def _stopped_maxtimer(self, dev: str):
self.maxtimer_running[dev] = False
self.dgtmenu.disable_picochess_displayed(dev)
if dev not in self.devices:
logging.debug('delete not registered (%s) tasks', dev)
self.tasks[dev] = []
return
if self.tasks[dev]:
logging.debug('processing delayed (%s) tasks: %s', dev,
self.tasks[dev])
else:
logging.debug(
'(%s) max timer finished - returning to time display', dev)
DisplayDgt.show(
Dgt.DISPLAY_TIME(force=False, wait=True, devs={dev}))
while self.tasks[dev]:
logging.debug('(%s) tasks has %i members', dev,
len(self.tasks[dev]))
try:
message = self.tasks[dev].pop(0)
except IndexError:
break
with self.process_lock[dev]:
self._process_message(message, dev)
if self.maxtimer_running[
dev]: # run over the task list until a maxtime command was processed
remaining = len(self.tasks[dev])
if remaining:
logging.debug('(%s) tasks stopped on %i remaining members',
dev, remaining)
else:
logging.debug('(%s) tasks completed', dev)
break
def _stopped_maxtimer(self, dev: str):
self.maxtimer_running[dev] = False
self.dgtmenu.disable_picochess_displayed(dev)
if dev not in self.devices:
logging.debug('delete not registered (%s) tasks', dev)
self.tasks[dev] = []
return
if self.tasks[dev]:
logging.debug('processing delayed (%s) tasks: %s', dev, self.tasks[dev])
else:
logging.debug('(%s) max timer finished - returning to time display', dev)
DisplayDgt.show(Dgt.DISPLAY_TIME(force=False, wait=True, devs={dev}))
while self.tasks[dev]:
logging.debug('(%s) tasks has %i members', dev, len(self.tasks[dev]))
try:
message = self.tasks[dev].pop(0)
except IndexError:
break
with self.process_lock[dev]:
self._process_message(message, dev)
if self.maxtimer_running[dev]: # run over the task list until a maxtime command was processed
remaining = len(self.tasks[dev])
if remaining:
logging.debug('(%s) tasks stopped on %i remaining members', dev, remaining)
else:
logging.debug('(%s) tasks completed', dev)
break
def _process_message(self, message, dev: str):
do_handle = True
if repr(message) in (DgtApi.CLOCK_START, DgtApi.CLOCK_STOP,
DgtApi.DISPLAY_TIME):
self.display_hash[
dev] = None # Cant know the clock display if command changing the running status
else:
if repr(message) in (DgtApi.DISPLAY_MOVE, DgtApi.DISPLAY_TEXT):
if self.display_hash[dev] == hash(
message) and not message.beep:
do_handle = False
else:
self.display_hash[dev] = hash(message)
if do_handle:
logging.debug('(%s) handle DgtApi: %s', dev, message)
if repr(message) == DgtApi.CLOCK_VERSION:
logging.debug('(%s) clock registered', dev)
self.clock_connected[dev] = True
clk = (DgtApi.DISPLAY_MOVE, DgtApi.DISPLAY_TEXT,
DgtApi.DISPLAY_TIME, DgtApi.CLOCK_SET, DgtApi.CLOCK_START,
DgtApi.CLOCK_STOP)
if repr(message) in clk and not self.clock_connected[dev]:
logging.debug('(%s) clock still not registered => ignore %s',
dev, message)
return
if hasattr(message, 'maxtime') and message.maxtime > 0:
if repr(message) == DgtApi.DISPLAY_TEXT:
if message.maxtime == 2.1: # 2.1=picochess message
self.dgtmenu.enable_picochess_displayed(dev)
if self.dgtmenu.inside_updt_menu():
if message.maxtime == 0.1: # 0.1=eBoard error
logging.debug(
'(%s) inside update menu => board errors not displayed',
dev)
return
if message.maxtime == 1.1: # 1.1=eBoard connect
logging.debug(
'(%s) inside update menu => board connect not displayed',
dev)
return
self.maxtimer[dev] = Timer(message.maxtime * self.time_factor,
self._stopped_maxtimer, [dev])
self.maxtimer[dev].start()
logging.debug('(%s) showing %s for %.1f secs', dev, message,
message.maxtime * self.time_factor)
self.maxtimer_running[dev] = True
if repr(
message
) == DgtApi.CLOCK_START and self.dgtmenu.inside_updt_menu():
logging.debug('(%s) inside update menu => clock not started',
dev)
return
message.devs = {
dev
} # on new system, we only have ONE device each message - force this!
DisplayDgt.show(message)
else:
logging.debug('(%s) hash ignore DgtApi: %s', dev, message)
def _process_message(self, message, dev: str):
do_handle = True
if repr(message) in (DgtApi.CLOCK_START, DgtApi.CLOCK_STOP, DgtApi.DISPLAY_TIME):
self.display_hash[dev] = None # Cant know the clock display if command changing the running status
else:
if repr(message) in (DgtApi.DISPLAY_MOVE, DgtApi.DISPLAY_TEXT):
if self.display_hash[dev] == hash(message) and not message.beep:
do_handle = False
else:
self.display_hash[dev] = hash(message)
if do_handle:
logging.debug('(%s) handle DgtApi: %s', dev, message)
if repr(message) == DgtApi.CLOCK_VERSION:
logging.debug('(%s) clock registered', dev)
self.clock_connected[dev] = True
clk = (DgtApi.DISPLAY_MOVE, DgtApi.DISPLAY_TEXT, DgtApi.DISPLAY_TIME,
DgtApi.CLOCK_SET, DgtApi.CLOCK_START, DgtApi.CLOCK_STOP)
if repr(message) in clk and not self.clock_connected[dev]:
logging.debug('(%s) clock still not registered => ignore %s', dev, message)
return
if hasattr(message, 'maxtime'):
if repr(message) == DgtApi.DISPLAY_TEXT:
if message.maxtime == 2.1: # 2.1=picochess message
self.dgtmenu.enable_picochess_displayed(dev)
if self.dgtmenu.inside_updt_menu():
if message.maxtime == 0.1: # 0.1=eBoard error
logging.debug('(%s) inside update menu => board errors not displayed', dev)
return
if message.maxtime == 1.1: # 1.1=eBoard connect
logging.debug('(%s) inside update menu => board connect not displayed', dev)
return
if message.maxtime > 0.1: # filter out "all the time" show and "eBoard error" messages
self.maxtimer[dev] = Timer(message.maxtime * self.time_factor, self._stopped_maxtimer, [dev])
self.maxtimer[dev].start()
logging.debug('(%s) showing %s for %.1f secs', dev, message, message.maxtime * self.time_factor)
self.maxtimer_running[dev] = True
if repr(message) == DgtApi.CLOCK_START and self.dgtmenu.inside_updt_menu():
logging.debug('(%s) inside update menu => clock not started', dev)
return
message.devs = {dev} # on new system, we only have ONE device each message - force this!
DisplayDgt.show(message)
else:
logging.debug('(%s) hash ignore DgtApi: %s', dev, message)