b

beSponge_0_0_1.py

# > < v ^         - zmiana ruchu

moves = {'<':[-1, 0], '>':[1, 0], '^':[0, -1], 'V':[0, 1]}

# 1234567890      - push na stos

numbers = {'0':0, '1':1, '2':2, '3':3, '4':4, '5':5, '6':6, '7':7, '8':8, '9':9}

# +-*/%			- operacje na 2 wartościach na górze stosu

operations = ['+', '-', '*', '/']

# =				- jeśli 2 górne wartości są równe to pomiń następną instrukcje

equals = '='

# |				- zamień 2 wartości na stosie

swap = '|'

# &				- sklonuj wartość na górze stosu

clone = '#'

# . 			- wypisz pierwszą wartość ze stosu

write = '.'

# @				- zakończ program

finish = '@'


# hold values

stack = []

board = """
>9>#.1|-#0=V@
__^________<_"""

board = board.strip().split('\n')

eFlag = False

crsX = 0
crsY = 0

spdX = 0
spdY = 0

def handleMove(move):
	global spdX	
	global spdY

	change = moves.get(move)

	spdX = change[0]
	spdY = change[1]

def handleNumber(number):
	global stack

	toPush = numbers.get(number)

	stack.append(toPush)

def handleOperation(operation):
	global stack 

	a = stack.pop()
	b = stack.pop()

	out = eval(str(a) + operation + str(b))
	stack.append(out)

def handleEquals():
	global eFlag
	global stack

	a = stack.pop()
	b = stack.pop()

	if(a == b):
		eFlag = True

def handleSwap():
	global stack

	a = stack.pop()
	b = stack.pop()

	stack.append(a)
	stack.append(b)

def handleClone():
	global stack

	a = stack.pop()

	stack.append(a)
	stack.append(a)

def handleWrite():
	global stack

	a = stack.pop()
	print(a)

def handleFinish():
	exit()

def handleTile(tile):
	if(tile in moves):
		handleMove(tile)

	if(tile in numbers):
		handleNumber(tile)

	if(tile in operations):
		handleOperation(tile)

	if(tile == equals):
		handleEquals()

	if(tile == swap):
		handleSwap()

	if(tile == clone):
		handleClone()

	if(tile == write):
		handleWrite()

	if(tile == finish):
		handleFinish()

# main loop

while True:

	if(not eFlag):
		handleTile(board[crsY][crsX])
	else:
		eFlag = False


	crsX += spdX
	crsY += spdY

	if(crsX >= len(board[0]) or crsX < 0 or crsY >= len(board) or crsY < 0):
		print("Cursor out of board, exiting....")
		exit()