def test_start_fen(self):
result = sf.start_fen("capablanca")
self.assertEqual(result, CAPA)
result = sf.start_fen("capahouse")
self.assertEqual(result, CAPAHOUSE)
result = sf.start_fen("xiangqi")
self.assertEqual(result, XIANGQI)
result = sf.start_fen("grandhouse")
self.assertEqual(result, GRANDHOUSE)
result = sf.start_fen("shogun")
self.assertEqual(result, SHOGUN)
def pgn(doc):
variant = C2V[doc["v"]]
mlist = decode_moves(doc["m"], variant)
chess960 = bool(int(doc.get("z"))) if "z" in doc else False
if variant == "xiangqi" or variant == "grand" or variant == "grandhouse" or variant == "shako" or variant == "janggi":
mlist = list(map(zero2grand, mlist))
fen = doc["if"] if "if" in doc else sf.start_fen(variant)
mlist = sf.get_san_moves(variant, fen, mlist, chess960)
moves = " ".join(
(move if ind % 2 == 1 else "%s. %s" % (((ind + 1) // 2) + 1, move)
for ind, move in enumerate(mlist)))
no_setup = fen == STANDARD_FEN and not chess960
# Use lichess format for crazyhouse games to support easy import
setup_fen = fen if variant != "crazyhouse" else fen.replace("[]", "")
return '[Event "{}"]\n[Site "{}"]\n[Date "{}"]\n[Round "-"]\n[White "{}"]\n[Black "{}"]\n[Result "{}"]\n[TimeControl "{}+{}"]\n[WhiteElo "{}"]\n[BlackElo "{}"]\n[Variant "{}"]\n{fen}{setup}\n{} {}\n'.format(
"PyChess " + ("rated" if "y" in doc and doc["y"] == 1 else "casual") +
" game",
URI + "/" + doc["_id"],
doc["d"].strftime("%Y.%m.%d"),
doc["us"][0],
doc["us"][1],
C2R[doc["r"]],
doc["b"] * 60,
doc["i"],
doc["p0"]["e"] if "p0" in doc else "?",
doc["p1"]["e"] if "p1" in doc else "?",
variant.capitalize() if not chess960 else VARIANT_960_TO_PGN[variant],
moves,
C2R[doc["r"]],
fen="" if no_setup else '[FEN "%s"]\n' % setup_fen,
setup="" if no_setup else '[SetUp "1"]\n')
def start_fen(self, variant, chess960=False, disabled_fen=""):
if chess960:
new_fen = self.shuffle_start()
while new_fen == disabled_fen:
new_fen = self.shuffle_start()
return new_fen
return sf.start_fen(variant)
def sanitize_fen(variant, initial_fen, chess960):
# Initial_fen needs validation to prevent segfaulting in pyffish
sanitized_fen = initial_fen
start_fen = sf.start_fen(variant) # self.board.start_fen(self.variant)
start = start_fen.split()
init = initial_fen.split()
# Cut off tail
if len(init) > 6:
init = init[:6]
sanitized_fen = " ".join(init)
# We need starting color
invalid0 = len(init) < 2
# Only piece types listed in variant start position can be used later
if variant == "makruk" or variant == "cambodian":
non_piece = "~+0123456789[]fF"
else:
non_piece = "~+0123456789[]"
invalid1 = any((c not in start[0] + non_piece for c in init[0]))
# Required number of rows
invalid2 = start[0].count("/") != init[0].count("/")
# Accept zh FEN in lichess format (they use / instead if [] for pockets)
if invalid2 and variant == "crazyhouse":
if (init[0].count("/") == 8) and ("[" not in init[0]) and ("]" not in init[0]):
k = init[0].rfind("/")
init[0] = init[0][:k] + "[" + init[0][k + 1:] + "]"
sanitized_fen = " ".join(init)
invalid2 = False
# Allowed starting colors
invalid3 = len(init) > 1 and init[1] not in "bw"
# Castling rights (and piece virginity) check
invalid4 = False
if variant == "seirawan" or variant == "shouse":
invalid4 = len(init) > 2 and any((c not in "KQABCDEFGHkqabcdefgh-" for c in init[2]))
