def connect_wifi():
interface = selectWirelessInterface()
if interface is None:
print "There is no wireless interface available"
return
params = {}
params['interface'] = interface
wifiNetworks = []
wifiNetworkStrings = []
response = guh.send_command("NetworkManager.GetWirelessAccessPoints",
params)
wifiNetworks = response['params']['wirelessAccessPoints']
for accessPoint in wifiNetworks:
wifiNetworkStrings.append(
("%10s | %s%s | %s %s | %s" %
(accessPoint['ssid'], accessPoint['signalStrength'], '%',
accessPoint['frequency'], '[GHz]', accessPoint['macAddress'])))
selection = selector.get_selection("Wifi access points",
wifiNetworkStrings)
if not selection:
return None
params['ssid'] = wifiNetworks[selection]['ssid']
if wifiNetworks[selection]['protected'] == True:
params['password'] = raw_input(
"Please enter the password for wifi network %s: " %
(params['ssid']))
response = guh.send_command("NetworkManager.ConnectWifiNetwork", params)
guh.print_networkmanager_error_code(
response['params']['networkManagerError'])
def execute_rule_actions():
ruleDescription = select_rule()
if ruleDescription == None:
print "\n No rules found"
return None
ruleId = ruleDescription['id']
params = {}
params['ruleId'] = ruleId
rule = guh.send_command("Rules.GetRuleDetails", params)['params']['rule']
if len(rule['exitActions']) == 0:
options = ["Execute actions"]
selection = guh.get_selection(
"Which actions of the rule should be executed?", options)
response = guh.send_command("Rules.ExecuteActions", params)
guh.print_rule_error_code(response['params']['ruleError'])
else:
options = ["Execute actions", "Execute exit actions"]
selection = guh.get_selection(
"Which actions of the rule should be executed?", options)
if selection == None:
return None
if (options[selection] == "Execute actions"):
response = guh.send_command("Rules.ExecuteActions", params)
guh.print_rule_error_code(response['params']['ruleError'])
else:
response = guh.send_command("Rules.ExecuteExitActions", params)
guh.print_rule_error_code(response['params']['ruleError'])
return None
def add_discovered_device(deviceClassId, deviceDescriptorId):
deviceClass = get_deviceClass(deviceClassId)
if deviceClass['setupMethod'] == "SetupMethodJustAdd":
params = {}
params['deviceClassId'] = deviceClassId
params['deviceDescriptorId'] = deviceDescriptorId
params['name'] = raw_input("\nEnter the \"name\" of the device: ")
response = guh.send_command("Devices.AddConfiguredDevice", params)
if not response['status'] != "success":
guh.print_device_error_code(response['params']['deviceError'])
else:
print "Device added successfully. Device ID: %s\n" % response[
'params']['deviceId']
elif deviceClass['setupMethod'] == "SetupMethodPushButton":
params = {}
params['deviceClassId'] = deviceClassId
params['deviceDescriptorId'] = deviceDescriptorId
params['name'] = raw_input("\nEnter the \"name\" of the device: ")
response = guh.send_command("Devices.PairDevice", params)
#guh.print_json_format(response)
if not response['status'] == "success":
print "Pairing failed: %s", response['params']['deviceError']
return
print "\nPairing device %s\n\n%s\n\n" % (
deviceClass['name'], response['params']['displayMessage'])
if response['params']['setupMethod'] == "SetupMethodPushButton":
raw_input("\nPress \"enter\" to confirm\n")
params = {}
params['pairingTransactionId'] = response['params'][
'pairingTransactionId']
response = guh.send_command("Devices.ConfirmPairing", params)
guh.print_device_error_code(response['params']['deviceError'])
elif deviceClass['setupMethod'] == "SetupMethodDisplayPin":
params = {}
params['deviceClassId'] = deviceClassId
params['deviceDescriptorId'] = deviceDescriptorId
params['name'] = raw_input("\nEnter the \"name\" of the device: ")
response = guh.send_command("Devices.PairDevice", params)
#guh.print_json_format(response)
if not response['status'] == "success":
print "Pairing failed: %s", response['params']['deviceError']
return
print "\nPairing device %s\n\n%s\n\n" % (
deviceClass['name'], response['params']['displayMessage'])
if response['params']['setupMethod'] == "SetupMethodDisplayPin":
pin = raw_input("Pin: ")
params = {}
params['secret'] = pin
params['pairingTransactionId'] = response['params'][
'pairingTransactionId']
response = guh.send_command("Devices.ConfirmPairing", params)
guh.print_device_error_code(response['params']['deviceError'])
def list_rule_details():
ruleDescription = select_rule()
if ruleDescription == None:
print "\n No rules found"
return None
params = {}
params['ruleId'] = ruleDescription['id']
rule = guh.send_command("Rules.GetRuleDetails", params)['params']['rule']
