using System; using System.Collections.Generic; using System.Text; using Newtonsoft.Json.Linq; using service.hdlcontrol.com_WebServiceAirQuality; using Shared.IO; using Shared.Net; using Shared.SimpleControl.Phone; namespace Shared.SimpleControl { public static class CommonPage { public static bool IsRemote; public static AirQuality AirQuality; public static Action RefreshAir; public static bool FindGateway = false; public static bool FindGatewayChilren = false; public static string FindGatewayChilrenIPAddress = new Net.NetWiFi ().BroadcastIpAddress.ToString (); public static bool LocalPhoneFindDevice = false; private static string ip = "0.0.0.0"; public static System.Net.IPEndPoint EndPoint { get { try { if (FindGateway) { return new System.Net.IPEndPoint (System.Net.IPAddress.Parse (new Net.NetWiFi ().BroadcastIpAddress.ToString ()), 6000); //return new System.Net.IPEndPoint (System.Net.IPAddress.Parse ("224.0.168.188"), 6000); } else if (FindGatewayChilren) { try { return new System.Net.IPEndPoint (System.Net.IPAddress.Parse (FindGatewayChilrenIPAddress), 6000); } catch { return new System.Net.IPEndPoint (System.Net.IPAddress.Parse ("224.0.168.188"), 6000); } } else { return new System.Net.IPEndPoint (System.Net.IPAddress.Parse (new Net.NetWiFi ().BroadcastIpAddress.ToString ()), 6000); } } catch { //防止异常导致程序退出 return new System.Net.IPEndPoint (System.Net.IPAddress.Parse ("127.0.0.1"), 6000); } } } ///保存设备备注才用gb2312，其他情况用utf8 public static Encoding MyEncodingUTF8 = Encoding.UTF8;//Get public static Encoding MyEncodingGB2312 { get { try { if (System.Globalization.CultureInfo.InstalledUICulture.EnglishName.ToUpper().StartsWith("CZECH")) { return System.Text.Encoding.GetEncoding (1250); } else { return Encoding.GetEncoding ("gb2312"); } }catch (Exception ex) { Console.WriteLine ("MyEncodingGB2312 Erorr : "+ex.Message); return Encoding.GetEncoding ("gb2312"); } } } static bool isHttpListenerStart; public static DateTime dt; //public static byte currentSubnetID = 0; public static void InitHttpListener () { if (isHttpListenerStart) { return; } HttpListener.Start (new NetWiFi ().IpAddress, 6001); HttpListener.EventHandler -= httpListener_EventHandler; HttpListener.EventHandler += httpListener_EventHandler; isHttpListenerStart = true; } public static void CloseHttpListener () { //isHttpListenerStart = false; //return; if (!isHttpListenerStart) return; HttpListener.Close (); isHttpListenerStart = false; } ///

