Comments: struct --> class

compiler/ast.jou

@@ -642,7 +642,7 @@ class AstIfStatement:
 # for init; cond; incr:
 #     ...body...
 class AstForLoop:
-    # init and incr must be pointers because this struct goes inside AstStatement.
+    # init and incr must be pointers because this goes inside AstStatement.
     init: AstStatement*
     cond: AstExpression
     incr: AstStatement*

compiler/cf_graph.jou

@@ -1,5 +1,5 @@
 # Control Flow Graph.
-# Struct names not prefixed with Cfg because it looks too much like "config" to me
+# Class names not prefixed with Cfg because it looks too much like "config" to me
 
 import "stdlib/mem.jou"
 import "stdlib/io.jou"

compiler/codegen.jou

@@ -61,8 +61,8 @@ def codegen_class_type(type: Type*) -> LLVMType*:
 
     flat_elems: LLVMType** = malloc(sizeof(flat_elems[0]) * n)
     for i = 0; i < n; i++:
-        # Treat all pointers inside structs as if they were void*.
-        # This allows structs to contain pointers to themselves.
+        # Treat all pointers inside classes as if they were void*.
+        # This allows classes to contain pointers to themselves.
         if type->classdata.fields[i].type->kind == TypeKind::Pointer:
             flat_elems[i] = codegen_type(voidPtrType)
         else:

compiler/typecheck/step2_populate_types.jou

@@ -120,7 +120,7 @@ def handle_signature(ft: FileTypes*, astsig: AstSignature*, self_class: Type*) -
 
 
 def handle_class_members(ft: FileTypes*, classdef: AstClassDef*) -> None:
-    # Previous type-checking step created an opaque struct.
+    # Previous type-checking step created an opaque class.
     type: Type* = NULL
     for s = ft->owned_types; s < &ft->owned_types[ft->n_owned_types]; s++:
         if strcmp((*s)->name, classdef->name) == 0: