private void SetArg(IList<XslNode> args, int pos, QilName name, QilNode value)
{
VarPar varPar;
if (args.Count <= pos || args[pos].Name != name)
{
varPar = AstFactory.WithParam(name);
args.Insert(pos, varPar);
}
else
{
varPar = (VarPar)args[pos];
}
varPar.Value = value;
}
private QilNode InvokeApplyFunction(StylesheetLevel sheet, QilName mode, IList<XslNode> actualArgs)
{
// Here we create function that has one argument for each with-param in apply-templates
// We have actualArgs -- list of xsl:with-param(name, value)
// From it we create:
// invokeArgs -- values to use with QilInvoke
// formalArgs -- list of iterators to use with QilFunction
// actualArgs -- modify it to hold iterators (formalArgs) instead of values to ise in invoke generator inside function budy
XslFlags flags;
{
if (!sheet.ModeFlags.TryGetValue(mode, out flags))
{
flags = 0;
}
flags |= XslFlags.Current; // Due to recursive nature of Apply(Templates/Imports) we will need current node any way
}
actualArgs = AddRemoveImplicitArgs(actualArgs, flags);
QilList invokeArgs = _f.ActualParameterList();
QilFunction applyFunction = null;
// Look at the list of all functions that have been already built. If a suitable one is found, reuse it.
List<QilFunction> functionsForMode;
if (!sheet.ApplyFunctions.TryGetValue(mode, out functionsForMode))
{
functionsForMode = sheet.ApplyFunctions[mode] = new List<QilFunction>();
}
foreach (QilFunction func in functionsForMode)
{
if (FillupInvokeArgs(func.Arguments, actualArgs, /*ref*/invokeArgs))
{
applyFunction = func;
break;
}
}
// If a suitable function has not been found, create it
if (applyFunction == null)
{
invokeArgs.Clear();
// We wasn't able to find suitable function. Let's build new:
// 1. Function arguments
QilList formalArgs = _f.FormalParameterList();
for (int i = 0; i < actualArgs.Count; i++)
{
Debug.Assert(actualArgs[i].NodeType == XslNodeType.WithParam, "All Sorts was removed in CompileSorts()");
VarPar withParam = (VarPar)actualArgs[i];
// Add actual arg to 'invokeArgs' array. No need to clone it since it must be
// a literal or a reference.
invokeArgs.Add(withParam.Value);
// Create correspondent formal arg
QilParameter formalArg = _f.Parameter(i == 0 ? T.NodeNotRtf : withParam.Value.XmlType);
formalArg.Name = CloneName(withParam.Name);
formalArgs.Add(formalArg);
// Change actual arg value to formalArg for reuse in calling built-in templates rules
withParam.Value = formalArg;
}
// 2. Function header
applyFunction = _f.Function(formalArgs,
_f.Boolean((flags & XslFlags.SideEffects) != 0),
T.NodeNotRtfS
);
string attMode = (mode.LocalName.Length == 0) ? string.Empty : " mode=\"" + mode.QualifiedName + '"';
applyFunction.DebugName = (sheet is RootLevel ? "<xsl:apply-templates" : "<xsl:apply-imports") + attMode + '>';
functionsForMode.Add(applyFunction);
_functions.Add(applyFunction);
// 3. Function body
Debug.Assert(actualArgs[0].Name == _nameCurrent, "Caller should always pass $current as a first argument to apply-* calls.");
QilIterator current = (QilIterator)formalArgs[0];
// 3.1 Built-in templates:
// 3.1.1 loop over content of current element
QilLoop loopOnContent;
{
QilIterator iChild = _f.For(_f.Content(current));
QilNode filter = _f.Filter(iChild, _f.IsType(iChild, T.Content));
filter.XmlType = T.ContentS; // not attribute
LoopFocus curLoopSaved = _curLoop;
_curLoop.SetFocus(_f.For(filter));
/* Prepare actual arguments */
// At XSLT 1.0, if a built-in template rule is invoked with parameters, the parameters are not
// passed on to any templates invoked by the built-in rule. At XSLT 2.0, these parameters are
// passed through the built-in template rule unchanged.
