public void ThreadPool_Proc_Virtual(string msg)
{
try
{
cls_read_data_reply CollectData = null;
CollectData = JsonConvert.DeserializeObject <cls_read_data_reply>(msg.ToString());
cls_ProcRecv_CollectData ProcRecv_CollectData = new cls_ProcRecv_CollectData();
ProcRecv_CollectData.GateWayID = _GatewayID;
ProcRecv_CollectData.Device_ID = _DeviceID;
if (CollectData != null)
{
// 直接平行處理對應所有Tag
Parallel.ForEach(CollectData.EDC_Data, p =>
{
ProcRecv_CollectData.Prod_EDC_Data.Enqueue(Tuple.Create(p.DATA_NAME, p.DATA_VALUE));
});
}
this.Put_ProcRecv_CollectData(ProcRecv_CollectData);
}
catch (Exception ex)
{
throw new Exception(string.Format("Handle ProcCollectData Message Error [{0}].", ex.Message));
}
}
public void SetOnlineMonitorEDCReportStatus(string gw_id, string dv_id, string payload)
{
if (ObjectManager.MonitorManager != null)
{
//cls_Monitor_Gateway_Info gw = ObjectManager.MonitorManager.monitor_list.Where(p => p.gateway_id == gw_id).FirstOrDefault();
//if (gw != null)
//{
//cls_Monitor_Device_Info dv = gw.device_list.Where(p => p.device_id == dv_id).FirstOrDefault();
cls_Monitor_Device_Info mdv = ObjectManager.MonitorManager.device_list.Where(o => o.gateway_id == gw_id && o.device_id == dv_id).FirstOrDefault();
if (mdv != null)
{
cls_HeartBeat hb = new cls_HeartBeat();
cls_read_data_reply CollectData = null;
CollectData = JsonConvert.DeserializeObject <cls_read_data_reply>(payload);
mdv.last_edc_time = DateTime.ParseExact(CollectData.Time_Stamp, "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture);
mdv.last_edc_time = DateTime.ParseExact(CollectData.Time_Stamp, "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture);
}
//}
}
}
public void ThreadPool_Proc_Physical(string msg)
{
try
{
cls_read_data_reply CollectData = null;
CollectData = JsonConvert.DeserializeObject <cls_read_data_reply>(msg.ToString());
cls_ProcRecv_CollectData ProcRecv_CollectData = new cls_ProcRecv_CollectData();
ProcRecv_CollectData.GateWayID = _GatewayID;
ProcRecv_CollectData.Device_ID = _DeviceID;
if (CollectData != null)
{
// 直接平行處理對應所有Tag
Parallel.ForEach(CollectData.EDC_Data, p =>
{
cls_Tag Device_Tag = _Device.tag_info[p.DATA_NAME];
string Tag_Value = p.DATA_VALUE;
int BitPoints = 0;
double tmp_output = 0;
string Output = string.Empty;
if (Device_Tag.Type == "PLC")
{
if (CheckWordType.Any(x => Device_Tag.UUID_Address.Contains(x)))
{
if (Tag_Value.Length % 4 != 0)
{
return;
}
switch (Device_Tag.Expression)
{
case "BIT":
BitPoints = CalcBitPoints(Device_Tag.UUID_Address);
if (BitPoints != 0)
{
Output = HexToBit(0, BitPoints, Tag_Value);
}
else
{
Output = string.Empty;
}
break;
case "UINT":
BitPoints = 16; // Int固定16 bit ;
tmp_output = HexToInt(BitPoints, Tag_Value);
tmp_output = (Device_Tag.scale * tmp_output) + Device_Tag.offset;
Output = tmp_output.ToString();
break;
case "ULONG":
BitPoints = 32;
tmp_output = HexToLong(BitPoints, Tag_Value);
tmp_output = (Device_Tag.scale * tmp_output) + Device_Tag.offset;
Output = tmp_output.ToString();
break;
case "SINT":
BitPoints = 16;
tmp_output = HexToSInt(BitPoints, Tag_Value);
tmp_output = (Device_Tag.scale * tmp_output) + Device_Tag.offset;
Output = tmp_output.ToString();
break;
case "SLONG":
BitPoints = 32;
tmp_output = HexToSLong(BitPoints, Tag_Value);
tmp_output = (Device_Tag.scale * tmp_output) + Device_Tag.offset;
Output = tmp_output.ToString();
break;
case "ASC":
Output = HexToASCII(Tag_Value); // 目前Decode 全部都解析解析完再考慮長度
break;
default:
Output = string.Empty;
break;
}
}
}
if (Output != string.Empty)
{
ProcRecv_CollectData.Prod_EDC_Data.Enqueue(Tuple.Create(p.DATA_NAME, Output));
}
});
}
this.Put_ProcRecv_CollectData(ProcRecv_CollectData);
}
catch (Exception ex)
{
throw new Exception(string.Format("Handle ProcCollectData Message Error [{0}].", ex.Message));
}
}
