src/module-parse.lisp (code): Hoist complex sub-items out of main parser.

[sod] / src / class-output.lisp

diff --git a/src/class-output.lisp b/src/class-output.lisp
index 806de356886f423dbab797e68fe925970b1bfd35..dec1e4eed13c7484a6b9211268c4aa4a86503e66 100644 (file)
--- a/src/class-output.lisp
+++ b/src/class-output.lisp
@@ -94,10 +94,17 @@ (defmethod hook-output progn ((class sod-class) (reason (eql :h)) sequencer)
           (metaroot (find-root-metaclass class)))
        (format stream "/* The class object. */~@
                       extern const struct ~A ~A__classobj;~@
-                      #define ~:*~A__class (&~:*~A__classobj.~A.~A)~2%"
+                      #define ~:*~A__class (&~:*~A__classobj.~A.~A)~%"
               (ilayout-struct-tag metaclass) class
               (sod-class-nickname (sod-class-chain-head metaroot))
-              (sod-class-nickname metaroot)))))
+              (sod-class-nickname metaroot))
+       (dolist (chain (sod-class-chains metaclass))
+        (let ((tail (car chain)))
+          (unless (eq tail metaroot)
+            (format stream "#define ~A__cls_~A (&~2:*~A__classobj.~A.~A)~%"
+                    class (sod-class-nickname (sod-class-chain-head tail))
+                    (sod-class-nickname tail)))))
+       (terpri stream))))
 
   ;; Maybe generate an islots structure.
   (when (sod-class-slots class)
@@ -185,7 +192,7 @@ (defmethod hook-output progn ((class sod-class) (reason (eql :h)) sequencer)
             (when varargsp
               (format stream "#ifdef SOD__HAVE_VARARGS_MACROS~%"))
             (format stream "#define ~A(~{~A~^, ~}) ~
-                                  ~A->_vt->~A.~A(~{~A~^, ~})~%"
+                                  (~A)->_vt->~A.~A(~{~A~^, ~})~%"
                     (message-macro-name class entry)
                     (nreverse in-names)
                     me
@@ -654,15 +661,6 @@ (defmethod hook-output progn
               (vtable-name class chain-head)
               (sod-class-nickname chain-tail))))))
 
-(defgeneric find-class-initializer (slot class)
-  (:method ((slot effective-slot) (class sod-class))
-    (let ((dslot (effective-slot-direct-slot slot)))
-      (or (some (lambda (super)
-                 (find dslot (sod-class-class-initializers super)
-                       :key #'sod-initializer-slot))
-               (sod-class-precedence-list class))
-         (effective-slot-initializer slot)))))
-
 (defgeneric output-class-initializer (slot instance stream)
   (:method ((slot sod-class-effective-slot) (instance sod-class) stream)
     (let ((func (effective-slot-initializer-function slot))