~cjl/CrabtreeOn.git

			@@ -579,7 +579,7 @@
			tmp.oid = sOid;
			tmp.sid = sSid;
			tmp.name = loopCommon.Name;
			tmp.attributes = new List<FunctionSid> ();
			tmp.attributes = new List<Attribute> ();
			tmp.omodel = loopCommon.Type.ToString ();
			//继电器开关类
			if (loopCommon.Type == DeviceType.LightSwitch
			@@ -589,15 +589,15 @@
			\|\| loopCommon.Type == DeviceType.LightMixSwitch) {
			tmp.spk = "light.switch";
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "on_off";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("on");
			tempFunction.value.Add ("off");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "on_off";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("on");
			tempAttribute.value.Add ("off");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion
			} else if (loopCommon.Type == DeviceType.LightDimming
			\|\| loopCommon.Type == DeviceType.LightCCT
			@@ -605,56 +605,56 @@
			//调光类
			tmp.spk = "light.dimming";
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "on_off";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("on");
			tempFunction.value.Add ("off");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "on_off";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("on");
			tempAttribute.value.Add ("off");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion

			#region brightness
			FunctionSid tempFunction1 = new FunctionSid ();
			tempFunction1.key = "brightness";
			tempFunction1.data_type = "integer";
			tempFunction1.value = new List<string> ();
			Attribute tempAttribute1 = new Attribute ();
			tempAttribute1.key = "brightness";
			tempAttribute1.data_type = "integer";
			tempAttribute1.value = new List<string> ();

			tempFunction1.max = 100;
			tempFunction1.min = 0;
			tmp.attributes.Add (tempFunction1);
			tempAttribute1.max = 100;
			tempAttribute1.min = 0;
			tmp.attributes.Add (tempAttribute1);
			#endregion

			#region fade_time
			FunctionSid tempFunction3 = new FunctionSid ();
			tempFunction3.key = "fade_time";
			tempFunction3.data_type = "integer";
			tempFunction3.value = new List<string> ();
			//tempFunction1.value.Add("percent");
			Attribute tempAttribute3 = new Attribute ();
			tempAttribute3.key = "fade_time";
			tempAttribute3.data_type = "integer";
			tempAttribute3.value = new List<string> ();
			//tempAttribute1.value.Add("percent");
			//for (int iPercent = 0; iPercent <= 100; iPercent++)
			//{
			// tempFunction1.value.Add(iPercent.ToString());
			// tempAttribute1.value.Add(iPercent.ToString());
			//}
			tempFunction3.max = 100;
			tempFunction3.min = 0;
			tmp.attributes.Add (tempFunction3);
			tempAttribute3.max = 100;
			tempAttribute3.min = 0;
			tmp.attributes.Add (tempAttribute3);
			#endregion

			if (loopCommon.Type == DeviceType.LightCCT \|\| loopCommon.Type == DeviceType.LightDALI)//色温类别
			{
			tmp.spk = "light.cct";
			#region cct
			FunctionSid tempFunction2 = new FunctionSid ();
			tempFunction2.key = "cct";
			tempFunction2.data_type = "integer";
			tempFunction2.value = new List<string> ();
			//tempFunction2.value.Add("warm light ");
			//tempFunction2.value.Add("cold light ");
			tempFunction2.max = 65535;
			tempFunction2.min = 0;
			tmp.attributes.Add (tempFunction2);
			Attribute tempAttribute2 = new Attribute ();
			tempAttribute2.key = "cct";
			tempAttribute2.data_type = "integer";
			tempAttribute2.value = new List<string> ();
			//tempAttribute2.value.Add("warm light ");
			//tempAttribute2.value.Add("cold light ");
			tempAttribute2.max = 65535;
			tempAttribute2.min = 0;
			tmp.attributes.Add (tempAttribute2);
			#endregion
			}
			} else if (loopCommon.Type == DeviceType.LightRGB
			@@ -665,25 +665,25 @@

			tmp.spk = "light.rgb";
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "on_off";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("on");
			tempFunction.value.Add ("off");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "on_off";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("on");
			tempAttribute.value.Add ("off");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion

			#region brightness
			FunctionSid tempFunction2 = new FunctionSid ();
			tempFunction2.key = "brightness";
			tempFunction2.data_type = "integer";
			tempFunction2.value = new List<string> ();
			tempFunction2.max = 100;
			tempFunction2.min = 0;
			tmp.attributes.Add (tempFunction2);
			Attribute tempAttribute2 = new Attribute ();
			tempAttribute2.key = "brightness";
			tempAttribute2.data_type = "integer";
			tempAttribute2.value = new List<string> ();
			tempAttribute2.max = 100;
			tempAttribute2.min = 0;
			tmp.attributes.Add (tempAttribute2);
			#endregion


			@@ -691,70 +691,70 @@
			if (loopCommon.Type == DeviceType.LightRGBW) {
			tmp.spk = "light.rgbw";
			#region color
			FunctionSid tempFunction3 = new FunctionSid ();
			tempFunction3.key = "rgb";
			tempFunction3.data_type = "integer";
			tempFunction3.value = new List<string> ();
			//tempFunction2.value.Add("red");
			//tempFunction2.value.Add("green");
			//tempFunction2.value.Add("blue");
			tempFunction3.max = 255;
			tempFunction3.min = 0;
			tmp.attributes.Add (tempFunction3);
			Attribute tempAttribute3 = new Attribute ();
			tempAttribute3.key = "rgb";
			tempAttribute3.data_type = "integer";
			tempAttribute3.value = new List<string> ();
			//tempAttribute2.value.Add("red");
			//tempAttribute2.value.Add("green");
			//tempAttribute2.value.Add("blue");
			tempAttribute3.max = 255;
			tempAttribute3.min = 0;
			tmp.attributes.Add (tempAttribute3);
			#endregion
			} else {
			#region color
			FunctionSid tempFunction3 = new FunctionSid ();
			tempFunction3.key = "rgb";
			tempFunction3.data_type = "integer";
			tempFunction3.value = new List<string> ();
			tempFunction3.min = 0;
			tmp.attributes.Add (tempFunction3);
			Attribute tempAttribute3 = new Attribute ();
			tempAttribute3.key = "rgb";
			tempAttribute3.data_type = "integer";
			tempAttribute3.value = new List<string> ();
			tempAttribute3.min = 0;
			tmp.attributes.Add (tempAttribute3);
			#endregion

