def _runclock(self):
if self.side_running == ClockSide.LEFT:
time_left = self.l_time - 1
if time_left <= 0:
logging.info('negative/zero time left: %s', time_left)
self.virtual_timer.stop()
time_left = 0
self.l_time = time_left
if self.side_running == ClockSide.RIGHT:
time_right = self.r_time - 1
if time_right <= 0:
logging.info('negative/zero time right: %s', time_right)
self.virtual_timer.stop()
time_right = 0
self.r_time = time_right
logging.info('(web) clock new time received l:%s r:%s',
hms_time(self.l_time), hms_time(self.r_time))
DisplayMsg.show(
Message.DGT_CLOCK_TIME(time_left=self.l_time,
time_right=self.r_time,
connect=True,
dev='web'))
self._display_time(self.l_time, self.r_time)
def _process_board_message(self, message_id: int, message: tuple,
message_length: int):
if False: # switch-case
pass
elif message_id == DgtMsg.DGT_MSG_VERSION:
if message_length != 2:
logging.warning('illegal length in data')
board_version = str(message[0]) + '.' + str(message[1])
logging.debug('(ser) board version %0.2f', float(board_version))
self.write_command([DgtCmd.DGT_SEND_BRD
]) # Update the board => get first FEN
if self.device.find('rfc') == -1:
text_l, text_m, text_s = 'USB e-Board', 'USBboard', 'ok usb'
self.channel = 'USB'
else:
btname5 = self.bt_name[-5:]
if 'REVII' in self.bt_name:
text_l, text_m, text_s = 'RevII ' + btname5, 'Rev' + btname5, 'b' + btname5
self.is_revelation = True
self.write_command([DgtCmd.DGT_RETURN_LONG_SERIALNR])
elif 'DGT_BT' in self.bt_name:
text_l, text_m, text_s = 'DGTBT ' + btname5, 'BT ' + btname5, 'b' + btname5
else:
text_l, text_m, text_s = 'BT e-Board', 'BT board', 'ok bt'
self.channel = 'BT'
self.ask_battery_status()
self.bconn_text = Dgt.DISPLAY_TEXT(l=text_l,
m=text_m,
s=text_s,
wait=True,
beep=False,
maxtime=1.1,
devs={'i2c', 'web'
}) # serial clock lateron
DisplayMsg.show(
Message.DGT_EBOARD_VERSION(text=self.bconn_text,
channel=self.channel))
self.startup_serial_clock() # now ask the serial clock to answer
if self.watchdog_timer.is_running():
logging.warning('watchdog timer is already running')
else:
logging.debug('watchdog timer is started')
self.watchdog_timer.start()
elif message_id == DgtMsg.DGT_MSG_BWTIME:
if message_length != 7:
logging.warning('illegal length in data')
if ((message[0] & 0x0f) == 0x0a) or ((message[3] & 0x0f)
== 0x0a): # Clock ack message
# Construct the ack message
ack0 = ((message[1]) & 0x7f) | ((message[3] << 3) & 0x80)
ack1 = ((message[2]) & 0x7f) | ((message[3] << 2) & 0x80)
ack2 = ((message[4]) & 0x7f) | ((message[0] << 3) & 0x80)
ack3 = ((message[5]) & 0x7f) | ((message[0] << 2) & 0x80)
if ack0 != 0x10:
logging.warning('(ser) clock ACK error %s',
(ack0, ack1, ack2, ack3))
if self.last_clock_command:
logging.debug(
'(ser) clock resending failed message [%s]',
self.last_clock_command)
self.write_command(self.last_clock_command)
self.last_clock_command = [] # only resend once
return
else:
logging.debug('(ser) clock ACK okay [%s]', DgtAck(ack1))
if self.last_clock_command:
cmd = self.last_clock_command[3] # type: DgtClk
if cmd.value != ack1 and ack1 < 0x80:
logging.warning(
'(ser) clock ACK [%s] out of sync - last: [%s]',
DgtAck(ack1), cmd)
# @todo these lines are better as what is done on DgtHw but it doesnt work
# if ack1 == DgtAck.DGT_ACK_CLOCK_SETNRUN.value:
# logging.info('(ser) clock out of set time now')
# self.in_settime = False
if ack1 == DgtAck.DGT_ACK_CLOCK_BUTTON.value:
# this are the other (ack2-ack3) codes
# 05-49 33-52 17-51 09-50 65-53 | button 0-4 (single)
# 37-52 21-51 13-50 69-53 | button 0 + 1-4
# 49-51 41-50 97-53 | button 1 + 2-4
# 25-50 81-53 | button 2 + 3-4
# 73-53 | button 3 + 4
if ack3 == 49:
logging.info('(ser) clock button 0 pressed - ack2: %i',
ack2)
DisplayMsg.show(Message.DGT_BUTTON(button=0,
dev='ser'))
if ack3 == 52:
logging.info('(ser) clock button 1 pressed - ack2: %i',
ack2)
DisplayMsg.show(Message.DGT_BUTTON(button=1,
