def manual_backup():
logging.info('Manually creating a backup')
if globals.files_manager.backup_xml_config('manual',
globals.network.home_id_str):
return utils.format_json_result(
data='Xml config file successfully backup')
else:
return utils.format_json_result(
sucess='error', data='See openzwave log file for details')
def get(self):
try:
utils.check_apikey(self.get_argument('apikey', ''))
type = self.get_argument('type', '')
if type == 'do':
logging.info('Manually creating a backup')
if globals.files_manager.backup_xml_config(
'manual', globals.network.home_id_str):
self.write(utils.format_json_result())
else:
raise Exception('See openzwave log file for details')
elif type == 'list':
self.write(
utils.format_json_result(
data=globals.files_manager.get_openzwave_backups()))
elif type == 'restore':
backup = self.get_argument('backup', '')
logging.info('Restoring backup ' + backup)
backup_folder = globals.data_folder + "/xml_backups"
try:
os.stat(backup_folder)
except:
os.mkdir(backup_folder)
backup_file = os.path.join(backup_folder, backup)
target_file = globals.data_folder + "/zwcfg_" + globals.network.home_id_str + ".xml"
if not os.path.isfile(backup_file):
raise Exception('No config file found with name ' +
str(backup))
else:
tree = etree.parse(backup_file)
globals.network_is_running = False
globals.network.stop()
logging.info('ZWave network is now stopped')
time.sleep(3)
shutil.copy2(backup_file, target_file)
os.chmod(target_file, 0777)
network_utils.start_network()
self.write(utils.format_json_result())
elif type == 'delete':
backup = self.get_argument('backup', '')
logging.info('Manually deleting a backup')
backup_file = os.path.join(
globals.data_folder + '/xml_backups', backup)
if not os.path.isfile(backup_file):
raise Exception('No config file found with name ' +
str(backup))
else:
os.unlink(backup_file)
self.write(utils.format_json_result())
except Exception, e:
self.write(utils.format_json_result(success="error", data=str(e)))
def add_assoc(node_id, group, target_id, instance, action):
utils.can_execute_command(0)
utils.check_node_exist(node_id)
if action == 'add':
utils.check_node_exist(target_id)
logging.info(action + ' assoc to nodeId: ' + str(node_id) + ' in group ' +
str(group) + ' with nodeId: ' + str(node_id) +
' on instance ' + str(instance))
if node_id not in globals.pending_associations:
globals.pending_associations[node_id] = dict()
if action == 'remove':
globals.pending_associations[node_id][group] = PendingAssociation(
pending_added=None, pending_removed=target_id, timeout=0)
if instance < 1:
globals.network.manager.removeAssociation(globals.network.home_id,
node_id, group,
target_id)
else:
globals.network.manager.removeAssociation(globals.network.home_id,
node_id, group,
target_id, instance)
if action == 'add':
globals.pending_associations[node_id][group] = PendingAssociation(
pending_added=target_id, pending_removed=None, timeout=0)
if instance < 1:
globals.network.manager.addAssociation(globals.network.home_id,
node_id, group, target_id)
else:
globals.network.manager.addAssociation(globals.network.home_id,
node_id, group, target_id,
instance)
return utils.format_json_result()
def refresh_dynamic(node_id):
globals.network.manager.requestNodeDynamic(globals.network.home_id,
node_id)
globals.network.nodes[node_id].last_update = time.time()
logging.info("Fetch the dynamic command class data for the node %s" %
(node_id, ))
return utils.format_json_result()
def remove_unknowns_devices_openzwave_config():
globals.network_is_running = False
globals.network.stop()
logging.info('ZWave network is now stopped')
globals.files_manager.remove_unknowns_devices_openzwave_config(globals.network.home_id_str)
network_utils.start_network()
return utils.format_json_result()
def ghost_killer(node_id):
logging.info('Remove cc 0x84 (wake_up) for a ghost device: %s' % (node_id,))
filename = globals.data_folder + "/zwcfg_" + globals.network.home_id_str + ".xml"
globals.network_is_running = False
globals.network.stop()
logging.info('ZWave network is now stopped')
time.sleep(5)
found = False
message = None
tree = etree.parse(filename)
