public override void Parse(bool useDefaultAnalyzers = false)
{
NextToken();
Root = NodeFactory.CreateRootNode();
while (CurrentToken.Keyword != KeywordToken.EOF)
{
NextToken();
// only container elements can be processed here
switch (CurrentToken.Keyword)
{
case KeywordToken.Paragraph:
var a = new ParagraphStatementParser(parser);
Root.SetRootNode(a.Parse(CurrentToken));
break;
case KeywordToken.Body:
var b = new GenericElementNode(this, KeywordToken.Body);
var bodyNode = b.Parse(CurrentToken);
Root.SetRootNode(bodyNode);
break;
}
}
if (useDefaultAnalyzers)
{
if (_analyzers == null)
{
_analyzers = new ChildrenAnalyzer();
_analyzers.Use(new ElementToAttributeAnalyzer())
.Use(new AttributeCopierAnalyzer())
.Use(new SiblingsAnalyzer())
;
}
else
{
var elementAnalyzer = new ChildrenAnalyzer();
elementAnalyzer.Use(new ElementToAttributeAnalyzer())
.Use(new AttributeCopierAnalyzer())
.Use(new SiblingsAnalyzer())
.Use(_analyzers);
_analyzers = elementAnalyzer;
}
}
if (_analyzers == null)
{
return;
}
Root.SetRootNode(_analyzers.Analyze(Root.Root));
}
public void ParseShouldLeaveCursorOneTokenPastTheParagraphBoundary()
{
var parserNode = new OoxmlNodeTd(new OoxmlScanner(
new Source(@"<w:body>
<w:p>
<w:t>Testing this string</w:t>
</w:p>
</w:body>")
));
parserNode.NextToken();
while (parserNode.CurrentToken.Keyword != KeywordToken.Paragraph)
{
parserNode.NextToken();
}
var sut = new ParagraphStatementParser(parserNode);
sut.Parse(parserNode.CurrentToken);
var currentToken = parserNode.CurrentToken;
Assert.AreEqual(KeywordToken.Close, currentToken.Keyword);
Assert.AreEqual("w:body", currentToken.Text);
}
