Added Day 5 Part 2

Author: alexgibbs606

Day5/Part2.py

@@ -0,0 +1,46 @@
+from pathlib import Path
+
+from Day5 import Part1
+
+
+class SupplyStacks(Part1.SupplyStacks):
+	def moveMany(self, sourceStack:int, resultStack:int, count:int=1, index:int=1):
+		''' Moves a piece of cargo from one stack to the other.
+
+		Arguments:
+			sourceStack(int): The stack in which to pull the cargo from.
+			resultStack(int): The stack in which to place our cargo.
+			count(int): Number of items to move to the new stack.
+			index(int): How the stack system was ordinated. i.e. was it a 0-index or 1-index system.
+				Default: 1
+		'''
+		cargo = self.stacks[sourceStack - index][-count:]
+		del self.stacks[sourceStack - index][-count:]
+		self.stacks[resultStack - index] += cargo
+
+def solve(filePath:Path) -> str:
+	''' Finds the sum of priorities in a given file.
+
+	Arguments:
+		filePath(pathlib.Path): The filepath in which to read data from.
+
+	Returns:
+		A string with the name of all the supply stack tops
+	'''
+	# Opening our filepath and splitting our cargo stacks from our commands
+	with open(filePath, 'r', encoding='UTF-8') as dataFile:
+		cargoData, commands = dataFile.read().split('\n\n')
+
+	# Now, lets create our supply stacks
+	supplyStacks = SupplyStacks(stackData=cargoData)
+
+	# Iterating through our commands and feeding them to the supply stack
+	for command in commands.splitlines():
+		count, source, result = [int(_) for _ in command.split(' ')[1::2]]
+		supplyStacks.moveMany(source, result, count=count, index=1)
+
+	# Printing our supplyStacks to get our result
+	print(supplyStacks)
+
+	# Returning a string of the top of all our stacks
+	return ''.join([stack[-1] for stack in supplyStacks.stacks])