namespace = tree.getroot().tag[1:].split("}")[0]
node = tree.find("{%s}Node[@id='%s']" % (namespace, node_id,))
if node is None:
message = 'node not found'
else:
command_classes = node.find(".//{%s}CommandClasses" % namespace)
if command_classes is None:
message = 'commandClasses not found'
else:
for command_Class in command_classes.findall(".//{%s}CommandClass" % namespace):
if int(command_Class.get("id")[:7]) == globals.COMMAND_CLASS_WAKE_UP:
command_classes.remove(command_Class)
found = True
break
if found:
config_file = open(filename, "w")
config_file.write('<?xml version="1.0" encoding="utf-8" ?>\n')
config_file.writelines(etree.tostring(tree, pretty_print=True))
config_file.close()
else:
message = 'commandClass wake_up not found'
globals.ghost_node_id = node_id
network_utils.start_network()
return utils.format_json_result(found, message)
def get_health():
network_health = {'updateTime': int(time.time())}
nodes_data = {}
if globals.network is not None and globals.network.state >= globals.network.STATE_STARTED and globals.network_is_running:
for node_id in list(globals.network.nodes):
nodes_data[node_id] = serialization.serialize_node_to_json(node_id)
network_health['devices'] = nodes_data
return utils.format_json_result(data=network_health)
def heal(node_id, perform_return_routes_initialization=False):
utils.check_node_exist(node_id, True)
logging.info(
"Heal network node (%s) by requesting the node rediscover their neighbors"
% (node_id, ))
globals.network.manager.healNetworkNode(
globals.network.home_id, node_id, perform_return_routes_initialization)
return utils.format_json_result()
def remove_unknowns_devices_openzwave_config():
globals.network_is_running = False
globals.network.stop()
logging.info('ZWave network is now stopped')
globals.files_manager.remove_unknowns_devices_openzwave_config(
globals.network.home_id_str)
network_utils.start_network()
return utils.format_json_result()
def hard_reset():
globals.network.controller.hard_reset()
logging.info(
'The controller becomes a primary controller ready to add devices to a new network'
)
time.sleep(3)
network_utils.start_network()
return utils.format_json_result()
def get_health():
network_health = {'updateTime': int(time.time())}
nodes_data = {}
if globals.network is not None and globals.network.state >= globals.network.STATE_STARTED and globals.network_is_running:
for node_id in list(globals.network.nodes):
nodes_data[node_id] = serialization.serialize_node_to_json(node_id)
network_health['devices'] = nodes_data
return utils.format_json_result(data=network_health)
def get(self):
try:
utils.check_apikey(self.get_argument('apikey',''))
type = self.get_argument('type','')
if type == 'do':
logging.info('Manually creating a backup')
if globals.files_manager.backup_xml_config('manual', globals.network.home_id_str):
self.write(utils.format_json_result())
else:
raise Exception ('See openzwave log file for details')
elif type == 'list':
self.write(utils.format_json_result(data=globals.files_manager.get_openzwave_backups()))
elif type == 'restore':
backup = self.get_argument('backup','')
logging.info('Restoring backup ' + backup)
backup_folder = globals.data_folder + "/xml_backups"
try:
os.stat(backup_folder)
except:
os.mkdir(backup_folder)
backup_file = os.path.join(backup_folder, backup)
target_file = globals.data_folder + "/zwcfg_" + globals.network.home_id_str + ".xml"
if not os.path.isfile(backup_file):
raise Exception ('No config file found with name ' + str(backup))
else:
tree = etree.parse(backup_file)
globals.network_is_running = False
globals.network.stop()
logging.info('ZWave network is now stopped')
time.sleep(3)
shutil.copy2(backup_file, target_file)
os.chmod(target_file, 0777)
network_utils.start_network()
self.write(utils.format_json_result())
elif type == 'delete':
backup = self.get_argument('backup','')
logging.info('Manually deleting a backup')
backup_file = os.path.join(globals.data_folder + '/xml_backups', backup)
if not os.path.isfile(backup_file):
raise Exception ('No config file found with name ' + str(backup))
else:
os.unlink(backup_file)
self.write(utils.format_json_result())
