~cjl/Android_HDL_SDK_XW.git

			@@ -10,6 +10,7 @@
			import com.hdl.sdk.hdl_core.Config.Configuration;
			import com.hdl.sdk.hdl_core.HDLAppliances.Config.HDLApConfig;
			import com.hdl.sdk.hdl_core.HDLAppliances.HDLAirCondition.AirCtrlBackInfo;
			import com.hdl.sdk.hdl_core.HDLAppliances.HDLAirCondition.AirHVACBackInfo;
			import com.hdl.sdk.hdl_core.HDLAppliances.HDLAirCondition.Parser.AirCtrlParser;
			import com.hdl.sdk.hdl_core.HDLAppliances.HDLAudio.HDLAudio;
			import com.hdl.sdk.hdl_core.HDLAppliances.HDLCommonSwitch.CommonSwitchBackInfo;
			@@ -32,6 +33,7 @@
			import com.hdl.sdk.hdl_core.HDLDeviceManger.Bean.RcuLight;
			import com.hdl.sdk.hdl_core.HDLDeviceManger.Bean.UdpDataBean;
			import com.hdl.sdk.hdl_core.HDLDeviceManger.EventBusEvent.AirFeedBackEvent;
			import com.hdl.sdk.hdl_core.HDLDeviceManger.EventBusEvent.AirHVACFeedBackEvent;
			import com.hdl.sdk.hdl_core.HDLDeviceManger.EventBusEvent.CommonSwitchCtrlBackEvent;
			import com.hdl.sdk.hdl_core.HDLDeviceManger.EventBusEvent.CommonSwitchStateBackEvent;
			import com.hdl.sdk.hdl_core.HDLDeviceManger.EventBusEvent.CurtainFeedBackEvent;
			@@ -52,6 +54,7 @@
			import com.hdl.sdk.hdl_core.Util.NetUtil.NetWorkUtil;
			import com.hdl.sdk.hdl_core.Util.SPUtil.SPUtils;
			import com.hdl.sdk.hdl_core.Util.TransformUtil.DataConverseUtil;
			import com.hdl.sdk.hdl_core.Util.TransformUtil.HDLUtlis;
			import com.hdl.sdk.hdl_core.Util.TransformUtil.StringUtil;

			import org.greenrobot.eventbus.EventBus;
			@@ -189,9 +192,12 @@
			case Configuration.CURTAIN_CTRL_BACK_COMMAND:
			case Configuration.AIR_CTRL_BACK_COMMAND:
			case Configuration.LOGIC_CTRL_BACK_COMMAND:
			case Configuration.AIR_HVAC_CTRL_BACK_COMMAND:
			// case Configuration.AIR_HVAC_CTRL_BACK_COMMAND:
			case Configuration.FRESH_AIR_CTRL_BACK_COMMAND: //20190709新增
			handleCtrlData(getDatas);
			break;
			case Configuration.AIR_HVAC_CTRL_BACK_COMMAND:
			handleHVACCtrlData(getDatas);
			break;
			case Configuration.LIGHT_RGB_CTRL_BACK_COMMAND: //2020-10-19新增
			handleRGBCCTCtrlData(getDatas);
			@@ -241,7 +247,7 @@
			case Configuration.SENSOR_STATE_BACK_COMMAND:
			handleSensorAnalogStateData(getDatas, true);
			break;
			case Configuration.SENSOR_BROADCAST_COMMAND://传感器模拟量广播
			case Configuration.SENSOR_BROADCAST_COMMAND://2021-08-10 传感器模拟量广播
			handleSensorAnalogStateData(getDatas, false);
			break;
			//获取新风设备状态 20190709新增
			@@ -254,7 +260,8 @@
			break;

			case Configuration.AIR_HVAC_STATE_BACK_COMMAND:
			handleRcuAirCastData(getDatas);
			// handleRcuAirCastData(getDatas);
			handleHVACStateData(getDatas);//2019-06-27
			break;
			case Configuration.RCU_ROOM_CAST_COMMAND:
			handleRcuLightCastData(getDatas);
			@@ -1405,182 +1412,182 @@
			}
			}

