seblin
commented
6 years ago Hier mal eine frühe Version auf Basis des Vorschlags von @sebastian2443:
from collections import namedtuple
from random import choice
SQUARE_NAMES = ('inner', 'mid', 'outer')
MIN_INDEX = 0
MAX_INDEX = 7
SQUARE_INDICES = range(MIN_INDEX, MAX_INDEX + 1)
COLORS = ('white', 'black')
class Field(namedtuple('Field', 'square_name, index, owner')):
def __new__(cls, square_name, index, owner=None):
if square_name not in SQUARE_NAMES:
raise ValueError('Invalid square name')
if not MIN_INDEX <= index <= MAX_INDEX:
raise ValueError('Field index out of range')
return tuple.__new__(cls, (square_name, index, owner))
class Board(object):
def __init__(self):
self.fields = {
square: [Field(square, i) for i in SQUARE_INDICES]
for square in SQUARE_NAMES
}
def get_all_fields(self, player=None):
if not player:
return self.fields.copy()
return {
square: [f for f in self.fields[square] if f.owner == player]
for square in SQUARE_NAMES
}
def move_piece(self, player, old_field=None, new_field=None):
# Get original field to avoid cheating
new_field = self.fields[new_field.square_name][new_field.index]
if new_field.owner:
msg = 'New field already owned by {}'
raise ValueError(msg.format(new_field.owner.name))
new_field = new_field._replace(owner=player)
self.fields[new_field.square_name][new_field.index] = new_field
class Player(object):
def __init__(self, name, color):
if color not in COLORS:
raise ValueError('Invalid color')
self.name = name
self.color = color
def make_move(self, board):
# Use a random field for testing
square_name = choice(SQUARE_NAMES)
index = choice(SQUARE_INDICES)
field = Field(square_name, index, self)
board.move_piece(self, new_field=field)
def __repr__(self):
return '{}(name={!r}, color={!r})'.format(
type(self).__name__, self.name, self.color
)
board = Board()
walter = Player('Walter', 'white')
print(board.get_all_fields(walter))
walter.make_move(board)
print(board.get_all_fields(walter))
sebastian2443
sls89
Nach Abschluss von Issue #1 soll hier das Modell in Python-Code umgesetzt werden. Hierzu gehört auch das Abdecken mit Tests. Die Schnittstelle soll Wahrheitswerte, Listen und ähnliche Python-Objekte liefern. Ein Überführen in grafische Elemente mithilfe eines GUI-Frameworks erfolgt erst im nächsten Schritt.