dev='ser'))
if ack3 == 51:
logging.info('(ser) clock button 2 pressed - ack2: %i',
ack2)
DisplayMsg.show(Message.DGT_BUTTON(button=2,
dev='ser'))
if ack3 == 50:
logging.info('(ser) clock button 3 pressed - ack2: %i',
ack2)
DisplayMsg.show(Message.DGT_BUTTON(button=3,
dev='ser'))
if ack3 == 53:
if ack2 == 69:
logging.info(
'(ser) clock button 0+4 pressed - ack2: %i',
ack2)
DisplayMsg.show(
Message.DGT_BUTTON(button=0x11, dev='ser'))
else:
logging.info(
'(ser) clock button 4 pressed - ack2: %i',
ack2)
DisplayMsg.show(
Message.DGT_BUTTON(button=4, dev='ser'))
if ack1 == DgtAck.DGT_ACK_CLOCK_VERSION.value:
self.enable_ser_clock = True
main = ack2 >> 4
sub = ack2 & 0x0f
logging.debug('(ser) clock version %0.2f',
float(str(main) + '.' + str(sub)))
if self.bconn_text:
self.bconn_text.devs = {
'ser'
} # Now send the (delayed) message to serial clock
dev = 'ser'
else:
dev = 'err'
DisplayMsg.show(
Message.DGT_CLOCK_VERSION(main=main,
sub=sub,
dev=dev,
text=self.bconn_text))
elif any(message[:7]):
r_hours = message[0] & 0x0f
r_mins = (message[1] >> 4) * 10 + (message[1] & 0x0f)
r_secs = (message[2] >> 4) * 10 + (message[2] & 0x0f)
l_hours = message[3] & 0x0f
l_mins = (message[4] >> 4) * 10 + (message[4] & 0x0f)
l_secs = (message[5] >> 4) * 10 + (message[5] & 0x0f)
r_time = r_hours * 3600 + r_mins * 60 + r_secs
l_time = l_hours * 3600 + l_mins * 60 + l_secs
errtim = r_hours > 9 or l_hours > 9 or r_mins > 59 or l_mins > 59 or r_secs > 59 or l_secs > 59
if errtim: # complete illegal package received
logging.warning('(ser) clock illegal new time received %s',
message)
elif r_time > self.r_time or l_time > self.l_time: # the new time is higher as the old => ignore
logging.warning(
'(ser) clock strange old time received %s l:%s r:%s',
message, hms_time(self.l_time), hms_time(self.r_time))
if self.in_settime:
logging.info(
'(ser) clock still in set mode, ignore received time'
)
errtim = True
elif r_time - self.r_time > 3600 or l_time - self.l_time > 3600:
logging.info(
'(ser) clock new time over 1h difference, ignore received time'
)
errtim = True
else:
logging.info('(ser) clock new time received l:%s r:%s',
hms_time(l_time), hms_time(r_time))
status = message[6] & 0x3f
connect = not status & 0x20
if connect:
right_side_down = -0x40 if status & 0x02 else 0x40
if self.lever_pos != right_side_down:
logging.debug(
'(ser) clock button status: 0x%x old lever: %s',
status, self.lever_pos)
if self.lever_pos is not None:
DisplayMsg.show(
Message.DGT_BUTTON(button=right_side_down,
dev='ser'))
self.lever_pos = right_side_down
else:
logging.info(
'(ser) clock not connected, sending old time l:%s r:%s',
hms_time(self.l_time), hms_time(self.r_time))
l_time = self.l_time
r_time = self.r_time
if self.in_settime:
logging.info(
'(ser) clock still in set mode, sending old time l:%s r:%s',
hms_time(self.l_time), hms_time(self.r_time))
l_time = self.l_time
r_time = self.r_time
DisplayMsg.show(
Message.DGT_CLOCK_TIME(time_left=l_time,
time_right=r_time,
connect=connect,
dev='ser'))
if not self.enable_ser_clock:
dev = 'rev' if 'REVII' in self.bt_name else 'ser'
if self.watchdog_timer.is_running(
): # a running watchdog means: board already found
logging.info('(%s) clock restarting setup', dev)
self.startup_serial_clock()
else:
logging.info(
'(%s) clock sends messages already but (%s) board still not found',
dev, dev)
if not errtim:
self.r_time = r_time
self.l_time = l_time
else:
logging.debug('(ser) clock null message ignored')
if self.clock_lock:
logging.debug('(ser) clock unlocked after %.3f secs',
time.time() - self.clock_lock)
self.clock_lock = False
elif message_id == DgtMsg.DGT_MSG_BOARD_DUMP:
if message_length != 64:
logging.warning('illegal length in data')
piece_to_char = {
0x01: 'P',
0x02: 'R',
0x03: 'N',
0x04: 'B',
0x05: 'K',
0x06: 'Q',
0x07: 'p',
0x08: 'r',
0x09: 'n',
0x0a: 'b',
0x0b: 'k',
0x0c: 'q',
0x0d: '$',
0x0e: '%',
0x0f: '&',
0x00: '.'
