type AbstractNum = class(OpenXmlElement)
public
    function Create();overload;
    function Create(_node: XmlNode);overload;
    function Create(_parent: tslobj; _prefix: string; _local_name: string);overload;
    function Init();override;
    function InitAttributes();override;
    function InitChildren();override;
    function InitNode(_node: XmlNode);override;
    function Copy(_obj: AbstractNum);override;
    function AddLvl(): Lvl;
    function AppendLvl(): Lvl;

    property Lvls read ReadLvls;
    function ReadLvls(_index);

    property AbstractNumId read ReadXmlAttrAbstractNumId write WriteXmlAttrAbstractNumId;
    property RestartNumberingAfterBreak read ReadXmlAttrRestartNumberingAfterBreak write WriteXmlAttrRestartNumberingAfterBreak;
    function ReadXmlAttrAbstractNumId();
    function WriteXmlAttrAbstractNumId(_value);
    function ReadXmlAttrRestartNumberingAfterBreak();
    function WriteXmlAttrRestartNumberingAfterBreak(_value);

public
    //  Attributes
    XmlAttrAbstractNumId: OpenXmlAttribute;
    XmlAttrRestartNumberingAfterBreak: OpenXmlAttribute;

    // Children
    Nsid: PureWVal;
    MultiLevelType: PureWVal;
    Tmpl: PureWVal;

end;

function AbstractNum.Create();overload;
begin
    {self.}Create(nil, "w", "abstractNum");
end;

function AbstractNum.Create(_node: XmlNode);overload;
begin
    class(OpenXmlElement).Create(_node: XmlNode);
end;

function AbstractNum.Create(_parent: tslobj; _prefix: string; _local_name: string);overload;
begin
    class(OpenXmlElement).Create(_parent, _prefix, _local_name);
end;

function AbstractNum.Init();override;
begin
    {self.}XmlAttrAbstractNumId := new OpenXmlAttribute({self.}Prefix, "abstractNumId", nil);
    {self.}XmlAttrRestartNumberingAfterBreak := new OpenXmlAttribute({self.}Prefix, "restartNumberingAfterBreak", nil);
    {self.}Nsid := new PureWVal(self, {self.}Prefix, "nsid");
    {self.}MultiLevelType := new PureWVal(self, {self.}Prefix, "multiLevelType");
    {self.}Tmpl := new PureWVal(self, {self.}Prefix, "tmpl");
end;

function AbstractNum.InitAttributes();override;
begin
    attributes_ := array(
        {self.}XmlAttrAbstractNumId,
        {self.}XmlAttrRestartNumberingAfterBreak,
    );
end;

function AbstractNum.InitChildren();override;
begin
    child_elements_ := array(
        0: {self.}Nsid,
        1: {self.}MultiLevelType,
        2: {self.}Tmpl,
    );
    sorted_child_ := array(
        "": -1,
        {self.}Nsid.ElementName: 0,
        {self.}MultiLevelType.ElementName: 1,
        {self.}Tmpl.ElementName: 2,
    );
end;

function AbstractNum.InitNode(_node: XmlNode);override;
begin
    if ifObj({self.}XmlNode) then
        for k,v in child_elements_ do v.InitNode(nil);
    {self.}XmlNode := ifObj(_node) ? _node : nil;
    node := ifObj(_node) ? _node.FirstChild() : nil;
    flag := false;
    if ifnil(child_elements_[0]) and length(child_elements_) > 0 then
    begin
        flag := true;
        arr := child_elements_;
        child_elements_ := array();
    end
    pre := ifString({self.}Prefix) ? {self.}Prefix + ":" : "";
    while ifObj(node) do
    begin
        node_name := node.GetName();
        pos := sorted_child_[node_name];
        if ifnil(pos) or pos = -1 then
        begin
            obj := nil;
            case node_name of
                pre + "lvl": obj := {self.}AppendLvl();
            end;
            if ifObj(obj) then obj.InitNode(node);
        end
        else if flag then
        begin
            obj := arr[pos];
            obj.InitNode(node);
            child_elements_[length(child_elements_)] := obj;
        end
        else begin
            child_elements_[pos].InitNode(node);
        end
        node := node.NextElement();
    end
end;

function AbstractNum.Copy(_obj: AbstractNum);override;
begin
    if not ifnil(_obj.XmlAttrAbstractNumId.Value) then
        {self.}XmlAttrAbstractNumId.Value := _obj.XmlAttrAbstractNumId.Value;
    if not ifnil(_obj.XmlAttrRestartNumberingAfterBreak.Value) then
        {self.}XmlAttrRestartNumberingAfterBreak.Value := _obj.XmlAttrRestartNumberingAfterBreak.Value;
    {self.}Nsid.Copy(_obj.Nsid);
    {self.}MultiLevelType.Copy(_obj.MultiLevelType);
    {self.}Tmpl.Copy(_obj.Tmpl);
end;

function AbstractNum.AddLvl(): Lvl;
begin
    len := length(child_elements_);
    if len = 0 then i := -1;
    else begin
        for i:=len-1 downto 0 do
            if child_elements_[i].LocalName = "lvl" then break;
    end
    obj := new Lvl(self, {self.}Prefix, "lvl");
    {self.}InsertChild(obj, i+1);
    return obj;
end;

function AbstractNum.AppendLvl(): Lvl;
begin
    obj := new Lvl(self, {self.}Prefix, "lvl");
    child_elements_[length(child_elements_)] := obj;
    return obj;
end;

function AbstractNum.ReadLvls(_index);
begin
    ind := ifnil(_index) ? -2 : _index;
    arr := array();
    for k,v in child_elements_ do
    begin
        if v.LocalName = "lvl" then
        begin
            arr[length(arr)] := v;
            ind--;
        end;
        if ind = -1 then return v;
    end;
    return arr;
end;

function AbstractNum.ReadXmlAttrAbstractNumId();
begin
    return {self.}XmlAttrAbstractNumId.Value;
end;

function AbstractNum.WriteXmlAttrAbstractNumId(_value);
begin
    {self.}XmlAttrAbstractNumId.Value := _value;
end;

function AbstractNum.ReadXmlAttrRestartNumberingAfterBreak();
begin
    return {self.}XmlAttrRestartNumberingAfterBreak.Value;
end;

function AbstractNum.WriteXmlAttrRestartNumberingAfterBreak(_value);
begin
    {self.}XmlAttrRestartNumberingAfterBreak.Value := _value;
end;