			/**
			* 处理RCU空调广播消息
			*
			* @param getDatas
			*/
			private static void handleRcuAirCastData(UdpDataBean getDatas) {
			int count = getDatas.addBytes.length / 11;

			for (int airIndex = 0; airIndex < count; airIndex++) {
			outter:
			for (int indexI = 0, len = devicesDataList.size(); indexI < len; indexI++) {
			if (devicesDataList.get(indexI).getSourceSubnetID() == getDatas.sourceSubnetID
			&& devicesDataList.get(indexI).getSourceDeviceID() == getDatas.sourceDeviceID
			) {
			List<AppliancesInfo> infos = devicesDataList.get(indexI).getAppliancesInfoList();
			for (int indexJ = 0, len2 = infos.size(); indexJ < len2; indexJ++) {
			if (infos.get(indexJ).getBigType() == Configuration.AIR_BIG_TYPE
			&& infos.get(indexJ).getDeviceType() != HDLApConfig.TYPE_AC_PANEL
			&& infos.get(indexJ).getChannelNum() == (getDatas.addBytes[airIndex * 11] & 0xFF)) {
			AppliancesInfo appliancesInfo = devicesDataList.get(indexI).getAppliancesInfoList().get(indexJ);
			if (appliancesInfo.getPort() != 0) {
			byte[] oldAirInfo = appliancesInfo.getArrCurState();

			if (oldAirInfo == null \|\| oldAirInfo.length == 0) {
			oldAirInfo = AirCtrlParser.getNewAcByte();
			}


			handleAirCastData(getDatas, oldAirInfo, airIndex, appliancesInfo);

			oldAirInfo[0] = getDatas.addBytes[1 + 0 * 11];

			oldAirInfo[1] = (byte) ((getDatas.addBytes[3 + 0 * 11] & 0xf0) >> 4);


			switch (oldAirInfo[0] & 0xff) {
			case 0:
			oldAirInfo[2] = getDatas.addBytes[2 + 0 * 11];
			break;
			case 1:
			oldAirInfo[2] = getDatas.addBytes[6 + 0 * 11];
			break;
			case 3:
			oldAirInfo[2] = getDatas.addBytes[8 + 0 * 11];
			break;
			case 4:
			oldAirInfo[2] = getDatas.addBytes[9 + 0 * 11];
			break;

			}

			oldAirInfo[3] = (byte) (getDatas.addBytes[3 + 0 * 11] & 0x0f);
			oldAirInfo[4] = getDatas.addBytes[5 + 0 * 11];
			oldAirInfo[5] = getDatas.addBytes[10 + 0 * 11];
			devicesDataList.get(indexI).getAppliancesInfoList().get(indexJ).setArrCurState(oldAirInfo);


