public override void EnterICS_S_ProcedureOrArrayCall(VBAParser.ICS_S_ProcedureOrArrayCallContext context)
{
if (context.Parent.GetType() != typeof(VBAParser.ICS_S_MemberCallContext))
{
_resolver.Resolve(context);
}
}
private Declaration ResolveInternal(VBAParser.ICS_S_ProcedureOrArrayCallContext context, Declaration localScope, ContextAccessorType accessorType = ContextAccessorType.GetValueOrReference, bool hasExplicitLetStatement = false, bool isAssignmentTarget = false)
{
if (context == null)
{
return(null);
}
var identifierContext = context.ambiguousIdentifier();
var fieldCall = context.dictionaryCallStmt();
// todo: understand WTF [baseType] is doing in that grammar rule...
return(ResolveInternal(identifierContext, localScope, accessorType, fieldCall, hasExplicitLetStatement, isAssignmentTarget));
}
private Declaration Resolve(VBAParser.ICS_S_ProcedureOrArrayCallContext context, out VBAParser.AmbiguousIdentifierContext identifierContext, DeclarationType accessorType)
{
if (context == null)
{
identifierContext = null;
return(null);
}
var identifier = context.ambiguousIdentifier();
var name = identifier.GetText();
var procedure = FindProcedureDeclaration(name, identifier);
var result = procedure ?? FindVariableDeclaration(name, identifier, accessorType);
identifierContext = result == null
? null
: result.Context == null
? null
: ((dynamic)result.Context).ambiguousIdentifier();
return(result);
}
private Declaration Resolve(VBAParser.ICS_S_ProcedureOrArrayCallContext context)
{
VBAParser.AmbiguousIdentifierContext discarded;
return(Resolve(context, out discarded, DeclarationType.PropertyGet));
}
public void Resolve(VBAParser.ICS_S_ProcedureOrArrayCallContext context)
{
ResolveInternal(context, _currentScope);
}
