def listCommandTable(self,device='alle', nameReturn = True):
liste = []
list_cmds_of = []
if device == 'alle':
list_cmds_of = self.list_devices()
elif device=="forSave":
list_cmds_of = mdb_read_table_column(table.name,"Name")
else:
list_cmds_of.append(device)
for sates in list_cmds_of:
cmds_table=mdb_read_table_entry(table.name,sates)
if self.__check_table_exists__(cmds_table.get('command_set')):
if nameReturn:
liste.append(cmds_table.get('Name'))
else:
liste.append(cmds_table.get('command_set'))
return liste
def exec_data(data_ev):
if ('Name' in data_ev) and ('Value' in data_ev):
name = data_ev.get('Name')
value = data_ev.get('Value')
#print name, value
szns = inputs(name,value)
for szene in szns:
if szene <> None:
scenes.threadExecute(szene, check_bedingung=False, wert = value)
# elif data_ev.get('Command')=='Update':
# aes.new_event(description="System update", prio=0)
# cmd_internal.git_update()
elif ('Szene' in data_ev):
name = data_ev.get('Szene')
if name in mdb_read_table_column(constants.sql_tables.szenen.name, 'Name'):
scenes.threadExecute(name)
elif ('GCM-Client' in data_ev):
aes.new_event('GCM Client: ' + data_ev.get('GCM-Client'))
def dict_commands(self,device='alle'):
liste = {'':1,'man':2,'auto':3}
itera = 3
list_cmds_of = []
if device == 'alle':
list_cmds_of = self.list_devices()
else:
list_cmds_of.append(device)
for sates in list_cmds_of:
cmds_table=mdb_read_table_entry(table.name,sates).get('command_set')
if self.__check_table_exists__(cmds_table):
comands = mdb_get_table(cmds_table)
for comand in comands:
itera +=1
liste[comand.get("Name")] = itera
elif cmds_table == 'server':
comands = mdb_read_table_column(constants.sql_tables.szenen.name, 'Name')
for comand in comands:
itera +=1
liste[comand] = itera
return liste
def update():
global inp,t,t2,t3,t4,sz, sets,cmds,seTre, comboBox, comboBox2, comboBox3, szn_lst, xs1_devs, xs1_cmds, hue_devs, hue_cmds, sns_devs, sns_cmds, tvs_devs, tvs_cmds, sat_devs, sat_cmds, cmd_devs
szn_lst = sorted(szn.list_commands())
xs1_devs = xs1.list_devices()
xs1_cmds = xs1.dict_commands()
hue_devs = hue.list_devices()
hue_cmds = hue.dict_commands()
sns_devs = sn.list_devices()
sns_cmds = sn.dict_commands()
tvs_devs = tv.list_devices()
tvs_cmds = tv.dict_commands()
sat_devs = sat.list_devices()
sat_cmds = sat.dict_commands()
cmd_devs = xs1_devs + hue_devs + sns_devs + tvs_devs + sat_devs
sets = mdb_get_table(constants.sql_tables.settings.name)
selected(lastSelected)
inp=InputsTree(isInputs = True, inputsGroup = str(comboBox5.currentText()))
t2.setParameters(inp.p, showTop=False)
cmds=InputsTree(isInputs = False, cmdTable = cmd_lsts[0])
t3.setParameters(cmds.p, showTop=False)
seTre = SettingsTree()
t4.setParameters(seTre.p, showTop=False)
comboBox.clear()
for szne in szn_lst:
comboBox.addItem(szne)
comboBox2.clear()
for cmdLst in cmd_lsts:
comboBox2.addItem(cmdLst)
comboBox2.activated[str].connect(slctCmdLst)
comboBox3.clear()
inpts = sorted(mdb_read_table_column(db="cmd_inputs", column = 'Description'))
for inpt in inpts:
if str(inpt) <> "":
comboBox3.addItem(str(inpt))
inp.p.sigTreeStateChanged.connect(change)
sz.p.sigTreeStateChanged.connect(change_sz)