}
board = ''
for character in message:
board += piece_to_char[character & 0x0f]
logging.debug('\n' + '\n'.join(
board[0 + i:8 + i]
for i in range(0, len(board), 8))) # Show debug board
# Create fen from board
fen = ''
empty = 0
for square in range(0, 64):
if message[square] != 0 and message[
square] < 0x0d: # @todo for the moment ignore the special pieces
if empty > 0:
fen += str(empty)
empty = 0
fen += piece_to_char[message[square] & 0x0f]
else:
empty += 1
if (square + 1) % 8 == 0:
if empty > 0:
fen += str(empty)
empty = 0
if square < 63:
fen += '/'
# Attention! This fen is NOT flipped
logging.debug('raw fen [%s]', fen)
DisplayMsg.show(Message.DGT_FEN(fen=fen, raw=True))
elif message_id == DgtMsg.DGT_MSG_FIELD_UPDATE:
if message_length != 2:
logging.warning('illegal length in data')
if self.field_timer_running:
self.stop_field_timer()
self.start_field_timer()
elif message_id == DgtMsg.DGT_MSG_SERIALNR:
if message_length != 5:
logging.warning('illegal length in data')
DisplayMsg.show(
Message.DGT_SERIAL_NR(
number=''.join([chr(elem) for elem in message])))
elif message_id == DgtMsg.DGT_MSG_LONG_SERIALNR:
if message_length != 10:
logging.warning('illegal length in data')
number = ''.join([chr(elem) for elem in message])
self.enable_revelation_pi = float(
number[:4]) >= 3.25 # "3.250010001"=yes "0000000001"=no
logging.info('(rev) clock in PiMode: %s - serial: %s',
'yes' if self.enable_revelation_pi else 'no', number)
elif message_id == DgtMsg.DGT_MSG_BATTERY_STATUS:
if message_length != 9:
logging.warning('illegal length in data')
DisplayMsg.show(Message.BATTERY(percent=message[0]))
else: # Default
logging.warning('message not handled [%s]', DgtMsg(message_id))
def _process_incoming_clock_forever(self):
but = c_byte(0)
buttime = c_byte(0)
clktime = create_string_buffer(6)
counter = 0
logging.info('incoming_clock ready')
while True:
with self.lib_lock:
# get button events
res = self.lib.dgtpicom_get_button_message(
pointer(but), pointer(buttime))
if res > 0:
ack3 = but.value
if ack3 == 0x01:
logging.info('(i2c) clock button 0 pressed')
DisplayMsg.show(Message.DGT_BUTTON(button=0,
dev='i2c'))
if ack3 == 0x02:
logging.info('(i2c) clock button 1 pressed')
DisplayMsg.show(Message.DGT_BUTTON(button=1,
dev='i2c'))
if ack3 == 0x04:
logging.info('(i2c) clock button 2 pressed')
DisplayMsg.show(Message.DGT_BUTTON(button=2,
dev='i2c'))
if ack3 == 0x08:
logging.info('(i2c) clock button 3 pressed')
DisplayMsg.show(Message.DGT_BUTTON(button=3,
dev='i2c'))
if ack3 == 0x10:
logging.info('(i2c) clock button 4 pressed')
DisplayMsg.show(Message.DGT_BUTTON(button=4,
dev='i2c'))
if ack3 == 0x20:
logging.info('(i2c) clock button on/off pressed')
self.lib.dgtpicom_configure(
) # restart the clock - cause its OFF
DisplayMsg.show(
Message.DGT_BUTTON(
button=0x20,
dev='i2c')) # WD Fehlerbereinigung
if ack3 == 0x11:
logging.info('(i2c) clock button 0+4 pressed')
DisplayMsg.show(
Message.DGT_BUTTON(button=0x11, dev='i2c'))
if ack3 == 0x40:
logging.info(
'(i2c) clock lever pressed > right side down')
DisplayMsg.show(
Message.DGT_BUTTON(button=0x40, dev='i2c'))
if ack3 == -0x40:
logging.info(
'(i2c) clock lever pressed > left side down')
DisplayMsg.show(
Message.DGT_BUTTON(button=-0x40, dev='i2c'))
if res < 0:
logging.warning('GetButtonMessage returned error %i', res)
# get time events
self.lib.dgtpicom_get_time(clktime)
times = list(clktime.raw)
counter = (counter + 1) % 10
if counter == 0:
l_hms = times[:3]
r_hms = times[3:]
logging.info('(i2c) clock new time received l:%s r:%s', l_hms,
r_hms)
if self.in_settime:
logging.info(
'(i2c) clock still not finished set time, sending old time'
)
else:
# DgtPi needs 2secs for a stopped clock to return the correct(!) time
# we make it easy here and just set the time from the side counting down
if self.side_running == ClockSide.LEFT:
self.l_time = l_hms[0] * 3600 + l_hms[1] * 60 + l_hms[2]
if self.side_running == ClockSide.RIGHT:
self.r_time = r_hms[0] * 3600 + r_hms[1] * 60 + r_hms[2]
text = Message.DGT_CLOCK_TIME(time_left=self.l_time,
time_right=self.r_time,
connect=True,
dev='i2c')
DisplayMsg.show(text)
time.sleep(0.1)