except Exception,e:
self.write(utils.format_json_result(success="error",data=str(e)))
def get_neighbours():
neighbours = {'updateTime': int(time.time())}
nodes_data = {}
if globals.network is not None and globals.network.state >= globals.network.STATE_STARTED and globals.network_is_running:
for node_id in list(globals.network.nodes):
if node_id not in globals.disabled_nodes:
nodes_data[node_id] = serialization.serialize_neighbour_to_json(node_id)
neighbours['devices'] = nodes_data
return utils.format_json_result(data=neighbours)
def get_neighbours():
neighbours = {'updateTime': int(time.time())}
nodes_data = {}
if globals.network is not None and globals.network.state >= globals.network.STATE_STARTED and globals.network_is_running:
for node_id in list(globals.network.nodes):
if node_id not in globals.disabled_nodes:
nodes_data[
node_id] = serialization.serialize_neighbour_to_json(
node_id)
neighbours['devices'] = nodes_data
return utils.format_json_result(data=neighbours)
def get(self):
try:
utils.check_apikey(self.get_argument('apikey', ''))
type = self.get_argument('type', '')
action = self.get_argument('action', '')
info = self.get_argument('info', '')
if type == 'action':
if action in globals.NETWORK_REST_MAPPING:
self.write(globals.NETWORK_REST_MAPPING[action]())
else:
self.write(utils.format_json_result())
elif type == 'info':
if info in globals.NETWORK_REST_MAPPING:
self.write(globals.NETWORK_REST_MAPPING[info]())
else:
self.write(utils.format_json_result())
else:
self.write(utils.format_json_result())
except Exception, e:
self.write(utils.format_json_result(success="error", data=str(e)))
def get(self):
try:
utils.check_apikey(self.get_argument('apikey',''))
type = self.get_argument('type','')
action = self.get_argument('action','')
info = self.get_argument('info','')
if type == 'action':
if action in globals.NETWORK_REST_MAPPING:
self.write(globals.NETWORK_REST_MAPPING[action]())
else:
self.write(utils.format_json_result())
elif type == 'info':
if info in globals.NETWORK_REST_MAPPING:
self.write(globals.NETWORK_REST_MAPPING[info]())
else:
self.write(utils.format_json_result())
else:
self.write(utils.format_json_result())
except Exception,e:
self.write(utils.format_json_result(success="error",data=str(e)))
def test_network():
utils.can_execute_command()
logging.info("Sends a series of messages to a network node for testing network reliability")
for node_id in list(globals.network.nodes):
if node_id in globals.not_supported_nodes:
logging.debug("skip not supported (nodeId: %s)" % (node_id,))
continue
if node_id in globals.disabled_nodes:
continue
globals.network.manager.testNetworkNode(globals.network.home_id, node_id, 3)
return utils.format_json_result()
def start_network():
globals.pending_configurations.clear()
globals.pending_associations.clear()
globals.node_notifications.clear()
if globals.network_information is None:
globals.network_information = NetworkInformation(globals.maximum_number_notifications)
else:
globals.network_information.reset()
logging.info('******** The ZWave network is being started ********')
globals.network.start()
return utils.format_json_result()
def get(self):
try:
utils.check_apikey(self.get_argument('apikey', ''))
type = self.get_argument('type', '')
node_id = int(self.get_argument('node_id', '0'))
info = self.get_argument('info', '')
action = self.get_argument('action', '')
do_security = int(self.get_argument('security', '0'))
if type == 'replicationSend':
utils.can_execute_command(0)
utils.check_node_exist(node_id)
logging.info('Send information from primary to secondary %s' %
(node_id, ))
self.write(
utils.format_json_result(
data=globals.network.manager.replicationSend(
globals.network.home_id, node_id)))
elif type == 'info':
logging.info("Controller info " + str(info))
self.write(utils.format_json_result())
elif type == 'action':
logging.info("Controller action " + str(action))
if action in globals.CONTROLLER_REST_MAPPING:
self.write(globals.CONTROLLER_REST_MAPPING[action]())
else:
self.write(utils.format_json_result())
elif type == 'addNode':
utils.can_execute_command(0)
if do_security == 1:
