//获取补水压力上下限 水箱水位上下限
public static byte[] Get_addpumpmm(byte address)
{
return(DataInfo.xd100GetData(address, 20, 79));
}
//获取压差曲线
public static byte[] Get_cycpumpline(byte address)
{
return(DataInfo.xd100GetData(address, 0x3e));
}
//获取循环泵压差设定
public static byte[] Get_cycpumpvalue(byte address)
{
return(DataInfo.xd100GetData(address, 0x40, 0x4b));
}
//获取调节阀控制模式
public static byte[] Get_valvecontrol(byte address)
{
return(DataInfo.xd100GetData(address, 20, 71));
}
//获取调节阀开度上下限
public static byte[] Get_valvemm(byte address)
{
return(DataInfo.xd100GetData(address, 20, 73));
}
//获取二次回温度修正
public static byte[] Get_BT2revise(byte address)
{
return(DataInfo.xd100GetData(address, 20, 35));
}
//设置室外温度设置
public static byte[] Set_outtemp(byte address, xd100x.outtemp ot)
{
byte[] t1 = BitConverter.GetBytes(ot._outtemp);
byte[] buffer = { t1[0], t1[1], t1[2], t1[3] };
return(DataInfo.SetData(address, 0x29, buffer));
}
//解析室外温度模式
public static xd100x.outmode Read_outmode(byte[] inByte)
{
xd100x.outmode om = new xd100x.outmode();
om._outmode = DataInfo.GetByteValue(inByte, 7);
return(om);
}
//解析室外温度值
public static xd100x.outtemp Read_outtemp(byte[] inByte)
{
xd100x.outtemp op = new xd100x.outtemp();
op._outtemp = DataInfo.GetFloatValue(inByte, 8);
return(op);
}
//解析设置值
public static xd100x.valvevalue Read_valvevalue(byte[] inByte)
{
xd100x.valvevalue vv = new xd100x.valvevalue();
vv._value = DataInfo.GetFloatValue(inByte, 9);
return(vv);
}
//解析循环泵压差设定
public static xd100x.cycpumpvalue Read_cycpumpvalue(byte[] inByte)
{
xd100x.cycpumpvalue cv = new xd100x.cycpumpvalue();
cv._pressure = DataInfo.GetFloatValue(inByte, 8);
return(cv);
}
//数据解析区域
#region Read
//解析设置类型
public static xd100x.valvecontrol Read_valvecontrol(byte[] inByte)
{
xd100x.valvecontrol vc = new xd100x.valvecontrol();
vc._control = DataInfo.GetByteValue(inByte, 8);
return(vc);
}
//补水泵启动
public static byte[] Set_addpumprun(byte address)
{
return(DataInfo.SetData(address, 0x33));
}
//补水泵停
public static byte[] Set_addpumpstop(byte address)
{
return(DataInfo.SetData(address, 0x32));
}
//获取报警设置温度液位
public static byte[] Get_alarmt(byte address)
{
return(DataInfo.xd100GetData(address, 20, 82));
}
//数据处理逻辑
#region
//xd100n数据处理
public static void Deal_XD100Data(byte[] inbyte, string ip)
{
//检测是否为xd100n数据
//判断依据 1、CRC 2、ip 3、器件地址
if (false == DataInfo.CheckCRC(inbyte))
{
return;
}
if (inbyte[0] != 0x21 || inbyte[1] != 0x58 || inbyte[2] != 0x44 || inbyte[4] != 0xa0)
{
return;
}
int busfferlistID = -1;
for (int i = 0; i < xd100x._XD100xBuffer.Length; i++)
{
if (xd100x._XD100xBuffer[i]._Info._ip == ip && xd100x._XD100xBuffer[i]._Info._addr == inbyte[3])