			}

			if (loopCommon.Type == DeviceType.LightRGBandCCT) {
			#region CCT
			FunctionSid tempFunctionCCT = new FunctionSid ();
			tempFunctionCCT.key = "cct";
			tempFunctionCCT.data_type = "integer";
			tempFunctionCCT.value = new List<string> ();
			//tempFunction2.value.Add("red");
			//tempFunction2.value.Add("green");
			//tempFunction2.value.Add("blue");
			tempFunctionCCT.max = 65535;
			tempFunctionCCT.min = 0;
			tmp.attributes.Add (tempFunctionCCT);
			Attribute tempAttributeCCT = new Attribute ();
			tempAttributeCCT.key = "cct";
			tempAttributeCCT.data_type = "integer";
			tempAttributeCCT.value = new List<string> ();
			//tempAttribute2.value.Add("red");
			//tempAttribute2.value.Add("green");
			//tempAttribute2.value.Add("blue");
			tempAttributeCCT.max = 65535;
			tempAttributeCCT.min = 0;
			tmp.attributes.Add (tempAttributeCCT);
			#endregion
			}

			} else if (loopCommon.Type == DeviceType.CurtainModel \|\| loopCommon.Type == DeviceType.CurtainRoller \|\| loopCommon.Type == DeviceType.CurtainTrietex) {
			tmp.spk = "curtain.switch";
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "on_off";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("on");
			tempFunction.value.Add ("off");
			tempFunction.value.Add ("stop");
			tempFunction.max = 2;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "on_off";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("on");
			tempAttribute.value.Add ("off");
			tempAttribute.value.Add ("stop");
			tempAttribute.max = 2;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion
			if (loopCommon.Type == DeviceType.CurtainRoller \|\| loopCommon.Type == DeviceType.CurtainTrietex)//所有卷帘控制器
			{
			tmp.spk = "curtain.trietex";
			#region openlevel
			FunctionSid tempFunction1 = new FunctionSid ();
			tempFunction1.key = "percent";
			tempFunction1.data_type = "integer";
			tempFunction1.value = new List<string> ();
			//tempFunction1.value.Add("percent");
			tempFunction1.max = 100;
			tempFunction1.min = 0;
			tmp.attributes.Add (tempFunction1);
			Attribute tempAttribute1 = new Attribute ();
			tempAttribute1.key = "percent";
			tempAttribute1.data_type = "integer";
			tempAttribute1.value = new List<string> ();
			//tempAttribute1.value.Add("percent");
			tempAttribute1.max = 100;
			tempAttribute1.min = 0;
			tmp.attributes.Add (tempAttribute1);
			#endregion
			}
			} else if (loopCommon.Type == DeviceType.ACPanel
			@@ -767,101 +767,101 @@
			//空调类
			tmp.spk = "ac.standard";
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "on_off";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("on");
			tempFunction.value.Add ("off");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "on_off";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("on");
			tempAttribute.value.Add ("off");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion

			#region mode
			FunctionSid tempFunction1 = new FunctionSid ();
			tempFunction1.key = "mode";
			tempFunction1.data_type = "integer";
			tempFunction1.value = new List<string> ();
			tempFunction1.value.Add ("cool");
			tempFunction1.value.Add ("heat");
			tempFunction1.value.Add ("fan");
			tempFunction1.value.Add ("auto");
			tempFunction1.value.Add ("dry");
			Attribute tempAttribute1 = new Attribute ();
			tempAttribute1.key = "mode";
			tempAttribute1.data_type = "integer";
			tempAttribute1.value = new List<string> ();
			tempAttribute1.value.Add ("cool");
			tempAttribute1.value.Add ("heat");
			tempAttribute1.value.Add ("fan");
			tempAttribute1.value.Add ("auto");
			tempAttribute1.value.Add ("dry");

			tempFunction1.max = 4;
			tempFunction1.min = 0;
			tmp.attributes.Add (tempFunction1);
			tempAttribute1.max = 4;
			tempAttribute1.min = 0;
			tmp.attributes.Add (tempAttribute1);
			#endregion

			#region fan
			FunctionSid tempFunction2 = new FunctionSid ();
			tempFunction2.key = "fan";
			tempFunction2.data_type = "integer";
			tempFunction2.value = new List<string> ();
			tempFunction2.value.Add ("high");
			tempFunction2.value.Add ("medium");
			tempFunction2.value.Add ("low");
			tempFunction2.value.Add ("auto");
			tempFunction2.max = 3;
			tempFunction2.min = 0;
			tmp.attributes.Add (tempFunction2);
			Attribute tempAttribute2 = new Attribute ();
			tempAttribute2.key = "fan";
			tempAttribute2.data_type = "integer";
			tempAttribute2.value = new List<string> ();
			tempAttribute2.value.Add ("high");
			tempAttribute2.value.Add ("medium");
			tempAttribute2.value.Add ("low");
			tempAttribute2.value.Add ("auto");
			tempAttribute2.max = 3;
			tempAttribute2.min = 0;
			tmp.attributes.Add (tempAttribute2);
			#endregion

