def get_room_info(p_obj, p_json_decoded):
l_coords = CoordinateData()
l_coords.X_Easting = p_json_decoded['RoomCoords'][0]
l_coords.Y_Northing = p_json_decoded['RoomCoords'][1]
l_coords.Z_Height = p_json_decoded['RoomCoords'][2]
p_obj.RoomCoords = l_coords
p_obj.RoomName = p_json_decoded['RoomName']
p_obj.RoomUUID = p_json_decoded['RoomUUID']
return p_obj
def get_coords_from_xml(p_xml, p_name):
def _get_float(p_field):
l_fld = str.strip(p_field, '" ')
l_fld = str.strip(l_fld, "' ")
l_flt = float(l_fld)
return l_flt
l_ret = CoordinateData()
l_raw = XML.get_any_field(p_xml, p_name)
# LOG.info('Name:{}; Field:{}'.format(p_name, l_raw))
try:
l_raw = str.strip(l_raw, ' []')
l_field = str.split(l_raw, ',')
l_ret.X_Easting = _get_float(l_field[0])
l_ret.Y_Northing = _get_float(l_field[1])
l_ret.Z_Height = _get_float(l_field[2])
except:
l_ret.X_Easting = 0.0
l_ret.Y_Northing = 0.0
l_ret.Z_Height = 0.0
return l_ret
def get_coords_from_xml(p_xml, p_name):
def _get_float(p_field):
l_fld = str.strip(p_field, '\"\' ')
l_flt = float(l_fld)
return l_flt
l_ret = CoordinateData()
l_raw = XML.get_any_field(p_xml, p_name)
# LOG.info('Name:{}; Field:{}'.format(p_name, l_raw))
try:
l_raw = str.strip(l_raw, ' \"\'[]')
l_field = str.split(l_raw, ',')
l_ret.X_Easting = _get_float(l_field[0])
l_ret.Y_Northing = _get_float(l_field[1])
l_ret.Z_Height = _get_float(l_field[2])
except Exception as e_err:
l_ret.X_Easting = 0.0
l_ret.Y_Northing = 0.0
l_ret.Z_Height = 0.0
LOG.error('CoOrd Error {}'.format(e_err))
return l_ret
def get_coords_from_xml(p_xml, p_name):
def _get_float(p_field):
l_fld = str.strip(p_field, '\"\' ')
l_flt = float(l_fld)
return l_flt
l_ret = CoordinateData()
l_raw = XML.get_any_field(p_xml, p_name)
# LOG.info('Name:{}; Field:{}'.format(p_name, l_raw))
try:
l_raw = str.strip(l_raw, ' \"\'[]')
l_field = str.split(l_raw, ',')
l_ret.X_Easting = _get_float(l_field[0])
l_ret.Y_Northing = _get_float(l_field[1])
l_ret.Z_Height = _get_float(l_field[2])
except Exception as _e_err:
l_ret.X_Easting = 0.0
l_ret.Y_Northing = 0.0
l_ret.Z_Height = 0.0
# LOG.error('CoOrd Error {}'.format(e_err))
return l_ret
def _get_coords(p_coords):
""" get CordinateData() from JSON data returned from the browser
@param p_str: Json returns a list of X, Y and Z values.
It should look like >> [ 1, 2.2, 33.44 ] but it could be deformed by the user.
@return: a CoordinateData() object filled in.
