//建立xd100n数据缓存
public Tool.XDRZInfo[] Createxd100nDatas()
{
try
{
string sql = "select [StationId],[StationName],[DTUregister],[IPAddress],[deviceAddress],[Remark],[heatArea],[heatbase],[group],[cycle],[timeout],[retrytimes] from v_rzstation order by [StationId]";
DataTable dt = Tool.DB.getDt(sql);
Tool.XDRZInfo[] baseList = new Tool.XDRZInfo[dt.Rows.Count];
for (int i = 0; i < dt.Rows.Count; i++)
{
baseList[i]._station._StationId = int.Parse(dt.Rows[i]["StationId"].ToString());
baseList[i]._station._StationName = dt.Rows[i]["StationName"].ToString();
baseList[i]._station._Remark = dt.Rows[i]["Remark"].ToString();
baseList[i]._station._heatbase = float.Parse(dt.Rows[i]["heatbase"].ToString());
baseList[i]._station._heatArea = float.Parse(dt.Rows[i]["heatArea"].ToString());
baseList[i]._station._group = dt.Rows[i]["group"].ToString();
baseList[i]._station._DTUregister = dt.Rows[i]["DTUregister"].ToString();
baseList[i]._station._IPAddress = dt.Rows[i]["IPAddress"].ToString();
baseList[i]._station._cycle = int.Parse(dt.Rows[i]["cycle"].ToString());
baseList[i]._station._deviceAddress = int.Parse(dt.Rows[i]["deviceAddress"].ToString());
baseList[i]._station._timeout = int.Parse(dt.Rows[i]["timeout"].ToString());
baseList[i]._station._retrytimes = int.Parse(dt.Rows[i]["retrytimes"].ToString());
baseList[i].state = true;
Tool.XD100n x = new Tool.XD100n(baseList[i]._station._deviceAddress);
string sql2 = "SELECT [StationName],[alarmword], [DT], [oneGiveTemp], [oneBackTemp], [twoGiveTemp], [twoBackTemp], [outsideTemp]," +
"[twoGiveBaseTemp], [oneGivePress], [oneBackPress], [WatBoxLevel], [twoGivePress], [twoBackPress], "+
"[twoBackBasePress], [oneInstant], [oneAccum], [subInstant], [subAccum], [oneHeat], [oneAddHeat],"+
" [twoPressCha], [openDegree], [pumpState1], [pumpState2], [pumpState3], [addPumpState1], [addPumpState2],"+
" [StationId], [twoInstant], [twoAccum], [twoHeat], [twoAddHeat] FROM [v_rzreallast] where [StationId]=" + baseList[i]._station._StationId.ToString();
DataTable dt1 = Tool.DB.getDt(sql2);
if (dt1.Rows.Count>0)
{
baseList[i]._nowDatas._alarm._word = Convert.ToInt32(dt1.Rows[0]["alarmword"]);
baseList[i]._nowDatas._dt = Convert.ToDateTime(dt1.Rows[0]["DT"]);
baseList[i]._nowDatas._oneGiveTemp = Convert.ToSingle(dt1.Rows[0]["oneGiveTemp"]);
baseList[i]._nowDatas._oneBackTemp = Convert.ToSingle(dt1.Rows[0]["oneBackTemp"]);
baseList[i]._nowDatas._twoGiveTemp = Convert.ToSingle(dt1.Rows[0]["twoGiveTemp"]);
baseList[i]._nowDatas._twoBackTemp = Convert.ToSingle(dt1.Rows[0]["twoBackTemp"]);
baseList[i]._nowDatas._outsideTemp = Convert.ToSingle(dt1.Rows[0]["outsideTemp"]);
baseList[i]._nowDatas._twoGiveBaseTemp = Convert.ToSingle(dt1.Rows[0]["twoGiveBaseTemp"]);
baseList[i]._nowDatas._oneGivePress = Convert.ToSingle(dt1.Rows[0]["oneGivePress"]);
baseList[i]._nowDatas._oneBackPress = Convert.ToSingle(dt1.Rows[0]["oneBackPress"]);
baseList[i]._nowDatas._WatBoxLevel = Convert.ToSingle(dt1.Rows[0]["WatBoxLevel"]);