// we can't just modify current/position/last of actualArgs in XSLT 2.0 as we tried before,
// becuase flags for apply-import amy now be different then flags for apply-templates, so
// we may need to add some space for additional position/last arguments
QilNode body = InvokeApplyFunction(_compiler.Root, mode, /*actualArgs:*/null);
if (IsDebug)
{
body = _f.Sequence(InvokeOnCurrentNodeChanged(), body);
}
loopOnContent = _curLoop.ConstructLoop(body);
_curLoop = curLoopSaved;
}
// 3.1.2 switch on type of current node
QilTernary builtinTemplates = _f.BaseFactory.Conditional(_f.IsType(current, _elementOrDocumentType),
loopOnContent,
_f.Conditional(_f.IsType(current, _textOrAttributeType),
_f.TextCtor(_f.XPathNodeValue(current)),
_f.Sequence()
)
);
// 3.2 Stylesheet templates
_matcherBuilder.CollectPatterns(sheet, mode);
applyFunction.Definition = _matcherBuilder.BuildMatcher(current, actualArgs, /*otherwise:*/builtinTemplates);
}
return _f.Invoke(applyFunction, invokeArgs);
}
public XmlQueryType CheckLiteralQName(QilName node) {
CheckLiteralValue(node, typeof(QilName));
//
return XmlQueryTypeFactory.QNameX;
}
protected virtual QilNode VisitLiteralQName(QilName n)
{
return(VisitChildren(n));
}
private QilGenerator(bool debug)
{
_scope = new CompilerScopeManager<QilIterator>();
_outputScope = new OutputScopeManager();
_prefixesInUse = new HybridDictionary();
_f = new XsltQilFactory(new QilFactory(), debug);
_xpathBuilder = new XPathBuilder((IXPathEnvironment)this);
_xpathParser = new XPathParser<QilNode>();
_ptrnBuilder = new XPathPatternBuilder((IXPathEnvironment)this);
_ptrnParser = new XPathPatternParser();
_refReplacer = new ReferenceReplacer(_f.BaseFactory);
_invkGen = new InvokeGenerator(_f, debug);
_matcherBuilder = new MatcherBuilder(_f, _refReplacer, _invkGen);
_singlFocus = new SingletonFocus(_f);
_funcFocus = new FunctionFocus();
_curLoop = new LoopFocus(_f);
_strConcat = new QilStrConcatenator(_f);
_varHelper = new VariableHelper(_f);
_elementOrDocumentType = T.DocumentOrElement;
_textOrAttributeType = T.NodeChoice(XmlNodeKindFlags.Text | XmlNodeKindFlags.Attribute);
_nameCurrent = _f.QName("current", XmlReservedNs.NsXslDebug);
_namePosition = _f.QName("position", XmlReservedNs.NsXslDebug);
_nameLast = _f.QName("last", XmlReservedNs.NsXslDebug);
_nameNamespaces = _f.QName("namespaces", XmlReservedNs.NsXslDebug);
_nameInit = _f.QName("init", XmlReservedNs.NsXslDebug);
_formatterCnt = 0;
}
protected virtual QilNode VisitLiteralQName(QilName n) { return VisitChildren(n); }
/// <summary>
/// Load an XmlNavigatorFilter that matches only the specified name and types onto the stack.
/// </summary>
private void LoadSelectFilter(XmlNodeKindFlags xmlTypes, QilName ndName)
{
if (ndName != null)
{
// Push NameFilter
Debug.Assert(xmlTypes == XmlNodeKindFlags.Element);
_helper.CallGetNameFilter(_helper.StaticData.DeclareNameFilter(ndName.LocalName, ndName.NamespaceUri));
}
else
{
// Either type cannot be a union, or else it must be >= union of all Content types
bool isXmlTypeUnion = IsNodeTypeUnion(xmlTypes);
Debug.Assert(!isXmlTypeUnion || (xmlTypes & XmlNodeKindFlags.Content) == XmlNodeKindFlags.Content);
if (isXmlTypeUnion)
{
if ((xmlTypes & XmlNodeKindFlags.Attribute) != 0)
{
// Union includes attributes, so allow all node kinds
_helper.CallGetTypeFilter(XPathNodeType.All);
}
else
{
// Filter attributes
_helper.CallGetTypeFilter(XPathNodeType.Attribute);
}
}
else
{
// Filter nodes of all but one type
_helper.CallGetTypeFilter(QilXmlToXPathNodeType(xmlTypes));
}
}
}
private QilName CloneName(QilName name)
{
return (QilName)name.ShallowClone(_f.BaseFactory);
}
/// <summary>
/// Generate boiler-plate code to create an Xml iterator that uses an XmlNavigatorFilter to filter items.