do_security = True
logging.info(
"Start the Inclusion Process to add a Node to the Network with Security CC if the node is supports it"
)
else:
do_security = False
logging.info(
"Start the Inclusion Process to add a Node to the Network"
)
execution_result = globals.network.manager.addNode(
globals.network.home_id, do_security)
if execution_result:
globals.network_information.actual_mode = ControllerMode.AddDevice
self.write(utils.format_json_result(data=execution_result))
elif type == 'removeNode':
utils.can_execute_command(0)
logging.info(
"Remove a Device from the Z-Wave Network (Started)")
execution_result = globals.network.manager.removeNode(
globals.network.home_id)
if execution_result:
globals.network_information.actual_mode = ControllerMode.RemoveDevice
self.write(utils.format_json_result(data=execution_result))
else:
self.write(utils.format_json_result())
except Exception, e:
self.write(utils.format_json_result(success="error", data=str(e)))
def start_network():
globals.pending_configurations.clear()
globals.pending_associations.clear()
globals.node_notifications.clear()
if globals.network_information is None:
globals.network_information = NetworkInformation(
globals.maximum_number_notifications)
else:
globals.network_information.reset()
logging.info('******** The ZWave network is being started ********')
globals.network.start()
return utils.format_json_result()
def test_network():
if not network_utils.can_execute_network_command():
raise Exception('Controller is bussy')
logging.info("Sends a series of messages to a network node for testing network reliability")
for node_id in list(globals.network.nodes):
if node_id in globals.not_supported_nodes:
logging.debug("skip not supported (nodeId: %s)" % (node_id,))
continue
if node_id in globals.disabled_nodes:
continue
globals.network.manager.testNetworkNode(globals.network.home_id, node_id, 3)
return utils.format_json_result()
def get_status():
json_result = {}
if globals.network is not None and globals.network.state >= globals.network.STATE_STARTED and globals.network_is_running:
json_result = {
'nodesCount':
globals.network.nodes_count,
'sleepingNodesCount':
utils.get_sleeping_nodes_count(),
'scenesCount':
globals.network.scenes_count,
'pollInterval':
globals.network.manager.getPollInterval(),
'isReady':
globals.network.is_ready,
'stateDescription':
globals.network.state_str,
'state':
globals.network.state,
'controllerCapabilities':
utils.concatenate_list(globals.network.controller.capabilities),
'controllerNodeCapabilities':
utils.concatenate_list(
globals.network.controller.node.capabilities),
'outgoingSendQueue':
globals.network.controller.send_queue_count,
'controllerStatistics':
globals.network.controller.stats,
'devicePath':
globals.network.controller.device,
'OpenZwaveLibraryVersion':
globals.network.manager.getOzwLibraryVersionNumber(),
'PythonOpenZwaveLibraryVersion':
globals.network.manager.getPythonLibraryVersionNumber(),
'neighbors':
utils.concatenate_list(globals.network.controller.node.neighbors),
'isBusy':
globals.network_information.controller_is_busy,
'startTime':
globals.network_information.start_time,
'isPrimaryController':
globals.network.controller.is_primary_controller,
'isStaticUpdateController':
globals.network.controller.is_static_update_controller,
'isBridgeController':
globals.network.controller.is_bridge_controller,
'awakedDelay':
globals.network_information.controller_awake_delay,
'mode':
get_network_mode()
}
return utils.format_json_result(data=json_result)
def graceful_stop_network():
logging.info('Graceful stopping the ZWave network.')
if globals.network is not None:
home_id = globals.network.home_id_str
globals.network_is_running = False
globals.network.stop()
dispatcher_utils.disconnect_dispatcher()
globals.network.destroy()
globals.network = None
logging.info('The Openzwave REST-server was stopped in a normal way')
globals.files_manager.backup_xml_config('stop', home_id)
else:
logging.info('The Openzwave REST-server is already stopped')
return utils.format_json_result()
def graceful_stop_network():
logging.info('Graceful stopping the ZWave network.')
