# -*- coding: utf-8 -*-

import random as rd
import datetime

# =============================================================================
# RunningTime()
# =============================================================================
def RunningTime(func):
    """
    Decorator -- For Calculate the running time
    """
    def cputime(*arg, **kwarg):
        start = datetime.datetime.now()
        func(*arg, **kwarg)
        stop = datetime.datetime.now()
        print(f"Running Time = {stop-start}")
    
    return cputime

spade = "\u2660"
heart = "\u2665"
diamond = "\u2666"
club = "\u2663"
suits = [spade, heart, diamond, club]


# =============================================================================
# class Card
# =============================================================================
class Card(object):
    """
    一張撲克牌的物件
    """
    def __init__(self, suit, rank):
        self.suit = suit
        self.rank = rank
        self.ran = None
    
    def __repr__(self):
        if self.rank == 11:
            return f"{self.suit}J"
        elif self.rank == 12:
            return f"{self.suit}Q"
        elif self.rank == 13:
            return f"{self.suit}K"
        elif self.rank == 1:
            return f"{self.suit}A"
        else:
            return f"{self.suit}{self.rank}"
    
    def __lt__(self, anotherCard):
        if self.ran < anotherCard.ran:
            return True
        else:
            return False

    def __gt__(self, anotherCard):
        if self.ran > anotherCard.ran:
            return True
        else:
            return False
        
    __str__=__repr__


# =============================================================================
# class ShowHand
# =============================================================================
class ShowHand(object):
    def __init__(self):
        self.cards = []#建立一副牌
        self.pick5 = []#取出5張牌
        for s in suits:
            for r in range(1,14):   
                self.cards.append(Card(s, r))
        
    def deal(self):
        """
        發牌
        """
        self.__shuffle()
        j = self.__judge()
        print(f"{j}\n{self.pick5}")
        return j
    
    
    def __shuffle(self):    
        """
        洗牌
        """
        rd.shuffle(self.cards)
        self.pick5 = self.cards[:5]

        
    def __judge(self):
        """
        判斷牌型
        """
        self.__sortByRank()
        if self.__isRoyalFlush():
            return "同花大順"
        elif self.__isStraightFlush():
            return("同花順")
        elif self.__is4OfAKind():
            return("鐵支")
        elif self.__isFlush():
            return("同花")
        elif self.__isStraight():
            return("順")
        elif self.__is3OfAKind():
            return("三條")
        elif self.__isTwoPairs():
            return("Two Pairs")
        elif self.__isJacksOrBetter():
            return("Jacks or Better")
        else:
            return("Nothing")
        
        
    def __sortByRank(self):
        """
        Sort pick5 by Rank
        """
        for p in self.pick5:
            p.ran = rd.random()
        
        self.pick5.sort(key=lambda x: x.rank)     

       
    def __isFlush(self):
        """
        Is it a Flush?
        """     
        if self.pick5[0].suit==self.pick5[1].suit==self.pick5[2].suit==self.pick5[3].suit==self.pick5[4].suit:
            #print("It is a Flush")
            return True
        else:
            #print("Not a Flush")
            return False
    
    
    def __isStraight(self):
        """
        Is it a Straight?
        """
        if all([self.pick5[0].rank==1, self.pick5[1].rank==10, self.pick5[2].rank==11, self.pick5[3].rank==12, self.pick5[4].rank==13]):
            #print("It is the Biggest Straight")
            return 1
        elif self.pick5[0].rank+4==self.pick5[1].rank+3==self.pick5[2].rank+2==self.pick5[3].rank+1==self.pick5[4].rank:
            #print("It is a Straight")
            return 2
        else:
            #print("It is not a Straight")
            return 0
        
        
    def __is4OfAKind(self):
        """
        Is it a 4 of a kind?
        """
        if (self.pick5[0].rank==self.pick5[1].rank==self.pick5[2].rank==self.pick5[3].rank or 
            self.pick5[1].rank==self.pick5[2].rank==self.pick5[3].rank==self.pick5[4].rank):
            #print("It is a 4 of a kind")
            return True
        else:
            #print("It is not a 4 of a kind")
            return False
        