			#region temp
			FunctionSid tempFunction3 = new FunctionSid ();
			tempFunction3.key = "set_temp";
			Attribute tempAttribute3 = new Attribute ();
			tempAttribute3.key = "set_temp";
			//2020 08 11 hvac 温度控制 1°-> int 0.5°->float
			//if (HVACModuleDeviceTypeList.HDLHVACwithAcControlHighPrecision.Contains(DevOnLineTmp.DeviceType))
			//{
			//20201224 设置温度数据类型统一float 伟南后续ai+数据类型网关处理
			tempFunction3.data_type = "float";
			tempAttribute3.data_type = "float";
			//}
			//else
			//{
			// tempFunction3.data_type = "integer";
			// tempAttribute3.data_type = "integer";
			//}
			tempFunction3.value = new List<string> ();
			tempFunction3.max = 30;
			tempFunction3.min = 16;
			tmp.attributes.Add (tempFunction3);
			tempAttribute3.value = new List<string> ();
			tempAttribute3.max = 30;
			tempAttribute3.min = 16;
			tmp.attributes.Add (tempAttribute3);
			#endregion

			#region temp_step
			FunctionSid tempFunction5 = new FunctionSid ();
			tempFunction5.key = "set_temp_step";
			tempFunction5.data_type = "string";
			tempFunction5.value = new List<string> ();
			tempFunction5.value.Add ("up");
			tempFunction5.value.Add ("down");
			tempFunction5.max = 1;
			tempFunction5.min = 0;
			tmp.attributes.Add (tempFunction5);
			Attribute tempAttribute5 = new Attribute ();
			tempAttribute5.key = "set_temp_step";
			tempAttribute5.data_type = "string";
			tempAttribute5.value = new List<string> ();
			tempAttribute5.value.Add ("up");
			tempAttribute5.value.Add ("down");
			tempAttribute5.max = 1;
			tempAttribute5.min = 0;
			tmp.attributes.Add (tempAttribute5);
			#endregion

			#region room_temp
			FunctionSid tempFunction6 = new FunctionSid ();
			tempFunction6.key = "room_temp";
			tempFunction6.data_type = "float";
			tempFunction6.value = new List<string> ();
			tempFunction6.max = 50;
			tempFunction6.min = -50;
			tmp.attributes.Add (tempFunction6);
			Attribute tempAttribute6 = new Attribute ();
			tempAttribute6.key = "room_temp";
			tempAttribute6.data_type = "float";
			tempAttribute6.value = new List<string> ();
			tempAttribute6.max = 50;
			tempAttribute6.min = -50;
			tmp.attributes.Add (tempAttribute6);
			#endregion

			#region swing
			FunctionSid tempFunction4 = new FunctionSid ();
			tempFunction4.key = "swing";
			tempFunction4.data_type = "string";
			tempFunction4.value = new List<string> ();
			tempFunction4.value.Add ("up_down");
			//tempFunction4.value.Add("down");
			tempFunction4.value.Add ("left_right");
			//tempFunction4.value.Add("right");
			tempFunction4.value.Add ("stop");
			tempFunction4.max = 3;
			tempFunction4.min = 0;
			tmp.attributes.Add (tempFunction4);
			Attribute tempAttribute4 = new Attribute ();
			tempAttribute4.key = "swing";
			tempAttribute4.data_type = "string";
			tempAttribute4.value = new List<string> ();
			tempAttribute4.value.Add ("up_down");
			//tempAttribute4.value.Add("down");
			tempAttribute4.value.Add ("left_right");
			//tempAttribute4.value.Add("right");
			tempAttribute4.value.Add ("stop");
			tempAttribute4.max = 3;
			tempAttribute4.min = 0;
			tmp.attributes.Add (tempAttribute4);
			#endregion

			#region lock
			@@ -872,65 +872,65 @@
			\|\| loopCommon.Type == DeviceType.FoolHeatPanel) {
			tmp.spk = "floorHeat.standard";
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "on_off";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("on");
			tempFunction.value.Add ("off");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "on_off";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("on");
			tempAttribute.value.Add ("off");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion

			#region mode
			FunctionSid tempFunction1 = new FunctionSid ();
			tempFunction1.key = "mode";
			tempFunction1.data_type = "string";
			tempFunction1.value = new List<string> ();
			tempFunction1.value.Add ("day");
			tempFunction1.value.Add ("night");
			tempFunction1.value.Add ("away");
			tempFunction1.value.Add ("normal");
			tempFunction1.value.Add ("timer");
			tempFunction1.max = 4;
			tempFunction1.min = 0;
			tmp.attributes.Add (tempFunction1);
			Attribute tempAttribute1 = new Attribute ();
			tempAttribute1.key = "mode";
			tempAttribute1.data_type = "string";
			tempAttribute1.value = new List<string> ();
			tempAttribute1.value.Add ("day");
			tempAttribute1.value.Add ("night");
			tempAttribute1.value.Add ("away");
			tempAttribute1.value.Add ("normal");
			tempAttribute1.value.Add ("timer");
			tempAttribute1.max = 4;
			tempAttribute1.min = 0;
			tmp.attributes.Add (tempAttribute1);
			#endregion

