# -*- coding: utf-8 -*-
import io
from collections import Counter


#Dictionaries
cardNames = {"♢":"D", "♡":"H", "♠":"S", "♣":"C"}
cardColors = {"D":"White", "H":"White", "S":"Black", "C":"Black"}
cardValues = ['2', '3', '4', '5', '6', '7', '8', '9', '10', "B", "V", "H", "A"]

#Functions
def basefunc(x, y, z, index = 0):
    return len([a for a in Counter(i[index] for i in x).values() if a >= y]) >=1

def onePair(x):
    return basefunc(x,2,1)

def threeOfAKind(x):
    return basefunc(x,3,1)

def twoPair(x):
    return basefunc(x,2,2)

def straight(x):
    return len([a for a in Counter(i[0] for i in x).values() if a != 1]) == 0

def Flush(x):
    return len(Counter(i[2] for i in x).values()) == 1

def fullHouse(x):
    return basefunc(x,2,2) and basefunc(x,3,1)

def straightFlush(x):
    return straight(x) and Flush(x)

def fourOfAKind(x):
    return basefunc(x,4,1)

def royalFlush(x):
    return sorted([a for a in x[0]]) == [9,10,11,12,13]


def checkValidity(hand, allFuncs):
    for f in allFuncs:
        if f(hand):
            return f.__name__
    return "This hand has no properties"

def sanitiseHand(hand):
    return [(cardValues.index(str(i[:-1])),cardNames[i[-1]],cardColors[cardNames[i[-1]]]) for i in hand.split(',')[0:5]]
    #return [(cardValues.index(str(i[:-1])),cardNames[i[-1].encode('utf-8')],cardColors[cardNames[i[-1].encode('utf-8')]]) for i in hand.split(',')[0:5]]




with io.open("C:/Users/Tim/Downloads/hands.csv", "r", encoding ='utf-8') as file:
    hands = file.readlines()

allFuncs = [fourOfAKind,straightFlush,fullHouse,fullHouse, Flush, straight, twoPair, threeOfAKind, onePair]

aaa = 0;
newHands = [sanitiseHand(i) for i in hands]
for h in newHands:
    aaa = aaa+1
    print(aaa)
    print(h)
    print(checkValidity(h, allFuncs))
    print()