public void Handle_Interval_EDC(EDCPartaker input)
{
string serial_id = input.serial_id;
List <cls_EDC_Body_Item> temp_EDC_Body = new List <cls_EDC_Body_Item>(input.edcitem_info.ToArray());
EDC_Interval_Partaker EDCInterval = _dic_Interval_EDC.GetOrAdd(serial_id, new EDC_Interval_Partaker(input));
EDCInterval.Add_EDC2Queue(temp_EDC_Body);
_dic_Interval_EDC.AddOrUpdate(serial_id, EDCInterval, (key, oldvalue) => EDCInterval);
}
public EDC_Interval_Partaker(EDCPartaker BaseEDCInfo)
{
_InitialDatatime = DateTime.Now;
report_interval = BaseEDCInfo.report_interval;
_BaseEDCInfo = (EDCPartaker)BaseEDCInfo.Clone();
_EDCHisInfo = new List <List <cls_EDC_Body_Item> >();
_lst_EDC_Body_Item = new List <cls_EDC_Body_Item>(_BaseEDCInfo.edcitem_info.ToArray());
// Export Clear 原始的 如果不清除就是保留最新的一份;
_BaseEDCInfo.edcitem_info.Clear();
}
public ProcEDCData(string inputdata, IOTEDCService.Put_Write_Event _delegate_Method, IOTEDCService.Handle_Interval_Event _delegate_Interval_Event)
{
try
{
this.objEDC = JsonConvert.DeserializeObject <EDCPartaker>(inputdata.ToString());
_Put_Write = _delegate_Method;
_Interval_Event = _delegate_Interval_Event;
}
catch
{
this.objEDC = null;
}
}
public void Organize_EDCPartaker(string GateWayID, string Device_ID)
{
//--- 等待EDC List information
if (_objectmanager.EDCManager == null)
{
return;
}
List <ObjectManager.cls_EDC_Info> lst_EDCInfo = _objectmanager.EDCManager.gateway_edc.Where(p => p.gateway_id == GateWayID && p.device_id == Device_ID && p.enable == true).ToList();
foreach (cls_EDC_Info _EDC in lst_EDCInfo)
{
EDCPartaker EDCReporter = new EDCPartaker(_EDC);
EDCReporter.timestapm = DateTime.Now;
cls_Gateway_Info gateway = _objectmanager.GatewayManager.gateway_list.Where(p => p.gateway_id == GateWayID).FirstOrDefault();
if (gateway != null)
{
cls_Device_Info device = gateway.device_info.Where(p => p.device_name == Device_ID).FirstOrDefault();
if (device != null)
{
// Assembly Normal Tag info
foreach (Tuple <string, string> _Items in _EDC.tag_info)
{
cls_EDC_Body_Item edcitem = new cls_EDC_Body_Item();
edcitem.item_name = _Items.Item1;
edcitem.item_type = "X";
if (device.tag_info.ContainsKey(_Items.Item2))
{
edcitem.item_value = device.tag_info[_Items.Item2].Value;
edcitem.orig_item_type = device.tag_info[_Items.Item2].Expression;
}
else
{
edcitem.item_value = string.Empty;
}
EDCReporter.edcitem_info.Add(edcitem);
}
// Assembly Calc Tag info
foreach (Tuple <string, string> _Items in _EDC.calc_tag_info)
{
cls_EDC_Body_Item edcitem = new cls_EDC_Body_Item();
edcitem.item_name = _Items.Item1;
edcitem.item_type = "X";
if (device.calc_tag_info.ContainsKey(_Items.Item2))
{
edcitem.item_value = device.calc_tag_info[_Items.Item2].Value;
edcitem.orig_item_type = "DOUBLE";
}
else
{
edcitem.item_value = string.Empty;
}
EDCReporter.edcitem_info.Add(edcitem);
}
}
}
//----- Send MQTT-----
xmlMessage SendOutMsg = new xmlMessage();
SendOutMsg.GatewayID = GateWayID; // GateID
SendOutMsg.DeviceID = Device_ID; // DeviceID
SendOutMsg.MQTTTopic = "EDCService";
SendOutMsg.MQTTPayload = JsonConvert.SerializeObject(EDCReporter, Newtonsoft.Json.Formatting.Indented);
_QueueManager.PutMessage(SendOutMsg);
}
}