print guh.print_json_format(rule)
print "========================================================"
print "-> Details for rule \"%s\" (%s):\n" % (rule['name'], rule['id'])
print "Rule is %s" % (print_rule_enabled_status(bool(rule['enabled'])))
print "Rule is %s" % (print_rule_active_status(bool(rule['active'])))
print "Rule is %s" % (print_rule_executable_status(bool(
rule['executable'])))
print "\nTimeDescriptor:\n"
timedescriptor.printTimeDescriptor(rule['timeDescriptor'])
if len(rule['eventDescriptors']) > 0:
print "\nEvents:\n"
events.print_eventDescriptors(rule['eventDescriptors'])
if rule['stateEvaluator']:
print "\nStates:\n",
states.print_stateEvaluator(rule['stateEvaluator'])
print "\nActions:\n"
ruleactions.print_ruleActionList(rule['actions'])
if len(rule['exitActions']) > 0:
print "\nExit actions:\n"
ruleactions.print_ruleActionList(rule['exitActions'])
def list_logEntries():
params = {}
lines = []
response = guh.send_command("Logging.GetLogEntries", params)
for i in range(len(response['params']['logEntries'])):
line = get_log_entry_line(response['params']['logEntries'][i])
print line
def discover_device(deviceClassId=None):
if deviceClassId == None:
deviceClassId = select_deviceClass()
deviceClass = get_deviceClass(deviceClassId)
if not deviceClass:
return None
params = {}
params['deviceClassId'] = deviceClassId
discoveryParams = parameters.read_params(
deviceClass['discoveryParamTypes'])
if len(discoveryParams) > 0:
params['discoveryParams'] = discoveryParams
print "\ndiscovering..."
response = guh.send_command("Devices.GetDiscoveredDevices", params)
if not 'deviceDescriptors' in response['params']:
print "no devices found"
deviceDescriptorList = []
deviceDescriptorIdList = []
for deviceDescriptor in response['params']['deviceDescriptors']:
deviceDescriptorList.append(
"%s (%s)" %
(deviceDescriptor['title'], deviceDescriptor['description']))
deviceDescriptorIdList.append(deviceDescriptor['id'])
if not deviceDescriptorIdList:
print "\n Timeout: no device found."
return None
selection = guh.get_selection("Please select a device descriptor",
deviceDescriptorList)
if selection != None:
return deviceDescriptorIdList[selection]
return None
def edit_device():
deviceId = select_configured_device()
params = {}
params['deviceId'] = deviceId
params['name'] = raw_input("\nEnter the new \"name\" of the device: ")
response = guh.send_command("Devices.EditDevice", params)
guh.print_device_error_code(response['params']['deviceError'])
def get_stateType(stateTypeId):
params = {}
params['stateTypeId'] = stateTypeId
response = guh.send_command("States.GetStateType", params)
if "stateType" in response['params']:
return response['params']['stateType']
return None
def get_actionType(actionTypeId):
params = {}
params['actionTypeId'] = actionTypeId
response = guh.send_command("Actions.GetActionType", params)
if not 'actionType' in response['params']:
return None
return response['params']['actionType']
def get_rule_description(ruleId):
ruleDescriptions = []
ruleDescriptions = guh.send_command("Rules.GetRules",
{})['params']['ruleDescriptions']
for ruleDescription in ruleDescriptions:
if ruleDescription['id'] == ruleId:
return ruleDescription
return None
def get_stateTypes(deviceClassId):
params = {}
params['deviceClassId'] = deviceClassId
response = guh.send_command("Devices.GetStateTypes", params)
if "stateTypes" in response['params']:
return response['params']['stateTypes']
else:
return None
def get_log_entry_lines():
global logFilter
lines = []
response = guh.send_command("Logging.GetLogEntries", logFilter)
for i in range(len(response['params']['logEntries'])):
line = get_log_entry_line(response['params']['logEntries'][i])
lines.append(line)
return lines
def show_network_status():
params = {}
response = guh.send_command("NetworkManager.GetNetworkStatus", params)
if 'status' in response['params']:
guh.print_json_format(response['params']['status'])
else:
guh.print_networkmanager_error_code(
response['params']['networkManagerError'])
def cloud_authenticate():
params = {}
params['username'] = raw_input(
"\nEnter the \"username\" of your cloud account: ")
params['password'] = raw_input(
"\nEnter the \"password\" of your cloud account: ")
response = guh.send_command("Cloud.Authenticate", params)
guh.print_cloud_error_code(response['params']['cloudError'])
def get_eventTypes(deviceClassId):
params = {}
params['deviceClassId'] = deviceClassId
eventTypes = guh.send_command("Devices.GetEventTypes",
params)['params']['eventTypes']
if eventTypes:
return eventTypes
return None