if globals.network is not None:
home_id = globals.network.home_id_str
globals.network_is_running = False
globals.network.stop()
dispatcher_utils.disconnect_dispatcher()
globals.network.destroy()
globals.network = None
logging.info('The Openzwave REST-server was stopped in a normal way')
globals.files_manager.backup_xml_config('stop', home_id)
else:
logging.info('The Openzwave REST-server is already stopped')
return utils.format_json_result()
def refresh_all_values(node_id):
utils.check_node_exist(node_id, True)
current_node = globals.network.nodes[node_id]
counter = 0
logging.info("refresh_all_values node %s" % (node_id, ))
for value_id in current_node.get_values():
current_value = current_node.values[value_id]
if current_value.type == 'Button':
continue
if current_value.is_write_only:
continue
current_value.refresh()
counter += 1
message = 'Refreshed values count: %s' % (counter, )
return utils.format_json_result(data=message)
def refresh_all_values(node_id):
utils.check_node_exist(node_id,True)
current_node = globals.network.nodes[node_id]
counter = 0
logging.info("refresh_all_values node %s" % (node_id,))
for value_id in current_node.get_values():
current_value = current_node.values[value_id]
if current_value.type == 'Button':
continue
if current_value.is_write_only:
continue
current_value.refresh()
counter += 1
message = 'Refreshed values count: %s' % (counter,)
return utils.format_json_result(data=message)
def get_pending_changes(node_id):
utils.check_node_exist(node_id, True)
query_stage_description = globals.network.manager.getNodeQueryStage(
globals.network.home_id, node_id)
query_stage_code = globals.network.manager.getNodeQueryStageCode(
query_stage_description)
return utils.format_json_result(
data={
'statistics':
globals.network.manager.getNodeStatistics(globals.network.home_id,
node_id),
'queryStageCode':
query_stage_code,
'queryStageDescription':
query_stage_description
})
def get(self):
try:
utils.check_apikey(self.get_argument('apikey',''))
type = self.get_argument('type','')
node_id = int(self.get_argument('node_id','0'))
info = self.get_argument('info','')
action = self.get_argument('action','')
do_security = int(self.get_argument('security','0'))
if type == 'replicationSend':
utils.can_execute_command(0)
utils.check_node_exist(node_id)
logging.info('Send information from primary to secondary %s' % (node_id,))
self.write(utils.format_json_result(data=globals.network.manager.replicationSend(globals.network.home_id, node_id)))
elif type == 'info':
logging.info("Controller info "+str(info))
self.write(utils.format_json_result())
elif type == 'action':
logging.info("Controller action "+str(action))
if action in globals.CONTROLLER_REST_MAPPING:
self.write(globals.CONTROLLER_REST_MAPPING[action]())
else:
self.write(utils.format_json_result())
elif type == 'addNode':
utils.can_execute_command(0)
if do_security == 1:
do_security = True
logging.info("Start the Inclusion Process to add a Node to the Network with Security CC if the node is supports it")
else:
do_security = False
logging.info("Start the Inclusion Process to add a Node to the Network")
execution_result = globals.network.manager.addNode(globals.network.home_id, do_security)
if execution_result:
globals.network_information.actual_mode = ControllerMode.AddDevice
self.write(utils.format_json_result(data=execution_result))
elif type == 'removeNode':
utils.can_execute_command(0)
logging.info("Remove a Device from the Z-Wave Network (Started)")
execution_result = globals.network.manager.removeNode(globals.network.home_id)
if execution_result:
globals.network_information.actual_mode = ControllerMode.RemoveDevice
self.write(utils.format_json_result(data=execution_result))
else:
self.write(utils.format_json_result())
except Exception,e:
self.write(utils.format_json_result(success="error",data=str(e)))
def get_status():
json_result = {}
if globals.network is not None and globals.network.state >= globals.network.STATE_STARTED and globals.network_is_running:
json_result = {'nodesCount': globals.network.nodes_count, 'sleepingNodesCount': utils.get_sleeping_nodes_count(),
'scenesCount': globals.network.scenes_count, 'pollInterval': globals.network.manager.getPollInterval(),
'isReady': globals.network.is_ready, 'stateDescription': globals.network.state_str, 'state': globals.network.state,
'controllerCapabilities': utils.concatenate_list(globals.network.controller.capabilities),
'controllerNodeCapabilities': utils.concatenate_list(globals.network.controller.node.capabilities),
'outgoingSendQueue': globals.network.controller.send_queue_count,
'controllerStatistics': globals.network.controller.stats, 'devicePath': globals.network.controller.device,
