public static NetworkDrivers Create(IDriverCollection Drivers)
{
NetworkDrivers nwDrivers = new NetworkDrivers();
nwDrivers.AllDrivers = new List <IDriverGeneral>();
Drivers.AllDrivers.ForEach(x => nwDrivers.AllDrivers.Add(NetworkDriverGeneral.Create(x)));
return(nwDrivers);
}
public DriverContext(IEditorApplication editorApplication, Log log, string driverName, bool useTempFolder)
{
_log = log;
if (useTempFolder)
{
_xmlFolderPath = Environment.GetEnvironmentVariable("TEMP") + "\\TestDriverAPI\\";
}
else
{
_xmlFolderPath = Path.GetFullPath(".\\XMLData\\");
}
IWorkspace iWorkSpace = editorApplication.Workspace;
IProject iProject = iWorkSpace.ActiveProject;
IDriverCollection iDrivers = iProject.DriverCollection;
_driverObject = iDrivers[driverName];
}
private void ImportVars(IEditorApplication context, IBehavior behavior)
{
IVariableCollection variableCollection = context.Workspace.ActiveProject.VariableCollection;
frmDescription frmSelection = new frmDescription();
if (frmSelection.ShowDialog() == System.Windows.Forms.DialogResult.OK)
{
variableCollection = context.Workspace.ActiveProject.VariableCollection;
//Displays all variable names in the zenon editor
foreach (IVariable variable in variableCollection)
{
context.DebugPrint("Variable name: " + variable.Name + " / Channel: " + variable.DataBlock, DebugPrintStyle.Standard);
}
IDataType myDatatype = context.Workspace.ActiveProject.DataTypeCollection["REAL"];
// Treiber mappen
IDriverCollection driverCollection = context.Workspace.ActiveProject.DriverCollection;
if (driverCollection == null || driverCollection.Count < 1)
{
return;
}
IDriver sel_driver = null;
//Displays all available drivers in zenon
foreach (IDriver driver in driverCollection)
{
if (driver.Name == "S7TCP32")
{
sel_driver = driver;
context.DebugPrint("Driver ausgewäht = " + sel_driver.Name, DebugPrintStyle.Standard);
}
}
#region Numerisch
//Einlesen von CSV für numerische Variablen
List <GTINumVal> GTINumValues = new List <GTINumVal>();
try
{
context.DebugPrint("Einlesen von: " + frmSelection.file_numeric, DebugPrintStyle.Standard);
GTINumValues = ReadCSV(frmSelection.file_numeric);
}
catch (Exception creationException)
{
context.DebugPrint("Reading CSV error: " + creationException.Message, DebugPrintStyle.Error);
return;
}
if (GTINumValues.Count < 1)
{
context.DebugPrint("Reading CSV error", DebugPrintStyle.Error);
return;
}
foreach (GTINumVal tempVal in GTINumValues)
{
string myVariableName = tempVal.Name;
// Jetzt werden die Variablen erstellt
if (variableCollection[myVariableName] == null)
{
try
{
switch (tempVal.GtiDatentyp)
{
case "LW":
myDatatype = context.Workspace.ActiveProject.DataTypeCollection["DINT"];
break;
case "FLOAT":
myDatatype = context.Workspace.ActiveProject.DataTypeCollection["REAL"];
break;
case "WORT":
myDatatype = context.Workspace.ActiveProject.DataTypeCollection["INT"];
break;
case "BCD-DL":
myDatatype = context.Workspace.ActiveProject.DataTypeCollection["INT"];
break;
case "S7-BYTE":
myDatatype = context.Workspace.ActiveProject.DataTypeCollection["USINT"];
break;
default:
myDatatype = context.Workspace.ActiveProject.DataTypeCollection["REAL"];
break;
}
variableCollection.Create(myVariableName, sel_driver, ChannelType.DriverVariable, myDatatype);
if (variableCollection[myVariableName] == null)
{
context.DebugPrint("Variable could not be created.", DebugPrintStyle.Error);
return;
}
variableCollection[myVariableName].DataBlock = tempVal.DataBlock;
variableCollection[myVariableName].Offset = tempVal.Offset;
