[printer] Functions accept states

solve/printer.py

@@ -1,13 +1,12 @@
 from collections import defaultdict, deque
-from collections.abc import Sequence
 
 from .players import AliasMappingType
-from .states import DissectMove, PassMove
+from .states import StateOfAllRooms, StateOfAllStatues
 
 
 def print_pass_moves(
+        state: StateOfAllRooms,
         aliases: AliasMappingType,
-        moves: Sequence[PassMove],
         /,
         interactive: bool,
         ) -> None:
@@ -16,7 +15,7 @@ def print_pass_moves(
     If ``interactive`` is ``True``, prompts the user before continuing.
     """
     position2collect = defaultdict(deque)
-    for m in moves:
+    for m in state.moves_made:
         position2collect[m.departure].appendleft(m.shape)
 
     initial_msg = ', '.join(
@@ -27,7 +26,7 @@ def print_pass_moves(
     print_move = input if interactive else print
     print('--- STEPS IN SOLO ROOMS ---')
     print_move(initial_msg)
-    for m in moves:
+    for m in state.moves_made:
         print_move(
             f'Player {aliases[m.departure]}: '
             f'pass {m.shape} to {m.destination}'
@@ -41,26 +40,26 @@ def print_pass_moves(
         'All player in the solo rooms must collect two shapes and wait\n'
         'Proceed with dissection\n'
         '--- LAST POSITION ---\n'
-        f'{moves[-1].destination}'
+        f'{state.last_position}'
         )
 
 
-def print_dissect_moves(moves: Sequence[DissectMove], /, interactive: bool) -> None:
+def print_dissect_moves(state: StateOfAllStatues, /, interactive: bool) -> None:
     """
     Prints dissect moves to the console.
     If ``interactive`` is ``True``, prompts the user before continuing.
     """
     print_move = input if interactive else print
 
     print('--- STEPS FOR DISSECTION ---')
-    for m in moves:
+    for m in state.moves_made:
         print_move(f'Dissect {m.shape} from {m.destination}')
 
     print(
         '--- DISSECTION IS DONE ---\n'
         'All players in the solo rooms must leave them\n'
         '--- LAST POSITION ---\n'
-        f'{moves[-1].destination}'
+        f'{state.last_position}'
         )