/// <summary>
/// Apply the annotations, optionally remove errorenous annotations
/// </summary>
/// <param name="annotations">annotations to be applied</param>
/// <param name="originalCompilation">compilation to annotate</param>
/// <param name="project">originalCompilation's project</param>
/// <param name="check_for_errors">if true, will remove annotations cause errors (according to Roslyn)</param>
/// <returns>A modified version of originalCompilation with the annotations added</returns>
private static Compilation ApplyAnnotations(IEnumerable <BaseAnnotation> annotations, Compilation originalCompilation, Project project, bool check_for_errors = true)
{
#region CodeContracts
Contract.Requires(originalCompilation != null);
Contract.Requires(annotations != null);
Contract.Ensures(Contract.Result <Compilation>() != null);
#endregion CodeContracts
IEnumerable <BaseAnnotation> annotations2, annotations3;
var newCompilation = originalCompilation;
newCompilation = InterfaceAnnotationHelpers.CreateOrFindContractsClasses(annotations, project, newCompilation, out annotations2);
newCompilation = ReadonlyHelpers.ReadonlyPass(annotations2, newCompilation);
newCompilation = ObjectInvariantHelpers.ObjectInvariantPass(newCompilation, annotations2, out annotations3);
var syntosugdict = Searcher.GetSyntaxNodeToAnnotationDict(newCompilation, annotations3);
var syntosyndict = Replacer.PrecomputeReplacementNodes(syntosugdict, newCompilation);
var comp2 = Replacer.RewriteCompilation(newCompilation, syntosyndict);
var diagnostics = comp2.GetDiagnostics().Where(diagnostic => diagnostic.Severity == DiagnosticSeverity.Error);
if (diagnostics.Any() && check_for_errors)
{
Output.WriteLine("Fix the errors introduced by bad contracts");
Contract.Assert(annotations3.Count() == annotations.Count());
var filteredAnnotations = HelperForDiagnostics.FilterBadSuggestions(comp2, annotations3);
// unresolve interface annotations, we're reverting to the original compilation and forgetting everything
filteredAnnotations = filteredAnnotations.Select(x => x is ResolvedInterfaceAnnotation ? (x as ResolvedInterfaceAnnotation).OriginalAnnotation : x);
filteredAnnotations = filteredAnnotations.Select(x => x is ResolvedObjectInvariant ? (x as ResolvedObjectInvariant).OriginalAnnotation : x);
comp2 = ApplyAnnotations(filteredAnnotations, originalCompilation, project, false);
}
return(comp2);
}
private void TryMarkSuggestion(SyntaxNode containingmethod, StatementSyntax statementundertest)
{
Contract.Requires(statementundertest != null);
var si = SematicModel.GetDeclaredSymbol(containingmethod) as ISymbol;
Contract.Assert(si != null);
var dci = si.GetDocumentationCommentId();
//if (dci.Equals(methodname))
foreach (var ann in Suggestions.Where(x => x.MethodName.Equals(dci) && x.Kind != ClousotSuggestion.Kind.ReadonlyField))
{
/* the above conditional can lead to false positives
* You could theoretically have another method called ...ObjectInvariantMethod
* and have Contract.Invariants in it, and have the exact invariant that also generated this
* error and we would errorneously delete your invariant too
* but that seems a pretty extreme edge case.
*/
// this web of ifs could be refactored
// I'm trying to avoid checking every statement against every suggestion
//foreach(var precon in sugs[methodname])
//{
//if (ann.Annotation.Equals(statementundertest.GetText().ToString().Replace(ReviewBot.signature, "")))
//if (ann.Annotation.Equals(statementundertest.GetText().ToString()))
if (statementundertest.GetText().ToString().Contains(ann.Annotation.Replace(Constants.String.Signature, "")))
//if (statementundertest.GetText().ToString().Contains(ann.Annotation))
{
//sugs[methodname].Remove(precon);
//if (ann.Kind == ClousotSuggestion.Kind.ObjectInvariant) { Debugger.Break(); }
//RBLogger.Info("Marking bad: {0}", ann);
//ann.isBad = true;
BadSuggestions.Add(ann);
return;
}
//}
}
var isObjectInvariant = containingmethod is MethodDeclarationSyntax &&
ObjectInvariantHelpers.isObjectInvariantMethod((MethodDeclarationSyntax)containingmethod, SematicModel);
if (isObjectInvariant)
{
foreach (var ann in Suggestions.Where(x => x.Kind == ClousotSuggestion.Kind.ObjectInvariant))
{
if (ann.Annotation.Equals(statementundertest.GetText().ToString().TrimEnd('\r', '\n')))
{
//ann.isBad = true;
BadSuggestions.Add(ann);
}
}
//foreach (var precons in sugs.Values)
//{
// foreach (var precon in precons)
// {
// if (precon.Annotation.Equals(statementundertest.GetText().ToString().TrimEnd('\r', '\n')))
// {
// precon.isBad = true;
// }
// }
//}
}
}
