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How to use current_score method in hypothesis
Best Python code snippet using hypothesis
Game_01.py
Source:Game_01.py 
1# for demp purposes2# cs 491 final project34#Hello5import random6789def create_deck():10 """ Takes no parameter11 Returns a 2D-list """1213 # an initially empty deck14 deck = []15 suits = ["SP", "CL", "HR", "DM"]16 faces = []1718 # creates a list of all face values19 for x in range(2, 10):20 faces.append(x)21 # faces = [x for x in range(2,10)] # an alternative technique - list comprehension22 # creates cards [s,f] and inserting them to the deck23 for s in suits:24 for f in faces:25 deck.append([s, f])26 return deck272829def shuffle(deck):30 """Takes a 2D-list31 Returns a shuffled 2D-list"""3233 # copies the deck, so the original deck remains same34 c_deck = deck35 random.shuffle(c_deck)36 return c_deck373839def deal(shuffle_deck):40 """41 Take out first 9 cards42 :param shuffle_deck:43 :return: Board, updated deck44 """45 if len(shuffle_deck) < 32:46 return shuffle_deck.pop(0), shuffle_deck47 board = []48 for _ in range(3):49 row = []50 for _ in range(3):51 row.append(shuffle_deck[0])52 del shuffle_deck[0]53 board.append(row)54 return board, shuffle_deck555657def print_board(board):58 """59 print the board60 :param board:61 :return: None62 """63 for i in board:64 print(end='| ')65 for j in i:66 print(j, end=' |')67 print()686970def update_card(board, new_card, index):71 """72 Updating the board73 :param board:74 :param new_card:75 :param index:76 :return: updated board77 """78 board[index[0]][index[1]] = new_card79 return board808182def verify_matching(board, current_score):83 if board[0][0][0] == board[0][1][0] == board[0][2][0] and board[0][0][1] - board[0][1][1] == board[0][1][1] - \84 board[0][2][1]:85 return True, 25 + current_score, 'Run'86 elif board[1][0][0] == board[1][1][0] == board[1][2][0] and board[1][0][1] - board[1][1][1] == board[1][1][1] - \87 board[1][2][1]:88 return True, 25 + current_score, 'Run'89 elif board[2][0][0] == board[2][1][0] == board[2][2][0] and board[2][0][1] - board[2][1][1] == board[2][1][1] - \90 board[2][2][1]:91 return True, 25 + current_score, 'Run'92 elif board[0][0][0] == board[1][0][0] == board[2][0][0] and board[0][0][1] - board[1][0][1] == board[1][0][1] - \93 board[2][0][1]:94 return True, 25 + current_score, 'Run'95 elif board[0][1][0] == board[1][1][0] == board[2][1][0] and board[0][1][1] - board[1][1][1] == board[1][1][1] - \96 board[2][1][1]:97 return True, 25 + current_score, 'Run'98 elif board[0][2][0] == board[1][2][0] == board[2][2][0] and board[0][2][1] - board[1][2][1] == board[1][2][1] - \99 board[2][2][1]:100 return True, 25 + current_score, 'Run'101 elif board[0][0][0] == board[1][1][0] == board[2][2][0] and board[0][0][1] - board[1][1][1] == board[1][1][1] - \102 board[2][2][1]:103 return True, 25 + current_score, 'Run'104 elif board[0][2][0] == board[1][1][0] == board[2][0][0] and board[0][2][1] - board[1][1][1] == board[1][1][1] - \105 board[2][0][1]:106 return True, 25 + current_score, 'Run'107108 if board[0][0][1] - board[0][1][1] in (-1, 1) and board[0][1][1] - board[0][2][1] in (-1, 1):109 return True, 20 + current_score, 'Simple Run'110 elif board[1][0][1] - board[1][1][1] in (-1, 1) and board[1][1][1] - board[1][2][1] in (-1, 1):111 return True, 20 + current_score, 'Simple Run'112 elif board[2][0][1] - board[2][1][1] in (-1, 1) and board[2][1][1] - board[2][2][1] in (-1, 1):113 return True, 20 + current_score, 'Simple Run'114 elif board[0][0][1] - board[1][0][1] in (-1, 1) and