def createCalendarItem():
print "\n========================================================"
print "Create calendar item\n"
calendarItem = {}
if selector.getYesNoSelection(
"Do you want a calendar entry for a certain date and time?"):
timeString = raw_input(
"Please enter unix time for this calendar item (\"DD.MM.YYYY hh:mm\"): "
)
calendarItem['datetime'] = int(
time.mktime(time.strptime(timeString, "%d.%m.%Y %H:%M")))
if selector.getYesNoSelection(
"Do you want to define a repeating option for this calendar item?"
):
calendarItem['repeating'] = createRepeatingOption(True)
else:
calendarItem['startTime'] = raw_input(
"Please enter the start time of this calendar item (\"hh:mm\"): ")
if selector.getYesNoSelection(
"Do you want to define a repeating option for this calendar item?"
):
calendarItem['repeating'] = createRepeatingOption()
print "\n========================================================"
calendarItem['duration'] = int(
raw_input("duration of the calendar item (\"minutes\") = "))
print calendarItem
return calendarItem
def createTimeEventItem():
print "\n========================================================"
print "Create time event item\n"
timeEventItem = {}
if selector.getYesNoSelection(
"Do you want a time event for a certain date and time?"):
timeString = raw_input(
"Please enter unix time for this time event (\"DD.MM.YYYY hh:mm\"): "
)
timeEventItem['datetime'] = int(
time.mktime(time.strptime(timeString, "%d.%m.%Y %H:%M")))
if selector.getYesNoSelection(
"Do you want to define a repeating option for this time event item?"
):
timeEventItem['repeating'] = createRepeatingOption(True)
else:
timeEventItem['time'] = raw_input(
"Please enter the time for this time event (\"hh:mm\"): ")
if selector.getYesNoSelection(
"Do you want to define a repeating option for this time event item?"
):
timeEventItem['repeating'] = createRepeatingOption()
return timeEventItem
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 nymea.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", nymea.print_json_format(params)
response = nymea.send_command("Rules.AddRule", params)
nymea.print_rule_error_code(response['params']['ruleError'])
def set_debug_server_interface():
params = {}
enabled = selector.getYesNoSelection(
"Should the debug server interface be enabled?")
if enabled == None:
return None
params['enabled'] = enabled
response = nymea.send_command("Configuration.SetDebugServerEnabled",
params)
nymea.print_json_format(response['params'])
def edit_rule():
ruleDescription = select_rule()
if ruleDescription == None:
print "\n No rules found"
return None
boolTypes = ["yes", "no"]
params = {}
params['ruleId'] = ruleDescription['id']
originalRule = nymea.send_command("Rules.GetRuleDetails",
params)['params']['rule']
print "\n========================================================"
print "Original rule JSON:\n"
print nymea.print_json_format(originalRule)
if selector.getYesNoSelection(
"Do you want to chane the name (current = \"%s\"): " %
(originalRule['name'])):
print "\n========================================================"
params['name'] = raw_input(
"Please enter the new name of the rule (current = \"%s\"): " %
(originalRule['name']))
else:
params['name'] = originalRule['name']
if len(originalRule['eventDescriptors']) > 0:
print "\nCurrent \"Events\":\n"
events.print_eventDescriptors(originalRule['eventDescriptors'])
print "\n========================================================\n"
input = raw_input("Do you want change this \"Events\" (y/N): ")
if input == "y":
eventDescriptors = events.create_eventDescriptors()
print nymea.print_json_format(eventDescriptors)
params['eventDescriptors'] = eventDescriptors
else:
params['eventDescriptors'] = originalRule['eventDescriptors']
if originalRule['stateEvaluator']:
print "\nStates:\n",
states.print_stateEvaluator(originalRule['stateEvaluator'])
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
print "\ncurrent \"Actions\":\n"
ruleactions.print_ruleActionList(originalRule['actions'])
print "\n========================================================\n"
input = raw_input("Do you want change this \"Actions\" (y/N): ")
if input == "y":
params['actions'] = ruleactions.create_rule_actions()
else:
params['actions'] = originalRule['actions']
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()
# there will always be at least one action
print "\n========================================================\n"
print "Current \"Actions\":\n"
ruleactions.print_ruleActionList(originalRule['actions'])
print "\n========================================================\n"
input = raw_input("Do you want change this \"Actions\" (y/N): ")
if input == "y":
params['actions'] = ruleactions.create_rule_actions()
else:
params['actions'] = originalRule['actions']
if len(originalRule['exitActions']) > 0:
print "\n========================================================\n"
print "Current \"Actions\":\n"
ruleactions.print_ruleActionList(originalRule['exitActions'])
input = raw_input("Do you want change this \"Events\" (y/N): ")
if input == "y":
params['exitActions'] = ruleactions.create_rule_actions()
else:
params['exitActions'] = originalRule['exitActions']
else:
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 "Edit rule with params:\n", nymea.print_json_format(params)
response = nymea.send_command("Rules.EditRule", params)
nymea.print_rule_error_code(response['params']['ruleError'])
def configure_webSocketServer():
configurations = nymea.send_command("Configuration.GetConfigurations")
webSocketConfigs = configurations['params'][
'webSocketServerConfigurations']
configList = []
for i in range(len(webSocketConfigs)):
configList.append(
"%s:%s SSL:%s Auth:%s" %
(webSocketConfigs[i]['address'], webSocketConfigs[i]['port'],
webSocketConfigs[i]['sslEnabled'],
webSocketConfigs[i]['authenticationEnabled']))
configList.append("New entry")
selection = nymea.get_selection("Please select a configuration",
configList)
if selection == None:
return None
params = {}
configuration = {}
if selection == len(configList) - 1:
# new config
configuration['id'] = str(uuid.uuid4())
configuration['address'] = raw_input(
"\nEnter the \"address\" of the WebSocket server: ")
configuration['port'] = raw_input(
"\nEnter the \"port\" of the WebSocket server: ")
configuration['sslEnabled'] = selector.getYesNoSelection(
"Should SSL be enabled?")
configuration['authenticationEnabled'] = selector.getYesNoSelection(
"Should authentication be enabled?")
else:
selectedConfig = webSocketConfigs[selection]
editList = []
editList.append("Modify")
editList.append("Delete")
editSelection = nymea.get_selection(
"Do you want to edit or delete the server interface?", editList)
if editSelection == None:
return None
if editSelection == 1: #delete
params = {}
params['id'] = selectedConfig['id']
nymea.send_command(
"Configuration.DeleteWebSocketServerConfiguration", params)
return None
configuration['id'] = selectedConfig['id']
configuration['address'] = raw_input(
"\nEnter the \"address\" of the WebSocket server (current \"%s\"): "
% (selectedConfig['address']))
configuration['port'] = raw_input(
"\nEnter the \"port\" of the WebSocket server (current %s): " %
(selectedConfig['port']))
configuration['sslEnabled'] = selector.getYesNoSelection(
"Should SSL be enabled? (current \"%s\"): " %
(selectedConfig['sslEnabled']))
configuration['authenticationEnabled'] = selector.getYesNoSelection(
"Should authentication be enabled? (current %s): " %
(selectedConfig['authenticationEnabled']))
params['configuration'] = configuration
response = nymea.send_command(
"Configuration.SetWebSocketServerConfiguration", params)
nymea.print_json_format(response['params'])