#poker.py

import random 

#suits = ['clubs','diamonds','hearts','spades']
suits = ['\u2663','\u2666','\u2665','\u2660']
#Aces high: 14
#card is a tuple (2-14,suit_char)


def card_str(card):   #return a string of the card 8H, AC,  etc
    if card[0] == 14:
        pip = 'A'
    elif card[0] == 11:
        pip = 'J'
    elif card[0] == 12:
        pip = 'Q'
    elif card[0] == 13:
        pip = 'K'
    else:
        pip = str(card[0])
    return pip+card[1]


def hand_str(hand):   #return a string of all the cards
    h = ''
    for card in hand:
        h += card_str(card) + ' '
    return h


def rank(h):   #5 cards, in sorted order
    straight = flush = False
    if h[0][0]+1==h[1][0] and h[1][0]+1==h[2][0] and h[2][0]+1==h[3][0] and h[3][0]+1==h[4][0]:
        straight = True
    elif h[0][0]==2 and h[1][0]==3 and h[2][0]==4 and h[3][0]==5 and h[4][0]==14:
        straight = True   #A2345
        
    if h[0][1]==h[1][1]==h[2][1]==h[3][1]==h[4][1]:
        flush = True
    if straight:
        if flush:
            return "straight flush"
        else:
            return "straight: " + str(h[0][0]) + "-" + str(h[4][0])
    elif flush:
        return "flush"

    if h[0][0]==h[3][0] or h[1][0]==h[4][0]:
        return "four-of-a-kind: " + str(h[1][0])

    if h[0][0]==h[2][0] and h[3][0]==h[4][0] or\
       h[0][0]==h[1][0] and h[2][0]==h[4][0]:
           return "full house"
    
    if h[0][0]==h[2][0] or h[1][0]==h[3][0] or h[2][0]==h[4][0]:
           return "three-of-a-kind"

    if h[0][0]==h[1][0] and h[2][0]==h[3][0] or\
       h[0][0]==h[1][0] and h[3][0]==h[4][0] or\
       h[1][0]==h[2][0] and h[3][0]==h[4][0]:
           return "two pair"

    if h[0][0]==h[1][0] or h[1][0]==h[2][0] or\
       h[2][0]==h[3][0] or h[3][0]==h[4][0]:
        return "one pair"
    
#    return str(h[4][0]) + " high"
    return  "high"


deck = [(i%13+2,suits[i//13]) for i in range(52)]    #create a fresh deck
#tuples: (2-14,suit_char)
#print(deck)

#hand=[(10,'♦'),(11, '♣'),(12, '♥'),(13, '♦'),(14, '♠')]
#hand=[(14,'♦'),(2, '♣'),(3, '♥'),(4, '♦'),(5, '♠')]
#hand.sort(key=lambda t: (t[0], suits.index(t[1])))
#print(hand_str(hand), rank(hand))


loops = int(input("number of hands: "))
for i in range(loops):
    random.shuffle(deck)
    #print(hand_str(deck))

    hand = deck[:5]
    #del deck[:5]
    hand.sort(key=lambda t: (t[0], suits.index(t[1])))
    if rank(hand) not in ['one pair','high','two pair']:
        print(hand_str(hand), rank(hand))
        


#test ranking
#hand=[(6, '♦'), (7, '♦'), (8, '♦'), (9, '♦'), (10, '♦')]
#hand=[(6, '♦'), (7, '♦'),(8, '♠'), (9, '♠'), (10, '♠')]
#hand=[(3, '♦'),(6, '♦'), (7, '♦'),  (9, '♦'), (13, '♦')]

#hand=[(6, '♣'),(6, '♦'),(6, '♥'),(6, '♠'),(9, '♦')]
#hand=[(3, '♦'),(6, '♣'),(6, '♦'),(6, '♥'),(6, '♠')]

#hand=[(3, '♦'),(3, '♠'),(6, '♣'),(6, '♦'),(6, '♥')]
#hand=[(3, '♣'),(3, '♦'),(3, '♠'),(6, '♦'),(6, '♥')]

#hand=[(3, '♣'),(3, '♦'),(3, '♠'),(6, '♦'),(7, '♥')]
#hand=[(2, '♦'),(3, '♣'),(3, '♦'),(3, '♠'),(7, '♥')]
#hand=[(1, '♦'),(2, '♥'),(3, '♣'),(3, '♦'),(3, '♠')]

#hand=[(3, '♦'),(3, '♠'),(6, '♣'),(6, '♦'),(9, '♥')]
#hand=[(3, '♦'),(3, '♠'),(5, '♥'),(6, '♣'),(6, '♦')]
#hand=[(2, '♥'),(3, '♦'),(3, '♠'),(6, '♣'),(6, '♦')]

#hand=[(3, '♦'),(3, '♠'),(6, '♣'),(7, '♦'),(9, '♥')]
#hand=[(2,'♦'),(3, '♦'),(3, '♠'),(6, '♣'),(9, '♥')]
#hand=[(1,'♦'),(2, '♣'),(3, '♦'),(3, '♠'),(9, '♥')]
#hand=[(1,'♦'),(2, '♣'),(9, '♥'),(3, '♦'),(3, '♠')]

#hand=[(14,'♦'),(2, '♣'),(3, '♥'),(4, '♦'),(5, '♠')]
#hand=[(10,'♦'),(11, '♣'),(12, '♥'),(13, '♦'),(1, '♠')]