internal LYR001DataCache GetDataCache()
{
if (_dataCache == null ||
_dataCache.IsComplete() ||
_dataCache.IsTimeout())
{
_dataCache = new LYR001DataCache();
}
return(_dataCache);
}
private void ProcessDataCache(LYR001Device d, LYR001DataCache dataCache)
{
if (dataCache.IsComplete())
{
GRData grdata = dataCache.ToGRData();
d.DeviceDataManager.Last = grdata;
// save
//
int id = GuidHelper.ConvertToInt32(d.Guid);
DBI.Instance.InsertGRData(id, grdata);
}
}
/// <summary>
///
/// </summary>
/// <param name="task"></param>
/// <param name="pr"></param>
private void ProcessReadStatus(ITask task, IParseResult pr)
{
byte[] bs = (byte[])pr.Results["Status"];
LYR001StatusData statusData = LYR001StatusDataParser.Parse(bs);
LYR001Device d = (LYR001Device)task.Device;
LYR001DataCache cache = d.DataCacheManager.GetDataCache();
cache.StatusData = statusData;
ProcessDataCache(d, cache);
}
//#region ProcessReadStatus
///// <summary>
/////
///// </summary>
///// <param name="task"></param>
///// <param name="parseResult"></param>
//private void ProcessReadStatus(ITask task, IParseResult pr)
//{
// LYR001Device d = (LYR001Device ) task.Device;
// byte[] bsStatus = (byte[])pr.Results["data"];
// Debug.Assert(bsStatus.Length == 4);
// byte b = bsStatus[3];
// bool hasPowerAlarm = (b & (byte)Math.Pow(2, 7)) > 0;
// d.StatusAndAlarmDictionary[LYR001Device.StatusAndAlarmEnum.AlaramPower] = hasPowerAlarm;
//}
//#endregion //ProcessReadStatus
#region ProcessReadReal
/// <summary>
///
/// </summary>
/// <param name="d"></param>
/// <param name="parseResult"></param>
private void ProcessReadReal(ITask task, IParseResult pr)
{
//GRData data = new GRData();
LYR001AnalogData data = new LYR001AnalogData();
//data.DT = DateTime.Now;
data.GT1 = Convert.ToSingle(pr.Results["GT1"]);
data.BT1 = Convert.ToSingle(pr.Results["BT1"]);
data.GT2 = Convert.ToSingle(pr.Results["GT2"]);
data.BT2 = Convert.ToSingle(pr.Results["BT2"]);
data.OT = Convert.ToSingle(pr.Results["OT"]);
//data.GTBase2 = Convert.ToSingle(pr.Results["GTBase2"]);
data.GP1 = Convert.ToSingle(pr.Results["GP1"]);
data.BP1 = Convert.ToSingle(pr.Results["BP1"]);
data.WL = Convert.ToSingle(pr.Results["WL"]);
data.GP2 = Convert.ToSingle(pr.Results["GP2"]);
data.BP2 = Convert.ToSingle(pr.Results["BP2"]);
data.I1 = Convert.ToSingle(pr.Results["I1"]);
data.IR = Convert.ToSingle(pr.Results["IR"]);
//data.I2 = Convert.ToSingle(pr.Results["I2"]);
//data.S2 = Convert.ToInt32(pr.Results["S2"]);
data.S1 = Convert.ToInt32(pr.Results["S1"]);
data.SR = Convert.ToInt32(pr.Results["SR"]);
data.OD = Convert.ToInt32(pr.Results["OD"]);
//data.IH1 = Convert.ToDouble (parseResult.Results ["IH1"]);
//data.SH1 = Convert.ToDouble (parseResult.Results ["SH1"]);
//data.IH1 = 0d;
//data.SH1 = 0d;
LYR001Device d = (LYR001Device)task.Device;
LYR001DataCache dataCache = d.DataCacheManager.GetDataCache();
dataCache.AnalogData = data;
// TODO: process lyr001 data cache
//
//d.DeviceDataManager.Last = data;
//// save
////
//int id = GuidHelper.ConvertToInt32(d.Guid);
//DBI.Instance.InsertGRData(id, data);
ProcessDataCache(d, dataCache);
}