/// 初始化处理socket接收的数据 ///

public static void InitReceiveEvent () { Packet.ReceiveEvent += Packet_ReceiveEvent; } public static float floatChange (byte b1, byte b2, byte b3, byte b4) { byte [] byteTemp = new byte [4] { b4, b3, b2, b1 }; return BitConverter.ToSingle (byteTemp, 0); } static void Packet_ReceiveEvent (byte subnetID, byte deviceID, Command command, byte [] usefullBytes, string revGatewayIP) { try { List ButtonBkeyModelList = new List (); switch (command) { case Command.ReadAnalogACK: if (UserConfig.Instance.IsSetHomePageSensor) { DeviceType deviceType2 = (DeviceType)(usefullBytes [0] * 256 + usefullBytes [1]); switch (deviceType2) { case DeviceType.SensorPM25: if(UserConfig.Instance.pm25.SubnetID == subnetID&& UserConfig.Instance.pm25.DeviceID == deviceID && UserConfig.Instance.pm25.LoopID == usefullBytes[2]) { switch(usefullBytes [3]) { case 1://无符号整形 UserConfig.Instance.pm25.values = usefullBytes [5] * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]; break; case 2://有符号整形 if (usefullBytes [5] > 128) { UserConfig.Instance.pm25.values = (1 - (usefullBytes [5] - 128) * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]); } else { UserConfig.Instance.pm25.values = usefullBytes [5] * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]; } break; case 3://Float UserConfig.Instance.pm25.values = (double) floatChange (usefullBytes [5], usefullBytes [6], usefullBytes [7], usefullBytes [8]); break; } } break; case DeviceType.SensorTemperature: if (UserConfig.Instance.temp.SubnetID == subnetID && UserConfig.Instance.temp.DeviceID == deviceID && UserConfig.Instance.temp.LoopID == usefullBytes [2]) { switch (usefullBytes [3]) { case 1://无符号整形 UserConfig.Instance.temp.values = usefullBytes [5] * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]; break; case 2://有符号整形 if (usefullBytes [5] > 128) { UserConfig.Instance.temp.values = (1 - (usefullBytes [5] - 128) * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]); } else { UserConfig.Instance.temp.values = usefullBytes [5] * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]; } break; case 3://Float UserConfig.Instance.temp.values = (double)floatChange (usefullBytes [8], usefullBytes [7], usefullBytes [6], usefullBytes [5]); break; } } break; case DeviceType.SensorCO2: if (UserConfig.Instance.co2.SubnetID == subnetID && UserConfig.Instance.co2.DeviceID == deviceID && UserConfig.Instance.co2.LoopID == usefullBytes [2]) { switch (usefullBytes [3]) { case 1://无符号整形 UserConfig.Instance.co2.values = usefullBytes [5] * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]; break; case 2://有符号整形 if (usefullBytes [5] > 128) { UserConfig.Instance.co2.values = (1 - (usefullBytes [5] - 128) * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]); } else { UserConfig.Instance.co2.values = usefullBytes [5] * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]; } break; case 3://Float UserConfig.Instance.co2.values = (double)floatChange (usefullBytes [8], usefullBytes [7], usefullBytes [6], usefullBytes [5]); break; } } break; case DeviceType.SensorHumidity: if (UserConfig.Instance.humidity.SubnetID == subnetID && UserConfig.Instance.humidity.DeviceID == deviceID && UserConfig.Instance.humidity.LoopID == usefullBytes [2]) { switch (usefullBytes [3]) { case 1://无符号整形 UserConfig.Instance.humidity.values = usefullBytes [5] * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]; break; case 2://有符号整形 if (usefullBytes [5] > 128) { UserConfig.Instance.humidity.values = (1 - (usefullBytes [5] - 128) * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]); } else { UserConfig.Instance.humidity.values = usefullBytes [5] * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]; } break; case 3://Float UserConfig.Instance.humidity.values = (double)floatChange (usefullBytes [8], usefullBytes [7], usefullBytes [6], usefullBytes [5]); break; } } break; case DeviceType.SensorTVOC: if (UserConfig.Instance.tvoc.SubnetID == subnetID && UserConfig.Instance.tvoc.DeviceID == deviceID && UserConfig.Instance.tvoc.LoopID == usefullBytes [2]) { switch (usefullBytes [3]) { case 1://无符号整形 UserConfig.Instance.tvoc.values = usefullBytes [5] * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]; break; case 2://有符号整形 if (usefullBytes [5] > 128) { UserConfig.Instance.tvoc.values = (1 - (usefullBytes [5] - 128) * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]); } else { UserConfig.Instance.tvoc.values = usefullBytes [5] * 256 * 256 * 256 + usefullBytes [6] * 256 * 256 + usefullBytes [7] * 256 + usefullBytes [8]; } break; case 3://Float UserConfig.Instance.tvoc.values = (double)floatChange (usefullBytes [8], usefullBytes [7], usefullBytes [6], usefullBytes [5]); break; } } break; } } break; case Command.FreshAirReadACK: case Command.FreshAirControlACK: foreach (var room in Room.Lists) { var common = room.DeviceList.Find ((obj) => obj.SubnetID == subnetID && obj.DeviceID == deviceID && obj.LoopID == usefullBytes [0] && obj.Type == DeviceType.FreshAir); if (common != null) { var fresAirReceive = common as FreshAir; fresAirReceive.SwitchStatus = usefullBytes [1]; fresAirReceive.WindSpeed = usefullBytes [2]; fresAirReceive.SetPattern = usefullBytes [3]; fresAirReceive.EnableValue1 = usefullBytes [4]; fresAirReceive.EnableValue2 = usefullBytes [5]; if (usefullBytes.Length > 6) { fresAirReceive.InTemp = floatChange (usefullBytes [6], usefullBytes [7], usefullBytes [8], usefullBytes [9]); fresAirReceive.OutTemp = floatChange (usefullBytes [10], usefullBytes [11], usefullBytes [12], usefullBytes [13]); fresAirReceive.Humidity = floatChange (usefullBytes [14], usefullBytes [15], usefullBytes [16], usefullBytes [17]); fresAirReceive.PM25 = floatChange (usefullBytes [18], usefullBytes [19], usefullBytes [20], usefullBytes [21]); fresAirReceive.TVOC = floatChange (usefullBytes [22], usefullBytes [23], usefullBytes [24], usefullBytes [25]); fresAirReceive.CO2 = floatChange (usefullBytes [26], usefullBytes [27], usefullBytes [28], usefullBytes [29]); } IO.FileUtils.SaveEquipmentMessage (fresAirReceive, fresAirReceive.LoopID.ToString ()); UserFresAirList.UpdateStatus (fresAirReceive); UserRoom.UpdataDeviceStatus (fresAirReceive); UserFreshAirPage.UpdateStatus (fresAirReceive); } } break; case Command.SetArmACK: case Command.ReadArmACK: if (Application.IsPad) { } else { SecurityModul sm = new SecurityModul () { SubnetID = subnetID, DeviceID = subnetID, LoopID = usefullBytes [0], AreaType = usefullBytes [1], }; UserSecurityAreaPage.UpdateStatus (sm); } break; case Command.ReadLightEquipmentAllLoopBrightnessACK://18145611909 for (byte i = 1; i <= usefullBytes [0]; i++) { bool updateLightStatus = true; foreach (var room in Room.Lists) { Common common = null; var commons = room.DeviceList.FindAll ((obj) => obj.SubnetID == subnetID && obj.DeviceID == deviceID); if (commons.Count > 0) { foreach (var c in commons) { if (c.Type == DeviceType.LightMixDimming) { var rcuDimming = (c as LightMixDimming); if (rcuDimming.SubnetID == subnetID && rcuDimming.DeviceID == deviceID && rcuDimming.PhysicsLoopID == i) { if (rcuDimming.CurrentBrightness == usefullBytes [i]) { updateLightStatus = false; } rcuDimming.CurrentBrightness = usefullBytes [i]; common = rcuDimming; } } if (c.Type == DeviceType.LightMixSwitch) { var rcuSwitch = (c as LightMixSwitch); if (rcuSwitch.SubnetID == subnetID && rcuSwitch.DeviceID == deviceID && rcuSwitch.PhysicsLoopID == i) { if (rcuSwitch.CurrentBrightness == usefullBytes [i]) { updateLightStatus = false; } rcuSwitch.CurrentBrightness = usefullBytes [i]; common = rcuSwitch; } } } } if (common == null) common = room.DeviceList.Find ((obj) => obj.SubnetID == subnetID && obj.DeviceID == deviceID && obj.LoopID == i); if (common != null) { //foreach (var common in room.DeviceList) { //if (common.SubnetID != subnetID || common.DeviceID != deviceID || common.LoopID != i) { // continue; //} common.LastUpdateTime = DateTime.Now; if (common.Type == DeviceType.LightSwitch || common.Type == DeviceType.LightSwitchSocket || common.Type == DeviceType.LightEnergySwitch) { if ((common as LightSwitch).CurrentBrightness == usefullBytes [i]) { updateLightStatus = false; } (common as LightSwitch).CurrentBrightness = usefullBytes [i]; } else if (common.Type == DeviceType.LightDimming) { if ((common as LightDimming).CurrentBrightness == usefullBytes [i]) { updateLightStatus = false; } (common as LightDimming).CurrentBrightness = usefullBytes [i]; } else if (common.Type == DeviceType.LightDALI) { if ((common as LightDALI).CurrentBrightness == usefullBytes [i]) { updateLightStatus = false; } (common as LightDALI).CurrentBrightness = usefullBytes [i]; } string updateFlag = common.CommonLoopID; if (Application.IsPad) { //Pad.UserLightPage.UpdateStatus (updateFlag, usefullBytes [i]); //Pad.UserDeviceToLight.UpdateStatus (); //Pad.UserDeviceToLight.UpdateAllLightsStatus (updateFlag, usefullBytes [i]); //Pad.UserDeviceToSocket.UpdateStatus (updateFlag, usefullBytes [i]); //Pad.UserFan.UpdataFanView (updateFlag, usefullBytes [i]); } else { UserDeviceToLight.UpdateBrighingCount (updateFlag); if (updateLightStatus) { UserRoom.UpdataDeviceStatus (common); UserLightPage.UpdateStatus (updateFlag, usefullBytes [i]); UserDeviceToLight.UpdateStatus (updateFlag, usefullBytes [i]); } } } } } break; case Command.ReadLightSingleLoopBrightnessACK: case Command.SetSingleLightACK: Console.WriteLine ($"SetSingleLightACK {usefullBytes [2]}"); foreach (var room in Room.Lists) { var common = room.DeviceList.Find ((obj) => obj.CommonLoopID == subnetID.ToString () + "_" + deviceID.ToString () + "_" + usefullBytes [0].ToString ()); if (common != null) { //foreach (var common in room.DeviceList) { if (common.CommonLoopID != subnetID.ToString () + "_" + deviceID.ToString () + "_" + usefullBytes [0].ToString ()) { continue; } string updateFlag = common.CommonLoopID; if (common.Type == DeviceType.LightRGB) { break; } common.LastUpdateTime = DateTime.Now; bool hadBeUpdate = true; if (common.Type == DeviceType.LightSwitch || common.Type == DeviceType.LightSwitchSocket || common.Type == DeviceType.LightSwitchSocket) { if ((common as LightSwitch).CurrentBrightness == usefullBytes [2]) hadBeUpdate = false; (common as LightSwitch).CurrentBrightness = usefullBytes [2]; } else if (common.Type == DeviceType.LightDimming) { if ((common as LightDimming).CurrentBrightness == usefullBytes [2]) hadBeUpdate = false; (common as LightDimming).CurrentBrightness = usefullBytes [2]; } else if (common.Type == DeviceType.LightMixSwitch) { if ((common as LightMixSwitch).CurrentBrightness == usefullBytes [2]) hadBeUpdate = false; (common as LightMixSwitch).CurrentBrightness = usefullBytes [2]; } else if (common.Type == DeviceType.LightMixDimming) { if ((common as LightMixDimming).CurrentBrightness == usefullBytes [2]) hadBeUpdate = false; (common as LightMixDimming).CurrentBrightness = usefullBytes [2]; } else if (common.Type == DeviceType.LightDALI) { if ((common as LightDALI).CurrentBrightness == usefullBytes [2]) hadBeUpdate = false; (common as LightDALI).CurrentBrightness = usefullBytes [2]; } if (Application.IsPad) { //Pad.UserLightPage.UpdateStatus (updateFlag, usefullBytes [2]); //Pad.UserDeviceToLight.UpdateStatus (); //Pad.UserDeviceToLight.UpdateAllLightsStatus (updateFlag, usefullBytes [2]); //Pad.UserDeviceToSocket.UpdateStatus (updateFlag, usefullBytes [2]); //Pad.UserFan.UpdataFanView (updateFlag, usefullBytes [2]); //break; } else { UserDeviceToLight.UpdateBrighingCount (updateFlag); if (hadBeUpdate) { UserRoom.UpdataDeviceStatus (common); UserLightPage.UpdateStatus (updateFlag, usefullBytes [2]); UserDeviceToLight.UpdateStatus (updateFlag, usefullBytes [2]); } //break; } } } break; case Command.SetSceneACK: /// [0]// 区号1-n， 255表示所有区(用于广播场景) 1byte /// [1]// 场号0-x 1byte /// [2]// 回路总数n 1byte /// [3]// 回路状态:bit位 0关、1开，(byte：bit0-7对应1-8回路 ...n回路) ((n+7)/8) byte foreach (var room in Room.Lists) { var commonList = room.DeviceList.FindAll ((obj) => obj.SubnetID == subnetID&& obj.DeviceID == deviceID); if (commonList != null && commonList.Count > 0) { foreach (var common in commonList) { if (common.LoopID > usefullBytes [2]) { continue; } string updateFlag = common.CommonLoopID; int useIndex = common.LoopID / 8; int selfIndex = (common.LoopID -1) % 8; var binaryString = Convert.ToString (usefullBytes [3 + useIndex], 2).PadLeft(8,'0').ToCharArray(); byte ackSceneBrightness = 100; if (binaryString [7-selfIndex] == '0') { ackSceneBrightness = 0; } if (common.Type == DeviceType.LightRGB) { break; } common.LastUpdateTime = DateTime.Now; bool hadBeUpdate = true; if (common.Type == DeviceType.LightSwitch || common.Type == DeviceType.LightSwitchSocket || common.Type == DeviceType.LightSwitchSocket) { if ((common as LightSwitch).CurrentBrightness == ackSceneBrightness) hadBeUpdate = false; (common as LightSwitch).CurrentBrightness = ackSceneBrightness; } else if (common.Type == DeviceType.LightDimming) { if ((common as LightDimming).CurrentBrightness == ackSceneBrightness) hadBeUpdate = false; (common as LightDimming).CurrentBrightness = ackSceneBrightness; } else if (common.Type == DeviceType.LightMixSwitch) { if ((common as LightMixSwitch).CurrentBrightness == ackSceneBrightness) hadBeUpdate = false; (common as LightMixSwitch).CurrentBrightness = ackSceneBrightness; } else if (common.Type == DeviceType.LightMixDimming) { if ((common as LightMixDimming).CurrentBrightness == ackSceneBrightness) hadBeUpdate = false; (common as LightMixDimming).CurrentBrightness = ackSceneBrightness; } else if (common.Type == DeviceType.LightDALI) { if ((common as LightDALI).CurrentBrightness == ackSceneBrightness) hadBeUpdate = false; (common as LightDALI).CurrentBrightness = ackSceneBrightness; } if (Application.IsPad) { } else { UserDeviceToLight.UpdateBrighingCount (updateFlag); if (hadBeUpdate) { UserRoom.UpdataDeviceStatus (common); UserLightPage.UpdateStatus (updateFlag, ackSceneBrightness); UserDeviceToLight.UpdateStatus (updateFlag, ackSceneBrightness); } //break; } } } } break; case Command.ReadAnalogValueACK: foreach (var room in Room.Lists) { foreach (var common in room.DeviceList) { if (common.SubnetID != subnetID || common.DeviceID != deviceID || common.LoopID != usefullBytes [1]) { continue; } if (common.Type == DeviceType.LightEnergySwitch) { string updateFlag = common.CommonLoopID; if (!Application.IsPad) { UserRoom.UpdataEnergy (updateFlag, usefullBytes [2] * 256 + usefullBytes [3]); break; } else { //Pad.UserDeviceToSocket.UpdataEnergy (updateFlag, usefullBytes [2] + usefullBytes [3]); break; } } int dddd = usefullBytes [0] & 0x3F; // 0xXX：公司内部协议对应的序号 // common.Type：对应的是编辑软件的序号(没有一一对应，是为了将相近的调整在一起，方便客户使用) if (dddd == 0x09 && common.Type == DeviceType.SensorPM25) { // PM2.5 int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); (common as SensorPM25).CurrentPM25 = value; //} else if (dddd == 0x13 && common.Type == 1) { // PM10 //int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); //common.value = value; //} else if (dddd == 0x0D && common.Type == DeviceType.SensorCH4) { //// 氧气 //int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); //common.value = value; } else if (dddd == 0x07 && common.Type == DeviceType.SensorCO2) { // CO2 int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); (common as SensorCO2).CurrentCO2 = value; //} else if (dddd == 0x10 && common.Type == DeviceType.co) { //// CO //int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); //common.value = value; } else if (dddd == 0x05 && common.Type == DeviceType.SensorHumidity) { // 湿度 int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); (common as SensorHumidity).CurrentHumidity = value; } else if (dddd == 0x01 && common.Type == DeviceType.SensorTemperature) { // Temperature if (usefullBytes [2] >> 7 == 0) {// 温度 int value = usefullBytes [3] & 0xFF; (common as SensorTemperature).CurrentTemperature = value; } else { int value = -(usefullBytes [3] & 0xFF); (common as SensorTemperature).CurrentTemperature = value; } } else if (dddd == 0x0C && common.Type == DeviceType.SensorTVOC) { // VOC int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); (common as SensorTVOC).CurrentTVOC = value; //} else if (dddd == 0x04 && common.Type == DeviceType.SensorTVOC) { // // Air_ppressure 气压 // int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); // common.value = value; //} else if (dddd == 0x00 && common.Type == DeviceType.SensorIllumination) { // // 亮度 // int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); // (common as SensorIllumination).CurrentIllumination = value; //} else if (dddd == 0x02 && common.Type == DeviceType.SensorVoltage) { // // 电压 // int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); // (common as SensorVoltage).CurrentVoltage = value; //} else if (dddd == 0x03 && common.Type == DeviceType.SensorCurrent) { // // 电流 // int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); // (common as SensorCurrent).CurrentCurrent = value; //} else if (dddd == 0x04 && common.Type == DeviceType.SensorVoltage) { // // 压力 // int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); // (common as SensorVoltage).CurrentVoltage = value; //} else if (dddd == 0x06 && common.Type == DeviceType.SensorWindSpeed) { // // 风速 // int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); // (common as SensorWindSpeed).CurrentWindSpeed = value; //} else if (dddd == 0x0A && common.Type == DeviceType.SensorVoltage) { // // 功率 // int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); // (common as SensorVoltage).CurrentVoltage = value; //} else if (dddd == 0x0B && common.Type == DeviceType.SensorVoltage) { // // 电能 // int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); // (common as SensorVoltage).CurrentVoltage = value; //} else if (dddd == 0x0E && common.Type == DeviceType.SensorVoltage) { // // 烟雾 // int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); // (common as SensorVoltage).CurrentVoltage = value; //} else if (dddd == 0x0F && common.Type == DeviceType.SensorVoltage) { // // 甲醛 // int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); // (common as SensorVoltage).CurrentVoltage = value; //} else if (dddd == 0x11 && common.Type == DeviceType.SensorVoltage) { // // 甲烷 // int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); // (common as SensorVoltage).CurrentVoltage = value; //} else if (dddd == 0x12 && common.Type == DeviceType.SensorVoltage) { // // 噪音 // int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); // (common as SensorVoltage).CurrentVoltage = value; //} else if (dddd == 0x14 && common.Type == DeviceType.SensorVoltage) { //// 空气质量 //int value = (usefullBytes [2] & 0xFF) * 256 + (usefullBytes [3] & 0xFF); //(common as SensorVoltage).CurrentVoltage = value; } } } break; case Command.SetLogicLoopColorACK: case Command.ReadLogicLoopColorACK: foreach (var room in Room.Lists) { foreach (var common in room.DeviceList) { if (common.SubnetID != subnetID || common.DeviceID != deviceID || common.LoopID != usefullBytes [0]) { continue; } common.LastUpdateTime = DateTime.Now; if (common.Type == DeviceType.LightRGB) { (common as LightLogic).CurrentBrightness = usefullBytes [1]; string updateFlag = common.CommonLoopID + "RGB"; if (Application.IsPad) { UserLightPage.UpdateStatus (updateFlag, usefullBytes [1]); UserDeviceToLight.UpdateStatus (updateFlag, usefullBytes [1]); } else { UserRoom.UpdataDeviceStatus (common); UserLightPage.UpdateStatus (updateFlag, usefullBytes [1]); UserDeviceToLight.UpdateStatus (updateFlag, usefullBytes [1]); } } } } break; case Command.SetFoolHeatACK: case Command.ReadFoolHeatACK: case Command.Serverx_FH_CMD_ACK: foreach (var room in Room.Lists) { var fhCommon = room.DeviceList.Find ((obj) => obj.SubnetID == subnetID && obj.DeviceID == deviceID && obj.LoopID == usefullBytes [0]); if (fhCommon != null) { (fhCommon as FoolHeat).Serverx_FH_CMD (FoolHeat.CommandType.Null, usefullBytes); } } break; case Command.ReadCurtainStutasACK: case Command.UpdataCurtainModelStutasACK: #region 窗帘 foreach (var room in Room.Lists) { foreach (var common in room.DeviceList) { if (common.SubnetID != subnetID || common.DeviceID != deviceID) { continue; } common.LastUpdateTime = DateTime.Now; if (common.Type == DeviceType.CurtainModel) { if (common.LoopID == usefullBytes [0]) { if (usefullBytes [1] != 0) { (common as CurtainModel).Status = (CurtainStatus)usefullBytes [1]; common.obj5 = usefullBytes [1]; UserCurtainPage.UpdateStatus (common); UserDeviceToCurtains.UpdateStata (common); } } } else if (common.Type == DeviceType.CurtainRoller) { if (usefullBytes [0] == 17) { (common as CurtainRoller).CurtainProress = usefullBytes [1]; if (usefullBytes [1] > 0) { (common as CurtainRoller).Status = CurtainStatus.Open; } else { (common as CurtainRoller).Status = CurtainStatus.Close; } } else { if (usefullBytes [1] != 0) { common.obj5 = usefullBytes [1]; (common as CurtainRoller).Status = (CurtainStatus)usefullBytes [1]; } } UserCurtainPage.UpdateStatus (common); UserDeviceToCurtains.UpdateStata (common); } else if (common.Type == DeviceType.CurtainTrietex) { if (usefullBytes [0] == 17) { (common as CurtainTrietex).CurtainProress = usefullBytes [1]; if (usefullBytes [1] > 0) { (common as CurtainTrietex).Status = CurtainStatus.Open; } else { (common as CurtainTrietex).Status = CurtainStatus.Close; } } else { if (usefullBytes [1] != 0) { common.obj5 = usefullBytes [1]; (common as CurtainTrietex).Status = (CurtainStatus)usefullBytes [1]; } } UserCurtainPage.UpdateStatus (common); UserDeviceToCurtains.UpdateStata (common); } } } break; #endregion #region 空调 case Command.ReadPanelTempTypeACK: foreach (var room in Room.Lists) { foreach (var common in room.DeviceList) { if (common.SubnetID != subnetID || common.DeviceID != deviceID || common.LoopID != usefullBytes [0]) { continue; } common.LastUpdateTime = DateTime.Now; if (common.Type == DeviceType.ACPanel ) { var ac = common as ACPanel; ac.TemperatureMode = usefullBytes [0]; } } } break; case Command.ReadACModeACK: case Command.SetACModeACK: foreach (var room in Room.Lists) { foreach (var common in room.DeviceList) { if (common.SubnetID != subnetID || common.DeviceID != deviceID || common.LoopID != usefullBytes [0]) { continue; } common.LastUpdateTime = DateTime.Now; if (common.Type == DeviceType.HVAC || common.Type == DeviceType.ACPanel || common.Type == DeviceType.ACInfrared || common.Type == DeviceType.LongXiAC) { if (common.Type == DeviceType.LongXiAC) { var ac = common as LongXiAC; ac.TemperatureMode = usefullBytes [1]; ac.IndoorTemperature = usefullBytes [2]; ac.CoolTemperature = usefullBytes [3]; ac.HeatTemperature = usefullBytes [4]; ac.AutoTemperature = usefullBytes [5]; ac.ChuShiTemperature = usefullBytes [6]; ac.RealModeAndFanSpeed = usefullBytes [7]; ac.Power = usefullBytes [8]; ac.SetMode = usefullBytes [9]; ac.SetFanSpeed = usefullBytes [10]; ac.Wave = usefullBytes [12]; if (usefullBytes.Length == 23) {//首城珑玺定制的新风空调固件是不一样的 ac.ElectricHeating = usefullBytes [15]; ac.Antifreeze = usefullBytes [16]; ac.OutTemp = usefullBytes [17] > 50 ? (byte)(0 - (usefullBytes [17] - 50)) : usefullBytes [17]; ac.Humidity = usefullBytes [18]; ac.TVOC = usefullBytes [19] * 256 + usefullBytes [20]; ac.PM25 = usefullBytes [21] * 256 + usefullBytes [22]; } if (Application.IsPad) { //Pad.UserACPage.UpdateStatus (ac); } else { UserLongXiACPage.UpdateStatus (ac); UserDeviceToAC.UpdateStatus (ac); UserRoom.UpdataDeviceStatus (ac); } } else { var ac = common as AC; ac.TemperatureMode = usefullBytes [1]; ac.IndoorTemperature = usefullBytes [2]; ac.CoolTemperature = usefullBytes [3]; ac.HeatTemperature = usefullBytes [4]; ac.AutoTemperature = usefullBytes [5]; ac.ChuShiTemperature = usefullBytes [6]; ac.RealModeAndFanSpeed = usefullBytes [7]; ac.Power = usefullBytes [8]; ac.SetMode = usefullBytes [9]; ac.SetFanSpeed = usefullBytes [10]; //if (usefullBytes [11] < 16 || usefullBytes [11] == 0) { // ac.SetTemperature = (byte)16; //} else { // ac.SetTemperature = usefullBytes [11]; //} ac.ShaoFanMode = usefullBytes [12]; //IO.F if (Application.IsPad) { //Pad.UserACPage.UpdateStatus (ac); } else { UserACPage.UpdateStatus (ac); UserDeviceToAC.UpdateStatus (ac); UserRoom.UpdataDeviceStatus (ac); } } } } } break; case Command.ReadPanleTempACK: case Command.PanleBroadcastTemp: foreach (var room in Room.Lists) { foreach (var common in room.DeviceList) { if (common.Type == DeviceType.ACPanel) { var tempAC = common as ACPanel; tempAC.IndoorTemperature = usefullBytes [1]; UserACPage.UpdateIndoorTemp (common.CommonLoopID, usefullBytes [1]); } else if (common.Type == DeviceType.FoolHeatPanel) { var tempFH22 = common as FoolHeatPanel; tempFH22.IndoorTemperature = usefullBytes [1]; UserFHPage.UpdateIndoorTemp (tempFH22.CommonLoopID, usefullBytes [1]); } } } break; case Command.InstructionPanelKeyACK: case Command.ReadInstructionPanelKeyACK: byte reACPanel = 0; if (usefullBytes.Length == 2) { reACPanel = 1; } else if (usefullBytes.Length == 3) { reACPanel = usefullBytes [2]; } else { break; } foreach (var room in Room.Lists) { foreach (var common in room.DeviceList) { if (common.SubnetID != subnetID || common.DeviceID != deviceID || common.LoopID != reACPanel) { continue; } common.LastUpdateTime = DateTime.Now; if (common.Type == DeviceType.ACPanel) { var ac = common as ACPanel; switch (usefullBytes [0]) { case 3:// ac.Power = usefullBytes [1]; UserACPage.UpdatePower (ac.CommonLoopID, usefullBytes [1]); UserDeviceToAC.UpdatePower (ac.CommonLoopID, usefullBytes [1]); UserRoom.Update_ACPanel_Power (ac.Type.ToString () + "_" + ac.CommonLoopID, usefullBytes [1]); break; case 4: ac.CoolTemperature = usefullBytes [1]; if (ac.SetMode == 0) { ac.SetTemperature = usefullBytes [1]; UserACPage.UpdateWorkingTemp (ac.CommonLoopID, usefullBytes [1]); UserDeviceToAC.UpdateWorkingTemp (ac.CommonLoopID, usefullBytes [1]); UserRoom.Update_ACPanel_WorkingTemp (ac.Type.ToString () + "_" + ac.CommonLoopID, usefullBytes [1], ac.TemperatureMode); } break; case 5: ac.SetFanSpeed = usefullBytes [1]; UserACPage.UpdateSetFanSpeed (ac.CommonLoopID, usefullBytes [1]); UserDeviceToAC.UpdateFanSpeed (ac.CommonLoopID, usefullBytes [1]); UserRoom.Update_ACPanel_FanIcon (ac.Type.ToString () + "_" + ac.CommonLoopID, usefullBytes [1]); break; case 6: ac.SetMode = usefullBytes [1]; UserACPage.UpdateSetMode (ac.CommonLoopID, usefullBytes [1]); UserDeviceToAC.UpdateSetMode (ac.CommonLoopID, usefullBytes [1]); UserRoom.Update_ACPanel_ModeIcon (ac.Type.ToString () + "_" + ac.CommonLoopID, usefullBytes [1]); break; case 7: ac.HeatTemperature = usefullBytes [1]; if (ac.SetMode == 1) { ac.SetTemperature = usefullBytes [1]; UserACPage.UpdateWorkingTemp (ac.CommonLoopID, usefullBytes [1]); UserDeviceToAC.UpdateWorkingTemp (ac.CommonLoopID, usefullBytes [1]); UserRoom.Update_ACPanel_WorkingTemp (ac.Type.ToString () + "_" + ac.CommonLoopID, usefullBytes [1], ac.TemperatureMode); } break; case 8: ac.AutoTemperature = usefullBytes [1]; if (ac.SetMode == 3) { ac.SetTemperature = usefullBytes [1]; UserACPage.UpdateWorkingTemp (ac.CommonLoopID, usefullBytes [1]); UserDeviceToAC.UpdateWorkingTemp (ac.CommonLoopID, usefullBytes [1]); UserRoom.Update_ACPanel_WorkingTemp (ac.Type.ToString () + "_" + ac.CommonLoopID, usefullBytes [1], ac.TemperatureMode); } break; case 19: ac.ChuShiTemperature = usefullBytes [1]; if (ac.SetMode == 4) { ac.SetTemperature = usefullBytes [1]; UserACPage.UpdateWorkingTemp (ac.CommonLoopID, usefullBytes [1]); UserDeviceToAC.UpdateWorkingTemp (ac.CommonLoopID, usefullBytes [1]); UserRoom.Update_ACPanel_WorkingTemp (ac.Type.ToString () + "_" + ac.CommonLoopID, usefullBytes [1], ac.TemperatureMode); } break; } if (Application.IsPad) { //Pad.UserACPage.UpdateStatus (ac); } else { //UserACPage.UpdateStatus (ac); //UserDeviceToAC.UpdateStatus (ac); //UserRoom.UpdataDeviceStatus (ac); } } else if (common.Type == DeviceType.FoolHeatPanel) { var fh = common as FoolHeatPanel; switch (usefullBytes [0]) { case 20:// fh.Status = usefullBytes [1]; UserDeviceToFH.UpdatePower (fh.CommonLoopID, usefullBytes [1]); UserFHPage.UpdatePower (fh.CommonLoopID, usefullBytes [1]); UserRoom.Update_FoolHeatPanel_Power (fh.Type.ToString () + "_" + fh.CommonLoopID, usefullBytes [1]); break; case 21: fh.TemperatureType = usefullBytes [1]; UserFHPage.UpdateWorkingMode (fh.CommonLoopID, usefullBytes [1]); if (usefullBytes [1] == 5) { if (fh.Timer == 0)//时间模式的时间段标志 (0：白天，1：夜晚) (1byte) //20110112加时间段标志 Control.ControlBytesSend (Command.ReadInstructionPanelKey, fh.SubnetID, fh.DeviceID, new byte [] { 26, 2, fh.LoopID }, SendCount.Zero); else Control.ControlBytesSend (Command.ReadInstructionPanelKey, fh.SubnetID, fh.DeviceID, new byte [] { 27, 3, fh.LoopID }, SendCount.Zero); } else Control.ControlBytesSend (Command.ReadInstructionPanelKey, fh.SubnetID, fh.DeviceID, new byte [] { (byte)(usefullBytes [1] + 24), fh.LoopID }, SendCount.Zero); break; case 25: fh.NormalTemperature = usefullBytes [1]; if (fh.TemperatureType == 1) { fh.WorkingTemperature = usefullBytes [1]; UserDeviceToFH.UpdateWorkingTemp (fh.CommonLoopID, usefullBytes [1]); UserFHPage.UpdateWorkingTemp (fh.CommonLoopID, usefullBytes [1]); UserRoom.Update_FoolHeatPanel_WorkingTemp (fh.Type.ToString () + "_" + fh.CommonLoopID, usefullBytes [1]); } break; case 26: fh.DayTemperature = usefullBytes [1]; if (fh.TemperatureType == 2) { fh.WorkingTemperature = usefullBytes [1]; UserDeviceToFH.UpdateWorkingTemp (fh.CommonLoopID, usefullBytes [1]); UserFHPage.UpdateWorkingTemp (fh.CommonLoopID, usefullBytes [1]); UserRoom.Update_FoolHeatPanel_WorkingTemp (fh.Type.ToString () + "_" + fh.CommonLoopID, usefullBytes [1]); } break; case 27: fh.NightTemperature = usefullBytes [1]; if (fh.TemperatureType == 3) { fh.WorkingTemperature = usefullBytes [1]; UserDeviceToFH.UpdateWorkingTemp (fh.CommonLoopID, usefullBytes [1]); UserFHPage.UpdateWorkingTemp (fh.CommonLoopID, usefullBytes [1]); UserRoom.Update_FoolHeatPanel_WorkingTemp (fh.Type.ToString () + "_" + fh.CommonLoopID, usefullBytes [1]); } break; case 28: fh.AwayTemperature = usefullBytes [1]; if (fh.TemperatureType == 4) { fh.WorkingTemperature = usefullBytes [1]; UserDeviceToFH.UpdateWorkingTemp (fh.CommonLoopID, usefullBytes [1]); UserFHPage.UpdateWorkingTemp (fh.CommonLoopID, usefullBytes [1]); UserRoom.Update_FoolHeatPanel_WorkingTemp (fh.Type + "_" + fh.CommonLoopID, usefullBytes [1]); } break; } if (Application.IsPad) { //SimpleControl.Pad.UserFHPage.UpdateStatus (fh); } else { //UserDeviceToFH.UpdateStatus (fh); //UserFHPage.UpdateStatus (fh); //UserRoom.UpdataDeviceStatus (fh); } } } } break; case Command.Read_Air_Condition_Set_ack: byte acpanelLoopId = 0; if (usefullBytes.Length == 10) { acpanelLoopId = 1; } else if (usefullBytes.Length == 11) { acpanelLoopId = usefullBytes [10]; } foreach (var room in Room.Lists) { var common = room.DeviceList.Find ((obj) => obj.SubnetID == subnetID && obj.DeviceID == deviceID && obj.LoopID == usefullBytes [1] && obj.Type == DeviceType.ACPanel); if (common == null) continue; common.LastUpdateTime = DateTime.Now; var ac = common as ACPanel; ac.Power = usefullBytes [0]; ac.CoolTemperature = usefullBytes [1]; ac.SetMode = (byte)(usefullBytes [2] >> 4);//模式和风速 ac.SetFanSpeed = (byte)(usefullBytes [2] & 0x0F); //空调锁 ac.SetTemperature = usefullBytes [4];//当前温度 ac.HeatTemperature = usefullBytes [5];//制热温度 //空调实际运行模式和风速 ac.AutoTemperature = usefullBytes [7];//自动温度 ac.ChuShiTemperature = usefullBytes [8];//抽湿温度 ac.ShaoFanMode = usefullBytes [9];//空调是否扫风(低四位) if (Application.IsPad) { } else { UserACPage.UpdateStatus (ac); UserDeviceToAC.UpdateStatus (ac); UserRoom.UpdataDeviceStatus (ac); } } break; case Command.Set_Air_State_New_ack: if (usefullBytes.Length == 15) { /// [0]//MODIFY_SUCCESS 1byte /// [1]//空调页号(0-8) 1byte /// [2]//空调开关(1开0关) 1byte /// [3]//制冷控制温度(摄氏0-30，华氏32-86) 1byte /// [4]//制热控制温度(摄氏0-30，华氏32-86) 1byte /// [5]//自动控制温度(摄氏0-30，华氏32-86) 1byte /// [6]//除湿控制温度(摄氏0-30，华氏32-86) 1byte /// [7]//设置模式(0制冷，1制热，2通风，3自动，4除湿) 1byte /// [8]//设置风速(0自动，1高风，2中风，3低风) 1byte //注意:当模式为除湿或模式为通风及风速为自动时，风速视为小风为准 /// [9]//设置扫风(0不扫风，1扫风) 1byte /// [10]//温度模式(摄氏Celsius:0，华氏Fahrenheit:1) 1byte /// [11]//模式实际工作状态(0制冷，1制热，2通风，3自动，4除湿) 1byte /// [12]//风速实际工作状态(0关闭，1高风，2中风，3低风) 1byte /// [13]//扫风实际工作状态(0不扫风，1扫风) 1byte /// [14]//环境温度(摄氏0-40，华氏32-99) 1byte foreach (var room in Room.Lists) { //foreach (var common in room.DeviceList) { var common = room.DeviceList.Find ((obj) => obj.SubnetID == subnetID && obj.DeviceID == deviceID && obj.LoopID == usefullBytes [1] && obj.Type == DeviceType.ACPanel); if (common == null) continue; //if (common.SubnetID != subnetID || common.DeviceID != deviceID || common.LoopID != usefullBytes[1]) { // continue; //} common.LastUpdateTime = DateTime.Now; var ac = common as ACPanel; ac.Power = usefullBytes [2]; ac.CoolTemperature = usefullBytes [3]; ac.SetMode = usefullBytes [7];//模式和风速 ac.SetFanSpeed = (byte)(usefullBytes [2] & 0x0F); //空调锁 ac.SetTemperature = usefullBytes [4];//当前温度 ac.HeatTemperature = usefullBytes [4];//制热温度 //空调实际运行模式和风速 ac.AutoTemperature = usefullBytes [5];//自动温度 ac.ChuShiTemperature = usefullBytes [6];//抽湿温度 ac.ShaoFanMode = usefullBytes [9];//空调是否扫风(低四位) ac.IndoorTemperature = usefullBytes [14]; if (Application.IsPad) { } else { UserACPage.UpdateStatus (ac); UserDeviceToAC.UpdateStatus (ac); UserRoom.UpdataDeviceStatus (ac); } //} } } break; #endregion #region 地热 case Command.Read_Floor_Heat_State_ack: foreach (var room in Room.Lists) { byte fhLoopId = 1; if (usefullBytes.Length == 11) { fhLoopId = usefullBytes [10]; } var common = room.DeviceList.Find ((obj) => obj.SubnetID == subnetID && obj.DeviceID == deviceID && obj.LoopID == fhLoopId && obj.Type == DeviceType.FoolHeatPanel); if (common == null) continue; /// 1温度模式(摄氏Celsius:0，华氏Fahrenheit:1) (1byte) /// 2温度源温度(最高位0:正,1:负.后7bit为值) (1byte) /// 3地热地冷开关：：0关、1开 (1byte) /// 4工作温度模式：1:普通,2:白天,3:夜晚,4:离开,5:时间 (1-5) (1byte) /// 5普通温度 (摄氏0-99，华氏32-210) (1byte) /// 6白天温度 (摄氏0-99，华氏32-210) (1byte) /// 7夜晚温度 (摄氏0-99，华氏32-210) (1byte) /// 8离开温度 (摄氏0-99，华氏32-210) (1byte) /// 9时间模式的时间段标志 (0：白天，1：夜晚) (1byte) //20110112加时间段标志 /// 10模式：0地热模式、1地冷模式、2自动 (1byte) //20120802加//20140805加自动 /// 11地热页号0-8 (1byte)//彩屏加入20150714 var th = common as FoolHeatPanel; th.IndoorTemperature = usefullBytes [1] > 128 ? (byte)(0 - (usefullBytes [1] - 128)) : usefullBytes [1]; th.Status = usefullBytes [2]; th.TemperatureType = usefullBytes [3]; th.NormalTemperature = usefullBytes [4]; th.DayTemperature = usefullBytes [5]; th.NightTemperature = usefullBytes [6]; th.AwayTemperature = usefullBytes [7]; switch (usefullBytes [3]) { case 1://普通 th.WorkingTemperature = th.NormalTemperature; break; case 2://白天 th.WorkingTemperature = th.DayTemperature; break; case 3://夜晚 th.WorkingTemperature = th.NightTemperature; break; case 4://离开 th.WorkingTemperature = th.AwayTemperature; break; case 5://时间模式 th.Timer = usefullBytes [9]; if (usefullBytes [9] == 1)//时间模式的时间段标志 (0：白天，1：夜晚) (1byte) //20110112加时间段标志 th.WorkingTemperature = th.DayTemperature; else th.WorkingTemperature = th.NightTemperature; break; } UserDeviceToFH.UpdateStatus (th); UserFHPage.UpdateStatus (th,fhLoopId); UserRoom.UpdataDeviceStatus (th); } break; case Command.Set_Floor_Heat_State_ack: foreach (var room in Room.Lists) { byte fhLoopId = 1; if (usefullBytes.Length == 12) { fhLoopId = usefullBytes [11]; } var common = room.DeviceList.Find ((obj) => obj.SubnetID == subnetID && obj.DeviceID == deviceID && obj.LoopID == fhLoopId && obj.Type == DeviceType.FoolHeatPanel); if (common == null) continue; /// 1 MODIFY_SUCCESS 1 byte /// 2温度模式(摄氏Celsius:0，华氏Fahrenheit:1) (1byte) /// 3地热地冷开关：：0关、1开 (1byte) /// 4工作温度模式：1:普通,2:白天,3:夜晚,4:离开,5:时间 (1-5) (1byte) /// 5普通温度 (摄氏0-99，华氏32-210) (1byte) /// 6白天温度 (摄氏0-99，华氏32-210) (1byte) /// 7夜晚温度 (摄氏0-99，华氏32-210) (1byte) /// 8离开温度 (摄氏0-99，华氏32-210) (1byte) /// 9时间模式的时间段标志 (0：白天，1：夜晚) (1byte) //20120802加 /// 10工作模式：0地热、1地冷、2自动 (1byte) //20120802加//20140805加自动 var th = common as FoolHeatPanel; th.Status = usefullBytes [2]; th.TemperatureType = usefullBytes [3]; th.NormalTemperature = usefullBytes [4]; th.DayTemperature = usefullBytes [5]; th.NightTemperature = usefullBytes [6]; th.AwayTemperature = usefullBytes [7]; switch (usefullBytes [3]) { case 1://普通 th.WorkingTemperature = th.NormalTemperature; break; case 2://白天 th.WorkingTemperature = th.DayTemperature; break; case 3://夜晚 th.WorkingTemperature = th.NightTemperature; break; case 4://离开 th.WorkingTemperature = th.AwayTemperature; break; case 5://时间模式 th.Timer = usefullBytes [9]; if (usefullBytes [9] == 1)//时间模式的时间段标志 (0：白天，1：夜晚) (1byte) //20110112加时间段标志 th.WorkingTemperature = th.DayTemperature; else th.WorkingTemperature = th.NightTemperature; break; } UserDeviceToFH.UpdateStatus (th); UserFHPage.UpdateStatus (th,fhLoopId); UserRoom.UpdataDeviceStatus (th); } break; #endregion //读取网关设备回复 case Command.ReadGatewayACK: if (!LocalPhoneFindDevice) {//r如果不是本机在查找设备 break; } if (usefullBytes [0] != RandomHigh | usefullBytes [1] != RandomLow) { return; } if (GateWayList.Find ((l) => { return l.SubnetID == subnetID && l.DeviceID == deviceID; }) != null) { return; } DeviceType deviceType = (DeviceType)(usefullBytes [2] * 256 + usefullBytes [3]); bool notHasRemake = false; for (int ki = 0; ki < 20; ki++) { if (usefullBytes [13 + ki] != 255) { break; } else { notHasRemake = true; } } if (notHasRemake) { byte [] ddd = CommonPage.MyEncodingGB2312.GetBytes ("Gateway " + subnetID.ToString ()); //byte [] newddd = new byte [20]; //Array.Copy (ddd, 0, newddd, 0, 20 < ddd.Length ? 20 : ddd.Length); Array.Copy (ddd, 0, usefullBytes, 13, 20 < ddd.Length ? 20 : ddd.Length); } switch (deviceType) { case DeviceType.SuperWireless: //string macstring = byteToHex16 (usefullBytes [5]) + byteToHex16 (usefullBytes [6]) + byteToHex16 (usefullBytes [7]) + byteToHex16 (usefullBytes [8]) + byteToHex16 (usefullBytes [9]) + byteToHex16 (usefullBytes [10]) + byteToHex16 (usefullBytes [11]) + byteToHex16 (usefullBytes [12]); //if (!UserConfig.Instance.GatewayMACList.Contains (macstring) && MainPage.LoginUser.AccountString != "464027401@qq.com") { // HasNotInListMAC = true; // break; //} #region SuperWireless superWireless = new SuperWireless (); string superWirelessPath = "Equipment_" + typeof (SuperWireless).Name + "_" + subnetID + "_" + deviceID; var superWirelessbytes = IO.FileUtils.ReadFile (superWirelessPath); if (superWirelessbytes.Length > 1) { superWireless = Newtonsoft.Json.JsonConvert.DeserializeObject (MyEncodingUTF8.GetString (superWirelessbytes)); } superWireless.SubnetID = subnetID; superWireless.DeviceID = deviceID; superWireless.MAC = byteToHex16 (usefullBytes [5]) + "." + byteToHex16 (usefullBytes [6]) + "." + byteToHex16 (usefullBytes [7]) + "." + byteToHex16 (usefullBytes [8]) + "." + byteToHex16 (usefullBytes [9]) + "." + byteToHex16 (usefullBytes [10]) + "." + byteToHex16 (usefullBytes [11]) + "." + byteToHex16 (usefullBytes [12]); superWireless.Name = MyEncodingGB2312.GetString (usefullBytes, 13, 20).Trim ('\0');//============= superWireless.IPAddress = usefullBytes [33] + "." + usefullBytes [34] + "." + usefullBytes [35] + "." + usefullBytes [36]; superWireless.RouteIPAddress = usefullBytes [37] + "." + usefullBytes [38] + "." + usefullBytes [39] + "." + usefullBytes [40]; superWireless.IPMAC = (char)usefullBytes [41] + "." + (char)usefullBytes [42] + "." + (char)usefullBytes [43] + "." + usefullBytes [44] + "." + usefullBytes [45] + "." + usefullBytes [46]; superWireless.SubnetMask = usefullBytes [47] + "." + usefullBytes [48] + "." + usefullBytes [49] + "." + usefullBytes [50]; superWireless.DHCP = usefullBytes [51] == 0 ? false : true; if (usefullBytes.Length == 80) { superWireless.EncryptionFlag = usefullBytes [53]; superWireless.Password = MyEncodingGB2312.GetString (usefullBytes, 54, 8).Trim ('\0'); superWireless.WirelessBand = usefullBytes [62]; superWireless.WirelessChannel = usefullBytes [63]; superWireless.WirelessPassword = MyEncodingGB2312.GetString (usefullBytes, 64, 16).Trim ('\0'); } GateWayList.Add (superWireless); //IO.FileUtils.SaveEquipmentMessage (superWireless); //System.Threading.Tasks.Task.Run (() => { // if (string.IsNullOrEmpty (UserConfig.Current.RemoteModeFile)) { // var gatewayBytes = Control.ControlBytesSendHasReturn (Command.ReadGateWayModelInfo, superWireless.SubnetID, superWireless.DeviceID, new byte [] { }); // if (gatewayBytes!