dune_engine/logger.py at master · LukasBuschmann/dune_engine · GitHub

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# import random
#
# from dune_engine.Game import Game
#
#
# class Logger:
#     def __init__(self, game: 'Game'):
#         self.game = game
#         self.max_width = 300
#         self.cols = 4
#         self.col_space = 3
#         self.line_size = self.max_width // self.cols
#         self.target_len = self.line_size - self.col_space
#
#     def fix_string_length(self, string, target_len):
#         return (string + ' ' * (self.max_width - len(string)))[0:target_len] + '|'
#
#     def print_linebreak(self, strings):
#         num_strings = len(strings)
#         overflow = {player: '' for player in range(num_strings)}
#         has_overflow = False
#         for player, string in enumerate(strings):
#             if len(string) > self.target_len:
#                 has_overflow = True
#                 print(self.fix_string_length(string[0:self.target_len], self.line_size), end='')
#                 overflow[player] = string[self.target_len:]
#             else:
#                 print(self.fix_string_length(string, self.line_size), end='')
#         print()
#
#         while has_overflow:
#             has_overflow = False
#             for player in range(num_strings):
#                 if len(overflow[player]) > self.target_len:
#                     has_overflow = True
#                     print(self.fix_string_length(overflow[player][0:self.target_len], self.line_size), end='')
#                     overflow[player] = overflow[player][self.target_len:]
#                 else:
#                     print(self.fix_string_length(overflow[player], self.line_size), end='')
#             print()
#
#     def print_lb_list(self, attr, values):
#         max_len = max([len(value) for value in values])
#         if max_len == 0:
#             attr_str = f'{attr}: -'
#         else:
#             attr_str = f'{attr}:'
#         self.print_linebreak([attr_str for _ in range(len(values))])
#         for value in values:
#             if len(value) < max_len:
#                 value.extend([''] * (max_len - len(value)))
#         values = list(zip(*values))
#         for value in values:
#             self.print_linebreak(value)
#
#     def print_changes(self):
#         changes = []
#         for player in self.game.players:
#             changes.append(player.str_out.split('\n')[1:])
#             player.str_out = ''
#         self.print_lb_list('Changes', changes)
#
#     def print_game_state(self, actions, choice=None, ):
#
#         global_attributes = [
#             ('Round', lambda: self.game.round_number),
#             ('Node', lambda: self.game.game_machine.get_state(self.game.state).name),
#             ('Game State', lambda: self.game.game_state),
#             ('Current Player', lambda: self.game.current_player),
#             ('Locations', lambda: self.game.locations),
#         ]
#
#         attributes = [
#             ('Player', lambda player: player),
#             ('Revealed', lambda player: player.has_revealed()),
#             ('Resolved', lambda player: player.has_resolved_conflict),
#             ('S', lambda player: player.spice),
#             ('$', lambda player: player.solari),
#             ('W', lambda player: player.water),
#             ('P', lambda player: player.persuasion),
#             ('Factions', lambda player: list(map(lambda fac_inf: f"{fac_inf[0].name}: {fac_inf[1]['influence']}", player.factions.items()))),
#             ('Available Icons', lambda player: player.icons),
#             ('Current Card', lambda player: player.current_card),
#             ('Cards', lambda player: player.hand_cards),
#             ('Current Plot', lambda player: player.current_intrigue),
#             ('Plots', lambda player: player.intrigues),
#             ('Played Cards', lambda player: player.played_cards),
#             ('Discard Pile', lambda player: player.discard_pile),
#             ('Deck', lambda player: player.deck),
#             ('Choices', lambda player: player.open_choices),
#             ('Decisions', lambda player: player.decided_choices),
#             ('Choicing', lambda player: player.current_choicing),
#         ]
#
#         current_player_attributes = [
#             ('Actions', lambda player: list(map(lambda action: f'{action[0]} - {action[1]}', enumerate(actions))))
#         ]
#         if choice is not None:
#             current_player_attributes.append(('Choice', lambda player: f'{actions[choice]} ({choice})'))
#         print('=' * self.max_width)
#         print()
#         for attr, func in global_attributes:
#             print(self.fix_string_length(attr + ': ' + str(func()), self.max_width), end='')
#             print()
#         print('-' * self.max_width)
#
#         for attr, func in attributes:
#             values = []
#             is_list = False
#             for player in self.game.players:
#                 attribute = func(player)
#                 if not isinstance(attribute, list):
#                     values.append(attr + ': ' + str(attribute))
#                 else:
#                     is_list = True
#                     attr_len = len(f'{attr}: ')
#                     values.append(list(map(lambda x: attr_len * ' ' + str(x), attribute)))
#
#             if not is_list:
#                 self.print_linebreak(values)
#             else:
#                 self.print_lb_list(attr, values)
#
#         for attr, func in current_player_attributes:
#             is_list = False
#             attribute = func(self.game.current_player)
#             if not isinstance(attribute, list):
#                 values = ['' for _ in range(self.game.num_players)]
#                 values[self.game.players.index(self.game.current_player)] = attr + ': ' + str(attribute)
#             else:
#                 is_list = True
#                 attr_len = len(f'{attr}: ')
#                 list_len = len(attribute)
#                 values = [[''] * list_len for _ in range(self.game.num_players)]
#                 values[self.game.players.index(self.game.current_player)] = list(
#                     map(lambda x: attr_len * ' ' + str(x), attribute))
#
#             if not is_list:
#                 self.print_linebreak(values)
#             else:
#                 self.print_lb_list(attr, values)
#
#         print('-' * self.max_width)
#
#     def choose_action(self, actions, move_list, auto):
#         invalid_input = True
#         while invalid_input and not move_list:
#             if auto:
#                 choice = random.randint(0, len(actions) - 1)
#                 break
#             else:
#                 choice = input("Choose an action: ")
#                 try:
#                     if choice == 'debug':
#                         debug = not debug
#                         print(f"Debug mode: {debug}")
#                         continue
#                     choice = int(choice)
#                     if choice < 0 or choice >= len(actions):
#                         raise ValueError
#                     invalid_input = False
#                 except ValueError:
#                     pass
#         if move_list:
#             choice = move_list.pop(0)
#
#         choice_str = f'{choice} - {actions[choice]}' + (' (ml)' if move_list else ' (auto)' if auto and not move_list else '')
#         self.print_linebreak([choice_str if self.game.current_player == player else '' for player in self.game.players])
#         print('-' * self.max_width)
#         return choice