elif chess960:
if all((c in "KQkq-" for c in init[2])):
chess960 = False
else:
invalid4 = len(init) > 2 and any((c not in "ABCDEFGHIJabcdefghij-" for c in init[2]))
elif variant[-5:] != "shogi":
invalid4 = len(init) > 2 and any((c not in start[2] + "-" for c in init[2]))
# Number of kings
invalid5 = init[0].count("k") != 1 or init[0].count("K") != 1
if invalid0 or invalid1 or invalid2 or invalid3 or invalid4 or invalid5:
print(invalid0, invalid1, invalid2, invalid3, invalid4, invalid5)
sanitized_fen = start_fen
return False, start_fen
else:
return True, sanitized_fen
def newgame(self, variant, time_control):
with self.lock:
self.rank_conversion = sf.start_fen(variant).count('/') + 1 == 10
self.process.stdin.write('new\n')
self.process.stdin.write('variant {}\n'.format(variant))
if self.partner:
self.process.stdin.write('partner test\n')
self.process.stdin.write('level {}\n'.format(time_control.format_xboard()))
self.process.stdin.flush()
def __init__(self, engine1, engine2, time_control, variant='chess', games=1, start_fens=None):
self.two_boards = sf.two_boards(variant)
self.engines = [Engine([engine1]), Engine([engine2])]
self.board2_engines = [Engine([engine1]), Engine([engine2])] if self.two_boards else None
self.time_control = time_control
self.variant = variant
self.games = games
self.start_fens = start_fens if start_fens else [sf.start_fen(variant)]
self.score = [0, 0, 0]
def __init__(self, engine1, engine2, time_control, variant='chess', start_fen=None):
self.engines = [engine1, engine2]
self.time_control = time_control
self.variant = variant
self.start_fen = start_fen or sf.start_fen(variant)
self.moves = []
self.result = None
self.partner = None
self.obtained_holdings = ''
self.clock_times = [self.time_control.time, self.time_control.time]
self.lock = threading.RLock()
def start_fen(self, variant, chess960=False):
# pyffish gives internal color representation for shogi
# "lnsgkgsnl/1r5b1/ppppppppp/9/9/9/PPPPPPPPP/1B5R1/LNSGKGSNL[-] w 0 1"
if variant == "shogi":
return SHOGI_FEN
elif variant == "kyotoshogi":
return KYOTOSHOGI_FEN
elif variant == "minishogi":
return MINISHOGI_FEN
else:
if chess960:
return self.shuffle_start()
else:
return sf.start_fen(variant)
def test_validate_fen(self):
# valid
for variant, positions in variant_positions.items():
for fen in positions:
self.assertEqual(sf.validate_fen(fen, variant), sf.FEN_OK, "{}: {}".format(variant, fen))
# invalid
for variant, positions in invalid_variant_positions.items():
for fen in positions:
self.assertNotEqual(sf.validate_fen(fen, variant), sf.FEN_OK, "{}: {}".format(variant, fen))
# chess960
self.assertEqual(sf.validate_fen(CHESS960, "chess", True), sf.FEN_OK, "{}: {}".format(variant, fen))
self.assertEqual(sf.validate_fen("nrbqbkrn/pppppppp/8/8/8/8/PPPPPPPP/NRBQBKRN w BGbg - 0 1", "newzealand", True), sf.FEN_OK, "{}: {}".format(variant, fen))
# all variants starting positions
for variant in sf.variants():
fen = sf.start_fen(variant)
self.assertEqual(sf.validate_fen(fen, variant), sf.FEN_OK, "{}: {}".format(variant, fen))
def test_short_castling(self):
legals = [
'f5f4', 'a7a6', 'b7b6', 'c7c6', 'd7d6', 'e7e6', 'i7i6', 'j7j6',
'a7a5', 'b7b5', 'c7c5', 'e7e5', 'i7i5', 'j7j5', 'b8a6', 'b8c6',
'h6g4', 'h6i4', 'h6j5', 'h6f7', 'h6g8', 'h6i8', 'd5a2', 'd5b3',
