def play(request):
if request.is_ajax():
try:
space = int(request.POST['id'])
board = Board.objects.get(pk=request.POST['board_id'][6:])
except KeyError:
return HttpResponse('Error')
except Board.DoesNotExist:
raise Http404("That game doesn't seem to exist")
try:
board.make_move(space, 'X')
except UnallowedError:
data = {"msg": "That's not allowed!"}
else:
data = {}
# Check if X's move ended the game
if not board.check_for_end()[0]:
O_space = _AI_move_random(board)
data = {"O": O_space}
ending = board.check_for_end()
board.save()
# Check if O's move ended the game
if ending[0]:
data.update({
"msg": ending[1]+' wins!\nRefresh to play again.',
"end": "true"})
board.delete()
# return a response with the appropriate JSON data
return HttpResponse(
json.dumps(data),
content_type="application/json")
elif request.method == 'GET':
# Create a new board and put it in the database
new_board = Board()
new_board.save()
return render(request, 'game/game.html', {'board_id': new_board.pk})
class StandardBoard:
data = []
rows = 11
columns = 16
cells = []
G, T, R = 'G','T', 'R'
C = 'T*'
default_board = (G, G, G, G, R, R, R, R, R, G, T, G, R, G, G, G,
G, C, G, G, R, G, G, G, G, G, G, G, R, G, G, C,
G, G, G, R, R, T, G, G, G, G, G, G, R, R, G, G,
R, R, R, R, G, G, G, G, G, G, G, G, G, R, R, R,
G, G, G, G, G, G, G, G, G, G, G, G, G, T, R, R,
G, G, G, G, G, G, G, G, G, G, G, G, G, G, R, G,
R, R, R, R, G, G, G, G, T, G, G, G, R, R, R, G,
G, C, G, R, R, R, R, G, G, G, G, G, R, G, G, G,
G, G, G, G, G, G, R, R, R, R, R, R, R, G, C, G,
G, G, G, G, G, T, G, G, G, G, G, G, G, G, G, G,
G, G, G, G, G, G, G, G, G, G, T, G, G, G, G, G,)
default_board_string = '|'.join(default_board)
def __init__(self, game, turn_no=0):
self.board = None
if turn_no:
self.board = Board.objects.filter(game=game, turn_no=turn_no).get()
if not self.board:
# raise
pass
else:
self.board = Board(game=game,
turn_no=1,
rows=self.rows,
columns=self.columns,
board=self.default_board_string)
self._parse_state(self.board.board)
def _db_form(self):
return '|'.join([ cell.db_form() for cell in self.cells])
def _parse_state(self, board_str):
def convert(cell_str):
if cell_str.startswith('G'):
if '!' in cell_str:
return Ground(special=Catastrophe())
elif '?' in cell_str:
g = Ground(special=Unification())
g.special.piece = cell_str[-1]
return g
# XXX
# civ_type = cell_str[2]
# if civ_type == 's':
# return Ground(piece=SettlementCiv(), special=Unification())
# elif civ_type == 't':
# return Ground(piece=TempleCiv(), special=Unification())
# elif civ_type == 'm':
# return Ground(piece=MerchantCiv(), special=Unification())
else:
return Ground()
elif cell_str.startswith('R'):
if '!' in cell_str:
return River(special=Catastrophe())
elif '?' in cell_str:
return River(piece=FarmCiv(), special=Unification())
else:
return River()
elif cell_str.startswith('s'):
return Ground(piece=SettlementCiv())
elif cell_str.startswith('t'):
return Ground(piece=TempleCiv())
elif cell_str.startswith('f'):
return River(piece=FarmCiv())
elif cell_str.startswith('m'):
return Ground(piece=MerchantCiv())
elif cell_str.startswith('T'):
if cell_str.startswith('T*'):
return Ground(piece=TempleCiv(treasure=Treasure(is_corner=True)))
else:
return Ground(piece=TempleCiv(treasure=Treasure(is_corner=False)))
elif cell_str.startswith('r'):
ruler_type = cell_str[2]
ruler_player_no = cell_str[1]
if ruler_type == 's':
return Ground(piece=SettlementRuler(ruler_player_no))
elif ruler_type == 't':
return Ground(piece=TempleRuler(ruler_player_no))
elif ruler_type == 'f':
return Ground(piece=FarmRuler(ruler_player_no))
elif ruler_type == 'm':
return Ground(piece=MerchantRuler(ruler_player_no))
elif cell_str.startswith('M'):
pass
self.cells = [ convert(x) for x in board_str.split('|')]
self.data = [ {} for _ in self.cells ]
