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How to use draw_list method in hypothesis

Best Python code snippet using hypothesis

day4.py

Source:day4.py

1import numpy as np2class BingoBoard:3    array = []4    size = 55    check = True6    def __init__(self, boardtext) -> None:7        self.array = np.zeros((self.size,self.size,2))8        board = boardtext.split()9        bct = 010        #print(f"board:{board}")11        for i in range(self.size):12            for j in range(self.size):13                self.array[i][j][0] = int(board[bct])14                bct += 115    def __str__(self) -> str:16        sret = ""17        for i in range(self.size):18            for j in range(self.size):19                sret += f"{int (self.array[i][j][0]) :2}|{int (self.array[i][j][1]) :1} "20            sret += '\n'21        return sret22    def is_bingo(self) -> bool:23        for i in range(self.size):24            for j in range(self.size):25                if self.array[i][j][1] == 1:26                    row_match_count = 027                    col_match_count = 028                    for x in range(self.size):29                        if self.array[x][j][1] == 1:30                            row_match_count += 131                    for y in range(self.size):32                        if self.array[i][y][1] == 1:33                            col_match_count += 134                    if row_match_count == 5 or col_match_count == 5:35                        self.check = False36                        return True37        return False38    39    def draw_number(self, number):40        for i in range(self.size):41            for j in range(self.size):42                if self.array[i][j][0] == number:43                    self.array[i][j][1] = 144                    return45    def sum_unmarked(self) -> int:46        unmarked = 047        for i in range(self.size):48            for j in range(self.size):49                if self.array[i][j][1] == 0:50                    unmarked += self.array[i][j][0]51        return unmarked52def main():53    # Part 1 ----------------------------------------------------------54    draw_list = []55    board_list = []56    57    # Read file input58    relative_path = 'src/tasks/advent_of_code_21/day4_input.txt'59    with open(relative_path, 'r') as f:60        draw_list = f.readline().strip()61        draw_list = draw_list.split(',')62        line = f.readline()63        line = f.readline()64        board = ''65        ct = 066        while line:67            if line != "\n":68                board += line.strip() + " "69            else:70                board_list.append(BingoBoard(board))71                board = ''72            line = f.readline()73            ct += 174    print(f"{len(draw_list)} draws:{draw_list}")        75    # Work through draw list checking for win conditions76    win_number = 077    unmarked_sum = 078    win_board = None 79    win_condition = False80    for i in range(len(draw_list)):81        #print(f"draw[{i}]:{draw_list[i]}")82        for b in board_list:83            b.draw_number(int (draw_list[i]))84            if b.is_bingo():85                win_number = int (draw_list[i])86                unmarked_sum = b.sum_unmarked()87                win_board = b 88                win_condition = True89                break90        if win_condition:91            break92    93    # Calculate score of first winning bingo board94    score = unmarked_sum * win_number95    print(f"winning board:\n{win_board}")96    print(f"unmarked_sum:{int (unmarked_sum)}")97    print(f"winning_number:{int (win_number)}")98    print(f"score:{int (score)}")99    # Part 2 ----------------------------------------------------------100    print("\nPart2:")101    number_of_boards = len(board_list)102    win_count = 0103    draw = 0104    while win_count < (number_of_boards) and draw < len(draw_list):105        #print(f"draw[{i}]:{draw_list[i]}")106        for b in board_list:107            if b.check: # If board not yet complete108                b.draw_number(int (draw_list[draw]))109                if b.is_bingo():110                    win_number = int (draw_list[draw])111                    unmarked_sum = b.sum_unmarked()112                    win_board = b 113                    win_count += 1114        draw += 1115    116    score = unmarked_sum * win_number117    print(f"winning board:\n{win_board}")118    print(f"unmarked_sum:{int (unmarked_sum)}")119    print(f"winning_number:{int (win_number)}")120    print(f"score:{int (score)}")121    122if __name__ == "__main__":...

day_04.py

Source:day_04.py

1from bingoboard import BingoBoard2BOARD_SIZE_LINES = 53def parse_line(l):4    return [int(x) for x in l.split()]5def load(filename):6    with open(filename) as f_obj:7        draw_list_str = f_obj.readline()8        boardlist = []9        current_board = []10        for line in f_obj:11            if len(line) > 2:12                current_board.append(parse_line(line))13            if len(current_board) == BOARD_SIZE_LINES:14                boardlist.append(current_board)15                current_board = []16    draw_list = eval(f"[{draw_list_str}]")17    return draw_list, boardlist18def solve(draw_list, boards):19    bingoboards = [BingoBoard(b) for b in boards]20    we_have_a_winner = False21    winsum = 022    while len(draw_list) > 0 and not we_have_a_winner:23        n = draw_list.pop(0)24        for b in bingoboards:25            b.mark(n)26            if b.hasWon:27                we_have_a_winner = True28                win_number = b.sum * n29    return win_number30def find_last_winner(draw_list, boards):31    bingoboards = [BingoBoard(b) for b in boards]32    last_winner = None33    while len(draw_list) > 0 and len(bingoboards) > 0:34        n = draw_list.pop(0)35        print(f"{n} was drawn {len(draw_list)} numbers left")36        for b in bingoboards:37            b.mark(n)38        for b in bingoboards:39            if b.hasWon:40                last_winner = b41                bingoboards.remove(b)42                print(f"This board has won, {len(bingoboards)} boards left:\n{b}")43    return last_winner.sum * n44if __name__ == "__main__":45    draw_list, boards = load("./input/04.txt")46    #print(solve(draw_list, boards))...

draw_route.py

Source:draw_route.py

1from instruments import converter as convert2def draw_route(file_name, route_name, *args):3    draw_list = []4    for arg in args:5        if type(arg) is str:6            draw_list += [arg]7        else:8            draw_list += arg9    three_points = lambda lst, sz: [lst[i:i + sz] for i in range(0, len(lst), sz)]10    result = three_points(draw_list, 3)11    to_list = [', '.join(item) for item in result]12    with open(f"ROUTES/{file_name}.sld", 'a+') as file:13        file.write(f'L: *{route_name}* ' + to_list[0] + '\n')14        for item in to_list[1:]:15            file.write(', ' + item + '\n')16def draw_route_tr(file_name, route_name, *args):17    draw_list = []18    for arg in args:19        if type(arg) is str:20            draw_list += [arg]21        else:22            lenght = len(arg)23            middle = int(lenght/2)24            draw_list += [arg[0]]25            draw_list += [arg[middle]]26            draw_list += [arg[-1]]27    with open(f"KST_ROUTES/{file_name}.txt", 'a+') as file:28        file.write(f'{route_name}\n')29        for num, item in enumerate(draw_list):30            file.write(f'{route_name}{num}   ' + convert.str_to_tren(item) + '\n')...

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