def set_plugin_configuration():
pluginId = select_configurable_plugin()
plugin = get_plugin(pluginId)
paramTypes = plugin['paramTypes']
params = {}
params['pluginId'] = pluginId
params['configuration'] = parameters.read_params(paramTypes)
response = guh.send_command("Devices.SetPluginConfiguration", params)
guh.print_device_error_code(response['params']['deviceError'])
def remove_rule():
ruleDescription = select_rule()
if ruleDescription == None:
print "\n No rule found"
return None
params = {}
params['ruleId'] = ruleDescription['id']
response = guh.send_command("Rules.RemoveRule", params)
guh.print_rule_error_code(response['params']['ruleError'])
def enable_disable_rule():
ruleDescription = select_rule()
if ruleDescription == None:
print "\n No rules found"
return
actionTypes = ["enable", "disable"]
selection = guh.get_selection("What do you want to do with this rule: ",
actionTypes)
if selection == 0:
params = {}
params['ruleId'] = ruleDescription['id']
response = guh.send_command("Rules.EnableRule", params)
guh.print_rule_error_code(response['params']['ruleError'])
else:
params = {}
params['ruleId'] = ruleDescription['id']
response = guh.send_command("Rules.DisableRule", params)
guh.print_rule_error_code(response['params']['ruleError'])
def disconnect_networkdevice():
interface = selectWirelessInterface()
if interface is None:
print "There is no wireless interface available"
return
params = {}
params['interface'] = interface
response = guh.send_command("NetworkManager.DisconnectInterface", params)
guh.print_networkmanager_error_code(
response['params']['networkManagerError'])
def set_language():
params = {}
languages = get_languages()
selection = guh.get_selection(
"Please select one of following allowed values:", languages)
if selection == None:
return None
params['language'] = languages[selection]
response = guh.send_command("Configuration.SetLanguage", params)
guh.print_json_format(response['params'])
def add_configured_device(deviceClassId):
deviceClass = get_deviceClass(deviceClassId)
params = {}
params['deviceClassId'] = deviceClassId
params['name'] = raw_input("\nEnter the \"name\" of the device: ")
deviceParams = parameters.read_params(deviceClass['paramTypes'])
if deviceParams:
params['deviceParams'] = deviceParams
print "\nAdding device with params:", guh.print_json_format(params)
response = guh.send_command("Devices.AddConfiguredDevice", params)
guh.print_device_error_code(response['params']['deviceError'])
def scan_wirelessaccesspoints():
interface = selectWirelessInterface()
if interface is None:
print "There is no wireless interface available"
return
params = {}
params['interface'] = interface
response = guh.send_command("NetworkManager.ScanWifiNetworks", params)
guh.print_networkmanager_error_code(
response['params']['networkManagerError'])
def set_timezone():
params = {}
timeZones = []
timeZones = get_timezones()
selection = guh.get_selection(
"Please select one of following allowed values:", timeZones)
if selection == None:
return None
params['timeZone'] = timeZones[selection]
response = guh.send_command("Configuration.SetTimeZone", params)
guh.print_json_format(response['params'])
def list_rules():
response = guh.send_command("Rules.GetRules", {})
if not response['params']['ruleDescriptions']:
print "\n No rules found. \n"
return None
print "-> List of configured Rules:\n"
for i in range(len(response['params']['ruleDescriptions'])):
ruleDescription = response['params']['ruleDescriptions'][i]
print "%20s ( %s ) -> %s / %s" % (
ruleDescription['name'], ruleDescription['id'],
print_rule_enabled_status(bool(ruleDescription['enabled'])),
print_rule_active_status(bool(ruleDescription['active'])))
def enable_cloud_connection():
params = {}
options = ["enable", "disable"]
selection = guh.get_selection(
"Do you want to do with the cloud connection: ", options)
if selection == 0:
params['enable'] = True
else:
params['enable'] = False
response = guh.send_command("Cloud.Enable", params)
guh.print_json_format(response['params'])
def enable_networking():
params = {}
options = ["enable", "disable"]
selection = guh.get_selection("Do you want to do with the networking: ",
options)
if selection == 0:
params['enable'] = True
else:
params['enable'] = False
response = guh.send_command("NetworkManager.EnableNetworking", params)
guh.print_networkmanager_error_code(
response['params']['networkManagerError'])
def reconfigure_device():
deviceId = select_configured_device()
device = get_device(deviceId)
if not device:
return None
deviceClass = get_deviceClass(device['deviceClassId'])
if not deviceClass:
