From 45045f2484f2eb88da587f98ec5c7fdeff672c94 Mon Sep 17 00:00:00 2001
From: aleksei <aleksei@aj.org>
Date: Sun, 14 Apr 2024 11:51:02 +1000
Subject: Finally got macro-pass working

---
 main.lisp | 58 ++++++++++++++++++++++++++++++++++++++--------------------
 1 file changed, 38 insertions(+), 20 deletions(-)

(limited to 'main.lisp')

diff --git a/main.lisp b/main.lisp
index e6280d5..a1acca6 100644
--- a/main.lisp
+++ b/main.lisp
@@ -22,29 +22,47 @@ Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA  02110-1301  USA
 To solve the problem of the colliding syntax rules
 We can test only the addressin modes we know the opcode to have
 This not only solves this problem, it just makes more sense.
-|#
 
+Need to use the existing lists to find keywords to watch out for during compilation.
+ESPECIALLY run through the output of macro-list to find collisions
+This owuld make it simple
+|#
 
 (setf *the-program*
 	  (program "~/clasm-6502/wozmon.s"))
 
-(defun macro-list (program-list)
-  "Create an associative list of program-list macros."
-  (let ((return-alist nil))
+(defun macro-pass (program-list)
+  "Translate a programs macros"
+  (let ((macro-association-list
+  		  (let ((return-alist nil))
+			(dolist (i program-list)
+			  (if (equal (syntax-rule (cadr i) *grammar*) 'macro)
+				  (setf return-alist
+						(cons (list (first (cadr i)) (car (last (cadr i))))
+							  return-alist))
+				  nil))
+			return-alist))
+		(return-list nil))
+	;; For every line in program list..
 	(dolist (i program-list)
-	  (if (equal (syntax-rule (cadr i) *grammar*) 'macro)
-		  (setf return-alist
-				(cons (list (first (cadr i)) (car (last (cadr i))))
-					  return-alist))
-		  nil))
-	return-alist))
-
-*the-program*
-
-(macro-list *the-program*)
-
-
-(last (cadr '(100 ("Hey" "There"))))
-
-
-(defun pass-attributes (program-list))
+	  ;; ..excluding the macro lines..
+	  (if (eq (syntax-rule (cadr i) *grammar*) 'macro)
+		  nil
+		  ;; ..add to return list this value:
+		  (setf return-list
+				(cons
+				 ;; For every word in the line,
+				 (let ((append-list nil))
+				   (dolist (j (cadr i))
+					 (setf append-list
+						   ;; add it to the output line, and change whatever is a macro.
+						   (cons (if (assoc j macro-association-list :test #'string=)
+									 (cadr (assoc j macro-association-list :test #'string=))
+									 j)
+								 append-list)))
+				   ;; Return the line number and program.
+				   (cons (car i)
+						 (list (reverse append-list))))
+				 return-list))))
+	;; Return everything.
+	(reverse return-list)))
-- 
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