AST Types

ASTPlayground/MainForm.pas

@@ -141,6 +141,7 @@ uses
     Myc.Data.Scalar.JSON,
     System.Diagnostics, // For TStopwatch
     Myc.Ast.Json, // For TAstJson serialization
+    Myc.Ast.Types, // Needed for TTypeRules
     System.IOUtils; // For TFile
 
 {$R *.fmx}
@@ -349,8 +350,8 @@ begin
                     // First, deserialize the AST node from JSON.
                     funcAst := converter.Deserialize(pair.JsonValue as TJSONObject);
 
-                    var adr := scopeDescr.FindSymbol(pair.JsonString.Value);
-                    if adr.Kind = akUnresolved then
+                    var sym := scopeDescr.FindSymbol(pair.JsonString.Value);
+                    if sym.Address.Kind = akUnresolved then
                     begin
                         // Distinguish between loading a macro and loading a function.
                         if funcAst is TMacroDefinitionNode then
@@ -880,7 +881,7 @@ var
     binder: IAstBinder;
     setupAst, boundSetupAst, callAst, boundCallAst: IAstNode;
     setupDescriptor, callDescriptor: IScopeDescriptor;
-    seriesAddress: TResolvedAddress;
+    seriesAddress: TResolvedSymbol; // Use TResolvedSymbol
 begin
     Memo1.Lines.Clear;
     Memo1.Lines.Add(Format('--- Simulating O(1) SMA Crossover Strategy for %d ticks ---', [numRecs]));
@@ -953,7 +954,8 @@ begin
 
     // 4. Get the address of 'current_series' from the new descriptor.
     seriesAddress := callDescriptor.FindSymbol('current_series');
-    if seriesAddress.Kind = akUnresolved then
+    // Check seriesAddress.Address.Kind instead of seriesAddress.Kind
+    if seriesAddress.Address.Kind = akUnresolved then
         raise Exception.Create('Could not resolve current_series address.');
 
     // 5. Create the final scope and visitor for the simulation loop.
@@ -994,7 +996,8 @@ begin
 
         if series.AsRecordSeries.TotalCount >= smaSlowLength then
         begin
-            loopScope[seriesAddress] := series;
+            // Use seriesAddress.Address instead of seriesAddress
+            loopScope[seriesAddress.Address] := series;
             var resultValue := visitor.Execute(boundCallAst);
             if i mod 50 = 0 then
             begin

ASTPlayground/Myc.Fmx.AstEditor.pas

@@ -17,6 +17,7 @@ uses
     Myc.Data.Value,
     Myc.Ast.Nodes,
     Myc.Ast.Scope,
+    Myc.Ast.Types,
     Myc.Ast.Visitor,
     Myc.Fmx.AstEditor.Node,
     Myc.Fmx.AstEditor.Workspace;
@@ -1232,7 +1233,7 @@ begin
     // This allows the child visitor to correctly visualize parameter nodes.
     paramDescriptor := TScope.CreateDescriptor(nil);
     for i := 0 to High(Node.Parameters) do
-        paramDescriptor.Define(Node.Parameters[i].Name);
+        paramDescriptor.Define(Node.Parameters[i].Name, TTypes.Unknown);
 
     // 3. Create a child visitor for the new scope within the macro's body.
     const pinNodeHeight = cPinSize + cVerticalPadding;