board[1][0][1] - board[2][0][1] in (-1, 1):115 return True, 20 + current_score, 'Simple Run'116 elif board[0][1][1] - board[1][1][1] in (-1, 1) and board[1][1][1] - board[2][1][1] in (-1, 1):117 return True, 20 + current_score, 'Simple Run'118 elif board[0][2][1] - board[1][2][1] in (-1, 1) and board[1][2][1] - board[2][2][1] in (-1, 1):119 return True, 20 + current_score, 'Simple Run'120 elif board[0][0][1] - board[1][1][1] in (-1, 1) and board[1][1][1] - board[2][2][1] in (-1, 1):121 return True, 20 + current_score, 'Simple Run'122 elif board[0][2][1] - board[1][1][1] in (-1, 1) and board[1][1][1] - board[2][0][1] in (-1, 1):123 return True, 20 + current_score, 'Simple Run'124125 if board[0][0][1] == board[0][1][1] == board[0][2][1]:126 return True, 15 + current_score, 'Set'127 elif board[1][0][1] == board[1][1][1] == board[1][2][1]:128 return True, 15 + current_score, 'Set'129 elif board[2][0][1] == board[2][1][1] == board[2][2][1]:130 return True, 15 + current_score, 'Set'131 elif board[0][0][1] == board[1][0][1] == board[2][0][1]:132 return True, 15 + current_score, 'Set'133 elif board[0][1][1] == board[1][1][1] == board[2][1][1]:134 return True, 15 + current_score, 'Set'135 elif board[0][2][1] == board[1][2][1] == board[2][2][1]:136 return True, 15 + current_score, 'Set'137 elif board[0][0][1] == board[1][1][1] == board[2][2][1]:138 return True, 15 + current_score, 'Set'139 elif board[0][2][1] == board[1][1][1] == board[2][0][1]:140 return True, 15 + current_score, 'Set'141142 if board[0][0][0] == board[0][1][0] == board[0][2][0]:143 return True, 10 + current_score, 'Simple Set'144 elif board[1][0][0] == board[1][1][0] == board[1][2][0]:145 return True, 10 + current_score, 'Simple Set'146 elif board[2][0][0] == board[2][1][0] == board[2][2][0]:147 return True, 10 + current_score, 'Simple Set'148 elif board[0][0][0] == board[1][0][0] == board[2][0][0]:149 return True, 10 + current_score, 'Simple Set'150 elif board[0][1][0] == board[1][1][0] == board[2][1][0]:151 return True, 10 + current_score, 'Simple Set'152 elif board[0][2][0] == board[1][2][0] == board[2][2][0]:153 return True, 10 + current_score, 'Simple Set'154 elif board[0][0][0] == board[1][1][0] == board[2][2][0]:155 return True, 10 + current_score, 'Simple Set'156 elif board[0][2][0] == board[1][1][0] == board[2][0][0]:157 return True, 10 + current_score, 'Simple Set'158159 return False, current_score, "Lost"160161162def game(shuffle_deck, continues_steps, board):163 """164 Main game165 :param shuffle_deck:166 :param continues_steps:167 :param board:168 :return: boolean for true or false, score, category of win169 """170 print_board(board)171 choice = input(f'Score: {continues_steps}, Deal or Done? ').lower()172 if choice == 'deal':173 new_card, shuffle_deck = deal(shuffle_deck)174 index = list(map(int, input(f'New card: {new_card}, enter location to replace card <row col>: ').split()))175 board = update_card(board, new_card, index)176 return game(shuffle_deck, continues_steps - 1, board)177 elif choice == 'done':178 t, v, s = verify_matching(board, continues_steps)179 return t, v, s180181182def main():183 # create a deck184 deck = create_deck()185186 # shuffle deck187 shuffle_deck = shuffle(deck)188 board, updated_deck = deal(shuffle_deck)189190 continues_steps = 0191 is_won, score, category = game(shuffle_deck, continues_steps, board)192193 if is_won:194 print(f'Congrats!! You\'ve got a {category} on the board, Score: {score}')195 else:196 print(f'You\'he lost the game with negative score of {score}.')197198199if __name__ == '__main__':
...
