public void DeclarationFinderCanCopeWithMultipleModulesImplementingTheSameInterface()
{
var project = GetTestProject("testProject");
var interf = GetTestClassModule(project, "interface");
var member = GetTestFunction(interf, "testMember", Accessibility.Public);
var implementingClass1 = GetTestClassModule(project, "implementingClass1");
var implementingClass2 = GetTestClassModule(project, "implementingClass2");
var implementsContext1 = new VBAParser.ImplementsStmtContext(null, 0);
var implementsContext2 = new VBAParser.ImplementsStmtContext(null, 0);
AddReference(interf, implementingClass1, implementsContext1);
AddReference(interf, implementingClass1, implementsContext2);
var declarations = new List <Declaration> {
interf, member, implementingClass1, implementingClass2
};
DeclarationFinder finder = new DeclarationFinder(declarations, new List <Rubberduck.Parsing.Annotations.IAnnotation>(), new List <UnboundMemberDeclaration>());
var interfaceDeclarations = finder.FindAllInterfaceMembers().ToList();
Assert.AreEqual(1, interfaceDeclarations.Count());
}
public override void EnterImplementsStmt(VBAParser.ImplementsStmtContext context)
{
_resolver.Resolve(context);
}
public override void EnterImplementsStmt(VBAParser.ImplementsStmtContext context)
{
// The expression will be later resolved to the actual declaration. Have to split the work up because we have to gather/create all declarations first.
((ClassModuleDeclaration)_moduleDeclaration).AddSupertype(context.expression().GetText());
}
public void Resolve(VBAParser.ImplementsStmtContext context)
{
ResolveType(context.expression());
}
public void Resolve(VBAParser.ImplementsStmtContext context)
{
ResolveInternal(context.ambiguousIdentifier(), _currentScope);
}
