public void ParseMarkupMarkupStatementTest()
{
//Create parser
StatementParser statementParser = new StatementParser(Init("tr td img(src=\"test.png\", width=300);"));
Statement parsedStatement = statementParser.ParseMarkupStatement();
//Test statement
Assert.AreEqual(typeof(MarkupMarkupStatement), parsedStatement.GetType());
//Test MarkupMarkupStatement
MarkupMarkupStatement statement = (MarkupMarkupStatement)parsedStatement;
List <ISyntaxNode> .Enumerator markupEnumerator = statement.GetMarkups().GetEnumerator();
//Test TR
markupEnumerator.MoveNext();
Assert.AreEqual("tr", ((Markup)markupEnumerator.Current).ToString());
//Test TD
markupEnumerator.MoveNext();
Assert.AreEqual("td", ((Markup)markupEnumerator.Current).ToString());
//Test IMG
Assert.AreEqual("img(src=\"test.png\",width=300)", statement.GetMarkup().ToString());
}
/// <summary>
/// Interpret MarkupEmbed
/// </summary>
/// <param name="embed">MarkupEmbed to interpret</param>
public override void Visit(MarkupEmbed embed)
{
int depth = this.Depth;
//Structure is same as MarkupMarkupStatement, so convert and interpret
MarkupMarkupStatement markupMarkupStatement = new MarkupMarkupStatement();
markupMarkupStatement.SetMarkups(embed.GetMarkups());
markupMarkupStatement.SetMarkup(embed.GetMarkup());
markupMarkupStatement.AcceptVisitor(this);
BackToParentXHTMLElement(depth);
}
/// <summary>
/// Interpret MarkupMarkupStatement
/// </summary>
/// <param name="statement">MarkupMarkupStatement to interpret</param>
public override void Visit(MarkupMarkupStatement statement)
{
//Iterate through Markup+
ISyntaxNode[] MarkupArray = statement.GetMarkups().ToArray();
for (int i = 0; i <= (MarkupArray.Length - 1); i++)
{
if (IsMarkupCall((Markup)MarkupArray[i]))
{
//Check if called function contains an yield, if so, add remaining markups/expression to yield stack
String functionIdentifier = ((Markup)MarkupArray[i]).GetDesignator().GetIdentifier();
if (NodeContainsYield(SymbolTable.GetFunctionDefinition(functionIdentifier)))
{
//Get remaining markups
NodeList nonInterpretedMarkups = new NodeList();
for (int j = i + 1; j <= (MarkupArray.Length - 1); j++)
{
nonInterpretedMarkups.Add(MarkupArray[j]);
}
//Create new MarkupExpressionStatement and push it to stack
MarkupMarkupStatement markupMarkupStatement = new MarkupMarkupStatement();
markupMarkupStatement.SetMarkups(nonInterpretedMarkups);
markupMarkupStatement.SetMarkup(statement.GetMarkup());
PushYieldNode(markupMarkupStatement);
}
//Interpret markup
((Markup)MarkupArray[i]).AcceptVisitor(this);
return;
}
else
{ //Interpret Tag
((Markup)MarkupArray[i]).AcceptVisitor(this);
}
}
//Interpret markup
statement.GetMarkup().AcceptVisitor(this);
}
/// <summary>
/// Parser for MarkupStatement types
/// </summary>
/// <returns>Parsed Statement</returns>
public Statement ParseMarkupStatement()
{
//Start parsing first markup part
Markup firstMarkup = markupParser.ParseMarkup();
if (TokenStream.HasNext() && TokenStream.Peek(1).GetType() == TokenType.SYMBOL && TokenStream.Peek(1).GetValue().ToString() == ";")
{ //Just a single markup statement
MarkupStatement markupStatement = new MarkupStatement();
markupStatement.SetMarkup(firstMarkup);
//Skip ; token
NextToken(";", "markup;", ';');
return(markupStatement);
}
else
{
//Get other markups
NodeList markups = new NodeList();
markups.Add(firstMarkup);
while (DetectNextIsMarkup())
{
markups.Add(markupParser.ParseMarkup());
}
//Determine statement type
if (TokenStream.HasNext())
{
if (TokenStream.Peek(1).GetType() == TokenType.EMBEDDING)
{ //Markup Embedding Statement
MarkupEmbeddingStatement markupEmbedding = new MarkupEmbeddingStatement();
markupEmbedding.SetMarkups(markups);
markupEmbedding.SetEmbedding(embeddingParser.ParseEmbedding());
//Skip ; token
NextToken(";", "Markup+ Embedding;", ';');
return(markupEmbedding);
}
else if (TokenStream.Peek(1).GetValue().ToString() == ";")
{ //MarkupStatement
MarkupMarkupStatement markupStatement = new MarkupMarkupStatement();
//Get last parsed markup from list and remove it from list
Markup last = (Markup)markups.Get(markups.Count - 1);
markups.Remove(markups.Count - 1);
markupStatement.SetMarkup(last);
markupStatement.SetMarkups(markups);
//Skip ; token
NextToken(";", "Markup+ Markup;", ';');
return(markupStatement);
}
else if (IsMarkupStatStatement())
{ //MarkupStatStatement
MarkupStatStatement markupStatStatement = new MarkupStatStatement();
markupStatStatement.SetMarkups(markups);
markupStatStatement.SetStatement(ParseStatement());
return(markupStatStatement);
}
else if (IsMarkupExpressionStatement())
{ //MarkupExpressionStatement
MarkupExpressionStatement markupExpressionStatement = new MarkupExpressionStatement();
//Parse MarkupExpressionStatement
markupExpressionStatement.SetMarkups(markups);
markupExpressionStatement.SetExpression(expressionParser.ParseExpression());
//Skip ; token
NextToken(";", "Markup+ Expression;", ';');
return(markupExpressionStatement);
}
else
{ //Unexpected token
throw new UnexpectedToken("Markup Statement expected, but found:", CurrentToken.GetValue().ToString(), CurrentToken.GetLine());
}
}
else
{
throw new UnexpectedToken("Expected MarkupStatement type, but found:", CurrentToken.GetValue().ToString(), CurrentToken.GetLine());
}
}
}
public virtual void Visit(MarkupMarkupStatement statement)
{
VisitSubNodes(statement);
}