static public GRAlarmData Parse(byte[] datas, int fromAddress)
{
ArgumentChecker.CheckNotNull(datas);
Debug.Assert(datas.Length == 2, "datas length != 2");
//if ( datas.Length != 2 )
byte b1 = datas[0];
byte b2 = datas[1];
GRAlarmData ad = new GRAlarmData();
ad._oneGiveTemp_lo = IsAlarm(b1, 0);
ad._twoGiveTemp_hi = IsAlarm(b1, 1);
ad._oneGivePress_lo = IsAlarm(b1, 2);
ad._twoGivePress_hi = IsAlarm(b1, 3);
ad._twoBackPress_hi = IsAlarm(b1, 4);
ad._twoBackPress_lo = IsAlarm(b1, 5);
ad._watLevel_lo = IsAlarm(b1, 6);
ad._watLevel_hi = IsAlarm(b1, 7);
ad._cycPump1 = IsAlarm(b2, 0);
ad._cycPump2 = IsAlarm(b2, 1);
ad._cycPump3 = IsAlarm(b2, 2);
ad._recruitPump1 = IsAlarm(b2, 3);
ad._recruitPump2 = IsAlarm(b2, 4);
ad._powerOff = IsAlarm(b2, 5);
ad._fromAddress = fromAddress;
return(ad);
}
/// <summary>
/// 将 byte[] 转换成供热控制器的实时数据对象,
/// </summary>
/// <param name="datas">is innerDatas</param>
/// <param name="fromAddress"></param>
/// <returns></returns>
static public GRRealData Parse(byte[] datas, int fromAddress)
{
ArgumentChecker.CheckNotNull(datas);
Debug.Assert(datas.Length == 0x68, "Parse GRRealData"); //Decimal 104
GRRealData rd = new GRRealData();
rd._twoGiveBaseTemp = GetFloatValue(datas, 0 + 8);
rd._DrangeSubSet = GetFloatValue(datas, 4 + 8);
rd._DrangeSet = GetFloatValue(datas, 8 + 8);
rd._outsideTemp = GetFloatValue(datas, 12 + 8);
rd._oneGiveTemp = GetFloatValue(datas, 16 + 8);
rd._oneBackTemp = GetFloatValue(datas, 20 + 8);
rd._twoGiveTemp = GetFloatValue(datas, 24 + 8);
rd._twoBackTemp = GetFloatValue(datas, 28 + 8);
rd._oneGivePress = GetFloatValue(datas, 32 + 8);
rd._oneBackPress = GetFloatValue(datas, 36 + 8);
rd._twoGivePress = GetFloatValue(datas, 40 + 8);
rd._twoBackPress = GetFloatValue(datas, 44 + 8);
rd._openDegree = GetByteValue(datas, 48 + 8);
rd._WatBoxLevel = GetFloatValue(datas, 49 + 8);
rd._oneInstant = GetFloatValue(datas, 53 + 8);
rd._twoInstant = GetFloatValue(datas, 57 + 8);
rd._oneAccum = GetULongValue(datas, 69 + 8);
rd._twoAccum = GetULongValue(datas, 73 + 8);
rd._warn1 = GetByteValue(datas, 86 + 8);
rd._warn2 = GetByteValue(datas, 87 + 8);
rd._state = GetByteValue(datas, 88 + 8);
rd._datetime = DateTime.Now;
rd._twoPressCha = rd._twoGivePress - rd._twoBackPress;
rd._grPumpState = GRPumpState.Parse(rd._state);
rd._fromAddress = fromAddress;
//int fromAddr=99;
rd._grAlarmData = GRAlarmData.Parse(
new byte[] { rd._warn1, rd._warn2 },
fromAddress);
return(rd);
}
//
static public CommResultState ProcessAutoReport(byte[] datas, out GRAlarmData alarmData)
{
//if ( datas == null )
// return CommResultState.NullData;
//if ( datas.Length != 11 )
// return CommResultState.LengthError;
CommResultState result = GRCommandMaker.CheckReceivedData(0xA0, 0x20, datas);
if (result != CommResultState.Correct)
{
alarmData = null;
}
else
{
int addr = datas[GRDef.ADDRESS_POS];
alarmData = Parse(GRCommandMaker.GetReceivedInnerData(datas), addr);
}
return(result);
}
//private void CollRealData()
//{
// GRRealDataCommand realCmd = new GRRealDataCommand(_defGrStation);
// Task realTask = new Task(realCmd, new ImmediateTaskStrategy() );
// _grTaskSch.Tasks.Add( realTask );
//}
//private void SetTemp()
//{
// GRSetOutSideTempCommand c = new GRSetOutSideTempCommand( _defGrStation, 21.9F );
// Task t = new Task( c, new ImmediateTaskStrategy() );
// _grTaskSch.Tasks.Add( t );
//}
//private void SetOutSideMode()
//{
// GRSetOutSideTempModeCommand c = new GRSetOutSideTempModeCommand( _defGrStation, OutSideTempWorkMode.SetByComputer );
// Task t = new Task( c, new ImmediateTaskStrategy() );
// _grTaskSch.Tasks.Add( t );
//}
private void CommPortProxy_ReceiveAutoReport(object sender, EventArgs e)
{
//try
//{
CommPortProxy cpp = (CommPortProxy)sender;
byte[] bs = cpp.AutoReportData;
string s = CT.BytesToString(bs) + Environment.NewLine + bs.Length;
//MsgBox.Show (s );o
AddLog(s);
GRAlarmData ad;
if (GRAlarmData.ProcessAutoReport(bs, out ad) == CommResultState.Correct)
{
frmPropertiesGrid f = new frmPropertiesGrid();
f.ShowMe(ad, "");
}
//}
//catch(Exception ex)
//{
// MsgBox.Show( ex.ToString() );
//}
}