'd5f3', 'd5c4', 'd5e4', 'd5c6', 'd5e6', 'd5f7', 'd5g8', 'j8g8',
'j8h8', 'j8i8', 'e8f7', 'c8b6', 'c8d6', 'g6g2', 'g6g3', 'g6f4',
'g6g4', 'g6h4', 'g6e5', 'g6g5', 'g6i5', 'g6a6', 'g6b6', 'g6c6',
'g6d6', 'g6e6', 'g6f6', 'g6h8', 'f8f7', 'f8g8', 'f8i8'
]
moves = [
'b2b4', 'f7f5', 'c2c3', 'g8d5', 'a2a4', 'h8g6', 'f2f3', 'i8h6',
'h2h3'
]
result = sf.legal_moves("capablanca", CAPA, moves)
self.assertCountEqual(legals, result)
self.assertIn("f8i8", result)
moves = [
'a2a4', 'f7f5', 'b2b3', 'g8d5', 'b1a3', 'i8h6', 'c1a2', 'h8g6',
'c2c4'
]
result = sf.legal_moves("capablanca", CAPA, moves)
self.assertIn("f8i8", result)
moves = [
'f2f4', 'g7g6', 'g1d4', 'j7j6', 'h1g3', 'b8a6', 'i1h3', 'h7h6'
]
result = sf.legal_moves("capablanca", CAPA, moves)
self.assertIn("f1i1", result)
# Check that chess960 castling notation is used for otherwise ambiguous castling move
# d1e1 is a normal king move, so castling has to be d1f1
result = sf.legal_moves(
"diana", "rbnk1r/pppbpp/3p2/5P/PPPPPB/RBNK1R w KQkq - 2 3", [])
self.assertIn("d1f1", result)
# Test configurable piece perft
legals = [
'a3a4', 'b3b4', 'c3c4', 'd3d4', 'e3e4', 'f3f4', 'g3g4', 'e1e2',
'f1f2', 'b1a2', 'b1b2', 'b1c2', 'c1b2', 'c1c2', 'c1d2', 'a1a2',
'g1g2', 'd1c2', 'd1d2', 'd1e2'
]
result = sf.legal_moves("yarishogi", sf.start_fen("yarishogi"), [])
self.assertCountEqual(legals, result)
def test_encode_decode(self):
for idx, variant in enumerate(VARIANTS):
print(idx, variant)
variant = variant.rstrip("960")
FEN = sf.start_fen(variant)
# fill the pockets with possible pieces
for empty_pocket in ("[]", "[-]"):
if empty_pocket in FEN:
pocket = "".join([
i for i in set(FEN.split()[0])
if i in string.ascii_letters and i not in "Kk"
])
parts = FEN.split(empty_pocket)
FEN = "%s[%s]%s" % (parts[0], pocket, parts[1])
board = FairyBoard(variant, initial_fen=FEN)
moves = board.legal_moves()
saved_restored = decode_moves(encode_moves(moves, variant),
variant)
self.assertEqual(saved_restored, moves)
def start_fen(self, variant, chess960=False):
if chess960:
return self.shuffle_start()
else:
return sf.start_fen(variant)
print(board.fen)
board.print_pos()
print(board.legal_moves())
board = FairyBoard("minishogi")
print(board.fen)
board.print_pos()
print(board.legal_moves())
board = FairyBoard("kyotoshogi")
print(board.fen)
board.print_pos()
print(board.legal_moves())
print("--- SHOGUN ---")
print(sf.start_fen("shogun"))
board = FairyBoard("shogun")
for move in ("c2c4", "b8c6", "b2b4", "b7b5", "c4b5", "c6b8"):
print("push move", move, board.get_san(move))
if board.move_stack:
print("is_checked(), insuff material, draw?", board.is_checked(), board.insufficient_material(), board.is_claimable_draw())
board.push(move)
board.print_pos()
print(board.fen)
print(board.legal_moves())
FEN = "rnb+fkbnr/pppppppp/8/8/8/8/PPPPPPPP/RNB+FKBNR w KQkq - 0 1"
board = FairyBoard("shogun", initial_fen=FEN)
for move in ("c2c4", "h7h6", "c4c5", "h6h5", "c5c6+", "h8h6", "c6b7", "g7g6", "b7a8", "c8a6", "a8b7", "b8c6", "d1b3", "a6e2+", "b3b6", "e7e6", "b6c7", "P@h4", "c7c8", "e2c4", "f1c4", "h6h8", "c4e6+", "g8h6", "b2b4", "h8g8", "b4b5", "g6g5", "b5c6", "f8e7", "c6c7", "d7e6", "c8b8", "B@b6"):
print("push move", move, board.get_san(move))
if board.move_stack:
def sanitize_fen(variant, initial_fen, chess960):
# Initial_fen needs validation to prevent segfaulting in pyffish
sanitized_fen = initial_fen
start_fen = sf.start_fen(variant) # self.board.start_fen(self.variant)
start = start_fen.split()
init = initial_fen.split()
# Cut off tail
if len(init) > 6:
init = init[:6]
sanitized_fen = " ".join(init)
# We need starting color
invalid0 = len(init) < 2
# Only piece types listed in variant start position can be used later
if variant == "makruk" or variant == "cambodian":
non_piece = "~+0123456789[]fF"
else:
non_piece = "~+0123456789[]"
invalid1 = any((c not in start[0] + non_piece for c in init[0]))
# Required number of rows
invalid2 = start[0].count("/") != init[0].count("/")
# Accept zh FEN in lichess format (they use / instead if [] for pockets)
if invalid2 and variant == "crazyhouse":
if (init[0].count("/") == 8) and ("[" not in init[0]) and ("]" not in init[0]):
k = init[0].rfind("/")
init[0] = init[0][:k] + "[" + init[0][k + 1:] + "]"
sanitized_fen = " ".join(init)
invalid2 = False
# Allowed starting colors
invalid3 = len(init) > 1 and init[1] not in "bw"
# Castling rights (and piece virginity) check
invalid4 = False
if variant == "seirawan" or variant == "shouse":
invalid4 = len(init) > 2 and any((c not in "KQABCDEFGHkqabcdefgh-" for c in init[2]))
elif chess960:
if all((c in "KQkq-" for c in init[2])):
chess960 = False
else:
invalid4 = len(init) > 2 and any((c not in "ABCDEFGHIJabcdefghij-" for c in init[2]))
elif variant[-5:] != "shogi":
invalid4 = len(init) > 2 and any((c not in start[2] + "-" for c in init[2]))
# Castling right need rooks and king placed in starting square
if not invalid4:
rows = init[0].split("/")
backRankB = rows[1] if (variant == 'shako') else rows[0]
backRankW = rows[-2] if (variant == 'shako') else rows[-1]
rookPosQ = 1 if (variant == 'shako') else 0
rookPosK = -2 if (variant == 'shako') else -1
if ("q" in init[2] and backRankB[rookPosQ] != 'r') or \
("k" in init[2] and backRankB[rookPosK] != 'r') or \
("Q" in init[2] and backRankW[rookPosQ] != 'R') or \
("K" in init[2] and backRankW[rookPosK] != 'R'):
invalid4 = True
# Number of kings
invalid5 = init[0].count("k") != 1 or init[0].count("K") != 1
# Opp king already in check
curr_color = init[1]
opp_color = "w" if curr_color == "b" else "b"
init[1] = init[1].replace(curr_color, opp_color)
board = FairyBoard(variant, " ".join(init), chess960)
invalid6 = board.is_checked()
if invalid0 or invalid1 or invalid2 or invalid3 or invalid4 or invalid5 or invalid6:
print(invalid0, invalid1, invalid2, invalid3, invalid4, invalid5, invalid6)
sanitized_fen = start_fen
return False, start_fen
else:
return True, sanitized_fen
def sanitize_fen(variant, initial_fen, chess960):
# Prevent this particular one to fail on our general sastling check
if variant == "capablanca" and initial_fen == CONSERVATIVE_CAPA_FEN:
return True, initial_fen
# Initial_fen needs validation to prevent segfaulting in pyffish
sanitized_fen = initial_fen
start_fen = sf.start_fen(variant) # self.board.start_fen(self.variant)
start = start_fen.split()
init = initial_fen.split()
# Cut off tail
if len(init) > 6:
init = init[:6]
sanitized_fen = " ".join(init)
# We need starting color
invalid0 = len(init) < 2
# Only piece types listed in variant start position can be used later
if variant == "dobutsu":
