데블스캠프2005/금요일/OneCard

# -*- coding: UTF-8 -*-

import random

class Card:
	def __init__(self, shape=None, number=None):
		self.shape = shape
		self.number = number
	def __str__(self):
		s = '%s %s' % (self.shape, self.number)
		return s

def shuffleCards():
	cards = []
	cardsNums = range(2,11) + ['J', 'Q', 'K', 'Q', 'A']
	cardShapes = ['◆','♠','♣','♥']

	for number in cardsNums:
		for shape in cardShapes:
			cards.append(Card(shape, number))
	
	random.shuffle(cards)
	return cards

def printCardDeck(pcCards, myCards, cardOnTable):
	jobs = [pcCards, [cardOnTable], myCards]

	for job in jobs:
		if job != None:
			printDeck(job)

def printDeck(cards):
	leftUp = '┌'
	post = '│'
	rightUp = '┐'
	leftDown = '└'
	rightDown = '┘'

	crossBar = '─'*len(cards)*3
	allCards = 
	
	for card in cards:
		allCards += str(card) + ', '

	allCards = allCards[0:len(allCards)-2]
	
	upperCrossBar = leftUp+crossBar+rightUp
	lowerCrossBar = leftDown+crossBar+rightDown
	spaces = ' ' * (len(upperCrossBar)-len(allCards)-4)
	allCards += spaces
	
	print upperCrossBar
	print '%s%s%s' % (post, allCards, post)
	print lowerCrossBar

##############################################################
def game():
	cards =  shuffleCards()
	
	pcCards = cards[1:10]
	myCards = cards[11:20]
	cardOnTable = cards[0]

	numCardsRemoved = 0
	printCardDeck(pcCards, myCards, cardOnTable)

	while not (len(pcCards)==0 or len(myCards)==0):
		cardOnTable, myResult = userProc(cardOnTable, myCards)
		cardOnTable, pcResult = pcProc(cardOnTable, pcCards)

		numCardsRemoved = myResult + pcResult

		if numCardsRemoved == 0:
			break

		printCardDeck(pcCards, myCards, cardOnTable)
		
def userProc(cardOnTable, myCards):
	cnt = 0
	while True:
		select = input('card index (-1:skip) : ')

		if select == -1 :
			return cardOnTable, cnt

		if not canHandOut(cardOnTable, myCards[select]):
			print 'you cannot handout that card'
			continue
		else:
			cardOnTable = myCards.pop(select)
			cnt += 1
			printDeck([cardOnTable])
			printDeck(myCards)
			continue

def pcProc(cardOnTable, pcCards):
	cnt = 0
	removed = False
	while True:
		for index in range(0, len(pcCards)):
			if canHandOut(cardOnTable, pcCards[index]):
				cardOnTable = pcCards.pop(index)
				removed = True
				break
		if removed:
			removed = False
			continue

		return cardOnTable, cnt

def canHandOut(cardOnTable, myCard):
	if cardOnTable.shape==myCard.shape or cardOnTable.number==myCard.number:
		return True
	else:
		return False
##############################################################

if __name__=='__main__':
	game()