'Declaration
 
<JetBrains.Annotations.CanBeNullAttribute()>
Function FindDataTypeSystem( _
   ByVal encodingName As UAQualifiedName _
) As IUADataTypeSystem

'Usage
 
Dim instance As IEasyUAClientComplexData
Dim encodingName As UAQualifiedName
Dim value As IUADataTypeSystem
 
value = instance.FindDataTypeSystem(encodingName)

[JetBrains.Annotations.CanBeNull()]
IUADataTypeSystem FindDataTypeSystem( 
   UAQualifiedName encodingName
)

[JetBrains.Annotations.CanBeNull()]
IUADataTypeSystem^ FindDataTypeSystem( 
   UAQualifiedName^ encodingName
) 

Parameters

encodingName

The encoding name.

Because the OpcLabs.EasyOpc.UA.AddressSpace.UAQualifiedName has an implicit conversion from System.String, in languages that support implicit conversion operators (such as C# or VB.NET), you can simply use a string (representing the expanded text of the qualified name) in place of this parameter, and the corresponding OPC UA qualified name will be constructed automatically. When the implicit conversion operators are not supported (such as with Python.NET), you can use the OpcLabs.EasyOpc.UA.AddressSpace.UAQualifiedName.UAQualifiedName Constructor(String) constructor instead.

The value of this parameter cannot be null (Nothing in Visual Basic).

Return Value

The standard browse names to be used with encodingName are:

• OpcLabs.EasyOpc.UA.AddressSpace.Standard.UABrowseNames.DefaultBinary,
• OpcLabs.EasyOpc.UA.AddressSpace.Standard.UABrowseNames.DefaultXml.

You can obtain the client complex data interface (IEasyUAClientComplexData) by calling the OpcLabs.EasyOpc.UA.EasyUAClientCore.GetService method on the OpcLabs.EasyOpc.UA.EasyUAClientCore object, passing it the type of IEasyUAClientComplexData as the argument.

Target Platforms: .NET Framework: Windows 10 (selected versions), Windows 11 (selected versions), Windows Server 2016, Windows Server 2022; .NET: Linux, macOS, Microsoft Windows