=null&&gatewayBytes [0] == 2) { // UserConfig.Current.RemoteModeFile = "Equipment_" + superWireless.Type.ToString () + "_" + superWireless.SubnetID.ToString () + "_" + superWireless.DeviceID.ToString (); // UserConfig.Current.SaveUserConfig (); // } // } //}); #endregion break; case DeviceType.OnePortWirelessFR: #region OnePortWirelessFR onePortWirelessFR = new OnePortWirelessFR (); string wirelessPath = "Equipment_" + typeof (OnePortWirelessFR).Name + "_" + subnetID + "_" + deviceID; var bytes = IO.FileUtils.ReadFile (wirelessPath); if (bytes.Length > 1) { onePortWirelessFR = Newtonsoft.Json.JsonConvert.DeserializeObject (MyEncodingUTF8.GetString (bytes)); } onePortWirelessFR.SubnetID = subnetID; onePortWirelessFR.DeviceID = deviceID; onePortWirelessFR.MAC = byteToHex16 (usefullBytes [5]) + "." + byteToHex16 (usefullBytes [6]) + "." + byteToHex16 (usefullBytes [7]) + "." + byteToHex16 (usefullBytes [8]) + "." + byteToHex16 (usefullBytes [9]) + "." + byteToHex16 (usefullBytes [10]) + "." + byteToHex16 (usefullBytes [11]) + "." + byteToHex16 (usefullBytes [12]); onePortWirelessFR.Name = MyEncodingGB2312.GetString (usefullBytes, 13, 20).Trim ('\0');//============= onePortWirelessFR.IPAddress = usefullBytes [33] + "." + usefullBytes [34] + "." + usefullBytes [35] + "." + usefullBytes [36]; onePortWirelessFR.RouteIPAddress = usefullBytes [37] + "." + usefullBytes [38] + "." + usefullBytes [39] + "." + usefullBytes [40]; onePortWirelessFR.IPMAC = (char)usefullBytes [41] + "." + (char)usefullBytes [42] + "." + (char)usefullBytes [43] + "." + usefullBytes [44] + "." + usefullBytes [45] + "." + usefullBytes [46]; onePortWirelessFR.SubnetMask = usefullBytes [47] + "." + usefullBytes [48] + "." + usefullBytes [49] + "." + usefullBytes [50]; onePortWirelessFR.DHCP = usefullBytes [51] == 0 ? false : true; if (usefullBytes.Length == 80) { onePortWirelessFR.EncryptionFlag = usefullBytes [53]; onePortWirelessFR.Password = MyEncodingGB2312.GetString (usefullBytes, 54, 8).Trim ('\0'); onePortWirelessFR.WirelessBand = usefullBytes [62]; onePortWirelessFR.WirelessChannel = usefullBytes [63]; onePortWirelessFR.WirelessPassword = MyEncodingGB2312.GetString (usefullBytes, 64, 16).Trim ('\0'); } GateWayList.Add (onePortWirelessFR); if (onePortWirelessFR.Name == "") { onePortWirelessFR.Name = onePortWirelessFR.CommonLoopID.ToString (); } //IO.FileUtils.SaveEquipmentMessage (onePortWirelessFR); //System.Threading.Tasks.Task.Run (() => { // if (string.IsNullOrEmpty (UserConfig.Current.RemoteModeFile)) { // var gatewayBytes = Control.ControlBytesSendHasReturn (Command.ReadGateWayModelInfo, onePortWirelessFR.SubnetID, onePortWirelessFR.DeviceID, new byte [] { }); // if (gatewayBytes!=null&&gatewayBytes [0] == 2) { // UserConfig.Current.RemoteModeFile = "Equipment_" + onePortWirelessFR.Type.ToString () + "_" + onePortWirelessFR.SubnetID.ToString () + "_" + onePortWirelessFR.DeviceID.ToString (); // UserConfig.Current.SaveUserConfig (); // } // } //}); #endregion break; case DeviceType.OnePortBus: #region OnePortBus onePortBus = new OnePortBus (); string onePath = "Equipment_" + typeof (OnePortBus).Name + "_" + subnetID + "_" + deviceID; var bytesOne = IO.FileUtils.ReadFile (onePath); if (bytesOne.Length > 1) { onePortBus = Newtonsoft.Json.JsonConvert.DeserializeObject (MyEncodingUTF8.GetString (bytesOne)); } onePortBus.SubnetID = subnetID; onePortBus.DeviceID = deviceID; //onePortBus.ChNumberCount = usefullBytes [4]; onePortBus.MAC = byteToHex16 (usefullBytes [5]) + "." + byteToHex16 (usefullBytes [6]) + "." + byteToHex16 (usefullBytes [7]) + "." + byteToHex16 (usefullBytes [8]) + "." + byteToHex16 (usefullBytes [9]) + "." + byteToHex16 (usefullBytes [10]) + "." + byteToHex16 (usefullBytes [11]) + "." + byteToHex16 (usefullBytes [12]); onePortBus.Name = MyEncodingGB2312.GetString (usefullBytes, 13, 20).Trim ('\0'); ; onePortBus.IPAddress = usefullBytes [33] + "." + usefullBytes [34] + "." + usefullBytes [35] + "." + usefullBytes [36]; onePortBus.RouteIPAddress = usefullBytes [37] + "." + usefullBytes [38] + "." + usefullBytes [39] + "." + usefullBytes [40]; onePortBus.IPMAC = (char)usefullBytes [41] + "." + (char)usefullBytes [42] + "." + (char)usefullBytes [43] + "." + usefullBytes [44] + "." + usefullBytes [45] + "." + usefullBytes [46]; onePortBus.SubnetMask = usefullBytes [47] + "." + usefullBytes [48] + "." + usefullBytes [49] + "." + usefullBytes [50]; onePortBus.DHCP = usefullBytes [51] == 0 ? false : true; //onePortBus.SubnetID = usefullBytes [52]; if (usefullBytes.Length == 53 + 1 + 8) { onePortBus.EncryptionFlag = usefullBytes [53]; onePortBus.Password = MyEncodingGB2312.GetString (usefullBytes, 54, 8).Trim ('\0'); } GateWayList.Add (onePortBus); if (onePortBus.Name == "") { onePortBus.Name = onePortBus.CommonLoopID.ToString (); } //IO.FileUtils.SaveEquipmentMessage (onePortBus); //System.Threading.Tasks.Task.Run (() => { // if (string.IsNullOrEmpty (UserConfig.Current.RemoteModeFile)) { // var gatewayBytes = Control.ControlBytesSendHasReturn (Command.ReadGateWayModelInfo, onePortBus.SubnetID, onePortBus.DeviceID, new byte [] { }); // if (gatewayBytes!=null&&gatewayBytes [0] == 2) { // UserConfig.Current.RemoteModeFile = "Equipment_" + onePortBus.Type.ToString () + "_" + onePortBus.SubnetID.ToString () + "_" + onePortBus.DeviceID.ToString (); // UserConfig.Current.SaveUserConfig (); // } // } //}); #endregion break; case DeviceType.RCU: RCU RCU_Device = new RCU (); string RCU_DevicePath = "Equipment_" + typeof (RCU).Name + "_" + subnetID + "_" + deviceID; var RCU_DeviceBytes = IO.FileUtils.ReadFile (RCU_DevicePath); if (RCU_DeviceBytes.Length > 1) { RCU_Device = Newtonsoft.Json.JsonConvert.DeserializeObject (MyEncodingUTF8.GetString (RCU_DeviceBytes)); } RCU_Device.SubnetID = subnetID; RCU_Device.DeviceID = deviceID; RCU_Device.LoopID = usefullBytes [4]; RCU_Device.MAC = byteToHex16 (usefullBytes [5]) + "." + byteToHex16 (usefullBytes [6]) + "." + byteToHex16 (usefullBytes [7]) + "." + byteToHex16 (usefullBytes [8]) + "." + byteToHex16 (usefullBytes [9]) + "." + byteToHex16 (usefullBytes [10]) + "." + byteToHex16 (usefullBytes [11]) + "." + byteToHex16 (usefullBytes [12]); RCU_Device.Name = MyEncodingGB2312.GetString (usefullBytes, 13, 20).Trim ('\0');//============= RCU_Device.IPAddress = usefullBytes [33] + "." + usefullBytes [34] + "." + usefullBytes [35] + "." + usefullBytes [36]; RCU_Device.RouteIPAddress = usefullBytes [37] + "." + usefullBytes [38] + "." + usefullBytes [39] + "." + usefullBytes [40]; RCU_Device.IPMAC = (char)usefullBytes [41] + "." + (char)usefullBytes [42] + "." + (char)usefullBytes [43] + "." + usefullBytes [44] + "." + usefullBytes [45] + "." + usefullBytes [46]; RCU_Device.SubnetMask = usefullBytes [47] + "." + usefullBytes [48] + "." + usefullBytes [49] + "." + usefullBytes [50]; RCU_Device.DHCP = usefullBytes [51] == 0 ? false : true; RCU_Device.LinkNetworkLine = true; GateWayList.Add (RCU_Device); if (RCU_Device.Name == "") { RCU_Device.Name = RCU_Device.CommonLoopID.ToString (); } //IO.FileUtils.SaveEquipmentMessage (RCU_Device); break; default: break; } break; //读取非网络设备回复//222 case Command.ReadDeviceModulACK: if (!LocalPhoneFindDevice) {//r如果不是本机在查找设备 break; } if (!string.IsNullOrEmpty (SystemMiddle.curGatewayIP) && SystemMiddle.curGatewayIP != revGatewayIP) { return; } if (usefullBytes [0] != RandomHigh || usefullBytes [1] != RandomLow) { return; } if (DeviceList.Find ((l) => { return l.SubnetID == subnetID && l.DeviceID == deviceID; }) != null) { return; } notHasRemake = false; for (int ki = 0; ki < 20; ki++) { if (usefullBytes [3 + ki] != 255) { break; } else { notHasRemake = true; } } if (usefullBytes [24] == 0) { } else { for (int i = 22; i < usefullBytes.Length; i += 3) { if (usefullBytes [i + 2] == 0) { continue; } deviceType = (DeviceType)(usefullBytes [i] * 256 + usefullBytes [i + 1]); //Console.WriteLine (deviceType.ToString ()); //if (notHasRemake ) { // byte [] ddd = CommonPage.MyEncodingGB2312.GetBytes (deviceType.ToString () + "-" + subnetID.ToString () + "-" + deviceID.ToString ()); // Array.Copy (ddd, 0, usefullBytes, 2, 20 < ddd.Length ? 20 : ddd.Length); //} if (deviceType.ToString () == (usefullBytes [i] * 256 + usefullBytes [i + 1]).ToString ()) { continue; } if ( deviceType == DeviceType.RCU ) {//|| deviceType == DeviceType.LogicModule) {// || deviceType == DeviceType.FoolHeat){// ||deviceType == DeviceType.InfraredMode) { continue; } Common common = new Common () { GatewayMAC = SystemMiddle.curGatewayMAC, SubnetID = subnetID, DeviceID = deviceID, Name = MyEncodingGB2312.GetString (usefullBytes, 2, 20).Trim ('\0'), Type = deviceType, LoopCount = usefullBytes [i + 2], }; DeviceList.Add (common); if (i > 24) { common.isMixBox = true; common.MixType = (DeviceType)(usefullBytes [22] * 256 + usefullBytes [23]); } IO.FileUtils.SaveEquipmentMessage (common); } } break; //设备对应回路 case Command.ReadDeviceLoopInfoACK: Console.WriteLine ("ReadDeviceLoopInfoACK : " + LocalPhoneFindDevice); if (!LocalPhoneFindDevice) {//r如果不是本机在查找设备 if (usefullBytes [0] * 256 != 5) break; //Application.RunOnMainThread (() => { // try { // new Alert (Language.StringByID (R.MyInternationalizationString.Tip), "ReadDeviceLoopInfoACK fail", Language.StringByID (R.MyInternationalizationString.Close)).Show (); // } catch { // } //}); } DeviceType deviceType1 = (DeviceType)(usefullBytes [0] * 256 + usefullBytes [1]); bool notHasRemake2 = false; for (int ki = 0; ki < 20; ki++) { if (usefullBytes [3 + ki] != 255) { break; } else { notHasRemake2 = true; } } //处理特殊字符 for (var remakeIndex = 22; remakeIndex >= 3; remakeIndex--) { if (usefullBytes [remakeIndex] == 0xFF) { usefullBytes [remakeIndex] = 0; } else { break; } } if (notHasRemake2 || MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0') == "") { byte [] ddd = CommonPage.MyEncodingGB2312.GetBytes (deviceType1.ToString () + "-" + subnetID.ToString () + "-" + deviceID.ToString () + "-" + usefullBytes [2].ToString ()); Array.Copy (ddd, 0, usefullBytes, 3, 20 < ddd.Length ? 20 : ddd.Length); } if (null != DeviceLoopList.Find ((common) => { return common.Type == deviceType1 && common.SubnetID == subnetID & common.DeviceID == deviceID && common.LoopID == usefullBytes [2]; })) { //存在当前设备就返回 return; } //if (ModuleType.YIPanel == (ModuleType)(usefullBytes [0] * 256 + usefullBytes [1])){ // var yIPanel = new YIPanel () { // SubnetID = subnetID, DeviceID = deviceID, Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'), // }; // IO.FileUtils.SaveEquipmentMessage (yIPanel); //} switch (deviceType1) { case DeviceType.FreshAir: //通道号（1 - 200） + 备注 + 开关（0，1） + 风速（0 关，1低，2中，3高） + 模式（0手动，1 自动） + 换气扇（0 关，1低，2中，3高） + 室内温度 + 室外温度 + 室内湿度+ PM2.5 + VOC +CO2 FreshAir fresAir = new FreshAir () { SubnetID = subnetID, DeviceID = deviceID, LoopID = usefullBytes [2], Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'), //SwitchStatus = usefullBytes[23], WindSpeed = usefullBytes [24], SetPattern= usefullBytes [25], InTemp = usefullBytes [26], //OutTemp =usefullBytes [27], InHumidity =usefullBytes [28], PM25 = usefullBytes [29], TVOC = usefullBytes [30], CO2 = usefullBytes [31] }; DeviceLoopList.Add (fresAir); IO.FileUtils.SaveEquipmentMessage (fresAir, fresAir.LoopID.ToString ()); break; case DeviceType.DryContact: #region DryContact sdc = new DryContact (); sdc.SubnetID = subnetID; sdc.DeviceID = deviceID; sdc.LoopID = usefullBytes [2];//前两位为随机数 sdc.