFO)
leagueTable, formTable = genFormTable(log, league, season, date)
log.setMask(mask)
log.info(t)
log.info(formTable)
tables[leagueDesc] = (t, leagueTable, formTable)
if show:
t.asHTML(show)
formTable.asHTML(show)
if mail:
if not i:
mailText += t.asHTML().replace('</body>', '') + '<br/>'
else:
mailText += t.asHTML(fullyFormed=False) + '<br/>'
mailText += formTable.asHTML(fullyFormed=False) + '<br/>'
if mail:
mailText = 'MIME-Version: 1.0\nContent-type: text/html\nSubject: Sweeper Football Predictions\n\n{}</body>'.format(
mailText)
#mailText = 'MIME-Version: 1.0\nContent-type: text/html\nSubject: Sweeper Football Predictions - PREDICTIONS AVAILABLE FROM THIS WEEK!\n\n{}</body>'.format(mailText)
mailCfg = getSweeperConfig('mail.cfg')
fromAddr = mailCfg['fromAddr']
subs = db.select(Subscriber.createAdhoc({'include': 1}))
toAddrs = [s.getEmail() for s in subs]
server = smtplib.SMTP(mailCfg['svr'], int(mailCfg['port']))
server.ehlo()
server.starttls()
server.ehlo()
server.login(fromAddr, mailCfg['pwd'])
server.sendmail(fromAddr, toAddrs, mailText)
server.quit()
log.info('email sent to: {!s}'.format(toAddrs))
return tables
def analyseMatches(log:Logger, algoId:int, league:str=None, season:str=None, \
backtest:bool=False):
'''
Mark all unmarked matches
:param log: a logging object
:param algoId: the algo to apply
:param league: the league to apply the algo over, None means ALL
:param season: the season to apply the algo over, None means ALL
:param backtest: run in backtest mode
'''
log.info('Analysing matches for league <{}>, season <{}> with algo <{}> ' \
'and backtest <{}>'.format(league if league else 'ALL', \
season if season else 'ALL', algoId, backtest))
config = getSweeperConfig()
dbName = config['dbName']
log.debug('Opening database: {}'.format(dbName))
with Database(dbName, SQLite3Impl()) as db, db.transaction() as t:
try:
algo = db.select(Algo(algoId))[0]
algo = AlgoFactory.create(algo.getName())
# In backtest mode use the inverse algoId to retrieve config,
# ratings and stats
if backtest: algoId = -algoId
except:
log.critical('No algo matching the provided id exists')
sys.exit(2)
try:
if league:
leagues = db.select(League(league))
else:
leagues = db.select(League())
except:
log.critical('No league matching the provided mnemonic exists')
sys.exit(3)
try:
if season: season = db.select(Season(season))[0]
except:
log.critical('No season matching the provided season exists')
sys.exit(4)
keys = {'algo_id': algoId, '<mark': 99}
ratings = db.select(Rating.createAdhoc(keys))
ratedMatchKeys = [MatchKeys(r.getMatch_Date(), r.getLeague(), \
r.getHome_Team(), r.getAway_Team()) for r in ratings]
log.info('Found {} ratings for algo {}'.format(len(ratedMatchKeys), \
algoId))
for league in leagues:
if season:
keys = {'league' : league.getMnemonic(), \
'>date' : season.getL_Bnd_Date(), \
'<date' : season.getU_Bnd_Date()}
else:
keys = {'league': league.getMnemonic()}
order = ['>league', '>date']
matches = db.select(Match.createAdhoc(keys, order))
unmarked = list(filter(lambda x : x._keys not in ratedMatchKeys, \
matches))
results = list(filter(lambda x: x.getResult() != '', matches))
log.info('{} {} matches found unmarked'.format(len(unmarked), \
league.getMnemonic()))
for m in unmarked:
hTeamMatches = list(filter(lambda x : m.getHome_Team() in \
(x.getHome_Team(), x.getAway_Team()) and x.getDate() \
< m.getDate(), results))
aTeamMatches = list(filter(lambda x : m.getAway_Team() in \
(x.getHome_Team(), x.getAway_Team()) and x.getDate() \
< m.getDate(), results))
mark = algo.markMatch(m, hTeamMatches, aTeamMatches)
if mark is not None:
db.upsert(Rating(m.getDate(), m.getLeague(), \
m.getHome_Team(), m.getAway_Team(), algoId, mark))