baseList[i]._nowDatas._twoGivePress = Convert.ToSingle(dt1.Rows[0]["twoGivePress"]);
baseList[i]._nowDatas._twoBackPress = Convert.ToSingle(dt1.Rows[0]["twoBackPress"]);
baseList[i]._nowDatas._oneInstant = Convert.ToSingle(dt1.Rows[0]["oneInstant"]);
baseList[i]._nowDatas._oneAccum = Convert.ToUInt32(dt1.Rows[0]["oneAccum"]);
baseList[i]._nowDatas._oneHeat = Convert.ToSingle(dt1.Rows[0]["oneHeat"]);
baseList[i]._nowDatas._oneAddHeat = Convert.ToDouble(dt1.Rows[0]["oneAddHeat"]);
baseList[i]._nowDatas._subInstant = Convert.ToSingle(dt1.Rows[0]["subInstant"]);
baseList[i]._nowDatas._subAccum = Convert.ToUInt32(dt1.Rows[0]["subAccum"]);
baseList[i]._nowDatas._twoInstant = Convert.ToSingle(dt1.Rows[0]["twoInstant"]);
baseList[i]._nowDatas._twoAccum = Convert.ToUInt32(dt1.Rows[0]["twoAccum"]);
baseList[i]._nowDatas._twoHeat = Convert.ToSingle(dt1.Rows[0]["twoHeat"]);
baseList[i]._nowDatas._twoAddHeat = Convert.ToDouble(dt1.Rows[0]["twoAddHeat"]);
baseList[i]._nowDatas._twoPressCha = Convert.ToSingle(dt1.Rows[0]["twoPressCha"]);
baseList[i]._nowDatas._openDegree = Convert.ToSingle(dt1.Rows[0]["openDegree"]);
baseList[i]._nowDatas._pump._cycPump1 = dttops(dt1.Rows[0]["pumpState1"].ToString());
baseList[i]._nowDatas._pump._cycPump2 = dttops(dt1.Rows[0]["pumpState2"].ToString());
baseList[i]._nowDatas._pump._cycPump3 = dttops(dt1.Rows[0]["pumpState3"].ToString());
baseList[i]._nowDatas._pump._recruitPump1 = dttops(dt1.Rows[0]["addPumpState1"].ToString());
baseList[i]._nowDatas._pump._recruitPump1 = dttops(dt1.Rows[0]["addPumpState2"].ToString());
baseList[i]._nowDatas._alarm._word=Convert.ToInt32(dt1.Rows[0]["alarmword"]);
byte[] alarm = {Convert.ToByte(baseList[i]._nowDatas._alarm._word/256),Convert.ToByte(baseList[i]._nowDatas._alarm._word%256)};
baseList[i]._nowDatas._alarm = x.AlarmParse(alarm);
baseList[i]._refDisplay = true;
}
baseList[i]._command=new Tool.Commandcyc[2];
baseList[i]._command[0]._cmd = x.Get_nowdata();
baseList[i]._command[0]._onoff = true;
baseList[i]._command[1]._cmd = x.Get_di();
baseList[i]._command[1]._onoff = true;
baseList[i]._commandonce = new Tool.Commandonce[21];
baseList[i]._commandonce[0]._cmd = x.Get_controltype();
baseList[i]._commandonce[1]._cmd = x.Get_setvalue();
baseList[i]._commandonce[2]._cmd = x.Get_line();
baseList[i]._commandonce[3]._cmd = x.Get_timepace();
baseList[i]._commandonce[4]._cmd = x.Get_valvemm();
baseList[i]._commandonce[5]._cmd = x.Get_valvelimit();
baseList[i]._commandonce[6]._cmd = x.Get_alarm();
baseList[i]._commandonce[7]._cmd = x.Get_outtemp();
baseList[i]._commandonce[8]._cmd = x.Set_controltype(baseList[i]._Set._controltype);
baseList[i]._commandonce[9]._cmd = x.Set_setvalue(baseList[i]._Set._setvalue);
baseList[i]._commandonce[10]._cmd = x.Set_line(baseList[i]._Set._line);
baseList[i]._commandonce[11]._cmd = x.Set_timepace(baseList[i]._Set._timepace);
baseList[i]._commandonce[12]._cmd = x.Set_valvemm(baseList[i]._Set._valvemm);
baseList[i]._commandonce[13]._cmd = x.Set_valvelimit(baseList[i]._Set._valvelimit);
