using System;
using System.Collections.Generic;
using System.Text;
using HDL_ON.Entity;
using HDL_ON.UI;
using Shared;
namespace HDL_ON.DriverLayer
{
///
/// bus数据包
///
public class Packet
{
///
/// 缓冲区大小
///
public const int Size = 1024 + 200;
///
/// 接收到的数据
///
public byte[] Bytes;
///
/// 数据发送IP地址
///
public System.Net.EndPoint RemoteEndPoint;
public Packet()
{
this.Bytes = new byte[Size];
RemoteEndPoint = new System.Net.IPEndPoint(System.Net.IPAddress.Any, 0);
}
public Packet(byte[] data, System.Net.EndPoint remoteEndPoint)
{
this.Bytes = data;
this.RemoteEndPoint = remoteEndPoint;
}
///
/// 记录已经发送数据出去的时间
///
public DateTime FlagDateTime;
///
/// 已经发送了多少数
///
public int HaveSendCount;
///
/// 处理接收到的数据
///
public virtual void Manager()
{
try
{
//对于操作数据库的时间比较长的，可以创建另一个线程处理
if (!"HDLMIRACLE".Equals(Encoding.ASCII.GetString(Bytes, 4, 10)))
{
return;
}
byte subnetID = this.Bytes[17]; //源子网号
byte deviceID = this.Bytes[18]; //源设备号
//源设备类型
int deviceType = this.Bytes[19] * 256 + this.Bytes[20];
Command command = (Command)(Bytes[21] * 256 + Bytes[22]); //操作码控制命令
byte targetSubnetID = this.Bytes[23];
byte targetDeviceID = this.Bytes[24];
//不是要接收的指令就返回
if (!((targetSubnetID == 0 && targetDeviceID == 252) || (targetSubnetID == 0xff && targetDeviceID == 0xff)))
{
return;
}
byte[] usefulBytes = null;
if (this.Bytes[16] == 0xFF)
{
usefulBytes = new byte[Bytes.Length - 16 - 11];
Array.Copy(Bytes, 27, usefulBytes, 0, usefulBytes.Length);
}
else
{
//有用的附加数据
usefulBytes = new byte[this.Bytes[16] - 11];
Array.Copy(Bytes, 25, usefulBytes, 0, usefulBytes.Length);
}
//处理接收到的数据
UdpPacket_DataProcessing(subnetID, deviceID, command, usefulBytes);
//处理是否要重发数据
ManagerReceive(subnetID, deviceID, command, usefulBytes);
}
catch (Exception ex)
{
MainPage.Log($"packet {ex.Message} ");
}
}
///
/// 数据包处理
/// ps:由commonpage转移过来，还需要转移合适的位置管理
///
///
///
///
///
void UdpPacket_DataProcessing(byte subnetID, byte deviceID, Command command, byte[] receiveBytes)
{
try
{
switch (command)
{
case Command.SetSingleLightACK:
var queryList = new List();
queryList.AddRange(FunctionList.List.electricals);
queryList.AddRange(FunctionList.List.lights);
foreach (var updataObj in queryList)
{
if (updataObj.GetBusId() == subnetID + "_" + deviceID + "_" + receiveBytes[0])
{
if (updataObj.functionType != FunctionType.RGB)
{
updataObj.trait_on_off.curValue = receiveBytes[2] > 0 ? "on" : "off";
if (updataObj.trait_on_off.curValue.ToString() == "on")
{
switch (updataObj.functionType)
{
case FunctionType.Fan:
(updataObj as Fan).openLevel = receiveBytes[2];
updataObj.lastState = Language.StringByID(StringId.Level) + " : " + receiveBytes[2];
break;
case FunctionType.Dimmer:
(updataObj as Light).brightness = receiveBytes[2];
updataObj.lastState = Language.StringByID(StringId.Brightness) + " : " + receiveBytes[2] + "%";
break;
}
}
HomePage.UpdataFunctionStates(updataObj);
RoomPage.UpdataStates(updataObj);
FunctionPage.UpdataStates(updataObj);
ClassificationPage.UpdataInfo(updataObj);
switch (updataObj.functionType)
{
case FunctionType.Relay:
RelayPage.UpdataState(updataObj as Light);
break;
case FunctionType.Dimmer:
DimmerPage.UpdataStates(updataObj as Light);
break;