"""
l_ret = CoordinateData()
if isinstance(p_coords, list):
l_list = p_coords
else:
l_list = p_coords.strip('\[\]')
l_list = l_list.split(',')
try:
l_ret.X_Easting = float(l_list[0])
l_ret.Y_Northing = float(l_list[1])
l_ret.Z_Height = float(l_list[2])
except Exception as e_err:
print('Error {}'.format(e_err))
l_ret.X_Easting = 0.0
l_ret.Y_Northing = 0.0
l_ret.Z_Height = 0.0
return l_ret
def saveLightData(self, p_json):
"""A new/changed light is returned. Process it and update the internal data via light_xxxx.py
"""
l_json = JsonUnicode().decode_json(p_json)
l_delete = l_json['Delete']
l_light_ix = int(l_json['Key'])
if l_delete:
try:
del self.m_pyhouse_obj.House.Lighting.Lights[l_light_ix]
except AttributeError:
LOG.error("web_lights - Failed to delete - JSON: {0:}".format(
l_json))
return
try:
l_obj = self.m_pyhouse_obj.House.Lighting.Lights[l_light_ix]
except KeyError:
LOG.warning(
'Creating a new light for light {0:}'.format(l_light_ix))
l_obj = lighting_lights.LightData()
#
l_obj.Name = l_json['Name']
l_obj.Active = l_json['Active']
l_obj.Key = l_light_ix
l_obj.Comment = l_json['Comment']
l_coords = CoordinateData()
l_coords.X_Easting = l_json['RoomCoords'][0]
l_coords.Y_Northing = l_json['RoomCoords'][1]
l_coords.Z_Height = l_json['RoomCoords'][2]
l_obj.RoomCoords = l_coords
l_obj.IsDimmable = l_json['IsDimmable']
l_obj.DeviceFamily = l_json['DeviceFamily']
l_obj.RoomName = l_json['RoomName']
l_obj.LightingType = l_json['LightingType']
l_obj.UUID = l_json['UUID']
# if len(l_obj.UUID) < 8:
# l_obj.UUID = str(uuid.uuid1())
if l_obj.DeviceFamily == 'Insteon':
Insteon_utils.Util().get_json_data(l_obj, l_json)
elif l_obj.DeviceFamily == 'UPB':
l_obj.UPBAddress = l_json['UPBAddress']
l_obj.UPBPassword = l_json['UPBPassword']
l_obj.UPBNetworkID = l_json['UPBNetworkID']
self.m_pyhouse_obj.House.Lighting.Lights[l_light_ix] = l_obj
def saveLightData(self, p_json):
"""A new/changed light is returned. Process it and update the internal data via light_xxxx.py
"""
l_json = JsonUnicode().decode_json(p_json)
print(PrettyFormatAny.form(l_json, 'JSON'))
l_delete = l_json['Delete']
l_light_ix = int(l_json['Key'])
if l_delete:
try:
del self.m_pyhouse_obj.House.Lighting.Lights[l_light_ix]
except AttributeError:
LOG.error("web_lights - Failed to delete - JSON: {0:}".format(l_json))
return
try:
l_obj = self.m_pyhouse_obj.House.Lighting.Lights[l_light_ix]
except KeyError:
LOG.warning('Creating a new light for light {0:}'.format(l_light_ix))
l_obj = lighting_lights.LightData()
#
l_obj.Name = l_json['Name']
l_obj.Active = l_json['Active']
l_obj.Key = l_light_ix
l_obj.Comment = l_json['Comment']
l_coords = CoordinateData()
l_coords.X_Easting = l_json['RoomCoords'][0]
l_coords.Y_Northing = l_json['RoomCoords'][1]
l_coords.Z_Height = l_json['RoomCoords'][2]
l_obj.RoomCoords = l_coords
l_obj.IsDimmable = l_json['IsDimmable']
l_obj.DeviceFamily = l_json['DeviceFamily']
l_obj.RoomName = l_json['RoomName']
l_obj.LightingType = l_json['LightingType']
l_obj.UUID = l_json['UUID']
# if len(l_obj.UUID) < 8:
# l_obj.UUID = str(uuid.uuid1())
if l_obj.DeviceFamily == 'Insteon':
Insteon_utils.Util().get_json_data(l_obj, l_json)
elif l_obj.DeviceFamily == 'UPB':
l_obj.UPBAddress = l_json['UPBAddress']
l_obj.UPBPassword = l_json['UPBPassword']
l_obj.UPBNetworkID = l_json['UPBNetworkID']
self.m_pyhouse_obj.House.Lighting.Lights[l_light_ix] = l_obj