private void TestParser(string source, StatementNodeBuilder expected)
{
// When parsing, the tree always starts with a magical "swix" node...
var swixNode = new StatementNodeBuilder();
swixNode.StatementNode(-1, StatementType.Object, Token(ParserTokenType.Object, "swix"), expected);
RtypeParser parser = new RtypeParser("test");
var actual = parser.Parse(source);
Assert.Equal(swixNode.First(), actual, this.statementNodeComparer);
}
public void Parse(IO.TextReader textReader, string path)
{
StatementNode rootStatementNode = null;
string fileExtension = IO.Path.GetExtension(path);
//XamlReader reader;
if (fileExtension.Equals(".swx", StringComparison.OrdinalIgnoreCase))
{
var parser = new XmlParser(path);
rootStatementNode = parser.Parse(textReader);
}
else
{
var parser = new RtypeParser(path);
rootStatementNode = parser.Parse(textReader);
}
// Preprocess all values
this.ProcessStatementSubstitutions(path, rootStatementNode);
if (this.EncounteredError)
{
// TODO: Should we show error that compiler aborted early because
// substitutions could not all be processed?
return;
}
// Now create objects.
List <object> items = this.InstantiateObjects(path, rootStatementNode);
foreach (object item in items)
{
if (item is PackageItem)
{
PackageItem packageItem = (PackageItem)item;
this.AddItem(packageItem.LineNumber, packageItem);
}
else if (item is Swix)
{
this.roots.Add((Swix)item);
}
}
}
private void BuildObjectTree()
{
using (TextSnapshotToTextReader snapshotReader = new TextSnapshotToTextReader(this.snapshot))
{
switch (this.language)
{
case ParserLanguage.Rtype:
var rtype = new RtypeParser(null);
this.statementNodeRoot = rtype.Parse(snapshotReader);
break;
case ParserLanguage.Xml:
var xml = new XmlParser(null);
this.statementNodeRoot = xml.Parse(snapshotReader);
break;
default:
break;
}
}
}
