public bool AddDOTag(string id, string desc, double initValue, string rtuId)
{
foreach (Tag iter in tags)
{
if (iter.ID.Equals(id))
{
return(false);
}
}
DigitalOutput tag = new DigitalOutput();
tag.ID = id;
tag.Description = desc;
tag.TagValue = initValue;
tag.Driver = false;
tag.IOAddress = rtuId;
tags.Add(tag);
//Thread thread = new Thread(new ParameterizedThreadStart(helper));
//simThreads[tag.ID] = thread;
//object[] arr = { id, initValue };
//simThreads[tag.ID].Start(arr);
return(true);
}
public void addDO(DigitalOutput el)
{
if (el != null && !tags.ContainsKey(el.Tagname))
{
lock (tags)
{
tags.Add(el.Tagname, el);
}
Console.WriteLine("DO Tag :" + el.Tagname + " is added");
}
}
public bool ChangeInfo(string tagId, Tuple <string, string> newVal)
{
int i;
Tag tag = null;
bool check = false;
for (i = 0; i < tags.Count; i++)
{
if (tags[i].ID.Equals(tagId))
{
check = true;
tag = tags[i];
break;
}
}
if (!check)
{
return(false);
}
if (!newVal.Item2.Equals(""))
{
if (newVal.Item1.Equals("Name"))
{
tag.ID = newVal.Item2;
}
else if (newVal.Item1.Equals("Description"))
{
tag.Description = newVal.Item2;
}
else if (newVal.Item1.Equals("Units"))
{
if (tag.GetType() == typeof(AnalogInput))
{
AnalogInput temp = (AnalogInput)tag;
temp.Units = newVal.Item2;
tag = temp;
}
else
{
AnalogOutput temp = (AnalogOutput)tag;
temp.Units = newVal.Item2;
tag = temp;
}
}
else if (newVal.Item1.Equals("Low limit"))
{
if (tag.GetType() == typeof(AnalogInput))
{
AnalogInput temp = (AnalogInput)tag;
temp.LowLimit = double.Parse(newVal.Item2);
tag = temp;
}
else
{
AnalogOutput temp = (AnalogOutput)tag;
temp.LowLimit = double.Parse(newVal.Item2);
tag = temp;
}
}
else if (newVal.Item1.Equals("High limit"))
{
if (tag.GetType() == typeof(AnalogInput))
{
AnalogInput temp = (AnalogInput)tag;
temp.HighLimit = double.Parse(newVal.Item2);
tag = temp;
}
else
{
AnalogOutput temp = (AnalogOutput)tag;
temp.HighLimit = double.Parse(newVal.Item2);
tag = temp;
}
}
else if (newVal.Item1.Equals("Scan time"))
{
if (tag.GetType() == typeof(AnalogInput))
{
AnalogInput temp = (AnalogInput)tag;
temp.ScanTime = int.Parse(newVal.Item2);
tag = temp;
}
else
{
DigitalInput temp = (DigitalInput)tag;
temp.ScanTime = int.Parse(newVal.Item2);
tag = temp;
}
}
else // Inital value
{
if (tag.GetType() == typeof(AnalogInput))
{
DigitalOutput temp = (DigitalOutput)tag;
temp.InitialValue = double.Parse(newVal.Item2);
tag = temp;
}
else
{
AnalogOutput temp = (AnalogOutput)tag;
temp.InitialValue = double.Parse(newVal.Item2);
tag = temp;
}
}
}
tags[i] = tag;
Serialize();
return(true);
}
public Dictionary <string, string> GetTagInfo(string tagId)
{
Dictionary <string, string> retVal = new Dictionary <string, string>();
foreach (Tag tag in tags)
{
if (tag.ID.Equals(tagId))
{
if (tag.GetType() == typeof(DigitalInput))
{
DigitalInput temp = (DigitalInput)tag;
retVal["Name"] = temp.ID;
retVal["Type"] = "DigitalInput";
retVal["Description"] = temp.Description;
retVal["Driver"] = temp.Driver ? "Real-Time" : "Simulation";
retVal["I/O Address"] = temp.IOAddress;
retVal["Scan time"] = temp.ScanTime.ToString();
string alarms = "";
foreach (string s in temp.Alarms)
{
alarms += s + "\n";
}
retVal["Alarms"] = alarms;
retVal["Scan"] = temp.OnOffScan ? "ON" : "OFF";
retVal["Auto/Manual"] = temp.AutoManual ? "AUTO" : "MANUAL";
return(retVal);
}
else if (tag.GetType() == typeof(AnalogInput))
{
AnalogInput temp = (AnalogInput)tag;
retVal["Name"] = temp.ID;
retVal["Type"] = "AnalogInput";
retVal["Description"] = temp.Description;
retVal["Driver"] = temp.Driver ? "Real-Time" : "Simulation";
retVal["I/O Address"] = temp.IOAddress;
retVal["Scan time"] = temp.ScanTime.ToString();
string alarms = "";
foreach (string s in temp.Alarms)
{
alarms += s + "\n";
}
retVal["Alarms"] = alarms;
retVal["Scan"] = temp.OnOffScan ? "ON" : "OFF";
retVal["Auto/Manual"] = temp.AutoManual ? "AUTO" : "MANUAL";
retVal["Low limit"] = temp.LowLimit.ToString();
retVal["High limit"] = temp.HighLimit.ToString();
retVal["Units"] = temp.Units;
return(retVal);
}
else if (tag.GetType() == typeof(DigitalOutput))
{
DigitalOutput temp = (DigitalOutput)tag;
retVal["Name"] = temp.ID;
retVal["Type"] = "DigitalOutput";
retVal["Description"] = temp.Description;
retVal["Driver"] = temp.Driver ? "Real-Time" : "Simulation";
retVal["I/O Address"] = temp.IOAddress;
retVal["Initial value"] = temp.InitialValue.ToString();
return(retVal);
}
else
{
AnalogOutput temp = (AnalogOutput)tag;
retVal["Name"] = temp.ID;
retVal["Type"] = "AnalogOutput";
retVal["Description"] = temp.Description;
retVal["Driver"] = temp.Driver ? "Real-Time" : "Simulation";
retVal["I/O Address"] = temp.IOAddress;
retVal["Low limit"] = temp.LowLimit.ToString();
retVal["High limit"] = temp.HighLimit.ToString();
retVal["Units"] = temp.Units;
retVal["Initial value"] = temp.InitialValue.ToString();
return(retVal);
}
}
}
return(null);
}
