Bite the bullet and get rid of my dreams to use enums, yacc insists on #defines.

1 files changed, 24 insertions, 30 deletions

diff --git a/LuaSL/src/LuaSL_LSL_tree.c b/LuaSL/src/LuaSL_LSL_tree.c
index cc9007c..11a481d 100644
--- a/LuaSL/src/LuaSL_LSL_tree.c
+++ b/LuaSL/src/LuaSL_LSL_tree.c
@@ -272,44 +272,38 @@ static void evaluateOperationToken(LSL_Leaf *content, LSL_Value *left, LSL_Value
 
         switch (content->operationValue)
         {
-#ifdef LUASL_USE_ENUM
-            case LSL_COMMA                      :
-            case LSL_INCREMENT_PRE              :
-            case LSL_INCREMENT_POST             :
-            case LSL_DECREMENT_PRE              :
-            case LSL_DECREMENT_POST             :
-            case LSL_DOT                        :
-            case LSL_ASSIGNMENT_PLAIN           :
-            case LSL_ASSIGNMENT_DIVIDE          :
-            case LSL_ASSIGNMENT_MODULO          :
-            case LSL_ASSIGNMENT_MULTIPLY        :
-            case LSL_ASSIGNMENT_SUBTRACT        :
-            case LSL_ASSIGNMENT_ADD             :
-            case LSL_ASSIGNMENT_CONCATENATE     :
-            case LSL_PARENTHESIS_OPEN           :
-            case LSL_PARENTHESIS_CLOSE          :
-            case LSL_BRACKET_OPEN               :
-            case LSL_BRACKET_CLOSE              :
-            case LSL_ANGLE_OPEN                 :
-            case LSL_ANGLE_CLOSE                :
-            case LSL_TYPECAST                   :
-                break;
-#endif
+//          case LSL_COMMA                      :
+//          case LSL_INCREMENT_PRE              :
+//          case LSL_INCREMENT_POST             :
+//          case LSL_DECREMENT_PRE              :
+//          case LSL_DECREMENT_POST             :
+//          case LSL_DOT                        :
+//          case LSL_ASSIGNMENT_PLAIN           :
+//          case LSL_ASSIGNMENT_DIVIDE          :
+//          case LSL_ASSIGNMENT_MODULO          :
+//          case LSL_ASSIGNMENT_MULTIPLY        :
+//          case LSL_ASSIGNMENT_SUBTRACT        :
+//          case LSL_ASSIGNMENT_ADD             :
+//          case LSL_ASSIGNMENT_CONCATENATE     :
+//          case LSL_PARENTHESIS_OPEN           :
+//          case LSL_PARENTHESIS_CLOSE          :
+//          case LSL_BRACKET_OPEN               :
+//          case LSL_BRACKET_CLOSE              :
+//          case LSL_ANGLE_OPEN                 :
+//          case LSL_ANGLE_CLOSE                :
+//          case LSL_TYPECAST                   :
+//              break;
             case LSL_BIT_NOT            :  left->content.integerValue = ~ right->content.integerValue;                                  break;
             case LSL_BOOL_NOT           :  left->content.integerValue = ! right->content.integerValue;                                  break;
             case LSL_NEGATION           :  left->content.integerValue = 0 - right->content.integerValue;                                break;
             case LSL_DIVIDE             :  left->content.integerValue = left->content.integerValue /  right->content.integerValue;      break;
             case LSL_MODULO             :  left->content.integerValue = left->content.integerValue %  right->content.integerValue;      break;
             case LSL_MULTIPLY           :  left->content.integerValue = left->content.integerValue *  right->content.integerValue;      break;
-#ifdef LUASL_USE_ENUM
-            case LSL_DOT_PRODUCT        : break;
-            case LSL_CROSS_PRODUCT      : break;
-#endif
+//          case LSL_DOT_PRODUCT        : break;
+//          case LSL_CROSS_PRODUCT      : break;
             case LSL_SUBTRACT           :  left->content.integerValue = left->content.integerValue -  right->content.integerValue;      break;
             case LSL_ADD                :  left->content.integerValue = left->content.integerValue +  right->content.integerValue;      break;
-#ifdef LUASL_USE_ENUM
-            case LSL_CONCATENATE        : break;
-#endif
+//          case LSL_CONCATENATE        : break;
             case LSL_LEFT_SHIFT         :  left->content.integerValue = left->content.integerValue << right->content.integerValue;      break;
             case LSL_RIGHT_SHIFT        :  left->content.integerValue = left->content.integerValue >> right->content.integerValue;      break;
             case LSL_LESS_THAN          :  left->content.integerValue = left->content.integerValue <  right->content.integerValue;      break;