non_piece = "~+0123456789[]hH-"
elif variant == "orda":
non_piece = "~+0123456789[]qH-"
else:
non_piece = "~+0123456789[]-"
invalid1 = any((c not in start[0] + non_piece for c in init[0]))
# Required number of rows
invalid2 = start[0].count("/") != init[0].count("/")
# Accept zh FEN in lichess format (they use / instead if [] for pockets)
if invalid2 and variant == "crazyhouse":
if (init[0].count("/") == 8) and ("[" not in init[0]) and ("]" not in init[0]):
k = init[0].rfind("/")
init[0] = init[0][:k] + "[" + init[0][k + 1:] + "]"
sanitized_fen = " ".join(init)
invalid2 = False
# Allowed starting colors
invalid3 = len(init) > 1 and init[1] not in "bw"
# Castling rights (and piece virginity) check
invalid4 = False
if len(init) > 2:
if variant in ("seirawan", "shouse"):
invalid4 = any((c not in "KQABCDEFGHkqabcdefgh-" for c in init[2]))
elif chess960:
if all((c in "KQkq-" for c in init[2])):
chess960 = False
else:
invalid4 = any((c not in "ABCDEFGHIJabcdefghij-" for c in init[2]))
elif variant[-5:] != "shogi" and variant not in ("dobutsu", "gorogoro", "gorogoroplus"):
invalid4 = any((c not in start[2] + "-" for c in init[2]))
# Castling right need rooks and king placed in starting square
if (not invalid2) and (not invalid4) and not (chess960 and (variant in ("seirawan", "shouse"))):
rows = init[0].split("/")
backRankB = rows[1] if (variant == 'shako') else rows[0]
backRankW = rows[-2] if (variant == 'shako') else rows[-1]
# cut off pockets
k = backRankW.rfind("[")
if k > 0:
backRankW = backRankW[:k]
rookPosQ = 1 if (variant == 'shako') else 0
rookPosK = -2 if (variant == 'shako') else -1
if ("q" in init[2] and backRankB[rookPosQ] != 'r') or \
("k" in init[2] and backRankB[rookPosK] != 'r') or \
("Q" in init[2] and backRankW[rookPosQ] != 'R') or \
("K" in init[2] and backRankW[rookPosK] != 'R'):
invalid4 = True
# Number of kings
bking = "l" if variant == "dobutsu" else "k"
wking = "L" if variant == "dobutsu" else "K"
invalid5 = init[0].count(bking) != 1 or init[0].count(wking) != 1
# Opp king already in check
curr_color = init[1]
opp_color = "w" if curr_color == "b" else "b"
init[1] = init[1].replace(curr_color, opp_color)
board = FairyBoard(variant, " ".join(init), chess960)
invalid6 = board.is_checked()
if invalid0 or invalid1 or invalid2 or invalid3 or invalid4 or invalid5 or invalid6:
print(invalid0, invalid1, invalid2, invalid3, invalid4, invalid5, invalid6)
sanitized_fen = start_fen
return False, start_fen
return True, sanitized_fen
def pgn(doc):
variant = C2V[doc["v"]]
mlist = decode_moves(doc["m"], variant)
chess960 = bool(int(doc.get("z"))) if "z" in doc else False
if variant[-5:] == "shogi":
mlist = list(map(uci2usi, mlist))
elif variant == "xiangqi" or variant == "grand" or variant == "grandhouse" or variant == "shako":
mlist = list(map(zero2grand, mlist))
fen = doc[
"if"] if "if" in doc else SHOGI_FEN if variant == "shogi" else MINISHOGI_FEN if variant == "minishogi" else KYOTOSHOGI_FEN if variant == "kyotoshogi" else sf.start_fen(
variant)
mlist = sf.get_san_moves(variant, fen, mlist, chess960)
moves = " ".join(
(move if ind % 2 == 1 else "%s. %s" % (((ind + 1) // 2) + 1, move)
for ind, move in enumerate(mlist)))
no_setup = fen == STANDARD_FEN and not chess960
