xInfo.getImportedNode Method

Reference

Definition

Namespace:: Dynamics.AX.Application

Assembly:: Microsoft.Dynamics.AX.Xpp.Support.dll

Important

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Creates an instance of a tree node from an XPO file but does not import it into the AOT. For example, this allows you to compare it with another version of the same tree node.

public:
 virtual Dynamics::AX::Application::TreeNode ^ getImportedNode(int _id, int _utilfiletype, Dynamics::AX::Application::UtilElementType _utiltype, System::String ^ _name, int _fileposition, int _Flag);

public virtual Dynamics.AX.Application.TreeNode getImportedNode (int _id, int _utilfiletype, Dynamics.AX.Application.UtilElementType _utiltype, string _name, int _fileposition, int _Flag);

abstract member getImportedNode : int * int * Dynamics.AX.Application.UtilElementType * string * int * int -> Dynamics.AX.Application.TreeNode
override this.getImportedNode : int * int * Dynamics.AX.Application.UtilElementType * string * int * int -> Dynamics.AX.Application.TreeNode

Public Overridable Function getImportedNode (_id As Integer, _utilfiletype As Integer, _utiltype As UtilElementType, _name As String, _fileposition As Integer, _Flag As Integer) As TreeNode

Parameters

_id: Int32

_utilfiletype: Int32

_utiltype: UtilElementType

_name: String

_fileposition: Int32

_Flag: Int32

Returns

TreeNode

A tree node.

Remarks

The possible values for the utilfiletype parameter are those that are available in the UtilFileType Enumeration. The possible values for the utiltype parameter are those that are available in the UtilElementType Enumeration. For a list of the possible values for the Flag parameter, see the AOTExport macro. The values are listed under the System import flags comment.

The following example uses the getImportedNode method to create a virtual tree node.

public TreeNode getVirtualTreenode( 
    Filename _filename = this.fileName()) 
{ 
    #AOT 
    #AotExport 
    TmpAotImport      tmpImportAot; 
    SysImportElements sysImportElements = new SysImportElements(); 
    TreeNode treeNodeImport  = null; 
    int      exportId; 
    int      flag = (#impGetCompareNode + #impKeepIds); 
    str      name; 
    ; 
    // Set the filename. 
    sysImportElements.newFile(_filename); 
    // Get info from the file 
    tmpImportAot = sysImportElements.getTmpImportAot(); 
    // Create an import context 
    exportId     = infolog.startImport(_filename, flag); 
    // Get the right name 
    // for doc nodes it is the path excl. the first part 
    switch (tmpImportAot.UtilFileType) 
    { 
        case UtilFileType::Application: 
            name = tmpImportAot.TreeNodeName; 
            break; 
        case UtilFileType::ApplicationCodeDocumentation: 
            name = strdel(tmpImportAot.TreeNodePath, 1, strlen(#ApplicationDeveloperDocPath)); 
            break; 
        case UtilFileType::ApplicationHelp: 
            name = strdel(tmpImportAot.TreeNodePath, 1, strlen(#ApplicationDocPath)); 
            break; 
        case UtilFileType::KernelHelp: 
            name = strdel(tmpImportAot.TreeNodePath, 1, strlen(#SystemDocPath)); 
            break; 
        default: 
            name = tmpImportAot.TreeNodeName; 
            break; 
    } 
    // Import the node in memory 
    treeNodeImport  = infolog.getImportedNode( 
        exportId, 
        tmpImportAot.UtilFileType, 
        tmpImportAot.UtilElementType, 
        name, 
        tmpImportAot.FilePos, 
        flag); 
    // Close the import context 
    infolog.endImport(exportId, 1); 
    return treeNodeImport; 
}

Applies to

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