baseList[i]._commandonce[14]._cmd = x.Set_alarm(baseList[i]._Set._alarm);
baseList[i]._commandonce[15]._cmd = x.Set_outtemp(baseList[i]._Set._outtemp);
baseList[i]._commandonce[16]._cmd = x.Set_outtemp_value(baseList[i]._Set._outtemp._outtemp);
baseList[i]._commandonce[17]._cmd = x.Set_xunhuan_stop();
baseList[i]._commandonce[18]._cmd = x.Set_bushui_stop();
baseList[i]._commandonce[19]._cmd = x.Set_xunhuan_start();
baseList[i]._commandonce[20]._cmd = x.Set_bushui_start();
for (int k = 0; k < baseList[i]._commandonce.Length; k++)
{
baseList[i]._commandonce[k]._onoff = false;
}
}
return baseList;
}
catch (Exception ex)
{
MessageBox.Show("建立数据缓存失败！请检查数据库连接！" + ex, "提示", MessageBoxButtons.OK, MessageBoxIcon.Information);
return null;
}
}
//xd100n数据处理
private void rz_deal(byte[] rs ,int listid)
{
Tool.XD100n x = new Tool.XD100n(rs[0]);
//实时数据模拟量 功能码0x04
if (rs[1] == 0x04 && rs[2] == 0x64)
{
try
{
Tool.XD100nData d = new Tool.XD100nData();
d = x.Read_nowdata(rs);
_XDRZInfoList[listid]._nowDatas = d;
_XDRZInfoList[listid]._command[0]._retrytimesnow = 0;
_XDRZInfoList[listid]._command[0]._sendover = false;
}
catch
{ }
}
//实时数据数字量 功能码0x02
if (rs[1] == 0x02 && rs[2] == 0x04)
{
try
{
Tool.GRPumpState ps = x.getpumpstate(rs);
Tool.GRAlarmData ad = x.getalarmstate(rs);
_XDRZInfoList[listid]._nowDatas._alarm = ad;
_XDRZInfoList[listid]._nowDatas._pump = ps;
_XDRZInfoList[listid]._saveDatas = true;
_XDRZInfoList[listid]._refDisplay = true;
_XDRZInfoList[listid]._command[1]._retrytimesnow = 0;
_XDRZInfoList[listid]._command[1]._sendover = false;
}
catch
{ }
}
//03可读返回
if (rs[1] == 0x03)
{
//控制方法114
if (_XDRZInfoList[listid].lastaddr == 114 - 1)
{
_XDRZInfoList[listid]._Set._controltype = x.Read_controltype(rs);
_XDRZInfoList[listid]._commandonce[0]._back = true;
_XDRZInfoList[listid]._commandonce[0]._sendover = false;
}
//设定值116
if (_XDRZInfoList[listid].lastaddr == 116 - 1)
{
_XDRZInfoList[listid]._Set._setvalue = x.Read_setvalue(rs);
_XDRZInfoList[listid]._commandonce[1]._back = true;
_XDRZInfoList[listid]._commandonce[1]._sendover = false;
}
//曲线117
if (_XDRZInfoList[listid].lastaddr == 117 - 1)
{
_XDRZInfoList[listid]._Set._line = x.Read_line(rs);
_XDRZInfoList[listid]._commandonce[2]._back = true;
_XDRZInfoList[listid]._commandonce[2]._sendover = false;
}
//分时调整133
if (_XDRZInfoList[listid].lastaddr == 133 - 1)
{
_XDRZInfoList[listid]._Set._timepace = x.Read_timepace(rs);
_XDRZInfoList[listid]._commandonce[3]._back = true;
_XDRZInfoList[listid]._commandonce[3]._sendover = false;
}
//开度最大最小值145
if (_XDRZInfoList[listid].lastaddr == 145 - 1)
{
_XDRZInfoList[listid]._Set._valvemm = x.Read_valvemm(rs);
_XDRZInfoList[listid]._commandonce[4]._back = true;
_XDRZInfoList[listid]._commandonce[4]._sendover = false;
}
//流量限定153
if (_XDRZInfoList[listid].lastaddr == 153 - 1)
{
_XDRZInfoList[listid]._Set._valvelimit = x.Read_valvelimit(rs);
_XDRZInfoList[listid]._commandonce[5]._back = true;
_XDRZInfoList[listid]._commandonce[5]._sendover = false;