			#region temp
			FunctionSid tempFunction3 = new FunctionSid ();
			tempFunction3.key = "set_temp";
			tempFunction3.data_type = "float";
			tempFunction3.value = new List<string> ();
			//tempFunction3.value.Add("up");
			//tempFunction3.value.Add("down");
			//tempFunction3.value.Add("value");
			tempFunction3.max = 35;
			tempFunction3.min = 0;
			tmp.attributes.Add (tempFunction3);
			Attribute tempAttribute3 = new Attribute ();
			tempAttribute3.key = "set_temp";
			tempAttribute3.data_type = "float";
			tempAttribute3.value = new List<string> ();
			//tempAttribute3.value.Add("up");
			//tempAttribute3.value.Add("down");
			//tempAttribute3.value.Add("value");
			tempAttribute3.max = 35;
			tempAttribute3.min = 0;
			tmp.attributes.Add (tempAttribute3);
			#endregion

			#region temp
			FunctionSid tempFunction4 = new FunctionSid ();
			tempFunction4.key = "set_temp_step";
			tempFunction4.data_type = "string";
			tempFunction4.value = new List<string> ();
			tempFunction4.value.Add ("up");
			tempFunction4.value.Add ("down");
			tempFunction4.max = 1;
			tempFunction4.min = 0;
			tmp.attributes.Add (tempFunction4);
			Attribute tempAttribute4 = new Attribute ();
			tempAttribute4.key = "set_temp_step";
			tempAttribute4.data_type = "string";
			tempAttribute4.value = new List<string> ();
			tempAttribute4.value.Add ("up");
			tempAttribute4.value.Add ("down");
			tempAttribute4.max = 1;
			tempAttribute4.min = 0;
			tmp.attributes.Add (tempAttribute4);
			#endregion

			#region room_temp
			FunctionSid tempFunction5 = new FunctionSid ();
			tempFunction5.key = "room_temp";
			tempFunction5.data_type = "float";
			tempFunction5.value = new List<string> ();
			tempFunction5.max = 50;
			tempFunction5.min = -50;
			tmp.attributes.Add (tempFunction5);
			Attribute tempAttribute5 = new Attribute ();
			tempAttribute5.key = "room_temp";
			tempAttribute5.data_type = "float";
			tempAttribute5.value = new List<string> ();
			tempAttribute5.max = 50;
			tempAttribute5.min = -50;
			tmp.attributes.Add (tempAttribute5);
			#endregion

			#region lock
			@@ -943,455 +943,455 @@
			tmp.spk = "music.standard";
			// on_off volume song_step audio list_channel mode song_num special_song volume_level
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "on_off";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("play");
			tempFunction.value.Add ("pause");
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "on_off";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("play");
			tempAttribute.value.Add ("pause");

			//tempFunction.value.Add("play");
			//tempFunction.value.Add("stop");
			//tempFunction.value.Add("pause");
			//tempAttribute.value.Add("play");
			//tempAttribute.value.Add("stop");
			//tempAttribute.value.Add("pause");
			//play stop pause
			tempFunction.max = 2;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			tempAttribute.max = 2;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion

			#region volume
			FunctionSid tempFunction1 = new FunctionSid ();
			tempFunction1.key = "volume";
			tempFunction1.data_type = "integer";
			tempFunction1.value = new List<string> ();
			//tempFunction1.value.Add("percent");
			tempFunction1.max = 100;
			tempFunction1.min = 0;
			tmp.attributes.Add (tempFunction1);
			Attribute tempAttribute1 = new Attribute ();
			tempAttribute1.key = "volume";
			tempAttribute1.data_type = "integer";
			tempAttribute1.value = new List<string> ();
			//tempAttribute1.value.Add("percent");
			tempAttribute1.max = 100;
			tempAttribute1.min = 0;
			tmp.attributes.Add (tempAttribute1);
			#endregion

			#region volume_step
			FunctionSid tempFunction9 = new FunctionSid ();
			tempFunction9.key = "volume_step";
			tempFunction9.data_type = "string";
			tempFunction9.value = new List<string> ();
			tempFunction9.value.Add ("up");
			tempFunction9.value.Add ("down");
			tempFunction9.max = 1;
			tempFunction9.min = 0;
			tmp.attributes.Add (tempFunction9);
			Attribute tempAttribute9 = new Attribute ();
			tempAttribute9.key = "volume_step";
			tempAttribute9.data_type = "string";
			tempAttribute9.value = new List<string> ();
			tempAttribute9.value.Add ("up");
			tempAttribute9.value.Add ("down");
			tempAttribute9.max = 1;
			tempAttribute9.min = 0;
			tmp.attributes.Add (tempAttribute9);
			#endregion


			#region volume_level
			FunctionSid tempFunction10 = new FunctionSid ();
			tempFunction10.key = "volume_level";
			tempFunction10.data_type = "integer";
			tempFunction10.value = new List<string> ();
			//tempFunction1.value.Add("percent");
			tempFunction10.max = 10;
			tempFunction10.min = 0;
			tmp.attributes.Add (tempFunction10);
			Attribute tempAttribute10 = new Attribute ();
			tempAttribute10.key = "volume_level";
			tempAttribute10.data_type = "integer";
			tempAttribute10.value = new List<string> ();
			//tempAttribute1.value.Add("percent");
			tempAttribute10.max = 10;
			tempAttribute10.min = 0;
			tmp.attributes.Add (tempAttribute10);
			#endregion

