def wager_from_row(r):
events = self.get_events(r['wager_id'])
return surprise.wager(wager_id = r['wager_id'],
wager_date = r['wager_date'],
ext_id = r['external_id'],
stake = r['stake'],
system_size = r['system_size'],
manager = r['manager'],
win_amount = r['win_amount'],
events = events,
hits = self.get_hits(events))
def parse_wager(w):
def parse_selection(s):
return {
"home": (True if "home" in s else False),
"tie": (True if "tie" in s else False),
"away": (True if "away" in s else False),
}
def parse_datetime(t):
return time.strftime("%Y-%m-%d %H:%M:%S", time.localtime(t / 1000))
# parse selections
rawSelections = w["wager"]["selections"][0]["outcomes"]
selections = enumerate(map(lambda s: parse_selection(s), rawSelections))
selections = map(lambda (i, s): (i, s), selections)
# make dictionary with id as a key for easy addressing
# (even though the array is probably in order anyway)
rows = dict(map(lambda r: (int(r["id"]), r), w["draw"]["rows"]))
def getScore(d, k):
if "score" in d:
return d["score"][k]
events = map(
lambda (i, s): surprise.event(
row_id=i,
choose_home=s["home"],
choose_tie=s["tie"],
choose_away=s["away"],
home_team=rows[i]["outcome"]["home"]["name"],
away_team=rows[i]["outcome"]["away"]["name"],
home_score=getScore(rows[i]["result"], "home"),
away_score=getScore(rows[i]["result"], "away"),
),
selections,
)
# parse wager high level data, create wager
wager_date = parse_datetime(w["wager"]["transactionTime"])
external_id = w["wager"]["id"]
stake = w["wager"]["stake"]
system_size = w["wager"]["systemLevel"]
win_amount = w["winning"]["amount"]
return surprise.wager(
wager_date=wager_date,
ext_id=external_id,
stake=stake,
system_size=system_size,
win_amount=win_amount,
events=events,
)
def get_wagers(session, txs):
def get_wager(session, tx_id):
r = session.get('https://www.veikkaus.fi/api/v1/sport-games/wagers/'+tx_id, headers=headers)
return json.loads(r.text)
def parse_selection(s):
return {'home': (True if 'home' in s else False),
'tie': (True if 'tie' in s else False),
'away': (True if 'away' in s else False)
}
w = map(lambda x: get_wager(session,x), txs)
w = filter(lambda x: 'draw' in x and x['draw']['gameName'] == 'SPORT', w)
#parse selections
rawSelections = w[0]['wager']['selections'][0]['outcomes']
selections = enumerate(map(lambda s: parse_selection(s), rawSelections))
selections = map(lambda (i, s): (i,s), selections)
#make dictionary with id as a key for easy addressing
#(even though the array is probably in order anyway)
rows = dict(map(lambda r: (int(r['id']), r), w[0]['draw']['rows']))
events = map(lambda (i,s):
surprise.event(
row_id=i,
choose_home=s['home'],
choose_tie=s['tie'],
choose_away=s['away'],
home_team=rows[i]['outcome']['home']['name'],
away_team=rows[i]['outcome']['away']['name'],
home_score=rows[i]['result']['score']['home'],
away_score=rows[i]['result']['score']['away']
), selections)
#parse wager high level data, create wager
wager = surprise.wager(events=events)
return wager