			// switch (getDatas.addBytes[airIndex * 11] & 0xff) {
			// case 1:
			// handleAirCastData(getDatas, air1Info, airIndex, appliancesInfo);
			// air1Info[0] = getDatas.addBytes[1 + 0 * 11];
			// /**
			// * 处理RCU空调广播消息
			// *
			// * @param getDatas
			// */
			// private static void handleRcuAirCastData(UdpDataBean getDatas) {
			// int count = getDatas.addBytes.length / 11;
			//
			// for (int airIndex = 0; airIndex < count; airIndex++) {
			// outter:
			// for (int indexI = 0, len = devicesDataList.size(); indexI < len; indexI++) {
			// if (devicesDataList.get(indexI).getSourceSubnetID() == getDatas.sourceSubnetID
			// && devicesDataList.get(indexI).getSourceDeviceID() == getDatas.sourceDeviceID
			// ) {
			// List<AppliancesInfo> infos = devicesDataList.get(indexI).getAppliancesInfoList();
			// for (int indexJ = 0, len2 = infos.size(); indexJ < len2; indexJ++) {
			// if (infos.get(indexJ).getBigType() == Configuration.AIR_BIG_TYPE
			// && infos.get(indexJ).getDeviceType() != HDLApConfig.TYPE_AC_PANEL
			// && infos.get(indexJ).getChannelNum() == (getDatas.addBytes[airIndex * 11] & 0xFF)) {
			// AppliancesInfo appliancesInfo = devicesDataList.get(indexI).getAppliancesInfoList().get(indexJ);
			// if (appliancesInfo.getPort() != 0) {
			// byte[] oldAirInfo = appliancesInfo.getArrCurState();
			//
			// if (oldAirInfo == null \|\| oldAirInfo.length == 0) {
			// oldAirInfo = AirCtrlParser.getNewAcByte();
			// }
			//
			//
			// air1Info[1] = (byte) ((getDatas.addBytes[3 + 0 * 11] & 0xf0) >> 4);
			// handleAirCastData(getDatas, oldAirInfo, airIndex, appliancesInfo);
			//
			// oldAirInfo[0] = getDatas.addBytes[1 + 0 * 11];
			//
			// oldAirInfo[1] = (byte) ((getDatas.addBytes[3 + 0 * 11] & 0xf0) >> 4);
			//
			//
			// switch (air1Info[0] & 0xff) {
			// case 0:
			// air1Info[2] = getDatas.addBytes[2 + 0 * 11];
			// break;
			// case 1:
			// air1Info[2] = getDatas.addBytes[6 + 0 * 11];
			// break;
			// case 3:
			// air1Info[2] = getDatas.addBytes[8 + 0 * 11];
			// break;
			// case 4:
			// air1Info[2] = getDatas.addBytes[9 + 0 * 11];
			// break;
			//
			// }
			//
			// air1Info[3] = (byte) (getDatas.addBytes[3 + 0 * 11] & 0x0f);
			// air1Info[4] = getDatas.addBytes[5 + 0 * 11];
			// air1Info[5] = getDatas.addBytes[10 + 0 * 11];
			//// HDLLog.info( "209a air1Info = " + air1Info[0] + " " + air1Info[1] + " " + air1Info[2] + " " + air1Info[3] + " " + air1Info[4] + " " + air1Info[5]);
			//// String arrString = "209a 附加数据：";
			//// for (int i = 0; i < getDatas.addBytes.length; i++) {
			//// arrString += (getDatas.addBytes[i] & 0xff) + ",";
			//// }
			//// HDLLog.info( arrString);
			// devicesDataList.get(indexI).getAppliancesInfoList().get(indexJ).setArrCurState(air1Info);
			// switch (oldAirInfo[0] & 0xff) {
			// case 0:
