def _read_one_schedule(p_schedule_element):
l_obj = Xml._read_one_base_schedule(p_schedule_element)
if l_obj.ScheduleType == 'Lighting':
l_type = Xml._read_one_lighting_schedule(p_schedule_element)
else:
LOG.error('ERROR - invalid device found - {} for {}'.format(l_obj.ScheduleType, l_obj.Name))
l_type = {}
stuff_new_attrs(l_obj, l_type)
return l_obj
def _read_one_schedule(p_schedule_element):
l_obj = Xml._read_one_base_schedule(p_schedule_element)
if l_obj.ScheduleType == 'Lighting':
l_type = Xml._read_one_lighting_schedule(p_schedule_element)
else:
LOG.error('ERROR - invalid device found - {} for {}'.format(
l_obj.ScheduleType, l_obj.Name))
l_type = {}
stuff_new_attrs(l_obj, l_type)
return l_obj
def test_01_StuffAttrs(self):
l_objA = CoreLightingData()
l_objA.Name = 'Test 1A'
# print(PrettyFormatAny.form(l_objA, 'Obj A'))
l_objB = LocationData()
l_objB.Street = 'Some road'
# print(PrettyFormatAny.form(l_objB, 'Obj B', 120))
#
stuff_new_attrs(l_objA, l_objB)
# print(PrettyFormatAny.form(l_objA, 'Result B stuffed into A', 120))
self.assertEqual(l_objA.Street, 'Some road')
def test_01_StuffAttrs(self):
l_objA = CoreLightingData()
l_objA.Name = 'Test 1A'
# print(PrettyFormatAny.form(l_objA, 'Obj A'))
l_objB = LocationData()
l_objB.Street = 'Some road'
# print(PrettyFormatAny.form(l_objB, 'Obj B', 120))
#
stuff_new_attrs(l_objA, l_objB)
# print(PrettyFormatAny.form(l_objA, 'Result B stuffed into A', 120))
self.assertEqual(l_objA.Street, 'Some road')
def ReadXml(p_device_obj, p_in_xml):
"""
@param p_in_xml: is the e-tree XML house object
@param p_house: is the text name of the House.
@return: a dict of the entry to be attached to a house object.
"""
l_obj = UPBData()
l_obj.UPBAddress = PutGetXML.get_int_from_xml(p_in_xml, 'UPBAddress', 255)
l_obj.UPBNetworkID = PutGetXML.get_int_from_xml(p_in_xml, 'UPBNetworkID')
l_obj.UPBPassword = PutGetXML.get_int_from_xml(p_in_xml, 'UPBPassword')
stuff_new_attrs(p_device_obj, l_obj)
return l_obj # for testing
def ReadXml(p_device_obj, p_in_xml):
"""
A method to extract Insteon specific elements and insert them into an Insteon data object.
We do this to keep the Insteon Data encapsulated.
@param p_in_xml: is the device's XML element
@param p_device_obj : is the Basic Object that will have the extracted elements inserted into.
@return: a dict of the extracted Insteon Specific data.
"""
l_insteon_obj = Xml._read_insteon(p_in_xml)
stuff_new_attrs(p_device_obj, l_insteon_obj)
return l_insteon_obj # For testing only
def ReadXml(p_device_obj, p_in_xml):
"""
@param p_in_xml: is the e-tree XML house object
@param p_house: is the text name of the House.
@return: a dict of the entry to be attached to a house object.
"""
l_obj = UPBData()
l_obj.UPBAddress = PutGetXML.get_int_from_xml(p_in_xml, 'UPBAddress',
255)
l_obj.UPBNetworkID = PutGetXML.get_int_from_xml(
p_in_xml, 'UPBNetworkID')
l_obj.UPBPassword = PutGetXML.get_int_from_xml(p_in_xml, 'UPBPassword')
stuff_new_attrs(p_device_obj, l_obj)
return l_obj # for testing
def read_interface_xml(p_controller_obj, p_controller_xml):
"""Update the controller object by extracting the passed in XML.