        
    def __is3OfAKind(self):
        """
        Is it a 3 of a kind?
        """
        if ((self.pick5[0].rank==self.pick5[1].rank==self.pick5[2].rank!=self.pick5[3].rank!=self.pick5[4].rank) or 
            (self.pick5[0].rank!=self.pick5[1].rank==self.pick5[2].rank==self.pick5[3].rank!=self.pick5[4].rank) or
            (self.pick5[0].rank!=self.pick5[1].rank!=self.pick5[2].rank==self.pick5[3].rank==self.pick5[4].rank)):
            #print("It is a 3 of a kind")
            return True
        else:
            #print("It is not a 3 of a kind")
            return False    
    
    
    def __isRoyalFlush(self):
        """
        Is it a Royal Flush?
        """
        if self.__isStraight()==1 and self.__isFlush():
            return True
        else:
            return False
        
        
    def __isStraightFlush(self):
        """
        Is it a Straight Flush?
        """
        if self.__isStraight()==2 and self.__isFlush():
            return True
        else:
            return False
        
        
    def __isFullHouse(self):
        """
        Is it a Full House?
        """
        if ((self.pick5[0].rank==self.pick5[1].rank and self.pick5[2].rank==self.pick5[3].rank==self.pick5[4].rank) or
            (self.pick5[0].rank==self.pick5[1].rank==self.pick5[2].rank and self.pick5[3].rank==self.pick5[4].rank)):
            #print("It is a Full House")
            return True
        else:
            #print("It is not a Full House")
            return False
        
    
    def __isTwoPairs(self):
        """
        Is it a Two Pairs?
        """
        if ((self.pick5[0].rank!=self.pick5[1].rank==self.pick5[2].rank!=self.pick5[3].rank==self.pick5[4].rank) or
            (self.pick5[0].rank==self.pick5[1].rank!=self.pick5[2].rank!=self.pick5[3].rank==self.pick5[4].rank) or
            (self.pick5[0].rank==self.pick5[1].rank!=self.pick5[2].rank==self.pick5[3].rank==self.pick5[4].rank)):
            #print("It is a Two Pair.")
            return True
        else:
            #print("It is not a Two Pair")
            return False
        
        
    def __isJacksOrBetter(self):
        """
        Is it a Jacks of Better?
        """
        if (((self.pick5[0].rank==self.pick5[1].rank!=self.pick5[2].rank!=self.pick5[3].rank!=self.pick5[4].rank) and (self.pick5[0].rank==1 or self.pick5[0].rank >10)) or
            ((self.pick5[0].rank!=self.pick5[1].rank==self.pick5[2].rank!=self.pick5[3].rank!=self.pick5[4].rank) and (self.pick5[1].rank==1 or self.pick5[1].rank >10)) or
            ((self.pick5[0].rank!=self.pick5[1].rank!=self.pick5[2].rank==self.pick5[3].rank!=self.pick5[4].rank) and (self.pick5[2].rank==1 or self.pick5[2].rank >10)) or
            ((self.pick5[0].rank!=self.pick5[1].rank!=self.pick5[2].rank!=self.pick5[3].rank==self.pick5[4].rank) and (self.pick5[3].rank==1 or self.pick5[3].rank >10))):
            #print("It is Jacks or Better")
            return True
        else:
            #print("It is not Jacks or Better")
            return False


# =============================================================================
# main
# =============================================================================
if __name__=="__main__":
    #"""
    sh = ShowHand()
    while True:
        command = input("Deal(d) or Quit(q)?")
        if command.casefold() == "Deal".casefold() or command.casefold() == "d".casefold():
            sh.deal()
        if command.casefold() == "Quit".casefold() or command.casefold() == "q".casefold():
            break
    #"""
    
    
    """
    @RunningTime
    def check():
        sh = ShowHand()
        while True:
            if sh.deal().casefold() == "同花大順".casefold():
                break
    check()
    #"""