def printList(numbersList: list[list[int]], symbolsList: list[str]) :
	for line in numbersList :
		print(f"{line}")
	print(f"{symbolsList}")

def parseInput() :
	numbers: list[list[int]] = [[]]
	for colNum in range(len(rawInput[0])) :
		numStr = ""
		for rowNum in range(len(rawInput) - 1) :
			char = rawInput[rowNum][colNum]
			if char != " " :
				numStr += char
		if len(numStr) > 0 :
			numbers[-1].append(int(numStr))
		elif len(numbers[-1]) > 0:
			numbers.append([])
	if len(numbers[-1]) == 0 :
		numbers.pop()

	symbols: list[str] = []
	for sym in rawInput[-1].split(" ") :
		if len(sym.replace(" ", "")) == 0:
			continue
		symbols.append(sym.replace(" ", ""))
	return numbers, symbols

def getValue(col: list[int], symbol: str) :
	if symbol == "+" :
		value = sum(col)
	else :
		value = prod(col)
	print(f"list = {col}, sym = {symbol}, Value = {value}")
	return value

def prod(list: list[int]) :
	if len(list) == 0 :
		return 0
	value = 1
	for val in list :
		value *= val
	return value


testInput = [
	"123 328  51 64 ",
	" 45 64  387 23 ",
	"  6 98  215 314",
	"*   +   *   +  "
]

def readFile() :
	ary = []
	with open("files/Problem6.txt", "r") as file :
		for line in file :
			ary.append(line.replace("\n", ""))
	return ary


#rawInput = testInput
rawInput = readFile()
numbers, symbols = parseInput()
#printList(numbers, symbols)
values: list[int] = []
for colNum in range(len(numbers)) :
	value = getValue(numbers[colNum], symbols[colNum])
	values.append(value)

print(f"Sum = {sum(values)}")

#Sum = 9770311947567