//variableCollection[myVariableName].Unit = "%";
variableCollection[myVariableName].SignalMaximumRange = tempVal.MaxWert;
variableCollection[myVariableName].SignalMinimumRange = tempVal.MinWert;
variableCollection[myVariableName].MeasuringMaximumRange = tempVal.MaxNorm;
variableCollection[myVariableName].MeasuringMinimumRange = tempVal.MinNorm;
variableCollection[myVariableName].Digits = tempVal.Komma;
variableCollection[myVariableName].NetAddress = tempVal.Netzadresse;
}
catch (Exception creationException)
{
context.DebugPrint("Variable creation error: " + creationException.Message, DebugPrintStyle.Error);
}
context.DebugPrint("Variable " + variableCollection[myVariableName].Name + " has been created.", DebugPrintStyle.Standard);
}
else
{
context.DebugPrint("The variable " + variableCollection[myVariableName].Name + " exists already!", DebugPrintStyle.Warning);
}
}
#endregion
#region Logisch
//Einlesen von CSV für numerische Variablen
List <GTILogVal> GTILogValues = new List <GTILogVal>();
try
{
context.DebugPrint("Einlesen von: " + frmSelection.file_logic, DebugPrintStyle.Standard);
GTILogValues = ReadLogCSV(frmSelection.file_logic);
}
catch (Exception creationException)
{
context.DebugPrint("Reading CSV error: " + creationException.Message, DebugPrintStyle.Error);
return;
}
if (GTINumValues.Count < 1)
{
context.DebugPrint("Reading CSV error", DebugPrintStyle.Error);
return;
}
foreach (GTILogVal tempVal in GTILogValues)
{
string myVariableName = tempVal.Name;
// Jetzt werden die Variablen erstellt
if (variableCollection[myVariableName] == null)
{
try
{
myDatatype = context.Workspace.ActiveProject.DataTypeCollection["BOOL"];
variableCollection.Create(myVariableName, sel_driver, ChannelType.DriverVariable, myDatatype);
if (variableCollection[myVariableName] == null)
{
context.DebugPrint("Variable could not be created.", DebugPrintStyle.Error);
return;
}
variableCollection[myVariableName].DataBlock = tempVal.DataBlock;
variableCollection[myVariableName].Offset = tempVal.Offset;
variableCollection[myVariableName].BitNumber = tempVal.Bit;
variableCollection[myVariableName].NetAddress = tempVal.Netzadresse;
}
catch (Exception creationException)
{
context.DebugPrint("Variable creation error: " + creationException.Message, DebugPrintStyle.Error);
}
context.DebugPrint("Variable " + variableCollection[myVariableName].Name + " has been created.", DebugPrintStyle.Standard);
}
else
{
context.DebugPrint("The variable " + variableCollection[myVariableName].Name + " exists already!", DebugPrintStyle.Warning);
}
}
#endregion
#region Limits
//Einlesen von CSV für numerische Variablen
List <GTIAlert> GTIAlerts = new List <GTIAlert>();
GTIAlerts = ReadAlertCSV(frmSelection.file_alert);
context.DebugPrint("Number: " + GTIAlerts.Count(), DebugPrintStyle.Standard);
foreach (GTIAlert alert in GTIAlerts)
{
context.DebugPrint("Alert: " + alert.Number + " / Name: " + alert.AlarmText + " / Variable: " + alert.Variable, DebugPrintStyle.Standard);
}
if (variableCollection == null || variableCollection.Count < 1)
{
return;
}
//Alle Variablen als "False" setzten
foreach (IVariable variable in variableCollection)
{
for (int i = 0; i < variable.EditorLimitValueCount; i++)
{
variable.DeleteEditorLimitValue(i);
}
if (GTIAlerts.Where(x => x.Variable == variable.Name).Count() > 0)
{
variable.CreateEditorLimitValue();
IEditorLimitValue limit = variable.GetEditorLimitValue(0);
limit.IsActive = true;
limit.Text = GTIAlerts.Where(x => x.Variable == variable.Name).FirstOrDefault().AlarmText;
}
}
#endregion
}
}