'OpenZwaveLibraryVersion': globals.network.manager.getOzwLibraryVersionNumber(),
'PythonOpenZwaveLibraryVersion': globals.network.manager.getPythonLibraryVersionNumber(),
'neighbors': utils.concatenate_list(globals.network.controller.node.neighbors),
'isBusy': globals.network_information.controller_is_busy, 'startTime': globals.network_information.start_time,
'isPrimaryController': globals.network.controller.is_primary_controller,
'isStaticUpdateController': globals.network.controller.is_static_update_controller,
'isBridgeController': globals.network.controller.is_bridge_controller,
'awakedDelay': globals.network_information.controller_awake_delay, 'mode': get_network_mode()
}
return utils.format_json_result(data=json_result)
def heal_network():
utils.can_execute_command(0)
logging.info("Heal network by requesting node's rediscover their neighbors")
for node_id in list(globals.network.nodes):
if node_id in globals.not_supported_nodes:
logging.debug("skip not supported (nodeId: "+str(node_id)+")")
continue
if globals.network.nodes[node_id].is_failed:
logging.debug("skip presume dead (nodeId: "+str(node_id)+")")
continue
if globals.network.nodes[node_id].query_stage != "Complete":
logging.debug("skip query stage not complete (nodeId:"+str(node_id)+")")
continue
if globals.network.nodes[node_id].generic == 1:
logging.debug("skip Remote controller (nodeId: "+str(node_id)+") (they don't have neighbors)")
continue
if node_id in globals.disabled_nodes:
continue
globals.network.manager.healNetworkNode(globals.network.home_id, node_id, False)
return utils.format_json_result()
def heal_network():
if not network_utils.can_execute_network_command(0):
raise Exception('Controller is busy')
logging.info("Heal network by requesting node's rediscover their neighbors")
for node_id in list(globals.network.nodes):
if node_id in globals.not_supported_nodes:
logging.debug("skip not supported (nodeId: "+str(node_id)+")")
continue
if globals.network.nodes[node_id].is_failed:
logging.debug("skip presume dead (nodeId: "+str(node_id)+")")
continue
if globals.network.nodes[node_id].query_stage != "Complete":
logging.debug("skip query stage not complete (nodeId:"+str(node_id)+")")
continue
if globals.network.nodes[node_id].generic == 1:
logging.debug("skip Remote controller (nodeId: "+str(node_id)+") (they don't have neighbors)")
continue
if node_id in globals.disabled_nodes:
continue
globals.network.manager.healNetworkNode(globals.network.home_id, node_id, False)
return utils.format_json_result()
def ghost_killer(node_id):
logging.info('Remove cc 0x84 (wake_up) for a ghost device: %s' %
(node_id, ))
filename = globals.data_folder + "/zwcfg_" + globals.network.home_id_str + ".xml"
globals.network_is_running = False
globals.network.stop()
logging.info('ZWave network is now stopped')
time.sleep(5)
found = False
message = None
tree = etree.parse(filename)
namespace = tree.getroot().tag[1:].split("}")[0]
node = tree.find("{%s}Node[@id='%s']" % (
namespace,
node_id,
))
if node is None:
message = 'node not found'
else:
command_classes = node.find(".//{%s}CommandClasses" % namespace)
if command_classes is None:
message = 'commandClasses not found'
else:
for command_Class in command_classes.findall(
".//{%s}CommandClass" % namespace):
if int(command_Class.get("id")
[:7]) == globals.COMMAND_CLASS_WAKE_UP:
command_classes.remove(command_Class)
found = True
break
if found:
config_file = open(filename, "w")
config_file.write('<?xml version="1.0" encoding="utf-8" ?>\n')
config_file.writelines(etree.tostring(tree, pretty_print=True))
config_file.close()
else:
message = 'commandClass wake_up not found'
globals.ghost_node_id = node_id
network_utils.start_network()
return utils.format_json_result(found, message)
def add_assoc(node_id, group, target_id,instance,action): utils.can_execute_command(0) utils.check_node_exist(node_id) if action == 'add': utils.check_node_exist(target_id) logging.info(action + ' assoc to nodeId: ' + str(node_id) + ' in group ' + str(group) + ' with nodeId: ' + str( node_id) + ' on instance ' + str(instance)) if node_id not in globals.pending_associations: globals.pending_associations[node_id] = dict() if action == 'remove': globals.pending_associations[node_id][group] = PendingAssociation(pending_added=None, pending_removed=target_id,timeout=0) if instance < 1: globals.network.manager.removeAssociation(globals.network.home_id, node_id, group, target_id) else: globals.network.manager.removeAssociation(globals.network.home_id, node_id, group, target_id, instance) if action == 'add': globals.pending_associations[node_id][group] = PendingAssociation(pending_added=target_id, pending_removed=None,timeout=0) if instance < 1: globals.network.manager.addAssociation(globals.network.home_id, node_id, group, target_id) else: globals.network.manager.addAssociation(globals.network.home_id, node_id, group, target_id, instance) return utils.format_json_result()