}
//报警198
if (_XDRZInfoList[listid].lastaddr == 198 - 1)
{
_XDRZInfoList[listid]._Set._alarm = x.Read_alarm(rs);
_XDRZInfoList[listid]._commandonce[6]._back = true;
_XDRZInfoList[listid]._commandonce[6]._sendover = false;
}
//室外温度206
if (_XDRZInfoList[listid].lastaddr == 206 - 1)
{
_XDRZInfoList[listid]._Set._outtemp = x.Read_outtemp(rs);
_XDRZInfoList[listid]._commandonce[7]._back = true;
_XDRZInfoList[listid]._commandonce[7]._sendover = false;
}
//刷新设置
rz.rz_flowchart.refsetdisplay = 1;
}
//10写返回
if (rs[1] == 0x10)
{
//控制方法114
if (_XDRZInfoList[listid].lastaddr == 114 - 1)
{
_XDRZInfoList[listid]._commandonce[8]._back = true;
_XDRZInfoList[listid]._commandonce[8]._sendover = false;
}
//设定值116
if (_XDRZInfoList[listid].lastaddr == 116 - 1)
{
_XDRZInfoList[listid]._commandonce[9]._back = true;
_XDRZInfoList[listid]._commandonce[9]._sendover = false;
}
//曲线117
if (_XDRZInfoList[listid].lastaddr == 117 - 1)
{
_XDRZInfoList[listid]._commandonce[10]._back = true;
_XDRZInfoList[listid]._commandonce[10]._sendover = false;
}
//分时调整133
if (_XDRZInfoList[listid].lastaddr == 133 - 1)
{
_XDRZInfoList[listid]._commandonce[11]._back = true;
_XDRZInfoList[listid]._commandonce[11]._sendover = false;
}
//开度最大最小值145
if (_XDRZInfoList[listid].lastaddr == 145 - 1)
{
_XDRZInfoList[listid]._commandonce[12]._back = true;
_XDRZInfoList[listid]._commandonce[12]._sendover = false;
}
//流量限定153
if (_XDRZInfoList[listid].lastaddr == 153 - 1)
{
_XDRZInfoList[listid]._commandonce[13]._back = true;
_XDRZInfoList[listid]._commandonce[13]._sendover = false;
}
//报警198
if (_XDRZInfoList[listid].lastaddr == 198 - 1)
{
_XDRZInfoList[listid]._commandonce[14]._back = true;
_XDRZInfoList[listid]._commandonce[14]._sendover = false;
}
//室外温度206
if (_XDRZInfoList[listid].lastaddr == 206 - 1)
{
_XDRZInfoList[listid]._commandonce[15]._back = true;
_XDRZInfoList[listid]._commandonce[15]._sendover = false;
}
//刷新设置
rz.rz_flowchart.refsetdisplay = 1;
}
//急停返回
if (rs[1] == 0x0F)
{
//循环泵启动返回
if (rs[3] == 0x04)
{
//古冶特定版本 2010-3-22验收
_XDRZInfoList[listid]._commandonce[17]._cmd = x.Set_xunhuan_stop();
_XDRZInfoList[listid]._commandonce[17]._onoff = true;
_XDRZInfoList[listid]._commandonce[19]._back = true;
_XDRZInfoList[listid]._commandonce[19]._sendover = false;
}
//补水泵启动返回
if (rs[3] == 0x06)
{
_XDRZInfoList[listid]._commandonce[18]._cmd = x.Set_bushui_stop();
_XDRZInfoList[listid]._commandonce[18]._onoff = true;
_XDRZInfoList[listid]._commandonce[20]._back = true;
_XDRZInfoList[listid]._commandonce[20]._sendover = false;
}
//循环泵急停返回
if (rs[3] == 0x05)
{
_XDRZInfoList[listid]._commandonce[17]._back = true;
_XDRZInfoList[listid]._commandonce[17]._sendover = false;
}
//补水泵急停返回
if (rs[3] == 0x07)
{
_XDRZInfoList[listid]._commandonce[18]._back = true;
_XDRZInfoList[listid]._commandonce[18]._sendover = false;
}
//刷新设置
rz.rz_flowchart.refsetdisplay = 1;
}
_XDRZInfoList[listid].state = true;
//解除ISocketRS占用
On_ISocketRS(_XDRZInfoList[listid]._station._IPAddress, false);
}