app.py
Source:app.py
1import os2from dotenv import load_dotenv3from flask import Flask, jsonify, request4from flask_sqlalchemy import SQLAlchemy5from models import PlayerScores6from db import db7#load env variables8load_dotenv()9app = Flask(__name__)10######### Database Configuration ###########11DB_PASSWORD = os.getenv('DB_PASSWORD')12DB_USER = os.getenv('DB_USER')13DB_HOST = os.getenv('DB_HOST')14app.config["SQLALCHEMY_DATABASE_URI"] = f"postgresql://{DB_USER}:{DB_PASSWORD}@{DB_HOST}/mastermind"15app.config["SQLALCHEMY_TRACK_MODIFICATIONS"] = False16db.init_app(app)17#####################18####### API Routes ############19'''API route to get all player scores and post new scores to database'''20@app.route("/player-scores", methods=['GET', 'POST'])21def player_scores():22 if request.method == 'GET':23 all_scores = PlayerScores.query.all()24 output = []25 for score in all_scores:26 current_score = {}27 current_score['name'] = score.name28 current_score['score'] = score.score29 output.append(current_score)30 31 return jsonify(output)32 if request.method == 'POST':33 player_data = request.get_json()34 player = PlayerScores(name=player_data['name'], score=player_data['score'])35 db.session.add(player)36 db.session.commit()37 38 return jsonify(player_data)39'''API route to get all the scores from a specific player'''40@app.route("/player-scores/<name>", methods=['GET'])41def get_my_score(name):42 scores = PlayerScores.query.filter_by(name=name).all()43 output = []44 for score in scores:45 current_score = {}46 current_score['name'] = score.name47 current_score['score'] = score.score48 output.append(current_score)49 return jsonify(output)50 51'''API route to only return the top 10 scores''' 52@app.route("/high-scores", methods=['GET'])53def high_scores():54 all_scores = PlayerScores.query.all()55 output = []56 for score in all_scores:57 current_score = {}58 current_score['name'] = score.name59 current_score['score'] = score.score60 output.append(current_score)61 62 high_scores = sorted(output, key=lambda d: d['score'], reverse=True)[:10]63 return jsonify(high_scores)64#################################65if __name__ == "__main__":...
task.py
Source:task.py
1def task1():2 positions = read_input()3 max_pos = max(positions)4 min_pos = min(positions)5 best_pos = None6 best_score = 10000000000000007 for pos in range(min_pos, max_pos + 1):8 current_score = list(map(lambda x: x - pos, positions))9 current_score = sum([x * (-1) if x < 0 else x for x in current_score])10 if current_score < best_score:11 best_score = current_score12 best_pos = pos13 print(f"Best score {best_score} at position {best_pos}.")14def task2():15 positions = read_input()16 max_pos = max(positions)17 min_pos = min(positions)18 best_pos = None19 best_score = 100000000000000020 for pos in range(min_pos, max_pos + 1):21 current_score = list(map(lambda x: x - pos, positions))22 current_score = [x * (-1) if x < 0 else x for x in current_score]23 current_score = sum([sum(range(1, dist + 1)) for dist in current_score])24 if current_score < best_score:25 best_score = current_score26 best_pos = pos27 print(f"Best score {best_score} at position {best_pos}.")28def read_input():29 with open("input.txt") as file:30 lines = file.readlines()31 lines = [line.strip() for line in lines]32 positions = lines[0].split(',')33 positions = [int(x) for x in positions]34 return positions35if __name__ == "__main__":36 task1()...
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