def saveMqttData(self, p_json):
"""Mqtt data is returned, so update the info.
"""
l_json = JsonUnicode().decode_json(p_json)
l_delete = l_json['Delete']
l_ix = int(l_json['Key'])
if l_delete:
try:
del self.m_pyhouse_obj.Computer.Mqtt.Brokers
except AttributeError:
LOG.error(
"web_mqtt - Failed to delete - JSON: {0:}".format(l_json))
return
try:
l_obj = self.m_pyhouse_obj.Computer.Mqtt.Brokers[l_ix]
except KeyError:
LOG.warning('Creating a new Mqtt Broker Key: {}'.format(l_ix))
l_obj = MqttBrokerData()
#
LOG.info('JSON {}'.format(l_json))
l_obj.Name = l_json['Name']
l_obj.Active = l_json['Active']
l_obj.Key = l_ix
l_obj.UUID = Uuid.make_valid(l_json['UUID'])
l_obj.BrokerAddress = l_json['BrokerAddress']
l_obj.BrokerPort = l_json['BrokerPort']
self.m_pyhouse_obj.Computer.Mqtt.Brokers[l_obj.Key] = l_obj
def test_04_Add(self):
l_obj_0 = UuidData()
l_obj_0.UUID = '12345678-dead-beef-dead-fedcba987654'
l_obj_0.UuidType = 'House'
Uuid.add_uuid(self.m_pyhouse_obj, l_obj_0)
print(PrettyFormatAny.form(self.m_pyhouse_obj.Uuids, 'B1-4-A one'))
self.assertEqual(self.m_pyhouse_obj.Uuids[l_obj_0.UUID].UuidType,
l_obj_0.UuidType)
#
l_obj_1 = UuidData()
l_obj_1.UUID = '01234567-dead-beef-dead-fedcba987654'
l_obj_1.UuidType = 'Room'
Uuid.add_uuid(self.m_pyhouse_obj, l_obj_1)
print(PrettyFormatAny.form(self.m_pyhouse_obj.Uuids, 'B1-4-B two'))
self.assertEqual(self.m_pyhouse_obj.Uuids[l_obj_1.UUID].UuidType,
l_obj_1.UuidType)
def saveMqttData(self, p_json):
"""Mqtt data is returned, so update the info.
"""
l_json = JsonUnicode().decode_json(p_json)
l_delete = l_json['Delete']
l_ix = int(l_json['Key'])
if l_delete:
try:
del self.m_pyhouse_obj.Computer.Mqtt.Brokers
except AttributeError:
LOG.error("web_mqtt - Failed to delete - JSON: {0:}".format(l_json))
return
try:
l_obj = self.m_pyhouse_obj.Computer.Mqtt.Brokers[l_ix]
except KeyError:
LOG.warning('Creating a new Mqtt Broker Key: {}'.format(l_ix))
l_obj = MqttBrokerData()
#
LOG.info('JSON {}'.format(l_json))
l_obj.Name = l_json['Name']
l_obj.Active = l_json['Active']
l_obj.Key = l_ix
l_obj.UUID = Uuid.make_valid(l_json['UUID'])
l_obj.BrokerAddress = l_json['BrokerAddress']
l_obj.BrokerPort = l_json['BrokerPort']
self.m_pyhouse_obj.Computer.Mqtt.Brokers[l_obj.Key] = l_obj
def create_computer(_p_pyhouse_obj):
l_xml = ComputerInformation()
l_xml.Name = platform.node()
l_xml.Key = 0
l_xml.Active = True
l_xml.UUID = Uuid.create_uuid()
LOG.warn('Created a new UUID for computer!')
return l_xml
def get_uuid_from_xml(p_xml, p_name):
"""
UUIDs are always an element.
"""
l_xml = XML.get_any_field(p_xml, p_name)
if l_xml is None or len(l_xml) != 36:
l_xml = Uuid.create_uuid()
LOG.error(
"A valid UUID was not found for {} - generating a new one. {}".
format(p_name, l_xml))
return l_xml
def _read_all_thermostats_xml(p_pyhouse_obj, p_xml):
l_dict = {}
l_count = 0
try:
for l_xml in p_xml.iterfind('Thermostat'):
l_obj = Utility._read_one_thermostat_xml(p_pyhouse_obj, l_xml)
l_obj.Key = l_count
l_dict[l_count] = l_obj
p_pyhouse_obj.Uuids[l_obj.UUID] = UtilUuid.add_uuid(
p_pyhouse_obj, 'Thermostat')
l_count += 1
except AttributeError as e_err:
LOG.error('Reading Hvac.Thermostat information - {}'.format(e_err))
LOG.info("Loaded {} Thermostats".format(l_count))
return l_dict
def write_base_object_xml(p_element_name, p_object):
"""
Note that UUID is optional.