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); sdc.Mode = usefullBytes [23]; DeviceLoopList.Add (sdc); IO.FileUtils.SaveEquipmentMessage (sdc, sdc.LoopID.ToString ()); #endregion break; case DeviceType.FoolHeat: #region var thRDD = new FoolHeat (); thRDD.SubnetID = subnetID; thRDD.DeviceID = deviceID; thRDD.LoopID = usefullBytes [2]; thRDD.Name = Encoding.Unicode.GetString (usefullBytes, 3, 20).Trim ('\0'); thRDD.Status = usefullBytes [23]; thRDD.WorkingMode = usefullBytes [24]; thRDD.WorkingTemperature = usefullBytes [25]; thRDD.PIDSpeed = usefullBytes [26]; thRDD.IndoorTemperature = usefullBytes [27]; thRDD.FloorTemperature = usefullBytes [28]; DeviceLoopList.Add (thRDD); IO.FileUtils.SaveEquipmentMessage (thRDD, thRDD.LoopID.ToString ()); #endregion break; case DeviceType.FoolHeatPanel: #region var thp = new FoolHeatPanel (); thp.SubnetID = subnetID; thp.DeviceID = deviceID; thp.LoopID = usefullBytes [2]; thp.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); thp.Status = usefullBytes [23]; thp.WorkingMode = usefullBytes [24]; thp.WorkingTemperature = usefullBytes [25]; thp.PIDSpeed = usefullBytes [26]; thp.IndoorTemperature = usefullBytes [27]; thp.FloorTemperature = usefullBytes [28]; DeviceLoopList.Add (thp); IO.FileUtils.SaveEquipmentMessage (thp, thp.LoopID.ToString ()); #endregion break; case DeviceType.LightDimming: #region var lightDimming = new LightDimming (); lightDimming.SubnetID = subnetID; lightDimming.DeviceID = deviceID; lightDimming.LoopID = usefullBytes [2]; lightDimming.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); lightDimming.Minimum = usefullBytes [23]; lightDimming.MaxLevel = usefullBytes [24]; lightDimming.CurrentBrightness = usefullBytes [25]; DeviceLoopList.Add (lightDimming); IO.FileUtils.SaveEquipmentMessage (lightDimming, lightDimming.LoopID.ToString ()); #endregion break; case DeviceType.LightDALI: #region /* 回路号，备注，低限，最大水平，当前亮度值， 24byte 回路在线(0x00不在，oxff在线)，回路类型(全部有亮度，另8有色温)， 2byte 色温物理最暖H + 最暖L，色温物理最冷H + 最冷L， 4byte 色温最暖H + 最暖L，色温最冷H + 最冷L， 4byte 当前色温H + L， 2byte */ var lightDALI = new LightDALI (); lightDALI.Type = DeviceType.LightDALI; lightDALI.SubnetID = subnetID; lightDALI.DeviceID = deviceID; lightDALI.LoopID = usefullBytes [2]; lightDALI.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); lightDALI.Minimum = usefullBytes [23]; lightDALI.MaxLevel = usefullBytes [24]; if (usefullBytes.Length > 27) { //lightDALI.LinkLightStatus = usefullBytes [24]; lightDALI.CurrentBrightness = usefullBytes [25]; lightDALI.DALIModule = true; lightDALI.Online = usefullBytes [26]; lightDALI.LoopType = usefullBytes [27]; lightDALI.WarmTones_High_Modular = usefullBytes [28]; lightDALI.WarmTones_Low_Modular = usefullBytes [29]; lightDALI.CoolTones_High_Modular = usefullBytes [30]; lightDALI.CoolTones_Low_Modular = usefullBytes [31]; lightDALI.WarmTones_High = usefullBytes [32]; lightDALI.WarmTones_Low = usefullBytes [33]; lightDALI.CoolTones_High = usefullBytes [34]; lightDALI.CoolTones_Low = usefullBytes [35]; lightDALI.CurTones_High = usefullBytes [36]; lightDALI.CurTones_Low = usefullBytes [37]; } //lightDALI.MinClass = 7; DeviceLoopList.Add (lightDALI); IO.FileUtils.SaveEquipmentMessage (lightDALI, lightDALI.LoopID.ToString ()); #endregion break; case DeviceType.LightSwitch: #region var lightSwitch = new LightSwitch (); lightSwitch.SubnetID = subnetID; lightSwitch.DeviceID = deviceID; lightSwitch.LoopID = usefullBytes [2]; lightSwitch.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); lightSwitch.CurrentBrightness = usefullBytes [23]; DeviceLoopList.Add (lightSwitch); IO.FileUtils.SaveEquipmentMessage (lightSwitch, lightSwitch.LoopID.ToString ()); #endregion break; case DeviceType.LightEnergySwitch: #region var lightEnergySwitch = new LightEnergySwitch (); lightEnergySwitch.SubnetID = subnetID; lightEnergySwitch.DeviceID = deviceID; lightEnergySwitch.LoopID = usefullBytes [2]; lightEnergySwitch.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); lightEnergySwitch.CurrentBrightness = usefullBytes [23]; //if (UserConfig.Current.SocketList.Contains (lightEnergySwitch.CommonLoopID)) { // lightEnergySwitch.Type = DeviceType.LightSwitchSocket; // lightEnergySwitch.DeviceTextID = SimpleControl.R.MyInternationalizationString.ElectricalControl; //} DeviceLoopList.Add (lightEnergySwitch); IO.FileUtils.SaveEquipmentMessage (lightEnergySwitch, lightEnergySwitch.LoopID.ToString ()); #endregion break; case DeviceType.LightMixDimming: #region var lightMixDimming = new LightMixDimming (); lightMixDimming.SubnetID = subnetID; lightMixDimming.DeviceID = deviceID; lightMixDimming.LoopID = usefullBytes [2]; lightMixDimming.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); lightMixDimming.Minimum = usefullBytes [23]; lightMixDimming.MaxLevel = usefullBytes [24]; lightMixDimming.CurrentBrightness = usefullBytes [25]; lightMixDimming.PhysicsLoopID = usefullBytes [26]; DeviceLoopList.Add (lightMixDimming); IO.FileUtils.SaveEquipmentMessage (lightMixDimming, lightMixDimming.LoopID.ToString ()); #endregion break; case DeviceType.LightMixSwitch: #region var lightMixSwitch = new LightMixSwitch (); lightMixSwitch.SubnetID = subnetID; lightMixSwitch.DeviceID = deviceID; lightMixSwitch.LoopID = usefullBytes [2]; lightMixSwitch.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); lightMixSwitch.CurrentBrightness = usefullBytes [23]; lightMixSwitch.PhysicsLoopID = usefullBytes [24]; DeviceLoopList.Add (lightMixSwitch); IO.FileUtils.SaveEquipmentMessage (lightMixSwitch, lightMixSwitch.LoopID.ToString ()); #endregion break; case DeviceType.LightRGB: var lightRGB = new LightLogic (); lightRGB.Type = DeviceType.LightRGB; lightRGB.SubnetID = subnetID; lightRGB.DeviceID = deviceID; lightRGB.LoopID = usefullBytes [2]; lightRGB.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); lightRGB.RStatus = usefullBytes [23]; lightRGB.GStatus = usefullBytes [24]; lightRGB.BStatus = usefullBytes [25]; DeviceLoopList.Add (lightRGB); IO.FileUtils.SaveEquipmentMessage (lightRGB, lightRGB.LoopID.ToString ()); break; case DeviceType.LightRGBW: //var lightRGBW = new LightLogic (); //lightRGBW.Type = DeviceType.LightRGBW; //lightRGBW.SubnetID = subnetID; //lightRGBW.DeviceID = deviceID; //lightRGBW.LoopID = usefullBytes [2]; //lightRGBW.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //lightRGBW.RStatus = usefullBytes [23] /100 * 255; //lightRGBW.GStatus = usefullBytes [24] /100 * 255; //lightRGBW.BStatus = usefullBytes [25] /100 * 255; //lightRGBW.WStatus = usefullBytes [26] /100 * 255; //DeviceLoopList.Add (lightRGBW); //IO.FileUtils.SaveEquipmentMessage (lightRGBW, lightRGBW.LoopID.ToString ()); break; case DeviceType.LightCCT: //var lightCCT = new LightLogic (); //lightCCT.Type = DeviceType.LightCCT; //lightCCT.SubnetID = subnetID; //lightCCT.DeviceID = deviceID; //lightCCT.LoopID = usefullBytes [2]; //lightCCT.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //lightCCT.CTHStatus = usefullBytes [23]; //lightCCT.CTLStatus = usefullBytes [24]; //DeviceLoopList.Add (lightCCT); //IO.FileUtils.SaveEquipmentMessage (lightCCT, lightCCT.LoopID.ToString ()); break; case DeviceType.LightRGBandCCT: //var lightRGBandCCT = new LightLogic (); //lightRGBandCCT.Type = DeviceType.LightRGBandCCT; //lightRGBandCCT.SubnetID = subnetID; //lightRGBandCCT.DeviceID = deviceID; //lightRGBandCCT.LoopID = usefullBytes [2]; //lightRGBandCCT.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //lightRGBandCCT.RStatus = usefullBytes [23] /100 * 255; //lightRGBandCCT.GStatus = usefullBytes [24] /100 * 255; //lightRGBandCCT.BStatus = usefullBytes [25] /100 * 255; //lightRGBandCCT.CTHStatus = usefullBytes [26]; //lightRGBandCCT.CTLStatus = usefullBytes [27]; //DeviceLoopList.Add (lightRGBandCCT); //IO.FileUtils.SaveEquipmentMessage (lightRGBandCCT, lightRGBandCCT.LoopID.ToString ()); break; case DeviceType.CurtainModel: #region var curtain = new CurtainModel (); curtain.SubnetID = subnetID; curtain.DeviceID = deviceID; curtain.LoopID = usefullBytes [2]; curtain.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); curtain.RunTime = (usefullBytes [23] * 256 + usefullBytes [24]) / 10; curtain.Status = (CurtainStatus)(usefullBytes [25]); DeviceLoopList.Add (curtain); FileUtils.SaveEquipmentMessage (curtain, curtain.LoopID.ToString ()); #endregion break; case DeviceType.CurtainTrietex: #region var curtaintrietex = new CurtainTrietex (); curtaintrietex.SubnetID = subnetID; curtaintrietex.DeviceID = deviceID; curtaintrietex.LoopID = usefullBytes [2]; curtaintrietex.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); curtaintrietex.CurtainLength = usefullBytes [23] * 256 + usefullBytes [24]; //curtaintrietex.Status = (CurtainStatus)(usefullBytes [24]); curtaintrietex.CurtainProress = usefullBytes [25]; curtaintrietex.MotorRotation = usefullBytes [26]; DeviceLoopList.Add (curtaintrietex); FileUtils.SaveEquipmentMessage (curtaintrietex, curtaintrietex.LoopID.ToString ()); #endregion break; case DeviceType.CurtainRoller: #region var CurtainRoller = new CurtainRoller (); CurtainRoller.SubnetID = subnetID; CurtainRoller.DeviceID = deviceID; CurtainRoller.LoopID = usefullBytes [2]; CurtainRoller.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); CurtainRoller.CurtainProress = usefullBytes [23]; CurtainRoller.MotorRotation = usefullBytes [24]; DeviceLoopList.Add (CurtainRoller); FileUtils.SaveEquipmentMessage (CurtainRoller, CurtainRoller.LoopID.ToString ()); #endregion break; case DeviceType.HVAC: #region var acHost = new HVAC (); acHost.SubnetID = subnetID; acHost.DeviceID = deviceID; acHost.LoopID = usefullBytes [2]; acHost.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); DeviceLoopList.Add (acHost); IO.FileUtils.SaveEquipmentMessage (acHost, acHost.LoopID.ToString ()); #endregion break; case DeviceType.ACPanel: #region var acPanel = new ACPanel (); acPanel.SubnetID = subnetID; acPanel.DeviceID = deviceID; acPanel.LoopID = usefullBytes [2]; acPanel.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); DeviceLoopList.Add (acPanel); IO.FileUtils.SaveEquipmentMessage (acPanel, acPanel.LoopID.ToString ()); #endregion break; case DeviceType.ButtonPanel: #region MyRegion if (usefullBytes [23] == 255) break; ButtonPanel wirelessPanelButtonKey = new ButtonPanel (); DeviceLoopList.Add (wirelessPanelButtonKey); wirelessPanelButtonKey.SubnetID = subnetID; wirelessPanelButtonKey.DeviceID = deviceID; wirelessPanelButtonKey.LoopID = usefullBytes [2]; wirelessPanelButtonKey.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); wirelessPanelButtonKey.Mode = usefullBytes [23]; ButtonBkeyModelList.Add (wirelessPanelButtonKey.Mode); System.Console.WriteLine ("读取面板按键：回路号：" + wirelessPanelButtonKey.LoopID + " 模式：" + wirelessPanelButtonKey.Mode); IO.FileUtils.SaveEquipmentMessage (wirelessPanelButtonKey, wirelessPanelButtonKey.LoopID.ToString ()); #endregion break; case DeviceType.InfraredMode: #region 红外模块 InfraredMode infrared = new InfraredMode (); DeviceLoopList.Add (infrared); infrared.SubnetID = subnetID; infrared.DeviceID = deviceID; infrared.LoopID = usefullBytes [2]; infrared.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); IO.FileUtils.SaveEquipmentMessage (infrared, infrared.LoopID.ToString ()); SystemWirelessGateway.Waiting = true; try { Control.ControlBytesSendHasReturn (Command.DownloadInfrared, subnetID, deviceID, new byte [] { usefullBytes [2], 0, 0 }); SystemWirelessGateway.Waiting = false; } catch { SystemWirelessGateway.Waiting = false; } #endregion break; case DeviceType.ACInfrared: #region var acInfrared = new ACInfrared (); acInfrared.SubnetID = subnetID; acInfrared.DeviceID = deviceID; acInfrared.LoopID = usefullBytes [2]; acInfrared.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); DeviceLoopList.Add (acInfrared); IO.FileUtils.SaveEquipmentMessage (acInfrared, acInfrared.LoopID.ToString ()); #endregion break; case DeviceType.SecurityModule: #region 安防模块 var SecurityMould = new SecurityModul (); SecurityMould.SubnetID = subnetID; SecurityMould.DeviceID = deviceID; SecurityMould.LoopID = usefullBytes [2]; SecurityMould.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); SecurityMould.AreaType = usefullBytes [23]; DeviceLoopList.Add (SecurityMould); IO.FileUtils.SaveEquipmentMessage (SecurityMould, SecurityMould.LoopID.ToString ()); #endregion break; case DeviceType.LogicModule: LogicModule logicModule = new LogicModule (); logicModule.SubnetID = subnetID; logicModule.DeviceID = deviceID; logicModule.LoopID = usefullBytes [2]; logicModule.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); logicModule.AreaID = usefullBytes [23]; logicModule.AreaSceneID = usefullBytes [24]; IO.FileUtils.SaveEquipmentMessage (logicModule, logicModule.LoopID.ToString ()); break; #region 传感器 case DeviceType.SensorMobileDetection: //var sensor = new SensorMobileDetection (); //sensor.SubnetID = subnetID; //sensor.DeviceID = deviceID; //sensor.LoopID = usefullBytes [2]; //sensor.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor.Enable = usefullBytes [23] == 1 ? true : false; //sensor.Sensitivity = usefullBytes [24]; //sensor.Status = usefullBytes [25]; //IO.FileUtils.SaveEquipmentMessage (sensor, sensor.LoopID.ToString ()); break; ///

