//public virtual void ReadModuleNoRead(Queue<NewChannelValue> queue, DateTime time)
//{
// if (Address != null)
// {
// foreach (NewChannelAbstract channel in Channels)
// {
// var signalValue = new NewChannelValue(channel, time, NewEnumSignalStatus.NoRead);
// lock (queue) { queue.Enqueue(signalValue); }
// }
// }
//}
public virtual void ReadModuleNoRead(Queue <NewChannelValue> queue, DateTime time)
{
if (Address != null)
{
foreach (NewChannelAbstract channel in Channels)
{
var signalValue = new NewChannelValue(channel, time, NewEnumSignalStatus.NoRead);
lock (queue) { queue.Enqueue(signalValue); }
}
}
}
//public /*override*/ void ReadModuleOld(bool readOnlySelected = true)
//{
// if (Address != null)
// {
// string stOut;
// string stIn;
// NewChannelValue signalValue;
// Time = DateTime.Now;
// //CJC
// if (Cjc.Selected)
// {
// stOut = "$" + Address + "3";
// stIn = SendCommand(stOut);
// if ((stIn.Length == 8) && (stIn.StartsWith(">")))
// signalValue = new NewChannelValue(Cjc, (DateTime)Time, stIn.Substring(1));
// else
// {
// ClassLog.AddLog(ELogType.ErrorModuleRead, "NewModuleAdam4019Plus.ReadModule",
// "Ошибка чтения ТХС модуля " + Address, (DateTime)Time);
// signalValue = new NewChannelValue(Cjc, (DateTime)Time, NewEnumSignalStatus.ReadError);
// }
// }
// else
// signalValue = new NewChannelValue(Cjc, (DateTime)Time, NewEnumSignalStatus.NoRead);
// signalValue.CalcValue();
// //Channels
// stOut = "#" + Address;
// stIn = SendCommand(stOut);
// if ((stIn.Length == 57) && (stIn.StartsWith(">")))
// {
// //for (byte channel = 0; channel < ChannelCount; channel++)
// //{
// // if ((!readOnlySelected) || (Channels[channel].Selected))
// // {
// // string signal = stIn.Substring(1 + (channel) * 7, 7);
// // signalValue = new NewChannelValue(Channels[channel], (DateTime)Time, signal);
// // }
// // else
// // signalValue = new NewChannelValue(Channels[channel], (DateTime)Time, NewEnumSignalStatus.NoRead);
// // signalValue.CalcValue();
// //}
// foreach (NewChannelAdamAbstract channel in Channels)
// {
// if (!channel.IsCjc)
// {
// if ((!readOnlySelected) || (channel.Selected))
// {
// string signal = stIn.Substring(1 + channel.Channel*7, 7);
// signalValue = new NewChannelValue(channel, (DateTime) Time, signal);
// }
// else
// signalValue = new NewChannelValue(channel, (DateTime) Time, NewEnumSignalStatus.NoRead);
// signalValue.CalcValue();
// }
// }
// }
// else
// {
// ClassLog.AddLog(ELogType.ErrorModuleRead, "NewModuleAdam4019Plus.ReadModule",
// "Ошибка чтения сигналов модуля " + Address, (DateTime)Time);
// //for (byte channel = 0; channel < ChannelCount; channel++)
// //{
// // if ((!readOnlySelected) || (Channels[channel].Selected))
// // signalValue = new NewChannelValue(Channels[channel], (DateTime)Time, NewEnumSignalStatus.ReadError);
// // else
// // signalValue = new NewChannelValue(Channels[channel], (DateTime)Time, NewEnumSignalStatus.NoRead);
// // signalValue.CalcValue();
// //}
// foreach (NewChannelAdamAbstract channel in Channels)
// {
// if (!channel.IsCjc)
// {
// if ((!readOnlySelected) || (channel.Selected))
