Ajout du OUT

Epreuve3.py

@@ -24,6 +24,7 @@ class CPU:
     cycles: int = 0
     running: bool = True
     after_ret: bool = False
+    last_out = None
 
     def __post_init__(self):
         if not self.regs:
@@ -189,6 +190,7 @@ class Simulator:
             r = b & 0b11
             instr = f"OUT R{r}"
             print(f"[OUT] R{r} = {c.regs[r]}")
+            self.cpu.last_out = c.regs[r]
 
         # --- TIM valeur ---
         elif b == 0xF8:  # TIM
@@ -228,16 +230,19 @@ class Simulator:
         print(f"   {regs_str}   LT={c.lt} EQ={c.eq}  SP={c.sp}")
         print("-" * 60)  
         ram = self.dump_ram()
+        out = self.cpu.last_out
+        self.cpu.last_out = None
         return {
-        "pc": pc_before,
+            "pc": pc_before,
-        "instr": instr,
+            "instr": instr,
-        "cycles_added": cycles_added,
+            "cycles_added": cycles_added,
-        "regs": c.regs.copy(),
+            "regs": c.regs.copy(),
-        "lt": c.lt,
+            "lt": c.lt,
-        "eq": c.eq,
+            "eq": c.eq,
-        "sp": c.sp,
+            "sp": c.sp,
-        "ram": ram
+            "ram": ram,
-    }  
+            "out": out
+        }  
 
 
     # ----------------- boucle principale -----------------

Path.asm

@@ -12,26 +12,57 @@ _main:
 
     MOV R0 51
     OUT R0
-    TIM 165    ; Ligne droite OK
+    TIM 164    ; Ligne droite OK
 
     MOV R0 49  ; 0b 0011 0001
     OUT R0
-    TIM 130    ; Rotation droite OK
+    TIM 131    ; Rotation droite OK
 
     MOV R0 51
     OUT R0
-    TIM 152    ; Ligne droite
+    TIM 147    ; Ligne droite
 
     MOV R0 19 ; 0b 0001 0011
     OUT R0
-    TIM 130    ; Rotation gauche
+    TIM 131    ; Rotation gauche
     ;TIM 50
 
     MOV R0 51
     OUT R0
-    TIM 136    ; Ligne droite
+    TIM 138    ; Ligne droite
+
+    MOV R0 0
+    OUT R0     ; STOP
+    TIM 160
+
+    MOV R0 162
+    OUT R0
+    TIM 135    ; Rotation gauche
+
+    MOV R0 0
+    OUT R0     ; STOP
+    TIM 140
+
+    MOV R0 42
+    OUT R0
+    TIM 135    ; Rotation droite
+
+    MOV R0 0
+    OUT R0     ; STOP
+    TIM 160
+
+    MOV R0 247
+    OUT R0
+    TIM 130    ; Rotation gauche
+
+    MOV R0 127
+    OUT R0
+    TIM 130    ; Rotation droite
+
+    MOV R0 247
+    OUT R0
+    TIM 180    ; Rotation gauche
 
-    
 
     MOV R0 0
     OUT R0     ; STOP

notes.txt

@@ -177,6 +177,8 @@ Demi tour + fuite
 
 Parcours
 {"type": "msg", "format": "base64", "string": "4BHw+ILgIvD4guAz8Pil4DHw+ILgM/D4mOAT8PiC4DPw+IjgAPCA4ADw+GSA"}
+{"type": "msg", "format": "base64", "string": "4BHw+ILgIvD4guAz8Pik4DHw+IPgM/D4k+AT8PiD4DPw+IrgAPD4oOCi8PiH4ADw+IzgKvD4h+AA8Pig4Pfw+ILgf/D4guD38Pi04ADwgOAA8PhkgA=="}
+
 
 
 

simulateur_front.py

@@ -54,6 +54,16 @@ Label(single_inst_frame, text=f"Instruction").pack(pady=5, side=LEFT)
 single_instr = Label(single_inst_frame, text=f"instruction+cycle", width=30, bg="white")
 single_instr.pack(pady=5, side=tk.LEFT)
 
+# Boutons
+buttons_frame = tk.Frame(instructions_frame, width=400, height=100, bg="#89B4E1")
+buttons_frame.pack(padx=5, pady=5, side=tk.TOP)
+
+buttonAll = tk.Button(root, text="All In")
+buttonStep = tk.Button(root, text="Step By Step")
+
+buttonAll.pack(in_=buttons_frame, side=tk.LEFT)
+buttonStep.pack(in_=buttons_frame, side=tk.LEFT)
+
 image_frame = tk.Frame(instructions_frame, width=400, height=100, bg="#89B4E1")
 image_frame.pack(padx=5, pady=5, side=tk.TOP)
 
@@ -195,7 +205,7 @@ scrollbarOut.config(command=myOutList.yview)
 previous_sp = None  # Initialisation avant la première itération
 
 def update_gui():
-    global previous_sp  # Accéder à la variable globale previous_sp
+    global previous_sp, sim_iter  # Accéder à la variable globale previous_sp
     try:
         state = next(sim_iter)
 
@@ -234,6 +244,9 @@ def update_gui():
             hex_values = " ".join(f"{b:02X}" for b in chunk)
             myRamList.insert(tk.END, f"{addr:02X}: {hex_values}")
 
+        if (state["out"] != None):
+            myOutList.insert(tk.END, state["out"])
+
         # relance automatique
         root.after(200, update_gui)