def __init__(self): self._mode = self._get_AdvPressed() cfg = "ABCClient.cfg" self._cfg = UT.load_cfg(cfg) #self.__cfgCheckDefaults() self.connectionManager = ConnectionManager( self._cfg ) newLogger = Logger(self.connectionManager.logger) # Remove to start the logging sys.stdout = newLogger self._handler = ClABCHandler( self.connectionManager ) self._handler._frames['main'] = ActivityManager(None,-1,"Activity Manager", self ) self.__initGUI()
class ABCClient(object):
def __init__(self):
self._mode = self._get_AdvPressed()
cfg = "ABCClient.cfg"
self._cfg = UT.load_cfg(cfg)
#self.__cfgCheckDefaults()
self.connectionManager = ConnectionManager( self._cfg )
newLogger = Logger(self.connectionManager.logger)
# Remove to start the logging
sys.stdout = newLogger
self._handler = ClABCHandler( self.connectionManager )
self._handler._frames['main'] = ActivityManager(None,-1,"Activity Manager", self )
self.__initGUI()
def _get_AdvPressed(self):
"""Hack for key hook"""
ms = wx.GetMouseState()
if ms.shiftDown:
sel = 0
elif ms.controlDown:
# text for query
sel = 1
else:
# normal usage
sel = -1
return sel
def __cfgCheckDefaults(self): # TODO> update new stuff
if 'General' not in self._cfg.sections():
self._cfg.add_section('General')
self._cfg.set('General', 'ServerIp', 'localhost')
self._cfg.set('General', 'ServerPort', '5000')
self._cfg.set('General', 'ClientIp', 'localhost')
self._cfg.set('General', 'ClientPort', '5001')
self._cfg.set('General', 'cfgFile', cfgFile)
self._cfg.set('General', 'UserName', 'Paolo')
self._cfg.set('General', 'frameFolder', '../library/basic_frames')
if 'ActivityManager' not in self._cfg.sections():
self._cfg.add_section('ActivityManager')
self._cfg.set('', 'Position_x', '0')
self._cfg.set('ActivityManager', 'Position_y', '0')
self._cfg.set('ActivityManager', 'Dimension_x', '100')
self._cfg.set('ActivityManager', 'Dimension_y', '50')
if 'Frames' not in self._cfg.sections():
self._cfg.add_section('Frames')
self._cfg.set('Frames', 'application', 'ApplicationList.py')
self._cfg.set('Frames', 'notifications', 'NotificationManager.py')
self._cfg.set('Frames', 'activities', 'ActivityList.py')
self._cfg.set('Frames', 'contacts', 'ContactList.py')
def _getHandler(self):
return self._handler
def _getCfg(self):
return self._cfg
def _log(self, msg, raw=False):
if isinstance(msg, str):
msg = (msg, )
for x in msg:
self._handler._frames['main']._log(x, raw)
def __initGUI(self):
if self._mode == -1:
# normal usage
self._log('Normal usage')
for model in self._cfg.get('General', 'model').split(','):
if len(model):
self._log( self._handler.connect( self._cfg.get('General', 'UserName'), model ))
if self._handler._me == None:
return
self._executeGUI()
elif self._mode == 1:
# ctrl - only text for query
self._log('Ctrl usage')
elif self._mode == 0:
# shift - ?
self._log('Shift usage')
def _executeGUI(self):
folder = self._cfg.get('General', 'frameFolder')
toLoad = self._cfg.items('Frames')
for name, file in toLoad:
if name in ['activities']:
self._handler._execute(name,'python', [os.path.join(folder, file)])
def CloseGUI(self):
self._handler.suspend(True)
time.sleep(1)
for x in self._handler._model:
self.disconnect(x)
return
# ----------------------------------------------
# ActivityManager functionalities
# ----------------------------------------------
def connect(self, name, model):
self._handler._clearGUI()
self._log( self._handler.connect( name, model ))
self._cfg.set('General', 'UserName', name)
self._cfg.set('General', 'model', ', '.join(self._handler._model))
self._handler._frames['main'].SetStatusText(self._cfg.get('General', 'ServerIp') + ':' + str(self._cfg.get('General', 'ServerPort')), 1)
self._handler._frames['main'].SetStatusText(self._cfg.get('General', 'UserName'), 2)
self._handler._frames['main'].SetStatusText(repr(self._handler._model), 3)
def disconnect(self, model):
self._log( self._handler.disconnect(model) )
self._handler._frames['main'].SetStatusText(repr(self._handler._model), 3)
def setServer(self, addr, port):
self._log(self._handler.setServer( addr, port ) )
def store(self, wip):
self._log(self._handler.store( wip ))
def restore(self, wip='srv.state'):
self._log(self._handler.restore( wip ))
def run(self, wip):
self._log( self._handler.run( wip ), True )
def getDataCopy(self):
return self._handler._getDataCopy()