/// 温度 ///

case DeviceType.SensorTemperature: var sensor1 = new SensorTemperature (); sensor1.SubnetID = subnetID; sensor1.DeviceID = deviceID; sensor1.LoopID = usefullBytes [2]; sensor1.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); byte [] tempBytes = new byte [] { usefullBytes [24], usefullBytes [25], usefullBytes [26], usefullBytes [27] }; sensor1.CurrentTemperature = Math.Round (BitConverter.ToSingle (tempBytes, 0), 1); bool inLocal1 = false; foreach (var room in Room.Lists) { var roomSensor = room.DeviceList.Find ((obj) => obj.MinClass == sensor1.MinClass && obj.SubnetID == sensor1.SubnetID && obj.DeviceID == sensor1.DeviceID && obj.LoopID == sensor1.LoopID); if (roomSensor != null) { (roomSensor as SensorTemperature).CurrentTemperature = sensor1.CurrentTemperature; inLocal1 = true; } } //if(!inLocal1){ IO.FileUtils.SaveEquipmentMessage (sensor1, sensor1.LoopID.ToString ()); //} break; ///

/// 湿度 ///

case DeviceType.SensorHumidity: var sensor2 = new SensorHumidity (); sensor2.SubnetID = subnetID; sensor2.DeviceID = deviceID; sensor2.LoopID = usefullBytes [2]; sensor2.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); sensor2.Enable = usefullBytes [23] == 1 ? true : false; sensor2.CurrentHumidity = Convert.ToDouble (usefullBytes [24] * 256 + usefullBytes [25]) / 10; bool inLocal2 = false; foreach (var room in Room.Lists) { var roomSensor = room.DeviceList.Find ((obj) => obj.MinClass == sensor2.MinClass && obj.SubnetID == sensor2.SubnetID && obj.DeviceID == sensor2.DeviceID && obj.LoopID == sensor2.LoopID); if (roomSensor != null) { (roomSensor as SensorHumidity).CurrentHumidity = sensor2.CurrentHumidity; inLocal2 = true; } } //if(!inLocal2){ IO.FileUtils.SaveEquipmentMessage (sensor2, sensor2.LoopID.ToString ()); //} break; /////

///// 光照 /////

case DeviceType.SensorIllumination: //var sensor3 = new SensorIllumination (); //sensor3.SubnetID = subnetID; //sensor3.DeviceID = deviceID; //sensor3.LoopID = usefullBytes [2]; //sensor3.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor3.Enable = usefullBytes [23] == 1 ? true : false; //sensor3.CurrentIllumination = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor3, sensor3.LoopID.ToString ()); break; /////

///// TVOC（05） /////

case DeviceType.SensorTVOC: var sensor4 = new SensorTVOC (); sensor4.SubnetID = subnetID; sensor4.DeviceID = deviceID; sensor4.LoopID = usefullBytes [2]; sensor4.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); sensor4.Enable = usefullBytes [23] == 1 ? true : false; sensor4.CurrentTVOC = Convert.ToDouble (usefullBytes [24] * 256 + usefullBytes [25]) / 100; bool inLocal3 = false; foreach (var room in Room.Lists) { var roomSensor = room.DeviceList.Find ((obj) => obj.MinClass == sensor4.MinClass && obj.SubnetID == sensor4.SubnetID && obj.DeviceID == sensor4.DeviceID && obj.LoopID == sensor4.LoopID); if (roomSensor != null) { inLocal3 = true; (roomSensor as SensorTVOC).CurrentTVOC = sensor4.CurrentTVOC; } } //if (!inLocal3) { IO.FileUtils.SaveEquipmentMessage (sensor4, sensor4.LoopID.ToString ()); //} break; /////

///// The sensor PM 25. /////

case DeviceType.SensorPM25: var sensor5 = new SensorPM25 (); sensor5.SubnetID = subnetID; sensor5.DeviceID = deviceID; sensor5.LoopID = usefullBytes [2]; sensor5.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); sensor5.Enable = usefullBytes [23] == 1 ? true : false; sensor5.CurrentPM25 = Convert.ToInt32 (usefullBytes [24] * 256 + usefullBytes [25]); bool inLocal4 = false; foreach (var room in Room.Lists) { var roomSensor = room.DeviceList.Find ((obj) => obj.MinClass == sensor5.MinClass && obj.SubnetID == sensor5.SubnetID && obj.DeviceID == sensor5.DeviceID && obj.LoopID == sensor5.LoopID); if (roomSensor != null) { (roomSensor as SensorPM25).CurrentPM25 = sensor5.CurrentPM25; inLocal4 = true; } } //if(!inLocal4){ IO.FileUtils.SaveEquipmentMessage (sensor5, sensor5.LoopID.ToString ()); //} break; /////

///// The sensor CO2. /////

case DeviceType.SensorCO2: var sensor6 = new SensorCO2 (); sensor6.SubnetID = subnetID; sensor6.DeviceID = deviceID; sensor6.LoopID = usefullBytes [2]; sensor6.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); sensor6.Enable = usefullBytes [23] == 1 ? true : false; sensor6.CurrentCO2 = Convert.ToInt32 (usefullBytes [24] * 256 + usefullBytes [25]); bool inLocal5 = false; foreach (var room in Room.Lists) { var roomSensor = room.DeviceList.Find ((obj) => obj.MinClass == sensor6.MinClass && obj.SubnetID == sensor6.SubnetID && obj.DeviceID == sensor6.DeviceID && obj.LoopID == sensor6.LoopID); if (roomSensor != null) { (roomSensor as SensorCO2).CurrentCO2 = sensor6.CurrentCO2; inLocal5 = true; } } //if(!inLocal5) //{ IO.FileUtils.SaveEquipmentMessage (sensor6, sensor6.LoopID.ToString ()); //} break; /////

///// 液化石油气（LPG）（08） /////

//SensorLPG = 0x0508, case DeviceType.SensorLPG: //var sensor7 = new SensorLPG (); //sensor7.SubnetID = subnetID; //sensor7.DeviceID = deviceID; //sensor7.LoopID = usefullBytes [2]; //sensor7.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor7.Enable = usefullBytes [23] == 1 ? true : false; //sensor7.CurrentLPG = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor7, sensor7.LoopID.ToString ()); break; /////

///// 人工煤气（CO，H2）（09） /////

case DeviceType.SensorCOH2: //var sensor8 = new SensorCOH2 (); //sensor8.SubnetID = subnetID; //sensor8.DeviceID = deviceID; //sensor8.LoopID = usefullBytes [2]; //sensor8.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor8.Enable = usefullBytes [23] == 1 ? true : false; //sensor8.CurrentCOH2 = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor8, sensor8.LoopID.ToString ()); break; /////

///// 天然气（CH4）（10） /////

case DeviceType.SensorCH4: //var sensor9 = new SensorCH4 (); //sensor9.SubnetID = subnetID; //sensor9.DeviceID = deviceID; //sensor9.LoopID = usefullBytes [2]; //sensor9.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor9.Enable = usefullBytes [23] == 1 ? true : false; //sensor9.CurrentCH4 = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor9, sensor9.LoopID.ToString ()); break; /////

///// 烟雾（11） /////

case DeviceType.SensorSmoke: //var sensor10 = new SensorSmoke (); //sensor10.SubnetID = subnetID; //sensor10.DeviceID = deviceID; //sensor10.LoopID = usefullBytes [2]; //sensor10.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor10.Enable = usefullBytes [23] == 1 ? true : false; //sensor10.CurrentStatus = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor10, sensor10.LoopID.ToString ()); break; /////

///// 风速（12） /////

case DeviceType.SensorWindSpeed: //var sensor11 = new SensorWindSpeed (); //sensor11.SubnetID = subnetID; //sensor11.DeviceID = deviceID; //sensor11.LoopID = usefullBytes [2]; //sensor11.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor11.Enable = usefullBytes [23] == 1 ? true : false; //sensor11.CurrentWindSpeed = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor11, sensor11.LoopID.ToString ()); break; /////