@param p_element_name: is the name of the XML element (Light, Button, etc.)
@param p_object: is the device object that contains the info to be written.
@return: An Element with Attributes filled in and perhaps sub-elements attached
"""
l_elem = ET.Element(p_element_name)
try:
PutGetXML.put_text_attribute(l_elem, 'Name', p_object.Name)
PutGetXML.put_int_attribute(l_elem, 'Key', p_object.Key)
PutGetXML.put_bool_attribute(l_elem, 'Active', p_object.Active)
except AttributeError as e_err:
PutGetXML.put_text_attribute(l_elem, 'Error: ', e_err)
try:
PutGetXML.put_uuid_element(l_elem, 'UUID', p_object.UUID)
except AttributeError:
PutGetXML.put_uuid_element(l_elem, 'UUID', 'No UUID Given')
LOG.error('UUID missing for {}'.format(p_object.Name))
l_UUID = Uuid.make_valid('246')
PutGetXML.put_uuid_element(l_elem, 'UUID', l_UUID)
return l_elem
def read_all_lights_xml(p_pyhouse_obj, p_light_sect_xml):
"""
@param p_pyhouse_obj: is the master information store
@param p_light_sect_xml: the "LightSection" of the config
@param p_version: is the XML version of the file to use.
@return: a dict of lights info
"""
l_count = 0
l_dict = {}
try:
for l_xml in p_light_sect_xml.iterfind('Light'):
l_obj = Utility._read_one_light_xml(p_pyhouse_obj, l_xml)
l_obj.Key = l_count # Renumber
l_dict[l_count] = l_obj
p_pyhouse_obj.Uuids[l_obj.UUID] = UtilUuid.add_uuid(p_pyhouse_obj, 'Light')
l_count += 1
except AttributeError as e_err: # No Lights section
LOG.warning('Lighting_Lights - No Lights defined - {}'.format(e_err))
# print('XXX-1', e_err)
l_dict = {}
LOG.info("Loaded {} Lights".format(l_count))
return l_dict
def _get_one_interface(p_interface_name):
""" Gather the information about a single interface given the interface name.
Only UP interfaces return data, apparently,
"""
l_interface = NodeInterfaceData()
l_interface.Name = p_interface_name
l_interface.Active = True
l_interface.Key = 0
l_interface.UUID = toolUuid.create_uuid()
l_interface.NodeInterfaceType = 'Other'
l_afList = Interfaces._find_addr_lists(p_interface_name)
for l_afID in l_afList.iterkeys():
l_v4 = []
l_v6 = []
l_afName = Interfaces._find_addr_family_name(l_afID)
if l_afName == 'AF_PACKET':
l_interface.MacAddress = l_afList[l_afID]
if l_afName == 'AF_INET':
l_v4 = Interfaces._get_address_list_INET(l_afList[l_afID])
l_interface.V4Address = l_v4
if l_afName == 'AF_INET6':
l_v6 = Interfaces._get_address_list_INET6(l_afList[l_afID])
l_interface.V6Address = l_v6
return l_interface, l_v4, l_v6
def test_03_Valid(self):
l_test = '12345678-dead-beef-dead-fedcba987654'
l_uuid = Uuid.make_valid(l_test)
# print('UUID = {}'.format(l_uuid))
self.assertEqual(l_uuid, l_test)
def test_02_Invalid(self):
l_test = '123456'
l_uuid = Uuid.make_valid(l_test)
# print('UUID = {}'.format(l_uuid))
self.assertNotEqual(l_uuid, l_test)
def test_01_None(self):
l_test = None
l_uuid = Uuid.make_valid(l_test)
# print('UUID = {}'.format(l_uuid))
self.assertNotEqual(l_uuid, l_test)
def test_03_Valid(self):
l_test = '12345678-dead-beef-dead-fedcba987654'
l_uuid = Uuid.make_valid(l_test)
# print('UUID = {}'.format(l_uuid))
self.assertEqual(l_uuid, l_test)
def test_02_Invalid(self):
l_test = '123456'
l_uuid = Uuid.make_valid(l_test)
# print('UUID = {}'.format(l_uuid))
self.assertNotEqual(l_uuid, l_test)
def test_01_None(self):
l_test = None
l_uuid = Uuid.make_valid(l_test)
# print('UUID = {}'.format(l_uuid))
self.assertNotEqual(l_uuid, l_test)