def get_nodes_list():
nodes_list = {'updateTime': int(time.time())}
nodes_data = {}
for node_id in list(globals.network.nodes):
my_node = globals.network.nodes[node_id]
json_node = {}
try:
manufacturer_id = int(my_node.manufacturer_id, 16)
except ValueError:
manufacturer_id = None
try:
product_id = int(my_node.product_id, 16)
except ValueError:
product_id = None
try:
product_type = int(my_node.product_type, 16)
except ValueError:
product_type = None
node_name = my_node.name
node_location = my_node.location
if utils.is_none_or_empty(node_name):
node_name = 'Unknown'
if globals.network.controller.node_id == node_id:
node_name = my_node.product_name
node_location = 'Jeedom'
json_node['description'] = {'name': node_name, 'location': node_location,'product_name': my_node.product_name,'is_static_controller': my_node.basic == 2,'is_enable': int(node_id) not in globals.disabled_nodes}
json_node['product'] = {'manufacturer_id': manufacturer_id,'product_type': product_type,'product_id': product_id,'is_valid': manufacturer_id is not None and product_id is not None and product_type is not None}
instances = []
for value_id in my_node.get_values(genre='User'):
if my_node.values[value_id].instance in instances:
continue
instances.append(my_node.values[value_id].instance)
json_node['multi_instance'] = {'support': globals.COMMAND_CLASS_MULTI_CHANNEL in my_node.command_classes,'instances': len(instances)}
json_node['capabilities'] = {'isListening': my_node.is_listening_device,'isRouting': my_node.is_routing_device,'isBeaming': my_node.is_beaming_device,'isFlirs': my_node.is_frequent_listening_device}
nodes_data[node_id] = json_node
nodes_list['devices'] = nodes_data
return utils.format_json_result(data=nodes_list)
def get_oz_backups(): return utils.format_json_result(data=globals.files_manager.get_openzwave_backups())
def transfer_primary_role():
if not network_utils.can_execute_network_command(0):
raise Exception('Controller is bussy')
logging.info("Transfer Primary Role")
return utils.format_json_result(data=globals.network.manager.transferPrimaryRole(globals.network.home_id))
def create_new_primary():
if not network_utils.can_execute_network_command(0):
raise Exception('Controller is busy')
logging.info("Add a new controller to the Z-Wave network")
return utils.format_json_result(data=globals.network.manager.createNewPrimary(globals.network.home_id))
def test_node(node_id, count=3):
utils.can_execute_command()
utils.check_node_exist(node_id, True)
globals.network.manager.testNetworkNode(globals.network.home_id, node_id,
count)
return utils.format_json_result()
def receive_configuration():
if not network_utils.can_execute_network_command(0):
raise Exception('Controller is busy')
logging.info("Receive Configuration")
return utils.format_json_result(data=globals.network.manager.receiveConfiguration(globals.network.home_id))
def cancel_command(): if globals.network.manager.cancelControllerCommand(globals.network.home_id): globals.network_information.controller_is_busy = False return utils.format_json_result()
def replace_failed(node_id):
utils.check_node_exist(node_id,True)
logging.info("replace_failed_node node %s" % (node_id,))
return utils.format_json_result(data=globals.network.manager.replaceFailedNode(globals.network.home_id, node_id))
def assign_return_route(node_id):
logging.info("Ask Node (%s) to update its Return Route to the Controller" % (node_id,))
return utils.format_json_result(data=globals.network.manager.assignReturnRoute(globals.network.home_id, node_id))
def get_nodes_list():
nodes_list = {'updateTime': int(time.time())}
nodes_data = {}
for node_id in list(globals.network.nodes):
my_node = globals.network.nodes[node_id]
json_node = {}
try:
manufacturer_id = int(my_node.manufacturer_id, 16)
except ValueError:
manufacturer_id = None
try:
product_id = int(my_node.product_id, 16)
except ValueError:
product_id = None
try:
product_type = int(my_node.product_type, 16)
except ValueError:
product_type = None
node_name = my_node.name
node_location = my_node.location
if utils.is_none_or_empty(node_name):
node_name = 'Unknown'
if globals.network.controller.node_id == node_id:
node_name = my_node.product_name
node_location = 'Jeedom'
json_node['description'] = {
'name': node_name,
'location': node_location,
'product_name': my_node.product_name,
'is_static_controller': my_node.basic == 2,
'is_enable': int(node_id) not in globals.disabled_nodes
}
json_node['product'] = {
'manufacturer_id':
