Feature/board reset

client.py

@@ -7,10 +7,15 @@
 import socket
 import time
 from controller_config import config
+import sys
 
 # Arguably dangerous to assume these exist, but OK to crash if they don't
 # since these values are necessary
-HOST = config['robot']['ip']
+if len(sys.argv)>1:
+    HOST = sys.argv[2]
+else:
+    HOST = config['robot']['ip']
+
 PORT = config['robot']['port']
 
 # Socket for connecting to robot
@@ -21,8 +26,10 @@
 
 # Open connection
 def open():
+    global s
     try:
         s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
+        print("Connecting to {}:{}".format(HOST, PORT))
         s.connect((HOST, PORT))
         conn_open = True
     except Exception as exception:
@@ -35,20 +42,20 @@ def close():
     conn_open = False
 
 # The following several functions are to convert the given commands into a later seperatable string
-def move_piece(cellA,cellB):
-    message = 'move_piece;' + str(cellA) + ';' + str(cellB)
+def move_piece(cellA,cellB, piece_type):
+    message = 'move_piece;' + str(cellA) + ';' + str(cellB) + ';' + str(piece_type)
     send(message)
 
-def move(cellA, cellB):
-    message = 'move;' + str(cellA) + ';' + str(cellB)
+def move(cellA, cellB, piece_type):
+    message = 'move;' + str(cellA) + ';' + str(cellB) + ';' + str(piece_type)
     send(message)
 
-def take_piece(cellA, cellB, piece):
-    message = 'take_piece;' + str(cellA) + ';' + str(cellB) + ';' + str(piece)
+def take_piece(cellA, cellB, piece, piece_typeA, piece_typeB):
+    message = 'take_piece;' + str(cellA) + ';' + str(cellB) + ';' + str(piece) + ';' + str(piece_typeA) + ';' + str(piece_typeB)
     send(message)
 
-def perform_castling_at(cellA, cellB, cellC, cellD):
-    message = 'perform_castling_at;' + str(cellA) + ';' + str(cellB) + ';' + str(cellC) + ';' + str(cellD)
+def perform_castling_at(cellA, cellB, cellC, cellD, piece_typeA, piece_typeB):
+    message = 'perform_castling_at;' + str(cellA) + ';' + str(cellB) + ';' + str(cellC) + ';' + str(cellD) + ';' + str(piece_typeA) + ';' + str(piece_typeB)
     send(message)
 
 def en_passant(cellA, cellB, cellTake, piece):

config.yaml

@@ -3,5 +3,5 @@ robot:
     port: 64432
 
 controller:
-    id: 'CHANGE_ME'
+    id: 'kevin'
     version: '0.0.1'

controller.py

@@ -4,15 +4,21 @@
 import json
 import internal_logic
 from controller_config import config
+import client as cl
+from square_piece import square_to_piece
 
 # Arguably dangerous to assume these exist, but OK to crash if they don't
 # since these values are necessary
-controller_id = config['controller']['id']
 version = config['controller']['version']
+controller_id = config['controller']['id']
+
+if len(sys.argv)>1:
+    controller_id = sys.argv[1]
 
 req = communication.Requester(controller_id, version)
 
 def control_loop():
+
     ply_count = 0
 
     while True:
@@ -24,6 +30,24 @@ def control_loop():
             jsonfile = r.json()
             print(jsonfile)
 
+            if(jsonfile['game_over']['game_over']) {
+                piece_list = ["a1","b1","c1","d1","e1","f1","g1","h1",
+                "a2","b2","c2","d2","e2","f2","g2","h2",
+                "a7","b7","c7","d7","e7","f7","g7","h7",
+                "a8","b8","c8","d8","e8","f8","g8","h8",]
+                for square, i in enumerate(jsonfile["initial_positions"]):
+                    initial_position = reset.reset_board(square, jsonfile['initial_positions'])
+                    piece_list.remove(initial_position)
+                if piece_list != None:
+                    for initial_pos, i in enumerate(piece_list):
+                        col, row = square[:1].upper(), int(square[1:])
+                        cell = (col,row)
+                        buffer_cell = (8 + (row % 4), col
+                        piece = square_to_piece[initial_pos]
+                        cl.move_piece(buffer_cell, cell, piece)
+                break
+            }
+
             for actions, i in enumerate(jsonfile["history"]):
                 ply_count = internal_logic.parseJson(jsonfile["history"][actions],ply_count)
                 r = req.sendResponse(ply_count)

reset.py

@@ -0,0 +1,27 @@
+import json
+import client as cl
+from square_piece import square_to_piece
+
+# Close connection to robot
+def close():
+    cl.close()
+
+# Function to select the appropriate move based on the json data (move_data)
+# move_data has the form jsondata["history"][n], where n is the move identifier
+def reset_board(square, piece_map):
+
+    print(square)
+    initial_position = piece_map[square]
+
+
+    if square != initial_position:
+        piece = square_to_piece[initial_position]
+
+        rowA, colA = square[:1].upper(), int(square[1:])
+        cellA = (rowA,colA)
+
+        rowB, colB = initial_position[:1].upper(), int(initial_position[1:])
+        cellB = (rowB,colB)
+
+        cl.move_piece(cellA, cellB, piece)
+        return initial_position

square_piece.py

@@ -0,0 +1,34 @@
+square_to_piece = {}
+
+square_to_piece["a1"] = 'r'
+square_to_piece["b1"] = 'n'
+square_to_piece["c1"] = 'b'
+square_to_piece["d1"] = 'q'
+square_to_piece["e1"] = 'k'
+square_to_piece["f1"] = 'b'
+square_to_piece["g1"] = 'n'
+square_to_piece["h1"] = 'r'
+square_to_piece["a2"] = 'p'
+square_to_piece["b2"] = 'p'
+square_to_piece["c2"] = 'p'
+square_to_piece["d2"] = 'p'
+square_to_piece["e2"] = 'p'
+square_to_piece["f2"] = 'p'
+square_to_piece["g2"] = 'p'
+square_to_piece["h2"] = 'p'
+square_to_piece["a7"] = 'p'
+square_to_piece["b7"] = 'p'
+square_to_piece["c7"] = 'p'
+square_to_piece["d7"] = 'p'
+square_to_piece["e7"] = 'p'
+square_to_piece["f7"] = 'p'
+square_to_piece["g7"] = 'p'
+square_to_piece["h7"] = 'p'
+square_to_piece["a8"] = 'r'
+square_to_piece["b8"] = 'n'
+square_to_piece["c8"] = 'b'
+square_to_piece["d8"] = 'q'
+square_to_piece["e8"] = 'k'
+square_to_piece["f8"] = 'b'
+square_to_piece["g8"] = 'n'
+square_to_piece["h8"] = 'r'