Introduction
This guide walks you through using Python to interact with PumpSwap, a fast decentralized exchange (DEX) on the Solana blockchain. Leveraging the pumpswap-sdk, you'll learn to:
✅ Fetch token prices
✅ Buy/sell tokens
✅ Access pool data
✅ Build custom trading logic with minimal code
👉 Explore Solana development tools
Prerequisites
Before diving in, ensure you have:
- Python 3.12+ installed
- A Solana wallet private key
- Dependency manager (Poetry or
pip)
Installing the PumpSwap SDK
Install the SDK via:
# With Poetry
poetry add pumpswap-sdk
# Or pip
pip install pumpswap-sdk Environment Configuration
Create a .env file with these variables:
HTTPS_RPC_ENDPOINT=https://api.devnet.solana.com
BUY_SLIPPAGE=0.3
SELL_SLIPPAGE=0.1
SWAP_PRIORITY_FEE=1500000 Core Operations
1. Initialize the SDK
from pumpswap_sdk import PumpSwapSDK
from solders.pubkey import Pubkey
sdk = PumpSwapSDK()
mint = "your_pumpswap_token_mint" # Replace with your token mint address
user_private_key = "your_private_key_here" # Securely store this 2. Fetch Token Prices
token_price = await sdk.get_token_price(mint)
print(f"Token Price: {token_price}") 3. Buy Tokens
sol_amount = 0.0001 # SOL to spend
result = await sdk.buy(mint, sol_amount, user_private_key)
print(result) 4. Sell Tokens
token_amount = 10.0 # Tokens to sell
result = await sdk.sell(mint, token_amount, user_private_key)
print(result) FAQs
Q1: What’s the advantage of using PumpSwap over other Solana DEXs?
A: PumpSwap offers lower latency and simplified SDK integration, ideal for developers building high-frequency trading bots.
Q2: How do I handle transaction failures?
A: Check slippage settings and RPC endpoints. Use try-except blocks to manage errors gracefully.
Q3: Can I use this SDK for mainnet trading?
A: Yes! Replace the RPC endpoint with a mainnet URL (e.g., https://api.mainnet-beta.solana.com).
Conclusion
With the pumpswap-sdk, interacting with Solana’s PumpSwap becomes seamless—whether fetching data or executing trades. Start building your trading strategies today!