/// </summary>
/// <remarks>
/// Iterator iter;
/// iter.Create(navCtxt, filter [, orSelf] [, navEnd]);
/// LabelNext:
/// if (!iter.MoveNext())
/// goto LabelNextCtxt;
/// </remarks>
private void CreateFilteredIterator(QilNode ndCtxt, string iterName, Type iterType, MethodInfo methCreate, MethodInfo methNext,
XmlNodeKindFlags kinds, QilName ndName, TriState orSelf, QilNode ndEnd)
{
// Iterator iter;
LocalBuilder locIter = _helper.DeclareLocal(iterName, iterType);
// iter.Create(navCtxt, filter [, orSelf], [, navEnd]);
_helper.Emit(OpCodes.Ldloca, locIter);
NestedVisitEnsureStack(ndCtxt);
LoadSelectFilter(kinds, ndName);
if (orSelf != TriState.Unknown)
_helper.LoadBoolean(orSelf == TriState.True);
if (ndEnd != null)
NestedVisitEnsureStack(ndEnd);
_helper.Call(methCreate);
GenerateSimpleIterator(typeof(XPathNavigator), locIter, methNext);
}
/// <summary>
/// Generate boiler-plate code to create an Xml iterator that controls a nested iterator.
/// </summary>
/// <remarks>
/// Iterator iter;
/// iter.Create(filter [, orSelf]);
/// ...nested iterator...
/// navInput = nestedNested;
/// goto LabelCall;
/// LabelNext:
/// navInput = null;
/// LabelCall:
/// switch (iter.MoveNext(navInput)) {
/// case IteratorState.NoMoreNodes: goto LabelNextCtxt;
/// case IteratorState.NextInputNode: goto LabelNextNested;
/// }
/// </remarks>
private void CreateContainerIterator(QilUnary ndDod, string iterName, Type iterType, MethodInfo methCreate, MethodInfo methNext,
XmlNodeKindFlags kinds, QilName ndName, TriState orSelf)
{
// Iterator iter;
LocalBuilder locIter = _helper.DeclareLocal(iterName, iterType);
Label lblOnEndNested;
QilLoop ndLoop = (QilLoop)ndDod.Child;
Debug.Assert(ndDod.NodeType == QilNodeType.DocOrderDistinct && ndLoop != null);
// iter.Create(filter [, orSelf]);
_helper.Emit(OpCodes.Ldloca, locIter);
LoadSelectFilter(kinds, ndName);
if (orSelf != TriState.Unknown)
_helper.LoadBoolean(orSelf == TriState.True);
_helper.Call(methCreate);
// Generate nested iterator (branch to lblOnEndNested when iteration is complete)
lblOnEndNested = _helper.DefineLabel();
StartNestedIterator(ndLoop, lblOnEndNested);
StartBinding(ndLoop.Variable);
EndBinding(ndLoop.Variable);
EndNestedIterator(ndLoop.Variable);
_iterCurr.Storage = _iterNested.Storage;
GenerateContainerIterator(ndDod, locIter, lblOnEndNested, methNext, typeof(XPathNavigator));
}
/// <summary>
/// Serialize literal QName as three separate attributes.