# XXX todo: unit test this function
def treasure_to_claim(self):
for region in self.pieces_by_region:
player = None
for type, player_no, _ in region['rulers']:
if type.split("-")[1] == 'merchant':
player = player_no
if len(region['treasures']['corner']) + len(region['treasures']['normal']) > 1 and player:
treasure_info = { 'player_no': player,
'corner': region['treasures']['corner'],
'normal': region['treasures']['normal'], }
treasure_info.update(self._analyze_treasure(treasure_info))
return treasure_info
return {}
# XXX todo: unit test this function
def _analyze_treasure(self, treasure):
num_corner = len(treasure['corner'])
num_normal = len(treasure['normal'])
num_claim = num_corner + num_normal - 1
must_choose, can_choose, num_choose = [], [], 0
if num_corner > 0:
if num_corner == num_claim:
must_choose = treasure['corner']
can_choose = []
num_choose = 0
elif num_corner < num_claim:
must_choose = treasure['corner']
can_choose = treasure['normal']
num_choose = num_claim - num_corner
elif num_corner > num_claim:
must_choose = []
can_choose = treasure['corner']
num_choose = num_claim
else:
must_choose = []
can_choose = treasure['normal']
num_choose = num_claim
return { 'must_choose': must_choose,
'can_choose': can_choose,
'num_choose': num_choose }
def find_unification_tile(self):
for cell_no, cell in enumerate(self.cells):
if cell.special and ('?' in cell.special.db_form()):
return cell_no
return None
def is_ruler_placed(self, ruler_type, player_no):
for cell_no, cell in enumerate(self.cells):
if cell.piece and (cell.piece.db_form() == 'r' + player_no + ruler_type[6]):
return cell_no
return None
def get_cell_no_for_unification(self):
for cell_no, cell in enumerate(self.cells):
if cell.special and ('?' in cell.db_form()):
return [cell_no]
return []
def get_cell_no_for_civ(self, color):
cell_nos = []
for cell_no, cell in enumerate(self.cells):
if cell.piece and (cell.piece.db_form() == color):
cell_nos.append(cell_no)
return cell_nos
def get_cell_no_for_player_no_and_ruler(self, player_no, color):
player_no = int(player_no)
for cell_no, cell in enumerate(self.cells):
if cell.piece and (cell.piece.db_form()[-1] == color) and (cell.piece.db_form()[0] == 'r') and (int(cell.piece.player_no) == player_no):
return cell_no
return -1
def place_unification(self, cell_no, civ):
self.cells[cell_no].special = Unification()
# XXX
self.cells[cell_no].special.piece = civ.css_class_name()
def save(self):
self.board.board = self._db_form()
self.board.save()
def __iter__(self):
return self.cells.__iter__()
def __len__(self):
return self.cells.__len__()
def __getitem__(self, x):
return self.cells.__getitem__(x)
def __setitem__(self, x, y):
return self.cells.__setitem__(x, y)
def get_point(self, cell_no, civ):
try:
region = self.data[cell_no]['adjacent_kingdoms'][0]
except IndexError:
return None
for name, player_no, _ in self.pieces_by_region[region]['rulers']:
if name == 'ruler-' + civ.css_class_name():
return player_no
for name, player_no, _ in self.pieces_by_region[region]['rulers']:
if name == 'ruler-settlement':
return player_no
return None
def add_ruler(self, cell_no, ruler, player_no):
piece = _convert_ruler(ruler, player_no)
self.cells[cell_no].piece = piece
def remove_ruler(self, cell_no):
self[cell_no].piece = None
def add_civ(self, cell_no, civ):
self.cells[cell_no].piece = civ
def external_war_removal(self, region, civ):
count = 0
for type, _, cell_no in self.pieces_by_region[region]['rulers']:
if type.split("-")[1] == civ:
self[cell_no].piece = None
count += 1
for cell_no in self.pieces_by_region[region][civ]:
mark = []
def assign_mark(index):
mark.append(index)
# XXX Check for treasure, too
if civ == 'temple':
pred = lambda index: self[index].has_ruler()
do_on_adjacent_cells(cell_no, self, pred, assign_mark)
if not mark:
self[cell_no].piece = None
count += 1
return count