Update other combinators to match book

direct-style-interpreter.scm

@@ -354,7 +354,7 @@
   (let lp ([rank 0]
            [m* (meaning-list e* r #f)])
     (if (pair? m*)
-        (STORE-ARGUMENT (lp (1+ rank) (cdr m*)) (car m*) rank)
+        (STORE-ARGUMENT (car m*) (lp (1+ rank) (cdr m*)) rank)
         (ALLOCATE-FRAME (length e*)))))
 
 (define (meaning*-dotted e* r fixed-size)
@@ -362,17 +362,17 @@
            [m* (meaning-list e* r #f)])
     (cond
      [(null? m*) (ALLOCATE-DOTTED-FRAME fixed-size)]
-     [(> fixed-size rank) (STORE-ARGUMENT (lp (1+ rank) (cdr m*)) (car m*) rank)]
-     [else (CONS-ARGUMENT (lp (1+ rank) (cdr m*)) (car m*) fixed-size)])))
+     [(> fixed-size rank) (STORE-ARGUMENT (car m*) (lp (1+ rank) (cdr m*)) rank)]
+     [else (CONS-ARGUMENT (car m*) (lp (1+ rank) (cdr m*)) fixed-size)])))
 
-(define (STORE-ARGUMENT m* m rank)
+(define (STORE-ARGUMENT m m* rank)
   (lambda ()
     (let ([v* (m*)]
           [v (m)])
       (activation-rec-set! v* rank v)
       v*)))
 
-(define (CONS-ARGUMENT m* m size)
+(define (CONS-ARGUMENT m m* size)
   (lambda ()
     (let* ([v* (m*)]
            [v (m)]
@@ -395,18 +395,18 @@
         (m* (meaning* e* r))]
     ((if tail? TR-REGULAR-CALL REGULAR-CALL) mf m*))) ;; hehe new trick
 
-(define (REGULAR-CALL m m+)
+(define (REGULAR-CALL m m*)
   (lambda ()
     (let* ([f (m)]
-           [v* (m+)]
+           [v* (m*)]
            [sr (*env*)]
            [res (invoke f v*)])
       (*env* sr)
       res)))
 
-(define (TR-REGULAR-CALL m m+)
+(define (TR-REGULAR-CALL m m*)
   (lambda ()
-    (invoke (m) (m+))))
+    (invoke (m) (m*))))
 
 (define (meaning-primitive-application f e* r)
   (let* ([desc (get-description f)]