/// </summary>
protected override QilNode VisitLiteralQName(QilName value)
{
this.writer.WriteAttributeString("name", value.ToString());
return(value);
}
protected override QilNode VisitLiteralQName(QilName n)
{
return(NoReplace(n));
}
public QilParameter Parameter(QilNode defaultValue, QilName name, XmlQueryType t)
{
return(_f.Parameter(defaultValue, name, t));
}
private void VerifyXPathQName(QilName qname)
{
Debug.Assert(
_compiler.IsPhantomName(qname) ||
qname.NamespaceUri == ResolvePrefix(/*ignoreDefaultNs:*/true, qname.Prefix),
"QilGenerator must resolve the prefix to the same namespace as XsltLoader"
);
}
/// <summary>
/// Generate code for QilNodeType.LiteralQName.
/// </summary>
protected override QilNode VisitLiteralQName(QilName ndQName)
{
_helper.ConstructLiteralQName(ndQName.LocalName, ndQName.NamespaceUri);
_iterCurr.Storage = StorageDescriptor.Stack(typeof(XmlQualifiedName), false);
return ndQName;
}
private QilNode AddDebugVariable(QilName name, QilNode value, QilNode content)
{
QilIterator var = _f.Let(value);
var.DebugName = name.ToString();
return _f.Loop(var, content);
}
public XmlQueryType CheckLiteralQName(QilName node)
{
CheckLiteralValue(node, typeof(QilName));
// BUGBUG: Xslt constructs invalid QNames, so don't check this
//Check(ValidateNames.ValidateName(node.Prefix, node.LocalName, node.NamespaceUri, XPathNodeType.Element, ValidateNames.Flags.All), node, "QName is not valid");
return XmlQueryTypeFactory.QNameX;
}
private QilParameter CreateXslParam(QilName name, XmlQueryType xt)
{
QilParameter arg = _f.Parameter(xt);
arg.DebugName = name.ToString();
arg.Name = name;
return arg;
}
public QilName LiteralQName(string localName, string namespaceUri, string prefix) {
QilName n = new QilName(QilNodeType.LiteralQName, localName, namespaceUri, prefix);
n.XmlType = this.typeCheck.CheckLiteralQName(n);
TraceNode(n);
return n;
}
protected override QilNode VisitLiteralQName(QilName n) { return NoReplace(n); }
public static VarPar CreateWithParam(QilName name, QilNode value) {
VarPar withParam = AstFactory.WithParam(name);
withParam.Value = value;
return withParam;
}
private QilNode GenerateScriptCall(QilName name, XmlExtensionFunction scrFunc, IList<QilNode> args) {
XmlQueryType xmlTypeFormalArg;
for (int i = 0; i < args.Count; i++) {
xmlTypeFormalArg = scrFunc.GetXmlArgumentType(i);
switch (xmlTypeFormalArg.TypeCode) {
case XmlTypeCode.Boolean: args[i] = f.ConvertToBoolean(args[i]); break;
case XmlTypeCode.Double: args[i] = f.ConvertToNumber(args[i]); break;
case XmlTypeCode.String: args[i] = f.ConvertToString(args[i]); break;
case XmlTypeCode.Node: args[i] = xmlTypeFormalArg.IsSingleton ? f.ConvertToNode(args[i]) : f.ConvertToNodeSet(args[i]); break;
case XmlTypeCode.Item: break;
default: Debug.Fail("This XmlTypeCode should never be inferred from a Clr type: " + xmlTypeFormalArg.TypeCode); break;
}
}
return f.XsltInvokeEarlyBound(name, scrFunc.Method, scrFunc.XmlReturnType, args);
}
private QilNode InvokeApplyFunction(Stylesheet sheet, QilName mode, IList<XslNode> actualArgs) {
// Here we create function that has one argument for each with-param in apply-templates
// We have actualArgs -- list of xsl:with-param(name, value)
// From it we create:
// invokeArgs -- values to use with QilInvoke
// formalArgs -- list of iterators to use with QilFunction
// actualArgs -- modify it to hold iterators (formalArgs) instead of values to ise in invoke generator inside function budy
// Special treatment for current/position/last
XslFlags flags;
if (! compiler.ModeFlags.TryGetValue(mode, out flags)) {
flags = 0;
}
if (IsDebug) {
flags = XslFlags.FullFocus;
}
flags |= XslFlags.Current; // Due to recursive nature of Apply(Templates/Imports) we will need current node any way
Debug.Assert(actualArgs[0].Name == nameCurrent, "Caller should always pass $current as a first argument to apply-* calls.");
QilList invokeArgs = f.ActualParameterList();
QilFunction applyFunction = null;
// Look at the list of all functions that have been already built. If a suitable one is found, reuse it.