case FunctionType.Fan:
FanPage.UpdataState(updataObj as Fan);
break;
}
break;
}
}
}
break;
case Command.ReadLightAllLoopBrightnessACK:
for (int i = 0; i < receiveBytes[0]; i++)
{
var light = FunctionList.List.lights.Find((obj) => obj.bus.SubnetID == subnetID && obj.bus.DeviceID == deviceID && obj.bus.LoopId == (i + 1));
if (light != null)
{
if (light.functionType != FunctionType.RGB)
{
light.trait_on_off.curValue = receiveBytes[light.bus.LoopId] == 0 ? "off" : "on";
if (light.trait_on_off.curValue.ToString() == "on")
{
light.brightness = receiveBytes[2];
light.lastState = Language.StringByID(StringId.Brightness) + " : " + receiveBytes[2] + "%";
}
HomePage.UpdataFunctionStates(light);
RoomPage.UpdataStates(light);
FunctionPage.UpdataStates(light);
ClassificationPage.UpdataInfo(light);
switch (light.functionType)
{
case FunctionType.Relay:
RelayPage.UpdataState(light);
break;
case FunctionType.Dimmer:
DimmerPage.UpdataStates(light);
break;
}
}
}
else
{
var e = FunctionList.List.electricals.Find((obj) => obj.bus.SubnetID == subnetID && obj.bus.DeviceID == deviceID && obj.bus.LoopId == i);
if (e != null)
{
var fan = e as Fan;
fan.trait_on_off.curValue = receiveBytes[2] == 0 ? "off" : "on";
if (fan.trait_on_off.curValue.ToString() == "on")
{
fan.openLevel = receiveBytes[2];
fan.lastState = Language.StringByID(StringId.Level) + " : " + receiveBytes[2];
}
HomePage.UpdataFunctionStates(fan);
RoomPage.UpdataStates(fan);
FunctionPage.UpdataStates(fan);
ClassificationPage.UpdataInfo(fan);
switch (fan.functionType)
{
case FunctionType.Fan:
FanPage.UpdataState(fan);
break;
case FunctionType.Socket:
break;
}
}
}
}
break;
case Command.SetLogicLoopColorACK:
case Command.ReadLogicLoopColorACK:
foreach (var rgb in FunctionList.List.lights)
{
if (rgb.GetBusId() == subnetID + "_" + deviceID + "_" + receiveBytes[0])
{
if (rgb.functionType == FunctionType.RGB)
{
rgb.trait_on_off.curValue = receiveBytes[1] > 0 ? "on" : "off";
if (receiveBytes[1] > 0)
{
rgb.brightness = receiveBytes[1];
rgb.lastState = Language.StringByID(StringId.Brightness) + " : " + receiveBytes[1] + "%";
}
rgb.SetRGBcolor(new byte[] { receiveBytes[6], receiveBytes[7], receiveBytes[8] });
HomePage.UpdataFunctionStates(rgb);
RoomPage.UpdataStates(rgb);
FunctionPage.UpdataStates(rgb);
ClassificationPage.UpdataInfo(rgb);
RGBPage.UpdataStates(rgb);
}
}
}
break;
case Command.SetCurtainModelStutasACK:
case Command.ReadCurtainStutasACK:
foreach (var curtain in FunctionList.List.curtains)
{
if (curtain.bus.SubnetID == subnetID && curtain.bus.DeviceID == deviceID)
{
if (receiveBytes[0] == 17)
{
if (receiveBytes[1] > 1)
{
curtain.trait_on_off.curValue = "on";
}
else
{
curtain.trait_on_off.curValue = "off";
}
curtain.percent = receiveBytes[1];
curtain.lastState = Language.StringByID(StringId.Open) + curtain.percent + "%";
}
else
{
if (curtain.bus.LoopId != receiveBytes[0])
continue;
switch (receiveBytes[1])
{
case 0:
curtain.trait_on_off.curValue = "stop";
break;
case 1:
curtain.trait_on_off.curValue = "on";
curtain.lastState = Language.StringByID(StringId.Open);
break;
case 2:
curtain.trait_on_off.curValue = "off";
curtain.lastState = Language.StringByID(StringId.Close);
break;
}
}