///// 风压（13） /////

case DeviceType.SensorWindPressure: //var sensor12 = new SensorWindPressure (); //sensor12.SubnetID = subnetID; //sensor12.DeviceID = deviceID; //sensor12.LoopID = usefullBytes [2]; //sensor12.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor12.Enable = usefullBytes [23] == 1 ? true : false; //sensor12.CurrentWindPressure = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor12, sensor12.LoopID.ToString ()); break; /////

///// 液体流量（14） /////

case DeviceType.SensorLiquidFlow: //var sensor13 = new SensorLiquidFlow (); //sensor13.SubnetID = subnetID; //sensor13.DeviceID = deviceID; //sensor13.LoopID = usefullBytes [2]; //sensor13.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor13.Enable = usefullBytes [23] == 1 ? true : false; //sensor13.CurrentLiquidFlow = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor13, sensor13.LoopID.ToString ()); break; /////

///// 液体压力（15） /////

case DeviceType.SensorLiquidPressure: //var sensor14 = new SensorLiquidPressure (); //sensor14.SubnetID = subnetID; //sensor14.DeviceID = deviceID; //sensor14.LoopID = usefullBytes [2]; //sensor14.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor14.Enable = usefullBytes [23] == 1 ? true : false; //sensor14.CurrentLiquidPressure = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor14, sensor14.LoopID.ToString ()); break; /////

///// 液体深度（16） /////

case DeviceType.SensorLiquidDepth: //var sensor15 = new SensorLiquidDepth (); //sensor15.SubnetID = subnetID; //sensor15.DeviceID = deviceID; //sensor15.LoopID = usefullBytes [2]; //sensor15.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor15.Enable = usefullBytes [23] == 1 ? true : false; //sensor15.CurrentLiquidDepth = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor15, sensor15.LoopID.ToString ()); break; /////

///// 雨量（17） /////

//SensorRainfall = 0x0517, case DeviceType.SensorRainfall: //var sensor16 = new SensorRainfall (); //sensor16.SubnetID = subnetID; //sensor16.DeviceID = deviceID; //sensor16.LoopID = usefullBytes [2]; //sensor16.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor16.Enable = usefullBytes [23] == 1 ? true : false; //sensor16.CurrentRainfall = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor16, sensor16.LoopID.ToString ()); break; /////

///// 重量 /////

case DeviceType.SensorWeight: //var sensor17 = new SensorWeight (); //sensor17.SubnetID = subnetID; //sensor17.DeviceID = deviceID; //sensor17.LoopID = usefullBytes [2]; //sensor17.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor17.Enable = usefullBytes [23] == 1 ? true : false; //sensor17.CurrentWeight = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor17, sensor17.LoopID.ToString ()); break; /////

///// 高度/长度 /////

case DeviceType.SensorHeightLength: //var sensor18 = new SensorHeightLength (); //sensor18.SubnetID = subnetID; //sensor18.DeviceID = deviceID; //sensor18.LoopID = usefullBytes [2]; //sensor18.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor18.Enable = usefullBytes [23] == 1 ? true : false; //sensor18.CurrentHeightLength = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor18, sensor18.LoopID.ToString ()); break; /////

///// 物体速度（20） /////

case DeviceType.SensorVelocity: //var sensor19 = new SensorVelocity (); //sensor19.SubnetID = subnetID; //sensor19.DeviceID = deviceID; //sensor19.LoopID = usefullBytes [2]; //sensor19.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor19.Enable = usefullBytes [23] == 1 ? true : false; //sensor19.CurrentVelocity = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor19, sensor19.LoopID.ToString ()); break; /////

///// 震动（21） /////

case DeviceType.SensorVibration: //var sensor20 = new SensorVibration (); //sensor20.SubnetID = subnetID; //sensor20.DeviceID = deviceID; //sensor20.LoopID = usefullBytes [2]; //sensor20.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor20.Enable = usefullBytes [23] == 1 ? true : false; //sensor20.CurrentVibration = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor20, sensor20.LoopID.ToString ()); break; /////

///// 电压 /////

case DeviceType.SensorVoltage: //var sensor21 = new SensorVoltage (); //sensor21.SubnetID = subnetID; //sensor21.DeviceID = deviceID; //sensor21.LoopID = usefullBytes [2]; //sensor21.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor21.Enable = usefullBytes [23] == 1 ? true : false; //sensor21.CurrentVoltage = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor21, sensor21.LoopID.ToString ()); break; /////

///// 电流 /////

case DeviceType.SensorCurrent: //var sensor22 = new SensorCurrent (); //sensor22.SubnetID = subnetID; //sensor22.DeviceID = deviceID; //sensor22.LoopID = usefullBytes [2]; //sensor22.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor22.Enable = usefullBytes [23] == 1 ? true : false; //sensor22.CurrentCurrent = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor22, sensor22.LoopID.ToString ()); break; /////

///// 功率 /////

case DeviceType.SensorPower: //var sensor23 = new SensorPower (); //sensor23.SubnetID = subnetID; //sensor23.DeviceID = deviceID; //sensor23.LoopID = usefullBytes [2]; //sensor23.Name = MyEncodingGB2312.GetString (usefullBytes, 3, 20).Trim ('\0'); //sensor23.Enable = usefullBytes [23] == 1 ? true : false; //sensor23.CurrentPower = Convert.ToInt32(usefullBytes [24] * 256 + usefullBytes [25]); //IO.FileUtils.SaveEquipmentMessage (sensor23, sensor23.LoopID.ToString ()); break; #endregion default: //DeviceLoopList.Add (new Common () { SubnetID = subnetID, DeviceID = deviceID }); break; } Console.WriteLine ("ReadDeviceLoopInfoACK " + deviceType1); break; case Command.WriteWirelessPanelButtonKey: //01 01 59(+30) 02 0D 03 64 00 01 break; case Command.AssignedAddressACK: Console.WriteLine (usefullBytes [0].ToString ()); if (usefullBytes [0] == 3) { dt = DateTime.Now; } else if (usefullBytes [0] == 4) { dt = System.DateTime.MinValue; } break; case Command.Remote3thACK: Console.WriteLine (usefullBytes [0]); break; case Command.DownloadInfraredACK: string loopID_IM = usefullBytes [0] < 10 ? "0" + usefullBytes [0].ToString () : usefullBytes [0].ToString (); if ((InfraredType)usefullBytes [2] != InfraredType.AC) { if ((InfraredType)usefullBytes [2] == InfraredType.NULL) { Console.WriteLine ("NULL-------------"); } string filePath = "Equipment_InfraredMode_" + subnetID + "_" + deviceID + "_" + loopID_IM; InfraredMode im = Newtonsoft.Json.JsonConvert.DeserializeObject (CommonPage.MyEncodingUTF8.GetString (IO.FileUtils.ReadFile (filePath))); im.InfraredType = (InfraredType)usefullBytes [2]; Console.WriteLine (im.InfraredType.ToString () + "----------------------------------------"); IO.FileUtils.SaveEquipmentMessage (im, im.LoopID.ToString ()); } break; } } catch (Exception ex) { Console.WriteLine ("Packet_ReceiveEvent：" + ex.ToString ()); } } ///

/// byte 变字符串 ///

/// The to hex16. /// The blue component. public static string byteToHex16 (byte b) { string s = Convert.ToString (b, 16).ToUpper (); if (s.Length <= 1) { return "0" + s; } return s;// } static void httpListener_EventHandler (System.Collections.Specialized.NameValueCollection nameValueCollection, System.IO.Stream outputStream, System.IO.Stream inputStream) { //if (!isHttpListenerStart) { // return; //} try { //System.Net.WebClient webClient = new System.Net.WebClient (); //byte []bytes= webClient.DownloadData("http://ip:6001/GetAllFiles"); // System.Text.Encoding.UTF8.GetString (bytes); //List list = new List (); //foreach(string s in list) { // byte [] bytes = webClient.DownloadData ("http://ip:6001/Get"+s); // FileUtils.WriteFileByBytes (s, bytes); //} if (nameValueCollection ["Command"] != null && nameValueCollection ["Command"].StartsWith ("Get")) { string tempFileName = nameValueCollection ["Command"].Replace ("Get", ""); if ("AllFiles" == tempFileName) { byte [] bytes = System.Text.Encoding.UTF8.GetBytes (Newtonsoft.Json.JsonConvert.SerializeObject (IO.FileUtils.ReadFiles ())); outputStream.Write (bytes, 0, bytes.Length); outputStream.Flush (); } else { byte [] bytes; if (!IO.FileUtils.Exists (tempFileName)) { bytes = System.Text.Encoding.UTF8.GetBytes ("文件名不存在！"); outputStream.Write (bytes, 0, bytes.Length); outputStream.Flush (); return; } System.IO.FileStream fs = new System.IO.FileStream (Application.RootPath + tempFileName, System.IO.FileMode.Open); bytes = new byte [fs.Length]; fs.Read (bytes, 0, bytes.Length); fs.Close (); outputStream.Write (bytes, 0, bytes.Length); outputStream.Flush (); } } else if (nameValueCollection ["Command"].StartsWith ("Upload")) { string path = Application.RootPath + nameValueCollection ["Command"].Replace ("Upload", ""); string dePath = nameValueCollection ["Command"].Replace ("Upload", ""); if (dePath.Contains ("Room_")) { new Room ().Add (dePath); } if (dePath.Split ('_').Length == 5) { if (dePath.Split ('_') [1] == (typeof (OnePortBus).Name) || dePath.Split ('_') [1] == (typeof (OnePortWirelessFR).Name)) { UserConfig.Instance.RemoteModeFile = dePath; UserConfig.Instance.SaveUserConfig (); } if (dePath.Split ('_') [1] == (typeof (SecurityModul).Name)) { if (UserConfig.Instance.HideDeviceTypes.Contains ((R.MyInternationalizationString.Security))) { UserConfig.Instance.HideDeviceTypes.Remove (R.MyInternationalizationString.Security); UserConfig.Instance.SaveUserConfig (); } } } if (dePath.Split ('_').Length == 2 && dePath.StartsWith ("GlobalScene")) { var sceneFileList = Newtonsoft.Json.JsonConvert.DeserializeObject> (System.Text.Encoding.UTF8.GetString (IO.FileUtils.ReadFile (Scene.GlobalSceneFilePath))); if (!sceneFileList.Contains (dePath)) { sceneFileList.Add (dePath); IO.FileUtils.WriteFileByBytes (Scene.GlobalSceneFilePath, CommonPage.MyEncodingUTF8.GetBytes (Newtonsoft.Json.JsonConvert.SerializeObject (sceneFileList))); } } FileUtils.WriteFileByInputStream (path, inputStream); Common common = Newtonsoft.Json.JsonConvert.DeserializeObject (CommonPage.MyEncodingUTF8.GetString (IO.FileUtils.ReadFile (path))); } else { byte [] bytes = System.Text.Encoding.UTF8.GetBytes ("请求命令无效！"); outputStream.Write (bytes, 0, bytes.Length); outputStream.Flush (); } } catch (Exception ex) { Console.WriteLine ("httpListener_EventHandler" + ex.ToString ()); } } ///

/// 随机数高位 ///

public static byte RandomHigh; ///

/// 随机数低位 ///

public static byte RandomLow; ///

/// 设备列表 ///

public static System.Collections.Generic.List DeviceList = new System.Collections.Generic.List (); ///

/// 网关设备列表 ///

public static System.Collections.Generic.List GateWayList = new System.Collections.Generic.List (); ///

/// 设备对应回路列表 ///

public static System.Collections.Generic.List DeviceLoopList = new System.Collections.Generic.List (); ///

/// Updates Device's remake. ///

public static void UpdateRemark (byte subnetID, byte deviceID, string remark) { byte [] updateBytes = new byte [20]; byte [] remakeBytes = MyEncodingGB2312.GetBytes (remark); Array.Copy (remakeBytes, 0, updateBytes, 0, remakeBytes.Length < 20 ? remakeBytes.Length : 20); Control.ControlBytesSend (Command.UpdataRemake, subnetID, deviceID, updateBytes); } ///

/// 监听请求的Http端口 ///

public static int Port = 5555; static void httpListener_EventHandler (string rawUrl, System.IO.Stream outputStream, System.IO.Stream inputStream) { foreach (var musicInfo in MusicInfo.MusicInfoList) { if ("audio-item-" + musicInfo.ID == rawUrl.TrimStart ('/')) { var file = new System.IO.FileStream (musicInfo.Data, System.IO.FileMode.Open, System.IO.FileAccess.Read); byte [] bytes = new byte [1024]; try { while (file.CanRead) { int len = file.Read (bytes, 0, bytes.Length); if (len == 0) { break; } outputStream.Write (bytes, 0, len); } } catch { } file.Close (); break; } } } } }