			// oldAirInfo[2] = getDatas.addBytes[2 + 0 * 11];
			// break;
			// case 2:
			// handleAirCastData(getDatas, air2Info, airIndex, appliancesInfo);
			// air2Info[0] = getDatas.addBytes[1 + 1 * 11];
			// air2Info[1] = (byte) ((getDatas.addBytes[3 + 1 * 11] & 0xf0) >> 4);
			// switch (air2Info[0] & 0xff) {
			// case 0:
			// air2Info[2] = getDatas.addBytes[2 + 1 * 11];
			// break;
			// case 1:
			// air2Info[2] = getDatas.addBytes[6 + 1 * 11];
			// break;
			// case 3:
			// air2Info[2] = getDatas.addBytes[8 + 1 * 11];
			// break;
			// case 4:
			// air2Info[2] = getDatas.addBytes[9 + 1 * 11];
			// break;
			//
			// }
			// air2Info[3] = (byte) (getDatas.addBytes[3 + 1 * 11] & 0x0f);
			// air2Info[4] = getDatas.addBytes[5 + 1 * 11];
			// air2Info[5] = getDatas.addBytes[10 + 1 * 11];
			// devicesDataList.get(indexI).getAppliancesInfoList().get(indexJ).setArrCurState(air2Info);
			// case 1:
			// oldAirInfo[2] = getDatas.addBytes[6 + 0 * 11];
			// break;
			// case 3:
			// handleAirCastData(getDatas, air3Info, airIndex, appliancesInfo);
			// air3Info[0] = getDatas.addBytes[1 + 2 * 11];
			// air3Info[1] = (byte) ((getDatas.addBytes[3 + 2 * 11] & 0xf0) >> 4);
			// switch (air3Info[0] & 0xff) {
			// case 0:
			// air3Info[2] = getDatas.addBytes[2 + 2 * 11];
			// break;
			// case 1:
			// air3Info[2] = getDatas.addBytes[6 + 2 * 11];
			// break;
			// case 3:
			// air3Info[2] = getDatas.addBytes[8 + 2 * 11];
			// break;
			// case 4:
			// air3Info[2] = getDatas.addBytes[9 + 2 * 11];
			// break;
			// }
			// air3Info[3] = (byte) (getDatas.addBytes[3 + 2 * 11] & 0x0f);
			// air3Info[4] = getDatas.addBytes[5 + 2 * 11];
			// air3Info[5] = getDatas.addBytes[10 + 2 * 11];
			// devicesDataList.get(indexI).getAppliancesInfoList().get(indexJ).setArrCurState(air3Info);
			// oldAirInfo[2] = getDatas.addBytes[8 + 0 * 11];
			// break;
			// case 4:
			// handleAirCastData(getDatas, air4Info, airIndex, appliancesInfo);
			// air4Info[0] = getDatas.addBytes[1 + 3 * 11];
			// air4Info[1] = (byte) ((getDatas.addBytes[3 + 3 * 11] & 0xf0) >> 4);
			// switch (air4Info[0] & 0xff) {
			// case 0:
			// air4Info[2] = getDatas.addBytes[2 + 3 * 11];
			// break;
			// case 1:
			// air4Info[2] = getDatas.addBytes[6 + 3 * 11];
			// break;
			// case 3:
			// air4Info[2] = getDatas.addBytes[8 + 3 * 11];
			// break;
			// case 4:
			// air4Info[2] = getDatas.addBytes[9 + 3 * 11];
			// break;
			// }
			// air4Info[3] = (byte) (getDatas.addBytes[3 + 3 * 11] & 0x0f);
			// air4Info[4] = getDatas.addBytes[5 + 3 * 11];
			// air4Info[5] = getDatas.addBytes[10 + 3 * 11];
			// devicesDataList.get(indexI).getAppliancesInfoList().get(indexJ).setArrCurState(air4Info);
			// oldAirInfo[2] = getDatas.addBytes[9 + 0 * 11];
			// break;
			//
			// }
			}
			}
			}
			}
			}


