def __init__(self,notebook,settings,restart=False):
Tab.__init__(self,notebook,settings,restart)
self.connection_table = settings['connection_table']
# Create the variables we need
self._AO = {}
self._DO = {}
self._DDS = {}
self._image = {}
self._final_values = {}
self._last_programmed_values = {}
self._last_remote_values = {}
self._primary_worker = None
self._secondary_workers = []
self._can_check_remote_values = False
self._changed_radio_buttons = {}
# Call the initialise GUI function
self.initialise_GUI()
self.restore_save_data(self.settings['saved_data'] if 'saved_data' in self.settings else {})
self.initialise_workers()
self._last_programmed_values = self.get_front_panel_values()
if self._can_check_remote_values:
self.statemachine_timeout_add(30000,self.check_remote_values)
else:
# If we can check remote values, then no need to call program manual as
# the remote device will either be programmed correctly, or will need an
# inconsistency between local and remote values resolved
self.program_device()
def update_from_settings(self,settings):
Tab.update_from_settings(self, settings)
self.restore_save_data(settings['saved_data'])
self.settings = settings
for output in [self._AO, self._DO, self._image]:
for name,channel in output.items():
if not channel._locked:
channel._update_from_settings(settings)
for name,channel in self._DDS.items():
for subchnl_name in channel._sub_channel_list:
if hasattr(channel,subchnl_name):
subchnl = getattr(channel,subchnl_name)
if not subchnl._locked:
subchnl._update_from_settings(settings)
def close_tab(self, *args, **kwargs):
# disconnect method from button. This will allow the button to be garbage collected when it is shortly deleted
self.flash_fpga_button.clicked.disconnect(self.flash_fpga)
return Tab.close_tab(self, *args, **kwargs)
