def legend(headcolor, tailcolor, status, name):
tailcolor()
sys.stdout.write(' ')
headcolor()
sys.stdout.write(status)
color.reset()
sys.stdout.write(' '+name)
def legend(headcolor, tailcolor, status, name):
tailcolor()
sys.stdout.write(' ')
headcolor()
sys.stdout.write(status)
color.reset()
sys.stdout.write(' '+name)
def print_board(board, name1, name2, ansi=False):
if ansi:
if board.diff is None:
color.clear()
for line in board.getboard():
for match in re.finditer('(.)\\1*', line):
a, b = ANSICHARS[match.group(1)]
a()
sys.stdout.write(b*len(match.group(0)))
color.reset()
blank_line()
else:
for x,y in board.diff:
color.movexy(x*2, y)
a, b = ANSICHARS[board.board[y][x]]
a()
sys.stdout.write(b)
color.reset()
color.movexy(0, board.height)
clear_line(board)
blank_line()
clear_line(board)
x, y = board.p1loc
legend(C1, C1T, ANSICHARS[board.board[y][x]][1], name1)
blank_line()
clear_line(board)
x, y = board.p2loc
legend(C2, C2T, ANSICHARS[board.board[y][x]][1],name2)
blank_line()
clear_line(board)
else:
print
for line in board.getboard():
for c in line:
sys.stdout.write(CHARS[c])
print
print '-'*board.width
def print_board(board, name1, name2, ansi=False):
if ansi:
if board.diff is None:
color.clear()
for line in board.getboard():
for match in re.finditer('(.)\\1*', line):
a, b = ANSICHARS[match.group(1)]
a()
sys.stdout.write(b*len(match.group(0)))
color.reset()
blank_line()
else:
for x,y in board.diff:
color.movexy(x*2, y)
a, b = ANSICHARS[board.board[y][x]]
a()
sys.stdout.write(b)
color.reset()
color.movexy(0, board.height)
clear_line(board)
blank_line()
clear_line(board)
x, y = board.p1loc
legend(C1, C1T, ANSICHARS[board.board[y][x]][1], name1)
blank_line()
clear_line(board)
x, y = board.p2loc
legend(C2, C2T, ANSICHARS[board.board[y][x]][1],name2)
blank_line()
clear_line(board)
else:
print
for line in board.getboard():
for c in line:
sys.stdout.write(CHARS[c])
print
print '-'*board.width