return '[Event "{}"]\n[Site "{}"]\n[Date "{}"]\n[Round "-"]\n[White "{}"]\n[Black "{}"]\n[Result "{}"]\n[TimeControl "{}+{}"]\n[WhiteElo "{}"]\n[BlackElo "{}"]\n[Variant "{}"]\n{fen}{setup}\n{} {}\n'.format(
"PyChess " + ("rated" if doc["y"] == 1 else "casual") + " game",
URI + "/" + doc["_id"],
doc["d"].strftime("%Y.%m.%d"),
doc["us"][0],
doc["us"][1],
C2R[doc["r"]],
doc["b"] * 60,
doc["i"],
doc["p0"]["e"],
doc["p1"]["e"],
variant.capitalize() if not chess960 else VARIANT_960_TO_PGN[variant],
moves,
C2R[doc["r"]],
fen="" if no_setup else '[FEN "%s"]\n' % fen,
setup="" if no_setup else '[SetUp "1"]\n')
def pgn(doc):
variant = C2V[doc["v"]]
mlist = decode_moves(doc["m"], variant)
if len(mlist) == 0:
return None
chess960 = bool(int(doc.get("z"))) if "z" in doc else False
initial_fen = doc.get("if")
usi_format = variant.endswith("shogi") and doc.get("uci") is None
if usi_format:
# wplayer, bplayer = bplayer, wplayer
if initial_fen:
# print("load_game() USI SFEN was:", initial_fen)
parts = initial_fen.split()
if len(parts) > 3 and parts[1] in "wb":
pockets = "[%s]" % parts[2] if parts[2] not in "-0" else ""
initial_fen = parts[0] + pockets + (
" w" if parts[1] == "b" else " b") + " 0 " + parts[3]
else:
initial_fen = parts[0] + (" w"
if parts[1] == "b" else " b") + " 0"
# print(" changed to:", initial_fen)
if usi_format and variant == "shogi":
mirror = mirror9
mlist = list(map(mirror, mlist))
elif usi_format and (variant == "minishogi" or variant == "kyotoshogi"):
mirror = mirror5
mlist = list(map(mirror, mlist))
elif variant == "xiangqi" or variant == "grand" or variant == "grandhouse" or variant == "shako" or variant == "janggi":
mlist = list(map(zero2grand, mlist))
fen = initial_fen if initial_fen is not None else sf.start_fen(variant)
# print(variant, fen, mlist)
try:
mlist = sf.get_san_moves(variant, fen, mlist, chess960)
except Exception:
try:
mlist = sf.get_san_moves(variant, fen, mlist[:-1], chess960)
except Exception:
log.error("Movelist contains invalid move %s" % mlist)
mlist = mlist[0]
moves = " ".join(
(move if ind % 2 == 1 else "%s. %s" % (((ind + 1) // 2) + 1, move)
for ind, move in enumerate(mlist)))
no_setup = fen == STANDARD_FEN and not chess960
# Use lichess format for crazyhouse games to support easy import
setup_fen = fen if variant != "crazyhouse" else fen.replace("[]", "")
return '[Event "{}"]\n[Site "{}"]\n[Date "{}"]\n[Round "-"]\n[White "{}"]\n[Black "{}"]\n[Result "{}"]\n[TimeControl "{}+{}"]\n[WhiteElo "{}"]\n[BlackElo "{}"]\n[Variant "{}"]\n{fen}{setup}\n{} {}\n'.format(
"PyChess " + ("rated" if "y" in doc and doc["y"] == 1 else "casual") +
" game",
URI + "/" + doc["_id"],
doc["d"].strftime("%Y.%m.%d"),
doc["us"][0],
doc["us"][1],
C2R[doc["r"]],
doc["b"] * 60,
doc["i"],
doc["p0"]["e"] if "p0" in doc else "?",
doc["p1"]["e"] if "p1" in doc else "?",
variant.capitalize() if not chess960 else VARIANT_960_TO_PGN[variant],
moves,
C2R[doc["r"]],
fen="" if no_setup else '[FEN "%s"]\n' % setup_fen,
setup="" if no_setup else '[SetUp "1"]\n')
def __init__(self,
app,
gameId,
variant,
initial_fen,
wplayer,
bplayer,
base=1,
inc=0,
level=0,
rated=False,
chess960=False):
self.db = app["db"]
self.users = app["users"]
self.games = app["games"]
self.tasks = app["tasks"]
self.highscore = app["highscore"]
self.saved = False
self.variant = variant