"""
if p_controller_obj.InterfaceType == 'Ethernet':
l_interface = ethernetXML.read_interface_xml(p_controller_xml)
elif p_controller_obj.InterfaceType == 'Serial':
l_interface = serialXML.read_interface_xml(p_controller_xml)
elif p_controller_obj.InterfaceType == 'USB':
l_interface = usbXML.read_interface_xml(p_controller_xml)
else:
LOG.error('Reading a controller driver interface section For {} - Unknown InterfaceType - {}'.format(p_controller_obj.Name, p_controller_obj.InterfaceType))
l_interface = None
stuff_new_attrs(p_controller_obj, l_interface)
return l_interface # for testing
def test_01_WriteSerialXml(self):
l_interface = serialXML.read_interface_xml(self.m_xml.controller)
stuff_new_attrs(self.m_controller_obj, l_interface)
l_xml = ET.Element('TestOutput')
l_xml = serialXML.write_interface_xml(l_xml, self.m_controller_obj)
# print(PrettyFormatAny.form(l_xml, "Interface"))
self.assertEqual(l_xml.find('BaudRate').text, TESTING_SERIAL_BAUD_RATE)
self.assertEqual(l_xml.find('ByteSize').text, TESTING_SERIAL_BYTE_SIZE)
self.assertEqual(l_xml.find('DsrDtr').text, TESTING_SERIAL_DSR_DTR)
self.assertEqual(l_xml.find('Parity').text, TESTING_SERIAL_PARITY)
self.assertEqual(l_xml.find('RtsCts').text, TESTING_SERIAL_RTS_CTS)
self.assertEqual(l_xml.find('StopBits').text, TESTING_SERIAL_STOP_BITS)
self.assertEqual(l_xml.find('Timeout').text, TESTING_SERIAL_TIMEOUT)
self.assertEqual(l_xml.find('XonXoff').text, TESTING_SERIAL_XON_XOFF)
def read_interface_xml(p_controller_obj, p_controller_xml):
"""Update the controller object by extracting the passed in XML.
"""
if p_controller_obj.InterfaceType == 'Ethernet':
l_interface = ethernetXML.read_interface_xml(p_controller_xml)
elif p_controller_obj.InterfaceType == 'Serial':
l_interface = serialXML.read_interface_xml(p_controller_xml)
elif p_controller_obj.InterfaceType == 'USB':
l_interface = usbXML.read_interface_xml(p_controller_xml)
else:
LOG.error(
'Reading a controller driver interface section For {} - Unknown InterfaceType - {}'
.format(p_controller_obj.Name, p_controller_obj.InterfaceType))
l_interface = None
stuff_new_attrs(p_controller_obj, l_interface)
return l_interface # for testing
def _make_message(p_pyhouse_obj, p_message=None):
"""
@param p_pyhouse_obj: is the entire PyHouse Data tree.
@param message_json: is message that is already json encoded\
@param message_obj: is additional object that will be added into the meddage as Json.
"""
l_message = MqttJson()
l_message.Sender = p_pyhouse_obj.Computer.Name
l_message.DateTime = datetime.datetime.now()
if p_message is None:
pass
elif isinstance(p_message, object):
xml_tools.stuff_new_attrs(l_message, p_message)
else:
xml_tools.stuff_new_attrs(l_message, p_message)
# print(PrettyFormatAny.form(l_message, 'Mqtt Client - Message'))
l_json = json_tools.encode_json(l_message)
return l_json
def _make_message(p_pyhouse_obj, p_message = None):
"""
@param p_pyhouse_obj: is the entire PyHouse Data tree.
@param message_json: is message that is already json encoded\
@param message_obj: is additional object that will be added into the meddage as Json.
"""
l_message = MqttJson()
l_message.Sender = p_pyhouse_obj.Computer.Name
l_message.DateTime = datetime.datetime.now()
if p_message == None:
pass
elif isinstance(p_message, object):
xml_tools.stuff_new_attrs(l_message, p_message)
else:
xml_tools.stuff_new_attrs(l_message, p_message)
# print(PrettyFormatAny.form(l_message, 'Mqtt Client - Message'))
l_json = json_tools.encode_json(l_message)
return l_json
def test_01_WriteSerialXml(self):
l_interface = serialXML.read_interface_xml(self.m_xml.controller)
stuff_new_attrs(self.m_controller_obj, l_interface)
l_xml = ET.Element('TestOutput')
l_xml = serialXML.write_interface_xml(l_xml, self.m_controller_obj)