manufacturer_id,
'product_type':
product_type,
'product_id':
product_id,
'is_valid':
manufacturer_id is not None and product_id is not None
and product_type is not None
}
instances = []
for value_id in my_node.get_values(genre='User'):
if my_node.values[value_id].instance in instances:
continue
instances.append(my_node.values[value_id].instance)
json_node['multi_instance'] = {
'support': COMMAND_CLASS_MULTI_CHANNEL in my_node.command_classes,
'instances': len(instances)
}
json_node['capabilities'] = {
'isListening': my_node.is_listening_device,
'isRouting': my_node.is_routing_device,
'isBeaming': my_node.is_beaming_device,
'isFlirs': my_node.is_frequent_listening_device
}
nodes_data[node_id] = json_node
nodes_list['devices'] = nodes_data
return utils.format_json_result(data=nodes_list)
def get_health(node_id): return utils.format_json_result(data=serialization.serialize_node_to_json(node_id))
def test_node(node_id, count=3): utils.can_execute_command() utils.check_node_exist(node_id,True) globals.network.manager.testNetworkNode(globals.network.home_id, node_id, count) return utils.format_json_result()
def request_neighbour_update(node_id):
utils.check_node_exist(node_id,True)
logging.info("request_node_neighbour_update for node %s" % (node_id,))
return utils.format_json_result(data=globals.network.manager.requestNodeNeighborUpdate(globals.network.home_id, node_id))
def remove_failed(node_id):
logging.info("Remove a failed node %s" % (node_id,))
return utils.format_json_result(data=globals.network.manager.removeFailedNode(globals.network.home_id, node_id))
def heal(node_id,perform_return_routes_initialization=False):
utils.check_node_exist(node_id,True)
logging.info("Heal network node (%s) by requesting the node rediscover their neighbors" % (node_id,))
globals.network.manager.healNetworkNode(globals.network.home_id, node_id, perform_return_routes_initialization)
return utils.format_json_result()
def serial_api_soft_reset(): globals.network.controller.soft_reset() return utils.format_json_result()
def get_oz_backups():
return utils.format_json_result(
data=globals.files_manager.get_openzwave_backups())
def has_failed(node_id):
utils.check_node_exist(node_id,True)
logging.info("has_node_failed node %s" % (node_id,))
return utils.format_json_result(data=globals.network.manager.hasNodeFailed(globals.network.home_id, node_id))
def get_oz_config(): utils.write_config() filename = globals.data_folder + "/zwcfg_" + globals.network.home_id_str + ".xml" with open(filename, "r") as ins: content = ins.read() return utils.format_json_result(data=content)
def get_pending_changes(node_id):
utils.check_node_exist(node_id,True)
query_stage_description = globals.network.manager.getNodeQueryStage(globals.network.home_id, node_id)
query_stage_code = globals.network.manager.getNodeQueryStageCode(query_stage_description)
return utils.format_json_result(data={'statistics': globals.network.manager.getNodeStatistics(globals.network.home_id, node_id), 'queryStageCode': query_stage_code, 'queryStageDescription': query_stage_description})
def send_information(node_id):
utils.check_node_exist(node_id,True)
logging.info("send_node_information node %s" % (node_id,))
return utils.format_json_result(data=globals.network.manager.sendNodeInformation(globals.network.home_id, node_id))
def refresh_info(node_id):
utils.check_node_exist(node_id, True)
logging.info("refresh_node_info node %s" % (node_id, ))
return utils.format_json_result(
data=globals.network.manager.refreshNodeInfo(globals.network.home_id,
node_id))
def assign_return_route(node_id):
logging.info("Ask Node (%s) to update its Return Route to the Controller" %
(node_id, ))
return utils.format_json_result(
data=globals.network.manager.assignReturnRoute(globals.network.home_id,
node_id))
def refresh_dynamic(node_id):
globals.network.manager.requestNodeDynamic(globals.network.home_id, node_id)
globals.network.nodes[node_id].last_update = time.time()
logging.info("Fetch the dynamic command class data for the node %s" % (node_id,))
return utils.format_json_result()
def test(node_id): utils.check_node_exist(node_id,True) globals.network.manager.testNetworkNode(globals.network.home_id, node_id, 3) return utils.format_json_result()
def get_oz_config():
utils.write_config()
filename = globals.data_folder + "/zwcfg_" + globals.network.home_id_str + ".xml"
with open(filename, "r") as ins:
content = ins.read()
return utils.format_json_result(data=content)
def refresh_info(node_id):
utils.check_node_exist(node_id,True)
logging.info("refresh_node_info node %s" % (node_id,))
return utils.format_json_result(data=globals.network.manager.refreshNodeInfo(globals.network.home_id, node_id))