self.initial_fen = initial_fen
self.wplayer = wplayer
self.bplayer = bplayer
self.rated = rated
self.base = base
self.inc = inc
self.level = level if level is not None else 0
self.chess960 = chess960
self.white_rating = wplayer.get_rating(variant, chess960)
self.wrating = "%s%s" % (int(
round(self.white_rating.mu,
0)), "?" if self.white_rating.phi > PROVISIONAL_PHI else "")
self.wrdiff = 0
self.black_rating = bplayer.get_rating(variant, chess960)
self.brating = "%s%s" % (int(
round(self.black_rating.mu,
0)), "?" if self.black_rating.phi > PROVISIONAL_PHI else "")
self.brdiff = 0
self.spectators = set()
self.draw_offers = set()
self.rematch_offers = set()
self.messages = collections.deque([], 200)
self.date = datetime.utcnow()
self.ply_clocks = [{
"black": (base * 1000 * 60) + 0 if base > 0 else inc * 1000,
"white": (base * 1000 * 60) + 0 if base > 0 else inc * 1000,
"movetime":
0
}]
self.dests = {}
self.promotions = []
self.lastmove = None
self.check = False
self.status = CREATED
self.result = "*"
self.bot_game = False
self.last_server_clock = monotonic()
self.id = gameId
# print("Game", self.variant, self.initial_fen, self.chess960)
# Initial_fen needs validation to prevent segfaulting in pyffish
if self.initial_fen:
start_fen = sf.start_fen(
self.variant) # self.board.start_fen(self.variant)
start = start_fen.split()
init = self.initial_fen.split()
# Cut off tail
if len(init) > 6:
init = init[:6]
self.initial_fen = " ".join(init)
# We need starting color
invalid0 = len(init) < 2
# Only piece types listed in variant start position can be used later
invalid1 = any(
(c not in start[0] + "~+" for c in init[0] if not c.isdigit()))
# Required number of rows
invalid2 = start[0].count("/") != init[0].count("/")
# Allowed starting colors
invalid3 = len(init) > 1 and init[1] not in "bw"
# Castling rights (and piece virginity) check
invalid4 = False
if self.variant == "seirawan" or self.variant == "shouse":
invalid4 = len(init) > 2 and any(
(c not in "KQABCDEFGHkqabcdefgh-" for c in init[2]))
elif self.chess960:
if all((c in "KQkq-" for c in init[2])):
self.chess960 = False
else:
invalid4 = len(init) > 2 and any(
(c not in "ABCDEFGHIJabcdefghij-" for c in init[2]))
elif self.variant[-5:] != "shogi":
invalid4 = len(init) > 2 and any(
(c not in start[2] + "-" for c in init[2]))
if invalid0 or invalid1 or invalid2 or invalid3 or invalid4:
log.error("Got invalid initial_fen %s for game %s" %
(self.initial_fen, self.id))
print(invalid0, invalid1, invalid2, invalid3, invalid4)
self.initial_fen = start_fen
if self.chess960 and self.initial_fen:
if self.wplayer.fen960_as_white == self.initial_fen:
self.initial_fen = ""
self.board = self.create_board(self.variant, self.initial_fen,
self.chess960)
self.initial_fen = self.board.initial_fen
self.wplayer.fen960_as_white = self.initial_fen
self.bot_game = self.bplayer.bot or self.wplayer.bot
self.random_mover = self.wplayer.username == "Random-Mover" or self.bplayer.username == "Random-Mover"
self.random_move = ""
self.set_dests()
if self.board.move_stack:
self.check = self.board.is_checked()
self.steps = [{
"fen":
self.initial_fen if self.initial_fen else self.board.initial_fen,
"san":
None,
"turnColor":
"black" if self.board.color == BLACK else "white",
"check":
self.check
}]
self.stopwatch = Clock(self)