Working on Any arrays and vargs

ccodegen.cpp

@@ -273,6 +273,13 @@ gen_expr(Ast_Expr *ast, Ast_Type *type_of_var){
     }
 
     CASE(VALUE, Atom){
+      if(is_any(type_of_var)){
+        gen("(Any){&");
+        gen("("); gen_simple_decl(node->type); gen("){"); gen_value(node->value); gen("}");
+        gen(", %d}", node->type->type_id);
+        return true;
+      }
+
       B32 written = gen_value(node->value);
       if(!written) {
         gen("%Q", node->value.intern_val);

programs/any.kl

@@ -1,9 +1,23 @@
 
 main :: (argc: int, argv: **char): int
-  test_arrays()
   test_any()
+  test_arrays()
   test_type()
 
+test_array_any :: (any: Any, array_of_any: ..)
+  for array_of_any
+    pass
+
+test_any :: ()
+  some_int_value := 10
+  thing: Any = some_int_value
+  other_any: Any = thing
+  imp_any := thing
+  assert(thing.type != Any)
+  any_array := []Any{some_int_value, thing}
+  for any_array
+    assert(it.type == S64)
+
 test_arrays :: ()
   array1 := []S64{1,2,3,4,5}
   array2: []S64 = {0,9,8}
@@ -17,16 +31,7 @@ test_arrays :: ()
   for array2;; *it = 0
   for i := 0, i < length_of(array1), i+=1;; assert(0 == array1[i])
 
-test_any :: ()
+  test_array_any(10, 20, 30)
-  some_int_value := 10
-  thing: Any = some_int_value
-  other_any: Any = thing
-  imp_any := thing
-  assert(thing.type != Any)
-  any_array := []Any{some_int_value, thing}
-  for any_array
-    assert(it.type == S64)
-
 
 Some_Struct :: struct
   thing: int

typechecking.cpp

@@ -326,7 +326,7 @@ eval_unary(Token *pos, Token_Kind op, Operand *operand){
 }
 
 function void
-try_converting_untyped_to_typed(Operand *op){
+try_converting_untyped_to_typed(Value *op){
   if(is_untyped(op->type)){
     switch(op->type->kind){
       case TYPE_UNTYPED_INT: op->type = type_s64; break;
@@ -338,6 +338,11 @@ try_converting_untyped_to_typed(Operand *op){
   }
 }
 
+function void
+try_converting_untyped_to_typed(Operand *op){
+  try_converting_untyped_to_typed(&op->value);
+}
+
 FLAG32(Typecheck_Flag){
   TYPE_AND_EXPR_REQUIRED = 0,
   TYPE_CAN_BE_NULL = 1,
@@ -653,11 +658,24 @@ resolve_lambda_type(Ast_Lambda *lambda){
   }
 
   For(lambda->args){
+    if(is_flag_set(it->flags, AST_ANY_VARGS)){
+      if(it->expr)
+        compiler_error(it->pos, "Internal compiler error: Default value for .. multiple arguments should be null");
+      if(it->typespec)
+        compiler_error(it->pos, "Internal compiler error: Typespec for .. multiple arguments should be null");
+
+      it->type = type_slice(type_any, it);
+    }
+
+
+    else {
       Ast_Type *type = resolve_typespec(it->typespec, AST_CANT_BE_NULL);
       Operand default_value = resolve_expr(it->expr, AST_CAN_BE_NULL, type);
       make_sure_value_is_compatible_with_type(it->pos, &default_value, type, EXPR_CAN_BE_NULL);
       it->type = type;
-    args.add(type);
+    }
+
+    args.add(it->type);
   }
 
   return type_lambda(lambda, ret, args);
@@ -890,9 +908,14 @@ resolve_expr(Ast_Expr *ast, Resolve_Flag flags, Ast_Type *compound_context){
 
     CASE(VALUE, Atom){
       // @todo: More propagation of const char to sub values
-      if(compound_context && is_string(node->value.type) && is_string(compound_context)){
+      if(compound_context){
+        if(is_string(node->value.type) && is_string(compound_context)){
           node->value.type = compound_context;
         }
+        if(is_any(compound_context)){
+          try_converting_untyped_to_typed(&node->value);
+        }
+      }
       return operand_const_rvalue(node->value);
       BREAK();
     }
@@ -1131,22 +1154,31 @@ resolve_expr(Ast_Expr *ast, Resolve_Flag flags, Ast_Type *compound_context){
         if(item){
           set_flag(item->call_flags, CALL_INCLUDED);
           Operand expr = resolve_expr(item->item, AST_CANT_BE_NULL, lambda_arg->type);
+          if(is_flag_set(lambda_arg->flags, AST_ANY_VARGS)){
+            make_sure_value_is_compatible_with_type(item->pos, &expr, lambda_arg->type->base, TYPE_AND_EXPR_REQUIRED);
+            item->resolved_type = expr.type;
+          }
+
+          else{
             make_sure_value_is_compatible_with_type(item->pos, &expr, lambda_arg->type, TYPE_AND_EXPR_REQUIRED);
             item->resolved_type = lambda_arg->type;
+          }
+
           item->resolved_index = lambda->args.get_index(&lambda_arg);
           items.add(item);
         }
+
         else{
+          if(!lambda_arg->expr)
+            compiler_error(lambda_arg->pos, "Required value: %Q in lambda call was not passed", lambda_arg->name);
+
           // @note: default values are typechecked when they get resolved
-          if(lambda_arg->expr){
           Ast_Call_Item *call_item = ast_call_item(lambda_arg->expr->pos, 0, 0, lambda_arg->expr);
           call_item->resolved_type  = lambda_arg->expr->resolved_type;
           call_item->resolved_index = lambda->args.get_index(&lambda_arg);
           set_flag(call_item->call_flags, CALL_INCLUDED);
           items.add(call_item);
         }
-          else compiler_error(lambda_arg->pos, "Required value in lambda call was not passed");
-        }
 
       }