using System; using System.Collections.Generic; using Shared; using Shared.IO; namespace Shared { /// /// HDLLink协议 工具类 /// public class HDLLinkUtlis { #region ■ Current___________________________ /// /// 通用方法 /// private static HDLLinkUtlis m_Current = null; /// /// 通用方法 /// public static HDLLinkUtlis Current { get { if (m_Current == null) { m_Current = new HDLLinkUtlis (); } return m_Current; } } #endregion /// /// /// /// public bool UploadOidAndSidList () { var res = false; try { IotCloud currentProject = new IotCloud (); var list = GetAllDeviceList (); ConvertOidListToIotStruct (UserConfig.Instance.CurrentRegion.Id, UserConfig.Instance.HomeGateway.gatewayId, list, ref currentProject); Utlis.WriteLine ("list: " + list.Count + "currentProject : " + currentProject.functions.devices.Count); var revertObj = HttpServerRequest.Current.UploadDeviceOidList (currentProject.modules); if(revertObj.Code == StateCode.SUCCESS) { var revertObj2 = HttpServerRequest.Current.UploadDeviceSidList (currentProject.functions); if (revertObj2.Code == StateCode.SUCCESS) { res = true; } else { IMessageCommon.Current.ShowErrorInfoAlter (revertObj2.Code); } } else { IMessageCommon.Current.ShowErrorInfoAlter (revertObj.Code); } } catch { } return res; } /// /// /// /// public List GetAllDeviceList () { List TargetList = new List (); //找出需要显示的设备 var filesList = FileUtils.ReadFiles ().FindAll ((obj) => { string [] str = obj.Split ('_'); return obj.StartsWith ("Equipment_") && str.Length == 5; }); var localEquipments = filesList.FindAll ((obj) => { string typeString = obj.Split ('_') [1]; return ( #region light typeString.ToString () == DeviceType.LightCCT.ToString () || typeString.ToString () == DeviceType.LightRGB.ToString () || typeString.ToString () == DeviceType.LightDALI.ToString () || typeString.ToString () == DeviceType.LightRGBW.ToString () || typeString.ToString () == DeviceType.LightLogic.ToString () || typeString.ToString () == DeviceType.LightSwitch.ToString () || typeString.ToString () == DeviceType.LightDimming.ToString () || typeString.ToString () == DeviceType.LightMixSwitch.ToString () || typeString.ToString () == DeviceType.LightRGBandCCT.ToString () || typeString.ToString () == DeviceType.LightMixDimming.ToString () || typeString.ToString () == DeviceType.LightEnergySwitch.ToString () || typeString.ToString () == DeviceType.LightEnergySocket.ToString () || typeString.ToString () == DeviceType.LightSwitchSocket.ToString () || typeString.ToString () == DeviceType.DMX48.ToString () #endregion #region light || typeString.ToString () == DeviceType.SensorCH4.ToString () || typeString.ToString () == DeviceType.SensorCO2.ToString () || typeString.ToString () == DeviceType.SensorLPG.ToString () || typeString.ToString () == DeviceType.SensorCOH2.ToString () || typeString.ToString () == DeviceType.SensorPM25.ToString () || typeString.ToString () == DeviceType.SensorTVOC.ToString () || typeString.ToString () == DeviceType.SensorPower.ToString () || typeString.ToString () == DeviceType.SensorSmoke.ToString () || typeString.ToString () == DeviceType.SensorWater.ToString () || typeString.ToString () == DeviceType.SensorWeight.ToString () || typeString.ToString () == DeviceType.SensorCurrent.ToString () || typeString.ToString () == DeviceType.SensorVoltage.ToString () || typeString.ToString () == DeviceType.SensorRainfall.ToString () || typeString.ToString () == DeviceType.SensorVelocity.ToString () || typeString.ToString () == DeviceType.SensorMenciAndwindowMagnetic.ToString () || typeString.ToString () == DeviceType.SensorMobileDetection.ToString () || typeString.ToString () == DeviceType.SensorLiquidPressure.ToString () || typeString.ToString () == DeviceType.SensorVibration.ToString () || typeString.ToString () == DeviceType.SensorLiquidFlow.ToString () || typeString.ToString () == DeviceType.SensorLiquidDepth.ToString () || typeString.ToString () == DeviceType.SensorTemperature.ToString () || typeString.ToString () == DeviceType.SensorHeightLength.ToString () || typeString.ToString () == DeviceType.SensorIllumination.ToString () || typeString.ToString () == DeviceType.SensorWindPressure.ToString () || typeString.ToString () == DeviceType.SensorHumidity.ToString () #endregion #region curtain || typeString.ToString () == DeviceType.CurtainModel.ToString () || typeString.ToString () == DeviceType.CurtainRoller.ToString () || typeString.ToString () == DeviceType.CurtainTrietex.ToString () #endregion #region ac || typeString.ToString () == DeviceType.ACPanel.ToString () || typeString.ToString () == DeviceType.ACDevice.ToString () || typeString.ToString () == DeviceType.ACInfrared.ToString () || typeString.ToString () == DeviceType.ACCoolmaster.ToString () || typeString.ToString () == DeviceType.CustomAC.ToString () || typeString.ToString () == DeviceType.HVAC.ToString () #endregion #region foolheat || typeString.ToString () == DeviceType.FoolHeat.ToString () || typeString.ToString () == DeviceType.FoolHeatPanel.ToString () #endregion #region || typeString.ToString () == DeviceType.InfraredMode.ToString () || typeString.ToString () == DeviceType.DoorLock.ToString () || typeString.ToString () == DeviceType.FanModule.ToString () || typeString.ToString () == DeviceType.FreshAir.ToString () || typeString.ToString () == DeviceType.InfraredTV.ToString () || typeString.ToString () == DeviceType.UniversalDevice.ToString () || typeString.ToString () == DeviceType.MusicModel.ToString () || typeString.ToString () == DeviceType.SecurityModule.ToString () || typeString.ToString () == DeviceType.LogicModule.ToString () || typeString.ToString () == DeviceType.SecurityPanel.ToString () #endregion ); }); foreach (string deviceFilePath in localEquipments) { try { string [] str = deviceFilePath.Split ('_'); var commonBytes = FileUtils.ReadFile (deviceFilePath); if (commonBytes.Length == 0) { Utlis.WriteLine ("length loss"); continue; } if (commonBytes.Length == 1) { Utlis.WriteLine ("length loss 1"); continue; } Common commonDevice = Newtonsoft.Json.JsonConvert.DeserializeObject (System.Text.Encoding.UTF8.GetString (commonBytes)); if (commonDevice == null) { continue; } TargetList.Add (commonDevice); } catch { } } return TargetList; } /// /// 将在线设备转换成sid + 属性列表 /// /// 模块设备 /// public List ConvertToSidListToIotCloud (string sOid, Common loopCommon) { List sidList = new List (); try { Sid tmpSid = new Sid (); tmpSid.sid = FormingNewSid (sOid, loopCommon); tmpSid.oid = sOid; tmpSid.name = loopCommon.Name; SidObject tmp = UpdateSidAttributesToDeviceList (loopCommon, sOid); tmpSid.attributes = tmp.attributes; //UpdateSidAttributesToDeviceList(onlineDevice.DeviceType, sOid, j, BigType, SmallType, ref spk); tmpSid.spk = tmp.spk; sidList.Add (tmpSid); return sidList; } catch (Exception) { return sidList; } } /// /// 处理本地数据，转换生成Oid和Sid列表 /// /// /// /// /// public void ConvertOidListToIotStruct (string homeId, string gatewayId, List loopCommonList, ref IotCloud currentProject) { try { //step 1 转换类型 Sids functionList = new Sids(); List tmpFunction = new List (); //step 2 转换生成Oids列表和sid 设备列表 Oids mOidList = ConvertToOidListToIotCloud (loopCommonList, ref tmpFunction); mOidList.homeId = homeId; //step 3 functionList.devices = new List (); functionList.homeId = homeId; functionList.gatewayId = gatewayId; if (tmpFunction != null) { functionList.devices = tmpFunction; } currentProject.modules = mOidList; currentProject.functions = functionList; } catch (Exception ex) { //MessageBox.Show (ex.Tostring ()); //throw; } } /// /// 转换类型在线设备列表转OID列表 只在上传或者下载时使用 /// /// /// public Oids ConvertToOidListToIotCloud (List loopCommonListlolooloopl, ref List functionLists) { Oids mOidsList = new Oids (); try { mOidsList.devices = new List (); //HDLSysPF.IniDeviceChannelRemark (); //整理全部设备备注到缓存列表 foreach (Common tmp in loopCommonListlolooloopl) { //1.deviceType标识 云端是int类型 var deviceType = ((int)tmp.Type); //2.addresses标识 子网号、设备号 var addresses = string.Format ("{0}{1}", tmp.SubnetID.ToString ("X2"), tmp.DeviceID.ToString ("X2")); //3.判断当前回路设备之前是否生成过相同模块的oid，存在则取之前的oid 没有则创建新增新的oid var deviceOid = mOidsList.devices.Find (o => o.deviceType == deviceType && o.addresses == addresses); if (deviceOid == null) { //3.1没有则创建新增新的oid Oid tmpOid = new Oid (); tmpOid.protocolType = "bus"; tmpOid.device_name = tmp.Type.ToString (); tmpOid.oid = FormingNewOid (tmp.Type); tmpOid.addresses = addresses; tmpOid.device_model = tmp.Type.ToString (); tmpOid.fw_version = ""; tmpOid.deviceType = deviceType; tmpOid.hw_info = ""; tmpOid.mac = tmp.MAC; mOidsList.devices.Add (tmpOid); functionLists.AddRange (ConvertToSidListToIotCloud (tmpOid.oid, tmp)); Utlis.WriteLine ("新的模块，新的的OID：" + tmpOid.addresses + " deviceType:" + tmpOid.deviceType); } else { //3.2存在则取之前的oid functionLists.AddRange (ConvertToSidListToIotCloud (deviceOid.oid, tmp)); Utlis.WriteLine ("相同的模块，取之前的OID：" + deviceOid.addresses + " deviceType:" + deviceOid.deviceType); } } return mOidsList; } catch (Exception ex) { return mOidsList; } } ///// ///// ///// ///// ///// ///// ///// //public void ConvertOidListToIotStruct (string homeId, List onlineDevices, string gatewayId, ref IotCloud currentProject) //{ // try { // //step 1 转换类型 // Sids functionList = currentProject.functions; // List tmpFunction = new List (); // //step 2 转换类型 // Oids tmp = ConvertToOidListToIotCloud (onlineDevices, ref tmpFunction); // if (currentProject.modules == null || currentProject.modules.devices == null || currentProject.modules.devices.Count == 0) currentProject.modules = tmp; // else { // foreach (Oid tmpModule in tmp.devices) { // Oid tmpFind = currentProject.modules.devices.Find (P => P.mac.Equals (tmpModule.mac)); // if (tmpFind == null) currentProject.modules.devices.Add (tmpModule); // } // } // tmp.homeId = homeId; // //上传功能列表 // #region // //if (functionList == null) // //{ // functionList = new Sids (); // functionList.devices = new List (); // functionList.devices = tmpFunction; // //} // functionList.homeId = homeId; // functionList.gatewayId = gatewayId; // currentProject.modules = tmp; // currentProject.functions = functionList; // #endregion // } catch (Exception ex) { // //MessageBox.Show (ex.Tostring ()); // //throw; // } //} /// /// 生成设备Oid /// /// /// public string FormingNewOid (DeviceType deviceType) { string sOid = ""; try { //1.生成 厂商 + 通讯方式 string sOidBeginsWith = "000101";//厂商 + 通讯方式 //2.生成产品时间戳 long sTimeSp = ConvertDateTimeLong (); //以2020年1月1日算出的时间戳0.1s为单位 string sTimeSpan = ""; ConvertIntToByteArray (sTimeSp, ref sTimeSpan); if (sTimeSpan.Length != 8) return sOid; //延迟10ms //3.生成产品类别 var productType = GetProductType (deviceType); sOid = sOidBeginsWith + sTimeSpan + productType; return sOid; } catch { return sOid; } } /// /// 获取产品类别 /// 产品类别目前没有规范的文档,没有确定的标准 /// 暂时和buspro软件规则一致 /// ///文档规则，但是不是正确的版本 //产品类别 1byte //编号 描述 //01 调光器 //02 继电器 //03 干接点模块 //04 传感器 //05 面板 //06 RCU //07 网关 //08 红外发射 //09 Android屏 //10 场景 //11 音乐播放器 //12 232/485转换器 //21 自动化 //22 安防防区 //14 窗帘模块 //15 HVAC //16 地热模块 /// /// /// public string GetProductType (DeviceType deviceType) { string productType = ""; switch (deviceType) { case DeviceType.LightDimming: case DeviceType.LightCCT: case DeviceType.LightDALI: case DeviceType.LightRGB: case DeviceType.LightRGBW: case DeviceType.LightLogic: case DeviceType.LightRGBandCCT: case DeviceType.DMX48: productType = "01";//01 调光器 break; case DeviceType.LightSwitch: case DeviceType.LightEnergySwitch: case DeviceType.LightEnergySocket: case DeviceType.LightSwitchSocket: case DeviceType.LightMixSwitch: productType = "02";//02 继电器类 break; case DeviceType.CurtainModel: case DeviceType.CurtainRoller: case DeviceType.CurtainTrietex: productType = "03";//03 遮阳类（窗帘） break; case DeviceType.SensorWindSpeed: productType = "04";//04 传感器） break; case DeviceType.OnePortWirelessFR: case DeviceType.OnePortBus: case DeviceType.RCU: case DeviceType.SuperWireless: case DeviceType.OnePortMqttFR: productType = "07";//07 网关类 break; case DeviceType.ACPanel: case DeviceType.ACDevice: case DeviceType.ACInfrared: case DeviceType.ACCoolmaster: case DeviceType.CustomAC: case DeviceType.HVAC: case DeviceType.FoolHeat: case DeviceType.FoolHeatPanel: productType = "12";//12 恒温器（空调、地热） break; case DeviceType.MusicModel: case DeviceType.MusicPanel: case DeviceType.MusicA31: productType = "0B"; break; default: productType = "00"; break; } return productType; } /// /// 获取生成物理模型参数 /// 2021-01-22 目前物模还不完善 /// /// /// public string GetPhysicalModelType (DeviceType deviceType) { string productType = ""; switch (deviceType) { case DeviceType.LightEnergySwitch: productType = "0101"; break; case DeviceType.LightEnergySocket: case DeviceType.LightSwitchSocket: productType = "0102"; break; case DeviceType.LightSwitch: case DeviceType.LightMixSwitch: productType = "0201"; break; case DeviceType.LightDimming: productType = "0202"; break; case DeviceType.LightCCT: case DeviceType.LightDALI: productType = "0203"; break; case DeviceType.LightRGB: case DeviceType.LightRGBW: case DeviceType.LightLogic: case DeviceType.LightRGBandCCT: case DeviceType.DMX48: productType = "0204"; break; //窗帘 case DeviceType.CurtainModel: productType = "0301"; break; case DeviceType.CurtainTrietex: productType = "0303"; break; case DeviceType.CurtainRoller: productType = "0304"; break; case DeviceType.ACPanel: case DeviceType.ACDevice: case DeviceType.ACInfrared: case DeviceType.ACCoolmaster: case DeviceType.CustomAC: case DeviceType.HVAC: productType = "0701"; break; case DeviceType.FoolHeat: case DeviceType.FoolHeatPanel: productType = "0801"; break; case DeviceType.MusicModel: case DeviceType.MusicPanel: case DeviceType.MusicA31: productType = "0901"; break; case DeviceType.FanModule: productType = "1001"; break; default: productType = ((int)deviceType).ToString ("X4"); break; } return productType; } /// /// 生成功能设备Sid /// /// /// /// /// /// /// /// public string FormingNewSid (string sOid, Common loopCommon) { if (sOid == null || sOid == "") return ""; try { //物模型类+通道号+大小类别 string sSid = ""; //1.物模型类 string mPhysicalModelType = GetPhysicalModelType (loopCommon.Type); //2.通道号 string loopIDStr = loopCommon.LoopID.ToString ("X4"); //3.大小类别 string bigMinStr = loopCommon.BigClass.ToString ("X2") + loopCommon.MinClass.ToString ("X2"); //4.拼接 sSid = sOid + mPhysicalModelType + loopIDStr + bigMinStr; return sSid; } catch { return ""; } } /// /// 生成SPK属性 /// /// /// /// /// /// /// /// /// public SidObject UpdateSidAttributesToDeviceList (Common loopCommon, string sOid) { SidObject tmp = new SidObject (); try { string sSid = FormingNewSid (sOid, loopCommon); tmp.oid = sOid; tmp.sid = sSid; tmp.name = loopCommon.Name; tmp.attributes = new List (); tmp.omodel = loopCommon.Type.ToString (); //继电器开关类 if (loopCommon.Type == DeviceType.LightSwitch || loopCommon.Type == DeviceType.LightEnergySwitch || loopCommon.Type == DeviceType.LightEnergySocket || loopCommon.Type == DeviceType.LightSwitchSocket || 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 (); tempFunction.value.Add ("on"); tempFunction.value.Add ("off"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion } else if (loopCommon.Type == DeviceType.LightDimming || loopCommon.Type == DeviceType.LightCCT || loopCommon.Type == DeviceType.LightDALI) { //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 (); tempFunction.value.Add ("on"); tempFunction.value.Add ("off"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion #region brightness FunctionSid tempFunction1 = new FunctionSid (); tempFunction1.key = "brightness"; tempFunction1.data_type = "integer"; tempFunction1.value = new List (); tempFunction1.max = 100; tempFunction1.min = 0; tmp.attributes.Add (tempFunction1); #endregion #region fade_time FunctionSid tempFunction3 = new FunctionSid (); tempFunction3.key = "fade_time"; tempFunction3.data_type = "integer"; tempFunction3.value = new List (); //tempFunction1.value.Add("percent"); //for (int iPercent = 0; iPercent <= 100; iPercent++) //{ // tempFunction1.value.Add(iPercent.ToString()); //} tempFunction3.max = 100; tempFunction3.min = 0; tmp.attributes.Add (tempFunction3); #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 (); //tempFunction2.value.Add("warm light "); //tempFunction2.value.Add("cold light "); tempFunction2.max = 65535; tempFunction2.min = 0; tmp.attributes.Add (tempFunction2); #endregion } } else if (loopCommon.Type == DeviceType.LightRGB || loopCommon.Type == DeviceType.LightRGBW || loopCommon.Type == DeviceType.LightLogic || loopCommon.Type == DeviceType.LightRGBandCCT || loopCommon.Type == DeviceType.DMX48) { tmp.spk = "light.rgb"; #region on_off FunctionSid tempFunction = new FunctionSid (); tempFunction.key = "on_off"; tempFunction.data_type = "string"; tempFunction.value = new List (); tempFunction.value.Add ("on"); tempFunction.value.Add ("off"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion #region brightness FunctionSid tempFunction2 = new FunctionSid (); tempFunction2.key = "brightness"; tempFunction2.data_type = "integer"; tempFunction2.value = new List (); tempFunction2.max = 100; tempFunction2.min = 0; tmp.attributes.Add (tempFunction2); #endregion 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 (); //tempFunction2.value.Add("red"); //tempFunction2.value.Add("green"); //tempFunction2.value.Add("blue"); tempFunction3.max = 255; tempFunction3.min = 0; tmp.attributes.Add (tempFunction3); #endregion } else { #region color FunctionSid tempFunction3 = new FunctionSid (); tempFunction3.key = "rgb"; tempFunction3.data_type = "integer"; tempFunction3.value = new List (); tempFunction3.min = 0; tmp.attributes.Add (tempFunction3); #endregion } if (loopCommon.Type == DeviceType.LightRGBandCCT) { #region CCT FunctionSid tempFunctionCCT = new FunctionSid (); tempFunctionCCT.key = "cct"; tempFunctionCCT.data_type = "integer"; tempFunctionCCT.value = new List (); //tempFunction2.value.Add("red"); //tempFunction2.value.Add("green"); //tempFunction2.value.Add("blue"); tempFunctionCCT.max = 65535; tempFunctionCCT.min = 0; tmp.attributes.Add (tempFunctionCCT); #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 (); tempFunction.value.Add ("on"); tempFunction.value.Add ("off"); tempFunction.value.Add ("stop"); tempFunction.max = 2; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #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 (); //tempFunction1.value.Add("percent"); tempFunction1.max = 100; tempFunction1.min = 0; tmp.attributes.Add (tempFunction1); #endregion } } else if (loopCommon.Type == DeviceType.ACPanel || loopCommon.Type == DeviceType.ACDevice || loopCommon.Type == DeviceType.ACInfrared || loopCommon.Type == DeviceType.ACCoolmaster || loopCommon.Type == DeviceType.CustomAC || loopCommon.Type == DeviceType.HVAC) { //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 (); tempFunction.value.Add ("on"); tempFunction.value.Add ("off"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion #region mode FunctionSid tempFunction1 = new FunctionSid (); tempFunction1.key = "mode"; tempFunction1.data_type = "integer"; tempFunction1.value = new List (); tempFunction1.value.Add ("cool"); tempFunction1.value.Add ("heat"); tempFunction1.value.Add ("fan"); tempFunction1.value.Add ("auto"); tempFunction1.value.Add ("dry"); tempFunction1.max = 4; tempFunction1.min = 0; tmp.attributes.Add (tempFunction1); #endregion #region fan FunctionSid tempFunction2 = new FunctionSid (); tempFunction2.key = "fan"; tempFunction2.data_type = "integer"; tempFunction2.value = new List (); 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); #endregion #region temp FunctionSid tempFunction3 = new FunctionSid (); tempFunction3.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"; //} //else //{ // tempFunction3.data_type = "integer"; //} tempFunction3.value = new List (); tempFunction3.max = 30; tempFunction3.min = 16; tmp.attributes.Add (tempFunction3); #endregion #region temp_step FunctionSid tempFunction5 = new FunctionSid (); tempFunction5.key = "set_temp_step"; tempFunction5.data_type = "string"; tempFunction5.value = new List (); tempFunction5.value.Add ("up"); tempFunction5.value.Add ("down"); tempFunction5.max = 1; tempFunction5.min = 0; tmp.attributes.Add (tempFunction5); #endregion #region room_temp FunctionSid tempFunction6 = new FunctionSid (); tempFunction6.key = "room_temp"; tempFunction6.data_type = "float"; tempFunction6.value = new List (); tempFunction6.max = 50; tempFunction6.min = -50; tmp.attributes.Add (tempFunction6); #endregion #region swing FunctionSid tempFunction4 = new FunctionSid (); tempFunction4.key = "swing"; tempFunction4.data_type = "string"; tempFunction4.value = new List (); 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); #endregion #region lock #endregion } else if (loopCommon.Type == DeviceType.FoolHeat || 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 (); tempFunction.value.Add ("on"); tempFunction.value.Add ("off"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion #region mode FunctionSid tempFunction1 = new FunctionSid (); tempFunction1.key = "mode"; tempFunction1.data_type = "string"; tempFunction1.value = new List (); 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); #endregion #region temp FunctionSid tempFunction3 = new FunctionSid (); tempFunction3.key = "set_temp"; tempFunction3.data_type = "float"; tempFunction3.value = new List (); //tempFunction3.value.Add("up"); //tempFunction3.value.Add("down"); //tempFunction3.value.Add("value"); tempFunction3.max = 35; tempFunction3.min = 0; tmp.attributes.Add (tempFunction3); #endregion #region temp FunctionSid tempFunction4 = new FunctionSid (); tempFunction4.key = "set_temp_step"; tempFunction4.data_type = "string"; tempFunction4.value = new List (); tempFunction4.value.Add ("up"); tempFunction4.value.Add ("down"); tempFunction4.max = 1; tempFunction4.min = 0; tmp.attributes.Add (tempFunction4); #endregion #region room_temp FunctionSid tempFunction5 = new FunctionSid (); tempFunction5.key = "room_temp"; tempFunction5.data_type = "float"; tempFunction5.value = new List (); tempFunction5.max = 50; tempFunction5.min = -50; tmp.attributes.Add (tempFunction5); #endregion #region lock #endregion } else if (loopCommon.Type == DeviceType.MusicA31 || loopCommon.Type == DeviceType.MusicModel || loopCommon.Type == DeviceType.MusicPanel) { 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 (); tempFunction.value.Add ("play"); tempFunction.value.Add ("pause"); //tempFunction.value.Add("play"); //tempFunction.value.Add("stop"); //tempFunction.value.Add("pause"); //play stop pause tempFunction.max = 2; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion #region volume FunctionSid tempFunction1 = new FunctionSid (); tempFunction1.key = "volume"; tempFunction1.data_type = "integer"; tempFunction1.value = new List (); //tempFunction1.value.Add("percent"); tempFunction1.max = 100; tempFunction1.min = 0; tmp.attributes.Add (tempFunction1); #endregion #region volume_step FunctionSid tempFunction9 = new FunctionSid (); tempFunction9.key = "volume_step"; tempFunction9.data_type = "string"; tempFunction9.value = new List (); tempFunction9.value.Add ("up"); tempFunction9.value.Add ("down"); tempFunction9.max = 1; tempFunction9.min = 0; tmp.attributes.Add (tempFunction9); #endregion #region volume_level FunctionSid tempFunction10 = new FunctionSid (); tempFunction10.key = "volume_level"; tempFunction10.data_type = "integer"; tempFunction10.value = new List (); //tempFunction1.value.Add("percent"); tempFunction10.max = 10; tempFunction10.min = 0; tmp.attributes.Add (tempFunction10); #endregion #region volume_level_step FunctionSid tempFunction11 = new FunctionSid (); tempFunction11.key = "volume_level_step"; tempFunction11.data_type = "string"; tempFunction11.value = new List (); tempFunction11.value.Add ("up"); tempFunction11.value.Add ("down"); tempFunction11.max = 1; tempFunction11.min = 0; tmp.attributes.Add (tempFunction11); #endregion #region treble FunctionSid tempFunction14 = new FunctionSid (); tempFunction14.key = "treble"; tempFunction14.data_type = "integer"; tempFunction14.max = 10; tempFunction14.min = -10; tmp.attributes.Add (tempFunction14); #endregion #region treble_step FunctionSid tempFunction12 = new FunctionSid (); tempFunction12.key = "treble_step"; tempFunction12.data_type = "string"; tempFunction12.value = new List (); tempFunction12.value.Add ("up"); tempFunction12.value.Add ("down"); tempFunction12.max = 1; tempFunction12.min = 0; tmp.attributes.Add (tempFunction12); #endregion #region bass FunctionSid tempFunction15 = new FunctionSid (); tempFunction15.key = "bass"; tempFunction15.data_type = "integer"; tempFunction15.max = 10; tempFunction15.min = -10; tmp.attributes.Add (tempFunction15); #endregion #region bass_step FunctionSid tempFunction13 = new FunctionSid (); tempFunction13.key = "bass_step"; tempFunction13.data_type = "string"; tempFunction13.value = new List (); tempFunction13.value.Add ("up"); tempFunction13.value.Add ("down"); tempFunction13.max = 1; tempFunction13.min = 0; tmp.attributes.Add (tempFunction13); #endregion #region mode FunctionSid tempFunction5 = new FunctionSid (); tempFunction5.key = "mode"; tempFunction5.data_type = "string"; tempFunction5.value = new List (); //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); #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 (); 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); #endregion #region song_step FunctionSid tempFunction2 = new FunctionSid (); tempFunction2.key = "song_step"; tempFunction2.data_type = "string"; tempFunction2.value = new List (); tempFunction2.value.Add ("up"); tempFunction2.value.Add ("down"); tempFunction2.max = 1; tempFunction2.min = 0; tmp.attributes.Add (tempFunction2); #endregion #region bass FunctionSid tempFunction16 = new FunctionSid (); tempFunction16.key = "playlist_name"; tempFunction16.data_type = "string"; tmp.attributes.Add (tempFunction16); #endregion #region bass FunctionSid tempFunction17 = new FunctionSid (); tempFunction17.key = "song_name"; tempFunction17.data_type = "string"; tmp.attributes.Add (tempFunction17); #endregion #region bass FunctionSid tempFunction19 = new FunctionSid (); tempFunction19.key = "song_time"; tempFunction19.data_type = "string"; tmp.attributes.Add (tempFunction19); #endregion #region bass FunctionSid tempFunction20 = new FunctionSid (); tempFunction20.key = "playing_time"; tempFunction20.data_type = "string"; tmp.attributes.Add (tempFunction20); #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 (); tempFunction.value.Add ("true"); tempFunction.value.Add ("false"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion #region status FunctionSid tempFunction1 = new FunctionSid (); tempFunction1.key = "status"; tempFunction1.data_type = "string"; tempFunction1.value = new List (); tempFunction1.value.Add ("true"); tempFunction1.value.Add ("false"); tempFunction1.max = 1; tempFunction1.min = 0; tmp.attributes.Add (tempFunction1); #endregion #region sensitivity FunctionSid tempFunction2 = new FunctionSid (); tempFunction2.key = "sensitivity"; tempFunction2.data_type = "integer"; tempFunction2.max = 100; tempFunction2.min = 0; tmp.attributes.Add (tempFunction2); #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 (); tempFunction.value.Add ("true"); tempFunction.value.Add ("false"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #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); #endregion #region type FunctionSid tempFunction2 = new FunctionSid (); tempFunction2.key = "type"; tempFunction2.data_type = "string"; tempFunction2.value = new List (); tempFunction2.value.Add ("C"); tempFunction2.value.Add ("F"); tempFunction2.max = 1; tempFunction2.min = 0; tmp.attributes.Add (tempFunction2); #endregion //#region precision //Function tempFunction3 = new GateWay.Function(); //tempFunction3.key = "precision"; //tempFunction3.data_type = "string"; //tempFunction3.value = new List(); //tempFunction3.value.Add("0.01"); //tempFunction3.value.Add("0.1"); //tempFunction3.value.Add("100"); //tempFunction3.max = 2; //tempFunction3.min = 0; //tmp.attributes.Add(tempFunction3); //#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 (); tempFunction.value.Add ("true"); tempFunction.value.Add ("false"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion #region lux FunctionSid tempFunction1 = new FunctionSid (); tempFunction1.key = "value"; //2020 12 22 tempFunction1.data_type = "integer"; tmp.attributes.Add (tempFunction1); #endregion #region error_value FunctionSid tempFunction2 = new FunctionSid (); tempFunction2.key = "error_value"; tempFunction2.data_type = "integer"; tmp.attributes.Add (tempFunction2); #endregion #region precision FunctionSid tempFunction3 = new FunctionSid (); tempFunction3.key = "precision"; tempFunction3.data_type = "string"; tempFunction3.value = new List (); tempFunction3.value.Add ("0.01"); tempFunction3.value.Add ("0.1"); tempFunction3.value.Add ("100"); tempFunction3.max = 2; tempFunction3.min = 0; tmp.attributes.Add (tempFunction3); #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 (); tempFunction.value.Add ("true"); tempFunction.value.Add ("false"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion #region value FunctionSid tempFunction1 = new FunctionSid (); tempFunction1.key = "value"; tempFunction1.data_type = "integer"; tmp.attributes.Add (tempFunction1); #endregion #region error_value FunctionSid tempFunction2 = new FunctionSid (); tempFunction2.key = "error_value"; tempFunction2.data_type = "integer"; tmp.attributes.Add (tempFunction2); #endregion #region precision FunctionSid tempFunction3 = new FunctionSid (); tempFunction3.key = "precision"; tempFunction3.data_type = "string"; tempFunction3.value = new List (); tempFunction3.value.Add ("0.01"); tempFunction3.value.Add ("0.1"); tempFunction3.value.Add ("100"); tempFunction3.max = 2; tempFunction3.min = 0; tmp.attributes.Add (tempFunction3); #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 (); tempFunction.value.Add ("true"); tempFunction.value.Add ("false"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion #region value FunctionSid tempFunction1 = new FunctionSid (); tempFunction1.key = "value"; tempFunction1.data_type = "float"; tempFunction1.max = 10000; tempFunction1.min = 0; tmp.attributes.Add (tempFunction1); #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 (); tempFunction.value.Add ("true"); tempFunction.value.Add ("false"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion #region value FunctionSid tempFunction1 = new FunctionSid (); tempFunction1.key = "value"; tempFunction1.data_type = "integer"; tempFunction1.max = 10000; tempFunction1.min = 0; tmp.attributes.Add (tempFunction1); #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 (); tempFunction.value.Add ("true"); tempFunction.value.Add ("false"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion #region value FunctionSid tempFunction1 = new FunctionSid (); tempFunction1.key = "value"; tempFunction1.data_type = "integer"; tempFunction1.max = 10000; tempFunction1.min = 0; tmp.attributes.Add (tempFunction1); #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 (); tempFunction.value.Add ("true"); tempFunction.value.Add ("false"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion #region status FunctionSid tempFunction1 = new FunctionSid (); tempFunction1.key = "status"; tempFunction1.data_type = "string"; tempFunction1.value = new List (); tempFunction1.value.Add ("on"); tempFunction1.value.Add ("off"); tempFunction1.max = 1; tempFunction1.min = 0; tmp.attributes.Add (tempFunction1); #endregion } else { #region on_off FunctionSid tempFunction = new FunctionSid (); tempFunction.key = "enable"; tempFunction.data_type = "string"; tempFunction.value = new List (); tempFunction.value.Add ("true"); tempFunction.value.Add ("false"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion #region value FunctionSid tempFunction1 = new FunctionSid (); tempFunction1.key = "value"; tempFunction1.data_type = "integer"; tempFunction1.max = 10000; tempFunction1.min = 0; tmp.attributes.Add (tempFunction1); #endregion } } else { #region on_off FunctionSid tempFunction = new FunctionSid (); tempFunction.key = "on_off"; tempFunction.data_type = "string"; tempFunction.value = new List (); tempFunction.value.Add ("on"); tempFunction.value.Add ("off"); tempFunction.max = 1; tempFunction.min = 0; tmp.attributes.Add (tempFunction); #endregion } } catch { } return tmp; } //#region 判断类型 ///// ///// 继电器类别 ///// ///// ///// //public bool IsHDLRelayDeviceType (DeviceType deviceType) //{ // return false; //} ///// ///// 调光器类别 ///// ///// ///// //public bool IsHDLDimmerDeviceType (DeviceType deviceType) //{ // return false; //} ///// ///// 遮阳类别（窗帘、卷帘、开合帘） ///// ///// ///// //public bool IsHDLCurtainDeviceType (DeviceType deviceType) //{ // return deviceType == DeviceType.CurtainModel // || deviceType == DeviceType.CurtainRoller // || deviceType == DeviceType.CurtainTrietex; //} ///// ///// 传感器类别 ///// ///// ///// //public bool IsHDLSensorDeviceType (DeviceType