			#region volume_level_step
			FunctionSid tempFunction11 = new FunctionSid ();
			tempFunction11.key = "volume_level_step";
			tempFunction11.data_type = "string";
			tempFunction11.value = new List<string> ();
			tempFunction11.value.Add ("up");
			tempFunction11.value.Add ("down");
			tempFunction11.max = 1;
			tempFunction11.min = 0;
			tmp.attributes.Add (tempFunction11);
			Attribute tempAttribute11 = new Attribute ();
			tempAttribute11.key = "volume_level_step";
			tempAttribute11.data_type = "string";
			tempAttribute11.value = new List<string> ();
			tempAttribute11.value.Add ("up");
			tempAttribute11.value.Add ("down");
			tempAttribute11.max = 1;
			tempAttribute11.min = 0;
			tmp.attributes.Add (tempAttribute11);
			#endregion

			#region treble
			FunctionSid tempFunction14 = new FunctionSid ();
			tempFunction14.key = "treble";
			tempFunction14.data_type = "integer";
			tempFunction14.max = 10;
			tempFunction14.min = -10;
			tmp.attributes.Add (tempFunction14);
			Attribute tempAttribute14 = new Attribute ();
			tempAttribute14.key = "treble";
			tempAttribute14.data_type = "integer";
			tempAttribute14.max = 10;
			tempAttribute14.min = -10;
			tmp.attributes.Add (tempAttribute14);
			#endregion

			#region treble_step
			FunctionSid tempFunction12 = new FunctionSid ();
			tempFunction12.key = "treble_step";
			tempFunction12.data_type = "string";
			tempFunction12.value = new List<string> ();
			tempFunction12.value.Add ("up");
			tempFunction12.value.Add ("down");
			tempFunction12.max = 1;
			tempFunction12.min = 0;
			tmp.attributes.Add (tempFunction12);
			Attribute tempAttribute12 = new Attribute ();
			tempAttribute12.key = "treble_step";
			tempAttribute12.data_type = "string";
			tempAttribute12.value = new List<string> ();
			tempAttribute12.value.Add ("up");
			tempAttribute12.value.Add ("down");
			tempAttribute12.max = 1;
			tempAttribute12.min = 0;
			tmp.attributes.Add (tempAttribute12);
			#endregion


			#region bass
			FunctionSid tempFunction15 = new FunctionSid ();
			tempFunction15.key = "bass";
			tempFunction15.data_type = "integer";
			tempFunction15.max = 10;
			tempFunction15.min = -10;
			tmp.attributes.Add (tempFunction15);
			Attribute tempAttribute15 = new Attribute ();
			tempAttribute15.key = "bass";
			tempAttribute15.data_type = "integer";
			tempAttribute15.max = 10;
			tempAttribute15.min = -10;
			tmp.attributes.Add (tempAttribute15);
			#endregion

			#region bass_step
			FunctionSid tempFunction13 = new FunctionSid ();
			tempFunction13.key = "bass_step";
			tempFunction13.data_type = "string";
			tempFunction13.value = new List<string> ();
			tempFunction13.value.Add ("up");
			tempFunction13.value.Add ("down");
			tempFunction13.max = 1;
			tempFunction13.min = 0;
			tmp.attributes.Add (tempFunction13);
			Attribute tempAttribute13 = new Attribute ();
			tempAttribute13.key = "bass_step";
			tempAttribute13.data_type = "string";
			tempAttribute13.value = new List<string> ();
			tempAttribute13.value.Add ("up");
			tempAttribute13.value.Add ("down");
			tempAttribute13.max = 1;
			tempAttribute13.min = 0;
			tmp.attributes.Add (tempAttribute13);
			#endregion

			#region mode
			FunctionSid tempFunction5 = new FunctionSid ();
			tempFunction5.key = "mode";
			tempFunction5.data_type = "string";
			tempFunction5.value = new List<string> ();
			Attribute tempAttribute5 = new Attribute ();
			tempAttribute5.key = "mode";
			tempAttribute5.data_type = "string";
			tempAttribute5.value = new List<string> ();
			//singel/single_circle/order/all
			//single/single_cycle/order/list_cycle/random
			tempFunction5.value.Add ("single");
			tempFunction5.value.Add ("single_cycle");
			tempFunction5.value.Add ("order");
			tempFunction5.value.Add ("list_cycle");
			tempFunction5.value.Add ("random");
			tempFunction5.max = 3;
			tempFunction5.min = 0;
			tmp.attributes.Add (tempFunction5);
			tempAttribute5.value.Add ("single");
			tempAttribute5.value.Add ("single_cycle");
			tempAttribute5.value.Add ("order");
			tempAttribute5.value.Add ("list_cycle");
			tempAttribute5.value.Add ("random");
			tempAttribute5.max = 3;
			tempAttribute5.min = 0;
			tmp.attributes.Add (tempAttribute5);
			#endregion

			#region source
			//1 = SD, 2 = External Input, 3 = FTP, 4 = Radio
			//sdcard/external_input/ftp/radio
			FunctionSid tempFunction3 = new FunctionSid ();
			tempFunction3.key = "source";
			tempFunction3.data_type = "string";
			tempFunction3.value = new List<string> ();
			tempFunction3.value.Add ("sdcard");
			tempFunction3.value.Add ("audio_in");
			tempFunction3.value.Add ("ftp");
			tempFunction3.value.Add ("radio");
			tempFunction3.value.Add ("bluetooth");
			tempFunction3.max = 3;
			tempFunction3.min = 0;
			tmp.attributes.Add (tempFunction3);
			Attribute tempAttribute3 = new Attribute ();
			tempAttribute3.key = "source";
			tempAttribute3.data_type = "string";
			tempAttribute3.value = new List<string> ();
			tempAttribute3.value.Add ("sdcard");
			tempAttribute3.value.Add ("audio_in");
			tempAttribute3.value.Add ("ftp");
			tempAttribute3.value.Add ("radio");
			tempAttribute3.value.Add ("bluetooth");
			tempAttribute3.max = 3;
			tempAttribute3.min = 0;
			tmp.attributes.Add (tempAttribute3);
			#endregion