// signalValue = new NewChannelValue(channel, (DateTime)Time, NewEnumSignalStatus.ReadError);
// else
// signalValue = new NewChannelValue(channel, (DateTime)Time, NewEnumSignalStatus.NoRead);
// signalValue.CalcValue();
// }
// }
// }
// }
//}
public override void ReadModule(Queue <NewChannelValue> queue, bool readOnlySelected = true)
{
if (Address != null)
{
string stOut;
string stIn;
NewChannelValue signalValue;
Time = DateTime.Now;
//CJC
if ((!readOnlySelected) || (Cjc.Selected))
{
stOut = "$" + Address + "3";
stIn = SendCommand(stOut);
if ((stIn.Length == 8) && (stIn.StartsWith(">")))
{
signalValue = new NewChannelValue(Cjc, (DateTime)Time, stIn.Substring(1));
}
else
{
ClassLog.AddLog(ELogType.ErrorModuleRead, "NewModuleAdam4019Plus.ReadModule",
"Ошибка чтения ТХС модуля " + Address, (DateTime)Time);
signalValue = new NewChannelValue(Cjc, (DateTime)Time, NewEnumSignalStatus.ReadError);
}
}
else
{
signalValue = new NewChannelValue(Cjc, (DateTime)Time, NewEnumSignalStatus.NoRead);
}
//signalValue.CalcValue();
lock (queue) { queue.Enqueue(signalValue); }
//Channels
stOut = "#" + Address;
stIn = SendCommand(stOut);
if ((stIn.Length == 57) && (stIn.StartsWith(">")))
{
//for (byte channel = 0; channel < ChannelCount; channel++)
//{
// if ((!readOnlySelected) || (Channels[channel].Selected))
// {
// string signal = stIn.Substring(1 + (channel) * 7, 7);
// signalValue = new NewChannelValue(Channels[channel], (DateTime)Time, signal);
// }
// else
// signalValue = new NewChannelValue(Channels[channel], (DateTime)Time, NewEnumSignalStatus.NoRead);
// //signalValue.CalcValue();
// lock (queue) { Program.Net.QueueChannelValues.Enqueue(signalValue); }
//}
foreach (NewChannelAdamAbstract channel in Channels)
{
if (!channel.IsCjc)
{
if ((!readOnlySelected) || (channel.Selected))
{
string signal = stIn.Substring(1 + channel.Channel * 7, 7);
signalValue = new NewChannelValue(channel, (DateTime)Time, signal);
}
else
{
signalValue = new NewChannelValue(channel, (DateTime)Time, NewEnumSignalStatus.NoRead);
}
//signalValue.CalcValue();
lock (queue) { queue.Enqueue(signalValue); }
}
}
}
else
{
ClassLog.AddLog(ELogType.ErrorModuleRead, "NewModuleAdam4019Plus.ReadModule",
"Ошибка чтения сигналов модуля " + Address, (DateTime)Time);
//for (byte channel = 0; channel < ChannelCount; channel++)
//{
// if ((!readOnlySelected) || (Channels[channel].Selected))
// signalValue = new NewChannelValue(Channels[channel], (DateTime)Time, NewEnumSignalStatus.ReadError);
// else
// signalValue = new NewChannelValue(Channels[channel], (DateTime)Time, NewEnumSignalStatus.NoRead);
// //signalValue.CalcValue();
// lock (queue) { Program.Net.QueueChannelValues.Enqueue(signalValue); }
//}
foreach (NewChannelAdamAbstract channel in Channels)
{
if (!channel.IsCjc)
{
if ((!readOnlySelected) || (channel.Selected))
{
signalValue = new NewChannelValue(channel, (DateTime)Time, NewEnumSignalStatus.ReadError);
}
else
{
signalValue = new NewChannelValue(channel, (DateTime)Time, NewEnumSignalStatus.NoRead);
}
//signalValue.CalcValue();
lock (queue) { queue.Enqueue(signalValue); }
}
}
}
}
}