RoomPage.UpdataStates(curtain);
FunctionPage.UpdataStates(curtain);
HomePage.UpdataFunctionStates(curtain);
ClassificationPage.UpdataInfo(curtain);
switch (curtain.functionType)
{
case FunctionType.Curtain:
CurtainModulePage.UpdataState(curtain);
break;
case FunctionType.MotorCurtain:
MotorCurtainPage.UpdataState(curtain);
break;
case FunctionType.RollingShutter:
RollingShutterPage.UpdataState(curtain);
break;
}
}
}
break;
case Command.SetACModeACK:
case Command.ReadACModeACK:
foreach (var ac in FunctionList.List.aCs)
{
if (ac.GetBusId() == subnetID + "_" + deviceID + "_" + receiveBytes[0])
{
ac.curTempType = receiveBytes[1];
ac.trait_IndoorTemp.curValue = receiveBytes[2];
ac.trait_on_off.curValue = receiveBytes[8] == 1 ? "on" : "off";
ac.curModeIndex = receiveBytes[9];
ac.curFanIndex = receiveBytes[10];
ac.trait_temp.curValue = receiveBytes[11];
ac.lastState = "";
switch (ac.trait_mode.curValue.ToString())
{
case "cool":
ac.lastState = Language.StringByID(StringId.Cool);
break;
case "heat":
ac.lastState = Language.StringByID(StringId.Heat);
break;
case "dry":
ac.lastState = Language.StringByID(StringId.Dry);
break;
case "auto":
ac.lastState = Language.StringByID(StringId.Auto);
break;
case "fan":
ac.lastState = Language.StringByID(StringId.AirSupply);
break;
}
switch (ac.trait_fan.curValue.ToString())
{
case "high":
ac.lastState += " " + Language.StringByID(StringId.HighWindSpeed);
break;
case "medium":
ac.lastState += " " + Language.StringByID(StringId.MiddleWindSpeed);
break;
case "low":
ac.lastState += " " + Language.StringByID(StringId.LowWindSpeed);
break;
case "auto":
ac.lastState += " " + Language.StringByID(StringId.Auto);
break;
}
ac.lastState += " " + ac.trait_temp.curValue + ac.tempUnitString;
RoomPage.UpdataStates(ac);
FunctionPage.UpdataStates(ac);
HomePage.UpdataFunctionStates(ac);
ClassificationPage.UpdataInfo(ac);
ACPage.UpdataStates(ac);
}
}
break;
case Command.ReadFloorHeatACK:
case Command.SetFloorHeatACK:
foreach (var fh in FunctionList.List.floorHeatings)
{
if (fh.GetBusId() == subnetID + "_" + deviceID + "_" + receiveBytes[0])
{
fh.curTempType = receiveBytes[2];
fh.trait_on_off.curValue = receiveBytes[1] % 2 == 0 ? "off" : "on";
fh.curModeIndex = receiveBytes[3];
if (fh.modeTemp.ContainsKey("normal"))
{
fh.modeTemp["normal"] = receiveBytes[4];
}
else
{
fh.modeTemp.Add("normal", receiveBytes[4]);
}
if (fh.modeTemp.ContainsKey("day"))
{
fh.modeTemp["day"] = receiveBytes[5];
}
else
{
fh.modeTemp.Add("day", receiveBytes[5]);
}
if (fh.modeTemp.ContainsKey("night"))
{
fh.modeTemp["night"] = receiveBytes[6];
}
else
{
fh.modeTemp.Add("night", receiveBytes[6]);
}
if (fh.modeTemp.ContainsKey("away"))
{
fh.modeTemp["away"] = receiveBytes[7];
}
else
{
fh.modeTemp.Add("away", receiveBytes[7]);
}
switch (fh.trait_mode.curValue)
{
case "normal":
fh.lastState = Language.StringByID(StringId.Normal);
fh.trait_temp.curValue = receiveBytes[4];
break;
case "day":
fh.lastState = Language.StringByID(StringId.Day);
fh.trait_temp.curValue = receiveBytes[5];
break;
case "night":
fh.lastState = Language.StringByID(StringId.Night);
fh.trait_temp.curValue = receiveBytes[6];
break;
case "timer":
fh.lastState = Language.StringByID(StringId.Auto);