			}


			}
			//
			// oldAirInfo[3] = (byte) (getDatas.addBytes[3 + 0 * 11] & 0x0f);
			// oldAirInfo[4] = getDatas.addBytes[5 + 0 * 11];
			// oldAirInfo[5] = getDatas.addBytes[10 + 0 * 11];
			// devicesDataList.get(indexI).getAppliancesInfoList().get(indexJ).setArrCurState(oldAirInfo);
			//
			//
			//// switch (getDatas.addBytes[airIndex * 11] & 0xff) {
			//// case 1:
			//// handleAirCastData(getDatas, air1Info, airIndex, appliancesInfo);
			//// air1Info[0] = getDatas.addBytes[1 + 0 * 11];
			////
			////
			//// air1Info[1] = (byte) ((getDatas.addBytes[3 + 0 * 11] & 0xf0) >> 4);
			////
			////
			//// switch (air1Info[0] & 0xff) {
			//// case 0:
			//// air1Info[2] = getDatas.addBytes[2 + 0 * 11];
			//// break;
			//// case 1:
			//// air1Info[2] = getDatas.addBytes[6 + 0 * 11];
			//// break;
			//// case 3:
			//// air1Info[2] = getDatas.addBytes[8 + 0 * 11];
			//// break;
			//// case 4:
			//// air1Info[2] = getDatas.addBytes[9 + 0 * 11];
			//// break;
			////
			//// }
			////
			//// air1Info[3] = (byte) (getDatas.addBytes[3 + 0 * 11] & 0x0f);
			//// air1Info[4] = getDatas.addBytes[5 + 0 * 11];
			//// air1Info[5] = getDatas.addBytes[10 + 0 * 11];
			////// HDLLog.info( "209a air1Info = " + air1Info[0] + " " + air1Info[1] + " " + air1Info[2] + " " + air1Info[3] + " " + air1Info[4] + " " + air1Info[5]);
			////// String arrString = "209a 附加数据：";
			////// for (int i = 0; i < getDatas.addBytes.length; i++) {
			////// arrString += (getDatas.addBytes[i] & 0xff) + ",";
			////// }
			////// HDLLog.info( arrString);
			//// devicesDataList.get(indexI).getAppliancesInfoList().get(indexJ).setArrCurState(air1Info);
			//// break;
			//// case 2:
			//// handleAirCastData(getDatas, air2Info, airIndex, appliancesInfo);
			//// air2Info[0] = getDatas.addBytes[1 + 1 * 11];
			//// air2Info[1] = (byte) ((getDatas.addBytes[3 + 1 * 11] & 0xf0) >> 4);
			//// switch (air2Info[0] & 0xff) {
			//// case 0:
			//// air2Info[2] = getDatas.addBytes[2 + 1 * 11];
			//// break;
			//// case 1:
			//// air2Info[2] = getDatas.addBytes[6 + 1 * 11];
			//// break;
			//// case 3:
			//// air2Info[2] = getDatas.addBytes[8 + 1 * 11];
			//// break;
			//// case 4:
			//// air2Info[2] = getDatas.addBytes[9 + 1 * 11];
			//// break;
			////
			//// }
			//// air2Info[3] = (byte) (getDatas.addBytes[3 + 1 * 11] & 0x0f);
			//// air2Info[4] = getDatas.addBytes[5 + 1 * 11];
			//// air2Info[5] = getDatas.addBytes[10 + 1 * 11];
			//// devicesDataList.get(indexI).getAppliancesInfoList().get(indexJ).setArrCurState(air2Info);
			//// break;
			//// case 3:
			//// handleAirCastData(getDatas, air3Info, airIndex, appliancesInfo);
			//// air3Info[0] = getDatas.addBytes[1 + 2 * 11];
			//// air3Info[1] = (byte) ((getDatas.addBytes[3 + 2 * 11] & 0xf0) >> 4);
			//// switch (air3Info[0] & 0xff) {
			//// case 0:
			//// air3Info[2] = getDatas.addBytes[2 + 2 * 11];
			//// break;
			//// case 1:
			//// air3Info[2] = getDatas.addBytes[6 + 2 * 11];
			//// break;
			//// case 3:
			//// air3Info[2] = getDatas.addBytes[8 + 2 * 11];
			//// break;
			//// case 4:
			//// air3Info[2] = getDatas.addBytes[9 + 2 * 11];
			//// break;
			//// }
			//// air3Info[3] = (byte) (getDatas.addBytes[3 + 2 * 11] & 0x0f);
			//// air3Info[4] = getDatas.addBytes[5 + 2 * 11];
			//// air3Info[5] = getDatas.addBytes[10 + 2 * 11];
			//// devicesDataList.get(indexI).getAppliancesInfoList().get(indexJ).setArrCurState(air3Info);
			//// break;
			//// case 4:
			//// handleAirCastData(getDatas, air4Info, airIndex, appliancesInfo);
			//// air4Info[0] = getDatas.addBytes[1 + 3 * 11];
			//// air4Info[1] = (byte) ((getDatas.addBytes[3 + 3 * 11] & 0xf0) >> 4);
			//// switch (air4Info[0] & 0xff) {
			//// case 0:
			//// air4Info[2] = getDatas.addBytes[2 + 3 * 11];
			//// break;
			//// case 1:
			//// air4Info[2] = getDatas.addBytes[6 + 3 * 11];
			//// break;
			//// case 3:
			//// air4Info[2] = getDatas.addBytes[8 + 3 * 11];
			//// break;
			//// case 4:
			//// air4Info[2] = getDatas.addBytes[9 + 3 * 11];
			//// break;
			//// }
			//// air4Info[3] = (byte) (getDatas.addBytes[3 + 3 * 11] & 0x0f);
			//// air4Info[4] = getDatas.addBytes[5 + 3 * 11];
			//// air4Info[5] = getDatas.addBytes[10 + 3 * 11];
			//// devicesDataList.get(indexI).getAppliancesInfoList().get(indexJ).setArrCurState(air4Info);
			//// break;
			////
			//// }
			// }
			// }
			// }
			// }
			// }
			//
			//
			// }
			//
			//
			// }


			/**
			@@ -2036,14 +2043,24 @@
			case Configuration.AIR_BIG_TYPE:
			switch (infos.get(appPos).getLittleType()) {
			case 0:

			byte[] hvacBytes = new byte[getDatas.addBytes.length - 23];
			for (int i = 23; i < getDatas.addBytes.length; i++) {
			hvacBytes[i - 23] = getDatas.addBytes[i];
			}

