Almost working on the initiator side

gib-gab-gob/game.scm

@@ -7,11 +7,10 @@
   #:export (^ggg-controller))
 
 ;; Actual Tic Tac Toe game
-(define (^ggg-controller bcom board first? peer)
+(define (^ggg-controller bcom board my-turn+ first? peer)
   (define mark (if first? 'x 'o))
   (define peer-mark (if first? 'o 'x))
   (define %my-turn? first?)
-  (define my-turn+ (make-condition))
   (define (%state)
     (cond
      ((board-winner? board mark) => 'won)

gib-gab-gob/rps.scm

@@ -6,26 +6,20 @@
   #:use-module (goblins ocapn captp)
   #:use-module (goblins ocapn ids)
   #:use-module (goblins ocapn netlayer onion)
-  #:export (make-initiator make-joiner initiator/connect resolve-initiator ^game-initiator ^game-joiner))
+  #:use-module (gib-gab-gob board)
+  #:use-module (fibers conditions)
+  #:export (make-joiner initiator/connect resolve-initiator ^game-initiator ^game-joiner))
 
 ;;
 ;; Initiator logic
 ;;
-;; todo: refactor?
-(define (make-initiator ^game-controller)
-  (with-vat (spawn-vat)
-            (define initiator (spawn ^game-initiator ^game-controller))
-            (define mycapn (spawn-mycapn (new-onion-netlayer)))
-            (define init-sref ($ mycapn 'register initiator 'testuds))
-            (format #t "Connect to: ~a\n" (ocapn-id->string init-sref))))
-
 ;; use this one
 (define (initiator/connect initiator)
   (define mycapn (spawn-mycapn (new-onion-netlayer)))
   (define init-sref ($ mycapn 'register initiator 'onion))
   (format #t "Connect to: ~a\n" (ocapn-id->string init-sref)))
 
-(define (^game-initiator bcom ^game-controller)
+(define (^game-initiator bcom ^game-controller board my-turn+)
   (define pick (pick-rps))
   (define won? #nil)
   (define peer #nil)
@@ -40,7 +34,7 @@
     [(try-transition)
      (if (eq? won? #nil)
          'connecting
-         (bcom (^game-controller bcom won? peer) 'ready-to-play))]))
+         (bcom (^game-controller bcom board my-turn+ won? peer) 'ready-to-play))]))
 
 ;;
 ;; Joiner logic
@@ -66,7 +60,7 @@
     ;; We make the assumption that initiator is to become a controller.
     ;; Note second arg to bcom which will return the value (this is confusing to me)
     ;; see https://spritely.institute/files/docs/guile-goblins/0.11.0/Object-construction.html
-    (bcom (^game-controller bcom won? initiator) unseal-pick)]))
+    (bcom (^game-controller bcom (make-board) (make-condition) won? initiator) unseal-pick)]))
 
 ;;
 ;; Standard rock paper scissors logic follows!

gib-gab-gob/ui/console.scm

@@ -1,25 +1,30 @@
 (define-module (gib-gab-gob ui console)
+  #:use-module (gib-gab-gob rps)
+  #:use-module (gib-gab-gob game)
   #:use-module (gib-gab-gob board)
   #:use-module (ice-9 rdelim)
   #:use-module (ice-9 exceptions)
   #:use-module (srfi srfi-9)
+  #:use-module (srfi srfi-1)
   #:use-module (fibers)
   #:use-module (fibers channels)
   #:use-module (fibers conditions)
   #:use-module (goblins)
-  #:export (begin-game-loop))
+  #:export (make-initiator))
 
 ;; Module for simple console-based UI (no curses)
 
 ;; A single run of the loop for a bespoke REPL for playing the game
 (define (%loop vat b controller my-turn+)
   (wait my-turn+)
-  (let ((state ($ controller 'state)))
-    (%print b state)
-    (if (eq? state 'play)
-        (let ((coords (%read)))
-          (if coords (%eval vat controller coords) #f))
-        #f)))
+  (with-vat vat
+            (on (<- controller 'state)
+                (λ (state)
+                  (%print b state)
+                  (if (eq? state 'play)
+                      (let ((coords (%read)))
+                        (if coords (%eval vat b controller coords) #f))
+                      #f)))))
 
 (define (%read)
   (define line (read-line (current-input-port)))
@@ -30,12 +35,13 @@
                    (%prompt) (%read))
             coords))))
 
-(define (%eval vat controller coordinates)
+(define (%eval vat b controller coordinates)
   (format #t "Moving ~a\n" coordinates)
-  (with-vat
-   vat
-   (on (<- controller 'my-turn! coordinates)
-      (λ (state) (%display b state)))))
+  ;; weird?
+  (let ((x (first coordinates))
+        (y (second coordinates)))
+    (on (<- controller 'my-turn! x y)
+        (λ (state) (%display b state)))))
 
 (define (%print b state)
   (%display b state)
@@ -56,3 +62,12 @@
      (while (%loop vat board controller my-turn+))
      (format #t "bye-bye!\n")
      #f)))
+
+(define (make-initiator)
+  (with-vat
+   (spawn-vat #:name "Initiator Game")
+   (define my-turn+ (make-condition))
+   (define board (make-board))
+   (define initiator (spawn ^game-initiator ^ggg-controller board my-turn+))
+   (initiator/connect initiator)
+   (begin-game-loop board initiator my-turn+)))

scripts/make-initiator.in

@@ -4,7 +4,9 @@
 
 (use-modules
  (gib-gab-gob rps)
- (gib-gab-gob game))
-(make-initiator ^ggg-controller)
+ (gib-gab-gob game)
+ (gib-gab-gob ui console))
+
+(make-initiator)
 
 (while #t #f) ;; indefinitely