/// <summary>
/// читает регистр текущих показаний
/// </summary>
/// <param name="register"></param>
/// <param name="name"></param>
/// <param name="measuringUnit"></param>
/// <param name="channel"></param>
/// <param name="calculationType"></param>
/// <param name="date"></param>
/// <returns></returns>
private Response4 ReadCurrent(int register, bool isLongFloat = false)
{
Response4 result = null;
try
{
var bytes = SendMessageToDevice(new Request4(NetworkAddress, register, isLongFloat ? 4 : 2));
OnSendMessage(string.Format("0x{0:X} => {1}", register, string.Join(",", bytes.Select(b => b.ToString("X2")))));
if (isLongFloat)
{
result = new ResponseLongFloat(bytes);
}
else if (register >= 0xC000)
{
result = new ResponseFloat(bytes);
}
else /*if(register >= 0xC000)*/
{
result = new ResponseWord(bytes);
}
}
catch (Exception ex)
{
OnSendMessage(string.Format("не удалось прочитать регистр 0x{0:X}", register));
}
return(result);
}
public override SurveyResultData ReadCurrentValues()
{
var data = new List <Data>();
try
{
OnSendMessage(string.Format("чтение мгновенных данных"));
var dateResponse = new ResponseDateTime(SendMessageToDevice(new Request4(NetworkAddress, 0x8000, 2)));
Response4 current = null;
/*
* current = ReadCurrent(0xC097, true); // 349303-> 49303 ->0xC097
* if (current != null) data.Add(new Data("Eтс(0)", MeasuringUnitType.Gkal_h, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC6AE);
* if (current != null) data.Add(new Data("Eгв(0)", MeasuringUnitType.Gkal_h, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC6B0);
* if (current != null) data.Add(new Data("Gтс(0)", MeasuringUnitType.tonn_h, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC6B2);
* if (current != null) data.Add(new Data("Eтс(1)", MeasuringUnitType.Gkal_h, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC6B4);
* if (current != null) data.Add(new Data("Eгв(1)", MeasuringUnitType.Gkal_h, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC6B6);
* if (current != null) data.Add(new Data("Gтс(1)", MeasuringUnitType.tonn_h, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC6B8);
* if (current != null) data.Add(new Data("Eтс(2)", MeasuringUnitType.Gkal_h, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC6BA);
* if (current != null) data.Add(new Data("Eгв(2)", MeasuringUnitType.Gkal_h, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC6BC);
* if (current != null) data.Add(new Data("Gтс(2)", MeasuringUnitType.tonn_h, dateResponse.Date, current.Values.ElementAt(0)));
*
*
* current = ReadCurrent(0xC015); //349173
* if (current != null) data.Add(new Data("t(0)", MeasuringUnitType.C, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC04A);
* if (current != null) data.Add(new Data("t(1)", MeasuringUnitType.C, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC04C);
* if (current != null) data.Add(new Data("t(2)", MeasuringUnitType.C, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC04E);
* if (current != null) data.Add(new Data("t(3)", MeasuringUnitType.C, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC050);
* if (current != null) data.Add(new Data("t(4)", MeasuringUnitType.C, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC052);
* if (current != null) data.Add(new Data("t(5)", MeasuringUnitType.C, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC054);
* if (current != null) data.Add(new Data("t(6)", MeasuringUnitType.C, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC056);
* if (current != null) data.Add(new Data("t(7)", MeasuringUnitType.C, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC058);
* if (current != null) data.Add(new Data("t(8)", MeasuringUnitType.C, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC05A);
* if (current != null) data.Add(new Data("Q(0)", MeasuringUnitType.m3_h, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC05C);
* if (current != null) data.Add(new Data("Q(1)", MeasuringUnitType.m3_h, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC05E);
* if (current != null) data.Add(new Data("Q(2)", MeasuringUnitType.m3_h, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC060);
* if (current != null) data.Add(new Data("Q(3)", MeasuringUnitType.m3_h, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC062);
* if (current != null) data.Add(new Data("Q(4)", MeasuringUnitType.m3_h, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC064);
* if (current != null) data.Add(new Data("Q(5)", MeasuringUnitType.m3_h, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC066);
* if (current != null) data.Add(new Data("Q(6)", MeasuringUnitType.m3_h, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC068);
