def put(self, name):
data = Player.parser.parse_args()
# not getting the name correctly from the url
name = data["name"]
player = PlayerModel.find_by_name(name)
# PlayerModel.insert(player)
if player:
# update attributes
player.strategy = data['strategy']
player.buyIn = data["buyIn"]
player.chips = data["buyIn"]
player.unitBet = data["unitBet"]
else:
player = PlayerModel(name=name,
strategy=strategy,
buyIn=buyIn,
chips=chips,
unitBet=unitBet)
player.save_to_db()
return player.json()
def delete(self, name):
player = PlayerModel.find_by_name(name)
if player:
item.delete_from_db()
return {'message': 'Player deleted'}
def post(self, name):
data = Player.parser.parse_args()
# not getting the name correctly from the url
name = data["name"]
if PlayerModel.find_by_name(name):
return {
'message': f'A player with name {name} already exists'
}, 400
data = Player.parser.parse_args()
strategy = data['strategy']
buyIn = data["buyIn"]
chips = data["buyIn"]
unitBet = data["unitBet"]
player = PlayerModel(name=name,
strategy=strategy,
buyIn=buyIn,
chips=chips,
unitBet=unitBet)
# print(f'{name}:{strategy}:{buyIn}:{chips}{unitBet}')
try:
player.save_to_db()
except:
#raise
return {'message': 'an error occurred inserting the player.'}, 500
#return player.json(), 201
return redirect("/", code=302)
def get(self, name, division=None, team_name=None):
if team_name is None and division is None:
players = PlayerModel.find_by_name(name)
if players.count() > 0:
return {"players": [player.json() for player in players]}
elif team_name is None:
print(division)
else:
team = TeamModel.find_by_name_division(team_name, division)
if team:
players = PlayerModel.find_by_team_id(team.id)
if players.count() > 0:
return {"players": [player.json() for player in players]}
return {"message": "Player does not exists"}
def get(self, name):
player = PlayerModel.find_by_name(name)
if player:
return player.json()
return {'message': 'Player not found'}, 404
def run_simulation(self):
# get play info from the database
playerInfo = [player.json() for player in PlayerModel.query.all()]
# create player
players = []
for p in playerInfo:
player_name = p['name']
player_strategy = p['strategy']
player_buyIn = p['buyIn']
player_chips = p['chips']
player_unitBet = p['unitBet']
a_player = Player(player_name,
player_buyIn,
player_unitBet,
strategy=player_strategy)
players.append(a_player)
# create a deck and shuffle cards
self.new_shoe()
# deal cards
results = []
for i in range(2000):
cards_left = len(self.deck.cards)
# print('Cards left in shoe: ', cards_left)
if cards_left < self.deck.cut_card:
self.new_shoe()
self.deal()
result = self.hit_or_stand()
# This code won't work if we have more than 2 players
p = players[0]
self.update_bank(p, result['winner'])
result['p1_chips'] = p.chips
p = players[1]
self.update_bank(p, result['winner'])
result['p2_chips'] = p.chips
results.append(result)
print(
f'Player hand: {self.player_hand}: Value: {self.player_hand.get_value()}'
)
print(
f'Dealer hand: {self.dealer_hand}: Value: {self.dealer_hand.get_value()}'
)
#print(f"Winner: {result['winner']} Total chips: {p1.chips} {p2.chips}\n")
# print(results)
print(f'{players[0].name} stats: chips: {players[0].chips}')
print(f'{players[1].name} stats: chips: {players[1].chips}')
print(f'Player max consecutive wins: {players[0].max_consec_wins}')
print(f'Player max consecutive losses: {players[0].max_consec_losses}')
# update player stats
# to modify to work with multiple players
for p in playerInfo:
player = PlayerModel.find_by_name(p['name'])
if players[0].name == p['name']:
player.chips = players[0].chips
elif players[1].name == p['name']:
player.chips = players[1].chips
player.save_to_db()
return results