deviceType) //{ // return false; //} ///// ///// 网关类别 ///// ///// ///// //public bool IsHDLGatewayDeviceType (DeviceType deviceType) //{ // return false; //} ///// ///// 空调 ///// ///// ///// //public bool IsHDLACDeviceType (DeviceType deviceType) //{ // return false; //} //#endregion #region 生成4位byte 时间戳 private long LastTime = 0; /// /// DateTime时间格式转换为13位带毫秒的Unix时间戳 /// /// DateTime时间格式 /// Unix时间戳格式 public long ConvertDateTimeLong () { System.DateTime startTime = TimeZone.CurrentTimeZone.ToLocalTime (new System.DateTime (2020, 1, 1)); long l = (long)(Math.Round ((DateTime.Now - startTime).TotalSeconds, 1) * 10); if (l <= LastTime) l = LastTime + 1; LastTime = l; return l; } /// /// /// /// /// /// public bool ConvertIntToByteArray (long m, ref string strTmp) { strTmp = "00000000"; byte [] arry = new byte [4]; arry [0] = (byte)(m & 0xFF); arry [1] = (byte)((m & 0xFF00) >> 8); arry [2] = (byte)((m & 0xFF0000) >> 16); arry [3] = (byte)((m & 0xFF000000) >> 24); strTmp = arry [0].ToString ("X2") + arry [1].ToString ("X2") + arry [2].ToString ("X2") + arry [3].ToString ("X2"); return true; } #endregion } [Serializable] public class BaseCloudFeedback { public int code { get; set; } public string timestamp { get; set; } public bool isSuccess { get; set; } public string message { get; set; } } [Serializable] public class Sids { public string homeId { get; set; } public string gatewayId { get; set; } public List devices { get; set; } } [Serializable] public class Oids { public string homeId { get; set; } public string gatewayId { get; set; } public List devices { get; set; } } [Serializable] public class Oid { public string protocolType { get; set; } public string device_name { get; set; } public string oid { get; set; } public string addresses { get; set; } public string device_model { get; set; } public string fw_version { get; set; } public string hw_info { get; set; } public string mac { get; set; } public int deviceType { get; set; } } [Serializable] public class Sid { public string sid { get; set; } public string name { get; set; } public string [] uids { get; set; } public string spk { get; set; } public string oid { get; set; } //设备模块地址 public string omodel { get; set; } //型号 public List attributes { get; set; } //属性列表 } [Serializable] public class FunctionSid { //public string name { get; set; } public string key { get; set; } public List value { get; set; } public int max { get; set; } public int min { get; set; } public string data_type { get; set; } } [Serializable] public class SidObject : Sid { } [Serializable] public class IotCloud { public Oids modules { get; set; } //设备列表 public Sids functions { get; set; } //功能列表 } /// /// 设备列表响应data参数 /// public class DevcieFunctionRes { public List list = new List (); //public string totalCount = "0"; //public string totalPage = "0"; //public string pageNo = "0"; //public string pageSize = "0"; } /// /// 功能类能满足数据使用要求，子类只是为了方便使用属性 /// public class Function { public Function () { } #region base info /// /// HDL统一协议格式：14bytes /// 举例： 来源 厂商代码 通讯方式 产品时间戳 产品类别 物模型类 通道号 大小类别 /// 1byte 1byte 1byte 4byte 1byte 2byte 2byte 2byte /// 来源：00 默认原生态系统数据 、01 网关或者其他A设备、02 调试软件、03 APP应用程序、04 第三方网关或者平台 /// 厂商代码：01 HDL /// 通讯方式：01 HDL Bus、02 Zigbee、03 KNX、04 Z-Wave /// 产品时间戳：4bytes 以2020年1月1日算出的时间戳0.1s为单位 /// 产品类别：01 调光器、02 继电器、03 干接点模块、04 传感器、05 面板 /// 物模型类型： /// 01 开关类：01 开关、02 插座、03 /// 02 照明： 01 开关、02 调光、03 色温、04 LED /// 03 遮阳： 01 窗帘电机、02 百叶窗、03 开合帘、04 卷帘 /// 04 恒温器：01 空调、02 地暖、03 毛细空调 /// 05 新风 /// 06 影音 /// 07 音乐 /// 08 能源 /// 09 安防 /// 大类别 1bytes （预留） /// 小类别 1byte （预留） /// public string sid = "0301011234567801012301230123"; /// /// /// public string oid; /// /// 备注 /// public string name; /// /// 设备ID /// 云端负责生成 /// public string deviceId = "0"; /// /// 设备spk /// public string spk = ""; /// /// /// string spk_Prefix; /// /// spk前缀 /// 大类 /// 功能类别 /// 如：空调类、灯光类、窗帘类 /// public string Spk_Prefix { get { if (string.IsNullOrEmpty (spk_Prefix)) { spk_Prefix = spk.Split (".") [0]; } return spk_Prefix; } } string spk_Suffix; /// /// A协议功能的特性 /// 如：是AC功能：特性：on_off,mode,fan,temperature /// attri /// public List attributes = new List (); /// /// 房间ID列表 /// 该功能添加到到房间列表 /// public List roomIds = new List (); /// /// bus协议数据格式 /// 使用A协议控制时，改属性为空 /// public BusData bus; /// /// 是否收藏 /// public bool collect = false; /// /// 是否在线 /// public bool online = true; /// /// 云端数据创建的时间 /// public string createTime = ""; /// /// 云端数据修改的最后时间 /// public string modifyTime = ""; /// /// 删除标记 /// 需要删除数据时，标记为：true /// 由云端删除成功之后，返回数据再清除本地数据 /// public bool DeleteSign = false; #endregion /// /// 延时 /// public int delay = 0; /// /// 最后控制的一次状态 /// [Newtonsoft.Json.JsonIgnore] public string lastState = ""; FunctionAttributes _trait_on_off; [Newtonsoft.Json.JsonIgnore] public FunctionAttributes trait_on_off { get { if (_trait_on_off == null) { _trait_on_off = attributes.Find ((obj) => obj.key == FunctionAttributeKey.OnOff); //找不到属性需要声明一个，防止报错闪退 if (_trait_on_off == null) { _trait_on_off = new FunctionAttributes () { key = "on_off", value = new List { "on", "off" }, max = 1, min = 0, }; _trait_on_off.curValue = "off"; } } if (_trait_on_off.curValue.ToString () != "on" && _trait_on_off.curValue.ToString () != "off") { _trait_on_off.curValue = "off"; } return _trait_on_off; } //set //{ // _trait_on_off = value; //} } /// /// 使用次数 /// public double controlCounter = 0; /// /// 使用频率 /// public double usageFrequency { get { return controlCounter / 7; } } /// /// 固定的序号 /// public int fixedSerialNumber = int.MaxValue; } /// /// 功能属性 /// 属性字段解析：attri :属性内容，value 属性的值，max 最大值 min 最小值 /// [System.Serializable] public class FunctionAttributes { /// /// 属性键名 /// public string key; /// /// 属性的值列表 /// public List value = new List (); /// /// 最大值 /// public int max = 100; /// /// 最小值 /// public int min = 0; /// /// 数据类型 /// public string data_type = ""; /// /// 当前值 /// public object curValue = new object (); } /// /// 功能属性键名列表 /// public static class FunctionAttributeKey { /// /// 开关 /// public const string OnOff = "on_off"; /// /// 亮度 /// public const string Brightness = "brightness"; /// /// 颜色 /// public const string RGB = "rgb"; /// /// 渐变时间 /// public const string FadeTime = "fade_time"; /// /// 模式 /// public const string Mode = "mode"; /// /// 风速 /// public const string FanSpeed = "fan"; /// /// 设置温度 /// public const string SetTemp = "set_temp"; /// /// 延时 /// public const string Delay = "delay"; /// /// 色温 /// public const string CCT = "cct"; /// /// 百分比 /// public const string Percent = "percent"; /// /// 室内温度 /// public const string IndoorTemp = "room_temp"; /// /// value /// public const string Value = "value"; } /// /// 兼容旧协议控制 /// public class BusData { public string addresses = "FFFF"; [Newtonsoft.Json.JsonIgnore] public byte SubnetID { get { return Convert.ToByte (addresses.Substring (0, 2), 16); } } [Newtonsoft.Json.JsonIgnore] public byte DeviceID { get { return Convert.ToByte (addresses.Substring (2, 2), 16); } } public byte LoopId { get { return Convert.ToByte (loopId, 16); } } public string loopId; } public static class SPK { /// /// （开关灯） /// public const string LightSwitch = "light.switch"; /// /// （调光灯） /// public const string LightDimming = "light.dimming"; /// /// （RGB灯） /// public const string LightRGB = "light.rgb"; /// /// （RGBW灯） /// public const string LightRGBW = "light.rgbw"; /// /// （CCT灯） /// public const string LightCCT = "light.cct"; /// /// （开关窗帘） /// public const string CurtainSwitch = "curtain.switch"; /// /// （开合帘） /// public const string CurtainTrietex = "curtain.trietex"; /// /// （百叶帘） /// public const string CurtainShades = "curtain.shades"; /// /// （卷帘） /// public const string CurtainRoller = "curtain.roller"; /// /// （空调） /// public const string AcStandard = "ac.standard"; /// /// （地热） /// public const string FloorHeatStandard = "floorHeat.standard"; /// /// （新风） /// public const string AirFreshStandard = "airFresh.standard"; /// /// （音乐） /// public const string MusicStandard = "music.standard"; /// /// （亮度传感器） /// public const string SensorLight = "sensor.light"; /// /// （温度传感器） /// public const string SensorTemperature = "sensor.temperature"; /// /// (红外移动传感器) /// public const string SensorPir = "sensor.pir"; /// /// （门窗传感器） /// public const string SensorDoorWindow = "sensor.doorwindow"; /// /// （PM2.5传感器） /// public const string SensorPm25 = "sensor.pm25"; /// /// co2传感器 /// public const string SensorCO2 = "sensor.co2"; /// /// tvoc传感器 /// public const string SensorTVOC = "sensor.tvoc"; /// /// 湿度传感器 /// public const string SensorHumidity = "sensor.humidity"; /// /// （干接点） /// public const string DryContact = "dryContact.standard"; /// /// 家电、插座 /// public const string ElectricSocket = "electrical.socket"; /// /// 家电、电视 /// public const string ElectricTV = "electrical.tv"; /// /// 家电、风扇 /// public const string ElectricFan = "electrical.fan"; } /// /// 功能类别 /// public static class FunctionCategory { /// ///（灯） /// public const string Light = "light"; /// /// （窗帘） /// public const string Curtain = "curtain"; /// /// （空调） /// public const string AC = "ac"; /// /// （地热） /// public const string FloorHeat = "floorHeat"; /// /// （新风） /// public const string AirFresh = "airFresh"; /// /// （音乐） /// public const string Music = "music"; /// /// （传感器） /// public const string Sensor = "sensor"; /// /// （干接点） /// public const string DryContact = "dryContact"; /// /// 家电 /// public const string Electric = "electrical"; //Music = 0x09, } ///// ///// 上传Oid列表 ///// //[Serializable] //public class UploadOids //{ // public string homeId { get; set; } //住宅ID // public Oids devices { get; set; } //设备列表 //} ///// ///// 上传Sid列表 ///// //[Serializable] //public class UploadSids //{ // public string homeId { get; set; } //住宅ID // public string gatewayId { get; set; } //网关ID // public Sids devices { get; set; } //设备列表 //} } //sid组成部分： //sid //来源 厂商代码 通讯方式 产品时间戳 产品类别 物模型类 通道号 大小类别 //1byte 1byte 1byte 4byte 1byte 2byte 2byte 2byte //oid组成部分： //来源 厂商代码 通讯方式 产品时间戳 产品类别 //1byte 1 byte 1 byte 4 byte 1byte //其中各部分代码列表： //来源 1byte 编号 描述 // 00 默认原生态系统数据 // 01 网关或者其他A设备 // 02 调试软件 // 03 APP应用程序 // 04 第三方网关或者平台 //厂商代码 1byte 编号 描述 // 01 HDL // 02 //通讯方式 1byte 编号 描述 // 01 HDL Bus // 02 Zigbee // 03 KNX // 04 Z-Wave //产品时间戳 4bytes 以2020年1月1日算出的时间戳0.1s为单位 //产品类别 1byte 编号 描述 // 01 调光器 // 02 继电器 // 03 干接点模块 // 04 传感器 // 05 面板 // 06 RCU // 07 网关 // 08 红外发射 // 09 Android屏 // 10 场景 // 11 音乐播放器 // 12 232/485转换器 // 21 自动化 // 22 安防防区 // 14 窗帘模块 // 15 HVAC // 16 地热模块 //物模型类型 2bytes 编号 描述 // 01 开关类 01 开关 // 02 插座 // 03 // 02 照明 01 开关 // 02 调光 // 03 色温(CCT) // 04 RGB // 03 遮阳 01 窗帘控制器 // 02 百叶窗 // 03 开合帘 // 04 卷帘 // 05  推窗器 // 06  投影幕 // 04 面板 01 按键面板 // 05 传感器 01 移动探测 // 02 温度传感器 // 03 湿度传感器 // 04 照度传感器 // 05 TVOC // 06 PM2.5 // 07 CO2 // 08 毫米波传感器 // 09 // 10 // 11 烟雾传感器 // 25 干接点 // 07 恒温器 01 空调 // 02 风扇 // 03 毛细空调 // 08 地热 01 地热模块 // 09 背景音乐 01 音乐播放器 // 02 Sonos // 10 场景 01 场景 // 02 电影场景 // 19 新风 01 新风 //13 能源 01 电表 // 02 水表 // 03 燃气 // 16 电器 01 风扇 // 02 TV // 20 安防 01 安防 // 21 自动化 01 自动化 //大类别 1bytes （预留） //小类别 1byte （预留）