def _print_menu(self):
ansi.write("\r")
for index, option in enumerate(self._get_window()):
option = option.text
option = self._adjust_width(option)
ansi.write(self._decorate(option, **self._decorate_flags(index)) + "\n")
ansi.clear_eol()
def _print_menu(self):
self.parent._print_menu()
for i in xrange(0, self.host.height - len(self.host.options)):
ansi.clear_eol()
ansi.write("\n")
if self.text is not None:
ansi.write("/" + "".join(self.text))
ansi.show_cursor()
ansi.clear_eol()
def onCell(game, x1, y1, x2, y2, state):
cursor.save()
cursor.set(x2 * 2 + x1 * 7 + 1, y2 * 2 + y1 * 6 + 1)
color.bg('black')
if state == Player.P1:
color.fg('blue')
write('X')
else:
color.fg('yellow')
write('O')
color.reset()
cursor.restore()
flush()
def onTurn(game, player):
global last
color.bg('black')
if last:
color.fg('white')
drawGrid(last[0], last[1])
last = game.nextGrid()
if last:
color.fg('green')
drawGrid(last[0], last[1])
cursor.set(21, 1)
color.reset()
if player == Player.P1:
color.fg('blue')
else:
color.fg('yellow')
write(player.name + "'s turn")
cursor.set(1, 18)
flush()
def drawBoard():
screen.clear()
color.bg('black')
color.fg('white')
for i in range(17):
write(' \n')
for i in range(3):
for j in range(3):
drawGrid(i, j)
color.fg('magenta')
for i in range(2):
cursor.set(1, 6 * i + 6)
write('=====##=====##=====')
for i in range(3):
for j in range(5):
cursor.set(6, j + 6 * i + 1)
write('||')
cursor.set(13)
write('||')
color.reset()
write('\n')
flush()
def drawGrid(x, y):
for i in range(3):
cursor.set(x * 7 + 2, y * 6 + 2 * i + 1)
write('|')
cursor.set(x * 7 + 4)
write('|')
for i in range(2):
cursor.set(x * 7 + 1, y * 6 + 2 * i + 2)
write('-+-+-')
def onEnd(game, player):
cursor.set(21, 2)
color.reset()
if player == Player.P1:
color.fg('blue')
write("P1 wins!")
elif player == Player.P2:
color.fg('yellow')
write("P2 wins!")
else:
write("It's a draw")
cursor.set(1, 18)
color.reset()
flush()
def onChanged(game, x, y, state):
cursor.save()
if state == Player.P1:
color.bg('blue')
elif state == Player.P2:
color.bg('yellow')
else:
color.bg('white')
for i in range(3):
for j in range(3):
cursor.set(i * 2 + x * 7 + 1, j * 2 + y * 6 + 1)
color.fg('black')
p = game.getCell(x, y, i, j)
if p == Player.P1:
write('X')
elif p == Player.P2:
write('O')
else:
write(' ')
color.reset()
cursor.restore()
flush()
def show(self):
import keyboard
ansi.hide_cursor()
self._print_menu(rewind=False)
try:
for key in keyboard.keyboard_listener():
if key == "enter":
self._clear_menu()
ansi.write(self.options[self.cursor])
return self.options[self.cursor]
elif key == "esc":
self._clear_menu()
ansi.write("<esc>")
return None
elif key == "left":
self.cursor = max(0, self.cursor - 1)
elif key == "right":
self.cursor = min(len(self.options) - 1, self.cursor + 1)
self._print_menu(rewind=True)
finally:
ansi.show_cursor()
ansi.write("\n")
def _clear_menu(self):
menu = self._make_menu(_decorate=False)
ansi.write("\b"*len(menu)+" "*len(menu)+"\b"*len(menu))
def _print_menu(self, rewind):
menu = self._make_menu()
if rewind:
menu = "\b"*len(self._make_menu(_decorate=False)) + menu
ansi.write(menu)
def _print_menu(self):
ansi.write(ansi.colorize(self.title + "\n", "white", bright=True))
return self.parent._print_menu()