if (receiveBytes[8] == 0)
{
fh.timeFlag = 0;
fh.trait_temp.curValue = receiveBytes[5];
}
else
{
fh.timeFlag = 1;
fh.trait_temp.curValue = receiveBytes[6];
}
break;
case "away":
fh.trait_temp.curValue = receiveBytes[7];
fh.lastState = Language.StringByID(StringId.Away);
break;
}
fh.lastState += " " + fh.trait_temp.curValue + fh.tempUnitString;
RoomPage.UpdataStates(fh);
FunctionPage.UpdataStates(fh);
HomePage.UpdataFunctionStates(fh);
ClassificationPage.UpdataInfo(fh);
FloorHeatingPage.UpdataStates(fh);
}
}
break;
case Command.ReadDeviceLoopInfoACK:
FunctionType dt = (FunctionType)(11 * 256 + receiveBytes[1]);
string tag = receiveBytes[1] + "_" + subnetID + "_" + deviceID + "_" + receiveBytes[2];
foreach (var sensor in FunctionList.List.sensorsEnvironmentalScience)
{
if (sensor.bus != null)
{
if ((int)sensor.functionType % 256 == receiveBytes[1] && sensor.bus.SubnetID == subnetID &&
sensor.bus.DeviceID == deviceID && sensor.bus.LoopId == receiveBytes[2])
{
switch (dt)
{
case FunctionType.Temp:
byte[] tempBytes = new byte[] { receiveBytes[24], receiveBytes[25], receiveBytes[26], receiveBytes[27] };
sensor.values = Math.Round(BitConverter.ToSingle(tempBytes, 0), 1);
break;
case FunctionType.Humidity:
sensor.values = Convert.ToDouble(receiveBytes[24] * 256 + receiveBytes[25]) / 10;
break;
case FunctionType.TVOC:
sensor.values = Convert.ToDouble(receiveBytes[24] * 256 + receiveBytes[25]) / 100;
break;
case FunctionType.PM25:
sensor.values = Convert.ToInt32(receiveBytes[24] * 256 + receiveBytes[25]);
break;
case FunctionType.CO2:
sensor.values = Convert.ToInt32(receiveBytes[24] * 256 + receiveBytes[25]);
break;
}
EnvironmentalSciencePage.LoadEvent_UpdataStatus(sensor);
}
}
}
break;
case Command.New_Analog_Quantity_BROADCAST:
string tag1 = receiveBytes[1] + "_" + subnetID + "_" + deviceID + "_" + receiveBytes[2];
foreach (var sensor in FunctionList.List.sensorsEnvironmentalScience)
{
if (sensor.bus != null)
{
if ((int)sensor.functionType % 256 == receiveBytes[1] && sensor.bus.SubnetID == subnetID &&
sensor.bus.DeviceID == deviceID && sensor.bus.LoopId == receiveBytes[2])
{
//0保留 1无符号4Byte整形 2有符号4Byte整形 3Float形（代±）
switch (receiveBytes[3])
{
case 1:
sensor.values = (receiveBytes[5] * 256 * 256 * 256) + (receiveBytes[6] * 256 * 256) + (receiveBytes[7] * 256) + receiveBytes[8];
break;
case 2:
sensor.values = -1 * ((receiveBytes[5] * 256 * 256 * 256) + (receiveBytes[6] * 256 * 256) + (receiveBytes[7] * 256) + receiveBytes[8]);
break;
case 3:
byte[] tempBytes = new byte[] { receiveBytes[5], receiveBytes[6], receiveBytes[7], receiveBytes[8] };
sensor.values = Math.Round(BitConverter.ToSingle(tempBytes, 0), 1);
break;
}
switch (receiveBytes[4])
{
case 2:
if (receiveBytes[1] == 5)//TVOC需求除以100000
sensor.values /= 100000;
break;
}
EnvironmentalSciencePage.LoadEvent_UpdataStatus(sensor);
}
}
}
break;
case Command.InstructionPanelKeyACK:
case Command.ReadInstructionPanelKeyACK:
byte reACPanel = 0;
if (receiveBytes.Length == 2)
{
reACPanel = 1;
}
else if (receiveBytes.Length == 3)
{
reACPanel = receiveBytes[2];
}
else
{
break;
}
foreach (var ac in FunctionList.List.aCs)
{
if (ac.GetBusId() == subnetID + "_" + deviceID + "_" + reACPanel)