Dictionary<QilName, List<QilFunction>> funcTable = (
sheet == null ? compiler.ApplyTemplatesFunctions : sheet.ApplyImportsFunctions
);
List<QilFunction> functionsForMode;
if (!funcTable.TryGetValue(mode, out functionsForMode)) {
functionsForMode = funcTable[mode] = new List<QilFunction>();
}
foreach (QilFunction func in functionsForMode) {
if (FillupInvokeArgs(func.Arguments, actualArgs, /*ref*/invokeArgs)) {
applyFunction = func;
break;
}
}
// If a suitable function has not been found, create it
if (applyFunction == null) {
invokeArgs.Clear();
// We wasn't able to find suitable function. Let's build new:
// 1. Function arguments
QilList formalArgs = f.FormalParameterList();
for (int i = 0; i < actualArgs.Count; i++) {
Debug.Assert(actualArgs[i].NodeType == XslNodeType.WithParam, "All Sorts was removed in CompileSorts()");
VarPar withParam = (VarPar)actualArgs[i] ;
// Add actual arg to 'invokeArgs' array. No need to clone it since it must be
// a literal or a reference.
invokeArgs.Add(withParam.Value);
// Create correspondent formal arg
QilParameter formalArg = f.Parameter(i == 0 ? T.NodeNotRtf : withParam.Value.XmlType);
formalArg.Name = CloneName(withParam.Name);
formalArgs.Add(formalArg);
// Change actual arg value to formalArg for reuse in calling built-in templates rules
withParam.Value = formalArg;
}
// 2. Function header
applyFunction = f.Function(formalArgs, f.False(), T.NodeNotRtfS);
string attMode = (mode.LocalName.Length == 0) ? string.Empty : " mode=\"" + mode.QualifiedName + '"';
applyFunction.DebugName = (sheet == null ? "<xsl:apply-templates" : "<xsl:apply-imports") + attMode + '>';
functionsForMode.Add(applyFunction);
this.functions.Add(applyFunction);
// 3. Function body
QilIterator current = (QilIterator)formalArgs[0];
// 3.1 Built-in templates
QilTernary builtinTemplates = f.BaseFactory.Conditional(f.IsType(current, elementOrDocumentType),
// This will be fixed up later
f.BaseFactory.Nop(f.BaseFactory.Unknown(T.NodeNotRtfS)),
f.Conditional(f.IsType(current, textOrAttributeType),
f.TextCtor(f.XPathNodeValue(current)),
f.Sequence()
)
);
// 3.2 Stylesheet templates
matcherBuilder.CollectPatterns(sheet ?? compiler.PrincipalStylesheet, mode, /*applyImports:*/sheet != null);
applyFunction.Definition = matcherBuilder.BuildMatcher(current, actualArgs, /*otherwise:*/builtinTemplates);
// 3.3 Fix up the loop in built-in templates
QilLoop loopOnContent; {
QilIterator iChild = f.For(f.Content(current));
QilNode filter = f.Filter(iChild, f.IsType(iChild, T.Content));
filter.XmlType = T.ContentS; // not attribute
LoopFocus curLoopSaved = curLoop;
curLoop.SetFocus(f.For(filter));
if ((flags & XslFlags.Last) != 0) {
// Mark that we need last argument
curLoop.GetLast();
}
/* Prepare actual arguments */ {
// At XSLT 1.0, if a built-in template rule is invoked with parameters, the parameters are not
// passed on to any templates invoked by the built-in rule. At XSLT 2.0, these parameters are
// passed through the built-in template rule unchanged.