* if (current != null) data.Add(new Data("Q(7)", MeasuringUnitType.m3_h, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC06A);
* if (current != null) data.Add(new Data("Q(8)", MeasuringUnitType.m3_h, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC03C);
* if (current != null) data.Add(new Data("P(0)", MeasuringUnitType.MPa, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC03E);
* if (current != null) data.Add(new Data("P(1)", MeasuringUnitType.MPa, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC040);
* if (current != null) data.Add(new Data("P(2)", MeasuringUnitType.MPa, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC042);
* if (current != null) data.Add(new Data("P(3)", MeasuringUnitType.MPa, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC044);
* if (current != null) data.Add(new Data("P(4)", MeasuringUnitType.MPa, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC046);
* if (current != null) data.Add(new Data("P(5)", MeasuringUnitType.MPa, dateResponse.Date, current.Values.ElementAt(0)));
*
*
* current = ReadCurrent(0xC0C6);
* if (current != null) data.Add(new Data("Mтс(1)", MeasuringUnitType.tonn, dateResponse.Date, current.Values.ElementAt(0)));
*
*
* current = ReadCurrent(0xC238, true);
* if (current != null) data.Add(new Data("MтрТР1ТС1", MeasuringUnitType.tonn, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC274, true);
* if (current != null) data.Add(new Data("MтрТР2ТС1", MeasuringUnitType.tonn, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC328, true);//, "Mтр1(2)", MeasuringUnitType.tonn, 1, CalculationType.Average, dateResponse.Date);
* if (current != null) data.Add(new Data("MтрТР1ТС2", MeasuringUnitType.tonn, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC364, true);
* if (current != null) data.Add(new Data("MтрТР2ТС2", MeasuringUnitType.tonn, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC418, true);
* if (current != null) data.Add(new Data("MтрТР1ТС3", MeasuringUnitType.tonn, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC454, true);
* if (current != null) data.Add(new Data("MтрТР2ТС3", MeasuringUnitType.tonn, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC234, true);
* if (current != null) data.Add(new Data("WтрТР1ТС1", MeasuringUnitType.Gkal, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC270, true);
* if (current != null) data.Add(new Data("WтрТР2ТС1", MeasuringUnitType.Gkal, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC324, true);
* if (current != null) data.Add(new Data("WтрТР1ТС2", MeasuringUnitType.Gkal, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC360, true);
* if (current != null) data.Add(new Data("WтрТР2ТС2", MeasuringUnitType.Gkal, dateResponse.Date, current.Values.ElementAt(0)));
*
* current = ReadCurrent(0xC420, true);
* if (current != null) data.Add(new Data("WтрТР1ТС3", MeasuringUnitType.Gkal, dateResponse.Date, current.Values.ElementAt(0)));
* current = ReadCurrent(0xC450, true);
* if (current != null) data.Add(new Data("WтрТР2ТС3", MeasuringUnitType.Gkal, dateResponse.Date, current.Values.ElementAt(0)));
*
*/
//Чистое время работы ТС в штатном режиме, ч
current = ReadCurrent(0x8016);
if (current != null)
{
data.Add(new Data("ТнарТС1", MeasuringUnitType.h, dateResponse.Date, current.Values.ElementAt(0) / 3600));
}
current = ReadCurrent(0x8024);
if (current != null)
{
data.Add(new Data("ТнарТС2", MeasuringUnitType.h, dateResponse.Date, current.Values.ElementAt(0) / 3600));
}
current = ReadCurrent(0x8032);
if (current != null)
{
data.Add(new Data("ТнарТС3", MeasuringUnitType.h, dateResponse.Date, current.Values.ElementAt(0) / 3600));
}
//var date = dateResponse.Date.AddDays(-1).Date;
//OnSendMessage(string.Format("чтение итоговых часовых данных за {0:dd.MM.yyyy HH:mm}", date));
//var bytes = SendMessageToDevice(new Request65ByDate(NetworkAddress, date, ArchiveType.DailyGrowing));
//var dataResponse = new Response65Totals(bytes);
////Response65.Channel = channel.Key;
////var dataResponse = SendMessageToDevice<Response65>(new Request65ByDate(NetworkAddress, date, channel.Value));
////foreach (var d in dataResponse.Data)
////{
//// //убираем лишние 59:59
//// d.Date = d.Date.AddMinutes(-59).AddSeconds(-59);
//// data.Add(d);
////}
//OnSendMessage(dataResponse.Text);
}
catch (Exception ex)
{
var iex = ex;
var message = "";
do
{
message += "->" + iex.Message;
iex = iex.InnerException;
}while (iex != null);
OnSendMessage(string.Format("ошибка: {0}", message));
}
return(new SurveyResultData {
Records = data, State = SurveyResultState.Success
});
}