{
busfferlistID = i;
break;
}
}
if (busfferlistID == -1)
{
return;
}
//实时数据 功能码30
if (inbyte[5] == 30)
{
xd100x._XD100xBuffer[busfferlistID]._Data = Read_ai(inbyte);
xd100x._XD100xBuffer[busfferlistID]._SaveDatas = true;
TimeSpan ts = DateTime.Now - Convert.ToDateTime(xd100x._XD100xBuffer[busfferlistID]._Data._dt);
if (ts.TotalMinutes > 3)
{
if (DateTime.Now.Date != Convert.ToDateTime(xd100x._XD100xBuffer[busfferlistID]._Data._dt).Date)
{
Tool.xd100x._XD100xBuffer[busfferlistID]._Command[42]._cmd = Tool.xd100.Set_datetime(Tool.xd100x._XD100xBuffer[busfferlistID]._Info._addr);
Tool.xd100x._XD100xBuffer[busfferlistID]._Command[42]._onoff = true;
}
}
//2012
if (SocketServer.Program.basedeviceid == xd100x._XD100xBuffer[busfferlistID]._Info._id)
{
SocketServer.Program.baseouttemp = Tool.xd100x._XD100xBuffer[busfferlistID]._Data._OT;
SocketServer.Program.isseted = false;
}
}
//获取调节阀控制模式调节阀设定值
if (inbyte[5] == 20 && inbyte[7] == 0x47)
{
xd100x._XD100xBuffer[busfferlistID]._Set._valvecontrol = Read_valvecontrol(inbyte);
xd100x._XD100xBuffer[busfferlistID]._Set._valvevalue = Read_valvevalue(inbyte);
}
//获取调节阀温度曲线
if (inbyte[5] == 20 && inbyte[7] == 0x48)
{
xd100x._XD100xBuffer[busfferlistID]._Set._valveline = Read_valveline(inbyte);
xd100x._XD100xBuffer[busfferlistID]._Set._valvetime = Read_valvetime(inbyte);
}
//获取调节阀开度上下限
if (inbyte[5] == 20 && inbyte[7] == 0x49)
{
xd100x._XD100xBuffer[busfferlistID]._Set._valvemm = Read_valvemm(inbyte);
}
//获取压差曲线
if (inbyte[5] == 0x3E)
{
xd100x._XD100xBuffer[busfferlistID]._Set._cycpumpline = Read_cycpumpline(inbyte);
}
//获取循环泵压差设定
if (inbyte[5] == 0x40)
{
xd100x._XD100xBuffer[busfferlistID]._Set._cycpumpvalue = Read_cycpumpvalue(inbyte);
}
//获取补水泵压力设定
if (inbyte[5] == 20 && inbyte[7] == 0x4d)
{
xd100x._XD100xBuffer[busfferlistID]._Set._addpumpvalue = Read_addpumpvalue(inbyte);
}
//获取补水压力上下限 水箱水位上下限
if (inbyte[5] == 20 && inbyte[7] == 0x4f)
{
xd100x._XD100xBuffer[busfferlistID]._Set._addpumpmm = Read_addpumpmm(inbyte);
}
//获取报警设置压力
if (inbyte[5] == 20 && inbyte[7] == 0x51)
{
xd100x._XD100xBuffer[busfferlistID]._Set._alarmp = Read_alarmp(inbyte);
}
//获取报警设置温度液位
if (inbyte[5] == 20 && inbyte[7] == 0x52)
{
xd100x._XD100xBuffer[busfferlistID]._Set._alarmt = Read_alarmt(inbyte);
}
//获取室外温度模式 没有此功能
//if (inbyte[5] == 40)
//{
// xd100x._XD100xBuffer[busfferlistID]._Set._outmode = Read_outmode(inbyte);
//}
//获取室外温度值
if (inbyte[5] == 20 && inbyte[7] == 0x1f)
{
xd100x._XD100xBuffer[busfferlistID]._Set._outtemp = Read_outtemp(inbyte);
}
//获取室外温度修正
if (inbyte[5] == 20 && inbyte[7] == 31)
{
xd100x._XD100xBuffer[busfferlistID]._Set._outrevise = Read_temprevise(inbyte);