			#region song_step
			FunctionSid tempFunction2 = new FunctionSid ();
			tempFunction2.key = "song_step";
			tempFunction2.data_type = "string";
			tempFunction2.value = new List<string> ();
			tempFunction2.value.Add ("up");
			tempFunction2.value.Add ("down");
			tempFunction2.max = 1;
			tempFunction2.min = 0;
			tmp.attributes.Add (tempFunction2);
			Attribute tempAttribute2 = new Attribute ();
			tempAttribute2.key = "song_step";
			tempAttribute2.data_type = "string";
			tempAttribute2.value = new List<string> ();
			tempAttribute2.value.Add ("up");
			tempAttribute2.value.Add ("down");
			tempAttribute2.max = 1;
			tempAttribute2.min = 0;
			tmp.attributes.Add (tempAttribute2);
			#endregion

			#region bass
			FunctionSid tempFunction16 = new FunctionSid ();
			tempFunction16.key = "playlist_name";
			tempFunction16.data_type = "string";
			tmp.attributes.Add (tempFunction16);
			Attribute tempAttribute16 = new Attribute ();
			tempAttribute16.key = "playlist_name";
			tempAttribute16.data_type = "string";
			tmp.attributes.Add (tempAttribute16);
			#endregion

			#region bass
			FunctionSid tempFunction17 = new FunctionSid ();
			tempFunction17.key = "song_name";
			tempFunction17.data_type = "string";
			tmp.attributes.Add (tempFunction17);
			Attribute tempAttribute17 = new Attribute ();
			tempAttribute17.key = "song_name";
			tempAttribute17.data_type = "string";
			tmp.attributes.Add (tempAttribute17);
			#endregion

			#region bass
			FunctionSid tempFunction19 = new FunctionSid ();
			tempFunction19.key = "song_time";
			tempFunction19.data_type = "string";
			tmp.attributes.Add (tempFunction19);
			Attribute tempAttribute19 = new Attribute ();
			tempAttribute19.key = "song_time";
			tempAttribute19.data_type = "string";
			tmp.attributes.Add (tempAttribute19);
			#endregion

			#region bass
			FunctionSid tempFunction20 = new FunctionSid ();
			tempFunction20.key = "playing_time";
			tempFunction20.data_type = "string";
			tmp.attributes.Add (tempFunction20);
			Attribute tempAttribute20 = new Attribute ();
			tempAttribute20.key = "playing_time";
			tempAttribute20.data_type = "string";
			tmp.attributes.Add (tempAttribute20);
			#endregion
			} else if (loopCommon.BigClass == 5) {
			//传感器
			if (loopCommon.Type == DeviceType.SensorMobileDetection) {
			tmp.spk = "sensor.pir";
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "enable";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("true");
			tempFunction.value.Add ("false");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "enable";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("true");
			tempAttribute.value.Add ("false");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion

			#region status
			FunctionSid tempFunction1 = new FunctionSid ();
			tempFunction1.key = "status";
			tempFunction1.data_type = "string";
			tempFunction1.value = new List<string> ();
			tempFunction1.value.Add ("true");
			tempFunction1.value.Add ("false");
			tempFunction1.max = 1;
			tempFunction1.min = 0;
			tmp.attributes.Add (tempFunction1);
			Attribute tempAttribute1 = new Attribute ();
			tempAttribute1.key = "status";
			tempAttribute1.data_type = "string";
			tempAttribute1.value = new List<string> ();
			tempAttribute1.value.Add ("true");
			tempAttribute1.value.Add ("false");
			tempAttribute1.max = 1;
			tempAttribute1.min = 0;
			tmp.attributes.Add (tempAttribute1);
			#endregion

			#region sensitivity
			FunctionSid tempFunction2 = new FunctionSid ();
			tempFunction2.key = "sensitivity";
			tempFunction2.data_type = "integer";
			tempFunction2.max = 100;
			tempFunction2.min = 0;
			tmp.attributes.Add (tempFunction2);
			Attribute tempAttribute2 = new Attribute ();
			tempAttribute2.key = "sensitivity";
			tempAttribute2.data_type = "integer";
			tempAttribute2.max = 100;
			tempAttribute2.min = 0;
			tmp.attributes.Add (tempAttribute2);
			#endregion
			}else if (loopCommon.Type == DeviceType.SensorTemperature) {
			tmp.spk = "sensor.temperature";
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "enable";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("true");
			tempFunction.value.Add ("false");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "enable";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("true");
			tempAttribute.value.Add ("false");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion

			#region temp
			FunctionSid tempFunction1 = new FunctionSid ();
			tempFunction1.key = "value"; //2020 12 22
			tempFunction1.data_type = "float";
			tempFunction1.max = 50;
			tempFunction1.min = 0;
			tmp.attributes.Add (tempFunction1);
			Attribute tempAttribute1 = new Attribute ();
			tempAttribute1.key = "value"; //2020 12 22
			tempAttribute1.data_type = "float";
			tempAttribute1.max = 50;
			tempAttribute1.min = 0;
			tmp.attributes.Add (tempAttribute1);
			#endregion

