protected void performSemanticAnalysis(
string sourceName,
List <object> rootNode,
Environment environment,
StreamWriter err,
HashSet <Exception> pErrors)
{
OCLSemanticAnalyzer oclSemanticAnalyzer = getSemanticAnalyzer();
performSemanticAnalysisPass(sourceName, rootNode, environment, err, pErrors, oclSemanticAnalyzer, new Pass1OclCompilerAction());
performSemanticAnalysisPass(sourceName, rootNode, environment, err, pErrors, oclSemanticAnalyzer, new Pass2OclCompilerAction());
}
protected void performSemanticAnalysisPass(
string sourceName,
List <object> rootNode,
Environment environment,
StreamWriter err,
HashSet <Exception> pErrors,
OCLSemanticAnalyzer analyzer,
OclCompilerAction action)
{
foreach (CSTNode node in rootNode)
{
try {
if (node != null)
{
action.doAction(analyzer, environment, node);
}
} catch (OCLMultipleSemanticExceptions exceptions) {
foreach (OCLSemanticException e in exceptions.getAllExceptions())
{
pErrors.Add(e);
if (err != null)
{
err.WriteLine(e);
}
semanticErrorsCount++;
}
} catch (OCLSemanticException e) {
pErrors.Add(e);
if (err != null)
{
err.WriteLine(e);
}
semanticErrorsCount++;
} catch (Exception e) {
Console.WriteLine(e.StackTrace);
if (err != null)
{
err.WriteLine(e.Message);
}
semanticErrorsCount++;
}
}
if ((err != null) && (semanticErrorsCount != 0))
{
err.Flush();
}
}
public void doAction(OCLSemanticAnalyzer analyzer, Environment environment, CSTNode node)
{
analyzer.analyze(environment, node);
}
public void doAction(OCLSemanticAnalyzer analyzer, Environment environment, CSTNode node)
{
analyzer.analyzeFeatureDefinitions(environment, node);
}