xd100x._XD100xBuffer[busfferlistID]._Set._outrevise._temp = xd100x._XD100xBuffer[busfferlistID]._Data._OT;
}
//获取室外温度修正
if (inbyte[5] == 20 && inbyte[7] == 32)
{
xd100x._XD100xBuffer[busfferlistID]._Set._GT1revise = Read_temprevise(inbyte);
xd100x._XD100xBuffer[busfferlistID]._Set._GT1revise._temp = xd100x._XD100xBuffer[busfferlistID]._Data._GT1;
}
//获取室外温度修正
if (inbyte[5] == 20 && inbyte[7] == 33)
{
xd100x._XD100xBuffer[busfferlistID]._Set._BT1revise = Read_temprevise(inbyte);
xd100x._XD100xBuffer[busfferlistID]._Set._BT1revise._temp = xd100x._XD100xBuffer[busfferlistID]._Data._BT1;
}
//获取室外温度修正
if (inbyte[5] == 20 && inbyte[7] == 34)
{
xd100x._XD100xBuffer[busfferlistID]._Set._GT2revise = Read_temprevise(inbyte);
xd100x._XD100xBuffer[busfferlistID]._Set._GT2revise._temp = xd100x._XD100xBuffer[busfferlistID]._Data._GT2;
}
//获取室外温度修正
if (inbyte[5] == 20 && inbyte[7] == 35)
{
xd100x._XD100xBuffer[busfferlistID]._Set._BT2revise = Read_temprevise(inbyte);
xd100x._XD100xBuffer[busfferlistID]._Set._BT2revise._temp = xd100x._XD100xBuffer[busfferlistID]._Data._BT2;
}
//设定成功返回
if (inbyte[5] == 10)
{
}
//主动上报报警
if (inbyte[5] == 32)
{
xd100x._XD100xBuffer[busfferlistID]._Data._alarm = Read_alarmstate(inbyte);
return;
}
xd100x._XD100xBuffer[busfferlistID]._Command[xd100x._XD100xBuffer[busfferlistID]._LastCommandIndex]._onoff = false;
xd100x._XD100xBuffer[busfferlistID]._Command[xd100x._XD100xBuffer[busfferlistID]._LastCommandIndex]._retrytimesnow = 0;
xd100x._XD100xBuffer[busfferlistID]._Command[xd100x._XD100xBuffer[busfferlistID]._LastCommandIndex]._backdt = DateTime.Now;
xd100x._XD100xBuffer[busfferlistID]._Command[xd100x._XD100xBuffer[busfferlistID]._LastCommandIndex]._back = true;
xd100x._XD100xBuffer[busfferlistID]._Command[xd100x._XD100xBuffer[busfferlistID]._LastCommandIndex]._send = false;
xd100x._XD100xBuffer[busfferlistID]._Info._state = true;
//只要有数据返回即解除ISocketRS占用
Gprs.Gprs_IsOccupy(xd100x._XD100xBuffer[busfferlistID]._Info._ip, false);
}
//获取室外温度模式
public static byte[] Get_outmode(byte address)
{
return(DataInfo.xd100GetData(address, 40));
}
//数据处理方法
#region
//读取命令生成区域
#region Get
//获取当前数据
public static byte[] Get_ai(byte address)
{
return(DataInfo.xd100GetData(address, 30));
}
//设置调节阀开度上下限
public static byte[] Set_valvemm(byte address, xd100x.valvemm vm)
{
byte[] buffer = { 73, Convert.ToByte(vm._min), Convert.ToByte(vm._max), Convert.ToByte(vm._deatharea) };
return(DataInfo.SetData(address, 21, buffer));
}
//设置室外温度设置
public static byte[] Set_outmode(byte address, xd100x.outmode om)
{
byte[] buffer = { Convert.ToByte(om._outmode) };
return(DataInfo.SetData(address, 0x28, buffer));
}