return None
deviceParamTypes = deviceClass['paramTypes']
currentDeviceParams = device['params']
createMethod = select_createMethod(
"Please select how do you want to edit this device",
deviceClass['createMethods'])
print " --> Using create method \"%s\"\n" % (createMethod)
params = {}
if createMethod == "CreateMethodUser":
newDeviceParams = parameters.edit_params(currentDeviceParams,
deviceParamTypes)
params['deviceId'] = deviceId
params['deviceParams'] = newDeviceParams
response = guh.send_command("Devices.ReconfigureDevice", params)
guh.print_device_error_code(response['params']['deviceError'])
elif createMethod == "CreateMethodDiscovery":
deviceDescriptorId = discover_device(device['deviceClassId'])
if not deviceDescriptorId:
return None
print "using descriptorId %s" % (deviceDescriptorId)
params['deviceId'] = deviceId
params['deviceDescriptorId'] = deviceDescriptorId
response = guh.send_command("Devices.ReconfigureDevice", params)
guh.print_device_error_code(response['params']['deviceError'])
elif createMethod == "CreateMethodAuto":
newDeviceParams = parameters.edit_params(currentDeviceParams,
deviceParamTypes)
params['deviceId'] = deviceId
params['deviceParams'] = newDeviceParams
response = guh.send_command("Devices.ReconfigureDevice", params)
guh.print_device_error_code(response['params']['deviceError'])
def remove_configured_device():
deviceId = select_configured_device()
if not deviceId:
return None
print "Removing device with DeviceId%s" % deviceId
params = {}
params['deviceId'] = deviceId
response = guh.send_command("Devices.RemoveConfiguredDevice", params)
if response['params']['deviceError'] == 'DeviceErrorDeviceInRule':
selectionString = "This device is used in a rule. How do you want to remove the device from the rules?"
removePolicys = [
"Remove the device from the rules", "Delete all offending rules"
]
selection = guh.get_selection(selectionString, removePolicys)
if removePolicys[selection] == "Remove the device from the rules":
params['removePolicy'] = "RemovePolicyUpdate"
else:
params['removePolicy'] = "RemovePolicyCascade"
response = guh.send_command("Devices.RemoveConfiguredDevice", params)
guh.print_device_error_code(response['params']['deviceError'])
def list_device_states():
deviceId = select_configured_device()
if deviceId == None:
return None
device = get_device(deviceId)
deviceClass = get_deviceClass(device['deviceClassId'])
print "-> States of device \"%s\" %s:\n" % (get_full_device_name(deviceId),
device['id'])
for i in range(len(deviceClass['stateTypes'])):
params = {}
params['deviceId'] = deviceId
params['stateTypeId'] = deviceClass['stateTypes'][i]['id']
response = guh.send_command("Devices.GetStateValue", params)
print "%35s: %s" % (deviceClass['stateTypes'][i]['name'],
response['params']['value'])
def add_rule():
params = {}
params['name'] = raw_input("Please enter the name of the rule: ")
print "\n========================================================"
if selector.getYesNoSelection("Do you want to create a TimeDescriptor"):
params['timeDescriptor'] = timedescriptor.createTimeDescriptor()
if selector.getYesNoSelection(
"Do you want to define \"Events\" for this rule?"):
eventDescriptors = events.create_eventDescriptors()
print guh.print_json_format(eventDescriptors)
params['eventDescriptors'] = eventDescriptors
if selector.getYesNoSelection(
"Do you want to add conditions (\"States\") for the events?"):
print "\n========================================================"
raw_input("-> Create a state descriptor! ")
stateEvaluator = states.create_stateEvaluator()
params['stateEvaluator'] = stateEvaluator
params['actions'] = ruleactions.create_rule_actions(eventDescriptors)
else:
if selector.getYesNoSelection(
"Do you want to define \"States\" for this rule?"):
print "\n========================================================"
raw_input("-> Press \"enter\" to create a state descriptor! ")
params['stateEvaluator'] = states.create_stateEvaluator()
params['actions'] = ruleactions.create_rule_actions()
if selector.getYesNoSelection(
"Do you want to add (\"ExitActions\") for this rule?"):
params['exitActions'] = ruleactions.create_rule_actions()
params['enabled'] = selector.getBoolSelection(
"-> Should the rule initially be enabled?")
params['executable'] = selector.getBoolSelection(
"-> Should the rule be executable?")
print "\n========================================================\n"
print "Adding rule with params:\n", guh.print_json_format(params)
response = guh.send_command("Rules.AddRule", params)
guh.print_rule_error_code(response['params']['ruleError'])
