def route_match_bet(match_id):
try:
items = map(int, json.loads(request.values.get("items")))
team = int(request.values.get("team"))
except Exception as e:
raise APIError("Invalid Request: %s" % e)
# Make sure this seems mildly valid
apiassert(0 < len(items) <= 4, "Too many items")
match = g.cursor.select("matches",
"id", "teams", "lock_date", "match_date", "public_date", "active",
"max_value_item", "max_value_total",
id=match_id).fetchone()
itemvs = g.cursor.execute("SELECT id, name, price FROM items WHERE id IN %s", (tuple(items), )).fetchall(as_list=True)
apiassert(len(itemvs) == len(items), "Invalid Item ID's")
# Make sure we haven't bet too much shit
if match.max_value_item:
for item in itemvs:
apiassert(item.price < match.max_value_item, "Price of item %s is too high!" % item.name)
if match.max_value_total:
apiassert(sum(map(lambda i: i.price, itemvs)) < match.max_value_total, "Total value placed is too high!")
# Make sure we have a valid match
apiassert(match, "Invalid match ID")
apiassert(match.active, "Invalid match ID")
apiassert(match.public_date.replace(tzinfo=None) < datetime.utcnow(), "Invalid match ID")
apiassert(match.lock_date.replace(tzinfo=None) > datetime.utcnow(), "Match is locked")
apiassert(len(match.teams) > team, "Invalid Team")
# Make sure this user doesn't already have a bet on this match
g.cursor.execute("SELECT * FROM bets WHERE better=%s AND match=%s", (g.user, match.id))
apiassert(g.cursor.fetchone() == None, "Bet already created")
# Ensure we have space for the items
used, avail = get_bot_space()
apiassert(avail > len(items), "No space left for bet")
return APIResponse({
"bet": create_bet(g.user, match_id, team, itemvs)
})
def test_create_bet(self):
user = self.get_user(TEST_STEAM_ID)
match = self.get_match()
id = create_bet(user, match, 0, [])
self.assertGreaterEqual(id, 1)