			#region type
			FunctionSid tempFunction2 = new FunctionSid ();
			tempFunction2.key = "type";
			tempFunction2.data_type = "string";
			tempFunction2.value = new List<string> ();
			tempFunction2.value.Add ("C");
			tempFunction2.value.Add ("F");
			tempFunction2.max = 1;
			tempFunction2.min = 0;
			tmp.attributes.Add (tempFunction2);
			Attribute tempAttribute2 = new Attribute ();
			tempAttribute2.key = "type";
			tempAttribute2.data_type = "string";
			tempAttribute2.value = new List<string> ();
			tempAttribute2.value.Add ("C");
			tempAttribute2.value.Add ("F");
			tempAttribute2.max = 1;
			tempAttribute2.min = 0;
			tmp.attributes.Add (tempAttribute2);
			#endregion

			//#region precision
			//Function tempFunction3 = new GateWay.Function();
			//tempFunction3.key = "precision";
			//tempFunction3.data_type = "string";
			//tempFunction3.value = new List<string>();
			//tempFunction3.value.Add("0.01");
			//tempFunction3.value.Add("0.1");
			//tempFunction3.value.Add("100");
			//tempFunction3.max = 2;
			//tempFunction3.min = 0;
			//tmp.attributes.Add(tempFunction3);
			//Function tempAttribute3 = new GateWay.Function();
			//tempAttribute3.key = "precision";
			//tempAttribute3.data_type = "string";
			//tempAttribute3.value = new List<string>();
			//tempAttribute3.value.Add("0.01");
			//tempAttribute3.value.Add("0.1");
			//tempAttribute3.value.Add("100");
			//tempAttribute3.max = 2;
			//tempAttribute3.min = 0;
			//tmp.attributes.Add(tempAttribute3);
			//#endregion
			}else if (loopCommon.Type == DeviceType.SensorIllumination) {
			tmp.spk = "sensor.light";
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "enable";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("true");
			tempFunction.value.Add ("false");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "enable";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("true");
			tempAttribute.value.Add ("false");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion

			#region lux
			FunctionSid tempFunction1 = new FunctionSid ();
			tempFunction1.key = "value"; //2020 12 22
			tempFunction1.data_type = "integer";
			tmp.attributes.Add (tempFunction1);
			Attribute tempAttribute1 = new Attribute ();
			tempAttribute1.key = "value"; //2020 12 22
			tempAttribute1.data_type = "integer";
			tmp.attributes.Add (tempAttribute1);
			#endregion

			#region error_value
			FunctionSid tempFunction2 = new FunctionSid ();
			tempFunction2.key = "error_value";
			tempFunction2.data_type = "integer";
			tmp.attributes.Add (tempFunction2);
			Attribute tempAttribute2 = new Attribute ();
			tempAttribute2.key = "error_value";
			tempAttribute2.data_type = "integer";
			tmp.attributes.Add (tempAttribute2);
			#endregion

			#region precision
			FunctionSid tempFunction3 = new FunctionSid ();
			tempFunction3.key = "precision";
			tempFunction3.data_type = "string";
			tempFunction3.value = new List<string> ();
			tempFunction3.value.Add ("0.01");
			tempFunction3.value.Add ("0.1");
			tempFunction3.value.Add ("100");
			tempFunction3.max = 2;
			tempFunction3.min = 0;
			tmp.attributes.Add (tempFunction3);
			Attribute tempAttribute3 = new Attribute ();
			tempAttribute3.key = "precision";
			tempAttribute3.data_type = "string";
			tempAttribute3.value = new List<string> ();
			tempAttribute3.value.Add ("0.01");
			tempAttribute3.value.Add ("0.1");
			tempAttribute3.value.Add ("100");
			tempAttribute3.max = 2;
			tempAttribute3.min = 0;
			tmp.attributes.Add (tempAttribute3);
			#endregion
			} else if (loopCommon.Type == DeviceType.SensorPM25) {
			tmp.spk = "sensor.pm25";
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "enable";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("true");
			tempFunction.value.Add ("false");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "enable";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("true");
			tempAttribute.value.Add ("false");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion

			#region value
			FunctionSid tempFunction1 = new FunctionSid ();
			tempFunction1.key = "value";
			tempFunction1.data_type = "integer";
			tmp.attributes.Add (tempFunction1);
			Attribute tempAttribute1 = new Attribute ();
			tempAttribute1.key = "value";
			tempAttribute1.data_type = "integer";
			tmp.attributes.Add (tempAttribute1);
			#endregion

			#region error_value
			FunctionSid tempFunction2 = new FunctionSid ();
			tempFunction2.key = "error_value";
			tempFunction2.data_type = "integer";
			tmp.attributes.Add (tempFunction2);
			Attribute tempAttribute2 = new Attribute ();
			tempAttribute2.key = "error_value";
			tempAttribute2.data_type = "integer";
			tmp.attributes.Add (tempAttribute2);
			#endregion

