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 = LocationInformation()
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 get_obj_from_message(p_pyhouse_obj, p_message_addr):
""" Here we have a message from the PLM. Find out what device has that address.
@param p_message_addr: is the address portion of the message byte array from the PLM we are extracting the Insteon address from.
@return: The object that contains the address -OR- a dummy object with noname in Name
"""
l_address = Util.message2int(p_message_addr) # Extract the 3 byte address from the message and convert to an Int.
if l_address < (256 * 256): # First byte zero ?
l_dotted = str(l_address)
l_device_obj = CoreLightingData()
device_tools.stuff_new_attrs(l_device_obj, InsteonData()) # an empty new object
l_device_obj.Name = '**Group: ' + l_dotted + ' **'
else:
l_device_obj = Decode.find_address_all_classes(p_pyhouse_obj, l_address)
return l_device_obj
def find_address_all_classes(p_pyhouse_obj, p_address):
""" This will search thru all object groups that an inseton device could be in.
@return: the object that has the address or a dummy object if not found
"""
l_ret = None
l_house = p_pyhouse_obj.House
if hasattr(l_house, 'Lighting'):
if l_ret == None and l_house.Lighting.Lights != None:
l_ret = Decode._find_addr_one_class(
p_pyhouse_obj, p_pyhouse_obj.House.Lighting.Lights,
p_address)
if l_ret == None and l_house.Lighting.Controllers != None:
l_ret = Decode._find_addr_one_class(
p_pyhouse_obj, p_pyhouse_obj.House.Lighting.Controllers,
p_address)
if l_ret == None and l_house.Lighting.Buttons != None:
l_ret = Decode._find_addr_one_class(
p_pyhouse_obj, p_pyhouse_obj.House.Lighting.Buttons,
p_address)
if l_ret == None and l_house.Lighting.Outlets != None:
l_ret = Decode._find_addr_one_class(
p_pyhouse_obj, p_pyhouse_obj.House.Lighting.Outlets,
p_address)
if hasattr(l_house, 'Hvac') and hasattr(l_house.Hvac, 'Thermostats'):
if l_ret == None and l_house.Hvac.Thermostats != None:
l_ret = Decode._find_addr_one_class(
p_pyhouse_obj, p_pyhouse_obj.House.Hvac.Thermostats,
p_address)
if hasattr(l_house, 'Security'):
if hasattr(l_house.Security, 'GarageDoors'):
if l_ret == None and l_house.Security.GarageDoors != None:
l_ret = Decode._find_addr_one_class(
p_pyhouse_obj,
p_pyhouse_obj.House.Security.GarageDoors, p_address)
if hasattr(l_house.Security, 'MotionSensors'):
if l_ret == None and l_house.Security.MotionSensors != None:
l_ret = Decode._find_addr_one_class(
p_pyhouse_obj,
p_pyhouse_obj.House.Security.MotionSensors, p_address)
# Add additional classes in here
if l_ret == None:
LOG.info("WARNING - Address {} *NOT* found.".format(p_address))
l_ret = CoreLightingData()
stuff_new_attrs(l_ret, InsteonData()) # an empty new object
l_ret.Name = '**NoName-' + p_address + '-**'
return l_ret
def get_obj_from_message(self, p_pyhouse_obj, p_message_addr, offset=0):
""" Here we have a message to or from an Insteon device. Find out what device has that address.
@param p_message_addr: is the address portion of the message byte array from the PLM we are extracting the Insteon address from.
@return: The device object that contains the address -OR- a dummy object with noname in Name
"""
# LOG.debug('Addr ')
# Extract the 3 byte Insteon address from the message
l_address = extract_address_from_message(p_message_addr, offset)
if l_address.startswith('00'): # First byte zero ?
l_dotted = str(l_address)
l_device_obj = CoreLightingData()
stuff_new_attrs(l_device_obj,
InsteonData()) # an empty new object
l_device_obj.Name = '**Group: ' + l_dotted + ' **'
else:
l_device_obj = Decode.find_address_all_classes(
p_pyhouse_obj, l_address)
return l_device_obj
def find_address_all_classes(p_pyhouse_obj, p_address):
""" This will search thru all object groups that an inseton device could be in.
@return: the object that has the address or a dummy object if not found
"""
l_dotted = conversions.int2dotted_hex(p_address, 3)
l_ret = Decode._find_addr_one_class(p_pyhouse_obj, p_pyhouse_obj.House.Lighting.Lights, p_address)
if l_ret == None:
l_ret = Decode._find_addr_one_class(p_pyhouse_obj, p_pyhouse_obj.House.Lighting.Controllers, p_address)
if l_ret == None:
l_ret = Decode._find_addr_one_class(p_pyhouse_obj, p_pyhouse_obj.House.Lighting.Buttons, p_address)
if l_ret == None:
l_ret = Decode._find_addr_one_class(p_pyhouse_obj, p_pyhouse_obj.House.Hvac.Thermostats, p_address)
if l_ret == None:
l_ret = Decode._find_addr_one_class(p_pyhouse_obj, p_pyhouse_obj.House.Security.GarageDoors, p_address)
if l_ret == None:
l_ret = Decode._find_addr_one_class(p_pyhouse_obj, p_pyhouse_obj.House.Security.MotionSensors, p_address)
# Add additional classes in here
if l_ret == None:
LOG.info("WARNING - Address {} ({}) *NOT* found.".format(l_dotted, p_address))
l_ret = CoreLightingData()
device_tools.stuff_new_attrs(l_ret, InsteonData()) # an empty new object
l_ret.Name = '**NoName-' + l_dotted + '-**'
return l_ret
