def on_newUser(payload, methods=['GET', 'POST']):
users.append(str(payload['user_name']))
newX = random.randint(0, N)
newY = random.randint(0, N)
print(len(board.Grid))
while board.Grid[newX][newY].Type != "Blank":
newX = random.randint(0, N)
newY = random.randint(0, N)
newTile = game.Tile(newX, newY, "Player", name=payload['user_name'])
board.updateGrid(newX, newY, newTile)
userLocations[payload['user_name']] = [newX, newY, 0, 3]
print(newX, newY)
print(board.Grid[newX][newY].Type)
print(users)
#socketio.emit('changeContext', broadcast=False)
print(board.Grid[newX][newY].Type)
socketio.emit(
'changeContext',
[payload['user_name'], board.serialize()],
broadcast=False)
socketio.emit('newUserBroadcast', userLocations, broadcast=True)
print("GETTING HERE TOO")
def test(i, currentX, currentY, direction):
print("HELLO!!!")
garbageX = currentX
garbageY = currentY
if direction == "Up":
garbageY = garbageY - 1
elif direction == "Down":
garbageY = garbageY + 1
elif direction == "Right":
garbageX = garbageX + 1
elif direction == "Left":
garbageX = garbageX - 1
if garbageX >= N or garbageX < 0 or garbageY >= N or garbageY < 0:
board.Grid[garbageX][garbageY].Name = ""
return
elif board.Grid[garbageX][garbageY].Type == "Player":
oldname = board.Grid[garbageX][garbageY].Name
userLocations[board.Grid[currentX][currentY].Name][2] += 1
userLocations[board.Grid[garbageX][garbageY].Name][3] -= 1
if userLocations[board.Grid[garbageX][garbageY].Name][3] <= 0:
print("asdfasdfasdfasdf")
tile = game.Tile(garbageX, garbageY)
board.updateGrid(garbageX, garbageY, tile)
obj = board.Grid[garbageX][garbageY].serialize()
obj['oldX'] = garbageX
obj['oldY'] = garbageY
socketio.emit('loser', oldname, broadcast=True)
socketio.emit('updateBoard', obj, broadcast=True)
socketio.emit('newUserBroadcast', userLocations)
print(userLocations)
#print(board.Grid[currentX][currentY].Name, board.Grid[garbageX][garbageY].Name)
return
elif board.Grid[garbageX][garbageY].Type != "Blank":
board.Grid[garbageX][garbageY].Name = ""
return
else:
board.Grid[currentX][currentY].X = garbageX
board.Grid[currentX][currentY].Y = garbageY
board.updateGrid(garbageX, garbageY, board.Grid[currentX][currentY])
blank = game.Tile(currentX, currentY)
board.updateGrid(currentX, currentY, blank)
obj = board.Grid[garbageX][garbageY].serialize()
obj['oldX'] = currentX
obj['oldY'] = currentY
#print("yooo")
print(currentX, currentY)
socketio.emit('updateBoard', obj, broadcast=True)
if i + 1 < 10:
print("yooo")
#threading.Timer(.5, lambda: print("hello")).start()
eventlet.sleep(.05)
test(i + 1, garbageX, garbageY, direction)
#t = threading.Timer(.5, test, [i+1, garbageX, garbageY, direction])
#t.start()
#t.join()
print("yo#2")
else:
board.Grid[garbageX][garbageY].Name = ""
def test_get_tile(self):
b = self.board
self.assertEqual(b.get_tile(game.Position(0, 0)), game.Tile("0110"))
self.assertEqual(b.get_tile(game.Position(2, 2)), game.Tile("0000"))
def on_button(payload, methods=['GET', 'POST']):
currentX = userLocations[payload['name']][0]
currentY = userLocations[payload['name']][1]
newX = currentX
newY = currentY
direction = payload['button']
if direction == "Up":
newY = currentY - 1
elif direction == "Down":
newY = currentY + 1
elif direction == "Right":
newX = currentX + 1
elif direction == "Left":
newX = currentX - 1
if newX >= N or newX < 0 or newY >= N or newY < 0:
return
elif board.Grid[newX][newY].Type == "Player":
return
elif board.Grid[newX][newY].Type == "Trashcan":
print("asdkjfhaksjdhfkjasdhfjkashfjk")
#garbageX = newX
#garbageY = newY
#count = 0
board.Grid[newX][newY].Name = payload['name']
test(0, newX, newY, direction)
"""
for i in range(0,10):
currentX2 = garbageX
currentY2 = garbageY
if direction == "Up":
garbageY = garbageY - 1
elif direction == "Down":
garbageY = garbageY + 1
elif direction == "Right":
garbageX = garbageX + 1
elif direction == "Left":
garbageX = garbageX - 1
if garbageX >= N or garbageX < 0 or garbageY >= N or garbageY < 0:
return
elif board.Grid[garbageX][garbageY].Type != "Blank":
# add player collision check here later
return
else:
board.Grid[currentX2][currentY2].X = garbageX
board.Grid[currentX2][currentY2].Y = garbageY
board.updateGrid(garbageX, garbageY, board.Grid[currentX2][currentY2])
blank = game.Tile(currentX2, currentY2)
board.updateGrid(currentX2, currentY2, blank)
obj = board.Grid[garbageX][garbageY].serialize()
obj['oldX'] = currentX2
obj['oldY'] = currentY2
#count += 1
#print("yooo")
socketio.emit('updateBoard', obj, broadcast=True)
"""
return
board.Grid[currentX][currentY].X = newX
board.Grid[currentX][currentY].Y = newY
userLocations[payload['name']][0] = newX
userLocations[payload['name']][1] = newY
board.updateGrid(newX, newY, board.Grid[currentX][currentY])
blank = game.Tile(currentX, currentY)
board.updateGrid(currentX, currentY, blank)
obj = board.Grid[newX][newY].serialize()
obj['oldX'] = currentX
obj['oldY'] = currentY
socketio.emit('updateBoard', obj, broadcast=True)
def test_can_go(self):
t = game.Tile("1010")
self.assertTrue(t.can_go(game.UP))
self.assertFalse(t.can_go(game.RIGHT))