			#region precision
			FunctionSid tempFunction3 = new FunctionSid ();
			tempFunction3.key = "precision";
			tempFunction3.data_type = "string";
			tempFunction3.value = new List<string> ();
			tempFunction3.value.Add ("0.01");
			tempFunction3.value.Add ("0.1");
			tempFunction3.value.Add ("100");
			tempFunction3.max = 2;
			tempFunction3.min = 0;
			tmp.attributes.Add (tempFunction3);
			Attribute tempAttribute3 = new Attribute ();
			tempAttribute3.key = "precision";
			tempAttribute3.data_type = "string";
			tempAttribute3.value = new List<string> ();
			tempAttribute3.value.Add ("0.01");
			tempAttribute3.value.Add ("0.1");
			tempAttribute3.value.Add ("100");
			tempAttribute3.max = 2;
			tempAttribute3.min = 0;
			tmp.attributes.Add (tempAttribute3);
			#endregion
			}else if (loopCommon.Type == DeviceType.SensorHumidity) {
			tmp.spk = "sensor.humidity";
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "enable";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("true");
			tempFunction.value.Add ("false");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "enable";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("true");
			tempAttribute.value.Add ("false");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion
			#region value
			FunctionSid tempFunction1 = new FunctionSid ();
			tempFunction1.key = "value";
			tempFunction1.data_type = "float";
			tempFunction1.max = 10000;
			tempFunction1.min = 0;
			tmp.attributes.Add (tempFunction1);
			Attribute tempAttribute1 = new Attribute ();
			tempAttribute1.key = "value";
			tempAttribute1.data_type = "float";
			tempAttribute1.max = 10000;
			tempAttribute1.min = 0;
			tmp.attributes.Add (tempAttribute1);
			#endregion
			}else if (loopCommon.Type == DeviceType.SensorTVOC) {
			tmp.spk = "sensor.tvoc";
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "enable";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("true");
			tempFunction.value.Add ("false");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "enable";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("true");
			tempAttribute.value.Add ("false");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion
			#region value
			FunctionSid tempFunction1 = new FunctionSid ();
			tempFunction1.key = "value";
			tempFunction1.data_type = "integer";
			tempFunction1.max = 10000;
			tempFunction1.min = 0;
			tmp.attributes.Add (tempFunction1);
			Attribute tempAttribute1 = new Attribute ();
			tempAttribute1.key = "value";
			tempAttribute1.data_type = "integer";
			tempAttribute1.max = 10000;
			tempAttribute1.min = 0;
			tmp.attributes.Add (tempAttribute1);
			#endregion
			}else if (loopCommon.Type == DeviceType.SensorCO2) {
			tmp.spk = "sensor.co2";
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "enable";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("true");
			tempFunction.value.Add ("false");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "enable";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("true");
			tempAttribute.value.Add ("false");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion
			#region value
			FunctionSid tempFunction1 = new FunctionSid ();
			tempFunction1.key = "value";
			tempFunction1.data_type = "integer";
			tempFunction1.max = 10000;
			tempFunction1.min = 0;
			tmp.attributes.Add (tempFunction1);
			Attribute tempAttribute1 = new Attribute ();
			tempAttribute1.key = "value";
			tempAttribute1.data_type = "integer";
			tempAttribute1.max = 10000;
			tempAttribute1.min = 0;
			tmp.attributes.Add (tempAttribute1);
			#endregion
			}else if (loopCommon.Type == DeviceType.Sensor) {
			tmp.spk = "dryContact.standard";
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "enable";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("true");
			tempFunction.value.Add ("false");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "enable";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("true");
			tempAttribute.value.Add ("false");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion

			#region status
			FunctionSid tempFunction1 = new FunctionSid ();
			tempFunction1.key = "status";
			tempFunction1.data_type = "string";
			tempFunction1.value = new List<string> ();
			tempFunction1.value.Add ("on");
			tempFunction1.value.Add ("off");
			tempFunction1.max = 1;
			tempFunction1.min = 0;
			tmp.attributes.Add (tempFunction1);
			Attribute tempAttribute1 = new Attribute ();
			tempAttribute1.key = "status";
			tempAttribute1.data_type = "string";
			tempAttribute1.value = new List<string> ();
			tempAttribute1.value.Add ("on");
			tempAttribute1.value.Add ("off");
			tempAttribute1.max = 1;
			tempAttribute1.min = 0;
			tmp.attributes.Add (tempAttribute1);
			#endregion
			} else {
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "enable";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("true");
			tempFunction.value.Add ("false");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "enable";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("true");
			tempAttribute.value.Add ("false");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion
			#region value
			FunctionSid tempFunction1 = new FunctionSid ();
			tempFunction1.key = "value";
			tempFunction1.data_type = "integer";
			tempFunction1.max = 10000;
			tempFunction1.min = 0;
			tmp.attributes.Add (tempFunction1);
			Attribute tempAttribute1 = new Attribute ();
			tempAttribute1.key = "value";
			tempAttribute1.data_type = "integer";
			tempAttribute1.max = 10000;
			tempAttribute1.min = 0;
			tmp.attributes.Add (tempAttribute1);
			#endregion
			}

			@@ -1399,21 +1399,27 @@

			} else {
			#region on_off
			FunctionSid tempFunction = new FunctionSid ();
			tempFunction.key = "on_off";
			tempFunction.data_type = "string";
			tempFunction.value = new List<string> ();
			tempFunction.value.Add ("on");
			tempFunction.value.Add ("off");
			tempFunction.max = 1;
			tempFunction.min = 0;
			tmp.attributes.Add (tempFunction);
			Attribute tempAttribute = new Attribute ();
			tempAttribute.key = "on_off";
			tempAttribute.data_type = "string";
			tempAttribute.value = new List<string> ();
			tempAttribute.value.Add ("on");
			tempAttribute.value.Add ("off");
			tempAttribute.max = 1;
			tempAttribute.min = 0;
			tmp.attributes.Add (tempAttribute);
			#endregion
			}

			} catch { }
			return tmp;
			}

			#region 获取属性



			#endregion

			//#region 判断类型
			///// <summary>
			@@ -1567,12 +1573,14 @@

			public string oid { get; set; } //设备模块地址
			public string omodel { get; set; } //型号
			public List<FunctionSid> attributes { get; set; } //属性列表
			public List<Attribute> attributes { get; set; } //属性列表
			}


			/// <summary>
			/// 属性
			/// </summary>
			[Serializable]
			public class FunctionSid
			public class Attribute
			{
			//public string name { get; set; }
			public string key { get; set; }