public void TestInstructions()
{
List <StatementSyntax> result = CSharpParser.ParseInstructions(@"name = elName + ':' + classifierName; CreateDecompositionLink(structureId, parentSeDecomposition); BlockProperty2StructureElement(childEl, fmSeDecomposition, structureElements); ");
foreach (StatementSyntax statementSyntax in result)
{
PrintNodeContent(statementSyntax);
}
}
public void TestQvtKey()
{
List <StatementSyntax> result = CSharpParser.ParseInstructions(" Package(Name, Element.Stereotype); Element(Name); Other(One.Two.Three)");
foreach (StatementSyntax statementSyntax in result)
{
PrintNodeContent(statementSyntax);
}
}
private QVTBase.IPattern ConstructWhenOrWherePattern(QVTRelations.IRelation relation, string whenOrwhereCode)
{
QVTBase.Pattern result = new QVTBase.Pattern();
List <StatementSyntax> instructions = CSharpParser.ParseInstructions(whenOrwhereCode);
//TODO Filter ExpressionStatementSyntax is too restrictive, we must also create opaque expressions with eg. conditionnals
foreach (ExpressionStatementSyntax expressionStatementSyntax in instructions.OfType <ExpressionStatementSyntax>())
{
ExpressionSyntax expression = expressionStatementSyntax.Expression;
EssentialOCL.IOclExpression oclExpression = ConstructOCLExpression(relation, expression, result);
QVTBase.IPredicate predicate = new QVTBase.Predicate()
{
Pattern = result,
ConditionExpression = oclExpression,
};
result.Predicate.Add(predicate);
}
return(result);
}