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In this blog post, we will create a simple 5-card draw poker game in Python using the
asyncio library. The 7️⃣ game will allow 2 to 4 players to play without a betting aspect,
but it will determine a winner based 7️⃣ on their poker hands. The main purpose of using
the asyncio library in this example is to familiarize ourselves with 7️⃣ asynchronous
programming concepts, even though our game does not require concurrent
execution.
Asynchronous programming is a programming paradigm that allows multiple
7️⃣ tasks to be performed concurrently without waiting for one task to finish before
starting the next one. This is particularly 7️⃣ useful in situations where tasks involve
I/O-bound operations, such as reading from a file or making network requests, which can
7️⃣ take a significant amount of time. The asyncio library is an essential component of
asynchronous programming in Python. It provides 7️⃣ an event loop, coroutines, and other
utilities that enable developers to write efficient, non-blocking code, significantly
improving the performance and 7️⃣ responsiveness of applications, particularly in
networking and web-based contexts.
In this tutorial, we will leverage the asyncio
library to create a 7️⃣ simple poker game, demonstrating the power and flexibility of
asynchronous programming in Python.
Requirements:
Python 3.7+
Step 1: Importing
necessary libraries and defining 7️⃣ the dataclasses
First, let's import the required
libraries and define our dataclasses for Card, Rank, Suit, and GameState:
import
asyncio import random 7️⃣ from collections import Counter from dataclasses import dataclass
from enum import Enum , auto from typing import List , Tuple 7️⃣ class Suit ( Enum ):
SPADES = "♠" HEARTS = "♥" DIAMONDS = "♦" CLUBS = "♣" class Rank ( 7️⃣ Enum ): TWO = 2 THREE
= 3 FOUR = 4 FIVE = 5 SIX = 6 SEVEN = 7 7️⃣ EIGHT = 8 NINE = 9 TEN = 10 JACK = 11 QUEEN =
12 KING = 13 ACE = 7️⃣ 14 @ dataclass class Card : suit : Suit rank : Rank def __str__ (
self ): return f " 7️⃣ { self . rank . name . capitalize () }{ self . suit . value } " @
dataclass class 7️⃣ GameState : deck : List [ Card ] players : List [ List [ Card ]] Enter
fullscreen mode Exit 7️⃣ fullscreen mode
Step 2: Implementing the deck creation and
shuffling functions
Now, let's create a function to create a deck of cards 7️⃣ and another
function to shuffle the deck using asyncio:
def create_deck () -> List [ Card ]: return
[ Card ( 7️⃣ suit , rank ) for suit in Suit for rank in Rank ] async def shuffle_deck (
deck : List 7️⃣ [ Card ]) -> List [ Card ]: await asyncio . sleep ( 0 ) # simulating
asynchronous behavior random 7️⃣ . shuffle ( deck ) return deck Enter fullscreen mode Exit
fullscreen mode
Step 3: Dealing and ranking hands
Next, we need 7️⃣ to implement a function
to deal cards from the deck and a function to rank the hands of the players:
async 7️⃣ def
deal_cards ( game_state : GameState , num_cards : int ) -> List [ Card ]: new_cards =
[] for 7️⃣ _ in range ( num_cards ): card = game_state . deck . pop () new_cards . append (
card ) 7️⃣ return new_cards def rank_hand ( hand : List [ Card ]) -> Tuple [ int , List [
int ]]: 7️⃣ ranks = sorted ([ card . rank . value for card in hand ], reverse = True )
suits = 7️⃣ [ card . suit for card in hand ] rank_counts = Counter ( ranks ) is_flush = len
( set 7️⃣ ( suits )) == 1 is_straight = len ( set ( ranks )) == 5 and max ( ranks ) 7️⃣ - min (
ranks ) == 4 # Determine hand rank based on poker hand rankings # ... (refer to 7️⃣ the
previous code snippets for the full rank_hand function) Enter fullscreen mode Exit
fullscreen mode
Step 4: Drawing cards and playing 7️⃣ the game
Now, let's add the
functionality to draw new cards after discarding and the main game loop:
async def
draw_cards ( 7️⃣ game_state : GameState , player_idx : int , discard_indices : List [ int
]) -> None : player_hand = game_state 7️⃣ . players [ player_idx ] for index in sorted (
discard_indices , reverse = True ): del player_hand [ index 7️⃣ ] new_cards = await
deal_cards ( game_state , len ( discard_indices )) game_state . players [ player_idx ]
= player_hand 7️⃣ + new_cards async def play_game ( num_players : int ) -> None : deck =
await shuffle_deck ( create_deck ()) 7️⃣ game_state = GameState ( deck = deck , players =
[[] for _ in range ( num_players )]) for i 7️⃣ in range ( num_players ): game_state .
players [ i ] = await deal_cards ( game_state , 5 ) for 7️⃣ i , player_hand in enumerate (
game_state . players ): print ( f "Player { i + 1 } 's 7️⃣ hand: { ', ' . join ( str ( card
) for card in player_hand ) } " ) for 7️⃣ i in range ( num_players ): discard_indices =
input ( f "Player { i + 1 } , enter the 7️⃣ indices of the cards to discard (0-4, separated
by spaces): " ) discard_indices = [ int ( index ) for 7️⃣ index in discard_indices . split
()] await draw_cards ( game_state , i , discard_indices ) for i , player_hand in
7️⃣ enumerate ( game_state . players ): print ( f "Player { i + 1 } 's final hand: { ', 7️⃣ ' .
join ( str ( card ) for card in player_hand ) } " ) hand_ranks = [ rank_hand 7️⃣ ( hand )
for hand in game_state . players ] max_rank = max ( hand_ranks ) winner_idx =
hand_ranks . 7️⃣ index ( max_rank ) print ( f "Player { winner_idx + 1 } wins with a { ', '
. 7️⃣ join ( str ( card ) for card in game_state . players [ winner_idx ]) } !" ) Enter
fullscreen 7️⃣ mode Exit fullscreen mode
Step 5: Running the game
Finally, let's add the
main function to run the game:
if __name__ == "__main__" 7️⃣ : num_players = int ( input (
"Enter the number of players (2-4): " )) while not ( 2 <= 7️⃣ num_players <= 4 ):
num_players = int ( input ( "Enter a valid number of players (2-4): " )) asyncio 7️⃣ . run
( play_game ( num_players )) Enter fullscreen mode Exit fullscreen mode
Now, save the
code in a file named 7️⃣ poker.py and run it using the following command:
python3 poker.py
Enter fullscreen mode Exit fullscreen mode
Congratulations! You've created a simple
5-card 7️⃣ draw poker game in Python using the asyncio library. Although the primary
purpose was to familiarize ourselves with asynchronous programming, 7️⃣ the game can be
further extended and improved with additional features, such as betting, improved user
interface, or even networked 7️⃣ multiplayer capabilities.
Happy coding and enjoy playing
poker!
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