{
switch (receiveBytes[0])
{
case 3://
ac.trait_on_off.curValue = receiveBytes[1] == 1 ? "on" : "off";
break;
case 4:
case 7:
case 8:
case 19:
ac.trait_temp.curValue = receiveBytes[1];
break;
case 5:
ac.curFanIndex = receiveBytes[1];
break;
case 6:
ac.curModeIndex = receiveBytes[1];
break;
}
ac.lastState = "";
ac.lastState += " " + ac.trait_temp.curValue + ac.tempUnitString;
RoomPage.UpdataStates(ac);
FunctionPage.UpdataStates(ac);
HomePage.UpdataFunctionStates(ac);
ClassificationPage.UpdataInfo(ac);
ACPage.UpdataStates(ac);
}
}
break;
case Command.ReadPanleTempACK://1944
case Command.PanleBroadcastTemp:
foreach (var ac in FunctionList.List.aCs)
{
if (ac.GetBusId() == subnetID + "_" + deviceID + "_" + receiveBytes[0])
{
ac.trait_IndoorTemp.curValue = receiveBytes[1];
FunctionPage.UpdataStates(ac);
}
}
break;
case Command.ReadGatewayACK:
var mac = ByteToHex16(receiveBytes[5]) + ByteToHex16(receiveBytes[6]) + ByteToHex16(receiveBytes[7]) + ByteToHex16(receiveBytes[8]) + ByteToHex16(receiveBytes[9]) + ByteToHex16(receiveBytes[10]) + ByteToHex16(receiveBytes[11]) + ByteToHex16(receiveBytes[12]);
var Name = Encoding.GetEncoding("gb2312").GetString(receiveBytes, 13, 20).Trim('\0'); ;
MainPage.Log($"name : {Name} ; mac : {mac}");
if (DB_ResidenceData.Instance.residenceGatewayMAC == mac)
{
Control.Ins.GatewayOnline = true;
Control.Ins.IsRemote = false;
DAL.Mqtt.MqttClient.DisConnectRemote();//断开mqtt
}
break;
}
}
catch (Exception ex)
{
MainPage.Log($"Bus Rev Erorr : {ex.Message}");
}
}
///
/// byte转16进制字符串
///
///
///
string ByteToHex16(byte b)
{
string s = Convert.ToString(b, 16).ToUpper();
if (s.Length <= 1)
{
return "0" + s;
}
return s;
}
///
/// 处理接收回来的数据
///
void ManagerReceive(byte subnetID, byte deviceID, Command command, byte[] usefulBytes)
{
try
{
string receiveFlag = string.Format("{0},{1},{2},", subnetID, deviceID, (int)command);
switch (command)
{
case Command.SetSingleLightACK:
receiveFlag += string.Format("{0}", usefulBytes[0]);
break;
case Command.SetLogicLoopColorACK:
receiveFlag += string.Format("{0},{1},{2}", usefulBytes[0], usefulBytes[1], usefulBytes[2]);
break;
case Command.ReadLogicLoopColorACK:
case Command.ReadACModeACK:
case Command.SetACModeACK:
case Command.ReadFloorHeatACK:
case Command.SetFloorHeatACK:
receiveFlag += string.Format("{0}", usefulBytes[0]);
break;
case Command.ReadLightAllLoopBrightnessACK:
receiveFlag += "";
break;
case Command.ReadGatewayACK:
receiveFlag = string.Format("{0},{1}", usefulBytes[0], usefulBytes[1]);
break;
case Command.ReadDeviceLoopInfoACK:
if (usefulBytes[0] == 1)
{
receiveFlag += string.Format("{0},{1}", usefulBytes[0], usefulBytes[2]); ;
}
else
receiveFlag += string.Format("{0},{1},{2}", usefulBytes[0], usefulBytes[1], usefulBytes[2]);
break;
case Command.InstructionPanelKeyACK:
case Command.ReadInstructionPanelKeyACK:
receiveFlag += string.Format("{0},{1}", usefulBytes[0], usefulBytes[1]);
break;
case Command.ReadRemark:
DriverLayer.Control.Ins.myUdp.ReceiveReadRemark(usefulBytes);
break;
default:
break;
}
DriverLayer.Control.Ins.myUdp.ReceiveRepeatManager(receiveFlag);
}
catch (Exception ex)
{
MainPage.Log("ManagerReceive抛出异常：" + ex.ToString());
}
}
}
}