			HDLLog.info("获取备注Configuration.AIR_BIG_TYPE： " + StringUtil.ByteArrToHex(hvacBytes, 0, hvacBytes.length));

			devicesDataList.get(devPos).getAppliancesInfoList().get(appPos).setArrCurState(hvacBytes);
			// hvacBytes * 简易编程搜索状态数据bytes格式
			// * 0 开关状态
			// * 1 模式
			// * 2 温度
			// * 3 风速
			// * 4 当前室温
			// * 5 是否摆风
			byte[] oldHvacBytes = devicesDataList.get(devPos).getAppliancesInfoList().get(appPos).getArrCurState();
			//为了不改变原来其他模式的温度数据，需要获取原来的状态修改处理
			byte[] newHvacBytes = AirCtrlParser.getNewAcByteWithE44B(hvacBytes, oldHvacBytes);
			// HDLLog.info("获取备注Configuration.AIR_BIG_TYPE： " + StringUtil.ByteArrToHex(hvacBytes, 0, hvacBytes.length));
			// HDLLog.info("获取备注Configuration.AIR_BIG_TYPEnewhvacBytes： " + StringUtil.ByteArrToHex(newHvacBytes, 0, newHvacBytes.length));
			devicesDataList.get(devPos).getAppliancesInfoList().get(appPos).setArrCurState(newHvacBytes);
			// switch (devicesDataList.get(devPos).getAppliancesInfoList().get(appPos).getChannelNum()) {
			// case 1:
			// if (air1Info == null) {
			@@ -2066,7 +2083,7 @@
			// }
			// break;
			//
			// }
			//
			break;
			case 3:
			byte[] newBytes = new byte[getDatas.addBytes.length - 24 + 1];
			@@ -2078,12 +2095,6 @@
			}
			break;
			case Configuration.SENSOR_BIG_TYPE:
			// String aa = "传感器备注：";
			// for (int i = 0; i < getDatas.addBytes.length; i++) {
			// aa += (getDatas.addBytes[i] & 0xff) + ",";
			// }
			// HDLLog.info( aa);

			//使用干节点指令的传感器
			if (DeviceParser.getIfDryContactSensor(infos.get(appPos).getLittleType())) {
			//干节点传感器，要特殊处理修改回路号
			@@ -2099,18 +2110,30 @@
			devicesDataList.get(devPos).getAppliancesInfoList().get(appPos).setCurState(curState);
			devicesDataList.get(devPos).getAppliancesInfoList().get(appPos).setIntCurState((int) curState);
			} else {
			//标准模拟量传感器
			//标准模拟量传感器 2021-08-09
			float curState;
			if (getDatas.addBytes.length >= 28) {
			curState = DataConverseUtil.byte2Float(Arrays.copyOfRange(getDatas.addBytes, 24, 27));

			if (getDatas.addBytes.length >= 26) {
			curState = (float) ((getDatas.addBytes[24] & 0xff) * 256 + (getDatas.addBytes[25] & 0xff));
			//TVOC 和温度传感器要特殊处理
			if (infos.get(appPos).getLittleType() == 5) {//TVOC
			//TVOC固定：2（10 ug/m3）所以要乘以10 才是ug/m3
			curState = curState * 10;
			HDLLog.info("curStatecurState TVOC：" + curState);
			} else if (infos.get(appPos).getLittleType() == 2) {//温度
			//转为Float
			if (getDatas.addBytes.length >= 28) {
			curState = HDLUtlis.byteArrayToFloatWithSign((byte) 3, getDatas.addBytes[24], getDatas.addBytes[25], getDatas.addBytes[26], getDatas.addBytes[27]);
			HDLLog.info("curStatecurState temp：" + curState);
			}
			}
			} else {
			curState = (float) (getDatas.addBytes[getDatas.addBytes.length - 1] & 0xff);
			//格式不对，赋值状态为0
			curState = 0;
			}

			devicesDataList.get(devPos).getAppliancesInfoList().get(appPos).setCurState(curState);
			devicesDataList.get(devPos).getAppliancesInfoList().get(appPos).setIntCurState((int) curState);
			}


			break;
			case Configuration.FRESH_AIR_BIG_TYPE://20190711新增
			@@ -2312,6 +2335,12 @@
			/**
			* 处理各种传感器模拟量状态数据
			* 2021-08-05
			* 小类
			* 2：温度
			* 3：湿度
			* 5：TVOC
			* 6：PM2.5
			* 7：CO2
			*
			* @param getDatas
			*/
			@@ -2332,10 +2361,15 @@
			isGetDeviceStateSuccess = true;
			}
			AppliancesInfo sensorInfo = devicesDataList.get(i).getAppliancesInfoList().get(j);
			float value = DataConverseUtil.byte2Float(Arrays.copyOfRange(getDatas.addBytes, 5, 8));
			// float value = HDLUtlis.byteArrayToFloat(Arrays.copyOfRange(getDatas.addBytes, 5, 8));
			float value = HDLUtlis.byteArrayToFloatWithSign(getDatas.addBytes[3], getDatas.addBytes[5], getDatas.addBytes[6], getDatas.addBytes[7], getDatas.addBytes[8]);
			if (devicesDataList.get(i).getAppliancesInfoList().get(j).getLittleType() == 5) {
			//TVOC固定：2（0.01ug/m3）所以要除以100 才是微克/m3
			value = value / 100;
			}
			devicesDataList.get(i).getAppliancesInfoList().get(j).setCurState(value);
			devicesDataList.get(i).getAppliancesInfoList().get(j).setIntCurState((int) value);