const bool Xslt10Rules = true;
if (Xslt10Rules) {
List<XslNode> newActualArgs = new List<XslNode>(3);
int argNum = 0;
if ((flags & XslFlags.Current ) != 0) { newActualArgs.Add(actualArgs[argNum ++]); }
if ((flags & XslFlags.Position) != 0) { newActualArgs.Add(actualArgs[argNum ++]); }
if ((flags & XslFlags.Last ) != 0) { newActualArgs.Add(actualArgs[argNum ++]); }
actualArgs = newActualArgs;
}
// Fix values of current, position, and last
{
int argNum = 0;
if ((flags & XslFlags.Current ) != 0) { ((VarPar)actualArgs[argNum ++]).Value = GetCurrentNode (); }
if ((flags & XslFlags.Position) != 0) { ((VarPar)actualArgs[argNum ++]).Value = GetCurrentPosition(); }
if ((flags & XslFlags.Last ) != 0) { ((VarPar)actualArgs[argNum ++]).Value = GetLastPosition (); }
}
}
loopOnContent = curLoop.ConstructLoop(InvokeApplyFunction(/*sheet:*/null, mode, actualArgs));
curLoop = curLoopSaved;
}
Debug.Assert(builtinTemplates.Center.NodeType == QilNodeType.Nop);
((QilUnary)builtinTemplates.Center).Child = loopOnContent;
}
return f.Invoke(applyFunction, invokeArgs);
}
public QilParameter Parameter(QilNode defaultValue, QilName name, XmlQueryType t) {
return f.Parameter(defaultValue, name, t);
}
private void EndElement()
{
MethodInfo facMethod = null;
object[] facArgs;
QilList list;
QilNode nd;
ReaderAnnotation ann;
list = this.stk.Pop();
ann = (ReaderAnnotation)list.Annotation;
// Special case certain element names
string s = r.LocalName;
switch (r.LocalName)
{
case "QilExpression": {
Debug.Assert(list.Count > 0, "QilExpression node requires a Root expression");
QilExpression qil = f.QilExpression(list[list.Count - 1]);
// Be flexible on order and presence of QilExpression children
for (int i = 0; i < list.Count - 1; i++)
{
switch (list[i].NodeType)
{
case QilNodeType.True:
case QilNodeType.False:
qil.IsDebug = list[i].NodeType == QilNodeType.True;
break;
case QilNodeType.FunctionList:
qil.FunctionList = (QilList)list[i];
break;
case QilNodeType.GlobalVariableList:
qil.GlobalVariableList = (QilList)list[i];
break;
case QilNodeType.GlobalParameterList:
qil.GlobalParameterList = (QilList)list[i];
break;
}
}
nd = qil;
break;
}
case "ForwardDecls":
this.inFwdDecls = false;
return;
case "Parameter":
case "Let":
case "For":
case "Function": {
string id = ann.Id;
QilName name = ann.Name;
Debug.Assert(id != null, r.LocalName + " must have an id attribute");
Debug.Assert(!this.inFwdDecls || ann.XmlType != null, "Forward decl for " + r.LocalName + " '" + id + "' must have an xmlType attribute");
// Create node (may be discarded later if it was already declared in forward declarations section)
switch (r.LocalName)
{
case "Parameter":
Debug.Assert(list.Count <= (this.inFwdDecls ? 0 : 1), "Parameter '" + id + "' must have 0 or 1 arguments");
Debug.Assert(ann.XmlType != null, "Parameter '" + id + "' must have an xmlType attribute");
if (this.inFwdDecls || list.Count == 0)
{
nd = f.Parameter(null, name, ann.XmlType);
}
else
{
nd = f.Parameter(list[0], name, ann.XmlType);
}
break;
case "Let":
Debug.Assert(list.Count == (this.inFwdDecls ? 0 : 1), "Let '" + id + "' must have 0 or 1 arguments");
if (this.inFwdDecls)
{
nd = f.Let(f.Unknown(ann.XmlType));
}
else
{
nd = f.Let(list[0]);
}
break;
case "For":
Debug.Assert(list.Count == 1, "For '" + id + "' must have 1 argument");
