public static NodeCtor Element(string nameAvt, string nsAvt, XslVersion xslVer)
{
return(new NodeCtor(XslNodeType.Element, nameAvt, nsAvt, xslVer));
}
private QilList EnterScope(XslNode node) {
// This is the only place where lastScope is changed
lastScope = node;
xslVersion = node.XslVersion;
this.scope.PushScope();
bool hasNamespaces = false;
NsDecl nsDecl = node.Namespaces;
while (nsDecl != null) {
Debug.Assert(nsDecl.NsUri != null);
this.scope.AddNamespace(nsDecl.Prefix, nsDecl.NsUri);
nsDecl = nsDecl.Prev;
hasNamespaces = true;
}
if (hasNamespaces) {
return BuildDebuggerNamespaces();
}
return null;
}
public XslNodeEx(XslNodeType t, QilName name, object arg, ContextInfo ctxInfo, XslVersion xslVer)
: base(t, name, arg, xslVer)
{
ElemNameLi = ctxInfo.elemNameLi;
EndTagLi = ctxInfo.endTagLi;
Debug.Assert(ElemNameLi != null && EndTagLi != null);
}
public static Sort Sort(string select, string lang, string dataType, string order, string caseOrder, XslVersion xslVer)
{
return(new Sort(select, lang, dataType, order, caseOrder, xslVer));
}
public static VarPar VarPar(XslNodeType nt, QilName name, string select, XslVersion xslVer)
{
return(new VarPar(nt, name, select, xslVer));
}
public static Key Key(QilName name, string match, string use, XslVersion xslVer)
{
return(new Key(name, match, use, xslVer));
}
public static Number Number(NumberLevel level, string count, string from, string value,
string format, string lang, string letterValue, string groupingSeparator, string groupingSize,
XslVersion xslVer)
{
return(new Number(level, count, from, value, format, lang, letterValue, groupingSeparator, groupingSize, xslVer));
}
public Text(string data, SerializationHints hints, XslVersion xslVer)
: base(XslNodeType.Text, null, data, xslVer)
{
this.Hints = hints;
}
public XslNodeEx(XslNodeType t, QilName name, object arg, ContextInfo ctxInfo, XslVersion xslVer)
: base(t, name, arg, xslVer)
{
ElemNameLi = ctxInfo.elemNameLi;
EndTagLi = ctxInfo.endTagLi;
}
public Sort(string select, string lang, string dataType, string order, string caseOrder, XslVersion xslVer)
: base(XslNodeType.Sort, null, select, xslVer)
{
this.Lang = lang;
this.DataType = dataType;
this.Order = order;
this.CaseOrder = caseOrder;
}
public NodeCtor(XslNodeType nt, string nameAvt, string nsAvt, XslVersion xslVer)
: base(nt, null, null, xslVer)
{
this.NameAvt = nameAvt;
this.NsAvt = nsAvt;
}
public QilNode Value; // Contains value for WithParams and global VarPars
public VarPar(XslNodeType nt, QilName name, string select, XslVersion xslVer) : base(nt, name, select, xslVer)
{
}
public CycleCheck CycleCheck; // Used to detect circular references
public AttributeSet(QilName name, XslVersion xslVer) : base(XslNodeType.AttributeSet, name, xslVer)
{
}
public QilFunction Function; // Compiled body
public ProtoTemplate(XslNodeType nt, QilName name, XslVersion xslVer) : base(nt, name, null, xslVer)
{
}
public static XslNodeEx ForEach(string select, ContextInfo ctxInfo, XslVersion xslVer)
{
return(new XslNodeEx(XslNodeType.ForEach, null, select, ctxInfo, xslVer));
}
public XslNodeEx(XslNodeType t, QilName name, object arg, XslVersion xslVer) : base(t, name, arg, xslVer)
{
}
public static XslNode If(string test, XslVersion xslVer)
{
return(new XslNode(XslNodeType.If, null, test, xslVer));
}
public static XslNode XslNode(XslNodeType nodeType, QilName name, string arg, XslVersion xslVer)
{
return(new XslNode(nodeType, name, arg, xslVer));
}
public static XslNode LiteralAttribute(QilName name, string value, XslVersion xslVer)
{
return(new XslNode(XslNodeType.LiteralAttribute, name, value, xslVer));
}
public static XslNode ApplyImports(QilName mode, Stylesheet sheet, XslVersion xslVer)
{
return(new XslNode(XslNodeType.ApplyImports, mode, sheet, xslVer));
}
public static XslNode PI(string name, XslVersion xslVer)
{
return(new XslNode(XslNodeType.PI, null, name, xslVer));
}
public static XslNodeEx ApplyTemplates(QilName mode, string select, ContextInfo ctxInfo, XslVersion xslVer)
{
return(new XslNodeEx(XslNodeType.ApplyTemplates, mode, select, ctxInfo, xslVer));
}
public static Template Template(QilName name, string match, QilName mode, double priority, XslVersion xslVer)
{
return(new Template(name, match, mode, priority, xslVer));
}
public static NodeCtor Attribute(string nameAvt, string nsAvt, XslVersion xslVer)
{
return(new NodeCtor(XslNodeType.Attribute, nameAvt, nsAvt, xslVer));
}
public XslNode(XslNodeType nodeType)
{
this.NodeType = nodeType;
this.XslVersion = XslVersion.Current;
}
public static XslNode CopyOf(string select, XslVersion xslVer)
{
return(new XslNode(XslNodeType.CopyOf, null, select, xslVer));
}
private QilList EnterScope(XslNode node)
{
// This is the only place where lastScope is changed
_lastScope = node;
_xslVersion = node.XslVersion;
if (_scope.EnterScope(node.Namespaces))
{
return BuildDebuggerNamespaces();
}
return null;
}
public CycleCheck CycleCheck; // Used to detect circular references
public AttributeSet(QilName name, XslVersion xslVer) : base(XslNodeType.AttributeSet, name, xslVer)
{
Debug.Assert(name != null);
}
