powershell cmdlet (delphi.net)

[Remko]

I am trying to convert this sample code in C# (creates a mailbox in Exchange 2007) to Delphi.net (RAD Studio 2007).

I installed PowerShell and made a reference to the System.Management.Automation.dll. On this code:

Delphi-Quellcode:

uses
  ...
  system.IO,
  system.Collections.Generic,
  system.Management.Automation,
  system.Management.Automation.Host,
  system.Management.Automation.Runspaces;
  ...

var
  rc: RunspaceConfiguration;
  snapEx: PSSnapInException;
  info: PSSnapInInfo;
  myRunSpace: Runspace;
  pl: PipeLine;
  newMbx: Command;
begin
  snapEx := nil;
  rc := RunSpaceConfiguration.Create;
  info := rc.AddPSSnapIn('Microsoft.Exchange.Management.PowerShell.Admin', snapEx);
  MyRunSpace := RunspaceFactory.CreateRunspace(rc);
  MyRunSpace.Open;
  pl := MyRunSpace.CreatePipeline;

I get error [DCC Error] uMain.pas(41): E2003 Undeclared identifier: 'Create' on the line rc := RunSpaceConfiguration.Create;
According to MSDN the RunSpaceConfiguration class is abstract that might have something to do with it, but in all examples (VB and C#) it is used like this.

Maybe this is just .net being new to me... but any help/suggestions is welcome.

[Khabarakh]

As you know, .Create in Delphi invokes a constructor, whereas the C# code invokes a static method called "Create". To do this in Delphi, try
RunSpaceConfiguration.&Create; This will prevent the compiler from interpreting "Create" as a constructor call.

[Remko]

Thanks, didn't realise that difference (I really don't know much of c# and I'm taking my 1st steps into .net). Compiles perfectly now!

[Remko]

I ran into some more questions:
What does this do (is it some kind of try..finally construction?) and how to convert it?

Code:

using (pipeLine)

On this line:

Code:

 if (pipeLine.Error != null && pipeLine.Error.Count > 0)

I get an error on pl.Error.Count (again Syntax Highlighting shows the count property but Ide marks it as undeclared identifier).

[Remko]

I'm just giving this a little *push* anyone?

[Dax]

Code:

using (x) {
  ...
}

is equivalent to

Code:

try {
  ...
} finally {
  x.Dispose();
}