nd = f.For(list[0]);
break;
default:
Debug.Assert(list.Count == (this.inFwdDecls ? 2 : 3), "Function '" + id + "' must have 2 or 3 arguments");
if (this.inFwdDecls)
{
nd = f.Function(list[0], list[1], ann.XmlType);
}
else
{
nd = f.Function(list[0], list[1], list[2], ann.XmlType != null ? ann.XmlType : list[1].XmlType);
}
break;
}
// Set DebugName
if (name != null)
{
((QilReference)nd).DebugName = name.ToString();
}
if (this.inFwdDecls)
{
Debug.Assert(!this.scope.ContainsKey(id), "Multiple nodes have id '" + id + "'");
this.fwdDecls[id] = nd;
this.scope[id] = nd;
}
else
{
if (this.fwdDecls.ContainsKey(id))
{
// Replace forward declaration
Debug.Assert(r.LocalName == Enum.GetName(typeof(QilNodeType), nd.NodeType), "Id '" + id + "' is not not bound to a " + r.LocalName + " forward decl");
nd = this.fwdDecls[id];
this.fwdDecls.Remove(id);
if (list.Count > 0)
{
nd[0] = list[0];
}
if (list.Count > 1)
{
nd[1] = list[1];
}
}
else
{
// Put reference in scope
Debug.Assert(!this.scope.ContainsKey(id), "Id '" + id + "' is already in scope");
this.scope[id] = nd;
}
}
nd.Annotation = ann;
break;
}
case "RefTo": {
// Lookup reference
string id = ann.Id;
Debug.Assert(id != null, r.LocalName + " must have an id attribute");
Debug.Assert(this.scope.ContainsKey(id), "Id '" + id + "' is not in scope");
this.stk.Peek().Add(this.scope[id]);
return;
}
case "Sequence":
nd = f.Sequence(list);
break;
case "FunctionList":
nd = f.FunctionList(list);
break;
case "GlobalVariableList":
nd = f.GlobalVariableList(list);
break;
case "GlobalParameterList":
nd = f.GlobalParameterList(list);
break;
case "ActualParameterList":
nd = f.ActualParameterList(list);
break;
case "FormalParameterList":
nd = f.FormalParameterList(list);
break;
case "SortKeyList":
nd = f.SortKeyList(list);
break;
case "BranchList":
nd = f.BranchList(list);
break;
case "XsltInvokeEarlyBound": {
Debug.Assert(ann.ClrNamespace != null, "XsltInvokeEarlyBound must have a clrNamespace attribute");
Debug.Assert(list.Count == 2, "XsltInvokeEarlyBound must have exactly 2 arguments");
Debug.Assert(list.XmlType != null, "XsltInvokeEarlyBound must have an xmlType attribute");
MethodInfo mi = null;
QilName name = (QilName)list[0];
foreach (Assembly asm in AppDomain.CurrentDomain.GetAssemblies())
{
Type t = asm.GetType(ann.ClrNamespace);
if (t != null)
{
mi = t.GetMethod(name.LocalName);
break;
}
}
Debug.Assert(mi != null, "Cannot find method " + ann.ClrNamespace + "." + name.ToString());
nd = f.XsltInvokeEarlyBound(name, f.LiteralObject(mi), list[1], ann.XmlType);
break;
}
default: {
// Find factory method which will be used to construct the Qil node
Debug.Assert(nameToFactoryMethod.ContainsKey(r.LocalName), "Method " + r.LocalName + " could not be found on QilFactory");
facMethod = nameToFactoryMethod[r.LocalName];
Debug.Assert(facMethod.GetParameters().Length == list.Count, "NodeType " + r.LocalName + " does not allow " + list.Count + " parameters");
// Create factory method arguments
facArgs = new object[list.Count];
for (int i = 0; i < facArgs.Length; i++)
{
facArgs[i] = list[i];
}
// Create node and set its properties
nd = (QilNode)facMethod.Invoke(f, facArgs);
break;
}
}
nd.SourceLine = list.SourceLine;
// Add node to its parent's list
this.stk.Peek().Add(nd);
}
