(import mars visualizer parser)

;; (define addressing-test
;;   (make-prog 'at (list
;;                   (make-instr 'DAT 'F 'immediate 42 'immediate 53)
;;                   (make-instr 'DAT 'F 'immediate 123 'immediate 256)
;;                   (make-instr 'MOV 'A 'indirect-B 4 'direct 7)
;;                   (make-instr 'NOP 'I 'immediate 0 'immediate 0)
;;                   (make-instr 'NOP 'I 'immediate 0 'immediate 0)
;;                   (make-instr 'NOP 'I 'immediate 0 'immediate 0)
;;                   (make-instr 'DAT 'F 'immediate -5 'immediate -6)) 2))

;; (define imp
;;   (make-prog 'imp (list (make-instr 'MOV 'I 'direct 0 'direct 1)) 0))

;; (define dwarf
;;   (make-prog 'dwarf (list
;;                      (make-instr 'DAT 'F 'immediate 0 'immediate -1)
;;                      (make-instr 'ADD 'AB 'immediate 5 'direct -1)
;;                      (make-instr 'MOV 'I 'direct -2 'indirect-B -2)
;;                      (make-instr 'JMP 'I 'immediate -2 'immediate 0)) 1))

(define imp (string->prog (with-input-from-file "imp.red" read-string)))
(define dwarf (string->prog (with-input-from-file "dwarf.red" read-string)))

(define palette '((Imp . "red")
                  (Dwarf . "blue")))

(define vis (make-vis 640 480 8000 palette))

(define core (make-core 8000 (make-instr 'DAT 'F 'immediate 0 'immediate 0)
                        (lambda (i n)
                          (vis 'update-owner i n))))

(define queues (install-progs core (list dwarf imp)))

(run-mars core queues 10000)