			HDLLog.info("curStatecurState ug：" + value);
			sensorInfo.setCurState(value);

			String unite = "";
			@@ -2362,7 +2396,7 @@
			unite = "LUX";
			break;
			case HDLApConfig.TYPE_SENSOR_VOC:
			unite = "";
			unite = "ug/m3";
			break;
			case HDLApConfig.TYPE_SENSOR_PM_2_POINT_5:
			switch (getDatas.addBytes[4] & 0xff) {
			@@ -3093,4 +3127,77 @@

			}

			/**
			* 处理HVAC 控制回调
			* 2019-8-6
			*
			* @param getDatas
			*/
			private static void handleHVACCtrlData(UdpDataBean getDatas) {
			switch (getDatas.command) {
			case Configuration.AIR_HVAC_CTRL_BACK_COMMAND:
			outter:
			for (int i = 0, len = devicesDataList.size(); i < len; i++) {
			if (devicesDataList.get(i).getSourceSubnetID() == getDatas.sourceSubnetID
			&& devicesDataList.get(i).getSourceDeviceID() == getDatas.sourceDeviceID
			) {
			List<AppliancesInfo> infos = devicesDataList.get(i).getAppliancesInfoList();
			for (int j = 0, len2 = infos.size(); j < len2; j++) {
			if (getDatas.addBytes.length > 0) {
			if (infos.get(j).getBigType() == Configuration.AIR_BIG_TYPE
			&& infos.get(j).getDeviceType() == HDLApConfig.TYPE_AC_HVAC
			&& infos.get(j).getChannelNum() == (getDatas.addBytes[0] & 0xFF)) {

			devicesDataList.get(i).getAppliancesInfoList().get(j).setArrCurState(getDatas.addBytes);
			AppliancesInfo mHvacAirInfo = devicesDataList.get(i).getAppliancesInfoList().get(j);
			AirHVACBackInfo info = new AirHVACBackInfo(mHvacAirInfo);
			setDeviceCtrlSuccessStateWithInfo(infos.get(j), true);
			EventBus.getDefault().post(new AirHVACFeedBackEvent(info, true));
			break outter;
			}
			// else {
			// HDLLog.E("控制HVAC状态反馈数据异常");
			// }
			}
			}

			break outter;
			}
			}
			break;
			}

			}

			/**
			* 读取HVAC状态反馈
			*
			* @param getDatas
			*/
			private static void handleHVACStateData(UdpDataBean getDatas) {
			outter:
			for (int i = 0, len = devicesDataList.size(); i < len; i++) {
			if (devicesDataList.get(i).getSourceSubnetID() == getDatas.sourceSubnetID
			&& devicesDataList.get(i).getSourceDeviceID() == getDatas.sourceDeviceID
			) {
			List<AppliancesInfo> infos = devicesDataList.get(i).getAppliancesInfoList();
			for (int j = 0, len2 = infos.size(); j < len2; j++) {
			if (infos.get(j).getBigType() == Configuration.AIR_BIG_TYPE
			&& infos.get(j).getDeviceType() == HDLApConfig.TYPE_AC_HVAC
			&& infos.get(j).getChannelNum() == (getDatas.addBytes[0] & 0xFF)) {//2019-8-6

			isGetDeviceStateSuccess = true;
			devicesDataList.get(i).getAppliancesInfoList().get(j).setArrCurState(getDatas.addBytes);
			EventBus.getDefault().post(new DeviceStateEvent(devicesDataList.get(i).getAppliancesInfoList().get(j), true));
			break outter;
			} else {
			HDLLog.info("handleHVACStateData 没有找到匹配类型");
			}
			}
			break outter;
			}
			}
			}


			}